golly-3.3-src/0000755000175000017500000000000013543257427010307 500000000000000golly-3.3-src/gollybase/0000755000175000017500000000000013543257426012267 500000000000000golly-3.3-src/gollybase/ghashbase.cpp0000644000175000017500000016231413543255652014646 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /* * jvn 0.99 by Radical Eye Software. * * All good ideas here were originated by Gosper or Bell or others, I'm * sure, and all bad ones by yours truly. * * The main reason I wrote this program was to attempt to push out the * evaluation of metacatacryst as far as I could. So this program * really does very little other than compute life as far into the * future as possible, using as little memory as possible (and reusing * it if necessary). No UI, few options. */ #include "ghashbase.h" #include "util.h" #include #include using namespace std ; /* * Power of two hash sizes work fine. */ #ifdef PRIMEMOD #define HASHMOD(a) ((a)%hashprime) static g_uintptr_t nexthashsize(g_uintptr_t i) { g_uintptr_t j ; i |= 1 ; for (;; i+=2) { for (j=3; j*j<=i; j+=2) if (i % j == 0) break ; if (j*j > i) return i ; } } #else #define HASHMOD(a) ((a)&(hashmask)) static g_uintptr_t nexthashsize(g_uintptr_t i) { while ((i & (i - 1))) i += (i & (1 + ~i)) ; // i & - i is more idiomatic but generates warning return i ; } #endif /* * We do now support garbage collection, but there are some routines we * call frequently to help us. */ #ifdef PRIMEMOD #define ghnode_hash(a,b,c,d) (65537*(g_uintptr_t)(d)+257*(g_uintptr_t)(c)+17*(g_uintptr_t)(b)+5*(g_uintptr_t)(a)) #else g_uintptr_t ghnode_hash(void *a, void *b, void *c, void *d) { g_uintptr_t r = (65537*(g_uintptr_t)(d)+257*(g_uintptr_t)(c)+17*(g_uintptr_t)(b)+5*(g_uintptr_t)(a)) ; r += (r >> 11) ; return r ; } #endif #define ghleaf_hash(a,b,c,d) (65537*(d)+257*(c)+17*(b)+5*(a)) /* * Resize the hash. The max load factor defined here does not actually * yield the maximum load factor the hash will see, because when we * do the last resize before exhausting memory, we may find we are * not permitted (while keeping total memory consumption below the * limit) to do the resize, so the actual max load factor may be * somewhat higher. Conversely, because we double the hash size * each time, the actual final max load factor may be less than this. * Additional code can be added to manage this, but after some * experimentation, it has been found that the impact is tiny, so * we are keeping the code simple. Nonetheless, this factor can be * tweaked in the case where you absolutely want as many nodes as * possible in memory, and are willing to use a large load factor to * permit this; with the move-to-front heuristic, the code actually * handles a large load factor fairly well. */ double ghashbase::maxloadfactor = 0.7 ; void ghashbase::resize() { #ifndef NOGCBEFORERESIZE if (okaytogc) { do_gc(0) ; } #endif g_uintptr_t i, nhashprime = nexthashsize(2 * hashprime) ; ghnode *p, **nhashtab ; if (hashprime > (totalthings >> 2)) { if (alloced > maxmem || nhashprime * sizeof(ghnode *) > (maxmem - alloced)) { hashlimit = G_MAX ; return ; } } if (verbose) { sprintf(statusline, "Resizing hash to %" PRIuPTR "...", nhashprime) ; lifestatus(statusline) ; } nhashtab = (ghnode **)calloc(nhashprime, sizeof(ghnode *)) ; if (nhashtab == 0) { lifewarning("Out of memory; running in a somewhat slower mode; " "try reducing the hash memory limit after restarting.") ; hashlimit = G_MAX ; return ; } alloced += sizeof(ghnode *) * (nhashprime - hashprime) ; g_uintptr_t ohashprime = hashprime ; hashprime = nhashprime ; #ifndef PRIMEMOD hashmask = hashprime - 1 ; #endif for (i=0; inext ; g_uintptr_t h ; if (is_ghnode(p)) { h = ghnode_hash(p->nw, p->ne, p->sw, p->se) ; } else { ghleaf *l = (ghleaf *)p ; h = ghleaf_hash(l->nw, l->ne, l->sw, l->se) ; } h = HASHMOD(h) ; p->next = nhashtab[h] ; nhashtab[h] = p ; p = np ; } } free(hashtab) ; hashtab = nhashtab ; hashlimit = (g_uintptr_t)(maxloadfactor * hashprime) ; if (verbose) { strcpy(statusline+strlen(statusline), " done.") ; lifestatus(statusline) ; } } /* * These next two routines are (nearly) our only hash table access * routines; we simply look up the passed in information. If we * find it in the hash table, we return it; otherwise, we build a * new ghnode and store it in the hash table, and return that. */ ghnode *ghashbase::find_ghnode(ghnode *nw, ghnode *ne, ghnode *sw, ghnode *se) { ghnode *p ; g_uintptr_t h = ghnode_hash(nw,ne,sw,se) ; ghnode *pred = 0 ; h = HASHMOD(h) ; for (p=hashtab[h]; p; p = p->next) { /* make sure to compare nw *first* */ if (nw == p->nw && ne == p->ne && sw == p->sw && se == p->se) { if (pred) { /* move this one to the front */ pred->next = p->next ; p->next = hashtab[h] ; hashtab[h] = p ; } return save(p) ; } pred = p ; } p = newghnode() ; p->nw = nw ; p->ne = ne ; p->sw = sw ; p->se = se ; p->res = 0 ; p->next = hashtab[h] ; hashtab[h] = p ; hashpop++ ; save(p) ; if (hashpop > hashlimit) resize() ; return p ; } ghleaf *ghashbase::find_ghleaf(state nw, state ne, state sw, state se) { ghleaf *p ; ghleaf *pred = 0 ; g_uintptr_t h = ghleaf_hash(nw, ne, sw, se) ; h = HASHMOD(h) ; for (p=(ghleaf *)hashtab[h]; p; p = (ghleaf *)p->next) { if (nw == p->nw && ne == p->ne && sw == p->sw && se == p->se && !is_ghnode(p)) { if (pred) { pred->next = p->next ; p->next = hashtab[h] ; hashtab[h] = (ghnode *)p ; } return (ghleaf *)save((ghnode *)p) ; } pred = p ; } p = newghleaf() ; p->nw = nw ; p->ne = ne ; p->sw = sw ; p->se = se ; p->leafpop = bigint((short)((nw != 0) + (ne != 0) + (sw != 0) + (se != 0))) ; p->isghnode = 0 ; p->next = hashtab[h] ; hashtab[h] = (ghnode *)p ; hashpop++ ; save((ghnode *)p) ; if (hashpop > hashlimit) resize() ; return p ; } /* * The following routine does the same, but first it checks to see if * the cached result is any good. If it is, it directly returns that. * Otherwise, it figures out whether to call the ghleaf routine or the * non-ghleaf routine by whether two ghnodes down is a ghleaf ghnode or not. * (We'll understand why this is a bit later.) All the sp stuff is * stack pointer and garbage collection stuff. */ ghnode *ghashbase::getres(ghnode *n, int depth) { if (n->res) return n->res ; ghnode *res = 0 ; /** * This routine be the only place we assign to res. We use * the fact that the poll routine is *sticky* to allow us to * manage unwinding the stack without munging our data * structures. Note that there may be many find_ghnodes * and getres called before we finally actually exit from * here, because the stack is deep and we don't want to * put checks throughout the code. Instead we need two * calls here, one to prevent us going deeper, and another * to prevent us from destroying the cache field. */ if (poller->poll() || softinterrupt) return zeroghnode(depth-1) ; int sp = gsp ; if (running_hperf.fastinc(depth, ngens < depth)) running_hperf.report(inc_hperf, verbose) ; depth-- ; if (ngens >= depth) { if (is_ghnode(n->nw)) { res = dorecurs(n->nw, n->ne, n->sw, n->se, depth) ; } else { res = (ghnode *)dorecurs_ghleaf((ghleaf *)n->nw, (ghleaf *)n->ne, (ghleaf *)n->sw, (ghleaf *)n->se) ; } } else { if (is_ghnode(n->nw)) { res = dorecurs_half(n->nw, n->ne, n->sw, n->se, depth) ; } else { lifefatal("! can't happen") ; } } pop(sp) ; if (softinterrupt || poller->isInterrupted()) // don't assign this to the cache field! res = zeroghnode(depth) ; else { if (ngens < depth && halvesdone < 1000) halvesdone++ ; n->res = res ; } return res ; } #ifdef USEPREFETCH void ghashbase::setupprefetch(ghsetup_t &su, ghnode *nw, ghnode *ne, ghnode *sw, ghnode *se) { su.h = ghnode_hash(nw,ne,sw,se) ; su.nw = nw ; su.ne = ne ; su.sw = sw ; su.se = se ; su.prefetch(hashtab + HASHMOD(su.h)) ; } ghnode *ghashbase::find_ghnode(ghsetup_t &su) { ghnode *p ; ghnode *pred = 0 ; g_uintptr_t h = HASHMOD(su.h) ; for (p=hashtab[h]; p; p = p->next) { /* make sure to compare nw *first* */ if (su.nw == p->nw && su.ne == p->ne && su.sw == p->sw && su.se == p->se) { if (pred) { /* move this one to the front */ pred->next = p->next ; p->next = hashtab[h] ; hashtab[h] = p ; } return save(p) ; } pred = p ; } p = newghnode() ; p->nw = su.nw ; p->ne = su.ne ; p->sw = su.sw ; p->se = su.se ; p->res = 0 ; p->next = hashtab[h] ; hashtab[h] = p ; hashpop++ ; save(p) ; if (hashpop > hashlimit) resize() ; return p ; } ghnode *ghashbase::dorecurs(ghnode *n, ghnode *ne, ghnode *t, ghnode *e, int depth) { int sp = gsp ; ghsetup_t su[5] ; setupprefetch(su[2], n->se, ne->sw, t->ne, e->nw) ; setupprefetch(su[0], n->ne, ne->nw, n->se, ne->sw) ; setupprefetch(su[1], ne->sw, ne->se, e->nw, e->ne) ; setupprefetch(su[3], n->sw, n->se, t->nw, t->ne) ; setupprefetch(su[4], t->ne, e->nw, t->se, e->sw) ; ghnode *t00 = getres(n, depth), *t01 = getres(find_ghnode(su[0]), depth), *t02 = getres(ne, depth), *t12 = getres(find_ghnode(su[1]), depth), *t11 = getres(find_ghnode(su[2]), depth), *t10 = getres(find_ghnode(su[3]), depth), *t20 = getres(t, depth), *t21 = getres(find_ghnode(su[4]), depth), *t22 = getres(e, depth) ; setupprefetch(su[0], t11, t12, t21, t22) ; setupprefetch(su[1], t10, t11, t20, t21) ; setupprefetch(su[2], t00, t01, t10, t11) ; setupprefetch(su[3], t01, t02, t11, t12) ; ghnode *t44 = getres(find_ghnode(su[0]), depth), *t43 = getres(find_ghnode(su[1]), depth), *t33 = getres(find_ghnode(su[2]), depth), *t34 = getres(find_ghnode(su[3]), depth) ; n = find_ghnode(t33, t34, t43, t44) ; pop(sp) ; return save(n) ; } #else /* * So let's say the cached way failed. How do we do it the slow way? * Recursively, of course. For an n-square (composed of the four * n/2-squares passed in, compute the n/2-square that is n/4 * generations ahead. * * This routine works exactly the same as the ghleafres() routine, only * instead of working on an 8-square, we're working on an n-square, * returning an n/2-square, and we build that n/2-square by first building * 9 n/4-squares, use those to calculate 4 more n/4-squares, and * then put these together into a new n/2-square. Simple, eh? */ ghnode *ghashbase::dorecurs(ghnode *n, ghnode *ne, ghnode *t, ghnode *e, int depth) { int sp = gsp ; ghnode *t11 = getres(find_ghnode(n->se, ne->sw, t->ne, e->nw), depth), *t00 = getres(n, depth), *t01 = getres(find_ghnode(n->ne, ne->nw, n->se, ne->sw), depth), *t02 = getres(ne, depth), *t12 = getres(find_ghnode(ne->sw, ne->se, e->nw, e->ne), depth), *t10 = getres(find_ghnode(n->sw, n->se, t->nw, t->ne), depth), *t20 = getres(t, depth), *t21 = getres(find_ghnode(t->ne, e->nw, t->se, e->sw), depth), *t22 = getres(e, depth), *t44 = getres(find_ghnode(t11, t12, t21, t22), depth), *t43 = getres(find_ghnode(t10, t11, t20, t21), depth), *t33 = getres(find_ghnode(t00, t01, t10, t11), depth), *t34 = getres(find_ghnode(t01, t02, t11, t12), depth) ; n = find_ghnode(t33, t34, t43, t44) ; pop(sp) ; return save(n) ; } #endif /* * Same as above, but we only do one step instead of 2. */ ghnode *ghashbase::dorecurs_half(ghnode *n, ghnode *ne, ghnode *t, ghnode *e, int depth) { int sp = gsp ; if (depth > 1) { ghnode *t00 = find_ghnode(n->nw->se, n->ne->sw, n->sw->ne, n->se->nw), *t01 = find_ghnode(n->ne->se, ne->nw->sw, n->se->ne, ne->sw->nw), *t02 = find_ghnode(ne->nw->se, ne->ne->sw, ne->sw->ne, ne->se->nw), *t10 = find_ghnode(n->sw->se, n->se->sw, t->nw->ne, t->ne->nw), *t11 = find_ghnode(n->se->se, ne->sw->sw, t->ne->ne, e->nw->nw), *t12 = find_ghnode(ne->sw->se, ne->se->sw, e->nw->ne, e->ne->nw), *t20 = find_ghnode(t->nw->se, t->ne->sw, t->sw->ne, t->se->nw), *t21 = find_ghnode(t->ne->se, e->nw->sw, t->se->ne, e->sw->nw), *t22 = find_ghnode(e->nw->se, e->ne->sw, e->sw->ne, e->se->nw) ; n = find_ghnode(getres(find_ghnode(t00, t01, t10, t11), depth), getres(find_ghnode(t01, t02, t11, t12), depth), getres(find_ghnode(t10, t11, t20, t21), depth), getres(find_ghnode(t11, t12, t21, t22), depth)) ; } else { ghnode *t00 = getres(n, depth), *t01 = getres(find_ghnode(n->ne, ne->nw, n->se, ne->sw), depth), *t10 = getres(find_ghnode(n->sw, n->se, t->nw, t->ne), depth), *t11 = getres(find_ghnode(n->se, ne->sw, t->ne, e->nw), depth), *t02 = getres(ne, depth), *t12 = getres(find_ghnode(ne->sw, ne->se, e->nw, e->ne), depth), *t20 = getres(t, depth), *t21 = getres(find_ghnode(t->ne, e->nw, t->se, e->sw), depth), *t22 = getres(e, depth) ; n = find_ghnode((ghnode *)find_ghleaf(((ghleaf *)t00)->se, ((ghleaf *)t01)->sw, ((ghleaf *)t10)->ne, ((ghleaf *)t11)->nw), (ghnode *)find_ghleaf(((ghleaf *)t01)->se, ((ghleaf *)t02)->sw, ((ghleaf *)t11)->ne, ((ghleaf *)t12)->nw), (ghnode *)find_ghleaf(((ghleaf *)t10)->se, ((ghleaf *)t11)->sw, ((ghleaf *)t20)->ne, ((ghleaf *)t21)->nw), (ghnode *)find_ghleaf(((ghleaf *)t11)->se, ((ghleaf *)t12)->sw, ((ghleaf *)t21)->ne, ((ghleaf *)t22)->nw)) ; } pop(sp) ; return save(n) ; } /* * If the ghnode is a 16-ghnode, then the constituents are leaves, so we * need a very similar but still somewhat different subroutine. Since * we do not (yet) garbage collect leaves, we don't need all that * save/pop mumbo-jumbo. */ ghleaf *ghashbase::dorecurs_ghleaf(ghleaf *nw, ghleaf *ne, ghleaf *sw, ghleaf *se) { return find_ghleaf( slowcalc(nw->nw, nw->ne, ne->nw, nw->sw, nw->se, ne->sw, sw->nw, sw->ne, se->nw), slowcalc(nw->ne, ne->nw, ne->ne, nw->se, ne->sw, ne->se, sw->ne, se->nw, se->ne), slowcalc(nw->sw, nw->se, ne->sw, sw->nw, sw->ne, se->nw, sw->sw, sw->se, se->sw), slowcalc(nw->se, ne->sw, ne->se, sw->ne, se->nw, se->ne, sw->se, se->sw, se->se)) ; } /* * We keep free ghnodes in a linked list for allocation, and we allocate * them 1000 at a time. */ ghnode *ghashbase::newghnode() { ghnode *r ; if (freeghnodes == 0) { int i ; freeghnodes = (ghnode *)calloc(1001, sizeof(ghnode)) ; if (freeghnodes == 0) lifefatal("Out of memory; try reducing the hash memory limit.") ; alloced += 1001 * sizeof(ghnode) ; freeghnodes->next = ghnodeblocks ; ghnodeblocks = freeghnodes++ ; for (i=0; i<999; i++) { freeghnodes[1].next = freeghnodes ; freeghnodes++ ; } totalthings += 1000 ; } if (freeghnodes->next == 0 && alloced + 1000 * sizeof(ghnode) > maxmem && okaytogc) { do_gc(0) ; } r = freeghnodes ; freeghnodes = freeghnodes->next ; return r ; } /* * Leaves are the same. */ ghleaf *ghashbase::newghleaf() { ghleaf *r = (ghleaf *)newghnode() ; new(&(r->leafpop))bigint ; return r ; } /* * Sometimes we want the new ghnode or ghleaf to be automatically cleared * for us. */ ghnode *ghashbase::newclearedghnode() { return (ghnode *)memset(newghnode(), 0, sizeof(ghnode)) ; } ghleaf *ghashbase::newclearedghleaf() { ghleaf *r = (ghleaf *)newclearedghnode() ; new(&(r->leafpop))bigint ; return r ; } ghashbase::ghashbase() { hashprime = nexthashsize(1000) ; #ifndef PRIMEMOD hashmask = hashprime - 1 ; #endif hashlimit = (g_uintptr_t)(maxloadfactor * hashprime) ; hashpop = 0 ; hashtab = (ghnode **)calloc(hashprime, sizeof(ghnode *)) ; if (hashtab == 0) lifefatal("Out of memory (1).") ; alloced = hashprime * sizeof(ghnode *) ; ngens = 0 ; stacksize = 0 ; halvesdone = 0 ; nzeros = 0 ; stack = 0 ; gsp = 0 ; maxmem = 256 * 1024 * 1024 ; freeghnodes = 0 ; okaytogc = 0 ; totalthings = 0 ; ghnodeblocks = 0 ; zeroghnodea = 0 ; /* * We initialize our universe to be a 16-square. We are in drawing * mode at this point. */ root = (ghnode *)newclearedghnode() ; population = 0 ; generation = 0 ; increment = 1 ; setincrement = 1 ; nonpow2 = 1 ; pow2step = 1 ; llsize = 0 ; depth = 1 ; hashed = 0 ; popValid = 0 ; needPop = 0 ; inGC = 0 ; cacheinvalid = 0 ; gccount = 0 ; gcstep = 0 ; running_hperf.clear() ; inc_hperf = running_hperf ; step_hperf = running_hperf ; softinterrupt = 0 ; } /** * Destructor frees memory. */ ghashbase::~ghashbase() { free(hashtab) ; while (ghnodeblocks) { ghnode *r = ghnodeblocks ; ghnodeblocks = ghnodeblocks->next ; free(r) ; } if (zeroghnodea) free(zeroghnodea) ; if (stack) free(stack) ; if (llsize) { delete [] llxb ; delete [] llyb ; } } /** * Set increment. */ void ghashbase::setIncrement(bigint inc) { if (inc < increment) softinterrupt = 1 ; increment = inc ; } /** * Do a step. */ void ghashbase::step() { poller->bailIfCalculating() ; // we use while here because the increment may be changed while we are // doing the hashtable sweep; if that happens, we may need to sweep // again. while (1) { int cleareddownto = 1000000000 ; softinterrupt = 0 ; while (increment != setincrement) { bigint pendingincrement = increment ; int newpow2 = 0 ; bigint t = pendingincrement ; while (t > 0 && t.even()) { newpow2++ ; t.div2() ; } nonpow2 = t.low31() ; if (t != nonpow2) lifefatal("bad increment") ; int downto = newpow2 ; if (ngens < newpow2) downto = ngens ; if (newpow2 != ngens && cleareddownto > downto) { new_ngens(newpow2) ; cleareddownto = downto ; } else { ngens = newpow2 ; } setincrement = pendingincrement ; pow2step = 1 ; while (newpow2--) pow2step += pow2step ; } gcstep = 0 ; running_hperf.genval = generation.todouble() ; for (int i=0; iisInterrupted()) // we *were* interrupted break ; popValid = 0 ; root = newroot ; depth = ghnode_depth(root) ; } running_hperf.reportStep(step_hperf, inc_hperf, generation.todouble(), verbose) ; if (poller->isInterrupted() || !softinterrupt) break ; } } void ghashbase::setcurrentstate(void *n) { if (root != (ghnode *)n) { root = (ghnode *)n ; depth = ghnode_depth(root) ; popValid = 0 ; } } /* * Set the max memory */ void ghashbase::setMaxMemory(int newmemlimit) { if (newmemlimit < 10) newmemlimit = 10 ; #ifndef GOLLY64BIT else if (newmemlimit > 4000) newmemlimit = 4000 ; #endif g_uintptr_t newlimit = ((g_uintptr_t)newmemlimit) << 20 ; if (alloced > newlimit) { lifewarning("Sorry, more memory currently used than allowed.") ; return ; } maxmem = newlimit ; hashlimit = (g_uintptr_t)(maxloadfactor * hashprime) ; } /** * Clear everything. */ void ghashbase::clearall() { lifefatal("clearall not implemented yet") ; } /* * This routine expands our universe by a factor of two, maintaining * centering. We use four new ghnodes, and *reuse* the root so this cannot * be called after we've started hashing. */ void ghashbase::pushroot_1() { ghnode *t ; t = newclearedghnode() ; t->se = root->nw ; root->nw = t ; t = newclearedghnode() ; t->sw = root->ne ; root->ne = t ; t = newclearedghnode() ; t->ne = root->sw ; root->sw = t ; t = newclearedghnode() ; t->nw = root->se ; root->se = t ; depth++ ; } /* * Return the depth of this ghnode (2 is 8x8). */ int ghashbase::ghnode_depth(ghnode *n) { int depth = 0 ; while (is_ghnode(n)) { depth++ ; n = n->nw ; } return depth ; } /* * This routine returns the canonical clear space ghnode at a particular * depth. */ ghnode *ghashbase::zeroghnode(int depth) { while (depth >= nzeros) { int nnzeros = 2 * nzeros + 10 ; zeroghnodea = (ghnode **)realloc(zeroghnodea, nnzeros * sizeof(ghnode *)) ; if (zeroghnodea == 0) lifefatal("Out of memory (2).") ; alloced += (nnzeros - nzeros) * sizeof(ghnode *) ; while (nzeros < nnzeros) zeroghnodea[nzeros++] = 0 ; } if (zeroghnodea[depth] == 0) { if (depth == 0) { zeroghnodea[depth] = (ghnode *)find_ghleaf(0, 0, 0, 0) ; } else { ghnode *z = zeroghnode(depth-1) ; zeroghnodea[depth] = find_ghnode(z, z, z, z) ; } } return zeroghnodea[depth] ; } /* * Same, but with hashed ghnodes. */ ghnode *ghashbase::pushroot(ghnode *n) { int depth = ghnode_depth(n) ; zeroghnode(depth+1) ; // ensure zeros are deep enough ghnode *z = zeroghnode(depth-1) ; return find_ghnode(find_ghnode(z, z, z, n->nw), find_ghnode(z, z, n->ne, z), find_ghnode(z, n->sw, z, z), find_ghnode(n->se, z, z, z)) ; } /* * Here is our recursive routine to set a bit in our universe. We * pass in a depth, and walk the space. Again, a lot of bit twiddling, * but really not all that complicated. We allocate new ghnodes and * leaves on our way down. * * Note that at this point our universe lives outside the hash table * and has not been canonicalized, and that many of the pointers in * the ghnodes can be null. We'll patch this up in due course. */ ghnode *ghashbase::gsetbit(ghnode *n, int x, int y, int newstate, int depth) { if (depth == 0) { ghleaf *l = (ghleaf *)n ; if (hashed) { state nw = l->nw ; state sw = l->sw ; state ne = l->ne ; state se = l->se ; if (x < 0) if (y < 0) sw = (state)newstate ; else nw = (state)newstate ; else if (y < 0) se = (state)newstate ; else ne = (state)newstate ; return save((ghnode *)find_ghleaf(nw, ne, sw, se)) ; } if (x < 0) if (y < 0) l->sw = (state)newstate ; else l->nw = (state)newstate ; else if (y < 0) l->se = (state)newstate ; else l->ne = (state)newstate ; return (ghnode *)l ; } else { unsigned int w = 0, wh = 0 ; if (depth > 31) { if (depth == 32) wh = 0x80000000 ; w = 0 ; } else { w = 1 << depth ; wh = 1 << (depth - 1) ; } depth-- ; ghnode **nptr ; if (depth+1 == this->depth || depth < 31) { if (x < 0) { if (y < 0) nptr = &(n->sw) ; else nptr = &(n->nw) ; } else { if (y < 0) nptr = &(n->se) ; else nptr = &(n->ne) ; } } else { if (x >= 0) { if (y >= 0) nptr = &(n->sw) ; else nptr = &(n->nw) ; } else { if (y >= 0) nptr = &(n->se) ; else nptr = &(n->ne) ; } } if (*nptr == 0) { if (depth == 0) *nptr = (ghnode *)newclearedghleaf() ; else *nptr = newclearedghnode() ; } ghnode *s = gsetbit(*nptr, (x & (w - 1)) - wh, (y & (w - 1)) - wh, newstate, depth) ; if (hashed) { ghnode *nw = (nptr == &(n->nw) ? s : n->nw) ; ghnode *sw = (nptr == &(n->sw) ? s : n->sw) ; ghnode *ne = (nptr == &(n->ne) ? s : n->ne) ; ghnode *se = (nptr == &(n->se) ? s : n->se) ; if (x < 0) { if (y < 0) sw = s ; else nw = s ; } else { if (y < 0) se = s ; else ne = s ; } n = save(find_ghnode(nw, ne, sw, se)) ; } else { *nptr = s ; } return n ; } } /* * Here is our recursive routine to get a bit in our universe. We * pass in a depth, and walk the space. Again, a lot of bit twiddling, * but really not all that complicated. */ int ghashbase::getbit(ghnode *n, int x, int y, int depth) { struct ghnode tnode ; while (depth >= 32) { tnode.nw = n->nw->se ; tnode.ne = n->ne->sw ; tnode.sw = n->sw->ne ; tnode.se = n->se->nw ; n = &tnode ; depth-- ; } if (depth == 0) { ghleaf *l = (ghleaf *)n ; if (x < 0) if (y < 0) return l->sw ; else return l->nw ; else if (y < 0) return l->se ; else return l->ne ; } else { unsigned int w = 0, wh = 0 ; if (depth >= 32) { if (depth == 32) wh = 0x80000000 ; } else { w = 1 << depth ; wh = 1 << (depth - 1) ; } ghnode *nptr ; depth-- ; if (x < 0) { if (y < 0) nptr = n->sw ; else nptr = n->nw ; } else { if (y < 0) nptr = n->se ; else nptr = n->ne ; } if (nptr == 0 || nptr == zeroghnode(depth)) return 0 ; return getbit(nptr, (x & (w - 1)) - wh, (y & (w - 1)) - wh, depth) ; } } /* * Here is our recursive routine to get the next bit in our universe. We * pass in a depth, and walk the space. Again, a lot of bit twiddling, * but really not all that complicated. */ int ghashbase::nextbit(ghnode *n, int x, int y, int depth, int &v) { if (n == 0 || n == zeroghnode(depth)) return -1 ; if (depth == 0) { ghleaf *l = (ghleaf *)n ; if (y < 0) { if (x < 0 && l->sw) { v = l->sw ; return 0 ; } if (l->se) { v = l->se ; return -x ; } } else { if (x < 0 && l->nw) { v = l->nw ; return 0 ; } if (l->ne) { v = l->ne ; return -x ; } } return -1 ; // none found } else { unsigned int w = 1 << depth ; unsigned int wh = w >> 1 ; ghnode *lft, *rght ; depth-- ; if (y < 0) { lft = n->sw ; rght = n->se ; } else { lft = n->nw ; rght = n->ne ; } int r = 0 ; if (x < 0) { int t = nextbit(lft, (x & (w-1)) - wh, (y & (w - 1)) - wh, depth, v) ; if (t >= 0) return t ; r = -x ; x = 0 ; } int t = nextbit(rght, (x & (w-1)) - wh, (y & (w - 1)) - wh, depth, v) ; if (t >= 0) return r + t ; return -1 ; } } /* * Our nonrecurse top-level bit setting routine simply expands the * universe as necessary to encompass the passed-in coordinates, and * then invokes the recursive setbit. Right now it works hashed or * unhashed (but it's faster when unhashed). We also turn on the inGC * flag to inhibit popcount. */ int ghashbase::setcell(int x, int y, int newstate) { if (newstate < 0 || newstate >= maxCellStates) return -1 ; if (hashed) { clearstack() ; save(root) ; okaytogc = 1 ; } inGC = 1 ; y = - y ; int sx = x ; int sy = y ; if (depth <= 31) { sx >>= depth ; sy >>= depth ; } else { sx >>= 31 ; sy >>= 31 ; } while (sx > 0 || sx < -1 || sy > 0 || sy < -1) { if (hashed) { root = save(pushroot(root)) ; depth++ ; } else { pushroot_1() ; } sx >>= 1 ; sy >>= 1 ; } root = gsetbit(root, x, y, newstate, depth) ; if (hashed) { okaytogc = 0 ; } return 0 ; } /* * Our nonrecurse top-level bit getting routine. */ int ghashbase::getcell(int x, int y) { y = - y ; int sx = x ; int sy = y ; if (depth <= 31) { sx >>= depth ; sy >>= depth ; } else { sx >>= 31 ; sy >>= 31 ; } if (sx > 0 || sx < -1 || sy > 0 || sy < -1) return 0 ; return getbit(root, x, y, depth) ; } /* * A recursive bit getting routine, but this one returns the * number of pixels to the right to the next set cell in the * current universe, or -1 if none set to the right, or if * the next set pixel is out of range. */ int ghashbase::nextcell(int x, int y, int &v) { y = - y ; int sx = x ; int sy = y ; if (depth <= 31) { sx >>= depth ; sy >>= depth ; } else { sx >>= 31 ; sy >>= 31 ; } while (sx > 0 || sx < -1 || sy > 0 || sy < -1) { if (hashed) { root = save(pushroot(root)) ; depth++ ; } else { pushroot_1() ; } sx >>= 1 ; sy >>= 1 ; } if (depth > 30) { struct ghnode tghnode = *root ; int mdepth = depth ; while (mdepth > 30) { tghnode.nw = tghnode.nw->se ; tghnode.ne = tghnode.ne->sw ; tghnode.sw = tghnode.sw->ne ; tghnode.se = tghnode.se->nw ; mdepth-- ; } return nextbit(&tghnode, x, y, mdepth, v) ; } return nextbit(root, x, y, depth, v) ; } /* * Canonicalize a universe by filling in the null pointers and then * invoking find_ghnode on each ghnode. Drops the original universe on * the floor [big deal, it's probably small anyway]. */ ghnode *ghashbase::hashpattern(ghnode *root, int depth) { ghnode *r ; if (root == 0) { r = zeroghnode(depth) ; } else if (depth == 0) { ghleaf *n = (ghleaf *)root ; r = (ghnode *)find_ghleaf(n->nw, n->ne, n->sw, n->se) ; n->next = freeghnodes ; freeghnodes = root ; } else { depth-- ; r = find_ghnode(hashpattern(root->nw, depth), hashpattern(root->ne, depth), hashpattern(root->sw, depth), hashpattern(root->se, depth)) ; root->next = freeghnodes ; freeghnodes = root ; } return r ; } void ghashbase::endofpattern() { poller->bailIfCalculating() ; if (!hashed) { root = hashpattern(root, depth) ; zeroghnode(depth) ; hashed = 1 ; } popValid = 0 ; needPop = 0 ; inGC = 0 ; } void ghashbase::ensure_hashed() { if (!hashed) endofpattern() ; } /* * Pop off any levels we don't need. */ ghnode *ghashbase::popzeros(ghnode *n) { int depth = ghnode_depth(n) ; while (depth > 1) { ghnode *z = zeroghnode(depth-2) ; if (n->nw->nw == z && n->nw->ne == z && n->nw->sw == z && n->ne->nw == z && n->ne->ne == z && n->ne->se == z && n->sw->nw == z && n->sw->sw == z && n->sw->se == z && n->se->ne == z && n->se->sw == z && n->se->se == z) { depth-- ; n = find_ghnode(n->nw->se, n->ne->sw, n->sw->ne, n->se->nw) ; } else { break ; } } return n ; } /* * A lot of the routines from here on down traverse the universe, hanging * information off the ghnodes. The way they generally do so is by using * (or abusing) the cache (res) field, and the least significant bit of * the hash next field (as a visited bit). */ #define marked(n) (1 & (g_uintptr_t)(n)->next) #define mark(n) ((n)->next = (ghnode *)(1 | (g_uintptr_t)(n)->next)) #define clearmark(n) ((n)->next = (ghnode *)(~1 & (g_uintptr_t)(n)->next)) #define clearmarkbit(p) ((ghnode *)(~1 & (g_uintptr_t)(p))) /* * Sometimes we want to use *res* instead of next to mark. You cannot * do this to leaves, though. */ #define marked2(n) (3 & (g_uintptr_t)(n)->res) #define mark2(n) ((n)->res = (ghnode *)(1 | (g_uintptr_t)(n)->res)) #define mark2v(n, v) ((n)->res = (ghnode *)(v | (g_uintptr_t)(n)->res)) #define clearmark2(n) ((n)->res = (ghnode *)(~3 & (g_uintptr_t)(n)->res)) void ghashbase::unhash_ghnode(ghnode *n) { ghnode *p ; g_uintptr_t h = ghnode_hash(n->nw,n->ne,n->sw,n->se) ; ghnode *pred = 0 ; h = HASHMOD(h) ; for (p=hashtab[h]; (!is_ghnode(p) || !marked2(p)) && p; p = p->next) { if (p == n) { if (pred) pred->next = p->next ; else hashtab[h] = p->next ; return ; } pred = p ; } lifefatal("Didn't find ghnode to unhash") ; } void ghashbase::unhash_ghnode2(ghnode *n) { ghnode *p ; g_uintptr_t h = ghnode_hash(n->nw,n->ne,n->sw,n->se) ; ghnode *pred = 0 ; h = HASHMOD(h) ; for (p=hashtab[h]; p; p = p->next) { if (p == n) { if (pred) pred->next = p->next ; else hashtab[h] = p->next ; return ; } pred = p ; } lifefatal("Didn't find ghnode to unhash") ; } void ghashbase::rehash_ghnode(ghnode *n) { g_uintptr_t h = ghnode_hash(n->nw,n->ne,n->sw,n->se) ; h = HASHMOD(h) ; n->next = hashtab[h] ; hashtab[h] = n ; } /* * This recursive routine calculates the population by hanging the * population on marked ghnodes. */ const bigint &ghashbase::calcpop(ghnode *root, int depth) { if (root == zeroghnode(depth)) return bigint::zero ; if (depth == 0) return ((ghleaf *)root)->leafpop ; if (marked2(root)) return *(bigint*)&(root->next) ; depth-- ; if (root->next == 0) mark2v(root, 3) ; else { unhash_ghnode(root) ; mark2(root) ; } /** * We use the memory in root->next as a value bigint. But we want to * make sure the copy constructor doesn't "clean up" something that * doesn't exist. So we clear it to zero here. */ new(&(root->next))bigint( calcpop(root->nw, depth), calcpop(root->ne, depth), calcpop(root->sw, depth), calcpop(root->se, depth)) ; return *(bigint *)&(root->next) ; } /* * Call this after doing something that unhashes ghnodes in order to * use the next field as a temp pointer. */ void ghashbase::aftercalcpop2(ghnode *root, int depth) { if (depth == 0 || root == zeroghnode(depth)) return ; int v = marked2(root) ; if (v) { clearmark2(root) ; depth-- ; if (depth > 0) { aftercalcpop2(root->nw, depth) ; aftercalcpop2(root->ne, depth) ; aftercalcpop2(root->sw, depth) ; aftercalcpop2(root->se, depth) ; } ((bigint *)&(root->next))->~bigint() ; if (v == 3) root->next = 0 ; else rehash_ghnode(root) ; } } /* * Call this after doing something that unhashes ghnodes in order to * use the next field as a temp pointer. */ void ghashbase::afterwritemc(ghnode *root, int depth) { if (root == zeroghnode(depth)) return ; if (depth == 0) { root->nw = 0 ; // all these bigints are guaranteed to be small return ; } if (marked2(root)) { clearmark2(root) ; depth-- ; afterwritemc(root->nw, depth) ; afterwritemc(root->ne, depth) ; afterwritemc(root->sw, depth) ; afterwritemc(root->se, depth) ; rehash_ghnode(root) ; } } /* * This top level routine calculates the population of a universe. */ void ghashbase::calcPopulation() { int depth ; ensure_hashed() ; depth = ghnode_depth(root) ; population = calcpop(root, depth) ; aftercalcpop2(root, depth) ; } /* * Is the universe empty? */ int ghashbase::isEmpty() { ensure_hashed() ; return root == zeroghnode(depth) ; } /* * This routine marks a ghnode as needed to be saved. */ ghnode *ghashbase::save(ghnode *n) { if (gsp >= stacksize) { int nstacksize = stacksize * 2 + 100 ; alloced += sizeof(ghnode *)*(nstacksize-stacksize) ; stack = (ghnode **)realloc(stack, nstacksize * sizeof(ghnode *)) ; if (stack == 0) lifefatal("Out of memory (3).") ; stacksize = nstacksize ; } stack[gsp++] = n ; return n ; } /* * This routine pops the stack back to a previous depth. */ void ghashbase::pop(int n) { gsp = n ; } /* * This routine clears the stack altogether. */ void ghashbase::clearstack() { gsp = 0 ; } /* * Do a gc. Walk down from all ghnodes reachable on the stack, saveing * them by setting the odd bit on the next link. Then, walk the hash, * eliminating the res from everything that's not saveed, and moving * the ghnodes from the hash to the freelist as appropriate. Finally, * walk the hash again, clearing the low order bits in the next pointers. */ void ghashbase::gc_mark(ghnode *root, int invalidate) { if (!marked(root)) { mark(root) ; if (is_ghnode(root)) { gc_mark(root->nw, invalidate) ; gc_mark(root->ne, invalidate) ; gc_mark(root->sw, invalidate) ; gc_mark(root->se, invalidate) ; if (root->res) { if (invalidate) root->res = 0 ; else gc_mark(root->res, invalidate) ; } } } } /** * If the invalidate flag is set, we want to kill *all* cache entries * and recalculate all leaves. */ void ghashbase::do_gc(int invalidate) { int i ; g_uintptr_t freed_ghnodes=0 ; ghnode *p, *pp ; inGC = 1 ; gccount++ ; gcstep++ ; if (verbose) { if (gcstep > 1) sprintf(statusline, "GC #%d(%d)", gccount, gcstep) ; else sprintf(statusline, "GC #%d", gccount) ; lifestatus(statusline) ; } for (i=nzeros-1; i>=0; i--) if (zeroghnodea[i] != 0) break ; if (i >= 0) gc_mark(zeroghnodea[i], 0) ; // never invalidate zeroghnode if (root != 0) gc_mark(root, invalidate) ; // pick up the root for (i=0; ipoll() ; gc_mark((ghnode *)stack[i], invalidate) ; } for (i=0; inext) { poller->poll() ; for (pp=p+1, i=1; i<1001; i++, pp++) { if (marked(pp)) { g_uintptr_t h = 0 ; if (pp->nw) { /* yes, it's a ghnode */ h = HASHMOD(ghnode_hash(pp->nw, pp->ne, pp->sw, pp->se)) ; } else { ghleaf *lp = (ghleaf *)pp ; h = HASHMOD(ghleaf_hash(lp->nw, lp->ne, lp->sw, lp->se)) ; } pp->next = hashtab[h] ; hashtab[h] = pp ; hashpop++ ; } else { pp->next = freeghnodes ; freeghnodes = pp ; freed_ghnodes++ ; } } } inGC = 0 ; if (verbose) { double perc = (double)freed_ghnodes / (double)totalthings * 100.0 ; sprintf(statusline+strlen(statusline), " freed %g percent (%" PRIuPTR ").", perc, freed_ghnodes) ; lifestatus(statusline) ; } if (needPop) { calcPopulation() ; popValid = 1 ; needPop = 0 ; poller->updatePop() ; } } /* * Clear the cache bits down to the appropriate level, marking the * ghnodes we've handled. */ void ghashbase::clearcache(ghnode *n, int depth, int clearto) { if (!marked(n)) { mark(n) ; if (depth > 1) { depth-- ; poller->poll() ; clearcache(n->nw, depth, clearto) ; clearcache(n->ne, depth, clearto) ; clearcache(n->sw, depth, clearto) ; clearcache(n->se, depth, clearto) ; if (n->res) clearcache(n->res, depth, clearto) ; } if (depth >= clearto) n->res = 0 ; } } /* * Mark the nodes we need to clear the result from. */ void ghashbase::clearcache_p1(ghnode *n, int depth, int clearto) { if (depth < clearto || marked(n)) return ; mark(n) ; if (depth > clearto) { depth-- ; poller->poll() ; clearcache_p1(n->nw, depth, clearto) ; clearcache_p1(n->ne, depth, clearto) ; clearcache_p1(n->sw, depth, clearto) ; clearcache_p1(n->se, depth, clearto) ; if (n->res) clearcache_p1(n->res, depth, clearto) ; } } /* * Unmark the nodes and clear the cached result. */ void ghashbase::clearcache_p2(ghnode *n, int depth, int clearto) { if (depth < clearto || !marked(n)) return ; clearmark(n) ; if (depth > clearto) { depth-- ; poller->poll() ; clearcache_p2(n->nw, depth, clearto) ; clearcache_p2(n->ne, depth, clearto) ; clearcache_p2(n->sw, depth, clearto) ; clearcache_p2(n->se, depth, clearto) ; if (n->res) clearcache_p2(n->res, depth, clearto) ; } if (n->res) n->res = 0 ; } /* * Clear the entire cache of everything, and recalculate all leaves. * This can be very expensive. */ void ghashbase::clearcache() { cacheinvalid = 1 ; } /* * Change the ngens value. Requires us to walk the hash, clearing * the cache fields of any ghnodes that do not have the appropriate * values. */ void ghashbase::new_ngens(int newval) { g_uintptr_t i ; ghnode *p, *pp ; int clearto = ngens ; if (newval > ngens && halvesdone == 0) { ngens = newval ; return ; } #ifndef NOGCBEFOREINC do_gc(0) ; #endif if (verbose) { strcpy(statusline, "Changing increment...") ; lifestatus(statusline) ; } if (newval < clearto) clearto = newval ; clearto++ ; /* clear this depth and above */ if (clearto < 1) clearto = 1 ; ngens = newval ; inGC = 1 ; for (i=0; inext)) if (is_ghnode(p) && !marked(p)) clearcache(p, ghnode_depth(p), clearto) ; for (p=ghnodeblocks; p; p=p->next) { poller->poll() ; for (pp=p+1, i=1; i<1001; i++, pp++) clearmark(pp) ; } halvesdone = 0 ; inGC = 0 ; if (needPop) { calcPopulation() ; popValid = 1 ; needPop = 0 ; poller->updatePop() ; } if (verbose) { strcpy(statusline+strlen(statusline), " done.") ; lifestatus(statusline) ; } } /* * Return log2. */ int ghashbase::log2(unsigned int n) { int r = 0 ; while ((n & 1) == 0) { n >>= 1 ; r++ ; } if (n != 1) { lifefatal("Expected power of two!") ; } return r ; } static bigint negone = -1 ; const bigint &ghashbase::getPopulation() { // note: if called during gc, then we cannot call calcPopulation // since that will mess up the gc. if (!popValid) { if (inGC) { needPop = 1 ; return negone ; } else if (poller->isCalculating()) { // AKT: avoid calling poller->bailIfCalculating return negone ; } else { calcPopulation() ; popValid = 1 ; needPop = 0 ; } } return population ; } /* * Finally, we get to run the pattern. We first ensure that all * clearspace ghnodes and the input pattern is never garbage * collected; we turn on garbage collection, and then we invoke our * magic top-level routine passing in clearspace borders that are * guaranteed large enough. */ ghnode *ghashbase::runpattern() { ghnode *n = root ; save(root) ; // do this in case we interrupt generation ensure_hashed() ; okaytogc = 1 ; if (cacheinvalid) { do_gc(1) ; // invalidate the entire cache and recalc leaves cacheinvalid = 0 ; } int depth = ghnode_depth(n) ; ghnode *n2 ; n = pushroot(n) ; depth++ ; n = pushroot(n) ; depth++ ; while (ngens + 2 > depth) { n = pushroot(n) ; depth++ ; } save(zeroghnode(nzeros-1)) ; save(n) ; n2 = getres(n, depth) ; okaytogc = 0 ; clearstack() ; if (halvesdone == 1 && n->res != 0) { n->res = 0 ; halvesdone = 0 ; } if (poller->isInterrupted() || softinterrupt) return 0 ; // indicate it was interrupted n = popzeros(n2) ; generation += pow2step ; return n ; } const char *ghashbase::readmacrocell(char *line) { int n=0 ; g_uintptr_t i=1, nw=0, ne=0, sw=0, se=0, indlen=0 ; int r, d ; ghnode **ind = 0 ; root = 0 ; while (getline(line, 10000)) { if (i >= indlen) { g_uintptr_t nlen = i + indlen + 10 ; ind = (ghnode **)realloc(ind, sizeof(ghnode*) * nlen) ; if (ind == 0) lifefatal("Out of memory (4).") ; while (indlen < nlen) ind[indlen++] = 0 ; } if (line[0] == '#') { char *p, *pp ; const char *err ; switch (line[1]) { case 'R': p = line + 2 ; while (*p && *p <= ' ') p++ ; pp = p ; while (*pp > ' ') pp++ ; *pp = 0 ; err = setrule(p); if (err) return err; break ; case 'G': p = line + 2 ; while (*p && *p <= ' ') p++ ; pp = p ; while (*pp >= '0' && *pp <= '9') pp++ ; *pp = 0 ; generation = bigint(p) ; break ; // either: // #FRAMES count base inc // or // #FRAME index node case 'F': if (strncmp(line, "#FRAMES ", 8) == 0) { p = line + 8 ; while (*p && *p <= ' ') p++ ; long cnt = atol(p) ; if (cnt < 0 || cnt > MAX_FRAME_COUNT) return "Bad FRAMES line" ; destroytimeline() ; while ('0' <= *p && *p <= '9') p++ ; while (*p && *p <= ' ') p++ ; pp = p ; while ((*pp >= '0' && *pp <= '9') || *pp == ',') pp++ ; if (*pp == 0) return "Bad FRAMES line" ; *pp = 0 ; timeline.start = bigint(p) ; timeline.end = timeline.start ; timeline.next = timeline.end ; p = pp + 1 ; while (*p && *p <= ' ') p++ ; pp = p ; while (*pp > ' ') pp++ ; *pp = 0 ; if (strchr(p, '^')) { int tbase=0, texpo=0 ; if (sscanf(p, "%d^%d", &tbase, &texpo) != 2 || tbase < 2 || texpo < 0) return "Bad FRAMES line" ; timeline.base = tbase ; timeline.expo = texpo ; timeline.inc = 1 ; while (texpo--) timeline.inc.mul_smallint(tbase) ; } else { timeline.inc = bigint(p) ; // if it's a power of two, we're good int texpo = timeline.inc.lowbitset() ; int tbase = 2 ; bigint test = 1 ; for (int i=0; i MAX_FRAME_COUNT || frameind < 0 || nodeind > i || timeline.framecount != frameind) return "Bad FRAME line" ; timeline.frames.push_back(ind[nodeind]) ; timeline.framecount++ ; timeline.end = timeline.next ; timeline.next += timeline.inc ; } break ; } } else { n = sscanf(line, "%d %" PRIuPTR " %" PRIuPTR " %" PRIuPTR " %" PRIuPTR " %d", &d, &nw, &ne, &sw, &se, &r) ; if (n < 0) // blank line; permit continue ; if (n == 0) { // conversion error in first argument; we allow only if the only // content on the line is whitespace. char *ws = line ; while (*ws && *ws <= ' ') ws++ ; if (*ws > 0) return "Parse error in macrocell format." ; continue ; } if (n < 5) // best not to use lifefatal here because user won't see any // error message when reading clipboard data starting with "[..." return "Parse error in readmacrocell." ; if (d < 1) return "Oops; bad depth in readmacrocell." ; if (d == 1) { if (nw >= (g_uintptr_t)maxCellStates || ne >= (g_uintptr_t)maxCellStates || sw >= (g_uintptr_t)maxCellStates || se >= (g_uintptr_t)maxCellStates) return "Cell state values too high for this algorithm." ; root = ind[i++] = (ghnode *)find_ghleaf((state)nw, (state)ne, (state)sw, (state)se) ; depth = d - 1 ; } else { ind[0] = zeroghnode(d-2) ; /* allow zeros to work right */ if (nw >= i || ind[nw] == 0 || ne >= i || ind[ne] == 0 || sw >= i || ind[sw] == 0 || se >= i || ind[se] == 0) { return "Node out of range in readmacrocell." ; } clearstack() ; root = ind[i++] = find_ghnode(ind[nw], ind[ne], ind[sw], ind[se]) ; depth = d - 1 ; } } } if (ind) free(ind) ; if (root == 0) { // allow empty macrocell pattern; note that endofpattern() // will be called soon so don't set hashed here // return "Invalid macrocell file: no ghnodes." ; return 0 ; } hashed = 1 ; return 0 ; } const char *ghashbase::setrule(const char *) { poller->bailIfCalculating() ; clearcache() ; return 0 ; } /** * Write out the native macrocell format. This is the one we use when * we're not interactive and displaying a progress dialog. */ g_uintptr_t ghashbase::writecell(std::ostream &os, ghnode *root, int depth) { g_uintptr_t thiscell = 0 ; if (root == zeroghnode(depth)) return 0 ; if (depth == 0) { if (root->nw != 0) return (g_uintptr_t)(root->nw) ; } else { if (marked2(root)) return (g_uintptr_t)(root->next) ; unhash_ghnode2(root) ; mark2(root) ; } thiscell = ++cellcounter ; if (depth == 0) { ghleaf *n = (ghleaf *)root ; root->nw = (ghnode *)thiscell ; os << 1 << ' ' << int(n->nw) << ' ' << int(n->ne) << ' ' << int(n->sw) << ' ' << int(n->se) << '\n' ; } else { g_uintptr_t nw = writecell(os, root->nw, depth-1) ; g_uintptr_t ne = writecell(os, root->ne, depth-1) ; g_uintptr_t sw = writecell(os, root->sw, depth-1) ; g_uintptr_t se = writecell(os, root->se, depth-1) ; root->next = (ghnode *)thiscell ; os << depth+1 << ' ' << nw << ' ' << ne << ' ' << sw << ' ' << se << '\n' ; } return thiscell ; } /** * This new two-pass method works by doing a prepass that numbers the * ghnodes and counts the number of ghnodes that should be sent, so we can * display an accurate progress dialog. */ g_uintptr_t ghashbase::writecell_2p1(ghnode *root, int depth) { g_uintptr_t thiscell = 0 ; if (root == zeroghnode(depth)) return 0 ; if (depth == 0) { if (root->nw != 0) return (g_uintptr_t)(root->nw) ; } else { if (marked2(root)) return (g_uintptr_t)(root->next) ; unhash_ghnode2(root) ; mark2(root) ; } if (depth == 0) { thiscell = ++cellcounter ; // note: we *must* not abort this prescan if ((cellcounter & 4095) == 0) lifeabortprogress(0, "Scanning tree") ; root->nw = (ghnode *)thiscell ; } else { writecell_2p1(root->nw, depth-1) ; writecell_2p1(root->ne, depth-1) ; writecell_2p1(root->sw, depth-1) ; writecell_2p1(root->se, depth-1) ; thiscell = ++cellcounter ; // note: we *must* not abort this prescan if ((cellcounter & 4095) == 0) lifeabortprogress(0, "Scanning tree") ; root->next = (ghnode *)thiscell ; } return thiscell ; } /** * This one writes the cells, but assuming they've already been * numbered, and displaying a progress dialog. */ static char progressmsg[80] ; g_uintptr_t ghashbase::writecell_2p2(std::ostream &os, ghnode *root, int depth) { g_uintptr_t thiscell = 0 ; if (root == zeroghnode(depth)) return 0 ; if (depth == 0) { if (cellcounter + 1 != (g_uintptr_t)(root->nw)) return (g_uintptr_t)(root->nw) ; thiscell = ++cellcounter ; if ((cellcounter & 4095) == 0) { std::streampos siz = os.tellp() ; sprintf(progressmsg, "File size: %.2f MB", double(siz) / 1048576.0) ; lifeabortprogress(thiscell/(double)writecells, progressmsg) ; } ghleaf *n = (ghleaf *)root ; root->nw = (ghnode *)thiscell ; os << 1 << ' ' << int(n->nw) << ' ' << int(n->ne) << ' ' << int(n->sw) << ' ' << int(n->se) << '\n'; } else { if (cellcounter + 1 > (g_uintptr_t)(root->next) || isaborted()) return (g_uintptr_t)(root->next) ; g_uintptr_t nw = writecell_2p2(os, root->nw, depth-1) ; g_uintptr_t ne = writecell_2p2(os, root->ne, depth-1) ; g_uintptr_t sw = writecell_2p2(os, root->sw, depth-1) ; g_uintptr_t se = writecell_2p2(os, root->se, depth-1) ; if (!isaborted() && cellcounter + 1 != (g_uintptr_t)(root->next)) { // this should never happen lifefatal("Internal in writecell_2p2") ; return (g_uintptr_t)(root->next) ; } thiscell = ++cellcounter ; if ((cellcounter & 4095) == 0) { std::streampos siz = os.tellp() ; sprintf(progressmsg, "File size: %.2f MB", double(siz) / 1048576.0) ; lifeabortprogress(thiscell/(double)writecells, progressmsg) ; } root->next = (ghnode *)thiscell ; os << depth+1 << ' ' << nw << ' ' << ne << ' ' << sw << ' ' << se << '\n' ; } return thiscell ; } #define STRINGIFY(arg) STR2(arg) #define STR2(arg) #arg const char *ghashbase::writeNativeFormat(std::ostream &os, char *comments) { int depth = ghnode_depth(root) ; os << "[M2] (golly " STRINGIFY(VERSION) ")\n" ; // AKT: always write out explicit rule os << "#R " << getrule() << '\n' ; if (generation > bigint::zero) { // write non-zero gen count os << "#G " << generation.tostring('\0') << '\n' ; } if (comments) { // write given comment line(s), but we can't just do "os << comments" because the // lines might not start with #C (eg. if they came from the end of a .rle file), // so we must ensure that each comment line in the .mc file starts with #C char *p = comments; while (*p != '\0') { char *line = p; // note that readcomments() in readpattern.cpp ensures each line ends with \n while (*p != '\n') p++; if (line[0] != '#' || line[1] != 'C') { os << "#C "; } if (line != p) { *p = '\0'; os << line; *p = '\n'; } os << '\n'; p++; } } inGC = 1 ; /* this is the old way: cellcounter = 0 ; writecell(os, root, depth) ; */ /* this is the new two-pass way */ cellcounter = 0 ; vector depths(timeline.framecount) ; int framestosave = timeline.framecount ; if (timeline.savetimeline == 0) framestosave = 0 ; if (framestosave) { for (int i=0; inext << '\n' ; } } writecell_2p2(os, root, depth) ; /* end new two-pass way */ if (framestosave) { for (int i=0; i #include #include #include #ifdef ZLIB #include #include #endif #ifdef __APPLE__ #define BUFFSIZE 4096 // 4K is best for Mac OS X #else #define BUFFSIZE 8192 // 8K is best for Windows and other platforms??? #endif // globals for writing RLE files static char outbuff[BUFFSIZE]; static size_t outpos; // current write position in outbuff static bool badwrite; // fwrite failed? // using buffered putchar instead of fputc is about 20% faster on Mac OS X static void putchar(char ch, std::ostream &os) { if (badwrite) return; if (outpos == BUFFSIZE) { if (!os.write(outbuff, outpos)) badwrite = true; outpos = 0; } outbuff[outpos] = ch; outpos++; } const int WRLE_NONE = -3 ; const int WRLE_EOP = -2 ; const int WRLE_NEWLINE = -1 ; // output of RLE pattern data is channelled thru here to make it easier to // ensure all lines have <= 70 characters void AddRun(std::ostream &f, int state, // in: state of cell to write int multistate, // true if #cell states > 2 unsigned int &run, // in and out unsigned int &linelen) // ditto { unsigned int i, numlen; char numstr[32]; if ( run > 1 ) { sprintf(numstr, "%u", run); numlen = (int)strlen(numstr); } else { numlen = 0; // no run count shown if 1 } if ( linelen + numlen + 1 + multistate > 70 ) { putchar('\n', f); linelen = 0; } i = 0; while (i < numlen) { putchar(numstr[i], f); i++; } if (multistate) { if (state <= 0) putchar(".$!"[-state], f) ; else { if (state > 24) { int hi = (state - 25) / 24 ; putchar((char)(hi + 'p'), f) ; linelen++ ; state -= (hi + 1) * 24 ; } putchar((char)('A' + state - 1), f) ; } } else putchar("!$bo"[state+2], f) ; linelen += numlen + 1; run = 0; // reset run count } // write current pattern to file using extended RLE format const char *writerle(std::ostream &os, char *comments, lifealgo &imp, int top, int left, int bottom, int right, bool xrle) { badwrite = false; if (xrle) { // write out #CXRLE line; note that the XRLE indicator is prefixed // with #C so apps like Life32 and MCell will ignore the line os << "#CXRLE Pos=" << left << ',' << top; if (imp.getGeneration() > bigint::zero) os << " Gen=" << imp.getGeneration().tostring('\0'); os << '\n'; } char *endcomms = NULL; if (comments && comments[0]) { // write given comment line(s) -- can't just do fputs(comments,f) // because comments might include arbitrary text after the "!" char *p = comments; while (*p == '#') { while (*p != '\n') p++; p++; } if (p != comments) { char savech = *p; *p = '\0'; os << comments; *p = savech; } // any comment lines not starting with # will be written after "!" if (*p != '\0') endcomms = p; } if ( imp.isEmpty() || top > bottom || left > right ) { // empty pattern os << "x = 0, y = 0, rule = " << imp.getrule() << "\n!\n"; } else { // do header line unsigned int wd = right - left + 1; unsigned int ht = bottom - top + 1; sprintf(outbuff, "x = %u, y = %u, rule = %s\n", wd, ht, imp.getrule()); outpos = strlen(outbuff); // do RLE data unsigned int linelen = 0; unsigned int brun = 0; unsigned int orun = 0; unsigned int dollrun = 0; int laststate = WRLE_NONE ; int multistate = imp.NumCellStates() > 2 ; int cx, cy; // for showing accurate progress we need to add pattern height to pop count // in case this is a huge pattern with many blank rows double maxcount = imp.getPopulation().todouble() + ht; double accumcount = 0; int currcount = 0; int v = 0 ; for ( cy=top; cy<=bottom; cy++ ) { // set lastchar to anything except 'o' or 'b' laststate = WRLE_NONE ; currcount++; for ( cx=left; cx<=right; cx++ ) { int skip = imp.nextcell(cx, cy, v); if (skip + cx > right) skip = -1; // pretend we found no more live cells if (skip > 0) { // have exactly "skip" dead cells here if (laststate == 0) { brun += skip; } else { if (orun > 0) { // output current run of live cells AddRun(os, laststate, multistate, orun, linelen); } laststate = 0 ; brun = skip; } } if (skip >= 0) { // found next live cell in this row cx += skip; if (laststate == v) { orun++; } else { if (dollrun > 0) // output current run of $ chars AddRun(os, WRLE_NEWLINE, multistate, dollrun, linelen); if (brun > 0) // output current run of dead cells AddRun(os, 0, multistate, brun, linelen); if (orun > 0) AddRun(os, laststate, multistate, orun, linelen) ; laststate = v ; orun = 1; } currcount++; } else { cx = right + 1; // done this row } if (currcount > 1024) { char msg[128]; accumcount += currcount; currcount = 0; sprintf(msg, "File size: %.2f MB", os.tellp() / 1048576.0); if (lifeabortprogress(accumcount / maxcount, msg)) break; } } // end of current row if (isaborted()) break; if (laststate == 0) // forget dead cells at end of row brun = 0; else if (laststate >= 0) // output current run of live cells AddRun(os, laststate, multistate, orun, linelen); dollrun++; } // terminate RLE data dollrun = 1; AddRun(os, WRLE_EOP, multistate, dollrun, linelen); putchar('\n', os); // flush outbuff if (outpos > 0 && !badwrite && !os.write(outbuff, outpos)) badwrite = true; } if (endcomms) os << endcomms; if (badwrite) return "Failed to write output buffer!"; else return 0; } const char *writemacrocell(std::ostream &os, char *comments, lifealgo &imp) { if (imp.hyperCapable()) return imp.writeNativeFormat(os, comments); else return "Not yet implemented."; } #ifdef ZLIB class gzbuf : public std::streambuf { public: gzbuf() : file(NULL) { } gzbuf(const char *path) : file(NULL) { open(path); } ~gzbuf() { close(); } gzbuf *open(const char *path) { if (file) return NULL; file = gzopen(path, "wb"); return file ? this : NULL; } gzbuf *close() { if (!file) return NULL; int res = gzclose(file); file = NULL; return res == Z_OK ? this : NULL; } bool is_open() const { return file!=NULL; } int overflow(int c=EOF) { if (c == EOF) return c ; return gzputc(file, c) ; } std::streamsize xsputn(const char_type *s, std::streamsize n) { return gzwrite(file, s, (unsigned int)n); } int sync() { return gzflush(file, Z_SYNC_FLUSH) == Z_OK ? 0 : -1; } pos_type seekoff(off_type off, std::ios_base::seekdir way, std::ios_base::openmode which) { if (file && off == 0 && way == std::ios_base::cur && which == std::ios_base::out) { #if ZLIB_VERNUM >= 0x1240 // gzoffset is only available in zlib 1.2.4 or later return pos_type(gzoffset(file)); #else // return an approximation of file size (only used in progress dialog) z_off_t offset = gztell(file); if (offset > 0) offset /= 4; return pos_type(offset); #endif } return pos_type(off_type(-1)); } private: gzFile file; }; #endif const char *writepattern(const char *filename, lifealgo &imp, pattern_format format, output_compression compression, int top, int left, int bottom, int right) { // extract any comments if file exists so we can copy them to new file char *commptr = NULL; FILE *f = fopen(filename, "r"); if (f) { fclose(f); const char *err = readcomments(filename, &commptr); if (err) { if (commptr) free(commptr); return err; } } // skip past any old #CXRLE lines at start of existing XRLE file char *comments = commptr; if (comments) { while (strncmp(comments, "#CXRLE", 6) == 0) { while (*comments != '\n') comments++; comments++; } } // open output stream std::streambuf *streambuf = NULL; std::filebuf filebuf; #ifdef ZLIB gzbuf gzbuf; #endif switch (compression) { default: /* no output compression */ streambuf = filebuf.open(filename, std::ios_base::out); break; case gzip_compression: #ifdef ZLIB streambuf = gzbuf.open(filename); break; #else if (commptr) free(commptr); return "GZIP compression not supported"; #endif } if (!streambuf) { if (commptr) free(commptr); return "Can't create pattern file!"; } std::ostream os(streambuf); lifebeginprogress("Writing pattern file"); const char *errmsg = NULL; switch (format) { case RLE_format: errmsg = writerle(os, comments, imp, top, left, bottom, right, false); break; case XRLE_format: errmsg = writerle(os, comments, imp, top, left, bottom, right, true); break; case MC_format: // macrocell format ignores given edges errmsg = writemacrocell(os, comments, imp); break; default: errmsg = "Unsupported pattern format!"; } if (errmsg == NULL && !os.flush()) errmsg = "Error occurred writing file; maybe disk is full?"; lifeendprogress(); if (commptr) free(commptr); if (isaborted()) return "File contains truncated pattern."; else return errmsg; } golly-3.3-src/gollybase/liferules.cpp0000755000175000017500000010160713230774246014712 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "liferules.h" #include "util.h" #include #include #include #include #if defined(WIN32) || defined(WIN64) #define strncasecmp _strnicmp #endif liferules::liferules() { int i ; // base64 encoding characters base64_characters = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" ; // all valid rule letters valid_rule_letters = "012345678ceaiknjqrytwz-" ; // rule letters per neighbor count rule_letters[0] = "ce" ; rule_letters[1] = "ceaikn" ; rule_letters[2] = "ceaiknjqry" ; rule_letters[3] = "ceaiknjqrytwz" ; // isotropic neighborhoods per neighbor count static int entry0[2] = { 1, 2 } ; static int entry1[6] = { 5, 10, 3, 40, 33, 68 } ; static int entry2[10] = { 69, 42, 11, 7, 98, 13, 14, 70, 41, 97 } ; static int entry3[13] = { 325, 170, 15, 45, 99, 71, 106, 102, 43, 101, 105, 78, 108 } ; rule_neighborhoods[0] = entry0 ; rule_neighborhoods[1] = entry1 ; rule_neighborhoods[2] = entry2 ; rule_neighborhoods[3] = entry3 ; // bit offset for suvival part of rule survival_offset = 9 ; // bit in letter bit mask indicating negative negative_bit = 13 ; // maximum number of letters per neighbor count max_letters[0] = 0 ; max_letters[1] = (int) strlen(rule_letters[0]) ; max_letters[2] = (int) strlen(rule_letters[1]) ; max_letters[3] = (int) strlen(rule_letters[2]) ; max_letters[4] = (int) strlen(rule_letters[3]) ; max_letters[5] = max_letters[3] ; max_letters[6] = max_letters[2] ; max_letters[7] = max_letters[1] ; max_letters[8] = max_letters[0] ; for (i = 0 ; i < survival_offset ; i++) { max_letters[i + survival_offset] = max_letters[i] ; } // canonical letter order per neighbor count static int order0[1] = { 0 } ; static int order1[2] = { 0, 1 } ; static int order2[6] = { 2, 0, 1, 3, 4, 5 } ; static int order3[10] = { 2, 0, 1, 3, 6, 4, 5, 7, 8, 9 } ; static int order4[13] = { 2, 0, 1, 3, 6, 4, 5, 7, 8, 10, 11, 9, 12 } ; order_letters[0] = order0 ; order_letters[1] = order1 ; order_letters[2] = order2 ; order_letters[3] = order3 ; order_letters[4] = order4 ; order_letters[5] = order3 ; order_letters[6] = order2 ; order_letters[7] = order1 ; order_letters[8] = order0 ; for (i = 0 ; i < survival_offset ; i++) { order_letters[i + survival_offset] = order_letters[i] ; } // initialize initRule() ; } liferules::~liferules() { } // returns a count of the number of bits set in given int static int bitcount(int v) { int r = 0 ; while (v) { r++ ; v &= v - 1 ; } return r ; } // initialize void liferules::initRule() { // default to Moore neighbourhood totalistic rule neighbormask = MOORE ; neighbors = 8 ; wolfram = -1 ; totalistic = true ; using_map = false ; // one bit for each neighbor count // s = survival, b = birth // bit: 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 // meaning: s8 s7 s6 s5 s4 s3 s2 s1 s0 b8 b7 b6 b5 b4 b3 b2 b1 b0 rulebits = 0 ; // one bit for each letter per neighbor count // N = negative bit // bit: 13 12 11 10 9 8 7 6 5 4 3 2 1 0 // meaning: N z w t y r q j n k i a e c memset(letter_bits, 0, sizeof(letter_bits)) ; // two 4x4 rule maps (second used for B0-not-Smax rule emulation) memset(rule0, 0, sizeof(rule0)) ; memset(rule1, 0, sizeof(rule1)) ; // 3x3 rule map memset(rule3x3, 0, sizeof(rule3x3)) ; // canonical rule string memset(canonrule, 0, sizeof(canonrule)) ; } // set 3x3 grid based on totalistic value void liferules::setTotalistic(int value, bool survival) { int mask = 0 ; int nbrs = 0 ; int nhood = 0 ; int i = 0 ; int j = 0 ; int offset = 0 ; // check if this value has already been processed if (survival) { offset = survival_offset ; } if ((rulebits & (1 << (value + offset))) == 0) { // update the rulebits rulebits |= 1 << (value + offset) ; // update the mask if survival if (survival) { mask = 0x10 ; } // fill the array based on totalistic value for (i = 0 ; i < ALL3X3 ; i += 32) { for (j = 0 ; j < 16 ; j++) { nbrs = 0 ; nhood = (i+j) & neighbormask ; while (nhood > 0) { nbrs += (nhood & 1) ; nhood >>= 1 ; } if (value == nbrs) { rule3x3[i+j+mask] = 1 ; } } } } } // flip bits int liferules::flipBits(int x) { return ((x & 0x07) << 6) | ((x & 0x1c0) >> 6) | (x & 0x38) ; } // rotate 90 int liferules::rotateBits90Clockwise(int x) { return ((x & 0x4) << 6) | ((x & 0x20) << 2) | ((x & 0x100) >> 2) | ((x & 0x2) << 4) | (x & 0x10) | ((x & 0x80) >> 4) | ((x & 0x1) << 2) | ((x & 0x8) >> 2) | ((x & 0x40) >> 6) ; } // set symmetrical neighborhood into 3x3 map void liferules::setSymmetrical512(int x, int b) { int y = x ; int i = 0 ; // process each of the 4 rotations for (i = 0 ; i < 4 ; i++) { rule3x3[y] = (char) b ; y = rotateBits90Clockwise(y) ; } // flip y = flipBits(y) ; // process each of the 4 rotations for (i = 0 ; i < 4 ; i++) { rule3x3[y] = (char) b ; y = rotateBits90Clockwise(y) ; } } // set symmetrical neighborhood void liferules::setSymmetrical(int value, bool survival, int lindex, int normal) { int xorbit = 0 ; int nindex = value - 1 ; int x = 0 ; int offset = 0 ; // check for homogeneous bits if (value == 0 || value == 8) { setTotalistic(value, survival) ; } else { // update the rulebits if (survival) { offset = survival_offset ; } rulebits |= 1 << (value + offset) ; // reflect the index if in second half if (nindex > 3) { nindex = 6 - nindex ; xorbit = 0x1ef ; } // update the letterbits letter_bits[value + offset] |= 1 << lindex ; if (!normal) { // set the negative bit letter_bits[value + offset] |= 1 << negative_bit ; } // lookup the neighborhood x = rule_neighborhoods[nindex][lindex] ^ xorbit ; if (survival) { x |= 0x10 ; } setSymmetrical512(x, normal) ; } } // set totalistic birth or survival rule from a string void liferules::setTotalisticRuleFromString(const char *rule, bool survival) { char current ; // process each character in the rule string while ( *rule ) { current = *rule ; rule++ ; // convert the digit to an integer current -= '0' ; // set totalistic setTotalistic(current, survival) ; } } // set rule from birth or survival string void liferules::setRuleFromString(const char *rule, bool survival) { // current and next character char current ; char next ; // whether character normal or inverted int normal = 1 ; // letter index char *letterindex = 0 ; int lindex = 0 ; int nindex = 0 ; // process each character while ( *rule ) { current = *rule ; rule++ ; // find the index in the valid character list letterindex = strchr((char*) valid_rule_letters, current) ; lindex = letterindex ? int(letterindex - valid_rule_letters) : -1 ; // check if it is a digit if (lindex >= 0 && lindex <= 8) { // determine what follows the digit next = *rule ; nindex = -1 ; if (next) { letterindex = strchr((char*) rule_letters[3], next) ; if (letterindex) { nindex = int(letterindex - rule_letters[3]) ; } } // is the next character a digit or minus? if (nindex == -1) { setTotalistic(lindex, survival) ; } // check for inversion normal = 1 ; if (next == '-') { rule++ ; next = *rule ; // invert following character meanings normal = 0 ; } // process non-totalistic characters if (next) { letterindex = strchr((char*) rule_letters[3], next) ; nindex = -1 ; if (letterindex) { nindex = int(letterindex - rule_letters[3]) ; } while (nindex >= 0) { // set symmetrical setSymmetrical(lindex, survival, nindex, normal) ; // get next character rule++ ; next = *rule ; nindex = -1 ; if (next) { letterindex = strchr((char*) rule_letters[3], next) ; if (letterindex) { nindex = int(letterindex - rule_letters[3]) ; } } } } } } } // create the rule map from Wolfram number void liferules::createWolframMap() { int i = 0 ; // clear the rule array memset(rule3x3, 0, ALL3X3) ; // set in the 3x3 map for (i = 0 ; i < ALL3X3 ; i++) { if ((wolfram & (1 << (i & 7))) || (i & 16)) { rule3x3[i] = 1 ; } } } // create the rule map from the base64 encoded map void liferules::createRuleMapFromMAP(const char *base64) { // set the number of characters to read int power2 = 1 << (neighbors + 1) ; int fullchars = power2 / 6 ; int remainbits = power2 % 6 ; // create an array to read the MAP bits char bits[ALL3X3] ; // decode the base64 string int i = 0 ; char c = 0 ; int j = 0 ; const char *index = 0 ; for (i = 0 ; i < fullchars ; i++) { // convert character to base64 index index = strchr(base64_characters, *base64) ; base64++ ; c = index ? (char)(index - base64_characters) : 0 ; // decode the character bits[j] = c >> 5 ; j++ ; bits[j] = (c >> 4) & 1 ; j++ ; bits[j] = (c >> 3) & 1 ; j++ ; bits[j] = (c >> 2) & 1 ; j++ ; bits[j] = (c >> 1) & 1 ; j++ ; bits[j] = c & 1 ; j++ ; } // decode remaining bits from final character if (remainbits > 0) { index = strchr(base64_characters, *base64) ; c = index ? (char)(index - base64_characters) : 0 ; int b = 5 ; while (remainbits > 0) { bits[j] = (c >> b) & 1 ; b-- ; j++ ; remainbits-- ; } } // copy into rule array using the neighborhood mask int k, m ; for (i = 0 ; i < ALL3X3 ; i++) { k = 0 ; m = neighbors ; for (j = 8 ; j >= 0 ; j--) { if (neighbormask & (1 << j)) { if (i & (1 << j)) { k |= (1 << m) ; } m-- ; } } rule3x3[i] = bits[k] ; } } // create the rule map from birth and survival strings void liferules::createRuleMap(const char *birth, const char *survival) { // clear the rule array memset(rule3x3, 0, ALL3X3) ; // check for totalistic rule if (totalistic) { // set the totalistic birth rule setTotalisticRuleFromString(birth, false) ; // set the totalistic surivival rule setTotalisticRuleFromString(survival, true) ; } else { // set the non-totalistic birth rule setRuleFromString(birth, false) ; // set the non-totalistic survival rule setRuleFromString(survival, true) ; } } // add canonical letter representation int liferules::addLetters(int count, int p) { int bits ; // bitmask of letters defined at this count int negative = 0 ; // whether negative int setbits ; // how many bits are defined int maxbits ; // maximum number of letters at this count int letter = 0 ; int j ; // check if letters are defined for this neighbor count if (letter_bits[count]) { // get the bit mask bits = letter_bits[count] ; // check for negative if (bits & (1 << negative_bit)) { // letters are negative negative = 1 ; bits &= ~(1 << negative_bit) ; } // compute the number of bits set setbits = bitcount(bits) ; // get the maximum number of allowed letters at this neighbor count maxbits = max_letters[count] ; // do not invert if not negative and seven letters if (!(!negative && setbits == 7 && maxbits == 13)) { // if maximum letters minus number used is greater than number used then invert if (setbits + negative > (maxbits >> 1)) { // invert maximum letters for this count bits = ~bits & ((1 << maxbits) - 1) ; if (bits) { negative = !negative ; } } } // if negative and no letters then remove neighborhood count if (negative && !bits) { canonrule[p] = 0 ; p-- ; } else { // check whether to output minus if (negative) { canonrule[p++] = '-' ; } // add defined letters for (j = 0 ; j < maxbits ; j++) { // lookup the letter in order letter = order_letters[count][j] ; if (bits & (1 << letter)) { canonrule[p++] = rule_letters[3][letter] ; } } } } return p ; } // AKT: store valid rule in canonical format for getrule() void liferules::createCanonicalName(lifealgo *algo, const char *base64) { int p = 0 ; int np = 0 ; int i = 0 ; // the canonical version of a rule containing letters // might be simply totalistic bool stillnontotalistic = false ; // check for wolfram rule if (wolfram >= 0) { sprintf(canonrule, "W%d", wolfram) ; while (canonrule[p]) p++ ; } else { // check for map rule if (using_map) { // output map header canonrule[p++] = 'M' ; canonrule[p++] = 'A' ; canonrule[p++] = 'P' ; // compute number of base64 characters int power2 = 1 << (neighbors + 1) ; int fullchars = power2 / 6 ; int remainbits = power2 % 6 ; // copy base64 part for (i = 0 ; i < fullchars ; i++) { if (*base64) { canonrule[p++] = *base64 ; base64++ ; } } // copy final bits of last character if (*base64) { const char *index = strchr(base64_characters, *base64) ; int c = index ? (char)(index - base64_characters) : 0 ; int k = 0 ; int m = 5 ; for (i = 0 ; i < remainbits ; i++) { k |= c & (1 << m) ; m-- ; } canonrule[p++] = base64_characters[c] ; } } else { // output birth part canonrule[p++] = 'B' ; for (i = 0 ; i <= neighbors ; i++) { if (rulebits & (1 << i)) { canonrule[p++] = '0' + (char)i ; // check for non-totalistic if (!totalistic) { // add any defined letters np = addLetters(i, p) ; // check if letters were added if (np != p) { if (np > p) { stillnontotalistic = true ; } p = np ; // confident? } } } } // add slash canonrule[p++] = '/' ; // output survival part canonrule[p++] = 'S' ; for (i = 0 ; i <= neighbors ; i++) { if (rulebits & (1 << (survival_offset+i))) { canonrule[p++] = '0' + (char)i ; // check for non-totalistic if (!totalistic) { // add any defined letters np = addLetters(survival_offset + i, p) ; // check if letters were added if (np != p) { if (np > p) { stillnontotalistic = true ; } p = np ; } } } } // check if non-totalistic became totalistic if (!totalistic && !stillnontotalistic) { totalistic = true ; } // add neighborhood if (neighbormask == HEXAGONAL) canonrule[p++] = 'H' ; if (neighbormask == VON_NEUMANN) canonrule[p++] = 'V' ; } } // check for bounded grid if (algo->gridwd > 0 || algo->gridht > 0) { // algo->setgridsize() was successfully called above, so append suffix const char* bounds = algo->canonicalsuffix() ; i = 0 ; while (bounds[i]) canonrule[p++] = bounds[i++] ; } // null terminate canonrule[p] = 0 ; } // convert the 3x3 map to the 4x4 map void liferules::convertTo4x4Map(char *which) { int i = 0 ; int v = 0 ; // create every possible cell combination for 4x4 for (i = 0 ; i < ALL4X4 ; i ++) { // perform 4 lookups in the 3x3 map to create the 4x4 entry // 15 14 13 x 7 6 5 // 11 10 9 x -> 11 10 9 -> 10' x 0 0 x x // 7 6 5 x 15 14 13 // x x x x v = rule3x3[((i & 57344) >> 13) | ((i & 3584) >> 6) | ((i & 224) << 1)] << 5 ; // x 14 13 12 6 5 4 // x 10 9 8 -> 10 9 8 -> x 9' 0 0 x x // x 6 5 4 14 13 12 // x x x x v |= rule3x3[((i & 28672) >> 12) | ((i & 1792) >> 5) | ((i & 112) << 2)] << 4 ; // x x x x // 11 10 9 x -> 3 2 1 -> x x 0 0 6' x // 7 6 5 x 7 6 5 // 3 2 1 x 11 10 9 v |= rule3x3[((i & 3584) >> 9) | ((i & 224) >> 2) | ((i & 14) << 5)] << 1 ; // x x x x // x 10 9 8 -> 2 1 0 -> x x 0 0 x 5' // x 6 5 4 6 5 4 // x 2 1 0 10 9 8 v |= rule3x3[((i & 1792) >> 8) | ((i & 112) >> 1) | ((i & 7) << 6)] ; // save the entry which[i] = (char) v ; } } // save the rule (and handle B0) void liferules::saveRule() { int i = 0 ; char tmp ; if (wolfram == -1) { // check for B0 if (rule3x3[0]) { // check for Smax if (rule3x3[ALL3X3 - 1]) { // B0 with Smax: rule -> NOT(reverse(bits)) for (i = 0 ; i < ALL3X3 / 2 ; i++) { tmp = rule3x3[i] ; rule3x3[i] = 1 - rule3x3[ALL3X3 - i - 1] ; rule3x3[ALL3X3 - i - 1] = 1 - tmp ; } } else { // B0 without Smax needs two rules: one for odd and one for even generations alternate_rules = true ; // odd rule -> reverse(bits) for (i = 0 ; i < ALL3X3 / 2 ; i++) { tmp = rule3x3[i] ; rule3x3[i] = rule3x3[ALL3X3 - i - 1] ; rule3x3[ALL3X3 - i - 1] = tmp ; } convertTo4x4Map(rule1) ; // even rule -> NOT(bits) for (i = 0 ; i < ALL3X3 / 2 ; i++) { tmp = rule3x3[i] ; // need to reverse then invert due to even rule above rule3x3[i] = 1 - rule3x3[ALL3X3 - i - 1] ; rule3x3[ALL3X3 - i - 1] = 1 - tmp ; } } } } // convert to 4x4 map convertTo4x4Map(rule0) ; } // remove character from a string in place void liferules::removeChar(char *string, char skip) { int src = 0 ; int dst = 0 ; char c = string[src++] ; // copy characters other than skip while ( c ) { if (c != skip) { string[dst++] = c ; } c = string[src++] ; } // ensure null terminated string[dst] = 0 ; } // check whether non-totalistic letters are valid for defined neighbor counts bool liferules::lettersValid(const char *part) { char c ; int nindex = 0 ; int currentCount = -1 ; // get next character while ( *part ) { c = *part ; if (c >= '0' && c <= '8') { currentCount = c - '0' ; nindex = currentCount - 1 ; if (nindex > 3) { nindex = 6 - nindex ; } } else { // ignore minus if (c != '-') { // not valid if 0 or 8 if (currentCount == 0 || currentCount == 8) { return false ; } // check against valid rule letters for this neighbor count if (strchr((char*) rule_letters[nindex], c) == 0) { return false ; } } } part++ ; } return true ; } // set rule const char *liferules::setrule(const char *rulestring, lifealgo *algo) { char *r = (char *)rulestring ; char tidystring[MAXRULESIZE] ; // tidy version of rule string char *t = (char *)tidystring ; char *end = r + strlen(r) ; // end of rule string char c ; char *charpos = 0 ; int digit ; int maxdigit = 0 ; // maximum digit value found char *colonpos = 0 ; // position of colon char *slashpos = 0 ; // position of slash char *underscorepos = 0 ; // position of underscore char *bpos = 0 ; // position of b char *spos = 0 ; // position of s // initialize rule type initRule() ; // we might need to emulate B0 rule by using two different rules for odd/even gens alternate_rules = false ; // check if rule is too long if (strlen(rulestring) > (size_t) MAXRULESIZE) { return "Rule name is too long." ; } // check for colon colonpos = strchr(r, ':') ; if (colonpos) { // only process up to the colon end = colonpos ; } // skip any whitespace while (*r == ' ') { r++ ; } // check for map if (strncasecmp(r, "map", 3) == 0) { // attempt to decode map r += 3 ; bpos = r ; // terminate at the colon if one is present if (colonpos) *colonpos = 0 ; // check the length of the map int maplen = (int) strlen(r) ; // replace the colon if one was present if (colonpos) *colonpos = ':' ; // check if there is base64 padding if (maplen > 2 && !strncmp(r + maplen - 2, "==", 2)) { // remove padding maplen -= 2 ; } // check if the map length is valid for Moore, Hexagonal or von Neumann neighborhoods if (!(maplen == MAP512LENGTH || maplen == MAP128LENGTH || maplen == MAP32LENGTH)) { return "MAP rule needs 6, 22 or 86 base64 characters." ; } // validate the characters spos = r + maplen ; while (r < spos) { if (!strchr(base64_characters, *r)) { return "MAP contains illegal base64 character." ; } r++ ; } // set the neighborhood based on the map length if (maplen == MAP128LENGTH) { neighbormask = HEXAGONAL ; neighbors = 6 ; } else { if (maplen == MAP32LENGTH) { neighbormask = VON_NEUMANN ; neighbors = 4 ; } } // map looks valid using_map = true ; } else { // create lower case version of rule name without spaces while (r < end) { // get the next character and convert to lowercase c = (char) tolower(*r) ; // process the character switch (c) { // birth case 'b': if (bpos) { // multiple b found return "Only one B allowed." ; } bpos = t ; *t = c ; t++ ; break ; // survival case 's': if (spos) { // multiple s found return "Only one S allowed." ; } spos = t ; *t = c ; t++ ; break ; // slash case '/': if (slashpos) { // multiple slashes found return "Only one slash allowed." ; } slashpos = t ; *t = c ; t++ ; break ; // underscore case '_': if (underscorepos) { // multiple underscores found return "Only one underscore allowed." ; } underscorepos = t ; *t = c ; t++ ; break ; // hex case 'h': if (neighbormask != MOORE || wolfram != -1) { // multiple neighborhoods specified return "Only one neighborhood allowed." ; } neighbormask = HEXAGONAL ; neighbors = 6 ; *t = c ; t++ ; break ; // von neumann case 'v': if (neighbormask != MOORE || wolfram != -1) { // multiple neighborhoods specified return "Only one neighborhood allowed." ; } neighbormask = VON_NEUMANN ; neighbors = 4 ; *t = c ; t++ ; break ; // wolfram case 'w': // check if at beginning of string if (t == tidystring) { if (neighbormask != MOORE || wolfram != -1) { // multiple neighborhoods specified return "Only one neighborhood allowed." ; } wolfram = 0 ; } else { // copy character *t = c ; t++ ; totalistic = false ; } break ; // minus case '-': // check if previous character is a digit if (t == tidystring || *(t-1) < '0' || *(t-1) > '8') { // minus can only follow a digit return "Minus can only follow a digit." ; } *t = c ; t++ ; totalistic = false ; break ; // other characters default: // ignore space if (c != ' ') { // check character is valid charpos = strchr((char*) valid_rule_letters, c) ; if (charpos) { // copy character *t = c ; t++ ; // check if totalistic (i.e. found a valid non-digit) digit = int(charpos - valid_rule_letters) ; if (digit > 8) { totalistic = false ; } else { // update maximum digit found if (digit > maxdigit) { maxdigit = digit ; } } } else if (wolfram == 0 && c == '9') { *t = c ; t++ ; } else { return "Bad character found."; } } break ; } // next character r++ ; } // ensure null terminated *t = 0 ; // don't allow empty rule string t = tidystring ; if (*t == 0) { return "Rule cannot be empty string." ; } // can't have slash and underscore if (underscorepos && slashpos) { return "Can't have slash and underscore." ; } // underscore only valid for non-totalistic rules if (underscorepos && totalistic) { return "Underscore not valid for totalistic rules, use slash." ; } // if underscore defined then set the slash position if (underscorepos) { slashpos = underscorepos ; } // check for Wolfram if (wolfram == 0) { // parse Wolfram 1D rule while (*t >= '0' && *t <= '9') { wolfram = 10 * wolfram + *t - '0' ; t++ ; } if (wolfram < 0 || wolfram > 254 || wolfram & 1) { return "Wolfram rule must be an even number from 0 to 254." ; } if (*t) { return "Bad character in Wolfram rule." ; } } else { // if neighborhood specified then must be last character if (neighbormask != MOORE) { size_t len = strlen(t) ; if (len) { c = t[len - 1] ; if (!((c == 'h') || (c == 'v'))) { return "Neighborhood must be at end of rule." ; } // remove character t[len - 1] = 0 ; } } // at least one of slash, b or s must be present if (!(slashpos || bpos || spos)) { return "Rule must contain a slash or B or S." ; } // digits can not be greater than the number of neighbors for the defined neighborhood if (maxdigit > neighbors) { return "Digit greater than neighborhood allows." ; } // if slash present and both b and s then one must be each side of the slash if (slashpos && bpos && spos) { if ((bpos < slashpos && spos < slashpos) || (bpos > slashpos && spos > slashpos)) { return "B and S must be either side of slash." ; } } // check if there was a slash to divide birth from survival if (!slashpos) { // check if both b and s exist if (bpos && spos) { // determine whether b or s is first if (bpos < spos) { // skip b and cut the string using s bpos++ ; *spos = 0 ; spos++ ; } else { // skip s and cut the string using b spos++ ; *bpos = 0 ; bpos++ ; } } else { // just bpos if (bpos) { bpos = t ; removeChar(bpos, 'b') ; spos = bpos + strlen(bpos) ; } else { // just spos spos = t ; removeChar(spos, 's') ; bpos = spos + strlen(spos) ; } } } else { // slash exists so set determine which part is b and which is s *slashpos = 0 ; // check if b or s are defined if (bpos || spos) { // check for birth first if ((bpos && bpos < slashpos) || (spos && spos > slashpos)) { // birth then survival bpos = t ; spos = slashpos + 1 ; } else { // survival then birth bpos = slashpos + 1 ; spos = t ; } // remove b or s from rule parts removeChar(bpos, 'b') ; removeChar(spos, 's') ; } else { // no b or s so survival first spos = t ; bpos = slashpos + 1 ; } } // if not totalistic and a part exists it must start with a digit if (!totalistic) { // check birth c = *bpos ; if (c && (c < '0' || c > '8')) { return "Non-totalistic birth must start with a digit." ; } // check survival c = *spos ; if (c && (c < '0' || c > '8')) { return "Non-totalistic survival must start with a digit." ; } } // if not totalistic then neighborhood must be Moore if (!totalistic && neighbormask != MOORE) { return "Non-totalistic only supported with Moore neighborhood." ; } // validate letters used against each specified neighbor count if (!lettersValid(bpos)) { return "Letter not valid for birth neighbor count." ; } if (!lettersValid(spos)) { return "Letter not valid for survival neighbor count." ; } } } // AKT: check for rule suffix like ":T200,100" to specify a bounded universe if (colonpos) { const char* err = algo->setgridsize(colonpos) ; if (err) return err ; } else { // universe is unbounded algo->gridwd = 0 ; algo->gridht = 0 ; } // create the rule map if (wolfram >= 0) { // create the 3x3 map from the wolfram code createWolframMap() ; } else { // check for map if (using_map) { // generate the 3x3 map from the supplied MAP string createRuleMapFromMAP(bpos) ; } else { // generate the 3x3 map from the birth and survival rules createRuleMap(bpos, spos) ; } } // save the canonical rule name createCanonicalName(algo, bpos) ; // save the rule saveRule() ; // exit with success return 0 ; } const char* liferules::getrule() { return canonrule ; } // B3/S23 -> (1 << 3) + (1 << (9 + 2)) + (1 << (9 + 3)) = 0x1808 bool liferules::isRegularLife() { return (neighbormask == MOORE && totalistic && rulebits == 0x1808 && wolfram < 0) ; } golly-3.3-src/gollybase/hlifealgo.h0000644000175000017500000003152213247734027014313 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef HLIFEALGO_H #define HLIFEALGO_H #include "lifealgo.h" #include "liferules.h" #include "util.h" /* * Into instances of this node structure is where almost all of the * memory allocated by this program goes. Thus, it is imperative we * keep it as small as possible so we can explore patterns as large * and as deep as possible. * * But first, how does this program even work? Well, there are * two major tricks that are used. * * The first trick is to represent the 2D space `symbolically' * (in the sense that a binary decision diagram is a symbolic * representation of a boolean predicate). This can be thought * of as a sort of compression. We break up space into a grid of * squares, each containing 8x8 cells. And we `canonicalize' * each square; that is, all the squares with no cells set are * represented by a single actual instance of an empty square; * all squares with only the upper-left-most cell set are * represented by yet another instance, and so on. A single pointer * to the single instance of each square takes less space than * representing the actual cell bits themselves. * * Where do we store these pointers? At first, one might envision * a large two-dimensional array of pointers, each one pointing * to one of the square instances. But instead, we group the * squares (we'll call them 8-squares) into larger squares 16 * cells on a side; these are 16-squares. Each 16-square contains * four 8-squares, so each 16-square is represented by four * pointers, each to an 8-square. And we canonicalize these as * well, so for a particular set of values for a 16 by 16 array * of cells, we'll only have a single 16-square. * * And so on up; we canonicalize 32-squares out of 16-squares, and * on up to some limit. Now the limit need not be very large; * having just 20 levels of nodes gives us a universe that is * 4 * 2**20 or about 4M cells on a side. Having 100 levels of * nodes (easily within the limits of this program) gives us a * universe that is 4 * 2**100 or about 5E30 cells on a side. * I've run universes that expand well beyond 1E50 on a side with * this program. * * [A nice thing about this representation is that there are no * coordinate values anywhere, which means that there are no * limits to the coordinate values or complex multidimensional * arithmetic needed.] * * [Note that this structure so far is very similar to the octtrees * used in 3D simulation and rendering programs. It's different, * however, in that we canonicalize the nodes, and also, of course, * in that it is 2D rather than 3D.] * * I mentioned there were two tricks, and that's only the first. * The second trick is to cache the `results' of the LIFE calculation, * but in a way that looks ahead farther in time as you go higher * in the tree, much like the tree nodes themselves scan larger * distances in space. This trick is just a little subtle, but it * is where the bulk of the power of the program comes from. * * Consider once again the 8-squares. We want to cache the result * of executing LIFE on that area. We could cache the result of * looking ahead just one generation; that would yield a 6x6 square. * (Note that we cannot calculate an 8-square, because we are * using the single instance of the 8-square to represent all the * different places that 8x8 arrangement occurs, and those different * places might be surrounded by different border cells. But we * can say for sure that the central 6-square will evolve in a * unique way in the next generation.) * * We could also calculate the 4-square that is two generations * hence, and the 3-square that is three generations hence, and * the 2-square that is four generations hence. We choose the * 4-square that is two generations hence; why will be clear in * a moment. * * Now let's consider the 16-square. We would like to look farther * ahead for this square (if we always only looked two generations * ahead, our runtime would be at *least* linear in the number of * generations, and we want to beat that.) So let's look 4 generations * ahead, and cache the resulting 8-square. So we do. * * Where do we cache the results? Well, we cache the results in the * same node structure we are using to store the pointers to the * smaller squares themselves. And since we're hashing them all * together, we want a next pointer for the hash chain. Put all of * this together, and you get the following structure for the 16-squares * and larger: */ struct node { node *next ; /* hash link */ node *nw, *ne, *sw, *se ; /* constant; nw != 0 means nonleaf */ node *res ; /* cache */ } ; /* * For the 8-squares, we do not have `children', we have actual data * values. We still break up the 8-square into 4-squares, but the * 4-squares only have 16 cells in them, so we represent them directly * by an unsigned short (in this case, the direct value itself takes * less memory than the pointer we might replace it with). * * One minor trick about the following structure. We did lie above * somewhat; sometimes the struct node * points to an actual struct * node, and sometimes it points to a struct leaf. So we need a way * to tell if the thing we are pointing at is a node or a leaf. We * could add another bit to the node structure, but this would grow * it, and we want it to stay as small as possible. Now, notice * that, in all valid struct nodes, all four pointers (nw, ne, sw, * and se) must contain a live non-zero value. We simply ensure * that the struct leaf contains a zero where the first (nw) pointer * field would be in a struct node. * * Each short represents a 4-square in normal, left-to-right then top-down * order from the most significant bit. So bit 0x8000 is the upper * left (or northwest) bit, and bit 0x1000 is the upper right bit, and * so on. */ struct leaf { node *next ; /* hash link */ node *isnode ; /* must always be zero for leaves */ unsigned short nw, ne, sw, se ; /* constant */ bigint leafpop ; /* how many set bits */ unsigned short res1, res2 ; /* constant */ } ; /* * If it is a struct node, this returns a non-zero value, otherwise it * returns a zero value. */ #define is_node(n) (((node *)(n))->nw) /* * For explicit prefetching we retain some state on our lookup * calculations. */ #ifdef USEPREFETCH struct setup_t { g_uintptr_t h ; struct node *nw, *ne, *sw, *se ; void prefetch(node **addr) const { PREFETCH(addr) ; } } ; #endif /** * Our hlifealgo class. */ class hlifealgo : public lifealgo { public: hlifealgo() ; virtual ~hlifealgo() ; // note that for hlifealgo, clearall() releases no memory; it retains // the full cache information but just sets the current pattern to // the empty pattern. virtual void clearall() ; // not implemented virtual int setcell(int x, int y, int newstate) ; virtual int getcell(int x, int y) ; virtual int nextcell(int x, int y, int &state) ; virtual void endofpattern() ; virtual void setIncrement(bigint inc) ; virtual void setIncrement(int inc) { setIncrement(bigint(inc)) ; } virtual void setGeneration(bigint gen) { generation = gen ; } virtual const bigint &getPopulation() ; virtual int isEmpty() ; virtual int hyperCapable() { return 1 ; } virtual void setMaxMemory(int m) ; virtual int getMaxMemory() { return (int)(maxmem >> 20) ; } virtual const char *setrule(const char *s) ; virtual const char *getrule() { return hliferules.getrule() ; } virtual void step() ; virtual void* getcurrentstate() { return root ; } virtual void setcurrentstate(void *n) ; /* * The contract of draw() is that it render every pixel in the * viewport precisely once. This allows us to eliminate all * flashing. Later we'll make this be damage-specific. */ virtual void draw(viewport &view, liferender &renderer) ; virtual void fit(viewport &view, int force) ; virtual void lowerRightPixel(bigint &x, bigint &y, int mag) ; virtual void findedges(bigint *t, bigint *l, bigint *b, bigint *r) ; virtual const char *readmacrocell(char *line) ; virtual const char *writeNativeFormat(std::ostream &os, char *comments) ; static void doInitializeAlgoInfo(staticAlgoInfo &) ; private: /* * Some globals representing our universe. The root is the * real root of the universe, and the depth is the depth of the * tree where 2 means that root is a leaf, and 3 means that the * children of root are leaves, and so on. The center of the * root is always coordinate position (0,0), so at startup the * x and y coordinates range from -4..3; in general, * -(2**depth)..(2**depth)-1. The zeronodea is an * array of canonical `empty-space' nodes at various depths. * The ngens is an input parameter which is the second power of * the number of generations to run. */ node *root ; int depth ; node **zeronodea ; int nzeros ; /* * Finally, our gc routine. We keep a `stack' of all the `roots' * we want to preserve. Nodes not reachable from here, we allow to * be freed. Same with leaves. */ node **stack ; int stacksize ; g_uintptr_t hashpop, hashlimit, hashprime ; #ifndef PRIMEMOD g_uintptr_t hashmask ; #endif static double maxloadfactor ; node **hashtab ; int halvesdone ; int gsp ; g_uintptr_t alloced, maxmem ; node *freenodes ; int okaytogc ; g_uintptr_t totalthings ; node *nodeblocks ; char *ruletable ; bigint population ; bigint setincrement ; bigint pow2step ; // greatest power of two in increment int nonpow2 ; // increment / pow2step int ngens ; // log2(pow2step) int popValid, needPop, inGC ; /* * When rendering we store the relevant bits here rather than * passing them deep into recursive subroutines. */ liferender *renderer ; viewport *view ; int uviewh, uvieww, viewh, vieww, mag, pmag ; int llbits, llsize ; char *llxb, *llyb ; int hashed ; int cacheinvalid ; g_uintptr_t cellcounter ; // used when writing g_uintptr_t writecells ; // how many to write int gccount ; // how many gcs total this pattern int gcstep ; // how many gcs this step hperf running_hperf, step_hperf, inc_hperf ; int softinterrupt ; static char statusline[] ; // void leafres(leaf *n) ; void resize() ; node *find_node(node *nw, node *ne, node *sw, node *se) ; #ifdef USEPREFETCH node *find_node(setup_t &su) ; void setupprefetch(setup_t &su, node *nw, node *ne, node *sw, node *se) ; #endif void unhash_node(node *n) ; void unhash_node2(node *n) ; void rehash_node(node *n) ; leaf *find_leaf(unsigned short nw, unsigned short ne, unsigned short sw, unsigned short se) ; node *getres(node *n, int depth) ; node *dorecurs(node *n, node *ne, node *t, node *e, int depth) ; node *dorecurs_half(node *n, node *ne, node *t, node *e, int depth) ; leaf *dorecurs_leaf(leaf *n, leaf *ne, leaf *t, leaf *e) ; leaf *dorecurs_leaf_half(leaf *n, leaf *ne, leaf *t, leaf *e) ; leaf *dorecurs_leaf_quarter(leaf *n, leaf *ne, leaf *t, leaf *e) ; node *newnode() ; leaf *newleaf() ; node *newclearednode() ; leaf *newclearedleaf() ; void pushroot_1() ; int node_depth(node *n) ; node *zeronode(int depth) ; node *pushroot(node *n) ; node *gsetbit(node *n, int x, int y, int newstate, int depth) ; int getbit(node *n, int x, int y, int depth) ; int nextbit(node *n, int x, int y, int depth) ; node *hashpattern(node *root, int depth) ; node *popzeros(node *n) ; const bigint &calcpop(node *root, int depth) ; void aftercalcpop2(node *root, int depth) ; void afterwritemc(node *root, int depth) ; void calcPopulation() ; node *save(node *n) ; void pop(int n) ; void clearstack() ; void clearcache() ; void gc_mark(node *root, int invalidate) ; void do_gc(int invalidate) ; void clearcache(node *n, int depth, int clearto) ; void clearcache_p1(node *n, int depth, int clearto) ; void clearcache_p2(node *n, int depth, int clearto) ; void new_ngens(int newval) ; int log2(unsigned int n) ; node *runpattern() ; void renderbm(int x, int y) ; void fill_ll(int d) ; void drawnode(node *n, int llx, int lly, int depth, node *z) ; void ensure_hashed() ; g_uintptr_t writecell(std::ostream &os, node *root, int depth) ; g_uintptr_t writecell_2p1(node *root, int depth) ; g_uintptr_t writecell_2p2(std::ostream &os, node *root, int depth) ; void unpack8x8(unsigned short nw, unsigned short ne, unsigned short sw, unsigned short se, unsigned int *top, unsigned int *bot) ; liferules hliferules ; } ; #endif golly-3.3-src/gollybase/ruleloaderalgo.h0000644000175000017500000000212713145740437015360 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef RULELOADERALGO_H #define RULELOADERALGO_H #include "ghashbase.h" #include "ruletable_algo.h" #include "ruletreealgo.h" /** * This algorithm loads rule data from external files. */ class ruleloaderalgo : public ghashbase { public: ruleloaderalgo(); virtual ~ruleloaderalgo(); virtual state slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se); virtual const char* setrule(const char* s); virtual const char* getrule(); virtual const char* DefaultRule(); virtual int NumCellStates(); static void doInitializeAlgoInfo(staticAlgoInfo &); protected: ruletable_algo* LocalRuleTable; // local instance of RuleTable algo ruletreealgo* LocalRuleTree; // local instance of RuleTree algo enum RuleTypes {TABLE, TREE} rule_type; void SetAlgoVariables(RuleTypes ruletype); const char* LoadTableOrTree(FILE* rulefile, const char* rule); }; extern const char* noTABLEorTREE; #endif golly-3.3-src/gollybase/ruletable_algo.h0000644000175000017500000000363313145740437015343 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef RULETABLE_ALGO_H #define RULETABLE_ALGO_H #include "ghashbase.h" #include #include #include /** * An algo that takes a rule table. */ class ruletable_algo : public ghashbase { public: ruletable_algo() ; virtual ~ruletable_algo() ; virtual state slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) ; virtual const char* setrule(const char* s) ; virtual const char* getrule() ; virtual const char* DefaultRule() ; virtual int NumCellStates() ; static void doInitializeAlgoInfo(staticAlgoInfo &) ; // these two methods are needed for RuleLoader algo bool IsDefaultRule(const char* rulename); const char* LoadTable(FILE* rulefile, int lineno, char endchar, const char* s); protected: std::string LoadRuleTable(std::string filename); void PackTransitions(const std::string& symmetries, int n_inputs, const std::vector< std::pair< std::vector< std::vector >, state> > & transition_table); void PackTransition(const std::vector< std::vector > & inputs, state output); protected: std::string current_rule; unsigned int n_states; enum TNeighborhood { vonNeumann, Moore, hexagonal, oneDimensional } neighborhood; static const int N_SUPPORTED_NEIGHBORHOODS = 4; static const std::string neighborhood_value_keywords[N_SUPPORTED_NEIGHBORHOODS]; // we use a lookup table to match inputs to outputs: typedef unsigned long long int TBits; // we can use unsigned int if we hit portability issues (not much slower) std::vector< std::vector< std::vector > > lut; // TBits lut[neighbourhood_size][n_states][n_compressed_rules]; unsigned int n_compressed_rules; std::vector output; // state output[n_rules]; }; #endif golly-3.3-src/gollybase/ltldraw.cpp0000644000175000017500000003320113247734027014361 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "ltlalgo.h" #include "util.h" #include // for memset and memcpy // ----------------------------------------------------------------------------- // A 256x256 pixmap is good for OpenGL and matches the size // used in qlifedraw.cpp and hlifedraw.cpp. // Note that logpmsize *must* be 8 in iOS 9.x to avoid drawing problems // in my iPad (probably due to a bug in the OpenGL ES 2 driver). const int logpmsize = 8; // 8=256x256 const int pmsize = (1< 0) { pmag = 1 << view.getmag(); mag = 0; } else { pmag = 1; mag = -view.getmag(); } // get pixel position in view of grid's top left cell pair ltpxl = view.screenPosOf(gridleft, gridtop, this); if (renderer.justState() || pmag > 1) { if (unbounded) { // simply display the entire grid -- ie. no need to use pixbuf int x = ltpxl.first; // already multiplied by pmag int y = ltpxl.second; // ditto int wd = gwd * pmag; int ht = ght * pmag; if (renderer.justState()) renderer.stateblit(x, y, wd, ht, currgrid) ; else renderer.pixblit(x, y, wd, ht, currgrid, pmag); } else { // the universe is bounded so we need to include the outer border bigint outerleft = gridleft; bigint outertop = gridtop; outerleft -= border; outertop -= border; ltpxl = view.screenPosOf(outerleft, outertop, this); int x = ltpxl.first; int y = ltpxl.second; int wd = outerwd * pmag; int ht = outerht * pmag; if (renderer.justState()) renderer.stateblit(x, y, wd, ht, outergrid1) ; else renderer.pixblit(x, y, wd, ht, outergrid1, pmag); } } else { // pmag is 1 so first fill pixbuf with dead cells killpixels(); if (mag == 0) { // divide grid into pmsize * pmsize blocks and draw them at scale 1:1 for (int row = 0; row < ght; row += pmsize) { for (int col = 0; col < gwd; col += pmsize) { // don't go beyond bottom/right edges of grid int jmax = row + pmsize <= ght ? pmsize : pmsize - (row + pmsize - ght); int imax = col + pmsize <= gwd ? pmsize : pmsize - (col + pmsize - gwd); // check if this block is visible in view int x = ltpxl.first + col; int y = ltpxl.second + row; if (x >= vieww || y >= viewh || x+imax <= 0 || y+jmax <= 0) { // not visible } else { // get cell at top left corner of this block unsigned char* cellptr = currgrid + row * outerwd + col; // find live cells in this block and store their RGBA data in pixbuf for (int j = 0; j < jmax; j++) { unsigned char* p = cellptr; int pixrow = j * pmsize; for (int i = 0; i < imax; i++) { if (*p > 0) pixRGBAbuf[pixrow + i] = cellRGBA[*p]; p++; } cellptr += outerwd; } // draw this block renderer.pixblit(x, y, pmsize, pmsize, pixbuf, 1); killpixels(); } } } } else { // mag > 0 (actually zoomed out); // divide grid into pmsize*(2^mag) * pmsize*(2^mag) blocks, shrinking them down // to pmsize * pmsize, and draw all non-zero cells using the state 1 color unsigned int state1RGBA = cellRGBA[1]; // check if grid shrinks to 1 pixel if ((gwd >> mag) == 0 && (ght >> mag) == 0) { pixRGBAbuf[0] = state1RGBA; // there is at least 1 live cell in grid int x = ltpxl.first; int y = ltpxl.second; renderer.pixblit(x, y, pmsize, pmsize, pixbuf, 1); pixRGBAbuf[0] = cellRGBA[0]; return; } // above check should avoid overflow in blocksize calc, but play safe if (mag > 20) mag = 20; pmag = 1 << mag; int blocksize = pmsize * pmag; for (int row = 0; row < ght; row += blocksize) { for (int col = 0; col < gwd; col += blocksize) { // check if shrunken block is visible in view int x = ltpxl.first + (col >> mag); int y = ltpxl.second + (row >> mag); if (x >= vieww || y >= viewh || x+pmsize <= 0 || y+pmsize <= 0) { // not visible } else { // get cell at top left corner of this big block unsigned char* cellptr = currgrid + row * outerwd + col; // avoid going way beyond bottom/right edges of grid int jmax = row + blocksize <= ght ? blocksize : blocksize - (row + blocksize - ght); int imax = col + blocksize <= gwd ? blocksize : blocksize - (col + blocksize - gwd); for (int j = 0; j < jmax; j += pmag) { unsigned char* p = cellptr; int sqtop = row + j; for (int i = 0; i < imax; i += pmag) { // shrink pmag*pmag cells in grid down to 1 pixel in pixbuf int sqleft = col + i; for (int r = 0; r < pmag; r++) { if (sqtop + r < ght) { unsigned char* topleft = p + r * outerwd; for (int c = 0; c < pmag; c++) { if (sqleft + c < gwd) { unsigned char* q = topleft + c; if (*q > 0) { pixRGBAbuf[(j >> mag) * pmsize + (i >> mag)] = state1RGBA; // no need to keep looking in this square goto found1; } } } } } found1: p += pmag; } cellptr += outerwd * pmag; } // draw the shrunken block renderer.pixblit(x, y, pmsize, pmsize, pixbuf, 1); killpixels(); } } } } } } // ----------------------------------------------------------------------------- void ltlalgo::findedges(bigint *ptop, bigint *pleft, bigint *pbottom, bigint *pright) { if (population == 0) { // return impossible edges to indicate an empty pattern; // not really a problem because caller should check first *ptop = 1; *pleft = 1; *pbottom = 0; *pright = 0; return; } // the code in ltlalgo.cpp maintains a boundary of live cells in // minx,miny,maxx,maxy but it might not be the minimal boundary // (eg. if user deleted some live cells) // find the top edge (miny) for (int row = miny; row <= maxy; row++) { unsigned char* cellptr = currgrid + row * outerwd + minx; for (int col = minx; col <= maxx; col++) { if (*cellptr > 0) { miny = row; goto found_top; } cellptr++; } } // should never get here if population > 0 lifefatal("Bug detected in ltlalgo::findedges!"); found_top: // find the bottom edge (maxy) for (int row = maxy; row >= miny; row--) { unsigned char* cellptr = currgrid + row * outerwd + minx; for (int col = minx; col <= maxx; col++) { if (*cellptr > 0) { maxy = row; goto found_bottom; } cellptr++; } } found_bottom: // find the left edge (minx) for (int col = minx; col <= maxx; col++) { unsigned char* cellptr = currgrid + miny * outerwd + col; for (int row = miny; row <= maxy; row++) { if (*cellptr > 0) { minx = col; goto found_left; } cellptr += outerwd; } } found_left: // find the right edge (maxx) for (int col = maxx; col >= minx; col--) { unsigned char* cellptr = currgrid + miny * outerwd + col; for (int row = miny; row <= maxy; row++) { if (*cellptr > 0) { maxx = col; goto found_right; } cellptr += outerwd; } } found_right: // set pattern edges (in cell coordinates) *ptop = int(miny + gtop); *pleft = int(minx + gleft); *pbottom = int(maxy + gtop); *pright = int(maxx + gleft); } // ----------------------------------------------------------------------------- void ltlalgo::fit(viewport &view, int force) { if (population == 0) { view.center(); view.setmag(MAX_MAG); return; } bigint top, left, bottom, right; findedges(&top, &left, &bottom, &right); if (!force) { // if all four of the above dimensions are in the viewport, don't change if (view.contains(left, top) && view.contains(right, bottom)) return; } bigint midx = right; midx -= left; midx += bigint::one; midx.div2(); midx += left; bigint midy = bottom; midy -= top; midy += bigint::one; midy.div2(); midy += top; int mag = MAX_MAG; for (;;) { view.setpositionmag(midx, midy, mag); if (view.contains(left, top) && view.contains(right, bottom)) break; mag--; } } // ----------------------------------------------------------------------------- void ltlalgo::lowerRightPixel(bigint &x, bigint &y, int mag) { if (mag >= 0) return; x >>= -mag; x <<= -mag; y -= 1; y >>= -mag; y <<= -mag; y += 1; } golly-3.3-src/gollybase/liferender.h0000644000175000017500000000511213247734027014474 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * Encapsulate a class capable of rendering a life universe. * Note that we only use blitbit calls (no setpixel). * Coordinates are in the same coordinate system as the * viewport min/max values. * * Also note that the render is responsible for deciding how * to scale bits up as necessary, whether using the graphics * hardware or the CPU. Blits will only be called with * reasonable bitmaps (32x32 or larger, probably) so the * overhead should not be horrible. Also, the bitmap must * have zeros for all pixels to the left and right of those * requested to be rendered (just for simplicity). * * If clipping is needed, it's the responsibility of these * routines, *not* the caller (although the caller should make * every effort to not call these routines with out of bound * values). */ #ifndef LIFERENDER_H #define LIFERENDER_H class liferender { public: liferender() : juststate(0) {} liferender(int state) : juststate(state) {} int justState() { return juststate ; } virtual ~liferender() ; // First two methods (pixblit/getcolors) only called for normal // display renderers. For "getstate" renderers, these will never // be called. // pixblit is used to draw a pixel map by passing data in two formats: // If pmscale == 1 then pm data contains 4*w*h bytes where each // byte quadruplet contains the RGBA values for the corresponding pixel. // If pmscale > 1 then pm data contains (w/pmscale)*(h/pmscale) bytes // where each byte is a cell state (0..255). This allows the rendering // code to display either icons or colors. virtual void pixblit(int x, int y, int w, int h, unsigned char* pm, int pmscale) ; // the drawing code needs access to the current layer's colors, // and to the transparency values for dead pixels and live pixels virtual void getcolors(unsigned char** r, unsigned char** g, unsigned char** b, unsigned char* dead_alpha, unsigned char* live_alpha) ; // for state renderers, this just copies the cell state; no scaling is // supported. Only called for juststate renderers. virtual void stateblit(int x, int y, int w, int h, unsigned char* pm) ; private: int juststate ; } ; class staterender : public liferender { public: staterender(unsigned char *_buf, int _vw, int _vh) : liferender(1), buf(_buf), vw(_vw), vh(_vh) {} virtual void stateblit(int x, int y, int w, int h, unsigned char* pm) ; private: unsigned char *buf ; int vw, vh ; } ; #endif golly-3.3-src/gollybase/ltlalgo.h0000755000175000017500000001427313543255652014027 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. // This is the code for the "Larger than Life" family of rules. #ifndef LTLALGO_H #define LTLALGO_H #include "lifealgo.h" #include "liferules.h" // for MAXRULESIZE #include class ltlalgo : public lifealgo { public: ltlalgo(); virtual ~ltlalgo(); virtual void clearall(); virtual int setcell(int x, int y, int newstate); virtual int getcell(int x, int y); virtual int nextcell(int x, int y, int& v); virtual void endofpattern(); virtual void setIncrement(bigint inc) { increment = inc; } virtual void setIncrement(int inc) { increment = inc; } virtual void setGeneration(bigint gen) { generation = gen; } virtual const bigint& getPopulation(); virtual int isEmpty(); virtual int hyperCapable() { return 0; } virtual void setMaxMemory(int m) {} virtual int getMaxMemory() { return 0; } virtual const char* setrule(const char* s); virtual const char* getrule(); virtual const char* DefaultRule(); virtual int NumCellStates(); virtual int NumRandomizedCellStates() { return 2 ; } virtual void step(); virtual void* getcurrentstate() { return 0; } virtual void setcurrentstate(void*) {} virtual void draw(viewport& view, liferender& renderer); virtual void fit(viewport& view, int force); virtual void lowerRightPixel(bigint& x, bigint& y, int mag); virtual void findedges(bigint* t, bigint* l, bigint* b, bigint* r); virtual const char* writeNativeFormat(std::ostream&, char*) { return "No native format for ltlalgo."; } static void doInitializeAlgoInfo(staticAlgoInfo&); private: char canonrule[MAXRULESIZE]; // canonical version of valid rule passed into setrule int population; // number of non-zero cells in current generation int gwd, ght; // width and height of grid (in cells) int gwdm1, ghtm1; // gwd-1, ght-1 (bottom right corner of grid) unsigned char* currgrid; // points to gwd*ght cells for current generation unsigned char* nextgrid; // points to gwd*ght cells for next generation int minx, miny, maxx, maxy; // boundary of live cells (in grid coordinates) int gtop, gleft, gbottom, gright; // cell coordinates of grid edges vector cell_list; // used by save_cells and restore_cells bool show_warning; // flag used to avoid multiple warning dialogs int* colcounts; // cumulative column counts of state-1 cells // bounded grids are surrounded by a border of cells (with thickness = range+1) // so we can calculate neighborhood counts without checking for edge conditions; // note that in an unbounded universe outerwd = gwd, outerht = ght, // currgrid = outergrid1, nextgrid = outergrid2 int border; // border thickness in cells (depends on range) int outerwd, outerht; // width and height of bounded grids (including border) int outerbytes; // outerwd*outerht unsigned char* outergrid1; // points to outerwd*outerht cells for current generation unsigned char* outergrid2; // points to outerwd*outerht cells for next generation int *shape ; // for shaped neighborhoods, this is the shape // these variables are used in getcount and faster_Neumann_* int ccht; // height of colcounts array when ntype = N int halfccwd; // half width of colcounts array when ntype = N int nrows, ncols; // size of rectangle being processed // rule parameters (set by setrule) int range; // neighborhood radius int rangec; // squared radius of circle int totalistic; // include middle cell in neighborhood count? (1 or 0) int minS, maxS; // limits for survival int minB, maxB; // limits for birth char ntype; // extended neighborhood type (M = Moore, N = von Neumann, C = shaped (circle)) char topology; // grid topology (T = torus, P = plane) void create_grids(int wd, int ht); // create a bounded universe of given width and height void allocate_colcounts(); // allocate the colcounts array void empty_boundaries(); // set minx, miny, maxx, maxy when population is 0 void save_cells(); // save current pattern in cell_list void restore_cells(); // restore pattern from cell_list void do_bounded_gen(); // calculate the next generation in a bounded universe bool do_unbounded_gen(); // calculate the next generation in an unbounded universe int getcount(int i, int j); // used in faster_Neumann_* const char* resize_grids(int up, int down, int left, int right); // try to resize an unbounded universe by the given amounts (possibly -ve); // if it fails then return a suitable error message void fast_Moore(int mincol, int minrow, int maxcol, int maxrow); void faster_Moore_bounded(int mincol, int minrow, int maxcol, int maxrow); void faster_Moore_bounded2(int mincol, int minrow, int maxcol, int maxrow); void faster_Moore_unbounded(int mincol, int minrow, int maxcol, int maxrow); void faster_Moore_unbounded2(int mincol, int minrow, int maxcol, int maxrow); void fast_Neumann(int mincol, int minrow, int maxcol, int maxrow); void faster_Neumann_bounded(int mincol, int minrow, int maxcol, int maxrow); void faster_Neumann_unbounded(int mincol, int minrow, int maxcol, int maxrow); void fast_Shaped(int mincol, int minrow, int maxcol, int maxrow); // these routines are called from do_*_gen to process a rectangular region of cells void update_current_grid(unsigned char &state, int ncount); void update_next_grid(int x, int y, int xyoffset, int ncount); // called from each of the fast* routines to set the state of the x,y cell // in nextgrid based on the given neighborhood count }; #endif golly-3.3-src/gollybase/readpattern.cpp0000644000175000017500000007720513441044674015233 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "readpattern.h" #include "lifealgo.h" #include "liferules.h" // for MAXRULESIZE #include "util.h" // for lifewarning and *progress calls #include #ifdef ZLIB #include #endif #include #include #define LINESIZE 20000 #define CR 13 #define LF 10 bool getedges = false; // find pattern edges? bigint top, left, bottom, right; // the pattern edges #ifdef __APPLE__ #define BUFFSIZE 4096 // 4K is best for Mac OS X #else #define BUFFSIZE 8192 // 8K is best for Windows and other platforms??? #endif #ifdef ZLIB gzFile zinstream ; #else FILE *pattfile ; #endif char filebuff[BUFFSIZE]; int buffpos, bytesread, prevchar; long filesize; // length of file in bytes // use buffered getchar instead of slow fgetc // don't override the "getchar" name which is likely to be a macro int mgetchar() { if (buffpos == BUFFSIZE) { double filepos; #ifdef ZLIB bytesread = gzread(zinstream, filebuff, BUFFSIZE); #if ZLIB_VERNUM >= 0x1240 // gzoffset is only available in zlib 1.2.4 or later filepos = gzoffset(zinstream); #else // use an approximation of file position if file is compressed filepos = gztell(zinstream); if (filepos > 0 && gzdirect(zinstream) == 0) filepos /= 4; #endif #else bytesread = fread(filebuff, 1, BUFFSIZE, pattfile); filepos = ftell(pattfile); #endif buffpos = 0; lifeabortprogress(filepos / filesize, ""); } if (buffpos >= bytesread) return EOF; return filebuff[buffpos++]; } // use getline instead of fgets so we can handle DOS/Mac/Unix line endings char *getline(char *line, int maxlinelen) { int i = 0; while (i < maxlinelen) { int ch = mgetchar(); if (isaborted()) return NULL; switch (ch) { case CR: prevchar = CR; line[i] = 0; return line; case LF: if (prevchar != CR) { prevchar = LF; line[i] = 0; return line; } // if CR+LF (DOS) then ignore the LF break; case EOF: if (i == 0) return NULL; line[i] = 0; return line; default: prevchar = ch; line[i++] = (char) ch; break; } } line[i] = 0; // silently truncate long line return line; } const char *SETCELLERROR = "Impossible; set cell error for state 1" ; // Read a text pattern like "...ooo$$$ooo" where '.', ',' and chars <= ' ' // represent dead cells, '$' represents 10 dead cells, and all other chars // represent live cells. const char *readtextpattern(lifealgo &imp, char *line) { int x=0, y=0; char *p; do { for (p = line; *p; p++) { if (*p == '.' || *p == ',' || *p <= ' ') { x++; } else if (*p == '$') { x += 10; } else { if (imp.setcell(x, y, 1) < 0) { return SETCELLERROR ; } x++; } } y++ ; if (getedges && right.toint() < x - 1) right = x - 1; x = 0; } while (getline(line, LINESIZE)); if (getedges) bottom = y - 1; return 0 ; } /* * Parse "#CXRLE key=value key=value ..." line and extract values. */ void ParseXRLELine(char *line, int *xoff, int *yoff, bool *sawpos, bigint &gen) { char *key = line; while (key) { // set key to start of next key word while (*key && *key != ' ') key++; while (*key == ' ') key++; if (*key == 0) return; // set value to pos of char after next '=' char *value = key; while (*value && *value != '=') value++; if (*value == 0) return; value++; if (strncmp(key, "Pos", 3) == 0) { // extract Pos=int,int sscanf(value, "%d,%d", xoff, yoff); *sawpos = true; } else if (strncmp(key, "Gen", 3) == 0) { // extract Gen=bigint char *p = value; while (*p >= '0' && *p <= '9') p++; char savech = *p; *p = 0; gen = bigint(value); *p = savech; value = p; } key = value; } } /* * Read an RLE pattern into given life algorithm implementation. */ const char *readrle(lifealgo &imp, char *line) { int n=0, x=0, y=0 ; char *p ; char *ruleptr; const char *errmsg; int wd=0, ht=0, xoff=0, yoff=0; bigint gen = bigint::zero; bool sawpos = false; // xoff and yoff set in ParseXRLELine? bool sawrule = false; // saw explicit rule? // parse any #CXRLE line(s) at start while (strncmp(line, "#CXRLE", 6) == 0) { ParseXRLELine(line, &xoff, &yoff, &sawpos, gen); imp.setGeneration(gen); if (getline(line, LINESIZE) == NULL) return 0; } do { if (line[0] == '#') { if (line[1] == 'r') { ruleptr = line; ruleptr += 2; while (*ruleptr && *ruleptr <= ' ') ruleptr++; p = ruleptr; while (*p > ' ') p++; *p = 0; errmsg = imp.setrule(ruleptr); if (errmsg) return errmsg; sawrule = true; } // there's a slight ambiguity here for extended RLE when a line // starts with 'x'; we only treat it as a dimension line if the // next char is whitespace or '=', since 'x' will only otherwise // occur as a two-char token followed by an upper case alphabetic. } else if (line[0] == 'x' && (line[1] <= ' ' || line[1] == '=')) { // extract wd and ht p = line; while (*p && *p != '=') p++; p++; sscanf(p, "%d", &wd); while (*p && *p != '=') p++; p++; sscanf(p, "%d", &ht); while (*p && *p != 'r') p++; if (strncmp(p, "rule", 4) == 0) { p += 4; while (*p && (*p <= ' ' || *p == '=')) p++; ruleptr = p; while (*p > ' ') p++; // remove any comma at end of rule if (p[-1] == ',') p--; *p = 0; errmsg = imp.setrule(ruleptr); if (errmsg) return errmsg; sawrule = true; } if (!sawrule) { // if no rule given then try Conway's Life; if it fails then // return error so Golly will look for matching algo errmsg = imp.setrule("B3/S23"); if (errmsg) return errmsg; } // imp.setrule() has set imp.gridwd and imp.gridht if (!sawpos && (imp.gridwd > 0 || imp.gridht > 0)) { if (wd > 0 && (wd <= (int)imp.gridwd || imp.gridwd == 0) && ht > 0 && (ht <= (int)imp.gridht || imp.gridht == 0)) { // pattern size is known and fits within the bounded grid // so position pattern in the middle of the grid xoff = -int(wd / 2); yoff = -int(ht / 2); } else { // position pattern at top left corner of bounded grid // to try and ensure the entire pattern will fit xoff = -int(imp.gridwd / 2); yoff = -int(imp.gridht / 2); } } if (getedges) { top = yoff; left = xoff; bottom = yoff + ht - 1; right = xoff + wd - 1; } } else { int gwd = (int)imp.gridwd; int ght = (int)imp.gridht; for (p=line; *p; p++) { char c = *p ; if ('0' <= c && c <= '9') { n = n * 10 + c - '0' ; } else { if (n == 0) n = 1 ; if (c == 'b' || c == '.') { x += n ; } else if (c == '$') { x = 0 ; y += n ; } else if (c == '!') { return 0; } else if (('o' <= c && c <= 'y') || ('A' <= c && c <= 'X')) { int state = -1 ; if (c == 'o') state = 1 ; else if (c < 'o') { state = c - 'A' + 1 ; } else { state = 24 * (c - 'p' + 1) ; p++ ; c = *p ; if ('A' <= c && c <= 'X') { state = state + c - 'A' + 1 ; } else { // return "Illegal multi-char state" ; // be more forgiving so we can read non-standard rle files like // those at http://home.interserv.com/~mniemiec/lifepage.htm state = 1 ; p-- ; } } // write run of cells to grid checking cells are within any bounded grid if (ght == 0 || y < ght) { while (n-- > 0) { if (gwd == 0 || x < gwd) { if (imp.setcell(xoff + x, yoff + y, state) < 0) return "Cell state out of range for this algorithm" ; } x++; } } } n = 0 ; } } } } while (getline(line, LINESIZE)); return 0; } /* * This ugly bit of code will go undocumented. It reads Alan Hensel's * PC Life format, either 1.05 or 1.06. */ const char *readpclife(lifealgo &imp, char *line) { int x=0, y=0 ; int leftx = x ; char *p ; char *ruleptr; const char *errmsg; bool sawrule = false; // saw explicit rule? do { if (line[0] == '#') { if (line[1] == 'P') { if (!sawrule) { // if no rule given then try Conway's Life; if it fails then // return error so Golly will look for matching algo errmsg = imp.setrule("B3/S23"); if (errmsg) return errmsg; sawrule = true; // in case there are many #P lines } sscanf(line + 2, " %d %d", &x, &y) ; leftx = x ; } else if (line[1] == 'N') { errmsg = imp.setrule("B3/S23"); if (errmsg) return errmsg; sawrule = true; } else if (line[1] == 'R') { ruleptr = line; ruleptr += 2; while (*ruleptr && *ruleptr <= ' ') ruleptr++; p = ruleptr; while (*p > ' ') p++; *p = 0; errmsg = imp.setrule(ruleptr); if (errmsg) return errmsg; sawrule = true; } } else if (line[0] == '-' || ('0' <= line[0] && line[0] <= '9')) { sscanf(line, "%d %d", &x, &y) ; if (imp.setcell(x, y, 1) < 0) return SETCELLERROR ; } else if (line[0] == '.' || line[0] == '*') { for (p = line; *p; p++) { if (*p == '*') { if (imp.setcell(x, y, 1) < 0) return SETCELLERROR ; } x++ ; } x = leftx ; y++ ; } } while (getline(line, LINESIZE)); return 0; } /* * This routine reads David Bell's dblife format. */ const char *readdblife(lifealgo &imp, char *line) { int n=0, x=0, y=0; char *p; while (getline(line, LINESIZE)) { if (line[0] != '!') { // parse line like "23.O15.3O15.3O15.O4.4O" n = x = 0; for (p=line; *p; p++) { if ('0' <= *p && *p <= '9') { n = n * 10 + *p - '0'; } else { if (n == 0) n = 1; if (*p == '.') { x += n; } else if (*p == 'O') { while (n-- > 0) if (imp.setcell(x++, y, 1) < 0) return SETCELLERROR ; } else { // ignore dblife commands like "5k10h@" } n = 0; } } y++; } } return 0; } // // Read Mirek Wojtowicz's MCell format. // See http://psoup.math.wisc.edu/mcell/ca_files_formats.html for details. // const char *readmcell(lifealgo &imp, char *line) { int x = 0, y = 0; int wd = 0, ht = 0; // bounded if > 0 int wrapped = 0; // plane if 0, torus if 1 char *p; const char *errmsg; bool sawrule = false; // saw explicit rule? bool extendedHL = false; // special-case rule translation for extended HistoricalLife rules bool useltl = false; // using a Larger than Life rule? char ltlrule[MAXRULESIZE]; // the Larger than Life rule (without any suffix) int defwd = 0, defht = 0; // default grid size for Larger than Life int Lcount = 0; // number of #L lines seen while (getline(line, LINESIZE)) { if (line[0] == '#') { if (line[1] == 'L' && line[2] == ' ') { if (!sawrule) { // if no rule given then try Conway's Life; if it fails then // return error so Golly will look for matching algo errmsg = imp.setrule("B3/S23"); if (errmsg) return errmsg; sawrule = true; } Lcount++; if (Lcount == 1 && useltl) { // call setrule again with correct width and height so we don't need // yet another setrule call at the end char rule[MAXRULESIZE]; if (wd == 0 && ht == 0) { // no #BOARD line was seen so use default size saved earlier wd = defwd; ht = defht; } if (wrapped) sprintf(rule, "%s:T%d,%d", ltlrule, wd, ht); else sprintf(rule, "%s:P%d,%d", ltlrule, wd, ht); errmsg = imp.setrule(rule); if (errmsg) return errmsg; } int n = 0; for (p=line+3; *p; p++) { char c = *p; if ('0' <= c && c <= '9') { n = n * 10 + c - '0'; } else if (c > ' ') { if (n == 0) n = 1; if (c == '.') { x += n; } else if (c == '$') { x = -(wd/2); y += n; } else { int state = 0; if ('a' <= c && c <= 'j') { state = 24 * (c - 'a' + 1); p++; c = *p; } if ('A' <= c && c <= 'X') { state = state + c - 'A' + 1; if (extendedHL) { // adjust marked states for LifeHistory if (state == 8) state = 4; else if (state == 3) state = 5; else if (state == 5) state = 3; } } else { return "Illegal multi-char state"; } while (n-- > 0) { if (imp.setcell(x, y, state) < 0) { // instead of returning an error message like "Cell state out of range" // it's nicer to convert the state to 1 (this is what MCell seems to do // for patterns like Bug1.mcl in its LtL collection) imp.setcell(x, y, 1); } x++; } } n = 0; } } // look for Larger than Life } else if (strncmp(line, "#GAME Larger than Life", 22) == 0) { useltl = true; // look for bounded universe } else if (strncmp(line, "#BOARD ", 7) == 0) { sscanf(line + 7, "%dx%d", &wd, &ht); // write pattern in top left corner initially // (pattern will be shifted to middle of grid below) x = -(wd/2); y = -(ht/2); // look for topology } else if (strncmp(line, "#WRAP ", 6) == 0) { sscanf(line + 6, "%d", &wrapped); // we allow lines like "#GOLLY WireWorld" } else if (!sawrule && (strncmp(line, "#GOLLY", 6) == 0 || strncmp(line, "#RULE", 5) == 0) ) { if (strncmp(line, "#RULE 1,0,1,0,0,0,1,0,0,0,0,0,0,2,2,1,1,2,2,2,2,2,0,2,2,2,1,2,2,2,2,2", 69) == 0) { // standard HistoricalLife rule -- all states transfer directly to LifeHistory if (strncmp(line, "#RULE 1,0,1,0,0,0,1,0,0,0,0,0,0,2,2,1,1,2,2,2,2,2,0,2,2,2,1,2,2,2,2,2,", 70) == 0) { // special case: Brice Due's extended HistoricalLife rules have // non-contiguous states (State 8 but no State 4, 6, or 7) // that need translating to work in LifeHistory) extendedHL = true; } errmsg = imp.setrule("LifeHistory"); if (errmsg) return errmsg; sawrule = true; } else if (strncmp(line, "#RULE 1,0,0,0,0,0,1,0,0,0,0,0,0,0,0,1,1", 40) == 0) { errmsg = imp.setrule("B3/S23"); if (errmsg) errmsg = imp.setrule("Life"); if (errmsg) return errmsg; sawrule = true; } else { char *ruleptr = line; // skip "#GOLLY" or "#RULE" ruleptr += line[1] == 'G' ? 6 : 5; while (*ruleptr && *ruleptr <= ' ') ruleptr++; p = ruleptr; while (*p > ' ') p++; *p = 0; errmsg = imp.setrule(ruleptr); if (errmsg) return errmsg; if (useltl) { // save suffix-less rule string for later use when we see first #L line sprintf(ltlrule, "%s", ruleptr); // also save default grid size in case there is no #BOARD line defwd = imp.gridwd; defht = imp.gridht; } sawrule = true; } } } } if (wd > 0 || ht > 0) { if (useltl) { // setrule has already been called above } else { // grid is bounded, so append suitable suffix to rule char rule[MAXRULESIZE]; if (wrapped) sprintf(rule, "%s:T%d,%d", imp.getrule(), wd, ht); else sprintf(rule, "%s:P%d,%d", imp.getrule(), wd, ht); errmsg = imp.setrule(rule); if (errmsg) { // should never happen lifewarning("Bug in readmcell code!"); return errmsg; } } // shift pattern to middle of bounded grid imp.endofpattern(); if (!imp.isEmpty()) { imp.findedges(&top, &left, &bottom, &right); // pattern is currently in top left corner so shift down and right // (note that we add 1 to wd and ht to get same position as MCell) int shiftx = (wd + 1 - (right.toint() - left.toint() + 1)) / 2; int shifty = (ht + 1 - (bottom.toint() - top.toint() + 1)) / 2; if (shiftx > 0 || shifty > 0) { for (y = bottom.toint(); y >= top.toint(); y--) { for (x = right.toint(); x >= left.toint(); x--) { int state = imp.getcell(x, y); if (state > 0) { imp.setcell(x, y, 0); imp.setcell(x+shiftx, y+shifty, state); } } } } } } return 0; } long getfilesize(const char *filename) { long flen = 0; FILE *f = fopen(filename, "r"); if (f != 0) { fseek(f, 0L, SEEK_END); flen = ftell(f); fclose(f); } return flen; } // This function guesses whether `line' is the start of a headerless Life RLE // pattern. It is used to distinguish headerless RLE from plain text patterns. static bool isplainrle(const char *line) { // Find end of line, or terminating '!' character, whichever comes first: const char *end = line; while (*end && *end != '!') ++end; // Verify that '!' (if present) is the final printable character: if (*end == '!') { for (const char *p = end + 1; *p; ++p) { if ((unsigned)*p > ' ') { return false; } } } // Ensure line consists of valid tokens: bool prev_digit = false, have_digit = false; for (const char *p = line; p != end; ++p) { if ((unsigned)*p <= ' ') { if (prev_digit) return false; // space inside token! } else if (*p >= '0' && *p <= '9') { prev_digit = have_digit = true; } else if (*p == 'b' || *p == 'o' || *p == '$') { prev_digit = false; } else { return false; // unsupported printable character encountered! } } if (prev_digit) return false; // end of line inside token! // Everything seems parseable; assume this is RLE if either we saw some // digits, or the pattern ends with a '!', both of which are unlikely to // occur in plain text patterns: return have_digit || *end == '!'; } const char *loadpattern(lifealgo &imp) { char line[LINESIZE + 1] ; const char *errmsg = 0; // set rule to Conway's Life (default if explicit rule isn't supplied, // such as a text pattern like "...ooo$$$ooo") const char *err = imp.setrule("B3/S23") ; if (err) { // try "Life" in case given algo is RuleLoader and a // Life.rule file exists (nicer for loading lexicon patterns) err = imp.setrule("Life"); if (err) { // if given algo doesn't support B3/S23 or Life then the only sensible // choice left is to use the algo's default rule imp.setrule( imp.DefaultRule() ) ; } } if (getedges) lifebeginprogress("Reading from clipboard"); else lifebeginprogress("Reading pattern file"); // skip any blank lines at start to avoid problem when copying pattern // from Internet Explorer while (getline(line, LINESIZE) && line[0] == 0) ; // test for 'i' to cater for #LLAB comment in LifeLab file if (line[0] == '#' && line[1] == 'L' && line[2] == 'i') { errmsg = readpclife(imp, line) ; if (errmsg == 0) { imp.endofpattern() ; if (getedges && !imp.isEmpty()) { imp.findedges(&top, &left, &bottom, &right) ; } } } else if (line[0] == '#' && line[1] == 'P' && line[2] == ' ') { // WinLifeSearch creates clipboard patterns similar to // Life 1.05 format but without the header line errmsg = readpclife(imp, line) ; if (errmsg == 0) { imp.endofpattern() ; if (getedges && !imp.isEmpty()) { imp.findedges(&top, &left, &bottom, &right) ; } } } else if (line[0] == '#' && line[1] == 'M' && line[2] == 'C' && line[3] == 'e' && line[4] == 'l' && line[5] == 'l' ) { errmsg = readmcell(imp, line) ; if (errmsg == 0) { imp.endofpattern() ; if (getedges && !imp.isEmpty()) { imp.findedges(&top, &left, &bottom, &right) ; } } } else if (line[0] == '#' || line[0] == 'x') { errmsg = readrle(imp, line) ; if (errmsg == 0) { imp.endofpattern() ; if (getedges && !imp.isEmpty()) { // readrle has set top,left,bottom,right based on the info given in // the header line and possibly a "#CXRLE Pos=..." line, but in case // that info is incorrect we find the true pattern edges and expand // top/left/bottom/right if necessary to avoid truncating the pattern bigint t, l, b, r ; imp.findedges(&t, &l, &b, &r) ; if (t < top) top = t ; if (l < left) left = l ; if (b > bottom) bottom = b ; if (r > right) right = r ; } } } else if (line[0] == '!') { errmsg = readdblife(imp, line) ; if (errmsg == 0) { imp.endofpattern() ; if (getedges && !imp.isEmpty()) { imp.findedges(&top, &left, &bottom, &right) ; } } } else if (line[0] == '[') { errmsg = imp.readmacrocell(line) ; if (errmsg == 0) { imp.endofpattern() ; if (getedges && !imp.isEmpty()) { imp.findedges(&top, &left, &bottom, &right) ; } } } else if (isplainrle(line)) { errmsg = readrle(imp, line) ; if (errmsg == 0) { imp.endofpattern() ; if (getedges && !imp.isEmpty()) { imp.findedges(&top, &left, &bottom, &right) ; } } } else { // read a text pattern like "...ooo$$$ooo" errmsg = readtextpattern(imp, line) ; if (errmsg == 0) { imp.endofpattern() ; // if getedges is true then readtextpattern has set top,left,bottom,right } } lifeendprogress(); return errmsg ; } const char *build_err_str(const char *filename) { static char file_err_str[2048]; sprintf(file_err_str, "Can't open pattern file:\n%s", filename); return file_err_str; } const char *readpattern(const char *filename, lifealgo &imp) { filesize = getfilesize(filename); #ifdef ZLIB zinstream = gzopen(filename, "rb") ; // rb needed on Windows if (zinstream == 0) return build_err_str(filename) ; #else pattfile = fopen(filename, "r") ; if (pattfile == 0) return build_err_str(filename) ; #endif buffpos = BUFFSIZE; // for 1st getchar call prevchar = 0; // for 1st getline call const char *errmsg = loadpattern(imp) ; #ifdef ZLIB gzclose(zinstream) ; #else fclose(pattfile) ; #endif return errmsg ; } const char *readclipboard(const char *filename, lifealgo &imp, bigint *t, bigint *l, bigint *b, bigint *r) { filesize = getfilesize(filename); #ifdef ZLIB zinstream = gzopen(filename, "rb") ; // rb needed on Windows if (zinstream == 0) return "Can't open clipboard file!" ; #else pattfile = fopen(filename, "r") ; if (pattfile == 0) return "Can't open clipboard file!" ; #endif buffpos = BUFFSIZE; // for 1st getchar call prevchar = 0; // for 1st getline call top = 0; left = 0; bottom = 0; right = 0; getedges = true; const char *errmsg = loadpattern(imp); getedges = false; *t = top; *l = left; *b = bottom; *r = right; // make sure we return a valid rect if (bottom < top) *b = top; if (right < left) *r = left; #ifdef ZLIB gzclose(zinstream) ; #else fclose(pattfile) ; #endif return errmsg ; } const char *readcomments(const char *filename, char **commptr) { // allocate a 128K buffer for storing comment data (big enough // for the comments in Dean Hickerson's stamp collection) const int maxcommlen = 128 * 1024; *commptr = (char *)malloc(maxcommlen); if (*commptr == NULL) { return "Not enough memory for comments!"; } char *cptr = *commptr; cptr[0] = 0; // safer to init to empty string filesize = getfilesize(filename); #ifdef ZLIB zinstream = gzopen(filename, "rb") ; // rb needed on Windows if (zinstream == 0) return build_err_str(filename) ; #else pattfile = fopen(filename, "r") ; if (pattfile == 0) return build_err_str(filename) ; #endif char line[LINESIZE + 1] ; buffpos = BUFFSIZE; // for 1st getchar call prevchar = 0; // for 1st getline call int commlen = 0; // loading comments is likely to be quite fast so no real need to // display the progress dialog, but getchar calls lifeabortprogress // so safer just to assume the progress dialog might appear lifebeginprogress("Loading comments"); // skip any blank lines at start to avoid problem when copying pattern // from Internet Explorer while (getline(line, LINESIZE) && line[0] == 0) ; // test for 'i' to cater for #LLAB comment in LifeLab file if (line[0] == '#' && line[1] == 'L' && line[2] == 'i') { // extract comment lines from Life 1.05/1.06 file int linecount = 0; while (linecount < 10000) { linecount++; if (line[0] == '#' && !(line[1] == 'P' && line[2] == ' ') && !(line[1] == 'N' && line[2] == 0)) { int linelen = (int)strlen(line); if (commlen + linelen + 1 > maxcommlen) break; strncpy(cptr + commlen, line, linelen); commlen += linelen; cptr[commlen] = '\n'; // getline strips off eol char(s) commlen++; } if (getline(line, LINESIZE) == NULL) break; } } else if (line[0] == '#' && line[1] == 'M' && line[2] == 'C' && line[3] == 'e' && line[4] == 'l' && line[5] == 'l' ) { // extract "#D ..." lines from MCell file while (getline(line, LINESIZE)) { if (line[0] != '#') break; if (line[1] == 'L' && line[2] == ' ') break; if (line[1] == 'D' && (line[2] == ' ' || line[2] == 0)) { int linelen = (int)strlen(line); if (commlen + linelen + 1 > maxcommlen) break; strncpy(cptr + commlen, line, linelen); commlen += linelen; cptr[commlen] = '\n'; // getline strips off eol char(s) commlen++; } } } else if (line[0] == '#' || line[0] == 'x') { // extract comment lines from RLE file while (line[0] == '#') { int linelen = (int)strlen(line); if (commlen + linelen + 1 > maxcommlen) break; strncpy(cptr + commlen, line, linelen); commlen += linelen; cptr[commlen] = '\n'; // getline strips off eol char(s) commlen++; if (getline(line, LINESIZE) == NULL) break; } // also look for any lines after "!" but only if file is < 1MB // (ZLIB doesn't seem to provide a fast way to go to eof) if (filesize < 1024*1024) { bool foundexcl = false; while (getline(line, LINESIZE)) { if (strrchr(line, '!')) { foundexcl = true; break; } } if (foundexcl) { while (getline(line, LINESIZE)) { int linelen = (int)strlen(line); if (commlen + linelen + 1 > maxcommlen) break; strncpy(cptr + commlen, line, linelen); commlen += linelen; cptr[commlen] = '\n'; // getline strips off eol char(s) commlen++; } } } } else if (line[0] == '!') { // extract "!..." lines from dblife file while (line[0] == '!') { int linelen = (int)strlen(line); if (commlen + linelen + 1 > maxcommlen) break; strncpy(cptr + commlen, line, linelen); commlen += linelen; cptr[commlen] = '\n'; // getline strips off eol char(s) commlen++; if (getline(line, LINESIZE) == NULL) break; } } else if (line[0] == '[') { // extract "#C..." lines from macrocell file while (getline(line, LINESIZE)) { if (line[0] != '#') break; if (line[1] == 'C') { int linelen = (int)strlen(line); if (commlen + linelen + 1 > maxcommlen) break; strncpy(cptr + commlen, line, linelen); commlen += linelen; cptr[commlen] = '\n'; // getline strips off eol char(s) commlen++; } } } else { // no comments in text pattern file } lifeendprogress(); if (commlen == maxcommlen) commlen--; cptr[commlen] = 0; #ifdef ZLIB gzclose(zinstream) ; #else fclose(pattfile) ; #endif return 0 ; } golly-3.3-src/gollybase/readpattern.h0000644000175000017500000000163513145740437014673 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef READPATTERN_H #define READPATTERN_H #include "bigint.h" class lifealgo ; /* * Read pattern file into given life algorithm implementation. */ const char *readpattern(const char *filename, lifealgo &imp) ; /* * Get next line from current pattern file. */ char *getline(char *line, int maxlinelen) ; /* * Similar to readpattern but we return the pattern edges * (not necessarily the minimal bounding box; eg. if an * RLE pattern is empty or has empty borders). */ const char *readclipboard(const char *filename, lifealgo &imp, bigint *t, bigint *l, bigint *b, bigint *r) ; /* * Extract comments from pattern file and store in given buffer. * It is the caller's job to free commptr when done (if not NULL). */ const char *readcomments(const char *filename, char **commptr) ; #endif golly-3.3-src/gollybase/ruleloaderalgo.cpp0000644000175000017500000001663113145740437015720 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "ruleloaderalgo.h" #include "util.h" // for lifegetuserrules, lifegetrulesdir, lifefatal #include // for strcmp, strchr #include // for std::string const char* noTABLEorTREE = "No @TABLE or @TREE section found in .rule file."; int ruleloaderalgo::NumCellStates() { if (rule_type == TABLE) return LocalRuleTable->NumCellStates(); else // rule_type == TREE return LocalRuleTree->NumCellStates(); } static FILE* OpenRuleFile(std::string& rulename, const char* dir) { // try to open rulename.rule in given dir std::string path = dir; int istart = (int)path.size(); path += rulename + ".rule"; // change "dangerous" characters to underscores for (unsigned int i=istart; iNumCellStates(); grid_type = LocalRuleTable->getgridtype(); gridwd = LocalRuleTable->gridwd; gridht = LocalRuleTable->gridht; gridleft = LocalRuleTable->gridleft; gridright = LocalRuleTable->gridright; gridtop = LocalRuleTable->gridtop; gridbottom = LocalRuleTable->gridbottom; boundedplane = LocalRuleTable->boundedplane; sphere = LocalRuleTable->sphere; htwist = LocalRuleTable->htwist; vtwist = LocalRuleTable->vtwist; hshift = LocalRuleTable->hshift; vshift = LocalRuleTable->vshift; } else { // rule_type == TREE maxCellStates = LocalRuleTree->NumCellStates(); grid_type = LocalRuleTree->getgridtype(); gridwd = LocalRuleTree->gridwd; gridht = LocalRuleTree->gridht; gridleft = LocalRuleTree->gridleft; gridright = LocalRuleTree->gridright; gridtop = LocalRuleTree->gridtop; gridbottom = LocalRuleTree->gridbottom; boundedplane = LocalRuleTree->boundedplane; sphere = LocalRuleTree->sphere; htwist = LocalRuleTree->htwist; vtwist = LocalRuleTree->vtwist; hshift = LocalRuleTree->hshift; vshift = LocalRuleTree->vshift; } // need to clear cache ghashbase::setrule("not used"); } const char* ruleloaderalgo::LoadTableOrTree(FILE* rulefile, const char* rule) { const char *err; const int MAX_LINE_LEN = 4096; char line_buffer[MAX_LINE_LEN+1]; int lineno = 0; linereader lr(rulefile); // find line starting with @TABLE or @TREE while (lr.fgets(line_buffer,MAX_LINE_LEN) != 0) { lineno++; if (strcmp(line_buffer, "@TABLE") == 0) { err = LocalRuleTable->LoadTable(rulefile, lineno, '@', rule); // err is the result of setrule(rule) if (err == NULL) { SetAlgoVariables(TABLE); } // LoadTable has closed rulefile so don't do lr.close() return err; } if (strcmp(line_buffer, "@TREE") == 0) { err = LocalRuleTree->LoadTree(rulefile, lineno, '@', rule); // err is the result of setrule(rule) if (err == NULL) { SetAlgoVariables(TREE); } // LoadTree has closed rulefile so don't do lr.close() return err; } } lr.close(); return noTABLEorTREE; } const char* ruleloaderalgo::setrule(const char* s) { const char *err; const char *colonptr = strchr(s,':'); std::string rulename(s); if (colonptr) rulename.assign(s,colonptr); // first check if rulename is the default rule for RuleTable or RuleTree // in which case there is no need to look for a .rule/table/tree file if (LocalRuleTable->IsDefaultRule(rulename.c_str())) { err = LocalRuleTable->setrule(s); if (err) return err; SetAlgoVariables(TABLE); return NULL; } if (LocalRuleTree->IsDefaultRule(rulename.c_str())) { err = LocalRuleTree->setrule(s); if (err) return err; SetAlgoVariables(TREE); return NULL; } // look for .rule file in user's rules dir then in Golly's rules dir bool inuser = true; FILE* rulefile = OpenRuleFile(rulename, lifegetuserrules()); if (!rulefile) { inuser = false; rulefile = OpenRuleFile(rulename, lifegetrulesdir()); } if (rulefile) { err = LoadTableOrTree(rulefile, s); if (inuser && err && (strcmp(err, noTABLEorTREE) == 0)) { // if .rule file was found in user's rules dir but had no // @TABLE or @TREE section then we look in Golly's rules dir // (this lets user override the colors/icons in a supplied .rule // file without having to copy the entire file) rulefile = OpenRuleFile(rulename, lifegetrulesdir()); if (rulefile) err = LoadTableOrTree(rulefile, s); } return err; } // no .rule file so try to load .table file err = LocalRuleTable->setrule(s); if (err == NULL) { SetAlgoVariables(TABLE); return NULL; } // no .table file so try to load .tree file err = LocalRuleTree->setrule(s); if (err == NULL) { SetAlgoVariables(TREE); return NULL; } // make sure we show given rule string in final error msg (probably "File not found") static std::string badrule; badrule = err; badrule += "\nGiven rule: "; badrule += s; return badrule.c_str(); } const char* ruleloaderalgo::getrule() { if (rule_type == TABLE) return LocalRuleTable->getrule(); else // rule_type == TREE return LocalRuleTree->getrule(); } const char* ruleloaderalgo::DefaultRule() { // use RuleTree's default rule (B3/S23) return LocalRuleTree->DefaultRule(); } ruleloaderalgo::ruleloaderalgo() { LocalRuleTable = new ruletable_algo(); LocalRuleTree = new ruletreealgo(); // initialize rule_type LocalRuleTree->setrule( LocalRuleTree->DefaultRule() ); SetAlgoVariables(TREE); } ruleloaderalgo::~ruleloaderalgo() { delete LocalRuleTable; delete LocalRuleTree; } state ruleloaderalgo::slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) { if (rule_type == TABLE) return LocalRuleTable->slowcalc(nw, n, ne, w, c, e, sw, s, se); else // rule_type == TREE return LocalRuleTree->slowcalc(nw, n, ne, w, c, e, sw, s, se); } static lifealgo* creator() { return new ruleloaderalgo(); } void ruleloaderalgo::doInitializeAlgoInfo(staticAlgoInfo &ai) { ghashbase::doInitializeAlgoInfo(ai); ai.setAlgorithmName("RuleLoader"); ai.setAlgorithmCreator(&creator); ai.minstates = 2; ai.maxstates = 256; // init default color scheme ai.defgradient = true; // use gradient ai.defr1 = 255; // start color = red ai.defg1 = 0; ai.defb1 = 0; ai.defr2 = 255; // end color = yellow ai.defg2 = 255; ai.defb2 = 0; // if not using gradient then set all states to white for (int i=0; i<256; i++) { ai.defr[i] = ai.defg[i] = ai.defb[i] = 255; } } golly-3.3-src/gollybase/jvnalgo.cpp0000644000175000017500000021014513145740437014353 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "jvnalgo.h" // for case-insensitive string comparison #include #ifndef WIN32 #define stricmp strcasecmp #endif #include using namespace std ; // this algorithm supports three rules: const char* RULE_STRINGS[] = { "JvN29", "Nobili32", "Hutton32" }; const int N_STATES[] = { 29, 32, 32 }; int jvnalgo::NumCellStates() { return N_STATES[current_rule]; } const char* jvnalgo::setrule(const char *s) { const char* colonptr = strchr(s,':'); string rule_name(s); if(colonptr) rule_name.assign(s,colonptr); // check the requested string against the named rules, and deprecated versions if (stricmp(rule_name.c_str(), RULE_STRINGS[JvN29]) == 0 || stricmp(rule_name.c_str(), "JvN-29") == 0) current_rule = JvN29; else if (stricmp(rule_name.c_str(), RULE_STRINGS[Nobili32]) == 0 || stricmp(rule_name.c_str(), "JvN-32") == 0) current_rule = Nobili32; else if (stricmp(rule_name.c_str(), RULE_STRINGS[Hutton32]) == 0 || stricmp(rule_name.c_str(), "modJvN-32") == 0) current_rule = Hutton32; else { return "This algorithm only supports these rules:\nJvN29, Nobili32, Hutton32."; } // check for rule suffix like ":T200,100" to specify a bounded universe if (colonptr) { const char* err = setgridsize(colonptr); if (err) return err; } else { // universe is unbounded gridwd = 0; gridht = 0; } maxCellStates = N_STATES[current_rule]; ghashbase::setrule(RULE_STRINGS[current_rule]); return NULL; } const char* jvnalgo::getrule() { // return canonical rule string static char canonrule[MAXRULESIZE]; sprintf(canonrule, "%s", RULE_STRINGS[current_rule]); if (gridwd > 0 || gridht > 0) { // setgridsize() was successfully called above, so append suffix int len = (int)strlen(canonrule); const char* bounds = canonicalsuffix(); int i = 0; while (bounds[i]) canonrule[len++] = bounds[i++]; canonrule[len] = 0; } return canonrule; } const char* jvnalgo::DefaultRule() { return RULE_STRINGS[JvN29]; } const int NORTH = 1 ; const int SOUTH = 3 ; const int EAST = 0 ; const int WEST = 2 ; const int FLIPDIR = 2 ; const int DIRMASK = 3 ; const int CONF = 0x10 ; const int OTRANS = 0x20 ; const int STRANS = 0x40 ; const int TEXC = 0x80 ; const int CDEXC = 0x80 ; const int CROSSEXC = 6 ; const int CEXC = 1 ; const int BIT_ONEXC = 1 ; const int BIT_OEXC_EW = 2 ; const int BIT_OEXC_NS = 4 ; const int BIT_OEXC = BIT_OEXC_NS | BIT_OEXC_EW ; const int BIT_SEXC = 8 ; const int BIT_CEXC = 16 ; const int BIT_NS_IN = 32 ; const int BIT_EW_IN = 64 ; const int BIT_NS_OUT = 128 ; const int BIT_EW_OUT = 256 ; const int BIT_CROSS = (BIT_NS_IN | BIT_EW_IN | BIT_NS_OUT | BIT_EW_OUT) ; const int BIT_ANY_OUT = (BIT_NS_OUT | BIT_EW_OUT) ; const int BIT_OEXC_OTHER = 512 ; const int BIT_SEXC_OTHER = 1024 ; static state compress[256] ; /** * These are the legal *internal* states. */ static state uncompress[] = { 0, /* dead */ 1, 2, 3, 4, 5, 6, 7, 8, /* construction states */ 32, 33, 34, 35, /* ordinary */ 160, 161, 162, 163, /* ordinary active */ 64, 65, 66, 67, /* special */ 192, 193, 194, 195, /* special active */ 16, 144, /* confluent states */ 17, 145, /* more confluent states */ 146, 148, 150 /* crossing confluent states */ } ; /** * The behavior of the confluent states under the extended * rules was verified empirically by the wjvn executable, * because I could not interpret the paper sufficiently to * cover some cases I thought were ambiguous, or where the * simulator seemed to contradict the transition rules in the * paper. -tgr */ static int bits(state mcode, state code, state dir) { if ((code & (TEXC | OTRANS | STRANS | CONF | CEXC)) == 0) return 0 ; if (code & CONF) { if ((mcode & (OTRANS | STRANS)) && ((mcode & DIRMASK) ^ FLIPDIR) == dir) return 0 ; if ((code & 2) && !(dir & 1)) return BIT_CEXC ; if ((code & 4) && (dir & 1)) return BIT_CEXC ; if (code & 1) return BIT_CEXC ; return 0 ; } if ((code & (OTRANS | STRANS)) == 0) return 0 ; int r = 0 ; if ((code & DIRMASK) == dir) { if (code & OTRANS) { if (dir & 1) { r |= BIT_NS_IN ; if (code & TEXC) r |= BIT_OEXC_NS ; else r |= BIT_ONEXC ; } else { r |= BIT_EW_IN ; if (code & TEXC) r |= BIT_OEXC_EW ; else r |= BIT_ONEXC ; } } else if ((code & (STRANS | TEXC)) == (STRANS | TEXC)) r |= BIT_SEXC ; if ((mcode & (OTRANS | STRANS)) && (dir ^ (mcode & DIRMASK)) == 2) { // don't permit these bits to propogate; head to head } else { if (r & BIT_OEXC) r |= BIT_OEXC_OTHER ; if (r & BIT_SEXC) r |= BIT_SEXC_OTHER ; } } else { if (dir & 1) r |= BIT_NS_OUT ; else r |= BIT_EW_OUT ; } return r ; } static state cres[] = {0x22, 0x23, 0x40, 0x41, 0x42, 0x43, 0x10, 0x20, 0x21} ; jvnalgo::jvnalgo() { for (int i=0; i<256; i++) compress[i] = 255 ; for (unsigned int i=0; i 8) c = cres[c-9] ; } else if (c & CONF) { if (mbits & BIT_SEXC) c = 0 ; else if (current_rule == Nobili32 && (mbits & BIT_CROSS) == BIT_CROSS) { if (mbits & BIT_OEXC) c = (state)((mbits & BIT_OEXC) + CONF + 0x80) ; else c = CONF ; } else { if (c & CROSSEXC) {// was a cross, is no more c = (c & ~(CROSSEXC | CDEXC)) ; } if ((mbits & BIT_OEXC) && !(mbits & BIT_ONEXC)) c = ((c & CDEXC) >> 7) + (CDEXC | CONF) ; else if ((mbits & BIT_ANY_OUT) || current_rule == JvN29) c = ((c & CDEXC) >> 7) + CONF ; else /* no change */ ; } } else { if (((c & OTRANS) && (mbits & BIT_SEXC)) || ((c & STRANS) && (mbits & BIT_OEXC))) c = 0 ; else if (mbits & (BIT_SEXC_OTHER | BIT_OEXC_OTHER | BIT_CEXC)) c |= 128 ; else c &= 127 ; } return compress[c] ; } else // Hutton32 return slowcalc_Hutton32(c,n,s,e,w); } // XPM data for the 31 7x7 icons used in JvN algo static const char* jvn7x7[] = { // width height ncolors chars_per_pixel "7 217 4 1", // colors ". c #000000", // black will be transparent "D c #404040", "E c #E0E0E0", "W c #FFFFFF", // white // pixels ".DEWED.", "DWWWWWD", "EWWWWWE", "WWWWWWW", "EWWWWWE", "DWWWWWD", ".DEWED.", "..WWW..", ".WWWWW.", "WWWWWWW", ".......", "WWW.WWW", ".WW.WW.", "..W.W..", "..W.W..", ".WW.WW.", "WWW.WWW", ".......", "WWWWWWW", ".WWWWW.", "..WWW..", "..W.W..", ".WW.WW.", "WWW.WWW", ".......", "WWW.WWW", "WWW.WWW", "WWW.WWW", "..W.WWW", ".WW.WWW", "WWW.WWW", ".......", "WWW.WWW", "WWW.WW.", "WWW.W..", "WWW.W..", "WWW.WW.", "WWW.WWW", ".......", "WWW.WWW", ".WW.WWW", "..W.WWW", "WWW.WWW", "WWW.WWW", "WWW.WWW", ".......", "WWW.WWW", ".WW.WW.", "..W.W..", "..W.W..", ".WW.WW.", "WWW.WWW", ".......", "WWW.WWW", ".WW.WW.", "..W.W..", ".......", "....W..", "....WW.", "WWWWWWW", "....WW.", "....W..", ".......", "...W...", "..WWW..", ".WWWWW.", "...W...", "...W...", "...W...", "...W...", ".......", "..W....", ".WW....", "WWWWWWW", ".WW....", "..W....", ".......", "...W...", "...W...", "...W...", "...W...", ".WWWWW.", "..WWW..", "...W...", ".......", "....W..", "....WW.", "WWWWWWW", "....WW.", "....W..", ".......", "...W...", "..WWW..", ".WWWWW.", "...W...", "...W...", "...W...", "...W...", ".......", "..W....", ".WW....", "WWWWWWW", ".WW....", "..W....", ".......", "...W...", "...W...", "...W...", "...W...", ".WWWWW.", "..WWW..", "...W...", ".......", "....W..", "....WW.", "WWWWWWW", "....WW.", "....W..", ".......", "...W...", "..WWW..", ".WWWWW.", "...W...", "...W...", "...W...", "...W...", ".......", "..W....", ".WW....", "WWWWWWW", ".WW....", "..W....", ".......", "...W...", "...W...", "...W...", "...W...", ".WWWWW.", "..WWW..", "...W...", ".......", "....W..", "....WW.", "WWWWWWW", "....WW.", "....W..", ".......", "...W...", "..WWW..", ".WWWWW.", "...W...", "...W...", "...W...", "...W...", ".......", "..W....", ".WW....", "WWWWWWW", ".WW....", "..W....", ".......", "...W...", "...W...", "...W...", "...W...", ".WWWWW.", "..WWW..", "...W...", "...W...", "..WWW..", ".WW.WW.", "WW...WW", ".WW.WW.", "..WWW..", "...W...", "...W...", "..WWW..", ".WW.WW.", "WW...WW", ".WW.WW.", "..WWW..", "...W...", "...W...", "..WWW..", ".WWWWW.", "WWW.WWW", ".WWWWW.", "..WWW..", "...W...", "...W...", "..WWW..", ".WWWWW.", "WWWWWWW", ".WWWWW.", "..WWW..", "...W...", "...W...", "..W.W..", ".WW.WW.", "WWW.WWW", ".WW.WW.", "..W.W..", "...W...", "...W...", "..WWW..", ".WWWWW.", "W.....W", ".WWWWW.", "..WWW..", "...W...", "...W...", "..WWW..", ".W.W.W.", "WWW.WWW", ".W.W.W.", "..WWW..", "...W..."}; // XPM data for the 31 15x15 icons used in JvN algo static const char* jvn15x15[] = { // width height ncolors chars_per_pixel "15 465 5 1", // colors ". c #000000", // black will be transparent "D c #404040", "C c #808080", "B c #C0C0C0", "W c #FFFFFF", // white // pixels "...............", "....DBWWWBD....", "...BWWWWWWWB...", "..BWWWWWWWWWB..", ".DWWWWWWWWWWWD.", ".BWWWWWWWWWWWB.", ".WWWWWWWWWWWWW.", ".WWWWWWWWWWWWW.", ".WWWWWWWWWWWWW.", ".BWWWWWWWWWWWB.", ".DWWWWWWWWWWWD.", "..BWWWWWWWWWB..", "...BWWWWWWWB...", "....DBWWWBD....", "...............", "...............", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..WWWWWWWWWWW..", ".WWWWWWWWWWWWW.", "...............", ".WWWWWW.WWWWWW.", "..WWWWW.WWWWW..", "...WWWW.WWWW...", "....WWW.WWW....", ".....WW.WW.....", "......W.W......", "...............", "...............", "......W.W......", ".....WW.WW.....", "....WWW.WWW....", "...WWWW.WWWW...", "..WWWWW.WWWWW..", ".WWWWWW.WWWWWW.", "...............", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWW..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", "...............", "...............", "......W.W......", ".....WW.WW.....", "....WWW.WWW....", "...WWWW.WWWW...", "..WWWWW.WWWWW..", ".WWWWWW.WWWWWW.", "...............", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", "...............", "...............", "......W.WWWWWW.", ".....WW.WWWWWW.", "....WWW.WWWWWW.", "...WWWW.WWWWWW.", "..WWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", "...............", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWW..", ".WWWWWW.WWWW...", ".WWWWWW.WWW....", ".WWWWWW.WW.....", ".WWWWWW.W......", "...............", "...............", ".WWWWWW.W......", ".WWWWWW.WW.....", ".WWWWWW.WWW....", ".WWWWWW.WWWW...", ".WWWWWW.WWWWW..", ".WWWWWW.WWWWWW.", "...............", ".WWWWWW.WWWWWW.", "..WWWWW.WWWWWW.", "...WWWW.WWWWWW.", "....WWW.WWWWWW.", ".....WW.WWWWWW.", "......W.WWWWWW.", "...............", "...............", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", ".WWWWWW.WWWWWW.", "...............", ".WWWWWW.WWWWWW.", "..WWWWW.WWWWW..", "...WWWW.WWWW...", "....WWW.WWW....", ".....WW.WW.....", "......W.W......", "...............", "...............", "......W.W......", ".....WW.WW.....", "....WWW.WWW....", "...WWWW.WWWW...", "..WWWWW.WWWWW..", ".WWWWWW.WWWWWW.", "...............", ".WWWWWW.WWWWWW.", "..WWWWW.WWWWW..", "...WWWW.WWWW...", "....WWW.WWW....", ".....WW.WW.....", "......W.W......", "...............", "...............", ".......W.......", ".......WW......", ".......WWW.....", ".......WWWW....", ".......WWWWW...", ".WWWWWWWWWWWW..", ".WWWWWWWWWWWWW.", ".WWWWWWWWWWWW..", ".......WWWWW...", ".......WWWW....", ".......WWW.....", ".......WW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..WWWWWWWWWWW..", ".WWWWWWWWWWWWW.", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "...............", "...............", ".......W.......", "......WW.......", ".....WWW.......", "....WWWW.......", "...WWWWW.......", "..WWWWWWWWWWWW.", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWWW.", "...WWWWW.......", "....WWWW.......", ".....WWW.......", "......WW.......", ".......W.......", "...............", "...............", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWW..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", ".......WW......", ".......WWW.....", ".......WWWW....", ".......WWWWW...", ".WWWWWWWWWWWW..", ".WWWWWWWWWWWWW.", ".WWWWWWWWWWWW..", ".......WWWWW...", ".......WWWW....", ".......WWW.....", ".......WW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..WWWWWWWWWWW..", ".WWWWWWWWWWWWW.", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "...............", "...............", ".......W.......", "......WW.......", ".....WWW.......", "....WWWW.......", "...WWWWW.......", "..WWWWWWWWWWWW.", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWWW.", "...WWWWW.......", "....WWWW.......", ".....WWW.......", "......WW.......", ".......W.......", "...............", "...............", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWW..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", ".......WW......", ".......WWW.....", ".......WWWW....", ".......WWWWW...", ".WWWWWWWWWWWW..", ".WWWWWWWWWWWWW.", ".WWWWWWWWWWWW..", ".......WWWWW...", ".......WWWW....", ".......WWW.....", ".......WW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..WWWWWWWWWWW..", ".WWWWWWWWWWWWW.", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "...............", "...............", ".......W.......", "......WW.......", ".....WWW.......", "....WWWW.......", "...WWWWW.......", "..WWWWWWWWWWWW.", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWWW.", "...WWWWW.......", "....WWWW.......", ".....WWW.......", "......WW.......", ".......W.......", "...............", "...............", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWW..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", ".......WW......", ".......WWW.....", ".......WWWW....", ".......WWWWW...", ".WWWWWWWWWWWW..", ".WWWWWWWWWWWWW.", ".WWWWWWWWWWWW..", ".......WWWWW...", ".......WWWW....", ".......WWW.....", ".......WW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..WWWWWWWWWWW..", ".WWWWWWWWWWWWW.", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "...............", "...............", ".......W.......", "......WW.......", ".....WWW.......", "....WWWW.......", "...WWWWW.......", "..WWWWWWWWWWWW.", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWWW.", "...WWWWW.......", "....WWWW.......", ".....WWW.......", "......WW.......", ".......W.......", "...............", "...............", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", "......WWW......", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWW..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWW.WWWW...", "..WWWW...WWWW..", ".WWWW.....WWWW.", "..WWWW...WWWW..", "...WWWW.WWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWW.WWWW...", "..WWWW...WWWW..", ".WWWW.....WWWW.", "..WWWW...WWWW..", "...WWWW.WWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..WWWW...WWWW..", ".WWWWW...WWWWW.", "..WWWW...WWWW..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..WWWWWWWWWWW..", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWW..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....W...W.....", "....WW...WW....", "...WWW...WWW...", "..WWWW...WWWW..", ".WWWWW...WWWWW.", "..WWWW...WWWW..", "...WWW...WWW...", "....WW...WW....", ".....W...W.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..W.........W..", ".WW.........WW.", "..W.........W..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "...............", "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....W.WWW.W....", "...W...W...W...", "..WWW.....WWW..", ".WWWWW...WWWWW.", "..WWW.....WWW..", "...W...W...W...", "....W.WWW.W....", ".....WWWWW.....", "......WWW......", ".......W.......", "..............."}; // XPM data for the 31 31x31 icons used in JvN algo static const char* jvn31x31[] = { // width height ncolors chars_per_pixel "31 961 5 1", // colors ". c #000000", // black will be transparent "D c #404040", "C c #808080", "B c #C0C0C0", "W c #FFFFFF", // white // pixels "...............................", "...............................", "..........DCBWWWWWBCD..........", ".........CWWWWWWWWWWWC.........", ".......DWWWWWWWWWWWWWWWD.......", "......BWWWWWWWWWWWWWWWWWB......", ".....BWWWWWWWWWWWWWWWWWWWB.....", "....DWWWWWWWWWWWWWWWWWWWWWD....", "....WWWWWWWWWWWWWWWWWWWWWWW....", "...CWWWWWWWWWWWWWWWWWWWWWWWC...", "..DWWWWWWWWWWWWWWWWWWWWWWWWWD..", "..CWWWWWWWWWWWWWWWWWWWWWWWWWC..", "..BWWWWWWWWWWWWWWWWWWWWWWWWWB..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..BWWWWWWWWWWWWWWWWWWWWWWWWWB..", "..CWWWWWWWWWWWWWWWWWWWWWWWWWC..", "..DWWWWWWWWWWWWWWWWWWWWWWWWWD..", "...CWWWWWWWWWWWWWWWWWWWWWWWC...", "....WWWWWWWWWWWWWWWWWWWWWWW....", "....DWWWWWWWWWWWWWWWWWWWWWD....", ".....BWWWWWWWWWWWWWWWWWWWB.....", "......BWWWWWWWWWWWWWWWWWB......", ".......DWWWWWWWWWWWWWWWD.......", ".........CWWWWWWWWWWWC.........", "..........DCBWWWWWBCD..........", "...............................", "...............................", "...............................", "...............W...............", "..............WWW..............", ".............WWWWW.............", "............WWWWWWW............", "...........WWWWWWWWW...........", "..........WWWWWWWWWWW..........", ".........WWWWWWWWWWWWW.........", "........WWWWWWWWWWWWWWW........", ".......WWWWWWWWWWWWWWWWW.......", "......WWWWWWWWWWWWWWWWWWW......", ".....WWWWWWWWWWWWWWWWWWWWW.....", "....WWWWWWWWWWWWWWWWWWWWWWW....", "...WWWWWWWWWWWWWWWWWWWWWWWWW...", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "...............................", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "...WWWWWWWWWWWW.WWWWWWWWWWWW...", "....WWWWWWWWWWW.WWWWWWWWWWW....", ".....WWWWWWWWWW.WWWWWWWWWW.....", "......WWWWWWWWW.WWWWWWWWW......", ".......WWWWWWWW.WWWWWWWW.......", "........WWWWWWW.WWWWWWW........", ".........WWWWWW.WWWWWW.........", "..........WWWWW.WWWWW..........", "...........WWWW.WWWW...........", "............WWW.WWW............", ".............WW.WW.............", "..............W.W..............", "...............................", "...............................", "...............................", "...............................", "..............W.W..............", ".............WW.WW.............", "............WWW.WWW............", "...........WWWW.WWWW...........", "..........WWWWW.WWWWW..........", ".........WWWWWW.WWWWWW.........", "........WWWWWWW.WWWWWWW........", ".......WWWWWWWW.WWWWWWWW.......", "......WWWWWWWWW.WWWWWWWWW......", ".....WWWWWWWWWW.WWWWWWWWWW.....", "....WWWWWWWWWWW.WWWWWWWWWWW....", "...WWWWWWWWWWWW.WWWWWWWWWWWW...", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "...............................", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "...WWWWWWWWWWWWWWWWWWWWWWWWW...", "....WWWWWWWWWWWWWWWWWWWWWWW....", ".....WWWWWWWWWWWWWWWWWWWWW.....", "......WWWWWWWWWWWWWWWWWWW......", ".......WWWWWWWWWWWWWWWWW.......", "........WWWWWWWWWWWWWWW........", ".........WWWWWWWWWWWWW.........", "..........WWWWWWWWWWW..........", "...........WWWWWWWWW...........", "............WWWWWWW............", ".............WWWWW.............", "..............WWW..............", "...............W...............", "...............................", "...............................", "...............................", "..............W.W..............", ".............WW.WW.............", "............WWW.WWW............", "...........WWWW.WWWW...........", "..........WWWWW.WWWWW..........", ".........WWWWWW.WWWWWW.........", "........WWWWWWW.WWWWWWW........", ".......WWWWWWWW.WWWWWWWW.......", "......WWWWWWWWW.WWWWWWWWW......", ".....WWWWWWWWWW.WWWWWWWWWW.....", "....WWWWWWWWWWW.WWWWWWWWWWW....", "...WWWWWWWWWWWW.WWWWWWWWWWWW...", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "...............................", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "...............................", "...............................", "...............................", "...............................", "..............W.WWWWWWWWWWWWW..", ".............WW.WWWWWWWWWWWWW..", "............WWW.WWWWWWWWWWWWW..", "...........WWWW.WWWWWWWWWWWWW..", "..........WWWWW.WWWWWWWWWWWWW..", ".........WWWWWW.WWWWWWWWWWWWW..", "........WWWWWWW.WWWWWWWWWWWWW..", ".......WWWWWWWW.WWWWWWWWWWWWW..", "......WWWWWWWWW.WWWWWWWWWWWWW..", ".....WWWWWWWWWW.WWWWWWWWWWWWW..", "....WWWWWWWWWWW.WWWWWWWWWWWWW..", "...WWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "...............................", "..WWWWWWWWWWWWW.WWWWWWWWWWWWW..", "..WWWWWWWWWWWWW.WWWWWWWWWWWW...", "..WWWWWWWWWWWWW.WWWWWWWWWWW....", "..WWWWWWWWWWWWW.WWWWWWWWWW.....", "..WWWWWWWWWWWWW.WWWWWWWWW......", "..WWWWWWWWWWWWW.WWWWWWWW.......", "..WWWWWWWWWWWWW.WWWWWWW........", "..WWWWWWWWWWWWW.WWWWWW.........", "..WWWWWWWWWWWWW.WWWWW..........", "..WWWWWWWWWWWWW.WWWW...........", "..WWWWWWWWWWWWW.WWW............", "..WWWWWWWWWWWWW.WW.............", "..WWWWWWWWWWWWW.W..............", "...............................", "...............................", "...............................", "...............................", "..WWWWWWWWWWWWW.W..............", "..WWWWWWWWWWWWW.WW.............", 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"........WWWWWWWWWWWWWWW........", ".........WWWWWWWWWWWWW.........", "..........WWWWWWWWWWW..........", "...........WWWWWWWWW...........", "............WWWWWWW............", ".............WWWWW.............", "..............WWW..............", "...............W...............", "...............................", "...............................", "...............W...............", "..............WWW..............", ".............WWWWW.............", "............WWWWWWW............", "...........WWWWWWWWW...........", "..........WWWWWWWWWWW..........", ".........WWWWWWWWWWWWW.........", "........WWWW.......WWWW........", ".......WWWWW.......WWWWW.......", "......WWWWWW.......WWWWWW......", ".....WWWWWWW.......WWWWWWW.....", "....WWWWWWWW.......WWWWWWWW....", "...WWWWWWWWW.......WWWWWWWWW...", "..WWWWWWWWWW.......WWWWWWWWWW..", ".WWWWWWWWWWW.......WWWWWWWWWWW.", "..WWWWWWWWWW.......WWWWWWWWWW..", "...WWWWWWWWW.......WWWWWWWWW...", "....WWWWWWWW.......WWWWWWWW....", ".....WWWWWWW.......WWWWWWW.....", "......WWWWWW.......WWWWWW......", ".......WWWWW.......WWWWW.......", "........WWWW.......WWWW........", ".........WWWWWWWWWWWWW.........", "..........WWWWWWWWWWW..........", "...........WWWWWWWWW...........", "............WWWWWWW............", ".............WWWWW.............", "..............WWW..............", "...............W...............", "...............................", "...............................", "...............W...............", "..............WWW..............", ".............WWWWW.............", "............WWWWWWW............", "...........WWWWWWWWW...........", "..........WWWWWWWWWWW..........", ".........WWWWWWWWWWWWW.........", "........WWWWWWWWWWWWWWW........", ".......WWWWWWWWWWWWWWWWW.......", "......WWWWWWWWWWWWWWWWWWW......", ".....WWWWWWWWWWWWWWWWWWWWW.....", "....WWWW...............WWWW....", "...WWWWW...............WWWWW...", "..WWWWWW...............WWWWWW..", ".WWWWWWW...............WWWWWWW.", "..WWWWWW...............WWWWWW..", "...WWWWW...............WWWWW...", "....WWWW...............WWWW....", ".....WWWWWWWWWWWWWWWWWWWWW.....", "......WWWWWWWWWWWWWWWWWWW......", ".......WWWWWWWWWWWWWWWWW.......", "........WWWWWWWWWWWWWWW........", ".........WWWWWWWWWWWWW.........", "..........WWWWWWWWWWW..........", "...........WWWWWWWWW...........", "............WWWWWWW............", ".............WWWWW.............", "..............WWW..............", "...............W...............", "...............................", "...............................", "...............W...............", "..............WWW..............", ".............WWWWW.............", "............WWWWWWW............", "...........WWWWWWWWW...........", "..........WWWWWWWWWWW..........", ".........WWWWWWWWWWWWW.........", "........WWW.WWWWWWW.WWW........", ".......WWW...WWWWW...WWW.......", "......WWW.....WWW.....WWW......", ".....WWW.......W.......WWW.....", "....WWWWW.............WWWWW....", "...WWWWWWW...........WWWWWWW...", "..WWWWWWWWW.........WWWWWWWWW..", ".WWWWWWWWWWW.......WWWWWWWWWWW.", "..WWWWWWWWW.........WWWWWWWWW..", "...WWWWWWW...........WWWWWWW...", "....WWWWW.............WWWWW....", ".....WWW.......W.......WWW.....", "......WWW.....WWW.....WWW......", ".......WWW...WWWWW...WWW.......", "........WWW.WWWWWWW.WWW........", ".........WWWWWWWWWWWWW.........", "..........WWWWWWWWWWW..........", "...........WWWWWWWWW...........", "............WWWWWWW............", ".............WWWWW.............", "..............WWW..............", "...............W...............", "..............................."}; // colors for each cell state (we try to match colors used in icons) static unsigned char jvncolors[] = { 48, 48, 48, // 0 dark gray 255, 0, 0, // 1 red 255, 125, 0, // 2 orange (to match red and yellow) 255, 150, 25, // 3 lighter 255, 175, 50, // 4 lighter 255, 200, 75, // 5 lighter 255, 225, 100, // 6 lighter 255, 250, 125, // 7 lighter 251, 255, 0, // 8 yellow 89, 89, 255, // 9 blue 106, 106, 255, // 10 lighter 122, 122, 255, // 11 lighter 139, 139, 255, // 12 lighter 27, 176, 27, // 13 green 36, 200, 36, // 14 lighter 73, 255, 73, // 15 lighter 106, 255, 106, // 16 lighter 235, 36, 36, // 17 red 255, 56, 56, // 18 lighter 255, 73, 73, // 19 lighter 255, 89, 89, // 20 lighter 185, 56, 255, // 21 purple 191, 73, 255, // 22 lighter 197, 89, 255, // 23 lighter 203, 106, 255, // 24 lighter 0, 255, 128, // 25 light green 255, 128, 64, // 26 light orange 255, 255, 128, // 27 light yellow 33, 215, 215, // 28 cyan 27, 176, 176, // 29 darker 24, 156, 156, // 30 darker 21, 137, 137 // 31 darker }; static lifealgo *creator() { return new jvnalgo() ; } void jvnalgo::doInitializeAlgoInfo(staticAlgoInfo &ai) { ghashbase::doInitializeAlgoInfo(ai) ; ai.setAlgorithmName("JvN") ; ai.setAlgorithmCreator(&creator) ; ai.minstates = 29 ; ai.maxstates = 32 ; // init default color scheme ai.defgradient = false; ai.defr1 = ai.defg1 = ai.defb1 = 255; // start color = white ai.defr2 = ai.defg2 = ai.defb2 = 128; // end color = gray int numcolors = sizeof(jvncolors) / (sizeof(jvncolors[0])*3); unsigned char* rgbptr = jvncolors; for (int i = 0; i < numcolors; i++) { ai.defr[i] = *rgbptr++; ai.defg[i] = *rgbptr++; ai.defb[i] = *rgbptr++; } // init default icon data ai.defxpm7x7 = jvn7x7; ai.defxpm15x15 = jvn15x15; ai.defxpm31x31 = jvn31x31; } // ------------------- beginning of Hutton32 section ----------------------- /*** Motivation: In the original von Neumann transition rules, lines of transmission states can extend themselves by writing out binary signal trains, e.g. 10000 for extend with a right-directed ordinary transmission state (OTS). But for construction, a dual-stranded construction arm (c-arm) is needed, simply because the arm must be retracted after each write. I noticed that there was room to add the needed write-and-retract operation by modifying the transition rules slightly. This allows the machine to be greatly reduced in size and speed of replication. Another modification was made when it was noticed that the construction could be made rotationally invariant simply by basing the orientation of the written cell on the orientation of the one writing it. Instead of "write an up arrow" we have "turn left". This allows us to spawn offspring in different directions and to fill up the space with more and more copies in a manner inspired by Langton's Loops. A single OTS line can now act as a c-arm in any direction. Below are the signal trains: 100000 : move forward (write an OTS arrow in the same direction) 100010 : turn left 10100 : turn right 100001 : write a forward-directed OTS and retract 100011 : write a left-directed OTS and retract 10011 : write a reverse-directed OTS and retract 10101 : write a right-directed OTS and retract 101101 : write a forward-directed special transmission state (STS) and retract 110001 : write a left-directed STS and retract 110101 : write a reverse-directed STS and retract 111001 : write a right-directed STS and retract 1111 : write a confluent state and retract 101111 : retract Achieving these features without adding new states required making some slight changes elsewhere, though hopefully these don't affect the computation- or construction-universality of the CA. The most important effects are listed here: 1) OTS's cannot destroy STS's. This functionality was used in von Neumann's construction and read-write arms but isn't needed for the logic organs, as far as I know. The opposite operation is still enabled. 2) STS lines can only construct one cell type: an OTS in the forward direction. Some logic organs will need to be redesigned. Under this modified JvN rule, a self-replicator can be much smaller, consisting only of a tape contained within a repeater-emitter loop. One early example consisted of 5521 cells in total, and replicates in 44,201 timesteps, compared with 8 billion timesteps for the smallest known JvN-32 replicator. This became possible because the construction process runs at the same speed as a moving signal, allowing the tape to be simply stored in a repeater-emitter loop. The machine simply creates a loop of the right size (by counting tape circuits) before allowing the tape contents to fill up their new home. The rotational invariance allows the machine to make multiple copies oriented in different directions. The population growth starts off as exponential but soons slows down as the long tapes obstruct the new copies. Some context for these modifications to von Neumann's rule table: Codd simplified vN's CA to a rotationally-invariant 8 states. Langton modified this to make a self-replicating repeater-emitter, his 'loops'. Other loops were made by Sayama, Perrier, Tempesti, Byl, Chou-Reggia, and others. So there are other CA derived from vN's that support faster replication than that achieveable here, and some of them retain the computation- and construction-universality that von Neumann was considering. Our modifications are mostly a historical exploration of the possibility space around vN's CA, to explore the questions of why he made the design decisions he did. In particular, why didn't von Neumann design for a tape loop stored within a repeater-emitter? It would have made his machine much simpler from the beginning. Why didn't he consider write-and-retraction instead of designing a complicated c-arm procedure? Of course this is far from criticism of vN - his untimely death interrupted his work in this area. Some explanation of the details of the modifications is given below: The transition rules are as in Nobili32 (or JvN29), except the following: 1) The end of an OTS wire, when writing a new cell, adopts one of two states: excited OTS and excited STS, standing for bits 1 and 0 respectively. After writing the cell reverts to being an OTS. 2) A sensitized cell that is about to revert to an arrow bases its direction upon that of the excited arrow that is pointing to it. 3) A TS 'c', with a sensitized state 's' on its output that will become an OTS next (based on the state of 'c'), reverts to the ground state if any of 'c's input is 1, else it quiesces. 4) A TS 'c', with a sensitized state 's' on its output that will become a confluent state next (based on the state of 'c'), reverts to the first sensitized state S is any of 'c's input is one, else it reverts to the ground state. 5) A TS 'c', with an STS on its output, reverts to the ground state if any of 'c's input is 1. Tim Hutton , 2008 ***/ bool is_OTS(state c) { return c>=9 && c<=16; } bool is_STS(state c) { return c>=17 && c<=24; } bool is_TS(state c) { return is_OTS(c) || is_STS(c); } bool is_sensitized(state c) { return c>=1 && c<=8; } bool is_east(state c) { return c==9 || c==13 || c==17 || c==21; } bool is_north(state c) { return c==10 || c==14 || c==18 || c==22; } bool is_west(state c) { return c==11 || c==15 || c==19 || c==23; } bool is_south(state c) { return c==12 || c==16 || c==20 || c==24; } bool is_excited(state c) { return (c>=13 && c<=16) || (c>=21 && c<=24); } state dir(state c) { // return 0,1,2,3 encoding the direction of 'c': right,up,left,down return (c-9)%4; } state output(state c,state n,state s,state e,state w) // what is the state of the cell we are pointing to? { if(is_east(c)) return e; else if(is_north(c)) return n; else if(is_west(c)) return w; else if(is_south(c)) return s; else return 0; // error } state input(state n,state s,state e,state w) // what is the state of the excited cell pointing at us? { if(is_east(w) && is_excited(w)) return w; else if(is_north(s) && is_excited(s)) return s; else if(is_west(e) && is_excited(e)) return e; else if(is_south(n) && is_excited(n)) return n; else return 0; // error } bool output_will_become_OTS(state c,state n,state s,state e,state w) { return output(c,n,s,e,w)==8 || (output(c,n,s,e,w)==4 && is_excited(c)) || (output(c,n,s,e,w)==5 && !is_excited(c)); } bool output_will_become_confluent(state c,state n,state s,state e,state w) { return output(c,n,s,e,w)==7 && is_excited(c); } bool output_will_become_sensitized(state c,state n,state s,state e,state w) { int out=output(c,n,s,e,w); return ((out==0 && is_excited(c)) || out==1 || out==2 || out==3 || (out==4 && !is_OTS(c))); } bool excited_arrow_to_us(state n,state s,state e,state w) { return n==16 || n==24 || s==14 || s==22 || e==15 || e==23 || w==13 || w==21; } bool excited_OTS_to_us(state c,state n,state s,state e,state w) { // is there an excited OTS state that will hit us next? return ((n==16 || n==27 || n==28 || n==30 || n==31) && !(c==14 || c==10)) || ((s==14 || s==27 || s==28 || s==30 || s==31) && !(c==16 || c==12)) || ((e==15 || e==27 || e==28 || e==29 || e==31) && !(c==13 || c==9)) || ((w==13 || w==27 || w==28 || w==29 || w==31) && !(c==15 || c==11)); } bool excited_OTS_arrow_to_us(state c,state n,state s,state e,state w) { // is there an excited OTS arrow pointing at us? return (n==16 && !(c==14 || c==10)) || (s==14 && !(c==16 || c==12)) || (e==15 && !(c==13 || c==9)) || (w==13 && !(c==15 || c==11)); } bool OTS_arrow_to_us(state n,state s,state e,state w) { // is there an OTS arrow pointing at us? return (is_OTS(n) && is_south(n)) || (is_OTS(s) && is_north(s)) || (is_OTS(e) && is_west(e)) || (is_OTS(w) && is_east(w)); } bool excited_STS_to_us(state c,state n,state s,state e,state w) { // is there an excited STS state that will hit us next? return ((n==24 || n==27 || n==28 || n==30 || n==31) && !(c==22 || c==18)) || ((s==22 || s==27 || s==28 || s==30 || s==31) && !(c==24 || c==20)) || ((e==23 || e==27 || e==28 || e==29 || e==31) && !(c==21 || c==17)) || ((w==21 || w==27 || w==28 || w==29 || w==31) && !(c==23 || c==19)); } bool excited_STS_arrow_to_us(state c,state n,state s,state e,state w) { // is there an excited STS arrow pointing at us? return (n==24 && !(c==22 || c==18)) || (s==22 && !(c==24 || c==20)) || (e==23 && !(c==21 || c==17)) || (w==21 && !(c==23 || c==19)); } bool all_inputs_on(state n,state s,state e,state w) { return (!(n==12 || s==10 || e==11 || w==9)) && (n==16 || s==14 || e==15 || w==13); } bool is_crossing(state n,state s,state e,state w) { int n_inputs=0; if(is_south(n)) n_inputs++; if(is_east(w)) n_inputs++; if(is_west(e)) n_inputs++; if(is_north(s)) n_inputs++; int n_outputs=0; if(is_TS(n) && !is_south(n)) n_outputs++; if(is_TS(w) && !is_east(w)) n_outputs++; if(is_TS(e) && !is_west(e)) n_outputs++; if(is_TS(s) && !is_north(s)) n_outputs++; return n_inputs==2 && n_outputs==2; } state quiesce(state c) { if(((c>=13 && c<=16) || (c>=21 && c<=24))) return c-4; else if(c>=26 && c<=31) return 25; else return c; } // the update function itself state slowcalc_Hutton32(state c,state n,state s,state e,state w) { if(is_OTS(c)) { if(excited_STS_arrow_to_us(c,n,s,e,w)) return 0; // we get destroyed by the incoming excited STS else if(excited_OTS_to_us(c,n,s,e,w)) { if(output_will_become_OTS(c,n,s,e,w) || (is_STS(output(c,n,s,e,w)) && !is_excited(output(c,n,s,e,w)))) return 0; // we become the ground state (retraction) else if(output_will_become_confluent(c,n,s,e,w)) return 1; // we become sensitized by the next input (after retraction) else return quiesce(c)+4; // we become excited (usual OTS transmission) } else if(output_will_become_confluent(c,n,s,e,w)) return 0; // we become the ground state (retraction) else if(is_excited(c) && output_will_become_sensitized(c,n,s,e,w)) return quiesce(c)+12; // we become excited STS (special for end-of-wire: // means quiescent OTS, used to mark which cell is the sensitized cell's input) else return quiesce(c); } else if(is_STS(c)) { if(is_excited(c) && is_sensitized(output(c,n,s,e,w)) && OTS_arrow_to_us(n,s,e,w)) { // this cell is the special mark at the end of an OTS wire, so it behaves differently // if output is about to finalize, we revert to ground or quiescent OTS, depending on next signal // if output will remain sensitized, we change to excited OTS if next signal is 1 if(output_will_become_sensitized(c,n,s,e,w)) { if(excited_OTS_arrow_to_us(c,n,s,e,w)) return c-8; else return c; } else { if(excited_OTS_arrow_to_us(c,n,s,e,w)) return 0; // write-and-retract else return quiesce(c)-8; // revert to quiescent OTS } } else if(is_excited(c) && output(c,n,s,e,w)==0) if(excited_STS_arrow_to_us(c,n,s,e,w)) return c; // we remain excited else return quiesce(c); // we quiesce else if(excited_OTS_arrow_to_us(c,n,s,e,w)) return 0; // we get destroyed by the incoming excited OTS else if(excited_STS_to_us(c,n,s,e,w)) return quiesce(c)+4; // we become excited (usual STS transmission) else return quiesce(c); // we quiesce (usual STS transmission) } else if(c==0) { if(excited_OTS_arrow_to_us(c,n,s,e,w)) // (excludes e.g. excited confluent states) return 1; // we become sensitized else if(excited_STS_arrow_to_us(c,n,s,e,w)) return quiesce(input(n,s,e,w))-8; // directly become 'forward' OTS else return c; } else if(c==1) { if(!excited_OTS_arrow_to_us(c,n,s,e,w)) return 2; // 10 else return 3; // 11 } else if(c==2) { if(!excited_OTS_arrow_to_us(c,n,s,e,w)) return 4; // 100 else return 5; // 101 } else if(c==3) { if(!excited_OTS_arrow_to_us(c,n,s,e,w)) return 6; // 110 else return 7; // 111 } else if(c==4) { if(!excited_OTS_arrow_to_us(c,n,s,e,w)) return 8; // 1000 else return ( (quiesce(input(n,s,e,w))-9+2) % 4 )+9; // 1001: reverse } else if(c==5) { if(!excited_OTS_arrow_to_us(c,n,s,e,w)) return ( (quiesce(input(n,s,e,w))-9+3) % 4 )+9; // 1010: turn right else return quiesce(input(n,s,e,w))+8; // 1011: STS forward } else if(c==6) { if(!excited_OTS_arrow_to_us(c,n,s,e,w)) return ( (quiesce(input(n,s,e,w))-9+1) % 4 )+17; // 1100: STS turn left else return ( (quiesce(input(n,s,e,w))-9+2) % 4 )+17; // 1101: STS reverse } else if(c==7) { if(!excited_OTS_arrow_to_us(c,n,s,e,w)) return ( (quiesce(input(n,s,e,w))-9+3) % 4 )+17; // 1110: STS turn left else return 25; // 1111 } else if(c==8) { if(!excited_OTS_arrow_to_us(c,n,s,e,w)) return 9+dir(input(n,s,e,w)); // 10000: move forward else return 9+dir(input(n,s,e,w)+1); // 10001: turn left } else if(c==25) // quiescent confluent state { if(excited_STS_arrow_to_us(c,n,s,e,w)) return 0; // we get destroyed by the incoming excited STS else if(is_crossing(n,s,e,w)) // for JvN-32 crossings { if((n==16||s==14)&&(e==15||w==13)) return 31; // double crossing else if(n==16||s==14) return 30; // vertical crossing else if(e==15||w==13) return 29; // horizontal crossing else return 25; // nothing happening } else if(all_inputs_on(n,s,e,w)) return 26; else return 25; } else if(c==26) { if(excited_STS_arrow_to_us(c,n,s,e,w)) return 0; // we get destroyed by the incoming excited STS else if(all_inputs_on(n,s,e,w)) return 28; else return 27; } else if(c==27) { if(excited_STS_arrow_to_us(c,n,s,e,w)) return 0; // we get destroyed by the incoming excited STS else if(all_inputs_on(n,s,e,w)) return 26; else return 25; } else if(c==28) { if(excited_STS_arrow_to_us(c,n,s,e,w)) return 0; // we get destroyed by the incoming excited STS else if(all_inputs_on(n,s,e,w)) return 28; else return 27; } else if(c==29 || c==30 || c==31) { if(excited_STS_arrow_to_us(c,n,s,e,w)) return 0; // we get destroyed by the incoming excited STS else if((n==16||s==14)&&(e==15||w==13)) return 31; // double crossing else if(n==16||s==14) return 30; // vertical crossing else if(e==15||w==13) return 29; // horizontal crossing else return 25; // revert to quiescent confluent state } else return c; // error - should be no more states } // ------------------ end of Hutton32 section ------------------------- golly-3.3-src/gollybase/ruletable_algo.cpp0000644000175000017500000007734713145740437015713 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "ruletable_algo.h" #include "util.h" // for lifegetuserrules, lifegetrulesdir, lifewarning // for case-insensitive string comparison #include #ifndef WIN32 #define stricmp strcasecmp #define strnicmp strncasecmp #endif #include #include #include using namespace std; const string ruletable_algo::neighborhood_value_keywords[N_SUPPORTED_NEIGHBORHOODS] = {"vonNeumann","Moore","hexagonal","oneDimensional"}; // (keep in sync with TNeighborhood) bool ruletable_algo::IsDefaultRule(const char* rulename) { return (strcmp(rulename, DefaultRule()) == 0); } static FILE* static_rulefile = NULL; static int static_lineno = 0; static char static_endchar = 0; const char* ruletable_algo::LoadTable(FILE* rulefile, int lineno, char endchar, const char* s) { // set static vars so LoadRuleTable() will load table data from .rule file static_rulefile = rulefile; static_lineno = lineno; static_endchar = endchar; const char* err = setrule(s); // calls LoadRuleTable // reset static vars static_rulefile = NULL; static_lineno = 0; static_endchar = 0; return err; } int ruletable_algo::NumCellStates() { return this->n_states; } bool starts_with(const string& line,const string& keyword) { return strnicmp(line.c_str(),keyword.c_str(),keyword.length())==0; } const char* ruletable_algo::setrule(const char* s) { const char *colonptr = strchr(s, ':'); string rule_name(s); if (colonptr) rule_name.assign(s,colonptr); static string ret; // NOTE: don't initialize this statically! ret = LoadRuleTable(rule_name.c_str()); if(!ret.empty()) { // if the file exists and we've got an error then it must be a file format issue if(!starts_with(ret,"Failed to open file: ")) lifewarning(ret.c_str()); return ret.c_str(); } // check for rule suffix like ":T200,100" to specify a bounded universe if (colonptr) { const char* err = setgridsize(colonptr); if (err) return err; } else { // universe is unbounded gridwd = 0; gridht = 0; } // set canonical rule string returned by getrule() this->current_rule = rule_name.c_str(); if (gridwd > 0 || gridht > 0) { // setgridsize() was successfully called above, so append suffix string bounds = canonicalsuffix(); this->current_rule += bounds; } maxCellStates = this->n_states; ghashbase::setrule(rule_name.c_str()); return NULL; } vector tokenize(const string& str,const string& delimiters) { vector tokens; // skip delimiters at beginning. string::size_type lastPos = str.find_first_not_of(delimiters, 0); // find first "non-delimiter". string::size_type pos = str.find_first_of(delimiters, lastPos); while (string::npos != pos || string::npos != lastPos) { // found a token, add it to the vector. tokens.push_back(str.substr(lastPos, pos - lastPos)); // skip delimiters. Note the "not_of" lastPos = str.find_first_not_of(delimiters, pos); // find next "non-delimiter" pos = str.find_first_of(delimiters, lastPos); } return tokens; } string trim_right(const string & s, const string & t = " \t\r\n") { string d (s); string::size_type i (d.find_last_not_of (t)); if (i == string::npos) return ""; else return d.erase (d.find_last_not_of (t) + 1); } string trim_left(const string & s, const string & t = " \t\r\n") { string d (s); return d.erase (0, s.find_first_not_of (t)); } string trim(const string & s, const string & t = " \t\r\n") { string d (s); return trim_left (trim_right (d, t), t); } const char *defaultRuleData[] = { "n_states:8", "neighborhood:vonNeumann", "symmetries:rotate4", "000000", "000012", "000020", "000030", "000050", "000063", "000071", "000112", "000122", "000132", "000212", "000220", "000230", "000262", "000272", "000320", "000525", "000622", "000722", "001022", "001120", "002020", "002030", "002050", "002125", "002220", "002322", "005222", "012321", "012421", "012525", "012621", "012721", "012751", "014221", "014321", "014421", "014721", "016251", "017221", "017255", "017521", "017621", "017721", "025271", "100011", "100061", "100077", "100111", "100121", "100211", "100244", "100277", "100511", "101011", "101111", "101244", "101277", "102026", "102121", "102211", "102244", "102263", "102277", "102327", "102424", "102626", "102644", "102677", "102710", "102727", "105427", "111121", "111221", "111244", "111251", "111261", "111277", "111522", "112121", "112221", "112244", "112251", "112277", "112321", "112424", "112621", "112727", "113221", "122244", "122277", "122434", "122547", "123244", "123277", "124255", "124267", "125275", "200012", "200022", "200042", "200071", "200122", "200152", "200212", "200222", "200232", "200242", "200250", "200262", "200272", "200326", "200423", "200517", "200522", "200575", "200722", "201022", "201122", "201222", "201422", "201722", "202022", "202032", "202052", "202073", "202122", "202152", "202212", "202222", "202272", "202321", "202422", "202452", "202520", "202552", "202622", "202722", "203122", "203216", "203226", "203422", "204222", "205122", "205212", "205222", "205521", "205725", "206222", "206722", "207122", "207222", "207422", "207722", "211222", "211261", "212222", "212242", "212262", "212272", "214222", "215222", "216222", "217222", "222272", "222442", "222462", "222762", "222772", "300013", "300022", "300041", "300076", "300123", "300421", "300622", "301021", "301220", "302511", "401120", "401220", "401250", "402120", "402221", "402326", "402520", "403221", "500022", "500215", "500225", "500232", "500272", "500520", "502022", "502122", "502152", "502220", "502244", "502722", "512122", "512220", "512422", "512722", "600011", "600021", "602120", "612125", "612131", "612225", "700077", "701120", "701220", "701250", "702120", "702221", "702251", "702321", "702525", "702720", 0 }; static FILE *OpenTableFile(string &rule, const char *dir, string &path) { // look for rule.table in given dir and set path path = dir; int istart = (int)path.size(); path += rule + ".table"; // change "dangerous" characters to underscores for (unsigned int i=istart; i > available_symmetries; { const string vonNeumann_available_symmetries[5] = {"none","rotate4","rotate4reflect","reflect_horizontal","permute"}; available_symmetries["vonNeumann"].assign(vonNeumann_available_symmetries,vonNeumann_available_symmetries+5); const string Moore_available_symmetries[7] = {"none","rotate4","rotate8","rotate4reflect","rotate8reflect","reflect_horizontal","permute"}; available_symmetries["Moore"].assign(Moore_available_symmetries,Moore_available_symmetries+7); const string hexagonal_available_symmetries[6] = {"none","rotate2","rotate3","rotate6","rotate6reflect","permute"}; available_symmetries["hexagonal"].assign(hexagonal_available_symmetries,hexagonal_available_symmetries+6); const string oneDimensional_available_symmetries[3] = {"none","reflect","permute"}; available_symmetries["oneDimensional"].assign(oneDimensional_available_symmetries,oneDimensional_available_symmetries+3); } string line; const int MAX_LINE_LEN=1000; char line_buffer[MAX_LINE_LEN]; FILE *in = 0; linereader line_reader(0); int lineno = 0; string full_filename; bool isDefaultRule = IsDefaultRule(rule.c_str()); if (isDefaultRule) { // no need to read table data from a file } else if (static_rulefile) { // read table data from currently open .rule file line_reader.setfile(static_rulefile); line_reader.setcloseonfree(); lineno = static_lineno; full_filename = rule + ".rule"; } else { // look for rule.table in user's rules dir then in Golly's rules dir in = OpenTableFile(rule, lifegetuserrules(), full_filename); if (!in) in = OpenTableFile(rule, lifegetrulesdir(), full_filename); if (!in) return "Failed to open file: "+full_filename; line_reader.setfile(in); line_reader.setcloseonfree(); // make sure it goes away if we return with an error } string symmetries = "rotate4"; // default TNeighborhood neighborhood = vonNeumann; // default unsigned int n_states = 8; // default map< string, vector > variables; vector< pair< vector< vector >, state > > transition_table; unsigned int n_inputs=0; // these line must have been read before the rest of the file bool n_states_parsed=false,neighborhood_parsed=false,symmetries_parsed=false; for (;;) { if (isDefaultRule) { if (defaultRuleData[lineno] == 0) break; line = defaultRuleData[lineno]; } else { if (!line_reader.fgets(line_buffer,MAX_LINE_LEN)) break; if (static_rulefile && line_buffer[0] == static_endchar) break; line = line_buffer; } lineno++; // snip off any trailing comment if(line.find('#')!=string::npos) line.assign(line.begin(),line.begin()+line.find('#')); // trim any leading/trailing whitespace line = trim(line); // try each of the allowed forms for this line: if(line.empty()) continue; // line was blank or just had a comment else if(starts_with(line,n_states_keyword)) { // parse the rest of the line if(sscanf(line.c_str()+n_states_keyword.length(),"%d",&n_states)!=1) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line; return oss.str(); } if(n_states<2 || n_states>256) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": n_states out of range (min 2, max 256)"; return oss.str(); } n_states_parsed = true; } else if(starts_with(line,neighborhood_keyword)) { // parse the rest of the line string remaining(line.begin()+neighborhood_keyword.length(),line.end()); remaining = trim(remaining); // (allow for space between : and value) const string* found = find(this->neighborhood_value_keywords, this->neighborhood_value_keywords+N_SUPPORTED_NEIGHBORHOODS,remaining); if(found == this->neighborhood_value_keywords+N_SUPPORTED_NEIGHBORHOODS) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": unsupported neighborhood"; return oss.str(); } neighborhood = (TNeighborhood)(found - this->neighborhood_value_keywords); switch(neighborhood) { default: case vonNeumann: n_inputs=5; grid_type=VN_GRID; break; case Moore: n_inputs=9; grid_type=SQUARE_GRID; break; case hexagonal: n_inputs=7; grid_type=HEX_GRID; break; case oneDimensional: n_inputs=3; grid_type=SQUARE_GRID; break; } neighborhood_parsed = true; } else if(starts_with(line,symmetries_keyword)) { if(!neighborhood_parsed) { ostringstream oss; oss << "Error reading " << full_filename << ": neighborhood must be declared before symmetries"; return oss.str(); } string remaining(line.begin()+symmetries_keyword.length(),line.end()); remaining = trim(remaining); // (allow for space between : and value) string neighborhood_as_string = this->neighborhood_value_keywords[neighborhood]; vector::const_iterator found = find( available_symmetries[neighborhood_as_string].begin(), available_symmetries[neighborhood_as_string].end(), remaining ); if(found == available_symmetries[neighborhood_as_string].end()) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": unsupported symmetries"; return oss.str(); } symmetries = remaining; symmetries_parsed = true; } else if(starts_with(line,variable_keyword)) { if(!n_states_parsed || !neighborhood_parsed || !symmetries_parsed) { ostringstream oss; oss << "Error reading " << full_filename << ": one or more of n_states, neighborhood or symmetries missing\nbefore first variable"; return oss.str(); } // parse the rest of the line for the variable vector tokens = tokenize(line,"= {,}"); string variable_name = tokens[1]; vector states; if(tokens.size()<3) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line; return oss.str(); } for(unsigned int i=2;i=n_states) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line << " - state value out of range"; return oss.str(); } states.push_back((state)s); } } variables[variable_name] = states; } else { // must be a transitions line if(!n_states_parsed || !neighborhood_parsed || !symmetries_parsed) { ostringstream oss; oss << "Error reading " << full_filename << ": one or more of n_states, neighborhood or symmetries missing\nbefore first transition"; return oss.str(); } if(n_states<=10 && variables.empty() && line.find(',')==string::npos) { // if there are only single-digit states and no variables then can use comma-free form: // e.g. 012345 for 0,1,2,3,4 -> 5 vector< vector > inputs; state output; if(line.length() < n_inputs+1) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line << " - too few entries"; return oss.str(); } for(unsigned int i=0;i'9') { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line; return oss.str(); } inputs.push_back(vector(1,c-'0')); } unsigned char c = line[n_inputs]; if(c<'0' || c>'9') { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line; return oss.str(); } output = c-'0'; if (output >= n_states) // AKT: avoid later crash in PackTransition { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line << " - state out of range"; return oss.str(); } transition_table.push_back(make_pair(inputs,output)); } else // transition line with commas { vector tokens = tokenize(line,", #\t"); if(tokens.size() < n_inputs+1) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line << " - too few entries"; return oss.str(); } // first pass: which variables appear more than once? these are "bound" (must take the same value each time they appear in this transition) vector bound_variables; for(map< string, vector >::const_iterator var_it=variables.begin();var_it!=variables.end();var_it++) if(count(tokens.begin(),tokens.begin()+n_inputs+1,var_it->first)>1) bound_variables.push_back(var_it->first); unsigned int n_bound_variables = (unsigned int)bound_variables.size(); // second pass: iterate through the possible states for the bound variables, adding a transition for each combination vector< vector > inputs(n_inputs); state output; map bound_variable_indices; // each is an index into vector of 'variables' map for(unsigned int i=0;i(1,variables[tokens[i]][bound_variable_indices[tokens[i]]]); // this input is a bound variable else if(variables.find(tokens[i])!=variables.end()) inputs[i] = variables[tokens[i]]; // this input is an unbound variable else { unsigned int s=0; if(sscanf(tokens[i].c_str(),"%u",&s)!=1) // this input is a state { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line; return oss.str(); } if(s>=n_states) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line << " - state out of range"; return oss.str(); } inputs[i] = vector(1,(state)s); } } // collect the output if(!bound_variables.empty() && find(bound_variables.begin(),bound_variables.end(),tokens[n_inputs])!=bound_variables.end()) output = variables[tokens[n_inputs]][bound_variable_indices[tokens[n_inputs]]]; else { unsigned int s; if(variables.find(tokens[n_inputs])!=variables.end() && variables[tokens[n_inputs]].size()==1) { // single-state variables are permitted as the output s = variables[tokens[n_inputs]][0]; } else if(sscanf(tokens[n_inputs].c_str(),"%u",&s)!=1) // if not a bound variable, output must be a state { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line << " - output must be state, single-state variable or bound variable"; return oss.str(); } if(s>=n_states) { ostringstream oss; oss << "Error reading " << full_filename << " on line " << lineno << ": " << line << " - state out of range"; return oss.str(); } output = (state)s; } transition_table.push_back(make_pair(inputs,output)); // move on to the next value of bound variables { unsigned int iChanging=0; for(;iChanging=n_bound_variables) break; } } } } } // (finished reading lines from the file) if(!n_states_parsed || !neighborhood_parsed || !symmetries_parsed) { ostringstream oss; oss << "Error reading " << full_filename << ": one or more of n_states, neighborhood or symmetries missing"; return oss.str(); } this->neighborhood = neighborhood; this->n_states = n_states; PackTransitions(symmetries,n_inputs,transition_table); return string(""); // success } // convert transition table to bitmask lookup void ruletable_algo::PackTransitions(const string& symmetries, int n_inputs, const vector< pair< vector< vector >, state > >& transition_table) { // cumbersome initialization of a remap array for the different symmetries map< string, vector< vector > > symmetry_remap[N_SUPPORTED_NEIGHBORHOODS]; { int vn_rotate4[4][6] = {{0,1,2,3,4,5},{0,2,3,4,1,5},{0,3,4,1,2,5},{0,4,1,2,3,5}}; for(int i=0;i<4;i++) symmetry_remap[vonNeumann]["rotate4"].push_back(vector(vn_rotate4[i],vn_rotate4[i]+6)); int vn_rotate4reflect[8][6] = {{0,1,2,3,4,5},{0,2,3,4,1,5},{0,3,4,1,2,5},{0,4,1,2,3,5}, {0,4,3,2,1,5},{0,3,2,1,4,5},{0,2,1,4,3,5},{0,1,4,3,2,5}}; for(int i=0;i<8;i++) symmetry_remap[vonNeumann]["rotate4reflect"].push_back(vector(vn_rotate4reflect[i],vn_rotate4reflect[i]+6)); int vn_reflect_horizontal[2][6] = {{0,1,2,3,4,5},{0,1,4,3,2,5}}; for(int i=0;i<2;i++) symmetry_remap[vonNeumann]["reflect_horizontal"].push_back(vector(vn_reflect_horizontal[i],vn_reflect_horizontal[i]+6)); int moore_rotate4[4][10] = {{0,1,2,3,4,5,6,7,8,9},{0,3,4,5,6,7,8,1,2,9},{0,5,6,7,8,1,2,3,4,9},{0,7,8,1,2,3,4,5,6,9}}; for(int i=0;i<4;i++) symmetry_remap[Moore]["rotate4"].push_back(vector(moore_rotate4[i],moore_rotate4[i]+10)); int moore_rotate8[8][10] = {{0,1,2,3,4,5,6,7,8,9},{0,2,3,4,5,6,7,8,1,9},{0,3,4,5,6,7,8,1,2,9},{0,4,5,6,7,8,1,2,3,9}, {0,5,6,7,8,1,2,3,4,9},{0,6,7,8,1,2,3,4,5,9},{0,7,8,1,2,3,4,5,6,9},{0,8,1,2,3,4,5,6,7,9}}; for(int i=0;i<8;i++) symmetry_remap[Moore]["rotate8"].push_back(vector(moore_rotate8[i],moore_rotate8[i]+10)); int moore_rotate4reflect[8][10] = {{0,1,2,3,4,5,6,7,8,9},{0,3,4,5,6,7,8,1,2,9},{0,5,6,7,8,1,2,3,4,9},{0,7,8,1,2,3,4,5,6,9}, {0,1,8,7,6,5,4,3,2,9},{0,7,6,5,4,3,2,1,8,9},{0,5,4,3,2,1,8,7,6,9},{0,3,2,1,8,7,6,5,4,9}}; for(int i=0;i<8;i++) symmetry_remap[Moore]["rotate4reflect"].push_back(vector(moore_rotate4reflect[i],moore_rotate4reflect[i]+10)); int moore_rotate8reflect[16][10] = {{0,1,2,3,4,5,6,7,8,9},{0,2,3,4,5,6,7,8,1,9},{0,3,4,5,6,7,8,1,2,9},{0,4,5,6,7,8,1,2,3,9}, {0,5,6,7,8,1,2,3,4,9},{0,6,7,8,1,2,3,4,5,9},{0,7,8,1,2,3,4,5,6,9},{0,8,1,2,3,4,5,6,7,9}, {0,8,7,6,5,4,3,2,1,9},{0,7,6,5,4,3,2,1,8,9},{0,6,5,4,3,2,1,8,7,9},{0,5,4,3,2,1,8,7,6,9}, {0,4,3,2,1,8,7,6,5,9},{0,3,2,1,8,7,6,5,4,9},{0,2,1,8,7,6,5,4,3,9},{0,1,8,7,6,5,4,3,2,9}}; for(int i=0;i<16;i++) symmetry_remap[Moore]["rotate8reflect"].push_back(vector(moore_rotate8reflect[i],moore_rotate8reflect[i]+10)); int moore_reflect_horizontal[2][10] = {{0,1,2,3,4,5,6,7,8,9},{0,1,8,7,6,5,4,3,2,9}}; for(int i=0;i<2;i++) symmetry_remap[Moore]["reflect_horizontal"].push_back(vector(moore_reflect_horizontal[i],moore_reflect_horizontal[i]+10)); int oneDimensional_reflect[2][4] = {{0,1,2,3},{0,2,1,3}}; for(int i=0;i<2;i++) symmetry_remap[oneDimensional]["reflect"].push_back(vector(oneDimensional_reflect[i],oneDimensional_reflect[i]+4)); int hex_rotate2[2][8] = {{0,1,2,3,4,5,6,7},{0,4,5,6,1,2,3,7}}; for(int i=0;i<2;i++) symmetry_remap[hexagonal]["rotate2"].push_back(vector(hex_rotate2[i],hex_rotate2[i]+8)); int hex_rotate3[3][8] = {{0,1,2,3,4,5,6,7},{0,3,4,5,6,1,2,7},{0,5,6,1,2,3,4,7}}; for(int i=0;i<3;i++) symmetry_remap[hexagonal]["rotate3"].push_back(vector(hex_rotate3[i],hex_rotate3[i]+8)); int hex_rotate6[6][8] = {{0,1,2,3,4,5,6,7},{0,2,3,4,5,6,1,7},{0,3,4,5,6,1,2,7}, {0,4,5,6,1,2,3,7},{0,5,6,1,2,3,4,7},{0,6,1,2,3,4,5,7}}; for(int i=0;i<6;i++) symmetry_remap[hexagonal]["rotate6"].push_back(vector(hex_rotate6[i],hex_rotate6[i]+8)); int hex_rotate6reflect[12][8] = {{0,1,2,3,4,5,6,7},{0,2,3,4,5,6,1,7},{0,3,4,5,6,1,2,7}, {0,4,5,6,1,2,3,7},{0,5,6,1,2,3,4,7},{0,6,1,2,3,4,5,7}, {0,6,5,4,3,2,1,7},{0,5,4,3,2,1,6,7},{0,4,3,2,1,6,5,7}, {0,3,2,1,6,5,4,7},{0,2,1,6,5,4,3,7},{0,1,6,5,4,3,2,7}}; for(int i=0;i<12;i++) symmetry_remap[hexagonal]["rotate6reflect"].push_back(vector(hex_rotate6reflect[i],hex_rotate6reflect[i]+8)); } // initialize the packed transition table this->lut.assign(n_inputs,vector< vector >(this->n_states)); this->output.clear(); this->n_compressed_rules = 0; // each transition rule looks like: e.g. 1,[2,3,5],4,[0,1],3 -> 0 vector< vector > permuted_inputs(n_inputs); for(vector< pair< vector< vector >, state> >::const_iterator rule_it = transition_table.begin(); rule_it!=transition_table.end(); rule_it++) { const vector< vector > & inputs = rule_it->first; state output = rule_it->second; if(symmetries=="none") { PackTransition(inputs,output); } else if(symmetries=="permute") { // work through the permutations of all but the centre cell permuted_inputs = inputs; sort(permuted_inputs.begin()+1,permuted_inputs.end()); // (must sort before permuting) do { PackTransition(permuted_inputs,output); } while(next_permutation(permuted_inputs.begin()+1,permuted_inputs.end())); // (skips duplicates) } else { const vector< vector > & remap = symmetry_remap[this->neighborhood][symmetries]; for(int iSymm=0;iSymm<(int)remap.size();iSymm++) { for(int i=0;i > & inputs, state output) { int n_inputs = (int)inputs.size(); const unsigned int n_bits = (unsigned int)(sizeof(TBits)*8); this->output.push_back(output); int iRule = (int)(this->output.size()-1); int iBit = iRule % n_bits; unsigned int iRuleC = (iRule-iBit)/n_bits; // the compressed index of the rule // add a new compressed rule if required if(iRuleC >= this->n_compressed_rules) { for(int iInput=0;iInputlut[iInput][iState].push_back(0); this->n_compressed_rules++; } TBits mask = (TBits)1 << iBit; // (cast needed to ensure this is a 64-bit shift, not a 32-bit shift) for(int iNbor=0;iNbor & possibles = inputs[iNbor]; for(vector::const_iterator poss_it=possibles.begin();poss_it!=possibles.end();poss_it++) { // add the bits this->lut[iNbor][*poss_it][iRuleC] |= mask; } } } const char* ruletable_algo::getrule() { return this->current_rule.c_str(); } const char* ruletable_algo::DefaultRule() { return "Langtons-Loops"; } ruletable_algo::ruletable_algo() : n_states(8), neighborhood(vonNeumann), n_compressed_rules(0) { maxCellStates = n_states; } ruletable_algo::~ruletable_algo() { } // --- the update function --- state ruletable_algo::slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) { TBits is_match = 0; // AKT: explicitly initialized to avoid gcc warning for(unsigned int iRuleC=0;iRuleCn_compressed_rules;iRuleC++) { // is there a match for any of the (e.g.) 64 rules within iRuleC? // (we don't have to worry about symmetries here since they were expanded out in PackTransitions) switch(this->neighborhood) { case vonNeumann: // c,n,e,s,w is_match = this->lut[0][c][iRuleC] & this->lut[1][n][iRuleC] & this->lut[2][e][iRuleC] & this->lut[3][s][iRuleC] & this->lut[4][w][iRuleC]; break; case Moore: // c,n,ne,e,se,s,sw,w,nw is_match = this->lut[0][c][iRuleC] & this->lut[1][n][iRuleC] & this->lut[2][ne][iRuleC] & this->lut[3][e][iRuleC] & this->lut[4][se][iRuleC] & this->lut[5][s][iRuleC] & this->lut[6][sw][iRuleC] & this->lut[7][w][iRuleC] & this->lut[8][nw][iRuleC]; break; case hexagonal: // c,n,e,se,s,w,nw is_match = this->lut[0][c][iRuleC] & this->lut[1][n][iRuleC] & this->lut[2][e][iRuleC] & this->lut[3][se][iRuleC] & this->lut[4][s][iRuleC] & this->lut[5][w][iRuleC] & this->lut[6][nw][iRuleC]; break; case oneDimensional: // c,w,e is_match = this->lut[0][c][iRuleC] & this->lut[1][w][iRuleC] & this->lut[2][e][iRuleC]; break; } // if any of them matched, return the output of the first if(is_match) { // find the least significant bit of is_match unsigned int iBit=0; TBits mask=1; while(!(is_match&mask)) { ++iBit; mask <<= 1; } return this->output[ iRuleC*sizeof(TBits)*8 + iBit ]; // find the uncompressed rule index } } return c; // default: no change } static lifealgo *creator() { return new ruletable_algo(); } void ruletable_algo::doInitializeAlgoInfo(staticAlgoInfo &ai) { ghashbase::doInitializeAlgoInfo(ai); ai.setAlgorithmName("RuleTable"); ai.setAlgorithmCreator(&creator); ai.minstates = 2; ai.maxstates = 256; // init default color scheme ai.defgradient = true; // use gradient ai.defr1 = 255; // start color = red ai.defg1 = 0; ai.defb1 = 0; ai.defr2 = 255; // end color = yellow ai.defg2 = 255; ai.defb2 = 0; // if not using gradient then set all states to white for (int i=0; i<256; i++) { ai.defr[i] = ai.defg[i] = ai.defb[i] = 255; } } golly-3.3-src/gollybase/writepattern.h0000644000175000017500000000141713145740437015110 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef WRITEPATTERN_H #define WRITEPATTERN_H class lifealgo; typedef enum { RLE_format, // run length encoded XRLE_format, // extended RLE MC_format // macrocell (native hashlife format) } pattern_format; typedef enum { no_compression, // write uncompressed data gzip_compression // write gzip compressed data } output_compression; /* * Save current pattern to a file. */ const char *writepattern(const char *filename, lifealgo &imp, pattern_format format, output_compression compression, int top, int left, int bottom, int right); #endif golly-3.3-src/gollybase/hlifedraw.cpp0000644000175000017500000005742313247734027014671 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * This file is where we figure out how to draw hlife structures, * no matter what the magnification or renderer. */ #include "hlifealgo.h" #include #include #include #include using namespace std ; const int logbmsize = 8 ; // 8=256x256 const int bmsize = (1<> 3)] |= (128 >> (x & 7)) ; } /* * Draw a 4x4 area yielding 1x1, 2x2, or 4x4 pixels. */ void draw4x4_1(unsigned short sw, unsigned short se, unsigned short nw, unsigned short ne, int llx, int lly) { unsigned char *p = bigbuf + ((bmsize-1+lly) << (logbmsize-3)) + ((-llx) >> 3) ; int bit = 128 >> ((-llx) & 0x7) ; if (sw) *p |= bit ; if (se) *p |= (bit >> 1) ; p -= byteoff ; if (nw) *p |= bit ; if (ne) *p |= (bit >> 1) ; } void draw4x4_1(node *n, node *z, int llx, int lly) { unsigned char *p = bigbuf + ((bmsize-1+lly) << (logbmsize-3)) + ((-llx) >> 3) ; int bit = 128 >> ((-llx) & 0x7) ; if (n->sw != z) *p |= bit ; if (n->se != z) *p |= (bit >> 1) ; p -= byteoff ; if (n->nw != z) *p |= bit ; if (n->ne != z) *p |= (bit >> 1) ; } static unsigned char compress4x4[256] ; static bool inited = false; void draw4x4_2(unsigned short bits1, unsigned short bits2, int llx, int lly) { unsigned char *p = bigbuf + ((bmsize-1+lly) << (logbmsize-3)) + ((-llx) >> 3) ; int mask = (((-llx) & 0x4) ? 0x0f : 0xf0) ; int db = ((bits1 | (bits1 << 4)) & 0xf0f0) + ((bits2 | (bits2 >> 4)) & 0x0f0f) ; p[0] |= mask & compress4x4[db & 255] ; p[-byteoff] |= mask & compress4x4[db >> 8] ; } void draw4x4_4(unsigned short bits1, unsigned short bits2, int llx, int lly) { unsigned char *p = bigbuf + ((bmsize-1+lly) << (logbmsize-3)) + ((-llx) >> 3) ; p[0] = (unsigned char)(((bits1 << 4) & 0xf0) + (bits2 & 0xf)) ; p[-byteoff] = (unsigned char)((bits1 & 0xf0) + ((bits2 >> 4) & 0xf)) ; p[-2*byteoff] = (unsigned char)(((bits1 >> 4) & 0xf0) + ((bits2 >> 8) & 0xf)) ; p[-3*byteoff] = (unsigned char)(((bits1 >> 8) & 0xf0) + ((bits2 >> 12) & 0xf)) ; } void hlifealgo::renderbm(int x, int y) { // x,y is lower left corner int rx = x ; int ry = y ; int rw = bmsize ; int rh = bmsize ; if (pmag > 1) { rx *= pmag ; ry *= pmag ; rw *= pmag ; rh *= pmag ; } ry = uviewh - ry - rh ; unsigned char *bigptr = bigbuf; if (renderer->justState() || pmag > 1) { // convert each bigbuf byte into 8 bytes of state data unsigned char *pixptr = pixbuf; for (int i = 0; i < ibufsize * 4; i++) { unsigned char byte = *bigptr++; *pixptr++ = (byte & 128) ? 1 : 0; *pixptr++ = (byte & 64) ? 1 : 0; *pixptr++ = (byte & 32) ? 1 : 0; *pixptr++ = (byte & 16) ? 1 : 0; *pixptr++ = (byte & 8) ? 1 : 0; *pixptr++ = (byte & 4) ? 1 : 0; *pixptr++ = (byte & 2) ? 1 : 0; *pixptr++ = (byte & 1); // no condition needed } } else { // convert each bigbuf byte into 32 bytes of pixel data (8 * RGBA) // get RGBA view of pixel buffer unsigned int *pixptr = (unsigned int *)pixbuf; for (int i = 0; i < ibufsize * 4; i++) { unsigned char byte = *bigptr++; *pixptr++ = (byte & 128) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 64) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 32) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 16) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 8) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 4) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 2) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 1) ? liveRGBA : deadRGBA; } } if (renderer->justState()) renderer->stateblit(rx, ry, rw, rh, pixbuf) ; else renderer->pixblit(rx, ry, rw, rh, pixbuf, pmag); memset(bigbuf, 0, sizeof(ibigbuf)) ; } /* * Here, llx and lly are coordinates in screen pixels describing * where the lower left pixel of the screen is. Draw one node. * This is our main recursive routine. */ void hlifealgo::drawnode(node *n, int llx, int lly, int depth, node *z) { int sw = 1 << (depth - mag + 1) ; if (sw >= bmsize && (llx + vieww <= 0 || lly + viewh <= 0 || llx >= sw || lly >= sw)) return ; if (n == z) { // don't do anything } else if (depth > 2 && sw > 2) { z = z->nw ; sw >>= 1 ; depth-- ; if (sw == (bmsize >> 1)) { drawnode(n->sw, 0, 0, depth, z) ; drawnode(n->se, -(bmsize/2), 0, depth, z) ; drawnode(n->nw, 0, -(bmsize/2), depth, z) ; drawnode(n->ne, -(bmsize/2), -(bmsize/2), depth, z) ; renderbm(-llx, -lly) ; } else { drawnode(n->sw, llx, lly, depth, z) ; drawnode(n->se, llx-sw, lly, depth, z) ; drawnode(n->nw, llx, lly-sw, depth, z) ; drawnode(n->ne, llx-sw, lly-sw, depth, z) ; } } else if (depth > 2 && sw == 2) { draw4x4_1(n, z->nw, llx, lly) ; } else if (sw == 1) { drawpixel(-llx, -lly) ; } else { struct leaf *l = (struct leaf *)n ; sw >>= 1 ; if (sw == 1) { draw4x4_1(l->sw, l->se, l->nw, l->ne, llx, lly) ; } else if (sw == 2) { draw4x4_2(l->sw, l->se, llx, lly) ; draw4x4_2(l->nw, l->ne, llx, lly-sw) ; } else { draw4x4_4(l->sw, l->se, llx, lly) ; draw4x4_4(l->nw, l->ne, llx, lly-sw) ; } } } /* * Fill in the llxb and llyb bits from the viewport information. * Allocate if necessary. This arithmetic should be done carefully. */ void hlifealgo::fill_ll(int d) { pair coor = view->at(0, view->getymax()) ; coor.second.mul_smallint(-1) ; bigint s = 1 ; s <<= d ; coor.first += s ; coor.second += s ; int bitsreq = coor.first.bitsreq() ; int bitsreq2 = coor.second.bitsreq() ; if (bitsreq2 > bitsreq) bitsreq = bitsreq2 ; if (bitsreq <= d) bitsreq = d + 1 ; // need to access llxyb[d] if (bitsreq > llsize) { if (llsize) { delete [] llxb ; delete [] llyb ; } llxb = new char[bitsreq] ; llyb = new char[bitsreq] ; llsize = bitsreq ; } llbits = bitsreq ; coor.first.tochararr(llxb, llbits) ; coor.second.tochararr(llyb, llbits) ; } static void init_compress4x4() { int i; for (i=0; i<8; i++) compress4x4[((size_t)1)<> 1)) ; for (i=0; i<256; i++) if (i & (i-1)) compress4x4[i] = compress4x4[i & (i-1)] | compress4x4[i & -i] ; } /* * This is the top-level draw routine that takes the root node. * It maintains four nodes onto which the screen fits and uses the * high bits of llx/lly to project those four nodes as far down * the tree as possible, so we know we can get away with just * 32-bit arithmetic in the above recursive routine. This way * we don't need any high-precision addition or subtraction to * display an image. */ void hlifealgo::draw(viewport &viewarg, liferender &rendererarg) { if (!inited) { init_compress4x4() ; inited = true; } memset(bigbuf, 0, sizeof(ibigbuf)) ; ensure_hashed() ; renderer = &rendererarg ; if (!renderer->justState()) { // AKT: get cell colors and alpha values for dead and live pixels unsigned char *r, *g, *b; renderer->getcolors(&r, &g, &b, &deada, &livea); deadr = r[0]; deadg = g[0]; deadb = b[0]; liver = r[1]; liveg = g[1]; liveb = b[1]; // create RGBA live color unsigned char *colptr = (unsigned char *)&liveRGBA; *colptr++ = liver; *colptr++ = liveg; *colptr++ = liveb; *colptr++ = livea; // create RGBA dead color colptr = (unsigned char *)&deadRGBA; *colptr++ = deadr; *colptr++ = deadg; *colptr++ = deadb; *colptr++ = deada; } view = &viewarg ; if (renderer->justState()) { if (view->getmag() != 0) lifefatal("Can only call getstate renderer with mag of 0") ; } uvieww = view->getwidth() ; uviewh = view->getheight() ; if (view->getmag() > 0) { pmag = 1 << (view->getmag()) ; mag = 0 ; viewh = ((uviewh - 1) >> view->getmag()) + 1 ; vieww = ((uvieww - 1) >> view->getmag()) + 1 ; uviewh += (-uviewh) & (pmag - 1) ; } else { mag = (-view->getmag()) ; pmag = 1 ; viewh = uviewh ; vieww = uvieww ; } int d = depth ; fill_ll(d) ; int maxd = vieww ; int i ; node *z = zeronode(d) ; node *sw = root, *nw = z, *ne = z, *se = z ; if (viewh > maxd) maxd = viewh ; int llx=-llxb[llbits-1], lly=-llyb[llbits-1] ; /* Skip down to top of tree. */ for (i=llbits-1; i>d && i>=mag; i--) { /* go down to d, but not further than mag */ llx = (llx << 1) + llxb[i] ; lly = (lly << 1) + llyb[i] ; if (llx > 2*maxd || lly > 2*maxd || llx < -2*maxd || lly < -2*maxd) { goto bail ; } } /* Find the lowest four we need to examine */ while (d > 2 && d - mag >= 0 && (d - mag > 28 || (1 << (d - mag)) > 2 * maxd)) { llx = (llx << 1) + llxb[d] ; lly = (lly << 1) + llyb[d] ; if (llx >= 1) { if (lly >= 1) { ne = ne->sw ; nw = nw->se ; se = se->nw ; sw = sw->ne ; lly-- ; } else { ne = se->nw ; nw = sw->ne ; se = se->sw ; sw = sw->se ; } llx-- ; } else { if (lly >= 1) { ne = nw->se ; nw = nw->sw ; se = sw->ne ; sw = sw->nw ; lly-- ; } else { ne = sw->ne ; nw = sw->nw ; se = sw->se ; sw = sw->sw ; } } if (llx > 2*maxd || lly > 2*maxd || llx < -2*maxd || lly < -2*maxd) { goto bail ; } d-- ; } /* At this point we know we can use 32-bit arithmetic. */ for (i=d; i>=mag; i--) { llx = (llx << 1) + llxb[i] ; lly = (lly << 1) + llyb[i] ; } /* clear the border *around* the universe if necessary */ if (d + 1 <= mag) { node *z = zeronode(d) ; if (llx > 0 || lly > 0 || llx + vieww <= 0 || lly + viewh <= 0 || (sw == z && se == z && nw == z && ne == z)) { // no live cells } else { drawpixel(0, 0) ; renderbm(-llx, -lly) ; } } else { z = zeronode(d) ; maxd = 1 << (d - mag + 2) ; if (maxd <= bmsize) { maxd >>= 1 ; drawnode(sw, 0, 0, d, z) ; drawnode(se, -maxd, 0, d, z) ; drawnode(nw, 0, -maxd, d, z) ; drawnode(ne, -maxd, -maxd, d, z) ; renderbm(-llx, -lly) ; } else { maxd >>= 1 ; drawnode(sw, llx, lly, d, z) ; drawnode(se, llx-maxd, lly, d, z) ; drawnode(nw, llx, lly-maxd, d, z) ; drawnode(ne, llx-maxd, lly-maxd, d, z) ; } } bail: renderer = 0 ; view = 0 ; } int getbitsfromleaves(const vector &v) { unsigned short nw=0, ne=0, sw=0, se=0 ; int i; for (i=0; i<(int)v.size(); i++) { leaf *p = (leaf *)v[i] ; nw |= p->nw ; ne |= p->ne ; sw |= p->sw ; se |= p->se ; } int r = 0 ; // horizontal bits are least significant ones unsigned short w = nw | sw ; unsigned short e = ne | se ; // vertical bits are next 8 unsigned short n = nw | ne ; unsigned short s = sw | se ; for (i=0; i<4; i++) { if (w & (0x1111 << i)) r |= 0x1000 << i ; if (e & (0x1111 << i)) r |= 0x100 << i ; if (n & (0xf << (4 * i))) r |= 0x10 << i ; if (s & (0xf << (4 * i))) r |= 0x1 << i ; } return r ; } /** * Copy the vector, but sort it and uniquify it so we don't have a ton * of duplicate nodes. */ void sortunique(vector &dest, vector &src) { swap(src, dest) ; // note: this is superfast sort(dest.begin(), dest.end()) ; vector::iterator new_end = unique(dest.begin(), dest.end()) ; dest.erase(new_end, dest.end()) ; src.clear() ; } void hlifealgo::findedges(bigint *ptop, bigint *pleft, bigint *pbottom, bigint *pright) { // AKT: following code is from fit() but all goal/size stuff // has been removed so it finds the exact pattern edges ensure_hashed() ; bigint xmin = -1 ; bigint xmax = 1 ; bigint ymin = -1 ; bigint ymax = 1 ; int currdepth = depth ; int i; if (root == zeronode(currdepth)) { // AKT: return impossible edges to indicate empty pattern; // not really a problem because caller should check first *ptop = 1 ; *pleft = 1 ; *pbottom = 0 ; *pright = 0 ; return ; } vector top, left, bottom, right ; top.push_back(root) ; left.push_back(root) ; bottom.push_back(root) ; right.push_back(root) ; int topbm = 0, bottombm = 0, rightbm = 0, leftbm = 0 ; while (currdepth >= 0) { currdepth-- ; if (currdepth == 1) { // we have leaf nodes; turn them into bitmasks topbm = getbitsfromleaves(top) & 0xff ; bottombm = getbitsfromleaves(bottom) & 0xff ; leftbm = getbitsfromleaves(left) >> 8 ; rightbm = getbitsfromleaves(right) >> 8 ; } if (currdepth <= 1) { int sz = 1 << (currdepth + 2) ; int maskhi = (1 << sz) - (1 << (sz >> 1)) ; int masklo = (1 << (sz >> 1)) - 1 ; ymax += ymax ; if ((topbm & maskhi) == 0) { ymax.add_smallint(-2) ; } else { topbm >>= (sz >> 1) ; } ymin += ymin ; if ((bottombm & masklo) == 0) { ymin.add_smallint(2) ; bottombm >>= (sz >> 1) ; } xmax += xmax ; if ((rightbm & masklo) == 0) { xmax.add_smallint(-2) ; rightbm >>= (sz >> 1) ; } xmin += xmin ; if ((leftbm & maskhi) == 0) { xmin.add_smallint(2) ; } else { leftbm >>= (sz >> 1) ; } } else { node *z = 0 ; if (hashed) z = zeronode(currdepth) ; vector newv ; int outer = 0 ; for (i=0; i<(int)top.size(); i++) { node *t = top[i] ; if (!outer && (t->nw != z || t->ne != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->nw != z) newv.push_back(t->nw) ; if (t->ne != z) newv.push_back(t->ne) ; } else { if (t->sw != z) newv.push_back(t->sw) ; if (t->se != z) newv.push_back(t->se) ; } } sortunique(top, newv) ; ymax += ymax ; if (!outer) { ymax.add_smallint(-2) ; } outer = 0 ; for (i=0; i<(int)bottom.size(); i++) { node *t = bottom[i] ; if (!outer && (t->sw != z || t->se != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->sw != z) newv.push_back(t->sw) ; if (t->se != z) newv.push_back(t->se) ; } else { if (t->nw != z) newv.push_back(t->nw) ; if (t->ne != z) newv.push_back(t->ne) ; } } sortunique(bottom, newv) ; ymin += ymin ; if (!outer) { ymin.add_smallint(2) ; } outer = 0 ; for (i=0; i<(int)right.size(); i++) { node *t = right[i] ; if (!outer && (t->ne != z || t->se != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->ne != z) newv.push_back(t->ne) ; if (t->se != z) newv.push_back(t->se) ; } else { if (t->nw != z) newv.push_back(t->nw) ; if (t->sw != z) newv.push_back(t->sw) ; } } sortunique(right, newv) ; xmax += xmax ; if (!outer) { xmax.add_smallint(-2) ; } outer = 0 ; for (i=0; i<(int)left.size(); i++) { node *t = left[i] ; if (!outer && (t->nw != z || t->sw != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->nw != z) newv.push_back(t->nw) ; if (t->sw != z) newv.push_back(t->sw) ; } else { if (t->ne != z) newv.push_back(t->ne) ; if (t->se != z) newv.push_back(t->se) ; } } sortunique(left, newv) ; xmin += xmin ; if (!outer) { xmin.add_smallint(2) ; } } } xmin >>= 1 ; xmax >>= 1 ; ymin >>= 1 ; ymax >>= 1 ; xmin <<= (currdepth + 1) ; ymin <<= (currdepth + 1) ; xmax <<= (currdepth + 1) ; ymax <<= (currdepth + 1) ; xmax -= 1 ; ymax -= 1 ; ymin.mul_smallint(-1) ; ymax.mul_smallint(-1) ; // set pattern edges *ptop = ymax ; // due to y flip *pbottom = ymin ; // due to y flip *pleft = xmin ; *pright = xmax ; } void hlifealgo::fit(viewport &view, int force) { ensure_hashed() ; bigint xmin = -1 ; bigint xmax = 1 ; bigint ymin = -1 ; bigint ymax = 1 ; int xgoal = view.getwidth() ; int ygoal = view.getheight() ; if (xgoal < 8) xgoal = 8 ; if (ygoal < 8) ygoal = 8 ; int xsize = 2 ; int ysize = 2 ; int currdepth = depth ; int i; if (root == zeronode(currdepth)) { view.center() ; view.setmag(MAX_MAG) ; return ; } vector top, left, bottom, right ; top.push_back(root) ; left.push_back(root) ; bottom.push_back(root) ; right.push_back(root) ; int topbm = 0, bottombm = 0, rightbm = 0, leftbm = 0 ; while (currdepth >= 0) { currdepth-- ; if (currdepth == 1) { // we have leaf nodes; turn them into bitmasks topbm = getbitsfromleaves(top) & 0xff ; bottombm = getbitsfromleaves(bottom) & 0xff ; leftbm = getbitsfromleaves(left) >> 8 ; rightbm = getbitsfromleaves(right) >> 8 ; } if (currdepth <= 1) { int sz = 1 << (currdepth + 2) ; int maskhi = (1 << sz) - (1 << (sz >> 1)) ; int masklo = (1 << (sz >> 1)) - 1 ; ymax += ymax ; if ((topbm & maskhi) == 0) { ymax.add_smallint(-2) ; ysize-- ; } else { topbm >>= (sz >> 1) ; } ymin += ymin ; if ((bottombm & masklo) == 0) { ymin.add_smallint(2) ; ysize-- ; bottombm >>= (sz >> 1) ; } xmax += xmax ; if ((rightbm & masklo) == 0) { xmax.add_smallint(-2) ; xsize-- ; rightbm >>= (sz >> 1) ; } xmin += xmin ; if ((leftbm & maskhi) == 0) { xmin.add_smallint(2) ; xsize-- ; } else { leftbm >>= (sz >> 1) ; } xsize <<= 1 ; ysize <<= 1 ; } else { node *z = 0 ; if (hashed) z = zeronode(currdepth) ; vector newv ; int outer = 0 ; for (i=0; i<(int)top.size(); i++) { node *t = top[i] ; if (!outer && (t->nw != z || t->ne != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->nw != z) newv.push_back(t->nw) ; if (t->ne != z) newv.push_back(t->ne) ; } else { if (t->sw != z) newv.push_back(t->sw) ; if (t->se != z) newv.push_back(t->se) ; } } top = newv ; newv.clear() ; ymax += ymax ; if (!outer) { ymax.add_smallint(-2) ; ysize-- ; } outer = 0 ; for (i=0; i<(int)bottom.size(); i++) { node *t = bottom[i] ; if (!outer && (t->sw != z || t->se != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->sw != z) newv.push_back(t->sw) ; if (t->se != z) newv.push_back(t->se) ; } else { if (t->nw != z) newv.push_back(t->nw) ; if (t->ne != z) newv.push_back(t->ne) ; } } bottom = newv ; newv.clear() ; ymin += ymin ; if (!outer) { ymin.add_smallint(2) ; ysize-- ; } ysize *= 2 ; outer = 0 ; for (i=0; i<(int)right.size(); i++) { node *t = right[i] ; if (!outer && (t->ne != z || t->se != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->ne != z) newv.push_back(t->ne) ; if (t->se != z) newv.push_back(t->se) ; } else { if (t->nw != z) newv.push_back(t->nw) ; if (t->sw != z) newv.push_back(t->sw) ; } } right = newv ; newv.clear() ; xmax += xmax ; if (!outer) { xmax.add_smallint(-2) ; xsize-- ; } outer = 0 ; for (i=0; i<(int)left.size(); i++) { node *t = left[i] ; if (!outer && (t->nw != z || t->sw != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->nw != z) newv.push_back(t->nw) ; if (t->sw != z) newv.push_back(t->sw) ; } else { if (t->ne != z) newv.push_back(t->ne) ; if (t->se != z) newv.push_back(t->se) ; } } left = newv ; newv.clear() ; xmin += xmin ; if (!outer) { xmin.add_smallint(2) ; xsize-- ; } xsize *= 2 ; } if (xsize > xgoal || ysize > ygoal) break ; } xmin >>= 1 ; xmax >>= 1 ; ymin >>= 1 ; ymax >>= 1 ; xmin <<= (currdepth + 1) ; ymin <<= (currdepth + 1) ; xmax <<= (currdepth + 1) ; ymax <<= (currdepth + 1) ; xmax -= 1 ; ymax -= 1 ; ymin.mul_smallint(-1) ; ymax.mul_smallint(-1) ; if (!force) { // if all four of the above dimensions are in the viewport, don't change if (view.contains(xmin, ymin) && view.contains(xmax, ymax)) return ; } int mag = - currdepth - 1 ; while (xsize <= xgoal && ysize <= ygoal && mag < MAX_MAG) { mag++ ; xsize *= 2 ; ysize *= 2 ; } view.setpositionmag(xmin, xmax, ymin, ymax, mag) ; } void hlifealgo::lowerRightPixel(bigint &x, bigint &y, int mag) { if (mag >= 0) return ; x >>= -mag ; x <<= -mag ; y -= 1 ; y >>= -mag ; y <<= -mag ; y += 1 ; } golly-3.3-src/gollybase/ghashdraw.cpp0000644000175000017500000005660313247734027014673 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * This file is where we figure out how to draw ghashbase structures, * no matter what the magnification or renderer. */ #include "ghashbase.h" #include "util.h" #include #include #include #include using namespace std ; // AKT: a 256x256 pixmap is good for OpenGL and matches the size // used in qlifedraw.cpp and hlifedraw.cpp; // note that logpmsize *must* be 8 in iOS 9.x to avoid drawing problems // in my iPad (probably due to a bug in the OpenGL ES 2 driver) const int logpmsize = 8; // 8=256x256 const int pmsize = (1<justState() || pmag > 1) { // store state info pixbuf[i] = sw; pixbuf[i+1] = se; i -= pmsize; pixbuf[i] = nw; pixbuf[i+1] = ne; } else { // store RGBA info if (sw) { pixRGBAbuf[i] = cellRGBA[sw] ; } if (se) { pixRGBAbuf[i+1] = cellRGBA[se] ; } i -= pmsize ; if (nw) { pixRGBAbuf[i] = cellRGBA[nw] ; } if (ne) { pixRGBAbuf[i+1] = cellRGBA[ne] ; } } } void ghashbase::draw4x4_1(ghnode *n, ghnode *z, int llx, int lly) { // AKT: draw all live cells using state 1 color // pmag == 1, so store RGBA info int i = (pmsize-1+lly) * pmsize - llx; if (n->sw != z) { pixRGBAbuf[i] = state1RGBA; } if (n->se != z) { pixRGBAbuf[i+1] = state1RGBA; } i -= pmsize; if (n->nw != z) { pixRGBAbuf[i] = state1RGBA; } if (n->ne != z) { pixRGBAbuf[i+1] = state1RGBA; } } // AKT: kill all cells in pixbuf void ghashbase::killpixels() { if (renderer->justState() || pmag > 1) { // pixblit assumes pixbuf contains pmsize*pmsize bytes where each byte // is a cell state, so it's easy to kill all cells memset(pixbuf, 0, pmsize*pmsize); } else { // pixblit assumes pixbuf contains 4 bytes (RGBA) for each pixel if (deada == 0) { // dead cells are 100% transparent so we can use fast method // (RGB values are irrelevant if alpha is 0) memset(pixbuf, 0, sizeof(ipixbuf)); } else { // use slower method unsigned int deadRGBA = cellRGBA[0]; unsigned int *rgbabuf = pixRGBAbuf; // fill the first row with the dead pixel state for (int i = 0 ; i < pmsize; i++) { *rgbabuf++ = deadRGBA; } // copy 1st row to remaining rows for (int i = rowoff; i < ibufsize; i += rowoff) { memcpy(&pixbuf[i], pixbuf, rowoff); } } } } void ghashbase::renderbm(int x, int y) { // x,y is lower left corner int rx = x ; int ry = y ; int rw = pmsize ; int rh = pmsize ; if (pmag > 1) { rx *= pmag ; ry *= pmag ; rw *= pmag ; rh *= pmag ; } ry = uviewh - ry - rh ; if (renderer->justState()) renderer->stateblit(rx, ry, rw, rh, pixbuf) ; else renderer->pixblit(rx, ry, rw, rh, pixbuf, pmag); killpixels(); } /* * Here, llx and lly are coordinates in screen pixels describing * where the lower left pixel of the screen is. Draw one ghnode. * This is our main recursive routine. */ void ghashbase::drawghnode(ghnode *n, int llx, int lly, int depth, ghnode *z) { int sw = 1 << (depth - mag + 1) ; if (sw >= pmsize && (llx + vieww <= 0 || lly + viewh <= 0 || llx >= sw || lly >= sw)) return ; if (n == z) { // don't do anything } else if (depth > 0 && sw > 2) { z = z->nw ; sw >>= 1 ; depth-- ; if (sw == (pmsize >> 1)) { drawghnode(n->sw, 0, 0, depth, z) ; drawghnode(n->se, -(pmsize/2), 0, depth, z) ; drawghnode(n->nw, 0, -(pmsize/2), depth, z) ; drawghnode(n->ne, -(pmsize/2), -(pmsize/2), depth, z) ; renderbm(-llx, -lly) ; } else { drawghnode(n->sw, llx, lly, depth, z) ; drawghnode(n->se, llx-sw, lly, depth, z) ; drawghnode(n->nw, llx, lly-sw, depth, z) ; drawghnode(n->ne, llx-sw, lly-sw, depth, z) ; } } else if (depth > 0 && sw == 2) { draw4x4_1(n, z->nw, llx, lly) ; } else if (sw == 1) { drawpixel(-llx, -lly) ; } else { struct ghleaf *l = (struct ghleaf *)n ; sw >>= 1 ; if (sw == 1) { draw4x4_1(l->sw, l->se, l->nw, l->ne, llx, lly) ; } else { lifefatal("Can't happen") ; } } } /* * Fill in the llxb and llyb bits from the viewport information. * Allocate if necessary. This arithmetic should be done carefully. */ void ghashbase::fill_ll(int d) { pair coor = view->at(0, view->getymax()) ; coor.second.mul_smallint(-1) ; bigint s = 1 ; s <<= d ; coor.first += s ; coor.second += s ; int bitsreq = coor.first.bitsreq() ; int bitsreq2 = coor.second.bitsreq() ; if (bitsreq2 > bitsreq) bitsreq = bitsreq2 ; if (bitsreq <= d) bitsreq = d + 1 ; // need to access llxyb[d] if (bitsreq > llsize) { if (llsize) { delete [] llxb ; delete [] llyb ; } llxb = new char[bitsreq] ; llyb = new char[bitsreq] ; llsize = bitsreq ; } llbits = bitsreq ; coor.first.tochararr(llxb, llbits) ; coor.second.tochararr(llyb, llbits) ; } /* * This is the top-level draw routine that takes the root ghnode. * It maintains four ghnodes onto which the screen fits and uses the * high bits of llx/lly to project those four ghnodes as far down * the tree as possible, so we know we can get away with just * 32-bit arithmetic in the above recursive routine. This way * we don't need any high-precision addition or subtraction to * display an image. */ void ghashbase::draw(viewport &viewarg, liferender &rendererarg) { /* AKT: call killpixels below memset(pixbuf, 0, sizeof(ipixbuf)) ; */ ensure_hashed() ; renderer = &rendererarg ; if (!renderer->justState()) { // AKT: get cell colors and alpha values for dead and live pixels renderer->getcolors(&cellred, &cellgreen, &cellblue, &deada, &livea); // rowett: create RGBA view unsigned char *rgbaptr = (unsigned char *)cellRGBA; // create dead color *rgbaptr++ = cellred[0]; *rgbaptr++ = cellgreen[0]; *rgbaptr++ = cellblue[0]; *rgbaptr++ = deada; // create live colors unsigned int livestates = NumCellStates() - 1; for (unsigned int ui = 1; ui <= livestates; ui++) { *rgbaptr++ = cellred[ui]; *rgbaptr++ = cellgreen[ui]; *rgbaptr++ = cellblue[ui]; *rgbaptr++ = livea; } // remember the live state 1 color state1RGBA = cellRGBA[1]; } view = &viewarg ; uvieww = view->getwidth() ; uviewh = view->getheight() ; if (view->getmag() > 0) { pmag = 1 << (view->getmag()) ; mag = 0 ; viewh = ((uviewh - 1) >> view->getmag()) + 1 ; vieww = ((uvieww - 1) >> view->getmag()) + 1 ; uviewh += (-uviewh) & (pmag - 1) ; } else { mag = (-view->getmag()) ; pmag = 1 ; viewh = uviewh ; vieww = uvieww ; } // AKT: must call killpixels after setting pmag killpixels(); int d = depth ; fill_ll(d) ; int maxd = vieww ; int i ; ghnode *z = zeroghnode(d) ; ghnode *sw = root, *nw = z, *ne = z, *se = z ; if (viewh > maxd) maxd = viewh ; int llx=-llxb[llbits-1], lly=-llyb[llbits-1] ; /* Skip down to top of tree. */ for (i=llbits-1; i>d && i>=mag; i--) { /* go down to d, but not further than mag */ llx = (llx << 1) + llxb[i] ; lly = (lly << 1) + llyb[i] ; if (llx > 2*maxd || lly > 2*maxd || llx < -2*maxd || lly < -2*maxd) { goto bail ; } } /* Find the lowest four we need to examine */ while (d > 0 && d - mag >= 0 && (d - mag > 28 || (1 << (d - mag)) > 2 * maxd)) { llx = (llx << 1) + llxb[d] ; lly = (lly << 1) + llyb[d] ; if (llx >= 1) { if (lly >= 1) { ne = ne->sw ; nw = nw->se ; se = se->nw ; sw = sw->ne ; lly-- ; } else { ne = se->nw ; nw = sw->ne ; se = se->sw ; sw = sw->se ; } llx-- ; } else { if (lly >= 1) { ne = nw->se ; nw = nw->sw ; se = sw->ne ; sw = sw->nw ; lly-- ; } else { ne = sw->ne ; nw = sw->nw ; se = sw->se ; sw = sw->sw ; } } if (llx > 2*maxd || lly > 2*maxd || llx < -2*maxd || lly < -2*maxd) { goto bail ; } d-- ; } /* At this point we know we can use 32-bit arithmetic. */ for (i=d; i>=mag; i--) { llx = (llx << 1) + llxb[i] ; lly = (lly << 1) + llyb[i] ; } /* clear the border *around* the universe if necessary */ if (d + 1 <= mag) { ghnode *z = zeroghnode(d) ; if (llx > 0 || lly > 0 || llx + vieww <= 0 || lly + viewh <= 0 || (sw == z && se == z && nw == z && ne == z)) { // no live cells } else { drawpixel(0, 0) ; renderbm(-llx, -lly) ; } } else { z = zeroghnode(d) ; maxd = 1 << (d - mag + 2) ; if (maxd <= pmsize) { maxd >>= 1 ; drawghnode(sw, 0, 0, d, z) ; drawghnode(se, -maxd, 0, d, z) ; drawghnode(nw, 0, -maxd, d, z) ; drawghnode(ne, -maxd, -maxd, d, z) ; renderbm(-llx, -lly) ; } else { maxd >>= 1 ; drawghnode(sw, llx, lly, d, z) ; drawghnode(se, llx-maxd, lly, d, z) ; drawghnode(nw, llx, lly-maxd, d, z) ; drawghnode(ne, llx-maxd, lly-maxd, d, z) ; } } bail: renderer = 0 ; view = 0 ; } static int getbitsfromleaves(const vector &v) { unsigned short nw=0, ne=0, sw=0, se=0 ; int i; for (i=0; i<(int)v.size(); i++) { ghleaf *p = (ghleaf *)v[i] ; nw |= p->nw ; ne |= p->ne ; sw |= p->sw ; se |= p->se ; } int r = 0 ; // horizontal bits are least significant ones unsigned short w = nw | sw ; unsigned short e = ne | se ; // vertical bits are next 8 unsigned short n = nw | ne ; unsigned short s = sw | se ; if (w) r |= 512 ; if (e) r |= 256 ; if (n) r |= 2 ; if (s) r |= 1 ; return r ; } /** * Copy the vector, but sort it and uniquify it so we don't have a ton * of duplicate ghnodes. */ static void sortunique(vector &dest, vector &src) { swap(src, dest) ; // note: this is superfast sort(dest.begin(), dest.end()) ; vector::iterator new_end = unique(dest.begin(), dest.end()) ; dest.erase(new_end, dest.end()) ; src.clear() ; } using namespace std ; void ghashbase::findedges(bigint *ptop, bigint *pleft, bigint *pbottom, bigint *pright) { // following code is from fit() but all goal/size stuff // has been removed so it finds the exact pattern edges ensure_hashed() ; bigint xmin = -1 ; bigint xmax = 1 ; bigint ymin = -1 ; bigint ymax = 1 ; int currdepth = depth ; int i; if (root == zeroghnode(currdepth)) { // return impossible edges to indicate empty pattern; // not really a problem because caller should check first *ptop = 1 ; *pleft = 1 ; *pbottom = 0 ; *pright = 0 ; return ; } vector top, left, bottom, right ; top.push_back(root) ; left.push_back(root) ; bottom.push_back(root) ; right.push_back(root) ; int topbm = 0, bottombm = 0, rightbm = 0, leftbm = 0 ; while (currdepth >= -2) { currdepth-- ; if (currdepth == -1) { // we have ghleaf ghnodes; turn them into bitmasks topbm = getbitsfromleaves(top) & 0xff ; bottombm = getbitsfromleaves(bottom) & 0xff ; leftbm = getbitsfromleaves(left) >> 8 ; rightbm = getbitsfromleaves(right) >> 8 ; } if (currdepth == -1) { int sz = 1 << (currdepth + 2) ; int maskhi = (1 << sz) - (1 << (sz >> 1)) ; int masklo = (1 << (sz >> 1)) - 1 ; ymax += ymax ; if ((topbm & maskhi) == 0) { ymax.add_smallint(-2) ; } else { topbm >>= (sz >> 1) ; } ymin += ymin ; if ((bottombm & masklo) == 0) { ymin.add_smallint(2) ; bottombm >>= (sz >> 1) ; } xmax += xmax ; if ((rightbm & masklo) == 0) { xmax.add_smallint(-2) ; rightbm >>= (sz >> 1) ; } xmin += xmin ; if ((leftbm & maskhi) == 0) { xmin.add_smallint(2) ; } else { leftbm >>= (sz >> 1) ; } } else if (currdepth >= 0) { ghnode *z = 0 ; if (hashed) z = zeroghnode(currdepth) ; vector newv ; int outer = 0 ; for (i=0; i<(int)top.size(); i++) { ghnode *t = top[i] ; if (!outer && (t->nw != z || t->ne != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->nw != z) newv.push_back(t->nw) ; if (t->ne != z) newv.push_back(t->ne) ; } else { if (t->sw != z) newv.push_back(t->sw) ; if (t->se != z) newv.push_back(t->se) ; } } sortunique(top, newv) ; ymax += ymax ; if (!outer) { ymax.add_smallint(-2) ; } outer = 0 ; for (i=0; i<(int)bottom.size(); i++) { ghnode *t = bottom[i] ; if (!outer && (t->sw != z || t->se != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->sw != z) newv.push_back(t->sw) ; if (t->se != z) newv.push_back(t->se) ; } else { if (t->nw != z) newv.push_back(t->nw) ; if (t->ne != z) newv.push_back(t->ne) ; } } sortunique(bottom, newv) ; ymin += ymin ; if (!outer) { ymin.add_smallint(2) ; } outer = 0 ; for (i=0; i<(int)right.size(); i++) { ghnode *t = right[i] ; if (!outer && (t->ne != z || t->se != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->ne != z) newv.push_back(t->ne) ; if (t->se != z) newv.push_back(t->se) ; } else { if (t->nw != z) newv.push_back(t->nw) ; if (t->sw != z) newv.push_back(t->sw) ; } } sortunique(right, newv) ; xmax += xmax ; if (!outer) { xmax.add_smallint(-2) ; } outer = 0 ; for (i=0; i<(int)left.size(); i++) { ghnode *t = left[i] ; if (!outer && (t->nw != z || t->sw != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->nw != z) newv.push_back(t->nw) ; if (t->sw != z) newv.push_back(t->sw) ; } else { if (t->ne != z) newv.push_back(t->ne) ; if (t->se != z) newv.push_back(t->se) ; } } sortunique(left, newv) ; xmin += xmin ; if (!outer) { xmin.add_smallint(2) ; } } } xmin >>= 1 ; xmax >>= 1 ; ymin >>= 1 ; ymax >>= 1 ; xmin <<= (currdepth + 3) ; ymin <<= (currdepth + 3) ; xmax <<= (currdepth + 3) ; ymax <<= (currdepth + 3) ; xmax -= 1 ; ymax -= 1 ; ymin.mul_smallint(-1) ; ymax.mul_smallint(-1) ; // set pattern edges *ptop = ymax ; // due to y flip *pbottom = ymin ; // due to y flip *pleft = xmin ; *pright = xmax ; } void ghashbase::fit(viewport &view, int force) { ensure_hashed() ; bigint xmin = -1 ; bigint xmax = 1 ; bigint ymin = -1 ; bigint ymax = 1 ; int xgoal = view.getwidth() ; int ygoal = view.getheight() ; if (xgoal < 8) xgoal = 8 ; if (ygoal < 8) ygoal = 8 ; int xsize = 2 ; int ysize = 2 ; int currdepth = depth ; int i; if (root == zeroghnode(currdepth)) { view.center() ; view.setmag(MAX_MAG) ; return ; } vector top, left, bottom, right ; top.push_back(root) ; left.push_back(root) ; bottom.push_back(root) ; right.push_back(root) ; int topbm = 0, bottombm = 0, rightbm = 0, leftbm = 0 ; while (currdepth >= 0) { currdepth-- ; if (currdepth == -1) { // we have ghleaf ghnodes; turn them into bitmasks topbm = getbitsfromleaves(top) & 0xff ; bottombm = getbitsfromleaves(bottom) & 0xff ; leftbm = getbitsfromleaves(left) >> 8 ; rightbm = getbitsfromleaves(right) >> 8 ; } if (currdepth == -1) { int sz = 1 << (currdepth + 2) ; int maskhi = (1 << sz) - (1 << (sz >> 1)) ; int masklo = (1 << (sz >> 1)) - 1 ; ymax += ymax ; if ((topbm & maskhi) == 0) { ymax.add_smallint(-2) ; ysize-- ; } else { topbm >>= (sz >> 1) ; } ymin += ymin ; if ((bottombm & masklo) == 0) { ymin.add_smallint(2) ; ysize-- ; bottombm >>= (sz >> 1) ; } xmax += xmax ; if ((rightbm & masklo) == 0) { xmax.add_smallint(-2) ; xsize-- ; rightbm >>= (sz >> 1) ; } xmin += xmin ; if ((leftbm & maskhi) == 0) { xmin.add_smallint(2) ; xsize-- ; } else { leftbm >>= (sz >> 1) ; } xsize <<= 1 ; ysize <<= 1 ; } else if (currdepth >= 0) { ghnode *z = 0 ; if (hashed) z = zeroghnode(currdepth) ; vector newv ; int outer = 0 ; for (i=0; i<(int)top.size(); i++) { ghnode *t = top[i] ; if (!outer && (t->nw != z || t->ne != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->nw != z) newv.push_back(t->nw) ; if (t->ne != z) newv.push_back(t->ne) ; } else { if (t->sw != z) newv.push_back(t->sw) ; if (t->se != z) newv.push_back(t->se) ; } } top = newv ; newv.clear() ; ymax += ymax ; if (!outer) { ymax.add_smallint(-2) ; ysize-- ; } outer = 0 ; for (i=0; i<(int)bottom.size(); i++) { ghnode *t = bottom[i] ; if (!outer && (t->sw != z || t->se != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->sw != z) newv.push_back(t->sw) ; if (t->se != z) newv.push_back(t->se) ; } else { if (t->nw != z) newv.push_back(t->nw) ; if (t->ne != z) newv.push_back(t->ne) ; } } bottom = newv ; newv.clear() ; ymin += ymin ; if (!outer) { ymin.add_smallint(2) ; ysize-- ; } ysize *= 2 ; outer = 0 ; for (i=0; i<(int)right.size(); i++) { ghnode *t = right[i] ; if (!outer && (t->ne != z || t->se != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->ne != z) newv.push_back(t->ne) ; if (t->se != z) newv.push_back(t->se) ; } else { if (t->nw != z) newv.push_back(t->nw) ; if (t->sw != z) newv.push_back(t->sw) ; } } right = newv ; newv.clear() ; xmax += xmax ; if (!outer) { xmax.add_smallint(-2) ; xsize-- ; } outer = 0 ; for (i=0; i<(int)left.size(); i++) { ghnode *t = left[i] ; if (!outer && (t->nw != z || t->sw != z)) { newv.clear() ; outer = 1 ; } if (outer) { if (t->nw != z) newv.push_back(t->nw) ; if (t->sw != z) newv.push_back(t->sw) ; } else { if (t->ne != z) newv.push_back(t->ne) ; if (t->se != z) newv.push_back(t->se) ; } } left = newv ; newv.clear() ; xmin += xmin ; if (!outer) { xmin.add_smallint(2) ; xsize-- ; } xsize *= 2 ; } if (xsize > xgoal || ysize > ygoal) break ; } if (currdepth < 0){ xmin >>= -currdepth ; ymin >>= -currdepth ; xmax >>= -currdepth ; ymax >>= -currdepth ; } else { xmin <<= currdepth ; ymin <<= currdepth ; xmax <<= currdepth ; ymax <<= currdepth ; } xmax -= 1 ; ymax -= 1 ; ymin.mul_smallint(-1) ; ymax.mul_smallint(-1) ; if (!force) { // if all four of the above dimensions are in the viewport, don't change if (view.contains(xmin, ymin) && view.contains(xmax, ymax)) return ; } int mag = - currdepth - 1 ; while (xsize <= xgoal && ysize <= ygoal && mag < MAX_MAG) { mag++ ; xsize *= 2 ; ysize *= 2 ; } view.setpositionmag(xmin, xmax, ymin, ymax, mag) ; } void ghashbase::lowerRightPixel(bigint &x, bigint &y, int mag) { if (mag >= 0) return ; x >>= -mag ; x <<= -mag ; y -= 1 ; y >>= -mag ; y <<= -mag ; y += 1 ; } golly-3.3-src/gollybase/bigint.cpp0000644000175000017500000004332713230774246014175 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "bigint.h" #include #include #include #include #include #include "util.h" #undef SLOWCHECK using namespace std ; /** * Static data. */ static const int MAX_SIMPLE = 0x3fffffff ; static const int MIN_SIMPLE = -0x40000000 ; char *bigint::printbuf ; int *bigint::work ; int bigint::printbuflen ; int bigint::workarrlen ; char bigint::sepchar = ',' ; int bigint::sepcount = 3 ; /** * Routines. */ bigint::bigint(G_INT64 i) { if (i <= INT_MAX && i >= INT_MIN) fromint((int)i) ; else { v.i = 0 ; vectorize(0) ; v.p[0] = 3 ; v.p[1] = (int)(i & 0x7fffffff) ; v.p[2] = (int)((i >> 31) & 0x7fffffff) ; v.p[3] = 0 ; ripple((int)(i >> 62), 3) ; } } // we can parse ####, 2^###, -##### // AKT: we ignore all non-digits (except for leading '-') // so we can parse strings like "1,234" or "+1.234"; // it is up to caller to impose smarter restrictions bigint::bigint(const char *s) { if (*s == '2' && s[1] == '^') { long x = atol(s+2) ; if (x < 31) fromint(1 << x) ; else { int sz = 2 + int((x + 1) / 31) ; int asz = sz ; while (asz & (asz - 1)) asz &= asz - 1 ; asz *= 2 ; v.p = new int[asz] ; v.p[0] = sz ; for (int i=1; i<=sz; i++) v.p[i] = 0 ; v.p[sz-1] = 1 << (x % 31) ; } } else { int neg = 0 ; if (*s == '-') { neg = 1 ; s++ ; } fromint(0) ; while (*s) { // AKT: was *s != sepchar if (*s >= '0' && *s <= '9') { mul_smallint(10) ; if (neg) add_smallint('0'-*s) ; else add_smallint(*s-'0') ; } s++ ; } } } static int *copyarr(int *p) { int sz = *p ; while (sz & (sz - 1)) sz &= sz - 1 ; sz *= 2 ; int *r = new int[sz] ; memcpy(r, p, sizeof(int) * (p[0] + 1)) ; #ifdef SLOWCHECK for (int i=p[0]+1; i printbuflen) { if (printbuf) delete [] printbuf ; printbuf = new char[2 * lenreq] ; printbuflen = 2 * lenreq ; } int sz = 1 ; if (0 == (v.i & 1)) sz = size() ; ensurework(sz) ; int neg = sign() < 0 ; if (v.i & 1) { if (neg) work[0] = -(v.i >> 1) ; else work[0] = v.i >> 1 ; } else { if (neg) { int carry = 1 ; for (int i=0; i+1> 31) & 1 ; } work[sz-1] = carry + ~v.p[sz] ; } else { for (int i=0; i=0; i--) { G_INT64 c = carry * G_MAKEINT64(0x80000000) + work[i] ; carry = (int)(c % bigradix) ; work[i] = (int)(c / bigradix) ; allbits |= work[i] ; } for (i=0; i<9; i++) { // put the nine digits in *p++ = (char)(carry % 10 + '0') ; carry /= 10 ; } if (allbits == 0) break ; } while (p > printbuf + 1 && *(p-1) == '0') p-- ; char *r = p ; if (neg) *r++ = '-' ; for (int i=(int)(p-printbuf-1); i>=0; i--) { *r++ = printbuf[i] ; if (i && sep && (i % sepcount == 0)) *r++ = sep ; } *r++ = 0 ; return p ; } void bigint::grow(int osz, int nsz) { int bdiffs = osz ^ nsz ; if (bdiffs > osz) { while (bdiffs & (bdiffs - 1)) bdiffs &= bdiffs - 1 ; int *nv = new int[2*bdiffs] ; for (int i=0; i<=osz; i++) nv[i] = v.p[i] ; #ifdef SLOWCHECK for (int i=osz+1; i<2*bdiffs; i++) nv[i] = 0xdeadbeef ; #endif delete [] v.p ; v.p = nv ; } int av = v.p[osz] ; while (osz < nsz) { v.p[osz] = av & 0x7fffffff ; osz++ ; } v.p[nsz] = av ; v.p[0] = nsz ; } bigint& bigint::operator+=(const bigint &a) { if (a.v.i & 1) add_smallint(a.v.i >> 1) ; else { if (v.i & 1) vectorize(v.i >> 1) ; ripple(a, 0) ; } return *this ; } bigint& bigint::operator-=(const bigint &a) { if (a.v.i & 1) add_smallint(-(a.v.i >> 1)) ; else { if (v.i & 1) vectorize(v.i >> 1) ; ripplesub(a, 1) ; } return *this ; } int bigint::sign() const { int si = v.i ; if (0 == (si & 1)) si = v.p[size()] ; if (si > 0) return 1 ; if (si < 0) return -1 ; return 0 ; } int bigint::size() const { return v.p[0] ; } void bigint::add_smallint(int a) { if (v.i & 1) fromint((v.i >> 1) + a) ; else ripple(a, 1) ; } // do we need to shrink it to keep it canonical? void bigint::shrink(int pos) { while (pos > 1 && ((v.p[pos] - v.p[pos-1]) & 0x7fffffff) == 0) { pos-- ; v.p[pos] = v.p[pos+1] ; v.p[0] = pos ; } if (pos == 1) { int c = v.p[1] ; delete [] v.p ; v.i = 1 | (c << 1) ; } else if (pos == 2 && ((v.p[2] ^ v.p[1]) & 0x40000000) == 0) { int c = v.p[1] + (v.p[2] << 31) ; delete [] v.p ; v.i = 1 | (c << 1) ; } } void grow(int osz, int nsz) ; // note: carry may be any legal 31-bit int, *or* positive 2^30 // note: may only be called on arrayed bigints void bigint::ripple(int carry, int pos) { int c ; int sz = size() ; while (pos < sz) { c = v.p[pos] + (carry & 0x7fffffff) ; carry = ((c >> 31) & 1) + (carry >> 31) ; v.p[pos++] = c & 0x7fffffff; } c = v.p[pos] + carry ; if (c == 0 || c == -1) { // see if we can make it smaller v.p[pos] = c ; shrink(pos) ; } else { // need to extend if (0 == (sz & (sz + 1))) { // grow array (oops) grow(sz, sz+1) ; } else v.p[0] = sz + 1 ; v.p[pos] = c & 0x7fffffff ; v.p[pos+1] = -((c >> 31) & 1) ; } } void bigint::ripple(const bigint &a, int carry) { int asz = a.size() ; int tsz = size() ; int pos = 1 ; if (tsz < asz) { // gotta resize grow(tsz, asz) ; tsz = asz ; } while (pos < asz) { int c = v.p[pos] + a.v.p[pos] + carry ; carry = (c >> 31) & 1 ; v.p[pos++] = c & 0x7fffffff; } ripple(carry + a.v.p[pos], pos) ; } void bigint::ripplesub(const bigint &a, int carry) { int asz = a.size() ; int tsz = size() ; int pos = 1 ; if (tsz < asz) { // gotta resize grow(tsz, asz) ; tsz = asz ; } while (pos < asz) { int c = v.p[pos] + (0x7fffffff ^ a.v.p[pos]) + carry ; carry = (c >> 31) & 1 ; v.p[pos++] = c & 0x7fffffff; } ripple(carry + ~a.v.p[pos], pos) ; } // make sure it's in vector form; may leave it not canonical! void bigint::vectorize(int i) { v.p = new int[4] ; v.p[0] = 2 ; v.p[1] = i & 0x7fffffff ; if (i < 0) v.p[2] = -1 ; else v.p[2] = 0 ; #ifdef SLOWCHECK v.p[3] = 0xdeadbeef ; #endif } void bigint::fromint(int i) { if (i <= MAX_SIMPLE && i >= MIN_SIMPLE) v.i = (i << 1) | 1 ; else vectorize(i) ; } void bigint::ensurework(int sz) const { sz += 3 ; if (sz > workarrlen) { if (work) delete [] work ; work = new int[sz * 2] ; workarrlen = sz * 2 ; } } void bigint::mul_smallint(int a) { int c ; if (a == 0) { *this = 0 ; return ; } if (v.i & 1) { if ((v.i >> 1) <= MAX_SIMPLE / a) { c = (v.i >> 1) * a ; fromint((v.i >> 1) * a) ; return ; } vectorize(v.i >> 1) ; } int sz = size() ; int carry = 0 ; int pos = 1 ; while (pos < sz) { int clo = (v.p[pos] & 0xffff) * a + carry ; int chi = (v.p[pos] >> 16) * a + (clo >> 16) ; carry = chi >> 15 ; v.p[pos++] = (clo & 0xffff) + ((chi & 0x7fff) << 16) ; } c = v.p[pos] * a + carry ; if (c == 0 || c == -1) { // see if we can make it smaller v.p[pos] = c ; shrink(pos) ; } else { // need to extend if (0 == (sz & (sz + 1))) { // grow array (oops) grow(sz, sz+1) ; } else v.p[0] = sz + 1 ; v.p[pos] = c & 0x7fffffff ; v.p[pos+1] = -((c >> 31) & 1) ; } } void bigint::div_smallint(int a) { if (v.i & 1) { int r = (v.i >> 1) / a ; fromint(r) ; return ; } if (v.p[v.p[0]] < 0) lifefatal("we don't support divsmallint when negative yet") ; int carry = 0 ; int pos = v.p[0] ; while (pos > 0) { G_INT64 t = ((G_INT64)carry << G_MAKEINT64(31)) + v.p[pos] ; carry = (int)(t % a) ; v.p[pos] = (int)(t / a) ; pos-- ; } shrink(v.p[0]) ; } int bigint::mod_smallint(int a) { if (v.i & 1) return (((v.i >> 1) % a) + a) % a ; int pos = v.p[0] ; int mm = (2 * ((1 << 30) % a) % a) ; int r = 0 ; while (pos > 0) { r = (mm * r + v.p[pos]) % a ; pos-- ; } return (r + a) % a ; } void bigint::div2() { if (v.i & 1) { v.i = ((v.i >> 1) | 1) ; return ; } int sz = v.p[0] ; int carry = -v.p[sz] ; for (int i=sz-1; i>0; i--) { int c = (v.p[i] >> 1) + (carry << 30) ; carry = v.p[i] & 1 ; v.p[i] = c ; } shrink(v.p[0]) ; } bigint& bigint::operator>>=(int i) { if (v.i & 1) { if (i > 31) v.i = ((v.i >> 31) | 1) ; else v.i = ((v.i >> i) | 1) ; return *this ; } int bigsh = i / 31 ; if (bigsh) { if (bigsh >= v.p[0]) { v.p[1] = v.p[v.p[0]] ; v.p[0] = 1 ; } else { for (int j=1; j+bigsh<=v.p[0]; j++) v.p[j] = v.p[j+bigsh] ; v.p[0] -= bigsh ; } i -= bigsh * 31 ; } int carry = v.p[v.p[0]] ; if (i) { for (int j=v.p[0]-1; j>0; j--) { int c = ((v.p[j] >> i) | (carry << (31-i))) & 0x7fffffff ; carry = v.p[j] ; v.p[j] = c ; } } shrink(v.p[0]) ; return *this ; } bigint& bigint::operator<<=(int i) { if (v.i & 1) { if (v.i == 1) return *this ; if (i < 30 && (v.i >> 31) == (v.i >> (31 - i))) { v.i = ((v.i & ~1) << i) | 1 ; return *this ; } vectorize(v.i >> 1) ; } int bigsh = i / 31 ; int nsize = v.p[0] + bigsh + 1 ; // how big we need it to be, worst case grow(v.p[0], nsize) ; if (bigsh) { int j ; for (j=v.p[0]-1; j>bigsh; j--) v.p[j] = v.p[j-bigsh] ; for (j=bigsh; j>0; j--) v.p[j] = 0 ; i -= bigsh * 31 ; } int carry = 0 ; if (i) { for (int j=1; j> (31-i))) & 0x7fffffff ; carry = v.p[j] ; v.p[j] = c ; } } shrink(v.p[0]) ; return *this ; } void bigint::mulpow2(int p) { if (p > 0) *this <<= p ; else if (p < 0) *this >>= -p ; } int bigint::even() const { if (v.i & 1) return 1-((v.i >> 1) & 1) ; else return 1-(v.p[1] & 1) ; } int bigint::odd() const { if (v.i & 1) return ((v.i >> 1) & 1) ; else return (v.p[1] & 1) ; } int bigint::low31() const { if (v.i & 1) return ((v.i >> 1) & 0x7fffffff) ; else return v.p[1] ; } int bigint::operator==(const bigint &b) const { if ((b.v.i - v.i) & 1) return 0 ; if (v.i & 1) return v.i == b.v.i ; if (b.v.p[0] != v.p[0]) return 0 ; return memcmp(v.p, b.v.p, sizeof(int) * (v.p[0] + 1)) == 0 ; } int bigint::operator!=(const bigint &b) const { return !(*this == b) ; } int bigint::operator<(const bigint &b) const { if (b.v.i & 1) if (v.i & 1) return v.i < b.v.i ; else return v.p[v.p[0]] < 0 ; else if (v.i & 1) return b.v.p[b.v.p[0]] >= 0 ; int d = v.p[v.p[0]] - b.v.p[b.v.p[0]] ; if (d < 0) return 1 ; if (d > 0) return 0 ; if (v.p[0] > b.v.p[0]) return v.p[v.p[0]] < 0 ; else if (v.p[0] < b.v.p[0]) return v.p[v.p[0]] >= 0 ; for (int i=v.p[0]; i>0; i--) if (v.p[i] < b.v.p[i]) return 1 ; else if (v.p[i] > b.v.p[i]) return 0 ; return 0 ; } int bigint::operator<=(const bigint &b) const { if (b.v.i & 1) if (v.i & 1) return v.i <= b.v.i ; else return v.p[v.p[0]] < 0 ; else if (v.i & 1) return b.v.p[b.v.p[0]] >= 0 ; int d = v.p[v.p[0]] - b.v.p[b.v.p[0]] ; if (d < 0) return 1 ; if (d > 0) return 0 ; if (v.p[0] > b.v.p[0]) return v.p[v.p[0]] < 0 ; else if (v.p[0] < b.v.p[0]) return v.p[v.p[0]] >= 0 ; for (int i=v.p[0]; i>0; i--) if (v.p[i] < b.v.p[i]) return 1 ; else if (v.p[i] > b.v.p[i]) return 0 ; return 1 ; } int bigint::operator>(const bigint &b) const { return !(*this <= b) ; } int bigint::operator>=(const bigint &b) const { return !(*this < b) ; } static double mybpow(int n) { double r = 1 ; double s = 65536.0 * 32768.0 ; while (n) { if (n & 1) r *= s ; s *= s ; n >>= 1 ; } return r ; } /** * Turn this bigint into a double. */ double bigint::todouble() const { if (v.i & 1) return (double)(v.i >> 1) ; double r = 0 ; double m = 1 ; int lim = 1 ; if (v.p[0] > 4) { lim = v.p[0] - 3 ; m = mybpow(lim-1) ; } for (int i=lim; i<=v.p[0]; i++) { r = r + m * v.p[i] ; m *= 65536 * 32768.0 ; } return r ; } /** * Turn this bigint into a double in a way that preserves huge exponents. * Here are some examples: * * To represent * the quantity We return the value * 27 1.27 * -6.02e23 -23.602 * 6.02e23 23.602 * 9.99e299 299.999 * 1.0e300 300.1 * 1.0e1000 1000.1 This would normally overflow * 6.7e12345 12345.67 */ double bigint::toscinot() const { double mant, exponent; double k_1_10 = 0.1; double k_1_10000 = 0.0001; double k_base = 65536.0 * 32768.0; exponent = 0; if (v.i & 1) { /* small integer */ mant = (double)(v.i >> 1) ; } else { /* big integer: a string of 31-bit chunks */ mant = 0 ; double m = 1 ; for (int i=1; i<=v.p[0]; i++) { mant = mant + m * v.p[i] ; m *= k_base ; while (m >= 100000.0) { m *= k_1_10000; mant *= k_1_10000; exponent += 4.0; } } } /* Add the last few powers of 10 back into the mantissa */ while(((mant < 0.5) && (mant > -0.5)) && (exponent > 0.0)) { mant *= 10.0; exponent -= 1.0; } /* Mantissa might be greater than 1 at this point */ while((mant >= 1.0) || (mant <= -1.0)) { mant *= k_1_10; exponent += 1.0; } if (mant >= 0) { // Normal case: 6.02e23 -> 23.602 return(exponent + mant); } // Negative case: -6.02e23 -> -23.602 // In this example mant will be -0.602 and exponent will be 23.0 return(mant - exponent); } /** * Return an int. */ int bigint::toint() const { if (v.i & 1) return (v.i >> 1) ; return (v.p[v.p[0]] << 31) | v.p[1] ; } /** * How many bits required to represent this, approximately? * Should overestimate but not by too much. */ int bigint::bitsreq() const { if (v.i & 1) return 31 ; return v.p[0] * 31 ; } /** * Find the lowest bit set. */ int bigint::lowbitset() const { int r = 0 ; if (v.i & 1) { if (v.i == 1) return -1 ; for (int i=1; i<32; i++) if ((v.i >> i) & 1) return i-1 ; } int o = 1 ; while (v.p[o] == 0) { o++ ; r += 31 ; } for (int i=0; i<32; i++) if ((v.p[o] >> i) & 1) return i + r ; return -1 ; } /** * Fill a character array with the bits. Top one is always * the sign bit. */ void bigint::tochararr(char *fillme, int n) const { int at = 0 ; while (n > 0) { int w = 0 ; if (v.i & 1) { if (at == 0) w = v.i >> 1 ; else w = v.i >> 31 ; } else { if (at < v.p[0]) w = v.p[at+1] ; else w = v.p[v.p[0]] ; } int lim = 31 ; if (n < 31) lim = n ; for (int i=0; i>= 1 ; } n -= 31 ; at++ ; } } /** * Manifests. */ const bigint bigint::zero(0) ; const bigint bigint::one(1) ; const bigint bigint::two(2) ; const bigint bigint::three(3) ; const bigint bigint::maxint(INT_MAX) ; const bigint bigint::minint(INT_MIN) ; // most editing operations are limited to absolute coordinates <= 10^9, // partly because getcell and setcell only take int parameters, but mostly // to avoid ridiculously long cut/copy/paste/rotate/etc operations const bigint bigint::min_coord(-1000000000) ; const bigint bigint::max_coord(+1000000000) ; golly-3.3-src/gollybase/lifepoll.h0000755000175000017500000000622013145740437014166 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * This interface is called every so often by lifealgo routines to * make sure events are processed and the screen is redrawn in a * timely manner. The default class does nothing (no actual * callbacks); the user of this class should override checkevents() * to do the right thing. */ #ifndef LIFEPOLL_H #define LIFEPOLL_H /** * How frequently to invoke the heavyweight event checker, as a * count of inner-loop polls. */ const int POLLINTERVAL = 1000 ; class lifepoll { public: lifepoll() ; /** * This is what should be overridden; it should check events, * and return 0 if all is okay or 1 if the existing calculation * should be interrupted. */ virtual int checkevents() ; /** * Was an interrupt requested? */ int isInterrupted() { return interrupted ; } /** * Before a calculation begins, call this to reset the * interrupted flag. */ void resetInterrupted() { interrupted = 0 ; } /** * Call this to stop the current calculation. */ void setInterrupted() { interrupted = 1 ; } /** * This is the routine called by the life algorithms at various * points. It calls checkevents() and stashes the result. * * This routine may happen to go in the inner loop where it * could be called a million times a second or more. Checking * for events might be a moderately heavyweight operation that * could take microseconds, significantly slowing down the * calculation. To solve this, we use a countdown variable * and only actually check when the countdown gets low * enough (and we put it inline). We assume a derating of * 1000 is sufficient to alleviate the slowdown without * significantly impacting event response time. Even so, the * poll positions should be carefully selected to be *not* * millions of times a second. */ inline int poll() { return (countdown-- > 0) ? interrupted : inner_poll() ; } int inner_poll() ; /** * Sometimes we do a lengthy operation that we *don't* poll * during. After such operations, this function resets the * poll countdown back to zero so we get very quick response. */ void reset_countdown() { countdown = 0 ; } /** * Some routines should not be called during a poll() such as ones * that would modify the state of the algorithm process. Some * can be safely called but should be deferred. This routine lets * us know if we are called from the callback or not. */ int isCalculating() { return calculating ; } void bailIfCalculating() ; /** * Sometimes getPopulation is called when hashlife is in a state * where we just can't calculate it at that point in time. So * hashlife remembers that the population was requested, and * when the GC is finished, calcs the pop and executes this * callback to update the status window. */ virtual void updatePop() ; private: int interrupted ; int calculating ; int countdown ; } ; extern lifepoll default_poller ; #endif golly-3.3-src/gollybase/qlifealgo.h0000644000175000017500000002764213441044674014332 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * This is the fast "conventional" life algorithm code. */ #ifndef QLIFEALGO_H #define QLIFEALGO_H #include "lifealgo.h" #include "liferules.h" #include /* * The smallest unit of the universe is the `slice', which is a * 4 (horizontal) by 8 (vertical) chunk of the world. Each slice * is stored in a 32-bit word. The most significant bit of the * word is the upper left bit; the remaining bits go across * horizontally then down vertically. * * We always recompute in units of a slice. This is smaller than the * 8x8 in some programs, and in this particular case adds to the * efficiency. * * This arrangment of bits was selected to minimize the bit * twiddling needed for lookup; in general, we use a lookup table * that takes a 4x4 current-generation and figures out the values * of the inner 2x2 cells. * * A `brick' is composed of eight slices for the even generation and * eight slices for the odd generation. This is a total of 16 * 32-bit words. The slices are concatenated horizontally so each * brick contains two generations of a 32x8 section of the universe. * * No other data is stored directly into the bricks; various flags are * stored in the next level up. We try and minimize the size of the * data for a given universe so that we can minimize the number of * data cache misses and TLB misses. For almost all universes, the * bulk of the allocated data is in these 64-byte bricks. * * We use a stagger-step type algorithm to minimize the number of * neighbors that need to be examined (thanks, Alan!) for each slice. * Thus, a brick that holds (0,0)-(31,7) for the even generation would * hold (1,1)-(32,8) in the odd generations. */ struct brick { /* 64 bytes */ unsigned int d[16] ; } ; /* * A tile contains the flags for four bricks, and pointers to the bricks * themselves. These pointers are never null; if the portion of the * universe is completely empty, they point to a unique allocated * `emptybrick'. This means that we do not need to check if the pointers * are null; we can simply always dereference and get valid data. Thus, * each tile corresponds to a 32x32 section of the universe. * * The c flags indicate that, in the previous computation, * the data was found to change in some slice or * subslice. The least significant bit in each c01 flag corresponds * to the last (8th) slice for phase 0->1, and to the first slice for * phase 1->0. * * There are ten valid bits in c flags 1-4, one for each slice, * one most significant one that indicates that the rightmost (leftmost) * two columns of the first (eighth) slice changed in phase 0->1 (1->0) * (and thus, the next brick to the left (right) needs to be recomputed). * The tenth bit is just the ninth bit from the previous generation. * * For c flags 0 and 5, we only have the first nine bits as above. * * We need six flags; four for the slices themselves, and one indicating * that the top two rows of a particular slice has changed, and thus * the next brick up needs to be recomputed, and one indicating that the * bottom two rows of a particular slice has changed. * * In all cases, tiles only contain data about what has happened completely * within their borders; indicating that the next slice over needs to be * recomputed is handled by always inspecting the neighboring slices * *before* a recomputation. * * The flags int is divided into two 12-bit fields, each holding a population * count, and one eight-bit field, holding dirty flags. * * Note that tiles only point `down' to bricks, never to each other or to * higher-level supertiles. * * Tiles are numbered as level `0' of the universe tree. * * The tiles are 32 bytes each; they can hold up to four bricks, so the * memory consumption of the tiles tends to be small. */ struct tile { /* 32 bytes */ struct brick *b[4] ; short c[6] ; int flags ; } ; /* * Supertiles hold pointers to eight subtiles, which can either be * tiles or supertiles themselves. Supertiles are numbered as levels `1' on * up of the universe tree. * * Odd levels stack their subtiles horizontally; even levels stack their * subtiles vertically. Thus, each supertile at level 1 corresponds to * a 256x32 section of the universe. Each supertile at level 2 corresponds * to a 256x256 section of the universe. And so on. * * Levels are never skipped (that is, each pointer in a supertile at * level `n' points to a valid supertile or tile at level `n-1'). * * The c flag indicates that changes have happened in the subtiles. * The least significant eight bits indicate that changes have occurred * anywhere in the subtile; the least significant bit (bit 0) is associated * with the first subtile for phase 0->1 and the eighth subtile for phase * 1->0, and bit 7 is associated with other. Bit number 8 indicates that * some bits on the right (left) edge of the eighth (first) subtile have * changed for phase 0->1 (1->0). Bits numbered 9 through 16 indicate that * bits on the bottom (top) of the corresponding subtile have changed, and * bit number 17 indicates that a bit in the lower right (upper left) corner * of the eighth (first) subtile has changed. * * Bit 18 through 27 correspond to the previous generation's bits 8 through * 17. Bits 28 through 31 are the dirty bits; we currently use three of * them. * * The above description corresponds to odd levels. For even levels, * since tiles are stacked vertically instead of horizontally, change * `lower' to `right' and `right' to `lower'. * * The dirty flags again are used to indicate that this tile needed to * be recomputed since the last time the dirty bit was cleared. * * The two pop values hold a population count, if the appropriate dirty * bit is clear. These counts will never hold values greater than * 500M, so that a sum of the eight in unsigned arithmetic is guaranteed * to never overflow. * * This completes the universe data structures. Note that there is no * limit (other than the size of a pointer and memory constraints) on * the size of the universe. For instance, using these data structures * we can easily build a universe with elements separated by 2^200 * pixels. * * The supertiles are 44 bytes each; they correspond to at least a * 256x32 chunk of the universe, so the total memory consumption due to * supertiles tends to be small. */ struct supertile { /* 44 bytes */ struct supertile *d[8] ; int flags ; int pop[2] ; } ; /* * This is a common header for chunks of memory linked together. */ struct linkedmem { struct linkedmem *next ; } ; /* * This structure contains all of our variables that pertain to a * particular universe. (Thus, we support multiple universes.) * * The minx, miny, maxx, and maxy values describe the borders of * the universe dictated by the level of the root supertile. If * ever during computation these bounds are found to be too tight, * another supertile is added on top of the root, expanding these * bounds. * * These bounds currently limit the size of the universe to 2^32 in * each direction; however, they are only used during the set call * (when initially setting up the universe). Changing them to * doubles or 64-bit ints will relax this limitation. For now we * leave them as is. * * The rootlev variable contains the supertile level of the root node. * * The tilelist, supertilelist, and bricklist are freelists for the * appropriate type of structure. * * The memused is a linked list of all memory blocks allocated; this * enables us to free the universe and all of its memory without actually * walking the entire life tree. * * The emptybrick pointer points to the unique brick that is guaranteed * to always be empty. The emptytile pointer is similar. * * Finally, root is the top of the current life tree. Nullroot is the * topmost empty supertile allocated, and nullroots[] holds the empty * supertiles at each level. Setting this to 40 limits the number of * levels to 40, which is sufficient for a 2^65x2^62 universe. */ class qlifealgo : public lifealgo { public: qlifealgo() ; virtual ~qlifealgo() ; virtual void clearall() ; virtual int setcell(int x, int y, int newstate) ; virtual int getcell(int x, int y) ; virtual int nextcell(int x, int y, int &v) ; // call after setcell/clearcell calls virtual void endofpattern() { // AKT: unnecessary (and prevents shrinking selection while generating) // poller->bailIfCalculating() ; popValid = 0 ; } virtual void setIncrement(bigint inc) { increment = inc ; } virtual void setIncrement(int inc) { increment = inc ; } virtual void setGeneration(bigint gen) { generation = gen ; } virtual const bigint &getPopulation() ; virtual int isEmpty() ; // can we do the gen count doubling? only hashlife virtual int hyperCapable() { return 0 ; } virtual void setMaxMemory(int m) ; virtual int getMaxMemory() { return (int)(maxmemory >> 20) ; } virtual const char *setrule(const char *s) ; virtual const char *getrule() { return qliferules.getrule() ; } virtual void step() ; virtual void* getcurrentstate() { return 0 ; } virtual void setcurrentstate(void *) {} virtual void draw(viewport &view, liferender &renderer) ; virtual void fit(viewport &view, int force) ; virtual void lowerRightPixel(bigint &x, bigint &y, int mag) ; virtual void findedges(bigint *t, bigint *l, bigint *b, bigint *r) ; virtual const char *writeNativeFormat(std::ostream &, char *) { return "No native format for qlifealgo yet." ; } static void doInitializeAlgoInfo(staticAlgoInfo &) ; private: linkedmem *filllist(int size) ; brick *newbrick() ; tile *newtile() ; supertile *newsupertile(int lev) ; void uproot() ; int doquad01(supertile *zis, supertile *edge, supertile *par, supertile *cor, int lev) ; int doquad10(supertile *zis, supertile *edge, supertile *par, supertile *cor, int lev) ; int p01(tile *p, tile *pr, tile *pd, tile *prd) ; int p10(tile *plu, tile *pu, tile *pl, tile *p) ; G_INT64 find_set_bits(supertile *p, int lev, int gm1) ; int isEmpty(supertile *p, int lev, int gm1) ; supertile *mdelete(supertile *p, int lev) ; G_INT64 popcount() ; int uproot_needed() ; void dogen() ; void renderbm(int x, int y) ; void renderbm(int x, int y, int xsize, int ysize) ; void BlitCells(supertile *p, int xoff, int yoff, int wd, int ht, int lev) ; void ShrinkCells(supertile *p, int xoff, int yoff, int wd, int ht, int lev) ; int nextcell(int x, int y, supertile *n, int lev) ; void fill_ll(int d) ; int lowsub(vector &src, vector &dst, int lev) ; int highsub(vector &src, vector &dst, int lev) ; void allsub(vector &src, vector &dst, int lev) ; int gethbitsfromleaves(vector v) ; int getvbitsfromleaves(vector v) ; supertile *markglobalchange(supertile *, int, int &) ; void markglobalchange() ; // call if the rule changes /* data elements */ int min, max, rootlev ; int minlow32 ; bigint bmin, bmax ; bigint population ; int popValid ; linkedmem *tilelist, *supertilelist, *bricklist ; linkedmem *memused ; brick *emptybrick ; tile *emptytile ; supertile *root, *nullroot, *nullroots[40] ; int cleandowncounter ; g_uintptr_t maxmemory, usedmemory ; char *ruletable ; // when drawing, these are used liferender *renderer ; viewport *view ; int uviewh, uvieww, viewh, vieww, mag, pmag, kadd ; int oddgen ; int bmleft, bmtop, bmlev, shbmsize, logshbmsize ; int quickb, deltaforward ; int llbits, llsize ; char *llxb, *llyb ; liferules qliferules ; } ; #endif golly-3.3-src/gollybase/ruletreealgo.h0000644000175000017500000000171413145740437015052 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef RULETREEALGO_H #define RULETREEALGO_H #include "ghashbase.h" /** * An algorithm that uses an n-dary decision diagram. */ class ruletreealgo : public ghashbase { public: ruletreealgo() ; virtual ~ruletreealgo() ; virtual state slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) ; virtual const char* setrule(const char* s) ; virtual const char* getrule() ; virtual const char* DefaultRule() ; virtual int NumCellStates() ; static void doInitializeAlgoInfo(staticAlgoInfo &) ; // these two methods are needed for RuleLoader algo bool IsDefaultRule(const char* rulename); const char* LoadTree(FILE* rulefile, int lineno, char endchar, const char* s); private: int *a, base ; state *b ; int num_neighbors, num_states, num_nodes ; char rule[MAXRULESIZE] ; }; #endif golly-3.3-src/gollybase/qlifedraw.cpp0000644000175000017500000010000313247734027014661 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "qlifealgo.h" #include #include #include "util.h" const int logbmsize = 8 ; // *must* be 8 in this code const int bmsize = (1< 1) { rx *= pmag ; ry *= pmag ; rw *= pmag ; rh *= pmag ; } ry = uviewh - ry - rh ; unsigned char *bigptr = bigbuf; if (renderer->justState() || pmag > 1) { // convert each bigbuf byte into 8 bytes of state data unsigned char *pixptr = pixbuf; for (int i = 0; i < ibufsize * 4; i++) { unsigned char byte = *bigptr++; *pixptr++ = (byte & 128) ? 1 : 0; *pixptr++ = (byte & 64) ? 1 : 0; *pixptr++ = (byte & 32) ? 1 : 0; *pixptr++ = (byte & 16) ? 1 : 0; *pixptr++ = (byte & 8) ? 1 : 0; *pixptr++ = (byte & 4) ? 1 : 0; *pixptr++ = (byte & 2) ? 1 : 0; *pixptr++ = (byte & 1); // no condition needed } } else { // convert each bigbuf byte into 32 bytes of pixel data (8 * RGBA) // get RGBA view of pixel buffer unsigned int *pixptr = (unsigned int *)pixbuf; for (int i = 0; i < ibufsize * 4; i++) { unsigned char byte = *bigptr++; *pixptr++ = (byte & 128) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 64) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 32) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 16) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 8) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 4) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 2) ? liveRGBA : deadRGBA; *pixptr++ = (byte & 1) ? liveRGBA : deadRGBA; } } if (renderer->justState()) renderer->stateblit(rx, ry, rw, rh, pixbuf) ; else renderer->pixblit(rx, ry, rw, rh, pixbuf, pmag); memset(bigbuf, 0, sizeof(ibigbuf)) ; } static int minlevel; /* * We cheat for now; we assume we can use 32-bit ints. We can below * a certain level; we'll deal with higher levels later. */ void qlifealgo::BlitCells(supertile *p, int xoff, int yoff, int wd, int ht, int lev) { int i, xinc=0, yinc=0, ypos, x, yy; int liveseen = 0 ; if (xoff >= vieww || xoff + wd < 0 || yoff >= viewh || yoff + ht < 0) // no part of this supertile is visible return; if (p == nullroots[lev]) { return; } // do recursion until we get to level 2 (256x256 supertile) if (lev > 2) { if (lev & 1) { // odd level -- 8 subtiles are stacked horizontally xinc = wd = ht; } else { // even level -- 8 subtiles are stacked vertically yinc = ht = (ht >> 3); } for (i=0; i<8; i++) { BlitCells(p->d[i], xoff, yoff, wd, ht, lev-1); xoff += xinc; yoff += yinc; } return; } // walk a (probably) non-empty 256x256 supertile, finding all the 1 bits and // setting corresponding bits in the bitmap (bigbuf) liveseen = 0 ; ypos = yoff; // examine the 8 vertically stacked subtiles in this 256x256 supertile (at level 2) for (yy=0; yy<8; yy++) { if (p->d[yy] != nullroots[1] && ypos < viewh && ypos + 32 >= 0) { supertile *psub = p->d[yy]; x = xoff; // examine the 8 tiles in this 256x32 supertile (at level 1) for (i=0; i<8; i++) { if (psub->d[i] != nullroots[0] && x < vieww && x + 32 >= 0) { tile *t = (tile *)psub->d[i]; int j, k, y = ypos; // examine the 4 bricks in this 32x32 tile (at level 0) for (j=0; j<4; j++) { if (t->b[j] != emptybrick && y < viewh && y + 8 >= 0) { brick *b = t->b[j]; // examine the 8 slices (2 at a time) in the appropriate half-brick for (k=0; k<8; k+=2) { unsigned int v1 = b->d[k+kadd]; unsigned int v2 = b->d[k+kadd+1]; if (v1|v2) { // do an 8x8 set of bits (2 adjacent slices) int xd = (i<<2)+(k>>1); int yd = (7 - yy) << 10; // 1024 bytes in 256x32 supertile unsigned char *p = bigbuf + yd + xd + ((3 - j) << 8); unsigned int v3 = (((v1 & 0x0f0f0f0f) << 4) | (v2 & 0x0f0f0f0f)); v2 = ((v1 & 0xf0f0f0f0) | ((v2 >> 4) & 0x0f0f0f0f)); *p = (unsigned char)v3; p[32] = (unsigned char)v2; p[64] = (unsigned char)(v3 >> 8); p[96] = (unsigned char)(v2 >> 8); p[128] = (unsigned char)(v3 >> 16); p[160] = (unsigned char)(v2 >> 16); p[192] = (unsigned char)(v3 >> 24); p[224] = (unsigned char)(v2 >> 24); liveseen |= (1 << yy) ; } } } y += 8; // down to next brick } } x += 32; // across to next tile } } ypos += 32; // down to next subtile } if (liveseen == 0) { return; // no live cells seen } // performance: if we want, liveseen now contains eight bits // corresponding to whether those respective 256x32 rectangles // contain set pixels or not. We should trim the bitmap // to only render those portions that need to be rendered // (using this information). -tom // // draw the non-empty bitmap, scaling up if pmag > 1 renderbm(xoff, yoff) ; } // This pattern drawing routine is used when mag > 0. // We go down to a level where what we're going to draw maps to one // of 256x256, 128x128, or 64x64. // // We no longer rely on popcount having been called; instead we invoke // the popcount child if needed. void qlifealgo::ShrinkCells(supertile *p, int xoff, int yoff, int wd, int ht, int lev) { int i ; if (lev >= bmlev) { if (xoff >= vieww || xoff + wd < 0 || yoff >= viewh || yoff + ht < 0) // no part of this supertile/tile is visible return ; if (p == nullroots[lev]) { return ; } if (lev == bmlev) { bmleft = xoff ; bmtop = yoff ; } } else { if (p == nullroots[lev]) return ; } int bminc = -1 << (logshbmsize-3) ; unsigned char *bm = bigbuf + (((shbmsize-1)-yoff+bmtop) << (logshbmsize-3)) + ((xoff-bmleft) >> 3) ; int bit = 128 >> ((xoff-bmleft) & 7) ; // do recursion until we get to minimum level (which depends on mag) if (lev > minlevel) { int xinc = 0, yinc = 0 ; if (lev & 1) { // odd level -- 8 subtiles are stacked horizontally xinc = wd ; wd = ht ; } else { // even level -- 8 subtiles are stacked vertically yinc = ht ; ht = (ht >> 3); } int xxinc = 0 ; int yyinc = 0 ; if (yinc <= 8 && xinc == 0) { // This is a case where we need to traverse multiple nodes for a // single pixel. This can be really slow, especially if we have // to examine 4x4=16 nodes just for a single pixel! To help // mitigate that, we special-case this and do the entire square, // tracking which pixels are set and not traversing when we // would set a pixel again. xinc = yinc ; int sh = 0 ; if (xinc == 8) sh = 0 ; else if (xinc == 4) sh = 1 ; else if (xinc == 2) sh = 2 ; for (i=0; i<8; i++) { if (p->d[i] != nullroots[lev-1]) { supertile *pp = p->d[i] ; int bbit = bit ; for (int j=0; j<8; j++) { if (pp->d[j] != nullroots[lev-2]) { if (0 == (*bm & bbit)) { supertile *ppp = pp->d[j] ; if (lev > 2) { if ( ppp->pop[oddgen] != 0 ) *bm |= bbit ; } else { tile *t = (tile *)ppp ; if (t->flags & quickb) *bm |= bbit ; } } } if ((j ^ (j + 1)) >> sh) bbit >>= 1 ; } } if ((i ^ (i + 1)) >> sh) bm += bminc ; } return ; } else { for (i=0; i<8; i++) { ShrinkCells(p->d[i], xoff + (xxinc >> 3), yoff + (yyinc >> 3), wd, ht, lev-1); xxinc += xinc ; yyinc += yinc ; } if (lev == bmlev) renderbm(bmleft, bmtop, shbmsize, shbmsize) ; } } else if (mag > 4) { if (lev > 0) { // mag >= 8 if ( p->pop[oddgen] != 0 ) *bm |= bit ; } else { // mag = 5..7 tile *t = (tile *)p; if (t->flags & quickb) *bm |= bit ; } } else { switch (mag) { case 4: { // shrink 32x32 tile to 2x2 pixels tile *t = (tile *)p; if ((t->b[0] != emptybrick || t->b[1] != emptybrick) ) { brick *bt = t->b[0]; brick *bb = t->b[1]; // examine the top left 16x16 cells if ( bt->d[kadd+0] | bt->d[kadd+1] | bt->d[kadd+2] | bt->d[kadd+3] | bb->d[kadd+0] | bb->d[kadd+1] | bb->d[kadd+2] | bb->d[kadd+3] ) // shrink 16x16 cells to 1 pixel *bm |= bit ; // examine the top right 16x16 cells if ( bt->d[kadd+4] | bt->d[kadd+5] | bt->d[kadd+6] | bt->d[kadd+7] | bb->d[kadd+4] | bb->d[kadd+5] | bb->d[kadd+6] | bb->d[kadd+7] ) // shrink 16x16 cells to 1 pixel *bm |= bit >> 1 ; } bm += bminc ; if (t->b[2] != emptybrick || t->b[3] != emptybrick) { brick *bt = t->b[2]; brick *bb = t->b[3]; // examine the bottom left 16x16 cells if ( bt->d[kadd+0] | bt->d[kadd+1] | bt->d[kadd+2] | bt->d[kadd+3] | bb->d[kadd+0] | bb->d[kadd+1] | bb->d[kadd+2] | bb->d[kadd+3] ) // shrink 16x16 cells to 1 pixel *bm |= bit ; // examine the bottom right 16x16 cells if ( bt->d[kadd+4] | bt->d[kadd+5] | bt->d[kadd+6] | bt->d[kadd+7] | bb->d[kadd+4] | bb->d[kadd+5] | bb->d[kadd+6] | bb->d[kadd+7] ) // shrink 16x16 cells to 1 pixel *bm |= bit >> 1 ; } } break; case 3: { // mag = 3 so shrink 32x32 tile to 4x4 pixels tile *t = (tile *)p; int j ; // examine the 4 bricks in this 32x32 tile for (j=0; j<4; j++) { if (t->b[j] != emptybrick) { brick *b = t->b[j]; int k ; // examine the 8 slices (2 at a time) in the appropriate half-brick int bbit = bit; for (k=0; k<8; k += 2) { if ( (b->d[k+kadd] | b->d[k+kadd+1]) ) *bm |= bbit ; bbit >>= 1 ; } } bm += bminc ; } } break; case 2: { // mag = 2 so shrink 32x32 tile to 8x8 pixels tile *t = (tile *)p; int j ; // examine the 4 bricks in this 32x32 tile for (j=0; j<4; j++) { if (t->b[j] != emptybrick) { brick *b = t->b[j]; int k ; bit = 128 ; // examine the 8 slices in the appropriate half-brick for (k=0; k<8; k++) { unsigned int s = b->d[k+kadd]; // s represents a 4x8 slice so examine top and bottom halves if (s) { if (s & 0xFFFF0000) *bm |= bit ; if (s & 0x0000FFFF) bm[bminc] |= bit ; } bit >>= 1 ; } } bm += 2 * bminc ; } } break; case 1: { // mag = 1 so shrink 32x32 tile to 16x16 pixels tile *t = (tile *)p; int j ; // examine the 4 bricks in this 32x32 tile unsigned char *bmm = bm ; for (j=0; j<4; j++) { if (t->b[j] != emptybrick) { brick *b = t->b[j]; int k ; bit = 128 ; // examine the 8 slices in the appropriate half-brick for (k=0; k<8; k++) { unsigned int s = b->d[k+kadd]; if (s) { // s is a non-empty 4x8 slice so shrink each 2x2 section to 1 pixel if (s & 0xCC000000) *bmm |= bit ; if (s & 0x00CC0000) bmm[bminc] |= bit ; if (s & 0x0000CC00) bmm[bminc+bminc] |= bit ; if (s & 0x000000CC) bmm[bminc+bminc+bminc] |= bit ; bit >>= 1 ; if (s & 0x33000000) *bmm |= bit ; if (s & 0x00330000) bmm[bminc] |= bit ; if (s & 0x00003300) bmm[bminc+bminc] |= bit ; if (s & 0x00000033) bmm[bminc+bminc+bminc] |= bit ; bit >>= 1 ; } else { bit >>= 2 ; } if (bit < 1) { bmm++ ; bit = 128 ; } } bmm -= 2 ; } bmm += 4 * bminc ; } } break; } } } /* * Fill in the llxb and llyb bits from the viewport information. * Allocate if necessary. This arithmetic should be done carefully. */ void qlifealgo::fill_ll(int d) { pair coor = view->at(0, view->getymax()) ; coor.second.mul_smallint(-1) ; coor.first -= bmin ; coor.second -= bmin ; if (oddgen) { coor.first -= 1 ; coor.second -= 1 ; } int bitsreq = coor.first.bitsreq() ; int bitsreq2 = coor.second.bitsreq() ; if (bitsreq2 > bitsreq) bitsreq = bitsreq2 ; if (bitsreq <= d) bitsreq = d + 1 ; // need to access llxyb[d] if (bitsreq > llsize) { if (llsize) { delete [] llxb ; delete [] llyb ; } llxb = new char[bitsreq] ; llyb = new char[bitsreq] ; llsize = bitsreq ; } llbits = bitsreq ; coor.first.tochararr(llxb, llbits) ; coor.second.tochararr(llyb, llbits) ; } void qlifealgo::draw(viewport &viewarg, liferender &renderarg) { memset(bigbuf, 0, sizeof(ibigbuf)) ; renderer = &renderarg ; if (!renderer->justState()) { // AKT: get cell colors and alpha values for dead and live pixels unsigned char *r, *g, *b; renderer->getcolors(&r, &g, &b, &deada, &livea); deadr = r[0]; deadg = g[0]; deadb = b[0]; liver = r[1]; liveg = g[1]; liveb = b[1]; // create RGBA live color unsigned char *colptr = (unsigned char *)&liveRGBA; *colptr++ = liver; *colptr++ = liveg; *colptr++ = liveb; *colptr++ = livea; // create RGBA dead color colptr = (unsigned char *)&deadRGBA; *colptr++ = deadr; *colptr++ = deadg; *colptr++ = deadb; *colptr++ = deada; } view = &viewarg ; uvieww = view->getwidth() ; uviewh = view->getheight() ; oddgen = getGeneration().odd() ; kadd = oddgen ? 8 : 0 ; int xoff, yoff ; if (view->getmag() > 0) { pmag = 1 << (view->getmag()) ; mag = 0 ; viewh = ((uviewh - 1) >> view->getmag()) + 1 ; vieww = ((uvieww - 1) >> view->getmag()) + 1 ; uviewh += (-uviewh) & (pmag-1) ; } else { mag = (-view->getmag()) ; // cheat for now since unzoom is broken pmag = 1 ; viewh = uviewh ; vieww = uvieww ; } if (root == nullroots[rootlev]) { renderer = 0 ; view = 0 ; return ; } int d = 5 + (rootlev + 1) / 2 * 3 ; fill_ll(d) ; int maxd = vieww ; supertile *sw = root, *nw = nullroots[rootlev], *ne = nullroots[rootlev], *se = nullroots[rootlev] ; if (viewh > maxd) maxd = viewh ; int llx=-llxb[llbits-1], lly=-llyb[llbits-1] ; /* Skip down to top of tree. */ int i; for (i=llbits-1; i>=d && i>=mag; i--) { /* go down to d, but not further than mag */ llx = (llx << 1) + llxb[i] ; lly = (lly << 1) + llyb[i] ; if (llx > 2*maxd || lly > 2*maxd || llx < -2*maxd || lly < -2*maxd) { renderer = 0 ; view = 0 ; return ; } } /* Find the lowest four we need to examine */ int curlev = rootlev ; while (d > 8 && d - mag > 2 && (d - mag > 28 || (1 << (d - mag)) > 32 * maxd)) { // d is 5 + 3 * i for some positive i llx = (llx << 3) + (llxb[d-1] << 2) + (llxb[d-2] << 1) + llxb[d-3] ; lly = (lly << 3) + (llyb[d-1] << 2) + (llyb[d-2] << 1) + llyb[d-3] ; int xp = llx ; if (xp < 0) xp = 0 ; else if (xp > 7) xp = 7 ; int yp = lly ; if (yp < 0) yp = 0 ; else if (yp > 7) yp = 7 ; if (xp == 7) { if (yp == 7) { ne = ne->d[0]->d[0] ; se = se->d[7]->d[0] ; nw = nw->d[0]->d[7] ; sw = sw->d[7]->d[7] ; } else { ne = se->d[yp+1]->d[0] ; se = se->d[yp]->d[0] ; nw = sw->d[yp+1]->d[7] ; sw = sw->d[yp]->d[7] ; } } else { if (yp == 7) { ne = nw->d[0]->d[xp+1] ; se = sw->d[7]->d[xp+1] ; nw = nw->d[0]->d[xp] ; sw = sw->d[7]->d[xp] ; } else { ne = sw->d[yp+1]->d[xp+1] ; se = sw->d[yp]->d[xp+1] ; nw = sw->d[yp+1]->d[xp] ; sw = sw->d[yp]->d[xp] ; } } llx -= xp ; lly -= yp ; if (llx > 2*maxd || lly > 2*maxd || llx < -2*maxd || lly < -2*maxd) { renderer = 0 ; view = 0 ; return ; } d -= 3 ; curlev -= 2 ; } find_set_bits(nw, curlev, oddgen) ; find_set_bits(ne, curlev, oddgen) ; find_set_bits(sw, curlev, oddgen) ; find_set_bits(se, curlev, oddgen) ; // getPopulation() ; /* At this point we know we can use 32-bit arithmetic. */ for (i=d-1; i>=mag; i--) { llx = (llx << 1) + llxb[i] ; lly = (lly << 1) + llyb[i] ; } /* now, we have four nodes to draw. the ll point in screen coordinates is given by llx/lly. the ur point in screen coordinates is given by that plus 2 << (d-mag). */ xoff = -llx ; yoff = -lly ; int wd = 2 ; if (d >= mag) wd = 2 << (d-mag) ; int yoffuht = yoff + wd ; int xoffuwd = xoff + wd ; if (yoff >= viewh || xoff >= vieww || yoffuht < 0 || xoffuwd < 0) { renderer = 0 ; view = 0 ; return ; } int levsize = wd / 2 ; // do recursive drawing quickb = 0xfff << (8 + oddgen * 12) ; if (mag > 0) { bmlev = (1 + mag / 3) * 2 ; logshbmsize = 8 - (mag % 3) ; shbmsize = 1 << logshbmsize ; if (mag < 5) { // recurse down to 32x32 tiles minlevel = 0; } else { // if mag = 5..7 minlevel = 0 (32x32 tiles) // if mag = 8..10 minlevel = 2 (256x256 supertiles) // if mag = 11..13 minlevel = 4 (2048x2048 supertiles) etc... minlevel = ((mag - 5) / 3) * 2; } bmleft = xoff ; bmtop = yoff ; ShrinkCells(sw, xoff, yoff, levsize, levsize, curlev); ShrinkCells(se, xoff+levsize, yoff, levsize, levsize, curlev); ShrinkCells(nw, xoff, yoff+levsize, levsize, levsize, curlev); ShrinkCells(ne, xoff+levsize, yoff+levsize, levsize, levsize, curlev); if (bmlev > curlev) renderbm(bmleft, bmtop, shbmsize, shbmsize) ; } else { // recurse down to 256x256 supertiles and use bitmap blitting BlitCells(sw, xoff, yoff, levsize, levsize, curlev); BlitCells(se, xoff+levsize, yoff, levsize, levsize, curlev); BlitCells(nw, xoff, yoff+levsize, levsize, levsize, curlev); BlitCells(ne, xoff+levsize, yoff+levsize, levsize, levsize, curlev); } renderer = 0 ; view = 0 ; } /** * Find the subsupertiles with the smallest indices. */ int qlifealgo::lowsub(vector &src, vector &dst, int lev) { int lowlev = 7 ; dst.clear() ; supertile *z = nullroots[lev-1] ; if (lev > 1) { for (int i=0; i<(int)src.size(); i++) { supertile *p = src[i] ; for (int j=0; jd[j] != z && (p->d[j]->pop[oddgen])) { lowlev = j ; dst.clear() ; } if (p->d[lowlev] != z && (p->d[lowlev]->pop[oddgen])) dst.push_back(p->d[lowlev]) ; } } else { for (int i=0; i<(int)src.size(); i++) { supertile *p = src[i] ; for (int j=0; jd[j] != z && (((tile *)(p->d[j]))->flags & quickb)) { lowlev = j ; dst.clear() ; } if (p->d[lowlev] != z && (((tile *)(p->d[lowlev]))->flags & quickb)) dst.push_back(p->d[lowlev]) ; } } return lowlev ; } /** * Find the subsupertiles with the highest indices. */ int qlifealgo::highsub(vector &src, vector &dst, int lev) { int highlev = 0 ; dst.clear() ; supertile *z = nullroots[lev-1] ; if (lev > 1) { for (int i=0; i<(int)src.size(); i++) { supertile *p = src[i] ; for (int j=7; j>highlev; j--) if (p->d[j] != z && (p->d[j]->pop[oddgen])) { highlev = j ; dst.clear() ; } if (p->d[highlev] != z && (p->d[highlev]->pop[oddgen])) dst.push_back(p->d[highlev]) ; } } else { for (int i=0; i<(int)src.size(); i++) { supertile *p = src[i] ; for (int j=7; j>highlev; j--) if (p->d[j] != z && (((tile *)(p->d[j]))->flags & quickb)) { highlev = j ; dst.clear() ; } if (p->d[highlev] != z && (((tile *)(p->d[highlev]))->flags & quickb)) dst.push_back(p->d[highlev]) ; } } return highlev ; } /** * Find all nonzero sub-supertiles. */ void qlifealgo::allsub(vector &src, vector &dst, int lev) { dst.clear() ; supertile *z = nullroots[lev-1] ; if (lev > 1) { for (int i=0; i<(int)src.size(); i++) { supertile *p = src[i] ; for (int j=0; j<8; j++) if (p->d[j] != z && (p->d[j]->pop[oddgen])) dst.push_back(p->d[j]) ; } } else { for (int i=0; i<(int)src.size(); i++) { supertile *p = src[i] ; for (int j=0; j<8; j++) if (p->d[j] != z && (((tile *)(p->d[j]))->flags & quickb)) dst.push_back(p->d[j]) ; } } } int qlifealgo::gethbitsfromleaves(vector v) { int h[8] ; int i; for (i=0; i<8; i++) h[i] = 0 ; for (i=0; i<(int)v.size(); i++) { tile *p = (tile *)v[i] ; for (int j=0; j<4; j++) if (p->b[j] != emptybrick) for (int k=0; k<8; k++) h[k] |= p->b[j]->d[k+kadd] ; } int r = 0 ; for (i=0; i<8; i++) { int v = h[i] ; v |= (v >> 16) ; v |= (v >> 8) ; v |= (v >> 4) ; r = (r << 4) | (v & 15) ; } return r ; } int qlifealgo::getvbitsfromleaves(vector vec) { int v[4] ; int i; for (i=0; i<4; i++) v[i] = 0 ; for (i=0; i<(int)vec.size(); i++) { tile *p = (tile *)vec[i] ; for (int j=0; j<4; j++) if (p->b[j] != emptybrick) for (int k=0; k<8; k++) v[j] |= p->b[j]->d[k+kadd] ; } int r = 0 ; for (i=3; i>=0; i--) { int vv = v[i] ; for (int j=0; j<8; j++) { r += r ; if (vv & (0xf << (4 * j))) r++ ; } } return r ; } void qlifealgo::findedges(bigint *ptop, bigint *pleft, bigint *pbottom, bigint *pright) { // AKT: following code is from fit() but all goal/size stuff // has been removed so it finds the exact pattern edges bigint xmin = 0 ; bigint xmax = 1 ; bigint ymin = 0 ; bigint ymax = 1 ; getPopulation() ; // make sure pop values are valid oddgen = getGeneration().odd() ; kadd = oddgen ? 8 : 0 ; quickb = 0xfff << (8 + oddgen * 12) ; int currdepth = rootlev ; if (root == nullroots[currdepth] || root->pop[oddgen] == 0) { // AKT: return impossible edges to indicate empty pattern; // not really a problem because caller should check first *ptop = 1 ; *pleft = 1 ; *pbottom = 0 ; *pright = 0 ; return ; } vector top, left, bottom, right ; top.push_back(root) ; left.push_back(root) ; bottom.push_back(root) ; right.push_back(root) ; int topbm = 0, bottombm = 0, rightbm = 0, leftbm = 0 ; int bitval = (currdepth + 1) / 2 * 3 + 5 ; while (bitval > 0) { if (bitval == 5) { // we have leaf nodes; turn them into bitmasks topbm = getvbitsfromleaves(top) ; bottombm = getvbitsfromleaves(bottom) ; leftbm = gethbitsfromleaves(left) ; rightbm = gethbitsfromleaves(right) ; } if (bitval <= 5) { int sz = 1 << bitval ; int masklo = (1 << (sz >> 1)) - 1 ; int maskhi = ~masklo ; ymax += ymax ; xmax += xmax ; ymin += ymin ; xmin += xmin ; if ((topbm & maskhi) == 0) { ymax.add_smallint(-1) ; } else { topbm = (topbm >> (sz >> 1)) & masklo ; } if ((bottombm & masklo) == 0) { ymin.add_smallint(1) ; bottombm = (bottombm >> (sz >> 1)) & masklo ; } if ((rightbm & masklo) == 0) { xmax.add_smallint(-1) ; rightbm = (rightbm >> (sz >> 1)) & masklo ; } if ((leftbm & maskhi) == 0) { xmin.add_smallint(1) ; } else { leftbm = (leftbm >> (sz >> 1)) & masklo ; } bitval-- ; } else { vector newv ; int outer = highsub(top, newv, currdepth) ; allsub(newv, top, currdepth-1) ; ymax <<= 3 ; ymax -= (7 - outer) ; outer = lowsub(bottom, newv, currdepth) ; allsub(newv, bottom, currdepth-1) ; ymin <<= 3 ; ymin += outer ; allsub(left, newv, currdepth) ; outer = lowsub(newv, left, currdepth-1) ; xmin <<= 3 ; xmin += outer ; allsub(right, newv, currdepth) ; outer = highsub(newv, right, currdepth-1) ; xmax <<= 3 ; xmax -= (7-outer) ; currdepth -= 2 ; bitval -= 3 ; } } if (bitval > 0) { xmin <<= bitval ; ymin <<= bitval ; xmax <<= bitval ; ymax <<= bitval ; } if (oddgen) { xmin += 1 ; ymin += 1 ; xmax += 1 ; ymax += 1 ; } xmin += bmin ; ymin += bmin ; xmax += bmin ; ymax += bmin ; ymax -= 1 ; xmax -= 1 ; ymin.mul_smallint(-1) ; ymax.mul_smallint(-1) ; // set pattern edges *ptop = ymax ; // due to y flip *pbottom = ymin ; // due to y flip *pleft = xmin ; *pright = xmax ; } void qlifealgo::fit(viewport &view, int force) { bigint xmin = 0 ; bigint xmax = 1 ; bigint ymin = 0 ; bigint ymax = 1 ; getPopulation() ; // make sure pop values are valid oddgen = getGeneration().odd() ; kadd = oddgen ? 8 : 0 ; quickb = 0xfff << (8 + oddgen * 12) ; int xgoal = view.getwidth() ; int ygoal = view.getheight() ; if (xgoal < 8) xgoal = 8 ; if (ygoal < 8) ygoal = 8 ; int xsize = 1 ; int ysize = 1 ; int currdepth = rootlev ; if (root == nullroots[currdepth] || root->pop[oddgen] == 0) { view.center() ; view.setmag(MAX_MAG) ; return ; } vector top, left, bottom, right ; top.push_back(root) ; left.push_back(root) ; bottom.push_back(root) ; right.push_back(root) ; int topbm = 0, bottombm = 0, rightbm = 0, leftbm = 0 ; int bitval = (currdepth + 1) / 2 * 3 + 5 ; while (bitval > 0) { if (bitval == 5) { // we have leaf nodes; turn them into bitmasks topbm = getvbitsfromleaves(top) ; bottombm = getvbitsfromleaves(bottom) ; leftbm = gethbitsfromleaves(left) ; rightbm = gethbitsfromleaves(right) ; } if (bitval <= 5) { int sz = 1 << bitval ; int masklo = (1 << (sz >> 1)) - 1 ; int maskhi = ~masklo ; ymax += ymax ; xmax += xmax ; ymin += ymin ; xmin += xmin ; xsize <<= 1 ; ysize <<= 1 ; if ((topbm & maskhi) == 0) { ymax.add_smallint(-1) ; ysize-- ; } else { topbm = (topbm >> (sz >> 1)) & masklo ; } if ((bottombm & masklo) == 0) { ymin.add_smallint(1) ; ysize-- ; bottombm = (bottombm >> (sz >> 1)) & masklo ; } if ((rightbm & masklo) == 0) { xmax.add_smallint(-1) ; xsize-- ; rightbm = (rightbm >> (sz >> 1)) & masklo ; } if ((leftbm & maskhi) == 0) { xmin.add_smallint(1) ; xsize-- ; } else { leftbm = (leftbm >> (sz >> 1)) & masklo ; } bitval-- ; } else { vector newv ; ysize <<= 3 ; int outer = highsub(top, newv, currdepth) ; allsub(newv, top, currdepth-1) ; ymax <<= 3 ; ymax -= (7 - outer) ; ysize -= (7 - outer) ; outer = lowsub(bottom, newv, currdepth) ; allsub(newv, bottom, currdepth-1) ; ymin <<= 3 ; ymin += outer ; ysize -= outer ; xsize <<= 3 ; allsub(left, newv, currdepth) ; outer = lowsub(newv, left, currdepth-1) ; xmin <<= 3 ; xmin += outer ; xsize -= outer ; allsub(right, newv, currdepth) ; outer = highsub(newv, right, currdepth-1) ; xmax <<= 3 ; xmax -= (7-outer) ; xsize -= (7-outer) ; currdepth -= 2 ; bitval -= 3 ; } if (xsize > xgoal || ysize > ygoal) break ; } if (bitval > 0) { xmin <<= bitval ; ymin <<= bitval ; xmax <<= bitval ; ymax <<= bitval ; } if (oddgen) { xmin += 1 ; ymin += 1 ; xmax += 1 ; ymax += 1 ; } xmin += bmin ; ymin += bmin ; xmax += bmin ; ymax += bmin ; ymax -= 1 ; xmax -= 1 ; ymin.mul_smallint(-1) ; ymax.mul_smallint(-1) ; if (!force) { // if all four of the above dimensions are in the viewport, don't change if (view.contains(xmin, ymin) && view.contains(xmax, ymax)) return ; } int mag = - bitval ; while (2 * xsize <= xgoal && 2 * ysize <= ygoal && mag < MAX_MAG) { mag++ ; xsize *= 2 ; ysize *= 2 ; } while (xsize > xgoal || ysize > ygoal) { mag-- ; xsize /= 2 ; ysize /= 2 ; } view.setpositionmag(xmin, xmax, ymin, ymax, mag) ; } /** * Fixed for qlife. */ void qlifealgo::lowerRightPixel(bigint &x, bigint &y, int mag) { if (mag >= 0) return ; x -= oddgen ; x -= bmin ; x >>= -mag ; x <<= -mag ; x += bmin ; x += oddgen ; y -= 1 ; y += bmin ; y += oddgen ; y >>= -mag ; y <<= -mag ; y -= bmin ; y += 1 ; y -= oddgen ; } golly-3.3-src/gollybase/qlifealgo.cpp0000644000175000017500000011677713441044674014675 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /* * Inspired by Alan Hensel's Life applet and also by xlife. Tries to * improve the cache, TLB, and branching behavior for modern CPUs. */ #include "qlifealgo.h" #include "liferules.h" #include "util.h" #include #include #include #include using namespace std ; /* * The ai array is used to figure out the index number of the bit set in * the set [1, 2, 4, 8, 16, 32, 64, 128]. Also, for the value 0, it * returns the result 4, to eliminate a conditional in some obscure piece * of code. */ static unsigned char ai[129] ; /* * This define is the size of memory to ask for at one time. 8K is a good * size; we drop 16 bits because malloc overhead is probably near this. * * Values much smaller than this will be impacted by malloc overhead (both * speed and space); values much larger than this will occupy excessive * memory for small universes. */ #define MEMCHUNK (8192-16) /* * When we need a bunch more structures of a particular size, we call this. * This code allocates the memory, adds it to our universe memory allocated * list, tries to maximize the cache alignment of the structures, and then * links all the substructures together into a linked list which is then * returned. */ /* * This preprocessor directive is used to work around a bug in * register allocation when using function inlining (-O3 or * better) and gcc 3.4.2, which is very common having shipped with * Fedora Core 3. */ #ifdef __GNUC__ __attribute__((noinline)) #endif linkedmem *qlifealgo::filllist(int size) { usedmemory += MEMCHUNK ; if (maxmemory != 0 && usedmemory > maxmemory) lifefatal("exceeded user-specified memory limit") ; linkedmem *p, *safep, *r = (linkedmem *)calloc(MEMCHUNK, 1) ; int i = size & - size ; if (r == 0) lifefatal("No memory.") ; r->next = memused ; memused = r ; safep = p = (linkedmem *)((((g_uintptr_t)(r+1))+i-1)&-i) ; while (((g_uintptr_t)p) + 2 * size <= MEMCHUNK+(g_uintptr_t)r) { p->next = (linkedmem *)(size + (g_uintptr_t)p) ; p = (linkedmem *)(size + (g_uintptr_t)p) ; } return safep ; } #ifdef STATS static int bricks, tiles, supertiles, rcc, dq, ds, rccs, dqs, dss ; #define STAT(a) a #else #define STAT(a) #endif /* * If we need a new empty brick, we call this. This structure is guaranteed * to be all zeros. */ brick *qlifealgo::newbrick() { brick *r ; if (bricklist == 0) bricklist = filllist(sizeof(brick)) ; r = (brick *)(bricklist) ; bricklist = bricklist->next ; memset(r, 0, sizeof(brick)) ; STAT(bricks++) ; return r ; } /* * If we need a new tile, we call this. The structure is also initialized * appropriately, with all the pointers pointing to the empty brick. */ tile *qlifealgo::newtile() { tile *r ; if (tilelist == 0) tilelist = filllist(sizeof(tile)) ; r = (tile *)(tilelist) ; tilelist = tilelist->next ; r->b[0] = r->b[1] = r->b[2] = r->b[3] = emptybrick ; r->flags = -1 ; STAT(tiles++) ; return r ; } /* * Finally, a new supertile is provided by this routine. It initializes * all the subtiles to point to the next level down's empty tile. */ supertile *qlifealgo::newsupertile(int lev) { supertile *r ; if (supertilelist == 0) supertilelist = filllist(sizeof(supertile)) ; r = (supertile *)supertilelist ; supertilelist = supertilelist->next ; r->d[0] = r->d[1] = r->d[2] = r->d[3] = r->d[4] = r->d[5] = r->d[6] = r->d[7] = nullroots[lev-1] ; STAT(supertiles++) ; return r ; } /* * This short little subroutine plays a very important role. It takes bits * set up according to the c01 or c10 fields of supertiles, and translates * these bits into the impact on the next level up. Essentially, it swaps * the parallel bits (bits 9 through 16), any of them set, with the edge * bit (bit 8), in a way that requires no conditional branches. On a * slower older processor without large branch penalties, it might be * faster to use a conditional variation that executes fewer instructions, * but actually this code is not totally performance critical. */ static int upchanging(int x) { int a = (x & 0x1feff) + 0x1feff ; return ((a >> 8) & 1) | ((a >> 16) & 2) | ((x << 1) & 0x200) | ((x >> 7) & 0x400) ; } /* * If it is determined that the universe is not large enough, this * subroutine adds another level to it, expanding it by a factor of 8 * in one dimension, depending on whether the level is even or odd. * * It also allocates a new emptytile at the appropriate level. * * The old root is always placed at position 4. This allows expansion * in both positive and negative directions. * * The sequence of sizes is as follows: * * 0 31 * -128 127 * -1,152 895 * -9,344 7,039 * -74,880 56,191 * -599,168 449,407 * -4,793,472 3,595,135 * -38,347,904 28,760,959 * -306,783,360 230,087,551 * INT_MIN 1,840,700,287 * INT_MIN INT_MAX * * Remember these are only relevant for set() calls and have nothing * to do with rendering or generation. */ void qlifealgo::uproot() { if (min < -100000000) min = INT_MIN ; else min = 8 * min - 128 ; if (max > 500000000) max = INT_MAX ; else max = 8 * max - 121 ; bmin <<= 3 ; bmin -= 128 ; bmax <<= 3 ; bmax -= 121 ; minlow32 = 8 * minlow32 - 4 ; if (rootlev >= 38) lifefatal("internal: push too deep for qlifealgo") ; for (int i=0; i<2; i++) { supertile *oroot = root ; rootlev++ ; root = newsupertile(rootlev) ; if (rootlev > 1) root->flags = 0xf0000000 | (upchanging(oroot->flags) << (3 + (generation.odd()))) ; root->d[4] = oroot ; if (oroot != nullroot) { nullroots[rootlev] = nullroot = newsupertile(rootlev) ; } else { nullroots[rootlev] = nullroot = root ; } } // Need to clear this because we don't have valid population values // in the new root. popValid = 0 ; } /* * This subroutine allocates a new empty universe. The universe starts * out as a 256x256 universe. */ qlifealgo::qlifealgo() { int test = (INT_MAX != 0x7fffffff) ; if (test) lifefatal("bad platform for this program") ; memused = 0 ; maxmemory = 0 ; clearall() ; } /* * Clear everything. This one also frees memory. */ static int bc[256] ; // popcount void qlifealgo::clearall() { poller->bailIfCalculating() ; while (memused) { linkedmem *nu = memused->next ; free(memused) ; memused = nu ; } generation = 0 ; increment = 1 ; tilelist = 0 ; supertilelist = 0 ; bricklist = 0 ; rootlev = 0 ; cleandowncounter = 63 ; usedmemory = 0 ; deltaforward = 0 ; ai[0] = 4 ; ai[1] = 0 ; ai[2] = 1 ; ai[4] = 2 ; ai[8] = 3 ; ai[16] = 4 ; ai[32] = 5 ; ai[64] = 6 ; ai[128] = 7 ; minlow32 = min = 0 ; max = 31 ; bmin = 0 ; bmax = 31 ; emptybrick = newbrick() ; nullroots[0] = nullroot = root = (supertile *)(emptytile = newtile()) ; uproot() ; popValid = 0 ; llxb = 0 ; llyb = 0 ; llbits = 0 ; llsize = 0 ; if (bc[255] == 0) for (int i=1; i<256; i++) bc[i] = bc[i & (i-1)] + 1 ; } /* * This subroutine frees a universe. */ qlifealgo::~qlifealgo() { while (memused) { linkedmem *nu = memused->next ; free(memused) ; memused = nu ; } } /* * Set the max memory */ void qlifealgo::setMaxMemory(int newmemlimit) { // AKT: allow setting maxmemory to 0 if (newmemlimit == 0) { maxmemory = 0 ; return; } if (newmemlimit < 10) newmemlimit = 10 ; #ifndef GOLLY64BIT else if (newmemlimit > 4000) newmemlimit = 4000 ; #endif g_uintptr_t newlimit = ((g_uintptr_t)newmemlimit) << 20 ; if (usedmemory > newlimit) { lifewarning("Sorry, more memory currently used than allowed.") ; return ; } maxmemory = newlimit ; } /* * Finally, our first generation subroutine! This one handles supertiles * for even to odd generation (0->1). What is passed in is the universe * itself, the tile (this) to focus on, its three neighbor tiles (the * one `parallel' to it [by the way the subtiles are stacked], the one * past it, and the corner one. * * The way we walk down the tree in this subroutine is one of the major * keys to cache and TLB performance. We walk the universe in a * spatially local way, always doing an entire 32x32 tile before * moving on, always doing a 256x32 supertile before moving on, always * doing a 256x256 supertile, etc. That is, if we need to access a * particular brick four times in recomputing four bricks, chances are * good that those four times will occur closely in time since we do * spatially adjacent bricks near each other. * * Another trick is to do the universe from bottom to top in phase 0->1 * and from top to bottom in phase 1->0; this also helps cut down on * those cache misses. */ int qlifealgo::doquad01(supertile *zis, supertile *edge, supertile *par, supertile *cor, int lev) { /* * First we figure out which subtiles we need to recalculate. There will * always be at least one if we got into this subroutine (except for the * case of a static universe and at the root level). To do this, we * use the edge bits from the parallel supertile, and one bit each from * the other two neighbor tiles, blending them into a single 8-bit * recalculate int. * * Note that the parallel and corner have already been recomputed so * their changing bits are shifted up 10 positions in c. */ poller->poll() ; int changing = (zis->flags | (par->flags >> 19) | (((edge->flags >> 18) | (cor->flags >> 27)) & 1)) & 0xff ; int x, b, nchanging = (zis->flags & 0x3ff00) << 10 ; supertile *p, *pf, *pu, *pfu ; STAT(ds++) ; /* * Only if the first subtile needs to be recomputed do we actually need to * `visit' the edge and corner neighbors. We always keep track of the * subtiles one level down. */ if (changing & 1) { x = 7 ; b = 1 ; pf = edge->d[0] ; pfu = cor->d[0] ; } else { /* * Otherwise, we compute which tile we need to examine first with the help * of the ai array. */ b = (changing & - changing) ; x = 7 - ai[b] ; pf = zis->d[x + 1] ; pfu = par->d[x + 1] ; } for (;;) { p = zis->d[x] ; pu = par->d[x] ; /* * Do we need to recompute this subtile? */ if (changing & b) { /* * If so, is it the canonical empty supertile for this level? If so, * allocate a new empty supertile and set the void bits appropriately. */ if (zis->d[x] == nullroots[lev-1]) p = zis->d[x] = (lev == 1 ? (supertile *)newtile() : newsupertile(lev-1)) ; /* * If it's level 1, call the tile handler, else call the next level down of * the supertile handler. The return value is the changing indicators that * should be propogated up. */ nchanging |= ((lev == 1) ? p01((tile *)p, (tile *)pf, (tile *)pu, (tile *)pfu) : doquad01(p, pu, pf, pfu, lev-1)) << x ; changing -= b ; } else if (changing == 0) break ; b <<= 1 ; x-- ; pfu = pu ; pf = p ; } zis->flags = nchanging | 0xf0000000 ; return upchanging(nchanging) ; } /* * This is for odd to even generations, and the documentation is pretty * much the same as for the previous subroutine. */ int qlifealgo::doquad10(supertile *zis, supertile *edge, supertile *par, supertile *cor, int lev) { poller->poll() ; int changing = (zis->flags | (par->flags >> 19) | (((edge->flags >> 18) | (cor->flags >> 27)) & 1)) & 0xff ; int x, b, nchanging = (zis->flags & 0x3ff00) << 10 ; supertile *p, *pf, *pu, *pfu ; STAT(ds++) ; if (changing & 1) { x = 0 ; b = 1 ; pf = edge->d[7] ; pfu = cor->d[7] ; } else { b = (changing & - changing) ; x = ai[b] ; pf = zis->d[x - 1] ; pfu = par->d[x - 1] ; } for (;;) { p = zis->d[x] ; pu = par->d[x] ; if (changing & b) { if (zis->d[x] == nullroots[lev-1]) p = zis->d[x] = (lev == 1 ? (supertile *)newtile() : newsupertile(lev-1)) ; nchanging |= ((lev == 1) ? p10((tile *)pfu, (tile *)pu, (tile *)pf, (tile *)p) : doquad10(p, pu, pf, pfu, lev-1)) << (7-x) ; changing -= b ; } else if (changing == 0) break ; b <<= 1 ; x++ ; pfu = pu ; pf = p ; } zis->flags = nchanging | 0xf0000000 ; return upchanging(nchanging) ; } /* * This is our monster subroutine that, with its mirror below, accounts for * about 90% of the runtime. It handles recomputation for a 32x32 tile. * Passed in are the neighbor tiles: pr (to the right), pd (down), and * prd (down and to the right). */ int qlifealgo::p01(tile *p, tile *pr, tile *pd, tile *prd) { brick *db = pd->b[0], *rdb = prd->b[0] ; /* * Do we need to recompute the fourth brick? This happens here because its * the only place we need to pull in changing from the down and corner * neighbor. */ int i, recomp = (p->c[4] | pd->c[0] | (pr->c[4] >> 9) | (prd->c[0] >> 8)) & 0xff ; STAT(dq++) ; p->c[5] = 0 ; p->flags |= 0xfff00000 ; /* * For each brick . . . */ for (i=3; i>=0; i--) { brick *b = p->b[i], *rb = pr->b[i] ; /* * Do we need to recompute? */ if (recomp) { unsigned int traildata, trailunderdata ; int j, cdelta = 0, maska, maskb, maskprev = 0 ; /* * If so, set the dirty bit. Also, if this brick is the canonical empty * brick, get a new one. */ p->flags |= 1 << i ; if (b == emptybrick) p->b[i] = b = newbrick() ; /* * If we need to recompute the end slice, now is a good time to get the * right neighbor's data. */ if (recomp & 1) { j = 7 ; traildata = rb->d[0] ; trailunderdata = rdb->d[0] ; } else { /* * Otherwise we use the ai[] array to figure out where to begin in this * brick. */ j = ai[recomp & - recomp] ; recomp >>= j ; j = 7 - j ; traildata = b->d[j+1] ; trailunderdata = db->d[j+1] ; } trailunderdata = (traildata << 8) + (trailunderdata >> 24) ; for (;;) { /* * At all times here, we have traildata (the data from the slice to the * right) and trailunderdata (24 bits of traildata and eight bits from * the slice under and to the right). * * Do we need to recompute this slice? */ if (recomp & 1) { /* * Our main recompute chunk recomputes a single slice. */ unsigned int zisdata = b->d[j] ; unsigned int underdata = (zisdata << 8) + (db->d[j] >> 24) ; unsigned int otherdata = ((zisdata << 2) & 0xcccccccc) + ((traildata >> 2) & 0x33333333) ; unsigned int otherunderdata = ((underdata << 2) & 0xcccccccc) + ((trailunderdata >> 2) & 0x33333333) ; int newv = (ruletable[zisdata >> 16] << 26) + (ruletable[underdata >> 16] << 18) + (ruletable[zisdata & 0xffff] << 10) + (ruletable[underdata & 0xffff] << 2) + (ruletable[otherdata >> 16] << 24) + (ruletable[otherunderdata >> 16] << 16) + (ruletable[otherdata & 0xffff] << 8) + ruletable[otherunderdata & 0xffff] ; /* * Has anything changed? * Keep track of what has changed in the entire cell, the rightmost * two columns, the lowest two rows, and the lowest rightmost 2x2 cell, into * the maskprev int. Do all of this without conditionals. */ int delta = (b->d[j + 8] ^ newv) | deltaforward ; STAT(rcc++) ; b->d[j + 8] = newv ; maska = cdelta | (delta & 0x33333333) ; maskb = maska | -maska ; maskprev = (maskprev << 1) | ((maskb >> 9) & 0x400000) | (maskb & 0x80) ; cdelta = delta ; traildata = zisdata ; trailunderdata = underdata ; } else { /* * No need to recompute? Well, maintain our necessary invariants and bail * if we're done. */ maskb = cdelta | -cdelta ; maskprev = (maskprev << 1) | ((maskb >> 9) & 0x400000) | (maskb & 0x80) ; if (recomp == 0) break ; ; cdelta = 0 ; traildata = b->d[j] ; trailunderdata = (traildata << 8) + (db->d[j] >> 24) ; } recomp >>= 1 ; j-- ; } /* * Finally done with that brick! Update our changing for the next * call to p10, and or-in any changes to the lower two rows that we saw * into the next brick down's changing variable. */ p->c[i+2] |= (maskprev >> (6 - j)) & 0x1ff ; p->c[i+1] = (short)(((p->c[i+1] & 0x100) << 1) | (maskprev >> (21 - j))) ; } else p->c[i+1] = 0 ; /* * Calculate recomp for the next row down. */ recomp = (p->c[i] | (pr->c[i] >> 9)) & 0xff ; db = b ; rdb = rb ; } /* * Propogate the changing information for this tile to the supertile on * the next level up. */ recomp = p->c[5] ; i = recomp | p->c[0] | p->c[1] | p->c[2] | p->c[3] | p->c[4] ; if (recomp) return 0x201 | ((recomp & 0x100) << 2) | ((i & 0x100) >> 7) ; else return i ? ((i & 0x100) >> 7) | 1 : 0 ; } /* * This subroutine is the mirror of the one above, used for odd to even * generations. */ int qlifealgo::p10(tile *plu, tile *pu, tile *pl, tile *p) { brick *ub = pu->b[3], *lub = plu->b[3] ; int i, recomp = (p->c[1] | pu->c[5] | (pl->c[1] >> 9) | (plu->c[5] >> 8)) & 0xff ; STAT(dq++) ; p->c[0] = 0 ; p->flags |= 0x000fff00 ; for (i=0; i<=3; i++) { brick *b = p->b[i], *lb = pl->b[i] ; if (recomp) { int maska, maskprev = 0, j, cdelta = 0 ; unsigned int traildata, trailoverdata ; p->flags |= 1 << i ; if (b == emptybrick) p->b[i] = b = newbrick() ; if (recomp & 1) { j = 0 ; traildata = lb->d[15] ; trailoverdata = lub->d[15] ; } else { j = ai[recomp & - recomp] ; traildata = b->d[j+7] ; trailoverdata = ub->d[j+7] ; recomp >>= j ; } trailoverdata = (traildata >> 8) + (trailoverdata << 24) ; for (;;) { if (recomp & 1) { unsigned int zisdata = b->d[j + 8] ; unsigned int overdata = (zisdata >> 8) + (ub->d[j + 8] << 24) ; unsigned int otherdata = ((zisdata >> 2) & 0x33333333) + ((traildata << 2) & 0xcccccccc) ; unsigned int otheroverdata = ((overdata >> 2) & 0x33333333) + ((trailoverdata << 2) & 0xcccccccc) ; int newv = (ruletable[otheroverdata >> 16] << 26) + (ruletable[otherdata >> 16] << 18) + (ruletable[otheroverdata & 0xffff] << 10) + (ruletable[otherdata & 0xffff] << 2) + (ruletable[overdata >> 16] << 24) + (ruletable[zisdata >> 16] << 16) + (ruletable[overdata & 0xffff] << 8) + ruletable[zisdata & 0xffff] ; int delta = (b->d[j] ^ newv) | deltaforward ; STAT(rcc++) ; maska = cdelta | (delta & 0xcccccccc) ; maskprev = (maskprev << 1) | (((maska | - maska) >> 9) & 0x400000) | ((((maska >> 24) | 0x100) - 1) & 0x100) ; b->d[j] = newv ; cdelta = delta ; traildata = zisdata ; trailoverdata = overdata ; } else { maskprev = (maskprev << 1) | (((cdelta | - cdelta) >> 9) & 0x400000) | ((((cdelta >> 24) | 0x100) - 1) & 0x100) ; if (recomp == 0) break ; cdelta = 0 ; traildata = b->d[j + 8] ; trailoverdata = (traildata >> 8) + (ub->d[j + 8] << 24) ; } recomp >>= 1 ; j++ ; } p->c[i+1] = (short)(((p->c[i+1] & 0x100) << 1) | (maskprev >> (14 + j))) ; p->c[i] |= (maskprev >> j) & 0x1ff ; } else p->c[i+1] = 0 ; recomp = (p->c[i+2] | (pl->c[i+2] >> 9)) & 0xff ; ub = b ; lub = lb ; } recomp = p->c[0] ; i = recomp | p->c[1] | p->c[2] | p->c[3] | p->c[4] | p->c[5] ; if (recomp) return 0x201 | ((recomp & 0x100) << 2) | ((i & 0x100) >> 7) ; else return i ? ((i & 0x100) >> 7) | 1 : 0 ; } /** * Mark a node and its subnodes as changed. We really * only mark those nodes that have any cells set at all. * And we remove all empty nodes, to prevent quadratic * expansion if setrule() or something similar is called * too frequently. */ supertile *qlifealgo::markglobalchange(supertile *p, int lev, int &bits) { int i ; bits = 0 ; if (lev == 0) { tile *pp = (tile *)p ; if (pp != emptytile) { int s = 0 ; for (int i=0; i<4; i++) for (int j=0; j<16; j++) s |= pp->b[i]->d[j] ; if (s) { pp->c[0] = pp->c[5] = 0x1ff ; pp->c[1] = pp->c[2] = pp->c[3] = pp->c[4] = 0x3ff ; bits = 0x603 ; return p ; } bits = 0 ; for (int i=0; i<4; i++) if (pp->b[i] != emptybrick) { STAT(bricks--) ; ((linkedmem *)(pp->b[i]))->next = bricklist ; bricklist = (linkedmem *)(pp->b[i]) ; } STAT(tiles--) ; memset(pp, 0, sizeof(tile)) ; ((linkedmem *)pp)->next = tilelist ; tilelist = (linkedmem *)pp ; return (supertile *)emptytile ; } return p ; } else { if (p != nullroots[lev]) { int nchanging = 0 ; int nbits ; if (generation.odd()) { for (i=0; i<8; i++) { p->d[i] = markglobalchange(p->d[i], lev-1, nbits) ; nchanging |= nbits << i ; } } else { for (i=0; i<8; i++) { p->d[i] = markglobalchange(p->d[i], lev-1, nbits) ; nchanging |= nbits << (7-i) ; } } if (nchanging != 0 || p == root) { p->flags |= nchanging | 0xf0000000 ; bits = upchanging(nchanging) ; return p ; } else { STAT(supertiles--) ; memset(p, 0, sizeof(supertile)) ; ((linkedmem *)p)->next = supertilelist ; supertilelist = (linkedmem *)p ; return nullroots[lev] ; } } return p ; } } void qlifealgo::markglobalchange() { int bits = 0 ; markglobalchange(root, rootlev, bits) ; deltaforward = 0xffffffff ; } /* * This subroutine sets a bit at a particular location. * * We walk down the tree to the particular bit, setting changing flags as * we go. */ int qlifealgo::setcell(int x, int y, int newstate) { if (newstate & ~1) return -1 ; y = - y ; supertile *b ; tile *p ; int lev ; int odd = generation.odd() ; if (odd) { x-- ; y-- ; } while (x < min || x > max || y < min || y > max) uproot() ; int xdel = (x >> 5) - minlow32 ; int ydel = (y >> 5) - minlow32 ; int xc = x - (minlow32 << 5) ; int yc = y - (minlow32 << 5) ; if (root == nullroot) root = newsupertile(rootlev) ; b = root ; lev = rootlev ; while (lev > 0) { int i, d = 1 ; if (lev & 1) { int s = (lev >> 1) + lev - 1 ; i = (xdel >> s) & 7 ; s = (1 << (s + 5)) - 2 ; if ((xc & s) == ((odd) ? s : 0)) d += 2 ; if ((yc & s) == ((odd) ? s : 0)) d += d << 9 ; } else { int s = (lev >> 1) + lev - 3 ; i = (ydel >> s) & 7 ; s = (1 << (s + 5)) - 2 ; if ((yc & s) == ((odd) ? s : 0)) d += 2 ; s |= s << 3 ; if ((xc & s) == ((odd) ? s : 0)) d += d << 9 ; } if (odd) b->flags |= (d << i) | 0xf0000000 ; else b->flags |= (d << (7 - i)) | 0xf0000000 ; if (b->d[i] == nullroots[lev-1]) b->d[i] = (lev==1 ? (supertile *)newtile() : newsupertile(lev-1)) ; lev -= 1 ; b = b->d[i] ; } x &= 31 ; y &= 31 ; p = (tile *)b ; if (p->b[(y >> 3) & 0x3] == emptybrick) p->b[(y >> 3) & 0x3] = newbrick() ; if (odd) { int mor = ((x & 2) ? 3 : 1) << ((x >> 2) & 0x7) ; p->c[((y >> 3) & 0x3) + 1] |= mor ; p->flags = -1 ; if ((y & 6) == 6) p->c[((y >> 3) & 0x3) + 2] |= mor ; if (newstate) p->b[(y >> 3) & 0x3]->d[8 + ((x >> 2) & 0x7)] |= (1 << (31 - (y & 7) * 4 - (x & 3))) ; else p->b[(y >> 3) & 0x3]->d[8 + ((x >> 2) & 0x7)] &= ~(1 << (31 - (y & 7) * 4 - (x & 3))) ; } else { int mor = ((x & 2) ? 1 : 3) << (7 - ((x >> 2) & 0x7)) ; p->c[((y >> 3) & 0x3) + 1] |= mor ; p->flags = -1 ; if ((y & 6) == 0) p->c[((y >> 3) & 0x3)] |= mor ; if (newstate) p->b[(y >> 3) & 0x3]->d[(x >> 2) & 0x7] |= (1 << (31 - (y & 7) * 4 - (x & 3))) ; else p->b[(y >> 3) & 0x3]->d[(x >> 2) & 0x7] &= ~(1 << (31 - (y & 7) * 4 - (x & 3))) ; } deltaforward = 0xffffffff ; return 0 ; } /* * This subroutine gets a bit at a particular location. */ int qlifealgo::getcell(int x, int y) { y = - y ; supertile *b ; tile *p ; int lev ; int odd = generation.odd() ; if (odd) { x-- ; y-- ; } while (x < min || x > max || y < min || y > max) uproot() ; if (x < min || x > max || y < min || y > max) return 0 ; int xdel = (x >> 5) - minlow32 ; int ydel = (y >> 5) - minlow32 ; if (root == nullroot) return 0 ; b = root ; lev = rootlev ; while (lev > 0) { int i ; if (lev & 1) { int s = (lev >> 1) + lev - 1 ; i = (xdel >> s) & 7 ; } else { int s = (lev >> 1) + lev - 3 ; i = (ydel >> s) & 7 ; } if (b->d[i] == nullroots[lev-1]) return 0 ; lev -= 1 ; b = b->d[i] ; } x &= 31 ; y &= 31 ; p = (tile *)b ; if (p->b[(y >> 3) & 0x3] == emptybrick) return 0 ; if (odd) { if (p->b[(y >> 3) & 0x3]->d[8 + ((x >> 2) & 0x7)] & (1 << (31 - (y & 7) * 4 - (x & 3)))) return 1 ; else return 0 ; } else { if (p->b[(y >> 3) & 0x3]->d[(x >> 2) & 0x7] & (1 << (31 - (y & 7) * 4 - (x & 3)))) return 1 ; else return 0 ; } } /** * Similar but returns the distance to the next set cell horizontally. */ int qlifealgo::nextcell(int x, int y, int &v) { v = 1 ; y = - y ; int odd = generation.odd() ; if (odd) { x-- ; y-- ; } while (x < min || x > max || y < min || y > max) uproot() ; if (x > max || x < min || y < min || y > max) return -1 ; return nextcell(x, y, root, rootlev) ; } int qlifealgo::nextcell(int x, int y, supertile *n, int lev) { if (lev > 0) { if (n == nullroots[lev]) return -1 ; int xdel = (x >> 5) - minlow32 ; int ydel = (y >> 5) - minlow32 ; int i ; if (lev & 1) { int s = (lev >> 1) + lev - 1 ; i = (xdel >> s) & 7 ; int r = 0 ; int off = (x & 31) + ((xdel & ((1 << s) - 1)) << 5) ; while (i < 8) { int t = nextcell(x, y, n->d[i], lev-1) ; if (t < 0) { r += (32 << s) - off ; x += (32 << s) - off ; off = 0 ; } else { return r + t ; } i++ ; } return -1 ; } else { int s = (lev >> 1) + lev - 3 ; i = (ydel >> s) & 7 ; return nextcell(x, y, n->d[i], lev-1) ; } } x &= 31 ; y &= 31 ; tile *p = (tile *)n ; brick *br = (brick *)(p->b[(y>>3) & 3]) ; if (br == emptybrick) return -1 ; int i = ((x >> 2) & 7) ; int add = (generation.odd() ? 8 : 0) ; int sh = (7 - (y & 7)) * 4 ; int r = 0 ; x &= 3 ; int m = 15 >> x ; while (i < 8) { int t = (br->d[i+add] >> sh) & m ; if (t) { if (t & 8) return r - x ; if (t & 4) return r + 1 - x ; if (t & 2) return r + 2 - x ; return r + 3 - x ; } r += (4 - x) ; x = 0 ; m = 15 ; i++ ; } return -1 ; } /* * This subroutine calculates the population count of the universe. It * uses dirty bits number 1 and 2 of supertiles. */ G_INT64 qlifealgo::find_set_bits(supertile *p, int lev, int gm1) { G_INT64 pop = 0 ; int i, j, b ; if (lev == 0) { tile *pp = (tile *)p ; b = 8 + gm1 * 12 ; pop = (pp->flags >> b) & 0xfff ; if (pop > 0x800) { pop = 0 ; for (i=0; i<4; i++) { if (pp->b[i] != emptybrick) { for (j=0; j<8; j++) { #ifdef FASTPOPCOUNT pop += FASTPOPCOUNT(pp->b[i]->d[j+gm1*8]) ; #else int k = pp->b[i]->d[j+gm1*8] ; if (k) pop += bc[k & 255] + bc[(k >> 8) & 255] + bc[(k >> 16) & 255] + bc[(k >> 24) & 255] ; #endif } } } pp->flags = (long)((pp->flags & ~(0xfff << b)) | (pop << b)) ; } } else { if (p->flags & (0x20000000 << gm1)) { for (i=0; i<8; i++) if (p->d[i] != nullroots[lev-1]) pop += find_set_bits(p->d[i], lev-1, gm1) ; if (pop < 500000000) { p->pop[gm1] = (int)pop ; p->flags &= ~(0x20000000 << gm1) ; } else { p->pop[gm1] = 0xfffffff ; // placeholder; *some* bits are set } } else { pop = p->pop[gm1] ; } } return pop ; } /** * A variation that tries to quickly answer: *any* bits set? */ int qlifealgo::isEmpty(supertile *p, int lev, int gm1) { int i, j, k, b ; if (lev == 0) { tile *pp = (tile *)p ; b = 8 + gm1 * 12 ; int pop = (pp->flags >> b) & 0xfff ; if (pop > 0x800) { pop = 0 ; for (i=0; i<4; i++) { if (pp->b[i] != emptybrick) { for (j=0; j<8; j++) { k = pp->b[i]->d[j+gm1*8] ; if (k) return 0 ; } } } } return pop ? 0 : 1 ; } else { if (p->flags & (0x20000000 << gm1)) { for (i=0; i<8; i++) if (p->d[i] != nullroots[lev-1]) if (!isEmpty(p->d[i], lev-1, gm1)) return 0 ; return 1 ; } else { return p->pop[gm1] ? 0 : 1 ; } } } /* * Another critical subroutine, this one cleans up the empty bricks, * tiles, and supertiles as the generations go by. This speeds things * up by not using too much memory (minimizing cache misses and TLB * misses). We only try to delete bricks, tiles, and supertiles from * regions of the universe that have been active since we last attempted * to delete tiles. We delete all possible tiles, even those near active * regions; if necessary, * * We use dirty bit number 0 of supertiles, and dirty bits 0..3 of * tiles. */ supertile *qlifealgo::mdelete(supertile *p, int lev) { int i ; if (lev == 0) { tile *pp = (tile *)p ; if (pp->flags & 0xf) { int seen = 0 ; for (i=0; i<4; i++) { brick *b = pp->b[i] ; if (b != emptybrick) { if ((pp->flags & (1 << i))) { if (b->d[0] | b->d[1] | b->d[2] | b->d[3] | b->d[4] | b->d[5] | b->d[6] | b->d[7] | b->d[8] | b->d[9] | b->d[10] | b->d[11] | b->d[12] | b->d[13] | b->d[14] | b->d[15]) { seen++ ; } else { STAT(bricks--) ; ((linkedmem *)b)->next = bricklist ; bricklist = (linkedmem *)b ; pp->b[i] = emptybrick ; } } else seen++ ; } } if (seen || ((pp->c[1] | pp->c[2] | pp->c[3] | pp->c[4]) & 0xff) || ((generation.odd()) ? pp->c[5] : pp->c[0])) pp->flags &= 0xfffffff0 ; else { STAT(tiles--) ; memset(pp, 0, sizeof(tile)) ; ((linkedmem *)pp)->next = tilelist ; tilelist = (linkedmem *)pp ; return nullroots[lev] ; } } } else { if (p->flags & 0x10000000) { int keep = 0 ; for (i=0; i<8; i++) if (p->d[i] != nullroots[lev-1]) if ((p->d[i] = mdelete(p->d[i], lev-1)) != nullroots[lev-1]) keep++ ; if (keep || p == root || (p->flags & 0x3ffff)) p->flags &= 0xefffffff ; else { STAT(supertiles--) ; memset(p, 0, sizeof(supertile)) ; ((linkedmem *)p)->next = supertilelist ; supertilelist = (linkedmem *)p ; return nullroots[lev] ; } } } return p ; } G_INT64 qlifealgo::popcount() { return find_set_bits(root, rootlev, generation.odd()) ; } const bigint &qlifealgo::getPopulation() { if (!popValid) { population = bigint(popcount()) ; popValid = 1 ; poller->reset_countdown() ; } return population ; } int qlifealgo::isEmpty() { return isEmpty(root, rootlev, generation.odd()) ; } /* * Here we look at the root node and see if activity is getting * uncomfortably close to the current edges. If so, we add another * level onto the top. */ int qlifealgo::uproot_needed() { int i ; if (root->d[0] != nullroots[rootlev-1] || root->d[7] != nullroots[rootlev-1]) return 1 ; for (i=1; i<7; i++) if (root->d[i]->d[0] != nullroots[rootlev-2] || root->d[i]->d[7] != nullroots[rootlev-2]) return 1 ; return 0 ; } /* * The new generation code is simple. We uproot if needed. Then, we call * the appropriate top-level slice code depending on the generation number. * Finally, if we are generations 64, 128, 192, and so on, we clean up * the tree. * * Note that this 64 was carefully chosen to balance extraneous bricks left * behind by gliders against the computational cost of deletion. */ void qlifealgo::dogen() { poller->reset_countdown() ; #ifdef STATS ds = 0 ; dq = 0 ; rcc = 0 ; #endif // AKT: if grid is bounded then we should never need to call uproot() here // because setrule() has already expanded the universe to enclose the grid if (gridwd == 0 || gridht == 0) { while (uproot_needed()) uproot() ; } if (generation.odd()) doquad10(root, nullroot, nullroot, nullroot, rootlev) ; else doquad01(root, nullroot, nullroot, nullroot, rootlev) ; deltaforward = 0 ; generation += bigint::one ; popValid = 0 ; if (--cleandowncounter == 0) { cleandowncounter = 63 ; mdelete(root, rootlev) ; } #ifdef STATS dss += ds ; dqs += dq ; rccs += rcc ; #endif } /** * Step. Do increment generations. */ void qlifealgo::step() { poller->bailIfCalculating() ; bigint t = increment ; while (t != 0) { if (qliferules.alternate_rules) { // emulate B0-not-Smax rule by changing rule table depending on gen parity if (generation.odd()) ruletable = qliferules.rule1 ; else ruletable = qliferules.rule0 ; } else { ruletable = qliferules.rule0 ; } dogen() ; if (poller->isInterrupted()) break ; t -= 1 ; if (t > increment) // might change; make it happen now t = increment ; } } // Flip bits in given rule table. // This is a tad tricky because we want to turn both the input // and the output of this table upside down. static void fliprule(char *rptr) { for (int i=0; i<65536; i++) { int j = ((i & 0xf) << 12) + ((i & 0xf0) << 4) + ((i & 0xf00) >> 4) + ((i & 0xf000) >> 12) ; if (i <= j) { char fi = rptr[i] ; char fj = rptr[j] ; fi = ((fi & 0x30) >> 4) + ((fi & 0x3) << 4) ; fj = ((fj & 0x30) >> 4) + ((fj & 0x3) << 4) ; rptr[i] = fj ; rptr[j] = fi ; } } } /** * If we change the rule we need to mark everything dirty. */ const char *qlifealgo::setrule(const char *s) { const char* err = qliferules.setrule(s, this); if (err) return err; markglobalchange() ; // AKT: qlifealgo has an opposite interpretation of the orientation of // a rule table assumed by qliferules.setrule. For vertically symmetrical // rules such as the Moore or von Neumann neighborhoods this doesn't matter, // but for hexagonal rules and Wolfram rules we need to flip the rule table(s) // upside down. if ( qliferules.isHexagonal() || qliferules.isWolfram() ) { if (qliferules.alternate_rules) { // hex rule has B0 but not S6 so we'll be using rule1 for odd gens fliprule(qliferules.rule1); } fliprule(qliferules.rule0); } // ruletable is set in step(), but play safe ruletable = qliferules.rule0 ; if (qliferules.isHexagonal()) grid_type = HEX_GRID; else if (qliferules.isVonNeumann()) grid_type = VN_GRID; else grid_type = SQUARE_GRID; // AKT: if the grid is bounded then call uproot() if necessary so that // dogen() never needs to call it if (gridwd > 0 && gridht > 0) { // use the top left and bottom right corners of the grid, but expanded by 2 // to allow for growth in the borders when the grid edges are joined int xmin = -int(gridwd/2) - 2; int ymin = -int(gridht/2) - 2; int xmax = xmin + gridwd + 3; int ymax = ymin + gridht + 3; // duplicate the expansion code in setcell() ymin = -ymin; ymax = -ymax; if (generation.odd()) { xmin--; ymin--; xmax--; ymax--; } // min is -ve, max is +ve, xmin is -ve, xmax is +ve, ymin is +ve, ymax is -ve while (xmin < min || xmax > max || ymin > max || ymax < min) uproot(); } return 0; } static lifealgo *creator() { return new qlifealgo() ; } void qlifealgo::doInitializeAlgoInfo(staticAlgoInfo &ai) { ai.setAlgorithmName("QuickLife") ; ai.setAlgorithmCreator(&creator) ; ai.setDefaultBaseStep(10) ; ai.setDefaultMaxMem(0) ; ai.minstates = 2 ; ai.maxstates = 2 ; // init default color scheme ai.defgradient = false; ai.defr1 = ai.defg1 = ai.defb1 = 255; // start color = white ai.defr2 = ai.defg2 = ai.defb2 = 255; // end color = white ai.defr[0] = ai.defg[0] = ai.defb[0] = 48; // 0 state = dark gray ai.defr[1] = ai.defg[1] = ai.defb[1] = 255; // 1 state = white } golly-3.3-src/gollybase/ltlalgo.cpp0000755000175000017500000024333613543255652014366 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. // Implementation code for the "Larger than Life" family of rules. // See Help/Algorithms/Larger_than_Life.html for more info. #include "ltlalgo.h" #include "liferules.h" #include "util.h" #include // for malloc, free, etc #include // for INT_MIN and INT_MAX #include // for memset and strchr // ----------------------------------------------------------------------------- // set default rule to match Life static const char *DEFAULTRULE = "R1,C0,M0,S2..3,B3..3,NM"; #define MAXRANGE 500 #define DEFAULTSIZE 400 // must be >= 2 // maximum number of columns in a cell's neighborhood (used in fast_Moore) static const int MAXNCOLS = 2 * MAXRANGE + 1; // maximum number of cells in grid must be < 2^31 so population can't overflow #define MAXCELLS 100000000.0 // faster_Neumann_* calls are much slower than fast_Neumann when the // range is 1 or 2, similar when 5, but much faster when 10 or above #define SMALL_NN_RANGE 4 // ----------------------------------------------------------------------------- // Create a new empty universe. ltlalgo::ltlalgo() { shape = NULL ; // create a bounded universe with the default grid size, range and neighborhood unbounded = false; range = 1; ntype = 'M'; colcounts = NULL; create_grids(DEFAULTSIZE, DEFAULTSIZE); generation = 0; increment = 1; show_warning = true; } // ----------------------------------------------------------------------------- // Destroy the universe. ltlalgo::~ltlalgo() { free(outergrid1); if (outergrid2) free(outergrid2); if (colcounts) free(colcounts); if (shape) free(shape) ; } // ----------------------------------------------------------------------------- void ltlalgo::allocate_colcounts() { // allocate the array used for cumulative column counts of state-1 cells if (colcounts) free(colcounts); if (ntype == 'M') { colcounts = (int*) malloc(outerbytes * sizeof(int)); // if NULL then use fast_Moore, otherwise faster_Moore_* } else if (ntype == 'N') { if (range <= SMALL_NN_RANGE) { // use fast_Neumann (faster than faster_Neumann_* for small ranges) colcounts = NULL; } else { // additional rows are needed to calculate counts in faster_Neumann_* colcounts = (int*) malloc(outerwd * (outerht + (outerwd-1)/2) * sizeof(int)); // if NULL then use fast_Neumann } } else if (ntype == 'C') { colcounts = NULL ; // use fast_Shaped } else { lifefatal("Unexpected ntype!"); } } // ----------------------------------------------------------------------------- void ltlalgo::create_grids(int wd, int ht) { // create a bounded universe of given width and height gwd = wd; ght = ht; border = range + 1; // the extra 1 is needed by faster_Moore_* outerwd = gwd + border * 2; // add left and right border outerht = ght + border * 2; // add top and bottom border outerbytes = outerwd * outerht; allocate_colcounts(); // allocate memory for grid int offset = border * outerwd + border; outergrid1 = (unsigned char*) calloc(outerbytes, sizeof(unsigned char)); if (outergrid1 == NULL) lifefatal("Not enough memory for LtL grid!"); // point currgrid to top left non-border cells within outergrid1 currgrid = outergrid1 + offset; // if using fast_Moore or fast_Neumann we need to allocate outergrid2 if (colcounts == NULL) { outergrid2 = (unsigned char*) calloc(outerbytes, sizeof(unsigned char)); if (outergrid2 == NULL) lifefatal("Not enough memory for LtL grids!"); // point nextgrid to top left non-border cells within outergrid2 nextgrid = outergrid2 + offset; } else { // faster_* calls don't use outergrid2 outergrid2 = NULL; nextgrid = NULL; } // set grid coordinates of cell at bottom right corner of inner grid gwdm1 = gwd - 1; ghtm1 = ght - 1; // set cell coordinates of inner grid edges (middle of grid is 0,0) gtop = -int(ght / 2); gleft = -int(gwd / 2); gbottom = gtop + ghtm1; gright = gleft + gwdm1; // set bigint versions of inner grid edges (used by GUI code) gridtop = gtop; gridleft = gleft; gridbottom = gbottom; gridright = gright; // the universe is empty population = 0; // init boundaries so next birth will change them empty_boundaries(); } // ----------------------------------------------------------------------------- void ltlalgo::empty_boundaries() { minx = INT_MAX; miny = INT_MAX; maxx = INT_MIN; maxy = INT_MIN; } // ----------------------------------------------------------------------------- void ltlalgo::clearall() { lifefatal("clearall is not implemented"); } // ----------------------------------------------------------------------------- int ltlalgo::NumCellStates() { return maxCellStates; } // ----------------------------------------------------------------------------- void ltlalgo::endofpattern() { show_warning = true; } // ----------------------------------------------------------------------------- const char* ltlalgo::resize_grids(int up, int down, int left, int right) { // try to resize an unbounded universe by given amounts (possibly -ve) int newwd = gwd + left + right; int newht = ght + up + down; if ((float)newwd * (float)newht > MAXCELLS) { return "Sorry, but the universe can't be expanded that far."; } // check if new grid edges would be outside editing limits int newtop = gtop - up; int newleft = gleft - left; int newbottom = newtop + newht - 1; int newright = newleft + newwd - 1; if (newtop < -1000000000 || newleft < -1000000000 || newbottom > 1000000000 || newright > 1000000000) { return "Sorry, but the grid edges can't be outside the editing limits."; } int newbytes = newwd * newht; unsigned char* newcurr = (unsigned char*) calloc(newbytes, sizeof(unsigned char)); unsigned char* newnext = (unsigned char*) calloc(newbytes, sizeof(unsigned char)); if (newcurr == NULL || newnext == NULL) { if (newcurr) free(newcurr); if (newnext) free(newnext); return "Not enough memory to resize universe!"; } // resize succeeded so copy pattern from currgrid into newcurr if (population > 0) { unsigned char* src = currgrid + miny * outerwd + minx; unsigned char* dest = newcurr + (miny + up) * newwd + minx + left; int xbytes = maxx - minx + 1; for (int row = miny; row <= maxy; row++) { memcpy(dest, src, xbytes); src += outerwd; dest += newwd; } // shift pattern boundaries minx += left; maxx += left; miny += up; maxy += up; } free(outergrid1); if (outergrid2) free(outergrid2); outergrid1 = currgrid = newcurr; outergrid2 = nextgrid = newnext; outerwd = gwd = newwd; outerht = ght = newht; outerbytes = newbytes; // set grid coordinates of cell at bottom right corner of grid gwdm1 = gwd - 1; ghtm1 = ght - 1; // adjust cell coordinates of grid edges gtop -= up; gleft -= left; gbottom = gtop + ghtm1; gright = gleft + gwdm1; // set bigint versions of grid edges (used by GUI code) gridtop = gtop; gridleft = gleft; gridbottom = gbottom; gridright = gright; allocate_colcounts(); if (colcounts) { // faster_* calls don't use outergrid2 free(outergrid2); outergrid2 = NULL; nextgrid = NULL; } return NULL; // success } // ----------------------------------------------------------------------------- // Set the cell at the given location to the given state. int ltlalgo::setcell(int x, int y, int newstate) { if (newstate < 0 || newstate >= maxCellStates) return -1; if (unbounded) { // check if universe needs to be expanded if (x < gleft || x > gright || y < gtop || y > gbottom) { if (population == 0) { // no need to resize empty grids; // just adjust grid edges so that x,y is in middle of grid gtop = y - int(ght / 2); gleft = x - int(gwd / 2); gbottom = gtop + ghtm1; gright = gleft + gwdm1; // set bigint versions of grid edges (used by GUI code) gridtop = gtop; gridleft = gleft; gridbottom = gbottom; gridright = gright; } else { int up = y < gtop ? gtop - y : 0; int down = y > gbottom ? y - gbottom : 0; int left = x < gleft ? gleft - x : 0; int right = x > gright ? x - gright : 0; // if the down or right amount is 1 then it's likely a pattern file // is being loaded, so increase the amount to reduce the number of // resize_grids calls and speed up the loading time if (down == 1) down = 10; if (right == 1) right = 10; const char* errmsg = resize_grids(up, down, left, right); if (errmsg) { if (show_warning) lifewarning(errmsg); // prevent further warning messages until endofpattern is called // (this avoids user having to close thousands of dialog boxes // if they attempted to paste a large pattern) show_warning = false; return -1; } } } } else { // check if x,y is outside bounded universe if (x < gleft || x > gright) return -1; if (y < gtop || y > gbottom) return -1; } // set x,y cell in currgrid int gx = x - gleft; int gy = y - gtop; unsigned char* cellptr = currgrid + gy * outerwd + gx; int oldstate = *cellptr; if (newstate != oldstate) { *cellptr = (unsigned char)newstate; // population might change if (oldstate == 0 && newstate > 0) { population++; if (gx < minx) minx = gx; if (gx > maxx) maxx = gx; if (gy < miny) miny = gy; if (gy > maxy) maxy = gy; } else if (oldstate > 0 && newstate == 0) { population--; if (population == 0) empty_boundaries(); } } return 0; } // ----------------------------------------------------------------------------- // Get the state of the cell at the given location. int ltlalgo::getcell(int x, int y) { if (unbounded) { // cell outside grid is dead if (x < gleft || x > gright) return 0; if (y < gtop || y > gbottom) return 0; } else { // error if x,y is outside bounded universe if (x < gleft || x > gright) return -1; if (y < gtop || y > gbottom) return -1; } // get x,y cell in currgrid unsigned char* cellptr = currgrid + (y - gtop) * outerwd + (x - gleft); return *cellptr; } // ----------------------------------------------------------------------------- // Return the distance to the next non-zero cell in the given row, // or -1 if there is none. int ltlalgo::nextcell(int x, int y, int& v) { if (population == 0) return -1; // check if y is outside grid if (y < gtop || y > gbottom) return -1; // check if x is outside right edge if (x > gright) return -1; // init distance int d = 0; // if x is outside left edge then set it to gleft and increase d // (this is necessary in case the user makes a selection outside // gleft when the universe is unbounded) if (x < gleft) { d = gleft - x; x = gleft; } // get x,y cell in currgrid unsigned char* cellptr = currgrid + (y - gtop) * outerwd + (x - gleft); do { v = *cellptr; if (v > 0) return d; // found a non-zero cell d++; cellptr++; x++; } while (x <= gright); return -1; } // ----------------------------------------------------------------------------- static bigint bigpop; const bigint& ltlalgo::getPopulation() { bigpop = population; return bigpop; } // ----------------------------------------------------------------------------- int ltlalgo::isEmpty() { return population == 0 ? 1 : 0; } // ----------------------------------------------------------------------------- void ltlalgo::update_current_grid(unsigned char &state, int ncount) { // return the state of the cell based on the neighbor count if (state == 0) { // this cell is dead if (ncount >= minB && ncount <= maxB) { // new cell is born state = 1; population++; } } else if (state == 1) { // this cell is alive if (ncount < minS || ncount > maxS) { // this cell doesn't survive if (maxCellStates > 2) { // cell decays to state 2 state = 2; } else { // cell dies state = 0; population--; if (population == 0) empty_boundaries(); } } } else { // state is > 1 so this cell will eventually die if (state + 1 < maxCellStates) { state++; } else { // cell dies state = 0; population--; if (population == 0) empty_boundaries(); } } } // ----------------------------------------------------------------------------- void ltlalgo::update_next_grid(int x, int y, int xyoffset, int ncount) { // x,y cell in nextgrid might change based on the given neighborhood count unsigned char state = *(currgrid + xyoffset); if (state == 0) { // this cell is dead if (ncount >= minB && ncount <= maxB) { // new cell is born in nextgrid unsigned char* nextcell = nextgrid + xyoffset; *nextcell = 1; population++; if (x < minx) minx = x; if (x > maxx) maxx = x; if (y < miny) miny = y; if (y > maxy) maxy = y; } } else if (state == 1) { // this cell is alive if (ncount >= minS && ncount <= maxS) { // cell survives so copy into nextgrid unsigned char* nextcell = nextgrid + xyoffset; *nextcell = 1; // population doesn't change but pattern limits in nextgrid might if (x < minx) minx = x; if (x > maxx) maxx = x; if (y < miny) miny = y; if (y > maxy) maxy = y; } else if (maxCellStates > 2) { // cell decays to state 2 unsigned char* nextcell = nextgrid + xyoffset; *nextcell = 2; // population doesn't change but pattern limits in nextgrid might if (x < minx) minx = x; if (x > maxx) maxx = x; if (y < miny) miny = y; if (y > maxy) maxy = y; } else { // cell dies population--; if (population == 0) empty_boundaries(); } } else { // state is > 1 so this cell will eventually die if (state + 1 < maxCellStates) { unsigned char* nextcell = nextgrid + xyoffset; *nextcell = state + 1; // population doesn't change but pattern limits in nextgrid might if (x < minx) minx = x; if (x > maxx) maxx = x; if (y < miny) miny = y; if (y > maxy) maxy = y; } else { // cell dies population--; if (population == 0) empty_boundaries(); } } } // ----------------------------------------------------------------------------- void ltlalgo::faster_Moore_bounded(int mincol, int minrow, int maxcol, int maxrow) { // use Adam P. Goucher's algorithm to calculate Moore neighborhood counts // in a bounded universe; note that currgrid is surrounded by a border that // might contain live cells (the border is range+1 cells thick and the // outermost cells are always dead) // the given limits are relative to currgrid so we need to add border // so they are relative to outergrid1, and then expand them by range int bmr = border - range; int bpr = border + range; minrow += bmr; mincol += bmr; maxrow += bpr; maxcol += bpr; // calculate cumulative counts for each column and store in colcounts unsigned char* cellptr = outergrid1 + minrow * outerwd + mincol; int* ccptr = colcounts + minrow * outerwd + mincol; int *prevptr = NULL; int width = (maxcol - mincol + 1); int nextrow = outerwd - width; int rowcount = 0; for (int j = mincol; j <= maxcol; j++) { if (*cellptr == 1) rowcount++; *ccptr = rowcount; cellptr++; ccptr++; } cellptr += nextrow; ccptr += nextrow; prevptr = ccptr - outerwd; for (int i = minrow + 1; i <= maxrow; i++) { rowcount = 0; for (int j = mincol; j <= maxcol; j++) { if (*cellptr == 1) rowcount++; *ccptr = *prevptr + rowcount; cellptr++; ccptr++; prevptr++; } cellptr += nextrow; ccptr += nextrow; prevptr += nextrow; } // restore given limits (necessary for update_current_grid calls) minrow -= bmr; mincol -= bmr; maxrow -= bpr; maxcol -= bpr; // calculate final neighborhood counts using values in colcounts // and update the corresponding cells in current grid int* colptr = colcounts + (minrow + bpr) * outerwd; ccptr = colptr + mincol + bpr; unsigned char* stateptr = currgrid + minrow*outerwd+mincol; unsigned char state = *stateptr; update_current_grid(state, *ccptr); *stateptr = state; if (state) { if (mincol < minx) minx = mincol; if (mincol > maxx) maxx = mincol; if (minrow < miny) miny = minrow; if (minrow > maxy) maxy = minrow; } bool rowchanged = false; int bmrm1 = border - range - 1; stateptr = currgrid + minrow*outerwd + mincol+1; for (int j = mincol+1; j <= maxcol; j++) { // do i == minrow int* ccptr1 = colptr + (j + bpr); int* ccptr2 = colptr + (j + bmrm1); state = *stateptr; update_current_grid(state, *ccptr1 - *ccptr2); *stateptr++ = state; if (state) { if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } if (rowchanged) { if (minrow < miny) miny = minrow; if (minrow > maxy) maxy = minrow; } bool colchanged = false; colptr = colcounts + mincol + bpr; stateptr = currgrid + (minrow+1)*outerwd + mincol; for (int i = minrow+1; i <= maxrow; i++) { // do j == mincol int* ccptr1 = colptr + (i + bpr) * outerwd; int* ccptr2 = colptr + (i + bmrm1) * outerwd; state = *stateptr; update_current_grid(state, *ccptr1 - *ccptr2); *stateptr = state; stateptr += outerwd; if (state) { if (i < miny) miny = i; if (i > maxy) maxy = i; colchanged = true; } } if (colchanged) { if (mincol < minx) minx = mincol; if (mincol > maxx) maxx = mincol; } rowchanged = false; for (int i = minrow+1; i <= maxrow; i++) { int* ipr = colcounts + (i + bpr) * outerwd; int* imrm1 = colcounts + (i + bmrm1) * outerwd; stateptr = currgrid + i*outerwd + mincol+1; for (int j = mincol+1; j <= maxcol; j++) { int jpr = j + bpr; int jmrm1 = j + bmrm1; int* ccptr1 = ipr + jpr; int* ccptr2 = imrm1 + jmrm1; int* ccptr3 = ipr + jmrm1; int* ccptr4 = imrm1 + jpr; state = *stateptr; update_current_grid(state, *ccptr1 + *ccptr2 - *ccptr3 - *ccptr4); *stateptr++ = state; if (state) { if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } if (rowchanged) { if (i < miny) miny = i; if (i > maxy) maxy = i; rowchanged = false; } } } // ----------------------------------------------------------------------------- void ltlalgo::faster_Moore_bounded2(int mincol, int minrow, int maxcol, int maxrow) { // use Adam P. Goucher's algorithm to calculate Moore neighborhood counts // in a bounded universe; note that currgrid is surrounded by a border that // might contain live cells (the border is range+1 cells thick and the // outermost cells are always dead) // the given limits are relative to currgrid so we need to add border // so they are relative to outergrid1, and then expand them by range int bmr = border - range; int bpr = border + range; minrow += bmr; mincol += bmr; maxrow += bpr; maxcol += bpr; // calculate cumulative counts for each column and store in colcounts unsigned char* cellptr = outergrid1 + minrow * outerwd + mincol; int* ccptr = colcounts + minrow * outerwd + mincol; int *prevptr = NULL; int width = (maxcol - mincol + 1); int nextrow = outerwd - width; int rowcount = 0; // compute 4 cell offset int offset = (4 - ((g_uintptr_t)cellptr & 3)) & 3; if (offset > width) offset = width; // process in 4 cell chunks int chunks = (width - offset) >> 2; int remainder = (width - offset) - (chunks << 2); int j = 0; // process cells in the first row // process cells up to the first 4 cell chunk for (j = 0; j < offset; j++) { rowcount += *cellptr++; *ccptr++ = rowcount; } // process any 4 cell chunks unsigned int *lcellptr = (unsigned int*)cellptr; for (j = 0; j < chunks; j++) { if (*lcellptr++) { rowcount += *cellptr++; *ccptr++ = rowcount; rowcount += *cellptr++; *ccptr++ = rowcount; rowcount += *cellptr++; *ccptr++ = rowcount; rowcount += *cellptr++; *ccptr++ = rowcount; } else { *ccptr++ = rowcount; *ccptr++ = rowcount; *ccptr++ = rowcount; *ccptr++ = rowcount; cellptr += 4; } } // process any remaining cells for (j = 0; j < remainder; j++) { rowcount += *cellptr++; *ccptr++ = rowcount; } cellptr += nextrow; ccptr += nextrow; prevptr = ccptr - outerwd; // process the remaining rows of cells for (int i = minrow + 1; i <= maxrow; i++) { rowcount = 0; // compute 4 cell offset offset = (4 - ((g_uintptr_t)cellptr & 3)) & 3; if (offset > width) offset = width; // process in 4 cell chunks chunks = (width - offset) >> 2; remainder = (width - offset) - (chunks << 2); // process cells up to the first 4 cell chunk for (j = 0; j < offset; j++) { rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; } lcellptr = (unsigned int*)cellptr; // process any 4 cell chunks for (j = 0; j < chunks; j++) { // check if any of the cells are alive if (*lcellptr++) { rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; } else { *ccptr++ = *prevptr++ + rowcount; *ccptr++ = *prevptr++ + rowcount; *ccptr++ = *prevptr++ + rowcount; *ccptr++ = *prevptr++ + rowcount; cellptr += 4; } } // process any remaining cells for (j = 0; j < remainder; j++) { rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; } // next row cellptr += nextrow; ccptr += nextrow; prevptr += nextrow; } // restore given limits (necessary for update_current_grid calls) minrow -= bmr; mincol -= bmr; maxrow -= bpr; maxcol -= bpr; // calculate final neighborhood counts using values in colcounts // and update the corresponding cells in current grid int* colptr = colcounts + (minrow + bpr) * outerwd; ccptr = colptr + mincol + bpr; unsigned char* stateptr = currgrid + minrow*outerwd+mincol; int ncount = *ccptr; if (*stateptr == 0) { if (ncount >= minB && ncount <= maxB) { *stateptr = 1; population++; minx = mincol; maxx = mincol; miny = minrow; maxy = minrow; } } else { if (ncount < minS || ncount > maxS) { *stateptr = 0; population--; } else { minx = mincol; maxx = maxcol; miny = minrow; maxy = maxrow; } } bool rowchanged = false; int bmrm1 = border - range - 1; stateptr = currgrid + minrow*outerwd + mincol+1; int* ccptr1 = colptr + (mincol+1 + bpr); int* ccptr2 = colptr + (mincol+1 + bmrm1); for (j = mincol+1; j <= maxcol; j++) { // do i == minrow ncount = *ccptr1++ - *ccptr2++; if (*stateptr == 0) { if (ncount >= minB && ncount <= maxB) { *stateptr = 1; population++; if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } else { if (ncount < minS || ncount > maxS) { *stateptr = 0; population--; } else { if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } stateptr++; } if (rowchanged) { if (minrow < miny) miny = minrow; if (minrow > maxy) maxy = minrow; } bool colchanged = false; colptr = colcounts + mincol + bpr; stateptr = currgrid + (minrow+1)*outerwd + mincol; ccptr1 = colptr + (minrow+1 + bpr) * outerwd; ccptr2 = colptr + (minrow+1 + bmrm1) * outerwd; for (int i = minrow+1; i <= maxrow; i++) { // do j == mincol ncount = *ccptr1 - *ccptr2; if (*stateptr == 0) { if (ncount >= minB && ncount <= maxB) { *stateptr = 1; population++; if (i < miny) miny = i; if (i > maxy) maxy = i; colchanged = true; } } else { if (ncount < minS || ncount > maxS) { *stateptr = 0; population--; } else { if (i < miny) miny = i; if (i > maxy) maxy = i; colchanged = true; } } stateptr += outerwd; ccptr1 += outerwd; ccptr2 += outerwd; } if (colchanged) { if (mincol < minx) minx = mincol; if (mincol > maxx) maxx = mincol; } rowchanged = false; for (int i = minrow+1; i <= maxrow; i++) { int* ipr = colcounts + (i + bpr) * outerwd; int* imrm1 = colcounts + (i + bmrm1) * outerwd; int jpr = mincol+1 + bpr; int jmrm1 = mincol+1 + bmrm1; ccptr1 = ipr + jpr; ccptr2 = imrm1 + jmrm1; int* ccptr3 = ipr + jmrm1; int* ccptr4 = imrm1 + jpr; stateptr = currgrid + i*outerwd + mincol+1; for (j = mincol+1; j <= maxcol; j++) { ncount = *ccptr1++ + *ccptr2++ - *ccptr3++ - *ccptr4++; if (*stateptr == 0) { if (ncount >= minB && ncount <= maxB) { *stateptr = 1; population++; if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } else { if (ncount < minS || ncount > maxS) { *stateptr = 0; population--; } else { if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } stateptr++; } if (rowchanged) { if (i < miny) miny = i; if (i > maxy) maxy = i; rowchanged = false; } } if (population == 0) empty_boundaries(); } // ----------------------------------------------------------------------------- void ltlalgo::faster_Moore_unbounded(int mincol, int minrow, int maxcol, int maxrow) { // use Adam P. Goucher's algorithm to calculate Moore neighborhood counts // in an unbounded universe; note that we can safely assume there is at least // a 2*range border of dead cells surrounding the pattern // temporarily expand the given limits minrow -= range; mincol -= range; maxrow += range; maxcol += range; int r2 = range * 2; int minrowpr2 = minrow+r2; int mincolpr2 = mincol+r2; // put zeros in top 2*range rows of colcounts for (int i = minrow; i < minrowpr2; i++) { int* ccptr = colcounts + i * outerwd + mincol; for (int j = mincol; j <= maxcol; j++) { *ccptr++ = 0; } } // put zeros in left 2*range columns of colcounts for (int j = mincol; j < mincolpr2; j++) { int* ccptr = colcounts + minrowpr2 * outerwd + j; for (int i = minrowpr2; i <= maxrow; i++) { *ccptr = 0; ccptr += outerwd; } } unsigned char* cellptr = currgrid + minrowpr2 * outerwd + mincolpr2; int* ccptr = colcounts + minrowpr2 * outerwd + mincolpr2; int* prevptr = ccptr - outerwd; int width = (maxcol - mincolpr2 + 1); int nextrow = outerwd - width; int rowcount = 0; int j = 0; for (int i = minrowpr2; i <= maxrow; i++) { rowcount = 0; for (j = mincolpr2; j <= maxcol; j++) { if (*cellptr == 1) rowcount++; *ccptr = *prevptr + rowcount; cellptr++; ccptr++; prevptr++; } cellptr += nextrow; ccptr += nextrow; prevptr += nextrow; } // restore given limits minrow += range; mincol += range; maxrow -= range; maxcol -= range; // calculate final neighborhood counts using values in colcounts // and update the corresponding cells in current grid int* colptr = colcounts + (minrow + range) * outerwd; ccptr = colptr + mincol + range; unsigned char* stateptr = currgrid + minrow*outerwd+mincol; unsigned char state = *stateptr; update_current_grid(state, *ccptr); *stateptr = state; if (state) { if (mincol < minx) minx = mincol; if (mincol > maxx) maxx = mincol; if (minrow < miny) miny = minrow; if (minrow > maxy) maxy = minrow; } bool rowchanged = false; int rangep1 = range + 1; stateptr = currgrid + minrow*outerwd + mincol+1; for (j = mincol+1; j <= maxcol; j++) { // do i == minrow int* ccptr1 = colptr + (j+range); int* ccptr2 = colptr + (j-rangep1); state = *stateptr; update_current_grid(state, *ccptr1 - *ccptr2); *stateptr++ = state; if (state) { if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } if (rowchanged) { if (minrow < miny) miny = minrow; if (minrow > maxy) maxy = minrow; } bool colchanged = false; colptr = colcounts + mincol + range; stateptr = currgrid + (minrow+1)*outerwd + mincol; for (int i = minrow+1; i <= maxrow; i++) { // do j == mincol int* ccptr1 = colptr + (i+range) * outerwd; int* ccptr2 = colptr + (i-rangep1) * outerwd; state = *stateptr; update_current_grid(state, *ccptr1 - *ccptr2); *stateptr = state; stateptr += outerwd; if (state) { if (i < miny) miny = i; if (i > maxy) maxy = i; colchanged = true; } } if (colchanged) { if (mincol < minx) minx = mincol; if (mincol > maxx) maxx = mincol; } rowchanged = false; for (int i = minrow+1; i <= maxrow; i++) { int* ipr = colcounts + (i+range) * outerwd; int* imrm1 = colcounts + (i-rangep1) * outerwd; stateptr = currgrid + i*outerwd + mincol+1; for (j = mincol+1; j <= maxcol; j++) { int jpr = j+range; int jmrm1 = j-rangep1; int* ccptr1 = ipr + jpr; int* ccptr2 = imrm1 + jmrm1; int* ccptr3 = ipr + jmrm1; int* ccptr4 = imrm1 + jpr; state = *stateptr; update_current_grid(state, *ccptr1 + *ccptr2 - *ccptr3 - *ccptr4); *stateptr++ = state; if (state) { if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } if (rowchanged) { if (i < miny) miny = i; if (i > maxy) maxy = i; rowchanged = false; } } } // ----------------------------------------------------------------------------- void ltlalgo::faster_Moore_unbounded2(int mincol, int minrow, int maxcol, int maxrow) { // use Adam P. Goucher's algorithm to calculate Moore neighborhood counts // in an unbounded universe; note that we can safely assume there is at least // a 2*range border of dead cells surrounding the pattern // temporarily expand the given limits minrow -= range; mincol -= range; maxrow += range; maxcol += range; int r2 = range * 2; int minrowpr2 = minrow+r2; int mincolpr2 = mincol+r2; // put zeros in top 2*range rows of colcounts for (int i = minrow; i < minrowpr2; i++) { int* ccptr = colcounts + i * outerwd + mincol; for (int j = mincol; j <= maxcol; j++) { *ccptr++ = 0; } } // put zeros in left 2*range columns of colcounts for (int j = mincol; j < mincolpr2; j++) { int* ccptr = colcounts + minrowpr2 * outerwd + j; for (int i = minrowpr2; i <= maxrow; i++) { *ccptr = 0; ccptr += outerwd; } } // calculate cumulative counts for each column and store in colcounts unsigned char* cellptr = currgrid + minrowpr2 * outerwd + mincolpr2; int* ccptr = colcounts + minrowpr2 * outerwd + mincolpr2; int* prevptr = ccptr - outerwd; int width = (maxcol - mincolpr2 + 1); int nextrow = outerwd - width; int rowcount = 0; // compute 4 cell offset int offset = (4 - ((g_uintptr_t)cellptr & 3)) & 3; if (offset > width) offset = width; // process in 4 cell chunks int chunks = (width - offset) >> 2; int remainder = (width - offset) - (chunks << 2); int j = 0; // process cells in the first row // process cells up to the first 4 cell chunk for (j = 0; j < offset; j++) { rowcount += *cellptr++; *ccptr++ = rowcount; } // process any 4 cell chunks unsigned int *lcellptr = (unsigned int*)cellptr; for (j = 0; j < chunks; j++) { if (*lcellptr++) { rowcount += *cellptr++; *ccptr++ = rowcount; rowcount += *cellptr++; *ccptr++ = rowcount; rowcount += *cellptr++; *ccptr++ = rowcount; rowcount += *cellptr++; *ccptr++ = rowcount; } else { *ccptr++ = rowcount; *ccptr++ = rowcount; *ccptr++ = rowcount; *ccptr++ = rowcount; cellptr += 4; } } // process any remaining cells for (j = 0; j < remainder; j++) { rowcount += *cellptr++; *ccptr++ = rowcount; } cellptr += nextrow; ccptr += nextrow; prevptr = ccptr - outerwd; // process the remaining rows of cells for (int i = minrowpr2 + 1; i <= maxrow; i++) { rowcount = 0; // compute 4 cell offset offset = (4 - ((g_uintptr_t)cellptr & 3)) & 3; if (offset > width) offset = width; // process in 4 cell chunks chunks = (width - offset) >> 2; remainder = (width - offset) - (chunks << 2); // process cells up to the first 4 cell chunk for (j = 0; j < offset; j++) { rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; } lcellptr = (unsigned int*)cellptr; // process any 4 cell chunks for (j = 0; j < chunks; j++) { // check if any of the cells are alive if (*lcellptr++) { rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; } else { *ccptr++ = *prevptr++ + rowcount; *ccptr++ = *prevptr++ + rowcount; *ccptr++ = *prevptr++ + rowcount; *ccptr++ = *prevptr++ + rowcount; cellptr += 4; } } // process any remaining cells for (j = 0; j < remainder; j++) { rowcount += *cellptr++; *ccptr++ = *prevptr++ + rowcount; } // next row cellptr += nextrow; ccptr += nextrow; prevptr += nextrow; } // restore given limits minrow += range; mincol += range; maxrow -= range; maxcol -= range; // calculate final neighborhood counts using values in colcounts // and update the corresponding cells in current grid int* colptr = colcounts + (minrow + range) * outerwd; ccptr = colptr + mincol + range; unsigned char* stateptr = currgrid + minrow*outerwd+mincol; int ncount = *ccptr; if (*stateptr == 0) { if (ncount >= minB && ncount <= maxB) { *stateptr = 1; population++; minx = mincol; maxx = mincol; miny = minrow; maxy = minrow; } } else { if (ncount < minS || ncount > maxS) { *stateptr = 0; population--; } else { minx = mincol; maxx = maxcol; miny = minrow; maxy = maxrow; } } bool rowchanged = false; int rangep1 = range + 1; stateptr = currgrid + minrow*outerwd + mincol+1; int* ccptr1 = colptr + (mincol+1 + range); int* ccptr2 = colptr + (mincol+1 - rangep1); for (j = mincol+1; j <= maxcol; j++) { // do i == minrow ncount = *ccptr1++ - *ccptr2++; if (*stateptr == 0) { if (ncount >= minB && ncount <= maxB) { *stateptr = 1; population++; if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } else { if (ncount < minS || ncount > maxS) { *stateptr = 0; population--; } else { if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } stateptr++; } if (rowchanged) { if (minrow < miny) miny = minrow; if (minrow > maxy) maxy = minrow; } bool colchanged = false; colptr = colcounts + mincol + range; stateptr = currgrid + (minrow+1)*outerwd + mincol; ccptr1 = colptr + (minrow+1+range) * outerwd; ccptr2 = colptr + (minrow+1-rangep1) * outerwd; for (int i = minrow+1; i <= maxrow; i++) { // do j == mincol ncount = *ccptr1 - *ccptr2; if (*stateptr == 0) { if (ncount >= minB && ncount <= maxB) { *stateptr = 1; population++; if (i < miny) miny = i; if (i > maxy) maxy = i; colchanged = true; } } else { if (ncount < minS || ncount > maxS) { *stateptr = 0; population--; } else { if (i < miny) miny = i; if (i > maxy) maxy = i; colchanged = true; } } stateptr += outerwd; ccptr1 += outerwd; ccptr2 += outerwd; } if (colchanged) { if (mincol < minx) minx = mincol; if (mincol > maxx) maxx = mincol; } rowchanged = false; for (int i = minrow+1; i <= maxrow; i++) { int* ipr = colcounts + (i+range) * outerwd; int* imrm1 = colcounts + (i-rangep1) * outerwd; int jpr = mincol+1+range; int jmrm1 = mincol+1-rangep1; ccptr1 = ipr + jpr; ccptr2 = imrm1 + jmrm1; int* ccptr3 = ipr + jmrm1; int* ccptr4 = imrm1 + jpr; stateptr = currgrid + i*outerwd + mincol+1; for (j = mincol+1; j <= maxcol; j++) { ncount = *ccptr1++ + *ccptr2++ - *ccptr3++ - *ccptr4++; if (*stateptr == 0) { if (ncount >= minB && ncount <= maxB) { *stateptr = 1; population++; if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } else { if (ncount < minS || ncount > maxS) { *stateptr = 0; population--; } else { if (j < minx) minx = j; if (j > maxx) maxx = j; rowchanged = true; } } stateptr++; } if (rowchanged) { if (i < miny) miny = i; if (i > maxy) maxy = i; rowchanged = false; } } if (population == 0) empty_boundaries(); } // ----------------------------------------------------------------------------- void ltlalgo::fast_Moore(int mincol, int minrow, int maxcol, int maxrow) { if (range == 1) { for (int y = minrow; y <= maxrow; y++) { int yoffset = y * outerwd; unsigned char* topy = currgrid + (y - 1) * outerwd; for (int x = mincol; x <= maxcol; x++) { // count the state-1 neighbors within the current range // using the extended Moore neighborhood with no edge checks int ncount = 0; unsigned char* cellptr = topy + (x - 1); if (*cellptr++ == 1) ncount++; if (*cellptr++ == 1) ncount++; if (*cellptr == 1) ncount++; cellptr += outerwd; if (*cellptr == 1) ncount++; if (*--cellptr == 1) ncount++; if (*--cellptr == 1) ncount++; cellptr += outerwd; if (*cellptr++ == 1) ncount++; if (*cellptr++ == 1) ncount++; if (*cellptr == 1) ncount++; update_next_grid(x, y, yoffset+x, ncount); } } } else { // range > 1 int rightcol = 2 * range; for (int y = minrow; y <= maxrow; y++) { int yoffset = y * outerwd; int ymrange = y - range; int yprange = y + range; unsigned char* topy = currgrid + ymrange * outerwd; // for the 1st cell in this row we count the state-1 cells in the // extended Moore neighborhood and remember the column counts int colcount[MAXNCOLS]; int xmrange = mincol - range; int xprange = mincol + range; int ncount = 0; for (int i = xmrange; i <= xprange; i++) { unsigned char* cellptr = topy + i; int col = i - xmrange; colcount[col] = 0; for (int j = ymrange; j <= yprange; j++) { if (*cellptr == 1) colcount[col]++; cellptr += outerwd; } ncount += colcount[col]; } // we now have the neighborhood counts in each column; // eg. 7 columns if range == 3: // --------------- // | | | | | | | | // | | | | | | | | // |0|1|2|3|4|5|6| // | | | | | | | | // | | | | | | | | // --------------- update_next_grid(mincol, y, yoffset+mincol, ncount); // for the remaining cells in this row we only need to update // the count in the right column of the new neighborhood // and shift the other column counts to the left topy += range; for (int x = mincol+1; x <= maxcol; x++) { // get count in right column int rcount = 0; unsigned char* cellptr = topy + x; for (int j = ymrange; j <= yprange; j++) { if (*cellptr == 1) rcount++; cellptr += outerwd; } ncount = rcount; for (int i = 1; i <= rightcol; i++) { ncount += colcount[i]; colcount[i-1] = colcount[i]; } colcount[rightcol] = rcount; update_next_grid(x, y, yoffset+x, ncount); } } } } // ----------------------------------------------------------------------------- void ltlalgo::fast_Shaped(int mincol, int minrow, int maxcol, int maxrow) { for (int y = minrow; y <= maxrow; y++) { int yoffset = y * outerwd; int ymrange = y - range; int yprange = y + range; // for the 1st cell in this row we count the state-1 cells in the // shaped neighborhood and remember the column counts int ncount = 0; unsigned char* cellptr = currgrid + ymrange * outerwd ; for (int j = ymrange; j <= yprange; j++, cellptr += outerwd) { int xmrange = mincol - shape[j-ymrange] ; int xprange = mincol + shape[j-ymrange] ; for (int i = xmrange; i <= xprange; i++) if (cellptr[i] == 1) ncount++ ; } update_next_grid(mincol, y, yoffset+mincol, ncount); // for the remaining cells in this row we only need subtract // points in relevant rows and add points in other relevant // rows according to the shape. cellptr = currgrid + ymrange * outerwd ; for (int x = mincol+1; x <= maxcol; x++) { unsigned char* cp = cellptr ; for (int j = ymrange; j <= yprange; j++, cp += outerwd) { int xmrange = x - shape[j-ymrange] ; int xprange = x + shape[j-ymrange] ; if (cp[xmrange-1] == 1) ncount-- ; if (cp[xprange] == 1) ncount++ ; } update_next_grid(x, y, yoffset+x, ncount); } } } // ----------------------------------------------------------------------------- int ltlalgo::getcount(int i, int j) { // From Dean Hickerson: // C[i][j] is the sum of G[i'][j'] for all cells between northwest and northeast from // (i,j) with i'+j' == i+j (mod 2). I.e. the sum of these: // // ... ... ... // G[i-3][j-3] G[i-3][j-1] G[i-3][j+1] G[i-3][j+3] // G[i-2][j-2] G[i-2][j] G[i-2][j+2] // G[i-1][j-1] G[i-1][j+1] // G[i][j] // // We only need to compute and store C[i][j] for 0 <= i < ncols, 0 <= j < nrows + floor((ncols-1)/2); // other values that we need are equal to one of these, as given by this function. // if (i < 0 || i+j < 0 || j-i >= ncols) { return 0; } if (j < 0 && i+j < ccht) { // return C[i+j][0] return *(colcounts + (i+j) * outerwd); } if (j >= ncols && j-i >= ncols-ccht) { // return C[i+ncols-1-j][ncols-1] return *(colcounts + (i+ncols-1-j) * outerwd + (ncols-1)); } if (i < ccht) { // return C[i][j] return *(colcounts + i * outerwd + j); } if ((i-ccht+1)+j <= halfccwd) { // return C[ccht-1][i-ccht+1+j] return *(colcounts + (ccht-1) * outerwd + (i-ccht+1+j)); } if (j-(i-ccht+1) >= halfccwd) { // return C[ccht-1][j-(i-ccht+1)] return *(colcounts + (ccht-1) * outerwd + (j-(i-ccht+1))); } // return C[ccht-1][halfccwd + ((i+j+ccht+halfccwd+1) % 2)] return *(colcounts + (ccht-1) * outerwd + (halfccwd + ((i+j+ccht+halfccwd+1) % 2))); } // ----------------------------------------------------------------------------- void ltlalgo::faster_Neumann_bounded(int mincol, int minrow, int maxcol, int maxrow) { // use Dean Hickerson's algorithm (based on Adam P. Goucher's algorithm for the // Moore neighborhood) to calculate extended von Neumann neighborhood counts // in a bounded universe; note that currgrid is surrounded by a border that // might contain live cells (the border is range+1 cells thick and the // outermost cells are always dead) // the given limits are relative to currgrid so we need to add border // so they are relative to outergrid1, and then expand them by range int bmr = border - range; int bpr = border + range; minrow += bmr; mincol += bmr; maxrow += bpr; maxcol += bpr; // set variables used below and in getcount nrows = maxrow - minrow + 1; ncols = maxcol - mincol + 1; ccht = nrows + (ncols-1)/2; halfccwd = ncols/2; // calculate cumulative counts in top left corner of colcounts for (int i = 0; i < ccht; i++) { int* Coffset = colcounts + i * outerwd; unsigned char* Goffset = outergrid1 + (i + minrow) * outerwd; int im1 = i - 1; int im2 = im1 - 1; for (int j = 0; j < ncols; j++) { int* Cij = Coffset + j; *Cij = getcount(im1,j-1) + getcount(im1,j+1) - getcount(im2,j); if (i < nrows) { unsigned char* Gij = Goffset + j + mincol; if (*Gij == 1) *Cij += *Gij; } } } // set minrow and mincol for update_current_grid calls minrow -= border; mincol -= border; // calculate final neighborhood counts and update the corresponding cells in the grid bool rowchanged = false; for (int i = range; i < nrows-range; i++) { int im1 = i - 1; int ipr = i + range; int iprm1 = ipr - 1; int imrm1 = i - range - 1; int imrm2 = imrm1 - 1; int ipminrow = i + minrow; unsigned char* stateptr = currgrid + ipminrow*outerwd + range + mincol; for (int j = range; j < ncols-range; j++) { int jpr = j + range; int jmr = j - range; int n = getcount(ipr,j) - getcount(im1,jpr+1) - getcount(im1,jmr-1) + getcount(imrm2,j) + getcount(iprm1,j) - getcount(im1,jpr) - getcount(im1,jmr) + getcount(imrm1,j); unsigned char state = *stateptr; update_current_grid(state, n); *stateptr++ = state; if (state) { int jpmincol = j + mincol; if (jpmincol < minx) minx = jpmincol; if (jpmincol > maxx) maxx = jpmincol; rowchanged = true; } } if (rowchanged) { if (ipminrow < miny) miny = ipminrow; if (ipminrow > maxy) maxy = ipminrow; rowchanged = false; } } } // ----------------------------------------------------------------------------- void ltlalgo::faster_Neumann_unbounded(int mincol, int minrow, int maxcol, int maxrow) { // use Dean Hickerson's algorithm (based on Adam P. Goucher's algorithm for the // Moore neighborhood) to calculate extended von Neumann neighborhood counts // in an unbounded universe; note that we can safely assume there is at least // a 2*range border of dead cells surrounding the pattern // set variables used below and in getcount nrows = maxrow - minrow + 1; ncols = maxcol - mincol + 1; ccht = nrows + (ncols-1)/2; halfccwd = ncols/2; // calculate cumulative counts in top left corner of colcounts for (int i = 0; i < ccht; i++) { int* Coffset = colcounts + i * outerwd; unsigned char* Goffset = outergrid1 + (i + minrow) * outerwd; int im1 = i - 1; int im2 = im1 - 1; for (int j = 0; j < ncols; j++) { int* Cij = Coffset + j; *Cij = getcount(im1,j-1) + getcount(im1,j+1) - getcount(im2,j); if (i < nrows) { unsigned char* Gij = Goffset + j + mincol; if (*Gij == 1) *Cij += *Gij; } } } // calculate final neighborhood counts and update the corresponding cells in the grid bool rowchanged = false; for (int i = 0; i < nrows; i++) { int im1 = i - 1; int ipr = i + range; int iprm1 = ipr - 1; int imrm1 = i - range - 1; int imrm2 = imrm1 - 1; int ipminrow = i + minrow; unsigned char* stateptr = currgrid + ipminrow*outerwd + mincol; for (int j = 0; j < ncols; j++) { int jpr = j + range; int jmr = j - range; int n = getcount(ipr,j) - getcount(im1,jpr+1) - getcount(im1,jmr-1) + getcount(imrm2,j) + getcount(iprm1,j) - getcount(im1,jpr) - getcount(im1,jmr) + getcount(imrm1,j); unsigned char state = *stateptr; update_current_grid(state, n); *stateptr++ = state; if (state) { int jpmincol = j + mincol; if (jpmincol < minx) minx = jpmincol; if (jpmincol > maxx) maxx = jpmincol; rowchanged = true; } } if (rowchanged) { if (ipminrow < miny) miny = ipminrow; if (ipminrow > maxy) maxy = ipminrow; rowchanged = false; } } } // ----------------------------------------------------------------------------- void ltlalgo::fast_Neumann(int mincol, int minrow, int maxcol, int maxrow) { if (range == 1) { int outerwd2 = outerwd * 2; for (int y = minrow; y <= maxrow; y++) { int yoffset = y * outerwd; unsigned char* topy = currgrid + yoffset; for (int x = mincol; x <= maxcol; x++) { // count the state-1 neighbors within the current range // using the extended von Neumann neighborhood with no edge checks // (at range 1 a diamond is a cross: +) int ncount = 0; unsigned char* cellptr = topy + (x - 1); if (*cellptr++ == 1) ncount++; if (*cellptr++ == 1) ncount++; if (*cellptr == 1) ncount++; cellptr -= outerwd; if (*--cellptr == 1) ncount++; cellptr += outerwd2; if (*cellptr == 1) ncount++; update_next_grid(x, y, yoffset+x, ncount); } } } else { // range > 1 for (int y = minrow; y <= maxrow; y++) { int yoffset = y * outerwd; int ymrange = y - range; int yprange = y + range; unsigned char* topy = currgrid + ymrange * outerwd; for (int x = mincol; x <= maxcol; x++) { // count the state-1 neighbors within the current range // using the extended von Neumann neighborhood (diamond) with no edge checks int ncount = 0; int xoffset = 0; unsigned char* rowptr = topy; for (int j = ymrange; j < y; j++) { unsigned char* cellptr = rowptr + (x - xoffset); int len = 2 * xoffset + 1; for (int i = 0; i < len; i++) { if (*cellptr++ == 1) ncount++; } xoffset++; // 0, 1, 2, ..., range rowptr += outerwd; } // xoffset == range for (int j = y; j <= yprange; j++) { unsigned char* cellptr = rowptr + (x - xoffset); int len = 2 * xoffset + 1; for (int i = 0; i < len; i++) { if (*cellptr++ == 1) ncount++; } xoffset--; // range-1, ..., 2, 1, 0 rowptr += outerwd; } update_next_grid(x, y, yoffset+x, ncount); } } } } // ----------------------------------------------------------------------------- void ltlalgo::do_bounded_gen() { // limit processing to rectangle where births/deaths can occur int mincol, minrow, maxcol, maxrow; bool torus = topology == 'T'; if (minB == 0) { // birth in every dead cell so process entire grid mincol = 0; minrow = 0; maxcol = gwdm1; maxrow = ghtm1; } else { mincol = minx - range; minrow = miny - range; maxcol = maxx + range; maxrow = maxy + range; // check if the limits are outside the grid edges if (mincol < 0) { mincol = 0; if (torus) maxcol = gwdm1; } if (maxcol > gwdm1) { maxcol = gwdm1; if (torus) mincol = 0; } if (minrow < 0) { minrow = 0; if (torus) maxrow = ghtm1; } if (maxrow > ghtm1) { maxrow = ghtm1; if (torus) minrow = 0; } } // save pattern limits for clearing border cells at end int sminx = minx; int smaxx = maxx; int sminy = miny; int smaxy = maxy; if (torus) { // If a pattern edge is within range of a grid edge then copy cells // into appropriate border cells next to the opposite grid edge, // as illustrated in this example of a grid with range 1 (so border = 2). // The live cells at "a" will be copied to the "A" locations and the // live cell at corner "b" will be copied to the three "B" locations: // // <-------------- outerwd --------------> // o-------------------------------------- ^ o = outergrid1 // | | | // | <------------- gwd -------------> | | // | c-------------------------------- | | c = currgrid // | B| aa ^ b| | | // | | | | | | // | | ght | |outerht // | | | | | | // | | v | | | // | --------------------------------- | | // | B AA B | | // | | | // --------------------------------------- v // if (miny < range) { // copy cells near top edge of currgrid to bottom border int numrows = range - miny; int numcols = maxx - minx + 1; unsigned char* src = currgrid + miny * outerwd + minx; unsigned char* dest = src + ght * outerwd; for (int row = 0; row < numrows; row++) { memcpy(dest, src, numcols); src += outerwd; dest += outerwd; } if (minx < range) { // copy cells near top left corner of currgrid to bottom right border numcols = range - minx; src = currgrid + miny * outerwd + minx; dest = src + ght * outerwd + gwd; for (int row = 0; row < numrows; row++) { memcpy(dest, src, numcols); src += outerwd; dest += outerwd; } } } if (maxy + range > ghtm1) { // copy cells near bottom edge of currgrid to top border int numrows = maxy + range - ghtm1; int numcols = maxx - minx + 1; unsigned char* src = currgrid + (ght - range) * outerwd + minx; unsigned char* dest = src - ght * outerwd; for (int row = 0; row < numrows; row++) { memcpy(dest, src, numcols); src += outerwd; dest += outerwd; } if (maxx + range > gwdm1) { // copy cells near bottom right corner of currgrid to top left border numcols = maxx + range - gwdm1; src = currgrid + (ght - range) * outerwd + gwd - range; dest = src - ght * outerwd - gwd; for (int row = 0; row < numrows; row++) { memcpy(dest, src, numcols); src += outerwd; dest += outerwd; } } } if (minx < range) { // copy cells near left edge of currgrid to right border int numrows = maxy - miny + 1; int numcols = range - minx; unsigned char* src = currgrid + miny * outerwd + minx; unsigned char* dest = src + gwd; for (int row = 0; row < numrows; row++) { memcpy(dest, src, numcols); src += outerwd; dest += outerwd; } if (maxy + range > ghtm1) { // copy cells near bottom left corner of currgrid to top right border numrows = maxy + range - ghtm1; src = currgrid + (ght - range) * outerwd + minx; dest = src - ght * outerwd + gwd; for (int row = 0; row < numrows; row++) { memcpy(dest, src, numcols); src += outerwd; dest += outerwd; } } } if (maxx + range > gwdm1) { // copy cells near right edge of currgrid to left border int numrows = maxy - miny + 1; int numcols = maxx + range - gwdm1; unsigned char* src = currgrid + miny * outerwd + gwd - range; unsigned char* dest = src - gwd; for (int row = 0; row < numrows; row++) { memcpy(dest, src, numcols); src += outerwd; dest += outerwd; } if (miny < range) { // copy cells near top right corner of currgrid to bottom left border numrows = range - miny; src = currgrid + miny * outerwd + gwd - range; dest = src + ght * outerwd - gwd; for (int row = 0; row < numrows; row++) { memcpy(dest, src, numcols); src += outerwd; dest += outerwd; } } } } // reset minx,miny,maxx,maxy for first birth or survivor in nextgrid empty_boundaries(); // create next generation if (ntype == 'M') { if (colcounts) { if (maxCellStates == 2) { faster_Moore_bounded2(mincol, minrow, maxcol, maxrow); } else { faster_Moore_bounded(mincol, minrow, maxcol, maxrow); } } else { fast_Moore(mincol, minrow, maxcol, maxrow); } } else if (ntype == 'N') { if (colcounts) { faster_Neumann_bounded(mincol, minrow, maxcol, maxrow); } else { fast_Neumann(mincol, minrow, maxcol, maxrow); } } else { fast_Shaped(mincol, minrow, maxcol, maxrow); } // if using one grid with a torus then clear border cells copied above if (colcounts && torus) { if (sminy < range) { // clear cells in bottom border int numrows = range - sminy; int numcols = smaxx - sminx + 1; unsigned char* src = currgrid + sminy * outerwd + sminx; unsigned char* dest = src + ght * outerwd; for (int row = 0; row < numrows; row++) { memset(dest, 0, numcols); dest += outerwd; } if (sminx < range) { // clear cells in bottom right border numcols = range - sminx; src = currgrid + sminy * outerwd + sminx; dest = src + ght * outerwd + gwd; for (int row = 0; row < numrows; row++) { memset(dest, 0, numcols); dest += outerwd; } } } if (smaxy + range > ghtm1) { // clear cells in top border int numrows = smaxy + range - ghtm1; int numcols = smaxx - sminx + 1; unsigned char* src = currgrid + (ght - range) * outerwd + sminx; unsigned char* dest = src - ght * outerwd; for (int row = 0; row < numrows; row++) { memset(dest, 0, numcols); dest += outerwd; } if (smaxx + range > gwdm1) { // clear cells in top left border numcols = smaxx + range - gwdm1; src = currgrid + (ght - range) * outerwd + gwd - range; dest = src - ght * outerwd - gwd; for (int row = 0; row < numrows; row++) { memset(dest, 0, numcols); dest += outerwd; } } } if (sminx < range) { // clear cells in right border int numrows = smaxy - sminy + 1; int numcols = range - sminx; unsigned char* src = currgrid + sminy * outerwd + sminx; unsigned char* dest = src + gwd; for (int row = 0; row < numrows; row++) { memset(dest, 0, numcols); dest += outerwd; } if (smaxy + range > ghtm1) { // clear cells in top right border numrows = smaxy + range - ghtm1; src = currgrid + (ght - range) * outerwd + sminx; dest = src - ght * outerwd + gwd; for (int row = 0; row < numrows; row++) { memset(dest, 0, numcols); dest += outerwd; } } } if (smaxx + range > gwdm1) { // clear cells in left border int numrows = smaxy - sminy + 1; int numcols = smaxx + range - gwdm1; unsigned char* src = currgrid + sminy * outerwd + gwd - range; unsigned char* dest = src - gwd; for (int row = 0; row < numrows; row++) { memset(dest, 0, numcols); dest += outerwd; } if (sminy < range) { // clear cells in bottom left border numrows = range - sminy; src = currgrid + sminy * outerwd + gwd - range; dest = src + ght * outerwd - gwd; for (int row = 0; row < numrows; row++) { memset(dest, 0, numcols); dest += outerwd; } } } } } // ----------------------------------------------------------------------------- bool ltlalgo::do_unbounded_gen() { int mincol = minx - range; int minrow = miny - range; int maxcol = maxx + range; int maxrow = maxy + range; if (mincol < range || maxcol > gwdm1-range || minrow < range || maxrow > ghtm1-range) { // pattern boundary is too close to a grid edge so expand the universe in that // direction, and possibly shrink the universe in the opposite direction int inc = MAXRANGE * 2; int up = minrow < range ? inc : 0; int down = maxrow > ghtm1-range ? inc : 0; int left = mincol < range ? inc : 0; int right = maxcol > gwdm1-range ? inc : 0; // check for possible shrinkage (pattern might be a spaceship) if (up > 0 && down == 0 && maxrow < ghtm1-range) down = -(ghtm1-maxrow-range); if (down > 0 && up == 0 && minrow > range) up = -(minrow-range); if (left > 0 && right == 0 && maxcol < gwdm1-range) right = -(gwdm1-maxcol-range); if (right > 0 && left == 0 && mincol > range) left = -(mincol-range); const char* errmsg = resize_grids(up, down, left, right); if (errmsg) { lifewarning(errmsg); // no need to check show_warning here return false; // stop generating } mincol = minx - range; minrow = miny - range; maxcol = maxx + range; maxrow = maxy + range; } // reset minx,miny,maxx,maxy for first birth or survivor in nextgrid empty_boundaries(); if (ntype == 'M') { if (colcounts) { if (maxCellStates == 2) { faster_Moore_unbounded2(mincol, minrow, maxcol, maxrow); } else { faster_Moore_unbounded(mincol, minrow, maxcol, maxrow); } } else { fast_Moore(mincol, minrow, maxcol, maxrow); } } else if (ntype == 'N') { if (colcounts) { faster_Neumann_unbounded(mincol, minrow, maxcol, maxrow); } else { fast_Neumann(mincol, minrow, maxcol, maxrow); } } else { fast_Shaped(mincol, minrow, maxcol, maxrow); } return true; } // ----------------------------------------------------------------------------- // Do increment generations. void ltlalgo::step() { bigint t = increment; while (t != 0) { if (population > 0 || minB == 0) { int prevpop = population; // calculate the next generation in nextgrid if (unbounded) { if (!do_unbounded_gen()) { // failed to resize universe so stop generating poller->setInterrupted(); return; } } else { do_bounded_gen(); } // swap outergrid1 and outergrid2 if using fast_* algo if (outergrid2) { unsigned char* temp = outergrid1; outergrid1 = outergrid2; outergrid2 = temp; // swap currgrid and nextgrid temp = currgrid; currgrid = nextgrid; nextgrid = temp; // kill all cells in outergrid2 if (prevpop > 0) memset(outergrid2, 0, outerbytes); } } generation += bigint::one; // this is a safe place to check for user events if (poller->inner_poll()) return; t -= 1; // user might have changed increment if (t > increment) t = increment; } } // ----------------------------------------------------------------------------- void ltlalgo::save_cells() { for (int y = miny; y <= maxy; y++) { int yoffset = y * outerwd; for (int x = minx; x <= maxx; x++) { unsigned char* currcell = currgrid + yoffset + x; if (*currcell) { cell_list.push_back(x + gleft); cell_list.push_back(y + gtop); cell_list.push_back(*currcell); } } } } // ----------------------------------------------------------------------------- void ltlalgo::restore_cells() { clipped_cells.clear(); for (size_t i = 0; i < cell_list.size(); i += 3) { int x = cell_list[i]; int y = cell_list[i+1]; int s = cell_list[i+2]; // check if x,y is outside grid if (x < gleft || x > gright || y < gtop || y > gbottom) { // store clipped cells so that GUI code (eg. ClearOutsideGrid) // can remember them in case this rule change is undone clipped_cells.push_back(x); clipped_cells.push_back(y); clipped_cells.push_back(s); } else { setcell(x, y, s); } } cell_list.clear(); } // ----------------------------------------------------------------------------- // Switch to the given rule if it is valid. const char *ltlalgo::setrule(const char *s) { int r, c, m, s1, s2, b1, b2, endpos; char n; if (sscanf(s, "R%d,C%d,M%d,S%d..%d,B%d..%d,N%c%n", &r, &c, &m, &s1, &s2, &b1, &b2, &n, &endpos) != 8) { // try alternate LtL syntax as defined by Kellie Evans; // eg: 5,34,45,34,58 is equivalent to R5,C0,M1,S34..58,B34..45,NM if (sscanf(s, "%d,%d,%d,%d,%d%n", &r, &b1, &b2, &s1, &s2, &endpos) == 5) { c = 0; m = 1; n = 'M'; } else { return "bad syntax in Larger than Life rule"; } } if (r < 1) return "R value is too small"; int r2 = r*r+r ; if (r > MAXRANGE) return "R value is too big"; if (c < 0 || c > 256) return "C value must be from 0 to 256"; if (m < 0 || m > 1) return "M value must be 0 or 1"; if (s1 > s2) return "S minimum must be <= S maximum"; if (b1 > b2) return "B minimum must be <= B maximum"; if (n != 'M' && n != 'N' && n != 'C') return "N must be followed by M or N or C"; int maxn = n == 'M' ? (2*r+1)*(2*r+1) : 2*r*(r+1)+1; int tshape[2*MAXRANGE+1] ; if (n == 'C') { int cnt = 0 ; for (int i=-r; i<=r; i++) { int w = 0 ; while ((w + 1) * (w + 1) + (i * i) <= r2) w++ ; tshape[i+r] = w ; cnt += 2 * w + 1 ; } maxn = cnt ; } maxn -= (1 - m); // adjust max neighbors by middle cell setting if (s1 < 0 || s1 > maxn || s2 < 0 || s2 > maxn) return "S value must be from 0 to max neighbors"; if (b1 < 0 || b1 > maxn || b2 < 0 || b2 > maxn) return "B value must be from 0 to max neighbors"; if (s[endpos] != 0 && s[endpos] != ':') return "bad suffix"; char t = 'T'; int newwd = DEFAULTSIZE; int newht = DEFAULTSIZE; // check for explicit suffix like ":T200,100" const char *suffix = strchr(s, ':'); if (suffix && suffix[1] != 0) { if (suffix[1] == 'T' || suffix[1] == 't') { t = 'T'; } else if (suffix[1] == 'P' || suffix[1] == 'p') { t = 'P'; } else { return "bad topology in suffix (must be torus or plane)"; } if (suffix[2] != 0) { bool oneval = false; if (sscanf(suffix+2, "%d,%d%n", &newwd, &newht, &endpos) != 2) { if (sscanf(suffix+2, "%d%n", &newwd, &endpos) != 1) { return "bad grid size"; } else { newht = newwd; oneval = true; if (suffix[endpos+2] != 0) { if (suffix[endpos+2] == ',' && suffix[endpos+3] == 0) { // allow dangling comma after width to be consistent with lifealgo::setgridsize } else { return "unexpected character in suffix"; } } } } if (!oneval && suffix[endpos+2] != 0) return "unexpected character in suffix"; } if ((float)newwd * (float)newht > MAXCELLS) return "grid size is too big"; } if (!suffix) { // no suffix given so universe is unbounded if (b1 == 0) return "B0 is not allowed if universe is unbounded"; } // the given rule is valid int oldrange = range; char oldtype = ntype; int scount = c; range = r; rangec = r2; totalistic = m; minS = s1; maxS = s2; minB = b1; maxB = b2; ntype = n; topology = t; if (shape) free(shape) ; shape = (int *)calloc(sizeof(int), 2*r+1) ; for (int i=0; i<2*r+1; i++) { shape[i] = tshape[i] ; } // set the grid_type so the GUI code can display circles or diamonds in icon mode // (no circular grid, so adopt a square grid for now) #define CIRC_GRID SQUARE_GRID grid_type = ntype == 'M' ? SQUARE_GRID : (ntype == 'N' ? VN_GRID : CIRC_GRID) ; if (suffix) { // use a bounded universe int minsize = 2 * range; if (newwd < minsize) newwd = minsize; if (newht < minsize) newht = minsize; // if the new size is different or range has changed or ntype has changed // or the old universe is unbounded then we need to create new grids if (gwd != newwd || ght != newht || range != oldrange || ntype != oldtype || unbounded) { if (population > 0) { save_cells(); // store the current pattern in cell_list } // free the current grids and allocate new ones free(outergrid1); if (outergrid2) { free(outergrid2); outergrid2 = NULL; } create_grids(newwd, newht); if (cell_list.size() > 0) { // restore the pattern (if the new grid is smaller then any live cells // outside the grid will be saved in clipped_cells) restore_cells(); } } // tell GUI code not to call CreateBorderCells and DeleteBorderCells unbounded = false; // set bounded grid dimensions used by GUI code gridwd = gwd; gridht = ght; } else { // no suffix given so use an unbounded universe unbounded = true; // set unbounded grid dimensions used by GUI code gridwd = 0; gridht = 0; // check if previous universe was bounded if (gwd < outerwd) { // we could call resize_grids(-border,-border,-border,-border) // to remove the outer border but there's a (slight) danger // the call will fail due to lack of memory, so safer to use // the current grids and just shift the pattern position if (population > 0) { // shift pattern boundaries minx += border; maxx += border; miny += border; maxy += border; } currgrid = outergrid1; nextgrid = outergrid2; gwd = outerwd; ght = outerht; // set grid coordinates of cell at bottom right corner of grid gwdm1 = gwd - 1; ghtm1 = ght - 1; // adjust cell coordinates of grid edges gtop -= border; gleft -= border; gbottom = gtop + ghtm1; gright = gleft + gwdm1; // set bigint versions of grid edges (used by GUI code) gridtop = gtop; gridleft = gleft; gridbottom = gbottom; gridright = gright; } // reallocate colcounts if ntype has changed if (ntype != oldtype) { allocate_colcounts(); } if (colcounts == NULL && outergrid2 == NULL) { // this can happen if previous rule used NM and was unbounded, // and new rule uses NN and is unbounded and range <= SMALL_NN_RANGE outergrid2 = (unsigned char*) calloc(outerbytes, sizeof(unsigned char)); if (outergrid2 == NULL) lifefatal("Not enough memory for nextgrid!"); nextgrid = outergrid2; } if (colcounts && outergrid2) { // faster_* calls don't use outergrid2, so we deallocate it and // reset it to NULL (also necessary for test in step() loop) free(outergrid2); outergrid2 = NULL; nextgrid = NULL; } } // set the number of cell states if (scount > 2) { // show history maxCellStates = scount; } else { maxCellStates = 2; scount = 0; // show C0 in canonical rule } // set the canonical rule if (unbounded) { sprintf(canonrule, "R%d,C%d,M%d,S%d..%d,B%d..%d,N%c", range, scount, totalistic, minS, maxS, minB, maxB, ntype); } else { sprintf(canonrule, "R%d,C%d,M%d,S%d..%d,B%d..%d,N%c:%c%d,%d", range, scount, totalistic, minS, maxS, minB, maxB, ntype, topology, gwd, ght); } // adjust the survival range if the center cell is not included if (totalistic == 0) { minS++; maxS++; } return 0; } // ----------------------------------------------------------------------------- const char* ltlalgo::getrule() { return canonrule; } // ----------------------------------------------------------------------------- const char* ltlalgo::DefaultRule() { return DEFAULTRULE; } // ----------------------------------------------------------------------------- static lifealgo *creator() { return new ltlalgo(); } void ltlalgo::doInitializeAlgoInfo(staticAlgoInfo& ai) { ai.setAlgorithmName("Larger than Life"); ai.setAlgorithmCreator(&creator); ai.setDefaultBaseStep(10); ai.setDefaultMaxMem(0); ai.minstates = 2; ai.maxstates = 256; // init default color scheme ai.defgradient = true; // use gradient ai.defr1 = 255; // start color = yellow ai.defg1 = 255; ai.defb1 = 0; ai.defr2 = 255; // end color = red ai.defg2 = 0; ai.defb2 = 0; // if not using gradient then set all states to white for (int i=0; i<256; i++) { ai.defr[i] = ai.defg[i] = ai.defb[i] = 255; } } golly-3.3-src/gollybase/util.h0000644000175000017500000000576513273534663013353 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * Basic utility classes for things like fatal errors. */ #ifndef UTIL_H #define UTIL_H #include // for FILE * void lifefatal(const char *s) ; void lifewarning(const char *s) ; void lifestatus(const char *s) ; void lifebeginprogress(const char *dlgtitle) ; bool lifeabortprogress(double fracdone, const char *newmsg) ; void lifeendprogress() ; const char *lifegetuserrules() ; const char *lifegetrulesdir() ; bool isaborted() ; FILE *getdebugfile() ; /** * Sick of line ending woes. This class takes care of this for us. */ class linereader { public: linereader(FILE *f) ; char *fgets(char *buf, int maxlen) ; void setfile(FILE *f) ; void setcloseonfree() ; int close() ; ~linereader() ; private: int lastchar ; int closeonfree ; FILE *fp ; } ; /** * To substitute your own routines, use the following class. */ class lifeerrors { public: virtual void fatal(const char *s) = 0 ; virtual void warning(const char *s) = 0 ; virtual void status(const char *s) = 0 ; virtual void beginprogress(const char *dlgtitle) = 0 ; virtual bool abortprogress(double fracdone, const char *newmsg) = 0 ; virtual void endprogress() = 0 ; virtual const char *getuserrules() = 0 ; virtual const char *getrulesdir() = 0 ; static void seterrorhandler(lifeerrors *obj) ; bool aborted ; } ; /** * If a fast popcount routine is available, this macro indicates its * availability. The popcount should be a 32-bit popcount. The * __builtin_popcount by gcc and clang works fine on any platform. * The __popcount intrinsic on Visual Studio does *not* without a * CPUID check, so we don't do fast popcounts yet on Windows. */ #ifdef __GNUC__ #define FASTPOPCOUNT __builtin_popcount #endif #ifdef __clang__ #define FASTPOPCOUNT __builtin_popcount #endif /** * A routine to get the number of seconds elapsed since an arbitrary * point, as a double. */ double gollySecondCount() ; /* * Performance data. We keep running values here. We can copy this * to "mark" variables, and then report performance for deltas. */ struct hperf { void clear() { fastNodeInc = 0 ; nodesCalculated = 0 ; depthSum = 0 ; timeStamp = gollySecondCount() ; genval = 0 ; frames = 0 ; halfNodes = 0 ; } void report(hperf&, int verbose) ; void reportStep(hperf&, hperf&, double genval, int verbose) ; int fastinc(int depth, int half) { depthSum += depth ; if (half) halfNodes++ ; if ((++fastNodeInc & reportMask) == 0) return 1 ; else return 0 ; } double getReportInterval() { return reportInterval ; } void setReportInterval(double v) { reportInterval = v ; } int fastNodeInc ; double frames ; double nodesCalculated ; double halfNodes ; double depthSum ; double timeStamp ; double genval ; static int reportMask ; static double reportInterval ; } ; #endif golly-3.3-src/gollybase/jvnalgo.h0000644000175000017500000000124713145740437014021 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef JVNALGO_H #define JVNALGO_H #include "ghashbase.h" /** * Our JvN algo class. */ class jvnalgo : public ghashbase { public: jvnalgo() ; virtual ~jvnalgo() ; virtual state slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) ; virtual const char* setrule(const char* s) ; virtual const char* getrule() ; virtual const char* DefaultRule() ; virtual int NumCellStates() ; static void doInitializeAlgoInfo(staticAlgoInfo &) ; private: enum { JvN29, Nobili32, Hutton32 } current_rule ; }; #endif golly-3.3-src/gollybase/ghashbase.h0000644000175000017500000001763513247734027014317 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef GHASHBASE_H #define GHASHBASE_H #include "lifealgo.h" #include "liferules.h" #include "util.h" /* * This class forms the basis of all hashlife-type algorithms except * the highly-optimized hlifealgo (which is most appropriate for * simple two-state automata). This more generalized class is used * for multi-state algorithms. */ /** * The size of a state. Unsigned char works for now. */ typedef unsigned char state ; /** * Nodes, like the standard hlifealgo nodes. */ struct ghnode { ghnode *next ; /* hash link */ ghnode *nw, *ne, *sw, *se ; /* constant; nw != 0 means nonjleaf */ ghnode *res ; /* cache */ } ; /* * Leaves, like the standard hlifealgo leaves. */ struct ghleaf { ghnode *next ; /* hash link */ ghnode *isghnode ; /* must always be zero for leaves */ state nw, ne, sw, se ; /* constant */ bigint leafpop ; /* how many set bits */ } ; /* * If it is a struct ghnode, this returns a non-zero value, otherwise it * returns a zero value. */ #define is_ghnode(n) (((ghnode *)(n))->nw) /* * For explicit prefetching we retain some state for our lookup * routines. */ #ifdef USEPREFETCH struct ghsetup_t { g_uintptr_t h ; struct ghnode *nw, *ne, *sw, *se ; void prefetch(struct ghnode **addr) const { PREFETCH(addr) ; } } ; #endif /** * Our ghashbase class. Note that this is an abstract class; you need * to expand specific methods to specialize it for a particular multi-state * automata. */ class ghashbase : public lifealgo { public: ghashbase() ; virtual ~ghashbase() ; // This is the method that computes the next generation, slowly. // This should be overridden by a deriving class. virtual state slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) = 0 ; // note that for ghashbase, clearall() releases no memory; it retains // the full cache information but just sets the current pattern to // the empty pattern. virtual void clearall() ; virtual int setcell(int x, int y, int newstate) ; virtual int getcell(int x, int y) ; virtual int nextcell(int x, int y, int &v) ; virtual void endofpattern() ; virtual void setIncrement(bigint inc) ; virtual void setIncrement(int inc) { setIncrement(bigint(inc)) ; } virtual void setGeneration(bigint gen) { generation = gen ; } virtual const bigint &getPopulation() ; virtual int isEmpty() ; virtual int hyperCapable() { return 1 ; } virtual void setMaxMemory(int m) ; virtual int getMaxMemory() { return (int)(maxmem >> 20) ; } virtual const char *setrule(const char *) ; virtual const char *getrule() { return "" ; } virtual void step() ; virtual void* getcurrentstate() { return root ; } virtual void setcurrentstate(void *n) ; /* * The contract of draw() is that it render every pixel in the * viewport precisely once. This allows us to eliminate all * flashing. Later we'll make this be damage-specific. */ virtual void draw(viewport &view, liferender &renderer) ; virtual void fit(viewport &view, int force) ; virtual void lowerRightPixel(bigint &x, bigint &y, int mag) ; virtual void findedges(bigint *t, bigint *l, bigint *b, bigint *r) ; virtual const char *readmacrocell(char *line) ; virtual const char *writeNativeFormat(std::ostream &os, char *comments) ; static void doInitializeAlgoInfo(staticAlgoInfo &) ; private: /* * Some globals representing our universe. The root is the * real root of the universe, and the depth is the depth of the * tree where 2 means that root is a ghleaf, and 3 means that the * children of root are leaves, and so on. The center of the * root is always coordinate position (0,0), so at startup the * x and y coordinates range from -4..3; in general, * -(2**depth)..(2**depth)-1. The zeroghnodea is an * array of canonical `empty-space' ghnodes at various depths. * The ngens is an input parameter which is the second power of * the number of generations to run. */ ghnode *root ; int depth ; ghnode **zeroghnodea ; int nzeros ; /* * Finally, our gc routine. We keep a `stack' of all the `roots' * we want to preserve. Nodes not reachable from here, we allow to * be freed. Same with leaves. */ ghnode **stack ; int stacksize ; g_uintptr_t hashpop, hashlimit, hashprime ; #ifndef PRIMEMOD g_uintptr_t hashmask ; #endif static double maxloadfactor ; ghnode **hashtab ; int halvesdone ; int gsp ; g_uintptr_t alloced, maxmem ; ghnode *freeghnodes ; int okaytogc ; g_uintptr_t totalthings ; ghnode *ghnodeblocks ; bigint population ; bigint setincrement ; bigint pow2step ; // greatest power of two in increment int nonpow2 ; // increment / pow2step int ngens ; // log2(pow2step) int popValid, needPop, inGC ; /* * When rendering we store the relevant bits here rather than * passing them deep into recursive subroutines. */ liferender *renderer ; viewport *view ; int uviewh, uvieww, viewh, vieww, mag, pmag ; int llbits, llsize ; char *llxb, *llyb ; int hashed ; int cacheinvalid ; g_uintptr_t cellcounter ; // used when writing g_uintptr_t writecells ; // how many to write int gccount ; // how many gcs total this pattern int gcstep ; // how many gcs this step hperf running_hperf, step_hperf, inc_hperf ; int softinterrupt ; static char statusline[] ; // void resize() ; ghnode *find_ghnode(ghnode *nw, ghnode *ne, ghnode *sw, ghnode *se) ; #ifdef USEPREFETCH ghnode *find_ghnode(ghsetup_t &su) ; void setupprefetch(ghsetup_t &su, ghnode *nw, ghnode *ne, ghnode *sw, ghnode *se) ; #endif void unhash_ghnode(ghnode *n) ; void unhash_ghnode2(ghnode *n) ; void rehash_ghnode(ghnode *n) ; ghleaf *find_ghleaf(state nw, state ne, state sw, state se) ; ghnode *getres(ghnode *n, int depth) ; ghnode *dorecurs(ghnode *n, ghnode *ne, ghnode *t, ghnode *e, int depth) ; ghnode *dorecurs_half(ghnode *n, ghnode *ne, ghnode *t, ghnode *e, int depth) ; ghleaf *dorecurs_ghleaf(ghleaf *n, ghleaf *ne, ghleaf *t, ghleaf *e) ; ghnode *newghnode() ; ghleaf *newghleaf() ; ghnode *newclearedghnode() ; ghleaf *newclearedghleaf() ; void pushroot_1() ; int ghnode_depth(ghnode *n) ; ghnode *zeroghnode(int depth) ; ghnode *pushroot(ghnode *n) ; ghnode *gsetbit(ghnode *n, int x, int y, int newstate, int depth) ; int getbit(ghnode *n, int x, int y, int depth) ; int nextbit(ghnode *n, int x, int y, int depth, int &v) ; ghnode *hashpattern(ghnode *root, int depth) ; ghnode *popzeros(ghnode *n) ; const bigint &calcpop(ghnode *root, int depth) ; void aftercalcpop2(ghnode *root, int depth) ; void afterwritemc(ghnode *root, int depth) ; void calcPopulation() ; ghnode *save(ghnode *n) ; void pop(int n) ; void clearstack() ; void clearcache() ; void gc_mark(ghnode *root, int invalidate) ; void do_gc(int invalidate) ; void clearcache(ghnode *n, int depth, int clearto) ; void clearcache_p1(ghnode *n, int depth, int clearto) ; void clearcache_p2(ghnode *n, int depth, int clearto) ; void new_ngens(int newval) ; int log2(unsigned int n) ; ghnode *runpattern() ; void renderbm(int x, int y) ; void fill_ll(int d) ; void drawghnode(ghnode *n, int llx, int lly, int depth, ghnode *z) ; void ensure_hashed() ; g_uintptr_t writecell(std::ostream &os, ghnode *root, int depth) ; g_uintptr_t writecell_2p1(ghnode *root, int depth) ; g_uintptr_t writecell_2p2(std::ostream &os, ghnode *root, int depth) ; void drawpixel(int x, int y); void draw4x4_1(state sw, state se, state nw, state ne, int llx, int lly) ; void draw4x4_1(ghnode *n, ghnode *z, int llx, int lly) ; // AKT: set all pixels to background color void killpixels(); } ; #endif golly-3.3-src/gollybase/hlifealgo.cpp0000644000175000017500000017767713543255652014675 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /* * hlife 0.99 by Radical Eye Software. * * All good ideas here were originated by Gosper or Bell or others, I'm * sure, and all bad ones by yours truly. * * The main reason I wrote this program was to attempt to push out the * evaluation of metacatacryst as far as I could. So this program * really does very little other than compute life as far into the * future as possible, using as little memory as possible (and reusing * it if necessary). No UI, few options. */ #include "hlifealgo.h" #include "util.h" #include #include #include using namespace std ; /* * Power of two hash sizes work fine. */ #ifdef PRIMEMOD #define HASHMOD(a) ((a)%hashprime) static g_uintptr_t nexthashsize(g_uintptr_t i) { g_uintptr_t j ; i |= 1 ; for (;; i+=2) { for (j=3; j*j<=i; j+=2) if (i % j == 0) break ; if (j*j > i) return i ; } } #else #define HASHMOD(a) ((a)&(hashmask)) static g_uintptr_t nexthashsize(g_uintptr_t i) { while ((i & (i - 1))) i += (i & (1 + ~i)) ; // i & - i is more idiomatic but generates warning return i ; } #endif /* * Note that all the places we represent 4-squares by short, we use * unsigned shorts; this is so we can directly index into these arrays. */ static unsigned char shortpop[65536] ; /* * The cached result of an 8-square is a new 4-square representing * two generations into the future. This subroutine calculates that * future, assuming ruletable is calculated (see below). The code * that it uses is similar to code you'll see again, so we explain * what's going on in some detail. * * Each time we build a leaf node, we compute the result, because it * is reasonably quick. * * The first generation result of an 8-square is a 6-square, which * we represent as nine 2-squares. The nine 2-squares are called * t00 through t22, and are arranged in a matrix: * * t00 t01 t02 * t10 t11 t12 * t20 t21 t22 * * To compute each of these, we need to extract the relevant bits * from the four 4-square values n->nw, n->ne, n->sw, and n->ne. * We can use these values to directly index into the ruletable * array. * * Then, given the nine values, we can compute a resulting 4-square * by computing four 2-square results, and combining these into a * single 4-square. * * It's a bit intricate, but it's not really overwhelming. */ #define combine9(t00,t01,t02,t10,t11,t12,t20,t21,t22) \ ((t00) << 15) | ((t01) << 13) | (((t02) << 11) & 0x1000) | \ (((t10) << 7) & 0x880) | ((t11) << 5) | (((t12) << 3) & 0x110) | \ (((t20) >> 1) & 0x8) | ((t21) >> 3) | ((t22) >> 5) void hlifealgo::leafres(leaf *n) { unsigned short t00 = ruletable[n->nw], t01 = ruletable[((n->nw << 2) & 0xcccc) | ((n->ne >> 2) & 0x3333)], t02 = ruletable[n->ne], t10 = ruletable[((n->nw << 8) & 0xff00) | ((n->sw >> 8) & 0x00ff)], t11 = ruletable[((n->nw << 10) & 0xcc00) | ((n->ne << 6) & 0x3300) | ((n->sw >> 6) & 0x00cc) | ((n->se >> 10) & 0x0033)], t12 = ruletable[((n->ne << 8) & 0xff00) | ((n->se >> 8) & 0x00ff)], t20 = ruletable[n->sw], t21 = ruletable[((n->sw << 2) & 0xcccc) | ((n->se >> 2) & 0x3333)], t22 = ruletable[n->se] ; n->res1 = combine9(t00,t01,t02,t10,t11,t12,t20,t21,t22) ; n->res2 = (ruletable[(t00 << 10) | (t01 << 8) | (t10 << 2) | t11] << 10) | (ruletable[(t01 << 10) | (t02 << 8) | (t11 << 2) | t12] << 8) | (ruletable[(t10 << 10) | (t11 << 8) | (t20 << 2) | t21] << 2) | ruletable[(t11 << 10) | (t12 << 8) | (t21 << 2) | t22] ; n->leafpop = bigint((short)(shortpop[n->nw] + shortpop[n->ne] + shortpop[n->sw] + shortpop[n->se])) ; } /* * We do now support garbage collection, but there are some routines we * call frequently to help us. */ #ifdef PRIMEMOD #define node_hash(a,b,c,d) (65537*(g_uintptr_t)(d)+257*(g_uintptr_t)(c)+17*(g_uintptr_t)(b)+5*(g_uintptr_t)(a)) #else g_uintptr_t node_hash(void *a, void *b, void *c, void *d) { g_uintptr_t r = (65537*(g_uintptr_t)(d)+257*(g_uintptr_t)(c)+17*(g_uintptr_t)(b)+5*(g_uintptr_t)(a)) ; r += (r >> 11) ; return r ; } #endif #define leaf_hash(a,b,c,d) (65537*(d)+257*(c)+17*(b)+5*(a)) /* * Resize the hash. The max load factor defined here does not actually * yield the maximum load factor the hash will see, because when we * do the last resize before exhausting memory, we may find we are * not permitted (while keeping total memory consumption below the * limit) to do the resize, so the actual max load factor may be * somewhat higher. Conversely, because we double the hash size * each time, the actual final max load factor may be less than this. * Additional code can be added to manage this, but after some * experimentation, it has been found that the impact is tiny, so * we are keeping the code simple. Nonetheless, this factor can be * tweaked in the case where you absolutely want as many nodes as * possible in memory, and are willing to use a large load factor to * permit this; with the move-to-front heuristic, the code actually * handles a large load factor fairly well. */ double hlifealgo::maxloadfactor = 0.7 ; void hlifealgo::resize() { #ifndef NOGCBEFORERESIZE if (okaytogc) { do_gc(0) ; // faster resizes if we do a gc first } #endif g_uintptr_t i, nhashprime = nexthashsize(2 * hashprime) ; node *p, **nhashtab ; if (hashprime > (totalthings >> 2)) { if (alloced > maxmem || nhashprime * sizeof(node *) > (maxmem - alloced)) { hashlimit = G_MAX ; return ; } } if (verbose) { sprintf(statusline, "Resizing hash to %" PRIuPTR "...", nhashprime) ; lifestatus(statusline) ; } nhashtab = (node **)calloc(nhashprime, sizeof(node *)) ; if (nhashtab == 0) { lifewarning("Out of memory; running in a somewhat slower mode; " "try reducing the hash memory limit after restarting.") ; hashlimit = G_MAX ; return ; } alloced += sizeof(node *) * (nhashprime - hashprime) ; g_uintptr_t ohashprime = hashprime ; hashprime = nhashprime ; #ifndef PRIMEMOD hashmask = hashprime - 1 ; #endif for (i=0; inext ; g_uintptr_t h ; if (is_node(p)) { h = node_hash(p->nw, p->ne, p->sw, p->se) ; } else { leaf *l = (leaf *)p ; h = leaf_hash(l->nw, l->ne, l->sw, l->se) ; } h = HASHMOD(h) ; p->next = nhashtab[h] ; nhashtab[h] = p ; p = np ; } } free(hashtab) ; hashtab = nhashtab ; hashlimit = (g_uintptr_t)(maxloadfactor * hashprime) ; if (verbose) { strcpy(statusline+strlen(statusline), " done.") ; lifestatus(statusline) ; } } /* * These next two routines are (nearly) our only hash table access * routines; we simply look up the passed in information. If we * find it in the hash table, we return it; otherwise, we build a * new node and store it in the hash table, and return that. */ node *hlifealgo::find_node(node *nw, node *ne, node *sw, node *se) { node *p ; g_uintptr_t h = node_hash(nw,ne,sw,se) ; node *pred = 0 ; h = HASHMOD(h) ; for (p=hashtab[h]; p; p = p->next) { /* make sure to compare nw *first* */ if (nw == p->nw && ne == p->ne && sw == p->sw && se == p->se) { if (pred) { /* move this one to the front */ pred->next = p->next ; p->next = hashtab[h] ; hashtab[h] = p ; } return save(p) ; } pred = p ; } p = newnode() ; p->nw = nw ; p->ne = ne ; p->sw = sw ; p->se = se ; p->res = 0 ; p->next = hashtab[h] ; hashtab[h] = p ; hashpop++ ; save(p) ; if (hashpop > hashlimit) resize() ; return p ; } leaf *hlifealgo::find_leaf(unsigned short nw, unsigned short ne, unsigned short sw, unsigned short se) { leaf *p ; leaf *pred = 0 ; g_uintptr_t h = leaf_hash(nw, ne, sw, se) ; h = HASHMOD(h) ; for (p=(leaf *)hashtab[h]; p; p = (leaf *)p->next) { if (nw == p->nw && ne == p->ne && sw == p->sw && se == p->se && !is_node(p)) { if (pred) { pred->next = p->next ; p->next = hashtab[h] ; hashtab[h] = (node *)p ; } return (leaf *)save((node *)p) ; } pred = p ; } p = newleaf() ; p->nw = nw ; p->ne = ne ; p->sw = sw ; p->se = se ; leafres(p) ; p->isnode = 0 ; p->next = hashtab[h] ; hashtab[h] = (node *)p ; hashpop++ ; save((node *)p) ; if (hashpop > hashlimit) resize() ; return p ; } /* * The following routine does the same, but first it checks to see if * the cached result is any good. If it is, it directly returns that. * Otherwise, it figures out whether to call the leaf routine or the * non-leaf routine by whether two nodes down is a leaf node or not. * (We'll understand why this is a bit later.) All the sp stuff is * stack pointer and garbage collection stuff. */ node *hlifealgo::getres(node *n, int depth) { if (n->res) return n->res ; node *res = 0 ; /** * This routine be the only place we assign to res. We use * the fact that the poll routine is *sticky* to allow us to * manage unwinding the stack without munging our data * structures. Note that there may be many find_nodes * and getres called before we finally actually exit from * here, because the stack is deep and we don't want to * put checks throughout the code. Instead we need two * calls here, one to prevent us going deeper, and another * to prevent us from destroying the cache field. */ if (poller->poll() || softinterrupt) return zeronode(depth-1) ; int sp = gsp ; if (running_hperf.fastinc(depth, ngens < depth)) running_hperf.report(inc_hperf, verbose) ; depth-- ; if (ngens >= depth) { if (is_node(n->nw)) { res = dorecurs(n->nw, n->ne, n->sw, n->se, depth) ; } else { res = (node *)dorecurs_leaf((leaf *)n->nw, (leaf *)n->ne, (leaf *)n->sw, (leaf *)n->se) ; } } else { if (is_node(n->nw)) { res = dorecurs_half(n->nw, n->ne, n->sw, n->se, depth) ; } else if (ngens == 0) { res = (node *)dorecurs_leaf_quarter((leaf *)n->nw, (leaf *)n->ne, (leaf *)n->sw, (leaf *)n->se) ; } else { res = (node *)dorecurs_leaf_half((leaf *)n->nw, (leaf *)n->ne, (leaf *)n->sw, (leaf *)n->se) ; } } pop(sp) ; if (softinterrupt || poller->isInterrupted()) // don't assign this to the cache field! res = zeronode(depth) ; else { if (ngens < depth && halvesdone < 1000) halvesdone++ ; n->res = res ; } return res ; } #ifdef USEPREFETCH void hlifealgo::setupprefetch(setup_t &su, node *nw, node *ne, node *sw, node *se) { su.h = node_hash(nw,ne,sw,se) ; su.nw = nw ; su.ne = ne ; su.sw = sw ; su.se = se ; su.prefetch(hashtab + HASHMOD(su.h)) ; } node *hlifealgo::find_node(setup_t &su) { node *p ; node *pred = 0 ; g_uintptr_t h = HASHMOD(su.h) ; for (p=hashtab[h]; p; p = p->next) { /* make sure to compare nw *first* */ if (su.nw == p->nw && su.ne == p->ne && su.sw == p->sw && su.se == p->se) { if (pred) { /* move this one to the front */ pred->next = p->next ; p->next = hashtab[h] ; hashtab[h] = p ; } return save(p) ; } pred = p ; } p = newnode() ; p->nw = su.nw ; p->ne = su.ne ; p->sw = su.sw ; p->se = su.se ; p->res = 0 ; p->next = hashtab[h] ; hashtab[h] = p ; hashpop++ ; save(p) ; if (hashpop > hashlimit) resize() ; return p ; } node *hlifealgo::dorecurs(node *n, node *ne, node *t, node *e, int depth) { int sp = gsp ; setup_t su[5] ; setupprefetch(su[2], n->se, ne->sw, t->ne, e->nw) ; setupprefetch(su[0], n->ne, ne->nw, n->se, ne->sw) ; setupprefetch(su[1], ne->sw, ne->se, e->nw, e->ne) ; setupprefetch(su[3], n->sw, n->se, t->nw, t->ne) ; setupprefetch(su[4], t->ne, e->nw, t->se, e->sw) ; node *t00 = getres(n, depth), *t01 = getres(find_node(su[0]), depth), *t02 = getres(ne, depth), *t12 = getres(find_node(su[1]), depth), *t11 = getres(find_node(su[2]), depth), *t10 = getres(find_node(su[3]), depth), *t20 = getres(t, depth), *t21 = getres(find_node(su[4]), depth), *t22 = getres(e, depth) ; setupprefetch(su[0], t11, t12, t21, t22) ; setupprefetch(su[1], t10, t11, t20, t21) ; setupprefetch(su[2], t00, t01, t10, t11) ; setupprefetch(su[3], t01, t02, t11, t12) ; node *t44 = getres(find_node(su[0]), depth), *t43 = getres(find_node(su[1]), depth), *t33 = getres(find_node(su[2]), depth), *t34 = getres(find_node(su[3]), depth) ; n = find_node(t33, t34, t43, t44) ; pop(sp) ; return save(n) ; } #else /* * So let's say the cached way failed. How do we do it the slow way? * Recursively, of course. For an n-square (composed of the four * n/2-squares passed in, compute the n/2-square that is n/4 * generations ahead. * * This routine works exactly the same as the leafres() routine, only * instead of working on an 8-square, we're working on an n-square, * returning an n/2-square, and we build that n/2-square by first building * 9 n/4-squares, use those to calculate 4 more n/4-squares, and * then put these together into a new n/2-square. Simple, eh? */ node *hlifealgo::dorecurs(node *n, node *ne, node *t, node *e, int depth) { int sp = gsp ; node *t11 = getres(find_node(n->se, ne->sw, t->ne, e->nw), depth), *t00 = getres(n, depth), *t01 = getres(find_node(n->ne, ne->nw, n->se, ne->sw), depth), *t02 = getres(ne, depth), *t12 = getres(find_node(ne->sw, ne->se, e->nw, e->ne), depth), *t10 = getres(find_node(n->sw, n->se, t->nw, t->ne), depth), *t20 = getres(t, depth), *t21 = getres(find_node(t->ne, e->nw, t->se, e->sw), depth), *t22 = getres(e, depth), *t44 = getres(find_node(t11, t12, t21, t22), depth), *t43 = getres(find_node(t10, t11, t20, t21), depth), *t33 = getres(find_node(t00, t01, t10, t11), depth), *t34 = getres(find_node(t01, t02, t11, t12), depth) ; n = find_node(t33, t34, t43, t44) ; pop(sp) ; return save(n) ; } #endif /* * Same as above, but we only do one step instead of 2. */ node *hlifealgo::dorecurs_half(node *n, node *ne, node *t, node *e, int depth) { int sp = gsp ; node *t00 = getres(n, depth), *t01 = getres(find_node(n->ne, ne->nw, n->se, ne->sw), depth), *t10 = getres(find_node(n->sw, n->se, t->nw, t->ne), depth), *t11 = getres(find_node(n->se, ne->sw, t->ne, e->nw), depth), *t02 = getres(ne, depth), *t12 = getres(find_node(ne->sw, ne->se, e->nw, e->ne), depth), *t20 = getres(t, depth), *t21 = getres(find_node(t->ne, e->nw, t->se, e->sw), depth), *t22 = getres(e, depth) ; if (depth > 3) { n = find_node(find_node(t00->se, t01->sw, t10->ne, t11->nw), find_node(t01->se, t02->sw, t11->ne, t12->nw), find_node(t10->se, t11->sw, t20->ne, t21->nw), find_node(t11->se, t12->sw, t21->ne, t22->nw)) ; } else { n = find_node((node *)find_leaf(((leaf *)t00)->se, ((leaf *)t01)->sw, ((leaf *)t10)->ne, ((leaf *)t11)->nw), (node *)find_leaf(((leaf *)t01)->se, ((leaf *)t02)->sw, ((leaf *)t11)->ne, ((leaf *)t12)->nw), (node *)find_leaf(((leaf *)t10)->se, ((leaf *)t11)->sw, ((leaf *)t20)->ne, ((leaf *)t21)->nw), (node *)find_leaf(((leaf *)t11)->se, ((leaf *)t12)->sw, ((leaf *)t21)->ne, ((leaf *)t22)->nw)) ; } pop(sp) ; return save(n) ; } /* * If the node is a 16-node, then the constituents are leaves, so we * need a very similar but still somewhat different subroutine. Since * we do not (yet) garbage collect leaves, we don't need all that * save/pop mumbo-jumbo. */ leaf *hlifealgo::dorecurs_leaf(leaf *n, leaf *ne, leaf *t, leaf *e) { unsigned short t00 = n->res2, t01 = find_leaf(n->ne, ne->nw, n->se, ne->sw)->res2, t02 = ne->res2, t10 = find_leaf(n->sw, n->se, t->nw, t->ne)->res2, t11 = find_leaf(n->se, ne->sw, t->ne, e->nw)->res2, t12 = find_leaf(ne->sw, ne->se, e->nw, e->ne)->res2, t20 = t->res2, t21 = find_leaf(t->ne, e->nw, t->se, e->sw)->res2, t22 = e->res2 ; return find_leaf(find_leaf(t00, t01, t10, t11)->res2, find_leaf(t01, t02, t11, t12)->res2, find_leaf(t10, t11, t20, t21)->res2, find_leaf(t11, t12, t21, t22)->res2) ; } /* * Same as above but we only do two generations. */ #define combine4(t00,t01,t10,t11) (unsigned short)\ ((((t00)<<10)&0xcc00)|(((t01)<<6)&0x3300)|(((t10)>>6)&0xcc)|(((t11)>>10)&0x33)) leaf *hlifealgo::dorecurs_leaf_half(leaf *n, leaf *ne, leaf *t, leaf *e) { unsigned short t00 = n->res2, t01 = find_leaf(n->ne, ne->nw, n->se, ne->sw)->res2, t02 = ne->res2, t10 = find_leaf(n->sw, n->se, t->nw, t->ne)->res2, t11 = find_leaf(n->se, ne->sw, t->ne, e->nw)->res2, t12 = find_leaf(ne->sw, ne->se, e->nw, e->ne)->res2, t20 = t->res2, t21 = find_leaf(t->ne, e->nw, t->se, e->sw)->res2, t22 = e->res2 ; return find_leaf(combine4(t00, t01, t10, t11), combine4(t01, t02, t11, t12), combine4(t10, t11, t20, t21), combine4(t11, t12, t21, t22)) ; } /* * Same as above but we only do one generation. */ leaf *hlifealgo::dorecurs_leaf_quarter(leaf *n, leaf *ne, leaf *t, leaf *e) { unsigned short t00 = n->res1, t01 = find_leaf(n->ne, ne->nw, n->se, ne->sw)->res1, t02 = ne->res1, t10 = find_leaf(n->sw, n->se, t->nw, t->ne)->res1, t11 = find_leaf(n->se, ne->sw, t->ne, e->nw)->res1, t12 = find_leaf(ne->sw, ne->se, e->nw, e->ne)->res1, t20 = t->res1, t21 = find_leaf(t->ne, e->nw, t->se, e->sw)->res1, t22 = e->res1 ; return find_leaf(combine4(t00, t01, t10, t11), combine4(t01, t02, t11, t12), combine4(t10, t11, t20, t21), combine4(t11, t12, t21, t22)) ; } /* * We keep free nodes in a linked list for allocation, and we allocate * them 1000 at a time. */ node *hlifealgo::newnode() { node *r ; if (freenodes == 0) { int i ; freenodes = (node *)calloc(1001, sizeof(node)) ; if (freenodes == 0) lifefatal("Out of memory; try reducing the hash memory limit.") ; alloced += 1001 * sizeof(node) ; freenodes->next = nodeblocks ; nodeblocks = freenodes++ ; for (i=0; i<999; i++) { freenodes[1].next = freenodes ; freenodes++ ; } totalthings += 1000 ; } if (freenodes->next == 0 && alloced + 1000 * sizeof(node) > maxmem && okaytogc) { do_gc(0) ; } r = freenodes ; freenodes = freenodes->next ; return r ; } /* * Leaves are the same. */ leaf *hlifealgo::newleaf() { leaf *r = (leaf *)newnode() ; new(&(r->leafpop))bigint ; return r ; } /* * Sometimes we want the new node or leaf to be automatically cleared * for us. */ node *hlifealgo::newclearednode() { return (node *)memset(newnode(), 0, sizeof(node)) ; } leaf *hlifealgo::newclearedleaf() { leaf *r = (leaf *)newclearednode() ; new(&(r->leafpop))bigint ; return r ; } hlifealgo::hlifealgo() { int i ; /* * The population of one-bits in an integer is one more than the * population of one-bits in the integer with one fewer bit set, * and we can turn off a bit by anding an integer with the next * lower integer. */ if (shortpop[1] == 0) for (i=1; i<65536; i++) shortpop[i] = shortpop[i & (i - 1)] + 1 ; hashprime = nexthashsize(1000) ; #ifndef PRIMEMOD hashmask = hashprime - 1 ; #endif hashlimit = (g_uintptr_t)(maxloadfactor * hashprime) ; hashpop = 0 ; hashtab = (node **)calloc(hashprime, sizeof(node *)) ; if (hashtab == 0) lifefatal("Out of memory (1).") ; alloced = hashprime * sizeof(node *) ; ngens = 0 ; stacksize = 0 ; halvesdone = 0 ; nzeros = 0 ; stack = 0 ; gsp = 0 ; maxmem = 256 * 1024 * 1024 ; freenodes = 0 ; okaytogc = 0 ; totalthings = 0 ; nodeblocks = 0 ; zeronodea = 0 ; ruletable = hliferules.rule0 ; /* * We initialize our universe to be a 16-square. We are in drawing * mode at this point. */ root = (node *)newclearednode() ; population = 0 ; generation = 0 ; increment = 1 ; setincrement = 1 ; nonpow2 = 1 ; pow2step = 1 ; llsize = 0 ; depth = 3 ; hashed = 0 ; popValid = 0 ; needPop = 0 ; inGC = 0 ; cacheinvalid = 0 ; gccount = 0 ; gcstep = 0 ; running_hperf.clear() ; inc_hperf = running_hperf ; step_hperf = running_hperf ; softinterrupt = 0 ; } /** * Destructor frees memory. */ hlifealgo::~hlifealgo() { free(hashtab) ; while (nodeblocks) { node *r = nodeblocks ; nodeblocks = nodeblocks->next ; free(r) ; } if (zeronodea) free(zeronodea) ; if (stack) free(stack) ; if (llsize) { delete [] llxb ; delete [] llyb ; } } /** * Set increment. */ void hlifealgo::setIncrement(bigint inc) { if (inc < increment) softinterrupt = 1 ; increment = inc ; } /** * Do a step. */ void hlifealgo::step() { poller->bailIfCalculating() ; // we use while here because the increment may be changed while we are // doing the hashtable sweep; if that happens, we may need to sweep // again. while (1) { int cleareddownto = 1000000000 ; softinterrupt = 0 ; while (increment != setincrement) { bigint pendingincrement = increment ; int newpow2 = 0 ; bigint t = pendingincrement ; while (t > 0 && t.even()) { newpow2++ ; t.div2() ; } nonpow2 = t.low31() ; if (t != nonpow2) lifefatal("bad increment") ; int downto = newpow2 ; if (ngens < newpow2) downto = ngens ; if (newpow2 != ngens && cleareddownto > downto) { new_ngens(newpow2) ; cleareddownto = downto ; } else { ngens = newpow2 ; } setincrement = pendingincrement ; pow2step = 1 ; while (newpow2--) pow2step += pow2step ; } gcstep = 0 ; running_hperf.genval = generation.todouble() ; for (int i=0; iisInterrupted()) // we *were* interrupted break ; popValid = 0 ; root = newroot ; depth = node_depth(root) ; } running_hperf.reportStep(step_hperf, inc_hperf, generation.todouble(), verbose) ; if (poller->isInterrupted() || !softinterrupt) break ; } } void hlifealgo::setcurrentstate(void *n) { if (root != (node *)n) { root = (node *)n ; depth = node_depth(root) ; popValid = 0 ; } } /* * Set the max memory */ void hlifealgo::setMaxMemory(int newmemlimit) { if (newmemlimit < 10) newmemlimit = 10 ; #ifndef GOLLY64BIT else if (newmemlimit > 4000) newmemlimit = 4000 ; #endif g_uintptr_t newlimit = ((g_uintptr_t)newmemlimit) << 20 ; if (alloced > newlimit) { lifewarning("Sorry, more memory currently used than allowed.") ; return ; } maxmem = newlimit ; hashlimit = (g_uintptr_t)(maxloadfactor * hashprime) ; } /** * Clear everything. */ void hlifealgo::clearall() { lifefatal("clearall not implemented yet") ; } /* * This routine expands our universe by a factor of two, maintaining * centering. We use four new nodes, and *reuse* the root so this cannot * be called after we've started hashing. */ void hlifealgo::pushroot_1() { node *t ; t = newclearednode() ; t->se = root->nw ; root->nw = t ; t = newclearednode() ; t->sw = root->ne ; root->ne = t ; t = newclearednode() ; t->ne = root->sw ; root->sw = t ; t = newclearednode() ; t->nw = root->se ; root->se = t ; depth++ ; } /* * Return the depth of this node (2 is 8x8). */ int hlifealgo::node_depth(node *n) { int depth = 2 ; while (is_node(n)) { depth++ ; n = n->nw ; } return depth ; } /* * This routine returns the canonical clear space node at a particular * depth. */ node *hlifealgo::zeronode(int depth) { while (depth >= nzeros) { int nnzeros = 2 * nzeros + 10 ; zeronodea = (node **)realloc(zeronodea, nnzeros * sizeof(node *)) ; if (zeronodea == 0) lifefatal("Out of memory (2).") ; alloced += (nnzeros - nzeros) * sizeof(node *) ; while (nzeros < nnzeros) zeronodea[nzeros++] = 0 ; } if (zeronodea[depth] == 0) { if (depth == 2) { zeronodea[depth] = (node *)find_leaf(0, 0, 0, 0) ; } else { node *z = zeronode(depth-1) ; zeronodea[depth] = find_node(z, z, z, z) ; } } return zeronodea[depth] ; } /* * Same, but with hashed nodes. */ node *hlifealgo::pushroot(node *n) { int depth = node_depth(n) ; zeronode(depth+1) ; // ensure enough zero nodes for rendering node *z = zeronode(depth-1) ; return find_node(find_node(z, z, z, n->nw), find_node(z, z, n->ne, z), find_node(z, n->sw, z, z), find_node(n->se, z, z, z)) ; } /* * Here is our recursive routine to set a bit in our universe. We * pass in a depth, and walk the space. Again, a lot of bit twiddling, * but really not all that complicated. We allocate new nodes and * leaves on our way down. * * Note that at this point our universe lives outside the hash table * and has not been canonicalized, and that many of the pointers in * the nodes can be null. We'll patch this up in due course. */ node *hlifealgo::gsetbit(node *n, int x, int y, int newstate, int depth) { if (depth == 2) { leaf *l = (leaf *)n ; if (hashed) { unsigned short nw = l->nw ; unsigned short sw = l->sw ; unsigned short ne = l->ne ; unsigned short se = l->se ; if (newstate) { if (x < 0) if (y < 0) sw |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else nw |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else if (y < 0) se |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else ne |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; } else { if (x < 0) if (y < 0) sw &= ~(1 << (3 - (x & 3) + 4 * (y & 3))) ; else nw &= ~(1 << (3 - (x & 3) + 4 * (y & 3))) ; else if (y < 0) se &= ~(1 << (3 - (x & 3) + 4 * (y & 3))) ; else ne &= ~(1 << (3 - (x & 3) + 4 * (y & 3))) ; } return save((node *)find_leaf(nw, ne, sw, se)) ; } if (newstate) { if (x < 0) if (y < 0) l->sw |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else l->nw |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else if (y < 0) l->se |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else l->ne |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; } else { if (x < 0) if (y < 0) l->sw &= ~(1 << (3 - (x & 3) + 4 * (y & 3))) ; else l->nw &= ~(1 << (3 - (x & 3) + 4 * (y & 3))) ; else if (y < 0) l->se &= ~(1 << (3 - (x & 3) + 4 * (y & 3))) ; else l->ne &= ~(1 << (3 - (x & 3) + 4 * (y & 3))) ; } return (node *)l ; } else { unsigned int w = 0, wh = 0 ; if (depth >= 32) { if (depth == 32) wh = 0x80000000 ; } else { w = 1 << depth ; wh = 1 << (depth - 1) ; } depth-- ; node **nptr ; if (depth+1 == this->depth || depth < 31) { if (x < 0) { if (y < 0) nptr = &(n->sw) ; else nptr = &(n->nw) ; } else { if (y < 0) nptr = &(n->se) ; else nptr = &(n->ne) ; } } else { if (x >= 0) { if (y >= 0) nptr = &(n->sw) ; else nptr = &(n->nw) ; } else { if (y >= 0) nptr = &(n->se) ; else nptr = &(n->ne) ; } } if (*nptr == 0) { if (depth == 2) *nptr = (node *)newclearedleaf() ; else *nptr = newclearednode() ; } node *s = gsetbit(*nptr, (x & (w - 1)) - wh, (y & (w - 1)) - wh, newstate, depth) ; if (hashed) { node *nw = (nptr == &(n->nw) ? s : n->nw) ; node *sw = (nptr == &(n->sw) ? s : n->sw) ; node *ne = (nptr == &(n->ne) ? s : n->ne) ; node *se = (nptr == &(n->se) ? s : n->se) ; n = save(find_node(nw, ne, sw, se)) ; } else { *nptr = s ; } return n ; } } /* * Here is our recursive routine to get a bit in our universe. We * pass in a depth, and walk the space. Again, a lot of bit twiddling, * but really not all that complicated. */ int hlifealgo::getbit(node *n, int x, int y, int depth) { struct node tnode ; while (depth >= 32) { tnode.nw = n->nw->se ; tnode.ne = n->ne->sw ; tnode.sw = n->sw->ne ; tnode.se = n->se->nw ; n = &tnode ; depth-- ; } if (depth == 2) { leaf *l = (leaf *)n ; int test = 0 ; if (x < 0) if (y < 0) test = (l->sw & (1 << (3 - (x & 3) + 4 * (y & 3)))) ; else test = (l->nw & (1 << (3 - (x & 3) + 4 * (y & 3)))) ; else if (y < 0) test = (l->se & (1 << (3 - (x & 3) + 4 * (y & 3)))) ; else test = (l->ne & (1 << (3 - (x & 3) + 4 * (y & 3)))) ; if (test) return 1 ; return 0 ; } else { unsigned int w = 0, wh = 0 ; if (depth >= 32) { if (depth == 32) wh = 0x80000000 ; } else { w = 1 << depth ; wh = 1 << (depth - 1) ; } depth-- ; node *nptr ; if (x < 0) { if (y < 0) nptr = n->sw ; else nptr = n->nw ; } else { if (y < 0) nptr = n->se ; else nptr = n->ne ; } if (nptr == 0 || nptr == zeronode(depth)) return 0 ; return getbit(nptr, (x & (w - 1)) - wh, (y & (w - 1)) - wh, depth) ; } } /* * Here is our recursive routine to get the next bit in our universe. We * pass in a depth, and walk the space. Again, a lot of bit twiddling, * but really not all that complicated. */ int hlifealgo::nextbit(node *n, int x, int y, int depth) { if (n == 0 || n == zeronode(depth)) return -1 ; if (depth == 2) { leaf *l = (leaf *)n ; int test = 0 ; if (y < 0) test = (((l->sw >> (4 * (y & 3))) & 15) << 4) | ((l->se >> (4 * (y & 3))) & 15) ; else test = (((l->nw >> (4 * (y & 3))) & 15) << 4) | ((l->ne >> (4 * (y & 3))) & 15) ; test &= (1 << (4 - x)) - 1 ; if (test) { int r = 0 ; int b = 1 << (3 - x) ; while ((test & b) == 0) { r++ ; b >>= 1 ; } return r ; } return -1 ; // none found } else { unsigned int w = 0, wh = 0 ; w = 1 << depth ; wh = 1 << (depth - 1) ; node *lft, *rght ; depth-- ; if (y < 0) { lft = n->sw ; rght = n->se ; } else { lft = n->nw ; rght = n->ne ; } int r = 0 ; if (x < 0) { int t = nextbit(lft, (x & (w-1)) - wh, (y & (w - 1)) - wh, depth) ; if (t >= 0) return t ; r = -x ; x = 0 ; } int t = nextbit(rght, (x & (w-1)) - wh, (y & (w - 1)) - wh, depth) ; if (t >= 0) return r + t ; return -1 ; } } /* * Our nonrecurse top-level bit setting routine simply expands the * universe as necessary to encompass the passed-in coordinates, and * then invokes the recursive setbit. Right now it works hashed or * unhashed (but it's faster when unhashed). We also turn on the inGC * flag to inhibit popcount. */ int hlifealgo::setcell(int x, int y, int newstate) { if (newstate & ~1) return -1 ; if (hashed) { clearstack() ; save(root) ; okaytogc = 1 ; } inGC = 1 ; y = - y ; int sx = x ; int sy = y ; if (depth <= 31) { sx >>= depth ; sy >>= depth ; } else { sx >>= 31 ; sy >>= 31 ; } while (sx > 0 || sx < -1 || sy > 0 || sy < -1) { if (hashed) { root = save(pushroot(root)) ; depth++ ; } else { pushroot_1() ; } sx >>= 1 ; sy >>= 1 ; } root = gsetbit(root, x, y, newstate, depth) ; if (hashed) { okaytogc = 0 ; } return 0 ; } /* * Our nonrecurse top-level bit getting routine. */ int hlifealgo::getcell(int x, int y) { y = - y ; int sx = x ; int sy = y ; if (depth <= 31) { sx >>= depth ; sy >>= depth ; } else { sx >>= 31 ; sy >>= 31 ; } if (sx > 0 || sx < -1 || sy > 0 || sy < -1) return 0 ; return getbit(root, x, y, depth) ; } /* * A recursive bit getting routine, but this one returns the * number of pixels to the right to the next set cell in the * current universe, or -1 if none set to the right, or if * the next set pixel is out of range. */ int hlifealgo::nextcell(int x, int y, int &v) { v = 1 ; y = - y ; int sx = x ; int sy = y ; if (depth <= 31) { sx >>= depth ; sy >>= depth ; } else { sx >>= 31 ; sy >>= 31 ; } while (sx > 0 || sx < -1 || sy > 0 || sy < -1) { if (hashed) { root = save(pushroot(root)) ; depth++ ; } else { pushroot_1() ; } sx >>= 1 ; sy >>= 1 ; } if (depth > 30) { struct node tnode = *root ; int mdepth = depth ; while (mdepth > 30) { tnode.nw = tnode.nw->se ; tnode.ne = tnode.ne->sw ; tnode.sw = tnode.sw->ne ; tnode.se = tnode.se->nw ; mdepth-- ; } return nextbit(&tnode, x, y, mdepth) ; } return nextbit(root, x, y, depth) ; } /* * Canonicalize a universe by filling in the null pointers and then * invoking find_node on each node. Drops the original universe on * the floor [big deal, it's probably small anyway]. */ node *hlifealgo::hashpattern(node *root, int depth) { node *r ; if (root == 0) { r = zeronode(depth) ; } else if (depth == 2) { leaf *n = (leaf *)root ; r = (node *)find_leaf(n->nw, n->ne, n->sw, n->se) ; n->next = freenodes ; freenodes = root ; } else { depth-- ; r = find_node(hashpattern(root->nw, depth), hashpattern(root->ne, depth), hashpattern(root->sw, depth), hashpattern(root->se, depth)) ; root->next = freenodes ; freenodes = root ; } return r ; } void hlifealgo::endofpattern() { poller->bailIfCalculating() ; if (!hashed) { root = hashpattern(root, depth) ; zeronode(depth) ; hashed = 1 ; } popValid = 0 ; needPop = 0 ; inGC = 0 ; } void hlifealgo::ensure_hashed() { if (!hashed) endofpattern() ; } /* * Pop off any levels we don't need. */ node *hlifealgo::popzeros(node *n) { int depth = node_depth(n) ; while (depth > 3) { node *z = zeronode(depth-2) ; if (n->nw->nw == z && n->nw->ne == z && n->nw->sw == z && n->ne->nw == z && n->ne->ne == z && n->ne->se == z && n->sw->nw == z && n->sw->sw == z && n->sw->se == z && n->se->ne == z && n->se->sw == z && n->se->se == z) { depth-- ; n = find_node(n->nw->se, n->ne->sw, n->sw->ne, n->se->nw) ; } else { break ; } } return n ; } /* * A lot of the routines from here on down traverse the universe, hanging * information off the nodes. The way they generally do so is by using * (or abusing) the cache (res) field, and the least significant bit of * the hash next field (as a visited bit). */ #define marked(n) (1 & (g_uintptr_t)(n)->next) #define mark(n) ((n)->next = (node *)(1 | (g_uintptr_t)(n)->next)) #define clearmark(n) ((n)->next = (node *)(~1 & (g_uintptr_t)(n)->next)) #define clearmarkbit(p) ((node *)(~1 & (g_uintptr_t)(p))) /* * Sometimes we want to use *res* instead of next to mark. You cannot * do this to leaves, though. */ #define marked2(n) (3 & (g_uintptr_t)(n)->res) #define mark2(n) ((n)->res = (node *)(1 | (g_uintptr_t)(n)->res)) #define mark2v(n,v) ((n)->res = (node *)(v | (g_uintptr_t)(n)->res)) #define clearmark2(n) ((n)->res = (node *)(~3 & (g_uintptr_t)(n)->res)) void hlifealgo::unhash_node(node *n) { node *p ; g_uintptr_t h = node_hash(n->nw,n->ne,n->sw,n->se) ; node *pred = 0 ; h = HASHMOD(h) ; for (p=hashtab[h]; (!is_node(p) || !marked2(p)) && p; p = p->next) { if (p == n) { if (pred) pred->next = p->next ; else hashtab[h] = p->next ; return ; } pred = p ; } lifefatal("Didn't find node to unhash") ; } void hlifealgo::unhash_node2(node *n) { node *p ; g_uintptr_t h = node_hash(n->nw,n->ne,n->sw,n->se) ; node *pred = 0 ; h = HASHMOD(h) ; for (p=hashtab[h]; p; p = p->next) { if (p == n) { if (pred) pred->next = p->next ; else hashtab[h] = p->next ; return ; } pred = p ; } lifefatal("Didn't find node to unhash 2") ; } void hlifealgo::rehash_node(node *n) { g_uintptr_t h = node_hash(n->nw,n->ne,n->sw,n->se) ; h = HASHMOD(h) ; n->next = hashtab[h] ; hashtab[h] = n ; } /* * This recursive routine calculates the population by hanging the * population on marked nodes. */ const bigint &hlifealgo::calcpop(node *root, int depth) { if (root == zeronode(depth)) return bigint::zero ; if (depth == 2) return ((leaf *)root)->leafpop ; if (marked2(root)) return *(bigint*)&(root->next) ; depth-- ; if (root->next == 0) mark2v(root, 3) ; else { unhash_node(root) ; mark2(root) ; } /** * We use allocate-in-place bigint constructor here to initialize the * node. This should compile to a single instruction. */ new(&(root->next))bigint( calcpop(root->nw, depth), calcpop(root->ne, depth), calcpop(root->sw, depth), calcpop(root->se, depth)) ; return *(bigint *)&(root->next) ; } /* * Call this after doing something that unhashes nodes in order to * use the next field as a temp pointer. */ void hlifealgo::aftercalcpop2(node *root, int depth) { if (depth == 2 || root == zeronode(depth)) return ; int v = marked2(root) ; if (v) { clearmark2(root) ; depth-- ; if (depth > 2) { aftercalcpop2(root->nw, depth) ; aftercalcpop2(root->ne, depth) ; aftercalcpop2(root->sw, depth) ; aftercalcpop2(root->se, depth) ; } ((bigint *)&(root->next))->~bigint() ; if (v == 3) root->next = 0 ; else rehash_node(root) ; } } /* * Call this after writing macrocell. */ void hlifealgo::afterwritemc(node *root, int depth) { if (root == zeronode(depth)) return ; if (depth == 2) { root->nw = 0 ; return ; } if (marked2(root)) { clearmark2(root) ; depth-- ; afterwritemc(root->nw, depth) ; afterwritemc(root->ne, depth) ; afterwritemc(root->sw, depth) ; afterwritemc(root->se, depth) ; rehash_node(root) ; } } /* * This top level routine calculates the population of a universe. */ void hlifealgo::calcPopulation() { int depth ; ensure_hashed() ; depth = node_depth(root) ; population = calcpop(root, depth) ; aftercalcpop2(root, depth) ; } /* * Is the universe empty? */ int hlifealgo::isEmpty() { ensure_hashed() ; return root == zeronode(depth) ; } /* * This routine marks a node as needed to be saved. */ node *hlifealgo::save(node *n) { if (gsp >= stacksize) { int nstacksize = stacksize * 2 + 100 ; alloced += sizeof(node *)*(nstacksize-stacksize) ; stack = (node **)realloc(stack, nstacksize * sizeof(node *)) ; if (stack == 0) lifefatal("Out of memory (3).") ; stacksize = nstacksize ; } stack[gsp++] = n ; return n ; } /* * This routine pops the stack back to a previous depth. */ void hlifealgo::pop(int n) { gsp = n ; } /* * This routine clears the stack altogether. */ void hlifealgo::clearstack() { gsp = 0 ; } /* * Do a gc. Walk down from all nodes reachable on the stack, saveing * them by setting the odd bit on the next link. Then, walk the hash, * eliminating the res from everything that's not saveed, and moving * the nodes from the hash to the freelist as appropriate. Finally, * walk the hash again, clearing the low order bits in the next pointers. */ void hlifealgo::gc_mark(node *root, int invalidate) { if (!marked(root)) { mark(root) ; if (is_node(root)) { gc_mark(root->nw, invalidate) ; gc_mark(root->ne, invalidate) ; gc_mark(root->sw, invalidate) ; gc_mark(root->se, invalidate) ; if (root->res) { if (invalidate) root->res = 0 ; else gc_mark(root->res, invalidate) ; } } } } /** * If the invalidate flag is set, we want to kill *all* cache entries * and recalculate all leaves. */ void hlifealgo::do_gc(int invalidate) { int i ; g_uintptr_t freed_nodes=0 ; node *p, *pp ; inGC = 1 ; gccount++ ; gcstep++ ; if (verbose) { if (gcstep > 1) sprintf(statusline, "GC #%d(%d)", gccount, gcstep) ; else sprintf(statusline, "GC #%d", gccount) ; lifestatus(statusline) ; } for (i=nzeros-1; i>=0; i--) if (zeronodea[i] != 0) break ; if (i >= 0) gc_mark(zeronodea[i], 0) ; // never invalidate zeronode if (root != 0) gc_mark(root, invalidate) ; // pick up the root for (i=0; ipoll() ; gc_mark(stack[i], invalidate) ; } for (i=0; inext) { poller->poll() ; for (pp=p+1, i=1; i<1001; i++, pp++) { if (marked(pp)) { g_uintptr_t h = 0 ; if (pp->nw) { /* yes, it's a node */ h = HASHMOD(node_hash(pp->nw, pp->ne, pp->sw, pp->se)) ; } else { leaf *lp = (leaf *)pp ; if (invalidate) leafres(lp) ; h = HASHMOD(leaf_hash(lp->nw, lp->ne, lp->sw, lp->se)) ; } pp->next = hashtab[h] ; hashtab[h] = pp ; hashpop++ ; } else { pp->next = freenodes ; freenodes = pp ; freed_nodes++ ; } } } inGC = 0 ; if (verbose) { double perc = (double)freed_nodes / (double)totalthings * 100.0 ; sprintf(statusline+strlen(statusline), " freed %g percent (%" PRIuPTR ").", perc, freed_nodes) ; lifestatus(statusline) ; } if (needPop) { calcPopulation() ; popValid = 1 ; needPop = 0 ; poller->updatePop() ; } } /* * Clear the cache bits down to the appropriate level, marking the * nodes we've handled. */ void hlifealgo::clearcache(node *n, int depth, int clearto) { if (!marked(n)) { mark(n) ; if (depth > 3) { depth-- ; poller->poll() ; clearcache(n->nw, depth, clearto) ; clearcache(n->ne, depth, clearto) ; clearcache(n->sw, depth, clearto) ; clearcache(n->se, depth, clearto) ; if (n->res) clearcache(n->res, depth, clearto) ; } if (depth >= clearto) n->res = 0 ; } } /* * Clear the entire cache of everything, and recalculate all leaves. * This can be very expensive. */ void hlifealgo::clearcache() { cacheinvalid = 1 ; } /* * Change the ngens value. Requires us to walk the hash, clearing * the cache fields of any nodes that do not have the appropriate * values. */ void hlifealgo::new_ngens(int newval) { g_uintptr_t i ; node *p, *pp ; int clearto = ngens ; if (newval > ngens && halvesdone == 0) { ngens = newval ; return ; } #ifndef NOGCBEFOREINC do_gc(0) ; #endif if (verbose) { strcpy(statusline, "Changing increment...") ; lifestatus(statusline) ; } if (newval < clearto) clearto = newval ; clearto++ ; /* clear this depth and above */ if (clearto < 3) clearto = 3 ; ngens = newval ; inGC = 1 ; for (i=0; inext)) if (is_node(p) && !marked(p)) clearcache(p, node_depth(p), clearto) ; for (p=nodeblocks; p; p=p->next) { poller->poll() ; for (pp=p+1, i=1; i<1001; i++, pp++) clearmark(pp) ; } halvesdone = 0 ; inGC = 0 ; if (needPop) { calcPopulation() ; popValid = 1 ; needPop = 0 ; poller->updatePop() ; } if (verbose) { strcpy(statusline+strlen(statusline), " done.") ; lifestatus(statusline) ; } } /* * Return log2. */ int hlifealgo::log2(unsigned int n) { int r = 0 ; while ((n & 1) == 0) { n >>= 1 ; r++ ; } if (n != 1) { lifefatal("Expected power of two!") ; } return r ; } static bigint negone = -1 ; const bigint &hlifealgo::getPopulation() { // note: if called during gc, then we cannot call calcPopulation // since that will mess up the gc. if (!popValid) { if (inGC) { needPop = 1 ; return negone ; } else if (poller->isCalculating()) { // AKT: avoid calling poller->bailIfCalculating return negone ; } else { calcPopulation() ; popValid = 1 ; needPop = 0 ; } } return population ; } /* * Finally, we get to run the pattern. We first ensure that all * clearspace nodes and the input pattern is never garbage * collected; we turn on garbage collection, and then we invoke our * magic top-level routine passing in clearspace borders that are * guaranteed large enough. */ node *hlifealgo::runpattern() { node *n = root ; save(root) ; // do this in case we interrupt generation ensure_hashed() ; okaytogc = 1 ; if (cacheinvalid) { do_gc(1) ; // invalidate the entire cache and recalc leaves cacheinvalid = 0 ; } int depth = node_depth(n) ; node *n2 ; n = pushroot(n) ; depth++ ; n = pushroot(n) ; depth++ ; while (ngens + 2 > depth) { n = pushroot(n) ; depth++ ; } save(zeronode(nzeros-1)) ; save(n) ; n2 = getres(n, depth) ; okaytogc = 0 ; clearstack() ; if (halvesdone == 1 && n->res != 0) { n->res = 0 ; halvesdone = 0 ; } if (poller->isInterrupted() || softinterrupt) return 0 ; // indicate it was interrupted n = popzeros(n2) ; generation += pow2step ; return n ; } const char *hlifealgo::readmacrocell(char *line) { int n=0 ; g_uintptr_t i=1, nw=0, ne=0, sw=0, se=0, indlen=0 ; int r, d ; node **ind = 0 ; root = 0 ; while (getline(line, 10000)) { if (i >= indlen) { g_uintptr_t nlen = i + indlen + 10 ; ind = (node **)realloc(ind, sizeof(node*) * nlen) ; if (ind == 0) lifefatal("Out of memory (4).") ; while (indlen < nlen) ind[indlen++] = 0 ; } if (line[0] == '.' || line[0] == '*' || line[0] == '$') { int x=0, y=7 ; unsigned short lnw=0, lne=0, lsw=0, lse=0 ; char *p = 0 ; for (p=line; *p > ' '; p++) { switch(*p) { case '*': if (x > 7 || y < 0) return "Illegal coordinates in readmacrocell." ; if (x < 4) if (y < 4) lsw |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else lnw |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else if (y < 4) lse |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; else lne |= 1 << (3 - (x & 3) + 4 * (y & 3)) ; /* note: fall through here */ case '.': x++ ; break ; case '$': x = 0 ; y-- ; break ; default: return "Illegal character in readmacrocell." ; } } clearstack() ; ind[i++] = (node *)find_leaf(lnw, lne, lsw, lse) ; } else if (line[0] == '#') { char *p, *pp ; const char *err ; switch (line[1]) { case 'R': p = line + 2 ; while (*p && *p <= ' ') p++ ; pp = p ; while (*pp > ' ') pp++ ; *pp = 0 ; // AKT: need to check for B0-not-Smax rule err = hliferules.setrule(p, this); if (err) return err; if (hliferules.alternate_rules) return "B0-not-Smax rules are not allowed in HashLife."; break ; case 'G': p = line + 2 ; while (*p && *p <= ' ') p++ ; pp = p ; while (*pp >= '0' && *pp <= '9') pp++ ; *pp = 0 ; generation = bigint(p) ; break ; // either: // #FRAMES count base inc // or // #FRAME index node case 'F': if (strncmp(line, "#FRAMES ", 8) == 0) { p = line + 8 ; while (*p && *p <= ' ') p++ ; long cnt = atol(p) ; if (cnt < 0 || cnt > MAX_FRAME_COUNT) return "Bad FRAMES line" ; destroytimeline() ; while ('0' <= *p && *p <= '9') p++ ; while (*p && *p <= ' ') p++ ; pp = p ; while ((*pp >= '0' && *pp <= '9') || *pp == ',') pp++ ; if (*pp == 0) return "Bad FRAMES line" ; *pp = 0 ; timeline.start = bigint(p) ; timeline.end = timeline.start ; timeline.next = timeline.start ; p = pp + 1 ; while (*p && *p <= ' ') p++ ; pp = p ; while (*pp > ' ') pp++ ; *pp = 0 ; if (strchr(p, '^')) { int tbase=0, texpo=0 ; if (sscanf(p, "%d^%d", &tbase, &texpo) != 2 || tbase < 2 || texpo < 0) return "Bad FRAMES line" ; timeline.base = tbase ; timeline.expo = texpo ; timeline.inc = 1 ; while (texpo--) timeline.inc.mul_smallint(tbase) ; } else { timeline.inc = bigint(p) ; // if it's a power of two, we're good int texpo = timeline.inc.lowbitset() ; int tbase = 2 ; bigint test = 1 ; for (int i=0; i MAX_FRAME_COUNT || frameind < 0 || nodeind > i || timeline.framecount != frameind) return "Bad FRAME line" ; timeline.frames.push_back(ind[nodeind]) ; timeline.framecount++ ; timeline.end = timeline.next ; timeline.next += timeline.inc ; } break ; } } else { n = sscanf(line, "%d %" PRIuPTR " %" PRIuPTR " %" PRIuPTR " %" PRIuPTR " %d", &d, &nw, &ne, &sw, &se, &r) ; if (n < 0) // blank line; permit continue ; if (n == 0) { // conversion error in first argument; we allow only if the only // content on the line is whitespace. char *ws = line ; while (*ws && *ws <= ' ') ws++ ; if (*ws > 0) return "Parse error in macrocell format." ; continue ; } if (n < 5) // AKT: best not to use lifefatal here because user won't see any // error message when reading clipboard data starting with "[..." return "Parse error in readmacrocell." ; if (d < 4) return "Oops; bad depth in readmacrocell." ; ind[0] = zeronode(d-2) ; /* allow zeros to work right */ if (nw >= i || ind[nw] == 0 || ne >= i || ind[ne] == 0 || sw >= i || ind[sw] == 0 || se >= i || ind[se] == 0) { return "Node out of range in readmacrocell." ; } clearstack() ; root = ind[i++] = find_node(ind[nw], ind[ne], ind[sw], ind[se]) ; depth = d - 1 ; } } if (ind) free(ind) ; if (root == 0) { // AKT: allow empty macrocell pattern; note that endofpattern() // will be called soon so don't set hashed here // return "Invalid macrocell file: no nodes." ; return 0 ; } hashed = 1 ; return 0 ; } // Flip bits in given rule table. static void fliprule(char *rptr) { for (int i=0; i<65536; i++) { int j = ((i & 0xf) << 12) + ((i & 0xf0) << 4) + ((i & 0xf00) >> 4) + ((i & 0xf000) >> 12) ; if (i <= j) { char fi = rptr[i] ; char fj = rptr[j] ; fi = ((fi & 0x30) >> 4) + ((fi & 0x3) << 4) ; fj = ((fj & 0x30) >> 4) + ((fj & 0x3) << 4) ; rptr[i] = fj ; rptr[j] = fi ; } } } const char *hlifealgo::setrule(const char *s) { poller->bailIfCalculating() ; const char* err = hliferules.setrule(s, this); if (err) return err; // invert orientation if not hex or Wolfram if (!(hliferules.isHexagonal() || hliferules.isWolfram())) { fliprule(hliferules.rule0); } clearcache() ; if (hliferules.alternate_rules) return "B0-not-Smax rules are not allowed in HashLife."; if (hliferules.isHexagonal()) grid_type = HEX_GRID; else if (hliferules.isVonNeumann()) grid_type = VN_GRID; else grid_type = SQUARE_GRID; return 0 ; } void hlifealgo::unpack8x8(unsigned short nw, unsigned short ne, unsigned short sw, unsigned short se, unsigned int *top, unsigned int *bot) { *top = ((nw & 0xf000) << 16) | (((ne & 0xf000) | (nw & 0xf00)) << 12) | (((ne & 0xf00) | (nw & 0xf0)) << 8) | (((ne & 0xf0) | (nw & 0xf)) << 4) | (ne & 0xf) ; *bot = ((sw & 0xf000) << 16) | (((se & 0xf000) | (sw & 0xf00)) << 12) | (((se & 0xf00) | (sw & 0xf0)) << 8) | (((se & 0xf0) | (sw & 0xf)) << 4) | (se & 0xf) ; } /** * Write out the native macrocell format. This is the one we use when * we're not interactive and displaying a progress dialog. */ g_uintptr_t hlifealgo::writecell(std::ostream &os, node *root, int depth) { g_uintptr_t thiscell = 0 ; if (root == zeronode(depth)) return 0 ; if (depth == 2) { if (root->nw != 0) return (g_uintptr_t)(root->nw) ; } else { if (marked2(root)) return (g_uintptr_t)(root->next) ; unhash_node2(root) ; mark2(root) ; } if (depth == 2) { int i, j ; unsigned int top, bot ; leaf *n = (leaf *)root ; thiscell = ++cellcounter ; root->nw = (node *)thiscell ; unpack8x8(n->nw, n->ne, n->sw, n->se, &top, &bot) ; for (j=7; (top | bot) && j>=0; j--) { int bits = (top >> 24) ; top = (top << 8) | (bot >> 24) ; bot = (bot << 8) ; for (i=0; bits && i<8; i++, bits = (bits << 1) & 255) if (bits & 128) os << '*' ; else os << '.' ; os << '$' ; } os << '\n' ; } else { g_uintptr_t nw = writecell(os, root->nw, depth-1) ; g_uintptr_t ne = writecell(os, root->ne, depth-1) ; g_uintptr_t sw = writecell(os, root->sw, depth-1) ; g_uintptr_t se = writecell(os, root->se, depth-1) ; thiscell = ++cellcounter ; root->next = (node *)thiscell ; os << depth+1 << ' ' << nw << ' ' << ne << ' ' << sw << ' ' << se << '\n'; } return thiscell ; } /** * This new two-pass method works by doing a prepass that numbers the * nodes and counts the number of nodes that should be sent, so we can * display an accurate progress dialog. */ g_uintptr_t hlifealgo::writecell_2p1(node *root, int depth) { g_uintptr_t thiscell = 0 ; if (root == zeronode(depth)) return 0 ; if (depth == 2) { if (root->nw != 0) return (g_uintptr_t)(root->nw) ; } else { if (marked2(root)) return (g_uintptr_t)(root->next) ; unhash_node2(root) ; mark2(root) ; } if (depth == 2) { thiscell = ++cellcounter ; // note: we *must* not abort this prescan if ((cellcounter & 4095) == 0) lifeabortprogress(0, "Scanning tree") ; root->nw = (node *)thiscell ; } else { writecell_2p1(root->nw, depth-1) ; writecell_2p1(root->ne, depth-1) ; writecell_2p1(root->sw, depth-1) ; writecell_2p1(root->se, depth-1) ; thiscell = ++cellcounter ; // note: we *must* not abort this prescan if ((cellcounter & 4095) == 0) lifeabortprogress(0, "Scanning tree") ; root->next = (node *)thiscell ; } return thiscell ; } /** * This one writes the cells, but assuming they've already been * numbered, and displaying a progress dialog. */ static char progressmsg[80] ; g_uintptr_t hlifealgo::writecell_2p2(std::ostream &os, node *root, int depth) { g_uintptr_t thiscell = 0 ; if (root == zeronode(depth)) return 0 ; if (depth == 2) { if (cellcounter + 1 != (g_uintptr_t)(root->nw)) return (g_uintptr_t)(root->nw) ; thiscell = ++cellcounter ; if ((cellcounter & 4095) == 0) { std::streampos siz = os.tellp(); sprintf(progressmsg, "File size: %.2f MB", double(siz) / 1048576.0) ; lifeabortprogress(thiscell/(double)writecells, progressmsg) ; } int i, j ; unsigned int top, bot ; leaf *n = (leaf *)root ; root->nw = (node *)thiscell ; unpack8x8(n->nw, n->ne, n->sw, n->se, &top, &bot) ; for (j=7; (top | bot) && j>=0; j--) { int bits = (top >> 24) ; top = (top << 8) | (bot >> 24) ; bot = (bot << 8) ; for (i=0; bits && i<8; i++, bits = (bits << 1) & 255) if (bits & 128) os << '*' ; else os << '.' ; os << '$' ; } os << '\n' ; } else { if (cellcounter + 1 > (g_uintptr_t)(root->next) || isaborted()) return (g_uintptr_t)(root->next) ; g_uintptr_t nw = writecell_2p2(os, root->nw, depth-1) ; g_uintptr_t ne = writecell_2p2(os, root->ne, depth-1) ; g_uintptr_t sw = writecell_2p2(os, root->sw, depth-1) ; g_uintptr_t se = writecell_2p2(os, root->se, depth-1) ; if (!isaborted() && cellcounter + 1 != (g_uintptr_t)(root->next)) { // this should never happen lifefatal("Internal in writecell_2p2") ; return (g_uintptr_t)(root->next) ; } thiscell = ++cellcounter ; if ((cellcounter & 4095) == 0) { std::streampos siz = os.tellp(); sprintf(progressmsg, "File size: %.2f MB", double(siz) / 1048576.0) ; lifeabortprogress(thiscell/(double)writecells, progressmsg) ; } root->next = (node *)thiscell ; os << depth+1 << ' ' << nw << ' ' << ne << ' ' << sw << ' ' << se << '\n'; } return thiscell ; } #define STRINGIFY(arg) STR2(arg) #define STR2(arg) #arg const char *hlifealgo::writeNativeFormat(std::ostream &os, char *comments) { int depth = node_depth(root) ; os << "[M2] (golly " STRINGIFY(VERSION) ")\n" ; // AKT: always write out explicit rule os << "#R " << hliferules.getrule() << '\n' ; if (generation > bigint::zero) { // write non-zero gen count os << "#G " << generation.tostring('\0') << '\n' ; } if (comments) { // write given comment line(s), but we can't just do "os << comments" because the // lines might not start with #C (eg. if they came from the end of a .rle file), // so we must ensure that each comment line in the .mc file starts with #C char *p = comments; while (*p != '\0') { char *line = p; // note that readcomments() in readpattern.cpp ensures each line ends with \n while (*p != '\n') p++; if (line[0] != '#' || line[1] != 'C') { os << "#C "; } if (line != p) { *p = '\0'; os << line; *p = '\n'; } os << '\n'; p++; } } inGC = 1 ; /* this is the old way: cellcounter = 0 ; writecell(f, root, depth) ; */ /* this is the new two-pass way */ cellcounter = 0 ; vector depths(timeline.framecount) ; int framestosave = timeline.framecount ; if (timeline.savetimeline == 0) framestosave = 0 ; if (framestosave) { for (int i=0; inext << '\n' ; } } writecell_2p2(os, root, depth) ; /* end new two-pass way */ if (framestosave) { for (int i=0; i>=(int i) ; bigint& operator<<=(int i) ; void mulpow2(int p) ; int operator==(const bigint &b) const ; int operator!=(const bigint &b) const ; int operator<=(const bigint &b) const ; int operator>=(const bigint &b) const ; int operator<(const bigint &b) const ; int operator>(const bigint &b) const ; int even() const ; int odd() const ; int low31() const ; // return the low 31 bits quickly int lowbitset() const ; // return the index of the lowest set bit const char *tostring(char sep=sepchar) const ; int sign() const ; // note: a should be a small positive int, say 1..10,000 void mul_smallint(int a) ; // note: a should be a small positive int, say 1..10,000 void div_smallint(int a) ; // note: a should be a small positive int, say 1..10,000 int mod_smallint(int a) ; // note: a should be a small positive int, say 1..10,000 void div2() ; // note: a may only be a *31* bit int, not just 0 or 1 // note: may only be called on arrayed bigints void add_smallint(int a) ; double todouble() const ; double toscinot() const ; int toint() const ; // static values predefined static const bigint zero, one, two, three, minint, maxint ; // editing limits static const bigint min_coord, max_coord ; // how many bits required to represent this (approximately)? int bitsreq() const ; // fill in one bit per char, up to n. void tochararr(char *ar, int siz) const ; private: // note: may only be called on arrayed bigints int size() const ; // do we need to shrink it to keep it canonical? void shrink(int pos) ; void grow(int osz, int nsz) ; // note: carry may be any legal 31-bit int // note: may only be called on arrayed bigints void ripple(int carry, int pos) ; void ripple(const bigint &a, int carry) ; void ripplesub(const bigint &a, int carry) ; // make sure it's in vector form; may leave it not canonical! void vectorize(int i) ; void fromint(int i) ; void ensurework(int sz) const ; union { int i ; int *p ; } v ; static char *printbuf ; static int *work ; static int printbuflen ; static int workarrlen ; static char sepchar ; static int sepcount ; } ; #endif golly-3.3-src/gollybase/generationsalgo.cpp0000644000175000017500000007664013441044674016105 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "generationsalgo.h" #include #include #include #if defined(WIN32) || defined(WIN64) #define strncasecmp _strnicmp #endif using namespace std ; int generationsalgo::NumCellStates() { return maxCellStates ; } static const char *DEFAULTRULE = "12/34/3" ; const char* generationsalgo::DefaultRule() { return DEFAULTRULE ; } state generationsalgo::slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) { // result state result = 0 ; // get the lookup table char *lookup = rule3x3 ; // create array index int index = ((nw == 1) ? 256 : 0) | ((n == 1) ? 128 : 0) | ((ne == 1) ? 64 : 0) | ((w == 1) ? 32 : 0) | ((c == 1) ? 16 : 0) | ((e == 1) ? 8 : 0) | ((sw == 1) ? 4 : 0) | ((s == 1) ? 2 : 0) | ((se == 1) ? 1 : 0) ; // lookup the next generation if (c <= 1 && lookup[index]) { result = 1 ; } else { if (c > 0 && c + 1 < maxCellStates) { result = c + 1 ; } else { result = 0 ; } } return result ; } static lifealgo *creator() { return new generationsalgo() ; } void generationsalgo::doInitializeAlgoInfo(staticAlgoInfo &ai) { ghashbase::doInitializeAlgoInfo(ai) ; ai.setAlgorithmName("Generations") ; ai.setAlgorithmCreator(&creator) ; ai.minstates = 2 ; ai.maxstates = 256 ; // init default color scheme ai.defgradient = true ; // use gradient ai.defr1 = 255 ; // start color = red ai.defg1 = 0 ; ai.defb1 = 0 ; ai.defr2 = 255 ; // end color = yellow ai.defg2 = 255 ; ai.defb2 = 0 ; // if not using gradient then set all states to white for (int i=0 ; i<256 ; i++) { ai.defr[i] = ai.defg[i] = ai.defb[i] = 255 ; } } generationsalgo::generationsalgo() { int i ; // base64 encoding characters base64_characters = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" ; // all valid rule letters valid_rule_letters = "012345678ceaiknjqrytwz-" ; // rule letters per neighbor count rule_letters[0] = "ce" ; rule_letters[1] = "ceaikn" ; rule_letters[2] = "ceaiknjqry" ; rule_letters[3] = "ceaiknjqrytwz" ; // isotropic neighborhoods per neighbor count static int entry0[2] = { 1, 2 } ; static int entry1[6] = { 5, 10, 3, 40, 33, 68 } ; static int entry2[10] = { 69, 42, 11, 7, 98, 13, 14, 70, 41, 97 } ; static int entry3[13] = { 325, 170, 15, 45, 99, 71, 106, 102, 43, 101, 105, 78, 108 } ; rule_neighborhoods[0] = entry0 ; rule_neighborhoods[1] = entry1 ; rule_neighborhoods[2] = entry2 ; rule_neighborhoods[3] = entry3 ; // bit offset for suvival part of rule survival_offset = 9 ; // bit in letter bit mask indicating negative negative_bit = 13 ; // maximum number of letters per neighbor count max_letters[0] = 0 ; max_letters[1] = (int) strlen(rule_letters[0]) ; max_letters[2] = (int) strlen(rule_letters[1]) ; max_letters[3] = (int) strlen(rule_letters[2]) ; max_letters[4] = (int) strlen(rule_letters[3]) ; max_letters[5] = max_letters[3] ; max_letters[6] = max_letters[2] ; max_letters[7] = max_letters[1] ; max_letters[8] = max_letters[0] ; for (i = 0 ; i < survival_offset ; i++) { max_letters[i + survival_offset] = max_letters[i] ; } // canonical letter order per neighbor count static int order0[1] = { 0 } ; static int order1[2] = { 0, 1 } ; static int order2[6] = { 2, 0, 1, 3, 4, 5 } ; static int order3[10] = { 2, 0, 1, 3, 6, 4, 5, 7, 8, 9 } ; static int order4[13] = { 2, 0, 1, 3, 6, 4, 5, 7, 8, 10, 11, 9, 12 } ; order_letters[0] = order0 ; order_letters[1] = order1 ; order_letters[2] = order2 ; order_letters[3] = order3 ; order_letters[4] = order4 ; order_letters[5] = order3 ; order_letters[6] = order2 ; order_letters[7] = order1 ; order_letters[8] = order0 ; for (i = 0 ; i < survival_offset ; i++) { order_letters[i + survival_offset] = order_letters[i] ; } // initialize initRule() ; } generationsalgo::~generationsalgo() { } // returns a count of the number of bits set in given int static int bitcount(int v) { int r = 0 ; while (v) { r++ ; v &= v - 1 ; } return r ; } // initialize void generationsalgo::initRule() { // default to Moore neighbourhood totalistic rule neighbormask = MOORE ; neighbors = 8 ; totalistic = true ; using_map = false ; // we may need this to be >2 here so it's recognized as multistate maxCellStates = 3 ; // one bit for each neighbor count // s = survival, b = birth // bit: 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 // meaning: s8 s7 s6 s5 s4 s3 s2 s1 s0 b8 b7 b6 b5 b4 b3 b2 b1 b0 rulebits = 0 ; // one bit for each letter per neighbor count // N = negative bit // bit: 13 12 11 10 9 8 7 6 5 4 3 2 1 0 // meaning: N z w t y r q j n k i a e c memset(letter_bits, 0, sizeof(letter_bits)) ; // canonical rule string memset(canonrule, 0, sizeof(canonrule)) ; } // set 3x3 grid based on totalistic value void generationsalgo::setTotalistic(int value, bool survival) { int mask = 0 ; int nbrs = 0 ; int nhood = 0 ; int i = 0 ; int j = 0 ; int offset = 0 ; // check if this value has already been processed if (survival) { offset = survival_offset ; } if ((rulebits & (1 << (value + offset))) == 0) { // update the rulebits rulebits |= 1 << (value + offset) ; // update the mask if survival if (survival) { mask = 0x10 ; } // fill the array based on totalistic value for (i = 0 ; i < ALL3X3 ; i += 32) { for (j = 0 ; j < 16 ; j++) { nbrs = 0 ; nhood = (i+j) & neighbormask ; while (nhood > 0) { nbrs += (nhood & 1) ; nhood >>= 1 ; } if (value == nbrs) { rule3x3[i+j+mask] = 1 ; } } } } } // flip bits int generationsalgo::flipBits(int x) { return ((x & 0x07) << 6) | ((x & 0x1c0) >> 6) | (x & 0x38) ; } // rotate 90 int generationsalgo::rotateBits90Clockwise(int x) { return ((x & 0x4) << 6) | ((x & 0x20) << 2) | ((x & 0x100) >> 2) | ((x & 0x2) << 4) | (x & 0x10) | ((x & 0x80) >> 4) | ((x & 0x1) << 2) | ((x & 0x8) >> 2) | ((x & 0x40) >> 6) ; } // set symmetrical neighborhood into 3x3 map void generationsalgo::setSymmetrical512(int x, int b) { int y = x ; int i = 0 ; // process each of the 4 rotations for (i = 0 ; i < 4 ; i++) { rule3x3[y] = (char) b ; y = rotateBits90Clockwise(y) ; } // flip y = flipBits(y) ; // process each of the 4 rotations for (i = 0 ; i < 4 ; i++) { rule3x3[y] = (char) b ; y = rotateBits90Clockwise(y) ; } } // set symmetrical neighborhood void generationsalgo::setSymmetrical(int value, bool survival, int lindex, int normal) { int xorbit = 0 ; int nindex = value - 1 ; int x = 0 ; int offset = 0 ; // check for homogeneous bits if (value == 0 || value == 8) { setTotalistic(value, survival) ; } else { // update the rulebits if (survival) { offset = survival_offset ; } rulebits |= 1 << (value + offset) ; // reflect the index if in second half if (nindex > 3) { nindex = 6 - nindex ; xorbit = 0x1ef ; } // update the letterbits letter_bits[value + offset] |= 1 << lindex ; if (!normal) { // set the negative bit letter_bits[value + offset] |= 1 << negative_bit ; } // lookup the neighborhood x = rule_neighborhoods[nindex][lindex] ^ xorbit ; if (survival) { x |= 0x10 ; } setSymmetrical512(x, normal) ; } } // set totalistic birth or survival rule from a string void generationsalgo::setTotalisticRuleFromString(const char *rule, bool survival) { char current ; // process each character in the rule string while ( *rule ) { current = *rule ; rule++ ; // convert the digit to an integer current -= '0' ; // set totalistic setTotalistic(current, survival) ; } } // set rule from birth or survival string void generationsalgo::setRuleFromString(const char *rule, bool survival) { // current and next character char current ; char next ; // whether character normal or inverted int normal = 1 ; // letter index char *letterindex = 0 ; int lindex = 0 ; int nindex = 0 ; // process each character while ( *rule ) { current = *rule ; rule++ ; // find the index in the valid character list letterindex = strchr((char*) valid_rule_letters, current) ; lindex = letterindex ? int(letterindex - valid_rule_letters) : -1 ; // check if it is a digit if (lindex >= 0 && lindex <= 8) { // determine what follows the digit next = *rule ; nindex = -1 ; if (next) { letterindex = strchr((char*) rule_letters[3], next) ; if (letterindex) { nindex = int(letterindex - rule_letters[3]) ; } } // is the next character a digit or minus? if (nindex == -1) { setTotalistic(lindex, survival) ; } // check for inversion normal = 1 ; if (next == '-') { rule++ ; next = *rule ; // invert following character meanings normal = 0 ; } // process non-totalistic characters if (next) { letterindex = strchr((char*) rule_letters[3], next) ; nindex = -1 ; if (letterindex) { nindex = int(letterindex - rule_letters[3]) ; } while (nindex >= 0) { // set symmetrical setSymmetrical(lindex, survival, nindex, normal) ; // get next character rule++ ; next = *rule ; nindex = -1 ; if (next) { letterindex = strchr((char*) rule_letters[3], next) ; if (letterindex) { nindex = int(letterindex - rule_letters[3]) ; } } } } } } } // create the rule map from the base64 encoded map void generationsalgo::createRuleMapFromMAP(const char *base64) { // set the number of characters to read int power2 = 1 << (neighbors + 1) ; int fullchars = power2 / 6 ; int remainbits = power2 % 6 ; // create an array to read the MAP bits char bits[ALL3X3] ; // decode the base64 string int i = 0 ; char c = 0 ; int j = 0 ; const char *index = 0 ; for (i = 0 ; i < fullchars ; i++) { // convert character to base64 index index = strchr(base64_characters, *base64) ; base64++ ; c = index ? (char)(index - base64_characters) : 0 ; // decode the character bits[j] = c >> 5 ; j++ ; bits[j] = (c >> 4) & 1 ; j++ ; bits[j] = (c >> 3) & 1 ; j++ ; bits[j] = (c >> 2) & 1 ; j++ ; bits[j] = (c >> 1) & 1 ; j++ ; bits[j] = c & 1 ; j++ ; } // decode remaining bits from final character if (remainbits > 0) { index = strchr(base64_characters, *base64) ; c = index ? (char)(index - base64_characters) : 0 ; int b = 5 ; while (remainbits > 0) { bits[j] = (c >> b) & 1 ; b-- ; j++ ; remainbits-- ; } } // copy into rule array using the neighborhood mask int k, m ; for (i = 0 ; i < ALL3X3 ; i++) { k = 0 ; m = neighbors ; for (j = 8 ; j >= 0 ; j--) { if (neighbormask & (1 << j)) { if (i & (1 << j)) { k |= (1 << m) ; } m-- ; } } rule3x3[i] = bits[k] ; } } // create the rule map from birth and survival strings void generationsalgo::createRuleMap(const char *birth, const char *survival) { // clear the rule array memset(rule3x3, 0, ALL3X3) ; // check for totalistic rule if (totalistic) { // set the totalistic birth rule setTotalisticRuleFromString(birth, false) ; // set the totalistic surivival rule setTotalisticRuleFromString(survival, true) ; } else { // set the non-totalistic birth rule setRuleFromString(birth, false) ; // set the non-totalistic survival rule setRuleFromString(survival, true) ; } } // add canonical letter representation int generationsalgo::addLetters(int count, int p) { int bits ; // bitmask of letters defined at this count int negative = 0 ; // whether negative int setbits ; // how many bits are defined int maxbits ; // maximum number of letters at this count int letter = 0 ; int j ; // check if letters are defined for this neighbor count if (letter_bits[count]) { // get the bit mask bits = letter_bits[count] ; // check for negative if (bits & (1 << negative_bit)) { // letters are negative negative = 1 ; bits &= ~(1 << negative_bit) ; } // compute the number of bits set setbits = bitcount(bits) ; // get the maximum number of allowed letters at this neighbor count maxbits = max_letters[count] ; // do not invert if not negative and seven letters if (!(!negative && setbits == 7 && maxbits == 13)) { // if maximum letters minus number used is greater than number used then invert if (setbits + negative > (maxbits >> 1)) { // invert maximum letters for this count bits = ~bits & ((1 << maxbits) - 1) ; if (bits) { negative = !negative ; } } } // if negative and no letters then remove neighborhood count if (negative && !bits) { canonrule[p] = 0 ; p-- ; } else { // check whether to output minus if (negative) { canonrule[p++] = '-' ; } // add defined letters for (j = 0 ; j < maxbits ; j++) { // lookup the letter in order letter = order_letters[count][j] ; if (bits & (1 << letter)) { canonrule[p++] = rule_letters[3][letter] ; } } } } return p ; } // AKT: store valid rule in canonical format for getrule() void generationsalgo::createCanonicalName(const char *base64) { int p = 0 ; int np = 0 ; int i = 0 ; // the canonical version of a rule containing letters // might be simply totalistic bool stillnontotalistic = false ; // check for map rule if (using_map) { // output map header canonrule[p++] = 'M' ; canonrule[p++] = 'A' ; canonrule[p++] = 'P' ; // compute number of base64 characters int power2 = 1 << (neighbors + 1) ; int fullchars = power2 / 6 ; int remainbits = power2 % 6 ; // copy base64 part for (i = 0 ; i < fullchars ; i++) { if (*base64) { canonrule[p++] = *base64 ; base64++ ; } } // copy final bits of last character if (*base64) { const char *index = strchr(base64_characters, *base64) ; int c = index ? (char)(index - base64_characters) : 0 ; int k = 0 ; int m = 5 ; for (i = 0 ; i < remainbits ; i++) { k |= c & (1 << m) ; m-- ; } canonrule[p++] = base64_characters[c] ; } } else { // output survival part for (i = 0 ; i <= neighbors ; i++) { if (rulebits & (1 << (survival_offset+i))) { canonrule[p++] = '0' + (char)i ; // check for non-totalistic if (!totalistic) { // add any defined letters np = addLetters(survival_offset + i, p) ; // check if letters were added if (np != p) { if (np > p) { stillnontotalistic = true ; } p = np ; } } } } // add slash canonrule[p++] = '/' ; // output birth part for (i = 0 ; i <= neighbors ; i++) { if (rulebits & (1 << i)) { canonrule[p++] = '0' + (char)i ; // check for non-totalistic if (!totalistic) { // add any defined letters np = addLetters(i, p) ; // check if letters were added if (np != p) { if (np > p) { stillnontotalistic = true ; } p = np ; } } } } } // add slash canonrule[p++] = '/' ; // output state count char states[4] ; memset(states, 0, sizeof(states)) ; sprintf(states, "%d", maxCellStates) ; i = 0 ; while (states[i]) canonrule[p++] = states[i++] ; // check if non-totalistic became totalistic if (!totalistic && !stillnontotalistic) { totalistic = true ; } // add neighborhood if not MAP rule if (!using_map) { if (neighbormask == HEXAGONAL) canonrule[p++] = 'H' ; if (neighbormask == VON_NEUMANN) canonrule[p++] = 'V' ; } // check for bounded grid if (gridwd > 0 || gridht > 0) { // algo->setgridsize() was successfully called above, so append suffix const char* bounds = canonicalsuffix() ; i = 0 ; while (bounds[i]) canonrule[p++] = bounds[i++] ; } // null terminate canonrule[p] = 0 ; // set canonical rule ghashbase::setrule(canonrule) ; } // remove character from a string in place void generationsalgo::removeChar(char *string, char skip) { int src = 0 ; int dst = 0 ; char c = string[src++] ; // copy characters other than skip while ( c ) { if (c != skip) { string[dst++] = c ; } c = string[src++] ; } // ensure null terminated string[dst] = 0 ; } // check whether non-totalistic letters are valid for defined neighbor counts bool generationsalgo::lettersValid(const char *part) { char c ; int nindex = 0 ; int currentCount = -1 ; // get next character while ( *part ) { c = *part ; if (c >= '0' && c <= '8') { currentCount = c - '0' ; nindex = currentCount - 1 ; if (nindex > 3) { nindex = 6 - nindex ; } } else { // ignore minus if (c != '-') { // not valid if 0 or 8 if (currentCount == 0 || currentCount == 8) { return false ; } // check against valid rule letters for this neighbor count if (strchr((char*) rule_letters[nindex], c) == 0) { return false ; } } } part++ ; } return true ; } // set rule const char *generationsalgo::setrule(const char *rulestring) { char *r = (char *)rulestring ; char tidystring[MAXRULESIZE] ; // tidy version of rule string char *t = (char *)tidystring ; char *end = r + strlen(r) ; // end of rule string char c ; char *charpos = 0 ; int digit ; int maxdigit = 0 ; // maximum digit value found char *colonpos = 0 ; // position of colon char *slashpos = 0 ; // position of first slash char *slashpos2 = 0 ; // position of second slash char *bpos = 0 ; // position of b char *spos = 0 ; // position of s bool underscore_used = false ; // whether underscore used int num_states = 0 ; // number of cell states // initialize rule type initRule() ; // check if rule is too long if (strlen(rulestring) > (size_t) MAXRULESIZE) { return "Rule name is too long." ; } // check for colon colonpos = strchr(r, ':') ; if (colonpos) { // only process up to the colon end = colonpos ; } // skip any whitespace while (*r == ' ') { r++ ; } // check for map if (strncasecmp(r, "map", 3) == 0) { // attempt to decode map r += 3 ; bpos = r ; // terminate at the colon if one is present if (colonpos) *colonpos = 0 ; // check the length of the map int maplen = (int) strlen(r) ; // find the last slash char *lastslash = strrchr(r, '/') ; // replace the colon if one was present if (colonpos) *colonpos = ':' ; // check if there was a final slash if (lastslash == NULL) { return "Generations rule needs number of states." ; } // length is up to the final slash maplen = (int) (lastslash - r) ; // check if there is base64 padding if (maplen > 2 && !strncmp(r + maplen - 2, "==", 2)) { // remove padding maplen -= 2 ; } // check if the map length is valid for Moore, Hexagonal or von Neumann neighborhoods if (!(maplen == MAP512LENGTH || maplen == MAP128LENGTH || maplen == MAP32LENGTH)) { return "MAP rule needs 6, 22 or 86 base64 characters." ; } // validate the characters spos = r + maplen ; while (r < spos) { if (!strchr(base64_characters, *r)) { return "MAP contains illegal base64 character." ; } r++ ; } // set the neighborhood based on the map length if (maplen == MAP128LENGTH) { neighbormask = HEXAGONAL ; neighbors = 6 ; } else { if (maplen == MAP32LENGTH) { neighbormask = VON_NEUMANN ; neighbors = 4 ; } } // read number of states r = lastslash + 1 ; c = *r ; while (c) { if (c >= '0' && c <= '9') { num_states = num_states * 10 + (c - '0') ; r++ ; c = *r ; } else { c = 0 ; } } // check number of cell states is valid if (num_states < 2) { return "Number of states too low in Generations rule." ; } if (num_states > 256) { return "Number of states too high in Generations rule." ; } // check for trailing characters if (*r && r != colonpos) { return "Illegal trailing characters after MAP." ; } // set the number of cell states maxCellStates = num_states ; // map looks valid using_map = true ; } else { // create lower case version of rule name without spaces while (r < end) { // get the next character and convert to lowercase c = (char) tolower(*r) ; // process the character switch (c) { // birth case 'b': if (bpos) { // multiple b found return "Only one B allowed." ; } bpos = t ; *t = c ; t++ ; break ; // survival case 's': if (spos) { // multiple s found return "Only one S allowed." ; } spos = t ; *t = c ; t++ ; break ; // underscore case '_': underscore_used = true ; // fall through... // slash case '/': if (slashpos) { // multiple slashes found if (slashpos2) { return "Only two slashes allowed." ; } else { slashpos2 = t ; *t = c ; t++ ; } } else { slashpos = t ; *t = c ; t++ ; } break ; // hex case 'h': if (neighbormask != MOORE) { // multiple neighborhoods specified return "Only one neighborhood allowed." ; } neighbormask = HEXAGONAL ; grid_type = HEX_GRID ; neighbors = 6 ; *t = c ; t++ ; break ; // von neumann case 'v': if (neighbormask != MOORE) { // multiple neighborhoods specified return "Only one neighborhood allowed." ; } neighbormask = VON_NEUMANN ; grid_type = VN_GRID ; neighbors = 4 ; *t = c ; t++ ; break ; // minus case '-': // check if previous character is a digit if (t == tidystring || *(t-1) < '0' || *(t-1) > '8') { // minus can only follow a digit return "Minus can only follow a digit." ; } *t = c ; t++ ; totalistic = false ; break ; // other characters default: // ignore space if (c != ' ') { // check for state count after final slash if (slashpos2) { if (c >= '0' && c <= '9') { num_states = num_states * 10 + (c - '0') ; } else { return "Bad character found." ; } } else { // check character is valid charpos = strchr((char*) valid_rule_letters, c) ; if (charpos) { // copy character *t = c ; t++ ; // check if totalistic (i.e. found a valid non-digit) digit = int(charpos - valid_rule_letters) ; if (digit > 8) { totalistic = false ; } else { // update maximum digit found if (digit > maxdigit) { maxdigit = digit ; } } } else { return "Bad character found." ; } } } break ; } // next character r++ ; } // ensure null terminated *t = 0 ; // don't allow empty rule string t = tidystring ; if (*t == 0) { return "Rule cannot be empty string." ; } // check for two slashes if (!slashpos || !slashpos2) { return "Rule must contain two slashes." ; } // check number of cell states is valid if (num_states < 2) { return "Number of states too low in Generations rule." ; } if (num_states > 256) { return "Number of states too high in Generations rule." ; } // set the number of cell states maxCellStates = num_states ; // underscore only valid for non-totalistic rules if (underscore_used && totalistic) { return "Underscore not valid for totalistic rules, use slash." ; } // if neighborhood specified then must be last character if (neighbormask != MOORE) { size_t len = strlen(t) ; if (len) { c = t[len - 1] ; if (!((c == 'h') || (c == 'v'))) { return "Neighborhood must be at end of rule." ; } // remove character t[len - 1] = 0 ; } } // digits can not be greater than the number of neighbors for the defined neighborhood if (maxdigit > neighbors) { return "Digit greater than neighborhood allows." ; } // terminate the rule string at the second slash *slashpos2 = 0 ; // if slash present and both b and s then one must be each side of the slash if (slashpos && bpos && spos) { if ((bpos < slashpos && spos < slashpos) || (bpos > slashpos && spos > slashpos)) { return "B and S must be either side of slash." ; } } // check if there was a slash to divide birth from survival if (!slashpos) { // check if both b and s exist if (bpos && spos) { // determine whether b or s is first if (bpos < spos) { // skip b and cut the string using s bpos++ ; *spos = 0 ; spos++ ; } else { // skip s and cut the string using b spos++ ; *bpos = 0 ; bpos++ ; } } else { // just bpos if (bpos) { bpos = t ; removeChar(bpos, 'b') ; spos = bpos + strlen(bpos) ; } else { // just spos spos = t ; removeChar(spos, 's') ; bpos = spos + strlen(spos) ; } } } else { // slash exists so set determine which part is b and which is s *slashpos = 0 ; // check if b or s are defined if (bpos || spos) { // check for birth first if ((bpos && bpos < slashpos) || (spos && spos > slashpos)) { // birth then survival bpos = t ; spos = slashpos + 1 ; } else { // survival then birth bpos = slashpos + 1 ; spos = t ; } // remove b or s from rule parts removeChar(bpos, 'b') ; removeChar(spos, 's') ; } else { // no b or s so survival first spos = t ; bpos = slashpos + 1 ; } } // if not totalistic and a part exists it must start with a digit if (!totalistic) { // check birth c = *bpos ; if (c && (c < '0' || c > '8')) { return "Non-totalistic birth must start with a digit." ; } // check survival c = *spos ; if (c && (c < '0' || c > '8')) { return "Non-totalistic survival must start with a digit." ; } } // if not totalistic then neighborhood must be Moore if (!totalistic && neighbormask != MOORE) { return "Non-totalistic only supported with Moore neighborhood." ; } // validate letters used against each specified neighbor count if (!lettersValid(bpos)) { return "Letter not valid for birth neighbor count." ; } if (!lettersValid(spos)) { return "Letter not valid for survival neighbor count." ; } } // AKT: check for rule suffix like ":T200,100" to specify a bounded universe if (colonpos) { const char* err = setgridsize(colonpos) ; if (err) return err ; } else { // universe is unbounded gridwd = 0 ; gridht = 0 ; } // check for map if (using_map) { // generate the 3x3 map from the 512bit map createRuleMapFromMAP(bpos) ; } else { // generate the 3x3 map from the birth and survival rules createRuleMap(bpos, spos) ; } // check for B0 rules if (rule3x3[0]) { return "Generations does not support B0." ; } // save the canonical rule name createCanonicalName(bpos) ; // exit with success return 0 ; } const char* generationsalgo::getrule() { return canonrule ; } golly-3.3-src/gollybase/lifealgo.h0000644000175000017500000002126413273534663014150 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * This is the pure abstract class any life calculation algorithm * must support. As long as a life algorithm implements this * interface, it can be invoked by our driver code. */ #ifndef LIFEALGO_H #define LIFEALGO_H #include "bigint.h" #include "viewport.h" #include "liferender.h" #include "lifepoll.h" #include "readpattern.h" #include "platform.h" #include // moving the include vector *before* platform.h breaks compilation #ifdef _MSC_VER #pragma warning(disable:4702) // disable "unreachable code" warnings from MSVC #endif #include #ifdef _MSC_VER #pragma warning(default:4702) // enable "unreachable code" warnings #endif using std::vector; #include // this must not be increased beyond 32767, because we use a bigint // multiply that only supports multiplicands up to that size. const int MAX_FRAME_COUNT = 32000 ; /** * Timeline support is pretty generic. */ class timeline_t { public: timeline_t() : recording(0), framecount(0), savetimeline(1), start(0), inc(0), next(0), end(0), frames() {} int recording, framecount, base, expo, savetimeline ; bigint start, inc, next, end ; vector frames ; } ; class lifealgo { public: lifealgo() : generation(0), increment(0), timeline(), grid_type(SQUARE_GRID) { poller = &default_poller ; gridwd = gridht = 0 ; // default is an unbounded universe unbounded = true ; // most algorithms use an unbounded universe } virtual ~lifealgo() ; virtual void clearall() = 0 ; // returns <0 if error virtual int setcell(int x, int y, int newstate) = 0 ; virtual int getcell(int x, int y) = 0 ; virtual int nextcell(int x, int y, int &v) = 0 ; void getcells(unsigned char *buf, int x, int y, int w, int h) ; // call after setcell/clearcell calls virtual void endofpattern() = 0 ; virtual void setIncrement(bigint inc) = 0 ; virtual void setIncrement(int inc) = 0 ; virtual void setGeneration(bigint gen) = 0 ; const bigint &getIncrement() { return increment ; } const bigint &getGeneration() { return generation ; } virtual const bigint &getPopulation() = 0 ; virtual int isEmpty() = 0 ; // can we do the gen count doubling? only hashlife virtual int hyperCapable() = 0 ; virtual void setMaxMemory(int m) = 0 ; // never alloc more than this virtual int getMaxMemory() = 0 ; virtual const char *setrule(const char *) = 0 ; // new rules; returns err msg virtual const char *getrule() = 0 ; // get current rule set virtual void step() = 0 ; // do inc gens virtual void draw(viewport &view, liferender &renderer) = 0 ; virtual void fit(viewport &view, int force) = 0 ; virtual void findedges(bigint *t, bigint *l, bigint *b, bigint *r) = 0 ; virtual void lowerRightPixel(bigint &x, bigint &y, int mag) = 0 ; virtual const char *writeNativeFormat(std::ostream &os, char *comments) = 0 ; void setpoll(lifepoll *pollerarg) { poller = pollerarg ; } virtual const char *readmacrocell(char *) { return "Cannot read macrocell format." ; } // Verbosity crosses algorithms. We need to embed this sort of option // into some global shared thing or something rather than use static. static void setVerbose(int v) { verbose = v ; } static int getVerbose() { return verbose ; } virtual const char* DefaultRule() { return "B3/S23"; } // return number of cell states in this universe (2..256) virtual int NumCellStates() { return 2; } // return number of states to use when setting random cells virtual int NumRandomizedCellStates() { return NumCellStates() ; } // timeline support virtual void* getcurrentstate() = 0 ; virtual void setcurrentstate(void *) = 0 ; int startrecording(int base, int expo) ; pair stoprecording() ; pair getbaseexpo() { return make_pair(timeline.base, timeline.expo) ; } void extendtimeline() ; void pruneframes() ; const bigint &gettimelinestart() { return timeline.start ; } const bigint &gettimelineend() { return timeline.end ; } const bigint &gettimelineinc() { return timeline.inc ; } int getframecount() { return timeline.framecount ; } int isrecording() { return timeline.recording ; } int gotoframe(int i) ; void destroytimeline() ; void savetimelinewithframe(int yesno) { timeline.savetimeline = yesno ; } // support for a bounded universe with various topologies: // plane, cylinder, torus, Klein bottle, cross-surface, sphere unsigned int gridwd, gridht ; // bounded universe if either is > 0 bigint gridleft, gridright ; // undefined if gridwd is 0 bigint gridtop, gridbottom ; // undefined if gridht is 0 bool boundedplane ; // topology is a bounded plane? bool sphere ; // topology is a sphere? bool htwist, vtwist ; // Klein bottle if either is true, // or cross-surface if both are true int hshift, vshift ; // torus with horizontal or vertical shift const char* setgridsize(const char* suffix) ; // use in setrule() to parse a suffix like ":T100,200" and set // the above parameters const char* canonicalsuffix() ; // use in setrule() to return the canonical version of suffix; // eg. ":t0020" would be converted to ":T20,0" bool CreateBorderCells() ; bool DeleteBorderCells() ; // the above routines can be called around step() to create the // illusion of a bounded universe (note that increment must be 1); // they return false if the pattern exceeds the editing limits bool unbounded; // algorithms that uses a finite universe should set this flag false // so the GUI code won't call CreateBorderCells or DeleteBorderCells vector clipped_cells; // algorithms that uses a finite universe need to save live cells // that might be clipped when a setrule call reduces the size of // the universe (this allows the GUI code to restore the cells // if the rule change is undone) enum TGridType { SQUARE_GRID, TRI_GRID, HEX_GRID, VN_GRID } ; TGridType getgridtype() const { return grid_type ; } protected: lifepoll *poller ; static int verbose ; int maxCellStates ; // keep up to date; setcell depends on it bigint generation ; bigint increment ; timeline_t timeline ; TGridType grid_type ; private: // following are called by CreateBorderCells() to join edges in various ways void JoinTwistedEdges() ; void JoinTwistedAndShiftedEdges() ; void JoinShiftedEdges() ; void JoinAdjacentEdges(int pt, int pl, int pb, int pr) ; void JoinEdges(int pt, int pl, int pb, int pr) ; // following is called by DeleteBorderCells() void ClearRect(int top, int left, int bottom, int right) ; } ; /** * If you need any static information from a lifealgo, this class can be * called (or overridden) to set up all that data. Right now the * functions do nothing; override if you need that info. These are * called one by one by a static method in the algorithm itself, * if that information is available. The ones marked optional need * not be called. */ class staticAlgoInfo { public: staticAlgoInfo() ; virtual ~staticAlgoInfo() { } ; // mandatory void setAlgorithmName(const char *s) { algoName = s ; } void setAlgorithmCreator(lifealgo *(*f)()) { creator = f ; } // optional; override if you want to retain this data virtual void setDefaultBaseStep(int) {} virtual void setDefaultMaxMem(int) {} // minimum and maximum number of cell states supported by this algorithm; // both must be within 2..256 int minstates; int maxstates; // default color scheme bool defgradient; // use color gradient? unsigned char defr1, defg1, defb1; // color at start of gradient unsigned char defr2, defg2, defb2; // color at end of gradient // if defgradient is false then use these colors for each cell state unsigned char defr[256], defg[256], defb[256]; // default icon data (in XPM format) const char **defxpm7x7; // 7x7 icons const char **defxpm15x15; // 15x15 icons const char **defxpm31x31; // 31x31 icons // basic data const char *algoName ; lifealgo *(*creator)() ; int id ; // my index staticAlgoInfo *next ; // support: give me sequential algorithm IDs static int getNumAlgos() { return nextAlgoId ; } static int nextAlgoId ; static staticAlgoInfo &tick() ; static staticAlgoInfo *head ; static staticAlgoInfo *byName(const char *s) ; static int nameToIndex(const char *s) ; } ; #endif golly-3.3-src/gollybase/generationsalgo.h0000644000175000017500000000552113145740437015541 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef GENERALGO_H #define GENERALGO_H #include "ghashbase.h" /** * Our Generations algo class. */ class generationsalgo : public ghashbase { public: generationsalgo() ; virtual ~generationsalgo() ; virtual state slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) ; virtual const char* setrule(const char* s) ; virtual const char* getrule() ; virtual const char* DefaultRule() ; virtual int NumCellStates() ; static void doInitializeAlgoInfo(staticAlgoInfo &) ; enum neighborhood_masks { MOORE = 0x1ff, // all 8 neighbors HEXAGONAL = 0x1bb, // ignore NE and SW neighbors VON_NEUMANN = 0x0ba // 4 orthogonal neighbors } ; bool isHexagonal() const { return neighbormask == HEXAGONAL ; } bool isVonNeumann() const { return neighbormask == VON_NEUMANN ; } private: char canonrule[MAXRULESIZE] ; // canonical version of valid rule passed into setrule neighborhood_masks neighbormask ; // neighborhood masks in 3x3 table bool totalistic ; // is rule totalistic? bool using_map ; // is rule a map? int neighbors ; // number of neighbors int rulebits ; // bitmask of neighbor counts used (9 birth, 9 survival) int letter_bits[18] ; // bitmask for non-totalistic letters used int negative_bit ; // bit in letters bits mask indicating negative int survival_offset ; // bit offset in rulebits for survival int max_letters[18] ; // maximum number of letters per neighbor count const int *order_letters[18] ; // canonical letter order per neighbor count const char *valid_rule_letters ; // all valid letters const char *rule_letters[4] ; // valid rule letters per neighbor count const int *rule_neighborhoods[4] ; // isotropic neighborhoods per neighbor count char rule3x3[ALL3X3] ; // all 3x3 cell mappings 012345678->4' const char *base64_characters ; // base 64 encoding characters void initRule() ; void setTotalistic(int value, bool survival) ; int flipBits(int x) ; int rotateBits90Clockwise(int x) ; void setSymmetrical512(int x, int b) ; void setSymmetrical(int value, bool survival, int lindex, int normal) ; void setTotalisticRuleFromString(const char *rule, bool survival) ; void setRuleFromString(const char *rule, bool survival) ; void createRuleMapFromMAP(const char *base64) ; void createRuleMap(const char *birth, const char *survival) ; void createCanonicalName(const char *base64) ; void removeChar(char *string, char skip) ; bool lettersValid(const char *part) ; int addLetters(int count, int p) ; } ; #endif golly-3.3-src/gollybase/platform.h0000644000175000017500000000330113230774246014176 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * This file holds things that are platform-dependent such as * dependencies on 64-bitness, help for when the platform does not * have inttypes.h, and things like that. * * We need to convert pointers to integers and back for two * reasons. First, hlife structures use the address of a node * as its label, and we need to hash these labels. Secondly, * we use bit tricks for garbage collection and need to set and * clear low-order bits in a pointer. Normally the typedef * below is all we need, but if your platform doesn't have * uintptr_t you can change that here. We also need this type * for anything that might hold the *count* of nodes, since * this might be larger than an int. If inttypes does not * exist, and you're compiling for a 64-bit platform, you may * need to make some changes here. */ #include #if defined(_WIN64) #define PRIuPTR "I64u" typedef uintptr_t g_uintptr_t ; #define G_MAX SIZE_MAX #define GOLLY64BIT (1) #elif defined(__LP64__) || defined(__amd64__) #define __STDC_FORMAT_MACROS #define __STDC_LIMIT_MACROS #include #include typedef uintptr_t g_uintptr_t ; #define G_MAX SIZE_MAX #define GOLLY64BIT (1) #else #define PRIuPTR "u" typedef unsigned int g_uintptr_t ; #define G_MAX UINT_MAX #undef GOLLY64BIT #endif #define USEPREFETCH (1) // note that _WIN32 is also defined when compiling for 64-bit Windows #ifdef _WIN32 #include #include #define PREFETCH(a) _mm_prefetch((const char *)a, _MM_HINT_T0) #else #define PREFETCH(a) __builtin_prefetch(a) #endif golly-3.3-src/gollybase/lifepoll.cpp0000755000175000017500000000160513145740437014523 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "lifepoll.h" #include "util.h" lifepoll::lifepoll() { interrupted = 0 ; calculating = 0 ; countdown = POLLINTERVAL ; } int lifepoll::checkevents() { return 0 ; } int lifepoll::inner_poll() { // AKT: bailIfCalculating() ; if (isCalculating()) { // AKT: nicer to simply ignore user event // lifefatal("recursive poll called.") ; return interrupted ; } countdown = POLLINTERVAL ; calculating++ ; if (!interrupted) interrupted = checkevents() ; calculating-- ; return interrupted ; } void lifepoll::bailIfCalculating() { if (isCalculating()) { // AKT: nicer not to call lifefatal // lifefatal("recursive poll called.") ; lifewarning("Illegal operation while calculating.") ; interrupted = 1 ; } } void lifepoll::updatePop() {} lifepoll default_poller ; golly-3.3-src/gollybase/util.cpp0000644000175000017500000001420113230774246013663 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "util.h" #include #include #ifdef _WIN32 #include #else #include #endif /** * For now error just uses stderr. */ class baselifeerrors : public lifeerrors { public: virtual void fatal(const char *s) { fprintf(stderr, "%s\n", s) ; exit(10) ; } virtual void warning(const char *s) { fprintf(stderr, "%s\n", s) ; } virtual void status(const char *s) { fprintf(stderr, "%s\n", s) ; } virtual void beginprogress(const char *) { aborted = false ; } virtual bool abortprogress(double, const char *) { return false ; } virtual void endprogress() { // do nothing } virtual const char *getuserrules() { return "" ; } virtual const char *getrulesdir() { return "" ; } } ; baselifeerrors baselifeerrors ; lifeerrors *errorhandler = &baselifeerrors ; void lifeerrors::seterrorhandler(lifeerrors *o) { if (o == 0) errorhandler = &baselifeerrors ; else errorhandler = o ; } void lifefatal(const char *s) { errorhandler->fatal(s) ; } void lifewarning(const char *s) { errorhandler->warning(s) ; } void lifestatus(const char *s) { errorhandler->status(s) ; } void lifebeginprogress(const char *dlgtitle) { errorhandler->beginprogress(dlgtitle) ; } bool lifeabortprogress(double fracdone, const char *newmsg) { return errorhandler->aborted |= errorhandler->abortprogress(fracdone, newmsg) ; } bool isaborted() { return errorhandler->aborted ; } void lifeendprogress() { errorhandler->endprogress() ; } const char *lifegetuserrules() { return errorhandler->getuserrules() ; } const char *lifegetrulesdir() { return errorhandler->getrulesdir() ; } static FILE *f ; FILE *getdebugfile() { if (f == 0) f = fopen("trace.txt", "w") ; return f ; } /** * Manage reading lines from a FILE* without worrying about * line terminates. Note that the fgets() routine does not * insert any line termination characters at all. */ linereader::linereader(FILE *f) { setfile(f) ; } void linereader::setfile(FILE *f) { fp = f ; lastchar = 0 ; closeonfree = 0 ; // AKT: avoid crash on Linux } void linereader::setcloseonfree() { closeonfree = 1 ; } int linereader::close() { if (fp) { int r = fclose(fp) ; fp = 0 ; return r ; } return 0 ; } linereader::~linereader() { if (closeonfree) close() ; } const int LF = 10 ; const int CR = 13 ; char *linereader::fgets(char *buf, int maxlen) { int i = 0 ; for (;;) { if (i+1 >= maxlen) { buf[i] = 0 ; return buf ; } int c = getc(fp) ; switch (c) { case EOF: if (i == 0) return 0 ; buf[i] = 0 ; return buf ; case LF: if (lastchar != CR) { lastchar = LF ; buf[i] = 0 ; return buf ; } break ; case CR: lastchar = CR ; buf[i] = 0 ; return buf ; default: lastchar = c ; buf[i++] = (char)c ; break ; } } } #ifdef _WIN32 static double freq = 0.0; double gollySecondCount() { LARGE_INTEGER now; if (freq == 0.0) { LARGE_INTEGER f; QueryPerformanceFrequency(&f); freq = (double)f.QuadPart; if (freq <= 0.0) freq = 1.0; // play safe and avoid div by 0 } QueryPerformanceCounter(&now); return (now.QuadPart) / freq; } #else double gollySecondCount() { struct timeval tv ; gettimeofday(&tv, 0) ; return tv.tv_sec + 0.000001 * tv.tv_usec ; } #endif /* * Reporting. * The node count listed here wants to be big to reduce the number * of "get times" we do (which can be fairly expensive on some systems), * but it wants to be small in case something is going wrong like swapping * and we want to tell the user that the node rate has dropped. * A value of 65K is a reasonable compromise. */ int hperf::reportMask = ((1<<16)-1) ; // node count between checks /* * How frequently do we update the status bar? Every two seconds * should be reasonable. If we set this to zero, then that disables * performance reporting. */ double hperf::reportInterval = 2 ; // time between reports /* * Static buffer for status updates. */ char perfstatusline[200] ; void hperf::report(hperf &mark, int verbose) { double ts = gollySecondCount() ; double elapsed = ts - mark.timeStamp ; if (reportInterval == 0 || elapsed < reportInterval) return ; timeStamp = ts ; nodesCalculated += fastNodeInc ; fastNodeInc = 0 ; if (verbose) { double nodeCount = nodesCalculated - mark.nodesCalculated ; double halfFrac = 0 ; if (nodeCount > 0) halfFrac = (halfNodes - mark.halfNodes) / nodeCount ; double depthDelta = depthSum - mark.depthSum ; sprintf(perfstatusline, "RATE noderate %g depth %g half %g", nodeCount/elapsed, 1+depthDelta/nodeCount, halfFrac) ; lifestatus(perfstatusline) ; } mark = *this ; } void hperf::reportStep(hperf &mark, hperf &ratemark, double newGen, int verbose) { nodesCalculated += fastNodeInc ; fastNodeInc = 0 ; frames++ ; timeStamp = gollySecondCount() ; double elapsed = timeStamp - mark.timeStamp ; if (reportInterval == 0 || elapsed < reportInterval) return ; if (verbose) { double inc = newGen - mark.genval ; if (inc == 0) inc = 1e30 ; double nodeCount = nodesCalculated - mark.nodesCalculated ; double halfFrac = 0 ; if (nodeCount > 0) halfFrac = (halfNodes - mark.halfNodes) / nodeCount ; double depthDelta = depthSum - mark.depthSum ; double genspersec = inc / elapsed ; double nodespergen = nodeCount / inc ; double fps = (frames - mark.frames) / elapsed ; sprintf(perfstatusline, "PERF gps %g nps %g fps %g depth %g half %g npg %g nodes %g", genspersec, nodeCount/elapsed, fps, 1+depthDelta/nodeCount, halfFrac, nodespergen, nodeCount) ; lifestatus(perfstatusline) ; } genval = newGen ; mark = *this ; ratemark = *this ; } golly-3.3-src/gollybase/liferules.h0000755000175000017500000001071413145740437014355 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /** * This class implements the rules supported by QuickLife and HashLife. * A rule lookup table is used for computing a new 2x2 grid from * a provided 4x4 grid (two tables are used to emulate B0-not-Smax rules). * The input is a 16-bit integer, with the most significant bit the * upper left corner, bits going horizontally and then down. The output * is a 6-bit integer, with the top two bits indicating the top row of * the 2x2 output grid and the least significant two bits indicating the * bottom row. The middle two bits are always zero. */ #ifndef LIFERULES_H #define LIFERULES_H #include "lifealgo.h" const int MAXRULESIZE = 500 ; // maximum number of characters in a rule const int ALL3X3 = 512 ; // all possible 3x3 cell combinations const int ALL4X4 = 65536 ; // all possible 4x4 cell combinations const int MAP512LENGTH = 86 ; // number of base64 characters to encode 512bit map for Moore neighborhood const int MAP128LENGTH = 22 ; // number of base64 characters to encode 128bit map for Hex neighborhood const int MAP32LENGTH = 6 ; // number of base64 characters to encode 32bit map for von Neumann neighborhood class liferules { public: liferules() ; ~liferules() ; // string returned by setrule is any error const char *setrule(const char *s, lifealgo *algo) ; const char *getrule() ; // AKT: we need 2 tables to support B0-not-Smax rule emulation // where max is 8, 6 or 4 depending on the neighborhood char rule0[ALL4X4] ; // rule table for even gens if rule has B0 but not Smax, // or for all gens if rule has no B0, or it has B0 *and* Smax char rule1[ALL4X4] ; // rule table for odd gens if rule has B0 but not Smax bool alternate_rules ; // set by setrule; true if rule has B0 but not Smax // AKT: support for various neighborhoods // rowett: support for non-totalistic isotropic rules enum neighborhood_masks { MOORE = 0x1ff, // all 8 neighbors HEXAGONAL = 0x0fe, // ignore NE and SW neighbors VON_NEUMANN = 0x0ba // 4 orthogonal neighbors } ; bool isRegularLife() ; // is this B3/S23? bool isHexagonal() const { return neighbormask == HEXAGONAL ; } bool isVonNeumann() const { return neighbormask == VON_NEUMANN ; } bool isWolfram() const { return wolfram >= 0 ; } private: char canonrule[MAXRULESIZE] ; // canonical version of valid rule passed into setrule neighborhood_masks neighbormask ; // neighborhood masks in 3x3 table bool totalistic ; // is rule totalistic? bool using_map ; // is rule a map? int neighbors ; // number of neighbors int rulebits ; // bitmask of neighbor counts used (9 birth, 9 survival) int letter_bits[18] ; // bitmask for non-totalistic letters used int negative_bit ; // bit in letters bits mask indicating negative int wolfram ; // >= 0 if Wn rule (n is even and <= 254) int survival_offset ; // bit offset in rulebits for survival int max_letters[18] ; // maximum number of letters per neighbor count const int *order_letters[18] ; // canonical letter order per neighbor count const char *valid_rule_letters ; // all valid letters const char *rule_letters[4] ; // valid rule letters per neighbor count const int *rule_neighborhoods[4] ; // isotropic neighborhoods per neighbor count char rule3x3[ALL3X3] ; // all 3x3 cell mappings 012345678->4' const char *base64_characters ; // base 64 encoding characters void initRule() ; void setTotalistic(int value, bool survival) ; int flipBits(int x) ; int rotateBits90Clockwise(int x) ; void setSymmetrical512(int x, int b) ; void setSymmetrical(int value, bool survival, int lindex, int normal) ; void setTotalisticRuleFromString(const char *rule, bool survival) ; void setRuleFromString(const char *rule, bool survival) ; void createWolframMap() ; void createRuleMapFromMAP(const char *base64) ; void createRuleMap(const char *birth, const char *survival) ; void convertTo4x4Map(char *which) ; void saveRule() ; void createCanonicalName(lifealgo *algo, const char *base64) ; void removeChar(char *string, char skip) ; bool lettersValid(const char *part) ; int addLetters(int count, int p) ; } ; #endif golly-3.3-src/gollybase/ruletreealgo.cpp0000644000175000017500000002067013145740437015407 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "ruletreealgo.h" #include "util.h" // for lifegetuserrules, lifegetrulesdir, lifewarning #include // for case-insensitive string comparison #include #ifndef WIN32 #define stricmp strcasecmp #endif #include #include #include using namespace std ; bool ruletreealgo::IsDefaultRule(const char* rulename) { // nicer to check for different versions of default rule return (stricmp(rulename, "B3/S23") == 0 || stricmp(rulename, "B3S23") == 0 || strcmp(rulename, "23/3") == 0); } static FILE* static_rulefile = NULL; static int static_lineno = 0; static char static_endchar = 0; const char* ruletreealgo::LoadTree(FILE* rulefile, int lineno, char endchar, const char* s) { // set static vars so setrule() will load tree data from .rule file static_rulefile = rulefile; static_lineno = lineno; static_endchar = endchar; const char* err = setrule(s); // reset static vars static_rulefile = NULL; static_lineno = 0; static_endchar = 0; return err; } int ruletreealgo::NumCellStates() { return num_states ; } const int MAXFILELEN = 4096 ; /* provide the ability to load the default rule without requiring a file */ static const char *defaultRuleData[] = { "num_states=2", "num_neighbors=8", "num_nodes=32", "1 0 0", "2 0 0", "1 0 1", "2 0 2", "3 1 3", "1 1 1", "2 2 5", "3 3 6", "4 4 7", "2 5 0", "3 6 9", "4 7 10", "5 8 11", "3 9 1", "4 10 13", "5 11 14", "6 12 15", "3 1 1", "4 13 17", "5 14 18", "6 15 19", "7 16 20", "4 17 17", "5 18 22", "6 19 23", "7 20 24", "8 21 25", "5 22 22", "6 23 27", "7 24 28", "8 25 29", "9 26 30", 0 } ; static FILE *OpenTreeFile(const char *rule, const char *dir, char *path) { // look for rule.tree in given dir and set path if (strlen(dir) + strlen(rule) + 15 > (unsigned int)MAXFILELEN) { lifewarning("Path too long") ; return NULL ; } sprintf(path, "%s%s.tree", dir, rule) ; // change "dangerous" characters to underscores for (char *p=path + strlen(dir); *p; p++) if (*p == '/' || *p == '\\') *p = '_' ; return fopen(path, "r") ; } const char* ruletreealgo::setrule(const char* s) { const char *colonptr = strchr(s, ':'); string rule_name(s); if (colonptr) rule_name.assign(s,colonptr); char strbuf[MAXFILELEN+1] ; FILE *f = 0 ; linereader lr(0) ; int lineno = 0 ; bool isDefaultRule = IsDefaultRule(rule_name.c_str()) ; if (isDefaultRule) { // no need to read tree data from a file } else if (static_rulefile) { // read tree data from currently open .rule file lr.setfile(static_rulefile); lr.setcloseonfree(); lineno = static_lineno; } else { if (strlen(rule_name.c_str()) >= (unsigned int)MAXRULESIZE) { return "Rule length too long" ; } // look for rule.tree in user's rules dir then in Golly's rules dir f = OpenTreeFile(rule_name.c_str(), lifegetuserrules(), strbuf); if (f == 0) f = OpenTreeFile(rule_name.c_str(), lifegetrulesdir(), strbuf); if (f == 0) { return "File not found" ; } lr.setfile(f) ; lr.setcloseonfree() ; } // check for rule suffix like ":T200,100" to specify a bounded universe if (colonptr) { const char* err = setgridsize(colonptr); if (err) return err; } else { // universe is unbounded gridwd = 0; gridht = 0; } int mnum_states=-1, mnum_neighbors=-1, mnum_nodes=-1 ; vector dat ; vector datb ; vector noff ; vector nodelev ; int lev = 1000 ; for (;;) { if (isDefaultRule) { if (defaultRuleData[lineno] == 0) break ; strcpy(strbuf, defaultRuleData[lineno]) ; } else { if (lr.fgets(strbuf, MAXFILELEN) == 0) break ; if (static_rulefile && strbuf[0] == static_endchar) break; } lineno++ ; if (strbuf[0] != '#' && strbuf[0] != 0 && sscanf(strbuf, " num_states = %d", &mnum_states) != 1 && sscanf(strbuf, " num_neighbors = %d", &mnum_neighbors) != 1 && sscanf(strbuf, " num_nodes = %d", &mnum_nodes) != 1) { if (mnum_states < 2 || mnum_states > 256 || (mnum_neighbors != 4 && mnum_neighbors != 8) || mnum_nodes < mnum_neighbors || mnum_nodes > 100000000) { return "Bad basic values" ; } if (strbuf[0] < '1' || strbuf[0] > '0' + 1 + mnum_neighbors) { return "Bad line in tree data 1" ; } lev = strbuf[0] - '0' ; int vcnt = 0 ; char *p = strbuf + 1 ; if (lev == 1) noff.push_back((int)(datb.size())) ; else noff.push_back((int)(dat.size())) ; nodelev.push_back(lev) ; while (*p) { while (*p && *p <= ' ') p++ ; int v = 0 ; while (*p > ' ') { if (*p < '0' || *p > '9') { return "Bad line in tree data 2" ; } v = v * 10 + *p++ - '0' ; } if (lev == 1) { if (v < 0 || v >= mnum_states) { return "Bad state value in tree data" ; } datb.push_back((state)v) ; } else { if (v < 0 || ((unsigned int)v) >= noff.size()) { return "Bad node value in tree data" ; } if (nodelev[v] != lev - 1) { return "Bad node pointer does not point to one level down" ; } dat.push_back(noff[v]) ; } vcnt++ ; } if (vcnt != mnum_states) { return "Bad number of values on tree data line" ; } } } if (dat.size() + datb.size() != (unsigned int)(mnum_nodes * mnum_states)) return "Bad count of values in tree data" ; if (lev != mnum_neighbors + 1) return "Bad last node (wrong level)" ; int *na = (int*)calloc(sizeof(int), dat.size()) ; state *nb = (state*)calloc(sizeof(state), datb.size()) ; if (na == 0 || nb == 0) return "Out of memory in tree allocation" ; if (a) free(a) ; if (b) free(b) ; num_nodes = mnum_nodes ; num_states = mnum_states ; num_neighbors = mnum_neighbors ; for (unsigned int i=0; i 0 || gridht > 0) { // setgridsize() was successfully called above, so append suffix int len = (int)strlen(rule) ; const char* bounds = canonicalsuffix() ; int i = 0 ; while (bounds[i]) rule[len++] = bounds[i++] ; rule[len] = 0 ; } return 0 ; } const char* ruletreealgo::getrule() { return rule ; } const char* ruletreealgo::DefaultRule() { return "B3/S23" ; } ruletreealgo::ruletreealgo() : ghashbase(), a(0), base(0), b(0), num_neighbors(0), num_states(0), num_nodes(0) { rule[0] = 0 ; } ruletreealgo::~ruletreealgo() { if (a != 0) { free(a) ; a = 0 ; } if (b != 0) { free(b) ; b = 0 ; } } state ruletreealgo::slowcalc(state nw, state n, state ne, state w, state c, state e, state sw, state s, state se) { if (num_neighbors == 4) return b[a[a[a[a[base+n]+w]+e]+s]+c] ; else return b[a[a[a[a[a[a[a[a[base+nw]+ne]+sw]+se]+n]+w]+e]+s]+c] ; } static lifealgo *creator() { return new ruletreealgo() ; } void ruletreealgo::doInitializeAlgoInfo(staticAlgoInfo &ai) { ghashbase::doInitializeAlgoInfo(ai) ; ai.setAlgorithmName("RuleTree") ; ai.setAlgorithmCreator(&creator) ; ai.minstates = 2 ; ai.maxstates = 256 ; // init default color scheme ai.defgradient = true; // use gradient ai.defr1 = 255; // start color = red ai.defg1 = 0; ai.defb1 = 0; ai.defr2 = 255; // end color = yellow ai.defg2 = 255; ai.defb2 = 0; // if not using gradient then set all states to white for (int i=0; i<256; i++) ai.defr[i] = ai.defg[i] = ai.defb[i] = 255; } golly-3.3-src/gollybase/viewport.h0000644000175000017500000000403313145740437014234 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef VIEWPORT_H #define VIEWPORT_H #include "bigint.h" #include using std::pair; using std::make_pair; class lifealgo ; /** * This class holds information on where in space the user's window is. * It provides the functions to zoom, unzoom, move, etc. * * The reason we need a whole class is because doing this in a universe * that may be billions of billions of cells on a side, but we still * want single cell precision, is a bit tricky. */ class viewport { public: viewport(int width, int height) { init() ; resize(width, height) ; } void zoom() ; void zoom(int x, int y) ; void unzoom() ; void unzoom(int x, int y) ; void center() ; pair at(int x, int y) ; pair atf(int x, int y) ; pair screenPosOf(bigint x, bigint y, lifealgo *algo) ; void resize(int newwidth, int newheight) ; void move(int dx, int dy) ; // dx and dy are given in pixels int getmag() const { return mag ; } void setmag(int magarg) { mag = magarg ; reposition() ; } void setpositionmag(const bigint &xarg, const bigint &yarg, int magarg) ; void setpositionmag(const bigint &xlo, const bigint &xhi, const bigint &ylo, const bigint &yhi, int magarg) ; int getwidth() const { return width ; } int getheight() const { return height ; } int getxmax() const { return width-1 ; } int getymax() const { return height-1 ; } int contains(const bigint &x, const bigint &y) ; bigint x, y ; // cell at center of viewport private: void init() ; void reposition() ; // recalculate *0* and *m* values int width, height ; int mag ; // plus is zoom in; neg is zoom out bigint x0, y0 ; double x0f, y0f ; double xymf ; // always = 2**-mag } ; extern int MAX_MAG; // maximum cell size is 2^MAX_MAG (default is 2^4, but devices with // high-resolution screens will probably want a bigger cell size) #endif golly-3.3-src/gollybase/viewport.cpp0000644000175000017500000001271713145740437014577 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "viewport.h" #include "lifealgo.h" #include int MAX_MAG = 4 ; // default maximum cell size is 2^4 using namespace std ; void viewport::init() { x = 0 ; y = 0 ; height = width = 8 ; mag = 0 ; x0 = 0 ; y0 = 0 ; x0f = 0 ; y0f = 0 ; xymf = 0 ; } void viewport::zoom() { if (mag >= MAX_MAG) return ; mag++ ; reposition() ; } void viewport::zoom(int xx, int yy) { if (mag >= MAX_MAG) return ; pair oldpos = at(xx, yy); // save cell pos for use below int x2c = xx * 2 - getxmax() ; bigint o = x2c ; o.mulpow2(-mag-2) ; x += o ; int y2c = yy * 2 - getymax() ; o = y2c ; o.mulpow2(-mag-2) ; y += o ; mag++ ; reposition() ; // adjust cell position if necessary to avoid any drift if (mag >= 0) { pair newpos = at(xx, yy); bigint xdrift = newpos.first; bigint ydrift = newpos.second; xdrift -= oldpos.first; ydrift -= oldpos.second; // drifts will be -1, 0 or 1 if (xdrift != 0) move(-xdrift.toint() << mag, 0); if (ydrift != 0) move(0, -ydrift.toint() << mag); } } void viewport::unzoom() { mag-- ; reposition() ; } void viewport::unzoom(int xx, int yy) { pair oldpos = at(xx, yy); // save cell pos for use below mag-- ; int x2c = xx * 2 - getxmax() ; bigint o = x2c ; o.mulpow2(-mag-2) ; x -= o ; int y2c = yy * 2 - getymax() ; o = y2c ; o.mulpow2(-mag-2) ; y -= o ; reposition() ; if (mag >= 0) { // adjust cell position if necessary to avoid any drift pair newpos = at(xx, yy); bigint xdrift = newpos.first; bigint ydrift = newpos.second; xdrift -= oldpos.first; ydrift -= oldpos.second; // drifts will be -1, 0 or 1 if (xdrift != 0) move(-xdrift.toint() << mag, 0); if (ydrift != 0) move(0, -ydrift.toint() << mag); } } pair viewport::at(int x, int y) { bigint rx = x ; bigint ry = y ; rx.mulpow2(-mag) ; ry.mulpow2(-mag) ; rx += x0 ; ry += y0 ; return pair(rx, ry) ; } pair viewport::atf(int x, int y) { return pair(x0f + x * xymf, y0f + y * xymf) ; } /** * Returns the screen position of a particular pixel. Note that this * is a tiny bit more complicated than you might expect, because it * has to take into account exactly how a life algorithm compresses * multiple pixels into a single pixel (which depends not only on the * lifealgo, but in the case of qlifealgo, *also* depends on the * generation count). In the case of mag < 0, it always returns * the upper left pixel; it's up to the caller to adjust when * mag<0. */ pair viewport::screenPosOf(bigint x, bigint y, lifealgo *algo) { if (mag < 0) { bigint xx0 = x0 ; bigint yy0 = y0 ; algo->lowerRightPixel(xx0, yy0, mag) ; y -= yy0 ; x -= xx0 ; } else { x -= x0 ; y -= y0 ; } x.mulpow2(mag) ; y.mulpow2(mag) ; int xx = 0 ; int yy = 0 ; /* AKT: don't do this clipping as it makes it harder to calculate an accurate paste rectangle if (x < 0) xx = -1 ; else if (x > getxmax()) xx = getxmax() + 1 ; else xx = x.toint() ; if (y < 0) yy = -1 ; else if (y > getymax()) yy = getymax() + 1 ; else yy = y.toint() ; */ if (x > bigint::maxint) xx = INT_MAX ; else if (x < bigint::minint) xx = INT_MIN ; else xx = x.toint() ; if (y > bigint::maxint) yy = INT_MAX ; else if (y < bigint::minint) yy = INT_MIN ; else yy = y.toint() ; return pair(xx,yy) ; } void viewport::move(int dx, int dy) { // dx and dy are in pixels if (mag > 0) { dx /= (1 << mag) ; dy /= (1 << mag) ; } bigint addx = dx ; bigint addy = dy ; if (mag < 0) { addx <<= -mag ; addy <<= -mag ; } x += addx ; y += addy ; reposition() ; } void viewport::resize(int newwidth, int newheight) { width = newwidth ; height = newheight ; reposition() ; } void viewport::center() { x = 0 ; y = 0 ; reposition() ; } void viewport::reposition() { xymf = pow(2.0, -mag) ; bigint w = 1 + getxmax() ; w.mulpow2(-mag) ; w >>= 1 ; x0 = x ; x0 -= w ; w = 1 + getymax() ; w.mulpow2(-mag) ; w >>= 1 ; y0 = y ; y0 -= w ; y0f = y0.todouble() ; x0f = x0.todouble() ; } void viewport::setpositionmag(const bigint &xarg, const bigint &yarg, int magarg) { x = xarg ; y = yarg ; mag = magarg ; reposition() ; } /* * This is only called by fit. We find an x/y location that * centers things optimally. */ void viewport::setpositionmag(const bigint &xmin, const bigint &xmax, const bigint &ymin, const bigint &ymax, int magarg) { mag = magarg ; x = xmax ; x += xmin ; x += 1 ; x >>= 1 ; y = ymax ; y += ymin ; y += 1 ; y >>= 1 ; reposition() ; } int viewport::contains(const bigint &xarg, const bigint &yarg) { if (xarg < x0 || yarg < y0) return 0 ; bigint t = getxmax() ; t += 1 ; t.mulpow2(-mag) ; t -= 1 ; t += x0 ; if (xarg > t) return 0 ; t = getymax() ; t += 1 ; t.mulpow2(-mag) ; t -= 1 ; t += y0 ; if (yarg > t) return 0 ; return 1 ; } golly-3.3-src/gollybase/lifealgo.cpp0000644000175000017500000007236213247734027014505 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "lifealgo.h" #include "util.h" // for lifestatus #include "string.h" using namespace std ; lifealgo::~lifealgo() { poller = 0 ; maxCellStates = 2 ; } int lifealgo::verbose ; /* * Right now, the base/expo should match the current increment. * We do not check this. */ int lifealgo::startrecording(int basearg, int expoarg) { if (timeline.framecount) { // already have a timeline; skip to its end gotoframe(timeline.framecount-1) ; } else { // use the current frame and increment to start a new timeline void *now = getcurrentstate() ; if (now == 0) return 0 ; timeline.base = basearg ; timeline.expo = expoarg ; timeline.frames.push_back(now) ; timeline.framecount = 1 ; timeline.end = timeline.start = generation ; timeline.inc = increment ; } timeline.next = timeline.end ; timeline.next += timeline.inc ; timeline.recording = 1 ; return timeline.framecount ; } pair lifealgo::stoprecording() { timeline.recording = 0 ; timeline.next = 0 ; return make_pair(timeline.base, timeline.expo) ; } void lifealgo::extendtimeline() { if (timeline.recording && generation == timeline.next) { void *now = getcurrentstate() ; if (now && timeline.framecount < MAX_FRAME_COUNT) { timeline.frames.push_back(now) ; timeline.framecount++ ; timeline.end = timeline.next ; timeline.next += timeline.inc ; } } } /* * Note that this *also* changes inc, so don't call unless this is * what you want to do. It does not update or change the base or * expo if the base != 2, so they can get out of sync. * * Currently this is only used by bgolly, and it will only work * properly if the increment argument is a power of two. */ void lifealgo::pruneframes() { if (timeline.framecount > 1) { for (int i=2; i> 1] = timeline.frames[i] ; timeline.framecount = (timeline.framecount + 1) >> 1 ; timeline.frames.resize(timeline.framecount) ; timeline.inc += timeline.inc ; timeline.end = timeline.inc ; timeline.end.mul_smallint(timeline.framecount-1) ; timeline.end += timeline.start ; timeline.next = timeline.end ; timeline.next += timeline.inc ; if (timeline.base == 2) timeline.expo++ ; } } int lifealgo::gotoframe(int i) { if (i < 0 || i >= timeline.framecount) return 0 ; setcurrentstate(timeline.frames[i]) ; // AKT: avoid mul_smallint(i) crashing with divide-by-zero if i is 0 if (i > 0) { generation = timeline.inc ; generation.mul_smallint(i) ; } else { generation = 0; } generation += timeline.start ; return timeline.framecount ; } void lifealgo::destroytimeline() { timeline.frames.clear() ; timeline.recording = 0 ; timeline.framecount = 0 ; timeline.end = 0 ; timeline.start = 0 ; timeline.inc = 0 ; timeline.next = 0 ; } // ----------------------------------------------------------------------------- // AKT: the following routines provide support for a bounded universe const char* lifealgo::setgridsize(const char* suffix) { // parse a rule suffix like ":T100,200" and set the various grid parameters; // note that we allow any legal partial suffix -- this lets people type a // suffix into the Set Rule dialog without the algorithm changing to UNKNOWN const char *p = suffix; char topology = 0; gridwd = gridht = 0; hshift = vshift = 0; htwist = vtwist = false; boundedplane = false; sphere = false; p++; if (*p == 0) return 0; // treat ":" like ":T0,0" if (*p == 't' || *p == 'T') { // torus or infinite tube topology = 'T'; } else if (*p == 'p' || *p == 'P') { boundedplane = true; topology = 'P'; } else if (*p == 's' || *p == 'S') { sphere = true; topology = 'S'; } else if (*p == 'k' || *p == 'K') { // Klein bottle (either htwist or vtwist should become true) topology = 'K'; } else if (*p == 'c' || *p == 'C') { // cross-surface htwist = vtwist = true; topology = 'C'; } else { return "Unknown grid topology."; } p++; if (*p == 0) return 0; // treat ":" like ":T0,0" while ('0' <= *p && *p <= '9') { if (gridwd >= 200000000) { gridwd = 2000000000; // keep width within editable limits } else { gridwd = 10 * gridwd + *p - '0'; } p++; } if (*p == '*') { if (topology != 'K') return "Only specify a twist for a Klein bottle."; htwist = true; p++; } if (*p == '+' || *p == '-') { if (topology == 'P') return "Plane can't have a shift."; if (topology == 'S') return "Sphere can't have a shift."; if (topology == 'C') return "Cross-surface can't have a shift."; if (topology == 'K' && !htwist) return "Shift must be on twisted edges."; if (gridwd == 0) return "Can't shift infinite width."; int sign = *p == '+' ? 1 : -1; p++; while ('0' <= *p && *p <= '9') { hshift = 10 * hshift + *p - '0'; p++; } if (hshift >= (int)gridwd) hshift = hshift % (int)gridwd; hshift *= sign; } if (*p == ',' && topology != 'S') { p++; } else if (*p) { return "Unexpected stuff after grid width."; } // gridwd has been set if ((topology == 'K' || topology == 'C' || topology == 'S') && gridwd == 0) { return "Given topology can't have an infinite width."; } if (*p == 0) { // grid height is not specified so set it to grid width; // ie. treat ":T100" like ":T100,100"; // this also allows us to have ":S100" rather than ":S100,100" gridht = gridwd; } else { while ('0' <= *p && *p <= '9') { if (gridht >= 200000000) { gridht = 2000000000; // keep height within editable limits } else { gridht = 10 * gridht + *p - '0'; } p++; } if (*p == '*') { if (topology != 'K') return "Only specify a twist for a Klein bottle."; if (htwist) return "Klein bottle can't have both horizontal and vertical twists."; vtwist = true; p++; } if (*p == '+' || *p == '-') { if (topology == 'P') return "Plane can't have a shift."; if (topology == 'C') return "Cross-surface can't have a shift."; if (topology == 'K' && !vtwist) return "Shift must be on twisted edges."; if (hshift != 0) return "Can't have both horizontal and vertical shifts."; if (gridht == 0) return "Can't shift infinite height."; int sign = *p == '+' ? 1 : -1; p++; while ('0' <= *p && *p <= '9') { vshift = 10 * vshift + *p - '0'; p++; } if (vshift >= (int)gridht) vshift = vshift % (int)gridht; vshift *= sign; } if (*p) return "Unexpected stuff after grid height."; } // gridht has been set if ((topology == 'K' || topology == 'C') && gridht == 0) { return "Klein bottle or cross-surface can't have an infinite height."; } if (topology == 'K' && !(htwist || vtwist)) { // treat ":K10,20" like ":K10,20*" vtwist = true; } if ((hshift != 0 || vshift != 0) && (gridwd == 0 || gridht == 0)) { return "Shifting is not allowed if either grid dimension is unbounded."; } // now ok to set grid edges if (gridwd > 0) { gridleft = -int(gridwd) / 2; gridright = int(gridwd) - 1; gridright += gridleft; } else { // play safe and set these to something gridleft = bigint::zero; gridright = bigint::zero; } if (gridht > 0) { gridtop = -int(gridht) / 2; gridbottom = int(gridht) - 1; gridbottom += gridtop; } else { // play safe and set these to something gridtop = bigint::zero; gridbottom = bigint::zero; } return 0; } const char* lifealgo::canonicalsuffix() { if (gridwd > 0 || gridht > 0) { static char bounds[64]; if (boundedplane) { sprintf(bounds, ":P%u,%u", gridwd, gridht); } else if (sphere) { // sphere requires a square grid (gridwd == gridht) sprintf(bounds, ":S%u", gridwd); } else if (htwist && vtwist) { // cross-surface if both horizontal and vertical edges are twisted sprintf(bounds, ":C%u,%u", gridwd, gridht); } else if (htwist) { // Klein bottle if only horizontal edges are twisted if (hshift != 0 && (gridwd & 1) == 0) { // twist and shift is only possible if gridwd is even and hshift is 1 sprintf(bounds, ":K%u*+1,%u", gridwd, gridht); } else { sprintf(bounds, ":K%u*,%u", gridwd, gridht); } } else if (vtwist) { // Klein bottle if only vertical edges are twisted if (vshift != 0 && (gridht & 1) == 0) { // twist and shift is only possible if gridht is even and vshift is 1 sprintf(bounds, ":K%u,%u*+1", gridwd, gridht); } else { sprintf(bounds, ":K%u,%u*", gridwd, gridht); } } else if (hshift < 0) { // torus with -ve horizontal shift sprintf(bounds, ":T%u%d,%u", gridwd, hshift, gridht); } else if (hshift > 0) { // torus with +ve horizontal shift sprintf(bounds, ":T%u+%d,%u", gridwd, hshift, gridht); } else if (vshift < 0) { // torus with -ve vertical shift sprintf(bounds, ":T%u,%u%d", gridwd, gridht, vshift); } else if (vshift > 0) { // torus with +ve vertical shift sprintf(bounds, ":T%u,%u+%d", gridwd, gridht, vshift); } else { // unshifted torus, or an infinite tube sprintf(bounds, ":T%u,%u", gridwd, gridht); } return bounds; } else { // unbounded universe return 0; } } void lifealgo::JoinTwistedEdges() { // set grid edges int gl = gridleft.toint(); int gt = gridtop.toint(); int gr = gridright.toint(); int gb = gridbottom.toint(); // border edges are 1 cell outside grid edges int bl = gl - 1; int bt = gt - 1; int br = gr + 1; int bb = gb + 1; if (htwist && vtwist) { // cross-surface // eg. :C4,3 // a l k j i d // l A B C D i // h E F G H e // d I J K L a // i d c b a l for (int x = gl; x <= gr; x++) { int twistedx = gr - x + gl; int state = getcell(twistedx, gt); if (state > 0) setcell(x, bb, state); state = getcell(twistedx, gb); if (state > 0) setcell(x, bt, state); } for (int y = gt; y <= gb; y++) { int twistedy = gb - y + gt; int state = getcell(gl, twistedy); if (state > 0) setcell(br, y, state); state = getcell(gr, twistedy); if (state > 0) setcell(bl, y, state); } // copy grid's corner cells to SAME corners in border // (these cells are topologically different to non-corner cells) setcell(bl, bt, getcell(gl, gt)); setcell(br, bt, getcell(gr, gt)); setcell(br, bb, getcell(gr, gb)); setcell(bl, bb, getcell(gl, gb)); } else if (htwist) { // Klein bottle with top and bottom edges twisted 180 degrees // eg. :K4*,3 // i l k j i l // d A B C D a // h E F G H e // l I J K L i // a d c b a d for (int x = gl; x <= gr; x++) { int twistedx = gr - x + gl; int state = getcell(twistedx, gt); if (state > 0) setcell(x, bb, state); state = getcell(twistedx, gb); if (state > 0) setcell(x, bt, state); } for (int y = gt; y <= gb; y++) { // join left and right edges with no twist int state = getcell(gl, y); if (state > 0) setcell(br, y, state); state = getcell(gr, y); if (state > 0) setcell(bl, y, state); } // do corner cells setcell(bl, bt, getcell(gl, gb)); setcell(br, bt, getcell(gr, gb)); setcell(bl, bb, getcell(gl, gt)); setcell(br, bb, getcell(gr, gt)); } else { // vtwist // Klein bottle with left and right edges twisted 180 degrees // eg. :K4,3* // d i j k l a // l A B C D i // h E F G H e // d I J K L a // l a b c d i for (int x = gl; x <= gr; x++) { // join top and bottom edges with no twist int state = getcell(x, gt); if (state > 0) setcell(x, bb, state); state = getcell(x, gb); if (state > 0) setcell(x, bt, state); } for (int y = gt; y <= gb; y++) { int twistedy = gb - y + gt; int state = getcell(gl, twistedy); if (state > 0) setcell(br, y, state); state = getcell(gr, twistedy); if (state > 0) setcell(bl, y, state); } // do corner cells setcell(bl, bt, getcell(gr, gt)); setcell(br, bt, getcell(gl, gt)); setcell(bl, bb, getcell(gr, gb)); setcell(br, bb, getcell(gl, gb)); } } void lifealgo::JoinTwistedAndShiftedEdges() { // set grid edges int gl = gridleft.toint(); int gt = gridtop.toint(); int gr = gridright.toint(); int gb = gridbottom.toint(); // border edges are 1 cell outside grid edges int bl = gl - 1; int bt = gt - 1; int br = gr + 1; int bb = gb + 1; if (hshift != 0) { // Klein bottle with shift by 1 on twisted horizontal edge (with even number of cells) // eg. :K4*+1,3 // j i l k j i // d A B C D a // h E F G H e // l I J K L i // b a d c b a int state, twistedx, shiftedx; for (int x = gl; x <= gr; x++) { // join top and bottom edges with a twist and then shift by 1 twistedx = gr - x + gl; shiftedx = twistedx - 1; if (shiftedx < gl) shiftedx = gr; state = getcell(shiftedx, gb); if (state > 0) setcell(x, bt, state); state = getcell(shiftedx, gt); if (state > 0) setcell(x, bb, state); } for (int y = gt; y <= gb; y++) { // join left and right edges with no twist or shift state = getcell(gl, y); if (state > 0) setcell(br, y, state); state = getcell(gr, y); if (state > 0) setcell(bl, y, state); } // do corner cells shiftedx = gl - 1; if (shiftedx < gl) shiftedx = gr; setcell(bl, bt, getcell(shiftedx, gb)); setcell(bl, bb, getcell(shiftedx, gt)); shiftedx = gr - 1; if (shiftedx < gl) shiftedx = gr; setcell(br, bt, getcell(shiftedx, gb)); setcell(br, bb, getcell(shiftedx, gt)); } else { // vshift != 0 // Klein bottle with shift by 1 on twisted vertical edge (with even number of cells) // eg. :K3,4*+1 // f j k l d // c A B C a // l D E F j // i G H I g // f J K L d // c a b c a int state, twistedy, shiftedy; for (int x = gl; x <= gr; x++) { // join top and bottom edges with no twist or shift state = getcell(x, gt); if (state > 0) setcell(x, bb, state); state = getcell(x, gb); if (state > 0) setcell(x, bt, state); } for (int y = gt; y <= gb; y++) { // join left and right edges with a twist and then shift by 1 twistedy = gb - y + gt; shiftedy = twistedy - 1; if (shiftedy < gt) shiftedy = gb; state = getcell(gr, shiftedy); if (state > 0) setcell(bl, y, state); state = getcell(gl, shiftedy); if (state > 0) setcell(br, y, state); } // do corner cells shiftedy = gt - 1; if (shiftedy < gt) shiftedy = gb; setcell(bl, bt, getcell(gr, shiftedy)); setcell(br, bt, getcell(gl, shiftedy)); shiftedy = gb - 1; if (shiftedy < gt) shiftedy = gb; setcell(bl, bb, getcell(gr, shiftedy)); setcell(br, bb, getcell(gl, shiftedy)); } } void lifealgo::JoinShiftedEdges() { // set grid edges int gl = gridleft.toint(); int gt = gridtop.toint(); int gr = gridright.toint(); int gb = gridbottom.toint(); // border edges are 1 cell outside grid edges int bl = gl - 1; int bt = gt - 1; int br = gr + 1; int bb = gb + 1; if (hshift != 0) { // torus with horizontal shift // eg. :T4+1,3 // k l i j k l // d A B C D a // h E F G H e // l I J K L i // a b c d a b int state, shiftedx; for (int x = gl; x <= gr; x++) { // join top and bottom edges with a horizontal shift shiftedx = x - hshift; if (shiftedx < gl) shiftedx += gridwd; else if (shiftedx > gr) shiftedx -= gridwd; state = getcell(shiftedx, gb); if (state > 0) setcell(x, bt, state); shiftedx = x + hshift; if (shiftedx < gl) shiftedx += gridwd; else if (shiftedx > gr) shiftedx -= gridwd; state = getcell(shiftedx, gt); if (state > 0) setcell(x, bb, state); } for (int y = gt; y <= gb; y++) { // join left and right edges with no shift state = getcell(gl, y); if (state > 0) setcell(br, y, state); state = getcell(gr, y); if (state > 0) setcell(bl, y, state); } // do corner cells shiftedx = gr - hshift; if (shiftedx < gl) shiftedx += gridwd; else if (shiftedx > gr) shiftedx -= gridwd; setcell(bl, bt, getcell(shiftedx, gb)); shiftedx = gl - hshift; if (shiftedx < gl) shiftedx += gridwd; else if (shiftedx > gr) shiftedx -= gridwd; setcell(br, bt, getcell(shiftedx, gb)); shiftedx = gr + hshift; if (shiftedx < gl) shiftedx += gridwd; else if (shiftedx > gr) shiftedx -= gridwd; setcell(bl, bb, getcell(shiftedx, gt)); shiftedx = gl + hshift; if (shiftedx < gl) shiftedx += gridwd; else if (shiftedx > gr) shiftedx -= gridwd; setcell(br, bb, getcell(shiftedx, gt)); } else { // vshift != 0 // torus with vertical shift // eg. :T4,3+1 // h i j k l a // l A B C D e // d E F G H i // h I J K L a // l a b c d e int state, shiftedy; for (int x = gl; x <= gr; x++) { // join top and bottom edges with no shift state = getcell(x, gt); if (state > 0) setcell(x, bb, state); state = getcell(x, gb); if (state > 0) setcell(x, bt, state); } for (int y = gt; y <= gb; y++) { // join left and right edges with a vertical shift shiftedy = y - vshift; if (shiftedy < gt) shiftedy += gridht; else if (shiftedy > gb) shiftedy -= gridht; state = getcell(gr, shiftedy); if (state > 0) setcell(bl, y, state); shiftedy = y + vshift; if (shiftedy < gt) shiftedy += gridht; else if (shiftedy > gb) shiftedy -= gridht; state = getcell(gl, shiftedy); if (state > 0) setcell(br, y, state); } // do corner cells shiftedy = gb - vshift; if (shiftedy < gt) shiftedy += gridht; else if (shiftedy > gb) shiftedy -= gridht; setcell(bl, bt, getcell(gr, shiftedy)); shiftedy = gb + vshift; if (shiftedy < gt) shiftedy += gridht; else if (shiftedy > gb) shiftedy -= gridht; setcell(br, bt, getcell(gl, shiftedy)); shiftedy = gt - vshift; if (shiftedy < gt) shiftedy += gridht; else if (shiftedy > gb) shiftedy -= gridht; setcell(bl, bb, getcell(gr, shiftedy)); shiftedy = gt + vshift; if (shiftedy < gt) shiftedy += gridht; else if (shiftedy > gb) shiftedy -= gridht; setcell(br, bb, getcell(gl, shiftedy)); } } void lifealgo::JoinAdjacentEdges(int pt, int pl, int pb, int pr) // pattern edges { // set grid edges int gl = gridleft.toint(); int gt = gridtop.toint(); int gr = gridright.toint(); int gb = gridbottom.toint(); // border edges are 1 cell outside grid edges int bl = gl - 1; int bt = gt - 1; int br = gr + 1; int bb = gb + 1; // sphere // eg. :S3 // a a d g c // a A B C g // b D E F h // c G H I i // g c f i i // copy live cells in top edge to left border for (int x = pl; x <= pr; x++) { int state; int skip = nextcell(x, gt, state); if (skip < 0) break; x += skip; if (state > 0) setcell(bl, gt + (x - gl), state); } // copy live cells in left edge to top border for (int y = pt; y <= pb; y++) { // no point using nextcell() here -- edge is only 1 cell wide int state = getcell(gl, y); if (state > 0) setcell(gl + (y - gt), bt, state); } // copy live cells in bottom edge to right border for (int x = pl; x <= pr; x++) { int state; int skip = nextcell(x, gb, state); if (skip < 0) break; x += skip; if (state > 0) setcell(br, gt + (x - gl), state); } // copy live cells in right edge to bottom border for (int y = pt; y <= pb; y++) { // no point using nextcell() here -- edge is only 1 cell wide int state = getcell(gr, y); if (state > 0) setcell(gl + (y - gt), bb, state); } // copy grid's corner cells to SAME corners in border setcell(bl, bt, getcell(gl, gt)); setcell(br, bt, getcell(gr, gt)); setcell(br, bb, getcell(gr, gb)); setcell(bl, bb, getcell(gl, gb)); } void lifealgo::JoinEdges(int pt, int pl, int pb, int pr) // pattern edges { // set grid edges int gl = gridleft.toint(); int gt = gridtop.toint(); int gr = gridright.toint(); int gb = gridbottom.toint(); // border edges are 1 cell outside grid edges int bl = gl - 1; int bt = gt - 1; int br = gr + 1; int bb = gb + 1; if (gridht > 0) { // copy live cells in top edge to bottom border for (int x = pl; x <= pr; x++) { int state; int skip = nextcell(x, gt, state); if (skip < 0) break; x += skip; if (state > 0) setcell(x, bb, state); } // copy live cells in bottom edge to top border for (int x = pl; x <= pr; x++) { int state; int skip = nextcell(x, gb, state); if (skip < 0) break; x += skip; if (state > 0) setcell(x, bt, state); } } if (gridwd > 0) { // copy live cells in left edge to right border for (int y = pt; y <= pb; y++) { // no point using nextcell() here -- edge is only 1 cell wide int state = getcell(gl, y); if (state > 0) setcell(br, y, state); } // copy live cells in right edge to left border for (int y = pt; y <= pb; y++) { // no point using nextcell() here -- edge is only 1 cell wide int state = getcell(gr, y); if (state > 0) setcell(bl, y, state); } } if (gridwd > 0 && gridht > 0) { // copy grid's corner cells to opposite corners in border setcell(bl, bt, getcell(gr, gb)); setcell(br, bt, getcell(gl, gb)); setcell(br, bb, getcell(gl, gt)); setcell(bl, bb, getcell(gr, gt)); } } bool lifealgo::CreateBorderCells() { // no need to do anything if there is no pattern or if the grid is a bounded plane if (isEmpty() || boundedplane) return true; bigint top, left, bottom, right; findedges(&top, &left, &bottom, &right); // no need to do anything if pattern is completely inside grid edges if ( (gridwd == 0 || (gridleft < left && gridright > right)) && (gridht == 0 || (gridtop < top && gridbottom > bottom)) ) { return true; } // if grid has infinite width or height then pattern might be too big to use setcell/getcell if ( (gridwd == 0 || gridht == 0) && (top < bigint::min_coord || left < bigint::min_coord || bottom > bigint::max_coord || right > bigint::max_coord) ) { lifestatus("Pattern is beyond editing limit!"); // return false so caller can exit step() loop return false; } if (sphere) { // to get a sphere we join top edge with left edge, and right edge with bottom edge; // note that grid must be square (gridwd == gridht) int pl = left.toint(); int pt = top.toint(); int pr = right.toint(); int pb = bottom.toint(); JoinAdjacentEdges(pt, pl, pb, pr); } else if (htwist || vtwist) { // Klein bottle or cross-surface if ( (htwist && hshift != 0 && (gridwd & 1) == 0) || (vtwist && vshift != 0 && (gridht & 1) == 0) ) { // Klein bottle with shift is only possible if the shift is on the // twisted edge and that edge has an even number of cells JoinTwistedAndShiftedEdges(); } else { JoinTwistedEdges(); } } else if (hshift != 0 || vshift != 0) { // torus with horizontal or vertical shift JoinShiftedEdges(); } else { // unshifted torus or infinite tube int pl = left.toint(); int pt = top.toint(); int pr = right.toint(); int pb = bottom.toint(); JoinEdges(pt, pl, pb, pr); } endofpattern(); return true; } void lifealgo::ClearRect(int top, int left, int bottom, int right) { int cx, cy, v; for ( cy = top; cy <= bottom; cy++ ) { for ( cx = left; cx <= right; cx++ ) { int skip = nextcell(cx, cy, v); if (skip + cx > right) skip = -1; // pretend we found no more live cells if (skip >= 0) { // found next live cell so delete it cx += skip; setcell(cx, cy, 0); } else { cx = right + 1; // done this row } } } } bool lifealgo::DeleteBorderCells() { // no need to do anything if there is no pattern if (isEmpty()) return true; // need to find pattern edges because pattern may have expanded beyond grid // (typically by 2 cells, but could be more if rule allows births in empty space) bigint top, left, bottom, right; findedges(&top, &left, &bottom, &right); // no need to do anything if grid encloses entire pattern if ( (gridwd == 0 || (gridleft <= left && gridright >= right)) && (gridht == 0 || (gridtop <= top && gridbottom >= bottom)) ) { return true; } // set pattern edges int pl = left.toint(); int pt = top.toint(); int pr = right.toint(); int pb = bottom.toint(); // set grid edges int gl = gridleft.toint(); int gt = gridtop.toint(); int gr = gridright.toint(); int gb = gridbottom.toint(); if (gridht > 0 && pt < gt) { // delete live cells above grid ClearRect(pt, pl, gt-1, pr); pt = gt; // reduce size of rect below } if (gridht > 0 && pb > gb) { // delete live cells below grid ClearRect(gb+1, pl, pb, pr); pb = gb; // reduce size of rect below } if (gridwd > 0 && pl < gl) { // delete live cells left of grid ClearRect(pt, pl, pb, gl-1); } if (gridwd > 0 && pr > gr) { // delete live cells right of grid ClearRect(pt, gr+1, pb, pr); } endofpattern(); // do this test AFTER clearing border if ( top < bigint::min_coord || left < bigint::min_coord || bottom > bigint::max_coord || right > bigint::max_coord ) { lifestatus("Pattern exceeded editing limit!"); // return false so caller can exit step() loop return false; } return true; } void lifealgo::getcells(unsigned char *buf, int x, int y, int w, int h) { viewport vp(w, h) ; vp.setpositionmag(x+(w>>1), y+(h>>1), 0) ; staterender hsr(buf, w, h) ; memset(buf, 0, w*h) ; draw(vp, hsr) ; } // ----------------------------------------------------------------------------- int staticAlgoInfo::nextAlgoId = 0 ; staticAlgoInfo *staticAlgoInfo::head = 0 ; staticAlgoInfo::staticAlgoInfo() { id = nextAlgoId++ ; next = head ; head = this ; // init default icon data defxpm7x7 = NULL; defxpm15x15 = NULL; defxpm31x31 = NULL; } staticAlgoInfo *staticAlgoInfo::byName(const char *s) { for (staticAlgoInfo *i=head; i; i=i->next) if (strcmp(i->algoName, s) == 0) return i ; return 0 ; } int staticAlgoInfo::nameToIndex(const char *s) { staticAlgoInfo *r = byName(s) ; if (r == 0) return -1 ; return r->id ; } staticAlgoInfo &staticAlgoInfo::tick() { return *(new staticAlgoInfo()) ; } golly-3.3-src/docs/0000755000175000017500000000000013451370074011227 500000000000000golly-3.3-src/docs/ReadMe.html0000644000175000017500000000467513125321675013207 00000000000000 Read Me for Golly

Welcome to Golly, a sophisticated tool for exploring Conway's Game of Life and many other types of cellular automata.

Key features:

  • Free, open source and cross-platform (Windows, Mac, Linux).
  • Supports both bounded and unbounded universes.
  • Supports various topologies (plane, torus, Klein bottle, etc.).
  • Supports multi-state universes (cells can have up to 256 states).
  • Includes QuickLife, a fast, memory-efficient algorithm.
  • Use the HashLife algorithm to see large patterns evolve at huge time scales.
  • Supports many different rules, including Wolfram's 1D rules, WireWorld, Generations, Larger than Life, and John von Neumann's 29-state CA.
  • Use the RuleLoader algorithm to load your own rules.
  • Responsive even while generating or garbage collecting.
  • Reads RLE, macrocell, Life 1.05/1.06, dblife, and MCell files.
  • Can also read common graphic formats: BMP, PNG, GIF, TIFF.
  • Can extract patterns, scripts and rules from zip files.
  • Download files from online archives.
  • Includes a state-of-the-art pattern collection.
  • Fast loading of large patterns.
  • Paste in patterns from the clipboard.
  • Unlimited undo/redo.
  • Unbounded zooming out for astronomical patterns.
  • Auto fit option keeps a generating pattern within view.
  • Full screen option (no menu/status/tool/scroll bars).
  • Supports multiple layers, including cloned layers.
  • HTML-based help with an integrated Life Lexicon.
  • Scriptable via Lua or Python.
  • User-configurable keyboard shortcuts.

The Golly application can be installed anywhere you like, but make sure you move the whole folder because the various subfolders must be kept with the application.

We also provide bgolly, a GUI-less version of Golly that can be run from the command line.

The latest information is available at the Golly web site:

http://golly.sourceforge.net/

Now go forth and generate!

Andrew Trevorrow (andrew@trevorrow.com)
Tom Rokicki (rokicki@gmail.com)
(on behalf of The Golly Gang)

golly-3.3-src/docs/License.html0000644000175000017500000007765313451370074013441 00000000000000 License info for Golly 

Golly is an open source, cross-platform application for exploring
John Conway's Game of Life and many other types of cellular automata.

Copyright (C) 2005-2019 The Golly Gang (Andrew Trevorrow, Tomas Rokicki,
Tim Hutton, Dave Greene, Jason Summers, Maks Verver, Robert Munafo,
Brenton Bostick, Chris Rowett).

This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License
as published by the Free Software Foundation; either version 2
of the License (see below), or (at your option) any later version.

This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.

Web site:  http://sourceforge.net/projects/golly
Contacts:  rokicki@gmail.com  andrew@trevorrow.com

======================================================================

		    GNU GENERAL PUBLIC LICENSE
		       Version 2, June 1991

 Copyright (C) 1989, 1991 Free Software Foundation, Inc.
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  3. You may copy and distribute the Program (or a work based on it,
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Sections 1 and 2 above provided that you also do one of the following:

    a) Accompany it with the complete corresponding machine-readable
    source code, which must be distributed under the terms of Sections
    1 and 2 above on a medium customarily used for software interchange; or,

    b) Accompany it with a written offer, valid for at least three
    years, to give any third party, for a charge no more than your
    cost of physically performing source distribution, a complete
    machine-readable copy of the corresponding source code, to be
    distributed under the terms of Sections 1 and 2 above on a medium
    customarily used for software interchange; or,

    c) Accompany it with the information you received as to the offer
    to distribute corresponding source code.  (This alternative is
    allowed only for noncommercial distribution and only if you
    received the program in object code or executable form with such
    an offer, in accord with Subsection b above.)

The source code for a work means the preferred form of the work for
making modifications to it.  For an executable work, complete source
code means all the source code for all modules it contains, plus any
associated interface definition files, plus the scripts used to
control compilation and installation of the executable.  However, as a
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anything that is normally distributed (in either source or binary
form) with the major components (compiler, kernel, and so on) of the
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itself accompanies the executable.

If distribution of executable or object code is made by offering
access to copy from a designated place, then offering equivalent
access to copy the source code from the same place counts as
distribution of the source code, even though third parties are not
compelled to copy the source along with the object code.

  4. You may not copy, modify, sublicense, or distribute the Program
except as expressly provided under this License.  Any attempt
otherwise to copy, modify, sublicense or distribute the Program is
void, and will automatically terminate your rights under this License.
However, parties who have received copies, or rights, from you under
this License will not have their licenses terminated so long as such
parties remain in full compliance.

  5. You are not required to accept this License, since you have not
signed it.  However, nothing else grants you permission to modify or
distribute the Program or its derivative works.  These actions are
prohibited by law if you do not accept this License.  Therefore, by
modifying or distributing the Program (or any work based on the
Program), you indicate your acceptance of this License to do so, and
all its terms and conditions for copying, distributing or modifying
the Program or works based on it.

  6. Each time you redistribute the Program (or any work based on the
Program), the recipient automatically receives a license from the
original licensor to copy, distribute or modify the Program subject to
these terms and conditions.  You may not impose any further
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You are not responsible for enforcing compliance by third parties to
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  7. If, as a consequence of a court judgment or allegation of patent
infringement or for any other reason (not limited to patent issues),
conditions are imposed on you (whether by court order, agreement or
otherwise) that contradict the conditions of this License, they do not
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License and any other pertinent obligations, then as a consequence you
may not distribute the Program at all.  For example, if a patent
license would not permit royalty-free redistribution of the Program by
all those who receive copies directly or indirectly through you, then
the only way you could satisfy both it and this License would be to
refrain entirely from distribution of the Program.

If any portion of this section is held invalid or unenforceable under
any particular circumstance, the balance of the section is intended to
apply and the section as a whole is intended to apply in other
circumstances.

It is not the purpose of this section to induce you to infringe any
patents or other property right claims or to contest validity of any
such claims; this section has the sole purpose of protecting the
integrity of the free software distribution system, which is
implemented by public license practices.  Many people have made
generous contributions to the wide range of software distributed
through that system in reliance on consistent application of that
system; it is up to the author/donor to decide if he or she is willing
to distribute software through any other system and a licensee cannot
impose that choice.

This section is intended to make thoroughly clear what is believed to
be a consequence of the rest of this License.

  8. If the distribution and/or use of the Program is restricted in
certain countries either by patents or by copyrighted interfaces, the
original copyright holder who places the Program under this License
may add an explicit geographical distribution limitation excluding
those countries, so that distribution is permitted only in or among
countries not thus excluded.  In such case, this License incorporates
the limitation as if written in the body of this License.

  9. The Free Software Foundation may publish revised and/or new versions
of the General Public License from time to time.  Such new versions will
be similar in spirit to the present version, but may differ in detail to
address new problems or concerns.

Each version is given a distinguishing version number.  If the Program
specifies a version number of this License which applies to it and "any
later version", you have the option of following the terms and conditions
either of that version or of any later version published by the Free
Software Foundation.  If the Program does not specify a version number of
this License, you may choose any version ever published by the Free Software
Foundation.

  10. If you wish to incorporate parts of the Program into other free
programs whose distribution conditions are different, write to the author
to ask for permission.  For software which is copyrighted by the Free
Software Foundation, write to the Free Software Foundation; we sometimes
make exceptions for this.  Our decision will be guided by the two goals
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of promoting the sharing and reuse of software generally.

			    NO WARRANTY

  11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY
FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW.  EXCEPT WHEN
OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES
PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED
OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE.  THE ENTIRE RISK AS
TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU.  SHOULD THE
PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING,
REPAIR OR CORRECTION.

  12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR
REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES,
INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING
OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED
TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY
YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER
PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE
POSSIBILITY OF SUCH DAMAGES.

		     END OF TERMS AND CONDITIONS

	    How to Apply These Terms to Your New Programs

  If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.

  To do so, attach the following notices to the program.  It is safest
to attach them to the start of each source file to most effectively
convey the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.

    
    Copyright (C)   

    This program is free software; you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation; either version 2 of the License, or
    (at your option) any later version.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.

    You should have received a copy of the GNU General Public License
    along with this program; if not, write to the Free Software
    Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA


Also add information on how to contact you by electronic and paper mail.

If the program is interactive, make it output a short notice like this
when it starts in an interactive mode:

    Gnomovision version 69, Copyright (C) year name of author
    Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
    This is free software, and you are welcome to redistribute it
    under certain conditions; type `show c' for details.

The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License.  Of course, the commands you use may
be called something other than `show w' and `show c'; they could even be
mouse-clicks or menu items--whatever suits your program.

You should also get your employer (if you work as a programmer) or your
school, if any, to sign a "copyright disclaimer" for the program, if
necessary.  Here is a sample; alter the names:

  Yoyodyne, Inc., hereby disclaims all copyright interest in the program
  `Gnomovision' (which makes passes at compilers) written by James Hacker.

  , 1 April 1989
  Ty Coon, President of Vice

This General Public License does not permit incorporating your program into
proprietary programs.  If your program is a subroutine library, you may
consider it more useful to permit linking proprietary applications with the
library.  If this is what you want to do, use the GNU Library General
Public License instead of this License.

======================================================================

Golly uses an embedded Python interpreter for its scripting language.
Here is the official license for the Python 2.4 release:

A. HISTORY OF THE SOFTWARE
==========================

Python was created in the early 1990s by Guido van Rossum at Stichting
Mathematisch Centrum (CWI, see http://www.cwi.nl) in the Netherlands
as a successor of a language called ABC.  Guido remains Python's
principal author, although it includes many contributions from others.

In 1995, Guido continued his work on Python at the Corporation for
National Research Initiatives (CNRI, see http://www.cnri.reston.va.us)
in Reston, Virginia where he released several versions of the
software.

In May 2000, Guido and the Python core development team moved to
BeOpen.com to form the BeOpen PythonLabs team.  In October of the same
year, the PythonLabs team moved to Digital Creations (now Zope
Corporation, see http://www.zope.com).  In 2001, the Python Software
Foundation (PSF, see http://www.python.org/psf/) was formed, a
non-profit organization created specifically to own Python-related
Intellectual Property.  Zope Corporation is a sponsoring member of
the PSF.

All Python releases are Open Source (see http://www.opensource.org for
the Open Source Definition).  Historically, most, but not all, Python
releases have also been GPL-compatible; the table below summarizes
the various releases.

    Release         Derived     Year        Owner       GPL-
                    from                                compatible? (1)

    0.9.0 thru 1.2              1991-1995   CWI         yes
    1.3 thru 1.5.2  1.2         1995-1999   CNRI        yes
    1.6             1.5.2       2000        CNRI        no
    2.0             1.6         2000        BeOpen.com  no
    1.6.1           1.6         2001        CNRI        yes (2)
    2.1             2.0+1.6.1   2001        PSF         no
    2.0.1           2.0+1.6.1   2001        PSF         yes
    2.1.1           2.1+2.0.1   2001        PSF         yes
    2.2             2.1.1       2001        PSF         yes
    2.1.2           2.1.1       2002        PSF         yes
    2.1.3           2.1.2       2002        PSF         yes
    2.2.1           2.2         2002        PSF         yes
    2.2.2           2.2.1       2002        PSF         yes
    2.2.3           2.2.2       2003        PSF         yes
    2.3             2.2.2       2002-2003   PSF         yes
    2.3.1           2.3         2002-2003   PSF         yes
    2.3.2           2.3.1       2002-2003   PSF         yes
    2.3.3           2.3.2       2002-2003   PSF         yes
    2.3.4           2.3.3       2004        PSF         yes
    2.3.5           2.3.4       2005        PSF         yes
    2.4             2.3         2004        PSF         yes
    2.4.1           2.4         2005        PSF         yes
    2.4.2           2.4.1       2005        PSF         yes

Footnotes:

(1) GPL-compatible doesn't mean that we're distributing Python under
    the GPL.  All Python licenses, unlike the GPL, let you distribute
    a modified version without making your changes open source.  The
    GPL-compatible licenses make it possible to combine Python with
    other software that is released under the GPL; the others don't.

(2) According to Richard Stallman, 1.6.1 is not GPL-compatible,
    because its license has a choice of law clause.  According to
    CNRI, however, Stallman's lawyer has told CNRI's lawyer that 1.6.1
    is "not incompatible" with the GPL.

Thanks to the many outside volunteers who have worked under Guido's
direction to make these releases possible.


B. TERMS AND CONDITIONS FOR ACCESSING OR OTHERWISE USING PYTHON
===============================================================

PSF LICENSE AGREEMENT FOR PYTHON 2.4
------------------------------------

1. This LICENSE AGREEMENT is between the Python Software Foundation
("PSF"), and the Individual or Organization ("Licensee") accessing and
otherwise using Python 2.4 software in source or binary form and its
associated documentation.

2. Subject to the terms and conditions of this License Agreement, PSF
hereby grants Licensee a nonexclusive, royalty-free, world-wide
license to reproduce, analyze, test, perform and/or display publicly,
prepare derivative works, distribute, and otherwise use Python 2.4
alone or in any derivative version, provided, however, that PSF's
License Agreement and PSF's notice of copyright, i.e., "Copyright (c)
2001, 2002, 2003, 2004 Python Software Foundation; All Rights Reserved"
are retained in Python 2.4 alone or in any derivative version prepared
by Licensee.

3. In the event Licensee prepares a derivative work that is based on
or incorporates Python 2.4 or any part thereof, and wants to make
the derivative work available to others as provided herein, then
Licensee hereby agrees to include in any such work a brief summary of
the changes made to Python 2.4.

4. PSF is making Python 2.4 available to Licensee on an "AS IS"
basis.  PSF MAKES NO REPRESENTATIONS OR WARRANTIES, EXPRESS OR
IMPLIED.  BY WAY OF EXAMPLE, BUT NOT LIMITATION, PSF MAKES NO AND
DISCLAIMS ANY REPRESENTATION OR WARRANTY OF MERCHANTABILITY OR FITNESS
FOR ANY PARTICULAR PURPOSE OR THAT THE USE OF PYTHON 2.4 WILL NOT
INFRINGE ANY THIRD PARTY RIGHTS.

5. PSF SHALL NOT BE LIABLE TO LICENSEE OR ANY OTHER USERS OF PYTHON
2.4 FOR ANY INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES OR LOSS AS
A RESULT OF MODIFYING, DISTRIBUTING, OR OTHERWISE USING PYTHON 2.4,
OR ANY DERIVATIVE THEREOF, EVEN IF ADVISED OF THE POSSIBILITY THEREOF.

6. This License Agreement will automatically terminate upon a material
breach of its terms and conditions.

7. Nothing in this License Agreement shall be deemed to create any
relationship of agency, partnership, or joint venture between PSF and
Licensee.  This License Agreement does not grant permission to use PSF
trademarks or trade name in a trademark sense to endorse or promote
products or services of Licensee, or any third party.

8. By copying, installing or otherwise using Python 2.4, Licensee
agrees to be bound by the terms and conditions of this License
Agreement.


BEOPEN.COM LICENSE AGREEMENT FOR PYTHON 2.0
-------------------------------------------

BEOPEN PYTHON OPEN SOURCE LICENSE AGREEMENT VERSION 1

1. This LICENSE AGREEMENT is between BeOpen.com ("BeOpen"), having an
office at 160 Saratoga Avenue, Santa Clara, CA 95051, and the
Individual or Organization ("Licensee") accessing and otherwise using
this software in source or binary form and its associated
documentation ("the Software").

2. Subject to the terms and conditions of this BeOpen Python License
Agreement, BeOpen hereby grants Licensee a non-exclusive,
royalty-free, world-wide license to reproduce, analyze, test, perform
and/or display publicly, prepare derivative works, distribute, and
otherwise use the Software alone or in any derivative version,
provided, however, that the BeOpen Python License is retained in the
Software, alone or in any derivative version prepared by Licensee.

3. BeOpen is making the Software available to Licensee on an "AS IS"
basis.  BEOPEN MAKES NO REPRESENTATIONS OR WARRANTIES, EXPRESS OR
IMPLIED.  BY WAY OF EXAMPLE, BUT NOT LIMITATION, BEOPEN MAKES NO AND
DISCLAIMS ANY REPRESENTATION OR WARRANTY OF MERCHANTABILITY OR FITNESS
FOR ANY PARTICULAR PURPOSE OR THAT THE USE OF THE SOFTWARE WILL NOT
INFRINGE ANY THIRD PARTY RIGHTS.

4. BEOPEN SHALL NOT BE LIABLE TO LICENSEE OR ANY OTHER USERS OF THE
SOFTWARE FOR ANY INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES OR LOSS
AS A RESULT OF USING, MODIFYING OR DISTRIBUTING THE SOFTWARE, OR ANY
DERIVATIVE THEREOF, EVEN IF ADVISED OF THE POSSIBILITY THEREOF.

5. This License Agreement will automatically terminate upon a material
breach of its terms and conditions.

6. This License Agreement shall be governed by and interpreted in all
respects by the law of the State of California, excluding conflict of
law provisions.  Nothing in this License Agreement shall be deemed to
create any relationship of agency, partnership, or joint venture
between BeOpen and Licensee.  This License Agreement does not grant
permission to use BeOpen trademarks or trade names in a trademark
sense to endorse or promote products or services of Licensee, or any
third party.  As an exception, the "BeOpen Python" logos available at
http://www.pythonlabs.com/logos.html may be used according to the
permissions granted on that web page.

7. By copying, installing or otherwise using the software, Licensee
agrees to be bound by the terms and conditions of this License
Agreement.


CNRI LICENSE AGREEMENT FOR PYTHON 1.6.1
---------------------------------------

1. This LICENSE AGREEMENT is between the Corporation for National
Research Initiatives, having an office at 1895 Preston White Drive,
Reston, VA 20191 ("CNRI"), and the Individual or Organization
("Licensee") accessing and otherwise using Python 1.6.1 software in
source or binary form and its associated documentation.

2. Subject to the terms and conditions of this License Agreement, CNRI
hereby grants Licensee a nonexclusive, royalty-free, world-wide
license to reproduce, analyze, test, perform and/or display publicly,
prepare derivative works, distribute, and otherwise use Python 1.6.1
alone or in any derivative version, provided, however, that CNRI's
License Agreement and CNRI's notice of copyright, i.e., "Copyright (c)
1995-2001 Corporation for National Research Initiatives; All Rights
Reserved" are retained in Python 1.6.1 alone or in any derivative
version prepared by Licensee.  Alternately, in lieu of CNRI's License
Agreement, Licensee may substitute the following text (omitting the
quotes): "Python 1.6.1 is made available subject to the terms and
conditions in CNRI's License Agreement.  This Agreement together with
Python 1.6.1 may be located on the Internet using the following
unique, persistent identifier (known as a handle): 1895.22/1013.  This
Agreement may also be obtained from a proxy server on the Internet
using the following URL: http://hdl.handle.net/1895.22/1013".

3. In the event Licensee prepares a derivative work that is based on
or incorporates Python 1.6.1 or any part thereof, and wants to make
the derivative work available to others as provided herein, then
Licensee hereby agrees to include in any such work a brief summary of
the changes made to Python 1.6.1.

4. CNRI is making Python 1.6.1 available to Licensee on an "AS IS"
basis.  CNRI MAKES NO REPRESENTATIONS OR WARRANTIES, EXPRESS OR
IMPLIED.  BY WAY OF EXAMPLE, BUT NOT LIMITATION, CNRI MAKES NO AND
DISCLAIMS ANY REPRESENTATION OR WARRANTY OF MERCHANTABILITY OR FITNESS
FOR ANY PARTICULAR PURPOSE OR THAT THE USE OF PYTHON 1.6.1 WILL NOT
INFRINGE ANY THIRD PARTY RIGHTS.

5. CNRI SHALL NOT BE LIABLE TO LICENSEE OR ANY OTHER USERS OF PYTHON
1.6.1 FOR ANY INCIDENTAL, SPECIAL, OR CONSEQUENTIAL DAMAGES OR LOSS AS
A RESULT OF MODIFYING, DISTRIBUTING, OR OTHERWISE USING PYTHON 1.6.1,
OR ANY DERIVATIVE THEREOF, EVEN IF ADVISED OF THE POSSIBILITY THEREOF.

6. This License Agreement will automatically terminate upon a material
breach of its terms and conditions.

7. This License Agreement shall be governed by the federal
intellectual property law of the United States, including without
limitation the federal copyright law, and, to the extent such
U.S. federal law does not apply, by the law of the Commonwealth of
Virginia, excluding Virginia's conflict of law provisions.
Notwithstanding the foregoing, with regard to derivative works based
on Python 1.6.1 that incorporate non-separable material that was
previously distributed under the GNU General Public License (GPL), the
law of the Commonwealth of Virginia shall govern this License
Agreement only as to issues arising under or with respect to
Paragraphs 4, 5, and 7 of this License Agreement.  Nothing in this
License Agreement shall be deemed to create any relationship of
agency, partnership, or joint venture between CNRI and Licensee.  This
License Agreement does not grant permission to use CNRI trademarks or
trade name in a trademark sense to endorse or promote products or
services of Licensee, or any third party.

8. By clicking on the "ACCEPT" button where indicated, or by copying,
installing or otherwise using Python 1.6.1, Licensee agrees to be
bound by the terms and conditions of this License Agreement.


CWI LICENSE AGREEMENT FOR PYTHON 0.9.0 THROUGH 1.2
--------------------------------------------------

Copyright (c) 1991 - 1995, Stichting Mathematisch Centrum Amsterdam,
The Netherlands.  All rights reserved.

Permission to use, copy, modify, and distribute this software and its
documentation for any purpose and without fee is hereby granted,
provided that the above copyright notice appear in all copies and that
both that copyright notice and this permission notice appear in
supporting documentation, and that the name of Stichting Mathematisch
Centrum or CWI not be used in advertising or publicity pertaining to
distribution of the software without specific, written prior
permission.

STICHTING MATHEMATISCH CENTRUM DISCLAIMS ALL WARRANTIES WITH REGARD TO
THIS SOFTWARE, INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND
FITNESS, IN NO EVENT SHALL STICHTING MATHEMATISCH CENTRUM BE LIABLE
FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT
OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
golly-3.3-src/docs/Build.html0000644000175000017500000005533513451370074013107 00000000000000 How to build Golly

This document contains instructions for how to build the desktop version of Golly.

Contents

How to install wxWidgets
      On Windows
      On Mac OS X
      On Linux
How to install Python
How to build Golly
      On Windows
      On Mac OS X
      On Linux
Building Golly using configure
How to install optional sound with irrKlang
How to build bgolly
Source code road map
      Directory structure
      High-level GUI code
      Low-level base code

How to install wxWidgets

If you want to build Golly from source code then you'll have to install wxWidgets first. Visit http://www.wxwidgets.org/downloads and grab the appropriate source archive for your platform:

  • On Windows, get the wxMSW source installer.
  • On Mac OS X or Linux, get the source archive for the latest stable release.

Golly should compile with wxWidgets 2.8.0 or later, but it's best to use the latest stable version (3.0.2 at time of writing). Mac users should definitely get 3.1 or later if you have Mac OS 10.9+.

On Windows

If your wxWidgets version is earlier than 3.0 then you need to enable OpenGL. Edit \wxWidgets\include\wx\msw\setup.h, find the line "#define wxUSE_GLCANVAS 0" and change the value to 1. If you've previously built wxWidgets 2.x without OpenGL enabled then you might also need to edit \wxWidgets\lib\vc_lib\mswu\wx\setup.h, change wxUSE_GLCANVAS to 1, then run "nmake -f makefile.vc clean" before running "nmake -f makefile.vc".

If you only want to build one wxWidgets configuration (e.g. a 32-bit release) then it's a good idea to edit \wxWidgets\build\msw\config.vc and set all these options: 

   BUILD=release
   DEBUG_INFO=0
   DEBUG_FLAG=0
   UNICODE=1             (already 1 in wxWidgets 3.0+)
   USE_OPENGL=1          (already 1 in wxWidgets 3.0+)
   TARGET_CPU=X64        (only if you want a 64-bit build)
   RUNTIME_LIBS=static

Then you can build wxWidgets very simply: 

   cd \wxWidgets\build\msw
   nmake -f makefile.vc

If you don't edit config.vc then you'll need to pass all the options to nmake, like so:

For a 64-bit release build, open a x64 Visual Studio command prompt (e.g. VS2012 x64 Cross Tools Command Prompt) and type: 

   cd \wxWidgets\build\msw
   nmake -f makefile.vc BUILD=release RUNTIME_LIBS=static DEBUG_INFO=0 DEBUG_FLAG=0 TARGET_CPU=X64
                        UNICODE=1 USE_OPENGL=1

For a 32-bit release build, open a x32 Visual Studio command prompt (e.g. Developer Command Prompt for VS2012) and type: 

   cd \wxWidgets\build\msw
   nmake -f makefile.vc BUILD=release RUNTIME_LIBS=static DEBUG_INFO=0 DEBUG_FLAG=0
                        UNICODE=1 USE_OPENGL=1

On Mac OS X

Unpack the wxWidgets source archive wherever you like. Before building wxWidgets you need to make a couple of small but important changes to the source code:

  1. Open src/osx/nonownedwnd_osx.cpp and edit the wxNonOwnedWindow::Update routine so that it looks like this: 
    void wxNonOwnedWindow::Update()
{
    m_nowpeer->Update();
}

    This routine is called whenever a Golly script wants to update the viewport. Without this change, scripts like heisenburp.lua will run way too fast.

  2. Open src/osx/cocoa/scrolbar.mm and edit the wxOSXScrollBarCocoaImpl::mouseEvent routine so that it begins like this: 
    static bool in_mouseEvent = false;
void wxOSXScrollBarCocoaImpl::mouseEvent(WX_NSEvent event, WXWidget slf, void *_cmd)
{
    // avoid crash due to possible re-entrancy
    if (in_mouseEvent) return;
    in_mouseEvent = true;
    wxWidgetCocoaImpl::mouseEvent(event, slf, _cmd);
    in_mouseEvent = false;

Now you're ready to build wxWidgets. If you're using Mac OS 10.9 or later then start up Terminal and type these commands (using the correct path and version number): 

   cd /path/to/wxWidgets-3.1.0
   mkdir build-osx
   cd build-osx
   ../configure --with-osx_cocoa --disable-shared --enable-unicode --with-macosx-version-min=10.9
                --disable-mediactrl
   make

If your Mac OS is older than 10.9 then these commands should work (again, use the correct path and version number): 

   cd /path/to/wxWidgets-3.0.2
   mkdir build-osx
   cd build-osx
   ../configure --with-osx_cocoa --disable-shared --enable-unicode
   make

On Linux

Before building the wxWidgets libraries you might need to install some packages for OpenGL development. For example, on Ubuntu: 

   sudo apt-get install mesa-common-dev
   sudo apt-get install freeglut3-dev

Unpack the wxWidgets source archive wherever you like, start up a terminal session and type these commands (using the correct version number): 

   cd /path/to/wxWidgets-3.0.2
   mkdir build-gtk
   cd build-gtk
   ../configure --with-gtk --disable-shared --enable-unicode --with-opengl
   make
   sudo make install
   sudo ldconfig

This installs the wx libraries in a suitable directory. It also installs the wx-config program which will be called by makefile-gtk to set the appropriate compile and link options for building Golly.

How to install Python

Golly uses Python 2.x for scripting, so you'll need to make sure a suitable version of Python is installed (note that Python 3.x is NOT supported). Mac OS X users don't have to do anything because Python 2.7 is already installed. Windows and Linux users can download a Python 2.7 installer from http://www.python.org/download.

How to build Golly

Once wxWidgets and Python are installed, building Golly should be relatively easy:

On Windows

First, locate local-win-template.mk in the gui-wx folder and copy it to a new file called local-win.mk. This file is included by makefile-win. Edit local-win.mk and specify where wxWidgets is installed by changing the WX_DIR path near the start of the file. Also make sure WX_RELEASE specifies the first two digits of your wxWidgets version. The headers for Python must also be included, so change the path for PYTHON_INCLUDE if necessary. Now you're ready to build Golly.

If you edited config.vc to set all the options then it's simple: 

   cd \path\to\golly\gui-wx
   nmake -f makefile-win

Otherwise you'll need to specify all the same options that were used to build wxWidgets:

For a 64-bit build: 

   nmake -f makefile-win BUILD=release RUNTIME_LIBS=static DEBUG_INFO=0 DEBUG_FLAG=0 TARGET_CPU=X64
                         UNICODE=1 USE_OPENGL=1

For a 32-bit build: 

   nmake -f makefile-win BUILD=release RUNTIME_LIBS=static DEBUG_INFO=0 DEBUG_FLAG=0
                         UNICODE=1 USE_OPENGL=1

On Mac OS X

Go to the gui-wx folder and make a copy of makefile-mac called makefile. Edit makefile and specify where wxWidgets is installed by changing the WX_DIR path near the start of the file. Also make sure WX_RELEASE specifies the first two digits of your wxWidgets version.

On Mac OS 10.6 or later you can then build a 64-bit Cocoa version of Golly by opening a Terminal window and doing: 

   cd /path/to/golly/gui-wx
   make

On Linux

You will probably need to add some development packages first. For example, from a default Ubuntu install (at the time of writing) you will need to install the following packages for GTK-2 and Python 2.7: 

   sudo apt-get install libgtk2.0-dev
   sudo apt-get install python2.7-dev

Then you can build the golly executable: 

   cd /path/to/golly/gui-wx
   make -f makefile-gtk

Note that the CXXFLAGS and LDFLAGS environmental variables may be used to append to (and override) the package default flags. Additionally, GOLLYDIR specifies an absolute directory path to look for the application data files. For system-wide installation, it probably makes sense to set GOLLYDIR to /usr/share/golly and install the Help, Patterns, Scripts and Rules directories in there.

Building Golly using configure

Golly can be built using the standard GNU build tools. If you obtained the Golly source code from the Git repository instead of a source release, you need to generate the configure script first: 

   cd /path/to/golly/gui-wx/configure
   ./autogen.sh

This requires that autoconf and automake are installed.

The configure script offers various options to customize building and installation. For an overview of the available options, run: 

   ./configure --help

Run the configure script to create an appropriate Makefile for your operating system and then run make to build Golly. For example, for a system-wide installation, you could do this: 

   cd /path/to/golly/gui-wx/configure
   ./configure
   make
   make install

To avoid mixing the source code with the build artifacts, you can create a separate build directory and call the configure script from there: 

   mkdir golly-build
   cd golly-build
   /path/to/golly/gui-wx/configure
   make
   # etc.
To clean up the build artifacts after installation, simply remove the build directory (e.g., with rm -R golly-build).

How to install optional sound with irrKlang

Golly can use the irrKlang library to play sounds. The Overlay has a sound command that can be used in Lua scripts to do this.

You can download the irrKlang library from http://www.ambiera.com/irrklang/downloads.html. Make sure you get the correct version, 32-bit or 64-bit, to match the build of Golly you want to do. The download is a zip file containing the libraries for Windows, Mac OS and Linux. Golly has been tested with irrKlang 1.5 and 1.6.

Unzip the download file. You then need to edit the makefile for your platform to enable sound and then build Golly.

On Windows

Edit local-win.mk and uncomment the line: 
ENABLE_SOUND = 1
Change the path for IRRKLANGDIR to the full path of where you unzipped the irrKlang zip file.

On Mac OS X

Edit makefile-mac and uncomment the line: 
ENABLE_SOUND = 1
Change the path for IRRKLANGDIR to match where you unzipped the irrKlang zip file.

On Linux

Edit makefile-gtk and uncomment the line: 
ENABLE_SOUND = 1
Change the path for IRRKLANGDIR to match where you unzipped the irrKlang zip file.

How to build bgolly

The above make/nmake commands will also create bgolly, a simple "batch mode" version of Golly without any GUI. To build bgolly separately, just specify bgolly as the target of the make/nmake command. For example, on Linux: 

   make -f makefile-gtk bgolly

You don't need to install wxWidgets or Python to build bgolly.

Source code road map

If you'd like to modify Golly then the following information should help you get started.

Directory structure

Golly's source code can be downloaded from Sourceforge as a Git repository or as a .tar.gz file. You should see the following directories:

cmdline

Contains source code for bgolly and RuleTableToTree (the latter program is no longer included in the binary distribution).

docs

Contains documentation in the form of .html files.

gollybase

Contains the low-level source code used by the client code in cmdline and the various gui-* directories. See below for a description of the various files.

gui-android

Contains source code and resources for the Android version of Golly.

gui-common

Contains the GUI code and help files shared by the Android and iPad versions of Golly.

gui-ios

Contains source code and resources for the iPad version of Golly.

gui-web

Contains source code and resources for a web version of Golly.

gui-wx

Contains the high-level wxWidgets code for the desktop version of Golly (see below for more details). Also contains other files and resources needed to build Golly (make files, bitmap files, icon files, etc).

lua

Contains the source code for Lua.

Help

Contains various .html files that are accessed from Golly's Help menu.

Patterns

Contains a state-of-the-art pattern collection.

Rules

Contains various .rule files. These files contain table/tree data (loaded by the RuleLoader algorithm) and optional color/icon data (used by the GUI code to render patterns).

Scripts

Contains Lua and Python scripts that can be run by Golly.

Note that the executables (Golly and bgolly) are created in the same location as the above directories. This means you can test a new Golly build without having to copy it somewhere else because the required directories (Help, Patterns, Rules and Scripts) are in the correct location.

High-level GUI code

The desktop version of Golly uses wxWidgets to implement the graphical user interface. All the GUI code is stored in the gui-wx directory in a number of wx* files. Each module is described in (roughly) top-down order, and some key routines are mentioned:

wxgolly.*

Defines the GollyApp class.
GollyApp::OnInit() is where it all starts.

wxmain.*

Defines the MainFrame class for the main window.
MainFrame::OnMenu() handles all menu commands.
MainFrame::UpdateEverything() updates all parts of the GUI.

wxfile.cpp

Implements various File menu functions.
MainFrame::NewPattern() creates a new, empty universe.
MainFrame::LoadPattern() reads in a pattern file.

wxcontrol.cpp

Implements various Control menu functions.
MainFrame::StartGenerating() starts generating a pattern.
MainFrame::ChangeAlgorithm() switches to a new algorithm.

wxtimeline.*

Users can record/play a sequence of steps called a "timeline".
CreateTimelineBar() creates timeline bar below the viewport window.
StartStopRecording() starts or stops recording a timeline.
DeleteTimeline() deletes an existing timeline.

wxrule.*

Users can change the current rule.
ChangeRule() opens the Set Rule dialog.

wxedit.*

Implements edit bar functions.
CreateEditBar() creates the edit bar above the viewport window.
ToggleEditBar() shows/hides the edit bar.

wxselect.*

Defines the Selection class for operations on selections.
Selection::CopyToClipboard() copies the selection to the clipboard.
Selection::RandomFill() randomly fills the current selection.
Selection::Rotate() rotates the current selection.
Selection::Flip() flips the current selection.

wxview.*

Defines the PatternView class for the viewport window.
PatternView::ProcessKey() processes keyboard shortcuts.
PatternView::ProcessClick() processes mouse clicks.

wxrender.*

Implements routines for rendering the viewport using OpenGL.
DrawView() draws the pattern, grid lines, selection, etc.

wxalgos.*

Implements support for multiple algorithms.
InitAlgorithms() initializes all algorithms and algoinfo data.
CreateNewUniverse() creates a new universe of given type.

wxlayer.*

Defines the Layer class and implements Layer menu functions.
AddLayer() adds a new, empty layer.
DeleteLayer() deletes the current layer.
SetLayerColors() lets user change the current layer's colors.

wxundo.*

Defines the UndoRedo class for unlimited undo/redo.
UndoRedo::RememberCellChanges() saves cell state changes.
UndoRedo::UndoChange() undoes a recent change.
UndoRedo::RedoChange() redoes an undone change.

wxstatus.*

Implements a status bar at the top of the main window.
StatusBar::DrawStatusBar() shows gen count, pop count, etc.
StatusBar::DisplayMessage() shows message in bottom line.

wxhelp.*

Implements a modeless help window.
ShowHelp() displays a given .html file.

wxinfo.*

Implements a modeless info window.
ShowInfo() displays the comments in a given pattern file.

wxscript.*

Implements the high-level scripting interface.
RunScript() runs a given script file.

wxlua.*

Implements Lua script support.
RunLuaScript() runs a given .lua file.

wxoverlay.*

Implements the overlay commands.
DoOverlayCommand() is where it all starts.

wxperl.*

Implements Perl script support if ENABLE_PERL is defined.
No longer officially supported.

wxpython.*

Implements Python script support.
RunPythonScript() runs a given .py file.

wxprefs.*

Routines for loading, saving and changing user preferences.
GetPrefs() loads data from GollyPrefs file.
SavePrefs() writes data to GollyPrefs file.
ChangePrefs() opens the Preferences dialog.

wxutils.*

Implements various utility routines.
Warning() displays message in modal dialog.
Fatal() displays message and exits the app.

Low-level base code

The gollybase directory contains low-level code used by all the various clients (desktop Golly, bgolly, and the Android/iPad/web versions):

platform.h

Platform specific defines (eg. 64-bit changes).

lifealgo.*

Defines abstract Life algorithm operations:
lifealgo::setcell() sets given cell to given state.
lifealgo::getcell() gets state of given cell.
lifealgo::nextcell() finds next live cell in current row.
lifealgo::step() advances pattern by current increment.
lifealgo::fit() fits pattern within given viewport.
lifealgo::draw() renders pattern in given viewport.

liferules.*

Defines routines for setting/getting rules.
liferules::setrule() parses and validates a given rule string.
liferules::getrule() returns the current rule in canonical form.

lifepoll.*

Allows lifealgo routines to do event processing.
lifepoll::checkevents() processes any pending events.

viewport.*

Defines abstract viewport operations:
viewport::zoom() zooms into a given location.
viewport::unzoom() zooms out from a given location.
viewport::setmag() sets the magnification.
viewport::move() scrolls view by given number of pixels.

liferender.*

Defines abstract routines for rendering a pattern:
liferender::pixblit() draws an area with at least one live cell.

qlifealgo.*

Implements QuickLife, a fast, conventional algorithm.

hlifealgo.*

Implements HashLife, a super fast hashing algorithm.

ghashbase.*

Defines an abstract class so other algorithms can use hashlife in a multi-state universe.

generationsalgo.*

Implements the Generations family of rules.

ltlalgo.*

Implements the Larger than Life family of rules.
Currently the only algorithm that uses a finite universe.

jvnalgo.*

Implements John von Neumann's 29-state CA and 32-state variants by Renato Nobili and Tim Hutton.

ruleloaderalgo.*

Implements the RuleLoader algorithm which loads externally specified rules stored in .rule files.

ruletable_algo.*

Used by the RuleLoader algorithm to load table data.

ruletreealgo.*

Used by the RuleLoader algorithm to load tree data.

qlifedraw.cpp

Implements rendering routines for QuickLife.

hlifedraw.cpp

Implements rendering routines for HashLife.

ghashdraw.cpp

Implements rendering routines for all algos that use ghashbase.

ltldraw.cpp

Implements rendering routines for Larger than Life.

readpattern.*

Reads pattern files in a variety of formats.
readpattern() loads a pattern into the given universe.
readcomments() extracts comments from the given file.

writepattern.*

Saves the current pattern in a file.
writepattern() saves the pattern in a specified format.

bigint.*

Implements operations on arbitrarily large integers.

util.*

Utilities for displaying errors and progress info.
warning() displays error message.
fatal() displays error message and exits.

Have fun, and please let us know if you make any changes!

Andrew Trevorrow (andrew@trevorrow.com)
Tom Rokicki (rokicki@gmail.com)
(on behalf of The Golly Gang)

golly-3.3-src/docs/ToDo.html0000644000175000017500000000753212675334101012707 00000000000000 To-do notes for Golly 
Andrew's list:
==============

- Add a new check box to Prefs > Layer: "Automatically show/hide layer bar".
  If ticked then layer bar is automatically shown whenever the number of
  layers becomes > 1, and automatically hidden when the number drops to 1.
  Only need to check in a few places (esp. after a script ends).

- Auto stop script if it creates too many temp files (for undo).
  This can happen if a long-running script doesn't call new/open
  when it probably should.  See my email to Nathaniel with subject
  "Re: Golly methuselah search script".

- Stop generating if pattern becomes empty, constant or p2 (qlife only)
  and display suitable message in status bar.  Or maybe just add
  Gabriel's oscillation detection as an option (see oscar.py).

- Allow non-rectangular (and disjoint) selections.

- Add simple methuselah/spaceship/osc/still-life searches as in LifeLab???

- Add case studies to BUILD file: how to add a new menu item, how to add
  a new algorithm, etc.


Tom's list:
===========

File I/O

- Have hlifealgo .mc compatible with ghashbase .mc
- Generalized RLE in MC?

Algos

- Unzoom color merging
- Better status reports (% of hashtable full)

Scripting

- Tape construction script for replicator

Samples

- Small JVN examples

Fun

- htreebase
- hgridbase (finite universe; torus, etc.)
- allow (base) x (slow) algorithm "multiplication"
- pluggability of externally-defined algos
- perl/python slowcalc callbacks
- cache of slowcalc
- generational gc
- 32-bit indexed hashlife on 64-bit platforms

Other

- Improve batchmode.

- Fix qlifealgo::lowerRightPixel to prevent off-by-one error when
  selecting large pattern like caterpillar.


User suggestions:
=================

Nick Gotts:
- Need a way to copy exact gen/pop counts to clipboard.
  [No longer necessary now that a script can get this info.]

Jason Summers:
- For better viewing of patterns that move, have a way to automatically
  move the view X cells horizontally and Y cells vertically every Z gens.
  [Could be done quite easily via a script that prompts for X,Y,Z.]
- Allow diagonal selection rectangles.

Dave Greene:
- Provide a way to click-and-drag a selection to move it around.
- Make page and arrow scrolling amounts configurable (in Prefs > View).
- Add a getview() script command that returns current viewport rect
  and a setview(rect) command to change viewport size and location.
- Make info window a floating window and keep it open (but update
  its contents) when user loads another pattern.

H. Koenig:
- Multiple windows.  [No real need now that we have multiple layers.]

Gabriel Nivasch:
- Add a Default button to each Preferences pane (at bottom left?).

Bill Gosper:
- Modify info window so it can be used to edit and save comments.
- For scales > 1:1 make the pixel color depend on lg(# of ones in it).

Brice Due:
- Provide MCell-like editing capabilities.
- Provide a thumbnail option as an alternative to tiled layers;
  ie. the current layer would be displayed in a large "focal" viewport.
  All layers would be displayed as small, active thumbnails (at left
  or top edge of focal viewport, depending on aspect ratio?).
- Allow mc files to set step base and/or exponent via comment line like
  #X stepbase=8 stepexp=3
  [No need now that zip files can contain pattern + script?]

Tim Hutton:
- Add a script command to save comments in a pattern file.  Add optional
  param to existing save() command?

William R. Buckley:
- Provide an option to increase spacing between buttons.

Dean Hickerson:
- Make Duplicate Layer faster by writing current pattern to temp file
  and reading it into new layer.

tod222:
- Allow a command line argument (-minimize?) to start up with the
  main window in minimized state.  Should be possible in OnInit.
golly-3.3-src/Scripts/0000755000175000017500000000000013543257425011734 500000000000000golly-3.3-src/Scripts/Python/0000755000175000017500000000000013543257426013216 500000000000000golly-3.3-src/Scripts/Python/density.py0000644000175000017500000000066412026730263015163 00000000000000# Calculates the density of live cells in the current pattern. # Author: Andrew Trevorrow (andrew@trevorrow.com), March 2006. # Updated to use exit command, Nov 2006. from glife import rect import golly as g bbox = rect( g.getrect() ) if bbox.empty: g.exit("The pattern is empty.") d = float( g.getpop() ) / ( float(bbox.wd) * float(bbox.ht) ) if d < 0.000001: g.show("Density = %.1e" % d) else: g.show("Density = %.6f" % d) golly-3.3-src/Scripts/Python/invert.py0000644000175000017500000000133312026730263015005 00000000000000# Invert all cell states in the current selection. # Author: Andrew Trevorrow (andrew@trevorrow.com), Jun 2006. # Updated to use exit command, Nov 2006. # Updated to use numstates command, Jun 2008. from glife import rect from time import time import golly as g r = rect( g.getselrect() ) if r.empty: g.exit("There is no selection.") oldsecs = time() maxstate = g.numstates() - 1 for row in xrange(r.top, r.top + r.height): # if large selection then give some indication of progress newsecs = time() if newsecs - oldsecs >= 1.0: oldsecs = newsecs g.update() for col in xrange(r.left, r.left + r.width): g.setcell(col, row, maxstate - g.getcell(col, row)) if not r.visible(): g.fitsel() golly-3.3-src/Scripts/Python/move-object.py0000644000175000017500000002412413011772276015720 00000000000000# Allow user to move a connected group of live cells. # Author: Andrew Trevorrow (andrew@trevorrow.com), Jan 2011. import golly as g from glife import rect, getminbox ncells = [] # list of neighboring live cells # set edges of bounded grid for later use if g.getwidth() > 0: gridl = -int(g.getwidth()/2) gridr = gridl + g.getwidth() - 1 if g.getheight() > 0: gridt = -int(g.getheight()/2) gridb = gridt + g.getheight() - 1 # -------------------------------------------------------------------- def showhelp(): g.note( """Alt-clicking on an object allows you to COPY it to another location (the original object is not deleted). While dragging the object the following keys can be used: x - flip object left-right y - flip object top-bottom > - rotate object clockwise < - rotate object anticlockwise escape - abort and restore the object""") # ------------------------------------------------------------------------------ def getstate(x, y): # first check if x,y is outside bounded grid if g.getwidth() > 0 and (x < gridl or x > gridr): return 0 if g.getheight() > 0 and (y < gridt or y > gridb): return 0 return g.getcell(x, y) # ------------------------------------------------------------------------------ def findlivecell(x, y): if g.getcell(x, y) > 0: return [x, y] # spiral outwards from x,y looking for a nearby live cell; # the smaller the scale the smaller the area searched maxd = 10 mag = g.getmag() if mag > 0: # mag can be 1..5 (ie. scales 1:2 to 1:32) maxd = 2 * (6 - mag) # 10, 8, 6, 4, 2 d = 1 while d <= maxd: x -= 1 y -= 1 for i in xrange(2*d): x += 1 # move east if getstate(x, y) > 0: return [x, y] for i in xrange(2*d): y += 1 # move south if getstate(x, y) > 0: return [x, y] for i in xrange(2*d): x -= 1 # move west if getstate(x, y) > 0: return [x, y] for i in xrange(2*d): y -= 1 # move north if getstate(x, y) > 0: return [x, y] d += 1 return [] # failed to find a live cell # ------------------------------------------------------------------------------ def checkneighbor(x, y): # first check if x,y is outside bounded grid if g.getwidth() > 0 and (x < gridl or x > gridr): return if g.getheight() > 0 and (y < gridt or y > gridb): return if g.getcell(x, y) == 0: return # no need for next test because we kill cell after adding it to ncells # if (x, y) in ncells: return False ncells.append( (x, y, g.getcell(x,y)) ) g.setcell(x, y, 0) # ------------------------------------------------------------------------------ def getobject(x, y): object = [] ncells.append( (x, y, g.getcell(x,y)) ) g.setcell(x, y, 0) while len(ncells) > 0: # remove cell from end of ncells and append to object x, y, s = ncells.pop() object.append(x) object.append(y) object.append(s) # add any live neighbors to ncells checkneighbor(x , y+1) checkneighbor(x , y-1) checkneighbor(x+1, y ) checkneighbor(x-1, y ) checkneighbor(x+1, y+1) checkneighbor(x+1, y-1) checkneighbor(x-1, y+1) checkneighbor(x-1, y-1) # append padding int if necessary if len(object) > 0 and (len(object) & 1) == 0: object.append(0) g.putcells(object) return object # ------------------------------------------------------------------------------ def underneath(object): # return list of live cells underneath given object (a multi-state list) cells = [] objlen = len(object) if objlen % 3 == 1: objlen -= 1 # ignore padding int i = 0 while i < objlen: x = object[i] y = object[i+1] s = g.getcell(x, y) if s > 0: cells.append(x) cells.append(y) cells.append(s) i += 3 # append padding int if necessary if len(cells) > 0 and (len(cells) & 1) == 0: cells.append(0) return cells # ------------------------------------------------------------------------------ def rectingrid(r): # return True if all of given rectangle is inside grid if g.getwidth() > 0 and (r[0] < gridl or r[0] + r[2] - 1 > gridr): return False if g.getheight() > 0 and (r[1] < gridt or r[1] + r[3] - 1 > gridb): return False return True # ------------------------------------------------------------------------------ def lookforkeys(event): global oldcells, object # look for keys used to flip/rotate object if event == "key x none" or event == "key y none": # flip floating object left-right or top-bottom g.putcells(object, 0, 0, 1, 0, 0, 1, "xor") # erase object if len(oldcells) > 0: g.putcells(oldcells) obox = getminbox(object) if event == "key x none": # translate object so that bounding box doesn't change xshift = 2 * (obox.left + int(obox.wd/2)) if obox.wd % 2 == 0: xshift -= 1 object = g.transform(object, xshift, 0, -1, 0, 0, 1) else: # translate object so that bounding box doesn't change yshift = 2 * (obox.top + int(obox.ht/2)) if obox.ht % 2 == 0: yshift -= 1 object = g.transform(object, 0, yshift, 1, 0, 0, -1) oldcells = underneath(object) g.putcells(object) g.update() return if event == "key > none" or event == "key < none": # rotate floating object clockwise or anticlockwise # about the center of the object's bounding box obox = getminbox(object) midx = obox.left + int(obox.wd/2) midy = obox.top + int(obox.ht/2) newleft = midx + obox.top - midy newtop = midy + obox.left - midx rotrect = [ newleft, newtop, obox.ht, obox.wd ] if not rectingrid(rotrect): g.show("Rotation is not allowed if object would be outside grid.") return g.putcells(object, 0, 0, 1, 0, 0, 1, "xor") # erase object if len(oldcells) > 0: g.putcells(oldcells) if event == "key > none": # rotate clockwise object = g.transform(object, 0, 0, 0, -1, 1, 0) else: # rotate anticlockwise object = g.transform(object, 0, 0, 0, 1, -1, 0) # shift rotated object to same position as rotrect obox = getminbox(object) object = g.transform(object, newleft - obox.left, newtop - obox.top) oldcells = underneath(object) g.putcells(object) g.update() return if event == "key h none": # best not to show Help window while dragging object! return g.doevent(event) # ------------------------------------------------------------------------------ def moveobject(): global oldcells, object, object1 # wait for click in or near a live cell while True: event = g.getevent() if event.startswith("click"): # event is a string like "click 10 20 left none" evt, xstr, ystr, butt, mods = event.split() result = findlivecell(int(xstr), int(ystr)) if len(result) > 0: prevx = int(xstr) prevy = int(ystr) oldmouse = xstr + ' ' + ystr g.show("Extracting object...") x, y = result object = getobject(x, y) object1 = list(object) # save in case user aborts script if mods == "alt": # don't delete object oldcells = list(object) break else: g.warn("Click on or near a live cell belonging to the desired object.") elif event == "key h none": showhelp() else: g.doevent(event) # wait for mouse-up while moving object g.show("Move mouse and release button...") mousedown = True while mousedown: event = g.getevent() if event.startswith("mup"): mousedown = False elif len(event) > 0: lookforkeys(event) mousepos = g.getxy() if len(mousepos) > 0 and mousepos != oldmouse: # mouse has moved, so move object g.putcells(object, 0, 0, 1, 0, 0, 1, "xor") # erase object if len(oldcells) > 0: g.putcells(oldcells) xstr, ystr = mousepos.split() x = int(xstr) y = int(ystr) if g.getwidth() > 0: # ensure object doesn't move beyond left/right edge of grid obox = getminbox( g.transform(object, x - prevx, y - prevy) ) if obox.left < gridl: x += gridl - obox.left elif obox.right > gridr: x -= obox.right - gridr if g.getheight() > 0: # ensure object doesn't move beyond top/bottom edge of grid obox = getminbox( g.transform(object, x - prevx, y - prevy) ) if obox.top < gridt: y += gridt - obox.top elif obox.bottom > gridb: y -= obox.bottom - gridb object = g.transform(object, x - prevx, y - prevy) oldcells = underneath(object) g.putcells(object) prevx = x prevy = y oldmouse = mousepos g.update() # ------------------------------------------------------------------------------ if len(g.getrect()) == 0: g.exit("There are no objects.") g.show("Click on or near live cell, move mouse and release button... (hit 'h' for help)") oldcursor = g.getcursor() g.setcursor("Move") oldcells = [] # cells under moved object object = [] # cells in moving object object1 = [] # cells in initial object try: aborted = True moveobject() aborted = False finally: g.setcursor(oldcursor) if aborted: # erase object if it moved if len(object) > 0: g.putcells(object, 0, 0, 1, 0, 0, 1, "xor") if len(oldcells) > 0: g.putcells(oldcells) if len(object1) > 0: g.putcells(object1) else: g.show(" ") golly-3.3-src/Scripts/Python/pd-glider.py0000644000175000017500000000063112026730263015345 00000000000000# Creates a large set of pentadecathlon + glider collisions. # Based on pd_glider.py from PLife (http://plife.sourceforge.net/). from glife.base import * rule("B3/S23") def collision (i, j): return pentadecathlon + glider[i + 11] (-8 + j, -10, flip) all = pattern () for i in xrange (-7, 8): for j in xrange (-9, 10): all += collision (i, j) (100 * i, 100 * j) all.display ("pd-glider") golly-3.3-src/Scripts/Python/goto_expression.py0000644000175000017500000003212012677364330016735 00000000000000# Go to a requested generation. The given generation can be: # # * an absolute number like 1,000,000 (commas are optional) # * a number relative to the current generation like +9 or -6 # * an expression like "17*(2^(3*143)+2^(2*3*27))" # * an expression starting with + or -, indicating a relative move # * any of the above preceded by "f" (fast). This wil set the base # step to 2 and provide less visual feedback of progress # # If the target generation is less than the current generation then # we go back to the starting generation (normally 0) and advance to # the target. # # If the input is preceded by F "fast" or q "quick" then we use the # algorithm of goto-fast.py, which sets the base to 2 and jumps by # powers of 2. # # Authors: # Original goto.py by Andrew Trevorrow and Dave Greene, April 2006. # Updated Sept-Oct 2006 -- XRLE support and reusable default value. # Updated April 2010 -- much faster, thanks to PM 2Ring. # goto-expression.py by Robert Munafo, using regexp expression # evaluation like Hypercalc (mrob.com/pub/perl/hypercalc.html) # 20111103 First stand-alone version of "expr.py" written as an # exercise to learn me some Python # 20111105 Add expr_2 using re.sub (a cleaner implementation) # 20120624 Remove whitespace before evaluating # 20130213 Move expr_2 code to "goto-expression.py" for Golly. # 20130214 Fix precedednce bugs, add expr_3 # 20130215 Remove redundant g.getstep and g.setstep calls. Full handling # of scientific notation and leading signs (like "300+-3") # # TODO: # Allow decimal point in EE notation, so "6.02e23" would work (right # now you have to do "602e21") # Make - and / associate left-to-right, so 100-10+1 gives 91 instead of 89 # Remove use of deprecated string.find and string.replace functions # Why is it much faster when you start from gen 0? For example, start # with puffer-train.rle, use this script to goto 10^100 then goto 2*10^100 # it's much faster if you start from gen 0 and go directly to 2*10^100 # Given that gofast saves and restores the base, should we use it always? # Note that patterns with a lot of period-P oscillators run more # efficiently when the base is set to P or a factor of P, so this # is not a simple decision. from glife import validint from time import time import golly as g import re # -------------------------------------------------------------------- # Regexp-based expression evaluator. The main loop contains match # cases for each type of operation, and performs one operation per # loop until there are none left to match. We use re.sub and pass # functions for the repl parameter. See: # http://docs.python.org/2/library/re.html#re.sub # http://docs.python.org/2/library/re.html#re.MatchObject.group p_whitespace = re.compile('[ \t]+') p_paren = re.compile('\((\d+)\)') p_parexp = re.compile('\((\d+[*/+-^][^()]*\d)\)') p_exp = re.compile('(\d+)\^(\d+)') p_mul = re.compile('(\d+)([*/])(n?\d+)') p_add = re.compile('(\d+)([-+])(n?\d+)') p_ee = re.compile('([.0-9]+)e([+-]?\d+)') p_mantissa = re.compile('^n?\d*\.?\d+$') p_leadn = re.compile('^n') p_digits = re.compile('^[+-]?\d+$') p_dot = re.compile('\.') p_plusminus = re.compile('([-+])([-+])') # erf = expression replace function def erf_paren(match): "Remove parentheses: (123) -> 123" a = match.group(1) return a # ee_approx - Python-like integer approximation of a number in scientific # notation. The mantissa and exponent are given separately and # may be either numeric or string. (the caller is expected to # generate them separately, e.g. by using a regexp to match # parts of a string). The exponent must be an integer or an # equivalent string; more flexibility is available for the # mantissa (see examples) # All of the following examples evaluate to True: # ee_approx(2.0, 20) == 2*10**20 # ee_approx('2.', 20) == 2*10**20 # ee_approx('12000', -3) == 12 # ee_approx(12e+03, '-3') == 12 # The following return 0 because of an error: # ee_approx(2.3, 4.0) # Exponent may not be a float # ee_approx(6.02, '23.') # Exponent may not contain '.' # The following evaluate to False because of roundoff error: # ee_approx('.02', 22) == 2*10**20 def ee_approx(m, e): "Integer approximation of m*10^e given m and e" m = str(m) # Make sure mantissa matches its pattern if p_dot.search(m): m = m + '0' else: m = m + '.0' if not p_mantissa.search(m): return 0 m = float(m) m = int(m * float(2**64) * (1.0+2.0**-52.0)) e = str(e) if not p_digits.search(e): return 0 e = int(e) if e<0: e = 10**(-e) return m/(e*2**64) else: e = 10**e return (m*e)/(2**64) def erf_ee(match): "Scientific notation: 1.2e5 -> 120000" a = match.group(1) b = match.group(2) return str(ee_approx(a,b)) def erf_exp(match): "Exponentiation: 2^24 -> 16777216" a = int(match.group(1)) b = int(match.group(2)) return str(a**b) def erf_mul(match): "Multiplication and (integer) division" a = int(match.group(1)) # match.group(2) is operator b = match.group(3) # Check for leading 'n' if p_leadn.search(b): b = p_leadn.sub('-', b) b = int(b) if(match.group(2) == '*'): return str(a*b) else: return str(a//b) def erf_add(match): "Addition and subtraction" a = int(match.group(1)) # match.group(2) is operator b = match.group(3) # Check for leading 'n' if p_leadn.search(b): b = p_leadn.sub('-', b) b = int(b) if(match.group(2) == '+'): return str(a+b) else: return str(a-b) """ Evaluate an expression without parentheses, like 2+3*4^5 = 3074 The precedence is: If we match something like "6.02e23", expand it Else if we match something like "4^5", expand it Else if we match something like "3*17", expand it Else if we match something like "2+456", expand it Else return It loops in all cases but the last """ def expr_2(p): going = 1 # print 'e2:', p while going: if p_ee.search(p): p = p_ee.sub(erf_ee, p, count=1) # print 'e2 ee, got:', p elif p_exp.search(p): p = p_exp.sub(erf_exp, p, count=1) # print 'e2 exp, got:', p elif p_mul.search(p): p = p_mul.sub(erf_mul, p, count=1) # print 'e2 mul, got:', p elif p_add.search(p): p = p_add.sub(erf_add, p, count=1) # print 'e2 add, got:', p else: # print 'e2 done' going = 0 # print 'e2 return:', p return p def erf_e2(match): "Parenthesized bare expression" a = expr_2(match.group(1)) return str(a) def erf_plusminus(match): "--, -+, +-, or ++" if match.group(2) == '-': return match.group(1)+'n' return match.group(1) """ Evaluate an expression possibly including parenthesized sub-expressions and numbers in scientific notation, like 17*4^((7^2-3)*6^2+2e6)+602e21 The precedence is: If we match something like "6.02e23", expand it Else if we match something like "(3+4*5)", expand it using expr_2 Else if we match something like "(23456)", remove the parens Else expand the whole string using expr_2 and return It loops in all cases but the last """ def expr_3(p): p = p_whitespace.sub('', p) if p_plusminus.search(p): p = p_plusminus.sub(erf_plusminus, p) going = 1 while going: if p_ee.search(p): p = p_ee.sub(erf_ee, p, count=1) elif p_parexp.search(p): p = p_parexp.sub(erf_e2, p, count=1) elif p_paren.search(p): p = p_paren.sub(erf_paren, p, count=1) else: p = expr_2(p) going = 0 return p # -------------------------------------------------------------------- """ gt_setup computes how many generations to move forwards. If we need to move backwards, it rewinds as far as possible, then returns the number of generations we need to move forwards. """ def gt_setup(gen): currgen = int(g.getgen()) # Remove leading '+' or '-' if any, and convert rest to int or long if gen[0] == '+': n = int(gen[1:]) newgen = currgen + n elif gen[0] == '-': n = int(gen[1:]) if currgen > n: newgen = currgen - n else: newgen = 0 else: newgen = int(gen) if newgen < currgen: # try to go back to starting gen (not necessarily 0) and # then forwards to newgen; note that reset() also restores # algorithm and/or rule, so too bad if user changed those # after the starting info was saved; # first save current location and scale midx, midy = g.getpos() mag = g.getmag() g.reset() # restore location and scale g.setpos(midx, midy) g.setmag(mag) # current gen might be > 0 if user loaded a pattern file # that set the gen count currgen = int(g.getgen()) if newgen < currgen: g.error("Can't go back any further; pattern was saved " + "at generation " + str(currgen) + ".") return 0 return newgen - currgen elif newgen > currgen: return newgen - currgen else: return 0 # -------------------------------------------------------------------- def intbase(n, b): # convert integer n >= 0 to a base b digit list (thanks to PM 2Ring) digits = [] while n > 0: digits += [n % b] n //= b return digits or [0] def goto(newgen, delay): g.show("goto running, hit escape to abort...") oldsecs = time() # before stepping we advance by 1 generation, for two reasons: # 1. if we're at the starting gen then the *current* step size # will be saved (and restored upon Reset/Undo) rather than a # possibly very large step size # 2. it increases the chances the user will see updates and so # get some idea of how long the script will take to finish # (otherwise if the base is 10 and a gen like 1,000,000,000 # is given then only a single step() of 10^9 would be done) if delay <= 1.0: g.run(1) newgen -= 1 # use fast stepping (thanks to PM 2Ring) for i, d in enumerate(intbase(newgen, g.getbase())): if d > 0: g.setstep(i) for j in xrange(d): if g.empty(): g.show("Pattern is empty.") return g.step() newsecs = time() if newsecs - oldsecs >= delay: # time to do an update? oldsecs = newsecs g.update() g.show("") # -------------------------------------------------------------------- # This is the "fast goto" algorithm from goto-fast.py that uses # binary stepsizes and does not do that initial step by 1 generation. def intbits(n): ''' Convert integer n to a bit list ''' bits = [] while n: bits += [n & 1] n >>= 1 return bits def gofast(newgen, delay): ''' Fast goto ''' #Save current settings oldbase = g.getbase() # oldhash = g.setoption("hashing", True) g.show('gofast running, hit escape to abort') oldsecs = time() #Advance by binary powers, to maximize advantage of hashing g.setbase(2) for i, b in enumerate(intbits(newgen)): if b: g.setstep(i) g.step() g.dokey(g.getkey()) newsecs = time() if newsecs - oldsecs >= delay: # do an update every sec oldsecs = newsecs g.update() if g.empty(): break g.show('') #Restore settings # g.setoption("hashing", oldhash) g.setbase(oldbase) # -------------------------------------------------------------------- def savegen(filename, gen): try: f = open(filename, 'w') f.write(gen) f.close() except: g.warn("Unable to save given gen in file:\n" + filename) # -------------------------------------------------------------------- # use same file name as in goto.lua GotoINIFileName = g.getdir("data") + "goto.ini" previousgen = "" try: f = open(GotoINIFileName, 'r') previousgen = f.readline() f.close() if not validint(previousgen): previousgen = "" except: # should only happen 1st time (GotoINIFileName doesn't exist) pass gen = g.getstring("Enter the desired generation number as an\n" + "expression, prepend -/+ for relative\n" + "move back/forwards, prepend f to use faster\n" "powers-of-2 steps:", previousgen, "Go to generation") # Evaluate the expression. This leaves leading "f" and/or "+/-" # intact. gen = expr_3(gen) # Find out if they want to get there quickly # %%% TODO: Use re instead of string.find and string.replace (which are # deprecated in later versions of Python) fastmode = 0 if(gen.find("f") == 0): gen = gen.replace("f","") fastmode = 1 if len(gen) == 0: g.exit() elif gen == "+" or gen == "-": # clear the default savegen(GotoINIFileName, "") elif not validint(gen): g.exit('Sorry, but "' + gen + '" is not a valid integer.') else: # best to save given gen now in case user aborts script savegen(GotoINIFileName, gen) oldstep = g.getstep() # %%% TODO: Use re instead of string.replace to remove the commas newgen = gt_setup(gen.replace(",","")) if newgen > 0: if fastmode: gofast(newgen, 10.0) else: goto(newgen, 1.0) g.setstep(oldstep) golly-3.3-src/Scripts/Python/p1100-MWSS-gun.py0000644000175000017500000001037312026730263015621 00000000000000# Bill Gosper's pure-period p1100 double MWSS gun, circa 1984. import golly as g from glife import * g.new("P1100 gun") g.setalgo("HashLife") g.setrule("B3/S23") # update status bar now so we don't see different colors when # g.show is called g.update() glider = pattern("bo$bbo$3o!") block = pattern("oo$oo!") eater = pattern("oo$bo$bobo$bboo!") bhept = pattern("bbo$boo$oo$boo!") twobits = eater + bhept(8,3) half = twobits + twobits[1](51,0,flip_x) centinal = half + half(0,16,flip_y) passthrough = centinal[1](16,3,rcw) + centinal[19](52,0,rcw) \ + centinal[81](55,51,rccw) + centinal[99](91,54,rccw) # build the source signal -- the most compact set of gliders # from which all other gliders and spaceships can be generated MWSSrecipes = glider(5759,738,rccw) + glider(6325,667,flip_x) \ + glider[3](5824,896,flip_x) + glider[2](5912,1264) \ + glider[2](6135,1261,flip_x) + glider[1](5912,1490,flip_y) \ + glider(6229,4717,flip_x) + glider[1](6229,5029,flip) \ + glider[1](5920,5032,flip_y) + glider(6230,5188,flip) \ + glider[3](6230,5306,flip) + glider[3](5959,5309,flip_y) # suppress output MWSSes as long as gliders are being added MWSSrecipes += pattern("o!",6095,-65) + pattern("o!",6075,228) # add the first four centinals to guide the recipe gliders all = centinal[44](6185,5096,flip_x) + centinal[73](5897,1066) all += centinal[42](5782,690) + centinal[25](5793,897,rcw) # generate the MWSSes for the glider-fanout ladder for i in range(7): g.show("Building rung " + str(i+1) + " of ladder...") all = (all + MWSSrecipes)[1100] # add the actual glider-fanout ladder -- six rungs for i in range(6): all += glider(6030,1706+550*i,swap_xy_flip) \ + centinal[15](6102,1585+550*i) \ + block(6029,1721+550*i) + centinal[34](5996,1725+550*i,rccw) \ + block(6087,1747+550*i) + centinal[87](6122,1745+550*i,rcw) \ # add the rest of the centinals to guide the ladder's output gliders g.show("Adding centinal reflectors...") all += centinal[88](5704,0) + centinal[29](6423,295,flip_x) \ + centinal[74](5616,298) + centinal[40](6361,613,rcw) \ + centinal[23](6502,620,flip_x) + centinal[36](5636,986) \ + centinal[38](6370,1008,rcw) + centinal[19](5747,1347,rcw) \ + centinal[67](5851,1516) + centinal(4061,2605,rccw) \ + centinal[10](5376,3908,rccw) + centinal[77](8191,4407,flip_x) \ + centinal[6](4988,4606) + centinal[34](6357,4608,flip_x) \ + centinal[27](8129,4621,flip_x) + centinal[92](5159,5051) \ + centinal[53](7991,5201,flip_x) + centinal[94](7038,5370,rccw) \ + centinal[13](5591,5379,rccw) + centinal[3](5858,5428,rccw) \ + centinal[87](7805,5511,flip_x) + centinal[98](401,5557,rccw) \ + centinal[14](955,5561,rccw) + centinal[8](6592,5584,rccw) \ + centinal[39](6933,5698,flip_x) + centinal[32](6230,5881) \ + centinal[47](11676,5854,rccw) + centinal[68](0,5748,rccw) \ + centinal[89](6871,5912,flip_x) + centinal[45](12095,6027,rccw) \ + centinal[86](6209,6134) + centinal[55](6868,6357,flip_x) \ + centinal[95](9939,6491,rccw) + centinal[23](8782,6548,rccw) \ + centinal[58](3066,6572,rccw) + centinal[21](9326,6596,rccw) \ + centinal[80](3628,6626,rccw) + centinal[45](6821,6528,flip_x) \ + centinal[33](10373,6649,rccw) + centinal[16](2587,6685,rccw) # to change behavior at center, comment out one of the lines below all += eater(6018,5924,rccw) + eater(6037,5943,rccw) # true p1100 gun # all += block(6018,6787) # synch center to recreate original p1100x5 center = block(1081,6791) + block(2731,6791) + block(3831,6791) \ + block(9108,6791) + block(10208,6791) + block(11308,6791) \ + passthrough(8475,6737) + passthrough[39](3365,6737,flip_x) \ + passthrough(9575,6737) + passthrough[39](2265,6737,flip_x) \ + passthrough(10675,6737) + passthrough[39](1715,6737,flip_x) # add asymmetric Equator to mirror-symmetric North and South MWSSrecipes += MWSSrecipes(0,13583,flip_y) all += all(0,13583,flip_y) + center g.putcells(all) g.fit() # Different glider paths are different lengths, so incomplete # glider recipes must be overwritten for a while to prevent disaster. for i in range(46): g.show("Filling glider tracks -- " \ + str(49500 - i*1100) + " ticks left.") g.update() g.putcells(MWSSrecipes) g.run(1100) g.show("") # reset gen count to 0 g.setgen("0") golly-3.3-src/Scripts/Python/Margolus/0000755000175000017500000000000013543257426015007 500000000000000golly-3.3-src/Scripts/Python/Margolus/import.py0000644000175000017500000000077412026730263016611 00000000000000# Change the selected area from N states to emulated-Margolus states: # s -> 1+2s (if in the top-left of the partition) # s -> 2+2s (if not) from glife import rect import golly as g r = rect( g.getselrect() ) if r.empty: g.exit("There is no selection.") for row in xrange(r.top, r.top + r.height): for col in xrange(r.left, r.left + r.width): if (col%2) and (row%2): g.setcell(col, row, 1+g.getcell(col,row)*2) else: g.setcell(col, row, 2+g.getcell(col,row)*2) golly-3.3-src/Scripts/Python/Margolus/export.py0000644000175000017500000000053212026730263016610 00000000000000# Change the entire pattern from emulated-Margolus states to N-state: from glife import rect import golly as g r = rect( g.getrect() ) if r.empty: g.exit("There is no pattern.") for row in xrange(r.top, r.top + r.height): for col in xrange(r.left, r.left + r.width): s = g.getcell(col,row) g.setcell(col, row, (s+s%2)/2-1) golly-3.3-src/Scripts/Python/Margolus/convert-MCell-string.py0000644000175000017500000000537312112261643021252 00000000000000# We owe a lot to MCell's implementation of the Margolus neighbourhood. Thanks Mirek! # # Tim Hutton import os import golly from glife.ReadRuleTable import * from glife.EmulateMargolus import * # ask the user for the MCell string to convert (comma-separated works too) s = golly.getstring( '''Enter a specification string. This can either be an MCell format Margolus string or just a comma-separated list of the 16 case indices. See: http://psoup.math.wisc.edu/mcell/rullex_marg.html ''', "MS,D0;8;4;3;2;5;9;7;1;6;10;11;12;13;14;15","Enter Margolus specification") # defaults to BBM # pull out the 16 numeric tokens that tell us what each partition becomes becomes = map(int,s.replace('M',' ').replace('S',' ').replace(',',' ').replace('D',' ').replace(';',' ').split()) # write straight into the user's rules folder, so we can call setrule immediately folder = golly.getdir('rules') # construct a rule_name from next case indices rule_name = 'Margolus-' + '-'.join(map(str,becomes)) # ask the user to confirm this name or suggest a more readable one (e.g. "BBM") rule_name = golly.getstring("Enter a name for the rule:",rule_name,"Enter rule name") # todo: detect slashes and tildes, tell user that can't change dir like that # open the rule table file for writing tablepath = folder + rule_name + '.table' f = open(tablepath,'w') # write the initial descriptors and some variables f.write('# Emulation of Margolus neighbourhood for MCell string:\n# %s\n\n'%s) f.write('# (see: http://psoup.math.wisc.edu/mcell/rullex_marg.html )\n') f.write('#\n') f.write('# Rule table produced by convert-MCell-string.py, which can\n') f.write('# convert any MCell Margolus specification into a rule table.\n') f.write('#\n') f.write('n_states:2\nneighborhood:Margolus\nsymmetries:none\n\n') # the 16 cases of the (two-state) Margolus partition are: dot = (0,0,0,0),(1,0,0,0),(0,1,0,0),(1,1,0,0),(0,0,1,0),(1,0,1,0),(0,1,1,0),(1,1,1,0),\ (0,0,0,1),(1,0,0,1),(0,1,0,1),(1,1,0,1),(0,0,1,1),(1,0,1,1),(0,1,1,1),(1,1,1,1) # cell order: 1 2 # 3 4 # (see: http://psoup.math.wisc.edu/mcell/rullex_marg.html ) for i in range(16): if not i==becomes[i]: # (we can skip no-change transitions) f.write(','.join(map(str,dot[i]))+' : '+\ ','.join(map(str,dot[becomes[i]]))+\ ' # '+str(i)+' -> '+str(becomes[i])+'\n') f.flush() f.close() # emulate the rule table with tree data in a .rule file n_states, neighborhood, transitions = ReadRuleTable(tablepath) golly.show("Building rule...") rule_name = EmulateMargolus(neighborhood, n_states, transitions, tablepath) os.remove(tablepath) golly.new(rule_name+'-demo.rle') golly.setalgo('RuleLoader') golly.setrule(rule_name) golly.show('Created '+rule_name+'.rule and selected that rule.') golly-3.3-src/Scripts/Python/glife/0000755000175000017500000000000013543257426014304 500000000000000golly-3.3-src/Scripts/Python/glife/gun24.py0000644000175000017500000000140312026730263015521 00000000000000from glife import * # an aligned gun shooting SE: gun24 = pattern (""" 23bo2bo$21b6o$17b2obo8bo$13b2obobobob8o2bo$11b3ob2o3bobo7b3o$10bo 4b3o2bo3bo3b2o$11b3o3b2ob4obo3bob2o$12bobo3bo5bo4bo2bo4b2obo$10b o8bob2o2b2o2b2o5bob2obo$10b5ob4obo4b3o7bo4bo$15b2o4bo4bob3o2b2ob ob2ob2o$12b5ob3o4b2ob2o3bobobobobo$11bo5b2o4b2obob2o5bo5bo$12b5o 6b2obo3bo3bobob2ob2o$2ob2o9b2o2bo5bobo4bo2b3obobo$bobobobob2o3b3o bo6bo2bobo4b3o2bo$o2bo7bo6b2o3b3o8bobob2o$3o2bo4b2o11bo10bo$5b4o bo17b2o4b2o$2b2obo6bo14bo3bo2b2o$bo4bo3bo16bo6b2o$b3obo4bo16bo3b o2bo$11bo2bo3bo9b2o4bobob2o$b3obo4bo8b2o3bo10b3o2bo$bo4bo3bo7bo6b o8b3obobo$2b2obo6bo10b3o8bobob2ob2o$5b4obo24bo5bo$3o2bo4b2o21bob obobobo$o2bo7bo9b2o10b2obob2ob2o$bobobobob2o10bo8bo5bo4bo$2ob2o17b 3o6bo4bob2obo$24bo4b3o5b2obo!""", -32, -32) golly-3.3-src/Scripts/Python/glife/EmulateOneDimensional.py0000644000175000017500000000117012112261643021001 00000000000000import os from glife.RuleTree import * def EmulateOneDimensional(neighborhood,n_states,transitions,input_filename): '''Emulate a oneDimensional neighborhood rule table with a vonNeumann neighborhood rule tree.''' rule_name = os.path.splitext(os.path.split(input_filename)[1])[0] tree = RuleTree(n_states,4) for t in transitions: tree.add_rule([t[0],range(n_states),t[2],t[1],range(n_states)],t[3][0]) # C,S,E,W,N,C' tree.write( golly.getdir('rules')+rule_name+".tree" ) # use rule_name.tree to create rule_name.rule (no icon info) ConvertTreeToRule(rule_name, n_states, []) return rule_name golly-3.3-src/Scripts/Python/glife/WriteRuleTable.py0000644000175000017500000000401112026730263017452 00000000000000from copy import deepcopy def WriteRuleTable(neighborhood,n_states,transitions,output_filename): '''Write a rule table format file for the given rule.''' def toName(i,output=''): '''Convert [0,1,2,...,26,...] to ['a','b','c',...,'aa',...].''' output = chr(ord('a')+i%26) + output if i<26: return output return toName(i//26-1,output) f = open(output_filename,'w') f.write('neighborhood:'+neighborhood+'\n') f.write('symmetries:none\n') # our transitions list is expanded for symmetries f.write('n_states:'+str(n_states)+'\n\n') vars = {} # e.g. (0,1,2):['aa','bf'] (need multiple names to avoid binding) iNextName = 0 # pass 1: collect and output the variables, replacing inputs with strings transitions_with_strings = deepcopy(transitions) # don't want to change our input list for t in transitions_with_strings: for i,inputs in enumerate(t): if len(inputs)==1: t[i]=str(inputs[0]) else: # do we need to make a new variable for this input? ok = False if tuple(inputs) in vars: for var_name in vars[tuple(inputs)]: if not var_name in t: ok = True # can use an existing variable break if not ok: # must make a new variable var_name = toName(iNextName) iNextName += 1 if tuple(inputs) in vars: vars[tuple(inputs)] += [var_name] else: vars[tuple(inputs)] = [var_name] f.write('var '+var_name+'={'+','.join(map(str,inputs))+'}\n') t[i] = var_name # pass 2: output the transitions f.write('\n') for t in transitions_with_strings: f.write(','.join(t)+'\n') f.flush() f.close() golly-3.3-src/Scripts/Python/glife/__init__.pyc0000644000175000017500000002330312026743720016471 00000000000000ó ³°[Pc@s,ddlZddlZddlZdZdefd„ƒYZdZdZdZdZ dZ dZ dZ dZ dZd Zd Zd Zd ZdZdZdZdZdZdZdZd Zd d„Zd„Zd„Zdefd„ƒYZd„Zd„Z d„Z!d„Z"d„Z#d„Z$dS(!iÿÿÿÿNs$High-level scripting aids for Golly.trectcBs#eZdZd„Zgd„ZRS(s:A simple class to make it easier to manipulate rectangles.cCs%tj|j|j|j|jgƒS(s6Return true if rect is completely visible in viewport.(tgollytvisrecttxtytwdtht(tself((s0/home/akt/golly/Scripts/Python/glife/__init__.pytvisiblescCst|ƒdkrt|_nät|ƒdkröt|_|d|_|_|d|_|_|d|_|_ |d|_ |_ |jdkr§t dƒ‚n|j dkrÅt dƒ‚n|j|jd|_ |j|j d|_n tdƒ‚tj||ƒdS( Niiiiisrect width must be > 0srect height must be > 0s"rect arg must be [] or [x,y,wd,ht](tlentTruetemptytFalseRtleftRttopRtwidthRtheightt ValueErrortrighttbottomt TypeErrortlistt__init__(RtR((s0/home/akt/golly/Scripts/Python/glife/__init__.pyRs    (t__name__t __module__t__doc__RR(((s0/home/akt/golly/Scripts/Python/glife/__init__.pyR s iitDrawtPicktSelecttMovesZoom InsZoom OutsB3/S23cCstj|ƒdS(s› Set the rule for the Game of Life. Although it affects subsequent calls to pattern.evolve(), only the last call to this function matters for the viewer.N(Rtsetrule(ts((s0/home/akt/golly/Scripts/Python/glife/__init__.pytruleQscCs'x |jdƒD]}dG|GHqWdS(s2Supply a textual description to the whole pattern.s s#DN(tsplit(R tline((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt descriptionZsc Csõ|d}|d}|d}|d}|d}|d}||d||d|||d||d||d|d|d|d|d|d|d|d|d|d|d|d|d|d|d|dffS(sì Return the composition of two transformations S and T. A transformation is a tuple of the form (x, y, A), which denotes multiplying by matrix A and then translating by vector (x, y). These tuples can be passed to pattern.__call__().iiii((tStTRRtAR tttB((s0/home/akt/golly/Scripts/Python/glife/__init__.pytcomposeas  6>tpatterncBseZdZd„Zd„Zed„Zd„Zd„Zdded„Z ddded „Z d d „Z d „Z gdded „ZRS(s"This class represents a cell list.cCsttj||ƒƒS(sJoin patterns.(R+Rtjoin(Rtq((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt__add__rscCs |j|ƒS(sy The __getitem__() function is an alias to evolve(). It allows to access the pattern's phases as elements of an array.(tevolve(RtN((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt __getitem__vscCsttj||||ŒƒS(s'The same as 'apply(A).translate(x, y)'.(R+Rt transform(RRRR'((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt__call__|scCs |||ƒS(sTranslate the pattern.((RRR((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt translate€scCs|dd|ƒS(sÁ Apply a matrix transformation to the pattern. Predefined matrices are: identity, flip, flip_x, flip_y, swap_xy, swap_xy_flip, rcw (rotate clockwise) and rccw (rotate counter-clockwise).i((RR'((s0/home/akt/golly/Scripts/Python/glife/__init__.pytapply„sicCstj||||ŒdS(s$Paste pattern into current universe.N(Rtputcells(RRRR'((s0/home/akt/golly/Scripts/Python/glife/__init__.pytputŒstuntitledcCs>tj|ƒtj||||ŒtjƒtjtƒdS(s3Paste pattern into new universe and display it all.N(RtnewR6tfitt setcursortzoomin(RttitleRRR'((s0/home/akt/golly/Scripts/Python/glife/__init__.pytdisplays  cCstj|||ƒdS(s] Save the pattern to file 'fn' in RLE format. An optional description 'desc' may be given.N(Rtstore(Rtfntdesc((s0/home/akt/golly/Scripts/Python/glife/__init__.pytsave—scCs¯|dkrtdƒ‚n|jj|ƒr8|j|Sd}x<|jjƒD]+}||kok|knrN|}qNqNWttj|j|||ƒƒ}|j|<|S(s· Return N-th generation of the pattern. Once computed, the N-th generation is remembered and quickly accessible. It is also the base for computing generations subsequent to N-th.isbackward evolving requested(Rt_pattern__phasesthas_keytkeysR+RR/(RR0tMtktp((s0/home/akt/golly/Scripts/Python/glife/__init__.pyR/s   .cCs°tƒ|_t|ƒtkr1tj||ƒnnt|ƒtkr\tj|t|ƒƒnCt|ƒtkr“tj|tj||||Œƒn t dƒ‚||jdtNoneRBR/R(((s0/home/akt/golly/Scripts/Python/glife/__init__.pyR+os       cCsttj|ƒƒS(N(R+Rtload(R@((s0/home/akt/golly/Scripts/Python/glife/__init__.pyRRÎsc CsNtj}tj }tj}tj }t|ƒ}t|ƒ}d}|d@dkrzd}|ddkrz|d8}qznxTtd||ƒD]@}|||kr°||}n|||kr||}qqWxTtd||ƒD]@} || |kr|| }n|| |krä|| }qäqäWt||||d||dgƒS(Niiii(tsystmaxintRR txrangeR( tpatttminxtmaxxtminytmaxytclisttclentincRR((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt getminboxÔs,        cCs_t|ƒdkrtS|jddƒ}|ddksH|ddkrU|d}n|jƒS(Nit,tt+t-i(R R treplacetisdigit(R ((s0/home/akt/golly/Scripts/Python/glife/__init__.pytvalidintñs  cCs(tjƒ\}}t|ƒt|ƒfS(N(Rtgetpostint(RR((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt getposintúscCs tjt|ƒt|ƒƒdS(N(RtsetposRK(RR((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt setposintscCs"tjddƒtjdƒdS(Ns1Change the script to use the getstring() command s"from golly rather than from glife.R`(Rtwarntexit(tprompt((s0/home/akt/golly/Scripts/Python/glife/__init__.pyt getstrings (iiii(iÿÿÿÿiiiÿÿÿÿ(iÿÿÿÿiii(iiiiÿÿÿÿ(iiii(iiÿÿÿÿiÿÿÿÿi(iiÿÿÿÿii(iiiÿÿÿÿi(%RRSttimeRRRtinsidetoutsidet left_rightt top_bottomtup_downt clockwiset anticlockwisetdrawtpicktselecttmoveR<tzoomoutRPtfliptflip_xtflip_ytswap_xyt swap_xy_fliptrcwtrccwR!R$R*R+RRR^ReRhRjRn(((s0/home/akt/golly/Scripts/Python/glife/__init__.pytsF     _    golly-3.3-src/Scripts/Python/glife/BuiltinIcons.pyc0000644000175000017500000002431212146035037017333 00000000000000ó —9˜Qc@sdZdZdZdZdS(sy XPM /* width height num_colors chars_per_pixel */ "31 31 5 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" /* icon for state 1 */ "..............................." "..............................." "..........BCDEEEEEDCB.........." ".........CEEEEEEEEEEEC........." ".......BEEEEEEEEEEEEEEEB......." "......DEEEEEEEEEEEEEEEEED......" ".....DEEEEEEEEEEEEEEEEEEED....." "....BEEEEEEEEEEEEEEEEEEEEEB...." "....EEEEEEEEEEEEEEEEEEEEEEE...." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "....EEEEEEEEEEEEEEEEEEEEEEE...." "....BEEEEEEEEEEEEEEEEEEEEEB...." ".....DEEEEEEEEEEEEEEEEEEED....." "......DEEEEEEEEEEEEEEEEED......" ".......BEEEEEEEEEEEEEEEB......." ".........CEEEEEEEEEEEC........." "..........BCDEEEEEDCB.........." "..............................." "..............................." XPM /* width height num_colors chars_per_pixel */ "15 15 5 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" /* icon for state 1 */ "..............." "....BDEEEDB...." "...DEEEEEEED..." "..DEEEEEEEEED.." ".BEEEEEEEEEEEB." ".DEEEEEEEEEEED." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".DEEEEEEEEEEED." ".BEEEEEEEEEEEB." "..DEEEEEEEEED.." "...DEEEEEEED..." "....BDEEEDB...." "..............." XPM /* width height num_colors chars_per_pixel */ "7 7 6 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" "F c #E0E0E0" /* icon for state 1 */ ".BFEFB." "BEEEEEB" "FEEEEEF" "EEEEEEE" "FEEEEEF" "BEEEEEB" ".BFEFB." sí XPM /* width height num_colors chars_per_pixel */ "31 31 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............................." "..............................." "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." ".........BBBBBBBBBBBBB........." "........BBBBBBBBBBBBBBB........" ".......BBBBBBBBBBBBBBBBB......." "......BBBBBBBBBBBBBBBBBBB......" ".....BBBBBBBBBBBBBBBBBBBBB....." "....BBBBBBBBBBBBBBBBBBBBBBB...." "...BBBBBBBBBBBBBBBBBBBBBBBBB..." "..BBBBBBBBBBBBBBBBBBBBBBBBBBB.." "...BBBBBBBBBBBBBBBBBBBBBBBBB..." "....BBBBBBBBBBBBBBBBBBBBBBB...." ".....BBBBBBBBBBBBBBBBBBBBB....." "......BBBBBBBBBBBBBBBBBBB......" ".......BBBBBBBBBBBBBBBBB......." "........BBBBBBBBBBBBBBB........" ".........BBBBBBBBBBBBB........." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." "..............................." "..............................." XPM /* width height num_colors chars_per_pixel */ "15 15 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............." ".......B......." "......BBB......" ".....BBBBB....." "....BBBBBBB...." "...BBBBBBBBB..." "..BBBBBBBBBBB.." ".BBBBBBBBBBBBB." "..BBBBBBBBBBB.." "...BBBBBBBBB..." "....BBBBBBB...." ".....BBBBB....." "......BBB......" ".......B......." "..............." XPM /* width height num_colors chars_per_pixel */ "7 7 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "...B..." "..BBB.." ".BBBBB." "BBBBBBB" ".BBBBB." "..BBB.." "...B..." s XPM /* width height num_colors chars_per_pixel */ "31 31 3 1" /* colors */ ". c #000000" "B c #FFFFFF" "C c #808080" /* icon for state 1 */ ".....BBC......................." "....BBBBBC....................." "...BBBBBBBBC..................." "..BBBBBBBBBBBC................." ".BBBBBBBBBBBBBBC..............." "BBBBBBBBBBBBBBBBBC............." "BBBBBBBBBBBBBBBBBBBC..........." "CBBBBBBBBBBBBBBBBBBBBC........." ".BBBBBBBBBBBBBBBBBBBBBB........" ".CBBBBBBBBBBBBBBBBBBBBBC......." "..BBBBBBBBBBBBBBBBBBBBBB......." "..CBBBBBBBBBBBBBBBBBBBBBC......" "...BBBBBBBBBBBBBBBBBBBBBB......" "...CBBBBBBBBBBBBBBBBBBBBBC....." "....BBBBBBBBBBBBBBBBBBBBBB....." "....CBBBBBBBBBBBBBBBBBBBBBC...." ".....BBBBBBBBBBBBBBBBBBBBBB...." ".....CBBBBBBBBBBBBBBBBBBBBBC..." "......BBBBBBBBBBBBBBBBBBBBBB..." "......CBBBBBBBBBBBBBBBBBBBBBC.." ".......BBBBBBBBBBBBBBBBBBBBBB.." ".......CBBBBBBBBBBBBBBBBBBBBBC." "........BBBBBBBBBBBBBBBBBBBBBB." ".........CBBBBBBBBBBBBBBBBBBBBC" "...........CBBBBBBBBBBBBBBBBBBB" ".............CBBBBBBBBBBBBBBBBB" "...............CBBBBBBBBBBBBBB." ".................CBBBBBBBBBBB.." "...................CBBBBBBBB..." ".....................CBBBBB...." ".......................CBB....." XPM /* width height num_colors chars_per_pixel */ "15 15 3 1" /* colors */ ". c #000000" "B c #FFFFFF" "C c #808080" /* icon for state 1 */ "...BBC........." "..BBBBBC......." ".BBBBBBBBC....." "BBBBBBBBBBB...." "BBBBBBBBBBBB..." "CBBBBBBBBBBBC.." ".BBBBBBBBBBBB.." ".CBBBBBBBBBBBC." "..BBBBBBBBBBBB." "..CBBBBBBBBBBBC" "...BBBBBBBBBBBB" "....BBBBBBBBBBB" ".....CBBBBBBBB." ".......CBBBBB.." ".........CBB..." XPM /* width height num_colors chars_per_pixel */ "7 7 3 1" /* colors */ ". c #000000" "B c #FFFFFF" "C c #808080" /* icon for state 1 */ ".BBC..." "BBBBB.." "BBBBBB." "CBBBBBC" ".BBBBBB" "..BBBBB" "...CBB." s\ XPM /* width height num_colors chars_per_pixel */ "31 93 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............................." "B.............................." "BB............................." "BBB............................" "BBBB..........................." "BBBBB.........................." "BBBBBB........................." "BBBBBBB........................" "BBBBBBBB......................." "BBBBBBBBB......................" "BBBBBBBBBB....................." "BBBBBBBBBBB...................." "BBBBBBBBBBBB..................." "BBBBBBBBBBBBB.................." "BBBBBBBBBBBBBB................." "BBBBBBBBBBBBBBB................" "BBBBBBBBBBBBBBBB..............." "BBBBBBBBBBBBBBBBB.............." "BBBBBBBBBBBBBBBBBB............." "BBBBBBBBBBBBBBBBBBB............" "BBBBBBBBBBBBBBBBBBBB..........." "BBBBBBBBBBBBBBBBBBBBB.........." "BBBBBBBBBBBBBBBBBBBBBB........." "BBBBBBBBBBBBBBBBBBBBBBB........" "BBBBBBBBBBBBBBBBBBBBBBBB......." "BBBBBBBBBBBBBBBBBBBBBBBBB......" "BBBBBBBBBBBBBBBBBBBBBBBBBB....." "BBBBBBBBBBBBBBBBBBBBBBBBBBB...." "BBBBBBBBBBBBBBBBBBBBBBBBBBBB..." "BBBBBBBBBBBBBBBBBBBBBBBBBBBBB.." "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB." /* icon for state 2 */ ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "..BBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "...BBBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" ".....BBBBBBBBBBBBBBBBBBBBBBBBBB" "......BBBBBBBBBBBBBBBBBBBBBBBBB" ".......BBBBBBBBBBBBBBBBBBBBBBBB" "........BBBBBBBBBBBBBBBBBBBBBBB" ".........BBBBBBBBBBBBBBBBBBBBBB" "..........BBBBBBBBBBBBBBBBBBBBB" "...........BBBBBBBBBBBBBBBBBBBB" "............BBBBBBBBBBBBBBBBBBB" ".............BBBBBBBBBBBBBBBBBB" "..............BBBBBBBBBBBBBBBBB" "...............BBBBBBBBBBBBBBBB" "................BBBBBBBBBBBBBBB" ".................BBBBBBBBBBBBBB" "..................BBBBBBBBBBBBB" "...................BBBBBBBBBBBB" "....................BBBBBBBBBBB" ".....................BBBBBBBBBB" "......................BBBBBBBBB" ".......................BBBBBBBB" "........................BBBBBBB" ".........................BBBBBB" "..........................BBBBB" "...........................BBBB" "............................BBB" ".............................BB" "..............................B" "..............................." /* icon for state 3 */ ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "B.BBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BB.BBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBB.BBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBB.BBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBB.BBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBB.BBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBB.BBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBB.BBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBB.BBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBB.BBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBB.BBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBB.BBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBB.BBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBB.BBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB.BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBB.BBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBB.BBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBB.BBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBB.BBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBB.BBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBB.BBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBB.BBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBB.BBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBB.BBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBB.BBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBB.BBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBB.BBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBB.BB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBB.B" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB." XPM /* width height num_colors chars_per_pixel */ "15 45 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............." "B.............." "BB............." "BBB............" "BBBB..........." "BBBBB.........." "BBBBBB........." "BBBBBBB........" "BBBBBBBB......." "BBBBBBBBB......" "BBBBBBBBBB....." "BBBBBBBBBBB...." "BBBBBBBBBBBB..." "BBBBBBBBBBBBB.." "BBBBBBBBBBBBBB." /* icon for state 2 */ ".BBBBBBBBBBBBBB" "..BBBBBBBBBBBBB" "...BBBBBBBBBBBB" "....BBBBBBBBBBB" ".....BBBBBBBBBB" "......BBBBBBBBB" ".......BBBBBBBB" "........BBBBBBB" ".........BBBBBB" "..........BBBBB" "...........BBBB" "............BBB" ".............BB" "..............B" "..............." /* icon for state 3 */ ".BBBBBBBBBBBBBB" "B.BBBBBBBBBBBBB" "BB.BBBBBBBBBBBB" "BBB.BBBBBBBBBBB" "BBBB.BBBBBBBBBB" "BBBBB.BBBBBBBBB" "BBBBBB.BBBBBBBB" "BBBBBBB.BBBBBBB" "BBBBBBBB.BBBBBB" "BBBBBBBBB.BBBBB" "BBBBBBBBBB.BBBB" "BBBBBBBBBBB.BBB" "BBBBBBBBBBBB.BB" "BBBBBBBBBBBBB.B" "BBBBBBBBBBBBBB." XPM /* width height num_colors chars_per_pixel */ "7 21 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "......." "B......" "BB....." "BBB...." "BBBB..." "BBBBB.." "BBBBBB." /* icon for state 2 */ ".BBBBBB" "..BBBBB" "...BBBB" "....BBB" ".....BB" "......B" "......." /* icon for state 3 */ ".BBBBBB" "B.BBBBB" "BB.BBBB" "BBB.BBB" "BBBB.BB" "BBBBB.B" "BBBBBB." 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N()tglifetpatterntblocktblinkertglidertlwsstmwssthwssteaterthooktqueenbeetherschelt bheptominottubtboatt long_boattshiptbeehivetloaftsnaketaircraft_carriert honeyfarmtbeacontblockertclocktdartt big_beacontmiddleweight_volcanotheavyweight_volcanotgalaxytoriontpentadecathlontpitpondtpulsart rpentominotrabbitstspidertlightweight_volcanotunixt biblocker(((s,/home/akt/golly/Scripts/Python/glife/base.pyts–                              golly-3.3-src/Scripts/Python/glife/EmulateTriangular.py0000644000175000017500000004602312112261643020213 00000000000000# Inspired by Andrew Trevorrow's work on TriLife.py try: set except NameError: # use sets module if Python version is < 2.4 from sets import Set as set import golly import os from glife.RuleTree import * # We support two emulation methods: # 1) square-splitting: each square holds two triangles: one up, one down # 2) checkerboard: each square holds one triangle, either up or down # # The first method has better appearance but requires N*N states. The second requires only 2N # states but user must respect the checkerboard when drawing. For triangularMoore emulation, only # the first is possible (since Golly only natively supports vonNeumann and Moore). Thus we choose # the first where possible, only using the second for triangularVonNeumann when N>16. # # 1) Square-splitting emulation: (following Andrew Trevorrow's TriLife.py) # # triangularVonNeumann -> vonNeumann: # # lower upper # +--+ +--+ # |\ | |\ | # | \| |2\| (any rotation would work too) # +--+--+--+ +--+--+--+ # |\3|\1|\ | |\ |\0|\ | # | \|0\| \| | \|1\|3\| # +--+--+--+ +--+--+--+ # |\2| |\ | # | \| | \| # +--+ +--+ # # triangularMoore -> Moore: # # lower upper # +--+--+--+ +--+--+--+ # |\B|\ |\ | |\6|\7|\ | where A=10, B=11, C=12 # |A\|C\| \| |5\|2\|8\| # +--+--+--+ +--+--+--+ # |\3|\1|\ | |\4|\0|\9| # |9\|0\|4\| | \|1\|3\| # +--+--+--+ +--+--+--+ # |\8|\2|\5| |\ |\C|\A| # | \|7\|6\| | \| \|B\| # +--+--+--+ +--+--+--+ # # 2) Checkerboard emulation: (drawn using A and V to represent triangles in two orientations) # # A V A V A V A V where each A has 3 V neighbors: V A V # V A V A V A V A V # A V A V A V A V # V A V A V A V A and each V has 3 A neighbors: A # A V A V A V A V A V A # V A V A V A V A def TriangularTransitionsToRuleTree_SplittingMethod(neighborhood,n_states,transitions_list,rule_name): # each square cell is j*N+i where i is the lower triangle, j is the upper triangle # each i,j in (0,N] # (lower and upper are lists) def encode(lower,upper): return [ up*n_states+low for up in upper for low in lower ] # what neighbors of the lower triangle overlap neighbors of the upper triangle? lower2upper = { "triangularVonNeumann": [(0,1),(1,0)], "triangularMoore": [(0,1),(1,0),(2,12),(3,4),(4,3),(5,10),(6,11),(10,5),(11,6),(12,2)], } numNeighbors = { "triangularVonNeumann":4, "triangularMoore":8 } # convert transitions to list of list of sets for speed transitions = [[set(e) for e in t] for t in transitions_list] tree = RuleTree(n_states*n_states,numNeighbors[neighborhood]) # for each transition pair, see if we can apply them both at once to a square for i,t1 in enumerate(transitions): # as lower golly.show("Building rule tree... (pass 1 of 2: "+str(100*i/len(transitions))+"%)") for t2 in transitions: # as upper # we can only apply both rules at once if they overlap to some extent ### AKT: any() and isdisjoint() are not available in Python 2.3: ### if any( t1[j].isdisjoint(t2[k]) for j,k in lower2upper[neighborhood] ): ### continue any_disjoint = False for j,k in lower2upper[neighborhood]: if len(t1[j] & t2[k]) == 0: any_disjoint = True break if any_disjoint: continue # take the intersection of their inputs if neighborhood=="triangularVonNeumann": tree.add_rule( [ encode(t1[0]&t2[1],t1[1]&t2[0]), # C encode(range(n_states),t1[2]), # S encode(t2[3],range(n_states)), # E encode(range(n_states),t1[3]), # W encode(t2[2],range(n_states)) ], # N encode(t1[4],t2[4])[0] ) # C' elif neighborhood=="triangularMoore": tree.add_rule( [ encode(t1[0]&t2[1],t1[1]&t2[0]), # C encode(t1[7],t1[2]&t2[12]), # S encode(t1[4]&t2[3],t2[9]), # E encode(t1[9],t1[3]&t2[4]), # W encode(t1[12]&t2[2],t2[7]), # N encode(t1[6]&t2[11],t1[5]&t2[10]), # SE encode(range(n_states),t1[8]), # SW encode(t2[8],range(n_states)), # NE encode(t1[10]&t2[5],t1[11]&t2[6]) ], # NW encode(t1[13],t2[13])[0] ) # C' # apply each transition to an individual triangle, leaving the other unchanged for i,t in enumerate(transitions): golly.show("Building rule tree... (pass 2 of 2: "+str(100*i/len(transitions))+"%)") for t_1 in t[1]: if neighborhood=="triangularVonNeumann": # as lower triangle: tree.add_rule( [ encode(t[0],[t_1]), # C encode(range(n_states),t[2]), # S range(n_states*n_states), # E encode(range(n_states),t[3]), # W range(n_states*n_states) ], # N encode(t[4],[t_1])[0] ) # C' # as upper triangle: tree.add_rule( [ encode([t_1],t[0]), # C range(n_states*n_states), # S encode(t[3],range(n_states)), # E range(n_states*n_states), # W encode(t[2],range(n_states)) ], # N encode([t_1],t[4])[0] ) # C' elif neighborhood=="triangularMoore": # as lower triangle: tree.add_rule( [encode(t[0],[t_1]), # C encode(t[7],t[2]), # S encode(t[4],range(n_states)), # E encode(t[9],t[3]), # W encode(t[12],range(n_states)), # N encode(t[6],t[5]), # SE encode(range(n_states),t[8]), # SW range(n_states*n_states), # NE encode(t[10],t[11]) ], # NW encode(t[13],[t_1])[0] ) # C' # as upper triangle: tree.add_rule( [encode([t_1],t[0]), encode(range(n_states),t[12]), # S encode(t[3],t[9]), # E encode(range(n_states),t[4]), # W encode(t[2],t[7]), # N encode(t[11],t[10]), # SE range(n_states*n_states), # SW encode(t[8],range(n_states)), # NE encode(t[5],t[6]) ], # NW encode([t_1],t[13])[0] ) # C' # output the rule tree golly.show("Compressing rule tree and saving to file...") tree.write(golly.getdir('rules') + rule_name + '.tree') def TriangularTransitionsToRuleTree_CheckerboardMethod(neighborhood,n_states,transitions,rule_name): # Background state 0 has no checkerboard, we infer it from its neighboring cells. def encode_lower(s): return s def encode_upper(s): ### AKT: this code causes syntax error in Python 2.3: ### return [0 if se==0 else n_states+se-1 for se in s] temp = [] for se in s: if se==0: temp.append(0) else: temp.append(n_states+se-1) return temp total_states = n_states*2 - 1 if total_states>256: golly.warn("Number of states exceeds Golly's limit of 256!") golly.exit() tree = RuleTree(total_states,4) for t in transitions: # as lower tree.add_rule([encode_lower(t[0]), # C encode_upper(t[2]), # S encode_upper(t[1]), # E encode_upper(t[3]), # W range(total_states)], # N encode_lower(t[4])[0]) # C' # as upper tree.add_rule([encode_upper(t[0]), # C range(total_states), # S encode_lower(t[3]), # E encode_lower(t[1]), # W encode_lower(t[2])], # N encode_upper(t[4])[0]) # C' # output the rule tree golly.show("Compressing rule tree and saving to file...") tree.write(golly.getdir('rules') + rule_name + '.tree') def MakeTriangularIcons_SplittingMethod(n_states,colors,force_background,rule_name): width = 31*(n_states*n_states-1) if force_background and n_states>2: width+=31 height = 53 pixels = [[(0,0,0) for x in range(width)] for y in range(height)] for row in range(height): for column in range(width): if force_background and n_states>2 and column>=width-31: # add extra 'icon' filled with the intended background color pixels[row][column] = background_color else: # decide if this pixel is a lower or upper triangle iState = int(column/31) upper = int((iState+1) / n_states) lower = (iState+1) - upper*n_states is_upper = False is_lower = False if row<31: # 31x31 icon if (column-iState*31) > row: is_upper = True elif (column-iState*31) < row: is_lower = True elif row<46 and (column-iState*31)<15: # 15x15 icon if (column-iState*31) > row-31: is_upper = True elif (column-iState*31) < row-31: is_lower = True elif (column-iState*31)<7: # 7x7 icon if (column-iState*31) > row-46: is_upper = True elif (column-iState*31) < row-46: is_lower = True if is_upper: pixels[row][column] = colors[upper] elif is_lower: pixels[row][column] = colors[lower] else: pixels[row][column] = 0,0,0 return pixels def MakeTriangularIcons_CheckerboardMethod(n_states,colors,force_background,rule_name): width = 31*(n_states*2-1) if force_background and n_states>2: width+=31 height = 53 pixels = [[(0,0,0) for x in range(width)] for y in range(height)] lower31x31 = [[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]] lower15x15 = [[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,1,1,1,0,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]] lower7x7 = [[0,0,0,0,0,0,0], [0,0,0,0,0,0,0], [0,0,0,1,0,0,0], [0,0,1,1,1,0,0], [0,1,1,1,1,1,0], [1,1,1,1,1,1,1], [0,0,0,0,0,0,0]] if force_background: bg_color = colors[0] else: bg_color = (0,0,0) for i in range(1,n_states): fg_color = colors[i] # draw 31x31 icons for row in range(31): for column in range(31): # draw lower triangle icons pixels[row][31*(i-1) + column] = [bg_color,fg_color][lower31x31[row][column]] # draw upper triangle icons pixels[row][31*(n_states+i-2) + column] = [bg_color,fg_color][lower31x31[28-row][column]] # draw 15x15 icons for row in range(15): for column in range(15): # draw lower triangle icons pixels[31+row][31*(i-1) + column] = [bg_color,fg_color][lower15x15[row][column]] # draw upper triangle icons pixels[31+row][31*(n_states+i-2) + column] = [bg_color,fg_color][lower15x15[13-row][column]] # draw 7x7 icons for row in range(7): for column in range(7): # draw lower triangle icons pixels[46+row][31*(i-1) + column] = [bg_color,fg_color][lower7x7[row][column]] # draw upper triangle icons pixels[46+row][31*(n_states+i-2) + column] = [bg_color,fg_color][lower7x7[6-row][column]] return pixels def EmulateTriangular(neighborhood,n_states,transitions_list,input_filename): '''Emulate a triangularVonNeumann or triangularMoore neighborhood rule table with a rule tree.''' input_rulename = os.path.splitext(os.path.split(input_filename)[1])[0] # read rule_name+'.colors' file if it exists force_background = False background_color = [0,0,0] cfn = os.path.split(input_filename)[0] + "/" + input_rulename + ".colors" try: cf = open(cfn,'r') except IOError: # use Golly's default random colours random_colors=[[0,0,0],[0,255,127],[127,0,255],[148,148,148],[128,255,0],[255,0,128],[0,128,255],[1,159,0], [159,0,1],[255,254,96],[0,1,159],[96,255,254],[254,96,255],[126,125,21],[21,126,125],[125,21,126], [255,116,116],[116,255,116],[116,116,255],[228,227,0],[28,255,27],[255,27,28],[0,228,227], [227,0,228],[27,28,255],[59,59,59],[234,195,176],[175,196,255],[171,194,68],[194,68,171], [68,171,194],[72,184,71],[184,71,72],[71,72,184],[169,255,188],[252,179,63],[63,252,179], [179,63,252],[80,9,0],[0,80,9],[9,0,80],[255,175,250],[199,134,213],[115,100,95],[188,163,0], [0,188,163],[163,0,188],[203,73,0],[0,203,73],[73,0,203],[94,189,0],[189,0,94]] colors = dict(zip(range(len(random_colors)),random_colors)) else: # read from the .colors file colors = {0:[0,0,0]} # background is black for line in cf: if line[0:6]=='color ': entries = map(int,line[6:].replace('=',' ').replace('\n',' ').split()) if len(entries)<4: continue # too few entries, ignore if entries[0]==0: force_background = True background_color = [entries[1],entries[2],entries[3]] else: colors.update({entries[0]:[entries[1],entries[2],entries[3]]}) # (we don't support gradients in .colors) rule_name = input_rulename + '_emulated' # (we use a special suffix to avoid picking up any existing .colors or .icons) # make a rule tree and some icons if n_states <= 16: TriangularTransitionsToRuleTree_SplittingMethod(neighborhood,n_states,transitions_list,rule_name) pixels = MakeTriangularIcons_SplittingMethod(n_states,colors,force_background,rule_name) total_states = n_states * n_states elif neighborhood=='triangularVonNeumann' and n_states <= 128: TriangularTransitionsToRuleTree_CheckerboardMethod(neighborhood,n_states,transitions_list,rule_name) pixels = MakeTriangularIcons_CheckerboardMethod(n_states,colors,force_background,rule_name) total_states = n_states * 2 - 1 else: golly.warn('Only support triangularMoore with 16 states or fewer, and triangularVonNeumann\n'+\ 'with 128 states or fewer.') golly.exit() if n_states==2: # the icons we wrote are monochrome, so we need a .colors file to avoid # them all having different colors or similar from Golly's preferences c = open(golly.getdir('rules')+rule_name+".colors",'w') if force_background: c.write('color = 0 '+' '.join(map(str,background_color))+'\n') for i in range(1,total_states): c.write('color = '+str(i)+' '+' '.join(map(str,colors[1]))+'\n') c.flush() c.close() # use rule_name.tree and rule_name.colors and icon info to create rule_name.rule ConvertTreeToRule(rule_name, total_states, pixels) return rule_name golly-3.3-src/Scripts/Python/glife/EmulateMargolus.py0000644000175000017500000001671312112261643017677 00000000000000# We emulate Margolus and related partitioning neighborhoods by making a 2-layer CA, with a # background layer (0,1) that alternates a sort-of-checker pattern, and the normal states on top. # # For the Margolus neighborhood there is only one 'phase'; one background pattern, that alternates # between top-left and bottom-right of a 2x2 region. # # For the square4_* neighborhoods we need two phases since the background shifts in different # directions to make a figure-8 or cyclic pattern. # # By looking at the nearby background states, each cell can work out where in the partition it is # and what the current phase is. It can therefore update the cell states layer correctly, and also # update the background layer for the next phase. import golly import os from glife.RuleTree import * # state s (0,N-1) on background state b (0,1) becomes 1+b+2s with 0 = off-grid def encode(s,b): # (s is a list) return [ 1+b+2*se for se in s ] # The BackgroundInputs array tells us where we are in the block: # # Phase 1: 0 1 (the lone 0 is the top-left of the block to be updated) # 1 1 # # Phase 2: 1 0 (the lone 1 is the top-left of the block to be updated) # 0 0 # # (imagine the blocks stacked together to see why this gives the values below) # BackgroundInputs = [ # each C,S,E,W,N,SE,SW,NE,NW [0,1,1,1,1,1,1,1,1], # this pattern of background states means that this is top-left, phase 1 [1,1,0,0,1,1,1,1,1], # top-right, phase 1 [1,0,1,1,0,1,1,1,1], # bottom-left, phase 1 [1,1,1,1,1,0,0,0,0], # bottom-right, phase 1 [1,0,0,0,0,0,0,0,0], # top-left, phase 2 [0,0,1,1,0,0,0,0,0], # top-right, phase 2 [0,1,0,0,1,0,0,0,0], # bottom-left, phase 2 [0,0,0,0,0,1,1,1,1], # bottom-right, phase 2 ] # The BackgroundOutputs array tells us how the background pattern changes: # # Margolus: 0 1 become 1 1 (block moves diagonally) # 1 1 1 0 # # square4_figure8v: 0 1 becomes 0 0 (block moves diagonally) # 1 1 0 1 # # 1 0 becomes 1 0 (block moves horizontally) # 0 0 1 1 # # square4_figure8h: 0 1 becomes 0 0 (block moves diagonally) # 1 1 0 1 # # 1 0 becomes 1 1 (block moves vertically) # 0 0 0 1 # # square4_cyclic : 0 1 becomes 0 0 (block moves vertically) # 1 1 1 0 # # 1 0 becomes 1 0 (block moves horizontally) # 0 0 1 1 # # (Following Tim Tyler: http://www.cell-auto.com/neighbourhood/square4/index.html) # BackgroundOutputs = { # (top-left, top-right, bottom-left, bottom-right)*2 (or *1 for Margolus) "Margolus": [1,1,1,0], # phase 1 -> phase 1 "square4_figure8v":[0,0,0,1,1,0,1,1], # phase 1 <--> phase 2 "square4_figure8h":[0,0,0,1,1,1,0,1], # phase 1 <--> phase 2 "square4_cyclic": [0,0,1,0,1,0,1,1], # phase 1 <--> phase 2 } # The ForegroundInputs array tells us, for each of the 4 positions (0=top-left, 1=top-right, # 2=bottom-left, 3=bottom-right), where the other positions are found in our Moore neighborhood # e.g. if we're 0 (top-left) then the first row tells us that to our South is position 2 (bottom-left) # and to our South-East is position 3 (bottom-right). # (N.B. these values don't depend on the phase or the background pattern) ForegroundInputs = [ [0,2,1,-1,-1,3,-1,-1,-1], # what surrounds this entry? [1,3,-1,0,-1,-1,2,-1,-1], # (C,S,E,W,N,SE,SW,NE,NW) [2,-1,3,-1,0,-1,-1,1,-1], # (-1 = anything) [3,-1,-1,2,1,-1,-1,-1,0] # (0,1,2,3 = index of Margolus input) ] def EmulateMargolus(neighborhood,n_states,transitions,input_filename): '''Emulate a Margolus or square4_* neighborhood rule table with a Moore neighborhood rule tree.''' rule_name = os.path.splitext(os.path.split(input_filename)[1])[0] total_states = 1+2*n_states tree = RuleTree(total_states,8) # now work through the transitions for tr in transitions: for iOutput,background_output in enumerate(BackgroundOutputs[neighborhood]): bg_inputs = BackgroundInputs[iOutput] iEntry = iOutput % 4 # (0=top-left, 1=top-right, 2=bottom-left, 3=bottom-right) rule_inputs = [] for i in range(9): if ForegroundInputs[iEntry][i]==-1: rule_inputs.append(encode( range(n_states), bg_inputs[i] ) + [0]) # wildcard else: rule_inputs.append(encode( tr[ForegroundInputs[iEntry][i]], bg_inputs[i] )) tree.add_rule( rule_inputs, encode( tr[iEntry+4], background_output )[0] ) # supply default behaviour: background still changes even if the state doesn't for iState in range(n_states): for iOutput,background_output in enumerate(BackgroundOutputs[neighborhood]): bg_inputs = BackgroundInputs[iOutput] tree.add_rule( [ encode( [iState], bg_inputs[0] ) ] + [ encode( range(n_states), bg_inputs[i] )+[0] for i in range(1,9) ], # wildcard encode( [iState], background_output )[0] ) # output the rule tree golly.show("Compressing rule tree and saving to file...") tree.write(golly.getdir('rules') + rule_name + '.tree') # also save a .colors file golly.show("Generating colors...") # read rule_name+'.colors' file if it exists cfn = os.path.split(input_filename)[0] + '/' + os.path.splitext(os.path.split(input_filename)[1])[0] + ".colors" try: cf = open(cfn,'r') except IOError: # use Golly's default random colours random_colors=[[90,90,90],[0,255,127],[127,0,255],[148,148,148],[128,255,0],[255,0,128],[0,128,255],[1,159,0], [159,0,1],[255,254,96],[0,1,159],[96,255,254],[254,96,255],[126,125,21],[21,126,125],[125,21,126], [255,116,116],[116,255,116],[116,116,255],[228,227,0],[28,255,27],[255,27,28],[0,228,227], [227,0,228],[27,28,255],[59,59,59],[234,195,176],[175,196,255],[171,194,68],[194,68,171], [68,171,194],[72,184,71],[184,71,72],[71,72,184],[169,255,188],[252,179,63],[63,252,179], [179,63,252],[80,9,0],[0,80,9],[9,0,80],[255,175,250],[199,134,213],[115,100,95],[188,163,0], [0,188,163],[163,0,188],[203,73,0],[0,203,73],[73,0,203],[94,189,0],[189,0,94]] colors = dict(zip(range(len(random_colors)),random_colors)) else: # read from the .colors file colors = {} for line in cf: if line[0:5]=='color': entries = map(int,line[5:].replace('=',' ').replace('\n',' ').split()) if len(entries)<4: continue # too few entries, ignore colors.update({entries[0]:[entries[1],entries[2],entries[3]]}) # (TODO: support gradients in .colors) # provide a deep blue background if none provided if not 0 in colors: colors.update({0:[0,0,120]}) c = open(golly.getdir('rules')+rule_name+".colors",'w') for col in colors.items()[:n_states]: c.write('color='+str(col[0]*2+1)+' '+' '.join(map(str,col[1]))+'\n') c.write('color='+str(col[0]*2+2)+' '+' '.join([ str(int(x*0.7)) for x in col[1] ])+'\n') # (darken slightly) c.flush() c.close() # use rule_name.tree and rule_name.colors to create rule_name.rule (no icon info) ConvertTreeToRule(rule_name, total_states, []) return rule_name golly-3.3-src/Scripts/Python/glife/ReadRuleTable.py0000644000175000017500000002532412026730263017245 00000000000000try: set except NameError: # use sets module if Python version is < 2.4 from sets import Set as set import golly # generate permutations where the input list may have duplicates # e.g. [1,2,1] -> [[1, 2, 1], [1, 1, 2], [2, 1, 1]] # (itertools.permutations would yield 6 and removing duplicates afterwards is less efficient) # http://code.activestate.com/recipes/496819/ (PSF license) def permu2(xs): if len(xs)<2: yield xs else: h = [] for x in xs: h.append(x) if x in h[:-1]: continue ts = xs[:]; ts.remove(x) for ps in permu2(ts): yield [x]+ps # With some neighborhoods we permute after building each transition, to avoid # creating lots of copies of the same rule. The others are permuted explicitly # because we haven't worked out how to permute the Margolus neighborhood while # allowing for duplicates. PermuteLater = ['vonNeumann','Moore','hexagonal','triangularVonNeumann', 'triangularMoore','oneDimensional'] SupportedSymmetries = { "vonNeumann": { 'none':[[0,1,2,3,4,5]], 'rotate4':[[0,1,2,3,4,5],[0,2,3,4,1,5],[0,3,4,1,2,5],[0,4,1,2,3,5]], 'rotate4reflect':[[0,1,2,3,4,5],[0,2,3,4,1,5],[0,3,4,1,2,5],[0,4,1,2,3,5], [0,4,3,2,1,5],[0,3,2,1,4,5],[0,2,1,4,3,5],[0,1,4,3,2,5]], 'reflect_horizontal':[[0,1,2,3,4,5],[0,1,4,3,2,5]], 'permute':[[0,1,2,3,4,5]], # (gets done later) }, "Moore": { 'none':[[0,1,2,3,4,5,6,7,8,9]], 'rotate4':[[0,1,2,3,4,5,6,7,8,9],[0,3,4,5,6,7,8,1,2,9],[0,5,6,7,8,1,2,3,4,9],[0,7,8,1,2,3,4,5,6,9]], 'rotate8':[[0,1,2,3,4,5,6,7,8,9],[0,2,3,4,5,6,7,8,1,9],[0,3,4,5,6,7,8,1,2,9],[0,4,5,6,7,8,1,2,3,9],\ [0,5,6,7,8,1,2,3,4,9],[0,6,7,8,1,2,3,4,5,9],[0,7,8,1,2,3,4,5,6,9],[0,8,1,2,3,4,5,6,7,9]], 'rotate4reflect':[[0,1,2,3,4,5,6,7,8,9],[0,3,4,5,6,7,8,1,2,9],[0,5,6,7,8,1,2,3,4,9],[0,7,8,1,2,3,4,5,6,9],\ [0,1,8,7,6,5,4,3,2,9],[0,7,6,5,4,3,2,1,8,9],[0,5,4,3,2,1,8,7,6,9],[0,3,2,1,8,7,6,5,4,9]], 'rotate8reflect':[[0,1,2,3,4,5,6,7,8,9],[0,2,3,4,5,6,7,8,1,9],[0,3,4,5,6,7,8,1,2,9],[0,4,5,6,7,8,1,2,3,9],\ [0,5,6,7,8,1,2,3,4,9],[0,6,7,8,1,2,3,4,5,9],[0,7,8,1,2,3,4,5,6,9],[0,8,1,2,3,4,5,6,7,9],\ [0,8,7,6,5,4,3,2,1,9],[0,7,6,5,4,3,2,1,8,9],[0,6,5,4,3,2,1,8,7,9],[0,5,4,3,2,1,8,7,6,9],\ [0,4,3,2,1,8,7,6,5,9],[0,3,2,1,8,7,6,5,4,9],[0,2,1,8,7,6,5,4,3,9],[0,1,8,7,6,5,4,3,2,9]], 'reflect_horizontal':[[0,1,2,3,4,5,6,7,8,9],[0,1,8,7,6,5,4,3,2,9]], 'permute':[[0,1,2,3,4,5,6,7,8,9]] # (gets done later) }, "Margolus": { 'none':[[0,1,2,3,4,5,6,7]], 'reflect_horizontal':[[0,1,2,3,4,5,6,7],[1,0,3,2,5,4,7,6]], 'reflect_vertical':[[0,1,2,3,4,5,6,7],[2,3,0,1,6,7,4,5]], 'rotate4': [[0,1,2,3,4,5,6,7],[2,0,3,1,6,4,7,5],[3,2,1,0,7,6,5,4],[1,3,0,2,5,7,4,6]], 'rotate4reflect':[ [0,1,2,3,4,5,6,7],[2,0,3,1,6,4,7,5],[3,2,1,0,7,6,5,4],[1,3,0,2,5,7,4,6], [1,0,3,2,5,4,7,6],[0,2,1,3,4,6,5,7],[2,3,0,1,6,7,4,5],[3,1,2,0,7,5,6,4]], 'permute':[p+map(lambda x:x+4,p) for p in permu2(range(4))] }, "square4_figure8v": # same symmetries as Margolus { 'none':[[0,1,2,3,4,5,6,7]], 'reflect_horizontal':[[0,1,2,3,4,5,6,7],[1,0,3,2,5,4,7,6]], 'reflect_vertical':[[0,1,2,3,4,5,6,7],[2,3,0,1,6,7,4,5]], 'rotate4': [[0,1,2,3,4,5,6,7],[2,0,3,1,6,4,7,5],[3,2,1,0,7,6,5,4],[1,3,0,2,5,7,4,6]], 'rotate4reflect':[ [0,1,2,3,4,5,6,7],[2,0,3,1,6,4,7,5],[3,2,1,0,7,6,5,4],[1,3,0,2,5,7,4,6], [1,0,3,2,5,4,7,6],[0,2,1,3,4,6,5,7],[2,3,0,1,6,7,4,5],[3,1,2,0,7,5,6,4]], 'permute':[p+map(lambda x:x+4,p) for p in permu2(range(4))] }, "square4_figure8h": # same symmetries as Margolus { 'none':[[0,1,2,3,4,5,6,7]], 'reflect_horizontal':[[0,1,2,3,4,5,6,7],[1,0,3,2,5,4,7,6]], 'reflect_vertical':[[0,1,2,3,4,5,6,7],[2,3,0,1,6,7,4,5]], 'rotate4': [[0,1,2,3,4,5,6,7],[2,0,3,1,6,4,7,5],[3,2,1,0,7,6,5,4],[1,3,0,2,5,7,4,6]], 'rotate4reflect':[ [0,1,2,3,4,5,6,7],[2,0,3,1,6,4,7,5],[3,2,1,0,7,6,5,4],[1,3,0,2,5,7,4,6], [1,0,3,2,5,4,7,6],[0,2,1,3,4,6,5,7],[2,3,0,1,6,7,4,5],[3,1,2,0,7,5,6,4]], 'permute':[p+map(lambda x:x+4,p) for p in permu2(range(4))] }, "square4_cyclic": # same symmetries as Margolus { 'none':[[0,1,2,3,4,5,6,7]], 'reflect_horizontal':[[0,1,2,3,4,5,6,7],[1,0,3,2,5,4,7,6]], 'reflect_vertical':[[0,1,2,3,4,5,6,7],[2,3,0,1,6,7,4,5]], 'rotate4': [[0,1,2,3,4,5,6,7],[2,0,3,1,6,4,7,5],[3,2,1,0,7,6,5,4],[1,3,0,2,5,7,4,6]], 'rotate4reflect':[ [0,1,2,3,4,5,6,7],[2,0,3,1,6,4,7,5],[3,2,1,0,7,6,5,4],[1,3,0,2,5,7,4,6], [1,0,3,2,5,4,7,6],[0,2,1,3,4,6,5,7],[2,3,0,1,6,7,4,5],[3,1,2,0,7,5,6,4]], 'permute':[p+map(lambda x:x+4,p) for p in permu2(range(4))] }, "triangularVonNeumann": { 'none':[[0,1,2,3,4]], 'rotate':[[0,1,2,3,4],[0,3,1,2,4],[0,2,3,1,4]], 'rotate_reflect':[[0,1,2,3,4],[0,3,1,2,4],[0,2,3,1,4],[0,3,2,1,4],[0,1,3,2,4],[0,2,1,3,4]], 'permute':[[0,1,2,3,4]] # (gets done later) }, "triangularMoore": { 'none':[[0,1,2,3,4,5,6,7,8,9,10,11,12,13]], 'rotate':[[0,1,2,3,4,5,6,7,8,9,10,11,12,13], [0,2,3,1,7,8,9,10,11,12,4,5,6,13], [0,3,1,2,10,11,12,4,5,6,7,8,9,13]], 'rotate_reflect':[[0,1,2,3,4,5,6,7,8,9,10,11,12,13], [0,2,3,1,7,8,9,10,11,12,4,5,6,13], [0,3,1,2,10,11,12,4,5,6,7,8,9,13], [0,3,2,1,9,8,7,6,5,4,12,11,10,13], [0,2,1,3,6,5,4,12,11,10,9,8,7,13], [0,1,3,2,12,11,10,9,8,7,6,5,4,13]], 'permute':[[0,1,2,3,4,5,6,7,8,9,10,11,12,13]], # (gets done later) }, "oneDimensional": { 'none':[[0,1,2,3]], 'reflect':[[0,1,2,3],[0,2,1,3]], 'permute':[[0,1,2,3]], # (gets done later) }, "hexagonal": { 'none':[[0,1,2,3,4,5,6,7]], 'rotate2':[[0,1,2,3,4,5,6,7],[0,4,5,6,1,2,3,7]], 'rotate3':[[0,1,2,3,4,5,6,7],[0,3,4,5,6,1,2,7],[0,5,6,1,2,3,4,7]], 'rotate6':[[0,1,2,3,4,5,6,7],[0,2,3,4,5,6,1,7],[0,3,4,5,6,1,2,7], [0,4,5,6,1,2,3,7],[0,5,6,1,2,3,4,7],[0,6,1,2,3,4,5,7]], 'rotate6reflect':[[0,1,2,3,4,5,6,7],[0,2,3,4,5,6,1,7],[0,3,4,5,6,1,2,7], [0,4,5,6,1,2,3,7],[0,5,6,1,2,3,4,7],[0,6,1,2,3,4,5,7], [0,6,5,4,3,2,1,7],[0,5,4,3,2,1,6,7],[0,4,3,2,1,6,5,7], [0,3,2,1,6,5,4,7],[0,2,1,6,5,4,3,7],[0,1,6,5,4,3,2,7]], 'permute':[[0,1,2,3,4,5,6,7]], # (gets done later) }, } def ReadRuleTable(filename): ''' Return n_states, neighborhood, transitions e.g. 2, "vonNeumann", [[0],[0,1],[0],[0],[1],[1]] Transitions are expanded for symmetries and bound variables. ''' f=open(filename,'r') vars={} symmetry_string = '' symmetry = [] n_states = 0 neighborhood = '' transitions = [] numParams = 0 for line in f: if line[0]=='#' or line.strip()=='': pass elif line[0:9]=='n_states:': n_states = int(line[9:]) if n_states<0 or n_states>256: golly.warn('n_states out of range: '+n_states) golly.exit() elif line[0:13]=='neighborhood:': neighborhood = line[13:].strip() if not neighborhood in SupportedSymmetries: golly.warn('Unknown neighborhood: '+neighborhood) golly.exit() numParams = len(SupportedSymmetries[neighborhood].items()[0][1][0]) elif line[0:11]=='symmetries:': symmetry_string = line[11:].strip() if not symmetry_string in SupportedSymmetries[neighborhood]: golly.warn('Unknown symmetry: '+symmetry_string) golly.exit() symmetry = SupportedSymmetries[neighborhood][symmetry_string] elif line[0:4]=='var ': line = line[4:] # strip var keyword if '#' in line: line = line[:line.find('#')] # strip any trailing comment # read each variable into a dictionary mapping string to list of ints entries = line.replace('=',' ').replace('{',' ').replace(',',' ').\ replace(':',' ').replace('}',' ').replace('\n','').split() vars[entries[0]] = [] for e in entries[1:]: if e in vars: vars[entries[0]] += vars[e] # vars allowed in later vars else: vars[entries[0]].append(int(e)) else: # assume line is a transition if '#' in line: line = line[:line.find('#')] # strip any trailing comment if ',' in line: entries = line.replace('\n','').replace(',',' ').replace(':',' ').split() else: entries = list(line.strip()) # special no-comma format if not len(entries)==numParams: golly.warn('Wrong number of entries on line: '+line+' (expected '+str(numParams)+')') golly.exit() # retrieve the variables that repeat within the transition, these are 'bound' bound_vars = [ e for e in set(entries) if entries.count(e)>1 and e in vars ] # iterate through all the possible values of each bound variable var_val_indices = dict(zip(bound_vars,[0]*len(bound_vars))) while True: ### AKT: this code causes syntax error in Python 2.3: ### transition = [ [vars[e][var_val_indices[e]]] if e in bound_vars \ ### else vars[e] if e in vars \ ### else [int(e)] \ ### for e in entries ] transition = [] for e in entries: if e in bound_vars: transition.append([vars[e][var_val_indices[e]]]) elif e in vars: transition.append(vars[e]) else: transition.append([int(e)]) if symmetry_string=='permute' and neighborhood in PermuteLater: # permute all but C,C' (first and last entries) for permuted_section in permu2(transition[1:-1]): permuted_transition = [transition[0]]+permuted_section+[transition[-1]] if not permuted_transition in transitions: transitions.append(permuted_transition) else: # expand for symmetry using the explicit list for s in symmetry: tran = [transition[i] for i in s] if not tran in transitions: transitions.append(tran) # increment the variable values (or break out if done) var_val_to_change = 0 while var_val_to_change= len(bound_vars): break f.close() return n_states, neighborhood, transitions golly-3.3-src/Scripts/Python/glife/base.py0000644000175000017500000001041712026730263015501 00000000000000from glife import * block = pattern (""" ** ** """) blinker = pattern ("***", -1, 0) glider = pattern (""" .** **. ..* """) lwss = pattern (""" ****. *...* *.... .*..* """) mwss = pattern (""" *****. *....* *..... .*...* ...*.. """) hwss = pattern (""" ******. *.....* *...... .*....* ...**.. """) eater = hook = pattern (""" ** * .*** ...* """) queenbee = pattern (""" **.. ..*. ...* ...* ...* ..*. **.. """) herschel = pattern (""" ***. .*.. .*** """) bheptomino = pattern (""" **. .** **. *.. """) tub = pattern (""" .*. *.* .*. """, -1, -1) boat = pattern (""" **. *.* .*. """) long_boat = pattern (""" **. *.* .*.* ..* """) ship = pattern (""" **. *.* .** """, -1, -1) beehive = pattern (""" .**. *..* .**. """, 0, -1) loaf = pattern (""" .**. *..* *.*. .*.. """) snake = pattern (""" *.** **.* """) aircraft_carrier = pattern (""" **.. *..* ..** """) honeyfarm = pattern (""" ......*...... .....*.*..... .....*.*..... ......*...... ............. .**.......**. *..*.....*..* .**.......**. ............. ......*...... .....*.*..... .....*.*..... ......*...... """, -6, -6) beacon = pattern (""" **.. *... ...* ..** """) blocker = pattern (""" ......*.*. .....*.... **..*....* **.*..*.** ....**.... """) clock = pattern (""" ..*. **.. ..** .*.. """) dart = pattern (""" ........*. .......*.* ......**.. .........* .....*...* ..*..*.... .*.*..**** *..*...... .*.*..**** ..*..*.... .....*...* .........* ......**.. .......*.* ........*. """, 0, -7) big_beacon = pattern (""" ***... ***... ***... ...*** ...*** ...*** """) middleweight_volcano = pattern (""" ...*******... .***.***.***. *....***....* .****.*.***.* ...........*. *.**.*.*.*... **.*.*.*.**.. ....*..*.*... .....**..*... .........**.. """, -6, 0) heavyweight_volcano = pattern (""" .........*.......................... ........*.*......................... ......***.*......................... .....*....**.*...................... .....*.**...**......**.............. ....**.*.**.........*.*............. .........*.*****......*..*.**....... ..*.**.**.*.....*....**.*.**.*...... .....**.....****........*....*...... *...*.*..*...*.*....**.*.****.**.... *...*.*..**.*.**.**....*.*....*.*... .....**...***.**.*.***.*..***...*... ..*.**.**.**.............*.*..*.*.** ...........*......*.*.*.*..**.*.*.*. ....**.*.*.**......**.*.*.*...*.*.*. .....*.**.*..*.......*.**..****.**.. .....*....*.*........*...**......... ....**....**........**...*..*....... ...........................**....... """) galaxy = pattern (""" ******.** ******.** .......** **.....** **.....** **.....** **....... **.****** **.****** """, -4, -4) orion = pattern (""" ...**......... ...*.*........ ...*.......... **.*.......... *....*........ *.**......***. .....***....** ......***.*.*. .............* ......*.*..... .....**.*..... ......*....... ....**.*...... .......*...... .....**....... """) pentadecathlon = pattern (""" ..*....*.. **.****.** ..*....*.. """, 0, -1) pi = pattern (""" *** *.* *.* """) pond = pattern (""" .**. *..* *..* .**. """) pulsar = pattern (""" ..***...***.. ............. *....*.*....* *....*.*....* *....*.*....* ..***...***.. ............. ..***...***.. *....*.*....* *....*.*....* *....*.*....* ............. ..***...***.. """, -6, -6) rpentomino = pattern (""" .** ** .* """) rabbits = pattern (""" *...*** ***..*. .*..... """) spider = pattern (""" .........*.......*......... ...**.*.*.**...**.*.*.**... ***.*.***.........***.*.*** *...*.*.....*.*.....*.*...* ....**......*.*......**.... .**.........*.*.........**. .**.**...............**.**. .....*...............*..... """, -13, 0) lightweight_volcano = pattern (""" ...**..**... .***.**.***. *..........* .****..****. ....*..*.... .**......**. .*..*..*..*. ..***..***.. ............ ****.**.**** *..**..**..* """) unix = pattern (""" ..**.... ....*.** *..*..** *.*..... .*...... ........ .**..... .**..... """) biblocker = pattern (""" ..................*........... .................*.**......... .................*.**......... ..................**.......... .............................. .......**............**....... .......**............**....... .............................. .............................. ......*.*..................... .....*..................**.... **..*....*..........**.*..*.** **.*..*.**..........**..*....* ....**...................*.... ..........................*.*. """) golly-3.3-src/Scripts/Python/glife/__init__.py0000644000175000017500000002045512026730263016331 00000000000000# Initialization script executed by using "import glife". # Based on python/life/__init__.py in Eugene Langvagen's PLife. import golly import sys import time __doc__ = """High-level scripting aids for Golly."""; # -------------------------------------------------------------------- class rect(list): """A simple class to make it easier to manipulate rectangles.""" def visible(self): """Return true if rect is completely visible in viewport.""" return golly.visrect( [self.x, self.y, self.wd, self.ht] ) def __init__(self, R = []): if len(R) == 0: self.empty = True elif len(R) == 4: self.empty = False self.x = self.left = R[0] self.y = self.top = R[1] self.wd = self.width = R[2] self.ht = self.height = R[3] if self.wd <= 0: raise ValueError("rect width must be > 0") if self.ht <= 0: raise ValueError("rect height must be > 0") self.right = self.left + self.wd - 1 self.bottom = self.top + self.ht - 1 else: raise TypeError("rect arg must be [] or [x,y,wd,ht]") list.__init__(self, R) # -------------------------------------------------------------------- # Define some useful synonyms: # for golly.clear and golly.advance inside = 0 outside = 1 # for golly.flip left_right = 0 top_bottom = 1 up_down = 1 # for golly.rotate clockwise = 0 anticlockwise = 1 # for golly.setcursor (must match strings in Cursor Mode submenu) draw = "Draw" pick = "Pick" select = "Select" move = "Move" zoomin = "Zoom In" zoomout = "Zoom Out" # -------------------------------------------------------------------- # Define some transformation matrices: identity = ( 1, 0, 0, 1) flip = (-1, 0, 0, -1) flip_x = (-1, 0, 0, 1) flip_y = ( 1, 0, 0, -1) swap_xy = ( 0, 1, 1, 0) swap_xy_flip = ( 0, -1, -1, 0) # Rotation: rcw = ( 0, -1, 1, 0) rccw = ( 0, 1, -1, 0) # -------------------------------------------------------------------- def rule(s = "B3/S23"): """\ Set the rule for the Game of Life. Although it affects subsequent calls to pattern.evolve(), only the last call to this function matters for the viewer.""" golly.setrule(s) # -------------------------------------------------------------------- def description(s): """Supply a textual description to the whole pattern.""" for line in s.split("\n"): print "#D", line # -------------------------------------------------------------------- def compose(S, T): """\ Return the composition of two transformations S and T. A transformation is a tuple of the form (x, y, A), which denotes multiplying by matrix A and then translating by vector (x, y). These tuples can be passed to pattern.__call__().""" x = S[0]; y = S[1]; A = S[2] s = T[0]; t = T[1]; B = T[2] return (x * B[0] + y * B[1] + s, x * B[2] + y * B[3] + t, (A[0] * B[0] + A[2] * B[1], A[1] * B[0] + A[3] * B[1], A[0] * B[2] + A[2] * B[3], A[1] * B[2] + A[3] * B[3])) # -------------------------------------------------------------------- class pattern(list): """This class represents a cell list.""" def __add__(self, q): """Join patterns.""" return pattern(golly.join(self, q)) def __getitem__(self, N): """\ The __getitem__() function is an alias to evolve(). It allows to access the pattern's phases as elements of an array.""" return self.evolve(N) def __call__(self, x, y, A = identity): """The same as 'apply(A).translate(x, y)'.""" return pattern(golly.transform(self, x, y, *A)) def translate(self, x, y): """Translate the pattern.""" return self(x, y) def apply(self, A): """\ Apply a matrix transformation to the pattern. Predefined matrices are: identity, flip, flip_x, flip_y, swap_xy, swap_xy_flip, rcw (rotate clockwise) and rccw (rotate counter-clockwise).""" return self(0, 0, A) def put(self, x = 0, y = 0, A = identity): """Paste pattern into current universe.""" golly.putcells(self, x, y, *A) def display(self, title = "untitled", x = 0, y = 0, A = identity): """Paste pattern into new universe and display it all.""" golly.new(title) golly.putcells(self, x, y, *A) golly.fit() golly.setcursor(zoomin) def save(self, fn, desc = None): """\ Save the pattern to file 'fn' in RLE format. An optional description 'desc' may be given.""" golly.store(self, fn, desc) def evolve(self, N): """\ Return N-th generation of the pattern. Once computed, the N-th generation is remembered and quickly accessible. It is also the base for computing generations subsequent to N-th.""" if N < 0: raise ValueError("backward evolving requested") if self.__phases.has_key(N): return self.__phases[N] M = 0 for k in self.__phases.keys(): if M < k < N: M = k p = self.__phases[N] = pattern(golly.evolve(self.__phases[M], N - M)) return p def __init__(self, P = [], x0 = 0, y0 = 0, A = identity): """\ Initialize a pattern from argument P. P may be another pattern, a cell list, or a multi-line string. A cell list should look like [x1, y1, x2, y2, ...]; a string may be in one of the two autodetected formats: 'visual' or 'RLE'. o 'visual' format means that the pattern is represented in a visual way using symbols '*' (on cell), '.' (off cell) and '\\n' (newline), just like in Life 1.05 format. (Note that an empty line should contain at least one dot). o 'RLE' format means that a string is Run-Length Encoded. The format uses 'o' for on-cells, 'b' for off-cells and '$' for newlines. Moreover, any of these symbols may be prefixed by a number, to denote that symbol repeated that number of times. When P is a string, an optional transformation (x0, y0, A) may be specified. """ self.__phases = dict() if type(P) == list: list.__init__(self, P) elif type(P) == pattern: list.__init__(self, list(P)) elif type(P) == str: list.__init__(self, golly.parse(P, x0, y0, *A)) else: raise TypeError("list or string is required here") self.__phases[0] = self # -------------------------------------------------------------------- def load(fn): # note that top left cell of bounding box will be at 0,0 return pattern(golly.load(fn)) # -------------------------------------------------------------------- def getminbox(patt): # return a rect which is the minimal bounding box of given pattern; # note that if the pattern is a multi-state list then any dead cells # are included in the bounding box minx = sys.maxint maxx = -sys.maxint miny = sys.maxint maxy = -sys.maxint clist = list(patt) clen = len(clist) inc = 2 if clen & 1 == 1: # multi-state list (3 ints per cell) inc = 3 # ignore padding int if it is present if clen % 3 == 1: clen -= 1 for x in xrange(0, clen, inc): if clist[x] < minx: minx = clist[x] if clist[x] > maxx: maxx = clist[x] for y in xrange(1, clen, inc): if clist[y] < miny: miny = clist[y] if clist[y] > maxy: maxy = clist[y] return rect( [ minx, miny, maxx - minx + 1, maxy - miny + 1 ] ) # -------------------------------------------------------------------- def validint(s): # return True if given string represents a valid integer if len(s) == 0: return False s = s.replace(",","") if s[0] == '+' or s[0] == '-': s = s[1:] return s.isdigit() # -------------------------------------------------------------------- def getposint(): # return current viewport position as integer coords x, y = golly.getpos() return int(x), int(y) # -------------------------------------------------------------------- def setposint(x,y): # convert integer coords to strings and set viewport position golly.setpos(str(x), str(y)) # -------------------------------------------------------------------- def getstring(prompt): # this routine is deprecated golly.warn("Change the script to use the getstring() command\n"+ "from golly rather than from glife.") golly.exit("") golly-3.3-src/Scripts/Python/glife/WriteBMP.py0000644000175000017500000000603612026730263016222 00000000000000# Just to save the user having to install PIL. # BMP code from: http://pseentertainmentcorp.com/smf/index.php?topic=2034.0 # Distributed with kind permission from James Main import struct def WriteBMP(pixels,filename): ''' Write a BMP to filename from the (r,g,b) triples in pixels[row][column]. Usage example: WriteBMP( [[(255,0,0),(0,255,0),(255,255,0)],[(0,0,255),(0,0,0),(0,255,255)]], "test.bmp" ) ''' # Here is a minimal dictionary with header values. d = { 'mn1':66, 'mn2':77, 'filesize':0, 'undef1':0, 'undef2':0, 'offset':54, 'headerlength':40, 'width':len(pixels[0]), 'height':len(pixels), 'colorplanes':1, 'colordepth':24, 'compression':0, 'imagesize':0, 'res_hor':0, 'res_vert':0, 'palette':0, 'importantcolors':0 } # Build the byte array. This code takes the height # and width values from the dictionary above and # generates the pixels row by row. The row_mod and padding # stuff is necessary to ensure that the byte count for each # row is divisible by 4. This is part of the specification. bytes = '' for row in range(d['height']-1,-1,-1): # (BMPs are encoded left-to-right from the bottom-left) for column in range(d['width']): r,g,b = pixels[row][column] pixel = struct.pack('s 47golly-3.3-src/Scripts/Python/glife/gun46.py0000644000175000017500000000046012026730263015527 00000000000000from glife.base import * rule() # use Life rule to evolve phases __half = bheptomino (0, 2, flip_x) + bheptomino (0, -2, flip) + block (16, -4) + block (16, 3) gun46_double = __half (7, -2) + __half (-8, 2, flip_x) gun46 = __half[1] (1, -7) + __half (-13, -4, flip_x) # aligned version shooting SE golly-3.3-src/Scripts/Python/glife/gun256.py0000644000175000017500000000042112026730263015607 00000000000000from glife.herschel import * __c64 = hc64 (9, 0) __stub = eater (4, -16, rccw) gun256_full = herschel (9, 0) + __c64 + __c64.apply (rcw) + __c64.apply (flip) + __c64.apply (rccw) gun256 = (gun256_full + __stub + __stub.apply (rccw) + __stub.apply (flip)) (-25, -12) golly-3.3-src/Scripts/Python/glife/gun30.py0000644000175000017500000000065112026730263015522 00000000000000from glife.base import * rule() # use Life rule to evolve phases __gun30 = queenbee + block (12, 2) + (queenbee[5] + block (12, 2)) (-9, 2, flip_x) __gun30_asym = queenbee + eater (10, 1, rccw) + (queenbee[5] + block (12, 2)) (-9, 2, flip_x) gun30 = __gun30 (1, -7) # aligned gun shooting SE gun30_a = __gun30_asym (1, -7) # aligned gun shooting SE gun60 = gun30 + gun30_a[26] (-4, 11, flip_y) golly-3.3-src/Scripts/Python/glife/text.py0000644000175000017500000001751412651666400015565 00000000000000from glife import * from string import lower # each symbol is a pattern with an additional field .width # Eric Angelini integer font __eafont = dict () __eafont['0'] = pattern ("3o$obo$obo$obo$3o!", 0, -5) __eafont['0'].width = 4 __eafont['1'] = pattern ("o$o$o$o$o!", 0, -5) __eafont['1'].width = 2 __eafont['2'] = pattern ("3o$2bo$3o$o$3o!", 0, -5) __eafont['2'].width = 4 __eafont['3'] = pattern ("3o$2bo$3o$2bo$3o!", 0, -5) __eafont['3'].width = 4 __eafont['4'] = pattern ("obo$obo$3o$2bo$2bo!", 0, -5) __eafont['4'].width = 4 __eafont['5'] = pattern ("3o$o$3o$2bo$3o!", 0, -5) __eafont['5'].width = 4 __eafont['6'] = pattern ("3o$o$3o$obo$3o!", 0, -5) __eafont['6'].width = 4 __eafont['7'] = pattern ("3o$2bo$2bo$2bo$2bo!", 0, -5) __eafont['7'].width = 4 __eafont['8'] = pattern ("3o$obo$3o$obo$3o!", 0, -5) __eafont['8'].width = 4 __eafont['9'] = pattern ("3o$obo$3o$2bo$3o!", 0, -5) __eafont['9'].width = 4 __eafont[' '] = pattern ("", 0, 0) __eafont[' '].width=2 # allow spaces to mark unknown characters __eafont['-'] = pattern ("", 0, 0) __eafont['-'].width=0 # # Mono-spaced ASCII font __mfont = dict() __mfont[' '] = pattern("") __mfont['!'] = pattern("2bo$2bo$2bo$2bo$2bo2$2bo!") __mfont['"'] = pattern("bobo$bobo$bobo!") __mfont['#'] = pattern("bobo$bobo$5o$bobo$5o$bobo$bobo!") __mfont['$'] = pattern("b3o$obobo$obo$b3o$2bobo$obobo$b3o!") __mfont['%'] = pattern("2o2bo$2o2bo$3bo$2bo$bo$o2b2o$o2b2o!") __mfont['&'] = pattern("b2o$o2bo$o2bo$b2o$o2bo$o2bo$b2obo!") __mfont['\''] = pattern("2bo$2bo$2bo!") __mfont['('] = pattern("3bo$2bo$2bo$2bo$2bo$2bo$3bo!") __mfont[')'] = pattern("bo$2bo$2bo$2bo$2bo$2bo$bo!") __mfont['*'] = pattern("$obobo$b3o$5o$b3o$obobo!") __mfont['+'] = pattern("$2bo$2bo$5o$2bo$2bo!") __mfont[','] = pattern("6$2bo$2bo$bo!") __mfont['-'] = pattern("3$5o!") __mfont['.'] = pattern("6$2bo!") __mfont['/'] = pattern("3bo$3bo$2bo$2bo$2bo$bo$bo!") __mfont['0'] = pattern("b3o$o3bo$o2b2o$obobo$2o2bo$o3bo$b3o!") __mfont['1'] = pattern("2bo$b2o$2bo$2bo$2bo$2bo$b3o!") __mfont['2'] = pattern("b3o$o3bo$4bo$3bo$2bo$bo$5o!") __mfont['3'] = pattern("b3o$o3bo$4bo$2b2o$4bo$o3bo$b3o!") __mfont['4'] = pattern("3bo$2b2o$bobo$o2bo$5o$3bo$3bo!") __mfont['5'] = pattern("5o$o$o$b3o$4bo$o3bo$b3o!") __mfont['6'] = pattern("b3o$o$o$4o$o3bo$o3bo$b3o!") __mfont['7'] = pattern("5o$4bo$3bo$2bo$bo$o$o!") __mfont['8'] = pattern("b3o$o3bo$o3bo$b3o$o3bo$o3bo$b3o!") __mfont['9'] = pattern("b3o$o3bo$o3bo$b4o$4bo$4bo$b3o!") __mfont[':'] = pattern("2$2bo4$2bo!") __mfont[';'] = pattern("2$2bo4$2bo$2bo$bo!") __mfont['<'] = pattern("$3bo$2bo$bo$2bo$3bo!") __mfont['='] = pattern("2$5o2$5o!") __mfont['>'] = pattern("$bo$2bo$3bo$2bo$bo!") __mfont['?'] = pattern("b3o$o3bo$4bo$2b2o$2bo2$2bo!") __mfont['@'] = pattern("b3o$o3bo$ob3o$obobo$ob2o$o$b3o!") __mfont['A'] = pattern("b3o$o3bo$o3bo$5o$o3bo$o3bo$o3bo!") __mfont['B'] = pattern("4o$o3bo$o3bo$4o$o3bo$o3bo$4o!") __mfont['C'] = pattern("b3o$o3bo$o$o$o$o3bo$b3o!") __mfont['D'] = pattern("4o$o3bo$o3bo$o3bo$o3bo$o3bo$4o!") __mfont['E'] = pattern("5o$o$o$3o$o$o$5o!") __mfont['F'] = pattern("5o$o$o$3o$o$o$o!") __mfont['G'] = pattern("b3o$o3bo$o$o2b2o$o3bo$o3bo$b3o!") __mfont['H'] = pattern("o3bo$o3bo$o3bo$5o$o3bo$o3bo$o3bo!") __mfont['I'] = pattern("b3o$2bo$2bo$2bo$2bo$2bo$b3o!") __mfont['J'] = pattern("2b3o$3bo$3bo$3bo$3bo$o2bo$b2o!") __mfont['K'] = pattern("o3bo$o2bo$obo$2o$obo$o2bo$o3bo!") __mfont['L'] = pattern("o$o$o$o$o$o$5o!") __mfont['M'] = pattern("o3bo$2ob2o$obobo$obobo$o3bo$o3bo$o3bo!") __mfont['N'] = pattern("o3bo$2o2bo$obobo$o2b2o$o3bo$o3bo$o3bo!") __mfont['O'] = pattern("b3o$o3bo$o3bo$o3bo$o3bo$o3bo$b3o!") __mfont['P'] = pattern("4o$o3bo$o3bo$4o$o$o$o!") __mfont['Q'] = pattern("b3o$o3bo$o3bo$o3bo$obobo$o2bo$b2obo!") __mfont['R'] = pattern("4o$o3bo$o3bo$4o$o2bo$o3bo$o3bo!") __mfont['S'] = pattern("b3o$o3bo$o$b3o$4bo$o3bo$b3o!") __mfont['T'] = pattern("5o$2bo$2bo$2bo$2bo$2bo$2bo!") __mfont['U'] = pattern("o3bo$o3bo$o3bo$o3bo$o3bo$o3bo$b3o!") __mfont['V'] = pattern("o3bo$o3bo$o3bo$o3bo$o3bo$bobo$2bo!") __mfont['W'] = pattern("o3bo$o3bo$o3bo$obobo$obobo$2ob2o$o3bo!") __mfont['X'] = pattern("o3bo$o3bo$bobo$2bo$bobo$o3bo$o3bo!") __mfont['Y'] = pattern("o3bo$o3bo$bobo$2bo$2bo$2bo$2bo!") __mfont['Z'] = pattern("5o$4bo$3bo$2bo$bo$o$5o!") __mfont['['] = pattern("2b2o$2bo$2bo$2bo$2bo$2bo$2b2o!") __mfont['\\'] = pattern("bo$bo$2bo$2bo$2bo$3bo$3bo!") __mfont[']'] = pattern("b2o$2bo$2bo$2bo$2bo$2bo$b2o!") __mfont['^'] = pattern("2bo$bobo$o3bo!") __mfont['_'] = pattern("6$5o!") __mfont['`'] = pattern("o$bo!") __mfont['a'] = pattern("2$b4o$o3bo$o3bo$o3bo$b4o!") __mfont['b'] = pattern("o$o$4o$o3bo$o3bo$o3bo$4o!") __mfont['c'] = pattern("2$b4o$o$o$o$b4o!") __mfont['d'] = pattern("4bo$4bo$b4o$o3bo$o3bo$o3bo$b4o!") __mfont['e'] = pattern("2$b3o$o3bo$5o$o$b4o!") __mfont['f'] = pattern("2b2o$bo2bo$bo$3o$bo$bo$bo!") __mfont['g'] = pattern("2$b3o$o3bo$o3bo$o3bo$b4o$4bo$b3o!") __mfont['h'] = pattern("o$o$ob2o$2o2bo$o3bo$o3bo$o3bo!") __mfont['i'] = pattern("$2bo2$2bo$2bo$2bo$2b2o!") __mfont['j'] = pattern("$3bo2$3bo$3bo$3bo$3bo$o2bo$b2o!") __mfont['k'] = pattern("o$o$o2bo$obo$3o$o2bo$o3bo!") __mfont['l'] = pattern("b2o$2bo$2bo$2bo$2bo$2bo$2b2o!") __mfont['m'] = pattern("2$bobo$obobo$obobo$o3bo$o3bo!") __mfont['n'] = pattern("2$4o$o3bo$o3bo$o3bo$o3bo!") __mfont['o'] = pattern("2$b3o$o3bo$o3bo$o3bo$b3o!") __mfont['p'] = pattern("2$4o$o3bo$o3bo$o3bo$4o$o$o!") __mfont['q'] = pattern("2$b4o$o3bo$o3bo$o3bo$b4o$4bo$4bo!") __mfont['r'] = pattern("2$ob2o$2o2bo$o$o$o!") __mfont['s'] = pattern("2$b4o$o$b3o$4bo$4o!") __mfont['t'] = pattern("$2bo$5o$2bo$2bo$2bo$3b2o!") __mfont['u'] = pattern("2$o3bo$o3bo$o3bo$o3bo$b4o!") __mfont['v'] = pattern("2$o3bo$o3bo$o3bo$bobo$2bo!") __mfont['w'] = pattern("2$o3bo$o3bo$obobo$2ob2o$o3bo!") __mfont['x'] = pattern("2$o3bo$bobo$2bo$bobo$o3bo!") __mfont['y'] = pattern("2$o3bo$o3bo$o3bo$o3bo$b4o$4bo$b3o!") __mfont['z'] = pattern("2$5o$3bo$2bo$bo$5o!") __mfont['{'] = pattern("3bo$2bo$2bo$bo$2bo$2bo$3bo!") __mfont['|'] = pattern("2bo$2bo$2bo$2bo$2bo$2bo$2bo!") __mfont['}'] = pattern("bo$2bo$2bo$3bo$2bo$2bo$bo!") __mfont['~'] = pattern("2$bo$obobo$3bo!") for key in __mfont: __mfont[key].width = 6 # Snakial font (all chars are stable Life patterns) __sfont = dict () __sfont['0'] = pattern ("2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$o5bo$bo5bo$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o!", 0, -14) __sfont['0'].width = 10 __sfont['1'] = pattern ("2o$bo$o$2o2$2o$bo$o$2o2$2o$bo$o$2o!", 1, -14) __sfont['1'].width = 6 __sfont['2'] = pattern ("2b2obo$2bob2o$6b2o$6bo$7bo$6b2o$2b2obo$2bob2o$2o$o$bo$2o$2b2obo$2bob2o!", 0, -14) __sfont['2'].width = 10 __sfont['3'] = pattern ("2obo$ob2o$4b2o$4bo$5bo$4b2o$2obo$ob2o$4b2o$4bo$5bo$4b2o$2obo$ob2o!", 0, -14) __sfont['3'].width = 8 __sfont['4'] = pattern ("2o3b2o$2o3b2o2$2o3b2o$obobobo$2bobo$b2obo$5b2o$6bo$5bo$5b2o$6bo$5bo$5b2o!", 0, -14) __sfont['4'].width = 9 __sfont['5'] = pattern ("2b2obo$2bob2o$2o$o$bo$2o$2b2obo$2bob2o$6b2o$6bo$7bo$6b2o$2b2obo$2bob2o!", 0, -14) __sfont['5'].width = 10 __sfont['6'] = pattern ("2b2obo$2bob2o$2o$o$bo$2o$2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o!", 0, -14) __sfont['6'].width = 10 __sfont['7'] = pattern ("ob2o$2obo$4b2o$5bo$4bo$4b2o$2b2o$3bo$2bo$2b2o$2o$bo$o$2o!", 0, -14) __sfont['7'].width = 8 __sfont['8'] = pattern ("2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o!", 0, -14) __sfont['8'].width = 10 __sfont['9'] = pattern ("2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o$6b2o$6bo$7bo$6b2o$2b2obo$2bob2o!", 0, -14) __sfont['9'].width = 10 __sfont['-'] = pattern ("2obo$ob2o!", 0, -8) __sfont['-'].width = 6 def make_text (string, font='Snakial'): p = pattern () x = 0 if lower(font[:2]) == "ea": f = __eafont unknown = '-' elif lower(font) == "mono": f = __mfont unknown = '?' else: f = __sfont unknown = '-' for c in string: if not f.has_key (c): c = unknown symbol = f[c] p += symbol (x, 0) x += symbol.width return p golly-3.3-src/Scripts/Python/glife/BuiltinIcons.py0000644000175000017500000002523512146034627017201 00000000000000# This module defines strings containing XPM data that matches # Golly's built-in icons (see the XPM data in wxalgos.cpp). # The strings are used by icon-importer.py and icon_exporter.py. circles = ''' XPM /* width height num_colors chars_per_pixel */ "31 31 5 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" /* icon for state 1 */ "..............................." "..............................." "..........BCDEEEEEDCB.........." ".........CEEEEEEEEEEEC........." ".......BEEEEEEEEEEEEEEEB......." "......DEEEEEEEEEEEEEEEEED......" ".....DEEEEEEEEEEEEEEEEEEED....." "....BEEEEEEEEEEEEEEEEEEEEEB...." "....EEEEEEEEEEEEEEEEEEEEEEE...." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "....EEEEEEEEEEEEEEEEEEEEEEE...." "....BEEEEEEEEEEEEEEEEEEEEEB...." ".....DEEEEEEEEEEEEEEEEEEED....." "......DEEEEEEEEEEEEEEEEED......" ".......BEEEEEEEEEEEEEEEB......." ".........CEEEEEEEEEEEC........." "..........BCDEEEEEDCB.........." "..............................." "..............................." XPM /* width height num_colors chars_per_pixel */ "15 15 5 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" /* icon for state 1 */ "..............." "....BDEEEDB...." "...DEEEEEEED..." "..DEEEEEEEEED.." ".BEEEEEEEEEEEB." ".DEEEEEEEEEEED." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".DEEEEEEEEEEED." ".BEEEEEEEEEEEB." "..DEEEEEEEEED.." "...DEEEEEEED..." "....BDEEEDB...." "..............." XPM /* width height num_colors chars_per_pixel */ "7 7 6 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" "F c #E0E0E0" /* icon for state 1 */ ".BFEFB." "BEEEEEB" "FEEEEEF" "EEEEEEE" "FEEEEEF" "BEEEEEB" ".BFEFB." ''' diamonds = ''' XPM /* width height num_colors chars_per_pixel */ "31 31 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............................." "..............................." "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." ".........BBBBBBBBBBBBB........." "........BBBBBBBBBBBBBBB........" ".......BBBBBBBBBBBBBBBBB......." "......BBBBBBBBBBBBBBBBBBB......" ".....BBBBBBBBBBBBBBBBBBBBB....." "....BBBBBBBBBBBBBBBBBBBBBBB...." "...BBBBBBBBBBBBBBBBBBBBBBBBB..." "..BBBBBBBBBBBBBBBBBBBBBBBBBBB.." "...BBBBBBBBBBBBBBBBBBBBBBBBB..." "....BBBBBBBBBBBBBBBBBBBBBBB...." ".....BBBBBBBBBBBBBBBBBBBBB....." "......BBBBBBBBBBBBBBBBBBB......" ".......BBBBBBBBBBBBBBBBB......." "........BBBBBBBBBBBBBBB........" ".........BBBBBBBBBBBBB........." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." "..............................." "..............................." XPM /* width height num_colors chars_per_pixel */ "15 15 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............." ".......B......." "......BBB......" ".....BBBBB....." "....BBBBBBB...." "...BBBBBBBBB..." "..BBBBBBBBBBB.." ".BBBBBBBBBBBBB." "..BBBBBBBBBBB.." "...BBBBBBBBB..." "....BBBBBBB...." ".....BBBBB....." "......BBB......" ".......B......." "..............." XPM /* width height num_colors chars_per_pixel */ "7 7 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "...B..." "..BBB.." ".BBBBB." "BBBBBBB" ".BBBBB." "..BBB.." "...B..." ''' hexagons = ''' XPM /* width height num_colors chars_per_pixel */ "31 31 3 1" /* colors */ ". c #000000" "B c #FFFFFF" "C c #808080" /* icon for state 1 */ ".....BBC......................." "....BBBBBC....................." "...BBBBBBBBC..................." "..BBBBBBBBBBBC................." ".BBBBBBBBBBBBBBC..............." "BBBBBBBBBBBBBBBBBC............." "BBBBBBBBBBBBBBBBBBBC..........." "CBBBBBBBBBBBBBBBBBBBBC........." ".BBBBBBBBBBBBBBBBBBBBBB........" ".CBBBBBBBBBBBBBBBBBBBBBC......." "..BBBBBBBBBBBBBBBBBBBBBB......." "..CBBBBBBBBBBBBBBBBBBBBBC......" "...BBBBBBBBBBBBBBBBBBBBBB......" "...CBBBBBBBBBBBBBBBBBBBBBC....." "....BBBBBBBBBBBBBBBBBBBBBB....." "....CBBBBBBBBBBBBBBBBBBBBBC...." ".....BBBBBBBBBBBBBBBBBBBBBB...." ".....CBBBBBBBBBBBBBBBBBBBBBC..." "......BBBBBBBBBBBBBBBBBBBBBB..." "......CBBBBBBBBBBBBBBBBBBBBBC.." ".......BBBBBBBBBBBBBBBBBBBBBB.." ".......CBBBBBBBBBBBBBBBBBBBBBC." "........BBBBBBBBBBBBBBBBBBBBBB." ".........CBBBBBBBBBBBBBBBBBBBBC" "...........CBBBBBBBBBBBBBBBBBBB" ".............CBBBBBBBBBBBBBBBBB" "...............CBBBBBBBBBBBBBB." ".................CBBBBBBBBBBB.." "...................CBBBBBBBB..." ".....................CBBBBB...." ".......................CBB....." XPM /* width height num_colors chars_per_pixel */ "15 15 3 1" /* colors */ ". c #000000" "B c #FFFFFF" "C c #808080" /* icon for state 1 */ "...BBC........." "..BBBBBC......." ".BBBBBBBBC....." "BBBBBBBBBBB...." "BBBBBBBBBBBB..." "CBBBBBBBBBBBC.." ".BBBBBBBBBBBB.." ".CBBBBBBBBBBBC." "..BBBBBBBBBBBB." "..CBBBBBBBBBBBC" "...BBBBBBBBBBBB" "....BBBBBBBBBBB" ".....CBBBBBBBB." ".......CBBBBB.." ".........CBB..." XPM /* width height num_colors chars_per_pixel */ "7 7 3 1" /* colors */ ". c #000000" "B c #FFFFFF" "C c #808080" /* icon for state 1 */ ".BBC..." "BBBBB.." "BBBBBB." "CBBBBBC" ".BBBBBB" "..BBBBB" "...CBB." ''' triangles = ''' XPM /* width height num_colors chars_per_pixel */ "31 93 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............................." "B.............................." "BB............................." "BBB............................" "BBBB..........................." "BBBBB.........................." "BBBBBB........................." "BBBBBBB........................" "BBBBBBBB......................." "BBBBBBBBB......................" "BBBBBBBBBB....................." "BBBBBBBBBBB...................." "BBBBBBBBBBBB..................." "BBBBBBBBBBBBB.................." "BBBBBBBBBBBBBB................." "BBBBBBBBBBBBBBB................" "BBBBBBBBBBBBBBBB..............." "BBBBBBBBBBBBBBBBB.............." "BBBBBBBBBBBBBBBBBB............." "BBBBBBBBBBBBBBBBBBB............" "BBBBBBBBBBBBBBBBBBBB..........." "BBBBBBBBBBBBBBBBBBBBB.........." "BBBBBBBBBBBBBBBBBBBBBB........." "BBBBBBBBBBBBBBBBBBBBBBB........" "BBBBBBBBBBBBBBBBBBBBBBBB......." "BBBBBBBBBBBBBBBBBBBBBBBBB......" "BBBBBBBBBBBBBBBBBBBBBBBBBB....." "BBBBBBBBBBBBBBBBBBBBBBBBBBB...." "BBBBBBBBBBBBBBBBBBBBBBBBBBBB..." "BBBBBBBBBBBBBBBBBBBBBBBBBBBBB.." "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB." /* icon for state 2 */ ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "..BBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "...BBBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" ".....BBBBBBBBBBBBBBBBBBBBBBBBBB" "......BBBBBBBBBBBBBBBBBBBBBBBBB" ".......BBBBBBBBBBBBBBBBBBBBBBBB" "........BBBBBBBBBBBBBBBBBBBBBBB" ".........BBBBBBBBBBBBBBBBBBBBBB" "..........BBBBBBBBBBBBBBBBBBBBB" "...........BBBBBBBBBBBBBBBBBBBB" "............BBBBBBBBBBBBBBBBBBB" ".............BBBBBBBBBBBBBBBBBB" "..............BBBBBBBBBBBBBBBBB" "...............BBBBBBBBBBBBBBBB" "................BBBBBBBBBBBBBBB" ".................BBBBBBBBBBBBBB" "..................BBBBBBBBBBBBB" "...................BBBBBBBBBBBB" "....................BBBBBBBBBBB" ".....................BBBBBBBBBB" "......................BBBBBBBBB" ".......................BBBBBBBB" "........................BBBBBBB" ".........................BBBBBB" "..........................BBBBB" "...........................BBBB" "............................BBB" ".............................BB" "..............................B" "..............................." /* icon for state 3 */ ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "B.BBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BB.BBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBB.BBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBB.BBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBB.BBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBB.BBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBB.BBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBB.BBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBB.BBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBB.BBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBB.BBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBB.BBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBB.BBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBB.BBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB.BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBB.BBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBB.BBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBB.BBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBB.BBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBB.BBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBB.BBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBB.BBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBB.BBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBB.BBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBB.BBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBB.BBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBB.BBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBB.BB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBB.B" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBB." XPM /* width height num_colors chars_per_pixel */ "15 45 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............." "B.............." "BB............." "BBB............" "BBBB..........." "BBBBB.........." "BBBBBB........." "BBBBBBB........" "BBBBBBBB......." "BBBBBBBBB......" "BBBBBBBBBB....." "BBBBBBBBBBB...." "BBBBBBBBBBBB..." "BBBBBBBBBBBBB.." "BBBBBBBBBBBBBB." /* icon for state 2 */ ".BBBBBBBBBBBBBB" "..BBBBBBBBBBBBB" "...BBBBBBBBBBBB" "....BBBBBBBBBBB" ".....BBBBBBBBBB" "......BBBBBBBBB" ".......BBBBBBBB" "........BBBBBBB" ".........BBBBBB" "..........BBBBB" "...........BBBB" "............BBB" ".............BB" "..............B" "..............." /* icon for state 3 */ ".BBBBBBBBBBBBBB" "B.BBBBBBBBBBBBB" "BB.BBBBBBBBBBBB" "BBB.BBBBBBBBBBB" "BBBB.BBBBBBBBBB" "BBBBB.BBBBBBBBB" "BBBBBB.BBBBBBBB" "BBBBBBB.BBBBBBB" "BBBBBBBB.BBBBBB" "BBBBBBBBB.BBBBB" "BBBBBBBBBB.BBBB" "BBBBBBBBBBB.BBB" "BBBBBBBBBBBB.BB" "BBBBBBBBBBBBB.B" "BBBBBBBBBBBBBB." XPM /* width height num_colors chars_per_pixel */ "7 21 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "......." "B......" "BB....." "BBB...." "BBBB..." "BBBBB.." "BBBBBB." /* icon for state 2 */ ".BBBBBB" "..BBBBB" "...BBBB" "....BBB" ".....BB" "......B" "......." /* icon for state 3 */ ".BBBBBB" "B.BBBBB" "BB.BBBB" "BBB.BBB" "BBBB.BB" "BBBBB.B" "BBBBBB." ''' golly-3.3-src/Scripts/Python/glife/EmulateHexagonal.py0000644000175000017500000001171012112261643020004 00000000000000import os from glife.RuleTree import * def HexagonalTransitionsToRuleTree(neighborhood,n_states,transitions,rule_name): '''Convert a set of hexagonal neighborhood transitions to a Moore neighborhood rule tree.''' tree = RuleTree(n_states,8) for t in transitions: # C,S,E,W,N,SE,(SW),(NE),NW tree.add_rule([t[0],t[4],t[2],t[5],t[1],t[3],range(n_states),range(n_states),t[6]],t[7][0]) tree.write( golly.getdir('rules')+rule_name+".tree" ) def MakePlainHexagonalIcons(n_states,rule_name): '''Make some monochrome hexagonal icons.''' width = 31*(n_states-1) height = 53 pixels = [[(0,0,0) for x in range(width)] for y in range(height)] huge = [[0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0]] big = [[0,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,0]] small = [[0,1,1,0,0,0,0], [1,1,1,1,1,0,0], [1,1,1,1,1,1,0], [0,1,1,1,1,1,0], [0,1,1,1,1,1,1], [0,0,1,1,1,1,1], [0,0,0,0,1,1,0]] fg = (255,255,255) bg = (0,0,0) for s in range(1,n_states): for row in range(31): for column in range(31): pixels[row][(s-1)*31+column] = [bg,fg][huge[row][column]] for row in range(15): for column in range(15): pixels[31+row][(s-1)*31+column] = [bg,fg][big[row][column]] for row in range(7): for column in range(7): pixels[46+row][(s-1)*31+column] = [bg,fg][small[row][column]] return pixels def EmulateHexagonal(neighborhood,n_states,transitions,input_filename): '''Emulate a hexagonal neighborhood rule table with a Moore neighborhood rule tree.''' rule_name = os.path.splitext(os.path.split(input_filename)[1])[0] HexagonalTransitionsToRuleTree(neighborhood,n_states,transitions,rule_name) pixels = MakePlainHexagonalIcons(n_states,rule_name) # use rule_name.tree and icon info to create rule_name.rule ConvertTreeToRule(rule_name, n_states, pixels) return rule_name golly-3.3-src/Scripts/Python/glife/herschel.py0000644000175000017500000000324112026730263016361 00000000000000from glife.base import * herschel_ghost = pattern (""" *** . .*.* """) # A Herschel conduit is represented by its pattern and # the transformation it applies to the Herschel. # Hence the additional .transform field. hc64 = block (14, -8) + block (9, -13) + block (13, -15) + block (7, -19) hc64.transform = (-9, -9, rccw) hc77 = block (9, -13) + eater (10, 0, swap_xy) + eater (-7, -12, swap_xy_flip) hc77.transform = (10, -25, flip_x) hc112 = block (16, -10) + block (-3, -11) + aircraft_carrier (13, -3, swap_xy) + \ eater (10, 1) + eater (-3, -14, flip) + eater (9, -16, flip_y) hc112.transform = (35, -12, rcw) hc117 = eater (10, 1) + eater (13, -9, swap_xy) + eater (0, -12, swap_xy_flip) + block (8, -22) + snake (15, -19) hc117.transform = (6, -40, identity) hc119 = block (-14, -3) + block (-13, -8) + block (-19, -9) + eater (-17, -2, rcw) hc119.transform = (-12, -20, flip_x) hc156 = eater (10, 0, swap_xy) + eater (12, -9, swap_xy) + eater (0, -12, swap_xy_flip) + eater (17, -21, flip_y) + \ snake (21, -5, rccw) + block (24, -15) + tub (11, -24) hc156.transform = (43, -17, rcw) hc158 = eater (-2, -13, flip) + eater (-3, -8, rcw) + eater (20, -19, rccw) + pattern (""" .....** .....*.* .......* .......*.*.** ..**.*.*.**.* ..**.**.* ........* ..**.*** ...*.* ...*.* **.** *.* ..* ..** """, 14, -12) hc158.transform = (7, -27, flip_x) hc190 = eater (-3, -8, rcw) + eater (-10, -12, swap_xy) + eater (-3, -12, swap_xy_flip) + \ eater (-8, -17) + eater (11, -27, flip_y) + block (2, -25) + snake (5, -31, rccw) + \ pattern (""" ..**.* ..**.*** ........* ..**.*** ...*.* ...*.* **.** *.* ..* ..** """, 14, -8) hc190.transform = (-16, -22, rccw) golly-3.3-src/Scripts/Python/glife/gun24.pyc0000644000175000017500000000161312026743720015671 00000000000000ó ³°[Pc@s ddlTedddƒZdS(iÿÿÿÿ(t*s­ 23bo2bo$21b6o$17b2obo8bo$13b2obobobob8o2bo$11b3ob2o3bobo7b3o$10bo 4b3o2bo3bo3b2o$11b3o3b2ob4obo3bob2o$12bobo3bo5bo4bo2bo4b2obo$10b o8bob2o2b2o2b2o5bob2obo$10b5ob4obo4b3o7bo4bo$15b2o4bo4bob3o2b2ob ob2ob2o$12b5ob3o4b2ob2o3bobobobobo$11bo5b2o4b2obob2o5bo5bo$12b5o 6b2obo3bo3bobob2ob2o$2ob2o9b2o2bo5bobo4bo2b3obobo$bobobobob2o3b3o bo6bo2bobo4b3o2bo$o2bo7bo6b2o3b3o8bobob2o$3o2bo4b2o11bo10bo$5b4o bo17b2o4b2o$2b2obo6bo14bo3bo2b2o$bo4bo3bo16bo6b2o$b3obo4bo16bo3b o2bo$11bo2bo3bo9b2o4bobob2o$b3obo4bo8b2o3bo10b3o2bo$bo4bo3bo7bo6b o8b3obobo$2b2obo6bo10b3o8bobob2ob2o$5b4obo24bo5bo$3o2bo4b2o21bob obobobo$o2bo7bo9b2o10b2obob2ob2o$bobobobob2o10bo8bo5bo4bo$2ob2o17b 3o6bo4bob2obo$24bo4b3o5b2obo!iàÿÿÿN(tglifetpatterntgun24(((s-/home/akt/golly/Scripts/Python/glife/gun24.pyts  golly-3.3-src/Scripts/Python/glife/RuleTree.py0000644000175000017500000004276712115547511016334 00000000000000# Only the neighborhoods supported by ruletree_algo are supported: # a) vonNeumann: 4 neighbors: C,S,E,W,N, # b) Moore: 8 neighbors: C,S,E,W,N,SE,SW,NE,NW # # This file contains two ways of building rule trees: # # 1) RuleTree Usage example: # # tree = RuleTree(14,4) # 14 states, 4 neighbors = von Neumann neighborhood # tree.add_rule([[1],[1,2,3],[3],[0,1],[2]],7) # inputs: [C,S,E,W,N], output # tree.write("Test.tree") # # 2) MakeRuleTreeFromTransitionFunction usage example: # # MakeRuleTreeFromTransitionFunction( 2, 4, lambda a:(a[0]+a[1]+a[2])%2, 'Parity.tree' ) # import golly import os from tempfile import mkstemp from shutil import move # ------------------------------------------------------------------------------ class RuleTree: ''' Usage example: tree = RuleTree(14,4) # 14 states, 4 neighbors = von Neumann neighborhood tree.add_rule([[1],[1,2,3],[3],[0,1],[2]],7) # inputs: [C,S,E,W,N], output tree.write("Test.tree") For vonNeumann neighborhood, inputs are: C,S,E,W,N For Moore neighborhood, inputs are: C,S,E,W,N,SE,SW,NE,NW ''' def __init__(self,numStates,numNeighbors): self.numParams = numNeighbors + 1 ; self.world = {} # dictionary mapping node tuples to node index (for speedy access by value) self.seq = [] # same node tuples but stored in a list (for access by index) # each node tuple is ( depth, index0, index1, .. index(numStates-1) ) # where each index is an index into self.seq self.nodeSeq = 0 self.curndd = -1 self.numStates = numStates self.numNeighbors = numNeighbors self.cache = {} self.shrinksize = 100 self._init_tree() def _init_tree(self): self.curndd = -1 for i in range(self.numParams): node = tuple( [i+1] + [self.curndd]*self.numStates ) self.curndd = self._getNode(node) def _getNode(self,node): if node in self.world: return self.world[node] else: iNewNode = self.nodeSeq self.nodeSeq += 1 self.seq.append(node) self.world[node] = iNewNode return iNewNode def _add(self,inputs,output,nddr,at): if at == 0: # this is a leaf node if nddr<0: return output # return the output of the transition else: return nddr # return the node index if nddr in self.cache: return self.cache[nddr] # replace the node entry at each input with the index of the node from a recursive call to the next level down ### AKT: this code causes syntax error in Python 2.3: ### node = tuple( [at] + [ self._add(inputs,output,self.seq[nddr][i+1],at-1) if i in inputs[at-1] \ ### else self.seq[nddr][i+1] for i in range(self.numStates) ] ) temp = [] for i in range(self.numStates): if i in inputs[at-1]: temp.append( self._add(inputs,output,self.seq[nddr][i+1],at-1) ) else: temp.append( self.seq[nddr][i+1] ) node = tuple( [at] + temp ) r = self._getNode(node) self.cache[nddr] = r return r def _recreate(self,oseq,nddr,lev): if lev == 0: return nddr if nddr in self.cache: return self.cache[nddr] # each node entry is the node index retrieved from a recursive call to the next level down node = tuple( [lev] + [ self._recreate(oseq,oseq[nddr][i+1],lev-1) for i in range(self.numStates) ] ) r = self._getNode(node) self.cache[nddr] = r return r def _shrink(self): self.world = {} oseq = self.seq self.seq = [] self.cache = {} self.nodeSeq = 0 ; self.curndd = self._recreate(oseq, self.curndd, self.numParams) self.shrinksize = len(self.seq) * 2 def add_rule(self,inputs,output): self.cache = {} self.curndd = self._add(inputs,output,self.curndd,self.numParams) if self.nodeSeq > self.shrinksize: self._shrink() def _setdefaults(self,nddr,off,at): if at == 0: if nddr<0: return off else: return nddr if nddr in self.cache: return self.cache[nddr] # each node entry is the node index retrieved from a recursive call to the next level down node = tuple( [at] + [ self._setdefaults(self.seq[nddr][i+1],i,at-1) for i in range(self.numStates) ] ) node_index = self._getNode(node) self.cache[nddr] = node_index return node_index def _setDefaults(self): self.cache = {} self.curndd = self._setdefaults(self.curndd, -1, self.numParams) def write(self,filename): self._setDefaults() self._shrink() out = open(filename,'w') out.write("num_states=" + str(self.numStates)+'\n') out.write("num_neighbors=" + str(self.numNeighbors)+'\n') out.write("num_nodes=" + str(len(self.seq))+'\n') for rule in self.seq: out.write(' '.join(map(str,rule))+'\n') out.flush() out.close() # ------------------------------------------------------------------------------ class MakeRuleTreeFromTransitionFunction: ''' Usage example: MakeRuleTreeFromTransitionFunction( 2, 4, lambda a:(a[0]+a[1]+a[2])%2, 'Parity.tree' ) For vonNeumann neighborhood, inputs are: N,W,E,S,C For Moore neighborhood, inputs are NW,NE,SW,SE,N,W,E,S,C ''' def __init__(self,numStates,numNeighbors,f,filename): self.numParams = numNeighbors + 1 ; self.numStates = numStates self.numNeighbors = numNeighbors self.world = {} self.seq = [] self.params = [0]*self.numParams self.nodeSeq = 0 self.f = f self._recur(self.numParams) self._write(filename) def _getNode(self,node): if node in self.world: return self.world[node] else: iNewNode = self.nodeSeq self.nodeSeq += 1 self.seq.append(node) self.world[node] = iNewNode return iNewNode def _recur(self,at): if at == 0: return self.f(self.params) node = tuple([at]) for i in range(self.numStates): self.params[self.numParams-at] = i node += tuple( [self._recur(at-1)] ) return self._getNode(node) def _write(self,filename): out = open(filename,'w') out.write("num_states=" + str(self.numStates)+'\n') out.write("num_neighbors=" + str(self.numNeighbors)+'\n') out.write("num_nodes=" + str(len(self.seq))+'\n') for rule in self.seq: out.write(' '.join(map(str,rule))+'\n') out.flush() out.close() # ------------------------------------------------------------------------------ def ReplaceTreeSection(rulepath, newtree): # replace @TREE section in existing .rule file with new tree data try: rulefile = open(rulepath,'r') except: golly.exit('Failed to open existing .rule file: '+rulepath) # create a temporary file for writing new rule info temphdl, temppath = mkstemp() tempfile = open(temppath,'w') skiplines = False for line in rulefile: if line.startswith('@TREE'): tempfile.write('@TREE\n\n') tempfile.write(newtree) skiplines = True elif skiplines and line.startswith('@'): tempfile.write('\n') skiplines = False if not skiplines: tempfile.write(line) # close files rulefile.close() tempfile.flush() tempfile.close() os.close(temphdl) # remove original .rule file and rename temporary file os.remove(rulepath) move(temppath, rulepath) # ------------------------------------------------------------------------------ def GetColors(icon_pixels, wd, ht): colors = [] multi_colored = False for row in xrange(ht): for col in xrange(wd): R,G,B = icon_pixels[row][col] if R != G or G != B: multi_colored = True # not grayscale found = False index = 0 for count, RGB in colors: if (R,G,B) == RGB: found = True break index += 1 if found: colors[index][0] += 1 else: colors.append([1, (R,G,B)]) return colors, multi_colored # ------------------------------------------------------------------------------ def hex2(i): # convert number from 0..255 into 2 hex digits hexdigit = "0123456789ABCDEF" result = hexdigit[i / 16] result += hexdigit[i % 16] return result # ------------------------------------------------------------------------------ def CreateXPMIcons(colors, icon_pixels, iconsize, yoffset, xoffset, numicons, rulefile): # write out the XPM data for given icon size rulefile.write("\nXPM\n") cindex = "ABCDEFGHIJKLMNOPQRSTUVWXYZ" numcolors = len(colors) charsperpixel = 1 if numcolors > 26: charsperpixel = 2 # AABA..PA, ABBB..PB, ... , APBP..PP rulefile.write("/* width height num_colors chars_per_pixel */\n") rulefile.write("\"" + str(iconsize) + " " + str(iconsize*numicons) + " " + \ str(numcolors) + " " + str(charsperpixel) + "\"\n") rulefile.write("/* colors */\n") n = 0 for count, RGB in colors: R,G,B = RGB if R == 0 and G == 0 and B == 0: # nicer to show . or .. for black pixels rulefile.write("\".") if charsperpixel == 2: rulefile.write(".") rulefile.write(" c #000000\"\n") else: hexcolor = "#" + hex2(R) + hex2(G) + hex2(B) rulefile.write("\"") if charsperpixel == 1: rulefile.write(cindex[n]) else: rulefile.write(cindex[n % 16] + cindex[n / 16]) rulefile.write(" c " + hexcolor + "\"\n") n += 1 for i in xrange(numicons): rulefile.write("/* icon for state " + str(i+1) + " */\n") for row in xrange(iconsize): rulefile.write("\"") for col in xrange(iconsize): R,G,B = icon_pixels[row + yoffset][col + xoffset*i] if R == 0 and G == 0 and B == 0: # nicer to show . or .. for black pixels rulefile.write(".") if charsperpixel == 2: rulefile.write(".") else: n = 0 thisRGB = (R,G,B) for count, RGB in colors: if thisRGB == RGB: break n += 1 if charsperpixel == 1: rulefile.write(cindex[n]) else: rulefile.write(cindex[n % 16] + cindex[n / 16]) rulefile.write("\"\n") # ------------------------------------------------------------------------------ def ConvertTreeToRule(rule_name, total_states, icon_pixels): ''' Convert rule_name.tree to rule_name.rule and delete the .tree file. If rule_name.colors exists then use it to create an @COLORS section and delete the .colors file. If icon_pixels is supplied then add an @ICONS section. Format of icon_pixels (in this example there are 4 icons at each size): --------------------------------------------------------- | | | | | | | | | | | 31x31 | 31x31 | 31x31 | 31x31 | | | | | | | | | | | --------------------------------------------------------- | |.....| |.....| |.....| |.....| | 15x15 |.....| 15x15 |.....| 15x15 |.....| 15x15 |.....| | |.....| |.....| |.....| |.....| --------------------------------------------------------- |7x7|.........|7x7|.........|7x7|.........|7x7|.........| --------------------------------------------------------- The top layer of 31x31 icons is optional -- if not supplied (ie. the height is 22) then there are no gaps between the 15x15 icons. ''' rulepath = golly.getdir('rules')+rule_name+'.rule' treepath = golly.getdir('rules')+rule_name+'.tree' colorspath = golly.getdir('rules')+rule_name+'.colors' # get contents of .tree file try: treefile = open(treepath,'r') treedata = treefile.read() treefile.close() except: golly.exit('Failed to open .tree file: '+treepath) # if the .rule file already exists then only replace the @TREE section # so we don't clobber any other info added by the user if os.path.isfile(rulepath): ReplaceTreeSection(rulepath, treedata) os.remove(treepath) if os.path.isfile(colorspath): os.remove(colorspath) return # create a new .rule file rulefile = open(rulepath,'w') rulefile.write('@RULE '+rule_name+'\n\n') rulefile.write('@TREE\n\n') # append contents of .tree file, then delete that file rulefile.write(treedata) os.remove(treepath) # if .colors file exists then append @COLORS section and delete file if os.path.isfile(colorspath): colorsfile = open(colorspath,'r') rulefile.write('\n@COLORS\n\n') for line in colorsfile: if line.startswith('color') or line.startswith('gradient'): # strip off everything before 1st digit line = line.lstrip('colorgadient= \t') rulefile.write(line) colorsfile.close() os.remove(colorspath) # if icon pixels are supplied then append @ICONS section if len(icon_pixels) > 0: wd = len(icon_pixels[0]) ht = len(icon_pixels) iconsize = 15 # size of icons in top row if ht > 22: iconsize = 31 # 31x31 icons are present numicons = wd / iconsize # get colors used in all icons (we assume each icon size uses the same set of colors) colors, multi_colored = GetColors(icon_pixels, wd, ht) if len(colors) > 256: golly.warn('Icons use more than 256 colors!') rulefile.flush() rulefile.close() return if multi_colored: # create @COLORS section using color info in icon_pixels (not grayscale) rulefile.write('\n@COLORS\n\n') if numicons >= total_states: # extra icon is present so use top right pixel to set the color of state 0 R,G,B = icon_pixels[0][wd-1] rulefile.write('0 ' + str(R) + ' ' + str(G) + ' ' + str(B) + '\n') numicons -= 1 # set colors for each live state to the average of the non-black pixels # in each icon on top row (note we've skipped the extra icon detected above) for i in xrange(numicons): nbcount = 0 totalR = 0 totalG = 0 totalB = 0 for row in xrange(iconsize): for col in xrange(iconsize): R,G,B = icon_pixels[row][col + i*iconsize] if R > 0 or G > 0 or B > 0: nbcount += 1 totalR += R totalG += G totalB += B if nbcount > 0: rulefile.write(str(i+1) + ' ' + str(totalR / nbcount) + ' ' \ + str(totalG / nbcount) + ' ' \ + str(totalB / nbcount) + '\n') else: # avoid div by zero rulefile.write(str(i+1) + ' 0 0 0\n') # create @ICONS section using (r,g,b) triples in icon_pixels[row][col] rulefile.write('\n@ICONS\n') if ht > 22: # top row of icons is 31x31 CreateXPMIcons(colors, icon_pixels, 31, 0, 31, numicons, rulefile) CreateXPMIcons(colors, icon_pixels, 15, 31, 31, numicons, rulefile) CreateXPMIcons(colors, icon_pixels, 7, 46, 31, numicons, rulefile) else: # top row of icons is 15x15 CreateXPMIcons(colors, icon_pixels, 15, 0, 15, numicons, rulefile) CreateXPMIcons(colors, icon_pixels, 7, 15, 15, numicons, rulefile) rulefile.flush() rulefile.close() # ------------------------------------------------------------------------------ def ConvertRuleTableTransitionsToRuleTree(neighborhood,n_states,transitions,input_filename): '''Convert a set of vonNeumann or Moore transitions directly to a rule tree.''' rule_name = os.path.splitext(os.path.split(input_filename)[1])[0] remap = { "vonNeumann":[0,3,2,4,1], # CNESW->CSEWN "Moore":[0,5,3,7,1,4,6,2,8] # C,N,NE,E,SE,S,SW,W,NW -> C,S,E,W,N,SE,SW,NE,NW } numNeighbors = len(remap[neighborhood])-1 tree = RuleTree(n_states,numNeighbors) for i,t in enumerate(transitions): golly.show("Building rule tree... ("+str(100*i/len(transitions))+"%)") tree.add_rule([ t[j] for j in remap[neighborhood] ],t[-1][0]) tree.write(golly.getdir('rules')+rule_name+".tree" ) # use rule_name.tree to create rule_name.rule (no icons) ConvertTreeToRule(rule_name, n_states, []) return rule_name golly-3.3-src/Scripts/Python/make-Codd-constructor.py0000644000175000017500000000440113151213347017643 00000000000000# Make a pattern from states 1 and 0, select it and then # run this script to make a Codd CA pattern that will then # construct the pattern. The constructor will then attempt # to inject sheathing and triggering signals to a point one # up from the pattern's bottom-left corner. # # See example: Patterns/Self-Rep/Codd/golly-constructor.rle # # Tim Hutton from glife import rect from time import time import golly as g r = rect( g.getselrect() ) if r.empty: g.exit("There is no selection.") oldsecs = time() maxstate = g.numstates() - 1 # these are the commands: extend = '70116011' extend_left = '4011401150116011' extend_right = '5011501140116011' retract = '4011501160116011' retract_left = '5011601160116011' retract_right = '4011601160116011' mark = '701160114011501170116011' erase = '601170114011501160116011' sense = '70117011' cap = '40116011' inject_sheath = '701150116011' inject_trigger = '60117011701160116011' # (sometimes you don't need two blanks after each command but I haven't analysed this fully) # we first write the commands to a string, and then to the grid # (we start off facing right, at the bottom-left of the construction area) # write the cells that are in state 1 (can ignore the zeros) # (still plenty of room for optimisation here) tape = '11' for row in xrange(r.top, r.top + r.height): # if large selection then give some indication of progress newsecs = time() if newsecs - oldsecs >= 1.0: oldsecs = newsecs g.update() for col in xrange(r.left, r.left + r.width): if g.getcell(col, row)==1: tape += extend*(4+col-r.left) + extend_left + extend*(r.top+r.height-row) tape += mark tape += retract*(r.top+r.height-row) + retract_left + retract*(4+col-r.left) elif g.getcell(col,row)!=0: g.exit('Cells in the selected area must be in states 0 or 1 only.') # finally we sheath and trigger and retract tape += extend_left + extend*4 + extend_right + extend tape += inject_sheath + '1'*50 + inject_trigger tape += retract*2 + retract_right + retract*4 + retract_left # now write the tape out x = r.left+r.width+10 y = r.top+r.height+10 g.setcell(x+1,y,2) for i in tape: g.setcell(x,y-1,2) g.setcell(x,y,int(i)) g.setcell(x,y+1,2) x-=1 golly-3.3-src/Scripts/Python/slide-show.py0000644000175000017500000000452012706123635015561 00000000000000# Display all patterns in Golly's Patterns folder. # Author: Andrew Trevorrow (andrew@trevorrow.com), March 2006. import golly as g import os from os.path import join from time import sleep # ------------------------------------------------------------------------------ def slideshow (): oldalgo = g.getalgo() oldrule = g.getrule() message = "Hit space to continue or escape to exit the slide show..." g.show(message) for root, dirs, files in os.walk(g.getdir("app") + "Patterns"): for name in files: if name.startswith("."): # ignore hidden files (like .DS_Store on Mac) pass else: g.new("") g.setalgo("QuickLife") # nicer to start from this algo fullname = join(root, name) g.open(fullname, False) # don't add file to Open/Run Recent submenu g.update() if name.endswith(".lua") or name.endswith(".py"): # reshow message in case it was changed by script g.show(message) while True: event = g.getevent() if event == "key space none": break g.doevent(event) # allow keyboard/mouse interaction sleep(0.01) # avoid hogging cpu # if all patterns have been displayed then restore original algo and rule # (don't do this if user hits escape in case they want to explore pattern) g.new("untitled") g.setalgo(oldalgo) g.setrule(oldrule) # ------------------------------------------------------------------------------ # show status bar but hide other info to maximize viewport oldstatus = g.setoption("showstatusbar", True) oldtoolbar = g.setoption("showtoolbar", False) oldlayerbar = g.setoption("showlayerbar", False) oldeditbar = g.setoption("showeditbar", False) oldfiles = g.setoption("showfiles", False) try: slideshow() finally: # this code is always executed, even after escape/error; # clear message line in case there was no escape/error g.show("") # restore original state g.setoption("showstatusbar", oldstatus) g.setoption("showtoolbar", oldtoolbar) g.setoption("showlayerbar", oldlayerbar) g.setoption("showeditbar", oldeditbar) g.setoption("showfiles", oldfiles) golly-3.3-src/Scripts/Python/heisenburp.py0000644000175000017500000005720212651666400015655 00000000000000# Stable pseudo-Heisenburp device. # Show several views of a multi-stage signal-processing circuit, # optionally using Golly 1.2+'s layer-cloning system. # Author: Dave Greene, 27 February 2007. # Latest changes: # - corrected timing of signal-tracking selection highlight # - switched to three spaces per indent # - replaced long instruction message with Help note # - added rule() to be sure to run in the right universe (B3/S23) # - removed "x = ..." lines from pattern strings import golly as g from glife import * from time import sleep import os import sys def burp(): test_signal=pattern(""" 40bo$41bo$39b3o17$40bo4bo4bo4bo4bo$41bo4bo4bo4bo4bo$39b3o2b3o2b3o2b3o 2b3o3$40bo4bo4bo4bo4bo$41bo4bo4bo4bo4bo$39b3o2b3o2b3o2b3o2b3o3$40bo4bo 4bo4bo4bo$41bo4bo4bo4bo4bo$39b3o2b3o2b3o2b3o2b3o3$40bo4bo4bo4bo4bo$41b o4bo4bo4bo4bo$39b3o2b3o2b3o2b3o2b3o3$bo38bo4bo4bo4bo4bo18bo$2bo38bo4bo 4bo4bo4bo18bo$3o36b3o2b3o2b3o2b3o2b3o16b3o37$40bo$41bo$39b3o!""") prepare_burp() ticks=0 tickstep=5 last_signal=-99999 viewport_speed=16 sel_speed=0.0 delta_sel=0.0 delay=-1.0 run_flag=False ch="" selx=600.0 sely=365.0 place_signal=3 helpstring="""Use ENTER and SPACE to run or halt the pattern; use + and - to change the step size or delay value; use arrow keys and mouse tools to pan and zoom in any pane; T toggles between a tiled view and a single-pane view; S creates another signal fleet near the detection mechanism; R resets the Heisenburp device to its initial state; Q quits out of the script and restores original settings.""" instr="Press H for help. " g.show(instr + str(tickstep)) g.select([selx,sely,50,50]) # keyboard handling while ch<>"q": if place_signal>0: if ticks-last_signal>1846: test_signal.put(-150,60) last_signal=ticks place_signal-=1 if place_signal>0 and run_flag==True: show_status_text("Next signal placement in " \ + str(1847 - ticks + last_signal) + " ticks. " + instr, delay, tickstep) else: show_status_text(instr,delay,tickstep) event = g.getevent() if event.startswith("key"): evt, ch, mods = event.split() else: ch = "" if ch=="r": prepare_burp() ticks=0 last_signal=-99999 viewport_speed=16 sel_speed=0 run_flag=False selx=600.0 sely=365.0 place_signal=3 g.select([selx,sely,50,50]) elif ch=="h": g.note(helpstring) elif ch=="t": g.setoption("tilelayers",1-g.getoption("tilelayers")) elif ch=="=" or ch=="+": if delay>.01: delay/=2 elif delay==.01: delay=-1 else: if tickstep==1: tickstep=3 elif tickstep<250: tickstep=(tickstep-1)*2+1 elif ch=="-" or ch=="_": if delay==-1: if tickstep==1: delay=.01 else: if tickstep==3: tickstep=1 else: tickstep=(tickstep-1)/2+1 else: if delay<1: delay*=2 elif ch=="space": run_flag=False elif ch=="return": run_flag=not run_flag elif ch=="s": place_signal+=1 else: # just pass any other keyboard/mouse event through to Golly g.doevent(event) # generation and selection speed handling if ch=="space" or run_flag==True: g.run(tickstep) currlayer = g.getlayer() if currlayer != 4: # user has switched layer so temporarily change it back # so we only change location of bottom right layer g.check(False) g.setlayer(4) x, y = getposint() oldticks=ticks ticks+=tickstep delta_view=int(ticks/viewport_speed) - int(oldticks/viewport_speed) if delta_view <> 0: # assumes diagonal motion for now setposint(x + delta_view, y + delta_view) sel = g.getselrect() if len(sel)<>0: x, y, w, h = sel if int(selx)<>x: # user changed selection # prepare to move new selection instead (!?!) # -- use floating-point selx, sely to account for fractional speeds selx=x sely=y else: selx+=sel_speed*tickstep sely+=sel_speed*tickstep g.select([selx, sely, w, h]) else: g.select([selx, sely, 50, 50]) if currlayer != 4: g.setlayer(currlayer) g.check(True) # change viewport speed at appropriate times to follow the action if oldticks<4570 and ticks>=4570: sel_speed=.666667 # one-time correction to catch up with the signal at high sim speeds g.select([600+(ticks-4570)*1.5, 365+(ticks-4570)*1.5, w, h]) if selx>2125: sel_speed=0 g.select([2125, sely+2125-selx, w, h]) if oldticks<4750 and ticks>=4750: viewport_speed=1.5 if oldticks<6125 and ticks>=6125: viewport_speed=16 if oldticks>=11995: viewport_speed=99999.9 # stop automatically after the last signal passes through the device if oldticks - last_signal<8705 and ticks - last_signal>=8705: run_flag=False if run_flag==True and delay>0: sleep(delay) g.update() # ----------------------------------------------------- def prepare_burp(): highway_robber=pattern(""" 143bo$143b3o$146bo$145b2o2$126bo42bo$126b3o38b3o$129bo36bo$128b2o11b2o 23b2o7b2o$141b2o32bo$108bo64bobo$108b3o6b2o54b2o$111bo5b2o$110b2o3$ 111b2o$111b2o3b2o$116b2o35b2o23bo$154bo22bobo$151b3o8b2o14bo$151bo11bo $98bo7bo53b3o$86bo11b3o5b3o51bo$84b3o14bo7bo32b2o$68bo14bo16b2o6b2o32b obo30b2o$68b3o12b2o59bo30bobo$71bo72b2o31bo$70b2o105b2o$159bob2o$159b 2obo$71b2o$71b2o17b2o76b2o$90b2o76b2o5$104b2o$87b2o14bobo$87bo15bo74b 2o$88b3o11b2o74bo$90bo85bobo$84b2o90b2o$84bo$85b3o$87bo2$158b2o$159bo$ 68b2o89bobo$67bobo90b2o$67bo25b2o$66b2o25bo$74b2o15bobo$74b2o15b2o98b 2o6bo$187bobo2bo4b3o$185b3ob2o5bo$184bo11b2o$185b3ob2o$177b2o8bob2o$ 177b2o2$161b2o32b2o3b2o$161b2o32b2o3b2o$153b2o$88b2o2b2ob2o57bo18b2ob 2o$73b2o13bobo2bobo58bobo16b2obo$72bobo16b2o3bo58b2o21bo26bo$72bo19bob 2o76bob5o25bobo$71b2o16bo2bobo77b2o31bo$88bobobobo80b2o$89b2ob2o82bo$ 173b3o$173bo33bo$171bobo31b3o$171b2o31bo$187b2o14bobo$187b2o15bo$83b2o $83b2o$202b2o$202b2o2$175b2o$175b2o$72b2o123b2o$73bo19b2o102bo$73bobo 17bo76b2o26b3o$74b2o15bobo60b2o14b2o28bo$86bo4b2o62bo$85bobo64b3o$54bo 30bobo64bo$54b3o17b2o10bo$57bo15bobo$56b2o15bo116b2o$72b2o116bo$36b2o 49b2o102b3o$29b2o5b2o49bo105bo$29b2o57b3o6bo$90bo4b3o$94bo$31b2o17b2o 29b2o11b2o14b2o$31b2o17bo30b2o27b2o$25b2o21bobo$25b2o21b2o$116b2o$116b 2o36b2o$112b2o41bo$112b2o41bobo$156b2o$56b2o122b2o$56b2o11b2o109b2o$ 69bo47b2o$70b3o44b2o$72bo2$22bo$22b3o55b2o96b2o$25bo53bobo96bo$24b2o 47b2o4bo99b3o$73b2o3b2o101bo$179b2o$76b4o99bo$75bo3bo97bobo$75b2o100b 2o$53b2o33bo22b2o$19b2o32b2o33b3o20bo$20bo70bo20b3o$20bobo67b2o22bo44b o$21b2o136b3o$162bo$115bo45b2o$35b2o28b2o46b3o$35bobo27b2o45bo$37bo41b 2o6b2o23b2o$37b2o40b2o6bo2b2o$83b2o3b2obo$83b2o4bo89b2o$17bob2o68bo89b o$17b2obo67b2obob2o18b2o62bobo$87bo2b2ob2o18bobo61b2o$26b2o60bo26bo$ 26b2o33b2o26b3ob2o20b2o$60bo2bo27bobo66b2o$61bobo29bo66b2o15b2o$62bo 29b2ob2o80bobo$94bobo82bo$94bo84b2o$93b2o3$160b2o$160bo$158bobo$158b2o 2$16bo$16b3o$19bo33bo121b2obo$18b2o33b3o53b2o64bob2o$56bo52b2o$11bo43b obo110b2o$11b3o42bo111b2o$14bo123bo$13b2o121b3o$57b2o19bo56bo$57b2o17b 3o19b2o20bo14b2o$75bo23bo19bobo$75b2o22bobo17bobo$100b2o15bobobobo34b 2o$10b2o19b2o79bo4b2o3b2o10bo24bo$10b2o19b2o47b2o29bobo19bobo23bobo$ 80b2o29bobo19bobo24b2o$4bo95b2o10bo21bo4b2o$4b3o25b2o65bobo20b2o15bobo $2o5bo24bo57b2o7bo21bobo17bo$bo4b2o25b3o54bo7b2o21bo19b2o36bo$bobo31bo 52bobo22b2o5b2o55b3o$2b2o29b2o53b2o23bo62bo$33bo17b2o61b3o28b2o29b2o$ 31bobo4bo11bobo63bo28bo$31b2o3b3o11bo92bobo$35bo13b2o92b2o$35b2o94b2o$ 61b2o68b2o$61b2o$b2o178b2o$b2o178bo$36b2o141bobo$36b2o141b2o3$27b2o37b 2o97b2o$27b2o36bobo51b2o43bobo$65bo54bo43bo$64b2o54bobo40b2o$121b2o2$ 181b2obo$181bob2o2$40bo133b2o$38b3o133b2o$37bo$37b2o$138b2o$138b2o$42b 2o$42b2o78b2o$122b2o$114b2o$52b2o61bo18b2ob2o$52bo62bobo16b2obo$50bobo 63b2o21bo$50b2o81bob5o$13b2o118b2o$12bobo121b2o$12bo124bo$11b2o99bobo 19b3o$112b2obo18bo$23b2o90b3o$23b2o87b2o4bo$112bob5o$114bo$113bo3b2o$ 108bo3bo3bobo$106b3o3b2o3bo$105bo$28b2o75b2o29b2o39b2o$27bobo106b2o38b o2bo$27bo149b2o$26b2o2$131b2o$131b2o$135b2o$14b2o119b2o$14b2o35bo$49b 3o$48bo80b2o$48b2o63b2o14b2o$79bo33bo$68b2o7b3o34b3o$69bo6bo39bo$69bob o4b2o$70b2o$109b2o$109bobo$111bo$111b2o7$103b2o$103bo$104b3o$106bo$13b o19b2o$12bobo10b2o6bo5b2o41b2o$11bo2bo10bo8b3obobo41bo$12b2o9bobo10bob o7b2o28b2obo3b3o$23b2o12b2o7b2o28b2ob4o2bo$82bo$64b2o6b2o2b2ob2o$63bob o6bo4bobo$63bo9b4o2bo$62b2o7bobo2bobo$71b2o4bo!""") connecting_neck=pattern(""" 24bo$22b3o$21bo$21b2o$6b2o$7bo$7bobo$8b2o10bo$19bobo$19bobo$20bo4b2o$ 8b2o15bobo$7bobo17bo$7bo19b2o$6b2o6$17b2o$17b2o7$23b2ob2o$22bobobobo$ 5b2o16bo2bobo$6bo19bob2o$6bobo16b2o3bo$7b2o13bobo2bobo$22b2o2b2ob2o11$ 8b2o15b2o$8b2o15bobo$2o25bo$bo25b2o$bobo$2b2o4$21bo107bo$19b3o106bobo$ 18bo109bobo$18b2o106b3ob2o$24bo100bo$22b3o12bo84bo2b4ob2o$21bo15b3o82b 3o3bob2o$21b2o17bo84bo$39b2o83b2o26b2o$152bo$150bobo$150b2o2$24b2o$5b 2o17b2o76bo$5b2o95b3o6b2o$105bo5b2o41b2obo$104b2o48bob2o$4b2o$5bo141b 2o$2b3o12b2o86b2o40b2o$2bo14bo16b2o6b2o61b2o3b2o$18b3o14bo7bo66b2o$20b o11b3o5b3o$32bo7bo$78bo51b2o3b2o$76b3o13bo38bo3bo$75bo16b3o33b3o5b3o$ 50b2o23b2o18bo32bo9bo$45b2o3b2o42b2o42bobo$45b2o92b2o3$44b2o76b2o$45bo 5b2o69b2o$42b3o6b2o104b2o$42bo41b2o71bo$84b2o69bobo$61b2o92b2o$60bobo 62bo$60bo62b3o$59b2o10b2o49bo$72bo48bobo$69b3o9b2o39bo43b2o$69bo11bo 19b2o56b2o6bo$82bo17bobo56bo6bo$81b2o17bo19b2o35bobo6b2o$99b2o19b2o35b 2o$116b2o$116bo$117b3o24b2o$119bo23bobo$143bo25b2o$142b2o25b2o4$146b2o $145bobo$145bo4b2o$144b2o5bo$148b3o5bo$148bo6bobo$156bo!""") transmitter2c3=pattern(""" 180b2o$180b2o$219bo$219b3o$178b2o42bo$116bo61b2o41b2o$115bobo47b2o99b 2o14bo$116bo49bo74b2o24bo14b3o$166bobo73bo13b2o6b3o18bo$167b2o73bobo 11b2o6bo19b2o12bo$110b2o51b2o78b2o53b3o$110b2o23b2o26b2o136bo$102b2o 31bo164b2o$103bo29bobo$103bobo27b2o$104b2o4b2o$110b2o162b2o$274b2o$ 144b2o30b2o$102b2o40bo31b2o$102bo39bobo$104bob2o34b2o43b2o144b2o$103b 2ob2o78bo2bo143b2o$124b2o60bobo23b2o57b2o$103b2ob2o16b2o61bo20bo3b2o 57bo20b2o$104bobo100bobo26b2o14b2o3b2o13bo20bo$104bobo99bobo21b2o5bo 15bo3bo13b2o17b3o61b2o$105bo100bo23bobob3o13b3o5b3o29bo63b2o5b2o$205b 2o16b2o7bobo15bo9bo100b2o$223b2o7b2o152b2o6bo$169b2o125b2o84bobo2bo4b 3o$169b2o124bobo61b2o19b3ob2o5bo$295bo63b2o18bo11b2o$294b2o69b2o13b3ob 2o$365b2o15bob2o$131b2o151bo$131b2o149b3o12b2o$281bo16bo91b2o3b2o$271b 2o8b2o12b3o92b2o3b2o$272bo22bo$272bobo27b2o30b2o$273b2o28bo17b2o11b2o$ 39bo82bo136bo27b2o11b3o19bo77bo$38bobo79b3o136b3o25b2o11bo18b3o77bobo$ 39bo79bo142bo56bo80bo$108bo10b2o140b2o$37b5o65bobo228b2o$37bo4bo64bobo 177b2o50bo28b2o$40bo2bo61b3ob2o20bo155b2o47b3o29bo$12bo27b2obo60bo24b 3o204bo29bobo$12b3o10b2o10bo5bob2obo49bo6b3ob2o17bo104bo132b2o$15bo9b 2o9bobo4bobob2o49b3o6bob2o17b2o103b3o146b2o$4b2o8b2o20bo2bo2b2obo30b2o 23bo134bo145b2o$5bo31b2o6bo31bo6b2o14b2o133b2o11b2o13b2o$5bobo37b3o29b obo4b2o39b2o121b2o13b2o$6b2o40bo23b2o4b2o44bo2bo87bo73b2o$47b2o23bobo 50b2o88b3o5b2o64bo$70bobob3o141bo4b2o62bobo$66b2o2b2o5bo139b2o68b2o81b 2o$4bob2o58b2o8b2o292b2o$2b3ob2o384b2o$bo216b2o172bo$2b3ob2o80b2o128b 2o3b2o123b2o15b2o26b3o$4bobo30b2o49b2o23b2o108b2o122bobo15b2o28bo$4bob o30b2o74bo233bo$5bo108b3o229b2o$116bo77b2o7b2o$100b2o24b2o66b2o7bobo$ 28b2o66bo3b2o24bo30b2o42bobob3o$28b2o65bobo29b3o2b2o24bo42b2o5bo40b2o 18b2obo112b2o$34b2o58bobo32bo3bo13b2o6b3o49b2o40bobo17bob2o112bo$34bo 19b2o38bo38bobo11b2o6bo95bo134b3o$30bo5bo16bobo37b2o24b2o13b2o115b2o 135bo$29bobo3b2o16bo65b2o164b2obo$30bo21b2o231bob2o$31b3o$33bo79b2o 163b2o$113b2o163b2o$117b2o46b2o$66b2o49b2o46b2o$66b2o$349b2o$350bo$71b 2o39b2o98b2o136bobo$70bobo39b2o99bo54b2o81b2o$70bo91b2o46b3o56bo105b2o $69b2o91bo47bo58bobo103b2o$143b2o3b2o13bo106b2o$82b2o60bo3bo13b2o$82b 2o57b3o5b3o$141bo9bo40b2o$193bo$27bo162b3o180b2o$26bobo161bo182bo$26bo 2bo262b2o80b3o$27b2o263bo83bo$118b2o22bo147bobo81b2o$119bo20b3o99bo18b o28b2ob2o79bo$116b3o20bo102b3o7b2o5b3o31bobo76bobo$116bo22b2o104bo6b2o 4bo34bobo76b2o$5b2o237b2o12b2o10b2o20b2ob2o$5b2o264bo24bo$9b2o104bo 155bobo18b2obo$9b2o104b3o139b2o13b2o18b2obobo56bo$23b2o93bo133b2o3b2o 37b2o56b3o$23b2o92b2o23b2o108b2o103bo$139b2o2bo212b2o28b2o$139bob2o71b 2o56b2o112bo$141bo71bobo55bobo110bobo$141bo71bo49bo7bo108b2o2b2o$116b 2o18b2obob2o69b2o47b3o5b3o108b2o$35b2o78bobo18b2ob2o2bo116bo7bo$35b2o 78bo26bo117b2o6b2o$13b2o99b2o20b2ob3o$14bo122bobo239b2o4b2o$11b3o123bo 241b2o4b2o$11bo90b2o30b2ob2o$102bo31bobo$100bobo5b2o26bo$99bobo6b2o26b 2o140b2o$95b2o3bo177b2o72b2o35bo$95b2o254bobo33b3o$20b2o69b2o194b2o62b o34bo$21bo70bo194bo62b2o34b2o$18b3o71bobo193b3o63b2o$18bo74b2o195bo63b 2o3bo$233bo47b2o75bobo6b2o$233b3o46bo76bobo5b2o$236bo44bo79bo$235bobo 43b2o78b2o$120b2o4b2o108bo30bo$120b2o4b2o139b3o$270bo$237b2o30b2o8b2o 74bo$237b2o40bo61bo13b3o35b2o$121b2o154bobo59b3o16bo34b2o$121b2o2b2o 150b2o59bo18b2o$125bobo93bo41b2o73b2o$127bo92bobo40b2o26b2o$97b2o28b2o 91bobo68bo23bo72b2o$98bo119b3ob2o65bobo23b3o70b2o$95b3o119bo71b2o27bo 73b2o$95bo118bo2b4ob2o39b2o52b2o73b2o$214b3o3bob2o39b2o$217bo130b2o$ 175bo40b2o26b2o102b2o36b2o$113b2o60b3o66bo126b2o13b2o$113bobo46b2o3b2o 9bo14b2o47bobo126bobo$77bo37bo2bo2bo40b2o3b2o8b2o15bo47b2o43b2o84bo$ 77b3o35b7o71bo93b2o72b2o10b2o$80bo112b2o113b2o51bo$38b2o39b2o36b5o33b 2o151b2o41b2o9b3o$38b2o77bo4bo2b2o29bo174b2o19bo11bo$120bo2bo2bo29bobo 87b2obo81bobo17bo$120b2obobo31b2o87bob2o83bo17b2o$117bo5bob2o194b2o10b 2o$105b2o9bobo4bo72b2o41b2o80bo$105b2o9bo2bo2b2o72b2o41b2o70b2o9b3o$ 117b2o193bo11bo$96b2obo211bo$96bob2o211b2o$160b2o$61b2o98bo60b2o3b2o$ 61b2o8b2o85b3o28b2o32bo3bo$72bo85bo31bo15b2o12b3o5b3o29b2o$69b3o117bo 17bo12bo9bo28bobo$47b2o20bo119b2o13b3o23bobo26bo$48bo155bo26b2o25b2o 14b2o$10b2o33b3o70b2o153bo2bo$10b2o33bo29b2o41b2o154b2o$6bo50b2o15bobo $6b3o48bo16bo98b2o$9bo48b3o12b2o98b2o54b2o$8b2o11bo38bo103b2o64bo$20bo bo7b2o131bobo51b2o11bobo$20bobo7b2o44b2o85bo54bo12b2o$21bo55bo84b2o54b obo$74b3o142b2o2b2o$74bo148b2o$81b2o34b2o$82bo34bobo$18b2o59b3o37bo$ 18b2o59bo39b2o97b2o4b2o$4b2o212b2o4b2o$4b2o$2o$2o162bo$107bob2o3b2o48b 3o$105b3ob2o3bo52bo$104bo10b3o48b2o$105b3ob2o6bo101b2o$107b2o2bo106bob o$110b2o106bo$217b2o2$164b2o$164b2o$188b2o$188bobo$190bo$24b2o164b2o$ 23bobo$24bo4$132bo4b2o$131bobo2bobo7b2o$130bo2b4o9bo$26b2obo100bobo4bo 6bobo$26bob2o99b2ob2o2b2o6b2o$127bo$19b2o103bo2b4ob2o$19b2o103b3o3bob 2o$127bo40b2o$126b2o39bobo$52b2o103bo9bo$52b2o49b2o52b3o5b3o54b2o$104b o55bo3bo57b2o$91bo11bo55b2o3b2o$9b2o39b2o39b3o9b2o$10bo39b2o42bo$10bob o24b2o42b2o10b2o$11b2o25bo43bo150b2o$38bobo41bobo91b2o55bo$39b2o42b2o 91b2o53bobo$35b2o69b2o123b2o$35b2o69b2o75bob2o$29b2o152b2obo$29bo188b 2o$27bobo187bobo$27b2o109b2o77bo$132b2o4bobo75b2o$133bo6bo38b2o$48b2o 66b2o12b3o7b2o37bobo$48b2o47b2o18bo12bo50bo$97bo16b3o36b2o26b2o$59b2o 37b3o13bo39bo$58bo2bo38bo50b3o3bob2o59b2o$58bobo23b2o65bo2b4ob2o58bobo $59bo20bo3b2o68bo64bo$79bobo73b3ob2o57b2o$7b2o69bobo76b2o2bo$7b2o17b2o 50bo81b2o84bo$26b2o49b2o165b3o$243bo$41b2o200b2o$41b2o2$219bo$219b3o$ 222bo$221b2o23b2o$243b2o2bo$243bob2o$245bo$245bo$220b2o18b2obob2o$219b obo18b2ob2o2bo$219bo26bo$218b2o20b2ob3o$241bobo$51bo189bo$12b2o35b3o 186b2ob2o$12b2o34bo189bobo$48b2o190bo$81bo158b2o$81b3o$17b2o65bo$17b2o 64b2o$13b2o$13b2o2$57b2o159b2o$19b2o36b2o158bobo$19b2o13b2o181bo$33bob o180b2o$33bo181bo$32b2o10b2o74bo94b3o$45bo72b3o97bo$42b3o9b2o61bo99b2o $42bo11bo20b2o40b2o17bo39bo$55bo20bo59b3o37b3o$54b2o17b3o63bo39bo$73bo 64b2o38b2o12bo$192b3o$159bo35bo19b2o$79b2o78b3o32b2o19b2o$78bobo81bo 76b2o$78bo82b2o11b2o63bobo$77b2o95b2o65bo$241b2o2$80b2o$81bo$78b3o$78b o$85b2o30b2o$86bo17b2o11b2o$83b3o19bo80b2o$83bo18b3o82bo$102bo81b3o$ 184bo2$153b2o$147b2o5bo20b2o13b2o$147bobob3o21bobo11bobo$140b2o7bobo 25bo11bo$140b2o7b2o26b2o9b2o3$191b2o$192bo$189b3o19b2o21b2o$189bo20bob o21b2o$196b2o12bo17b2o$197bo11b2o17b2o$194b3o$194bo$230b2o$223b2o5b2o$ 223b2o5$89b2o$89b2o8$63bo$62bobo$62bobo$61b2ob2o16b2o$82b2o$61b2ob2o$ 62bob2o34b2o$60bo39bobo$60b2o40bo$102b2o2$68b2o$62b2o4b2o$61bobo27b2o$ 61bo29bobo$60b2o31bo$68b2o23b2o$68b2o$86b2o$82bo3b2o$74bo6bobo$73bobo 4bobo$74bo5bo$79b2o!""") head2c3=pattern("8b2o$3bo2bo2bo$3b6o2$3b6o$2bo6bo$2bo2b5o$obobo$2o2bo$4bo$3b2o!") body2c3=pattern("6bo$b6o$o$o2b6o$obo6bo$obo2b5o$b2obo$4bo$4bo$3b2o!") tail2c3=pattern("5b2o$5b2o2$b6o$o5bo$o2b3o$obo$o2bo$b2o!") wire2c3=head2c3(625,388) + tail2c3(2143,1905) for i in range(631,2142,6): # 251 body segments wire2c3+=body2c3(i,i-236) # first one at (631, 395) receiver2c3=pattern(""" 208bo$207bobo$208bo3$213b2o$188b2o23b2o$189bo31b2o$189bobo29bo$190b2o 27bobo$213b2o4b2o$213b2o2$179b2o$180bo40b2o$180bobo39bo$181b2o34b2obo$ 217b2ob2o$199b2o$199b2o16b2ob2o$218bobo$218bobo$219bo8$192b2o$192b2o8$ 55b2o$48b2o5b2o$48b2o$85bo$83b3o$50b2o17b2o11bo$50b2o17bo12b2o$44b2o 21bobo20bo$44b2o21b2o19b3o$87bo$87b2o3$90b2o9b2o26b2o7b2o$90bo11bo25bo bo7b2o$88bobo11bobo21b3obobo$88b2o13b2o20bo5b2o39bo$125b2o45b3o$175bo 14bo$95bo78b2o12b3o$41bo51b3o91bo$41b3o48bo94b2o$44bo47b2o$43b2o$186b 2o$167b2o17b2o$167b2o3$61b2o$61bo$59bobo42b2o$59b2o43b2o11b2o51b2o$ 117bo53bo$84b2o32b3o48bo$42b2o40bo35bo48b2o$42b2o15b2o24b3o85b2o$59bob o25bo12b2o38b2o32bo$61bo38bo39bo30b3o$61b2o38b3o37b3o27bo$103bo39bo3$ 42b2o$42bo$40bobo$40b2o4$57b2obo$57bob2o2$50b2o$50b2o122b2o$173bobo$ 173bo29b2o$172b2o29bobo$205bo$178b2o25b2o$177bobo4b2o$40b2o135bo7bo$ 41bo134b2o4b3o$41bobo138bo$42b2o146b2o$189bobo$189bo$188b2o$61bo$59b3o $58bo$58b2o$206b2o$182bo23bobo$63b2o117b3o23bo$63b2o120bo22b2o$184b2o 14b2o$200b2o$73b2o$73bo$71bobo$71b2o$34b2o$33bobo$33bo$32b2o2$44b2o$ 44b2o$160b2o7b2o30b2o$92b2o66b2o7bobo29bobo$92b2o45bo27bobob3o29bo$ 139b3o25b2o5bo28b2o$142bo30b2o$90b2o49b2o$49b2o39b2o$48bobo26b2o43bo$ 48bo29bo43b3o$47b2o29bobo44bo$79b2o43b2o11b2o$75b2o60b2o$75b2o4$177b2o 21b2o$66b2o108bobo21b2o$66bo109bo17b2o$64bobo21b2o85b2o17b2o$48b2o14b 2o22b2o$48b2o93b2o$52bo46b2o39b2o2bo2b2o47b2o$48b2o2b3o43bo2bo38b2obo 3bo41b2o5b2o$48b2o5bo42bobo23b2o17bobobo10b2o29b2o$54b2o43bo20bo3b2o 14b2obob2o12bo$119bobo12b2o4bo2bo12b3o$118bobo13b2o6b2o12bo$67b2o49bo$ 66bobo48b2o$67bo$81b2o$81b2o4$47b2o$47b2o5$49bo$19b2o28b3o$12b2o5b2o 31bo92bo$12b2o37b2o90b3o11bo$47b2o93bo14b3o$47bo94b2o16bo14bo$14b2o33b o109b2o12b3o$14b2o32b2o69bo52bo$8b2o109b3o50b2o$8b2o112bo$121b2o$171b 2o$152b2o17b2o$45b2o105b2o$45b2o17b2o$64b2o3$65b2o$65bo89b2o$52b2o12b 3o41bo23b2o20bo$35b2o16bo14bo40bobo22bo19bo$35bo14b3o57bo14b2o8b3o16b 2o$28bo7b3o11bo74bo11bo20b2o$26b3o9bo87b3o30bo$25bo102bo27b3o$25b2o 129bo$17b2o93b2o$17b2o92bobo$111bo$110b2o62b2o$126b2obo44bobo$126bob2o 46bo$176b2o$34b2o83b2o$34bo84b2o$32bobo$32b2o3$166b2o$166b2o2$157b2obo $157bob2o2$36b2o$36bobo$38bo91b2o44b2o$38b2o90bo44bobo$28b2o98bobo44bo $28b2o98b2o44b2o$9bob2o$9b2obo2$18b2o135b2o$18b2o136bo$156bobo$157b2o 15b2o$114b2o58b2o$114bo2b2o$115b2obo$116bo40b2o$28b2o86bobo4b2o31bobo$ 28bo88b2o5bo31bo$26bobo94bo31b2o$26b2o68b2o25b2o$70bo25bo$58bo11b3o21b obo$56b3o14bo20b2o$40bo14bo16b2o$40b3o12b2o70b2o44b2o$43bo58b2o24bo44b o$4b2o36b2o59bo13b2o6b3o46b3o$5bo97bobo11b2o6bo50bo$5bobo96b2o$3b2ob2o 35b2o$2bobo38b2o17b2o$2bobo57b2o$b2ob2o20b2o$bo24bo$2bob2o18bobo108b2o $obob2o18b2o109b2o$2o$59b2o32b2o$59bo20b2o11b2o$24b2o35bo19bo67b2o21b 2o$24bobo33b2o16b3o67bobo21b2o$26bo29b2o20bo53b2o14bo17b2o$26b3o27bo 75bo14b2o17b2o$29bo27b3o37b2o14b2o3b2o13bo$28b2o29bo38bo15bo3bo13b2o$ 95b3o13b3o5b3o46b2o$95bo15bo9bo39b2o5b2o$161b2o4$18b2o$18b2o2$9b2o$10b o$7b3o45b2o$7bo47b2o$15b2o32b2o$15bo33b2o$16bo$15b2o$51b2o$44b2o5b2o$ 44b2o!""") inserter2c3=pattern(""" 51bo$49b3o$23b2o23bo$24bo23b2o$24bobo$25b2o2b2o37bo$29b2o35b3o15bo9bo$ 65bo18b3o5b3o$52b2o11b2o20bo3bo$52b2o32b2o3b2o8$23b2o52b2o$22bobo16b2o 34b2o$22bo18bobo45b2o$21b2o20bo44bo2bo$37b2o4b2o44b2o4b2o$37bo2bo54bob o$39b2o56bo$30b2o65b2o$30b2o20b2o33b2o$53bo34bo$50b3o32b3o$50bo34bo2$ 19bo$19b3o$22bo$21b2o2$85b2o$85bo$86b3o$88bo2$40b2o$40bo$38bobo$38b2o 12$20b2o15b2o$19bobo15b2o$19bo$18b2o6$25bo$25b3o$28bo$27b2o28b2o$57bo$ 55bobo$51b2o2b2o$51b2o4$50b2o4b2o$50b2o4b2o5$23b2o35bo$22bobo33b3o$22b o34bo$21b2o34b2o$25b2o$25b2o3bo$29bobo6b2o$30bobo5b2o$32bo$32b2o$24b2o $25bo$25bobo$26b2o2b2o$30b2o32b2o$64b2o4$59b2o$59b2o$63b2o$63b2o3$24b 2o31b2o$23bobo16b2o13b2o$23bo18bobo$22b2o20bo$38b2o4b2o$38bo2bo$40b2o$ 31b2o$31b2o7$21b2o$22bo$22bobo$23b2o$39bo$37b3o$36bo$36b2o3$10b2o$10b 2o7$43b2o$43b2o4$38b2o$38b2o$2o40b2o$2o40b2o3$36b2o$21b2o13b2o$21bobo$ 23bo$23b2o!""") all=highway_robber(86,0) + connecting_neck(195,262) + transmitter2c3(347,219) \ + wire2c3 + receiver2c3(2103,1763) + inserter2c3(2024,2042) while g.numlayers()>1: g.dellayer() all.display("Stable Pseudo-Heisenburp Device") g.setmag(0) setposint(120,200) g.setname("Highway Robber") g.clone() g.setname("2c/3 Transmitter") setposint(500,400) g.clone() g.setname("2c/3 Receiver") setposint(2175,2000) g.clone() g.setname("Stable Pseudo-Heisenburp Device") g.clone() g.setname("Glider Fleet") setposint(330,290) # since the tiles change size depending on how many layers have been created, # have to create all five layers before checking visibility of components -- # now go back and check that the critical areas are all visible: g.setlayer(0) while not g.visrect([100,100,150,175]): g.setmag(g.getmag()-1) g.setlayer(1) while not g.visrect([350,225,400,350]): g.setmag(g.getmag()-1) g.setlayer(2) while not g.visrect([2100,1750,225,300]): g.setmag(g.getmag()-1) g.setlayer(3) g.fit() g.setlayer(4) while not g.visrect([0,200,300,400]): g.setmag(g.getmag()-1) g.update() # ----------------------------------------------------- def show_status_text(s, d, t): if d==-1: if t==1: g.show(s + "Speed is " + str(t) + " tick per step.") else: g.show(s + "Speed is " + str(t) + " ticks per step.") else: g.show(s + "Delay between ticks is " + str(d) + " seconds.") # ----------------------------------------------------- # if there are multiple layers, get permission to remove them if g.numlayers() > 1: answer = g.getstring("All existing layers will be removed. OK?") if lower(answer[:1]) == "n": g.exit() oldswitch = g.setoption("switchlayers", True) # allow user to switch layers oldtile = g.setoption("tilelayers", True) rule() try: burp() finally: # remove the cloned layers added by the script while g.numlayers() > 1: g.dellayer() g.setname("Stable Pseudo-Heisenburp Device") g.setoption("tilelayers", oldtile) g.setoption("switchlayers", oldswitch) g.show("") golly-3.3-src/Scripts/Python/life-integer-gun30.py0000644000175000017500000000315212026730263017003 00000000000000# Based on text_test.py from PLife (http://plife.sourceforge.net/). # Universal* font described by Eric Angelini on SeqFan list # Construction universality* demonstrated by Dean Hickerson # # Integers can be written in this font that stabilize into # (almost*) any Life pattern known to be glider-constructible. # # * Possible caveats involve a very small percentage # (possibly zero percent!) of glider constructions -- in # particular, constructions that require large numbers # of very closely spaced gliders. The existence of objects # whose constructions require non-integer-constructable # closely-packed fleets of gliders is an open question; # no such objects are currently known. from glife.text import * rule() all = make_text (""" 411-31041653546-11-31041653546-1144444444444444444444444444444 31041653546-11-31041653546-11444444444444444-31041653546-11 31041653546-11444444444444444444-31041653546-11-31041653546 111444444444444-15073-114444-5473-11444444444-2474640508-444444 2474640508-444444444444444444444-2474640508-444444-2474640508-4444 2474640508-444444-2474640508-4444444444444444444444-2474640508 444444-2474640508-414-7297575-114-9471155613-414444444444 31041653546-11-2534474376-1-9471155613-414444444444-31041653546-114 7297575-114-9471155613-414444444444-31041653546-114-7297575-118 9471155613-414444444444-31041653546-18-6703-1444-107579-1114444 2474640508-51-947742-414444444441-947742-414444444444-2474640508 51-947742-414444444441-947742-41444-2474640508-51-947742-414 2474640508-414444444444444-2474640508-51-947742-414444444441 947742-414""","EAlvetica") all.display ("Eric Angelini integer glider gun") golly-3.3-src/Scripts/Python/Rule-Generators/0000755000175000017500000000000013543257426016234 500000000000000golly-3.3-src/Scripts/Python/Rule-Generators/AbsoluteTurmite-gen.py0000644000175000017500000003266112112261643022420 00000000000000# Generator for AbsoluteTurmites rules. Also known as 2D Turing machines. # # contact: tim.hutton@gmail.com import golly import random from glife.RuleTree import * dirs=['N','E','S','W'] opposite_dirs = [ 2, 3, 0, 1 ] prefix = 'AbsoluteTurmite' # N.B. All 'relative' Turmites (including Langton's ant and the n-Color family) # can be expressed as Absolute Turmites but require 4n states instead of n. # e.g. {{{1,'E',1},{0,'W',3}},{{1,'S',2},{0,'N',0}},{{1,'W',3},{0,'E',1}},{{1,'N',0},{0,'S',2}}} # is a 4-state 2-color Absolute Turmite that matches Langton's ant # Likewise all normal 1D Turing machines can be expressed as Absolute Turmites in a # straightforward fashion. # e.g. {{{1,'E',1},{1,'W',1}},{{1,'W',0},{1,'',0}}} # is a 2-state 2-color busy beaver # In both cases the opposite transform is usually not possible. Thus Absolute Turmites # are a deeper generalization. # http://bytes.com/topic/python/answers/25176-list-subsets get_subsets = lambda items: [[x for (pos,x) in zip(range(len(items)), items) if (2**pos) & switches] for switches in range(2**len(items))] example_spec = "{{{1,'E',1},{1,'W',1}},{{1,'W',0},{1,'',0}}}" # Generate a random rule, filtering out the most boring import random ns = 3 nc = 2 while True: # (we break out if ok) example_spec = '{' for state in range(ns): if state > 0: example_spec += ',' example_spec += '{' for color in range(nc): if color > 0: example_spec += ',' new_state = random.randint(0,ns-1) new_color = random.randint(0,nc-1) dir_to_move = dirs[random.randint(0,3)] example_spec += '{' + str(new_color) + ",'" + dir_to_move + "'," + str(new_state) + '}' example_spec += '}' example_spec += '}' # is rule acceptable? is_rule_acceptable = True action_table = eval(example_spec.replace('{','[').replace('}',']')) # does Turmite change at least one color? changes_one = False for state in range(ns): for color in range(nc): if not action_table[state][color][0] == color: changes_one = True if not changes_one: is_rule_acceptable = False # does turmite get stuck in any subset of states? for subset in get_subsets(range(ns)): if len(subset)==0 or len(subset)==ns: # (just an optimisation) continue leaves_subset = False for state in subset: for color in range(nc): if not action_table[state][color][2] in subset: leaves_subset = True if not leaves_subset: is_rule_acceptable = False break # (just an optimisation) # 1-move lookahead: will turmite zip off when placed on 0? for state in range(ns): if action_table[state][0][2] == state: is_rule_acceptable = False # turmite must write each colour at least once for color in range(nc): if not "{"+str(color)+"," in example_spec: is_rule_acceptable = False # does turmite move in all directions? for dir in dirs: if not "'"+dir+"'" in example_spec: is_rule_acceptable = False if is_rule_acceptable: break spec = golly.getstring( '''This script will create an AbsoluteTurmite CA for a given specification. Enter a specification string: a curly-bracketed table of n_states rows and n_colors columns, where each entry is a triple of integers. The elements of each triple are: a: the new color of the square b: the direction(s) for the turmite to move: 'NESW' c: the new internal state of the turmite Example: {{{1,'E',1},{1,'W',1}},{{1,'W',0},{1,'',0}}} (example pattern #1) Has 2 states and 2 colors. The triple {1,'W',0} says: 1. set the color of the square to 1 2. move West 3. adopt state 0 and move forward one square This is a 1D busy beaver Enter specification string: (default is a random example)''', example_spec, 'Enter Absolute Turmite specification:') # convert the specification string into action_table[state][color] # (convert Mathematica code to Python and run eval) action_table = eval(spec.replace('{','[').replace('}',']')) n_states = len(action_table) n_colors = len(action_table[0]) # (N.B. The terminology 'state' here refers to the internal state of the finite # state machine that each turmite is using, not the contents of each Golly # cell. We use the term 'color' to denote the symbol on the 2D 'tape'. The # actual 'Golly state' in this emulation of turmites is given by the # "encoding" section below.) n_dirs = 4 # TODO: check table is full and valid total_states = n_colors + n_colors*n_states # problem if we try to export more than 255 states if total_states > 255: golly.warn("Number of states required exceeds Golly's limit of 255.") golly.exit() # encoding: # (0-n_colors: empty square) def encode(c,s): # turmite on color c in state s return n_colors + n_states*c + s # http://rightfootin.blogspot.com/2006/09/more-on-python-flatten.html def flatten(l, ltypes=(list, tuple)): ltype = type(l) l = list(l) i = 0 while i < len(l): while isinstance(l[i], ltypes): if not l[i]: l.pop(i) i -= 1 break else: l[i:i + 1] = l[i] i += 1 return ltype(l) # convert the string to a form we can embed in a filename spec_string = ''.join(map(str,map(str,flatten(action_table)))) # (ambiguous but we have to try something) rule_name = prefix+'_'+spec_string remap = [2,1,3,0] # N,E,S,W -> S,E,W,N not_arriving_from_here = [range(n_colors) for i in range(n_dirs)] # (we're going to modify them) for color in range(n_colors): for state in range(n_states): moveset = action_table[state][color][1] for iMove,move in enumerate(dirs): if not move in moveset: not_arriving_from_here[opposite_dirs[iMove]] += [encode(color,state)] # What states leave output_color behind? leaving_color_behind = {} for output_color in range(n_colors): leaving_color_behind[output_color] = [output_color] # (no turmite present) for state in range(n_states): for color in range(n_colors): if action_table[state][color][0]==output_color: leaving_color_behind[output_color] += [encode(color,state)] tree = RuleTree(total_states,4) # A single turmite is entering this square: for s in range(n_states): # collect all the possibilities for a turmite to arrive in state s... inputs_sc = [] for state in range(n_states): for color in range(n_colors): if action_table[state][color][2]==s: inputs_sc += [(state,color)] # ...from direction dir for dir in range(n_dirs): inputs = [] for state,color in inputs_sc: moveset = action_table[state][color][1] if dirs[opposite_dirs[dir]] in moveset: # e.g. is there one to the S about to move N inputs += [encode(color,state)] if len(inputs)==0: continue for central_color in range(n_colors): # output the required transition ### AKT: this code causes syntax error in Python 2.3: ### transition_inputs = [leaving_color_behind[central_color]] + \ ### [ inputs if i==dir else not_arriving_from_here[i] for i in remap ] transition_inputs = [leaving_color_behind[central_color]] for i in remap: if i==dir: transition_inputs.append(inputs) else: transition_inputs.append(not_arriving_from_here[i]) transition_output = encode(central_color,s) tree.add_rule( transition_inputs, transition_output ) # default: square is left with no turmite present for output_color,inputs in leaving_color_behind.items(): tree.add_rule([inputs]+[range(total_states)]*4,output_color) tree.write(golly.getdir('rules')+rule_name+'.tree') # Write some colour icons so we can see what the turmite is doing # A simple ball drawing, with specular highlights (2) and anti-aliasing (3): icon31x31 = [[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,3,3,3,3,3,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0,0,0], [0,0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0,0], [0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0], [0,0,0,0,3,1,1,1,1,1,2,2,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0], [0,0,0,0,1,1,1,1,1,2,2,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,3,1,1,1,1,2,2,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0], [0,0,0,1,1,1,1,1,2,2,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,1,1,1,1,1,2,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0], [0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0], [0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0], [0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0], [0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0], [0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0], [0,0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0,0], [0,0,0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,3,1,1,1,1,1,1,1,1,1,3,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,3,3,3,3,3,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]] icon15x15 = [[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,3,3,3,0,0,0,0,0,0], [0,0,0,0,3,1,1,1,1,1,3,0,0,0,0], [0,0,0,3,1,1,1,1,1,1,1,3,0,0,0], [0,0,3,1,1,2,1,1,1,1,1,1,3,0,0], [0,0,1,1,2,1,1,1,1,1,1,1,1,0,0], [0,3,1,1,2,1,1,1,1,1,1,1,1,3,0], [0,3,1,1,1,1,1,1,1,1,1,1,1,3,0], [0,3,1,1,1,1,1,1,1,1,1,1,1,3,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,3,1,1,1,1,1,1,1,1,1,3,0,0], [0,0,0,3,1,1,1,1,1,1,1,3,0,0,0], [0,0,0,0,3,1,1,1,1,1,3,0,0,0,0], [0,0,0,0,0,0,3,3,3,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]] icon7x7 = [ [0,0,3,3,3,0,0], [0,3,1,1,1,3,0], [3,1,2,1,1,1,3], [3,1,1,1,1,1,3], [3,1,1,1,1,1,3], [0,3,1,1,1,3,0], [0,0,3,3,3,0,0] ] palette=[[0,0,0],[0,155,67],[127,0,255],[128,128,128],[185,184,96],[0,100,255],[196,255,254], [254,96,255],[126,125,21],[21,126,125],[255,116,116],[116,255,116],[116,116,255], [228,227,0],[28,255,27],[255,27,28],[0,228,227],[227,0,228],[27,28,255],[59,59,59], [234,195,176],[175,196,255],[171,194,68],[194,68,171],[68,171,194],[72,184,71],[184,71,72], [71,72,184],[169,255,188],[252,179,63],[63,252,179],[179,63,252],[80,9,0],[0,80,9],[9,0,80], [255,175,250],[199,134,213],[115,100,95],[188,163,0],[0,188,163],[163,0,188],[203,73,0], [0,203,73],[73,0,203],[94,189,0],[189,0,94]] highlight=(255,255,255) pixels = [[palette[0] for column in range(total_states)*31] for row in range(53)] for state in range(n_states): for color in range(n_colors): bg_col = palette[color] fg_col = palette[state+n_colors] mid = [(f+b)/2 for f,b in zip(fg_col,bg_col)] for row in range(31): for column in range(31): pixels[row][(encode(color,state)-1)*31+column] = [bg_col,fg_col,highlight,mid][icon31x31[row][column]] for row in range(15): for column in range(15): pixels[31+row][(encode(color,state)-1)*31+column] = [bg_col,fg_col,highlight,mid][icon15x15[row][column]] for row in range(7): for column in range(7): pixels[46+row][(encode(color,state)-1)*31+column] = [bg_col,fg_col,highlight,mid][icon7x7[row][column]] for color in range(n_colors): bg_col = palette[color] for row in range(31): for column in range(31): pixels[row][(color-1)*31+column] = bg_col for row in range(15): for column in range(15): pixels[31+row][(color-1)*31+column] = bg_col for row in range(7): for column in range(7): pixels[46+row][(color-1)*31+column] = bg_col # use rule_name.tree and icon info to create rule_name.rule ConvertTreeToRule(rule_name, total_states, pixels) # now we can switch to the new rule golly.new(rule_name+'-demo.rle') golly.setalgo('RuleLoader') golly.setrule(rule_name) golly.setcell(0,0,encode(0,0)) # start with a single turmite golly.show('Created '+rule_name+'.rule and selected that rule.') golly-3.3-src/Scripts/Python/Rule-Generators/HexTurmite-gen.py0000644000175000017500000007504712112261643021373 00000000000000# Generator for Hexagonal Turmite rules import golly import random import string from glife.EmulateHexagonal import * from glife.WriteRuleTable import * # AKT: Python 2.3 doesn't have "set" built-in try: set except NameError: from sets import Set as set prefix = 'HexTurmite' turns = [1,2,4,8,16,32] # http://bytes.com/topic/python/answers/25176-list-subsets get_subsets = lambda items: [[x for (pos,x) in zip(range(len(items)), items) if (2**pos) & switches] for switches in range(2**len(items))] # Generate a random rule, while filtering out the dull ones. # More to try: # - if turmite can get stuck in period-2 cycles then rule is bad (or might it avoid them?) # - (extending) if turmite has (c,2 (or 8),s) for state s and color c then will loop on the spot (unlikely to avoid?) example_spec = '{{{1, 2, 0}, {0, 1, 0}}}' import random ns = 2 nc = 3 while True: # (we break out if ok) example_spec = '{' for state in range(ns): if state > 0: example_spec += ',' example_spec += '{' for color in range(nc): if color > 0: example_spec += ',' new_color = random.randint(0,nc-1) dir_to_turn = turns[random.randint(0,len(turns)-1)] # (we don't consider splitting and dying here) new_state = random.randint(0,ns-1) example_spec += '{' + str(new_color) + "," + str(dir_to_turn) + "," + str(new_state) + '}' example_spec += '}' example_spec += '}' is_rule_acceptable = True action_table = eval(string.replace(string.replace(example_spec,'}',']'),'{','[')) # does Turmite change at least one color? changes_one = False for state in range(ns): for color in range(nc): if not action_table[state][color][0] == color: changes_one = True if not changes_one: is_rule_acceptable = False # does Turmite write every non-zero color? colors_written = set([]) for state in range(ns): for color in range(nc): colors_written.add(action_table[state][color][0]) if not colors_written==set(range(1,nc)): is_rule_acceptable = False # does Turmite ever turn? turmite_turns = False for state in range(ns): for color in range(nc): if not action_table[state][color][1] in [1,32]: # forward, u-turn turmite_turns = True if not turmite_turns: is_rule_acceptable = False # does turmite get stuck in any subset of states? for subset in get_subsets(range(ns)): if len(subset)==0 or len(subset)==ns: # (just an optimisation) continue leaves_subset = False for state in subset: for color in range(nc): if not action_table[state][color][2] in subset: leaves_subset = True if not leaves_subset: is_rule_acceptable = False break # (just an optimisation) # does turmite wobble on the spot? (u-turn that doesn't change color or state) for state in range(ns): for color in range(nc): if action_table[state][color][0]==color and action_table[state][color][1]==32 and action_table[state][color][2]==state: is_rule_acceptable = False # so was the rule acceptable, in the end? if is_rule_acceptable: break ''' Some interesting rules, mostly discovered through random search: 1-state 2-color: In search of Langton's ant: {{{1,4,0},{0,2,0}}} : with gentle turns we get the same as on the triangular grid (symmetric) # (by only allowing gentle turns of course a hex grid is the same as a tri grid) {{{1,16,0},{0,8,0}}} : with sharp turns we get a period-8 glider {{{1,16,0},{0,2,0}}} : with one sharp and one gentle turn we get a pleasing chaos, with a highway after ~5million steps {{{1,4,0},{0,8,0}}} : the other way round. You'd think it would be the same but no highway so far (30million steps) 2-state 2-color rules: {{{1,8,1},{1,1,0}},{{1,8,0},{1,2,0}}} - iceskater makes a thick highway after 40k its {{{1,2,1},{1,1,0}},{{1,4,1},{1,16,0}}} - loose loopy growth {{{1,2,0},{1,16,1}},{{1,1,0},{1,1,1}}} - frustrated space filler {{{1,4,1},{1,1,0}},{{1,1,0},{1,1,1}}} - katana: a 2-speed twin-highway {{{1,4,0},{1,8,1}},{{1,2,0},{1,16,0}}} - highway after 300k its 3-state 2-color rules: {{{1,1,2},{1,4,2}},{{1,2,0},{1,1,2}},{{1,32,0},{1,1,1}}} - shuriken iceskater makes a twin-highway after a few false starts {{{1,16,2},{1,2,2}},{{1,8,0},{1,1,1}},{{1,2,1},{1,4,0}}} - similar 2-state 3-color rules: {{{2,16,1},{2,16,0},{1,8,1}},{{1,32,1},{2,4,0},{1,2,0}}} - loose growth {{{1,1,1},{2,32,1},{1,8,1}},{{2,8,0},{2,16,1},{1,1,0}}} - loose geode growth ''' spec = golly.getstring( '''This script will create a HexTurmite CA for a given specification. Enter a specification string: a curly-bracketed table of n_states rows and n_colors columns, where each entry is a triple of integers. The elements of each triple are: a: the new color of the square b: the direction(s) for the Turmite to turn (1=Forward, 2=Left, 4=Right, 8=Back-left, 16=Back-right, 32=U-turn) c: the new internal state of the Turmite Example: {{{1, 4, 0}, {0, 2, 0}}} Has 1 state and 2 colors. The triple {1,4,0} says: 1. set the color of the square to 1 2. turn right (4) 3. adopt state 0 and move forward one square This is the equivalent of Langton's Ant. Enter string: ''', example_spec, 'Enter HexTurmite specification:') # convert the specification string into action_table[state][color] # (convert Mathematica code to Python and run eval) action_table = eval(string.replace(string.replace(spec,'}',']'),'{','[')) n_states = len(action_table) n_colors = len(action_table[0]) # (N.B. The terminology 'state' here refers to the internal state of the finite # state machine that each Turmite is using, not the contents of each Golly # cell. We use the term 'color' to denote the symbol on the 2D 'tape'. The # actual 'Golly state' in this emulation of Turmites is given by the # "encoding" section below.) n_dirs = 6 # TODO: check table is full and valid total_states = n_colors + n_colors*n_states*n_dirs # problem if we try to export more than 255 states if total_states > 255: golly.warn("Number of states required exceeds Golly's limit of 255.") golly.exit() # encoding: # (0-n_colors: empty square) def encode(c,s,d): # turmite on color c in state s facing away from direction d return n_colors + n_dirs*(n_states*c + s) + d # http://rightfootin.blogspot.com/2006/09/more-on-python-flatten.html def flatten(l, ltypes=(list, tuple)): ltype = type(l) l = list(l) i = 0 while i < len(l): while isinstance(l[i], ltypes): if not l[i]: l.pop(i) i -= 1 break else: l[i:i + 1] = l[i] i += 1 return ltype(l) # convert the string to a form we can embed in a filename spec_string = '_'.join(map(str,flatten(action_table))) # (ambiguous but we have to try something) # what direction would a turmite have been facing to end up here from direction # d if it turned t: would_have_been_facing[t][d] would_have_been_facing={ 1:[0,1,2,3,4,5], # forward 2:[1,2,3,4,5,0], # left 4:[5,0,1,2,3,4], # right 8:[2,3,4,5,0,1], # back-left 16:[4,5,0,1,2,3], # back-right 32:[3,4,5,0,1,2], # u-turn } not_arriving_from_here = [range(n_colors) for i in range(n_dirs)] # (we're going to modify them) for color in range(n_colors): for state in range(n_states): turnset = action_table[state][color][1] for turn in turns: if not turn&turnset: # didn't turn this way for dir in range(n_dirs): facing = would_have_been_facing[turn][dir] not_arriving_from_here[dir] += [encode(color,state,facing)] # What states leave output_color behind? leaving_color_behind = {} for output_color in range(n_colors): leaving_color_behind[output_color] = [output_color] # (no turmite present) for state in range(n_states): for color in range(n_colors): if action_table[state][color][0]==output_color: leaving_color_behind[output_color] += [encode(color,state,d) for d in range(n_dirs)] # any direction # we can't build the rule tree directly so we collect the transitions ready for emulation transitions = [] # A single turmite is entering this square: for s in range(n_states): for dir in range(n_dirs): # collect all the possibilities for a turmite to arrive in state s from direction dir inputs = [] for state in range(n_states): for color in range(n_colors): if action_table[state][color][2]==s: turnset = action_table[state][color][1] # sum of all turns inputs += [encode(color,state,would_have_been_facing[turn][dir]) \ for turn in turns if turn&turnset] if len(inputs)>0: for central_color in range(n_colors): # output the required transition ### AKT: this code causes syntax error in Python 2.3: ### transition = [leaving_color_behind[central_color]] + \ ### [ inputs if i==dir else not_arriving_from_here[i] for i in range(n_dirs) ] + \ ### [ [encode(central_color,s,dir)] ] transition = [leaving_color_behind[central_color]] for i in range(n_dirs): if i==dir: transition.append(inputs) else: transition.append(not_arriving_from_here[i]) transition += [ [encode(central_color,s,dir)] ] transitions += [transition] # default: square is left with no turmite present for output_color,inputs in leaving_color_behind.items(): transition = [inputs]+[range(total_states)]*n_dirs+[[output_color]] transitions += [transition] rule_name = prefix+'_'+spec_string # To see the intermediate output as a rule table: #WriteRuleTable('hexagonal',total_states,transitions,golly.getdir('rules')+rule_name+'_asTable.table') HexagonalTransitionsToRuleTree('hexagonal',total_states,transitions,rule_name) # -- make some icons -- palette=[[0,0,0],[0,155,67],[127,0,255],[128,128,128],[185,184,96],[0,100,255],[196,255,254], [254,96,255],[126,125,21],[21,126,125],[255,116,116],[116,255,116],[116,116,255], [228,227,0],[28,255,27],[255,27,28],[0,228,227],[227,0,228],[27,28,255],[59,59,59], [234,195,176],[175,196,255],[171,194,68],[194,68,171],[68,171,194],[72,184,71],[184,71,72], [71,72,184],[169,255,188],[252,179,63],[63,252,179],[179,63,252],[80,9,0],[0,80,9],[9,0,80], [255,175,250],[199,134,213],[115,100,95],[188,163,0],[0,188,163],[163,0,188],[203,73,0], [0,203,73],[73,0,203],[94,189,0],[189,0,94]] width = 31*(total_states-1) height = 53 pixels = [[(0,0,0) for x in range(width)] for y in range(height)] huge = [[[0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,2,2,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,2,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0]], [[0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,2,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,2,2,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,2,2,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,2,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0]], [[0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,2,2,2,2,2,2,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,2,1,1,2,2,2,2,2,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,2,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0]], [[0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,2,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0]], [[0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,2,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,2,2,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,2,2,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,2,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0]], [[0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,2,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,2,2,2,2,2,1,1,2,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,2,2,2,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,2,2,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,2,2,2,2,2,2,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0]]] big = [[[0,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,1,1,1,1,1,1,2,1,1,1,1,0,0,0], [0,1,1,1,1,1,1,2,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,2,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,2,1,1,1,1,1,1,0], [0,0,0,1,1,1,1,2,1,1,1,1,1,1,0], [0,0,0,1,1,2,1,2,1,2,1,1,1,1,1], [0,0,0,0,1,1,2,2,2,1,1,1,1,1,1], [0,0,0,0,0,0,1,2,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,0]], [[0,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,1,1,1,2,1,1,1,1,1,1,1,0,0,0], [0,1,1,2,1,1,1,1,1,1,1,1,1,0,0], [0,0,2,2,2,2,2,2,2,1,1,1,1,0,0], [0,0,1,2,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,1,2,1,1,1,1,1,1,1,1,1,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,0]], [[0,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,1,2,2,2,2,1,1,1,0,0,0,0,0,0], [1,1,2,2,1,1,1,1,1,1,1,0,0,0,0], [1,1,2,1,2,1,1,1,1,1,1,1,0,0,0], [0,1,2,1,1,2,1,1,1,1,1,1,0,0,0], [0,1,1,1,1,1,2,1,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,2,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,1,2,1,1,1,1,1,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,0]], [[0,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,2,1,0,0,0,0,0,0], [1,1,1,1,1,1,2,2,2,1,1,0,0,0,0], [1,1,1,1,1,2,1,2,1,2,1,1,0,0,0], [0,1,1,1,1,1,1,2,1,1,1,1,0,0,0], [0,1,1,1,1,1,1,2,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,2,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,2,1,1,1,1,1,1,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,0]], [[0,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,1,1,1,1,1,1,1,1,1,2,1,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,2,1,0,0], [0,0,1,1,1,1,2,2,2,2,2,2,2,0,0], [0,0,1,1,1,1,1,1,1,1,1,2,1,1,0], [0,0,0,1,1,1,1,1,1,1,2,1,1,1,0], [0,0,0,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,0]], [[0,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,0,0,0], [0,1,1,1,1,1,2,1,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,2,1,1,1,1,1,0,0], [0,0,1,1,1,1,1,1,2,1,1,1,1,1,0], [0,0,0,1,1,1,1,1,1,2,1,1,2,1,0], [0,0,0,1,1,1,1,1,1,1,2,1,2,1,1], [0,0,0,0,1,1,1,1,1,1,1,2,2,1,1], [0,0,0,0,0,0,1,1,1,2,2,2,2,1,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,0]]] small = [[[0,1,1,0,0,0,0], [1,1,1,1,1,0,0], [1,1,1,2,1,1,0], [0,1,1,2,1,1,0], [0,1,2,2,2,1,1], [0,0,1,2,1,1,1], [0,0,0,0,1,1,0]], [[0,1,1,0,0,0,0], [1,1,1,1,1,0,0], [1,1,2,1,1,1,0], [0,2,2,2,2,1,0], [0,1,2,1,1,1,1], [0,0,1,1,1,1,1], [0,0,0,0,1,1,0]], [[0,1,1,0,0,0,0], [1,2,2,1,1,0,0], [1,2,2,1,1,1,0], [0,1,1,2,1,1,0], [0,1,1,1,2,1,1], [0,0,1,1,1,1,1], [0,0,0,0,1,1,0]], [[0,1,1,0,0,0,0], [1,1,1,2,1,0,0], [1,1,2,2,2,1,0], [0,1,1,2,1,1,0], [0,1,1,2,1,1,1], [0,0,1,1,1,1,1], [0,0,0,0,1,1,0]], [[0,1,1,0,0,0,0], [1,1,1,1,1,0,0], [1,1,1,1,2,1,0], [0,1,2,2,2,2,0], [0,1,1,1,2,1,1], [0,0,1,1,1,1,1], [0,0,0,0,1,1,0]], [[0,1,1,0,0,0,0], [1,1,1,1,1,0,0], [1,1,2,1,1,1,0], [0,1,1,2,1,1,0], [0,1,1,1,2,2,1], [0,0,1,1,2,2,1], [0,0,0,0,1,1,0]]] for color in range(n_colors): bg = palette[color] for row in range(31): for column in range(31): pixels[row][(color-1)*31+column] = [palette[0],bg,bg][huge[0][row][column]] for row in range(15): for column in range(15): pixels[31+row][(color-1)*31+column] = [palette[0],bg,bg][big[0][row][column]] for row in range(7): for column in range(7): pixels[46+row][(color-1)*31+column] = [palette[0],bg,bg][small[0][row][column]] for state in range(n_states): fg = palette[n_colors+state] for dir in range(n_dirs): # draw the 31x31 icon for row in range(31): for column in range(31): pixels[row][(encode(color,state,dir)-1)*31+column] = [palette[0],bg,fg][huge[dir][row][column]] # draw the 15x15 icon for row in range(15): for column in range(15): pixels[31+row][(encode(color,state,dir)-1)*31+column] = [palette[0],bg,fg][big[dir][row][column]] # draw the 7x7 icon for row in range(7): for column in range(7): pixels[46+row][(encode(color,state,dir)-1)*31+column] = [palette[0],bg,fg][small[dir][row][column]] # use rule_name.tree and icon info to create rule_name.rule ConvertTreeToRule(rule_name, total_states, pixels) # -- select the new rule -- golly.new(rule_name+'-demo.rle') golly.setalgo('RuleLoader') golly.setrule(rule_name) golly.setcell(0,0,encode(0,0,0)) # start with a single turmite golly.show('Created '+rule_name+'.rule and selected that rule.') golly-3.3-src/Scripts/Python/Rule-Generators/Langtons-Ant-gen.py0000644000175000017500000002563312112261643021576 00000000000000# generator for Langton's Ant rules # inspired by Aldoaldoz: http://www.youtube.com/watch?v=1X-gtr4pEBU # contact: tim.hutton@gmail.com import golly import random from glife.RuleTree import * opposite_dirs=[2,3,0,1] # index of opposite direction # encoding: # (0-n_colors: empty square) def encode(c,s,d): # turmite on color c in state s facing direction d return n_colors + n_dirs*(n_states*c+s) + d prefix = 'LangtonsAnt' # (We choose a different name to the inbuilt Langtons-Ant rule to avoid # name collision between the rules we output and the existing icons.) spec = golly.getstring( '''This script will create a Langton's Ant CA for a given string of actions. The string specifies which way to turn when standing on a square of each state. Examples: RL (Langton's Ant), RLR (Chaos), LLRR (Cardioid), LRRL (structure) Permitted moves: 'L':Left, 'R':Right, 'U':U-turn, 'N':No turn Enter string:''', 'RL', 'Enter string:') n_colors = len(spec) d={'R':'2','L':'8','U':'4','N':'1'} # 1=noturn, 2=right, 4=u-turn, 8=left turmite_spec = "{{"+','.join(['{'+str((i+1)%n_colors)+','+d[spec[i]]+',0}' for i in range(n_colors)])+"}}" rule_name = prefix+'_'+spec action_table = eval(turmite_spec.replace('}',']').replace('{','[')) n_states = len(action_table) n_dirs=4 # (N.B. The terminology 'state' here refers to the internal state of the finite # state machine that each Turmite is using, not the contents of each Golly # cell. We use the term 'color' to denote the symbol on the 2D 'tape'. The # actual 'Golly state' in this emulation of Turmites is given by the # "encoding" section below.) total_states = n_colors+n_colors*n_states*n_dirs # problem if we try to export more than 255 states if total_states>255: golly.warn("Number of states required exceeds Golly's limit of 255\n\nMaximum 51 turns allowed.") golly.exit() # what direction would a turmite have been facing to end up here from direction # d if it turned t: would_have_been_facing[t][d] would_have_been_facing={ 1:[2,3,0,1], # no turn 2:[1,2,3,0], # right 4:[0,1,2,3], # u-turn 8:[3,0,1,2], # left } remap = [2,1,3,0] # N,E,S,W -> S,E,W,N not_arriving_from_here = [range(n_colors) for i in range(n_dirs)] # (we're going to modify them) for color in range(n_colors): for state in range(n_states): turnset = action_table[state][color][1] for turn in [1,2,4,8]: if not turn&turnset: # didn't turn this way for dir in range(n_dirs): facing = would_have_been_facing[turn][dir] not_arriving_from_here[dir] += [encode(color,state,facing)] # What states leave output_color behind? leaving_color_behind = {} for output_color in range(n_colors): leaving_color_behind[output_color] = [output_color] # (no turmite present) for state in range(n_states): for color in range(n_colors): if action_table[state][color][0]==output_color: leaving_color_behind[output_color] += [encode(color,state,d) for d in range(n_dirs)] # any direction tree = RuleTree(total_states,4) # A single turmite is entering this square: for s in range(n_states): # collect all the possibilities for a turmite to arrive in state s... inputs_sc = [] for state in range(n_states): for color in range(n_colors): if action_table[state][color][2]==s: inputs_sc += [(state,color)] # ...from direction dir for dir in range(n_dirs): inputs = [] for state,color in inputs_sc: turnset = action_table[state][color][1] # sum of all turns inputs += [encode(color,state,would_have_been_facing[turn][dir]) for turn in [1,2,4,8] if turn&turnset] if len(inputs)==0: continue for central_color in range(n_colors): # output the required transition ### AKT: this code causes syntax error in Python 2.3: ### transition_inputs = [leaving_color_behind[central_color]] + \ ### [ inputs if i==dir else not_arriving_from_here[i] for i in remap ] transition_inputs = [leaving_color_behind[central_color]] for i in remap: if i==dir: transition_inputs.append(inputs) else: transition_inputs.append(not_arriving_from_here[i]) transition_output = encode(central_color,s,opposite_dirs[dir]) tree.add_rule( transition_inputs, transition_output ) # default: square is left with no turmite present for output_color,inputs in leaving_color_behind.items(): tree.add_rule([inputs]+[range(total_states)]*4,output_color) tree.write(golly.getdir('rules')+rule_name+'.tree') # Create some multi-colour icons so we can see what the ant is doing # Andrew's ant drawing: (with added eyes (2) and anti-aliasing (3)) ant31x31 = [[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,1,2,2,1,1,1,2,2,1,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,2,2,1,1,1,2,2,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,1,0,0,0,0,1,1,1,0,0,0,0,1,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,0,0,0,1,1,1,0,0,0,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,1,1,1,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,0,0,0,1,1,1,0,0,0,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,1,0,0,0,0,1,1,1,0,0,0,0,1,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,1,1,0,1,1,1,0,1,1,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,1,1,1,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,0,0,0,1,1,1,0,0,0,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,1,0,0,0,3,1,1,1,3,0,0,0,1,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,3,1,1,1,3,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]] ant15x15 = [[0,0,0,0,1,0,0,0,0,0,1,0,0,0,0], [0,0,0,0,0,1,0,0,0,1,0,0,0,0,0], [0,0,0,0,0,0,2,1,2,0,0,0,0,0,0], [0,0,0,1,0,0,1,1,1,0,0,1,0,0,0], [0,0,0,0,1,0,0,1,0,0,1,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,1,0,0,0,1,0,0,0,1,0,0,0], [0,0,0,0,0,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,1,0,0,1,0,0,1,0,0,0,0], [0,0,0,1,0,0,3,1,3,0,0,1,0,0,0], [0,0,0,0,0,0,1,1,1,0,0,0,0,0,0], [0,0,0,0,0,0,3,1,3,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]] ant7x7 = [ [0,1,0,0,0,1,0], [0,0,2,1,2,0,0], [0,0,0,1,0,0,0], [0,1,1,1,1,1,0], [0,0,0,1,0,0,0], [0,1,1,1,1,1,0], [0,0,0,1,0,0,0] ] palette=[[0,0,0],[0,155,67],[127,0,255],[128,128,128],[185,184,96],[0,100,255],[196,255,254], [254,96,255],[126,125,21],[21,126,125],[255,116,116],[116,255,116],[116,116,255], [228,227,0],[28,255,27],[255,27,28],[0,228,227],[227,0,228],[27,28,255],[59,59,59], [234,195,176],[175,196,255],[171,194,68],[194,68,171],[68,171,194],[72,184,71],[184,71,72], [71,72,184],[169,255,188],[252,179,63],[63,252,179],[179,63,252],[80,9,0],[0,80,9],[9,0,80], [255,175,250],[199,134,213],[115,100,95],[188,163,0],[0,188,163],[163,0,188],[203,73,0], [0,203,73],[73,0,203],[94,189,0],[189,0,94]] eyes = (255,255,255) rotate4 = [ [[1,0],[0,1]], [[0,-1],[1,0]], [[-1,0],[0,-1]], [[0,1],[-1,0]] ] offset4 = [ [0,0], [1,0], [1,1], [0,1] ] pixels = [[palette[0] for column in range(total_states)*31] for row in range(53)] for state in range(n_states): for color in range(n_colors): for dir in range(n_dirs): bg_col = palette[color] fg_col = palette[state+n_colors] mid = [(f+b)/2 for f,b in zip(fg_col,bg_col)] for x in range(31): for y in range(31): column = (encode(color,state,dir)-1)*31 + rotate4[dir][0][0]*x + \ rotate4[dir][0][1]*y + offset4[dir][0]*30 row = rotate4[dir][1][0]*x + rotate4[dir][1][1]*y + offset4[dir][1]*30 pixels[row][column] = [bg_col,fg_col,eyes,mid][ant31x31[y][x]] for x in range(15): for y in range(15): column = (encode(color,state,dir)-1)*31 + rotate4[dir][0][0]*x + \ rotate4[dir][0][1]*y + offset4[dir][0]*14 row = 31 + rotate4[dir][1][0]*x + rotate4[dir][1][1]*y + offset4[dir][1]*14 pixels[row][column] = [bg_col,fg_col,eyes,mid][ant15x15[y][x]] for x in range(7): for y in range(7): column = (encode(color,state,dir)-1)*31 + rotate4[dir][0][0]*x + \ rotate4[dir][0][1]*y + offset4[dir][0]*6 row = 46 + rotate4[dir][1][0]*x + rotate4[dir][1][1]*y + offset4[dir][1]*6 pixels[row][column] = [bg_col,fg_col,eyes,mid][ant7x7[y][x]] for color in range(n_colors): bg_col = palette[color] for row in range(31): for column in range(31): pixels[row][(color-1)*31+column] = bg_col for row in range(15): for column in range(15): pixels[31+row][(color-1)*31+column] = bg_col for row in range(7): for column in range(7): pixels[46+row][(color-1)*31+column] = bg_col # use rule_name.tree and icon info to create rule_name.rule ConvertTreeToRule(rule_name, total_states, pixels) # now we can switch to the new rule golly.new(rule_name+' demo') golly.setalgo('RuleLoader') golly.setrule(rule_name) golly.setcell(0,0,n_colors+3) # start with an ant facing west golly.show('Created '+rule_name+'.rule and selected that rule.') golly-3.3-src/Scripts/Python/Rule-Generators/icon-importer.py0000644000175000017500000004635412146034627021323 00000000000000# Import any icons for the current rule so the user can edit them # and when finished run icon-exporter.py. # Author: Andrew Trevorrow (andrew@trevorrow.com), Feb 2013. import golly as g from glife import getminbox, pattern from glife.text import make_text from glife.BuiltinIcons import circles, diamonds, hexagons, triangles from colorsys import hsv_to_rgb import os iconinfo31 = [] # info for 31x31 icons iconinfo15 = [] # info for 15x15 icons iconinfo7 = [] # info for 7x7 icons iconcolors = [] # list of (r,g,b) colors used in ALL icon sizes colorstate = {} # dictionary for mapping (r,g,b) colors to cell states # -------------------------------------------------------------------- def parse_hex(hexstr): # parse a string like "FF00EE" or "FFFF0000EEEE" R, G, B = (0, 0, 0) if len(hexstr) == 6: R = int(hexstr[0:2],16) G = int(hexstr[2:4],16) B = int(hexstr[4:6],16) elif len(hexstr) == 12: # only use upper 2 hex digits R = int(hexstr[0:2],16) G = int(hexstr[4:6],16) B = int(hexstr[8:10],16) else: g.warn("Unexpected hex string: " + hexstr) return (R,G,B) # -------------------------------------------------------------------- def use_builtin_icons(shape): global iconinfo31, iconinfo15, iconinfo7, iconcolors if shape == "circles": lines = circles.split('\n') if shape == "diamonds": lines = diamonds.split('\n') if shape == "hexagons": lines = hexagons.split('\n') if shape == "triangles": lines = triangles.split('\n') xpmcount = 0 width = 0 height = 0 num_colors = 0 chars_per_pixel = 0 iconinfo = [] colordict = {} iconcolors = [] for line in lines: if line == "XPM": xpmcount = 1 iconinfo = [] colordict = {} elif xpmcount > 0 and line[0] == "\"": # extract the stuff inside double quotes, ignoring anything after 2nd one line = line.lstrip("\"").split("\"")[0] if xpmcount == 1: # parse "width height num_colors chars_per_pixel" header = line.split() width = int(header[0]) height = int(header[1]) num_colors = int(header[2]) chars_per_pixel = int(header[3]) iconinfo.append(width) iconinfo.append(height) iconinfo.append(num_colors) iconinfo.append(chars_per_pixel) elif xpmcount > 1 and xpmcount <= 1 + num_colors: # parse color index line like "A c #FFFFFF" or "AB c #FF009900BB00" key, c, hexrgb = line.split() rgb = parse_hex(hexrgb.lstrip("#")) if not rgb in iconcolors: iconcolors.append(rgb) colordict[key] = rgb if xpmcount == 1 + num_colors: iconinfo.append(colordict) elif xpmcount <= 1 + num_colors + height: # simply append pixel data in line like "......AAA......" iconinfo.append(line) if xpmcount == 1 + num_colors + height: if width == 31: iconinfo31 = iconinfo if width == 15: iconinfo15 = iconinfo if width == 7: iconinfo7 = iconinfo xpmcount = 0 # skip any extra lines else: xpmcount += 1 # -------------------------------------------------------------------- def import_icons(rulename): global iconinfo31, iconinfo15, iconinfo7, iconcolors # replace any illegal filename chars with underscores rulename = rulename.replace("/","_").replace("\\","_") rulepath = g.getdir("rules") + rulename + ".rule" if not os.path.isfile(rulepath): rulepath = g.getdir("app") + "Rules/" + rulename + ".rule" if not os.path.isfile(rulepath): # there is no .rule file return try: # open in universal newline mode to handle LF, CR, or CR+LF rulefile = open(rulepath,"rU") except: g.exit("Failed to open .rule file: " + rulepath) foundicons = False xpmcount = 0 width = 0 height = 0 num_colors = 0 chars_per_pixel = 0 iconinfo = [] colordict = {} iconcolors = [] # WARNING: The code below must agree with how Golly looks for icon info # (see LoadRuleInfo and ParseIcons in wxlayer.cpp). In particular, if # there are multiple @ICONS sections then only the 1st one is used. for line in rulefile: if foundicons and line.startswith("@"): # start of another section (possibly another @ICONS section) break line = line.rstrip("\n") if line == "@ICONS": foundicons = True elif foundicons and line == "XPM": xpmcount = 1 iconinfo = [] colordict = {} elif foundicons and line in ("circles","diamonds","hexagons","triangles"): use_builtin_icons(line) # don't break (agrees with Golly) elif xpmcount > 0 and line[0] == "\"": # extract the stuff inside double quotes, ignoring anything after 2nd one line = line.lstrip("\"").split("\"")[0] if xpmcount == 1: # parse "width height num_colors chars_per_pixel" header = line.split() width = int(header[0]) height = int(header[1]) num_colors = int(header[2]) chars_per_pixel = int(header[3]) iconinfo.append(width) iconinfo.append(height) iconinfo.append(num_colors) iconinfo.append(chars_per_pixel) elif xpmcount > 1 and xpmcount <= 1 + num_colors: # parse color index line like "A c #FFFFFF" or "AB c #FF009900BB00" key, c, hexrgb = line.split() rgb = parse_hex(hexrgb.lstrip("#")) if not rgb in iconcolors: iconcolors.append(rgb) colordict[key] = rgb if xpmcount == 1 + num_colors: iconinfo.append(colordict) elif xpmcount <= 1 + num_colors + height: # simply append pixel data in line like "......AAA......" iconinfo.append(line) if xpmcount == 1 + num_colors + height: if width == 31: iconinfo31 = iconinfo if width == 15: iconinfo15 = iconinfo if width == 7: iconinfo7 = iconinfo xpmcount = 0 # skip any extra lines else: xpmcount += 1 rulefile.close() # -------------------------------------------------------------------- def check_for_shared_rule(rulename): # rulename has at least one hyphen so get all chars before the last hyphen prefix = rulename.rsplit('-',1)[0] # replace any illegal filename chars with underscores filename = prefix.replace("/","_").replace("\\","_") + "-shared.rule" rulepath = g.getdir("rules") + filename if not os.path.isfile(rulepath): rulepath = g.getdir("app") + "Rules/" + filename if not os.path.isfile(rulepath): # there is no prefix-shared.rule file return "" # ask user if they would prefer to edit icons in shared file sharedname = prefix + "-shared" try: answer = g.getstring("There are no icons in " + rulename + ".rule.\n" + "Would you prefer to edit the icons in " + sharedname + ".rule?", "Yes", "Edit icons in shared rule?") except: # user hit Cancel (which would normally abort script) return "" if len(answer) == 0 or (answer[0] != "Y" and answer[0] != "y"): return "" return sharedname # user said Yes # -------------------------------------------------------------------- def draw_line(x1, y1, x2, y2, state = 1): # draw a line of cells in given state from x1,y1 to x2,y2 g.setcell(x1, y1, state) if x1 == x2 and y1 == y2: return dx = x2 - x1 ax = abs(dx) * 2 sx = 1 if dx < 0: sx = -1 dy = y2 - y1 ay = abs(dy) * 2 sy = 1 if dy < 0: sy = -1 if ax > ay: d = ay - (ax / 2) while x1 != x2: g.setcell(x1, y1, state) if d >= 0: y1 += sy d -= ax x1 += sx d += ay else: d = ax - (ay / 2) while y1 != y2: g.setcell(x1, y1, state) if d >= 0: x1 += sx d -= ay y1 += sy d += ax g.setcell(x2, y2, state) # -------------------------------------------------------------------- def color_text(string, extrastate): t = make_text(string, "mono") bbox = getminbox(t) # convert two-state pattern to multi-state and set state to extrastate mlist = [] tlist = list(t) for i in xrange(0, len(tlist), 2): mlist.append(tlist[i]) mlist.append(tlist[i+1]) mlist.append(extrastate) if len(mlist) % 2 == 0: mlist.append(0) p = pattern(mlist) return p, bbox.wd, bbox.ht # -------------------------------------------------------------------- def init_colors(): global iconcolors, colorstate if len(iconcolors) > 240: g.exit("The imported icons use too many colors!") # start with gradient from white to black (this makes it easier to # copy grayscale icons from one rule to another rule) s = 1 g.setcolors([s,255,255,255]) colorstate[(255,255,255)] = s s += 1 graylevel = 256 while graylevel > 0: graylevel -= 32 g.setcolors([s, graylevel, graylevel, graylevel]) colorstate[(graylevel, graylevel, graylevel)] = s s += 1 # now add all the colors used in the imported icons (unless added above) for rgb in iconcolors: if not rgb in colorstate: R,G,B = rgb g.setcolors([s,R,G,B]) colorstate[rgb] = s s += 1 # finally add rainbow colors in various shades (bright, pale, dark) for hue in xrange(12): if s > 255: break R,G,B = hsv_to_rgb(hue/12.0, 1.0, 1.0) g.setcolors([s, int(255*R), int(255*G), int(255*B)]) s += 1 for hue in xrange(12): if s > 255: break R,G,B = hsv_to_rgb(hue/12.0, 0.5, 1.0) g.setcolors([s, int(255*R), int(255*G), int(255*B)]) s += 1 for hue in xrange(12): if s > 255: break R,G,B = hsv_to_rgb(hue/12.0, 1.0, 0.5) g.setcolors([s, int(255*R), int(255*G), int(255*B)]) s += 1 # return the 50% gray state (used for drawing boxes and text) return colorstate[(128,128,128)] # -------------------------------------------------------------------- def draw_icon_boxes(numicons, linestate): for i in xrange(numicons): x = -1 + i*32 y = -1 # draw boxes for 31x31 icons draw_line(x, y, x, y+32, linestate) draw_line(x, y, x+32, y, linestate) draw_line(x+32, y, x+32, y+32, linestate) draw_line(x, y+32, x+32, y+32, linestate) # draw boxes for 15x15 icons draw_line(x, y+32, x, y+32+16, linestate) draw_line(x, y+32+16, x+16, y+32+16, linestate) draw_line(x+16, y+32, x+16, y+32+16, linestate) # draw boxes for 7x7 icons draw_line(x, y+32+16, x, y+32+16+8, linestate) draw_line(x, y+32+16+8, x+8, y+32+16+8, linestate) draw_line(x+8, y+32+16, x+8, y+32+16+8, linestate) # show state number above top row of icons t, twd, tht = color_text(str(i+1), linestate) t.put(x + 32/2 - twd/2, y - 2 - tht) # -------------------------------------------------------------------- def draw_icons(iconinfo, transparent): global colorstate if len(iconinfo) == 0: return width = iconinfo[0] height = iconinfo[1] num_colors = iconinfo[2] chars_per_pixel = iconinfo[3] colordict = iconinfo[4] pos = 5 numicons = height/width for i in xrange(numicons): x = i*32 y = 0 if width == 15: y = 32 if width == 7: y = 48 for row in xrange(width): pxls = iconinfo[pos] pos += 1 for col in xrange(width): offset = col*chars_per_pixel key = pxls[offset : offset + chars_per_pixel] if not key in colordict: g.exit("Unexpected key in icon data: " + key) rgb = colordict[key] if rgb != transparent: g.setcell(x+col, y+row, colorstate[rgb]) # -------------------------------------------------------------------- def create31x31icons(): # scale up the 15x15 bitmaps into 31x31 bitmaps using a simple # algorithm that conserves any vertical or horizontal symmetry global iconinfo15 width = 15 middle = 7 # middle row or column in 15x15 icon height = iconinfo15[1] numicons = height/width for i in xrange(numicons): x = i*32 y = 32 for row in xrange(width): for col in xrange(width): state = g.getcell(x+col, y+row) if state > 0: if row == middle and col == middle: # expand middle cell into 9 cells xx = i*32+15 yy = 15 g.setcell(xx, yy, state) g.setcell(xx, yy+1, state) g.setcell(xx, yy-1, state) g.setcell(xx+1, yy, state) g.setcell(xx-1, yy, state) g.setcell(xx+1, yy+1, state) g.setcell(xx+1, yy-1, state) g.setcell(xx-1, yy+1, state) g.setcell(xx-1, yy-1, state) elif row == middle: # expand cell in middle row into 6 cells xx = i*32+col*2 yy = row*2 if col > middle: xx += 1 g.setcell(xx, yy, state) g.setcell(xx, yy+1, state) g.setcell(xx+1, yy, state) g.setcell(xx+1, yy+1, state) g.setcell(xx, yy+2, state) g.setcell(xx+1, yy+2, state) elif col == middle: # expand cell in middle column into 6 cells xx = i*32+col*2 yy = row*2 if row > middle: yy += 1 g.setcell(xx, yy, state) g.setcell(xx, yy+1, state) g.setcell(xx+1, yy, state) g.setcell(xx+1, yy+1, state) g.setcell(xx+2, yy, state) g.setcell(xx+2, yy+1, state) else: # expand all other cells into 4 cells xx = i*32+col*2 yy = row*2 if col > middle: xx += 1 if row > middle: yy += 1 g.setcell(xx, yy, state) g.setcell(xx, yy+1, state) g.setcell(xx+1, yy, state) g.setcell(xx+1, yy+1, state) # -------------------------------------------------------------------- def create_smaller_icons(big, small): # scale down the big x big bitmaps into small x small bitmaps # using a simple sampling algorithm global iconinfo15, iconinfo31 if big == 15: numicons = iconinfo15[1] / 15 ybig = 32 else: # big = 31 numicons = iconinfo31[1] / 31 ybig = 0 if small == 7: y = 48 else: # small = 15 y = 32 sample = big / small offset = sample / 2 for i in xrange(numicons): x = i*32 for row in xrange(small): for col in xrange(small): state = g.getcell(x + offset + col*sample, ybig + offset + row*sample) if state > 0: g.setcell(x+col, y+row, state) # -------------------------------------------------------------------- def multi_color_icons(iconcolors): # return True if at least one icon color isn't a shade of gray for R,G,B in iconcolors: if R != G or G != B: return True # grayscale return False # -------------------------------------------------------------------- # check that a layer is available if g.numlayers() == g.maxlayers(): g.exit("You need to delete a layer.") # WARNING: changing this prefix will require same change in icon-exporter.py layerprefix = "imported icons for " if g.getname().startswith(layerprefix): g.exit("You probably meant to run icon-exporter.py.") g.addlayer() rulename = g.getrule().split(":")[0] # search for rulename.rule and import any icon data (also builds iconcolors) import_icons(rulename) if len(iconcolors) == 0 and ("-" in rulename) and not (rulename.endswith("-shared")): # rulename.rule has no icons and rulename contains a hyphen, so # check if prefix-shared.rule exists and ask user if they want to edit # the icons in that file sharedname = check_for_shared_rule(rulename) if len(sharedname) > 0: rulename = sharedname import_icons(rulename) iconnote = "" if len(iconcolors) == 0: iconnote = "There are currently no icons for this rule.\n\n" # check if icons are grayscale grayscale_icons = not multi_color_icons(iconcolors) g.new(layerprefix + rulename) livestates = g.numstates() - 1 deadcolor = g.getcolors(0) deadrgb = (deadcolor[1], deadcolor[2], deadcolor[3]) # switch to a Generations rule so we can have lots of colors g.setrule("//256") if grayscale_icons and deadrgb == (255,255,255): # if icons are grayscale and state 0 color was white then switch # to black background to avoid confusion (ie. we want black pixels # to be transparent) g.setcolors([0,0,0,0]) else: g.setcolors(deadcolor) graystate = init_colors() # if icons are grayscale then change deadrgb to black so that draw_icons # will treat black pixels as transparent if grayscale_icons: deadrgb = (0,0,0) draw_icon_boxes(livestates, graystate) draw_icons(iconinfo31, deadrgb) draw_icons(iconinfo15, deadrgb) draw_icons(iconinfo7, deadrgb) # create missing icons by scaling up/down the existing icons if len(iconinfo31) == 0 and len(iconinfo15) > 0: create31x31icons() iconnote += "The 31x31 icons were created by scaling up the 15x15 icons.\n\n" if len(iconinfo15) == 0 and len(iconinfo31) > 0: create_smaller_icons(31, 15) iconnote += "The 15x15 icons were created by scaling down the 31x31 icons.\n\n" if len(iconinfo7) == 0: if len(iconinfo15) > 0: create_smaller_icons(15, 7) iconnote += "The 7x7 icons were created by scaling down the 15x15 icons.\n\n" elif len(iconinfo31) > 0: create_smaller_icons(31, 7) iconnote += "The 7x7 icons were created by scaling down the 31x31 icons.\n\n" g.setoption("showlayerbar",True) g.setoption("showallstates",True) g.setoption("showicons",False) g.fit() g.update() g.note(iconnote + "Edit the icons and then run icon-exporter.py.") golly-3.3-src/Scripts/Python/Rule-Generators/RuleTableToTree.py0000644000175000017500000000316012112261643021513 00000000000000import golly import os from glife.ReadRuleTable import * from glife.RuleTree import * from glife.EmulateTriangular import * from glife.EmulateMargolus import * from glife.EmulateOneDimensional import * from glife.EmulateHexagonal import * # ask user to select .table file filename = golly.opendialog('Open a rule table to convert:', 'Rule tables (*.table)|*.table', golly.getdir('rules')) if len(filename) == 0: golly.exit() # user hit Cancel # add new converters here as they become available: Converters = { "vonNeumann":ConvertRuleTableTransitionsToRuleTree, "Moore":ConvertRuleTableTransitionsToRuleTree, "triangularVonNeumann":EmulateTriangular, "triangularMoore":EmulateTriangular, "Margolus":EmulateMargolus, "square4_figure8v":EmulateMargolus, "square4_figure8h":EmulateMargolus, "square4_cyclic":EmulateMargolus, "oneDimensional":EmulateOneDimensional, "hexagonal":EmulateHexagonal, } golly.show("Reading from rule table file...") n_states, neighborhood, transitions = ReadRuleTable(filename) if not neighborhood in Converters: golly.warn("Unsupported neighborhood: "+neighborhood) golly.show('') golly.exit() # all converters now create a .rule file golly.show("Building rule...") rule_name = Converters[neighborhood]( neighborhood, n_states, transitions, filename ) golly.new(rule_name+'-demo.rle') golly.setalgo('RuleLoader') golly.setrule(rule_name) golly.show('Created '+rule_name+'.rule and selected that rule.') golly-3.3-src/Scripts/Python/Rule-Generators/make-ruletree.py0000644000175000017500000000414412112261643021256 00000000000000# Generates a rule tree using a given Python transition function # passed in via the clipboard. # Here's an example function for Conway's Life # (copy all the lines between the triple quotes): ''' # B3/S23: name = "LifeTest" n_states = 2 n_neighbors = 8 # order for 8 neighbors is NW, NE, SW, SE, N, W, E, S, C def transition_function(a): n = a[0]+a[1]+a[2]+a[3]+a[4]+a[5]+a[6]+a[7] if n==2 and a[8]==1: return 1 if n==3: return 1 return 0 ''' # Another example, but using the vonNeumann neighborhood: ''' name = "ParityNWE" n_states = 5 n_neighbors = 4 # order for 4 neighbors is N, W, E, S, C def transition_function ( s ) : return ( s[0] + s[1] + s[2] ) % 5 ''' import golly from glife.RuleTree import * # exec() only works if all lines end with LF, so we need to convert # any Win line endings (CR+LF) or Mac line endings (CR) to LF CR = chr(13) LF = chr(10) try: exec(golly.getclipstr().replace(CR+LF,LF).replace(CR,LF)) MakeRuleTreeFromTransitionFunction( n_states, n_neighbors, transition_function, golly.getdir("rules")+name+".tree" ) # use name.tree to create name.rule (with no icons); # note that if name.rule already exists then we only replace the info in # the @TREE section to avoid clobbering any other info added by the user ConvertTreeToRule(name, n_states, []) golly.setalgo("RuleLoader") golly.setrule(name) golly.show("Created "+golly.getdir("rules")+name+".rule and switched to that rule.") except: import sys import traceback exception, msg, tb = sys.exc_info() golly.warn(\ '''To use this script, copy a Python format rule definition into the clipboard, e.g.: name = "ParityNWE" n_states = 5 n_neighbors = 4 # order for 4 neighbors is N, W, E, S, C def transition_function ( s ) : return ( s[0] + s[1] + s[2] ) % 5 For more examples, see the script file (right-click on it). ____________________________________________________ A problem was encountered with the supplied rule: '''+ '\n'.join(traceback.format_exception(exception, msg, tb))) golly.exit() golly-3.3-src/Scripts/Python/Rule-Generators/Turmite-gen.py0000644000175000017500000006706012112261643020722 00000000000000# Generator for Turmite rules # # Following work of Ed Pegg Jr. # specifically the Mathematica notebook linked-to from here: # http://www.mathpuzzle.com/26Mar03.html # # contact: tim.hutton@gmail.com import golly import random from glife.RuleTree import * dirs=['N','E','S','W'] opposite_dirs=[2,3,0,1] # index of opposite direction turn={ # index of new direction 1:[0,1,2,3], # no turn 2:[1,2,3,0], # right 4:[2,3,0,1], # u-turn 8:[3,0,1,2], # left } prefix = 'Turmite' # N.B. Translating from Langtons-Ant-nColor to Turmite is easy: # e.g. LLRR is (1 state, 4 color) {{{1,8,0},{2,8,0},{3,2,0},{0,2,0}}} # but translating the other way is only possible if the Turmite has # exactly 1 state and only moves left or right EdPeggJrTurmiteLibrary = [ # source: http://demonstrations.wolfram.com/Turmites/ # Translated into his later notation: 1=noturn, 2=right, 4=u-turn, 8=left # (old notation was: 0=noturn,1=right,-1=left) # (all these are 2-color patterns) "{{{1, 2, 0}, {0, 8, 0}}}", # 1: Langton's ant "{{{1, 2, 0}, {0, 1, 0}}}", # 2: binary counter "{{{0, 8, 1}, {1, 2, 1}}, {{1, 1, 0}, {1, 1, 1}}}", # 3: (filled triangle) "{{{0, 1, 1}, {0, 8, 1}}, {{1, 2, 0}, {0, 1, 1}}}", # 4: spiral in a box "{{{0, 2, 1}, {0, 8, 0}}, {{1, 8, 1}, {0, 2, 0}}}", # 5: stripe-filled spiral "{{{0, 2, 1}, {0, 8, 0}}, {{1, 8, 1}, {1, 1, 0}}}", # 6: stepped pyramid "{{{0, 2, 1}, {0, 1, 1}}, {{1, 2, 1}, {1, 8, 0}}}", # 7: contoured island "{{{0, 2, 1}, {0, 2, 1}}, {{1, 1, 0}, {0, 2, 1}}}", # 8: woven placemat "{{{0, 2, 1}, {1, 2, 1}}, {{1, 8, 1}, {1, 8, 0}}}", # 9: snowflake-ish (mimics Jordan's ice-skater) "{{{1, 8, 0}, {0, 1, 1}}, {{0, 8, 0}, {0, 8, 1}}}", # 10: slow city builder "{{{1, 8, 0}, {1, 2, 1}}, {{0, 2, 0}, {0, 8, 1}}}", # 11: framed computer art "{{{1, 8, 0}, {1, 2, 1}}, {{0, 2, 1}, {1, 8, 0}}}", # 12: balloon bursting (makes a spreading highway) "{{{1, 8, 1}, {0, 8, 0}}, {{1, 1, 0}, {0, 1, 0}}}", # 13: makes a horizontal highway "{{{1, 8, 1}, {0, 8, 0}}, {{1, 2, 1}, {1, 2, 0}}}", # 14: makes a 45 degree highway "{{{1, 8, 1}, {0, 8, 1}}, {{1, 2, 1}, {0, 8, 0}}}", # 15: makes a 45 degree highway "{{{1, 8, 1}, {0, 1, 0}}, {{1, 1, 0}, {1, 2, 0}}}", # 16: spiral in a filled box "{{{1, 8, 1}, {0, 2, 0}}, {{0, 8, 0}, {0, 8, 0}}}", # 17: glaciers "{{{1, 8, 1}, {1, 8, 1}}, {{1, 2, 1}, {0, 1, 0}}}", # 18: golden rectangle! "{{{1, 8, 1}, {1, 2, 0}}, {{0, 8, 0}, {0, 8, 0}}}", # 19: fizzy spill "{{{1, 8, 1}, {1, 2, 1}}, {{1, 1, 0}, {0, 1, 1}}}", # 20: nested cabinets "{{{1, 1, 1}, {0, 8, 1}}, {{1, 2, 0}, {1, 1, 1}}}", # 21: (cross) "{{{1, 1, 1}, {0, 1, 0}}, {{0, 2, 0}, {1, 8, 0}}}", # 22: saw-tipped growth "{{{1, 1, 1}, {0, 1, 1}}, {{1, 2, 1}, {0, 1, 0}}}", # 23: curves in blocks growth "{{{1, 1, 1}, {0, 2, 0}}, {{0, 8, 0}, {0, 8, 0}}}", # 24: textured growth "{{{1, 1, 1}, {0, 2, 1}}, {{1, 8, 0}, {1, 2, 0}}}", # 25: (diamond growth) "{{{1, 1, 1}, {1, 8, 0}}, {{1, 2, 1}, {0, 1, 0}}}", # 26: coiled rope "{{{1, 2, 0}, {0, 8, 1}}, {{1, 8, 0}, {0, 1, 1}}}", # 27: (growth) "{{{1, 2, 0}, {0, 8, 1}}, {{1, 8, 0}, {0, 2, 1}}}", # 28: (square spiral) "{{{1, 2, 0}, {1, 2, 1}}, {{0, 1, 0}, {0, 1, 1}}}", # 29: loopy growth with holes "{{{1, 2, 1}, {0, 8, 1}}, {{1, 1, 0}, {0, 1, 0}}}", # 30: Langton's Ant drawn with squares "{{{1, 2, 1}, {0, 2, 0}}, {{0, 8, 1}, {1, 8, 0}}}", # 31: growth with curves and blocks "{{{1, 2, 1}, {0, 2, 0}}, {{0, 1, 0}, {1, 2, 1}}}", # 32: distracted spiral builder "{{{1, 2, 1}, {0, 2, 1}}, {{1, 1, 0}, {1, 1, 1}}}", # 33: cauliflower stalk (45 deg highway) "{{{1, 2, 1}, {1, 8, 1}}, {{1, 2, 1}, {0, 2, 0}}}", # 34: worm trails (eventually turns cyclic!) "{{{1, 2, 1}, {1, 1, 0}}, {{1, 1, 0}, {0, 1, 1}}}", # 35: eventually makes a two-way highway! "{{{1, 2, 1}, {1, 2, 0}}, {{0, 1, 0}, {0, 1, 0}}}", # 36: almost symmetric mould bloom "{{{1, 2, 1}, {1, 2, 0}}, {{0, 2, 0}, {1, 1, 1}}}", # 37: makes a 1 in 2 gradient highway "{{{1, 2, 1}, {1, 2, 1}}, {{1, 8, 1}, {0, 2, 0}}}", # 38: immediately makes a 1 in 3 highway "{{{0, 2, 1}, {1, 2, 1}}, {{0, 8, 2}, {0, 8, 0}}, {{1, 2, 2}, {1, 8, 0}}}", # 39: squares and diagonals growth "{{{1, 8, 1}, {0, 1, 0}}, {{0, 2, 2}, {1, 8, 0}}, {{1, 2, 1}, {1, 1, 0}}}", # 40: streak at approx. an 8.1 in 1 gradient "{{{1, 8, 1}, {0, 1, 2}}, {{0, 2, 2}, {1, 1, 1}}, {{1, 2, 1}, {1, 1, 0}}}", # 41: streak at approx. a 1.14 in 1 gradient "{{{1, 8, 1}, {1, 8, 1}}, {{1, 1, 0}, {0, 1, 2}}, {{0, 8, 1}, {1, 1, 1}}}", # 42: maze-like growth "{{{1, 8, 2}, {0, 2, 0}}, {{1, 8, 0}, {0, 2, 0}}, {{0, 8, 0}, {0, 8, 1}}}", # 43: growth by cornices "{{{1, 2, 0}, {0, 2, 2}}, {{0, 8, 0}, {0, 2, 0}}, {{0, 1, 1}, {1, 8, 0}}}", # 44: makes a 1 in 7 highway "{{{1, 2, 1}, {0, 8, 0}}, {{1, 2, 2}, {0, 1, 0}}, {{1, 8, 0}, {0, 8, 0}}}", # 45: makes a 4 in 1 highway # source: http://www.mathpuzzle.com/Turmite5.nb # via: http://www.mathpuzzle.com/26Mar03.html # "I wondered what would happen if a turmite could split as an action... say Left and Right. # In addition, I added the rule that when two turmites met, they annihilated each other. # Some interesting patterns came out from my initial study. My main interest is finding # turmites that will grow for a long time, then self-annihilate." "{{{1, 8, 0}, {1, 2, 1}}, {{0, 10, 0}, {0, 8, 1}}}", # 46: stops at 11 gens "{{{1, 8, 0}, {1, 2, 1}}, {{1, 10, 0}, {1, 8, 1}}}", # 47: stops at 12 gens "{{{1, 15, 0}, {0, 2, 1}}, {{0, 10, 0}, {0, 8, 1}}}", # 48: snowflake-like growth "{{{1, 2, 0}, {0, 15, 0}}}", # 49: blob growth "{{{1, 3, 0}, {0, 3, 0}}}", # 50: (spiral) - like SDSR-Loop on a macro level "{{{1, 3, 0}, {0, 1, 0}}}", # 51: (spiral) "{{{1, 10, 0}, {0, 1, 0}}}", # 52: snowflake-like growth "{{{1, 10, 1}, {0, 1, 1}}, {{0, 2, 0}, {0, 0, 0}}}", # 53: interesting square growth "{{{1, 10, 1}, {0, 5, 1}}, {{1, 2, 0}, {0, 8, 0}}}", # 54: interesting square growth "{{{1, 2, 0}, {0, 1, 1}}, {{1, 2, 0}, {0, 6, 0}}}", # 55: growth "{{{1, 2, 0}, {1, 1, 1}}, {{0, 2, 0}, {0, 11, 0}}}", # 56: wedge growth with internal snakes "{{{1, 2, 1}, {0, 2, 1}}, {{1, 15, 0}, {1, 8, 0}}}", # 57: divided square growth "{{{1, 2, 0}, {2, 8, 2}, {1, 1, 1}}, {{1, 1, 2}, {0, 2, 1}, {2, 8, 1}}, {{0, 11, 0}, {1, 1, 1}, {0, 2, 2}}}", # 58: semi-chaotic growth with spikes "{{{1, 2, 0}, {2, 8, 2}, {2, 1, 1}}, {{1, 1, 2}, {1, 1, 1}, {1, 8, 1}}, {{2, 10, 0}, {2, 8, 1}, {2, 8, 2}}}" # 59: halts after 204 gens (256 non-zero cells written) ] # N.B. the images in the demonstration project http://demonstrations.wolfram.com/Turmites/ # are mirrored - e.g. Langton's ant turns left instead of right. # (Also example #45 isn't easily accessed in the demonstration, you need to open both 'advanced' controls, # then type 45 in the top text edit box, then click in the bottom one.) # just some discoveries of my own, discovered through random search TimHuttonTurmiteLibrary = [ # One-turmite effects: "{{{1,2,1},{0,4,1}},{{1,1,0},{0,8,0}}}", # makes a period-12578 gradient 23 in 29 speed c/340 highway (what is the highest period highway?) "{{{0,2,1},{0,8,0}},{{1,8,1},{1,4,0}}}", # makes a period-68 (speed c/34) glider (what is the highest period glider?) # (or alternatively, what are the *slowest* highways and gliders?) "{{{1,4,1},{1,2,1}},{{1,8,0},{1,1,1}}}", # another ice-skater rule, makes H-fractal-like shapes "{{{1,1,1},{0,2,1}},{{0,2,1},{1,8,0}}}", # period-9 glider "{{{1,2,1},{0,8,1}},{{1,4,0},{1,8,0}}}", # another ice-skater "{{{1,4,1},{1,8,1}},{{1,4,0},{0,1,0}}}", # Langton's ant (rot 45) on a 1 background but maze-like on a 0 background "{{{0,2,1},{0,8,1}},{{1,1,0},{1,8,1}}}", # slow ice-skater makes furry shape "{{{1,8,0},{1,1,1}},{{1,8,0},{0,2,1}}}", # busy beaver (goes cyclic) <50k "{{{0,8,1},{1,8,1}},{{1,2,1},{0,2,0}}}", # interesting texture "{{{1,1,1},{0,1,0}},{{1,2,0},{1,2,1}}}", # period-17 1 in 3 gradient highway (but needs debris to get started...) "{{{0,2,1},{1,8,1}},{{1,4,0},{0,2,1}}}", # period-56 speed-28 horizontal highway "{{{1,8,0},{0,1,1}},{{1,2,0},{1,8,0}}}", # somewhat loose growth # Some two-turmite rules below: (ones that are dull with 1 turmite but fun with 2) # Guessing this behaviour may be quite common, because turmites alternate between black-and-white squares # on a checkerboard. To discover these I use a turmite testbed which includes a set of turmite pairs as # starting conditions. "{{{1,4,0},{0,1,1}},{{1,4,1},{0,2,0}}}", # loose loopy growth (but only works with two ants together, e.g. 2,2) "{{{0,1,1},{0,4,0}},{{1,2,0},{1,8,1}}}", # spiral growth on its own but changing density + structure with 2 turmites, e.g. 2,2 "{{{1,2,1},{1,1,0}},{{1,1,0},{0,2,1}}}", # extender on its own but mould v. aerials with 2, e.g. 2,3 "{{{1,1,1},{0,8,1}},{{1,8,0},{0,8,0}}}", # together they build a highway ] ''' We can scale any tumite by a factor of N: (need n_states+N new states) e.g. for the turmite: "{{{1,2,0},{0,1,0}}}", # normal binary counter "{{{1,2,1},{0,1,1}},{{0,1,0},{0,0,0}}}", # scale 2 binary counter (sparse version) (Takes twice as long.) "{{{1,2,1},{0,1,1}},{{0,1,2},{0,0,0}},{{0,1,0},{0,0,0}}}", # scale 3 binary counter, etc. (Takes three times as long.) Note that the state 1+ color 1+ transitions are never used if started on a zero background - we set them to {0,0,0} (die) simply to make this clear. Or you can step these cells. Or redraw them. e.g. for Langton's ant: "{{{1, 2, 0}, {0, 8, 0}}}", # normal Langton's ant "{{{1,2,1},{0,8,1}},{{0,1,0},{0,0,0}}}", # Langton's Ant at scale 2 (sparse version) (See also Ed Pegg Jr.'s rule #30.) This is a bit like Langton's original formulation of his ants, only using 2 colors instead of 3, and with states to keep track of when to turn instead of using color for this. We can rotate any turmites too: (need e.g. 2*n_states states for 45 degree rotation) e.g. for the binary counter: "{{{1,2,0},{0,1,0}}}", # normal binary counter "{{{1,1,1},{0,8,1}},{{0,2,0},{0,0,0}}}", # diagonal counter (turning right on off-steps) "{{{1,4,1},{0,2,1}},{{0,8,0},{0,0,0}}}", # diagonal counter (turning left on off-steps) e.g. for Langton's ant: "{{{1,2,0},{0,8,0}}}", # normal Langton's ant "{{{1,1,1},{0,4,1}},{{0,2,0},{0,0,0}}}", # Langton's ant at 45 degrees (turning right on off-steps) "{{{1,4,1},{0,1,1}},{{0,8,0},{0,0,0}}}", # Langton's ant at 45 degrees (turning left on off-steps) (These take twice as long as the normal versions.) "{{{1,1,1},{0,4,1}},{{0,2,2},{0,0,0}},{{0,1,0},{0,0,0}}}", # knight's move rotated "{{{1,1,1},{0,4,1}},{{0,1,2},{0,0,0}},{{0,2,0},{0,0,0}}}", # knight's move rotated v2 (These take three times as long.) We can increase the number of straight-ahead steps to achieve any angle of highway we want, e.g. "{{{1,1,1},{0,4,1}},{{0,2,2},{0,0,0}},{{0,1,3},{0,0,0}},{{0,1,0},{0,0,0}}}", # long knight's move rotated We can rotate twice, for fun: "{{{1,8,1},{0,2,1}},{{0,2,2},{0,0,0}},{{0,1,3},{0,0,0}},{{0,2,0},{0,0,0}}}", # rotated twice (expanded version) (same as scale 2 version) (These take four times as long.) "{{{1,8,1},{0,2,1}},{{0,2,2},{1,2,2}},{{0,2,0},{1,2,0}}}", # rotated twice (compact version) Note that with the compact version we have to walk over 'live' cells without changing them - we can't set those transitions to 'die'. This makes exactly the same pattern as Langtons Ant but takes 3 times as long. For turmites with more states, e.g.: "{{{1,8,0},{1,2,1}},{{0,2,0},{0,8,1}}}", # 11: framed computer art "{{{1,4,2},{1,1,3}},{{0,1,2},{0,4,3}},{{0,2,0},{0,0,0}},{{0,2,1},{0,0,0}}}", # framed computer art rotated # 2 states become 4 states for 45 degree rotation # (sparse version, turning right on off-steps: hence turns N becomes L,L->U,R->N,U->R) # here the new states are used as off-step storage of the old states: state 2 says I will become state 0, # state 3 says I will become state 1 Can we detect when a smaller version of a turmite is possible - can we apply it in reverse? 1=noturn, 2=right, 4=u-turn, 8=left ''' # http://bytes.com/topic/python/answers/25176-list-subsets get_subsets = lambda items: [[x for (pos,x) in zip(range(len(items)), items) if (2**pos) & switches] for switches in range(2**len(items))] example_spec = "{{{1, 8, 1}, {1, 8, 1}}, {{1, 2, 1}, {0, 1, 0}}}" # Generate a random rule, filtering out the most boring ones. # TODO: # - if turmite can get stuck in period-2 cycles then rule is bad (or might it avoid them?) # - (extending) if turmite has (c,2 (or 8),s) for state s and color c then will loop on the spot (unlikely to avoid?) ns = 2 nc = 2 while True: # (we break out if ok) example_spec = '{' for state in range(ns): if state > 0: example_spec += ',' example_spec += '{' for color in range(nc): if color > 0: example_spec += ',' new_state = random.randint(0,ns-1) new_color = random.randint(0,nc-1) dir_to_turn = [1,2,4,8][random.randint(0,3)] # (we don't consider splitting and dying here) example_spec += '{' + str(new_color) + "," + str(dir_to_turn) + "," + str(new_state) + '}' example_spec += '}' example_spec += '}' is_rule_acceptable = True action_table = eval(example_spec.replace('}',']').replace('{','[')) # will turmite zip off? if on color 0 with state s the turmite does (?,1,s) then rule is bad for state in range(ns): if action_table[state][0][1]==1 and action_table[state][0][2]==state: is_rule_acceptable = False # does Turmite change at least one color? changes_one = False for state in range(ns): for color in range(nc): if not action_table[state][color][0] == color: changes_one = True if not changes_one: is_rule_acceptable = False # does Turmite ever turn? turmite_turns = False for state in range(ns): for color in range(nc): if not action_table[state][color][0] in [1,4]: # forward or u-turn turmite_turns = True if not turmite_turns: is_rule_acceptable = False # does turmite get stuck in any subset of states? for subset in get_subsets(range(ns)): if len(subset)==0 or len(subset)==ns: # (just an optimisation) continue leaves_subset = False for state in subset: for color in range(nc): if not action_table[state][color][2] in subset: leaves_subset = True if not leaves_subset: is_rule_acceptable = False break # (just an optimisation) # does turmite wobble on the spot? (u-turn that doesn't change color or state) for state in range(ns): for color in range(nc): if action_table[state][color][0]==color and action_table[state][color][1]==4 and action_table[state][color][2]==state: is_rule_acceptable = False # so was the rule acceptable, in the end? if is_rule_acceptable: break spec = golly.getstring( '''This script will create a Turmite CA for a given specification. Enter a number (1-59) for an example Turmite from Ed Pegg Jr.'s (extended) library. (see http://demonstrations.wolfram.com/Turmites/ or the code of this script) Otherwise enter a specification string: a curly-bracketed table of n_states rows and n_colors columns, where each entry is a triple of integers. The elements of each triple are: a: the new color of the square b: the direction(s) for the Turmite to turn (1=noturn, 2=right, 4=u-turn, 8=left) c: the new internal state of the Turmite Example: {{{1, 2, 0}, {0, 8, 0}}} (example pattern #1) Has 1 state and 2 colors. The triple {1,2,0} says: 1. set the color of the square to 1 2. turn right (2) 3. adopt state 0 (no change) and move forward one square This is Langton's Ant. Enter integer or string: (default is a random example)''', example_spec, 'Enter Turmite specification:') if spec.isdigit(): spec = EdPeggJrTurmiteLibrary[int(spec)-1] # (his demonstration project UI is 1-based) # convert the specification string into action_table[state][color] # (convert Mathematica code to Python and run eval) action_table = eval(spec.replace('}',']').replace('{','[')) n_states = len(action_table) n_colors = len(action_table[0]) # (N.B. The terminology 'state' here refers to the internal state of the finite # state machine that each Turmite is using, not the contents of each Golly # cell. We use the term 'color' to denote the symbol on the 2D 'tape'. The # actual 'Golly state' in this emulation of Turmites is given by the # "encoding" section below.) n_dirs=4 # TODO: check table is full and valid total_states = n_colors+n_colors*n_states*n_dirs # problem if we try to export more than 255 states if total_states > 255: golly.warn("Number of states required exceeds Golly's limit of 255.") golly.exit() # encoding: # (0-n_colors: empty square) def encode(c,s,d): # turmite on color c in state s facing direction d return n_colors + n_dirs*(n_states*c+s) + d # http://rightfootin.blogspot.com/2006/09/more-on-python-flatten.html def flatten(l, ltypes=(list, tuple)): ltype = type(l) l = list(l) i = 0 while i < len(l): while isinstance(l[i], ltypes): if not l[i]: l.pop(i) i -= 1 break else: l[i:i + 1] = l[i] i += 1 return ltype(l) # convert the string to a form we can embed in a filename spec_string = ''.join(map(str,map(lambda x:hex(x)[2:],flatten(action_table)))) # (ambiguous but we have to try something) # what direction would a turmite have been facing to end up here from direction # d if it turned t: would_have_been_facing[t][d] would_have_been_facing={ 1:[2,3,0,1], # no turn 2:[1,2,3,0], # right 4:[0,1,2,3], # u-turn 8:[3,0,1,2], # left } remap = [2,1,3,0] # N,E,S,W -> S,E,W,N not_arriving_from_here = [range(n_colors) for i in range(n_dirs)] # (we're going to modify them) for color in range(n_colors): for state in range(n_states): turnset = action_table[state][color][1] for turn in [1,2,4,8]: if not turn&turnset: # didn't turn this way for dir in range(n_dirs): facing = would_have_been_facing[turn][dir] not_arriving_from_here[dir] += [encode(color,state,facing)] #golly.warn(str(not_arriving_from_here)) # What states leave output_color behind? leaving_color_behind = {} for output_color in range(n_colors): leaving_color_behind[output_color] = [output_color] # (no turmite present) for state in range(n_states): for color in range(n_colors): if action_table[state][color][0]==output_color: leaving_color_behind[output_color] += [encode(color,state,d) for d in range(n_dirs)] # any direction tree = RuleTree(total_states,4) # A single turmite is entering this square: for s in range(n_states): # collect all the possibilities for a turmite to arrive in state s... inputs_sc = [] for state in range(n_states): for color in range(n_colors): if action_table[state][color][2]==s: inputs_sc += [(state,color)] # ...from direction dir for dir in range(n_dirs): inputs = [] for state,color in inputs_sc: turnset = action_table[state][color][1] # sum of all turns inputs += [encode(color,state,would_have_been_facing[turn][dir]) for turn in [1,2,4,8] if turn&turnset] if len(inputs)==0: continue for central_color in range(n_colors): # output the required transition ### AKT: this code causes syntax error in Python 2.3: ### transition_inputs = [leaving_color_behind[central_color]] + \ ### [ inputs if i==dir else not_arriving_from_here[i] for i in remap ] transition_inputs = [leaving_color_behind[central_color]] for i in remap: if i==dir: transition_inputs.append(inputs) else: transition_inputs.append(not_arriving_from_here[i]) transition_output = encode(central_color,s,opposite_dirs[dir]) tree.add_rule( transition_inputs, transition_output ) # default: square is left with no turmite present for output_color,inputs in leaving_color_behind.items(): tree.add_rule([inputs]+[range(total_states)]*4,output_color) rule_name = prefix+'_'+spec_string tree.write(golly.getdir('rules')+rule_name+'.tree') # Create some multi-colour icons so we can see what the turmite is doing # Andrew's ant drawing: (with added eyes (2) and anti-aliasing (3)) ant31x31 = [[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0,0,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,1,2,2,1,1,1,2,2,1,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,2,2,1,1,1,2,2,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,1,0,0,0,0,1,1,1,0,0,0,0,1,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,0,0,0,1,1,1,0,0,0,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,1,1,1,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,0,0,0,1,1,1,0,0,0,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,1,0,0,0,0,1,1,1,0,0,0,0,1,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,1,1,0,1,1,1,0,1,1,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,1,1,1,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,1,1,0,0,0,1,1,1,0,0,0,1,1,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,1,1,0,0,0,3,1,1,1,3,0,0,0,1,1,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,3,1,1,1,3,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]] ant15x15 = [[0,0,0,0,1,0,0,0,0,0,1,0,0,0,0], [0,0,0,0,0,1,0,0,0,1,0,0,0,0,0], [0,0,0,0,0,0,2,1,2,0,0,0,0,0,0], [0,0,0,1,0,0,1,1,1,0,0,1,0,0,0], [0,0,0,0,1,0,0,1,0,0,1,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,1,0,0,0,1,0,0,0,1,0,0,0], [0,0,0,0,0,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,1,0,0,1,0,0,1,0,0,0,0], [0,0,0,1,0,0,3,1,3,0,0,1,0,0,0], [0,0,0,0,0,0,1,1,1,0,0,0,0,0,0], [0,0,0,0,0,0,3,1,3,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]] ant7x7 = [ [0,1,0,0,0,1,0], [0,0,2,1,2,0,0], [0,0,0,1,0,0,0], [0,1,1,1,1,1,0], [0,0,0,1,0,0,0], [0,1,1,1,1,1,0], [0,0,0,1,0,0,0] ] palette=[[0,0,0],[0,155,67],[127,0,255],[128,128,128],[185,184,96],[0,100,255],[196,255,254], [254,96,255],[126,125,21],[21,126,125],[255,116,116],[116,255,116],[116,116,255], [228,227,0],[28,255,27],[255,27,28],[0,228,227],[227,0,228],[27,28,255],[59,59,59], [234,195,176],[175,196,255],[171,194,68],[194,68,171],[68,171,194],[72,184,71],[184,71,72], [71,72,184],[169,255,188],[252,179,63],[63,252,179],[179,63,252],[80,9,0],[0,80,9],[9,0,80], [255,175,250],[199,134,213],[115,100,95],[188,163,0],[0,188,163],[163,0,188],[203,73,0], [0,203,73],[73,0,203],[94,189,0],[189,0,94]] eyes = (255,255,255) rotate4 = [ [[1,0],[0,1]], [[0,-1],[1,0]], [[-1,0],[0,-1]], [[0,1],[-1,0]] ] offset4 = [ [0,0], [1,0], [1,1], [0,1] ] pixels = [[palette[0] for column in range(total_states)*31] for row in range(53)] for state in range(n_states): for color in range(n_colors): for dir in range(n_dirs): bg_col = palette[color] fg_col = palette[state+n_colors] mid = [(f+b)/2 for f,b in zip(fg_col,bg_col)] for x in range(31): for y in range(31): column = (encode(color,state,dir)-1)*31 + rotate4[dir][0][0]*x + \ rotate4[dir][0][1]*y + offset4[dir][0]*30 row = rotate4[dir][1][0]*x + rotate4[dir][1][1]*y + offset4[dir][1]*30 pixels[row][column] = [bg_col,fg_col,eyes,mid][ant31x31[y][x]] for x in range(15): for y in range(15): column = (encode(color,state,dir)-1)*31 + rotate4[dir][0][0]*x + \ rotate4[dir][0][1]*y + offset4[dir][0]*14 row = 31 + rotate4[dir][1][0]*x + rotate4[dir][1][1]*y + offset4[dir][1]*14 pixels[row][column] = [bg_col,fg_col,eyes,mid][ant15x15[y][x]] for x in range(7): for y in range(7): column = (encode(color,state,dir)-1)*31 + rotate4[dir][0][0]*x + \ rotate4[dir][0][1]*y + offset4[dir][0]*6 row = 46 + rotate4[dir][1][0]*x + rotate4[dir][1][1]*y + offset4[dir][1]*6 pixels[row][column] = [bg_col,fg_col,eyes,mid][ant7x7[y][x]] for color in range(n_colors): bg_col = palette[color] for row in range(31): for column in range(31): pixels[row][(color-1)*31+column] = bg_col for row in range(15): for column in range(15): pixels[31+row][(color-1)*31+column] = bg_col for row in range(7): for column in range(7): pixels[46+row][(color-1)*31+column] = bg_col # use rule_name.tree and icon info to create rule_name.rule ConvertTreeToRule(rule_name, total_states, pixels) # switch to the new rule golly.new(rule_name+'-demo.rle') golly.setalgo('RuleLoader') golly.setrule(rule_name) golly.setcell(0,0,encode(0,0,0)) # start with a single turmite golly.show('Created '+rule_name+'.rule and selected that rule.') ''' # we make a turmite testbed so we don't miss interesting behaviour # create an area of random initial configuration with a few turmites for x in range(-300,-100): for y in range(-100,100): if x%50==0 and y%50==0: golly.setcell(x,y,n_colors) # start with a turmite facing N else: golly.setcell(x,y,random.randint(0,n_colors-1)) # create a totally random area (many turmites) for x in range(-200,-100): for y in range(200,300): golly.setcell(x,y,random.randint(0,total_states-1)) # also start with some pairs of turmites # (because of checkerboard rule, sometimes turmites work in pairs) pair_separation = 30 x=0 y=100 for t1 in range(n_colors,total_states): for t2 in range(n_colors,total_states): golly.setcell(x,y,t1) golly.setcell(x+1,y,t2) x += pair_separation x = 0 y += pair_separation # also start with a filled-in area of a color for color in range(n_colors): for x in range(color*200,color*200+100): for y in range(-50,50): if x==color*200+50 and y==0: golly.setcell(x,y,encode(color,0,0)) # start with a turmite facing N else: golly.setcell(x,y,color) golly.fit() ''' golly-3.3-src/Scripts/Python/Rule-Generators/TriTurmite-gen.py0000644000175000017500000006105512112261643021377 00000000000000# Generator for Triangular Turmite rules import golly import random import string from glife.EmulateTriangular import * from glife.WriteRuleTable import * prefix = 'TriTurmite' # http://bytes.com/topic/python/answers/25176-list-subsets get_subsets = lambda items: [[x for (pos,x) in zip(range(len(items)), items) if (2**pos) & switches] for switches in range(2**len(items))] # Generate a random rule, while filtering out the dull ones. # More to try: # - if turmite can get stuck in period-2 cycles then rule is bad (or might it avoid them?) # - (extending) if turmite has (c,2 (or 8),s) for state s and color c then will loop on the spot (unlikely to avoid?) example_spec = '{{{1, 2, 0}, {0, 1, 0}}}' import random ns = 2 nc = 3 while True: # (we break out if ok) example_spec = '{' for state in range(ns): if state > 0: example_spec += ',' example_spec += '{' for color in range(nc): if color > 0: example_spec += ',' new_color = random.randint(0,nc-1) dir_to_turn = [1,2,4][random.randint(0,2)] # (we don't consider splitting and dying here) new_state = random.randint(0,ns-1) example_spec += '{' + str(new_color) + "," + str(dir_to_turn) + "," + str(new_state) + '}' example_spec += '}' example_spec += '}' is_rule_acceptable = True action_table = eval(string.replace(string.replace(example_spec,'}',']'),'{','[')) # does Turmite change at least one color? changes_one = False for state in range(ns): for color in range(nc): if not action_table[state][color][0] == color: changes_one = True if not changes_one: is_rule_acceptable = False # does Turmite write every non-zero color? colors_written = set([]) for state in range(ns): for color in range(nc): colors_written.add(action_table[state][color][0]) if not colors_written==set(range(1,nc)): is_rule_acceptable = False # does Turmite ever turn? turmite_turns = False for state in range(ns): for color in range(nc): if not action_table[state][color][0] in [4]: # u-turn turmite_turns = True if not turmite_turns: is_rule_acceptable = False # does turmite get stuck in any subset of states? for subset in get_subsets(range(ns)): if len(subset)==0 or len(subset)==ns: # (just an optimisation) continue leaves_subset = False for state in subset: for color in range(nc): if not action_table[state][color][2] in subset: leaves_subset = True if not leaves_subset: is_rule_acceptable = False break # (just an optimisation) # does turmite wobble on the spot? (u-turn that doesn't change color or state) for state in range(ns): for color in range(nc): if action_table[state][color][0]==color and action_table[state][color][1]==4 and action_table[state][color][2]==state: is_rule_acceptable = False # so was the rule acceptable, in the end? if is_rule_acceptable: break spec = golly.getstring( '''This script will create a TriTurmite CA for a given specification. Enter a specification string: a curly-bracketed table of n_states rows and n_colors columns, where each entry is a triple of integers. The elements of each triple are: a: the new color of the square b: the direction(s) for the Turmite to turn (1=Left, 2=Right, 4=U-turn) c: the new internal state of the Turmite Example: {{{1, 2, 0}, {0, 1, 0}}} Has 1 state and 2 colors. The triple {1,2,0} says: 1. set the color of the square to 1 2. turn right (2) 3. adopt state 0 (no change) and move forward one square This is the equivalent of Langton's Ant. Enter string: ''', example_spec, 'Enter TriTurmite specification:') '''Some interesting rule found with this script: {{{2,4,0},{2,4,0},{1,2,1}},{{1,2,1},{2,1,0},{1,4,1}}} - lightning cloud {{{1,1,1},{1,2,0},{2,1,1}},{{2,2,1},{2,2,1},{1,4,0}}} - makes a highway (seems to be rarer in tri grids compared to square grids?) {{{2,2,1},{1,2,0},{1,1,1}},{{1,2,0},{2,1,0},{1,4,1}}} - data pyramid {{{2,1,0},{1,4,1},{1,1,0}},{{2,4,0},{2,2,1},{1,1,1}}} - a filled version of the tri-grid Langton's ant {{{1,1,0},{2,2,1},{1,1,0}},{{1,4,0},{2,2,0},{2,2,0}}} - hypnodisc ''' # convert the specification string into action_table[state][color] # (convert Mathematica code to Python and run eval) action_table = eval(string.replace(string.replace(spec,'}',']'),'{','[')) n_states = len(action_table) n_colors = len(action_table[0]) # (N.B. The terminology 'state' here refers to the internal state of the finite # state machine that each Turmite is using, not the contents of each Golly # cell. We use the term 'color' to denote the symbol on the 2D 'tape'. The # actual 'Golly state' in this emulation of Turmites is given by the # "encoding" section below.) n_dirs = 3 # TODO: check table is full and valid total_states = n_colors+n_colors*n_states*3 # problem if we try to export more than 255 states if total_states > 128: # max allowed using checkerboard emulation (see EmulateTriangular) golly.warn("Number of states required exceeds Golly's limit of 255.") golly.exit() # encoding: # (0-n_colors: empty square) def encode(c,s,d): # turmite on color c in state s facing away from direction d return n_colors + 3*(n_states*c+s) + d # http://rightfootin.blogspot.com/2006/09/more-on-python-flatten.html def flatten(l, ltypes=(list, tuple)): ltype = type(l) l = list(l) i = 0 while i < len(l): while isinstance(l[i], ltypes): if not l[i]: l.pop(i) i -= 1 break else: l[i:i + 1] = l[i] i += 1 return ltype(l) # convert the string to a form we can embed in a filename spec_string = ''.join(map(str,map(lambda x:hex(x)[2:],flatten(action_table)))) # (ambiguous but we have to try something) # what direction would a turmite have been facing to end up here from direction # d if it turned t: would_have_been_facing[t][d] would_have_been_facing={ 1:[2,0,1], # left 2:[1,2,0], # right 4:[0,1,2], # u-turn } not_arriving_from_here = [range(n_colors) for i in range(n_dirs)] # (we're going to modify them) for color in range(n_colors): for state in range(n_states): turnset = action_table[state][color][1] for turn in [1,2,4]: if not turn&turnset: # didn't turn this way for dir in range(n_dirs): facing = would_have_been_facing[turn][dir] not_arriving_from_here[dir] += [encode(color,state,facing)] # What states leave output_color behind? leaving_color_behind = {} for output_color in range(n_colors): leaving_color_behind[output_color] = [output_color] # (no turmite present) for state in range(n_states): for color in range(n_colors): if action_table[state][color][0]==output_color: leaving_color_behind[output_color] += [encode(color,state,d) for d in range(n_dirs)] # any direction # we can't build the rule tree directly so we collect the transitions ready for emulation transitions = [] # A single turmite is entering this square: for s in range(n_states): for dir in range(n_dirs): # collect all the possibilities for a turmite to arrive in state s from direction dir inputs = [] for state in range(n_states): for color in range(n_colors): if action_table[state][color][2]==s: turnset = action_table[state][color][1] # sum of all turns inputs += [encode(color,state,would_have_been_facing[turn][dir]) \ for turn in [1,2,4] if turn&turnset] if len(inputs)>0: for central_color in range(n_colors): # output the required transition ### AKT: this code causes syntax error in Python 2.3: ### transition = [leaving_color_behind[central_color]] + \ ### [ inputs if i==dir else not_arriving_from_here[i] for i in range(n_dirs) ] + \ ### [ [encode(central_color,s,dir)] ] transition = [leaving_color_behind[central_color]] for i in range(n_dirs): if i==dir: transition.append(inputs) else: transition.append(not_arriving_from_here[i]) transition += [ [encode(central_color,s,dir)] ] transitions += [transition] # default: square is left with no turmite present for output_color,inputs in leaving_color_behind.items(): transition = [inputs]+[range(total_states)]*n_dirs+[[output_color]] transitions += [transition] rule_name = prefix+'_'+spec_string # To see the intermediate output as a rule table (can use RuleTableToTree.py to load it): #WriteRuleTable("triangularVonNeumann",total_states,transitions,golly.getdir('rules')+rule_name+'_asTable.table') # -- make some icons -- palette=[[0,0,0],[0,155,67],[127,0,255],[128,128,128],[185,184,96],[0,100,255],[196,255,254], [254,96,255],[126,125,21],[21,126,125],[255,116,116],[116,255,116],[116,116,255], [228,227,0],[28,255,27],[255,27,28],[0,228,227],[227,0,228],[27,28,255],[59,59,59], [234,195,176],[175,196,255],[171,194,68],[194,68,171],[68,171,194],[72,184,71],[184,71,72], [71,72,184],[169,255,188],[252,179,63],[63,252,179],[179,63,252],[80,9,0],[0,80,9],[9,0,80], [255,175,250],[199,134,213],[115,100,95],[188,163,0],[0,188,163],[163,0,188],[203,73,0], [0,203,73],[73,0,203],[94,189,0],[189,0,94]] if total_states<=16: TriangularTransitionsToRuleTree_SplittingMethod("triangularVonNeumann",total_states,transitions,rule_name) width = 15*(total_states*total_states-1) + 15 # we set the background color height = 22 pixels = [[(0,0,0) for x in range(width)] for y in range(height)] # turmite icons: 0=black, 1=background color, 2=turmite color turmite_big = [[[0,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [1,0,1,1,1,1,1,1,1,1,1,1,1,1,1], [1,1,0,1,1,1,1,1,1,2,2,2,2,1,1], [1,1,1,0,1,1,1,1,1,1,1,2,2,1,1], [1,1,1,1,0,1,1,1,1,1,2,1,2,1,1], [1,1,1,1,1,0,1,1,1,2,1,1,2,1,1], [1,1,1,1,1,1,0,1,2,1,1,1,1,1,1], [1,1,1,1,1,1,1,0,1,1,1,1,1,1,1], [1,1,1,1,1,1,2,1,0,1,1,1,1,1,1], [1,1,2,1,1,2,1,1,1,0,1,1,1,1,1], [1,1,2,1,2,1,1,1,1,1,0,1,1,1,1], [1,1,2,2,1,1,1,1,1,1,1,0,1,1,1], [1,1,2,2,2,2,1,1,1,1,1,1,0,1,1], [1,1,1,1,1,1,1,1,1,1,1,1,1,0,1], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,0]], [[0,1,1,1,1,1,1,1,2,1,1,1,1,1,1], [1,0,1,1,1,1,1,1,2,1,1,1,1,1,1], [1,1,0,1,1,1,1,1,1,2,1,1,1,1,1], [1,1,1,0,1,1,1,1,1,2,1,1,1,1,1], [1,1,1,1,0,1,1,1,1,1,2,1,1,1,1], [1,1,2,1,1,0,1,1,1,1,2,1,2,1,1], [1,1,2,2,1,1,0,1,1,1,1,2,2,1,1], [1,1,2,2,2,1,1,0,1,1,2,2,2,1,1], [1,1,2,2,1,1,1,1,0,1,1,2,2,1,1], [1,1,2,1,2,1,1,1,1,0,1,1,2,1,1], [1,1,1,1,2,1,1,1,1,1,0,1,1,1,1], [1,1,1,1,1,2,1,1,1,1,1,0,1,1,1], [1,1,1,1,1,2,1,1,1,1,1,1,0,1,1], [1,1,1,1,1,1,2,1,1,1,1,1,1,0,1], [1,1,1,1,1,1,2,1,1,1,1,1,1,1,0]], [[0,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [1,0,1,1,1,1,1,1,1,1,1,1,1,1,1], [1,1,0,1,1,2,2,2,2,2,1,1,1,1,1], [1,1,1,0,1,1,2,2,2,1,1,1,1,1,1], [1,1,1,1,0,1,1,2,1,2,2,1,1,1,1], [1,1,1,1,1,0,1,1,1,1,1,2,2,1,1], [1,1,1,1,1,1,0,1,1,1,1,1,1,2,2], [1,1,1,1,1,1,1,0,1,1,1,1,1,1,1], [2,2,1,1,1,1,1,1,0,1,1,1,1,1,1], [1,1,2,2,1,1,1,1,1,0,1,1,1,1,1], [1,1,1,1,2,2,1,2,1,1,0,1,1,1,1], [1,1,1,1,1,1,2,2,2,1,1,0,1,1,1], [1,1,1,1,1,2,2,2,2,2,1,1,0,1,1], [1,1,1,1,1,1,1,1,1,1,1,1,1,0,1], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,0]]] turmite_small = [[[0,1,1,1,1,1,1], [1,0,1,2,2,2,1], [1,1,0,1,1,2,1], [1,2,1,0,1,2,1], [1,2,1,1,0,1,1], [1,2,2,2,1,0,1], [1,1,1,1,1,1,0]], [[0,1,1,1,1,1,1], [1,0,1,1,1,2,1], [1,1,0,1,2,2,1], [1,2,1,0,1,2,1], [1,2,2,1,0,1,1], [1,2,1,1,1,0,1], [1,1,1,1,1,1,0]], [[0,1,1,1,1,1,1], [1,0,1,2,2,2,1], [1,1,0,1,2,1,1], [1,1,1,0,1,1,1], [1,1,2,1,0,1,1], [1,2,2,2,1,0,1], [1,1,1,1,1,1,0]]] # TODO: do something about this horrible code for lc in range(n_colors): for uc in range(n_colors): '''draw the cells with no turmites''' golly_state = uc * total_states + lc for row in range(15): for column in range(15): if column>row: # upper pixels[row][(golly_state-1)*15+column] = palette[uc] elif columnrow: # upper pixels[15+row][(golly_state-1)*15+column] = palette[uc] elif columnrow: # upper bg_col = palette[uc] fg_col = palette[n_colors+us] pixels[row][(golly_state-1)*15+column] = [palette[0],bg_col,fg_col][turmite_big[ud][row][column]] elif columnrow: # upper bg_col = palette[uc] fg_col = palette[n_colors+us] pixels[15+row][(golly_state-1)*15+column] = [palette[0],bg_col,fg_col][turmite_small[ud][row][column]] elif columncolumn: # lower bg_col = palette[lc] fg_col = palette[n_colors+ls] pixels[row][(golly_state-1)*15+column] = [palette[0],bg_col,fg_col][turmite_big[ld][row][column]] elif column>row: # upper pixels[row][(golly_state-1)*15+column] = palette[uc] for row in range(7): for column in range(7): if row>column: # lower bg_col = palette[lc] fg_col = palette[n_colors+ls] pixels[15+row][(golly_state-1)*15+column] = [palette[0],bg_col,fg_col][turmite_small[ld][row][column]] elif column>row: # upper pixels[15+row][(golly_state-1)*15+column] = palette[uc] '''draw the cells with a turmite in both halves''' for us in range(n_states): for ud in range(n_dirs): upper = encode(uc,us,ud) golly_state = upper * total_states + lower for row in range(15): for column in range(15): if row>column: # lower bg_col = palette[lc] fg_col = palette[n_colors+ls] pixels[row][(golly_state-1)*15+column] = [palette[0],bg_col,fg_col][turmite_big[ld][row][column]] elif column>row: # upper bg_col = palette[uc] fg_col = palette[n_colors+us] pixels[row][(golly_state-1)*15+column] = [palette[0],bg_col,fg_col][turmite_big[ud][row][column]] for row in range(7): for column in range(7): if row>column: # lower bg_col = palette[lc] fg_col = palette[n_colors+ls] pixels[15+row][(golly_state-1)*15+column] = [palette[0],bg_col,fg_col][turmite_small[ld][row][column]] elif column>row: # upper bg_col = palette[uc] fg_col = palette[n_colors+us] pixels[15+row][(golly_state-1)*15+column] = [palette[0],bg_col,fg_col][turmite_small[ud][row][column]] ConvertTreeToRule(rule_name, total_states, pixels) elif total_states<=128: TriangularTransitionsToRuleTree_CheckerboardMethod("triangularVonNeumann",total_states,transitions,rule_name) width = 15*(total_states*2-2) + 15 # we set the background color height = 22 pixels = [[(0,0,0) for x in range(width)] for y in range(height)] # turmite icons: 0=black, 1=background color, 2=turmite color lower = [[[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,1,1,1,0,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,2,0,0,0,0], [0,0,0,1,1,1,1,1,2,2,1,1,0,0,0], [0,0,1,1,2,1,2,2,1,1,1,1,1,0,0], [0,1,1,2,2,2,1,1,1,1,1,1,1,1,0], [1,1,2,2,2,2,2,1,1,1,1,1,1,1,1], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]], [[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,1,1,1,0,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,1,1,1,2,1,1,1,0,0,0,0], [0,0,0,1,1,1,2,2,2,1,1,1,0,0,0], [0,0,1,1,1,2,2,2,2,2,1,1,1,0,0], [0,1,1,1,1,1,1,2,1,1,1,1,1,1,0], [1,1,1,1,1,1,1,2,1,1,1,1,1,1,1], [1,1,1,1,1,1,1,2,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]], [[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,1,0,0,0,0,0,0,0], [0,0,0,0,0,0,1,1,1,0,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,2,1,1,1,1,1,1,0,0,0,0], [0,0,0,1,1,2,2,1,1,1,1,1,0,0,0], [0,0,1,1,1,1,1,2,2,1,2,1,1,0,0], [0,1,1,1,1,1,1,1,1,2,2,2,1,1,0], [1,1,1,1,1,1,1,1,2,2,2,2,2,1,1], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]]] lower7x7 = [[[0,0,0,0,0,0,0], [0,0,0,0,0,0,0], [0,0,0,1,0,0,0], [0,0,1,1,1,0,0], [0,1,2,2,1,1,0], [1,1,1,1,1,1,1], [0,0,0,0,0,0,0]], [[0,0,0,0,0,0,0], [0,0,0,0,0,0,0], [0,0,0,1,0,0,0], [0,0,1,2,1,0,0], [0,1,2,1,2,1,0], [1,1,1,1,1,1,1], [0,0,0,0,0,0,0]], [[0,0,0,0,0,0,0], [0,0,0,0,0,0,0], [0,0,0,1,0,0,0], [0,0,1,1,1,0,0], [0,1,1,2,2,1,0], [1,1,1,1,1,1,1], [0,0,0,0,0,0,0]]] # (we invert the lower triangle to get the upper triangle) for color in range(n_colors): bg_color = palette[color] # draw the 15x15 icon for row in range(15): for column in range(15): # lower triangle pixels[row][(color-1)*15+column] = \ [palette[0],bg_color,bg_color][lower[0][row][column]] # upper triangle pixels[row][(color+total_states-2)*15+column] = \ [palette[0],bg_color,bg_color][lower[0][13-row][column]] # draw the 7x7 icon for row in range(7): for column in range(7): # lower triangle pixels[15+row][(color-1)*15+column] = \ [palette[0],bg_color,bg_color][lower7x7[0][row][column]] # upper triangle pixels[15+row][(color+total_states-2)*15+column] = \ [palette[0],bg_color,bg_color][lower7x7[0][6-row][column]] for state in range(n_states): fg_color = palette[n_colors+state] for dir in range(n_dirs): # draw the 15x15 icon for row in range(15): for column in range(15): # lower triangle pixels[row][(encode(color,state,dir)-1)*15+column] = \ [palette[0],bg_color,fg_color][lower[dir][row][column]] # upper triangle pixels[row][(encode(color,state,dir)+total_states-2)*15+column] = \ [palette[0],bg_color,fg_color][lower[2-dir][13-row][column]] # draw the 7x7 icon for row in range(7): for column in range(7): # lower triangle pixels[15+row][(encode(color,state,dir)-1)*15+column] = \ [palette[0],bg_color,fg_color][lower7x7[dir][row][column]] # upper triangle pixels[15+row][(encode(color,state,dir)+total_states-2)*15+column] = \ [palette[0],bg_color,fg_color][lower7x7[2-dir][6-row][column]] ConvertTreeToRule(rule_name, total_states, pixels) else: golly.warn('Too many states!') golly.exit() # -- select the rule -- golly.new(rule_name+'-demo.rle') golly.setalgo('RuleLoader') golly.setrule(rule_name) golly.setcell(0,0,encode(0,0,0)) # start with a single turmite golly.show('Created '+rule_name+'.rule and selected that rule.') golly-3.3-src/Scripts/Python/Rule-Generators/AbsoluteHexTurmite-gen.py0000644000175000017500000003077212112261643023066 00000000000000# Generator for Absolute-movement Hexagonal Turmite rules import golly import random from glife.EmulateHexagonal import * from glife.WriteRuleTable import * # AKT: Python 2.3 doesn't have "set" built-in try: set except NameError: from sets import Set as set prefix = 'AbsoluteHexTurmite' dirs = ['A','B','C','D','E','F'] opposite_dirs = [3,4,5,0,1,2] # http://bytes.com/topic/python/answers/25176-list-subsets get_subsets = lambda items: [[x for (pos,x) in zip(range(len(items)), items) if (2**pos) & switches] for switches in range(2**len(items))] # Generate a random rule, while filtering out the dull ones. # More to try: # - if turmite can get stuck in period-2 cycles then rule is bad (or might it avoid them?) example_spec = "{{{1, 'A', 0}, {0, 'B', 0}}}" ns = 2 nc = 3 while True: # (we break out if ok) example_spec = '{' for state in range(ns): if state > 0: example_spec += ',' example_spec += '{' for color in range(nc): if color > 0: example_spec += ',' new_color = random.randint(0,nc-1) dir_to_turn = dirs[random.randint(0,len(dirs)-1)] # (we don't consider splitting and dying here) new_state = random.randint(0,ns-1) example_spec += '{' + str(new_color) + ",'" + dir_to_turn + "'," + str(new_state) + '}' example_spec += '}' example_spec += '}' is_rule_acceptable = True action_table = eval(example_spec.replace('}',']').replace('{','[')) # does Turmite change at least one color? changes_one = False for state in range(ns): for color in range(nc): if not action_table[state][color][0] == color: changes_one = True if not changes_one: is_rule_acceptable = False # does Turmite write every non-zero color? colors_written = set([]) for state in range(ns): for color in range(nc): colors_written.add(action_table[state][color][0]) if not colors_written==set(range(1,nc)): is_rule_acceptable = False # does turmite get stuck in any subset of states? for subset in get_subsets(range(ns)): if len(subset)==0 or len(subset)==ns: # (just an optimisation) continue leaves_subset = False for state in subset: for color in range(nc): if not action_table[state][color][2] in subset: leaves_subset = True if not leaves_subset: is_rule_acceptable = False break # (just an optimisation) # so was the rule acceptable, in the end? if is_rule_acceptable: break spec = golly.getstring( '''This script will create an Absolute-movement HexTurmite CA for a given specification. Enter a specification string: a curly-bracketed table of n_states rows and n_colors columns, where each entry is a triple of integers. The elements of each triple are: a: the new color of the square b: the direction(s) for the Turmite to move ('A', 'B', .. , 'F') c: the new internal state of the Turmite Example: {{{1, 'A', 0}, {0, 'B', 0}}} Has 1 state and 2 colors. The triple {1,'A',0} says: 1. set the color of the square to 1 2. move in direction 'A' 3. adopt state 0 Enter string: ''', example_spec, 'Enter AbsoluteHexTurmite specification:') # convert the specification string into action_table[state][color] # (convert Mathematica code to Python and run eval) action_table = eval(spec.replace('}',']').replace('{','[')) n_states = len(action_table) n_colors = len(action_table[0]) # (N.B. The terminology 'state' here refers to the internal state of the finite # state machine that each Turmite is using, not the contents of each Golly # cell. We use the term 'color' to denote the symbol on the 2D 'tape'. The # actual 'Golly state' in this emulation of Turmites is given by the # "encoding" section below.) n_dirs = 6 # TODO: check table is full and valid total_states = n_colors + n_colors*n_states if total_states > 256: golly.warn("Number of states required exceeds Golly's limit of 256.") golly.exit() # encoding: # (0-n_colors: empty square) def encode(c,s): # turmite on color c in state s return n_colors + n_states*c + s # http://rightfootin.blogspot.com/2006/09/more-on-python-flatten.html def flatten(l, ltypes=(list, tuple)): ltype = type(l) l = list(l) i = 0 while i < len(l): while isinstance(l[i], ltypes): if not l[i]: l.pop(i) i -= 1 break else: l[i:i + 1] = l[i] i += 1 return ltype(l) # convert the string to a form we can embed in a filename spec_string = '_'.join(map(str,flatten(action_table))) # (ambiguous but we have to try something) not_arriving_from_here = [range(n_colors) for i in range(n_dirs)] # (we're going to modify them) for color in range(n_colors): for state in range(n_states): moveset = action_table[state][color][1] for iMove,move in enumerate(dirs): if not move in moveset: # didn't turn this way not_arriving_from_here[opposite_dirs[iMove]] += [encode(color,state)] # What states leave output_color behind? leaving_color_behind = {} for output_color in range(n_colors): leaving_color_behind[output_color] = [output_color] # (no turmite present) for state in range(n_states): for color in range(n_colors): if action_table[state][color][0]==output_color: leaving_color_behind[output_color] += [encode(color,state)] # we can't build the rule tree directly so we collect the transitions ready for emulation transitions = [] # A single turmite is entering this square: for s in range(n_states): for dir in range(n_dirs): # collect all the possibilities for a turmite to arrive in state s from direction dir inputs = [] for state in range(n_states): for color in range(n_colors): if action_table[state][color][2]==s: if dirs[opposite_dirs[dir]] in action_table[state][color][1]: inputs += [encode(color,state)] if len(inputs)>0: for central_color in range(n_colors): # output the required transition ### AKT: this code causes syntax error in Python 2.3: ### transition = [leaving_color_behind[central_color]] + \ ### [ inputs if i==dir else not_arriving_from_here[i] for i in range(n_dirs) ] + \ ### [ [encode(central_color,s)] ] transition = [leaving_color_behind[central_color]] for i in range(n_dirs): if i==dir: transition.append(inputs) else: transition.append(not_arriving_from_here[i]) transition += [ [encode(central_color,s)] ] transitions += [transition] # default: square is left with no turmite present for output_color,inputs in leaving_color_behind.items(): transition = [inputs]+[range(total_states)]*n_dirs+[[output_color]] transitions += [transition] rule_name = prefix+'_'+spec_string # To see the intermediate output as a rule table: #WriteRuleTable('hexagonal',total_states,transitions,golly.getdir('rules')+rule_name+'_asTable.table') HexagonalTransitionsToRuleTree('hexagonal',total_states,transitions,rule_name) # -- make some icons -- palette=[[0,0,0],[0,155,67],[127,0,255],[128,128,128],[185,184,96],[0,100,255],[196,255,254], [254,96,255],[126,125,21],[21,126,125],[255,116,116],[116,255,116],[116,116,255], [228,227,0],[28,255,27],[255,27,28],[0,228,227],[227,0,228],[27,28,255],[59,59,59], [234,195,176],[175,196,255],[171,194,68],[194,68,171],[68,171,194],[72,184,71],[184,71,72], [71,72,184],[169,255,188],[252,179,63],[63,252,179],[179,63,252],[80,9,0],[0,80,9],[9,0,80], [255,175,250],[199,134,213],[115,100,95],[188,163,0],[0,188,163],[163,0,188],[203,73,0], [0,203,73],[73,0,203],[94,189,0],[189,0,94]] width = 31*(total_states-1) height = 53 pixels = [[(0,0,0) for x in range(width)] for y in range(height)] huge = [[0,0,0,0,0,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0,0,0], [0,0,0,1,1,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0,0], [0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,1,0,0,0,0,0], [0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,2,2,2,2,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,2,2,1,1,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,2,2,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,2,2,2,2,2,2,2,1,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,1,1,1,1,1,1,1,2,2,2,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,1,1,1,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,1,1,1,0,0,0,0], [0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,1,0,0,0,0,0]] big = [[0,0,0,1,1,0,0,0,0,0,0,0,0,0,0], [0,0,1,1,1,1,1,0,0,0,0,0,0,0,0], [0,1,1,1,1,1,1,1,1,0,0,0,0,0,0], [1,1,1,1,1,1,1,1,1,1,1,0,0,0,0], [1,1,1,1,1,1,2,2,2,1,1,1,0,0,0], [0,1,1,1,1,2,2,2,2,2,1,1,0,0,0], [0,1,1,1,2,2,2,2,2,2,2,1,1,0,0], [0,0,1,1,2,2,2,2,2,2,2,1,1,0,0], [0,0,1,1,2,2,2,2,2,2,2,1,1,1,0], [0,0,0,1,1,2,2,2,2,2,1,1,1,1,0], [0,0,0,1,1,1,2,2,2,1,1,1,1,1,1], [0,0,0,0,1,1,1,1,1,1,1,1,1,1,1], [0,0,0,0,0,0,1,1,1,1,1,1,1,1,0], [0,0,0,0,0,0,0,0,1,1,1,1,1,0,0], [0,0,0,0,0,0,0,0,0,0,1,1,0,0,0]] small = [[0,1,1,0,0,0,0], [1,1,1,1,1,0,0], [1,1,2,2,2,1,0], [0,1,2,2,2,1,0], [0,1,2,2,2,1,1], [0,0,1,1,1,1,1], [0,0,0,0,1,1,0]] for color in range(n_colors): bg = palette[color] for row in range(31): for column in range(31): pixels[row][(color-1)*31+column] = [palette[0],bg,bg][huge[row][column]] for row in range(15): for column in range(15): pixels[31+row][(color-1)*31+column] = [palette[0],bg,bg][big[row][column]] for row in range(7): for column in range(7): pixels[46+row][(color-1)*31+column] = [palette[0],bg,bg][small[row][column]] for state in range(n_states): fg = palette[n_colors+state] # draw the 31x31 icon for row in range(31): for column in range(31): pixels[row][(encode(color,state)-1)*31+column] = [palette[0],bg,fg][huge[row][column]] # draw the 15x15 icon for row in range(15): for column in range(15): pixels[31+row][(encode(color,state)-1)*31+column] = [palette[0],bg,fg][big[row][column]] # draw the 7x7 icon for row in range(7): for column in range(7): pixels[46+row][(encode(color,state)-1)*31+column] = [palette[0],bg,fg][small[row][column]] # use rule_name.tree and icon info to create rule_name.rule ConvertTreeToRule(rule_name, total_states, pixels) # -- select the new rule -- golly.new(rule_name+'-demo.rle') golly.setalgo('RuleLoader') golly.setrule(rule_name) golly.setcell(0,0,encode(0,0)) # start with a single turmite golly.show('Created '+rule_name+'.rule and selected that rule.') golly-3.3-src/Scripts/Python/Rule-Generators/icon-exporter.py0000644000175000017500000002752712146034627021333 00000000000000# Extract icon images in current layer (created by icon-importer.py) # and either create or update the appropriate .rule file. # Author: Andrew Trevorrow (andrew@trevorrow.com), Feb 2013. import golly as g from glife import getminbox, pattern from glife.BuiltinIcons import circles, diamonds, hexagons, triangles import os from tempfile import mkstemp from shutil import move iconcolors = [] # list of (r,g,b) colors used in all icons allcolors = g.getcolors() deadrgb = (allcolors[1], allcolors[2], allcolors[3]) # this flag becomes True only if an icon uses a non-gray color (ignoring deadrgb) multi_color_icons = False # grayscale # ------------------------------------------------------------------------------ def hex2(i): # convert number from 0..255 into 2 hex digits hexdigit = "0123456789ABCDEF" result = hexdigit[i / 16] result += hexdigit[i % 16] return result # -------------------------------------------------------------------- def extract_icons(iconsize): global iconcolors, allcolors, deadrgb, multi_color_icons # do 1st pass to determine the colors used and the number of icons numicons = 0 while True: blank = True x = numicons*32 y = 0 if iconsize == 15: y = 32 if iconsize == 7: y = 48 for row in xrange(iconsize): for col in xrange(iconsize): state = g.getcell(x+col, y+row) rgb = (allcolors[state*4+1], allcolors[state*4+2], allcolors[state*4+3]) if not rgb in iconcolors: iconcolors.append(rgb) if rgb != deadrgb: R,G,B = rgb if R != G or G != B: multi_color_icons = True if state > 0: blank = False if blank: break numicons += 1 if numicons == 0: return "" # build string of lines suitable for @ICONS section charsperpixel = 1 numcolors = len(iconcolors) if numcolors > 26: charsperpixel = 2 icondata = "\nXPM\n" icondata += "/* width height num_colors chars_per_pixel */\n" icondata += "\"" + str(iconsize) + " " + str(iconsize*numicons) + " " + \ str(numcolors) + " " + str(charsperpixel) + "\"\n" icondata += "/* colors */\n" cindex = "ABCDEFGHIJKLMNOPQRSTUVWXYZ" n = 0 for RGB in iconcolors: R,G,B = RGB hexcolor = "#" + hex2(R) + hex2(G) + hex2(B) if RGB == deadrgb: # use . or .. for background color icondata += "\"." if charsperpixel == 2: icondata += "." if not multi_color_icons: # grayscale icons so specify black as the background color hexcolor = "#000000" else: icondata += "\"" if charsperpixel == 1: icondata += cindex[n] else: icondata += cindex[n % 16] + cindex[n / 16] icondata += " c " + hexcolor + "\"\n" n += 1 for i in xrange(numicons): icondata += "/* icon for state " + str(i+1) + " */\n" x = i*32 y = 0 if iconsize == 15: y = 32 if iconsize == 7: y = 48 for row in xrange(iconsize): icondata += "\"" for col in xrange(iconsize): state = g.getcell(x+col, y+row) if state == 0: # show . or .. for background color icondata += "." if charsperpixel == 2: icondata += "." else: rgb = (allcolors[state*4+1], allcolors[state*4+2], allcolors[state*4+3]) n = 0 for RGB in iconcolors: if rgb == RGB: break n += 1 if charsperpixel == 1: icondata += cindex[n] else: icondata += cindex[n % 16] + cindex[n / 16] icondata += "\"\n" return icondata # -------------------------------------------------------------------- def parse_hex(hexstr): # parse a string like "FF00EE" or "FFFF0000EEEE" R, G, B = (0, 0, 0) if len(hexstr) == 6: R = int(hexstr[0:2],16) G = int(hexstr[2:4],16) B = int(hexstr[4:6],16) elif len(hexstr) == 12: # only use upper 2 hex digits R = int(hexstr[0:2],16) G = int(hexstr[4:6],16) B = int(hexstr[8:10],16) else: g.warn("Unexpected hex string: " + hexstr) return (R,G,B) # -------------------------------------------------------------------- def create_average_colors(iconsection): global deadrgb colordata = "@COLORS\n\n" R, G, B = deadrgb colordata += "0 " + str(R) + " " + str(G) + " " + str(B) + "\n" width = 0 height = 0 num_colors = 0 chars_per_pixel = 0 xpmcount = 0 colordict = {} row = 0 state = 0 nbcount = 0 totalR = 0 totalG = 0 totalB = 0 for line in iconsection.splitlines(): if len(line) > 0 and line[0] == "\"": # extract the stuff inside double quotes line = line.lstrip("\"").rstrip("\"") xpmcount += 1 if xpmcount == 1: # parse "width height num_colors chars_per_pixel" header = line.split() width = int(header[0]) height = int(header[1]) num_colors = int(header[2]) chars_per_pixel = int(header[3]) elif xpmcount > 1 and xpmcount <= 1 + num_colors: # parse color index line like "A c #FFFFFF" or "AB c #FF009900BB00" key, c, hexrgb = line.split() rgb = parse_hex(hexrgb.lstrip("#")) colordict[key] = rgb elif xpmcount <= 1 + num_colors + height: # parse pixel data in line like "......AAA......" for col in xrange(width): offset = col*chars_per_pixel key = line[offset : offset + chars_per_pixel] if not key in colordict: g.warn("Unexpected key in icon data: " + key) return colordata if key[0] != ".": R, G, B = colordict[key] nbcount += 1 totalR += R totalG += G totalB += B row += 1 if row == width: # we've done this icon state += 1 if nbcount > 0: colordata += str(state) + " " + str(totalR / nbcount) + " " \ + str(totalG / nbcount) + " " \ + str(totalB / nbcount) + "\n" else: # avoid div by zero colordata += str(state) + " 0 0 0\n" # reset counts for next icon row = 0 nbcount = 0 totalR = 0 totalG = 0 totalB = 0 if xpmcount == 1 + num_colors + height: break colordata += "\n" return colordata # -------------------------------------------------------------------- def get_color_section(rulepath): colordata = "" rulefile = open(rulepath,"rU") copylines = False for line in rulefile: if line.startswith("@COLORS"): copylines = True elif copylines and line.startswith("@"): break if copylines: colordata += line rulefile.close() return colordata # -------------------------------------------------------------------- def export_icons(iconsection, rulename): global multi_color_icons if multi_color_icons: # prepend a new @COLORS section with the average colors in each icon iconsection = create_average_colors(iconsection) + iconsection # replace any illegal filename chars with underscores filename = rulename.replace("/","_").replace("\\","_") # we will only create/update a .rule file in the user's rules folder # (ie. we don't modify the supplied Rules folder) rulepath = g.getdir("rules") + filename + ".rule" fileexists = os.path.isfile(rulepath) if fileexists: # .rule file already exists so replace or add @ICONS section rulefile = open(rulepath,"rU") # create a temporary file for writing new rule info temphdl, temppath = mkstemp() tempfile = open(temppath,"w") wroteicons = False skiplines = False for line in rulefile: if line.startswith("@ICONS"): # replace the existing @ICONS section tempfile.write(iconsection) wroteicons = True skiplines = True elif line.startswith("@COLORS") and multi_color_icons: # skip the existing @COLORS section # (iconsection contains a new @COLORS section) skiplines = True elif skiplines and line.startswith("@"): if wroteicons: tempfile.write("\n") skiplines = False if not skiplines: tempfile.write(line) if not wroteicons: # .rule file had no @ICONS section tempfile.write("\n") tempfile.write(iconsection) # close files rulefile.close() tempfile.flush() tempfile.close() os.close(temphdl) # remove original .rule file and rename temporary file os.remove(rulepath) move(temppath, rulepath) else: # .rule file doesn't exist so create it rulefile = open(rulepath,"w") rulefile.write("@RULE " + filename + "\n\n") if not multi_color_icons: # grayscale icons, so check if Rules/filename.rule exists # and if so copy any existing @COLORS section suppliedrule = g.getdir("app") + "Rules/" + filename + ".rule" if os.path.isfile(suppliedrule): colordata = get_color_section(suppliedrule) if len(colordata) > 0: rulefile.write(colordata) rulefile.write(iconsection) rulefile.flush() rulefile.close() # create another layer for displaying the new icons if g.numlayers() < g.maxlayers(): g.addlayer() g.new("icon test") g.setrule(rulename) for i in xrange(g.numstates()-1): g.setcell(i, 0, i+1) g.fit() g.setoption("showicons",True) g.update() if fileexists: g.note("Updated the icon data in " + rulepath) else: g.note("Created " + rulepath) # -------------------------------------------------------------------- # WARNING: changing this prefix will require same change in icon-importer.py layerprefix = "imported icons for " # check that the current layer was created by icon-importer.py layername = g.getname() if not layername.startswith(layerprefix): g.exit("The current layer wasn't created by icon-importer.py.") # get the original rule rulename = layername.split(" for ")[1] icondata = extract_icons(31) icondata += extract_icons(15) icondata += extract_icons(7) if len(icondata) == 0: g.exit("There are no icon images to export.") if not multi_color_icons: # check if the icon data matches Golly's built-in grayscale icons if icondata == circles: icondata = "\ncircles\n" elif icondata == diamonds: icondata = "\ndiamonds\n" elif icondata == hexagons: icondata = "\nhexagons\n" elif icondata == triangles: icondata = "\ntriangles\n" export_icons("@ICONS\n" + icondata, rulename) golly-3.3-src/Scripts/Python/Rule-Generators/FredkinModN-gen.py0000644000175000017500000000466612112261643021434 00000000000000import golly import random import time from glife.EmulateHexagonal import * from glife.EmulateTriangular import * from glife.RuleTree import * # AKT: itertools.product is new in Python 2.6 try: from itertools import product except ImportError: # see http://docs.python.org/library/itertools.html#itertools.product def product(*args, **kwds): pools = map(tuple, args) * kwds.get('repeat', 1) result = [[]] for pool in pools: result = [x+[y] for x in result for y in pool] for prod in result: yield tuple(prod) spec = golly.getstring( '''This script will write and select the rule "Fredkin-mod-n", for a given N. This rule is the Winograd extension of the Fredkin Replicator rule (the parity rule): c,{s} -> sum(s)%N (where N=2 for the original parity rule) If N is prime, this will result in any pattern being replicated at N^m timesteps (if the pattern is small enough that it doesn't overlap its copies). Specify the neighborhood (N = von Neumann, M = Moore, T = triangular von Neumann, H = hexagonal, TM = triangular Moore) and the value of N (2-255). e.g. H2, N7 (Larger values of N can take a long time.) ''', 'N3', 'Enter specification:') # work out what the string meant nhood = '' nhoods = {'N':'vonNeumann','TM':'triangularMoore','M':'Moore', 'T':'triangularVonNeumann','H':'hexagonal'} for nh in nhoods.keys(): if nh in spec: nhood = nhoods[nh] n = int(spec.replace(nh,'')) break if nhood=='': golly.exit('Unsupported string: '+spec) if n<2 or n>255: golly.exit('Value of N must lie between 2 and 255.') # assemble the transitions nbors = {'vonNeumann':4,'Moore':8,'hexagonal':6,'triangularVonNeumann':3, 'triangularMoore':12} transitions = [] for sl in product(range(n),repeat=nbors[nhood]): transitions += [ [range(n)] + [[s] for s in sl] + [[sum(sl)%n]] ] rule_name = 'Fredkin_mod'+str(n)+'_'+nhood Converters = { "vonNeumann":ConvertRuleTableTransitionsToRuleTree, "Moore":ConvertRuleTableTransitionsToRuleTree, "triangularVonNeumann":EmulateTriangular, "triangularMoore":EmulateTriangular, "hexagonal":EmulateHexagonal, } golly.show("Building rule...") rule_name = Converters[nhood]( nhood, n, transitions, rule_name+'.tree' ) golly.setrule(rule_name) golly.show('Created '+rule_name+'.rule and selected that rule.') golly-3.3-src/Scripts/Python/tile.py0000644000175000017500000000757712026730263014453 00000000000000# Tile current selection with pattern inside selection. # Author: Andrew Trevorrow (andrew@trevorrow.com), March 2006. # Updated to use exit command, Nov 2006. # Updated to handle multi-state patterns, Aug 2008. from glife import * import golly as g selrect = rect( g.getselrect() ) if selrect.empty: g.exit("There is no selection.") selpatt = pattern( g.getcells(g.getselrect()) ) if len(selpatt) == 0: g.exit("No pattern in selection.") # determine if selpatt is one-state or multi-state inc = 2 if len(selpatt) & 1 == 1: inc = 3 # ------------------------------------------------------------------------------ def clip_left (patt, left): clist = list(patt) # remove padding int if present if (inc == 3) and (len(clist) % 3 == 1): clist.pop() x = 0 while x < len(clist): if clist[x] < left: clist[x : x+inc] = [] # remove cell from list else: x += inc # append padding int if necessary if (inc == 3) and (len(clist) & 1 == 0): clist.append(0) return pattern(clist) # ------------------------------------------------------------------------------ def clip_right (patt, right): clist = list(patt) # remove padding int if present if (inc == 3) and (len(clist) % 3 == 1): clist.pop() x = 0 while x < len(clist): if clist[x] > right: clist[x : x+inc] = [] # remove cell from list else: x += inc # append padding int if necessary if (inc == 3) and (len(clist) & 1 == 0): clist.append(0) return pattern(clist) # ------------------------------------------------------------------------------ def clip_top (patt, top): clist = list(patt) # remove padding int if present if (inc == 3) and (len(clist) % 3 == 1): clist.pop() y = 1 while y < len(clist): if clist[y] < top: clist[y-1 : y-1+inc] = [] # remove cell from list else: y += inc # append padding int if necessary if (inc == 3) and (len(clist) & 1 == 0): clist.append(0) return pattern(clist) # ------------------------------------------------------------------------------ def clip_bottom (patt, bottom): clist = list(patt) # remove padding int if present if (inc == 3) and (len(clist) % 3 == 1): clist.pop() y = 1 while y < len(clist): if clist[y] > bottom: clist[y-1 : y-1+inc] = [] # remove cell from list else: y += inc # append padding int if necessary if (inc == 3) and (len(clist) & 1 == 0): clist.append(0) return pattern(clist) # ------------------------------------------------------------------------------ # find selpatt's minimal bounding box bbox = getminbox(selpatt) # first tile selpatt horizontally, clipping where necessary left = bbox.left i = 0 while left > selrect.left: left -= bbox.width i += 1 if left >= selrect.left: selpatt.put(-bbox.width * i, 0) else: clip_left( selpatt(-bbox.width * i, 0), selrect.left ).put() right = bbox.right i = 0 while right < selrect.right: right += bbox.width i += 1 if right <= selrect.right: selpatt.put(bbox.width * i, 0) else: clip_right( selpatt(bbox.width * i, 0), selrect.right ).put() # get new selection pattern and tile vertically, clipping where necessary selpatt = pattern( g.getcells(g.getselrect()) ) bbox = getminbox(selpatt) top = bbox.top i = 0 while top > selrect.top: top -= bbox.height i += 1 if top >= selrect.top: selpatt.put(0, -bbox.height * i) else: clip_top( selpatt(0, -bbox.height * i), selrect.top ).put() bottom = bbox.bottom i = 0 while bottom < selrect.bottom: bottom += bbox.height i += 1 if bottom <= selrect.bottom: selpatt.put(0, bbox.height * i) else: clip_bottom( selpatt(0, bbox.height * i), selrect.bottom ).put() if not selrect.visible(): g.fitsel() golly-3.3-src/Scripts/Python/bricklayer.py0000644000175000017500000000145712026730263015634 00000000000000# Based on bricklayer.py from PLife (http://plife.sourceforge.net/). from glife import * rule () # Life p22_half = pattern("2o$bo$bobo$2b2o3bo$6bob2o$5bo4bo$6bo3bo$7b3o!") p22 = p22_half + p22_half(26, 9, flip) gun22 = p22 + p22[1](-18, 11) gun154 = gun22[27] + gun22[5](49, 12, rcw) + gun22(5, 53, flip_y) p7_reflector = pattern(""" 2b2o5b2o$2b2o5bo$7bobo$7b2o$3b2o$3bobo$4bo3$13bo$10bo2b3o3b2o$3b5o 2b3o3bo2bo$b3obob3o4b2obobo$o4bo4b4obobo2b2o$2ob2ob4o3bobob2obo$ 4bobobobobo2bo2bobo$4bobobo2bo2bob3ob2o$3b2obob4o6bobo$7bo4b6o2b o$9bo2bo2bo4b2o$8b2o!""") pre_lom = pattern("2bo$2ob2o$2ob2o2$b2ob2o$b2ob2o$3bo!") all = gun154[210](-52, -38) + gun154[254](52, -38, flip_x) + p7_reflector(8, 23) \ + pre_lom(-3, 30) ### all.save ("bricklayer.lif", "David Bell, 29 Sep 2002") all.display("bricklayer") golly-3.3-src/Scripts/Python/goto.py0000644000175000017500000001040712706123635014454 00000000000000# Go to a requested generation. The given generation can be an # absolute number like 1,000,000 (commas are optional) or a number # relative to the current generation like +9 or -6. If the target # generation is less than the current generation then we go back # to the starting generation (normally 0) and advance to the target. # Authors: Andrew Trevorrow and Dave Greene, April 2006. # Updated Sept-Oct 2006 -- XRLE support and reusable default value. # Updated April 2010 -- much faster, thanks to PM 2Ring. from glife import validint from time import time import golly as g # -------------------------------------------------------------------- def intbase(n, b): # convert integer n >= 0 to a base b digit list (thanks to PM 2Ring) digits = [] while n > 0: digits += [n % b] n //= b return digits or [0] # -------------------------------------------------------------------- def goto(gen): currgen = int(g.getgen()) if gen[0] == '+': n = int(gen[1:]) newgen = currgen + n elif gen[0] == '-': n = int(gen[1:]) if currgen > n: newgen = currgen - n else: newgen = 0 else: newgen = int(gen) if newgen < currgen: # try to go back to starting gen (not necessarily 0) and # then forwards to newgen; note that reset() also restores # algorithm and/or rule, so too bad if user changed those # after the starting info was saved; # first save current location and scale midx, midy = g.getpos() mag = g.getmag() g.reset() # restore location and scale g.setpos(midx, midy) g.setmag(mag) # current gen might be > 0 if user loaded a pattern file # that set the gen count currgen = int(g.getgen()) if newgen < currgen: g.error("Can't go back any further; pattern was saved " + "at generation " + str(currgen) + ".") return if newgen == currgen: return g.show("Hit escape to abort...") oldsecs = time() # before stepping we advance by 1 generation, for two reasons: # 1. if we're at the starting gen then the *current* step size # will be saved (and restored upon Reset/Undo) rather than a # possibly very large step size # 2. it increases the chances the user will see updates and so # get some idea of how long the script will take to finish # (otherwise if the base is 10 and a gen like 1,000,000,000 # is given then only a single step() of 10^9 would be done) g.run(1) currgen += 1 # use fast stepping (thanks to PM 2Ring) for i, d in enumerate(intbase(newgen - currgen, g.getbase())): if d > 0: g.setstep(i) for j in xrange(d): if g.empty(): g.show("Pattern is empty.") return g.step() newsecs = time() if newsecs - oldsecs >= 1.0: # do an update every sec oldsecs = newsecs g.update() g.show("") # -------------------------------------------------------------------- def savegen(filename, gen): try: f = open(filename, 'w') f.write(gen) f.close() except: g.warn("Unable to save given gen in file:\n" + filename) # -------------------------------------------------------------------- # use same file name as in goto.lua GotoINIFileName = g.getdir("data") + "goto.ini" previousgen = "" try: f = open(GotoINIFileName, 'r') previousgen = f.readline() f.close() if not validint(previousgen): previousgen = "" except: # should only happen 1st time (GotoINIFileName doesn't exist) pass gen = g.getstring("Enter the desired generation number,\n" + "or -n/+n to go back/forwards by n:", previousgen, "Go to generation") if len(gen) == 0: g.exit() elif gen == "+" or gen == "-": # clear the default savegen(GotoINIFileName, "") elif not validint(gen): g.exit('Sorry, but "' + gen + '" is not a valid integer.') else: # best to save given gen now in case user aborts script savegen(GotoINIFileName, gen) oldstep = g.getstep() goto(gen.replace(",","")) g.setstep(oldstep) golly-3.3-src/Scripts/Python/metafier.py0000644000175000017500000012357012707765343015317 00000000000000# metafier.py: # Uses the current selection to build a Brice Due metapixel pattern. # See http://otcametapixel.blogspot.com for more info. # Original author: Dave Greene, 12 June 2006. # # Dave Greene, 23 June 2006: added non-Conway's-Life rule support. # Also reduced the script size by a factor of six, at the expense of # adding a moderate-sized [constant] performance hit at the start # [due to composing the base tiles from smaller subpatterns.] # # The delay is almost all due to running CellCenter[3680] at the end # to produce the large filled area for the ONcell. Subpatterns are # generally (with some exceptions) defined to match the labeled slides at # http://otcametapixel.blogspot.com/2006/05/how-does-it-work.html . # # It's still possible to simplify the script by another factor of # two or more, by replacing the four main types of P46 oscillators # [which are often quoted as flat patterns] with predefined library # versions in the correct phase; see samples in the slide-24 section. # # 24 June 2006: the script now saves a reference copy of the OFFcell # and (particularly) the slow-to-construct ONcell, so these only have # to be constructed from scratch once, the first time the script runs. # # If metapixel-ON.rle and metapixel-OFF.rle become corrupted, they # should be deleted so the script can re-generate them. # # 3 July 2007: added code to avoid errors in rules like Seeds, # where the Golly canonical form of the rule doesn't include a '/' # # Modified by Andrew Trevorrow, 20 July 2006 (faster, simpler and # doesn't change the current clipboard). # # Modified by Andrew Trevorrow, 5 October 2007 (metafied pattern is # created in a separate layer so we don't clobber the selection). import os import golly as g from glife import * selrect = g.getselrect() if len(selrect) == 0: g.exit("There is no selection.") # check that a layer is available for the metafied pattern; # if metafied layer already exists then we'll use that layername = "metafied" metalayer = -1 for i in xrange(g.numlayers()): if g.getname(i) == layername: metalayer = i break if metalayer < 0 and g.numlayers() == g.maxlayers(): g.exit("You need to delete a layer.") # note that getrule returns canonical rule string rulestr = g.getrule().split(":")[0] if (not rulestr.startswith("B")) or (rulestr.find("/S") == -1): g.exit("This script only works with B*/S* rules.") # get the current selection slist = g.getcells(selrect) selwidth = selrect[2] selheight = selrect[3] # create a 2D list of 0s and 1s representing entire selection livecell = [[0 for y in xrange(selheight)] for x in xrange(selwidth)] for i in xrange(0, len(slist), 2): livecell[slist[i] - selrect[0]][slist[i+1] - selrect[1]] = 1 # build a patch pattern based on the current rule # that fixes the appropriate broken eaters in the rules table r1, r2 = rulestr.split("/") if r1[:1] == "B": Bvalues, Svalues = r1.replace("B",""), r2.replace("S","") elif r1[:1] == "S": Svalues, Bvalues = r1.replace("S",""), r2.replace("B","") else: Svalues, Bvalues = r1, r2 # create metafied pattern in separate layer if metalayer >= 0: g.setlayer(metalayer) # switch to existing layer else: metalayer = g.addlayer() # create new layer # set rule to Life rule() Brle = Srle = "b10$b10$b26$b10$b10$b26$b10$b10$b!" for ch in Bvalues: ind = 32-int(ch)*4 # because B and S values are highest at the top! Brle = Brle[:ind] + "o" + Brle[ind+1:] for ch in Svalues: ind = 32-int(ch)*4 Srle = Srle[:ind] + "o" + Srle[ind+1:] RuleBits = pattern(Brle, 148, 1404) + pattern(Srle, 162, 1406) # load or generate the OFFcell tile: OFFcellFileName = g.getdir("data") + "metapixel-OFF.rle" ONcellFileName = g.getdir("data") + "metapixel-ON.rle" if os.access(OFFcellFileName, os.R_OK) and os.access(ONcellFileName, os.R_OK): g.show("Opening metapixel-OFF and metapixel-ON from saved pattern file.") OFFcell = pattern(g.transform(g.load(OFFcellFileName),-5,-5,1,0,0,1)) ONcell = pattern(g.transform(g.load(ONcellFileName),-5,-5,1,0,0,1)) else: g.show("Building OFF metacell definition...") # slide #21: programmables -------------------- LWSS = pattern("b4o$o3bo$4bo$o2bo!", 8, 0) DiagProximityFuse = pattern(""" bo$obo$bo2$4b2o$4b2o$59b2o$59b2o3$58b2o2b2o$9b2o3bo5bo5bo5bo5bo5bo5bo 7b2o2b2o$9bo3bobo3bobo3bobo3bobo3bobo3bobo3bobo$10bo2bo2bo2bo2bo2bo2bo 2bo2bo2bo2bo2bo2bo2bo2bo$11bobo3bobo3bobo3bobo3bobo3bobo3bobo3bo5b2o$ 12bo5bo5bo5bo5bo5bo5bo5bo3bobo$55bo2bo$56bobo$57bo! """, -5, -5) OrthoProximityFuse = pattern("2o41b2o$2o41bo$41bobo$41b2o!", 1001, 0) ProximityFuses = LWSS + DiagProximityFuse + OrthoProximityFuse AllFuses = pattern() for i in range(0,4): # place four sets of fuses around cell perimeter AllFuses = AllFuses(2047, 0, rcw) + ProximityFuses temp = pattern("o$3o$3bo$2bo!") # broken eater temp += temp(0, 10) + temp(0, 20) temp += temp(0, 46) + temp(0, 92) TableEaters = temp(145, 1401) + temp(165, 1521, flip) HoneyBitsB = pattern(""" bo$obo$obo$bo7$bo$obo$obo$bo7$bo$obo$obo$bo23$bo$obo$obo$bo7$bo$obo$ob o$bo7$bo$obo$obo$bo23$bo$obo$obo$bo7$bo$obo$obo$bo7$bo$obo$obo$bo! """, 123, 1384) HoneyBitsS = HoneyBitsB(57, 34) temp = pattern("2bobo2$obobo2$obo2$obo2$2bobo4$obo2$obobo2$2bobo!") S = temp + temp(10, 16, flip) # just practicing... B = S + pattern("o6$8bobo2$o2$obo6$o!") # ditto temp = pattern("2bobo2$obobo2$obo2$obo2$obo2$obo2$obo2$obobo2$2bobo!") O = temp + temp(10, 16, flip) temp = pattern("obo2$obo2$obobo2$obobo2$obo2bo2$obo2$obo2$obo2$obo!") N = temp + temp(10, 16, flip) temp = pattern("obobobobo2$obobobobo2$obo2$obo2$obo2$obo!") F = temp + temp(0,6) # overlap, just to try it out... Eatr = pattern("4bobo2$" * 2 + "obo2$" * 2 \ + "4bobobobobobo2$" * 2 + "12bobo2$"*2) Eater = Eatr + pattern("obo2$"*2) LabelDigits = pattern(""" obobo2$o3bo2$obobo2$o3bo2$obobo5$obobo2$4bo2$4bo2$4bo2$4bo5$obobo2$o2$ obobo2$o3bo2$obobo12$obobo2$o2$obobo2$4bo2$obobo5$o3bo2$o3bo2$obobo2$ 4bo2$4bo5$obobo2$4bo2$obobo2$4bo2$obobo12$obobo2$4bo2$obobo2$o2$obobo 5$2bo2$2bo2$2bo2$2bo2$2bo5$obobo2$o3bo2$o3bo2$o3bo2$obobo!""") VLine = pattern("o2$" * 25) VLine2 = pattern("o2$" * 71) HLine = pattern("ob" * 38) TableLabels = VLine(18, 1440) + VLine(96, 1440) + Eater(77, 1446) \ + HLine(20, 1440) + HLine(20, 1488) + O(39, 1444) + N(55, 1444) \ + O(23, 1468) + F(39, 1468) + F(55, 1468) + Eatr(77, 1470) TableLabels += pattern("ob" * 29 + "8bobobo", 120, 1533) \ + HLine(118, 1391) + VLine2(118, 1393) + VLine2(192, 1393) \ + B(123, 1410) + B(123, 1456) + B(123, 1502) \ + S(177, 1398) + S(177, 1444) + S(177, 1490) \ + LabelDigits(138, 1396) + LabelDigits(168, 1401) all = AllFuses + TableEaters + TableLabels + HoneyBitsB + HoneyBitsS # slide 22: linear clock -------------------- LinearClockGun = pattern(""" 19bo$17b3o$16bo$16b2o$30bo$28b3o$27bo$27b2o$13b3o$12bo2b2o$11bo3b2o$ 12b3o$12b2o$15bo$13b2o$13b2o$2b2o5b2o2b2o$bobo9b2o8b2o$bo6b3o12b2o$2o 8b4o$12b3o$12bob2o$11b2o2bo$11b2ob2o$12bobo$13bo2$6b2o$5bobo$5bo$4b2o$ 10b2o36bo6b2o$11bo37b2o4b2o$8b3o37b2o$8bo$57bo$15b2o39bobo$14bobo15b2o 23bo$13b2obo15b2o24b3o63b2o$8bo5b2o44bo63b2o$6b3o6bo$5bo112bo5bo$6b3o 6bo15b2o84b3o3b3o$8bo5b2o15b2o20b2o62bo2bobo2bo$13b2obo35b2ob2o62b2ob 2o$14bobo18b3o15b4o$15b2o18bobo16b2o$35bobo$36bobo78bo7bo$38bo79bobobo bo$70bo47bobobobo$70b3o44bob2ob2obo$37bo35bo43b2o5b2o$37bo34b2o20b2o$ 59bo35bo$59b3o33bobo$62bo33b2o$61b2o4$28b2o7b2o11bo24bo$28bob2o3b2obo 10b3o22b3o$28bo3bobo3bo9b2obo21b2o2bo41b2ob2o$28b2o2bobo2b2o9b3o21b2o 3b2o11b2o28bobo$29b3o3b3o11b2o19bobo2bobo13bo10b3o8b2o5bobo$30bo5bo33b 2o3b2o9b2o3bobo7bo2bo4bo3b2o6bo$65b2o19bobo3b2o6bo3bo3bobo$65b2o21bo 11bo7bobo$25b2o13b2o46b2o13bo$25b2o2b2o5b2o2b2o58b2obo$29b2o5b2o$121b 2o$103bob2o14bobo$103b3o17bo$40bo63bo18b2o$40bo2b2o72b2o$39bo5bo36b2o 33bo$40bobo2b2o35bobo33b3o$27bo12bo3b2o38bo35bo$25b3o14b3o39b2o20b2o$ 24bo41b2o10b2o26bo$25b3o14b3o20bo2bo9bo28b3o$27bo12bo3b2o20b2o11b3o27b o$40bobo2b2o4b2o28bo$39bo5bo5b2o$40bo2b2o$40bo! """, 46, 1924) Gap = "3bo7bo7bo$b3o5b3o5b3o$o7bo7bo$2o6b2o6b2o21$" # string, not pattern! LinearClockEaters = pattern("3bo$b3o$o$2o5$" * 36 + Gap \ + "3bo$b3o$o$2o5$" * 10 + "24$" + "3bo$b3o$o$2o5$" * 17 \ + Gap + "3bo$b3o$o$2o5$" * 42 + Gap \ + "3bo$b3o$o$2o5$3bo7bo$b3o5b3o$o7bo$2o6b2o13$" \ + "3bo$b3o$o$2o5$" * 30 + "8$" + "3bo$b3o$o$2o5$" * 2 + Gap + "16$" \ + "3bo$b3o$o$2o5$" * 11 + "8$" + "3bo$b3o$o$2o5$" * 19, 101, 422) LinearClockCap = pattern(""" 3b2o13bo7bo$2bo2bo10b3o5b3o$bobobo9bo7bo14b2o$3obo10b2o6b2o13bobo$3o 29bo6b3o$30b2ob2ob3ob2o$30b2ob2ob5o$32bo5bo$2b2o29b2ob2o$2b2o3$32bo5bo $31b2o5b2o$30bob2o3b2obo$30bob2o3b2obo$31b3o3b3o$31b3o3b3o10$33b2ob2o$ 34bobo$34bobo$35bo! """, 83, 401) all += LinearClockGun[1840] + LinearClockEaters + LinearClockCap # slide 23: MWSS track -------------------- MWSS = pattern("b5o$o4bo$5bo$o3bo$2bo!", 521, 1973) P46Osc = pattern(""" 40bo$31b2o5b3o$10b3o14b2o3bo4bo$10bo3bo12b2o3bobo3bo$3bo6bo4bo17bobo3b o$b3o7bo3bo18bo3b2o$o$b3o7bo3bo7b3o$3bo6bo4bo5b2obob2o$10bo3bo5bo5b2o$ 10b3o8b2obob2o$23b3o!""") P46Gun = pattern(""" 31b2o$30b2o$31b5o9bo$16b3o13b4o9b3o$14bo3bo29bo$3bo9bo4bo13b4o9b3o$b3o 9bo3bo13b5o9bo$o29b2o$b3o9bo3bo13b2o$3bo9bo4bo$14bo3bo$16b3o!""") GliderToMWSS = P46Osc(449, 1963) + P46Gun(474, 1981) # exact match would be P46Gun[46](474, 1981), but that glider is absorbed StateBit = pattern("b2o$obo$bo!", 569, 1970) Snake = pattern("2o$o$bo$2o!", 570, 1965) BitKeeper = pattern(""" 15bobo2b2o19b2o$14bo3bob3o19bo$15bo6b2o15b3o$3bo12b5obo16bo$b3o15b3o$o $b3o15b3o$3bo12b5obo$15bo6b2o3b2o$14bo3bob3o4b2o$15bobo2b2o! """, 524, 1982) GliderFromTheBlue = pattern(""" 23b2o$23bo2bobo$25b2ob3o$31bo$25b2ob3o$12bo3bo8b2obo$11bo5bo$17bo$3bo 8bo3b2o$b3o9b3o$o$b3o9b3o19bo$3bo8bo3b2o7bo7b3o$17bo4bo2bob2o3bo$11bo 5bo10bo4bo$12bo3bo10bo4b2o2$23b5o$24b4o$26bo!""") GliderToLWSS = pattern(""" 3bo$2bobo$bo3bo3b2o$b5o3b2o$obobobo$bo3bo2$bo3bo$obobobo$b5o$bo3bo$2bo bo$3bo6$b3o5b3o$2ob2o3b2ob2o$2obobobobob2o$bo3bobo3bo$bo2bo3bo2bo$2b3o 3b3o4$4b2ob2o$5bobo$5bobo$6bo!""", 663, 1931) # P46Osc really ReflectLWSS = pattern(""" b2o$b2o8$b3o3b3o$o2bo3bo2bo$2obo3bob2o14$3b2ob2o$4bobo$4bobo$5bo! """, 589, 1940) ReflectLWSS2 = pattern(""" 15b2o3bo$15b3obob2o4b2o$15b3o4bo4b2o$3bo14bo3bo$b3o15b3o$o$b3o15b3o$3b o14bo3bo$15b3o4bo$15b3obob2o$15b2o3bo!""", 573, 1884) # P46Osc really LWSStoBoat = pattern(""" 2o14b2o9b2o$2o15b2o8b2o$13b5o$13b4o2$3b2o8b4o$2bobob2o5b5o$b2o3b2o9b2o 8b2o$2bobob2o8b2o9b2o$3b2o!""", 821, 1883) # P46Osc really ReflectMWSS = pattern(""" 22b2o5b2o$18b2o2b2o5b2o2b2o$18b2o2b2o5b2o2b2o$22b3o3b3o$21bo2bo3bo2bo$ 25bobo$21b2o7b2o$21b2o7b2o$24bo3bo$24b2ob2o$22b3o3b3o$22b2o5b2o$22bo7b o10$b2o27b2o$b2o25b2ob2o$26bo2bobo$6bo3b2o14bo$2o2b2obob3o14bo4bo$2o2b o4b3o15bo3bo$4bo3bo15b2o2b3o$5b3o16b2o2$5b3o$4bo3bo$2o2bo4b3o13b2o$2o 2b2obob3o13b2o$6bo3b2o2$b2o$b2o!""") HoneyBit = pattern("b2o$o2bo$b2o!") CornerSignalSystem = pattern() CornerSignalSystem += pattern(""" 4b2o4b3o$4b2o3bo3bo$9b2ob2o$10bobo2$10bobo$9b2ob2o$9bo3bo$10b3o9$3b3o 5b3o$3bo2b2ob2o2bo$4b3o3b3o$5bo5bo4$2o13b2o$2o2b2o5b2o2b2o$4b2o5b2o! """, 70, 9) # P46OscAlt1 really # include stopper for pattern corners, destroyed in the interior of # multi-cell metapatterns by the tub-LWSS-fuse combination CornerSignalSystem += pattern("5b2o$5b2o3$2o2b2o$2o2b2o!", 86, 1) CornerSignalSystem += pattern(""" 11b2o$11b2o12$4b3o3b3o$4b3o3b3o$3bob2o3b2obo$3bob2o3b2obo$4b2o5b2o$5bo 5bo6$2o13b2o$2o2b2o5b2o2b2o$4b2o5b2o!""", 159, 0) # P46OscAlt1 really SignalSystem = pattern() for i in range(0,3): # place three sets of mechanisms to signal neighbors SignalSystem = SignalSystem[32](2047, 0, rcw) \ + HoneyBit(42, 111, rcw) + ReflectMWSS(38, 46) + GliderFromTheBlue(73, 52) \ + CornerSignalSystem + HoneyBit(964, 40) + GliderFromTheBlue[12](953, 52) # need to add the fourth (west) side separately because signal stops there, # so two-thirds of the pieces are customized or in slighly different locations # (could have started in SW corner and used range(0,4) for some of it, # but I happened to start in the NW corner and now I'm feeling lazy) # west edge: SignalSystem += HoneyBit(48, 1086, rcw) + pattern(""" 11b2o$12bo$12bob2o$13bobo$3bo$2bobo$2bobo$b2ob2o$4bo$b2o2bo7bo$2bo2bo 7bobo$o8b3o$2o9b3o2bo$9b2o4b2o$13b2o6$8bo3bo$8bo3bo3$5b2obo3bob2o$6b3o 3b3o$7bo5bo6$8b2ob2o$9bobo$9bobo$10bo!""", 52, 1059) # GliderFromTheBlue really # southwest corner: SignalSystem += pattern(""" 11b2o$12bo$12bob2o$13bobo$3bo$2bobo$2bobo$b2ob2o2$b2ob2o7b3o$2bob2o6bo 2bo$o13b2o$2o9bo3bo$11bo2b2o$13bob2o9$5b2o7b2o$5bob2o3b2obo$5bo3bobo3b o$5b2o2bobo2b2o$6b3o3b3o$7bo5bo4$8b2ob2o$9bobo6b2o$9bobo7bo$10bo5b3o$ 16bo!""", 52, 1885) # GliderFromTheBlue plus a terminating eater really SignalSystem += pattern(""" 24b2o$24b2o3$2o14b3o6b2o$2o12bo3bo6b2o$13bo4bo$13bo3bo2$3b3o7bo3bo$b2o bob2o5bo4bo$b2o5bo5bo3bo6b2o$b2obob2o8b3o6b2o$3b3o2$24b2o$24b2o! """, 0, 1818) # P46OscAlt1 really -- lengthened version of CornerSignalSystem SignalSystem += pattern("2o$2o2b2o$4b2o3$4b2o$4b2o!", 1, 1955) + pattern(""" 24b2o$24b2o2$14b3o$13bo4bo6b2o$12bo5bo6b2o$13bo$14b2o2$14b2o$13bo$2o 10bo5bo6b2o$2o11bo4bo6b2o$14b3o2$24b2o$24b2o!""", 9, 1961) # P46OscAlt1 really all += SignalSystem + GliderToMWSS + MWSS + Snake + BitKeeper all += GliderFromTheBlue(607, 1953) + GliderToLWSS + ReflectLWSS \ + ReflectLWSS2 + LWSStoBoat # all += StateBit # do this later on, when defining OFFcell and ONcell # slide 24: LWSS track -------------------- # [phase adjusters and a bunch of honeybits] PhaseAdjuster = P46Gun(2, 11, flip_y) + P46Gun[12](0, 32) \ + pattern("o$3o$3bo$2b2o!", 0, 13) \ + pattern("2b2o$bobo$bo$2o!", 2, 26) # eaters really all += PhaseAdjuster[43](1772,10) + PhaseAdjuster[26](2037, 1772, rcw) all += PhaseAdjuster[43](269, 2037, flip) + PhaseAdjuster[9](58, 1203, swap_xy_flip) # the third adjuster was a different shape in the original metacell, # but one of the same shape could be substituted with no ill effects LWSSPacketGun = pattern(""" 50b2o$52bo$37b2o10b2o2bo$37b2o11bo2bo$51bobo8bo$51b2o9b3o$65bo$40b2o9b 2o9b3o$38bo3b2o7bobo8bo$38bo4bo6bo2bo$38bo3b2o5b2o2bo$40b2o10bo$50b2o 5$52bo$52b3o$55bo$54b2o$41bo$41b3o$b2o5b2o34bo$b2o5b2o33b2o3$45b2o$43b o3bo5b2o9b2o$42bo5bo3bo2bo4b3o2bo$42bo4bo5bo4bo2b5o$42bo2bo7bo2b4o$43b obo8bob2o3bo$44bo8b2obob3o7b2o$55bo3bo8bobo$52b3o15bo$53bo16b2o$bo7bo$ b2o5b2o$b3o3b3o$3b2ob2o45b2o$3bo3bo22b2o21b2o$2o7b2o20bo$2o7b2o17b3o$ 4bobo21bo35b2o$o2bo3bo2bo53bobo$b3o3b3o56bo$66b2o$60b2o$60bo$b2o25b2o 31b3o$b2o25b2o33bo2$19b2o$17b2o2bo7b2o$17b6o6b2o$17b4o4$17b4o$17b6o6b 2o$17b2o2bo7b2o$19b2o2$28b2o$12bobo13b2o$13b2o$13bo5$17b2o$17b2o19$49b o3b3o$48bobo2b5o3b2o$48bo3b2o3b2o2b2o$49bo2bo3b2o$50b3o3bo2$50b3o3bo$ 49bo2bo3b2o$34b2o12bo3b2o3b2o2b2o$34b2o12bobo2b5o3b2o$49bo3b3o5$39bo$ 17b3o19b3o$17bo2bo21bo$17bo23b2o$17bo10bo$18bobo7b3o$31bo$30b2o$43bo3b o$42b5obo$41b3o4b2o$41b2ob5o$43b3o2$45bo$41bo2b3o$40b2obo3bo7b2o$34b2o 3b2ob3obo2b2o4bobo$34b2o3b3ob2o4b2o6bo$39b3o15b2o4$41bo$41bob3o$42bo3b o$13b2o3b2o8bo17bo$12bo2bobo2bo7bo2b2o10b2obo4b2o$11bo9bo5bo5bo11bo5bo bo$10b2o9b2o5bobo2b2o18bo$11bo9bo6bo3b2o3bo15b2o$12bo2bobo2bo9b3o4b3o 7b2o$13b2o3b2o20bo6bo$30b3o4b3o8b3o$28bo3b2o3bo12bo$12b2o14bobo2b2o$ 12b2o13bo5bo$28bo2b2o$28bo!""", 108, 710) all += LWSSPacketGun + pattern(""" b2o$b2o$7b3o$6bo3bo$6b2ob2o2$6b2ob2o$8bo4$bo7bo$o2bo3bo2bo$4bobo$4bobo $4bobo$o2bo3bo2bo$b3o3b3o8$3b2ob2o$4bobo$4bobo$5bo!""", 18, 725) # P46Osc really P46OscAlt1 = pattern(""" b2o$b2o2$6bo3b2o$2o2b2obob3o13b2o$2o2bo4b3o13b2o$4bo3bo$5b3o$19b2o3b2o $5b3o10b3o3b3o$4bo3bo7b3o7b3o$2o2bo4b3o4b3o7b3o$2o2b2obob3o4b3o7b3o$6b o3b2o6b3o3b3o$19b2o3b2o$b2o$b2o!""") all += P46OscAlt1(4, 24) + P46OscAlt1[12](224, 67, swap_xy_flip) P46OscAlt2 = pattern(""" 2o8b3o14b2o$2o8bo3bo12b2o$10bo4bo$11bo3bo2$11bo3bo7b3o$10bo4bo5b2obob 2o$2o8bo3bo5bo5b2o$2o8b3o8b2obob2o$23b3o!""") all += P46OscAlt2(179, 19) + P46OscAlt1[29](2023, 4, rcw) # got impatient here, started throwing in placeholders instead of true definitions -- # NE corner along E edge: all += pattern(""" b2o$b2o2$8b2o9b2o3b2o$2o5bobo8bob2ob2obo$2o4b2obo8bo7bo$7b2o9bob2ob2ob o$8bo10b2o3b2o2$8bo$7b2o$2o4b2obo15b2o$2o5bobo15b2o$8b2o2$b2o$b2o! """, 1980, 208) + pattern(""" 2b2o5b2o$2b2o5b2o15$b3o5b3o$2ob2o3b2ob2o$2obobobobob2o$bo3bobo3bo$bo2b o3bo2bo$2b3o3b3o6$9b2o$9b2o!""", 2018, 179) # both P46OscAlt really # SE corner: all += pattern(""" 24b2o$24b2o$14bo$13bo2bo$12b5o8b2o$11b2ob3o8b2o$12bob2o$13b2o2$13b2o$ 12bob2o$2o9b2ob3o8b2o$2o10b5o8b2o$13bo2bo$14bo$24b2o$24b2o! """, 2017, 2007) # P46OscAlt really # SE corner along S edge: all += pattern(""" 4b2o5b2o$2o2b2o5b2o2b2o$2o13b2o10$4bo7bo$3bobo5bobo$6bo3bo$3bo2bo3bo2b o$4bobo3bobo$6b2ob2o$3b2ob2ob2ob2o$3b2o2bobo2b2o$4b3o3b3o$5bo5bo4$4b2o $4b2o!""", 1823, 1980) + pattern(""" 20bo$15bo3bo$14bo8b2o2b2o$14bo2b2o5bo2b2o$15b2o5bobo$16b3o3b2o2$16b3o 3b2o$15b2o5bobo$2o12bo2b2o5bo2b2o$2o12bo8b2o2b2o$15bo3bo$20bo! """, 1840, 2018) # both P46OscAlt really # SW corner: all += pattern(""" 4b2o4b3o$4b2o3bo3bo$9b2ob2o$10bobo2$10bobo$9b2ob2o$9bo3bo$10b3o9$3b3o 5b3o$3bo2b2ob2o2bo$4b3o3b3o$5bo5bo4$2o13b2o$2o2b2o5b2o2b2o$4b2o5b2o! """, 24, 2017) # P46OscAlt really # SW corner along W edge: all += pattern(""" 24b2o$24b2o3$2o14b2o7b2o$2o15b2o6b2o$13b5o$13b4o2$3b2o8b4o$2bobob2o5b 5o$b2o3b2o9b2o6b2o$2bobob2o8b2o7b2o$3b2o2$24b2o$24b2o! """, 41, 1769) + pattern(""" b2o5bo$b2o4bobo$6bo3bo$6bo3bo$5b3ob3o$6bo3bo$6b2ob2o$7bobo$8bo5$3bo3bo $3bo3bo3$2obo3bob2o$b3o3b3o$2bo5bo8$b2o5b2o$b2o5b2o! """, 6, 1786) # both P46OscAlt really # LWSS -> G -> LWSS timing adjustment, middle of W edge: all += pattern(""" b2o5b2o$b2o5b2o16$3o5b3o$o2b2ob2o2bo$b3o3b3o$2bo5bo7$b2o$b2o! """, 10, 1217) + pattern(""" 4bo$2b5o10bo$bo2bob2o9b2o8b2o$o7bo9b2o7b2o$bo2bob2o5b2o2b2o$2b5o$4bo2$ 13b2o2b2o$2o16b2o7b2o$2o15b2o8b2o$17bo! """, 35, 1269) # both P46OscAlt really # final LWSS reflector, middle of W edge: all += pattern(""" 15bo$14b2o$13b3obo9b2o$12b2o13b2o$3bo9b2o$b3o10bo$o$b3o10bo10bo$3bo9b 2o8b2obo$12b2o8b2ob3o$13b3obo5bo2bo$14b2o8b2o$15bo! """, 8, 973) # P46Osc really # slide 25: decode -------------------- # sync buffer: all += pattern(""" b2o5b2o$b2o5b2o7$2bo5bo$b3o3b3o$o2b2ob2o2bo$3o5b3o9$b3o$o3bo$2ob2o$bob o2$bobo$2ob2o$o3bo3b2o$b3o4b2o!""", 150, 958) # P46OscAlt3 really all += pattern(""" 10b2o$2o6b2ob2o14b2o$2o6bo2bo15b2o$8bo2bo$9b2o2$9b2o$8bo2bo$8bo2bo15b 2o$8b2ob2o14b2o$10b2o!""", 155, 998) # P46OscAlt3 really all += pattern(""" 15bobo2b2o$2o12bo3bob3o4b2o$2o13bo6b2o3b2o$16b5obo$19b3o2$19b3o$16b5ob o$2o13bo6b2o$2o12bo3bob3o$15bobo2b2o!""", 114, 1008) # P46OscAlt3 really all += pattern(""" b2o$b2o11$2bo5bo$bobo3bobo$o3bobo3bo$o3bobo3bo$o9bo2$b2o5b2o3$3b2ob2o$ 4bobo$3b2ob2o$4bobo$3b2ob2o$4bobo$4bobo$5bo!""", 141, 1024) # P46OscAlt3 really # P46 to P40 converter: all += pattern(""" 14bo$14b3o$17bo$16b2o50bo$10b2o54b3o$11bo53bo$11bobo51b2o$12b2o57b2o$ 48b2o21bo$48bo20bobo$33bo12bobo20b2o$33b3o10b2o$36bo$35b2o2$6b2o$7bo 22bo$7bobo19b2o$8b2o10bo4bo49b2o$19b2o3b2o30bo18bo$18b2o3b2o29b4o15bob o$19b2o4bo27b2o3b2o13b2o$20b2o34bo3bo$56bo3bo$56bo2b2o$54bo3bo2$33b2o$ 33bo$34b3o$36bo11b2o$22b2o25bo$22bo23b3o$19bo3b3o20bo$17b3o5bo33b2o$ 16bo43bo$16b2o39b3o8bo$30bo26bo8b3o$28b3o34bo$27bo37b2o$27b2o42b2o$48b 2o21bo$17b2ob2o26bo20bobo$17b2ob2o11bo12bobo20b2o$33b3o10b2o$24b2o10bo $24b2o9b2o21b2o$58b2o$16b2o$2b2o11b2obo15bo$bobo12bob4o13bo$bo15bo2b3o 10b3o39b2o$2o16bo3bo52bo$18b4o51bobo$20bo8b3o34b2o5b2o$31bo21b3o7bo2b 3o$17b2o11bo21b2ob2o2b4o2bo2bo$17b2o15b2o15bo4b2ob4ob2o2bo$34b2o16b6o 6b2obo$53b2o2bo8bo$6b2o49b2obo$5bobo50bobo$5bo52bo$4b2o42b2o$10b2o37bo $11bo34b3o$8b3o35bo$8bo50b2o$60bo$57b3o$8bo48bo$6bobo$7bobo$7bo2$19b2o $19b2o4$2b2o13b2o$3bo11bo2bo$3bobo9bo2bo$4b2o8b2ob2o$13b2ob2o$12b2o3b 2o$13b3o2bo$18bo$15bobo15b2o$16bo16bobo$35bo$35b2o$29b2o$29bo$30b3o$ 32bo$18b2o$18bo$14bo4b3o$14b3o4bo$17bo$16b2o50bo$10b2o54b3o$11bo53bo$ 11bobo51b2o$12b2o57b2o$48b2o21bo$48bo20bobo$23b2o8bo12bobo20b2o$23b2o 8b3o10b2o$36bo$35b2o21b2o$58b2o$6b2o16bo$7bo15b3o$7bobo8bo3bo$8b2o7b3o bob2o8bo41b2o$16bo3b2obo8bobo19bo20bo$18b4o2bo7bo2bo17bobo3bobo4bo6bob o$12b5o2bo4bo5bo4bo16bo3b3obobo2bobo5b2o$12bo2b3o4bo2bo3bo5bo15b2o2bo 4bobobo3b2o$12b2o9b2o5bo3bo15b2ob3o5bo3b2o$31b2o16bo4bo$50b4o6b2o4bo2b o$51b2o6bo6bobo$33b2o24b3o4b2o$33bo24b2o$34b3o21bo$36bo11b2o$14bo7b2o 25bo$14b3o5bo23b3o$17bo5b3o20bo$16b2o7bo33b2o7bo$10b2o48bo5b3o$11bo45b 3o5bo$11bobo43bo7b2o$12b2o57b2o$48b2o21bo$18b2o28bo20bobo$18b2o13bo12b obo20b2o$33b3o10b2o$20bo15bo26b2o$14b3o3b2ob2o10b2o26b2o$14b2o5bobobo 32bo$6b2o8bo4bob2o31b2obo$7bo12b3o37bo5b2o$7bobo6b2o2bobo33b2o2bo5b2o$ 8b2o6b6o37bob2o12b2o$16b3o4b2o32bobob2o3b2o7bo$23b2o34bo2bo3b2o5bobo$ 57bob2o12b2o$59bob2o$60b2o4$33b2o$33bo$34b3o$36bo11b2o$14bo7b2o25bo$ 14b3o5bo23b3o$17bo5b3o20bo$16b2o7bo33b2o7bo$10b2o48bo5b3o$11bo45b3o5bo $11bobo43bo7b2o$12b2o57b2o$48b2o21bo$48bo20bobo$33bo12bobo20b2o$33b3o 10b2o$36bo$35b2o2$6b2o$7bo10b3o8b2o$7bobo7bo2bo4bo3b2o$8b2o6bo3bo3bobo 48b2o$16bo7bobo25bo22bo$19bo32b2o19bobo$16b2obo37bo4bo10b2o$57b2o3b2o$ 58b2o3b2o$19bob2o34bo4b2o$19b3o39b2o$20bo$33b2o$33bo$34b3o$36bo11b2o$ 22b2o25bo$22bo23b3o$19bo3b3o20bo$17b3o5bo33b2o$16bo43bo$16b2o39b3o8bo$ 30bo26bo8b3o$28b3o34bo$27bo37b2o$27b2o42b2o$48b2o21bo$17b2ob2o26bo20bo bo$17b2ob2o11bo12bobo20b2o$33b3o10b2o$16b2o6b2o10bo$14bo3bo5b2o9b2o21b 2o$13bo4b2o38b2o$13bo5bo$2b2o$bobo10bo4bo$bo12b2obob2obo34b3o15b2o$2o 30bo2b3o19b4o14bo$31bo3bobo14b2o3b2ob2o3b2o6bobo$32bob3o14bo7bo5b3o5b 2o$49bo2bo5b3o3bob3o$49bo2bo5b2obo2b2obo$34b2o12bo3bo8b2ob2obo$34b2o 13b3o7bobo3bobo$60bo4bo2bo$6b2o57b3o$5bobo50b2o6bo$5bo52b2o$4b2o42b2o$ 10b2o37bo$11bo34b3o$8b3o35bo$8bo50b2o$60bo$57b3o$8bo48bo$6bobo$7bobo$ 7bo2$19b2o$19b2o4$2b2o$3bo$3bobo$4b2o4b4o$9b2o2bo5b2o$8b2o2bo4bobob2o$ 9bo2bo2b2o5bo$10b2o6bo3bo$15bo5bo11b2o$16b4o13bobo$18bo16bo$35b2o$29b 2o$29bo$30b3o$32bo$18b2o$18bo$19b3o$21bo!""", 116, 1059) # really 14 p184 guns # logic core latches: all += pattern(""" 24bo2bo$14b3o7bo$13bo4bo9bo$12bo5bo8b2o$3bo9bo8bo$b3o10b2o8b2o$o$b3o 10b2o8b2o$3bo9bo8bo3bo$12bo5bo4bo2bo$13bo4bo4bo2bo$14b3o7b2o! """, 33, 1332) # P46Osc really all += pattern(""" 4b2o5b2o$2o2b2o5b2o2b2o$2o13b2o2$4b3o3b3o$4bo2bobo2bo$3bo3bobo3bo$4bo 2bobo2bo$6bo3bo$4b2o5b2o$3b3o5b3o$3b3o5b3o5$10b3o$10b3o$9b5o$8b2o3b2o$ 8b2o3b2o4$8b2o3b2o$4b2o2b2o3b2o$4b2o3b5o$10b3o$10b3o!""", 35, 1348) # P46OscAlt1 really all += pattern(""" b2o$b2o2$13bobo2b2o$2o10bo3bob3o$2o11bo6b2o$14b5obo$17b3o2$17b3o$14b5o bo$2o11bo6b2o3b2o$2o10bo3bob3o4b2o$13bobo2b2o2$b2o$b2o! """, 24, 1661) # P46OscAlt1 really all += pattern(""" b2o$b2o12$b3o3b3o$b3o3b3o$ob2o3b2obo$ob2o3b2obo$b2o5b2o$2bo5bo3$3b2ob 2o$4bobo$4bobo$4bobo$3b2ob2o$4bobo$4bobo$5bo!""", 49, 1679) # P46Osc really all += pattern(""" b2o$o2bo$o7bo$o2bo3bobo$2ob2ob2ob2o$4bobo$3b2ob2o5$b3o3b3o$o9bo$o3bobo 3bo$b3o3b3o$2bo5bo10$3b2ob2o$4bobo$4bobo$5bo!""", 140, 1546) # P46Osc really all += pattern(""" 2b3o$2b3o4b2o$bo3bo3b2o$o5bo$b2ob2o2$b2ob2o$o5bo$bo3bo$2b3o$2b3o7$b2o 7b2o$bob2o3b2obo$bo3bobo3bo$b2o2bobo2b2o$2b3o3b3o$3bo5bo6$2b2o5b2o$2b 2o5b2o!""", 184, 1538) # P46OscAlt3 really all += pattern("2o$o$b3o$3bo!", 159, 1537) # eater really # slide 26: read B/S table -------------------- # most of the B/S logic latches -- missing some reflectors off to the left (?) # TODO: take this apart and integrate with missing pieces all += pattern(""" 34bo$33bobo$33bobo$32b2ob2o11$30bo7bo22b2o5b2o$29bobo5bobo21b2o5b2o$ 32bo3bo$29bo2bo3bo2bo$30bobo3bobo$32b2ob2o$29b2ob2ob2ob2o$29b2o2bobo2b 2o$30b3o3b3o$31bo5bo23b3o3b3o$60bo2bo3bo2bo$60b2obo3bob2o2$37b2o$37b2o 6$62bo$60b2ob2o$60b2ob2o15b2o5b2o$80b2o5b2o$59bobobobo2$60b2ob2o$61b3o 4b2o$62bo5b2o4$81bo5bo$80b3o3b3o$80bob2ob2obo$82b2ob2o$82b2ob2o$82b2ob 2o6$80b3o$80b3o2$79b2ob2o$79bo3bo$80b3o$81bo5b2o$87b2o199$51bo$50bobo$ 50bobo$49b2ob2o13$47bo7bo$46b4o3b4o$46bo3bobo3bo$47bo2bobo2bo$47b3o3b 3o7$47b2o$47b2o9$62b3ob3o9b2o$61bob2ob2obo7b2ob2o6b2o$60b2o7b2o7bo2bo 6b2o$61bob2ob2obo8bo2bo$62b3ob3o10b2o2$79b2o$78bo2bo$61b2o15bo2bo6b2o$ 61b2o14b2ob2o6b2o$78b2o5$80b2o5b2o$80b2o5b2o11$81bo5bo$80bobo3bobo$79b o3bobo3bo$79bo3bobo3bo$79bo9bo2$80b2o5b2o4$82bo3bo$80b2o$79bo3bobo3b2o $79bo3bobo$80b3o$87bo2bo$87b2o12$8b2o$8b2o13$b2o5b2o$o2bo3bo2bo$bo2bob o2bo$4bobo$2b3ob3o$3o5b3o$2o7b2o$2o7b2o$bob2ob2obo$bob2ob2obo2$3b2ob2o $4bobo$4bobo$5bo26$9bo$8bobo$8bobo$7b2ob2o11$5b2o5b2o$4bo2bo3bo2bo$7b 2ob2o$6bobobobo$6bobobobo$4bo9bo$3bo11bo2$7b2ob2o$5bo2bobo2bo$5b3o3b3o 3$5b2o$5b2o38$10bo$9bobo28bo$9bobo21b2o4bobo$8b2ob2o20bo5bobo$31bobo4b 2ob2o$18b2o11b2o$19bo18b2ob2o$19bobo$20b2o16b2ob2o3$23b2o$22bobo11bo7b o$24bo$6b2o5b2o19b3o7b3o$5bo2bo3bo2bo19b2ob2ob2ob2o$6bo2bobo2bo15b2o4b 3o3b3o$9bobo18bobo4bo5bo$7b3ob3o16bo$5b3o5b3o$5b2o7b2o$5b2o7b2o$6bob2o b2obo$6b3o3b3o$7bo5bo$9b3o3b3o$8bo2bo3bo2bo$12bobo$8b2o7b2o$8b2o7b2o$ 11bo3bo$11b2ob2o$9b3o3b3o$9b2o5b2o16bo5bo$9bo7bo15bobo3bobo$32bo3bobo 3bo$32bo3bobo3bo$32bo9bo2$33b2o5b2o3$35b2ob2o$36bobo$35b2ob2o$11b2ob2o 20bobo$12bobo20b2ob2o$12bobo21bobo$13bo22bobo$37bo3$52b2o$51b5o$35b2o 14bo4bo5b2o$35b2o14b3o2bo5b2o$52bo2b2o$53b2o$37bo3bo$35b2obobob2o9b2o$ 34bob2o3b2obo7bo2b2o$33bo2bo5bo2bo5b3o2bo5b2o$34bob2o3b2obo6bo4bo5b2o$ 35b2obobob2o7b5o$37bo3bo10b2o8$19b2o$18bo2bo$18bobo2bo$19bo$20b2obo$ 22bo3$21b2o$21b2o4b3o$27b3o$26bo3bo$26b2ob2o$26bo3bo$27bobo$27bobo$28b o5$23b2ob2o$22bo5bo2$21bo7bo$21bo2bobo2bo$21b3o3b3o9$21b2o5b2o$21b2o5b 2o23$9bo2bo$12bo7b3o$8bo9bo4bo$8b2o8bo5bo35bo$14bo8bo36b2o$11b2o8b2o 24b2o9bob3o$47b2o13b2o$11b2o8b2o38b2o$14bo8bo37bo$8b2o8bo5bo10b2o$8bo 9bo4bo11b2o24bo$12bo7b3o38b2o$9bo2bo34b2o13b2o10b2o$47b2o9bob3o11b2o$ 60b2o$60bo!""", 108, 1317) # slide 27: boat logic -------------------- all += pattern(""" 32b4o$31b2o2bo$30b2o2bo$26bo4bo2bo25b2o$24b3o5b2o25b2ob2o$23bo36bo2bo$ 24b3o5b2o26bo2bo4bo$26bo4bo2bo26b2o5b3o$30b2o2bo36bo$31b2o2bo25b2o5b3o $32b4o7bo16bo2bo4bo$41b2o17bo2bo$42b2o15b2ob2o$60b2o3$b2o$b2o2$14b4o$ 2o12bo2b2o$2o13bo2b2o$15bo2bo$16b2o2$16b2o15b2ob2o$15bo2bo12bobo3bo$2o 13bo2b2o5b2o3bobo3bo$2o12bo2b2o6b2o3bo4bo$14b4o11b2o5b3o$38bo$b2o$b2o! """, 209, 1852) # P46Osc plus P46Gun plus custom eater really # boat-logic: need to add outlying pieces to west, break up into 12 all += pattern(""" 119bo$35b2o81b2ob2o$34b5o11b2o54b2o10b2o2bo3b2o217b2o$34bo4bo11bo53bo 2bo11bob2o3bo217bo7b3o5b4o$34b3o2bo10bo49bo4bo2b2o9bo2bo3bo219bo6bo7b 2obo$21bo13bo2b2o11b3o43bo3bo3bo2bo11b2o5b3o213b3o7b2obo7bo10bo$19b3o 14b2o15bo41b7o5bo12bo8bo213bo11b2o5b2o11b3o$18bo75bo283bo$19b3o14b2o 57b7o5bo247b2o5b2o11b3o$21bo13bo2b2o57bo3bo3bo2bo246b2o7bo10bo$34b3o2b o60bo4bo2b2o251b2obo$34bo4bo65bo2bo252b4o$34b5o4b2obo59b2o11b2obo227bo $35b2o6b2ob3o70b2ob3o223b6o$49bo75bo221bo4bo$43b2ob3o70b2ob3o223b3ob2o $41bo2bobo70bo2bobo227bobo2bo$41b2o74b2o235b2o11$53bo37b2o$48bo3bo28b 2o7bobo187bo3bo$47bo7bo25b2o6b2obo186bo5bo$47bo2b2o5bo32b2o14bo107bobo 2b2o58bo$36bo11b2o5b2obo32bo14b3o90b2o12bo3bob3o4b2o43bo7b2o3bo8bo$34b 3o12b3o3b2ob3o48bo89b2o13bo6b2o3b2o41b3o9b3o9b3o$33bo27bo29bo14b3o106b 5obo46bo27bo$34b3o12b3o3b2ob3o29b2o14bo111b3o48b3o9b3o9b3o$36bo11b2o5b 2obo30b2obo17bo88bobo3bobo63bo7b2o3bo8bo$47bo2b2o5bo32bobo17b3o88bo3bo 12b3o58bo$47bo7bo35b2o20bo83bo11bo5b5obo57bo5bo$48bo3bo59b2o82bo3bo5bo 3bo3bo6b2o3b2o52bo3bo$53bo143bo11bo3bo3bob3o4b2o$201bo3bo8bobo2b2o$ 199bobo3bobo12$2b2o5b2o$2b2o5b2o$59bo229bob2o$58b2o228bo2b2o2b3o$57b2o 229bo6b2o$51bo6b2o2b2o9bo101b2o109b4o3b3o12bo$49b3o21b3o99bo108b3o3bo 3bo13b3o$48bo27bo99b3o70bo33bo27bo$49b3o21b3o102bo70b3o32b3o3bo3bo13b 3o$51bo6b2o2b2o9bo178bo33b4o3b3o12bo$57b2o192b2o35bo6b2o$58b2o228bo2b 2o2b3o$59bo229bob2o$2b3o3b3o$2b3o3b3o$bob2o3b2obo$bob2o3b2obo$2b2o5b2o $3bo5bo4$4b2ob2o$3bo5bo$b5ob2ob2o$2ob3ob2ob2o$3o6bo$bobo$2b2o263b4o5b 6o$212b6o5b4o40bob2o7b4o$212b4o7b2obo40bo7bob2o$76b2o46b2o89b2obo7bo 41b2o5b2o$75bo2bo44bo2bo90b2o5b2o$76b2o46b2o142b2o5b2o$217b2o5b2o41bo 7bob2o$215b2obo7bo26b2o12bob2o7b4o$212b4o7b2obo12b2o12b2o12b4o5b6o$ 212b6o5b4o12b2o!""", 679, 1875) # P46Osc1-4 boat logic # mystery stuff along bottom edge that needs a home in a slide: all += pattern(""" b2o5b2o$b2o5b2o14$3o5b3o$3o5b3o$b2o5b2o$3bo3bo$bo2bobo2bo$o3bobo3bo$bo 2bobo2bo$b3o3b3o5$8b2o$8b2o!""", 514, 1887) # P46OscAlt3 really all += pattern(""" 4bo7b2o$3b2o6bo2bo$2bo8bo2b2o$3b2obo4bo2bo10bo$4b3o6bo11b3o$28bo$4b3o 6bo11b3o$bob2obo4bo2bo10bo$o10bo2b2o$o3bo6bo2bo$b4o7b2o! """, 791, 1929) # P46Osc really all += pattern(""" 8bo$9bo3bo$2o2b2o8bo$2o2bo5b2o2bo$4bobo5b2o11bo$5b2o3b3o12b3o$28bo$5b 2o3b3o12b3o$4bobo5b2o11bo$4bo5b2o2bo$4b2o8bo$9bo3bo$8bo! """, 845, 1905) # P46Osc really all += pattern(""" 10b2o$2o6b2ob2o14b2o$2o6bo2bo15b2o$8bo2bo$9b2o2$9b2o10b3ob3o$8bo2bo8bo b2ob2obo$2o6bo2bo7b2o7b2o$2o6b2ob2o7bob2ob2obo$10b2o9b3ob3o! """, 1050, 1903) # P46OscAlt2 really all += pattern(""" 9b2o$9b2o11$2b3o3b3o$bo3bobo3bo$o3b2ob2o3bo$ob2o5b2obo$2bo7bo11$2b2o5b 2o$2b2o5b2o!""", 1088, 1920) # P46OscAlt2 really all += pattern(""" 11bo$10b4o9bo$2b2o4b2o3bo9bo2b2o$2bo5b2o12bo5bo$3bo4b3o12bobo2b2o$3o 20bo3b2o3bo$o24b3o4b3o$35bo$25b3o4b3o$23bo3b2o3bo$23bobo2b2o$22bo5bo$ 7bob2o12bo2b2o$5b3ob2o12bo$4bo$5b3ob2o$7bobo2bo$11b2o! """, 1106, 1875) # P46OscAlt4 (boat-bit catcher?) really [not defined yet] all += pattern(""" 25bobo$26bo$17b2o13b2o$16b2ob2o12bo$17bo2bo11bo$3bo13bo2bo4b2o6b3o$b3o 14b2o15bo$o$b3o14b2o$3bo13bo2bo$17bo2bo$16b2ob2o$17b2o6b2obo$25b2ob3o$ 31bo$25b2ob3o$23bo2bobo$23b2o!""", 1227, 1875) # P46OscAlt4 really all += pattern("2o$obo$2bo$2b2o!", 1281, 1873) # eater all += pattern(""" 4b2o5b2o$2o2b2o5b2o2b2o$2o13b2o4$4b3o3b3o$4bo2bobo2bo$3bo3bobo3bo$3b4o 3b4o$4bo7bo7$5bo$4b3o$3bo3bo$3b2ob2o$3b2ob2o2$3b2ob2o$3b2ob2o$3bo3bo3b 2o$4b3o4b2o$5bo!""", 1375, 1980) # P46OscAlt1 really # slide 28: clean up and start over -------------------- LWSSToGlider = pattern(""" 4b2o5b2o$2obobo5bobob2o$2ob2o7b2ob2o$2b6ob6o$4bob2ob2obo2$2bo11bo$3bo 9bo$5bobobobo$5bobobobo$6b2ob2o$3bo2bo3bo2bo$4b2o5b2o13$4b2o$4b2o! """, 443, 1980) # slide 29: toggle dist [not sure what that means, actually] -------------------- BoatLatchNE = pattern(""" 78b2o5b2o$78b2o5b2o15$77b2o7b2o$77bob2o3b2obo$77bo3bobo3bo$46b2o5b2o 22b2o2bobo2b2o$46b2o5b2o23b3o3b3o$79bo5bo4$47bo5bo$46b3o3b3o$45bo2b2ob 2o2bo22b2o$45bo3bobo3bo22b2o$47bobobobo2$44b2ob2o3b2ob2o$46bo7bo5$47bo $46b3o$45bo3bo$44bo5bo$44bo5bo$45bo3bo2$45bo3bo$44bo5bo$44bo5bo2b2o$ 45bo3bo3b2o$46b3o$47bo7$45b2o$45bo$46b3o$48bo20$13b2o$15bo$2o10b2o2bo 10b2o$2o11bo2bo10b2o$14bobo$14b2o2$14b2o$14bobo$2o11bo2bo$2o10b2o2bo$ 15bo$13b2o12$47b4o$46b2o2bo14b2o$45b2o2bo15b2o$46bo2bo$47b2o2$47b2o$ 46bo2bo$38b2o5b2o2bo15b2o$38b2o6b2o2bo14b2o$47b4o!""", 120, 232) # four P46osc really BoatLatchSW = pattern(""" 76bo$75bo2bo$74b5o10b2o$73b2ob3o10b2o$74bob2o$75b2o72b2o5b2o$145b2o3bo 5bo3b2o$75b2o68bo15bo$74bob2o68bo13bo$62b2o9b2ob3o10b2o$62b2o10b5o10b 2o$75bo2bo$76bo2$149b2o5b2o$149b2obobob2o$73b2o74bo2bobo2bo$73b2o74b3o 3b3o2$82b2o$72b2o7bo2b2o11b2o$57b2o5b2o6b2o6b6o11b2o$53b2o2b2o5b2o2b2o 12b4o77b2o89bo$53b2o13b2o93b2o84bo3bo$173bo60b2o12bo8b2o2b2o$173b2o59b 2o12bo2b2o5bo2b2o$6bo75b4o76b2o7bob3o11b2o60b2o5bobo$5bobo64b2o6b6o76b 2o11b2o10b2o61b3o3b2o$5bobo64b2o7bo2b2o88b2o$4b2ob2o73b2o90bo75b3o3b2o $156b2o64b2o25b2o5bobo$57b3o3b3o7b2o81b2o16bo48bo24bo2b2o5bo2b2o$56bo 3bobo3bo6b2o99b2o47bobo22bo8b2o2b2o$55bo3b2ob2o3bo94b2o11b2o47b2o23bo 3bo$55bob2o5b2obo94b2o7bob3o78bo$57bo7bo107b2o$173bo$163b2o$163b2o3$ 57b3o$b3o5b3o45bobo$2ob2o3b2ob2o43bo3bo$2obobobobob2o43bo3bo$bo3bobo3b o$bo2bo3bo2bo45b3o4b2o$2b3o3b3o53b2o6$2b2o$2b2o37$27b2o90b2o$27b2o81b 2o7b2o79b2o$110b2o88b2o$47b3o53b3o25bobo2b2o$26b2o6b3o8b2obob2o50bo3bo 11b2o10bo3bob3o$26b2o6bo3bo5bo5b2o50b2ob2o11b2o11bo6b2o54bo5bo$34bo4bo 5b2obob2o80b5obo54b3o3b3o$35bo3bo7b3o52b2ob2o28b3o55bob2ob2obo$104bo 87b2o7b2o$35bo3bo95b3o54b2o7b2o$34bo4bo92b5obo53b3o5b3o$26b2o6bo3bo12b 2o65b2o11bo6b2o3b2o49b3ob3o$26b2o6b3o14b2o50bo7bo6b2o10bo3bob3o4b2o51b obo$102bo2bo3bo2bo18bobo2b2o55bo2bobo2bo$106bobo83bo2bo3bo2bo$27b2o77b obo10b2o72b2o5b2o$27b2o77bobo10b2o$102bo2bo3bo2bo$103b3o3b3o7$99b2o13b 2o73b2o13b2o$99b2o2b2o5b2o2b2o73b2o2b2o5b2o2b2o$103b2o5b2o81b2o5b2o! """, 1534, 1849) # really eleven P45OscAlt1 plus an eater all += BoatLatchNE + BoatLatchSW + pattern(""" 273b2o$272bo2bo$140b2o130bobobo10b2o2bobo$140b2o131bo2bo3b2o4b3obo3bo 12b2o$277bo2b2o3b2o6bo13b2o$274bobo9bob5o$287b3o2$287b3o$286bob5o$285b 2o6bo13b2o$286b3obo3bo12b2o$287b2o2bobo3$175b2o$140b3o3b3o22bobo2bo$ 140bo2bobo2bo20b3ob2o79b2o$140b2obobob2o19bo84bo2bo$140b2o5b2o20b4o80b o7bo$171bob2o13bo64bo2bo3bobo$188b2o63b2ob2ob2ob2o$189b2o66bobo$184b2o 2b2o6bo42b2o15b2ob2o$142b2ob2o28bobo18b3o40b2o$140bo2bobo2bo26bobo21bo 3bo$140bobo3bobo15bo10b2o19b3o4b3o5b2o11b4o$140b3o3b3o15b3o9bo7b2o2b2o 6bo9bo4bo3b2o6b2o2bo12b2o$140b2o5b2o18bo5b2obobo10b2o14bo3bobo3b2o5b2o 2bo13b2o12b3o3b3o$140b2o5b2o17bo11bo9b2o14bo3bobo12bo2bo26bo9bo$140b2o 5b2o17b2o6bo2bo10bo15b2ob2o15b2o27bo3bobo3bo$176b2o76b3o3b3o$224b2o29b o5bo$223bo2bo$222b2o2bo13b2o$223b2o2bo12b2o$224b4o2$11b2o226b2o$10bobo 226b2o$10bo30b2o$9b2o30b2o226b2o5b2o$33b2o4bo13bo3b3o55b2o63b2o74b2ob 2o4b2obobo5bobob2o$33bo3b3o12bobo2b5o53bo7b3o5b4o35b2o6b2ob2o15b2o57bo bo5b2ob2o7b2ob2o$34bo3bobo11bo3b2o58bo6bo7b2obo35b2o6bo2bo17b2o34b2o5b 2o13bobo7b6ob6o$31b3o5b2o12bo2bo3b2obo49b3o7b2obo7bo10bo32bo2bo16bo7b 4o21b2o2b2o5b2o2b2o10bo10bob2ob2obo$31bo22b3o3b2ob3o47bo11b2o5b2o11b3o 31b2o25bo2b2o20b2o13b2o$66bo81bo58bo2b2o55bo11bo$54b3o3b2ob3o59b2o5b2o 11b3o31b2o26bo2bo4bo52bo9bo$53bo2bo3b2obo61b2o7bo10bo32bo2bo26b2o5b3o 52bobobobo$52bo3b2o73b2obo35b2o6bo2bo36bo51bobobobo$52bobo2b5o69b4o35b 2o6b2ob2o25b2o5b3o53b2ob2o$38bob2o11bo3b3o60bo59b2o25bo2bo4bo52bo2bo3b o2bo$36b3ob2o76b6o83bo2b2o23bo7bo25b2o5b2o$35bo81bo4bo83bo2b2o$36b3ob 2o76b3ob2o82b4o23b3o7b3o$38bobo2bo76bobo2bo108b2ob2ob2ob2o$42b2o80b2o 109b3o3b3o$236bo5bo2$114bo$10b2o9b3ob3o82b2o2bo$8b2ob2o7bob2ob2obo80bo 5bo$8bo2bo7b2o7b2o78b2o2bobo$3bo4bo2bo8bob2ob2obo80b2o3bo12bo$b3o5b2o 10b3ob3o82b3o14b3o$o129bo138b2o$b3o5b2o99b3o14b3o107b2ob2o27b2o$3bo4bo 2bo97b2o3bo12bo110bobo$8bo2bo15b2o73b2o4b2o2bobo123bobo$8b2ob2o14b2o 73b2o5bo5bo123bo$10b2o98b2o2bo$114bo13$170b2o2b2o4bo2b2o12b2o$170b2ob 2o6b2obo12b2o$174bobo6bo$175b2o4b3o2$175b2o4b3o$174bobo6bo$170b2ob2o6b 2obo$170b2o2b2o4bo2b2o!""", 178, 1939) # really P46Guns and Oscs, etc. all += pattern(""" 4b2o5b2o$2o2b2o5b2o2b2o$2o13b2o8$5bo5bo$4b3o3b3o$3b2ob2ob2ob2o$2b3o7b 3o2$4bo7bo5$5bo$4b3o$3bo2bo$3bobobo$4b3o$5bo5b2o$11b2o! """, 557, 1931) # P46OscAlt1 really # this particular one reflects a B signal from the above sync-buffer circuitry; # the resulting LWSS is converted to a glider which is stored as a boat-bit. # a few more outlying LWSS reflectors: all += pattern(""" 12b3o$10bo4bo11b2o$10bo5bo10b2o$3bobobo7bo$b7o5b2o$o$b7o5b2o$3bobobo7b o$10bo5bo$10bo4bo$12b3o!""", 257,1840) + pattern(""" 15b2o$13b2o2bo$13b6o$13b4o4bo3bo$21b7o$28bo$21b7o$13b4o4bo3bo$2o11b6o$ 2o11b2o2bo$15b2o!""", 885, 2033) # both P46Osc really # slide 30: HWSS control -------------------- HWSSGun = pattern(""" 21b2o23b2o$22bo22bobo$22bobo$23b2o$36b4o8bo$36bob2o7b2o$36bo$37b2o2$ 37b2o$36bo$7b2o2bobo22bob2o7b2o$2o4b3obo3bo21b4o8bo$2o3b2o6bo$6bob5o$ 7b3o35bobo$46b2o$7b3o$6bob5o14b2o$2o3b2o6bo8bo5bo$2o4b3obo3bo7bo4bo4b 2o$7b2o2bobo12b3o3b2o$23bob2ob2o$25bo$22bo2b3o11b2o$2b2o18b2o2b2o9bo4b o$2b2o20bo2bo15bo$24b3o10bo5bo$16b2o20b6o$b2o13bobo$b2o13bob2o$17b2o$ 17bo13b2o$30bobo$17bo13bo67b2o$17b2o80b2o$b2o13bob2o29b2o2bo4b2o16b2o 3b2o8bo$b2o13bobo30bob2o6b2o14bo2bobo2bo7bo2b2o$16b2o20bo11bo6bobo14bo 9bo5bo5bo3b2o$36b3o11b3o4b2o14b2o9b2o5bobo2b2o2b2o$2b2o31bo38bo9bo6bo 3b2o$2b2o32b3o11b3o4b2o16bo2bobo2bo9b3o$38bo11bo6bobo16b2o3b2o$24bo24b ob2o6b2o32b3o$23b3o23b2o2bo4b2o31bo3b2o$23bob2o35bo12b2o14bobo2b2o2b2o $24b3o11b2o22b2o11b2o13bo5bo3b2o$24b3o11bobo20bobo27bo2b2o$20b3ob3o13b o50bo$24b3o11b3o5bo52b2o$24b2o20b3o50b2o$2b2o45bo$2b2o19bo22b3o$11bo 10bo15b3o5bo$7b2o2bo10bo17bo$b2o3bo5bo25bobo$b2o2b2o2bobo12bo13b2o$6b 2o3bo38b2o$7b3o41b2o$50bo$7b3o$6b2o3bo$b2o2b2o2bobo$b2o3bo5bo48b2o$7b 2o2bo13b2o34b2o$11bo13bobo$2b2o23bo16b3o3bo$2b2o23b2o13b5o2bobo10b2o$ 41b2o3b2o3bo10b2o$42b2o3bo2bo$43bo3b3o2$43bo3b3o$42b2o3bo2bo$41b2o3b2o 3bo10b2o$42b5o2bobo10b2o$42bob3o3bo$40b2o$34b2o4b3o18b2o$34b2o3bo3bo 17b2o$38bo5bo$39b2ob2o2$39b2ob2o$38bo5bo$39bo3bo$40b3o$40b3o7$33b2o7b 2o$33bob2o3b2obo$33bo3bobo3bo$33b2o2bobo2b2o$34b3o3b3o$35bo5bo6$34b2o 5b2o$34b2o5b2o3$40bo2bo$30b3o7bo$16b2o11bo4bo9bo$16b2o10bo5bo8b2o$29bo 8bo$30b2o8b2o2$30b2o8b2o$29bo8bo3bo$16b2o10bo5bo4bo2bo$16b2o11bo4bo4bo 2bo$30b3o7b2o4$79b2o$78bo2bo$73bo7bo$72bobo3bo2bo$22bo48b2ob2ob2ob2o$ 20b3o52bobo$19bo54b2ob2o$19b2o$33bo$31b3o$14b2o14bo$15bo14b2o40b3o3b3o $15b2obo17b2o33bo9bo$18bo17bo34bo3bobo3bo$19b2o13bobo35b3o3b3o$15b3o2b 2o12b2o37bo5bo$17b2o$15bo2bo4bo$14bobobo3bo$13bo4bo$5b2o6bo2bob3o5bo$ 4bobo7bo3b3ob2o3bo$4bo10b2o5bo4bo$3b2o10b2o3b2o2bobo$15bo4bo$20b3o51b 2ob2o$16b2o57bobo$75bobo$12b2o2b3o57bo$13bobobo$14b4o$9b2o4bo$8bobo$8b o$7b2o7bobo$17b2o$17bo3$7b2o$8bo$8bobo$9b2o2$13bob2o$13bob2o2$22bo$12b 2o4bob2obo$12b2o2bo5bo$3b2o11bo5bo$4bo7b2o6b2o4b2o$4bobo5b2o4bobo5b2o$ 5b2o11b2o5$34b2o$34bobo$36bo$36b2o$30b2o$30bo$31b3o$33bo$19b2o$19bo$ 20b3o$22bo$34b2o7b2o$32b2o2bo6b2o$32b6o4bo2bo$22bo9b4o5bob2o$20b3o18bo b2o$19bo$20b3o18bob2o$22bo9b4o5bob2o14b2o$32b6o4b3ob2o11bo$32b2o2bo6bo bobo12b3o$34b2o7b4o15bo$44b2o!""") # TODO: take this apart further LWSSFromTheBlue = pattern(""" 27b2o5b2o$23b2o2b2o5b2o2b2o$23b2o13b2o2$28bo5bo$27b3o3b3o$26bo2b2ob2o 2bo$26bo3bobo3bo$28bobobobo2$25b2ob2o3b2ob2o$27bo7bo8$10b2o$8b2ob2o$8b o2bo$3bo4bo2bo$b3o5b2o15bo$o21b5o$b3o5b2o10bo2b3o7b2o$3bo4bo2bo10b2o 10b2o$8bo2bo$8b2ob2o$10b2o$25bo$25bo!""") # P46Osc really RowOfLWSSFTB = pattern("o$3o$3bo$2b2o!", 1737, 24) for i in range(43): RowOfLWSSFTB += LWSSFromTheBlue[(i*12) % 46](40*i, 0) HWSSHalfControl = HWSSGun(106, 87) + RowOfLWSSFTB(188, 79) CellCenter = HWSSHalfControl + HWSSHalfControl(2047, 2047, swap_xy_flip) OFFcell = all + CellCenter + StateBit # The metafier-OFF and -ON files technically should not exist (we just checked # at the beginning of the script). Shouldn't do any harm to check again, though: if os.access(OFFcellFileName, os.W_OK) or not os.access(OFFcellFileName, os.F_OK): try: OFFcell.save (OFFcellFileName, "Metapixel OFF cell: Brice Due, Spring 2006") except: # if tile can't be saved, it will be rebuilt next time -- # no need for an annoying error, just a note in the status bar g.show("Failed to save file version of OFF cell: " + OFFcellFileName) os.remove (OFFcellFileName) # slide 31: display on -------------------- g.show("Building ON metacell definition...") # switch on the HWSS guns: CellCenter += pattern("2o$2o!", 171, 124) + pattern("2o$2o!", 1922, 1875) # now generate the ONcell HWSSs and LWSSs # add rest of pattern after the center area is filled in # and p184 HWSS guns are in the same phase (3680 = 184 * 40) ONcell = all + CellCenter[3680] if os.access(ONcellFileName, os.W_OK) or not os.access(ONcellFileName, os.F_OK): try: ONcell.save (ONcellFileName, "Metapixel ON cell: Brice Due, Spring 2006") except: g.show("Failed to save file version of ON cell: " + ONcellFileName) os.remove(ONcellFileName) OFFcell += RuleBits ONcell += RuleBits g.new(layername) g.setalgo("QuickLife") # qlife's setcell is faster for j in xrange(selheight): for i in xrange(selwidth): golly.show("Placing (" + str(i+1) + "," + str(j+1) + ") tile" + " in a " + str(selwidth) + " by " + str(selheight) + " rectangle.") if livecell[i][j]: ONcell.put(2048 * i - 5, 2048 * j - 5) else: OFFcell.put(2048 * i - 5, 2048 * j - 5) g.fit() g.update() g.show("") g.setalgo("HashLife") # no point running a metapattern without hashing g.setoption("hyperspeed", False) # avoid going too fast g.setbase(8) g.setstep(4) g.step() # save start and populate hash tables # g.run(35328) # run one full cycle (can lock up Golly if construction has failed) # # Note that the first cycle is abnormal, since it does not advance the metapattern by # one metageneration: the first set of communication signals to adjacent cells is # generated during this first cycle. Thus at the end of 35328 ticks, the pattern # is ready to start its first "normal" metageneration (where cell states may change). # # It should be possible to define a version of ONcell that is not fully populated # with LWSSs and HWSSs until the end of the first full cycle. This would be much # quicker to generate from a script definition, and so it wouldn't be necessary to # save it to a file. The only disadvantage is that ONcells would be visually # indistinguishable from OFFcells until after the initial construction phase. golly-3.3-src/Scripts/Python/flood-fill.py0000644000175000017500000001116312706123635015533 00000000000000# Fill clicked region with current drawing state. # Author: Andrew Trevorrow (andrew@trevorrow.com), Jan 2011. import golly as g from time import time # avoid an unbounded fill if g.empty(): if g.getwidth() == 0 or g.getheight() == 0: g.exit("You cannot fill an empty universe that is unbounded!") else: # set fill limits to the pattern's bounding box # (these will be extended below if the grid is bounded) r = g.getrect() minx = r[0] miny = r[1] maxx = minx + r[2] - 1 maxy = miny + r[3] - 1 # allow filling to extend to the edges of bounded grid if g.getwidth() > 0: minx = -int(g.getwidth()/2) maxx = minx + g.getwidth() - 1 if g.getheight() > 0: miny = -int(g.getheight()/2) maxy = miny + g.getheight() - 1 # ------------------------------------------------------------------------------ def checkneighbor(x, y, oldstate): # first check if x,y is outside fill limits if x < minx or x > maxx: return False if y < miny or y > maxy: return False return g.getcell(x, y) == oldstate # ------------------------------------------------------------------------------ def floodfill(): newstate = g.getoption("drawingstate") oldstate = newstate # wait for user to click a cell g.show("Click the region you wish to fill... (hit escape to abort)") while oldstate == newstate: event = g.getevent() if event.startswith("click"): # event is a string like "click 10 20 left none" evt, xstr, ystr, butt, mods = event.split() x = int(xstr) y = int(ystr) if x < minx or x > maxx or y < miny or y > maxy: # click is outside pattern's bounding box in unbounded universe g.warn("Click within the pattern's bounding box\n"+ "otherwise the fill will be unbounded.") else: # note that user might have changed drawing state newstate = g.getoption("drawingstate") oldstate = g.getcell(x, y) if oldstate == newstate: g.warn("The clicked cell must have a different state\n"+ "to the current drawing state.") else: g.doevent(event) # tell Golly to handle all further keyboard/mouse events g.getevent(False) # do flood fill starting with clicked cell g.show("Filling clicked region... (hit escape to stop)") clist = [ (x,y) ] g.setcell(x, y, newstate) oldsecs = time() while len(clist) > 0: # remove cell from start of clist x, y = clist.pop(0) newsecs = time() if newsecs - oldsecs >= 0.5: # show changed pattern every half second oldsecs = newsecs g.update() # check if any orthogonal neighboring cells are in oldstate if checkneighbor( x, y-1, oldstate): g.setcell( x, y-1, newstate) clist.append( (x, y-1) ) if checkneighbor( x, y+1, oldstate): g.setcell( x, y+1, newstate) clist.append( (x, y+1) ) if checkneighbor( x+1, y, oldstate): g.setcell( x+1, y, newstate) clist.append( (x+1, y) ) if checkneighbor( x-1, y, oldstate): g.setcell( x-1, y, newstate) clist.append( (x-1, y) ) # diagonal neighbors are more complicated because we don't # want to cross a diagonal line of live cells if checkneighbor( x+1, y+1, oldstate) and (g.getcell(x, y+1) == 0 or g.getcell(x+1, y) == 0): g.setcell( x+1, y+1, newstate) clist.append( (x+1, y+1) ) if checkneighbor( x+1, y-1, oldstate) and (g.getcell(x, y-1) == 0 or g.getcell(x+1, y) == 0): g.setcell( x+1, y-1, newstate) clist.append( (x+1, y-1) ) if checkneighbor( x-1, y+1, oldstate) and (g.getcell(x, y+1) == 0 or g.getcell(x-1, y) == 0): g.setcell( x-1, y+1, newstate) clist.append( (x-1, y+1) ) if checkneighbor( x-1, y-1, oldstate) and (g.getcell(x, y-1) == 0 or g.getcell(x-1, y) == 0): g.setcell( x-1, y-1, newstate) clist.append( (x-1, y-1) ) # ------------------------------------------------------------------------------ oldcursor = g.getcursor() g.setcursor("Draw") try: floodfill() finally: g.setcursor(oldcursor) g.show(" ") golly-3.3-src/Scripts/Python/gun-demo.py0000644000175000017500000000252312026730263015213 00000000000000# Glider guns used in this script are 'aligned', which means gliders start in the # origin and go SE. # Based on gun_demo.py from PLife (http://plife.sourceforge.net/). from glife.base import * from glife.gun24 import * from glife.gun30 import * from glife.gun46 import * rule () # Life def mirror_gun (glider_gun): """mirror an 'aligned' glider gun and preserve its timing""" return glider_gun[2] (-1, 0, swap_xy) def compose_lwss_gun (glider_gun, A = -1, B = -1, C = -1): """construct an lwss gun using 3 copies of an 'aligned' glider gun. A, B and C are distances from the glider collision point to NE, NW and SW guns respectively""" if (A < 0): A = 40 if (B < 0): B = A; if (C < 0): C = A; m = min (A, B, C) a = A - m b = B - m c = C - m return \ glider_gun[4 * a] ( A, -A - 3, flip_x) + \ glider_gun[4 * b] (-B + 2, -B + 1) + \ glider_gun[4 * c + 1] (-C + 6, C, flip_y) lwss_eater = eater (4, 2, swap_xy) all = \ compose_lwss_gun (mirror_gun (gun24), 12, 11, 12) (0, -100) + lwss_eater (100, -100) + \ compose_lwss_gun (gun24, 11, 13, 4) + lwss_eater (100, 0) + \ compose_lwss_gun (gun30, 13, 11, 4) (0, 70) + lwss_eater (100, 70) + \ compose_lwss_gun (gun46, 22, 13, 3) (0, 130) + lwss_eater (100, 130) all.display ("gun-demo") golly-3.3-src/Scripts/Python/shift.py0000644000175000017500000000477012677364330014635 00000000000000# Shift current selection by given x y amounts using optional mode. # Author: Andrew Trevorrow (andrew@trevorrow.com), June 2006. # Updated to use exit command, Nov 2006. # Updated to check for bounded grid, Oct 2010. from glife import validint, inside from string import lower import golly as g selrect = g.getselrect() if len(selrect) == 0: g.exit("There is no selection.") # use same file name as in shift.lua INIFileName = g.getdir("data") + "shift.ini" oldparams = "0 0 or" try: f = open(INIFileName, 'r') oldparams = f.readline() f.close() except: # should only happen 1st time (INIFileName doesn't exist) pass answer = g.getstring("Enter x y shift amounts and an optional mode\n" + "(valid modes are copy/or/xor, default is or):", oldparams, "Shift selection") xym = answer.split() # extract x and y amounts if len(xym) == 0: g.exit() if len(xym) == 1: g.exit("Supply x and y amounts separated by a space.") if not validint(xym[0]): g.exit("Bad x value: " + xym[0]) if not validint(xym[1]): g.exit("Bad y value: " + xym[1]) x = int(xym[0]) y = int(xym[1]) # extract optional mode if len(xym) > 2: mode = lower(xym[2]) if mode=="c": mode="copy" if mode=="o": mode="or" if mode=="x": mode="xor" if not (mode == "copy" or mode == "or" or mode == "xor"): g.exit("Unknown mode: " + xym[2] + " (must be copy/or/xor)") else: mode = "or" # given parameters are valid so save them for next run try: f = open(INIFileName, 'w') f.write(answer) f.close() except: g.warn("Unable to save given parameters in file:\n" + INIFileName) # abort shift if the new selection would be outside a bounded grid if g.getwidth() > 0: gridl = -int(g.getwidth()/2) gridr = gridl + g.getwidth() - 1 newl = selrect[0] + x newr = newl + selrect[2] - 1 if newl < gridl or newr > gridr: g.exit("New selection would be outside grid.") if g.getheight() > 0: gridt = -int(g.getheight()/2) gridb = gridt + g.getheight() - 1 newt = selrect[1] + y newb = newt + selrect[3] - 1 if newt < gridt or newb > gridb: g.exit("New selection would be outside grid.") # do the shift by cutting the current selection and pasting it into # the new position without changing the current clipboard pattern selcells = g.getcells(selrect) g.clear(inside) selrect[0] += x selrect[1] += y g.select(selrect) if mode == "copy": g.clear(inside) g.putcells(selcells, x, y, 1, 0, 0, 1, mode) if not g.visrect(selrect): g.fitsel() golly-3.3-src/Scripts/Python/draw-lines.py0000644000175000017500000000764712026730263015561 00000000000000# Allow user to draw one or more straight lines by clicking end points. # Author: Andrew Trevorrow (andrew@trevorrow.com), Jan 2011. import golly as g # ------------------------------------------------------------------------------ def drawline(x1, y1, x2, y2): # draw a line of cells from x1,y1 to x2,y2 using Bresenham's algorithm; # we also return the old cells in the line so we can erase line later oldcells = [] # note that x1,y1 has already been drawn # oldcells.append( (x1, y1, g.getcell(x1, y1)) ) # g.setcell(x1, y1, drawstate) if x1 == x2 and y1 == y2: g.update() return oldcells dx = x2 - x1 ax = abs(dx) * 2 sx = 1 if dx < 0: sx = -1 dy = y2 - y1 ay = abs(dy) * 2 sy = 1 if dy < 0: sy = -1 if ax > ay: d = ay - (ax / 2) while x1 != x2: oldcells.append( (x1, y1, g.getcell(x1, y1)) ) g.setcell(x1, y1, drawstate) if d >= 0: y1 += sy d -= ax x1 += sx d += ay else: d = ax - (ay / 2) while y1 != y2: oldcells.append( (x1, y1, g.getcell(x1, y1)) ) g.setcell(x1, y1, drawstate) if d >= 0: x1 += sx d -= ay y1 += sy d += ax oldcells.append( (x2, y2, g.getcell(x2, y2)) ) g.setcell(x2, y2, drawstate) g.update() return oldcells # ------------------------------------------------------------------------------ def eraseline(oldcells): for t in oldcells: x, y, s = t g.setcell(x, y, s) # ------------------------------------------------------------------------------ def drawlines(): global oldline, firstcell started = False oldmouse = "" while True: event = g.getevent() if event.startswith("click"): # event is a string like "click 10 20 left altctrlshift" evt, x, y, butt, mods = event.split() oldmouse = x + ' ' + y if started: # draw permanent line from start pos to end pos endx = int(x) endy = int(y) drawline(startx, starty, endx, endy) # this is also the start of another line startx = endx starty = endy oldline = [] firstcell = [] else: # start first line startx = int(x) starty = int(y) firstcell = [ startx, starty, g.getcell(startx, starty) ] g.setcell(startx, starty, drawstate) g.update() started = True g.show("Click where to end this line (and start another line)...") else: # event might be "" or "key m none" if len(event) > 0: g.doevent(event) mousepos = g.getxy() if started and len(mousepos) == 0: # erase old line if mouse is not over grid if len(oldline) > 0: eraseline(oldline) oldline = [] g.update() elif started and len(mousepos) > 0 and mousepos != oldmouse: # mouse has moved, so erase old line (if any) and draw new line if len(oldline) > 0: eraseline(oldline) x, y = mousepos.split() oldline = drawline(startx, starty, int(x), int(y)) oldmouse = mousepos # ------------------------------------------------------------------------------ g.show("Click where to start line...") oldcursor = g.getcursor() g.setcursor("Draw") drawstate = g.getoption("drawingstate") oldline = [] firstcell = [] # pos and state of the 1st cell clicked try: drawlines() finally: g.setcursor(oldcursor) if len(oldline) > 0: eraseline(oldline) if len(firstcell) > 0: x, y, s = firstcell g.setcell(x, y, s) golly-3.3-src/Scripts/Python/oscar.py0000644000175000017500000001346013127300132014600 00000000000000# Oscar is an OSCillation AnalyzeR for use with Golly. # Author: Andrew Trevorrow (andrew@trevorrow.com), March 2006. # Modified to handle B0-and-not-S8 rules, August 2009. # This script uses Gabriel Nivasch's "keep minima" algorithm. # For each generation, calculate a hash value for the pattern. Keep all of # the record-breaking minimal hashes in a list, with the oldest first. # For example, after 5 generations the saved hash values might be: # # 8 12 16 24 25, # # If the next hash goes down to 13 then the list can be shortened: # # 8 12 13. # # When the current hash matches one of the saved hashes, it is highly likely # the pattern is oscillating. By keeping a corresponding list of generation # counts we can calculate the period. We also keep lists of population # counts and bounding boxes; they are used to reduce the chance of spurious # oscillator detection due to hash collisions. The bounding box info also # allows us to detect moving oscillators (spaceships/knightships). import golly as g from glife import rect, pattern from time import time # -------------------------------------------------------------------- # initialize lists hashlist = [] # for pattern hash values genlist = [] # corresponding generation counts poplist = [] # corresponding population counts boxlist = [] # corresponding bounding boxes # -------------------------------------------------------------------- def show_spaceship_speed(period, deltax, deltay): # we found a moving oscillator if (deltax == deltay) or (deltax == 0) or (deltay == 0): speed = "" if (deltax == 0) or (deltay == 0): # orthogonal spaceship if (deltax > 1) or (deltay > 1): speed += str(deltax + deltay) else: # diagonal spaceship (deltax == deltay) if deltax > 1: speed += str(deltax) if period == 1: g.show("Spaceship detected (speed = " + speed + "c)") else: g.show("Spaceship detected (speed = " + speed + "c/" +str(period) + ")") else: # deltax != deltay and both > 0 speed = str(deltay) + "," + str(deltax) if period == 1: g.show("Knightship detected (speed = " + speed + "c)") else: g.show("Knightship detected (speed = " + speed + "c/" + str(period) + ")") # -------------------------------------------------------------------- def oscillating(): # return True if the pattern is empty, stable or oscillating # first get current pattern's bounding box prect = g.getrect() pbox = rect(prect) if pbox.empty: g.show("The pattern is empty.") return True # get current pattern and create hash of "normalized" version -- ie. shift # its top left corner to 0,0 -- so we can detect spaceships and knightships ## currpatt = pattern( g.getcells(prect) ) ## h = hash( tuple( currpatt(-pbox.left, -pbox.top) ) ) # use Golly's hash command (3 times faster than above code) h = g.hash(prect) # check if outer-totalistic rule has B0 but not S8 rule = g.getrule().split(":")[0] hasB0notS8 = rule.startswith("B0") and (rule.find("/") > 1) and not rule.endswith("8") # determine where to insert h into hashlist pos = 0 listlen = len(hashlist) while pos < listlen: if h > hashlist[pos]: pos += 1 elif h < hashlist[pos]: # shorten lists and append info below del hashlist[pos : listlen] del genlist[pos : listlen] del poplist[pos : listlen] del boxlist[pos : listlen] break else: # h == hashlist[pos] so pattern is probably oscillating, but just in # case this is a hash collision we also compare pop count and box size if (int(g.getpop()) == poplist[pos]) and \ (pbox.wd == boxlist[pos].wd) and \ (pbox.ht == boxlist[pos].ht): period = int(g.getgen()) - genlist[pos] if hasB0notS8 and (period % 2 > 0) and (pbox == boxlist[pos]): # ignore this hash value because B0-and-not-S8 rules are # emulated by using different rules for odd and even gens, # so it's possible to have identical patterns at gen G and # gen G+p if p is odd return False if pbox == boxlist[pos]: # pattern hasn't moved if period == 1: g.show("The pattern is stable.") else: g.show("Oscillator detected (period = " + str(period) + ")") else: deltax = abs(boxlist[pos].x - pbox.x) deltay = abs(boxlist[pos].y - pbox.y) show_spaceship_speed(period, deltax, deltay) return True else: # look at next matching hash value or insert if no more pos += 1 # store hash/gen/pop/box info at same position in various lists hashlist.insert(pos, h) genlist.insert(pos, int(g.getgen())) poplist.insert(pos, int(g.getpop())) boxlist.insert(pos, pbox) return False # -------------------------------------------------------------------- def fit_if_not_visible(): # fit pattern in viewport if not empty and not completely visible r = rect(g.getrect()) if (not r.empty) and (not r.visible()): g.fit() # -------------------------------------------------------------------- g.show("Checking for oscillation... (hit escape to abort)") oldsecs = time() while not oscillating(): g.run(1) newsecs = time() if newsecs - oldsecs >= 1.0: # show pattern every second oldsecs = newsecs fit_if_not_visible() g.update() fit_if_not_visible() golly-3.3-src/Scripts/Python/pop-plot.py0000644000175000017500000001164613125321675015264 00000000000000# Run the current pattern for a given number of steps (using current # step size) and create a plot of population vs time in separate layer. # Author: Andrew Trevorrow (andrew@trevorrow.com), May 2007. import golly as g from glife import getminbox, rect, rccw from glife.text import make_text from time import time # -------------------------------------------------------------------- # size of plot xlen = 500 # length of x axis ylen = 500 # length of y axis # -------------------------------------------------------------------- # draw a line of cells from x1,y1 to x2,y2 using Bresenham's algorithm def draw_line(x1, y1, x2, y2): g.setcell(x1, y1, 1) if x1 == x2 and y1 == y2: return dx = x2 - x1 ax = abs(dx) * 2 sx = 1 if dx < 0: sx = -1 dy = y2 - y1 ay = abs(dy) * 2 sy = 1 if dy < 0: sy = -1 if ax > ay: d = ay - (ax / 2) while x1 != x2: g.setcell(x1, y1, 1) if d >= 0: y1 += sy d -= ax x1 += sx d += ay else: d = ax - (ay / 2) while y1 != y2: g.setcell(x1, y1, 1) if d >= 0: x1 += sx d -= ay y1 += sy d += ax g.setcell(x2, y2, 1) # -------------------------------------------------------------------- # fit pattern in viewport if not empty and not completely visible def fit_if_not_visible(): try: r = rect(g.getrect()) if (not r.empty) and (not r.visible()): g.fit() except: # getrect failed because pattern is too big g.fit() # -------------------------------------------------------------------- if g.empty(): g.exit("There is no pattern.") # check that a layer is available for population plot layername = "population plot" poplayer = -1 for i in xrange(g.numlayers()): if g.getname(i) == layername: poplayer = i break if poplayer == -1 and g.numlayers() == g.maxlayers(): g.exit("You need to delete a layer.") # prompt user for number of steps numsteps = xlen s = g.getstring("Enter the number of steps:", str(numsteps), "Population plotter") if len(s) > 0: numsteps = int(s) if numsteps <= 0: g.exit() # generate pattern for given number of steps poplist = [ int(g.getpop()) ] genlist = [ int(g.getgen()) ] oldsecs = time() for i in xrange(numsteps): g.step() poplist.append( int(g.getpop()) ) genlist.append( int(g.getgen()) ) newsecs = time() if newsecs - oldsecs >= 1.0: # show pattern every second oldsecs = newsecs fit_if_not_visible() g.update() g.show("Step %i of %i" % (i+1, numsteps)) fit_if_not_visible() # save some info before we switch layers stepsize = "%i^%i" % (g.getbase(), g.getstep()) pattname = g.getname() # create population plot in separate layer g.setoption("stacklayers", 0) g.setoption("tilelayers", 0) g.setoption("showlayerbar", 1) if poplayer == -1: poplayer = g.addlayer() else: g.setlayer(poplayer) g.new(layername) # use QuickLife with an unbounded grid g.setalgo("QuickLife") g.setrule("B3/S23") deadr, deadg, deadb = g.getcolor("deadcells") if (deadr + deadg + deadb) / 3 > 128: # use black if light background g.setcolors([1,0,0,0]) else: # use white if dark background g.setcolors([1,255,255,255]) minpop = min(poplist) maxpop = max(poplist) if minpop == maxpop: # avoid division by zero minpop -= 1 popscale = float(maxpop - minpop) / float(ylen) mingen = min(genlist) maxgen = max(genlist) genscale = float(maxgen - mingen) / float(xlen) # draw axes with origin at 0,0 draw_line(0, 0, xlen, 0) draw_line(0, 0, 0, -ylen) # add annotation using mono-spaced ASCII font t = make_text(pattname.upper(), "mono") bbox = getminbox(t) t.put((xlen - bbox.wd) / 2, -ylen - 10 - bbox.ht) t = make_text("POPULATION", "mono") bbox = getminbox(t) t.put(-10 - bbox.ht, -(ylen - bbox.wd) / 2, rccw) t = make_text(str(minpop), "mono") bbox = getminbox(t) t.put(-bbox.wd - 10, -bbox.ht / 2) t = make_text(str(maxpop), "mono") bbox = getminbox(t) t.put(-bbox.wd - 10, -ylen - bbox.ht / 2) t = make_text("GENERATION (step=%s)" % stepsize, "mono") bbox = getminbox(t) t.put((xlen - bbox.wd) / 2, 10) t = make_text(str(mingen), "mono") bbox = getminbox(t) t.put(-bbox.wd / 2, 10) t = make_text(str(maxgen), "mono") bbox = getminbox(t) t.put(xlen - bbox.wd / 2, 10) # display result at scale 1:1 g.fit() g.setmag(0) g.show("") # plot the data (do last because it could take a while if numsteps is huge) x = int(float(genlist[0] - mingen) / genscale) y = int(float(poplist[0] - minpop) / popscale) oldsecs = time() for i in xrange(numsteps): newx = int(float(genlist[i+1] - mingen) / genscale) newy = int(float(poplist[i+1] - minpop) / popscale) draw_line(x, -y, newx, -newy) x = newx y = newy newsecs = time() if newsecs - oldsecs >= 1.0: # update plot every second oldsecs = newsecs g.update() golly-3.3-src/Scripts/Python/tile-with-clip.py0000644000175000017500000000362412026730263016336 00000000000000# Tile current selection with clipboard pattern. # Author: Andrew Trevorrow (andrew@trevorrow.com), March 2006. # Updated to use exit command, Nov 2006. # Updated to handle multi-state patterns, Aug 2008. from glife import * import golly as g # assume one-state cell list (may change below) inc = 2 # ------------------------------------------------------------------------------ def clip_rb (patt, right, bottom): # remove any cells outside given right and bottom edges clist = list(patt) # remove padding int if present if (inc == 3) and (len(clist) % 3 == 1): clist.pop() x = 0 y = 1 while x < len(clist): if (clist[x] > right) or (clist[y] > bottom): # remove cell from list clist[x : x+inc] = [] else: x += inc y += inc # append padding int if necessary if (inc == 3) and (len(clist) & 1 == 0): clist.append(0) return pattern(clist) # ------------------------------------------------------------------------------ selrect = rect( g.getselrect() ) if selrect.empty: g.exit("There is no selection.") cliplist = g.getclip() # 1st 2 items are wd,ht pbox = rect( [0, 0] + cliplist[0 : 2] ) cliplist[0 : 2] = [] # remove wd,ht p = pattern( cliplist ) if len(cliplist) & 1 == 1: inc = 3 # multi-state? g.clear(inside) if len(cliplist) > 0: # tile selrect with p, clipping right & bottom edges if necessary y = selrect.top while y <= selrect.bottom: bottom = y + pbox.height - 1 x = selrect.left while x <= selrect.right: right = x + pbox.width - 1 if (right <= selrect.right) and (bottom <= selrect.bottom): p.put(x, y) else: clip_rb( p(x, y), selrect.right, selrect.bottom ).put() x += pbox.width y += pbox.height if not selrect.visible(): g.fitsel() golly-3.3-src/Scripts/Python/move-selection.py0000644000175000017500000001567513011772276016452 00000000000000# Allow user to move the current selection. # Author: Andrew Trevorrow (andrew@trevorrow.com), Jan 2011. import golly as g # set edges of bounded grid for later use if g.getwidth() > 0: gridl = -int(g.getwidth()/2) gridr = gridl + g.getwidth() - 1 if g.getheight() > 0: gridt = -int(g.getheight()/2) gridb = gridt + g.getheight() - 1 # -------------------------------------------------------------------- def showhelp(): g.note( """Alt-clicking in the selection allows you to COPY it to another location (the original selection is not deleted). While moving the selection the following keys can be used: x - flip selection left-right y - flip selection top-bottom > - rotate selection clockwise < - rotate selection anticlockwise h - show this help escape - abort and restore the selection""") # ------------------------------------------------------------------------------ def cellinrect(x, y, r): # return True if given cell position is inside given rectangle if x < r[0] or x >= r[0] + r[2]: return False if y < r[1] or y >= r[1] + r[3]: return False return True # ------------------------------------------------------------------------------ def rectingrid(r): # return True if all of given rectangle is inside grid if g.getwidth() > 0 and (r[0] < gridl or r[0] + r[2] - 1 > gridr): return False if g.getheight() > 0 and (r[1] < gridt or r[1] + r[3] - 1 > gridb): return False return True # ------------------------------------------------------------------------------ def lookforkeys(event, deltax, deltay): global oldcells, selrect, selpatt # look for keys used to flip/rotate selection if event == "key x none" or event == "key y none": # flip floating selection left-right or top-bottom if len(oldcells) > 0: g.clear(0) g.putcells(selpatt, deltax, deltay) if " x " in event: g.flip(0) else: g.flip(1) selpatt = g.transform(g.getcells(selrect), -deltax, -deltay) if len(oldcells) > 0: g.clear(0) g.putcells(oldcells) g.putcells(selpatt, deltax, deltay) g.update() return if event == "key > none" or event == "key < none": # rotate floating selection clockwise or anticlockwise; # because we use g.rotate below we have to use the exact same # calculation (see Selection::Rotate in wxselect.cpp) for rotrect: midx = selrect[0] + int((selrect[2]-1)/2) midy = selrect[1] + int((selrect[3]-1)/2) newleft = midx + selrect[1] - midy newtop = midy + selrect[0] - midx rotrect = [ newleft, newtop, selrect[3], selrect[2] ] if not rectingrid(rotrect): g.show("Rotation is not allowed if selection would be outside grid.") return g.clear(0) if len(oldcells) > 0: g.putcells(oldcells) oldcells = g.join(oldcells, g.getcells(rotrect)) g.clear(0) g.select(rotrect) g.clear(0) g.select(selrect) g.putcells(selpatt, deltax, deltay) if " > " in event: g.rotate(0) else: g.rotate(1) selrect = g.getselrect() selpatt = g.transform(g.getcells(selrect), -deltax, -deltay) if len(oldcells) > 0: g.clear(0) g.putcells(oldcells) g.putcells(selpatt, deltax, deltay) g.update() return if event == "key h none": # best not to show Help window while dragging selection! return g.doevent(event) # ------------------------------------------------------------------------------ def moveselection(): global oldcells, selrect, selpatt # wait for click in selection while True: event = g.getevent() if event.startswith("click"): # event is a string like "click 10 20 left none" evt, xstr, ystr, butt, mods = event.split() x = int(xstr) y = int(ystr) if cellinrect(x, y, selrect): oldmouse = xstr + ' ' + ystr firstx = x firsty = y xoffset = firstx - selrect[0] yoffset = firsty - selrect[1] if mods == "alt": # don't delete pattern in selection oldcells = g.getcells(selrect) break elif event == "key h none": showhelp() else: g.doevent(event) # wait for mouse-up while moving selection g.show("Move mouse and release button...") mousedown = True while mousedown: event = g.getevent() if event.startswith("mup"): mousedown = False elif len(event) > 0: lookforkeys(event, x - firstx, y - firsty) # update xoffset,yoffset in case selection was rotated xoffset = x - selrect[0] yoffset = y - selrect[1] mousepos = g.getxy() if len(mousepos) > 0 and mousepos != oldmouse: # mouse has moved, so move selection rect and pattern g.clear(0) if len(oldcells) > 0: g.putcells(oldcells) xstr, ystr = mousepos.split() x = int(xstr) y = int(ystr) selrect[0] = x - xoffset selrect[1] = y - yoffset if g.getwidth() > 0: # ensure selrect doesn't move beyond left/right edge of grid if selrect[0] < gridl: selrect[0] = gridl x = selrect[0] + xoffset elif selrect[0] + selrect[2] - 1 > gridr: selrect[0] = gridr + 1 - selrect[2] x = selrect[0] + xoffset if g.getheight() > 0: # ensure selrect doesn't move beyond top/bottom edge of grid if selrect[1] < gridt: selrect[1] = gridt y = selrect[1] + yoffset elif selrect[1] + selrect[3] - 1 > gridb: selrect[1] = gridb + 1 - selrect[3] y = selrect[1] + yoffset g.select(selrect) oldcells = g.getcells(selrect) g.putcells(selpatt, x - firstx, y - firsty) oldmouse = mousepos g.update() # ------------------------------------------------------------------------------ selrect = g.getselrect() if len(selrect) == 0: g.exit("There is no selection.") selpatt = g.getcells(selrect) # remember initial selection in case user aborts script firstrect = g.getselrect() firstpatt = g.getcells(selrect) g.show("Click anywhere in selection, move mouse and release button... (hit 'h' for help)") oldcursor = g.getcursor() g.setcursor("Move") oldcells = [] try: aborted = True moveselection() aborted = False finally: g.setcursor(oldcursor) if aborted: g.clear(0) if len(oldcells) > 0: g.putcells(oldcells) g.putcells(firstpatt) g.select(firstrect) else: g.show(" ") golly-3.3-src/Scripts/Python/envelope.py0000644000175000017500000000767312026730263015330 00000000000000# Use multiple layers to create a history of the current pattern. # The "envelope" layer remembers all live cells. # Author: Andrew Trevorrow (andrew@trevorrow.com), December 2006. # Updated for better compatibility with envelope.pl, June 2007. # Updated to use new setcolors command, September 2008. import golly as g if g.empty(): g.exit("There is no pattern.") currindex = g.getlayer() startindex = 0 envindex = 0 startname = "starting pattern" envname = "envelope" if currindex > 1 and g.getname(currindex - 1) == startname \ and g.getname(currindex - 2) == envname : # continue from where we left off startindex = currindex - 1 envindex = currindex - 2 elif currindex + 2 < g.numlayers() \ and g.getname(currindex + 1) == startname \ and g.getname(currindex) == envname : # switch from envelope layer to current layer and continue currindex += 2 g.setlayer(currindex) startindex = currindex - 1 envindex = currindex - 2 elif currindex + 1 < g.numlayers() \ and g.getname(currindex) == startname \ and g.getname(currindex - 1) == envname : # switch from starting layer to current layer and continue currindex += 1 g.setlayer(currindex) startindex = currindex - 1 envindex = currindex - 2 else: # start a new envelope using pattern in current layer if g.numlayers() + 1 > g.maxlayers(): g.exit("You need to delete a couple of layers.") if g.numlayers() + 2 > g.maxlayers(): g.exit("You need to delete a layer.") # get current layer's starting pattern startpatt = g.getcells(g.getrect()) envindex = g.addlayer() # create layer for remembering all live cells g.setcolors([-1,100,100,100]) # set all states to darkish gray g.putcells(startpatt) # copy starting pattern into this layer startindex = g.addlayer() # create layer for starting pattern g.setcolors([-1,0,255,0]) # set all states to green g.putcells(startpatt) # copy starting pattern into this layer # move currindex to above the envelope and starting pattern g.movelayer(currindex, envindex) g.movelayer(envindex, startindex) currindex = startindex startindex = currindex - 1 envindex = currindex - 2 # name the starting and envelope layers so user can run script # again and continue from where it was stopped g.setname(startname, startindex) g.setname(envname, envindex) # ------------------------------------------------------------------------------ def envelope (): # draw stacked layers using same location and scale g.setoption("stacklayers", 1) g.show("Hit escape key to stop script...") while True: g.run(1) if g.empty(): g.show("Pattern died out.") break # copy current pattern to envelope layer; # we temporarily disable event checking so thumb scrolling # and other mouse events won't cause confusing changes currpatt = g.getcells(g.getrect()) g.check(0) g.setlayer(envindex) g.putcells(currpatt) g.setlayer(currindex) g.check(1) step = 1 exp = g.getstep() if exp > 0: step = g.getbase()**exp if int(g.getgen()) % step == 0: # display all 3 layers (envelope, start, current) g.update() # ------------------------------------------------------------------------------ # show status bar but hide layer & edit bars (faster, and avoids flashing) oldstatus = g.setoption("showstatusbar", True) oldlayerbar = g.setoption("showlayerbar", False) oldeditbar = g.setoption("showeditbar", False) try: envelope() finally: # this code is always executed, even after escape/error; # restore original state of status/layer/edit bars g.setoption("showstatusbar", oldstatus) g.setoption("showlayerbar", oldlayerbar) g.setoption("showeditbar", oldeditbar) golly-3.3-src/Scripts/Python/make-Devore-tape.py0000644000175000017500000004301712026730263016571 00000000000000# ================================================= # A Golly script to write the program and data # tapes for the Devore UCC. Load Devore-body.rle # and run this script, then set the machine running. # # Tape length: 105k # Rep period: 1.02 x 10^11 (102 billion) timesteps # # Script license: public domain # # Contact: tim.hutton@gmail.com # Thanks to Ron Hightower and John Devore # ================================================= import golly as g program_tape_x = 322 program_tape_y = 233 data_tape_x = 330 data_tape_y = 8 # range from start to stop (either direction) # twoway_range(0,10,2)==[0,2,4,6,8] # twoway_range(0,-10,2)==[0,-2,-4,-6,-8] def twoway_range(start,stop,step=1): return range(start,stop,(-1 if (stop-start)<0 else 1)*abs(step)) # range from start to stop including both end points (either direction) # inclusive_range(0,10,2)==[0,2,4,6,8,10] # inclusive_range(10,0,2)==[10,8,6,4,2,0] # inclusive_range(0,-10,2)==[0,-2,-4,-6,-8,-10] def inclusive_range(start,stop,step=1): return twoway_range(start,stop+(-1 if (stop-start)<0 else 1)*abs(step),step) ''' Devore instruction set: (the program tape) 0000 goto (following bits give destination) 0001 move data head (D) left 0010 move data head right 0011 jump_if_one [from whichever path is open] (following bits give destination) 0100 m (mark_if_zero) [affects whichever path is open] 0101 e (erase_if_one) [affects whichever path is open] 0110 switch between construction path and data path [D open by default] 0111 x (extend) [all these below only affect C] 1000 xl 1001 xr 1010 r (retract) 1011 rl 1100 rr 1101 i (inject sheath) # legacy from Codd, don't use this! (see below) 1110 j (inject trigger) 1111 stop Destination bits: first is sign (0=backwards, 1=forwards), followed by unary count of marks and zero terminator. E.g. 111110=+4, 011110=-4 Marks lie 6 cells below the program tape, and appear on the column before the start of the command they mark. Not every command needs a mark, just those jumped-to. Destination says how many marks forward or backwards to jump. Exception is when a goto is immediately followed by a mark - in this case the goto destination is decremented because the next mark is skipped over anyway. For injection, use the pattern: 1 1 1 1 1 1 1 1 1 Approach from the left into the receiver, then retract. This injects the sheathing signal. Then call the inject_trigger command. You can then safely retract away. The inject_sheath command was used by Codd but is now redundant, it appears. ''' goto = '0000' toggle_C_or_D = '0110' data_head_left = '0001' data_head_right = '0010' extend = '0111' extend_left = '1000' extend_right = '1001' retract = '1010' retract_left = '1011' retract_right = '1100' mark = '0100' erase = '0101' jump_if_one = '0011' inject_sheath = '1101' inject_trigger = '1110' stop = '1111' def write_string(s): global program_tape_x, program_tape_y for c in s: if c=='1': g.setcell(program_tape_x,program_tape_y,1) program_tape_x += 1 def write_data_string(s): global data_tape_x, data_tape_y for c in s: if c=='1': g.setcell(data_tape_x,data_tape_y,1) data_tape_x += 1 def write_program(program): global program_tape_x, program_tape_y # find all the labels labels = [c[:-1] for c in program if c[-1]==':'] iCurrentLabel=0 for i,c in enumerate(program): if 'jump_if_one:' in c: write_string(jump_if_one) jump = labels.index(c[c.index(':')+1:])+1-iCurrentLabel if jump<1: jump-=1 if jump>1 and program[i+1][-1]==':': jump -= 1 # (if next command is a label we don't need to jump so far) if jump<0: write_string('0') else: write_string('1') write_string('1'*abs(jump)+'0') elif 'goto:' in c: write_string(goto) jump = labels.index(c[c.index(':')+1:])+1-iCurrentLabel if jump<1: jump-=1 if jump>1 and program[i+1][-1]==':': jump -= 1 # (if next command is a label we don't need to jump so far) if jump<0: write_string('0') else: write_string('1') write_string('1'*abs(jump)+'0') elif c[-1]==':': # a label, make a mark on the marker tape g.setcell(program_tape_x-1,program_tape_y-6,1) iCurrentLabel+=1 else: # a normal command write_string(c) # ------------------------------------ # create the program: # ------------------------------------ program = [ # ---------- data tape copying phase: ------------------------ 'goto:extendup', 'write1:', # == 1 == extend_right,toggle_C_or_D,mark,toggle_C_or_D,retract_right,extend, 'nextread:', data_head_left, 'jump_if_one:write1', # 0: extend, data_head_left, 'jump_if_one:write1', # == 00 == extend, data_head_left, 'jump_if_one:write1', # == 000 == # -- end of copy -- data_head_right, # we overshot (first data entry is 01) toggle_C_or_D, # open C 'retractcopy:', retract,extend_left,extend,'jump_if_one:retractdown', retract,retract_left,'goto:retractcopy', # ---------- construction phase: ------------------------ 'rowstart:', # move into writing position extend_right,extend,extend,extend, # (make a mark at the start of the row for retraction) extend_left,extend,toggle_C_or_D,mark,toggle_C_or_D,retract,retract_left, 'nextcolumn:', data_head_right, 'jump_if_one:1', # 0: data_head_right, 'jump_if_one:01', # == 00 == data_head_right, 'jump_if_one:001', # == 000 == # (assume came immediately after start of a new row) extend_left,extend,toggle_C_or_D,erase,retract,retract_left, retract,retract,retract,retract_right, 'retractcolumn:', extend_left,extend,'jump_if_one:doneretractcolumn', retract,retract_left,retract,'goto:retractcolumn', 'doneretractcolumn:',erase,retract,retract_left, 'goto:inject', '001:', # == 001 == # -- retract row -- toggle_C_or_D, # open C 'retractrow:', retract,extend_left,extend,'jump_if_one:doneretractrow', retract,retract_left,'goto:retractrow', 'doneretractrow:', erase,retract,retract_left,toggle_C_or_D,retract,retract,retract,retract_right, extend, 'goto:rowstart', '01:', # == 01 == # -- write N 0's -- extend,extend,extend, 'goto:nextcolumn', '1:', data_head_right, 'jump_if_one:11', # == 10 == # -- write a 0 -- extend, 'goto:nextcolumn', '11:', # == 11 == # -- write a 1 -- extend_right, toggle_C_or_D, # open C mark, toggle_C_or_D, # close C retract_right, extend, 'goto:nextcolumn', # ------------------------ subroutines (here for speed): ----------------- 'extendup:', # move the construction arm into the starting position extend_right,extend,extend,extend,extend,extend,extend,extend,extend, # move up to the right height extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend, # move into writing position extend_right,extend,extend,extend, # (make a mark at the start of the copy for retraction) extend_left,extend,toggle_C_or_D,mark,toggle_C_or_D,retract,retract_left, 'goto:nextread', 'retractdown:', erase,retract,retract_left,toggle_C_or_D,retract,retract,retract,retract_right, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract,retract,retract,retract,retract,retract,retract, retract,retract,retract,retract, extend_left, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend, extend_right,extend,extend,extend,extend,extend,extend,extend,extend, # (make a mark at the bottom-left for final retraction) extend_left,extend,toggle_C_or_D,mark,toggle_C_or_D,retract,retract_left, 'goto:rowstart', # -- end of construction: retract and inject sheath+trigger -- 'inject:', retract,extend_right,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend,extend,extend,extend,extend,extend, extend,extend,extend,extend,extend, retract,inject_trigger, retract,retract,retract, stop ] # -------------------------------- # now write the tapes: # -------------------------------- # Our data tape contains coded construction instructions: # 11 : write a 1 # 10 : write a 0 # 01 : write n 0's (where n is the value below) # 001 : end of row # 000 : end of construction # # Each row is scanned from the left edge to the last 1. (A temporary marker # is used at the beginning for retraction, so rows can be any length.) Because # each row ends with a 1, we know that the sequence 000 cannot appear on the # data tape until the very end. This allows us to detect (reading backwards) # the 000 sequence, in order to know when to stop copying. # # For retracting vertically after construction another temporary marker is used. # # Following Ron Hightower's work (thanks Ron!) we copy the data tape first and # then read it from the far end. The data read head is made slightly prominent # to allow the 000 to be skipped (else it would be detected during tape-copy and # would cause it to end), but read correctly from the blank space at the end of # the data tape nearest the machine. # # The instruction set above was just one that I tried. I'm quite sure it is # possible to do this more efficiently. n=3 # found through experiment to give the shortest data tape # must match the "write N 0's" section of the program above # (I would have expected 10 or so to be better but anyway.) # first we write the program and marker tapes # then we encode the whole pattern onto the data tape # (program length is mostly unrelated to machine size, so it all works) write_program(program) # write the data tape data_tape = '' rect = g.getrect() # copy everything within the bounding rectangle width = rect[2] height = rect[3] x = rect[0] y = rect[1] for row in inclusive_range(y+height-1,y): far_right = x+width-1 while g.getcell(far_right,row)==0: far_right -= 1 if far_right 0: g.putcells(selcells, newx - x, newy - y) g.fitsel() golly-3.3-src/Scripts/Python/make-Banks-IV-constructor.py0000644000175000017500000001120113151213347020340 00000000000000# Make a pattern from states 3 and 0, select it and then # run this script to make a Banks-IV CA pattern that will then # construct the pattern. # # The machine will attempt to activate the pattern by injecting # a signal at a special trigger point. # See: Patterns/Self-Rep/Banks/Banks-IV-constructor.rle.gz # # You may need to change trigger_row for your pattern, or disable # triggering. # # Tim Hutton from glife import rect from time import time import golly as g r = rect( g.getselrect() ) if r.empty: g.exit("There is no selection.") oldsecs = time() maxstate = g.numstates() - 1 top_tape = '00' bottom_tape = '00' # write a state 3 to the required position, relative to the centre of the face def write_cell(x,y): global top_tape global bottom_tape # delay one of the tapes, to select the correct row if y<0: top_tape += '00'*abs(y) elif y>0: bottom_tape += '00'*y # send out a write arm to the right length arm_length=2 while arm_length < x: top_tape += '120' + '00'*arm_length + '12000' bottom_tape += '120' + '00'*arm_length + '12000' arm_length += 1 # send an erasing wing down the arm, to write a cell at the end top_tape += '120' + '00'*(arm_length-3) + '120000' bottom_tape += '120' + '00'*(arm_length-3) + '120000' # undo the delay on the tapes (could just add the difference but this is simpler) if y<0: bottom_tape += '00'*abs(y) elif y>0: top_tape += '00'*y # we first write the commands to 2 strings, and then to the grid H_OFFSET = 10 # how far from the construction face should the new pattern be? half_height = (r.height-(r.height%2))/2 # write the cells that are in state 1 (can ignore the zeros) # (still plenty of room for optimisation here) for col in xrange(r.left + r.width-1, r.left-1,-1): # if large selection then give some indication of progress newsecs = time() if newsecs - oldsecs >= 1.0: oldsecs = newsecs g.update() for row in xrange(r.top, r.top + r.height): if g.getcell(col,row)==3: write_cell(H_OFFSET + col-r.left,row - r.top - half_height) # trigger trigger_row = 3 # from the vertical middle write_cell(H_OFFSET + 2,trigger_row) # (optional) restore the trigger input write_cell(H_OFFSET-3, trigger_row-1) write_cell(H_OFFSET-2, trigger_row+2) write_cell(H_OFFSET-2, trigger_row+1) # actually just sends an erasing wing write_cell(H_OFFSET, trigger_row-2) write_cell(H_OFFSET, trigger_row+2) fx = r.left-20 # constructing face fy = r.top+r.height*2 # centre of constructing face half_height += 10 # draw the constructing face for cy in range(fy-(half_height-6),fy+(half_height-6)+1): g.setcell(fx,cy,3) # draw the top shoulder g.setcell(fx,fy-half_height,3) g.setcell(fx,fy-half_height-3,3) g.setcell(fx-1,fy-half_height-3,3) g.setcell(fx+1,fy-half_height-3,3) g.setcell(fx-1,fy-half_height-2,3) g.setcell(fx+1,fy-half_height-2,3) g.setcell(fx+1,fy-half_height-1,3) g.setcell(fx+1,fy-half_height+1,3) g.setcell(fx+1,fy-half_height+2,3) g.setcell(fx+1,fy-half_height+3,3) g.setcell(fx+1,fy-half_height+4,3) g.setcell(fx+1,fy-half_height+5,3) g.setcell(fx-1,fy-half_height+2,3) g.setcell(fx-1,fy-half_height+3,3) g.setcell(fx-1,fy-half_height+4,3) g.setcell(fx-1,fy-half_height+5,3) g.setcell(fx+2,fy-half_height-1,3) g.setcell(fx+3,fy-half_height-1,3) g.setcell(fx+3,fy-half_height,3) g.setcell(fx+2,fy-half_height+1,3) g.setcell(fx+3,fy-half_height+1,3) g.setcell(fx+2,fy-half_height+4,3) g.setcell(fx-2,fy-half_height+5,3) # draw the bottom shoulder g.setcell(fx,fy+half_height,3) g.setcell(fx,fy+half_height+3,3) g.setcell(fx-1,fy+half_height+3,3) g.setcell(fx+1,fy+half_height+3,3) g.setcell(fx-1,fy+half_height+2,3) g.setcell(fx+1,fy+half_height+2,3) g.setcell(fx+1,fy+half_height+1,3) g.setcell(fx+1,fy+half_height-1,3) g.setcell(fx+1,fy+half_height-2,3) g.setcell(fx+1,fy+half_height-3,3) g.setcell(fx+1,fy+half_height-4,3) g.setcell(fx+1,fy+half_height-5,3) g.setcell(fx-1,fy+half_height-2,3) g.setcell(fx-1,fy+half_height-3,3) g.setcell(fx-1,fy+half_height-4,3) g.setcell(fx-1,fy+half_height-5,3) g.setcell(fx+2,fy+half_height-1,3) g.setcell(fx+3,fy+half_height-1,3) g.setcell(fx+3,fy+half_height,3) g.setcell(fx+2,fy+half_height+1,3) g.setcell(fx+3,fy+half_height+1,3) g.setcell(fx+2,fy+half_height-4,3) g.setcell(fx-2,fy+half_height-5,3) # draw the tapes x = fx-1 for c in range(0,len(top_tape)): g.setcell(x,fy-half_height-1,3) g.setcell(x,fy-half_height,int(top_tape[c])) g.setcell(x,fy-half_height+1,3) x -= 1 x = fx-1 for c in range(0,len(bottom_tape)): g.setcell(x,fy+half_height-1,3) g.setcell(x,fy+half_height,int(bottom_tape[c])) g.setcell(x,fy+half_height+1,3) x -= 1 golly-3.3-src/Scripts/Lua/0000755000175000017500000000000013543257426012456 500000000000000golly-3.3-src/Scripts/Lua/p1100-MWSS-gun.lua0000644000175000017500000001122012706123635015206 00000000000000-- Bill Gosper's pure-period p1100 double MWSS gun, circa 1984. local g = golly() local gp = require "gplus" local pattern = gp.pattern local flip = gp.flip local flip_x = gp.flip_x local flip_y = gp.flip_y local rccw = gp.rccw local rcw = gp.rcw local swap_xy_flip = gp.swap_xy_flip g.new("P1100 gun") g.setalgo("HashLife") g.setrule("B3/S23") -- update status bar now so we don't see different colors when g.show is called g.update() local glider = pattern("bo$bbo$3o!") local block = pattern("oo$oo!") local eater = pattern("oo$bo$bobo$bboo!") local bhept = pattern("bbo$boo$oo$boo!") local twobits = eater + bhept.t(8,3) local half = twobits + twobits[1].t(51,0,flip_x) local centinal = half + half.t(0,16,flip_y) local passthrough = centinal[1].t(16,3,rcw) + centinal[19].t(52,0,rcw) + centinal[81].t(55,51,rccw) + centinal[99].t(91,54,rccw) -- build the source signal -- the most compact set of gliders -- from which all other gliders and spaceships can be generated local MWSSrecipes = glider.t(5759,738,rccw) + glider.t(6325,667,flip_x) + glider[3].t(5824,896,flip_x) + glider[2].t(5912,1264) + glider[2].t(6135,1261,flip_x) + glider[1].t(5912,1490,flip_y) + glider.t(6229,4717,flip_x) + glider[1].t(6229,5029,flip) + glider[1].t(5920,5032,flip_y) + glider.t(6230,5188,flip) + glider[3].t(6230,5306,flip) + glider[3].t(5959,5309,flip_y) -- suppress output MWSSes as long as gliders are being added MWSSrecipes = MWSSrecipes + pattern("o!",6095,-65) + pattern("o!",6075,228) -- add the first four centinals to guide the recipe gliders local all = centinal[44].t(6185,5096,flip_x) + centinal[73].t(5897,1066) all = all + centinal[42].t(5782,690) + centinal[25].t(5793,897,rcw) -- generate the MWSSes for the glider-fanout ladder for i = 1, 7 do g.show("Building rung " .. i .. " of ladder...") all = (all + MWSSrecipes)[1100] end -- add the actual glider-fanout ladder -- six rungs for i = 0, 5 do all = all + glider.t(6030,1706+550*i,swap_xy_flip) + centinal[15].t(6102,1585+550*i) + block.t(6029,1721+550*i) + centinal[34].t(5996,1725+550*i,rccw) + block.t(6087,1747+550*i) + centinal[87].t(6122,1745+550*i,rcw) end -- add the rest of the centinals to guide the ladder's output gliders g.show("Adding centinal reflectors...") all = all + centinal[88].t(5704,0) + centinal[29].t(6423,295,flip_x) + centinal[74].t(5616,298) + centinal[40].t(6361,613,rcw) + centinal[23].t(6502,620,flip_x) + centinal[36].t(5636,986) + centinal[38].t(6370,1008,rcw) + centinal[19].t(5747,1347,rcw) + centinal[67].t(5851,1516) + centinal.t(4061,2605,rccw) + centinal[10].t(5376,3908,rccw) + centinal[77].t(8191,4407,flip_x) + centinal[6].t(4988,4606) + centinal[34].t(6357,4608,flip_x) + centinal[27].t(8129,4621,flip_x) + centinal[92].t(5159,5051) + centinal[53].t(7991,5201,flip_x) + centinal[94].t(7038,5370,rccw) + centinal[13].t(5591,5379,rccw) + centinal[3].t(5858,5428,rccw) + centinal[87].t(7805,5511,flip_x) + centinal[98].t(401,5557,rccw) + centinal[14].t(955,5561,rccw) + centinal[8].t(6592,5584,rccw) + centinal[39].t(6933,5698,flip_x) + centinal[32].t(6230,5881) + centinal[47].t(11676,5854,rccw) + centinal[68].t(0,5748,rccw) + centinal[89].t(6871,5912,flip_x) + centinal[45].t(12095,6027,rccw) + centinal[86].t(6209,6134) + centinal[55].t(6868,6357,flip_x) + centinal[95].t(9939,6491,rccw) + centinal[23].t(8782,6548,rccw) + centinal[58].t(3066,6572,rccw) + centinal[21].t(9326,6596,rccw) + centinal[80].t(3628,6626,rccw) + centinal[45].t(6821,6528,flip_x) + centinal[33].t(10373,6649,rccw) + centinal[16].t(2587,6685,rccw) -- to change behavior at center, comment out one of the lines below all = all + eater.t(6018,5924,rccw) + eater.t(6037,5943,rccw) -- true p1100 gun -- all = all + block.t(6018,6787) -- synch center to recreate original p1100x5 local center = block.t(1081,6791) + block.t(2731,6791) + block.t(3831,6791) + block.t(9108,6791) + block.t(10208,6791) + block.t(11308,6791) + passthrough.t(8475,6737) + passthrough[39].t(3365,6737,flip_x) + passthrough.t(9575,6737) + passthrough[39].t(2265,6737,flip_x) + passthrough.t(10675,6737) + passthrough[39].t(1715,6737,flip_x) -- add asymmetric Equator to mirror-symmetric North and South MWSSrecipes = MWSSrecipes + MWSSrecipes.t(0,13583,flip_y) all = all + all.t(0,13583,flip_y) + center all.put() g.fit() -- Different glider paths are different lengths, so incomplete -- glider recipes must be overwritten for a while to prevent disaster. for i = 0, 45 do g.show("Filling glider tracks -- " .. (49500 - i*1100) .. " ticks left.") g.update() MWSSrecipes.put() g.run(1100) end g.show("") -- reset gen count to 0 g.setgen("0") golly-3.3-src/Scripts/Lua/giffer.lua0000644000175000017500000001543413043333474014343 00000000000000-- Run the current selection for a given number of steps and -- create an animated GIF file using the current layer's colors. -- Based on giffer.pl by Tony Smith. -- Conversion to Lua by Andrew Trevorrow and Scorbie. local g = golly() local gp = require "gplus" local getcell = g.getcell local int = gp.int local chr = string.char local r = g.getselrect() if #r == 0 then g.exit("There is no selection.") end local x, y, width, height = table.unpack(r) if width >= 65536 or height >= 65536 then g.exit("The width and height of the selection must be less than 65536.") end -- get the parameters given last time local inifilename = g.getdir("data").."giffer.ini" local oldparams = "100 1" local f = io.open(inifilename, "r") if f then oldparams = f:read("*l") or "" f:close() end local prompt = [[ Enter the number of frames, and the pause time between each frame (in centisecs): ]] local answer = g.getstring(prompt, oldparams, "Create animated GIF") local frames, pause = gp.split(answer) -- validate given parameters frames = frames or 100 pause = pause or 1 if not gp.validint(frames) then g.exit("Bad frames value: "..frames) end if not gp.validint(pause) then g.exit("Bad pause value: "..pause) end frames = tonumber(frames) pause = tonumber(pause) -- given parameters are valid so save them for next run f = io.open(inifilename, "w") if f then f:write(answer) f:close() end local depth = g.numstates() local bitdepth = 0 while depth > 2^(bitdepth+1) do bitdepth = bitdepth + 1 end local codesize = 2 if bitdepth > 0 then codesize = bitdepth + 1 end -------------------------------------------------------------------------------- local function getframedata() local data = {} for row = y, y+height-1 do for col = x, x+width-1 do data[#data+1] = chr( getcell(col, row) ) end end return data end -------------------------------------------------------------------------------- local function compress(data) local t = {} for i = 0, depth-1 do t[chr(i)] = i end local curr = 2^codesize local cc = 2^codesize local used = cc + 1 local bits = codesize + 1 local size = codesize + 1 local mask = 2^size - 1 local output = "" local code = "" for _, nextch in ipairs(data) do if t[code .. nextch] then code = code .. nextch else used = used + 1 t[code .. nextch] = used curr = curr + (t[code] << bits) bits = bits + size while bits >= 8 do output = output .. chr(curr & 255) curr = curr >> 8 bits = bits - 8 end if used > mask then if size < 12 then size = size + 1 mask = mask*2 + 1 else curr = curr + (cc << bits) bits = bits + size while bits >= 8 do output = output .. chr(curr & 255) curr = curr >> 8 bits = bits - 8 end -- reset t t = {} for j = 0, depth-1 do t[chr(j)] = j end used = cc + 1 size = codesize + 1 mask = 2^size - 1 end end code = nextch end end curr = curr + (t[code] << bits) bits = bits + size while bits >= 8 do output = output .. chr(curr & 255) curr = curr >> 8 bits = bits - 8 end output = output .. chr(curr) local subbed = "" while #output > 255 do subbed = subbed .. chr(255) .. output:sub(1,255) output = output:sub(256) end return subbed .. chr(#output) .. output .. chr(0) end -------------------------------------------------------------------------------- -- This function packs a list of +ve integers into a binary string using -- little-endian ordering. The format parameter is a string composed of -- ASCII digits which specify the size in bytes of the corresponding value. -- Based on code at http://lua-users.org/wiki/ReadWriteFormat. local function mypack(format, ...) local result = "" local values = {...} for i = 1, #format do local size = tonumber(format:sub(i,i)) local value = values[i] local str = "" for j = 1, size do str = str .. chr(value % 256) value = math.floor(value / 256) end result = result .. str end return result end -------------------------------------------------------------------------------- -- For information on GIF format: -- http://www.matthewflickinger.com/lab/whatsinagif/bits_and_bytes.asp local function savegiffile(gifpath) local header = "GIF89a" local screendesc = mypack("22111", width, height, 0xF0 + bitdepth, 0, 0) local colortable = "" for state = 0, depth-1 do local s, r, g, b = table.unpack(g.getcolors(state)) colortable = colortable .. mypack("111", r, g, b) end local fullength = 6 * 2^bitdepth while #colortable < fullength do colortable = colortable .. mypack("111", 0, 0, 0) end -- this application extension allows looping local applicext = "\x21\xFF\x0BNETSCAPE2.0" .. mypack("1121", 3, 1, 0, 0) local controlext = "\x21\xF9" .. mypack("11211", 4, 0, pause, 0, 0) local imagedesc = "," .. mypack("222211", 0, 0, width, height, 0, codesize) local gif = io.open(gifpath,"wb") if not gif then g.exit("Unable to create GIF file: "..gifpath) end gif:write(header) gif:write(screendesc) gif:write(colortable) gif:write(applicext) for f = 1, frames do -- write the data for this frame gif:write(controlext) gif:write(imagedesc) gif:write(compress(getframedata())) g.show("Frame: "..f.."/".. frames) g.step() g.update() end gif:write("\x3B") gif:close() g.show("GIF animation saved in "..gifpath) end -------------------------------------------------------------------------------- -- set initial directory for the save dialog local initdir = g.getdir("app") local savedirfile = g.getdir("data").."gifdir.ini" local f = io.open(savedirfile, "r") if f then initdir = f:read("*l") or "" f:close() end -- remove any existing extension from layer name and append .gif local initfile = gp.split(g.getname(),"%.")..".gif" -- prompt for file name and location local gifpath = g.savedialog("Save as GIF file", "GIF (*.gif)|*.gif", initdir, initfile) if #gifpath == 0 then g.exit() end -- save directory for next time f = io.open(savedirfile, "w") if f then local pathsep = g.getdir("app"):sub(-1) f:write(gifpath:gsub("[^"..pathsep.."]+$","")) f:close() end savegiffile(gifpath) golly-3.3-src/Scripts/Lua/pd-glider.lua0000755000175000017500000000120312706123635014741 00000000000000-- Creates a large set of pentadecathlon + glider collisions. -- Based on pd_glider.py from PLife (http://plife.sourceforge.net/). local g = golly() local gp = require "gplus" local gpo = require "gplus.objects" g.new("pd-glider") -- best to create empty universe before setting rule -- to avoid converting an existing pattern (slow if large) g.setrule("B3/S23") local function collision(i, j) return gpo.pentadecathlon + gpo.glider[i + 11].t(-8 + j, -10, gp.flip) end local all = gp.pattern() for i = -7, 7 do for j = -9, 9 do all = all + collision(i, j).t(100 * i, 100 * j) end end all.display("") -- don't change name golly-3.3-src/Scripts/Lua/browse-patterns.lua0000755000175000017500000006765713317135606016262 00000000000000-- Browse through patterns in a folder (and optionally subfolders) -- -- Keyboard shortcuts: -- Page Down - next pattern -- Page Up - previous pattern -- Home - select a new folder to browse -- O - toggle options display -- Control-I - toggle pattern information display -- Control-T - toggle autofit -- Esc - exit at current pattern -- -- Author: -- Chris Rowett (crowett@gmail.com) local build = 26 -- build number local g = golly() local gp = require "gplus" local floor = math.floor local op = require "oplus" -- require "gplus.strict" -- overlay local ov = g.overlay local ovt = g.ovtable local viewwd, viewht = g.getview(g.getlayer()) local overlaycreated = false local pathsep = g.getdir("app"):sub(-1) local controls = "[Page Up] previous, [Page Down] next, [Home] select folder, [O] options, [Esc] exit." -- pattern list local patterns = {} -- Array of patterns local numpatterns = 0 -- Number of patterns local numsubs = 0 -- Number of subdirectories local whichpattern = 1 -- Current pattern index -- settings are saved in this file local settingsfile = g.getdir("data").."browse-patterns.ini" -- gui buttons local prevbutton -- Previous button local nextbutton -- Next button local folderbutton -- Folder button local exitbutton -- Exit button local helpbutton -- Help button local startcheck -- AutoStart checkbox local fitcheck -- AutoFit checkbox local speedslider -- AutoAdvance speed slider local optionsbutton -- Options button local subdircheck -- Include subdirectories checkbox local keepspeedcheck -- Keep speed checkbox local loopcheck -- Loop checkbox local infocheck -- Show Info checkbox -- position local guiht = 32 -- height of toolbar local guiwd = 0 -- computed width of toolbar (from control widths) local optht = 0 -- height of options panel local gapx = 10 -- horitzonal gap between controls local gapy = 4 -- vertical gap between controls local maxsliderval = 22 -- maxmimum slider value local sliderpower = 1.32 -- slider power local textrect = "textrect" -- clip name for clipping info text -- style local toolbarbgcolor = "0 0 0 192" -- flags local loadnew = false -- whether to load a new pattern local exitnow = false -- whether to exit local showoptions = false -- whether options are displayed local refreshgui = true -- whether the gui needs to be refreshed -- settings local autostart = 0 -- whether to autostart playback on pattern load local autofit = 0 -- whether to switch on autofit on pattern load local keepspeed = 0 -- whether to maintain speed between patterns local subdirs = 1 -- whether to include subdirectories local looping = 1 -- whether to loop pattern list local advancespeed = 0 -- advance speed (0 for manual) local showinfo = 0 -- show info if present local currentstep = g.getstep() -- current step local patternloadtime = 0 -- pattern load time (ms) -- pattern information local infonum = 0 -- number of info clips local infowd = {} -- width of pattern info clips local infoht = {} -- height of pattern info clips local infox = 0 -- info text x coordinate local infoclip = "info" -- info clip prefix name local infotime = 0 -- time last information frame drawn local infochunk = 256 -- number of characters per info clip local infowdtotal = 0 -- total width of info clips local infospeed = 9 -- scrolling speed (ms to move one pixel) -- file extensions to load local matchlist = { rle = true, mcl = true, mc = true, lif = true, gz = true } -- remaining time before auto advance local remaintime = 0 -- temporary file path local temppath = g.getdir("temp") -------------------------------------------------------------------------------- local function setfont() op.textfont = "font 10 default-bold" if g.os() == "Mac" then op.yoffset = -1 end if g.os() == "Linux" then op.textfont = "font 10 default" end ov(op.textfont) end -------------------------------------------------------------------------------- local function savesettings() local f = io.open(settingsfile, "w") if f then f:write(tostring(autostart).."\n") f:write(tostring(autofit).."\n") f:write(tostring(keepspeed).."\n") f:write(tostring(subdirs).."\n") f:write(tostring(looping).."\n") f:write(tostring(advancespeed).."\n") f:write(tostring(showinfo).."\n") f:close() end end -------------------------------------------------------------------------------- local function loadsettings() local f = io.open(settingsfile, "r") if f then autostart = tonumber(f:read("*l")) or 0 autofit = tonumber(f:read("*l")) or 0 keepspeed = tonumber(f:read("*l")) or 0 subdirs = tonumber(f:read("*l")) or 1 looping = tonumber(f:read("*l")) or 1 advancespeed = tonumber(f:read("*l")) or 0 showinfo = tonumber(f:read("*l")) or 0 f:close() end end -------------------------------------------------------------------------------- local function findpatterns(dir) g.show("Searching for patterns in "..dir) g.update() local files = g.getfiles(dir) for _, name in ipairs(files) do if name:sub(1,1) == "." then -- ignore hidden files (like .DS_Store on Mac) elseif name:sub(-1) == pathsep then -- name is a subdirectory numsubs = numsubs + 1 if subdirs == 1 then findpatterns(dir..name) end else -- check the file is the right type to display local index = name:match'^.*()%.' if index then if matchlist[name:sub(index+1):lower()] then -- add to list of patterns numpatterns = numpatterns + 1 patterns[numpatterns] = dir..name end end end end end -------------------------------------------------------------------------------- local function getpatternlist(dir) local result = true -- save current list local currentpatterns = numpatterns -- search for patterns in the specified folder numpatterns = 0 numsubs = 0 findpatterns(dir) if numpatterns == 0 then if numsubs == 0 or subdirs == 1 then g.note("No patterns found in:\n\n"..dir) else g.note("Only subdirectories found in:\n\n"..dir.."\n\nInclude subdirectories option not selected.") end -- restore current list numpatterns = currentpatterns result = false end return result end -------------------------------------------------------------------------------- local function getremainingtime() local time = sliderpower ^ (maxsliderval - advancespeed) local remain = remaintime / 1000 return time, remain end -------------------------------------------------------------------------------- local function updatenextbutton() if advancespeed > 0 then local time, remain = getremainingtime() local clipname = "nextcopy" local x = nextbutton.x local y = nextbutton.y local ht = nextbutton.ht local wd = floor(nextbutton.wd * ((time - remain) / time)) if wd > 0 then if wd > nextbutton.wd then wd = nextbutton.wd end -- shade a proportion of the next button in green ov("copy "..x.." "..y.." "..wd.." "..ht.." "..clipname) ov("target "..clipname) ov("rgba 40 192 0 255") ov("replace 40 128 255 255") ov("target") ov("blend 0") ovt{"paste", x, y, clipname} end end end -------------------------------------------------------------------------------- local function drawspeed(x, y) -- convert speed into labael local message = "Manual" if advancespeed > 0 then -- convert the slider position into minutes and seconds local time, remain = getremainingtime() if time < 60 then if time < 10 then message = string.format("%.1f", time).."s" else message = floor(time).."s" end else message = floor(time / 60).."m"..floor(time % 60).."s" end -- convert remaining ms into minutes and seconds message = message.." (next in " if remain >= 60 then message = message..floor(remain / 60).."m"..floor(remain % 60).."s" else if remain < 10 then remain = floor(remaintime / 100) / 10 if remain < 0 then remain = 0 end message = message..string.format("%.1f", remain).."s" else if remain < 0 then remain = 0 end message = message..floor(remain).."s" end end message = message..")" end -- update the label if showoptions then op.maketext(message, "label", op.white, 2, 2, op.black) ov("blend 1") op.pastetext(x, y, op.identity, "label") ov("blend 0") end end -------------------------------------------------------------------------------- local function drawinfo() -- move the first option page control down since it won't have moved if show info -- in on and the first viewed pattern didn't have any pattern comments startcheck.y = guiht + guiht + gapy -- compute how far to move the text based on time since last update local now = g.millisecs() local dx = now - infotime infotime = now infox = infox - dx / infospeed if infox < -infowdtotal then infox = guiwd end -- draw the info text ov("target "..textrect) ov("blend 0") ov("rgba "..toolbarbgcolor) ovt{"fill"} ov("blend 1") local x = floor(infox) local y = infoht[1] for i = 1, infonum do op.pastetext(x, floor((guiht - y) / 2), op.identity, infoclip..i) x = x + infowd[i] - 2 -- make subsequent clips overlap slightly to remove text gap end ov("target") ov("blend 0") ovt{"paste", 0, guiht, textrect} end -------------------------------------------------------------------------------- local function drawgui() -- check whether to draw info if showinfo == 1 and infowdtotal ~= 0 then drawinfo() end -- check if the gui needs to be refreshed if refreshgui or (showoptions and advancespeed > 0) then -- mark gui as refreshed refreshgui = false -- draw toolbar background ov("blend 0") ov("rgba "..toolbarbgcolor) ovt{"fill", 0, 0, guiwd, guiht} -- draw main buttons local y = floor((guiht - prevbutton.ht) / 2) local x = gapx prevbutton.show(x, y) x = x + prevbutton.wd + gapx nextbutton.show(x, y) x = x + nextbutton.wd + gapx folderbutton.show(x, y) x = x + folderbutton.wd + gapx optionsbutton.show(x, y) x = x + optionsbutton.wd + gapx helpbutton.show(x, y) x = x + helpbutton.wd + gapx exitbutton.show(x, y) -- compute offset for options if info is displayed local infoy = 0 if showinfo == 1 and infowdtotal ~= 0 then infoy = guiht end -- check for options if showoptions then -- draw options background ovt{"fill", 0, (guiht + infoy), guiwd, optht} ov("rgba 0 0 0 0") ovt{"fill", 0, (guiht + infoy + optht), guiwd, infoy} -- draw option controls x = gapx y = guiht + gapy + infoy if autostart == 1 then startcheck.show(x, y, true) else startcheck.show(x, y, false) end y = y + startcheck.ht + gapy if autofit == 1 then fitcheck.show(x, y, true) else fitcheck.show(x, y, false) end y = y + fitcheck.ht + gapy if showinfo == 1 then infocheck.show(x, y, true) else infocheck.show(x, y, false) end y = y + infocheck.ht + gapy if subdirs == 1 then subdircheck.show(x, y, true) else subdircheck.show(x, y, false) end y = y + subdircheck.ht + gapy speedslider.show(x, y, advancespeed) x = x + speedslider.wd + gapx drawspeed(x, y) y = y + speedslider.ht + gapy x = gapx if looping == 1 then loopcheck.show(x, y, true) else loopcheck.show(x, y, false) end y = y + loopcheck.ht + gapy if keepspeed == 1 then keepspeedcheck.show(x, y, true) else keepspeedcheck.show(x, y, false) end else -- not showing options so clear the area under the toolbar local oldrgba = ov("rgba 0 0 0 0") ovt{"fill", 0, (guiht + infoy), guiwd, optht} ov("rgba "..oldrgba) end end -- update the next button updatenextbutton() end -------------------------------------------------------------------------------- local function showhelp() local helptext = "Pattern Browser build "..build.."\n" helptext = helptext.. [[ Features: - Browse through patterns in a folder manually by clicking the "Next" or "Previous" buttons. - Select a new folder to browse by clicking the "Folder" button. - Starts in the current pattern's folder or prompts for a starting folder. Options: - Automatically advance to the next pattern after a given amount of time. - Start running each pattern as it loads. - Fit the pattern to the display while it runs. - Show scrolling pattern information. - Include patterns in subdirectories. - Loop back to the first pattern after the last pattern. - Maintain the step speed across patterns. Note that options are saved across sessions. Special keys and their actions: Page Down - next pattern Page Up - previous pattern Home - select new folder to browse O - toggle options display ? - display this help information Esc - exit pattern browser Ctrl-I - toggle scrolling pattern information Ctrl-T - toggle autofit during playback (click or hit any key to close help) ]] -- draw help text ov("font 11 mono-bold") ov(op.black) local w, h = gp.split(ov("text temp "..helptext)) w = tonumber(w) + 20 h = tonumber(h) + 20 local x = floor((viewwd - w) / 2) local y = floor((viewht - h) / 2) ov(op.gray) ovt{"fill", x, y, w, h} ov("rgba 255 253 217 255") -- pale yellow (matches Help window) ovt{"fill", (x+2), (y+2), (w-4), (h-4)} local oldblend = ov("blend 1") ovt{"paste", (x+10), (y+10), "temp"} ov("blend "..oldblend) ov("update") -- save current time local now = g.millisecs() -- wait for a key or click while true do local event = g.getevent() if event:find("^key") or event:find("^oclick") then break end end -- clear help ov("rgba 0 0 0 0") ov("blend 0") ovt{"fill", x, y, w, h} refreshgui = true -- reset font setfont() -- ensure scrolling info continues from where it paused infotime = g.millisecs() -- adjust pattern load time patternloadtime = patternloadtime + (g.millisecs() - now) end -------------------------------------------------------------------------------- local function previouspattern() local new = whichpattern - 1 if new < 1 then if looping == 1 then new = numpatterns else new = 1 end end if new ~= whichpattern then whichpattern = new loadnew = true end end -------------------------------------------------------------------------------- local function nextpattern() local new = whichpattern + 1 if new > numpatterns then if looping == 1 then new = 1 else new = numpatterns end end if new ~= whichpattern then whichpattern = new loadnew = true end end -------------------------------------------------------------------------------- local function exitbrowser() loadnew = true exitnow = true end -------------------------------------------------------------------------------- local function toggleautostart() autostart = 1 - autostart savesettings() end -------------------------------------------------------------------------------- local function toggleautofit() autofit = 1 - autofit savesettings() refreshgui = true end -------------------------------------------------------------------------------- local function selectfolder() -- remove the filename from the supplied path local current = patterns[whichpattern] local dirname = current:sub(1, current:find(pathsep.."[^"..pathsep.."/]*$")) -- ask for a folder dirname = g.opendialog("Choose a folder", "dir", dirname) if dirname ~= "" then if getpatternlist(dirname) then whichpattern = 1 loadnew = true else g.show("Pattern "..whichpattern.." of "..numpatterns..". "..controls) end end end -------------------------------------------------------------------------------- local function togglespeed() keepspeed = 1 - keepspeed savesettings() end -------------------------------------------------------------------------------- local function toggleloop() looping = 1 - looping savesettings() end -------------------------------------------------------------------------------- local function togglesubdirs() subdirs = 1 - subdirs savesettings() end -------------------------------------------------------------------------------- local function toggleoptions() showoptions = not showoptions if showoptions then optionsbutton.setlabel("Close", false) else optionsbutton.setlabel("Options", false) end refreshgui = true end -------------------------------------------------------------------------------- local function toggleinfo() showinfo = 1 - showinfo savesettings() refreshgui = true drawgui() -- need to refresh again since options panel will move if open refreshgui = true end -------------------------------------------------------------------------------- local function updatespeed(newval) advancespeed = newval savesettings() patternloadtime = g.millisecs() local targettime = (sliderpower ^ (maxsliderval - advancespeed)) * 1000 remaintime = targettime - (g.millisecs() - patternloadtime) refreshgui = true drawgui() end -------------------------------------------------------------------------------- local function createoverlay() -- create overlay for gui ov("create "..viewwd.." "..viewht) overlaycreated = true op.buttonht = 20 op.textgap = 8 -- set font setfont() -- create gui buttons op.textshadowx = 2 op.textshadowy = 2 prevbutton = op.button("Previous", previouspattern) nextbutton = op.button("Next", nextpattern) exitbutton = op.button("X", exitbrowser) helpbutton = op.button("?", showhelp) folderbutton = op.button("Folder", selectfolder) startcheck = op.checkbox("Start playback on pattern load", op.white, toggleautostart) fitcheck = op.checkbox("Fit pattern to display", op.white, toggleautofit) speedslider = op.slider("Advance: ", op.white, 81, 0, maxsliderval, updatespeed) optionsbutton = op.button("Options", toggleoptions) subdircheck = op.checkbox("Include subdirectories", op.white, togglesubdirs) keepspeedcheck = op.checkbox("Maintain step speed across patterns", op.white, togglespeed) loopcheck = op.checkbox("Loop pattern list", op.white, toggleloop) infocheck = op.checkbox("Show pattern information", op.white, toggleinfo) -- get the size of the gui controls optht = startcheck.ht + fitcheck.ht + infocheck.ht + subdircheck.ht + speedslider.ht optht = optht + loopcheck.ht + keepspeedcheck.ht + 8 * gapy guiwd = prevbutton.wd + nextbutton.wd + folderbutton.wd + optionsbutton.wd + helpbutton.wd + exitbutton.wd + 7 * gapx -- create the clip for clipping info text ov("create "..guiwd.." "..guiht.." "..textrect) -- draw the overlay drawgui() end -------------------------------------------------------------------------------- local function loadinfo() -- clear pattern info infowdtotal = 0 refreshgui = true -- load pattern info local info = g.getinfo() if info ~= "" then -- format into a single line local clean = info:gsub("#CXRLE.-\n", ""):gsub("#[CDNO ]? *", ""):gsub(" +", " "):gsub(" *\n", " ") if clean ~= "" then -- split into a number of clips due to bitmap width limits infonum = floor((clean:len() - 1) / infochunk) + 1 ov("blend 0") -- create the text clips for i = 1, infonum do local i1 = (i - 1) * infochunk + 1 local i2 = i1 + infochunk - 1 infowd[i], infoht[i] = op.maketext(clean:sub(i1, i2), infoclip..i, op.white, 2, 2, op.black) infowdtotal = infowdtotal + infowd[i] end infox = guiwd end end infotime = g.millisecs() end -------------------------------------------------------------------------------- local function checkforresize() local newwd, newht = g.getview(g.getlayer()) if newwd ~= viewwd or newht ~= viewht then -- hide controls so show draws correct background prevbutton.hide() nextbutton.hide() folderbutton.hide() exitbutton.hide() helpbutton.hide() startcheck.hide() fitcheck.hide() speedslider.hide() optionsbutton.hide() subdircheck.hide() keepspeedcheck.hide() loopcheck.hide() infocheck.hide() -- resize overlay if newwd < 1 then newwd = 1 end if newht < 1 then newht = 1 end viewwd = newwd viewht = newht ov("resize "..viewwd.." "..viewht) refreshgui = true end end -------------------------------------------------------------------------------- local function browsepatterns(startpattern) local generating local now = g.millisecs() local target = 15 local delay -- if start pattern is supplied then find it in the list whichpattern = 1 if startpattern ~= "" then local i = 1 while i <= numpatterns do if patterns[i] == startpattern then whichpattern = i break end i = i + 1 end end -- loop until escape pressed or exit clicked exitnow = false while not exitnow do -- load the pattern currentstep = g.getstep() g.new("") g.setalgo("QuickLife") -- nicer to start from this algo local fullname = patterns[whichpattern] g.open(fullname, false) -- don't add file to Open/Run Recent submenu loadinfo() g.show("Pattern "..whichpattern.." of "..numpatterns..". "..controls) g.update() generating = autostart -- reset pattern load time patternloadtime = g.millisecs() -- restore playback speed if requested if keepspeed == 1 then g.setstep(currentstep) end -- decode key presses loadnew = false while not loadnew do -- check for window reisze checkforresize() -- check for event local event = op.process(g.getevent()) -- process key events if event == "key pagedown none" then nextpattern() elseif event == "key pageup none" then previouspattern() elseif event == "key home none" then selectfolder() elseif event == "key return none" then generating = 1 - generating elseif event == "key o none" then toggleoptions() elseif event == "key i ctrl" then toggleinfo() elseif event == "key t ctrl" then toggleautofit() elseif event == "key space none" then if generating == 1 then generating = 0 else g.run(1) end elseif event == "key r ctrl" then generating = 0 g.reset() elseif event == "key tab none" then if generating == 1 then generating = 0 else g.step() end elseif event == "key ? none" then showhelp() else -- pass event to Golly for processing g.doevent(event) end -- run the pattern if generating == 1 then currentstep = g.getstep() if currentstep < 0 then -- convert negative steps into delays delay = sliderpower ^ -currentstep * 125 currentstep = 0 else delay = 15 end if delay ~= target then target = delay end local t = g.millisecs() if t - now > target then g.run(g.getbase() ^ currentstep) now = t target = delay end -- check for autofit when running if autofit == 1 then -- get pattern bounding box local rect = g.getrect() if #rect ~= 0 then -- check if entire bounding box is visible in the viewport if not g.visrect(rect) then g.fit() end end end end -- check for auto advance remaintime = 0 if advancespeed > 0 then local targettime = (sliderpower ^ (maxsliderval - advancespeed)) * 1000 remaintime = targettime - (g.millisecs() - patternloadtime) if remaintime < 0 then nextpattern() patternloadtime = g.millisecs() end end drawgui() g.update() end end end -------------------------------------------------------------------------------- local function browse() -- try to get the current open pattern folder local pathname = g.getpath() local dirname -- check for no saved pattern or a pattern from the clipboard if pathname == "" or pathname:sub(1, pathname:find(pathsep.."[^"..pathsep.."/]*$")) == temppath then -- ask for a folder dirname = g.opendialog("Choose a folder", "dir", g.getdir("app")) else -- remove the file name dirname = pathname:sub(1, pathname:find(pathsep.."[^"..pathsep.."/]*$")) end if dirname ~= "" then loadsettings() if getpatternlist(dirname) then -- display gui createoverlay() -- browse patterns browsepatterns(pathname) end end end -------------------------------------------------------------------------------- local status, err = xpcall(browse, gp.trace) if err then g.continue(err) end -- this code is always executed, even after escape/error; -- clear message line in case there was no escape/error g.check(false) g.show("") if overlaycreated then ov("delete") end golly-3.3-src/Scripts/Lua/move-selection.lua0000644000175000017500000001730313107435536016032 00000000000000-- Allow user to move the current selection. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Apr 2011. local g = golly() local gp = require "gplus" local split = gp.split -- set edges of bounded grid for later use local gridl, gridr, gridt, gridb if g.getwidth() > 0 then gridl = -gp.int(g.getwidth() / 2) gridr = gridl + g.getwidth() - 1 end if g.getheight() > 0 then gridt = -gp.int(g.getheight() / 2) gridb = gridt + g.getheight() - 1 end local selrect = g.getselrect() if #selrect == 0 then g.exit("There is no selection.") end local selpatt = g.getcells(selrect) local oldcells = {} -------------------------------------------------------------------------------- local function showhelp() g.note([[ Alt-clicking in the selection allows you to COPY it to another location (the original selection is not deleted). While moving the selection the following keys can be used: x - flip selection left-right y - flip selection top-bottom > - rotate selection clockwise < - rotate selection anticlockwise escape - abort and restore the selection]]) end -------------------------------------------------------------------------------- local function cellinrect(x, y, r) -- return true if given cell position is inside given rectangle if x < r[1] or x >= r[1] + r[3] then return false end if y < r[2] or y >= r[2] + r[4] then return false end return true end -------------------------------------------------------------------------------- local function rectingrid(r) -- return true if all of given rectangle is inside grid if g.getwidth() > 0 and (r[1] < gridl or r[1] + r[3] - 1 > gridr) then return false end if g.getheight() > 0 and (r[2] < gridt or r[2] + r[4] - 1 > gridb) then return false end return true end -------------------------------------------------------------------------------- local function lookforkeys(event, deltax, deltay) -- look for keys used to flip/rotate selection if event == "key x none" or event == "key y none" then -- flip floating selection left-right or top-bottom if #oldcells > 0 then g.clear(0) g.putcells(selpatt, deltax, deltay) end if event == "key x none" then g.flip(0) else g.flip(1) end selpatt = g.transform(g.getcells(selrect), -deltax, -deltay) if #oldcells > 0 then g.clear(0) g.putcells(oldcells) g.putcells(selpatt, deltax, deltay) end g.update() return end if event == "key > none" or event == "key < none" then -- rotate floating selection clockwise or anticlockwise; -- because we use g.rotate below we have to use the exact same -- calculation (see Selection::Rotate in wxselect.cpp) for rotrect local midx = selrect[1] + gp.int((selrect[3]-1) / 2) local midy = selrect[2] + gp.int((selrect[4]-1) / 2) local newleft = midx + selrect[2] - midy local newtop = midy + selrect[1] - midx local rotrect = { newleft, newtop, selrect[4], selrect[3] } if not rectingrid(rotrect) then g.show("Rotation is not allowed if selection would be outside grid.") return end g.clear(0) if #oldcells > 0 then g.putcells(oldcells) end oldcells = g.join(oldcells, g.getcells(rotrect)) g.clear(0) g.select(rotrect) g.clear(0) g.select(selrect) g.putcells(selpatt, deltax, deltay) if event == "key > none" then g.rotate(0) else g.rotate(1) end selrect = g.getselrect() selpatt = g.transform(g.getcells(selrect), -deltax, -deltay) if #oldcells > 0 then g.clear(0) g.putcells(oldcells) g.putcells(selpatt, deltax, deltay) end g.update() return end if event == "key h none" then -- best not to show Help window while dragging selection! return end g.doevent(event) end -------------------------------------------------------------------------------- function moveselection() local x, y, firstx, firsty, xoffset, yoffset, oldmouse -- wait for click in selection while true do local event = g.getevent() if event:find("^click") then -- event is a string like "click 10 20 left none" local evt, xstr, ystr, butt, mods = split(event) x = tonumber(xstr) y = tonumber(ystr) if cellinrect(x, y, selrect) then oldmouse = xstr .. ' ' .. ystr firstx = x firsty = y xoffset = firstx - selrect[1] yoffset = firsty - selrect[2] if mods == "alt" then -- don't delete pattern in selection oldcells = g.getcells(selrect) end break end elseif event == "key h none" then showhelp() else g.doevent(event) end end -- wait for mouse-up while moving selection g.show("Move mouse and release button...") local mousedown = true local mousepos while mousedown do local event = g.getevent() if event:find("^mup") then mousedown = false elseif #event > 0 then lookforkeys(event, x - firstx, y - firsty) -- update xoffset,yoffset in case selection was rotated xoffset = x - selrect[1] yoffset = y - selrect[2] end mousepos = g.getxy() if #mousepos > 0 and mousepos ~= oldmouse then -- mouse has moved, so move selection rect and pattern g.clear(0) if #oldcells > 0 then g.putcells(oldcells) end local xstr, ystr = split(mousepos) x = tonumber(xstr) y = tonumber(ystr) selrect[1] = x - xoffset selrect[2] = y - yoffset if g.getwidth() > 0 then -- ensure selrect doesn't move beyond left/right edge of grid if selrect[1] < gridl then selrect[1] = gridl x = selrect[1] + xoffset elseif selrect[1] + selrect[3] - 1 > gridr then selrect[1] = gridr + 1 - selrect[3] x = selrect[1] + xoffset end end if g.getheight() > 0 then -- ensure selrect doesn't move beyond top/bottom edge of grid if selrect[2] < gridt then selrect[2] = gridt y = selrect[2] + yoffset elseif selrect[2] + selrect[4] - 1 > gridb then selrect[2] = gridb + 1 - selrect[4] y = selrect[2] + yoffset end end g.select(selrect) oldcells = g.getcells(selrect) g.putcells(selpatt, x - firstx, y - firsty) oldmouse = mousepos g.update() end end end -------------------------------------------------------------------------------- -- remember initial selection in case user aborts script local firstrect = g.getselrect() local firstpatt = g.getcells(selrect) g.show("Click anywhere in selection, move mouse and release button... (hit 'h' for help)") local oldcursor = g.getcursor() g.setcursor("Move") local aborted = true local status, err = xpcall(function () moveselection() aborted = false end, gp.trace) if err then g.continue(err) end g.setcursor(oldcursor) if aborted then g.clear(0) if #oldcells > 0 then g.putcells(oldcells) end g.putcells(firstpatt) g.select(firstrect) else g.show(" ") end golly-3.3-src/Scripts/Lua/toLife.lua0000644000175000017500000000301613151213347014310 00000000000000-- Fast LifeHistory to Life converter by Michael Simkin, -- intended to be mapped to a keyboard shortcut, e.g., Alt+J -- Sanity checks and Lua translation by Dave Greene, May 2017 -- Creates special rule and runs it for one generation, then switches to Life -- Replace 2k + 1-> 1 and 2k -> 0 -- Preserves step and generation count local g = golly() local rule = g.getrule() -- No effect if already in B3/S23 rule if g.getrule()=="B3/S23" or string.sub(g.getrule(),1,7)=="B3/S23:" then g.exit() end -- If not in LifeHistory, assume that it's a similar rule with even-numbered OFF states -- (Edit > Undo will be available to return to the original rule if needed) if string.sub(g.getrule(),1,11)~="LifeHistory" then g.setrule("LifeHistory") end ruletext = [[@RULE LifeHistoryToLife @TABLE n_states:7 neighborhood:oneDimensional symmetries:none var a={0,1,2,3,4,5,6} var b={a} var c={2,4,6} var d={3,5} c,a,b,0 d,a,b,1]] local function CreateRule() local fname = g.getdir("rules").."LifeHistoryToLife.rule" local f=io.open(fname,"r") if f~=nil then io.close(f) -- rule already exists else local f = io.open(fname, "w") if f then f:write(ruletext) f:close() else g.warn("Can't save LifeHistoryToLife rule in filename:\n"..filename) end end end CreateRule() g.setrule("LifeHistoryToLife") g.run(1) step = g.getstep() g.setrule("Life") g.setalgo("HashLife") g.setstep(step) g.setgen("-1")golly-3.3-src/Scripts/Lua/toChangeState.lua0000755000175000017500000001164413543255652015642 00000000000000-- toChangeState.lua -- adapted in August 2019 from change-state.py by Andrew Trevorrow, -- and toChangeColors.py by Dave Greene -- Switch all cells of a clicked-on color in the selected pattern to the current brush color local g = golly() local gp = require "gplus" local split = gp.split local oldsecs local newsecs local oldeditbar = g.setoption("showeditbar",1) local function savestate(filename, state) local f = io.open(filename, "w") if f then f:write(state) f:close() else g.warn("Can't save target state in filename:\n"..filename) end end local ChangeStateINIFileName = g.getdir("data").."changestate.ini" local targetstate = "0" local f = io.open(ChangeStateINIFileName, "r") if f then targetstate = f:read("*l") or "" f:close() end if targetstate==nil then targetstate = "0" savestate(ChangeStateINIFileName, targetstate) end limits = "selection" seltype = " selected" r = g.getselrect() if #r==0 then limits = "pattern's bounding box" seltype = "" r = g.getrect() if #r==0 then g.exit("No pattern to change.") end end -- set fill limits to the chosen rectangle minx, miny, sizex, sizey = table.unpack(r) maxx = minx + sizex - 1 maxy = miny + sizey - 1 area = g.getcells(r) if g.numstates() == 2 then g.exit("Rule must be multistate. Use 'Clear' editing tools and invert.lua for cell changes in two-state patterns.") end saveoldstate = g.setoption("drawingstate",targetstate) newstate = targetstate oldstate = newstate -- wait for user to click a cell g.show("Click a cell to change all" .. seltype .. " cells of that type to target state "..newstate.. ". Change drawing state on Edit toolbar to adjust target state. Esc to cancel.") while true do event = g.getevent() -- user may change drawing state at any time newstate = g.getoption("drawingstate") if newstate ~= oldstate then g.show("Click a cell to change all" .. seltype .. " cells of that type to target state "..newstate.. ". Change drawing state on Edit toolbar to adjust target state. Esc to cancel.") oldstate = newstate savestate(ChangeStateINIFileName, newstate) end if event:sub(1,5)==("click") then -- event is a string like "click 10 20 left none" evt, xstr, ystr, button, mods = split(event) x = tonumber(xstr) y = tonumber(ystr) if x < minx or x > maxx or y < miny or y > maxy then g.warn("Click inside the "..limits..". To change the region affected by the script, hit Esc to cancel, then adjust the selection.") else oldstate = g.getcell(x, y) if oldstate == newstate then g.warn("The clicked cell must have a different state\n" .."from the current drawing state, "..newstate..".") else break end end else g.doevent(event) end end -- tell Golly to handle all further keyboard/mouse events g.getevent(false) if oldstate == 0 then -- special handling for state-0 cells, which don't show up in cell lists -- so they must be tested individually by scanning the entire bounding box changed = 0 total = sizex * sizey oldsecs = os.clock() for row = miny, maxy do -- might be large pattern so show percentage done each second newsecs = os.clock() if newsecs - oldsecs >= 1.0 then oldsecs = newsecs g.show("Changing cell states: "..string.format("%.1f", 100 * (row - miny) * sizex / total).."%") g.update() end -- allow keyboard interaction g.doevent( g.getevent() ) for col = minx, maxx do if g.getcell(col, row) == oldstate then g.setcell(col, row, newstate) end changed = changed + 1 end end g.show("Changed "..changed.." state "..oldstate.." cells to state "..newstate..".") else -- faster handling for changing nonzero states to another state (including zero) oldsecs = os.clock() numcellsx3 = #area count = 0 for i=1, numcellsx3-2, 3 do -- might be large pattern so show percentage done each second newsecs = os.clock() if newsecs - oldsecs >= 1.0 then oldsecs = newsecs g.show("Changing cell states: "..string.format("%.1f",100 * i / numcellsx3).."%") g.update() end -- allow keyboard interaction g.doevent( g.getevent() ) if area[i+2]==oldstate then g.setcell(area[i],area[i+1],newstate) count = count + 1 end end g.show("Changed "..count.." state "..oldstate.." cells to state "..newstate..".") end -- return to previous Edit Bar setting g.setoption("showeditbar", oldeditbar) golly-3.3-src/Scripts/Lua/gun-demo.lua0000644000175000017500000000335513171233731014610 00000000000000-- Based on gun_demo.py from PLife (http://plife.sourceforge.net/). local g = golly() local gp = require "gplus" local gpo = require "gplus.objects" -- best to create empty universe before setting rule -- to avoid converting an existing pattern (slow if large) g.new("gun-demo") g.setrule("B3/S23") -- load gplus.guns AFTER setting rule to Life (for evolving phases) local gpg = require "gplus.guns" local gun24 = gpg.gun24 local gun30 = gpg.gun30 local gun46 = gpg.gun46 -------------------------------------------------------------------------------- local function mirror_gun(glider_gun) -- mirror an 'aligned' glider gun and preserve its timing return glider_gun[2].t(-1, 0, gp.swap_xy) end -------------------------------------------------------------------------------- local function compose_lwss_gun(glider_gun, A, B, C) -- construct an lwss gun using 3 copies of an 'aligned' glider gun -- where A, B and C are distances from the glider collision point to -- NE, NW and SW guns respectively local m = math.min(A, B, C) local a = A - m local b = B - m local c = C - m return glider_gun[4 * a].t( A, -A - 3, gp.flip_x) + glider_gun[4 * b].t(-B + 2, -B + 1) + glider_gun[4 * c + 1].t(-C + 6, C, gp.flip_y) end -------------------------------------------------------------------------------- local lwss_eater = gpo.eater.t(4, 2, gp.swap_xy) local all = compose_lwss_gun(mirror_gun(gun24), 12, 11, 12).t(0, -100) + lwss_eater.t(100, -100) + compose_lwss_gun(gun24, 11, 13, 4) + lwss_eater.t(100, 0) + compose_lwss_gun(gun30, 13, 11, 4).t(0, 70) + lwss_eater.t(100, 70) + compose_lwss_gun(gun46, 22, 13, 3).t(0, 130) + lwss_eater.t(100, 130) all.display("") -- don't change name golly-3.3-src/Scripts/Lua/breakout.lua0000755000175000017500000023101113441044674014712 00000000000000-- Breakout for Golly -- Author: Chris Rowett (crowett@gmail.com), November 2016 -- Use F12 to save a screenshot local build = 84 local g = golly() -- require "gplus.strict" local gp = require "gplus" local split = gp.split local op = require "oplus" local ov = g.overlay local ovt = g.ovtable local rand = math.random local maketext = op.maketext local pastetext = op.pastetext math.randomseed(os.time()) -- init seed for math.random -- text alignment local text = { alignleft = 0, aligncenter = 1, alignright = 2, aligntop = 3, alignbottom = 4, fontscale = 1 } -- overlay width and height local wd, ht = g.getview(g.getlayer()) local minwd = 400 local minht = 400 local edgegapl = 0 local edgegapr = 0 -- background settings local bgclip = "bg" -- shadow settings local shadow = { x = -wd // 100, y = ht // 100, alpha = 128, -- default alpha for shadows delta = 8, -- brick fade rate when hit txtx = -2, txty = 2, } shadow.color = {"rgba", 0, 0, 0, shadow.alpha} shadow.fadecolor = {"rgba", 0, 0, 0, shadow.alpha} -- colors as tables local colors = { white = {"rgba", 255, 255, 255, 255}, black = {"rgba", 0, 0, 0, 255}, red = {"rgba", 255, 0, 0, 255}, green = {"rgba", 0, 255, 0, 255}, blue = {"rgba", 0, 0, 255, 255}, cyan = {"rgba", 0, 255, 255, 255}, magenta = {"rgba", 255, 0, 255, 255}, yellow = {"rgba", 255, 255, 0, 255} } -- brick settings local brick = { numrows = 6, numcols = 20, rows = {}, wd, ht = ht // 40, maxoffsety = 20, offsety = 0, startoffset = 0, movedown = 0, movesteps = 24, cols = { [1] = colors.red, [2] = colors.yellow, [3] = colors.magenta, [4] = colors.green, [5] = colors.cyan, [6] = colors.blue }, bricksleft = 0, totalbricks = 0, x = 0, y = 0, fading = {}, fadecols = {} } brick.wd = wd // brick.numcols brick.bricksleft = brick.numrows * brick.numcols brick.totalbricks = brick.bricksleft -- bat settings local bat = { x = 0, y = 0, wd = wd // 10, ht = brick.ht, lastx = 0, fade = 128 } -- ball settings local ball = { size = wd // 80, x = 0, y = 0, numsteps = 80 } -- particle settings local particle = { particles = {}, brickparticles = brick.wd * brick.ht // 10, ballparticles = 1, ballpartchance = 0.25, wallparticles = 20, batparticles = 20, highparticles = 4, comboparticles = 4, bonusparticles = 4, lostparticles = 1024, bonusparticlesg = 6, bonusparticlesy = 3 } -- points settings local points = {} -- game settings local game = { level = 1, newball = true, pause = false, hiscore = 0, score = 0, combo = 1, combomult = 1, combofact = 1.04, comboraw = 0, comboextra = 0, gamecombo = 1, maxcombo = 2, balls = 3, newhigh = false, newcombo = false, newbonus = false, offoverlay = false, finished = false, again = true } -- timing settings local timing = { times = {}, timenum = 1, numtimes = 8, framemult = 1, framecap = 100, sixtyhz = 16.7 } -- game options local options = { brickscore = 1, showtiming = 0, showparticles = 1, autopause = 0, autostart = 0, showmouse = 1, showshadows = 1, confirmquit = 0, showoptions = false, confirming = false, comboscore = 1, soundvol = 1, musicvol = 1, fullscreen = 0 } -- settings are saved in this file local settingsfile = g.getdir("data").."breakout.ini" -- notifications local notification = { duration = 300, trans = 20, current = 0, message = "" } -- bonus level local bonus = { bricks = { 805203, 699732, 830290, 698705, 698705, 805158 }, level = false, interval = 3, time = 60, current = 0, green = 10, yellow = 20, best = 0 } -- key highlight color and names local keys = "keys" local buttons = "buttons" local keycolor = {"rgba", 32, 32, 32, 255} local mousecolor = {"rgba", 48, 0, 0, 255} local keynames = { [keys] = { "Esc", "Tab", "Enter" }, [buttons] = { "Click", "Right Click", "Mouse" } } local keycols = { [keys] = keycolor, [buttons] = mousecolor } -- static messages and clip names local optcol = {"rgba", 192, 192, 192, 255} local messages = { ["gameover"] = { text = "Game Over", size = 30, color = colors.red }, ["newball"] = { text = "Click or Enter to launch ball", size = 10, color = colors.white }, ["control"] = { text = "Mouse to move bat", size = 10, color = colors.white }, ["askquit"] = { text = "Quit Game?", size = 15, color = colors.yellow }, ["pause"] = { text = "Paused", size = 15, color = colors.yellow }, ["askleft"] = { text = "Click or Enter to Confirm", size = 10, color = colors.white }, ["askright"] = { text = "Right Click to Cancel", size = 10, color = colors.white }, ["resume"] = { text = "Click or Enter to continue", size = 10, color = colors.white }, ["focus"] = { text = "Move mouse onto game window to continue", size = 10, color = colors.white }, ["manfocus"] = { text = "Move mouse onto game window and", size = 10, color = colors.white }, ["quitgame"] = { text = "Right Click to quit game", size = 10, color = colors.white }, ["option"] = { text = "Tab for Game Settings", size = 10, color = colors.white }, ["restart"] = { text = "Click or Enter to start again", size = 10, color = colors.white }, ["quit"] = { text = "Right Click or Esc to exit", size = 10, color = colors.white }, ["continue"] = { text = "Click or Enter for next level", size = 10, color = colors.white }, ["newhigh"] = { text = "New High Score!", size = 10, color = colors.green }, ["newcombo"] = { text = "New Best Combo!", size = 10, color = colors.green }, ["newbonus"] = { text = "New Best Bonus!", size = 10, color = colors.green }, ["close"] = { text = "Click or Tab to close Game Settings", size = 10, color = colors.white }, ["autopause"] = { text = "Autopause", size = 10, color = optcol }, ["brickscore"] = { text = "Brick Score", size = 10, color = optcol }, ["comboscore"] = { text = "Combo Score", size = 10, color = optcol }, ["shadows"] = { text = "Shadows", size = 10, color = optcol }, ["mouse"] = { text = "Mouse Pointer", size = 10, color = optcol }, ["particles"] = { text = "Particles", size = 10, color = optcol }, ["confirm"] = { text = "Confirm Quit", size = 10, color = optcol }, ["autostart"] = { text = "Autostart", size = 10, color = optcol }, ["timing"] = { text = "Timing", size = 10, color = optcol }, ["fullscreen"] = { text = "Fullscreen", size = 10, color = optcol }, ["function"] = { text = "Function", size = 10, color = colors.white }, ["on"] = { text = "On", size = 10, color = colors.green }, ["off"] = { text = "Off", size = 10, color = colors.red }, ["state"] = { text = "State", size = 10, color = colors.white }, ["key"] = { text = "Key", size = 10, color = colors.white }, ["a"] = { text = "A", size = 10, color = optcol }, ["b"] = { text = "B", size = 10, color = optcol }, ["c"] = { text = "C", size = 10, color = optcol }, ["d"] = { text = "D", size = 10, color = optcol }, ["m"] = { text = "M", size = 10, color = optcol }, ["p"] = { text = "P", size = 10, color = optcol }, ["q"] = { text = "Q", size = 10, color = optcol }, ["s"] = { text = "S", size = 10, color = optcol }, ["t"] = { text = "T", size = 10, color = optcol }, ["f11"] = { text = "F11", size = 10, color = optcol }, ["-"] = { text = "-", size = 10, color = optcol }, ["="] = { text = "+", size = 10, color = optcol }, ["["] = { text = "[", size = 10, color = optcol }, ["]"] = { text = "]", size = 10, color = optcol }, ["sound"] = { text = "Sound Volume", size = 10, color = optcol }, ["music"] = { text = "Music Volume", size = 10, color = optcol }, ["fxvol"] = { text = "100%", size = 10, color = colors.green }, ["musicvol"] = { text = "100%", size = 10, color = colors.green }, ["level"] = { text = "Level ", size = 15, color = colors.white }, ["bonus"] = { text = "Bonus Level", size = 15, color = colors.white }, ["bcomplete"] = { text = "Bonus Level Complete", size = 15, color = colors.white }, ["remain"] = { text = "Bricks left", size = 10, color = colors.green }, ["time"] = { text = "Time", size = 15, color = colors.green }, ["left"] = { text = "3 balls left", size = 15, color = colors.yellow }, ["score"] = { text = "Score", size = 10, color = colors.white }, ["high"] = { text = "High Score", size = 10, color = colors.white }, ["balls"] = { text = "Balls", size = 10, color = colors.white }, ["combo"] = { text = "Combo", size = 10, color = colors.white }, ["notify"] = { text = "Notify", size = 7, color = colors.white }, ["ms"] = { text = "1 ms", size = 7, color = colors.white }, ["complete"] = { text = "Level Complete", size = 20, color = colors.green }, ["awarded"] = { text = "No Bonus", size = 15, color = colors.red } } -- music local music = { currenttrack = "", fade = 1, faderate = -0.01, gameovertime = 1000 * 64, folder = "oplus/sounds/breakout/" } -------------------------------------------------------------------------------- local function showcursor() if options.showmouse == 0 then ov("cursor hidden") else ov("cursor arrow") end end -------------------------------------------------------------------------------- local function setfullscreen() g.setoption("fullscreen", options.fullscreen) showcursor() end -------------------------------------------------------------------------------- local function readsettings() local f = io.open(settingsfile, "r") if f then game.hiscore = tonumber(f:read("*l")) or 0 options.fullscreen = tonumber(f:read("*l")) or 0 options.showtiming = tonumber(f:read("*l")) or 0 options.showparticles = tonumber(f:read("*l")) or 1 options.autopause = tonumber(f:read("*l")) or 0 options.autostart = tonumber(f:read("*l")) or 0 options.showmouse = tonumber(f:read("*l")) or 1 options.showshadows = tonumber(f:read("*l")) or 1 game.maxcombo = tonumber(f:read("*l")) or 2 options.brickscore = tonumber(f:read("*l")) or 1 options.confirmquit = tonumber(f:read("*l")) or 1 bonus.best = tonumber(f:read("*l")) or 0 options.comboscore = tonumber(f:read("*l")) or 1 options.soundvol = tonumber(f:read("*l")) or 100 options.musicvol = tonumber(f:read("*l")) or 70 f:close() if options.soundvol == 1 then options.soundvol = 100 end if options.musicvol == 1 then options.musicvol = 100 end end end -------------------------------------------------------------------------------- local function writesettings() local f = io.open(settingsfile, "w") if f then f:write(tostring(game.hiscore).."\n") f:write(tostring(options.fullscreen).."\n") f:write(tostring(options.showtiming).."\n") f:write(tostring(options.showparticles).."\n") f:write(tostring(options.autopause).."\n") f:write(tostring(options.autostart).."\n") f:write(tostring(options.showmouse).."\n") f:write(tostring(options.showshadows).."\n") f:write(tostring(game.maxcombo).."\n") f:write(tostring(options.brickscore).."\n") f:write(tostring(options.confirmquit).."\n") f:write(tostring(bonus.best).."\n") f:write(tostring(options.comboscore).."\n") f:write(tostring(options.soundvol).."\n") f:write(tostring(options.musicvol).."\n") f:close() end end -------------------------------------------------------------------------------- local function updatemessage(name, s, color) -- lookup the message local message = messages[name] if color ~= nil then message.color = color end -- get the font size for this message ov("font "..((message.size * text.fontscale) // 1 | 0)) -- create the text message clips message.text = s local textcol = message.color if type(textcol) == "table" then textcol = table.concat(textcol, " ") end local w, h = maketext(message.text, name, textcol, shadow.txtx, shadow.txty) -- save the clip width and height message.width = w message.height = h end -------------------------------------------------------------------------------- local function createstatictext() -- create each static text clip for clipname, message in pairs(messages) do updatemessage(clipname, message.text) end end -------------------------------------------------------------------------------- local function soundstate(sound) return ov("sound state "..music.folder..sound..".ogg") end -------------------------------------------------------------------------------- local function setvolume(sound, vol) ov("sound volume "..music.folder..sound..".ogg "..vol) end -------------------------------------------------------------------------------- local function setchannelvolume(channel, vol) if vol == 0 then updatemessage(channel.."vol", "Off", colors.red) else updatemessage(channel.."vol", vol.."%", colors.green) end -- update the music volume immediately since it may be playing if channel == "music" then if music.currenttrack ~= "" then setvolume(music.currenttrack, (options.musicvol * music.fade / 100)) end end end -------------------------------------------------------------------------------- local function stopallsound() ov("sound stop") end -------------------------------------------------------------------------------- local function stopmusic() if music.currenttrack ~= "" then ov("sound stop "..music.folder..music.currenttrack..".ogg") end end -------------------------------------------------------------------------------- local function playsound(name, loop) if options.soundvol > 0 then loop = loop or false if loop then ov("sound loop "..music.folder..name..".ogg "..(options.soundvol / 100)) else ov("sound play "..music.folder..name..".ogg "..(options.soundvol / 100)) end end end -------------------------------------------------------------------------------- local function playmusic(name, loop) loop = loop or false stopmusic() music.currenttrack = name if loop then ov("sound loop "..music.folder..name..".ogg "..(options.musicvol / 100)) else ov("sound play "..music.folder..name..".ogg "..(options.musicvol / 100)) end end -------------------------------------------------------------------------------- local function updatelevel(value) game.level = value updatemessage("level", "Level "..game.level) updatemessage("complete", "Level "..game.level.." complete!") end -------------------------------------------------------------------------------- local function updatescore(value) game.score = value updatemessage("score", "Score "..game.score) end -------------------------------------------------------------------------------- local function updatehighscore(value) local color = colors.white if game.newhigh then color = colors.green end game.hiscore = value updatemessage("high", "High Score "..game.hiscore, color) end -------------------------------------------------------------------------------- local function updateballs(value) game.balls = value local color = colors.white if game.balls == 1 then updatemessage("left", "Last ball!", colors.red) color = colors.red elseif game.balls == 2 then color = colors.yellow updatemessage("left", game.balls.." balls left", colors.yellow) else updatemessage("left", game.balls.." balls left", colors.green) end updatemessage("balls", "Balls "..game.balls, color) end -------------------------------------------------------------------------------- local function updatecombo(value) local color = colors.white game.combo = value if game.combo == game.maxcombo then color = colors.green end updatemessage("combo", "Combo x"..game.combo - 1, color) end -------------------------------------------------------------------------------- local function highlightkey(textstr, x, y, w, h, token, color) local t1, t2 = textstr:find(token) if t1 ~= nil then local charw = w / textstr:len() local x1 = x + (t1 - 1) * charw local oldblend = ov("blend 0") local oldrgba = ovt(colors.black) ovt{"fill", x1 + shadow.txtx, y + shadow.txty, (charw * (t2 - t1 + 1) + 5), h - 4} ovt(color) ovt{"fill", x1, y, (charw * (t2 - t1 + 1) + 5), h - 4} ovt(oldrgba) ov("blend "..oldblend) end end -------------------------------------------------------------------------------- local function drawtextclip(name, x, y, xalign, yalign, highlight) xalign = xalign or text.alignleft yalign = yalign or text.aligntop highlight = highlight or false -- lookup the message local message = messages[name] local w = message.width local h = message.height local xoffset = 0 local yoffset = 0 if xalign == text.aligncenter then xoffset = (wd - w) / 2 elseif xalign == text.alignright then xoffset = wd - w - edgegapr - edgegapl end if yalign == text.aligncenter then yoffset = (ht - h) / 2 elseif yalign == text.alignbottom then yoffset = ht - h end -- check for highlight text if highlight == true then for colkey, list in pairs(keynames) do for _, textstr in pairs(list) do highlightkey(message.text, x + xoffset + edgegapl, y + yoffset, w, h, textstr, keycols[colkey]) end end end -- draw the text clip pastetext(x + xoffset + edgegapl, y + yoffset, nil, name) -- return clip dimensions return w, h end -------------------------------------------------------------------------------- local function updatenotification() -- check if there is a message to display if notification.message ~= "" then local y -- check if notification finished if notification.current >= notification.duration then notification.message = "" notification.current = 0 else -- check which phase if notification.current < notification.trans then -- appear y = (notification.current / notification.trans) * (8 * text.fontscale) elseif notification.current > notification.duration - notification.trans then -- disappear y = (notification.duration - notification.current) / notification.trans * (8 * text.fontscale) else -- hold y = (8 * text.fontscale) end -- draw notification drawtextclip("notify", 4, (8 * text.fontscale) - y, text.alignleft, text.alignbottom) notification.current = notification.current + timing.framemult end end end -------------------------------------------------------------------------------- local function notify(message, flag) flag = flag or -1 notification.message = message if flag == 0 then notification.message = message.." off" elseif flag == 1 then notification.message = message.." on" end -- create the text clip updatemessage("notify", notification.message) if notification.current ~= 0 then notification.current = notification.trans end end -------------------------------------------------------------------------------- local function initparticles() particle.particles = {} end -------------------------------------------------------------------------------- local function createparticles(x, y, areawd, areaht, howmany, color) color = color or colors.white -- find the first free slot local i = 1 while i <= #particle.particles and particle.particles[i].alpha > 0 do i = i + 1 end for _ = 1, howmany do local item = { alpha = 255, x = x - rand(areawd // 1), y = y + rand(areaht // 1), dx = rand() - 0.5, dy = rand() - 0.5, color = color } particle.particles[i] = item i = i + 1 -- find the next free slot while i <= #particle.particles and particle.particles[i].alpha > 0 do i = i + 1 end end end -------------------------------------------------------------------------------- local function drawparticles() ov("blend 2") local xy = {"fill"} local m = 2 local color = {"rgba", 0, 0, 0, -1} for i = 1, #particle.particles do local item = particle.particles[i] local scale = ht / 1000 -- check if particle is still alive local alpha = item.alpha if alpha > 0 then if options.showparticles ~= 0 then local itemcol = item.color -- check if this item has a different color than the current batch if alpha ~= color[5] or itemcol[2] ~= color[2] or itemcol[3] ~= color[3] or itemcol[4] ~= color[4] then -- draw the current batch if m > 2 then ovt(xy) m = 2 xy = {"fill"} end -- start a new batch with the new color color = {"rgba", itemcol[2], itemcol[3], itemcol[4], alpha} ovt(color) end -- add the item to the batch to draw xy[m] = item.x xy[m + 1] = item.y xy[m + 2] = 2 xy[m + 3] = 2 m = m + 4 end -- fade item alpha = alpha - 4 * timing.framemult if alpha < 0 then alpha = 0 end item.alpha = alpha item.x = item.x + item.dx * timing.framemult * scale item.y = item.y + item.dy * timing.framemult * scale item.dx = item.dx * 0.99 if item.dy < 0 then item.dy = item.dy + 0.05 else item.dy = (item.dy + 0.02) * 1.02 end end end -- draw any unfinished batch if m > 2 then ovt(xy) end end -------------------------------------------------------------------------------- local function initpoints() points = {} end -------------------------------------------------------------------------------- local function createpoints(x, y, value) -- find the first free slot local i = 1 while i <= #points and points[i].duration > 0 do i = i + 1 end -- create the clip ov("font "..((7 * text.fontscale) // 1 | 0).." mono") local w, h = maketext(value, "point"..i, op.white, shadow.txtx, shadow.txty) -- save the item local item = { duration = 60, x = (x + brick.wd / 2 - w / 2), y = (y + brick.ht / 2 - h / 2) } points[i] = item end -------------------------------------------------------------------------------- local function drawpoints() ov("blend 2") for i = 1, #points do local item = points[i] -- check if item is still alive if item.duration > 0 then if options.brickscore == 1 then local y = item.y + brick.offsety * brick.ht if item.duration < 8 then -- fade out by replacing clip alpha ov("target point"..i) ov("replace *# *# *# *#-16") ov("target") end -- draw item ovt{"paste", item.x, y, "point"..i} end item.duration = item.duration - 1 * timing.framemult if item.duration < 0 then item.duration = 0 end end end end -------------------------------------------------------------------------------- local function createfadingbrick(x, y) local fading = brick.fading local i = 1 while i <= #fading and fading[i].alpha > 0 do i = i + 1 end fading[i] = { alpha = shadow.alpha, x = x, y = y } end -------------------------------------------------------------------------------- local function drawfadingbricks(pass, xoff, yoff) ov("blend 2") -- get the list of fading bricks local fading = brick.fading local fadecols = brick.fadecols local fadecolor = shadow.fadecolor for i = 1, #fading do local alpha = fading[i].alpha -- find each shadow that hasn't fully faded if alpha > 0 then -- increase transparency if this is the brick (not shadow) if pass == 2 then alpha = alpha - shadow.delta if alpha < 0 then alpha = 0 end fading[i].alpha = alpha end if alpha > 0 then -- draw brick or shadow local fy = fading[i].y local y = (fy + brick.offsety) * brick.ht local x = (fading[i].x - 1) * brick.wd + edgegapl -- pick the color depending on drawing brick or shadow if (pass == 1) then fadecolor[5] = alpha ovt(fadecolor) else fadecols[fy][5] = alpha * 2 ovt(fadecols[fy]) end ovt{"fill", (x + xoff), (y + yoff), (brick.wd - 1), (brick.ht - 1)} end end end end -------------------------------------------------------------------------------- local function createbackground() -- create background clip ov("create "..wd.." "..ht.." "..bgclip) ov("target "..bgclip) -- create background gradient ov("blend 0") local c local level = 96 local cmd = {"line", 0, 0, wd - 1, 0} for y = 0, ht - 1 do c = (y * level) // ht ovt{"rgba", 0, (level - c), c, 255} cmd[3] = y cmd[5] = y ovt(cmd) end -- add borders if required if edgegapl > 0 then ovt(colors.black) ovt{"fill", 0, 0, edgegapl, (ht - 1)} end if edgegapr > 0 then ovt(colors.black) ovt{"fill", (wd - edgegapr), 0 , edgegapr, (ht - 1)} end -- reset target ov("target") end -------------------------------------------------------------------------------- local function drawbackground() ov("blend 0") ovt{"paste", 0, 0, bgclip} end -------------------------------------------------------------------------------- local function drawbricks() local xoff = shadow.x local yoff = shadow.y local bwd = brick.wd local bht = brick.ht local bwdm1 = bwd - 1 local bhtm1 = bht - 1 local ncols = brick.numcols local startpass = 1 -- check whether to draw shadows if options.showshadows == 0 then startpass = 2 xoff = 0 yoff = 0 end for pass = startpass, 2 do drawfadingbricks(pass, xoff, yoff) if pass == 1 then ov("blend 2") ovt(shadow.color) else ov("blend 0") end for y = 1, brick.numrows do local bricks = brick.rows[y] if pass == 2 then ovt(brick.cols[y]) end local by = ((y + brick.offsety) * bht) // 1 + yoff local bx = edgegapl + xoff for x = 1, ncols do if bricks[x] then ovt{"fill", bx, by, bwdm1, bhtm1} end bx = bx + bwd end end xoff = 0 yoff = 0 end end -------------------------------------------------------------------------------- local function drawball() local oldwidth = ov("lineoption width "..(ball.size // 2)) ov("blend 2") if options.showshadows == 1 then ovt(shadow.color) ov("ellipse "..(((ball.x - ball.size // 2) + shadow.x) // 1 | 0).." "..(((ball.y - ball.size // 2) + shadow.y) // 1 | 0).." "..ball.size.." "..ball.size) end ovt(colors.white) ov("ellipse "..((ball.x - ball.size // 2) // 1 | 0).." "..((ball.y - ball.size // 2) // 1 | 0).." "..ball.size.." "..ball.size) if rand() < particle.ballpartchance * timing.framemult then createparticles(ball.x + ball.size // 2, ball.y - ball.size // 2, ball.size, ball.size, particle.ballparticles) end ov("lineoption width "..oldwidth) end -------------------------------------------------------------------------------- local function drawbat(alpha) alpha = alpha or 256 ov("blend 2") if options.showshadows == 1 then shadow.fadecolor[5] = alpha // 2 ovt(shadow.fadecolor) ovt{"fill", bat.x + shadow.x, bat.y + shadow.y, bat.wd, bat.ht} end -- draw the bat in red if mouse is off the overlay if game.offoverlay then ovt(colors.red) else if alpha == 256 then alpha = 255 end ovt{"rgba", 192, 192, 192, alpha} end ovt{"fill", bat.x, bat.y, bat.wd, bat.ht} end -------------------------------------------------------------------------------- local function initbricks() brick.rows = {} brick.wd = wd // brick.numcols brick.ht = ht // 40 brick.bricksleft = 0 brick.totalbricks = 0 brick.offsety = game.level + 1 if brick.offsety > brick.maxoffsety then brick.offsety = brick.maxoffsety end brick.movedown = 0 -- check for bonus level bonus.current = bonus.time bonus.level = false if (game.level % bonus.interval) == 0 then bonus.level = true end -- distribute any gap left and right local edgegap = wd - brick.wd * brick.numcols edgegapl = edgegap // 2 edgegapr = edgegap - edgegapl -- clear the fading bricks (used when brick hit) brick.fading = {} -- create the brick fade colors from the brick colors for i = 1, #brick.cols do local col = brick.cols[i] brick.fadecols[i] = {"rgba", col[2], col[3], col[4], col[5]} end -- set the required bricks alive local match for y = 1, brick.numrows do local bricks = {} if bonus.level then local bonusrow = bonus.bricks[y] match = 1 for x = brick.numcols - 1, 0, -1 do if (bonusrow & match) == match then bricks[x + 1] = true brick.bricksleft = brick.bricksleft + 1 else bricks[x + 1] = false end match = match + match end else for x = 1, brick.numcols do bricks[x] = true brick.bricksleft = brick.bricksleft + 1 end end brick.rows[y] = bricks end brick.totalbricks = brick.bricksleft end -------------------------------------------------------------------------------- local function initbat() bat.wd = wd // 10 bat.x = (wd - bat.wd) // 2 bat.ht = brick.ht bat.y = ht - bat.ht * 4 end -------------------------------------------------------------------------------- local function initball() ball.size = wd // 80 ball.x = (wd - ball.size) / 2 ball.y = bat.y - ball.size end -------------------------------------------------------------------------------- local function initshadow() shadow.x = -wd // 100 shadow.y = ht // 100 shadow.color = {"rgba", 0, 0, 0, shadow.alpha} end -------------------------------------------------------------------------------- local function togglefullscreen() options.fullscreen = 1 - options.fullscreen writesettings() setfullscreen() initpoints() end -------------------------------------------------------------------------------- local function toggletiming() options.showtiming = 1 - options.showtiming writesettings() notify("Timing", options.showtiming) end -------------------------------------------------------------------------------- local function toggleparticles() options.showparticles = 1 - options.showparticles writesettings() notify("Particles", options.showparticles) end -------------------------------------------------------------------------------- local function toggleautopause() options.autopause = 1 - options.autopause writesettings() notify("Autopause", options.autopause) end -------------------------------------------------------------------------------- local function toggleautostart() options.autostart = 1 - options.autostart writesettings() notify("Autostart", options.autostart) end -------------------------------------------------------------------------------- local function togglemouse() options.showmouse = 1 - options.showmouse writesettings() showcursor() notify("Mouse pointer", options.showmouse) end -------------------------------------------------------------------------------- local function toggleshadowdisplay() options.showshadows = 1 - options.showshadows writesettings() notify("Shadows", options.showshadows) end -------------------------------------------------------------------------------- local function togglebrickscore() options.brickscore = 1 - options.brickscore writesettings() notify("Brick Score", options.brickscore) end -------------------------------------------------------------------------------- local function savescreenshot() local filename = g.getdir("data").."shot"..os.date("%y%m%d%H%M%S", os.time())..".png" ov("save 0 0 0 0 "..filename) notify("Saved screenshot "..filename) end -------------------------------------------------------------------------------- local function toggleconfirmquit() options.confirmquit = 1 - options.confirmquit writesettings() notify("Confirm Quit", options.confirmquit) end -------------------------------------------------------------------------------- local function togglecomboscore() options.comboscore = 1 - options.comboscore writesettings() notify("Combo Score", options.comboscore) end -------------------------------------------------------------------------------- local function adjustsoundvol(delta) options.soundvol = options.soundvol + delta if options.soundvol > 100 then options.soundvol = 100 end if options.soundvol < 0 then options.soundvol = 0 end writesettings() notify("Sound Volume "..options.soundvol.."%") setchannelvolume("fx", options.soundvol) end -------------------------------------------------------------------------------- local function adjustmusicvol(delta) options.musicvol = options.musicvol + delta if options.musicvol > 100 then options.musicvol = 100 end if options.musicvol < 0 then options.musicvol = 0 end writesettings() notify("Music Volume "..options.musicvol.."%") setchannelvolume("music", options.musicvol) end -------------------------------------------------------------------------------- local function processstandardkeys(event) if event:find("^key") then if event == "key f11 none" then -- toggle fullscreen togglefullscreen() elseif event == "key a none" then -- toggle autopause when mouse moves off overlay toggleautopause() elseif event == "key b none" then -- toggle brick score display togglebrickscore() elseif event == "key c none" then -- toggle combo score display togglecomboscore() elseif event == "key d none" then -- toggle shadow display toggleshadowdisplay() elseif event == "key = none" then -- increase sound volume adjustsoundvol(10) elseif event == "key - none" then -- decrease sound volume adjustsoundvol(-10) elseif event == "key m none" then -- toggle mouse cursor display when not fullscreen togglemouse() elseif event == "key p none" then -- toggle particle display toggleparticles() elseif event == "key q none" then -- toggle confirm quit toggleconfirmquit() elseif event == "key s none" then -- toggle autostart when mouse moves onto overlay toggleautostart() elseif event == "key t none" then -- toggle timing display toggletiming() elseif event == "key [ none" then -- decrease music volume adjustmusicvol(-10) elseif event == "key ] none" then -- increase music volume adjustmusicvol(10) elseif event == "key tab none" then -- show options options.showoptions = not options.showoptions elseif event == "key f12 none" then -- save screenshot savescreenshot() end end end -------------------------------------------------------------------------------- local function pausegame(paused) if paused ~= game.pause then game.pause = paused if music.currenttrack ~= "" then if game.pause then music.fade = 1 music.faderate = -0.05 else music.faderate = 0.05 ov("sound resume") end end end end -------------------------------------------------------------------------------- local function updatemusic() if music.currenttrack ~= "" then if game.pause then if music.fade > 0 then music.fade = music.fade + music.faderate if music.fade <= 0 then music.fade = 0 ov("sound pause") else setvolume(music.currenttrack, (options.musicvol * music.fade / 100)) end end else if music.fade < 1 then music.fade = music.fade + music.faderate if music.fade > 1 then music.fade = 1 end setvolume(music.currenttrack, (options.musicvol * music.fade / 100)) end end end end -------------------------------------------------------------------------------- local function processinput() -- check for click, enter or return local event = g.getevent() if #event > 0 then local button, _ button = "" if event:find("^oclick") then _, _, _, button, _= split(event) end -- right click quits game if button == "right" then if options.confirmquit == 0 then updateballs(0) options.showoptions = false else options.confirming = not options.confirming end elseif button == "left" or event == "key return none" or event == "key space none" then -- left click, enter or space starts game, toggles pause or dismisses settings if options.confirming then updateballs(0) options.showoptions = false options.confirming = false elseif options.showoptions then options.showoptions = false elseif game.newball then if bonus.level then playmusic("bonusloop", true) else playmusic("gameloop", true) end game.newball = false pausegame(false) else -- do not unpause if off overlay if not (game.pause and game.offoverlay and options.autopause ~= 0) then pausegame(not game.pause) end end else processstandardkeys(event) end end end -------------------------------------------------------------------------------- local function processendinput() local event = g.getevent() if #event > 0 then local button, _ button = "" if event:find("^oclick") then _, _, _, button, _ = split(event) end -- right click quits application if button == "right" then -- quit application game.again = false game.finished = true options.showoptions = false elseif button == "left" or event == "key return none" or event == "key space none" then -- left click, enter or space restarts game or dismisses settings if options.showoptions then options.showoptions = false else game.finished = true end else processstandardkeys(event) end end end -------------------------------------------------------------------------------- local function resizegame(newwd, newht) -- check minimum size if newwd < minwd then newwd = minwd end if newht < minht then newht = minht end local xscale = newwd / wd local yscale = newht / ht wd = newwd ht = newht text.fontscale = wd / minwd if (ht / minht) < text.fontscale then text.fontscale = ht / minht end -- scale bat, ball and bricks brick.wd = wd // brick.numcols brick.ht = ht // 40 particle.brickparticles = brick.wd * brick.ht // 10 bat.wd = wd // 10 bat.ht = brick.ht ball.size = wd // 80 local edgegap = wd - brick.wd * brick.numcols edgegapl = edgegap // 2 edgegapr = edgegap - edgegapl -- reposition the bat and ball bat.x = bat.x * xscale bat.y = ht - bat.ht * 4 ball.x = ball.x * xscale ball.y = ball.y * yscale -- reposition particles for i = 1, #particle.particles do local item = particle.particles[i] item.x = item.x * xscale item.y = item.y * yscale end -- resize shadow initshadow() -- recreate background createbackground() -- recreate static text createstatictext() -- resize overlay ov("resize "..wd.." "..ht) end -------------------------------------------------------------------------------- local function drawscoreline() ov("blend 2") drawtextclip("score", 4, 4, text.alignleft) drawtextclip("balls", -4, 4, text.alignright) drawtextclip("high", 0, 4, text.aligncenter) if game.combo > 2 then drawtextclip("combo", 0, 0, text.aligncenter, text.alignbottom) end if not game.newball and not game.pause and not options.showoptions and bonus.level and bonus.current >= 0 then local color = colors.green if bonus.current < 10 then color = colors.red elseif bonus.current < 20 then color = colors.yellow end updatemessage("time", "Time "..string.format("%.1f", bonus.current), color) drawtextclip("time", 0, ht / 2, text.aligncenter) color = colors.green if brick.bricksleft > bonus.yellow then color = colors.red elseif brick.bricksleft > bonus.green then color = colors.yellow end updatemessage("remain", "Bricks left "..brick.bricksleft, color) drawtextclip("remain", 0, ht / 2 + 25 * text.fontscale, text.aligncenter) end end -------------------------------------------------------------------------------- local function drawgameover() ov("blend 2") if game.newhigh then local highscorew = drawtextclip("newhigh", 0, ht / 2 + 96 * text.fontscale, text.aligncenter) createparticles(edgegapl + (wd / 2 + highscorew / 2), (ht / 2 + 96 * text.fontscale), highscorew, 1, particle.highparticles) end updatecombo(game.gamecombo) if game.newcombo then local combow = drawtextclip("newcombo", 0, ht / 2 + 118 * text.fontscale, text.aligncenter) createparticles(edgegapl + (wd / 2 + combow / 2), (ht / 2 + 118 * text.fontscale), combow, 1, particle.comboparticles) end drawtextclip("gameover", 0, ht / 2 - 30 * text.fontscale, text.aligncenter) drawtextclip("restart", 0, ht / 2 + 30 * text.fontscale, text.aligncenter, nil, true) drawtextclip("quit", 0, ht / 2 + 52 * text.fontscale, text.aligncenter, nil, true) drawtextclip("option", 0, ht / 2 + 74 * text.fontscale, text.aligncenter, nil, true) if bat.fade > 0 then bat.fade = bat.fade - shadow.delta if bat.fade < 0 then bat.fade = 0 end drawbat(bat.fade) end end -------------------------------------------------------------------------------- local function drawlevelcomplete() ov("blend 2") drawtextclip("complete", 0, ht / 2 - 30 * text.fontscale, text.aligncenter) drawtextclip("continue", 0, ht / 2 + 30 * text.fontscale, text.aligncenter, nil, true) drawtextclip("quitgame", 0, ht / 2 + 52 * text.fontscale, text.aligncenter, nil, true) drawtextclip("option", 0, ht / 2 + 74 * text.fontscale, text.aligncenter, nil, true) end -------------------------------------------------------------------------------- local function drawbonuscomplete() ov("blend 2") drawtextclip("bcomplete", 0, ht / 2 - 30 * text.fontscale, text.aligncenter) local w = drawtextclip("awarded", 0, ht / 2, text.aligncenter) if brick.bricksleft <= bonus.green then createparticles(edgegapl + (wd / 2 + w / 2), ht / 2, w, 1, particle.bonusparticlesg) elseif brick.bricksleft <= bonus.yellow then createparticles(edgegapl + (wd / 2 + w / 2), ht / 2, w, 1, particle.bonusparticlesy) end drawtextclip("continue", 0, ht / 2 + 30 * text.fontscale, text.aligncenter, nil, true) drawtextclip("quitgame", 0, ht / 2 + 52 * text.fontscale, text.aligncenter, nil, true) drawtextclip("option", 0, ht / 2 + 74 * text.fontscale, text.aligncenter, nil, true) if game.newbonus then local bonusw = drawtextclip("newbonus", 0, ht / 2 + 96 * text.fontscale, text.aligncenter) createparticles(edgegapl + (wd / 2 + bonusw / 2), (ht / 2 + 96 * text.fontscale), bonusw, 1, particle.bonusparticles) end end -------------------------------------------------------------------------------- local function drawconfirm() ov("blend 2") drawtextclip("askquit", 0, ht / 2 - 15 * text.fontscale, text.aligncenter, nil, true) drawtextclip("askleft", 0, ht / 2 + 22 * text.fontscale, text.aligncenter, nil, true) drawtextclip("askright", 0, ht / 2 + 44 * text.fontscale, text.aligncenter, nil, true) end -------------------------------------------------------------------------------- local function drawpause() ov("blend 2") drawtextclip("pause", 0, ht / 2 - 15 * text.fontscale, text.aligncenter) if game.offoverlay and options.autopause ~= 0 then if options.autostart ~= 0 then drawtextclip("focus", 0, ht / 2 + 22 * text.fontscale, text.aligncenter) else drawtextclip("manfocus", 0, ht / 2 + 22 * text.fontscale, text.aligncenter) drawtextclip("resume", 0, ht / 2 + 44 * text.fontscale, text.aligncenter, nil, true) drawtextclip("quitgame", 0, ht / 2 + 66 * text.fontscale, text.aligncenter, nil, true) drawtextclip("option", 0, ht / 2 + 88 * text.fontscale, text.aligncenter, nil, true) end else drawtextclip("resume", 0, ht / 2 + 22 * text.fontscale, text.aligncenter, nil, true) drawtextclip("quitgame", 0, ht / 2 + 44 * text.fontscale, text.aligncenter, nil, true) drawtextclip("option", 0, ht / 2 + 66 * text.fontscale, text.aligncenter, nil, true) end end -------------------------------------------------------------------------------- local function drawnewball() ov("blend 2") drawtextclip("newball", 0, ht / 2 + 22 * text.fontscale, text.aligncenter, nil, true) drawtextclip("control", 0, ht / 2 + 44 * text.fontscale, text.aligncenter, nil, true) drawtextclip("quitgame", 0, ht / 2 + 66 * text.fontscale, text.aligncenter, nil, true) drawtextclip("option", 0, ht / 2 + 88 * text.fontscale, text.aligncenter, nil, true) drawtextclip("left", 0, ht / 2 - 15 * text.fontscale, text.aligncenter) if bonus.level then drawtextclip("bonus", 0, ht / 2 - 52 * text.fontscale, text.aligncenter) else drawtextclip("level", 0, ht / 2 - 52 * text.fontscale, text.aligncenter) end end -------------------------------------------------------------------------------- local function drawtiming(t) timing.times[timing.timenum] = t timing.timenum = timing.timenum + 1 if timing.timenum > timing.numtimes then timing.timenum = 1 end local average = 0 for i = 1, #timing.times do average = average + timing.times[i] end average = average / #timing.times local oldblend = ov("blend 2") updatemessage("ms", string.format("%.1fms", average)) drawtextclip("ms", -4, 0, text.alignright, text.alignbottom) ov("blend "..oldblend) end -------------------------------------------------------------------------------- local function drawoption(key, setting, state, leftx, h, y) if key ~= "key" then ovt(colors.black) ovt{"fill", (leftx + edgegapl + shadow.txtx), (y + shadow.txty), (messages[key].width + 3), (messages[key].height - 4)} ovt(keycolor) ovt{"fill", (leftx + edgegapl), y, (messages[key].width + 3), (messages[key].height - 4)} end drawtextclip(key, leftx, y, text.alignleft) drawtextclip(setting, 0, y, text.aligncenter) drawtextclip(state, -leftx, y, text.alignright) return y + h end -------------------------------------------------------------------------------- local function drawpercent(downkey, upkey, setting, valname, leftx, h, y) local width = messages[downkey].width local height = messages[downkey].height ovt(colors.black) ovt{"fill", (leftx + edgegapl + shadow.txtx), (y + shadow.txty), (width + 3), (height - 4)} ovt{"fill", (leftx + width * 2 + edgegapl + shadow.txtx), (y + shadow.txty), (width + 3), (height - 4)} ovt(keycolor) ovt{"fill", (leftx + edgegapl), y, (width + 3), (height - 4)} ovt{"fill", (leftx + width * 2 + edgegapl), y, (width + 3), (height - 4)} drawtextclip(downkey, leftx, y, text.alignleft) drawtextclip(upkey, leftx + width * 2, y, text.alignleft) drawtextclip(setting, 0, y, text.aligncenter) drawtextclip(valname, -leftx, y, text.alignright) return y + h end -------------------------------------------------------------------------------- local function drawoptions() local leftx = wd // 6 local state = {[0] = "off", [1] = "on"} -- draw header ov("blend 2") local h = messages["key"].height local y = (ht - 14 * h) // 2 y = drawoption("key", "function", "state", leftx, h, y) -- draw options y = drawoption("a", "autopause", state[options.autopause], leftx, h, y) y = drawoption("b", "brickscore", state[options.brickscore], leftx, h, y) y = drawoption("c", "comboscore", state[options.comboscore], leftx, h, y) y = drawoption("d", "shadows", state[options.showshadows], leftx, h, y) y = drawoption("m", "mouse", state[options.showmouse], leftx, h, y) y = drawoption("p", "particles", state[options.showparticles], leftx, h, y) y = drawoption("q", "confirm", state[options.confirmquit], leftx, h, y) y = drawoption("s", "autostart", state[options.autostart], leftx, h, y) y = drawoption("t", "timing", state[options.showtiming], leftx, h, y) y = drawoption("f11", "fullscreen", state[options.fullscreen], leftx, h, y) y = drawpercent("-", "=", "sound", "fxvol", leftx, h, y) y = drawpercent("[", "]", "music", "musicvol", leftx, h, y) -- draw close options drawtextclip("close", 0, y + h, text.aligncenter, nil, true) if game.balls == 0 then drawtextclip("quit", 0, y + h * 2.5, text.aligncenter, nil, true) else drawtextclip("quitgame", 0, y + h * 2.5, text.aligncenter, nil, true) end end -------------------------------------------------------------------------------- local function checkforsystemevent() -- check for resize local newwd, newht = g.getview(g.getlayer()) if newwd ~= wd or newht ~= ht then resizegame(newwd, newht) end -- check for overlay hidden if not game.pause then if g.getoption("showoverlay") == 0 then pausegame(true) end end end -------------------------------------------------------------------------------- local function updatebatposition() local mousepos = ov("xy") if mousepos ~= "" then local mousex, _ = split(mousepos) if mousex ~= bat.lastx then bat.lastx = mousex bat.x = tonumber(mousex) - bat.wd / 2 if bat.x < edgegapl then bat.x = edgegapl elseif bat.x > wd - edgegapr - bat.wd then bat.x = wd - edgegapr - bat.wd end end -- check if mouse was off overlay if game.offoverlay then -- check if paused if game.pause and options.autostart ~= 0 and options.autopause ~= 0 then pausegame(false) end end game.offoverlay = false else -- mouse off overlay game.offoverlay = true -- check for autopause if in game if options.autopause ~= 0 and not game.newball then pausegame(true) end end end -------------------------------------------------------------------------------- local function clearbonusbricks() local bricks local clearparticles = particle.brickparticles / 4 for y = 1, brick.numrows do bricks = brick.rows[y] for x = 1, brick.numcols do if bricks[x] then bricks[x] = false createparticles(x * brick.wd + edgegapl, ((y + brick.offsety) * brick.ht), brick.wd, brick.ht, clearparticles, brick.cols[y]) createfadingbrick(x, y) end end end end -------------------------------------------------------------------------------- local function computebonus() local bonusscore = 0 if brick.bricksleft <= bonus.green then bonusscore = (brick.totalbricks - brick.bricksleft) * (100 + (game.level - 1) * 10) updatemessage("awarded", "Bricks left "..brick.bricksleft.." = "..bonusscore, colors.green) elseif brick.bricksleft <= bonus.yellow then bonusscore = (brick.totalbricks - brick.bricksleft) * (50 + (game.level - 1) * 10) updatemessage("awarded", "Bricks left "..brick.bricksleft.." = "..bonusscore, colors.yellow) else updatemessage("awarded", "Bricks left "..brick.bricksleft.." = ".."No Bonus", colors.red) end playmusic("levelcompleteloop", true) updatescore(game.score + bonusscore) if game.score > game.hiscore then game.newhigh = true updatehighscore(game.score) end if bonusscore > bonus.best then game.newbonus = true bonus.best = bonusscore end end -------------------------------------------------------------------------------- local function resetcombo() updatecombo(1) game.combomult = 1 game.comboraw = 0 game.comboextra = 0 end -------------------------------------------------------------------------------- local function playexit() local box = {} local n = 1 local tx, ty local tilesize = wd // 32 ov("blend 0") -- copy the screen into tiles for y = 0, ht, tilesize do for x = 0, wd, tilesize do tx = x + rand(0, wd // 8) - wd / 16 ty = ht + rand(0, ht // 2) local entry = {} entry[1] = x entry[2] = y entry[3] = tx entry[4] = ty box[n] = entry ov("copy "..x.." "..y.." "..tilesize.." "..tilesize.." sprite"..n) n = n + 1 end end local fadestart = music.fade ovt(colors.black) for i = 0, 100 do local t = g.millisecs() local a = i / 100 local x, y ovt{"fill"} -- update each tile for j = 1, #box do x = box[j][1] y = box[j][2] tx = box[j][3] ty = box[j][4] ovt{"paste", (x * (1 - a) + tx * a), (y * (1 - a) + ty * a), "sprite"..j} end -- draw timing if on if options.showtiming == 1 then drawtiming(g.millisecs() - t) end -- fade the music music.fade = fadestart * ((100 - i) / 100) setvolume(music.currenttrack, (options.musicvol * music.fade / 100)) ov("update") while g.millisecs() - t < 15 do end end -- delete tiles for i = 1, #box do ov("delete sprite"..i) end end -------------------------------------------------------------------------------- local function breakout() -- set font local oldfont = ov("font 16 mono") local oldbg = ov("textoption background 0 0 0 0") local oldblend = ov("blend 0") local oldcursor = ov("cursor arrow") -- read saved settings readsettings() setfullscreen() -- set sound and music volume setchannelvolume("fx", options.soundvol) setchannelvolume("music", options.musicvol) -- play games until finished game.balls = 3 game.score = 0 game.level = 1 game.again = true game.newhigh = false game.newcombo = false game.newbonus = false -- initialise the bat and ball initbat() initball() -- welcome message notify("Golly Breakout build "..build) -- create static text createstatictext() -- initialize dynamic text updatescore(game.score) updatehighscore(game.hiscore) updateballs(game.balls) updatelevel(game.level) -- main loop while game.again do music.fade = 1 -- initialize the bricks initbricks() -- create the background createbackground() -- intiialize the bat local bathits = 0 local maxhits = 7 bat.lastx = -1 -- initialize the ball local balldx = 0.5 local balldy = -1 local maxspeed = 2.2 + (game.level - 1) * 0.1 if maxspeed > 3 then maxspeed = 3 end local speedinc = 0.02 local speeddef = 1 + (game.level - 1) * speedinc * 4 if speeddef > maxspeed then speeddef = maxspeed end local ballspeed = speeddef local speeddiv = 3 -- initialize shadow initshadow() -- initialize particles initparticles() -- initialise points initpoints() -- whether alive game.newball = true options.confirming = false pausegame(false) -- whether mouse off overlay game.offoverlay = false -- reset combo resetcombo() -- game loop playmusic("gamestart") while game.balls > 0 and brick.bricksleft > 0 and bonus.current > 0 do -- time frame local frametime = g.millisecs() -- check for mouse click or key press processinput() -- check if size of overlay has changed or overlay is hidden checkforsystemevent() -- draw the background drawbackground() -- process next game step unless paused or game finished due to user quit if not game.pause and not options.confirming and not options.showoptions and bonus.current > 0 and game.balls > 0 then -- check for new ball if not game.newball then -- update ball position incrementally local framesteps = (ball.numsteps * timing.framemult) // 1 local i = 1 while i <= framesteps and not game.newball do i = i + 1 local stepx = ((balldx * ballspeed * ball.size) / speeddiv) / ball.numsteps local stepy = ((balldy * ballspeed * ball.size) / speeddiv) / ball.numsteps ball.x = ball.x + stepx ball.y = ball.y + stepy -- check for ball hitting left or right boundary if ball.x < ball.size / 2 + edgegapl or ball.x >= wd - edgegapr - ball.size / 2 then createparticles(ball.x, ball.y, 1, 1, particle.wallparticles) -- invert x direction balldx = -balldx ball.x = ball.x - stepx playsound("edge") end -- check for ball hitting top boundary if ball.y < ball.size / 2 then createparticles(ball.x, (ball.y - ball.size / 2), 1, 1, particle.wallparticles) -- ball hit top so speed up a little bit balldy = -balldy ball.y = ball.y - stepy ballspeed = ballspeed + speedinc / 2 if ballspeed > maxspeed then ballspeed = maxspeed end playsound("top") -- check for ball hitting bottom boundary elseif ball.y >= ht then -- check for bonus level if bonus.level then -- end bonus level bonus.current = 0 else -- ball lost! updateballs(game.balls - 1) balldy = -1 balldx = 0.5 ballspeed = speeddef game.newball = true -- reset combo if game.comboextra - game.comboraw > 0 then if options.comboscore == 1 then notify("Combo x "..(game.combo - 1).." Score "..game.comboextra - game.comboraw.." (+"..(((100 * game.comboextra // game.comboraw) - 100) // 1 | 0).."%)") end end resetcombo() playmusic("lostball") end -- exit loop i = framesteps + 1 -- check for ball hitting bat elseif ball.y >= bat.y and ball.y <= bat.y + bat.ht - 1 and ball.x >= bat.x and ball.x < bat.x + bat.wd then -- set dx from where ball hit bat balldx = (3 * (ball.x - bat.x) / bat.wd) - 1.5 if balldx >= 0 and balldx < 0.1 then balldx = 0.1 end if balldx > -0.1 and balldx <= 0 then balldx = -0.1 end balldy = -balldy ball.y = bat.y bathits = bathits + 1 -- move the bricks down after a number of bat hits if bathits == maxhits then bathits = 0 if brick.offsety < brick.maxoffsety then brick.movedown = brick.movesteps brick.startoffset = brick.offsety end end createparticles(ball.x, ball.y - ball.size / 2, 1, 1, particle.batparticles) -- reset combo if game.comboextra - game.comboraw > 0 then if options.comboscore == 1 then notify("Combo x "..(game.combo - 1).." Score "..game.comboextra - game.comboraw.." (+"..(((100 * game.comboextra / game.comboraw) - 100) // 1 | 0).."%)") end end resetcombo() playsound("bat") end -- check for ball hitting brick brick.y = (ball.y - (brick.offsety * brick.ht)) // brick.ht if brick.y >= 1 and brick.y <= brick.numrows then brick.x = ((ball.x - edgegapl) // brick.wd) + 1 if brick.rows[brick.y][brick.x] then -- hit a brick! brick.rows[brick.y][brick.x] = false -- adjust score local pointval = ((game.level + 9) * (brick.numrows - brick.y + 1) * game.combomult) // 1 | 0 local rawpoints = ((game.level + 9) * (brick.numrows - brick.y + 1)) // 1 | 0 if game.combo > 1 then game.comboraw = game.comboraw + rawpoints game.comboextra = game.comboextra + pointval end updatescore(game.score + pointval) if game.score > game.hiscore then game.newhigh = true updatehighscore(game.score) end createpoints((brick.x - 1) * brick.wd + edgegapl, brick.y * brick.ht, pointval) createfadingbrick(brick.x, brick.y) -- increment combo game.combomult = game.combomult * game.combofact if game.combo + 1 > game.maxcombo then game.maxcombo = game.combo + 1 game.newcombo = true end updatecombo(game.combo + 1) if game.combo > game.gamecombo then game.gamecombo = game.combo end -- work out which axis to invert local lastbricky = ((ball.y - stepy) - (brick.offsety * brick.ht)) // brick.ht if lastbricky == brick.y then balldx = -balldx else balldy = -balldy end -- speed the ball up ballspeed = ballspeed + speedinc if ballspeed > maxspeed then ballspeed = maxspeed end -- create particles createparticles(brick.x * brick.wd + edgegapl, ((brick.y + brick.offsety) * brick.ht), brick.wd, brick.ht, particle.brickparticles, brick.cols[brick.y]) -- one less brick brick.bricksleft = brick.bricksleft - 1 playsound("brick"..(brick.y | 0)) end end end end end -- update brick position if brick.movedown > 0 then brick.movedown = brick.movedown - 1 brick.offsety = brick.offsety + (1 / brick.movesteps) if brick.movedown <= 0 then brick.movedown = 0 brick.offsety = brick.startoffset + 1 end end -- update bat position updatebatposition() -- if new ball then set ball to sit on bat if game.newball then ball.x = bat.x + bat.wd / 2 ball.y = bat.y - ball.size end -- draw the particles drawparticles() -- draw the bricks drawbricks() -- draw the points drawpoints() -- draw the ball if game.balls > 0 then drawball() end -- draw the bat drawbat() -- draw the score, high score and lives drawscoreline() -- check for text overlay if options.confirming then drawconfirm() elseif options.showoptions then drawoptions() elseif game.pause then drawpause() elseif game.newball and game.balls > 0 then drawnewball() end -- update music volume (used for pause fade/resume) updatemusic() -- draw timing if on if options.showtiming == 1 then drawtiming(g.millisecs() - frametime) end -- update notification updatenotification() -- update the display ov("update") -- pause until frame time reached while g.millisecs() - frametime < 16 do end -- check what the actual frame time was and scale speed accordingly timing.framemult = 1 local finaltime = g.millisecs() - frametime if finaltime > timing.sixtyhz then -- cap to maximum frame time in case external event took control for a long time if finaltime > timing.framecap then finaltime = timing.framecap end timing.framemult = finaltime / timing.sixtyhz end -- update bonus time if on bonus level if bonus.level and not game.pause and not game.newball and not options.showoptions then bonus.current = bonus.current - (finaltime / 1000) end end -- check for bonus level complete if bonus.level then computebonus() clearbonusbricks() else if brick.bricksleft == 0 then playmusic("levelcompleteloop", true) end end -- save high score, max combo and best bonus if game.newhigh or game.newcombo or game.newbonus then writesettings() end -- if game is over destroy bat and display best game combo if game.balls == 0 then -- destroy bat createparticles(bat.x + bat.wd, bat.y, bat.wd, bat.ht, particle.lostparticles) bat.fade = shadow.alpha notify("Best Combo x"..game.maxcombo - 1) end -- loop until mouse button clicked or enter pressed bonus.current = -1 game.finished = false local fading = false local musicplaytime = g.millisecs() while not game.finished do -- time frame local frametime = g.millisecs() -- check if size of overlay has changed or overlay hidden checkforsystemevent() -- draw background drawbackground() -- update bat position if game is not over if game.balls > 0 then updatebatposition() end -- draw particles drawparticles() -- draw bricks drawbricks() -- draw brick score drawpoints() -- check why game finished if options.showoptions then drawoptions() else if game.balls == 0 then -- game over drawgameover() else -- draw bat drawbat() if bonus.level then -- end of bonus level drawbonuscomplete() else -- level complete drawlevelcomplete() end end end -- handle music during game over if game.balls == 0 then if fading then -- fade music after one play through if frametime - musicplaytime > music.gameovertime then music.fade = music.fade + music.faderate if music.fade < 0 then music.fade = 0 end setvolume("gamelostloop", (options.musicvol * music.fade / 100)) end else -- wait for ball lost music to finish if soundstate("lostball") ~= "playing" then fading = true musicplaytime = g.millisecs() music.fade = 1 music.faderate = -0.001 playmusic("gamelostloop", true) else updatemusic() end end end -- draw score line drawscoreline() -- get key or mouse event processendinput() -- draw timing if on if options.showtiming == 1 then drawtiming(g.millisecs() - frametime) end -- update notification updatenotification() -- update the display ov("update") -- pause until frame time reached while g.millisecs() - frametime < 16 do end -- check what the actual frame time was and scale speed accordingly timing.framemult = 1 local finaltime = g.millisecs() - frametime if finaltime > timing.sixtyhz then -- cap to maximum frame time in case external event took control for a long time if finaltime > timing.framecap then finaltime = timing.framecap end timing.framemult = finaltime / timing.sixtyhz end end -- check why game finished if game.balls == 0 then -- reset updatescore(0) updateballs(3) updatelevel(1) game.newhigh = false updatehighscore(game.hiscore) game.newcombo = false game.gamecombo = 1 else -- level complete updatelevel(game.level + 1) end game.newbonus = false end -- exit animation playexit() -- free clips and restore settings ov("delete "..bgclip) ov("blend "..oldblend) ov("font "..oldfont) ov("textoption background "..oldbg) ov("cursor "..oldcursor) end -------------------------------------------------------------------------------- local function main() -- get size of overlay wd, ht = g.getview(g.getlayer()) if wd < minwd then wd = minwd end if ht < minht then ht = minht end -- create overlay ov("create "..wd.." "..ht) text.fontscale = wd / minwd if (ht / minht) < text.fontscale then text.fontscale = ht / minht end -- run breakout breakout() end -------------------------------------------------------------------------------- local oldoverlay = g.setoption("showoverlay", 1) local oldbuttons = g.setoption("showbuttons", 0) -- disable translucent buttons local oldscroll = g.setoption("showscrollbars", 0) local oldfs = g.getoption("fullscreen") local status, err = xpcall(main, gp.trace) if err then g.continue(err) end -- the following code is always executed g.check(false) stopallsound() ov("delete") g.setoption("showoverlay", oldoverlay) g.setoption("showbuttons", oldbuttons) g.setoption("showscrollbars", oldscroll) g.setoption("fullscreen", oldfs) golly-3.3-src/Scripts/Lua/invert.lua0000755000175000017500000000151112706123635014403 00000000000000-- Invert all cell states in the current selection. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Mar 2016. local g = golly() local gp = require "gplus" -- re-assigning inner loop functions results in a 10% speed up local setcell = g.setcell local getcell = g.getcell local r = gp.rect(g.getselrect()) if r.empty then g.exit("There is no selection.") end -- local t1 = os.clock() local oldsecs = os.clock() local maxstate = g.numstates() - 1 for row = r.top, r.bottom do -- if large selection then give some indication of progress local newsecs = os.clock() if newsecs - oldsecs >= 1.0 then oldsecs = newsecs g.update() end for col = r.left, r.right do setcell(col, row, maxstate - getcell(col, row)) end end if not r.visible() then g.fitsel() end -- g.show(""..(os.clock()-t1)) golly-3.3-src/Scripts/Lua/move-object.lua0000644000175000017500000002636313125321675015317 00000000000000-- Allow user to move a connected group of live cells. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Jan 2011. local g = golly() local gp = require "gplus" local int = gp.int local split = gp.split local rect = gp.rect local getminbox = gp.getminbox -- set edges of bounded grid for later use local gridl, gridr, gridt, gridb if g.getwidth() > 0 then gridl = -int(g.getwidth()/2) gridr = gridl + g.getwidth() - 1 end if g.getheight() > 0 then gridt = -int(g.getheight()/2) gridb = gridt + g.getheight() - 1 end local ncells = {} -- list of neighboring live cells local oldcells = {} -- cells under moved object local object = {} -- cells in moving object local object1 = {} -- cells in initial object -------------------------------------------------------------------------------- local function showhelp() g.note([[ Alt-clicking on an object allows you to COPY it to another location (the original object is not deleted). While dragging the object the following keys can be used: x - flip object left-right y - flip object top-bottom > - rotate object clockwise < - rotate object anticlockwise escape - abort and restore the object]]) end -------------------------------------------------------------------------------- local function getstate(x, y) -- first check if x,y is outside bounded grid if g.getwidth() > 0 and (x < gridl or x > gridr) then return 0 end if g.getheight() > 0 and (y < gridt or y > gridb) then return 0 end return g.getcell(x, y) end -------------------------------------------------------------------------------- local function findlivecell(x, y) if g.getcell(x, y) > 0 then return {x, y} end -- spiral outwards from x,y looking for a nearby live cell; -- the smaller the scale the smaller the area searched local maxd = 10 local mag = g.getmag() if mag > 0 then -- mag can be 1..5 (ie. scales 1:2 to 1:32) maxd = 2 * (6 - mag) -- 10, 8, 6, 4, 2 end local d = 1 while d <= maxd do x = x - 1 y = y - 1 for i = 1, 2*d do x = x + 1 -- move east if getstate(x, y) > 0 then return {x, y} end end for i = 1, 2*d do y = y + 1 -- move south if getstate(x, y) > 0 then return {x, y} end end for i = 1, 2*d do x = x - 1 -- move west if getstate(x, y) > 0 then return {x, y} end end for i = 1, 2*d do y = y - 1 -- move north if getstate(x, y) > 0 then return {x, y} end end d = d + 1 end return {} -- failed to find a live cell end -------------------------------------------------------------------------------- local function checkneighbor(x, y) -- first check if x,y is outside bounded grid if g.getwidth() > 0 and (x < gridl or x > gridr) then return end if g.getheight() > 0 and (y < gridt or y > gridb) then return end if g.getcell(x, y) == 0 then return end ncells[#ncells + 1] = {x, y, g.getcell(x,y)} g.setcell(x, y, 0) end -------------------------------------------------------------------------------- local function getobject(x, y) local object = {} ncells[#ncells + 1] = {x, y, g.getcell(x,y)} g.setcell(x, y, 0) while #ncells > 0 do -- remove cell from end of ncells and append to object local x, y, s = table.unpack( table.remove(ncells) ) object[#object + 1] = x object[#object + 1] = y object[#object + 1] = s -- add any live neighbors to ncells checkneighbor(x , y+1) checkneighbor(x , y-1) checkneighbor(x+1, y ) checkneighbor(x-1, y ) checkneighbor(x+1, y+1) checkneighbor(x+1, y-1) checkneighbor(x-1, y+1) checkneighbor(x-1, y-1) end -- append padding int if necessary if #object > 0 and (#object & 1) == 0 then object[#object + 1] = 0 end g.putcells(object) return object end -------------------------------------------------------------------------------- local function underneath(object) -- return array of live cells underneath given object (a multi-state array) local cells = {} local objlen = #object if objlen % 3 == 1 then objlen = objlen - 1 end -- ignore padding int local i = 1 while i <= objlen do local x = object[i] local y = object[i+1] local s = g.getcell(x, y) if s > 0 then cells[#cells + 1] = x cells[#cells + 1] = y cells[#cells + 1] = s end i = i + 3 end -- append padding int if necessary if #cells > 0 and (#cells & 1) == 0 then cells[#cells + 1] = 0 end return cells end -------------------------------------------------------------------------------- local function rectingrid(r) -- return true if all of given rectangle is inside grid if g.getwidth() > 0 and (r[1] < gridl or r[1] + r[3] - 1 > gridr) then return false end if g.getheight() > 0 and (r[2] < gridt or r[2] + r[4] - 1 > gridb) then return false end return true end -------------------------------------------------------------------------------- local function lookforkeys(event) -- look for keys used to flip/rotate object if event == "key x none" or event == "key y none" then -- flip floating object left-right or top-bottom g.putcells(object, 0, 0, 1, 0, 0, 1, "xor") -- erase object if #oldcells > 0 then g.putcells(oldcells) end local obox = getminbox(object) if event == "key x none" then -- translate object so that bounding box doesn't change local xshift = 2 * (obox.left + int(obox.wd/2)) if obox.wd % 2 == 0 then xshift = xshift - 1 end object = g.transform(object, xshift, 0, -1, 0, 0, 1) else -- translate object so that bounding box doesn't change local yshift = 2 * (obox.top + int(obox.ht/2)) if obox.ht % 2 == 0 then yshift = yshift - 1 end object = g.transform(object, 0, yshift, 1, 0, 0, -1) end oldcells = underneath(object) g.putcells(object) g.update() return end if event == "key > none" or event == "key < none" then -- rotate floating object clockwise or anticlockwise -- about the center of the object's bounding box local obox = getminbox(object) local midx = obox.left + int(obox.wd/2) local midy = obox.top + int(obox.ht/2) local newleft = midx + obox.top - midy local newtop = midy + obox.left - midx local rotrect = { newleft, newtop, obox.ht, obox.wd } if not rectingrid(rotrect) then g.show("Rotation is not allowed if object would be outside grid.") return end g.putcells(object, 0, 0, 1, 0, 0, 1, "xor") -- erase object if #oldcells > 0 then g.putcells(oldcells) end if event == "key > none" then -- rotate clockwise object = g.transform(object, 0, 0, 0, -1, 1, 0) else -- rotate anticlockwise object = g.transform(object, 0, 0, 0, 1, -1, 0) end -- shift rotated object to same position as rotrect obox = getminbox(object) object = g.transform(object, newleft - obox.left, newtop - obox.top) oldcells = underneath(object) g.putcells(object) g.update() return end if event == "key h none" then -- best not to show Help window while dragging object! return end g.doevent(event) end -------------------------------------------------------------------------------- function moveobject() local oldmouse, mousepos, prevx, prevy -- wait for click in or near a live cell while true do local event = g.getevent() if event:find("^click") then -- event is a string like "click 10 20 left none" local evt, xstr, ystr, butt, mods = split(event) local result = findlivecell(tonumber(xstr), tonumber(ystr)) if #result > 0 then prevx = tonumber(xstr) prevy = tonumber(ystr) oldmouse = xstr .. ' ' .. ystr g.show("Extracting object...") local x, y = table.unpack(result) object = getobject(x, y) object1 = g.join({},object) -- save in case user aborts script if mods == "alt" then -- don't delete object oldcells = g.join({},object) end break else g.warn("Click on or near a live cell belonging to the desired object.") end elseif event == "key h none" then showhelp() else g.doevent(event) end end -- wait for mouse-up while moving object g.show("Move mouse and release button...") local mousedown = true while mousedown do local event = g.getevent() if event:find("^mup") then mousedown = false elseif #event > 0 then lookforkeys(event) end mousepos = g.getxy() if #mousepos > 0 and mousepos ~= oldmouse then -- mouse has moved, so move object g.putcells(object, 0, 0, 1, 0, 0, 1, "xor") -- erase object if #oldcells > 0 then g.putcells(oldcells) end local xstr, ystr = split(mousepos) local x = tonumber(xstr) local y = tonumber(ystr) if g.getwidth() > 0 then -- ensure object doesn't move beyond left/right edge of grid local obox = getminbox( g.transform(object, x - prevx, y - prevy) ) if obox.left < gridl then x = x + gridl - obox.left elseif obox.right > gridr then x = x - (obox.right - gridr) end end if g.getheight() > 0 then -- ensure object doesn't move beyond top/bottom edge of grid local obox = getminbox( g.transform(object, x - prevx, y - prevy) ) if obox.top < gridt then y = y + gridt - obox.top elseif obox.bottom > gridb then y = y - (obox.bottom - gridb) end end object = g.transform(object, x - prevx, y - prevy) oldcells = underneath(object) g.putcells(object) prevx = x prevy = y oldmouse = mousepos g.update() end end end -------------------------------------------------------------------------------- if #g.getrect() == 0 then g.exit("There are no objects.") end g.show("Click on or near a live cell, move mouse and release button... (hit 'h' for help)") local oldcursor = g.getcursor() g.setcursor("Move") local aborted = true local status, err = xpcall(function () moveobject() aborted = false end, gp.trace) if err then g.continue(err) end g.setcursor(oldcursor) if aborted then -- erase object if it moved if #object > 0 then g.putcells(object, 0, 0, 1, 0, 0, 1, "xor") end if #oldcells > 0 then g.putcells(oldcells) end if #object1 > 0 then g.putcells(object1) end else g.show(" ") end golly-3.3-src/Scripts/Lua/oplus/0000755000175000017500000000000013543257426013620 500000000000000golly-3.3-src/Scripts/Lua/oplus/init.lua~0000755000175000017500000004470512774571122015416 00000000000000-- This module is loaded if a script calls require "oplus". -- It provides a high-level interface to the overlay commands. local g = golly() -- require "gplus.strict" local gp = require "gplus" local int = gp.int local rect = gp.rect local ov = g.overlay local m = {} -------------------------------------------------------------------------------- local button_tables = {} -- for detecting click in a button local checkbox_tables = {} -- for detecting click in a check box local slider_tables = {} -- for detecting click in a slider -- some adjustable parameters: local buttonht = 24 -- height of buttons (also used for check boxes and sliders) local sliderwd = 16 -- width of slider button (keep even) local halfslider = int(sliderwd/2) local labelgap = 5 -- gap between check box button and its label local textgap = 10 -- gap between edge of button and label local normalbutton = "rgba 40 128 255 " -- light blue buttons (alpha is appended) local darkerbutton = "rgba 20 64 255 " -- darker blue when buttons are clicked local textrgba = "rgba 255 255 255 255" -- white button labels and tick mark on check box local labelfont = "font 12 default-bold" -- font for labels local yoffset = -1 -- for better y position of labels if g.os() == "Linux" then yoffset = 0 labelfont = "font 12 default" end local darken_button = false -- tell draw_button to use darkerbutton local darken_slider = false -- tell draw_slider to darken the slider button -------------------------------------------------------------------------------- -- synonyms for some common overlay commands: -- opaque colors m.white = "rgba 255 255 255 255" m.black = "rgba 0 0 0 255" m.red = "rgba 255 0 0 255" m.green = "rgba 0 255 0 255" m.blue = "rgba 0 0 255 255" m.cyan = "rgba 0 255 255 255" m.magenta = "rgba 255 0 255 255" m.yellow = "rgba 255 255 0 255" -- affine transformations m.identity = "transform 1 0 0 1" m.flip = "transform -1 0 0 -1" m.flip_x = "transform -1 0 0 1" m.flip_y = "transform 1 0 0 -1" m.swap_xy = "transform 0 1 1 0" m.swap_xy_flip = "transform 0 -1 -1 0" m.rcw = "transform 0 -1 1 0" m.rccw = "transform 0 1 -1 0" m.racw = m.rccw m.r180 = m.flip -------------------------------------------------------------------------------- local function draw_button(x, y, w, h) local oldblend = ov("blend 0") local buttrect = " "..x.." "..y.." "..w.." "..h -- copy rect under button to temp_bg ov("copy"..buttrect.." temp_bg") -- clear rect under button local oldrgba = ov("rgba 0 0 0 0") ov("fill"..buttrect) local buttonrgb = normalbutton if darken_button then buttonrgb = darkerbutton end -- draw button with rounded corners ov(buttonrgb.."255") -- opaque ov("fill"..buttrect) -- draw one rounded corner then copy and paste with flips to draw the rest ov("rgba 0 0 0 0") ov("set "..x.." "..y) ov(buttonrgb.."48") ov("set "..(x+1).." "..y) ov("set "..x.." "..(y+1)) ov(buttonrgb.."128") ov("set "..(x+2).." "..y) ov("set "..x.." "..(y+2)) ov(buttonrgb.."200") ov("set "..(x+1).." "..(y+1)) ov("copy "..x.." "..y.." 3 3 temp_corner") ov(m.flip_x) ov("paste "..(x+w-1).." "..y.." temp_corner") ov(m.flip_y) ov("paste "..x.." "..(y+h-1).." temp_corner") ov(m.flip) ov("paste "..(x+w-1).." "..(y+h-1).." temp_corner") ov(m.identity) -- copy rect to temp_button ov("copy"..buttrect.." temp_button") -- paste temp_bg back to rect ov("paste "..x.." "..y.." ".." temp_bg") -- turn on blending and paste temp_button ov("blend 1") ov("paste "..x.." "..y.." ".." temp_button") ov("rgba "..oldrgba) ov("blend "..oldblend) end -------------------------------------------------------------------------------- function m.button(label, onclick) -- return a table that makes it easier to create and use buttons local b = {} if type(label) ~= "string" then error("1st arg of button must be a string", 2) end if type(onclick) ~= "function" then error("2nd arg of button must be a function", 2) end -- create text for label with a unique clip name b.clipname = tostring(b).."+button" b.clipname = string.gsub(b.clipname, " ", "") -- remove any spaces local oldrgba = ov(textrgba) local oldfont = ov(labelfont) local w, h = gp.split(ov("text "..b.clipname.." "..label)) ov("font "..oldfont) ov("rgba "..oldrgba) -- use label size to set button size b.labelwd = tonumber(w); b.labelht = tonumber(h); b.wd = b.labelwd + 2*textgap; b.ht = buttonht; b.onclick = onclick -- remember click handler b.shown = false -- b.show hasn't been called b.show = function (x, y) b.x = x b.y = y if b.shown then -- remove old button in case it is moving to new position b.hide() end -- remember position and save background pixels b.background = b.clipname.."+bg" ov("copy "..b.x.." "..b.y.." "..b.wd.." "..b.ht.." "..b.background) -- draw the button at the given location draw_button(x, y, b.wd, b.ht) -- draw the label local oldblend = ov("blend 1") ov("paste "..(x+textgap).." "..int(y+yoffset+(b.ht-b.labelht)/2).." "..b.clipname) ov("blend "..oldblend) -- store this table using the button's rectangle as key b.rect = rect({b.x, b.y, b.wd, b.ht}) button_tables[b.rect] = b b.shown = true end b.hide = function () if b.shown then -- restore background pixels saved in b.show local oldblend = ov("blend 0") ov("paste "..b.x.." "..b.y.." "..b.background) ov("blend "..oldblend) -- remove the table entry button_tables[b.rect] = nil b.shown = false end end b.refresh = function () -- redraw button b.show(b.x, b.y) g.update() end return b end -------------------------------------------------------------------------------- local function draw_checkbox(x, y, w, h, ticked) draw_button(x, y, w, h) if ticked then -- draw a tick mark (needs improvement!!!) local oldrgba = ov(textrgba) ov("line "..int(x+w/2).." "..(y+h-5).." "..(x+6).." "..(y+h-8)) ov("line "..int(x+w/2).." "..(y+h-5).." "..(x+w-6).." "..(y+5)) ov("rgba 255 255 255 128") local oldblend = ov("blend 1") ov("line "..int(x+w/2).." "..(y+h-6).." "..(x+6).." "..(y+h-9)) ov("line "..int(x+w/2).." "..(y+h-6).." "..(x+6).." "..(y+h-10)) ov("line "..int(x+w/2-1).." "..(y+h-5).." "..(x+w-7).." "..(y+5)) ov("line "..int(x+w/2+1).." "..(y+h-6).." "..(x+w-5).." "..(y+5)) ov("rgba "..oldrgba) ov("blend "..oldblend) end end -------------------------------------------------------------------------------- function m.checkbox(label, labelrgba, onclick) -- return a table that makes it easier to create and use check boxes local c = {} if type(label) ~= "string" then error("1st arg of checkbox must be a string", 2) end if type(labelrgba) ~= "string" then error("2nd arg of checkbox must be a string", 2) end if type(onclick) ~= "function" then error("3rd arg of checkbox must be a function", 2) end -- create text for label with a unique clip name c.clipname = tostring(c).."+checkbox" c.clipname = string.gsub(c.clipname, " ", "") -- remove any spaces local oldrgba = ov(labelrgba) local oldfont = ov(labelfont) local w, h = gp.split(ov("text "..c.clipname.." "..label)) ov("font "..oldfont) ov("rgba "..oldrgba) -- use label size to set check box size c.labelwd = tonumber(w); c.labelht = tonumber(h); c.wd = buttonht + labelgap + c.labelwd; c.ht = buttonht; c.onclick = onclick -- remember click handler c.shown = false -- c.show hasn't been called c.show = function (x, y, ticked) c.x = x c.y = y c.ticked = ticked if c.shown then -- remove old check box in case it is moving to new position c.hide() end -- remember position and save background pixels c.background = c.clipname.."+bg" ov("copy "..c.x.." "..c.y.." "..c.wd.." "..c.ht.." "..c.background) -- draw the check box (excluding label) at the given location draw_checkbox(x+1, y+1, c.ht-2, c.ht-2, ticked) -- draw the label local oldblend = ov("blend 1") ov("paste "..(x+c.ht+labelgap).." "..int(y+yoffset+(c.ht-c.labelht)/2).." "..c.clipname) ov("blend "..oldblend) -- store this table using the check box's rectangle as key c.rect = rect({c.x, c.y, c.wd, c.ht}) checkbox_tables[c.rect] = c c.shown = true end c.hide = function () if c.shown then -- restore background pixels saved in c.show local oldblend = ov("blend 0") ov("paste "..c.x.." "..c.y.." "..c.background) ov("blend "..oldblend) -- remove the table entry checkbox_tables[c.rect] = nil c.shown = false end end c.refresh = function () -- redraw checkbox c.show(c.x, c.y, c.ticked) g.update() end return c end -------------------------------------------------------------------------------- local function draw_slider(s, barpos) local x = s.startbar local y = s.y local w = s.barwidth local h = s.ht -- draw horizontal bar local oldrgba = ov("rgba 100 100 100 255") local midy = int(y+h/2) ov("fill "..x.." "..(midy-3).." "..w.." 6") ov("rgba 110 110 110 255") ov("fill "..(x+1).." "..(midy-2).." "..(w-2).." 1") ov("rgba 120 120 120 255") ov("fill "..(x+1).." "..(midy-1).." "..(w-2).." 1") ov("rgba 130 130 130 255") ov("fill "..(x+1).." "..midy.." "..(w-2).." 1") ov("rgba 140 140 140 255") ov("fill "..(x+1).." "..(midy+1).." "..(w-2).." 1") if darken_slider then darken_button = true end -- draw slider button on top of horizontal bar draw_button(x + barpos - halfslider, y, sliderwd, h) ov("rgba "..oldrgba) if darken_slider then darken_button = false end -- draw the label local oldblend = ov("blend 1") ov("paste "..s.x.." "..int(y+yoffset+(h-s.labelht)/2).." "..s.clipname) ov("blend "..oldblend) end -------------------------------------------------------------------------------- function m.slider(label, labelrgba, barwidth, minval, maxval, onclick) -- return a table that makes it easier to create and use sliders local s = {} if type(label) ~= "string" then error("1st arg of slider must be a string", 2) end if type(labelrgba) ~= "string" then error("2nd arg of slider must be a string", 2) end if type(onclick) ~= "function" then error("6th arg of slider must be a function", 2) end if barwidth <= 0 then error("slider width must be > 0", 2) end if minval >= maxval then error("minimum slider value must be < maximum value", 2) end s.barwidth = barwidth -- width of the slider bar s.minval = minval s.maxval = maxval -- create text for label with a unique clip name s.clipname = tostring(s).."+slider" s.clipname = string.gsub(s.clipname, " ", "") -- remove any spaces local oldrgba = ov(labelrgba) local oldfont = ov(labelfont) local w, h = gp.split(ov("text "..s.clipname.." "..label)) ov("font "..oldfont) ov("rgba "..oldrgba) -- set total slider size (including label) s.labelwd = tonumber(w); s.labelht = tonumber(h); s.wd = s.labelwd + sliderwd + s.barwidth; s.ht = buttonht; s.onclick = onclick -- remember click handler s.shown = false -- s.show hasn't been called s.show = function (x, y, pos) s.pos = int(pos) if s.pos < s.minval then s.pos = s.minval end if s.pos > s.maxval then s.pos = s.maxval end if s.shown then -- remove old slider in case it is moving to new position s.hide() end -- remember slider location and save background pixels s.x = x s.y = y s.background = s.clipname.."+bg" ov("copy "..s.x.." "..s.y.." "..s.wd.." "..s.ht.." "..s.background) -- draw the slider and label at the given location s.startbar = x + s.labelwd + halfslider local barpos = int(s.barwidth * (s.pos - s.minval) / (s.maxval - s.minval)) draw_slider(s, barpos) -- store this table using the slider button's rectangle as key s.rect = rect({s.startbar+barpos-halfslider, s.y, sliderwd, s.ht}) slider_tables[s.rect] = s s.shown = true end s.hide = function () if s.shown then -- restore background pixels saved in previous s.show local oldblend = ov("blend 0") ov("paste "..s.x.." "..s.y.." "..s.background) ov("blend "..oldblend) -- remove the table entry slider_tables[s.rect] = nil s.shown = false end end s.refresh = function () -- redraw slider s.show(s.x, s.y, s.pos) g.update() end return s end -------------------------------------------------------------------------------- local function release_in_rect(r, t) -- return true if mouse button is released while in given rect local inrect = true -- draw darkened button darken_button = true t.refresh() while true do local event = g.getevent() if event:find("^mup left") then break end local xy = ov("xy") local wasinrect = inrect if #xy == 0 then inrect = false -- mouse is outside overlay else local x, y = gp.split(xy) x = tonumber(x) y = tonumber(y) inrect = x >= r.left and x <= r.right and y >= r.top and y <= r.bottom end if inrect ~= wasinrect then -- mouse has moved in/out of r darken_button = inrect t.refresh() end end if inrect then -- undarken button darken_button = false t.refresh() end return inrect end -------------------------------------------------------------------------------- local function click_in_button(x, y) for r, button in pairs(button_tables) do if x >= r.left and x <= r.right and y >= r.top and y <= r.bottom then if release_in_rect(r, button) then -- call this button's handler button.onclick() end return true end end return false end -------------------------------------------------------------------------------- local function click_in_checkbox(x, y) for r, checkbox in pairs(checkbox_tables) do if x >= r.left and x <= r.right and y >= r.top and y <= r.bottom then if release_in_rect(r, checkbox) then checkbox.show(checkbox.x, checkbox.y, not checkbox.ticked) -- call this checkbox's handler checkbox.onclick() end return true end end return false end -------------------------------------------------------------------------------- local function click_in_slider(x, y) for r, slider in pairs(slider_tables) do if x >= r.left and x <= r.right and y >= r.top and y <= r.bottom then -- draw darkened slider button darken_slider = true slider.show(slider.x, slider.y, slider.pos) g.update() local prevx = x local range = slider.maxval - slider.minval local maxx = slider.startbar + slider.barwidth -- track horizontal movement of mouse until button is released while true do local event = g.getevent() if event:find("^mup left") then break end local xy = ov("xy") if #xy > 0 then local x, _ = gp.split(xy) -- check if slider position needs to change x = tonumber(x) if x < slider.startbar then x = slider.startbar end if x > maxx then x = maxx end if x ~= prevx then -- draw new position of slider button immediately; -- first restore background pixels saved in previous slider.show local oldblend = ov("blend 0") ov("paste "..slider.x.." "..slider.y.." "..slider.background) ov("blend "..oldblend) draw_slider(slider, x - slider.startbar) g.update() -- now check if slider value has to change local newpos = int(slider.minval + range * (x - slider.startbar) / slider.barwidth) if newpos < slider.minval then newpos = slider.minval end if newpos > slider.maxval then newpos = slider.maxval end if slider.pos ~= newpos then slider.pos = newpos -- call this slider's handler slider.onclick(newpos) end prevx = x end end end -- undarken slider button darken_slider = false slider.show(slider.x, slider.y, slider.pos) g.update() return true end end return false end -------------------------------------------------------------------------------- function m.process(event) if #event > 0 then if event:find("^oclick") then local _, x, y, butt, mods = gp.split(event) if butt == "left" and mods == "none" then if click_in_button(tonumber(x), tonumber(y)) then return "" end if click_in_checkbox(tonumber(x), tonumber(y)) then return "" end if click_in_slider(tonumber(x), tonumber(y)) then return "" end end end end return event end -------------------------------------------------------------------------------- return m golly-3.3-src/Scripts/Lua/oplus/init.lua0000755000175000017500000016406213543255652015221 00000000000000-- This module is loaded if a script calls require "oplus". -- It provides a high-level interface to the overlay commands. local g = golly() -- require "gplus.strict" local ov = g.overlay local ovt = g.ovtable local gp = require "gplus" local int = gp.int local rect = gp.rect local split = gp.split local m = {} -------------------------------------------------------------------------------- -- synonyms for some common overlay commands: -- opaque colors m.white = "rgba 255 255 255 255" m.gray = "rgba 128 128 128 255" m.black = "rgba 0 0 0 255" m.red = "rgba 255 0 0 255" m.green = "rgba 0 255 0 255" m.blue = "rgba 0 0 255 255" m.cyan = "rgba 0 255 255 255" m.magenta = "rgba 255 0 255 255" m.yellow = "rgba 255 255 0 255" -- opaque colors for ovtable command m.twhite = {"rgba", 255, 255, 255, 255} m.tgray = {"rgba", 128, 128, 128, 255} m.tblack = {"rgba", 0, 0, 0, 255} m.tred = {"rgba", 255, 0, 0, 255} m.tgreen = {"rgba", 0, 255, 0, 255} m.tblue = {"rgba", 0, 0, 255, 255} m.tcyan = {"rgba", 0, 255, 255, 255} m.tmagenta = {"rgba", 255, 0, 255, 255} m.tyellow = {"rgba", 255, 255, 0, 255} -- affine transformations m.identity = "transform 1 0 0 1" m.flip = "transform -1 0 0 -1" m.flip_x = "transform -1 0 0 1" m.flip_y = "transform 1 0 0 -1" m.swap_xy = "transform 0 1 1 0" m.swap_xy_flip = "transform 0 -1 -1 0" m.rcw = "transform 0 -1 1 0" m.rccw = "transform 0 1 -1 0" m.racw = m.rccw m.r180 = m.flip -- themes m.theme0 = "theme 255 255 255 255 255 255 0 0 0 0 0 0 0 0 0" m.theme1 = "theme 0 255 255 255 255 255 0 0 255 0 0 47 0 0 0" m.theme2 = "theme 255 144 0 255 255 0 160 0 0 32 0 0 0 0 0" m.theme3 = "theme 0 255 255 255 255 255 0 128 0 0 24 0 0 0 0" m.theme4 = "theme 255 255 0 255 255 255 128 0 128 0 47 0 0 32 128" m.theme5 = "theme 176 176 176 255 255 255 104 104 104 16 16 16 0 0 0" m.theme6 = "theme 0 0 0 0 0 0 255 255 255 255 255 255 255 255 255" m.theme7 = "theme 0 0 255 0 0 0 0 255 255 240 240 240 255 255 255" m.theme8 = "theme 240 240 240 240 240 240 240 240 240 240 240 240 0 0 0" m.theme9 = "theme 240 240 240 240 240 240 160 0 0 160 0 0 0 0 0" m.themes = { [-1] = "theme -1", [0] = m.theme0, [1] = m.theme1, [2] = m.theme2, [3] = m.theme3, [4] = m.theme4, [5] = m.theme5, [6] = m.theme6, [7] = m.theme7, [8] = m.theme8, [9] = m.theme9 } -------------------------------------------------------------------------------- -- scripts can adjust these parameters: -- check boxes and radio buttons are collectively known as select buttons m.buttonht = 24 -- height of buttons (also used for select buttons and sliders) m.sliderwd = 16 -- width of slider button (best if even) m.selectgap = 5 -- gap between select button and its label m.textgap = 10 -- gap between edge of button and its label m.radius = 3 -- curvature of button corners m.border = 0 -- thickness of button border (no border if 0) m.buttonrgba = "rgba 40 128 255 255" -- light blue buttons m.darkerrgba = "rgba 20 64 255 255" -- darker blue when buttons are clicked m.borderrgba = m.white -- white border around buttons (if m.border > 0) m.textrgba = m.white -- white button labels, marks on select buttons m.distext = "rgba 100 192 255 255" -- lighter blue for disabled button labels and marks on select buttons m.textfont = "font 12 default-bold" -- font for labels m.textshadowx = 0 -- label shadow x offset m.textshadowy = 0 -- label shadow y offset m.textshadowrgba = m.black -- black label shadow color m.buttonshadowx = 0 -- button shadow x offset m.buttonshadowy = 0 -- button shadow y offset m.buttonshadowrgba = m.black -- black button shadow color m.yoffset = 0 -- for better y position of labels m.menubg = "rgba 40 128 255 255" -- light blue background for menu bar and items m.selcolor = "rgba 20 64 255 255" -- darker background for selected menu/item m.discolor = "rgba 100 192 255 255" -- lighter blue for disabled items and separator lines m.menufont = "font 12 default-bold" -- font for menu and item labels m.menutext = m.white -- white text for menu and item labels m.menugap = 10 -- horizontal space around each menu label m.itemgap = 2 -- vertical space above and below item labels if g.os() == "Windows" then m.yoffset = -1 end if g.os() == "Linux" then m.textfont = "font 12 default" m.menufont = "font 12 default" end -------------------------------------------------------------------------------- local darken_button = false -- tell draw_button to use m.darkerrgba local darken_slider = false -- tell draw_slider to darken the slider button local button_tables = {} -- for detecting click in a button local selectbutton_tables = {} -- for detecting click in a select button local slider_tables = {} -- for detecting click in a slider local menubar_tables = {} -- for detecting click in a menu bar local selmenu = 0 -- index of selected menu (if > 0) local selitem = 0 -- index of selected item in selmenu (if > 0) local textclip = "textclip" -- default clip name for m.maketext and m.pastetext local item_normal = 1 -- normal menu item local item_tick = 2 -- tick (multi-select) menu item local item_radio = 3 -- radio (single-select) menu item -------------------------------------------------------------------------------- function m.pastetext(x, y, transform, clipname) -- set optional parameter defaults transform = transform or m.identity clipname = clipname or textclip -- apply transform and paste text clip local oldtransform = ov(transform) ovt{"paste", x, y, clipname} -- restore settings ov("transform "..oldtransform) return clipname end -------------------------------------------------------------------------------- function m.maketext(s, clipname, textcol, shadowx, shadowy, shadowcol) local oldrgba = ov(m.white) -- set optional parameter defaults clipname = clipname or textclip textcol = textcol or "rgba "..oldrgba shadowx = shadowx or 0 shadowy = shadowy or 0 shadowcol = shadowcol or m.black local w, h, d -- check if shadow required if shadowx == 0 and shadowy == 0 then ov(textcol) w, h, d = split(ov("text "..clipname.." "..s)) else -- build shadow clip ov(shadowcol) local oldbg = ov("textoption background 0 0 0 0") local oldblend if oldbg == "0 0 0 0" then oldblend = ov("blend 1") else oldblend = ov("blend 0") ov("textoption background "..oldbg) end local tempclip = clipname.."_temp" w, h, d = split(ov("text "..tempclip.." "..s)) -- compute paste location based on shadow offset local tx = 0 local ty = 0 local sx = 0 local sy = 0 if shadowx < 0 then tx = -shadowx else sx = shadowx end if shadowy < 0 then ty = -shadowy else sy = shadowy end -- size result clip to fit text and shadow w = tonumber(w) + math.abs(shadowx) h = tonumber(h) + math.abs(shadowy) ov("create ".." "..w.." "..h.." "..clipname) -- paste shadow onto result local oldtarget = ov("target "..clipname) if oldbg ~= "0 0 0 0" then ov("rgba "..oldbg) ovt{"fill"} end m.pastetext(sx, sy, nil, tempclip) -- build normal text clip ov(textcol) if oldbg ~= "0 0 0 0" then ov("textoption background 0 0 0 0") ov("blend 1") end ov("text "..tempclip.." "..s) -- paste normal onto result m.pastetext(tx, ty, nil, tempclip) -- restore settings ov("textoption background "..oldbg) ov("delete "..tempclip) ov("target "..oldtarget) ov("blend "..oldblend) end -- add index ov("optimize "..clipname) -- restore color ov("rgba "..oldrgba) return tonumber(w), tonumber(h), tonumber(d) end -------------------------------------------------------------------------------- function m.fill_ellipse(x, y, w, h, borderwd, fillrgba) -- draw an ellipse with the given border width (if > 0) using the current color -- and fill it with the given color (if fillrgba isn't "") if borderwd == 0 then if #fillrgba > 0 then -- just draw solid anti-aliased ellipse using fillrgba local oldwidth = ov("lineoption width "..int(math.min(w,h)/2 + 0.5)) local oldblend = ov("blend 1") local oldrgba = ov(fillrgba) ov("ellipse "..x.." "..y.." "..w.." "..h) ov("rgba "..oldrgba) ov("blend "..oldblend) ov("lineoption width "..oldwidth) end return end if w <= borderwd*2 or h <= borderwd*2 then -- no room to fill so just draw anti-aliased ellipse using current color local oldwidth = ov("lineoption width "..int(math.min(w,h)/2 + 0.5)) local oldblend = ov("blend 1") ov("ellipse "..x.." "..y.." "..w.." "..h) ov("blend "..oldblend) ov("lineoption width "..oldwidth) return end local oldblend = ov("blend 1") if #fillrgba > 0 then -- draw smaller filled ellipse using fillrgba local oldrgba = ov(fillrgba) local smallw = w - borderwd*2 local smallh = h - borderwd*2 local oldwidth = ov("lineoption width "..int(math.min(smallw,smallh)/2 + 0.5)) ov("ellipse "..(x+borderwd).." "..(y+borderwd).." "..smallw.." "..smallh) ov("rgba "..oldrgba) ov("lineoption width "..oldwidth) end -- draw outer ellipse using given borderwd local oldwidth = ov("lineoption width "..borderwd) ov("ellipse "..x.." "..y.." "..w.." "..h) -- restore line width and blend state ov("lineoption width "..oldwidth) ov("blend "..oldblend) end -------------------------------------------------------------------------------- function m.draw_line(x1, y1, x2, y2) ovt{"line", x1, y1, x2, y2} end -------------------------------------------------------------------------------- function m.fill_rect(x, y, wd, ht) ovt{"fill", x, y, wd, ht} end -------------------------------------------------------------------------------- function m.round_rect(x, y, w, h, radius, borderwd, fillrgba) -- draw a rounded rectangle using the given radius for the corners -- with a border in the current color using the given width (if > 0) -- and filled with the given color (if fillrgba isn't "") if radius == 0 then -- draw a non-rounded rectangle (possibly translucent) local oldblend = ov("blend 1") if borderwd > 0 then -- draw border lines using current color ovt{"fill", x, y, w, borderwd} ovt{"fill", x, (y+h-borderwd), w, borderwd} ovt{"fill", x, (y+borderwd), borderwd, (h-borderwd*2)} ovt{"fill", (x+w-borderwd), (y+borderwd), borderwd, (h-borderwd*2)} end if #fillrgba > 0 then -- draw interior of rectangle local oldrgba = ov(fillrgba) ovt{"fill", (x+borderwd), (y+borderwd), (w-borderwd*2), (h-borderwd*2)} ov("rgba "..oldrgba) end ov("blend "..oldblend) return end if radius > w/2 then radius = int(w/2) end if radius > h/2 then radius = int(h/2) end -- construct rounded rectangle in top left corner of overlay ov("copy 0 0 "..w.." "..h.." rectbg") local oldrgba = ov("rgba 0 0 0 0") local oldblend = ov("blend 0") ovt{"fill", 0, 0, w, h} ov("rgba "..oldrgba) -- create bottom right quarter circle in top left corner of overlay m.fill_ellipse(-radius, -radius, radius*2, radius*2, borderwd, fillrgba) ov("copy 0 0 "..radius.." "..radius.." qcircle") -- draw corners ovt{"paste", (w-radius), (h-radius), "qcircle"} ov(m.flip_y) ovt{"paste", (w-radius), (radius-1), "qcircle"} ov(m.flip_x) ovt{"paste", (radius-1), (h-radius), "qcircle"} ov(m.flip) ovt{"paste", (radius-1), (radius-1), "qcircle"} ov(m.identity) ov("delete qcircle") if #fillrgba > 0 then -- draw non-corner portions of rectangle ov(fillrgba) if radius < w/2 then ovt{"fill", radius, 0, (w-radius*2), h} end if radius < h/2 then ovt{"fill", 0, radius, radius, (h-radius*2)} ovt{"fill", (w-radius), radius, radius, (h-radius*2)} end ov("rgba "..oldrgba) end if borderwd > 0 then -- draw border lines using current color if radius < w/2 then ovt{"fill", radius, 0, (w-radius*2), borderwd} ovt{"fill", radius, (h-borderwd), (w-radius*2), borderwd} end if radius < h/2 then ovt{"fill", 0, radius, borderwd, (h-radius*2)} ovt{"fill", (w-borderwd), radius, borderwd, (h-radius*2)} end end -- save finished rectangle in a clip ov("copy 0 0 "..w.." "..h.." roundedrect") -- restore top left corner of overlay and draw rounded rectangle ovt{"paste", 0, 0, "rectbg"} ov("delete rectbg") ov("blend 1") ovt{"paste", x, y, "roundedrect"} ov("delete roundedrect") -- restore blend setting ov("blend "..oldblend) end -------------------------------------------------------------------------------- local function draw_buttonlayer(x, y, w, h, color) local oldblend = ov("blend 0") local buttrect = " "..x.." "..y.." "..w.." "..h -- copy rect under button to temp_bg ov("copy"..buttrect.." temp_bg") -- clear rect under button local oldrgba = ov("rgba 0 0 0 0") ovt{"fill", x, y, w, h} -- draw button with rounded corners if m.border > 0 then ov(m.borderrgba) end m.round_rect(x, y, w, h, m.radius, m.border, color) -- copy rect to temp_button ov("copy"..buttrect.." temp_button") -- paste temp_bg back to rect ovt{"paste", x, y, "temp_bg"} -- turn on blending and paste temp_button ov("blend 1") ovt{"paste", x, y, "temp_button"} ov("rgba "..oldrgba) ov("blend "..oldblend) end -------------------------------------------------------------------------------- local function draw_button(x, y, w, h, color, darkcolor) if m.buttonshadowx ~= 0 or m.buttonshadowy ~= 0 then draw_buttonlayer(x + m.buttonshadowx, y + m.buttonshadowy, w, h, m.buttonshadowrgba) end local butt_rgba = color or m.buttonrgba if darken_button then butt_rgba = darkcolor or m.darkerrgba end draw_buttonlayer(x, y, w, h, butt_rgba) end -------------------------------------------------------------------------------- function m.button(label, onclick) -- return a table that makes it easy to create and use buttons local b = {} if type(label) ~= "string" then error("1st arg of button must be a string", 2) end if type(onclick) ~= "function" then error("2nd arg of button must be a function", 2) end b.onclick = onclick -- remember click handler b.shown = false -- b.show hasn't been called b.enabled = true b.ht = m.buttonht; b.customcolor = nil b.darkcustomcolor = nil b.setlabel = function (newlabel, changesize) local oldfont = ov(m.textfont) local oldtextbg = ov("textoption background 0 0 0 0") local w, h if b.enabled then w, h = m.maketext(newlabel, b.labelclip, m.textrgba, m.textshadowx, m.textshadowy, m.textshadowrgba) else w, h = m.maketext(newlabel, b.labelclip, m.distext) -- no shadow if disabled end ov("textoption background "..oldtextbg) ov("font "..oldfont) b.labelwd = tonumber(w); b.labelht = tonumber(h); if changesize then -- use label size to set button width b.wd = b.labelwd + 2*m.textgap; end b.savetextrgba = m.textrgba b.savetextfont = m.textfont b.savelabel = newlabel end -- create text for label with a unique clip name b.labelclip = tostring(b).."+button" b.labelclip = string.gsub(b.labelclip, " ", "") -- remove any spaces b.setlabel(label, true) b.show = function (x, y) b.x = x b.y = y if b.shown then -- remove old button from button_tables b.hide() end -- remember position and save background pixels b.background = b.labelclip.."+bg" ov("copy "..b.x.." "..b.y.." "..b.wd.." "..b.ht.." "..b.background) -- draw the button at the given location draw_button(x, y, b.wd, b.ht, b.customcolor, b.darkcustomcolor) -- if m.textrgba or m.textfont has changed then recreate b.labelclip if b.savetextrgba ~= m.textrgba or b.savetextfont ~= m.textfont then b.setlabel(b.savelabel, false) end -- draw the label local oldblend = ov("blend 1") x = int(x + (b.wd - b.labelwd) / 2) y = int(y + m.yoffset + (b.ht - b.labelht) / 2) ovt{"paste", x, y, b.labelclip} ov("blend "..oldblend) -- store this table using the button's rectangle as key b.rect = rect({b.x, b.y, b.wd, b.ht}) button_tables[b.rect] = b b.shown = true end b.hide = function () if b.shown then -- restore background pixels saved in b.show local oldblend = ov("blend 0") ovt{"paste", b.x, b.y, b.background} ov("blend "..oldblend) -- remove the table entry button_tables[b.rect] = nil b.shown = false end end b.enable = function (bool) if b.enabled ~= bool then b.enabled = bool b.setlabel(b.savelabel, false) end end b.refresh = function () -- redraw button b.show(b.x, b.y) g.update() end return b end -------------------------------------------------------------------------------- local function draw_selectbutton(x, y, w, h, ticked, enabled, multi) draw_button(x, y, w, h) if multi then -- draw a radio button local optcol = m.distext if ticked and enabled then optcol = m.textrgba end local x1 = int(x+w/6) local y1 = int(y+w/6) local w1 = w - int(w/3) local h1 = h - int(h/3) if enabled and (m.textshadowx > 0 or m.textshadowy > 0) then m.fill_ellipse(x1+m.textshadowx, y1+m.textshadowy, w1, h1, 0, m.textshadowrgba) end if enabled or ticked then m.fill_ellipse(x1, y1, w1, h1, 0, optcol) end else if ticked then -- draw a tick mark local oldrgba if enabled then oldrgba = ov(m.textrgba) else oldrgba = ov(m.distext) end local oldblend = ov("blend 1") local oldwidth = ov("lineoption width 4") local x1 = int(x+w/2) local y1 = int(y+h*0.75) local x2 = int(x+w*0.75) local y2 = int(y+h*0.25) local x3 = int(x+w/2+1) local y3 = int(y+h*0.75) local x4 = int(x+w*0.25) local y4 = int(y+h*0.6) if enabled and (m.textshadowx > 0 or m.textshadowy > 0) then local oldcol = ov(m.textshadowrgba) ovt{"line", x1+m.textshadowx, y1+m.textshadowy, x2+m.textshadowx, y2+m.textshadowy} ovt{"line", x3+m.textshadowx, y3+m.textshadowy, x4+m.textshadowx, y4+m.textshadowy} ov("rgba "..oldcol) end ovt{"line", x1, y1, x2, y2} ovt{"line", x3, y3, x4, y4} ov("lineoption width "..oldwidth) ov("blend "..oldblend) ov("rgba "..oldrgba) end end end -------------------------------------------------------------------------------- function m.radiobutton(label, labelrgba, onclick) return m.selectbutton(label, labelrgba, onclick, true) end -------------------------------------------------------------------------------- function m.checkbox(label, labelrgba, onclick) return m.selectbutton(label, labelrgba, onclick, false) end -------------------------------------------------------------------------------- function m.selectbutton(label, labelrgba, onclick, multi) -- return a table that makes it easy to create and use check boxes and radio buttons local c = {} local what if multi then what = "checkbox" else what = "radiobutton" end if type(label) ~= "string" then error("1st arg of "..what.." must be a string", 2) end if type(labelrgba) ~= "string" then error("2nd arg of "..what.." must be a string", 2) end if type(onclick) ~= "function" then error("3rd arg of "..what.." must be a function", 2) end -- create text for label with a unique clip name c.clipname = tostring(c).."+"..what c.clipname = string.gsub(c.clipname, " ", "") -- remove any spaces local oldfont = ov(m.textfont) local oldtextbg = ov("textoption background 0 0 0 0") local w, h = m.maketext(label, c.clipname, labelrgba, m.textshadowx, m.textshadowy, m.textshadowrgba) ov("textoption background "..oldtextbg) ov("font "..oldfont) -- use label size to set select button size c.labelwd = tonumber(w); c.labelht = tonumber(h); c.wd = m.buttonht + m.selectgap + c.labelwd; c.ht = m.buttonht; c.onclick = onclick -- remember click handler c.shown = false -- c.show hasn't been called c.enabled = true c.multi = multi c.show = function (x, y, ticked) c.x = x c.y = y c.ticked = ticked if c.shown then -- remove old select button from selectbutton_tables c.hide() end -- remember position and save background pixels c.background = c.clipname.."+bg" ov("copy "..c.x.." "..c.y.." "..c.wd.." "..c.ht.." "..c.background) -- draw the select button (excluding label) at the given location draw_selectbutton(x+1, y+1, c.ht-2, c.ht-2, ticked, c.enabled, c.multi) -- draw the label local oldblend = ov("blend 1") ovt{"paste", (x+c.ht+m.selectgap), int(y+m.yoffset+(c.ht-c.labelht)/2), c.clipname} ov("blend "..oldblend) -- store this table using the select button's rectangle as key c.rect = rect({c.x, c.y, c.wd, c.ht}) selectbutton_tables[c.rect] = c c.shown = true end c.hide = function () if c.shown then -- restore background pixels saved in c.show local oldblend = ov("blend 0") ovt{"paste", c.x, c.y, c.background} ov("blend "..oldblend) -- remove the table entry selectbutton_tables[c.rect] = nil c.shown = false end end c.enable = function (bool) c.enabled = bool end c.refresh = function () -- redraw checkbox c.show(c.x, c.y, c.ticked) g.update() end return c end -------------------------------------------------------------------------------- local function draw_slider(s, barpos) local x = s.startbar local y = s.y local w = s.barwidth local h = s.ht -- draw horizontal bar local oldrgba = ov("rgba 100 100 100 255") local midy = int(y+h/2) ovt{"fill", x, (midy-3), w, 6} ov("rgba 110 110 110 255") ovt{"fill", (x+1), (midy-2), (w-2), 1} ov("rgba 120 120 120 255") ovt{"fill", (x+1), (midy-1), (w-2), 1} ov("rgba 130 130 130 255") ovt{"fill", (x+1), midy, (w-2), 1} ov("rgba 140 140 140 255") ovt{"fill", (x+1), (midy+1), (w-2), 1} if darken_slider then darken_button = true end -- draw slider button on top of horizontal bar draw_button(x + barpos - int(m.sliderwd/2), y, m.sliderwd, h) ov("rgba "..oldrgba) if darken_slider then darken_button = false end -- draw the label local oldblend = ov("blend 1") ovt{"paste", s.x, int(y+m.yoffset+(h-s.labelht)/2), s.clipname} ov("blend "..oldblend) end -------------------------------------------------------------------------------- function m.slider(label, labelrgba, barwidth, minval, maxval, onclick) -- return a table that makes it easy to create and use sliders local s = {} if type(label) ~= "string" then error("1st arg of slider must be a string", 2) end if type(labelrgba) ~= "string" then error("2nd arg of slider must be a string", 2) end if type(onclick) ~= "function" then error("6th arg of slider must be a function", 2) end if barwidth <= 0 then error("slider width must be > 0", 2) end if minval >= maxval then error("minimum slider value must be < maximum value", 2) end s.barwidth = barwidth -- width of the slider bar s.minval = minval s.maxval = maxval -- create text for label with a unique clip name s.clipname = tostring(s).."+slider" s.clipname = string.gsub(s.clipname, " ", "") -- remove any spaces local oldfont = ov(m.textfont) local oldtextbg = ov("textoption background 0 0 0 0") local w, h if #label == 0 then w, h = split(ov("text "..s.clipname.." "..label.." ")) w, h = m.maketext(label.." ", s.clipname, labelrgba, m.textshadowx, m.textshadowy, m.textshadowrgba) w = 0 else w, h = m.maketext(label, s.clipname, labelrgba, m.textshadowx, m.textshadowy, m.textshadowrgba) end ov("textoption background "..oldtextbg) ov("font "..oldfont) -- set total slider size (including label) s.labelwd = tonumber(w); s.labelht = tonumber(h); s.wd = s.labelwd + m.sliderwd + s.barwidth; s.ht = m.buttonht; s.onclick = onclick -- remember click handler s.shown = false -- s.show hasn't been called s.show = function (x, y, pos) s.pos = int(pos) if s.pos < s.minval then s.pos = s.minval end if s.pos > s.maxval then s.pos = s.maxval end if s.shown then -- remove old slider from slider_tables s.hide() end -- remember slider location and save background pixels s.x = x s.y = y s.background = s.clipname.."+bg" ov("copy "..s.x.." "..s.y.." "..s.wd.." "..s.ht.." "..s.background) -- draw the slider and label at the given location s.startbar = x + s.labelwd + int(m.sliderwd/2) local barpos = int(s.barwidth * (s.pos - s.minval) / (s.maxval - s.minval)) draw_slider(s, barpos) -- store this table using the slider bar's rectangle as key, including -- overlap of half button width at left and right edges of bar s.rect = rect({s.startbar-int(m.sliderwd/2), s.y, s.barwidth+m.sliderwd, s.ht}) slider_tables[s.rect] = s s.shown = true end s.hide = function () if s.shown then -- restore background pixels saved in previous s.show local oldblend = ov("blend 0") ovt{"paste", s.x, s.y, s.background} ov("blend "..oldblend) -- remove the table entry slider_tables[s.rect] = nil s.shown = false end end s.refresh = function () -- redraw slider s.show(s.x, s.y, s.pos) g.update() end return s end -------------------------------------------------------------------------------- local function release_in_rect(r, t) -- return true if mouse button is released while in given rect local inrect = true -- draw darkened button darken_button = true t.refresh() local t0 = g.millisecs() while true do local event = g.getevent() if event == "mup left" then break end local xy = ov("xy") local wasinrect = inrect if #xy == 0 then inrect = false -- mouse is outside overlay else local x, y = split(xy) x = tonumber(x) y = tonumber(y) inrect = x >= r.left and x <= r.right and y >= r.top and y <= r.bottom end if inrect ~= wasinrect then -- mouse has moved in/out of r darken_button = inrect t.refresh() end end -- pause to ensure darkened button is seen while g.millisecs() - t0 < 16 do end if inrect then -- undarken button darken_button = false t.refresh() end return inrect end -------------------------------------------------------------------------------- local function click_in_button(x, y) for r, button in pairs(button_tables) do if x >= r.left and x <= r.right and y >= r.top and y <= r.bottom then if button.enabled and release_in_rect(r, button) then -- call this button's handler button.onclick() end return true end end return false end -------------------------------------------------------------------------------- local function click_in_checkbox(x, y) for r, checkbox in pairs(selectbutton_tables) do if x >= r.left and x <= r.right and y >= r.top and y <= r.bottom then if checkbox.enabled and release_in_rect(r, checkbox) then checkbox.show(checkbox.x, checkbox.y, not checkbox.ticked) -- call this checkbox's handler checkbox.onclick() end return true end end return false end -------------------------------------------------------------------------------- local function click_in_slider(x, y) for r, slider in pairs(slider_tables) do if x >= r.left and x <= r.right and y >= r.top and y <= r.bottom then -- draw darkened slider button darken_slider = true slider.show(slider.x, slider.y, slider.pos) g.update() local prevx = x local range = slider.maxval - slider.minval + 1 local maxx = slider.startbar + slider.barwidth -- check if click is outside slider button local barpos = int(slider.barwidth * (slider.pos - slider.minval) / (slider.maxval - slider.minval)) local buttrect = rect({slider.startbar+barpos-int(m.sliderwd/2), slider.y, m.sliderwd, slider.ht}) if not (x >= buttrect.left and x <= buttrect.right and y >= buttrect.top and y <= buttrect.bottom) then -- move button to clicked position immediately prevx = math.maxinteger end -- track horizontal movement of mouse until button is released repeat local xy = ov("xy") if #xy > 0 then local x, _ = split(xy) -- check if slider position needs to change x = tonumber(x) if x < slider.startbar then x = slider.startbar end if x > maxx then x = maxx end if x ~= prevx then -- draw new position of slider button immediately; -- first restore background pixels saved in previous slider.show local oldblend = ov("blend 0") ovt{"paste", slider.x, slider.y, slider.background} ov("blend "..oldblend) draw_slider(slider, x - slider.startbar) g.update() -- now check if slider value has to change local newpos = int(slider.minval + range * (x - slider.startbar) / slider.barwidth) if newpos < slider.minval then newpos = slider.minval end if newpos > slider.maxval then newpos = slider.maxval end if slider.pos ~= newpos then slider.pos = newpos -- call this slider's handler slider.onclick(newpos) g.update() end prevx = x end end until g.getevent() == "mup left" -- undarken slider button darken_slider = false slider.show(slider.x, slider.y, slider.pos) g.update() return true end end return false end -------------------------------------------------------------------------------- local function DrawMenuBar(mbar) local oldrgba = ov(m.menubg) m.fill_rect(mbar.r.x, mbar.r.y, mbar.r.wd, mbar.r.ht) local oldblend = ov("blend 1") local xpos = mbar.r.x + m.menugap local ypos = mbar.r.y + m.yoffset + (mbar.r.ht - mbar.labelht) // 2 for i = 1, #mbar.menus do local menu = mbar.menus[i] if i == selmenu then ov(m.selcolor) m.fill_rect(xpos, mbar.r.y, menu.labelwd + m.menugap*2, mbar.r.ht) end xpos = xpos + m.menugap ovt{"paste", xpos, ypos, menu.labelclip} xpos = xpos + menu.labelwd + m.menugap end ov("blend "..oldblend) ov("rgba "..oldrgba) end -------------------------------------------------------------------------------- function m.menubar() -- return a table that makes it easy to create and use a menu bar local mbar = {} mbar.menus = {} mbar.r = {} -- menu bar's bounding rectangle mbar.labelht = 0 -- height of label text mbar.itemht = 0 -- height of a menu item mbar.shown = false -- mbar.show hasn't been called mbar.addmenu = function (menuname) -- append a menu to the menu bar local index = #mbar.menus+1 local clipname = string.gsub(tostring(mbar)..index," ","") local oldfont = ov(m.menufont) local oldblend = ov("blend 1") local oldtextbg = ov("textoption background 0 0 0 0") local wd, ht = m.maketext(menuname, clipname, m.menutext, m.textshadowx, m.textshadowy, m.textshadowrgba) ov("textoption background "..oldtextbg) ov("blend "..oldblend) ov("font "..oldfont) mbar.labelht = ht mbar.itemht = ht + m.itemgap*2 mbar.menus[index] = { labelwd=wd, labelclip=clipname, items={}, maxwd=0 } end local function check_width(menuindex, itemname) local oldfont = ov(m.menufont) local oldblend = ov("blend 1") local wd, _ = m.maketext(itemname, nil, m.menutext, m.textshadowx, m.textshadowy, m.textshadowrgba) ov("blend "..oldblend) ov("font "..oldfont) local itemwd = wd + m.menugap*2 + 20 if itemwd > mbar.menus[menuindex].maxwd then mbar.menus[menuindex].maxwd = itemwd end end mbar.additem = function (menuindex, itemname, onclick, args) -- append an item to given menu args = args or {} check_width(menuindex, itemname) local items = mbar.menus[menuindex].items items[#items+1] = { name=itemname, f=onclick, fargs=args, enabled=(onclick ~= nil), type=item_normal, value=false } end mbar.setitem = function (menuindex, itemindex, newname) -- change name of given menu item check_width(menuindex, newname) mbar.menus[menuindex].items[itemindex].name = newname end mbar.enableitem = function (menuindex, itemindex, bool) mbar.menus[menuindex].items[itemindex].enabled = bool end mbar.tickitem = function (menuindex, itemindex, bool) -- tick/untick the given menu item mbar.menus[menuindex].items[itemindex].type = item_tick mbar.menus[menuindex].items[itemindex].value = bool end mbar.radioitem = function (menuindex, itemindex, bool) -- mark menu item as a radio item and set its value mbar.menus[menuindex].items[itemindex].type = item_radio mbar.menus[menuindex].items[itemindex].value = bool end mbar.show = function (x, y, wd, ht) if wd > 0 and ht > 0 then if mbar.shown then mbar.hide() -- set menubar_tables[mbar.r] to nil end mbar.r = rect({x, y, wd, ht}) DrawMenuBar(mbar) menubar_tables[mbar.r] = mbar mbar.shown = true end end mbar.hide = function () if mbar.shown then menubar_tables[mbar.r] = nil mbar.shown = false end end mbar.refresh = function () -- redraw menu bar mbar.show(mbar.r.x, mbar.r.y, mbar.r.wd, mbar.r.ht) g.update() end return mbar end -------------------------------------------------------------------------------- local function GetMenu(x, y, oldmenu, mbar) -- return menu index depending on given mouse location if y < mbar.r.y then return oldmenu end if y > mbar.r.y + mbar.r.ht - 1 then return oldmenu end if x < mbar.r.x + m.menugap then return 0 end if x > mbar.r.x + mbar.r.wd - 1 then return 0 end local endmenu = mbar.r.x + m.menugap for i = 1, #mbar.menus do endmenu = endmenu + mbar.menus[i].labelwd + m.menugap*2 if x < endmenu then return i end end return 0 end -------------------------------------------------------------------------------- local function GetItem(x, y, menuindex, mbar) -- return index of menu item at given mouse location if menuindex == 0 then return 0 end if y < mbar.r.y + mbar.r.ht then return 0 end local numitems = #mbar.menus[menuindex].items local ht = numitems * mbar.itemht if y > mbar.r.y + mbar.r.ht + ht then return 0 end local mleft = mbar.r.x + m.menugap for i = 2, menuindex do mleft = mleft + mbar.menus[i-1].labelwd + m.menugap*2 end if x < mleft then return 0 end if x > mleft + mbar.menus[menuindex].maxwd then return 0 end -- x,y is somewhere in a menu item local itemindex = math.floor( (y - (mbar.r.y + mbar.r.ht)) / mbar.itemht ) + 1 if itemindex > numitems then itemindex = numitems end return itemindex end -------------------------------------------------------------------------------- local function DrawMenuItems(mbar) -- draw drop-down window showing all items in the currently selected menu local numitems = #mbar.menus[selmenu].items if numitems == 0 then return end local oldrgba = ov(m.menubg) local x = mbar.r.x + m.menugap for i = 2, selmenu do x = x + mbar.menus[i-1].labelwd + m.menugap*2 end local ht = numitems * mbar.itemht + 1 local wd = mbar.menus[selmenu].maxwd local y = mbar.r.y + mbar.r.ht m.fill_rect(x, y, wd, ht) local oldfont = ov(m.menufont) local oldblend = ov("blend 1") -- draw translucent gray shadows ov("rgba 48 48 48 128") local shadowsize = 3 m.fill_rect(x+shadowsize, y+ht, wd-shadowsize, shadowsize) m.fill_rect(x+wd, y, shadowsize, ht+shadowsize) x = x + m.menugap y = y + m.yoffset for i = 1, numitems do local item = mbar.menus[selmenu].items[i] if item.f == nil then -- item is a separator ov(m.discolor) m.draw_line(x-m.menugap, y+mbar.itemht//2, x-m.menugap+wd-1, y+mbar.itemht//2) else if i == selitem and item.enabled then ov(m.selcolor) m.fill_rect(x-m.menugap, y, wd, mbar.itemht) end local oldtextbg = ov("textoption background 0 0 0 0") if item.enabled then m.maketext(item.name, nil, m.menutext, m.textshadowx, m.textshadowy, m.textshadowrgba) m.pastetext(x, y + m.itemgap) ov(m.menutext) else m.maketext(item.name, nil, m.discolor) -- no shadow if disabled m.pastetext(x, y + m.itemgap) ov(m.discolor) end ov("textoption background "..oldtextbg) if item.type == item_tick then if item.value then -- draw tick mark at right edge local x1 = x - m.menugap + wd - m.menugap local y1 = y + 6 local x2 = x1 - 6 local y2 = y + mbar.itemht - 8 local oldwidth = ov("lineoption width 4") if item.enabled and (m.textshadowx > 0 or m.textshadowy > 0) then local oldcolor = ov(m.textshadowrgba) m.draw_line(x1+m.textshadowx, y1+m.textshadowy, x2+m.textshadowx, y2+m.textshadowy) m.draw_line(x2+m.textshadowx, y2+m.textshadowy, x2+m.textshadowx-5, y2+m.textshadowy-3) ov("rgba "..oldcolor) end m.draw_line(x1, y1, x2, y2) m.draw_line(x2, y2, x2-5, y2-3) ov("lineoption width "..oldwidth) end elseif item.type == item_radio then -- draw radio button at right edge local size = mbar.itemht - 12 local x1 = x - m.menugap + wd - m.menugap - size local y1 = y + 6 if item.enabled and (m.textshadowx > 0 or m.textshadowy > 0) then m.fill_ellipse(x1+m.textshadowx, y1+m.textshadowy, size, size, 0, m.textshadowrgba) end local optcol = m.distext if item.value and item.enabled then optcol = m.textrgba end if item.enabled or item.value then m.fill_ellipse(x1, y1, size, size, 0, optcol) end end end y = y + mbar.itemht end ov("blend "..oldblend) ov("font "..oldfont) ov("rgba "..oldrgba) end -------------------------------------------------------------------------------- local function release_in_item(x, y, mbar) -- user clicked given point in menu bar so return the selected menu item -- on release, or nil if the item is disabled or no item is selected local t0 = g.millisecs() local MacOS = g.os() == "Mac" selitem = 0 selmenu = GetMenu(x, y, 0, mbar) if selmenu == 0 and not MacOS then -- if initial click is not in any menu then ignore it on Windows/Linux return nil end -- save entire overlay (including menu bar) in bgclip local bgclip = string.gsub(tostring(mbar).."bg"," ","") ov("copy 0 0 0 0 "..bgclip) if selmenu > 0 then DrawMenuBar(mbar) -- highlight selected menu DrawMenuItems(mbar) g.update() end local prevx = x local prevy = y local menuitem = nil -- on Windows/Linux we loop until an enabled item is clicked; -- on Mac we loop until an enabled or disabled item is clicked while true do -- loop until click or keypress while true do local event = g.getevent() if event == "mup left" then if g.millisecs() - t0 > 500 then local oldmenu = selmenu selmenu = GetMenu(x, y, selmenu, mbar) if selmenu == 0 and not MacOS then selmenu = oldmenu end break end elseif event:find("^oclick") then local _, sx, sy, butt, mods = split(event) if butt == "left" and mods == "none" then x = tonumber(sx) y = tonumber(sy) local oldmenu = selmenu selmenu = GetMenu(x, y, selmenu, mbar) if selmenu == 0 and not MacOS then selmenu = oldmenu end break end elseif event == "key enter none" or event == "key return none" then break end local xy = ov("xy") if #xy > 0 then x, y = split(xy) x = tonumber(x) y = tonumber(y) if x ~= prevx or y ~= prevy then -- check if mouse moved into or out of a menu/item local oldmenu = selmenu local olditem = selitem selmenu = GetMenu(x, y, selmenu, mbar) if selmenu == 0 and not MacOS then selmenu = oldmenu end selitem = GetItem(x, y, selmenu, mbar) if selmenu ~= oldmenu or selitem ~= olditem then ovt{"paste", 0, 0, bgclip} DrawMenuBar(mbar) if MacOS then if selmenu > 0 then DrawMenuItems(mbar) end else DrawMenuItems(mbar) end g.update() end prevx = x prevy = y end end end if MacOS then -- on Mac we can return nil if user clicked a disabled item menuitem = nil if selmenu > 0 then selitem = GetItem(x, y, selmenu, mbar) if selitem > 0 and mbar.menus[selmenu].items[selitem].enabled then menuitem = mbar.menus[selmenu].items[selitem] end end break else -- Windows/Linux if selmenu > 0 then selitem = GetItem(x, y, selmenu, mbar) if selitem > 0 and mbar.menus[selmenu].items[selitem].enabled then menuitem = mbar.menus[selmenu].items[selitem] break elseif selitem == 0 then break end end end end -- restore overlay and menu bar ovt{"paste", 0, 0, bgclip} g.update() ov("delete "..bgclip) selmenu = 0 return menuitem end -------------------------------------------------------------------------------- local function click_in_menubar(x, y) for r, mbar in pairs(menubar_tables) do if x >= r.left and x <= r.right and y >= r.top and y <= r.bottom then local menuitem = release_in_item(x, y, mbar) if menuitem and menuitem.f then -- call this menu item's handler menuitem.f( table.unpack(menuitem.fargs) ) end return true end end return false end -------------------------------------------------------------------------------- local function DrawPopUpMenu(p, chosenitem) -- draw pop-up window showing all items local numitems = #p.items if numitems == 0 then return end local oldfont = ov(m.menufont) local oldblend = ov("blend 1") local oldrgba = ov(p.bgcolor) local ht = p.menuht + 1 local wd = p.menuwd local x = p.x local y = p.y m.fill_rect(x, y, wd, ht) -- draw translucent gray shadows ov("rgba 48 48 48 128") local shadowsize = 3 m.fill_rect(x+shadowsize, y+ht, wd-shadowsize, shadowsize) m.fill_rect(x+wd, y+shadowsize, shadowsize, ht) x = x + m.menugap y = y + m.yoffset for i = 1, numitems do local item = p.items[i] if item.f == nil then -- item is a separator ov(p.discolor) m.draw_line(x-m.menugap, y+p.itemht//2, x-m.menugap+wd-1, y+p.itemht//2) else if i == chosenitem and item.enabled then ov(p.selcolor) m.fill_rect(x-m.menugap, y, wd, p.itemht) end local oldtextbg = ov("textoption background 0 0 0 0") if item.enabled then m.maketext(item.name, nil, m.menutext, m.textshadowx, m.textshadowy, m.textshadowrgba) m.pastetext(x, y + m.itemgap) ov(m.menutext) else m.maketext(item.name, nil, p.discolor) -- no shadow if disabled m.pastetext(x, y + m.itemgap) ov(p.discolor) end ov("textoption background "..oldtextbg) if item.type == item_tick then if item.value then -- draw tick mark at right edge local x1 = x - m.menugap + wd - m.menugap local y1 = y + 6 local x2 = x1 - 6 local y2 = y + p.itemht - 8 local oldwidth = ov("lineoption width 4") if item.enabled and (m.textshadowx > 0 or m.textshadowy > 0) then local oldcolor = ov(m.textshadowrgba) m.draw_line(x1+m.textshadowx, y1+m.textshadowy, x2+m.textshadowx, y2+m.textshadowy) m.draw_line(x2+m.textshadowx, y2+m.textshadowy, x2+m.textshadowx-5, y2+m.textshadowy-3) ov("rgba "..oldcolor) end m.draw_line(x1, y1, x2, y2) m.draw_line(x2, y2, x2-5, y2-3) ov("lineoption width "..oldwidth) end elseif item.type == item_radio then -- draw radio button at right edge local size = p.itemht - 12 local x1 = x - m.menugap + wd - m.menugap - size local y1 = y + 6 if item.enabled and (m.textshadowx > 0 or m.textshadowy > 0) then m.fill_ellipse(x1+m.textshadowx, y1+m.textshadowy, size, size, 0, m.textshadowrgba) end local optcol = m.distext if item.value and item.enabled then optcol = m.textrgba end if item.enabled or item.value then m.fill_ellipse(x1, y1, size, size, 0, optcol) end end end y = y + p.itemht end ov("blend "..oldblend) ov("font "..oldfont) ov("rgba "..oldrgba) end -------------------------------------------------------------------------------- local function GetPopUpItem(x, y, p) -- return index of item at given mouse location if x <= p.x or y <= p.y then return 0 end local numitems = #p.items if y > p.y + p.menuht then return 0 end if x > p.x + p.menuwd then return 0 end -- x,y is somewhere in a menu item local itemindex = math.floor((y - p.y) / p.itemht) + 1 if itemindex > numitems then itemindex = numitems end return itemindex end -------------------------------------------------------------------------------- local function choose_popup_item(p) -- return a chosen item from the given pop-up menu -- or nil if the item is disabled or no item is selected local t0 = g.millisecs() -- save entire overlay in bgclip local bgclip = string.gsub(tostring(p).."bg"," ","") ov("copy 0 0 0 0 "..bgclip) local chosenitem = 0 DrawPopUpMenu(p, chosenitem) g.update() local x = p.x local y = p.y local prevx = x local prevy = y while true do local event = g.getevent() if event:find("^mup") then if g.millisecs() - t0 > 500 then break end elseif event:find("^oclick") then local _, sx, sy, butt, mods = split(event) if butt == "left" and mods == "none" then x = tonumber(sx) y = tonumber(sy) break end elseif event == "key enter none" or event == "key return none" then break end local xy = ov("xy") if #xy > 0 then x, y = split(xy) x = tonumber(x) y = tonumber(y) if x ~= prevx or y ~= prevy then -- check if mouse moved into or out of an item local olditem = chosenitem chosenitem = GetPopUpItem(x, y, p) if chosenitem ~= olditem then ovt{"paste", 0, 0, bgclip} DrawPopUpMenu(p, chosenitem) g.update() end prevx = x prevy = y end end end chosenitem = GetPopUpItem(x, y, p) -- restore overlay ovt{"paste", 0, 0, bgclip} g.update() ov("delete "..bgclip) return chosenitem end -------------------------------------------------------------------------------- function m.popupmenu() -- return a table that makes it easy to create and use a pop-up menu local p = {} p.items = {} -- array of items p.labelht = 0 -- height of label text p.itemht = 0 -- height of an item p.menuwd = 0 -- width of pop-up menu p.menuht = 0 -- height of pop-up menu p.x, p.y = 0, 0 -- top left location of pop-up menu -- default to menu bar colors p.bgcolor = m.menubg p.selcolor = m.selcolor p.discolor = m.discolor local function check_width(itemname) local oldfont = ov(m.menufont) local oldblend = ov("blend 1") local wd, ht = m.maketext(itemname, nil, m.menutext, m.textshadowx, m.textshadowy, m.textshadowrgba) ov("blend "..oldblend) ov("font "..oldfont) p.labelht = ht p.itemht = ht + m.itemgap*2 local itemwd = wd + m.menugap*2 + 20 if itemwd > p.menuwd then p.menuwd = itemwd end end p.additem = function (itemname, onselect, args) args = args or {} check_width(itemname) p.items[#p.items+1] = { name=itemname, f=onselect, fargs=args, enabled=(onselect ~= nil), type=item_normal, value=false } p.menuht = #p.items * p.itemht end p.enableitem = function (itemindex, bool) -- enable/disable the given item p.items[itemindex].enabled = bool end p.tickitem = function (itemindex, bool) -- tick/untick the given item p.items[itemindex].type = item_tick p.items[itemindex].value = bool end p.radioitem = function (itemindex, bool) -- set/clear the given item option -- mark menu item as radio item and set its value p.items[itemindex].type = item_radio p.items[itemindex].value = bool end p.setbgcolor = function (rgba) p.bgcolor = rgba local _,R,G,B,A = split(rgba) R = tonumber(R) G = tonumber(G) B = tonumber(B) A = tonumber(A) -- use a darker color when item is selected p.selcolor = "rgba "..math.max(0,R-48).." "..math.max(0,G-48).." "..math.max(0,B-48).." "..A -- use lighter color for disabled items and separator lines p.discolor = "rgba "..math.min(255,R+48).." "..math.min(255,G+48).." "..math.min(255,B+48).." "..A end p.show = function (x, y, ovwd, ovht) if x + p.menuwd > ovwd then x = x - p.menuwd - 2 end if y + p.menuht > ovht then y = ovht - p.menuht end p.x = x p.y = y local itemindex = choose_popup_item(p) if itemindex > 0 then local item = p.items[itemindex] if item and item.f and item.enabled then -- call this item's handler item.f( table.unpack(item.fargs) ) end end end return p end -------------------------------------------------------------------------------- function m.process(event) if #event > 0 then if event:find("^oclick") then local _, x, y, butt, mods = split(event) if butt == "left" and mods == "none" then x = tonumber(x) y = tonumber(y) if click_in_button(x, y) then return "" end if click_in_checkbox(x, y) then return "" end if click_in_slider(x, y) then return "" end if click_in_menubar(x, y) then return "" end end end end return event end -------------------------------------------------------------------------------- function m.hexrule() -- return true if the current rule uses a hexagonal neighborhood local rule = g.getrule() rule = rule:match("^(.+):") or rule -- remove any ":*" suffix local algo = g.getalgo() if algo == "QuickLife" or algo == "HashLife" or algo == "Generations" then return (rule:sub(1, 3) == "MAP" and rule:len() == 25) or rule:sub(-1) == "H" elseif algo == "RuleLoader" then return rule:lower():find("hex") ~= nil -- or maybe look in the .rule file and see if the TABLE section specifies -- neighborhood:hexagonal or the ICONS section specifies hexagons??? end return false end -------------------------------------------------------------------------------- function m.minbox(clipname, wd, ht) -- find the minimal bounding box of non-transparent pixels in given clip local xmin, ymin, xmax, ymax, minwd, minht -- find the top edge (ymin) local oldtarget = ov("target "..clipname) for row = 0, ht-1 do for col = 0, wd-1 do local _, _, _, a = ovt{"get", col, row} if a ~= 0 then ymin = row goto found_top end end end -- only get here if clip has no non-transparent pixels xmin, ymin, minwd, minht = 0, 0, 0, 0 goto finish ::found_top:: -- get here if clip has at least one non-transparent pixel -- find the bottom edge (ymax) for row = ht-1, ymin, -1 do for col = 0, wd-1 do local _, _, _, a = ovt{"get", col, row} if a ~= 0 then ymax = row goto found_bottom end end end ::found_bottom:: -- find the left edge (xmin) for col = 0, wd-1 do for row = ymin, ymax do local _, _, _, a = ovt{"get", col, row} if a ~= 0 then xmin = col goto found_left end end end ::found_left:: -- find the right edge (xmax) for col = wd-1, xmin, -1 do for row = ymin, ymax do local _, _, _, a = ovt{"get", col, row} if a ~= 0 then xmax = col goto found_right end end end ::found_right:: -- all edges have been found minwd = xmax - xmin + 1 minht = ymax - ymin + 1 ::finish:: -- return the bounding box info ov("target "..oldtarget) return xmin, ymin, minwd, minht end -------------------------------------------------------------------------------- return m golly-3.3-src/Scripts/Lua/oplus/images/0000755000175000017500000000000013543257426015065 500000000000000golly-3.3-src/Scripts/Lua/oplus/images/lifeviewer.png0000644000175000017500000000440713043333474017652 00000000000000‰PNG  IHDR(­•+tRNSn¦‘¼IDATxœí;oÛH€‡ë 9P®PanTPW©SÈý´›4ç?p€\¤ ]¤KyÝ’‹+$à*R¹‰ô ¤âê ʼn…šNá"b±½‚4¹|¿vÉår>¤ˆ)rwgf9³Y AA‘Ã0¸^Gʇ·Méë;Û† 5€⻢(J %WUoÓ „”#~i‰DZx¼Òña Úz›ƒ¢(>—Íăó(³¦üTu„ –ïàW~”רªÞ¦zæ DZøùŽx¯QU½MõÌ ˆÌðði¼FUõ6 Ô3'00 ’ÃÖw¤÷UÕÛ4PÏ<ˆTAU ʺ¡Çd.¤ˆÔ2õ*K'Ž8¬6ZËñÕË ›“‚Ô[~Féd2)¹Æ <Ò´ÄLý˾ä‰Ûã©×«û )Øìôô aû/_ËSŠÃDÏiÊ©ªãIžcÞöM^J·4ž|úaëÇÙ–)ˆ¹i‚4´{ ‚H©¡$ª1Ò²p#|Ök‡¬K@¹ˆDÛ6ið™ Q²³"k7F%Ésò¹Éá•ëÜ( óÕ¤M1‹,šâ¤ï0ÂvûjÉÿ•M Ì;PA?ÎÁ_Œ R&EÏ1H¹ÎîCzk!]‘F¶'ë>!“!ÃöÎävìIZ[OÚq·.Çã>™wÃ>Û#$ê#ëÙ=BúdÝ£µ;œ$Ý3Ý9Ù½R¾Ì²×V:ÁŒÃ‹7ã®ê½¤êûDßÀYh†â%€@ ã,¬ÏG"œc¨ª¾¿†ëaõÀîœô4÷Ö¾<€ÃÏÆ*øœXöÊ7O$²Ätd-–I3‚V%~ɤ‡•¼¹+ʯáá䀽ùÜ?ª~ ·vFõÚõ q…µÇï¤?åÈs¯ÝŒ!S'ÉûÎÆ´Ü™1PŸÚ q´äQšm²„Q¿m£xûï*ÇÁi*}ýWbÔÑ?Ò”ÖþʸÕÔLY›Ý>9nùøçÕ¨ÝwΛã{±?‡½õÒŽu¦î»ê¼E–¤ÒD¸¢QF¿è*€¹=„gô¹2>Ÿ.À<¿>²f@¶WÚ›[B­{CßRƒû„\ÞŽ³·!Z÷É£ùÓ\–˜ªéö«÷÷&¨;/é«jûd÷Æ`£(›§ÉD,!ö5^mBí{ùÛǾ¾@åØwo® ^ß•T÷ðÀ›Ê¸ÕÚ:Y?|v¬‚ùáûjv»Ð^çð5Ý9Ù×Ý©{K_ú†f1|±æ‡ï¾5‰ÙQÀï¨ÍjýÃs³ 3…NªŠÕî’¦,õõ™OiLpÕzSÍýÒ :LW¼µ=8‹éÓ¶ æãGëïÙíÀêK™æ¦,ìK¯DEÙ¿D‘ë…\ºØ^-´Ý„—pu38Üšw§Êf`Ü'Ï50·‡ÊFQ6‡ç M]hzùkËó·;ö·ÆàÿLÜÀÃùáFQ6ÊÑÖó„íÂlyO 7ÉR y~­(EÙ(§w-ý]T„~jÕé¨ú/,ôì[«dPb*¨°aEJÊ¡oìnÖÜ4å:g˜}¯ÆcjŽåJWľ¼ƒ¢(òíEËD­­“¾ñí“ãhÓ>!ý©×=õ*.þ²gî+ãÛ`ç…9Nÿ{H{«yÿ>d«Ó/ï îÒ•f;… Ÿtª¾o;¯i`ðs¸þßì X{LÍDÏt‡aÚó7 %õQl®ÂâÔ;¨_Ý hE©ÝeŠ¥³,öý}ó*är:û² u å´ŸÇ!†¬eÖÔLYšmç#yȵšTVŸh¯nO-¾Õö2°æ %ÎR„•ñÙµNT°¤ï±ïë³3æöeêhJeCwÿr´¡vöÊÖ`kÖì.b(7 ð®&ÙÿoOÞR+­«kªkŒ¦½µgúO+KáÃí¤ÆÓä¾'–Ù×s:S —&ºïôVä#^¼ò¶')÷’ ôyI%*X{no?Œv5€ÇO™õ…¥O!ú¼µÁîì Xî>%Ù—Í9!tÍK®ZïÓ&Âû·s’µ›YëHÞ;ó÷íÕ¢§i×#˜}|4TèLIþxgJúoϯÆ·…ÞÓÔî’¸S g&^ Ÿæƒ¶H#²?+qó÷…9îªài°ÅBûÃ8ؽPéÔu7ÏýÕÙ… -Õ+o‘s +KZžsÑ<¿ŽHÂié˾îÞöµGI23»º›jUß'º{1¸¥ ^û†´ï€­X¯}/þ;¦±¯s‚Á9†ì*I kELV¤"Þ )‡DqXÉ[ZE`çäùöô¨¼='û›½‘7Ÿ/1É$]5HPFfÝi~ìÖ0Œ°“¾tÆ!ÎÈä}Ê—Jاëe–®šIoy•œñCÞ¼€¬ùWåÙ×KÔûÉ Ë檗Õý‰…äkoµ”@¼8¬äM,G2­Æ“•à5ü¡f‡Ý2é­¦½‹·}ó,%ɺp”†‹KÌ2ÜÐvM©Éý ɇ˜=¹Fd øŠZœ¸É°Ë!YÁ>Sœ´uDÊ­i¡bƒô½.( ô"G3û¢H¹Ñ\K’ÓUeJBå|úDAš $.0Èçòø‘UW"p‹¡r»3o“iP¾ÍöJê• ÍÉzHý>"!ÄûË „ÝÀÅ—\I½%&Ùˆö{ „ÑïÁ°*‡-h_aƒ/ÿµ´Â«ª7H ÓUsâ¤ù UxÛ”ïï1 ˆ80³;¤ÙŸ¯ªÞ¦zæDZxx ‹xßQU½MõÌ ˆœðóQ¾£ªz›ê™+l¾DA„~±n [osF&z–É;ü DBø½Ìñ%WUoÓ(M¨vAø;ƒr÷Æ$ IEND®B`‚golly-3.3-src/Scripts/Lua/oplus/sounds/0000755000175000017500000000000013543257426015133 500000000000000golly-3.3-src/Scripts/Lua/oplus/sounds/README.txt0000644000175000017500000000162113317135606016543 00000000000000audio files Sound effects and music are available for breakout.lua and overlay-demo.lua. You need two things: 1. A build of Golly that is compiled with sound support (see the Makefiles for ENABLE_SOUND) 2. The audio files which can be downloaded as zip file from: http://lazyslug.no-ip.biz/lifeview/audio/audio.zip The zip file contains the following: breakout/ breakout/bat.ogg breakout/bonusloop.ogg breakout/brick1.ogg breakout/brick2.ogg breakout/brick3.ogg breakout/brick4.ogg breakout/brick5.ogg breakout/brick6.ogg breakout/edge.ogg breakout/gameloop.ogg breakout/gamelostloop.ogg breakout/gamestart.ogg breakout/levelcompleteloop.ogg breakout/lostball.ogg breakout/top.ogg overlay-demo/animation.ogg The zip file must be extracted to /Scripts/Lua/oplus/sounds For example the path to bat.ogg should be /Scripts/Lua/oplus/sounds/breakout/bat.ogg golly-3.3-src/Scripts/Lua/heisenburp.lua0000755000175000017500000006111513111767235015247 00000000000000-- Stable pseudo-Heisenburp device. -- Show several views of a multi-stage signal-processing circuit. -- Author: Dave Greene, 27 February 2007. Lua version 1 April 2016. local g = golly() local gp = require "gplus" local split = gp.split local clock = os.clock local ticks=0 local tickstep=5 local last_signal=-99999 local viewport_speed=16 local sel_speed=0 local delta_sel=0 local delay=-1 local run_flag=0 local ch="" local selx=600 local sely=365 local place_signal=3 local helpstring=[[ Use ENTER and SPACE to run or halt the pattern; use + and - to change the step size or delay value; use arrow keys and mouse tools to pan and zoom in any pane; T toggles between a tiled view and a single-pane view; S creates another signal fleet near the detection mechanism; R resets the Heisenburp device to its initial state; Q quits out of the script and restores original settings.]] local instr="Press H for help. " ------------------------------------------------------- local function sleep(n) -- n is seconds (with precision in hundredths of a second) local t0 = clock() while clock() - t0 <= n do g.doevent("") -- no-op, but allows user to abort script here end end ------------------------------------------------------- local function show_status_text(s, d, t) if d==-1 then if t==1 then g.show(s.."Speed is "..t.." tick per step.") else g.show(s.."Speed is "..t.." ticks per step.") end else g.show(s.."Delay between ticks is "..d.." seconds.") end end ------------------------------------------------------- local function prepare_burp() while g.numlayers()>1 do g.dellayer() end local highway_robber=g.parse([[143bo$143b3o$146bo$145b2o2$126bo42bo$126b3o38b3o$129bo36bo$128b2o11b2o 23b2o7b2o$141b2o32bo$108bo64bobo$108b3o6b2o54b2o$111bo5b2o$110b2o3$ 111b2o$111b2o3b2o$116b2o35b2o23bo$154bo22bobo$151b3o8b2o14bo$151bo11bo $98bo7bo53b3o$86bo11b3o5b3o51bo$84b3o14bo7bo32b2o$68bo14bo16b2o6b2o32b obo30b2o$68b3o12b2o59bo30bobo$71bo72b2o31bo$70b2o105b2o$159bob2o$159b 2obo$71b2o$71b2o17b2o76b2o$90b2o76b2o5$104b2o$87b2o14bobo$87bo15bo74b 2o$88b3o11b2o74bo$90bo85bobo$84b2o90b2o$84bo$85b3o$87bo2$158b2o$159bo$ 68b2o89bobo$67bobo90b2o$67bo25b2o$66b2o25bo$74b2o15bobo$74b2o15b2o98b 2o6bo$187bobo2bo4b3o$185b3ob2o5bo$184bo11b2o$185b3ob2o$177b2o8bob2o$ 177b2o2$161b2o32b2o3b2o$161b2o32b2o3b2o$153b2o$88b2o2b2ob2o57bo18b2ob 2o$73b2o13bobo2bobo58bobo16b2obo$72bobo16b2o3bo58b2o21bo26bo$72bo19bob 2o76bob5o25bobo$71b2o16bo2bobo77b2o31bo$88bobobobo80b2o$89b2ob2o82bo$ 173b3o$173bo33bo$171bobo31b3o$171b2o31bo$187b2o14bobo$187b2o15bo$83b2o $83b2o$202b2o$202b2o2$175b2o$175b2o$72b2o123b2o$73bo19b2o102bo$73bobo 17bo76b2o26b3o$74b2o15bobo60b2o14b2o28bo$86bo4b2o62bo$85bobo64b3o$54bo 30bobo64bo$54b3o17b2o10bo$57bo15bobo$56b2o15bo116b2o$72b2o116bo$36b2o 49b2o102b3o$29b2o5b2o49bo105bo$29b2o57b3o6bo$90bo4b3o$94bo$31b2o17b2o 29b2o11b2o14b2o$31b2o17bo30b2o27b2o$25b2o21bobo$25b2o21b2o$116b2o$116b 2o36b2o$112b2o41bo$112b2o41bobo$156b2o$56b2o122b2o$56b2o11b2o109b2o$ 69bo47b2o$70b3o44b2o$72bo2$22bo$22b3o55b2o96b2o$25bo53bobo96bo$24b2o 47b2o4bo99b3o$73b2o3b2o101bo$179b2o$76b4o99bo$75bo3bo97bobo$75b2o100b 2o$53b2o33bo22b2o$19b2o32b2o33b3o20bo$20bo70bo20b3o$20bobo67b2o22bo44b o$21b2o136b3o$162bo$115bo45b2o$35b2o28b2o46b3o$35bobo27b2o45bo$37bo41b 2o6b2o23b2o$37b2o40b2o6bo2b2o$83b2o3b2obo$83b2o4bo89b2o$17bob2o68bo89b o$17b2obo67b2obob2o18b2o62bobo$87bo2b2ob2o18bobo61b2o$26b2o60bo26bo$ 26b2o33b2o26b3ob2o20b2o$60bo2bo27bobo66b2o$61bobo29bo66b2o15b2o$62bo 29b2ob2o80bobo$94bobo82bo$94bo84b2o$93b2o3$160b2o$160bo$158bobo$158b2o 2$16bo$16b3o$19bo33bo121b2obo$18b2o33b3o53b2o64bob2o$56bo52b2o$11bo43b obo110b2o$11b3o42bo111b2o$14bo123bo$13b2o121b3o$57b2o19bo56bo$57b2o17b 3o19b2o20bo14b2o$75bo23bo19bobo$75b2o22bobo17bobo$100b2o15bobobobo34b 2o$10b2o19b2o79bo4b2o3b2o10bo24bo$10b2o19b2o47b2o29bobo19bobo23bobo$ 80b2o29bobo19bobo24b2o$4bo95b2o10bo21bo4b2o$4b3o25b2o65bobo20b2o15bobo $2o5bo24bo57b2o7bo21bobo17bo$bo4b2o25b3o54bo7b2o21bo19b2o36bo$bobo31bo 52bobo22b2o5b2o55b3o$2b2o29b2o53b2o23bo62bo$33bo17b2o61b3o28b2o29b2o$ 31bobo4bo11bobo63bo28bo$31b2o3b3o11bo92bobo$35bo13b2o92b2o$35b2o94b2o$ 61b2o68b2o$61b2o$b2o178b2o$b2o178bo$36b2o141bobo$36b2o141b2o3$27b2o37b 2o97b2o$27b2o36bobo51b2o43bobo$65bo54bo43bo$64b2o54bobo40b2o$121b2o2$ 181b2obo$181bob2o2$40bo133b2o$38b3o133b2o$37bo$37b2o$138b2o$138b2o$42b 2o$42b2o78b2o$122b2o$114b2o$52b2o61bo18b2ob2o$52bo62bobo16b2obo$50bobo 63b2o21bo$50b2o81bob5o$13b2o118b2o$12bobo121b2o$12bo124bo$11b2o99bobo 19b3o$112b2obo18bo$23b2o90b3o$23b2o87b2o4bo$112bob5o$114bo$113bo3b2o$ 108bo3bo3bobo$106b3o3b2o3bo$105bo$28b2o75b2o29b2o39b2o$27bobo106b2o38b o2bo$27bo149b2o$26b2o2$131b2o$131b2o$135b2o$14b2o119b2o$14b2o35bo$49b 3o$48bo80b2o$48b2o63b2o14b2o$79bo33bo$68b2o7b3o34b3o$69bo6bo39bo$69bob o4b2o$70b2o$109b2o$109bobo$111bo$111b2o7$103b2o$103bo$104b3o$106bo$13b o19b2o$12bobo10b2o6bo5b2o41b2o$11bo2bo10bo8b3obobo41bo$12b2o9bobo10bob o7b2o28b2obo3b3o$23b2o12b2o7b2o28b2ob4o2bo$82bo$64b2o6b2o2b2ob2o$63bob o6bo4bobo$63bo9b4o2bo$62b2o7bobo2bobo$71b2o4bo!]]) local connecting_neck=g.parse([[24bo$22b3o$21bo$21b2o$6b2o$7bo$7bobo$8b2o10bo$19bobo$19bobo$20bo4b2o$ 8b2o15bobo$7bobo17bo$7bo19b2o$6b2o6$17b2o$17b2o7$23b2ob2o$22bobobobo$ 5b2o16bo2bobo$6bo19bob2o$6bobo16b2o3bo$7b2o13bobo2bobo$22b2o2b2ob2o11$ 8b2o15b2o$8b2o15bobo$2o25bo$bo25b2o$bobo$2b2o4$21bo107bo$19b3o106bobo$ 18bo109bobo$18b2o106b3ob2o$24bo100bo$22b3o12bo84bo2b4ob2o$21bo15b3o82b 3o3bob2o$21b2o17bo84bo$39b2o83b2o26b2o$152bo$150bobo$150b2o2$24b2o$5b 2o17b2o76bo$5b2o95b3o6b2o$105bo5b2o41b2obo$104b2o48bob2o$4b2o$5bo141b 2o$2b3o12b2o86b2o40b2o$2bo14bo16b2o6b2o61b2o3b2o$18b3o14bo7bo66b2o$20b o11b3o5b3o$32bo7bo$78bo51b2o3b2o$76b3o13bo38bo3bo$75bo16b3o33b3o5b3o$ 50b2o23b2o18bo32bo9bo$45b2o3b2o42b2o42bobo$45b2o92b2o3$44b2o76b2o$45bo 5b2o69b2o$42b3o6b2o104b2o$42bo41b2o71bo$84b2o69bobo$61b2o92b2o$60bobo 62bo$60bo62b3o$59b2o10b2o49bo$72bo48bobo$69b3o9b2o39bo43b2o$69bo11bo 19b2o56b2o6bo$82bo17bobo56bo6bo$81b2o17bo19b2o35bobo6b2o$99b2o19b2o35b 2o$116b2o$116bo$117b3o24b2o$119bo23bobo$143bo25b2o$142b2o25b2o4$146b2o $145bobo$145bo4b2o$144b2o5bo$148b3o5bo$148bo6bobo$156bo!]]) local transmitter2c3=g.parse([[180b2o$180b2o$219bo$219b3o$178b2o42bo$116bo61b2o41b2o$115bobo47b2o99b 2o14bo$116bo49bo74b2o24bo14b3o$166bobo73bo13b2o6b3o18bo$167b2o73bobo 11b2o6bo19b2o12bo$110b2o51b2o78b2o53b3o$110b2o23b2o26b2o136bo$102b2o 31bo164b2o$103bo29bobo$103bobo27b2o$104b2o4b2o$110b2o162b2o$274b2o$ 144b2o30b2o$102b2o40bo31b2o$102bo39bobo$104bob2o34b2o43b2o144b2o$103b 2ob2o78bo2bo143b2o$124b2o60bobo23b2o57b2o$103b2ob2o16b2o61bo20bo3b2o 57bo20b2o$104bobo100bobo26b2o14b2o3b2o13bo20bo$104bobo99bobo21b2o5bo 15bo3bo13b2o17b3o61b2o$105bo100bo23bobob3o13b3o5b3o29bo63b2o5b2o$205b 2o16b2o7bobo15bo9bo100b2o$223b2o7b2o152b2o6bo$169b2o125b2o84bobo2bo4b 3o$169b2o124bobo61b2o19b3ob2o5bo$295bo63b2o18bo11b2o$294b2o69b2o13b3ob 2o$365b2o15bob2o$131b2o151bo$131b2o149b3o12b2o$281bo16bo91b2o3b2o$271b 2o8b2o12b3o92b2o3b2o$272bo22bo$272bobo27b2o30b2o$273b2o28bo17b2o11b2o$ 39bo82bo136bo27b2o11b3o19bo77bo$38bobo79b3o136b3o25b2o11bo18b3o77bobo$ 39bo79bo142bo56bo80bo$108bo10b2o140b2o$37b5o65bobo228b2o$37bo4bo64bobo 177b2o50bo28b2o$40bo2bo61b3ob2o20bo155b2o47b3o29bo$12bo27b2obo60bo24b 3o204bo29bobo$12b3o10b2o10bo5bob2obo49bo6b3ob2o17bo104bo132b2o$15bo9b 2o9bobo4bobob2o49b3o6bob2o17b2o103b3o146b2o$4b2o8b2o20bo2bo2b2obo30b2o 23bo134bo145b2o$5bo31b2o6bo31bo6b2o14b2o133b2o11b2o13b2o$5bobo37b3o29b obo4b2o39b2o121b2o13b2o$6b2o40bo23b2o4b2o44bo2bo87bo73b2o$47b2o23bobo 50b2o88b3o5b2o64bo$70bobob3o141bo4b2o62bobo$66b2o2b2o5bo139b2o68b2o81b 2o$4bob2o58b2o8b2o292b2o$2b3ob2o384b2o$bo216b2o172bo$2b3ob2o80b2o128b 2o3b2o123b2o15b2o26b3o$4bobo30b2o49b2o23b2o108b2o122bobo15b2o28bo$4bob o30b2o74bo233bo$5bo108b3o229b2o$116bo77b2o7b2o$100b2o24b2o66b2o7bobo$ 28b2o66bo3b2o24bo30b2o42bobob3o$28b2o65bobo29b3o2b2o24bo42b2o5bo40b2o 18b2obo112b2o$34b2o58bobo32bo3bo13b2o6b3o49b2o40bobo17bob2o112bo$34bo 19b2o38bo38bobo11b2o6bo95bo134b3o$30bo5bo16bobo37b2o24b2o13b2o115b2o 135bo$29bobo3b2o16bo65b2o164b2obo$30bo21b2o231bob2o$31b3o$33bo79b2o 163b2o$113b2o163b2o$117b2o46b2o$66b2o49b2o46b2o$66b2o$349b2o$350bo$71b 2o39b2o98b2o136bobo$70bobo39b2o99bo54b2o81b2o$70bo91b2o46b3o56bo105b2o $69b2o91bo47bo58bobo103b2o$143b2o3b2o13bo106b2o$82b2o60bo3bo13b2o$82b 2o57b3o5b3o$141bo9bo40b2o$193bo$27bo162b3o180b2o$26bobo161bo182bo$26bo 2bo262b2o80b3o$27b2o263bo83bo$118b2o22bo147bobo81b2o$119bo20b3o99bo18b o28b2ob2o79bo$116b3o20bo102b3o7b2o5b3o31bobo76bobo$116bo22b2o104bo6b2o 4bo34bobo76b2o$5b2o237b2o12b2o10b2o20b2ob2o$5b2o264bo24bo$9b2o104bo 155bobo18b2obo$9b2o104b3o139b2o13b2o18b2obobo56bo$23b2o93bo133b2o3b2o 37b2o56b3o$23b2o92b2o23b2o108b2o103bo$139b2o2bo212b2o28b2o$139bob2o71b 2o56b2o112bo$141bo71bobo55bobo110bobo$141bo71bo49bo7bo108b2o2b2o$116b 2o18b2obob2o69b2o47b3o5b3o108b2o$35b2o78bobo18b2ob2o2bo116bo7bo$35b2o 78bo26bo117b2o6b2o$13b2o99b2o20b2ob3o$14bo122bobo239b2o4b2o$11b3o123bo 241b2o4b2o$11bo90b2o30b2ob2o$102bo31bobo$100bobo5b2o26bo$99bobo6b2o26b 2o140b2o$95b2o3bo177b2o72b2o35bo$95b2o254bobo33b3o$20b2o69b2o194b2o62b o34bo$21bo70bo194bo62b2o34b2o$18b3o71bobo193b3o63b2o$18bo74b2o195bo63b 2o3bo$233bo47b2o75bobo6b2o$233b3o46bo76bobo5b2o$236bo44bo79bo$235bobo 43b2o78b2o$120b2o4b2o108bo30bo$120b2o4b2o139b3o$270bo$237b2o30b2o8b2o 74bo$237b2o40bo61bo13b3o35b2o$121b2o154bobo59b3o16bo34b2o$121b2o2b2o 150b2o59bo18b2o$125bobo93bo41b2o73b2o$127bo92bobo40b2o26b2o$97b2o28b2o 91bobo68bo23bo72b2o$98bo119b3ob2o65bobo23b3o70b2o$95b3o119bo71b2o27bo 73b2o$95bo118bo2b4ob2o39b2o52b2o73b2o$214b3o3bob2o39b2o$217bo130b2o$ 175bo40b2o26b2o102b2o36b2o$113b2o60b3o66bo126b2o13b2o$113bobo46b2o3b2o 9bo14b2o47bobo126bobo$77bo37bo2bo2bo40b2o3b2o8b2o15bo47b2o43b2o84bo$ 77b3o35b7o71bo93b2o72b2o10b2o$80bo112b2o113b2o51bo$38b2o39b2o36b5o33b 2o151b2o41b2o9b3o$38b2o77bo4bo2b2o29bo174b2o19bo11bo$120bo2bo2bo29bobo 87b2obo81bobo17bo$120b2obobo31b2o87bob2o83bo17b2o$117bo5bob2o194b2o10b 2o$105b2o9bobo4bo72b2o41b2o80bo$105b2o9bo2bo2b2o72b2o41b2o70b2o9b3o$ 117b2o193bo11bo$96b2obo211bo$96bob2o211b2o$160b2o$61b2o98bo60b2o3b2o$ 61b2o8b2o85b3o28b2o32bo3bo$72bo85bo31bo15b2o12b3o5b3o29b2o$69b3o117bo 17bo12bo9bo28bobo$47b2o20bo119b2o13b3o23bobo26bo$48bo155bo26b2o25b2o 14b2o$10b2o33b3o70b2o153bo2bo$10b2o33bo29b2o41b2o154b2o$6bo50b2o15bobo $6b3o48bo16bo98b2o$9bo48b3o12b2o98b2o54b2o$8b2o11bo38bo103b2o64bo$20bo bo7b2o131bobo51b2o11bobo$20bobo7b2o44b2o85bo54bo12b2o$21bo55bo84b2o54b obo$74b3o142b2o2b2o$74bo148b2o$81b2o34b2o$82bo34bobo$18b2o59b3o37bo$ 18b2o59bo39b2o97b2o4b2o$4b2o212b2o4b2o$4b2o$2o$2o162bo$107bob2o3b2o48b 3o$105b3ob2o3bo52bo$104bo10b3o48b2o$105b3ob2o6bo101b2o$107b2o2bo106bob o$110b2o106bo$217b2o2$164b2o$164b2o$188b2o$188bobo$190bo$24b2o164b2o$ 23bobo$24bo4$132bo4b2o$131bobo2bobo7b2o$130bo2b4o9bo$26b2obo100bobo4bo 6bobo$26bob2o99b2ob2o2b2o6b2o$127bo$19b2o103bo2b4ob2o$19b2o103b3o3bob 2o$127bo40b2o$126b2o39bobo$52b2o103bo9bo$52b2o49b2o52b3o5b3o54b2o$104b o55bo3bo57b2o$91bo11bo55b2o3b2o$9b2o39b2o39b3o9b2o$10bo39b2o42bo$10bob o24b2o42b2o10b2o$11b2o25bo43bo150b2o$38bobo41bobo91b2o55bo$39b2o42b2o 91b2o53bobo$35b2o69b2o123b2o$35b2o69b2o75bob2o$29b2o152b2obo$29bo188b 2o$27bobo187bobo$27b2o109b2o77bo$132b2o4bobo75b2o$133bo6bo38b2o$48b2o 66b2o12b3o7b2o37bobo$48b2o47b2o18bo12bo50bo$97bo16b3o36b2o26b2o$59b2o 37b3o13bo39bo$58bo2bo38bo50b3o3bob2o59b2o$58bobo23b2o65bo2b4ob2o58bobo $59bo20bo3b2o68bo64bo$79bobo73b3ob2o57b2o$7b2o69bobo76b2o2bo$7b2o17b2o 50bo81b2o84bo$26b2o49b2o165b3o$243bo$41b2o200b2o$41b2o2$219bo$219b3o$ 222bo$221b2o23b2o$243b2o2bo$243bob2o$245bo$245bo$220b2o18b2obob2o$219b obo18b2ob2o2bo$219bo26bo$218b2o20b2ob3o$241bobo$51bo189bo$12b2o35b3o 186b2ob2o$12b2o34bo189bobo$48b2o190bo$81bo158b2o$81b3o$17b2o65bo$17b2o 64b2o$13b2o$13b2o2$57b2o159b2o$19b2o36b2o158bobo$19b2o13b2o181bo$33bob o180b2o$33bo181bo$32b2o10b2o74bo94b3o$45bo72b3o97bo$42b3o9b2o61bo99b2o $42bo11bo20b2o40b2o17bo39bo$55bo20bo59b3o37b3o$54b2o17b3o63bo39bo$73bo 64b2o38b2o12bo$192b3o$159bo35bo19b2o$79b2o78b3o32b2o19b2o$78bobo81bo 76b2o$78bo82b2o11b2o63bobo$77b2o95b2o65bo$241b2o2$80b2o$81bo$78b3o$78b o$85b2o30b2o$86bo17b2o11b2o$83b3o19bo80b2o$83bo18b3o82bo$102bo81b3o$ 184bo2$153b2o$147b2o5bo20b2o13b2o$147bobob3o21bobo11bobo$140b2o7bobo 25bo11bo$140b2o7b2o26b2o9b2o3$191b2o$192bo$189b3o19b2o21b2o$189bo20bob o21b2o$196b2o12bo17b2o$197bo11b2o17b2o$194b3o$194bo$230b2o$223b2o5b2o$ 223b2o5$89b2o$89b2o8$63bo$62bobo$62bobo$61b2ob2o16b2o$82b2o$61b2ob2o$ 62bob2o34b2o$60bo39bobo$60b2o40bo$102b2o2$68b2o$62b2o4b2o$61bobo27b2o$ 61bo29bobo$60b2o31bo$68b2o23b2o$68b2o$86b2o$82bo3b2o$74bo6bobo$73bobo 4bobo$74bo5bo$79b2o!]]) local head2c3=g.parse("8b2o$3bo2bo2bo$3b6o2$3b6o$2bo6bo$2bo2b5o$obobo$2o2bo$4bo$3b2o!") local body2c3=g.parse("6bo$b6o$o$o2b6o$obo6bo$obo2b5o$b2obo$4bo$4bo$3b2o!") local tail2c3=g.parse("5b2o$5b2o2$b6o$o5bo$o2b3o$obo$o2bo$b2o!") local wire2c3=g.join(g.transform(head2c3,625,388), g.transform(tail2c3,2143,1905)) -- 251 body segments, first one at (631, 395) for i=631,2142,6 do wire2c3=g.join(wire2c3,g.transform(body2c3,i,i-236)) end local receiver2c3=g.parse([[208bo$207bobo$208bo3$213b2o$188b2o23b2o$189bo31b2o$189bobo29bo$190b2o 27bobo$213b2o4b2o$213b2o2$179b2o$180bo40b2o$180bobo39bo$181b2o34b2obo$ 217b2ob2o$199b2o$199b2o16b2ob2o$218bobo$218bobo$219bo8$192b2o$192b2o8$ 55b2o$48b2o5b2o$48b2o$85bo$83b3o$50b2o17b2o11bo$50b2o17bo12b2o$44b2o 21bobo20bo$44b2o21b2o19b3o$87bo$87b2o3$90b2o9b2o26b2o7b2o$90bo11bo25bo bo7b2o$88bobo11bobo21b3obobo$88b2o13b2o20bo5b2o39bo$125b2o45b3o$175bo 14bo$95bo78b2o12b3o$41bo51b3o91bo$41b3o48bo94b2o$44bo47b2o$43b2o$186b 2o$167b2o17b2o$167b2o3$61b2o$61bo$59bobo42b2o$59b2o43b2o11b2o51b2o$ 117bo53bo$84b2o32b3o48bo$42b2o40bo35bo48b2o$42b2o15b2o24b3o85b2o$59bob o25bo12b2o38b2o32bo$61bo38bo39bo30b3o$61b2o38b3o37b3o27bo$103bo39bo3$ 42b2o$42bo$40bobo$40b2o4$57b2obo$57bob2o2$50b2o$50b2o122b2o$173bobo$ 173bo29b2o$172b2o29bobo$205bo$178b2o25b2o$177bobo4b2o$40b2o135bo7bo$ 41bo134b2o4b3o$41bobo138bo$42b2o146b2o$189bobo$189bo$188b2o$61bo$59b3o $58bo$58b2o$206b2o$182bo23bobo$63b2o117b3o23bo$63b2o120bo22b2o$184b2o 14b2o$200b2o$73b2o$73bo$71bobo$71b2o$34b2o$33bobo$33bo$32b2o2$44b2o$ 44b2o$160b2o7b2o30b2o$92b2o66b2o7bobo29bobo$92b2o45bo27bobob3o29bo$ 139b3o25b2o5bo28b2o$142bo30b2o$90b2o49b2o$49b2o39b2o$48bobo26b2o43bo$ 48bo29bo43b3o$47b2o29bobo44bo$79b2o43b2o11b2o$75b2o60b2o$75b2o4$177b2o 21b2o$66b2o108bobo21b2o$66bo109bo17b2o$64bobo21b2o85b2o17b2o$48b2o14b 2o22b2o$48b2o93b2o$52bo46b2o39b2o2bo2b2o47b2o$48b2o2b3o43bo2bo38b2obo 3bo41b2o5b2o$48b2o5bo42bobo23b2o17bobobo10b2o29b2o$54b2o43bo20bo3b2o 14b2obob2o12bo$119bobo12b2o4bo2bo12b3o$118bobo13b2o6b2o12bo$67b2o49bo$ 66bobo48b2o$67bo$81b2o$81b2o4$47b2o$47b2o5$49bo$19b2o28b3o$12b2o5b2o 31bo92bo$12b2o37b2o90b3o11bo$47b2o93bo14b3o$47bo94b2o16bo14bo$14b2o33b o109b2o12b3o$14b2o32b2o69bo52bo$8b2o109b3o50b2o$8b2o112bo$121b2o$171b 2o$152b2o17b2o$45b2o105b2o$45b2o17b2o$64b2o3$65b2o$65bo89b2o$52b2o12b 3o41bo23b2o20bo$35b2o16bo14bo40bobo22bo19bo$35bo14b3o57bo14b2o8b3o16b 2o$28bo7b3o11bo74bo11bo20b2o$26b3o9bo87b3o30bo$25bo102bo27b3o$25b2o 129bo$17b2o93b2o$17b2o92bobo$111bo$110b2o62b2o$126b2obo44bobo$126bob2o 46bo$176b2o$34b2o83b2o$34bo84b2o$32bobo$32b2o3$166b2o$166b2o2$157b2obo $157bob2o2$36b2o$36bobo$38bo91b2o44b2o$38b2o90bo44bobo$28b2o98bobo44bo $28b2o98b2o44b2o$9bob2o$9b2obo2$18b2o135b2o$18b2o136bo$156bobo$157b2o 15b2o$114b2o58b2o$114bo2b2o$115b2obo$116bo40b2o$28b2o86bobo4b2o31bobo$ 28bo88b2o5bo31bo$26bobo94bo31b2o$26b2o68b2o25b2o$70bo25bo$58bo11b3o21b obo$56b3o14bo20b2o$40bo14bo16b2o$40b3o12b2o70b2o44b2o$43bo58b2o24bo44b o$4b2o36b2o59bo13b2o6b3o46b3o$5bo97bobo11b2o6bo50bo$5bobo96b2o$3b2ob2o 35b2o$2bobo38b2o17b2o$2bobo57b2o$b2ob2o20b2o$bo24bo$2bob2o18bobo108b2o $obob2o18b2o109b2o$2o$59b2o32b2o$59bo20b2o11b2o$24b2o35bo19bo67b2o21b 2o$24bobo33b2o16b3o67bobo21b2o$26bo29b2o20bo53b2o14bo17b2o$26b3o27bo 75bo14b2o17b2o$29bo27b3o37b2o14b2o3b2o13bo$28b2o29bo38bo15bo3bo13b2o$ 95b3o13b3o5b3o46b2o$95bo15bo9bo39b2o5b2o$161b2o4$18b2o$18b2o2$9b2o$10b o$7b3o45b2o$7bo47b2o$15b2o32b2o$15bo33b2o$16bo$15b2o$51b2o$44b2o5b2o$ 44b2o!]]) local inserter2c3=g.parse([[51bo$49b3o$23b2o23bo$24bo23b2o$24bobo$25b2o2b2o37bo$29b2o35b3o15bo9bo$ 65bo18b3o5b3o$52b2o11b2o20bo3bo$52b2o32b2o3b2o8$23b2o52b2o$22bobo16b2o 34b2o$22bo18bobo45b2o$21b2o20bo44bo2bo$37b2o4b2o44b2o4b2o$37bo2bo54bob o$39b2o56bo$30b2o65b2o$30b2o20b2o33b2o$53bo34bo$50b3o32b3o$50bo34bo2$ 19bo$19b3o$22bo$21b2o2$85b2o$85bo$86b3o$88bo2$40b2o$40bo$38bobo$38b2o 12$20b2o15b2o$19bobo15b2o$19bo$18b2o6$25bo$25b3o$28bo$27b2o28b2o$57bo$ 55bobo$51b2o2b2o$51b2o4$50b2o4b2o$50b2o4b2o5$23b2o35bo$22bobo33b3o$22b o34bo$21b2o34b2o$25b2o$25b2o3bo$29bobo6b2o$30bobo5b2o$32bo$32b2o$24b2o $25bo$25bobo$26b2o2b2o$30b2o32b2o$64b2o4$59b2o$59b2o$63b2o$63b2o3$24b 2o31b2o$23bobo16b2o13b2o$23bo18bobo$22b2o20bo$38b2o4b2o$38bo2bo$40b2o$ 31b2o$31b2o7$21b2o$22bo$22bobo$23b2o$39bo$37b3o$36bo$36b2o3$10b2o$10b 2o7$43b2o$43b2o4$38b2o$38b2o$2o40b2o$2o40b2o3$36b2o$21b2o13b2o$21bobo$ 23bo$23b2o!]]) local all = g.join(g.transform(highway_robber,86,0), g.join(g.transform(connecting_neck,195,262), g.join(g.transform(transmitter2c3,347,219), g.join(wire2c3, g.join(g.transform(receiver2c3,2103,1763), g.transform(inserter2c3,2024,2042)))))) g.new("Stable Pseudo-Heisenburp Device") -- ??? g.setalgo("HashLife") g.setrule("B3/S23") g.putcells(all) g.setmag(0) g.setpos("120","200") g.setname("Highway Robber") g.clone() g.setname("2c/3 Transmitter") g.setpos("500","400") g.clone() g.setname("2c/3 Receiver") g.setpos("2175","2000") g.clone() g.setname("Stable Pseudo-Heisenburp Device") g.clone() g.setname("Glider Fleet") g.setpos("330","290") -- since the tiles change size depending on how many layers have been created, -- have to create all five layers before checking visibility of components -- -- now go back and check that the critical areas are all visible. -- Could instead select each key rectangle, use g.fitsel(), then unselect. g.setlayer(0) while not g.visrect( {100,100,150,175} ) do g.setmag(g.getmag()-1) end g.setlayer(1) while not g.visrect( {350,225,400,350} ) do g.setmag(g.getmag()-1) end g.setlayer(2) while not g.visrect( {2100,1750,225,300} ) do g.setmag(g.getmag()-1) end g.setlayer(3) g.fit() g.setlayer(4) while not g.visrect( {0,200,300,400} ) do g.setmag(g.getmag()-1) end g.update() end ------------------------------------------------------- function burp() local test_signal=g.parse([[40bo$41bo$39b3o17$40bo4bo4bo4bo4bo$41bo4bo4bo4bo4bo$39b3o2b3o2b3o2b3o 2b3o3$40bo4bo4bo4bo4bo$41bo4bo4bo4bo4bo$39b3o2b3o2b3o2b3o2b3o3$40bo4bo 4bo4bo4bo$41bo4bo4bo4bo4bo$39b3o2b3o2b3o2b3o2b3o3$40bo4bo4bo4bo4bo$41b o4bo4bo4bo4bo$39b3o2b3o2b3o2b3o2b3o3$bo38bo4bo4bo4bo4bo18bo$2bo38bo4bo 4bo4bo4bo18bo$3o36b3o2b3o2b3o2b3o2b3o16b3o37$40bo$41bo$39b3o!]]) prepare_burp() g.show(instr..tickstep) g.select( {selx,sely,50,50} ) -- keyboard handling local ch = "" while ch~="q" do if place_signal>0 then if ticks-last_signal>1846 then g.putcells(test_signal,-150,60) last_signal=ticks place_signal=place_signal-1 end end local status_text=instr if place_signal>0 and run_flag==1 then status_text="Next signal placement in "..(1847 - ticks + last_signal).." ticks. " local plural="s" if place_signal==2 then plural="" end if place_signal>1 then status_text=status_text..(place_signal-1).." more signal"..plural.." requested after that. " end status_text=status_text..instr end show_status_text(status_text,delay,tickstep) local event = g.getevent() if event:find("key") == 1 then _, ch, _ = split(event) else ch = "" end if ch=="r" then prepare_burp() ticks=0 last_signal=-99999 viewport_speed=16 sel_speed=0 run_flag=0 selx=600.0 sely=365.0 place_signal=3 g.select({selx,sely,50,50}) elseif ch=="h" then g.note(helpstring) elseif ch=="t" then g.setoption("tilelayers",1-g.getoption("tilelayers")) elseif ch=="=" or ch=="+" then if delay>.01 then delay=delay/2 elseif delay==.01 then delay=-1 else if tickstep==1 then tickstep=3 elseif tickstep<250 then tickstep=(tickstep-1)*2+1 end end elseif ch=="-" or ch=="_" then if delay==-1 then if tickstep==1 then delay=.01 else if tickstep==3 then tickstep=1 else tickstep=math.floor((tickstep-1)/2)+1 end end else if delay<1 then delay=delay*2 end end elseif ch=="space" then run_flag=0 elseif ch=="return" then run_flag=1-run_flag elseif ch=="s" then place_signal=place_signal+1 if run_flag==0 then run_flag=1 end else g.doevent(event) end -- generation and selection speed handling if ch=="space" or run_flag==1 then g.run(tickstep) currlayer = g.getlayer() if currlayer ~= 4 then -- user has switched layer so temporarily change it back -- so we only change location of bottom right layer g.check(false) g.setlayer(4) end x, y = g.getpos() x, y = tonumber(x), tonumber(y) oldticks=ticks ticks=ticks+tickstep delta_view=math.floor(ticks/viewport_speed) - math.floor(oldticks/viewport_speed) if delta_view ~= 0 then g.setpos(tostring(x + delta_view), tostring(y + delta_view)) end sel = g.getselrect() if #sel ~= 0 then x, y, w, h = table.unpack(sel) if math.floor(selx)~=x then selx,sely=x,y else selx=selx+sel_speed*tickstep sely=sely+sel_speed*tickstep g.select( {math.floor(selx), math.floor(sely), w, h} ) end else g.select({math.floor(selx), math.floor(sely), 50, 50}) end if currlayer ~= 4 then g.setlayer(currlayer) g.check(true) end -- change viewport speed at appropriate times to follow the action if oldticks<4570 and ticks>=4570 then sel_speed=.666667 -- one-time correction to catch up with the signal at high sim speeds g.select( {math.floor(600+(ticks-4570)*1.5), math.floor(365+(ticks-4570)*1.5), w, h} ) end if selx>2125 then sel_speed=0 g.select( {2125, math.floor(sely+2125-selx), w, h} ) end if oldticks<4750 and ticks>=4750 then viewport_speed=1.5 end if oldticks<6125 and ticks>=6125 then viewport_speed=16 end if oldticks>=11995 then viewport_speed=99999.9 end -- stop automatically after the last signal passes through the device if oldticks-last_signal<8705 and ticks-last_signal>=8705 then run_flag=0 end if run_flag==1 and delay>0 then sleep(delay) end g.update() end end end ------------------------------------------------------- -- if there's more than one existing layer, the layout won't work correctly if g.numlayers() > 1 then local answer = g.getstring("All existing layers will be removed. OK?") if string.lower(string.sub(answer,1,1)) == "n" then g.exit() end end local oldswitch = g.setoption("switchlayers", 1) -- allow user to switch layers local oldtile = g.setoption("tilelayers", 1) local status, err = xpcall(burp, gp.trace) if err then g.continue(err) end -- the following code is executed even if error occurred or user aborted script -- remove the cloned layers added by the script while g.numlayers() > 1 do g.dellayer() end g.setname("Stable Pseudo-Heisenburp Device") g.setoption("tilelayers", oldtile) g.setoption("switchlayers", oldswitch) g.show("") golly-3.3-src/Scripts/Lua/oscar.lua0000755000175000017500000001376613441044674014224 00000000000000-- Oscar is an OSCillation AnalyzeR for use with Golly. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Mar 2016. -- -- This script uses Gabriel Nivasch's "keep minima" algorithm. -- For each generation, calculate a hash value for the pattern. Keep all of -- the record-breaking minimal hashes in a list, with the oldest first. -- For example, after 5 generations the saved hash values might be: -- -- 8 12 16 24 25, -- -- If the next hash goes down to 13 then the list can be shortened: -- -- 8 12 13. -- -- If the current hash matches one of the saved hashes, it is highly likely -- the pattern is oscillating. By keeping a corresponding list of generation -- counts we can calculate the period. We also keep lists of population -- counts and bounding boxes to reduce the chance of spurious oscillator -- detection due to hash collisions. The bounding box info also allows us -- to detect moving oscillators (spaceships/knightships). local g = golly() -- initialize lists local hashlist = {} -- for pattern hash values local genlist = {} -- corresponding generation counts local poplist = {} -- corresponding population counts local boxlist = {} -- corresponding bounding boxes -- check if outer-totalistic rule has B0 but not S8 local r = g.getrule() r = string.match(r, "^(.+):") or r local hasB0notS8 = r:find("B0") == 1 and r:find("/") > 1 and r:sub(-1,-1) ~= "8" -------------------------------------------------------------------------------- local function show_spaceship_speed(period, deltax, deltay) -- we found a moving oscillator if deltax == deltay or deltax == 0 or deltay == 0 then local speed = "" if deltax == 0 or deltay == 0 then -- orthogonal spaceship if deltax > 1 or deltay > 1 then speed = speed..(deltax + deltay) end else -- diagonal spaceship (deltax == deltay) if deltax > 1 then speed = speed..deltax end end if period == 1 then g.show("Spaceship detected (speed = "..speed.."c)") else g.show("Spaceship detected (speed = "..speed.."c/"..period..")") end else -- deltax != deltay and both > 0 local speed = deltay..","..deltax if period == 1 then g.show("Knightship detected (speed = "..speed.."c)") else g.show("Knightship detected (speed = "..speed.."c/"..period..")") end end end -------------------------------------------------------------------------------- local function oscillating() -- return true if the pattern is empty, stable or oscillating -- first get current pattern's bounding box local pbox = g.getrect() if #pbox == 0 then g.show("The pattern is empty.") return true end local h = g.hash(pbox) -- determine where to insert h into hashlist local pos = 1 local listlen = #hashlist while pos <= listlen do if h > hashlist[pos] then pos = pos + 1 elseif h < hashlist[pos] then -- shorten lists and append info below for i = 1, listlen - pos + 1 do table.remove(hashlist) table.remove(genlist) table.remove(poplist) table.remove(boxlist) end break else -- h == hashlist[pos] so pattern is probably oscillating, but just in -- case this is a hash collision we also compare pop count and box size local rect = boxlist[pos] if tonumber(g.getpop()) == poplist[pos] and pbox[3] == rect[3] and pbox[4] == rect[4] then local period = tonumber(g.getgen()) - genlist[pos] if hasB0notS8 and (period % 2) > 0 and pbox[1] == rect[1] and pbox[2] == rect[2] and pbox[3] == rect[3] and pbox[4] == rect[4] then -- ignore this hash value because B0-and-not-S8 rules are -- emulated by using different rules for odd and even gens, -- so it's possible to have identical patterns at gen G and -- gen G+p if p is odd return false end if pbox[1] == rect[1] and pbox[2] == rect[2] and pbox[3] == rect[3] and pbox[4] == rect[4] then -- pattern hasn't moved if period == 1 then g.show("The pattern is stable.") else g.show("Oscillator detected (period = "..period..")") end else local deltax = math.abs(rect[1] - pbox[1]) local deltay = math.abs(rect[2] - pbox[2]) show_spaceship_speed(period, deltax, deltay) end return true else -- look at next matching hash value or insert if no more pos = pos + 1 end end end -- store hash/gen/pop/box info at same position in various lists table.insert(hashlist, pos, h) table.insert(genlist, pos, tonumber(g.getgen())) table.insert(poplist, pos, tonumber(g.getpop())) table.insert(boxlist, pos, pbox) return false end -------------------------------------------------------------------------------- local function fit_if_not_visible() -- fit pattern in viewport if not empty and not completely visible local r = g.getrect() if #r > 0 and not g.visrect(r) then g.fit() end end -------------------------------------------------------------------------------- g.show("Checking for oscillation... (hit escape to abort)") local oldsecs = os.clock() while not oscillating() do g.run(1) local newsecs = os.clock() if newsecs - oldsecs >= 1.0 then -- show pattern every second oldsecs = newsecs fit_if_not_visible() g.update() end end fit_if_not_visible() golly-3.3-src/Scripts/Lua/pop-plot.lua0000755000175000017500000002540213451370074014652 00000000000000-- Run the current pattern for a given number of steps (using current -- step size) and create a plot of population vs time in an overlay -- that can be saved in a PNG file. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Oct 2016. local g = golly() -- require "gplus.strict" local gp = require "gplus" local int = gp.int local min = gp.min local max = gp.max local op = require "oplus" local ov = g.overlay local ovt = g.ovtable local opacity = 80 -- initial opacity for bgcolor (as a percentage) local bgcolor = "rgba 255 255 255 " -- white background (alpha will be appended) local axiscolor = "rgba 0 0 0 255" -- black axes local textcolor = "rgba 0 0 0 255" -- black text local plotcolor = "rgba 0 0 255 255" -- blue plot lines local xlen = 500 -- length of x axis local ylen = 500 -- length of y axis local tborder = 40 -- border above plot local bborder = 80 -- border below plot local lborder = 80 -- border left of plot local rborder = 80 -- border right of plot -- width and height of overlay local owd = xlen + lborder + rborder local oht = ylen + tborder + bborder local pops = {} -- store population counts local gens = {} -- store generation counts local numsteps = xlen local stepsize = string.format("%d^%d", g.getbase(), g.getstep()) local pattname = g.getname() -- offsets to origin of axes local originx = lborder local originy = tborder + ylen local lines = true -- draw connected lines -- these controls are created in create_overlay local sbutt, cbutt -- Save and Cancel buttons local lbox -- check box for toggling lines local oslider -- slider for adjusting opacity local controlht -- height of area containing the controls -- initial directory for the save dialog local initdir = g.getdir("data") -- user settings are stored in this file local settingsfile = g.getdir("data").."pop-plot.ini" -------------------------------------------------------------------------------- local function read_settings() local f = io.open(settingsfile, "r") if f then -- must match order in write_settings numsteps = tonumber(f:read("*l")) or xlen opacity = tonumber(f:read("*l")) or 80 lines = (f:read("*l") or "true") == "true" initdir = f:read("*l") or g.getdir("data") f:close() end end -------------------------------------------------------------------------------- local function write_settings() local f = io.open(settingsfile, "w") if f then -- must match order in read_settings f:write(tostring(numsteps).."\n") f:write(tostring(opacity).."\n") f:write(tostring(lines).."\n") f:write(initdir.."\n") f:close() end end -------------------------------------------------------------------------------- local function maketext(s) -- convert given string to text in default font and return -- its width and height for later use by pastetext local wd, ht = gp.split(ov("text textclip "..s)) return tonumber(wd), tonumber(ht) end -------------------------------------------------------------------------------- local function pastetext(x, y, transform) transform = transform or op.identity -- text background is transparent so paste needs to use alpha blending ov("blend 1") ov(transform) ovt{"paste", x+originx, y+originy, "textclip"} ov(op.identity) ov("blend 0") end -------------------------------------------------------------------------------- local function fit_if_not_visible() -- fit pattern in viewport if not empty and not completely visible local r = g.getrect() if #r > 0 and not g.visrect(r) then g.fit() end end -------------------------------------------------------------------------------- local function drawline(x1, y1, x2, y2) ovt{"line", x1+originx, y1+originy, x2+originx, y2+originy} end -------------------------------------------------------------------------------- local function drawdot(x, y) -- draw a small "+" mark x = x + originx y = y + originy ovt{"set", x, y, x-1, y, x+1, y, x, y-1, x, y+1} end -------------------------------------------------------------------------------- local function run_pattern() if g.empty() then g.exit("There is no pattern.") end -- prompt user for number of steps local s = g.getstring("Enter the number of steps:", numsteps, "Population plotter") if #s == 0 then g.exit() end s = tonumber(s) if s and s > 0 then numsteps = int(s) else g.exit("Number of steps must be > zero.") end -- generate pattern for given number of steps pops[#pops+1] = tonumber(g.getpop()) gens[#gens+1] = tonumber(g.getgen()) local oldsecs = os.clock() for i = 1, numsteps do g.step() pops[#pops+1] = tonumber(g.getpop()) gens[#gens+1] = tonumber(g.getgen()) local newsecs = os.clock() if newsecs - oldsecs >= 1.0 then -- show pattern every second oldsecs = newsecs fit_if_not_visible() g.update() g.show(string.format("Step %d of %d", i, numsteps)) end end fit_if_not_visible() g.show(" ") end -------------------------------------------------------------------------------- local function draw_plot() -- fill area above control bar with background color ov(bgcolor..int(255*opacity/100+0.5)) ovt{"fill", 0, 0, owd, (oht-controlht)} local minpop = min(pops) local maxpop = max(pops) if minpop == maxpop then -- avoid division by zero minpop = minpop - 1 end local popscale = (maxpop - minpop) / ylen local mingen = min(gens) local maxgen = max(gens) local genscale = (maxgen - mingen) / xlen -- draw axes ov(axiscolor) drawline(0, 0, xlen, 0) drawline(0, 0, 0, -ylen) -- add annotation using the overlay's default font ov(textcolor) local wd, ht = maketext(string.upper(pattname)) pastetext(int((xlen - wd) / 2), -ylen - 10 - ht) wd, ht = maketext("POPULATION") -- rotate this text 90 degrees anticlockwise pastetext(-10 - ht, int(-(ylen - wd) / 2), op.racw) wd, ht = maketext(""..minpop) pastetext(-wd - 10, int(-ht / 2)) wd, ht = maketext(""..maxpop) pastetext(-wd - 10, -ylen - int(ht / 2)) wd, ht = maketext("GENERATION (step="..stepsize..")") pastetext(int((xlen - wd) / 2), 10) wd, ht = maketext(""..mingen) pastetext(int(-wd / 2), 10) wd, ht = maketext(""..maxgen) pastetext(xlen - int(wd / 2), 10) -- plot the data (it could take a while if numsteps is huge) ov(plotcolor) local x = int((gens[1] - mingen) / genscale) local y = int((pops[1] - minpop) / popscale) local oldsecs = os.clock() for i = 1, numsteps do local newx = int((gens[i+1] - mingen) / genscale) local newy = int((pops[i+1] - minpop) / popscale) if lines then drawline(x, -y, newx, -newy) else drawdot(newx, -newy) end x = newx y = newy local newsecs = os.clock() if newsecs - oldsecs >= 1.0 then -- update plot every second oldsecs = newsecs g.update() end end g.update() end -------------------------------------------------------------------------------- local function do_save() -- called if Save button is clicked -- remove any existing extension from pattern name and append .png local initfile = gp.split(pattname,"%.")..".png" -- prompt for file name and location local pngpath = g.savedialog("Save as PNG file", "PNG (*.png)|*.png", initdir, initfile) if #pngpath > 0 then -- save overlay (minus controls) in given file ov("save 0 0 "..owd.." "..(oht-controlht).." "..pngpath) g.show("Population plot was saved in "..pngpath) -- update initdir by stripping off the file name local pathsep = g.getdir("app"):sub(-1) initdir = pngpath:gsub("[^"..pathsep.."]+$","") end end -------------------------------------------------------------------------------- local function toggle_lines() -- called if check box is clicked lines = not lines draw_plot() end -------------------------------------------------------------------------------- local function show_opacity() -- show opacity % at right end of slider ov(textcolor) local wd, ht = maketext(""..opacity.."%") ov(bgcolor..255) local x = oslider.x + oslider.wd + 2 local y = oht-oslider.ht-10 + int((oslider.ht-ht)/2) ovt{"fill", x, y, 50, ht} pastetext(x - originx, y - originy) end -------------------------------------------------------------------------------- local function do_slider(newval) -- called if oslider position has changed opacity = newval show_opacity() draw_plot() end -------------------------------------------------------------------------------- local function create_overlay() -- create overlay in middle of current layer ov("create "..owd.." "..oht) ov("position middle") -- create the Save and Cancel buttons op.textshadowx = 2 op.textshadowy = 2 sbutt = op.button("Save as PNG", do_save) cbutt = op.button("Cancel", g.exit) -- create a check box for showing lines or dots op.textshadowx = 0 op.textshadowy = 0 lbox = op.checkbox("Lines", op.black, toggle_lines) -- create a slider for adjusting opacity of background oslider = op.slider("Opacity:", op.black, 101, 0, 100, do_slider) controlht = 20 + sbutt.ht end -------------------------------------------------------------------------------- local function draw_controls() ov(bgcolor..255) ovt{"fill", 0, (oht-controlht), owd, controlht} -- show the Save and Cancel buttons at bottom right corner of overlay sbutt.show(owd-cbutt.wd-sbutt.wd-20, oht-sbutt.ht-10) cbutt.show(owd-cbutt.wd-10, oht-cbutt.ht-10) -- show the check box at bottom left corner of overlay lbox.show(10, oht-lbox.ht-10, lines) -- show slider to right of check box oslider.show(10+lbox.wd+70, oht-oslider.ht-10, opacity) show_opacity() end -------------------------------------------------------------------------------- function main() read_settings() run_pattern() create_overlay() draw_controls() draw_plot() -- wait for user to hit escape or click Cancel button while true do local event = op.process( g.getevent() ) -- event is empty if op.process handled the given event (eg. button click) if #event > 0 then g.doevent(event) end end end -------------------------------------------------------------------------------- local status, err = xpcall(main, gp.trace) if err then g.continue(err) end -- the following code is always executed ov("delete") write_settings() golly-3.3-src/Scripts/Lua/tile-with-clip.lua0000755000175000017500000000400712773066602015736 00000000000000-- Tile current selection with clipboard pattern. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Mar 2016. local g = golly() local gp = require "gplus" -- assume one-state cell array (may change below) local multistate = false -------------------------------------------------------------------------------- local function clip_rb(cells, right, bottom) -- set given cells except those outside given right and bottom edges local len = #cells local x = 1 local y = 2 if multistate then -- ignore padding int if present if len % 3 == 1 then len = len - 1 end while x <= len do if (cells[x] <= right) and (cells[y] <= bottom) then g.setcell(cells[x], cells[y], cells[x+2]) end x = x + 3 y = y + 3 end else while x <= len do if (cells[x] <= right) and (cells[y] <= bottom) then g.setcell(cells[x], cells[y], 1) end x = x + 2 y = y + 2 end end end -------------------------------------------------------------------------------- local selrect = g.getselrect() if #selrect == 0 then g.exit("There is no selection.") end -- get selection edges local selleft, seltop, selright, selbottom = gp.getedges(selrect) local pwidth, pheight, p = g.getclip() if #p & 1 == 1 then multistate = true end g.clear(0) if #p > 0 then -- tile selrect with p, clipping right & bottom edges if necessary local y = seltop while y <= selbottom do local bottom = y + pheight - 1 local x = selleft while x <= selright do local right = x + pwidth - 1 if (right <= selright) and (bottom <= selbottom) then g.putcells(p, x, y) else local tempcells = g.transform(p, x, y) clip_rb(tempcells, selright, selbottom) end x = x + pwidth end y = y + pheight end end if not g.visrect(selrect) then g.fitsel() end golly-3.3-src/Scripts/Lua/tile.lua0000755000175000017500000001107212773066602014040 00000000000000-- Tile current selection with pattern inside selection. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Mar 2016. local g = golly() local gp = require "gplus" local selrect = g.getselrect() if #selrect == 0 then g.exit("There is no selection.") end local selpatt = g.getcells(selrect) if #selpatt == 0 then g.exit("No pattern in selection.") end -- determine if selpatt is one-state or multi-state local inc = 2 if (#selpatt & 1) == 1 then inc = 3 end -------------------------------------------------------------------------------- local function clip_left(cells, left) local len = #cells local x = 1 if inc == 3 then -- ignore padding int if present if len % 3 == 1 then len = len - 1 end while x <= len do if cells[x] >= left then g.setcell(cells[x], cells[x+1], cells[x+2]) end x = x + 3 end else while x <= len do if cells[x] >= left then g.setcell(cells[x], cells[x+1], 1) end x = x + 2 end end end -------------------------------------------------------------------------------- local function clip_right(cells, right) local len = #cells local x = 1 if inc == 3 then -- ignore padding int if present if len % 3 == 1 then len = len - 1 end while x <= len do if cells[x] <= right then g.setcell(cells[x], cells[x+1], cells[x+2]) end x = x + 3 end else while x <= len do if cells[x] <= right then g.setcell(cells[x], cells[x+1], 1) end x = x + 2 end end end -------------------------------------------------------------------------------- local function clip_top(cells, top) local len = #cells local y = 2 if inc == 3 then -- ignore padding int if present if len % 3 == 1 then len = len - 1 end while y <= len do if cells[y] >= top then g.setcell(cells[y-1], cells[y], cells[y+1]) end y = y + 3 end else while y <= len do if cells[y] >= top then g.setcell(cells[y-1], cells[y], 1) end y = y + 2 end end end -------------------------------------------------------------------------------- local function clip_bottom(cells, bottom) local len = #cells local y = 2 if inc == 3 then -- ignore padding int if present if len % 3 == 1 then len = len - 1 end while y <= len do if cells[y] <= bottom then g.setcell(cells[y-1], cells[y], cells[y+1]) end y = y + 3 end else while y <= len do if cells[y] <= bottom then g.setcell(cells[y-1], cells[y], 1) end y = y + 2 end end end -------------------------------------------------------------------------------- -- get selection edges local selleft, seltop, selright, selbottom = gp.getedges(selrect) -- find selpatt's minimal bounding box local bbox = gp.getminbox(selpatt) local i -- first tile selpatt horizontally, clipping where necessary local left = bbox.x local right = left + bbox.wd - 1 i = 0 while left > selleft do left = left - bbox.wd i = i + 1 if left >= selleft then g.putcells(selpatt, -bbox.wd * i, 0) else local tempcells = g.transform(selpatt, -bbox.wd * i, 0) clip_left(tempcells, selleft) end end i = 0 while right < selright do right = right + bbox.wd i = i + 1 if right <= selright then g.putcells(selpatt, bbox.wd * i, 0) else local tempcells = g.transform(selpatt, bbox.wd * i, 0) clip_right(tempcells, selright) end end -- get new selection pattern and tile vertically, clipping where necessary selpatt = g.getcells(selrect) bbox = gp.getminbox(selpatt) local top = bbox.y local bottom = top + bbox.ht - 1 i = 0 while top > seltop do top = top - bbox.ht i = i + 1 if top >= seltop then g.putcells(selpatt, 0, -bbox.ht * i) else local tempcells = g.transform(selpatt, 0, -bbox.ht * i) clip_top(tempcells, seltop) end end i = 0 while bottom < selbottom do bottom = bottom + bbox.ht i = i + 1 if bottom <= selbottom then g.putcells(selpatt, 0, bbox.ht * i) else local tempcells = g.transform(selpatt, 0, bbox.ht * i) clip_bottom(tempcells, selbottom) end end if not g.visrect(selrect) then g.fitsel() end golly-3.3-src/Scripts/Lua/density.lua0000755000175000017500000000061412706123635014556 00000000000000-- Calculates the density of live cells in the current pattern. -- Author: Andrew Trevorrow (andrew@trevorrow.com), March 2016. local g = golly() local bbox = g.getrect() if #bbox == 0 then g.exit("The pattern is empty.") end local d = g.getpop() / (bbox[3] * bbox[4]) if d < 0.000001 then g.show(string.format("Density = %.1e", d)) else g.show(string.format("Density = %.6f", d)) end golly-3.3-src/Scripts/Lua/3D.lua0000755000175000017500000104231213543255652013354 00000000000000--[[ This script lets people explore three-dimensional cellular automata using Golly. Inspired by the work of Carter Bays and his colleagues (see http://www.cse.sc.edu/~bays/d4d4d4/). The 3D drawing is based on code in "Macintosh Graphics in Modula-2" by Russell L. Schnapp. Note that orthographic projection is used to speed up rendering (because all live cells look the same at a given scale and rotation). Author: Andrew Trevorrow (andrew@trevorrow.com), Feb 2018. Thanks to Tom Rokicki for optimizing the generating code. Thanks to Chris Rowett for optimizing the rendering code and many other improvements. This script uses custom purpose ovtable commmands for increased performance when computing the next generation and displaying cells: nextgen3d compute next generation setrule3d set the rule for next generation calculation setsize3d set the grid size setstep3d set the step size modulus settrans3d set the transformation matrix displaycells3d display current grid setcelltype3d set the cell shape for drawing setdepthshading3d set whether depth shading should be used setpattern3d set the current pattern setselpasact3d set the select, paste and active grids sethistory3d set the cell history display mode --]] local g = golly() -- require "gplus.strict" local gp = require "gplus" local int = gp.int local round = gp.round local validint = gp.validint local split = gp.split local ov = g.overlay local ovt = g.ovtable local op = require "oplus" local DrawLine = op.draw_line local sin = math.sin local cos = math.cos local sqrt = math.sqrt local rand = math.random local abs = math.abs local min = math.min local max = math.max local floor = math.floor math.randomseed(os.time()) -- init seed for math.random local N = 0 -- current grid size (N*N*N cells) local DEFAULTN = 30 -- default grid size local MINN = 3 -- minimum grid size local MAXN = 100 -- maximum grid size (must be even for BusyBoxes) local BORDER = 2 -- space around live cubes local MINSIZE = 1+BORDER*2 -- minimum size of empty cells local MAXSIZE = 100 -- maximum size of empty cells local CELLSIZE = 15 -- initial size of empty cells local ZOOMSIZE = CELLSIZE -- used for mouse wheel zoom local HALFCELL = CELLSIZE/2.0 -- for drawing mid points of cells local LEN = CELLSIZE-BORDER*2 -- edge length of live cubes local DEGTORAD = math.pi/180.0 -- converts degrees to radians local HISTORYOFF = 0 -- history off local DEFAULTHISTORY = 100 -- default history longevity local MINHISTORYALPHA = 12 -- minimum history alpha value when fading -- MIDGRID is used to ensure that rotation occurs about the -- mid point of the middle cube in the grid local MIDGRID = (N+1-(N%2))*HALFCELL local MIDCELL = HALFCELL-MIDGRID -- these global strings can be changed by a startup script to customize colors BACK_COLOR = "rgba 0 0 80 255" -- for background LINE_COLOR = "rgba 70 70 100 255" -- for lattice lines (should be close to BACK_COLOR) INFO_COLOR = op.white -- for info text MSG_COLOR = op.yellow -- for message text POINT_COLOR = op.white -- for drawing points SELPT_COLOR = "rgba 0 255 0 128" -- for selected points (should be translucent) PASTE_COLOR = "rgba 255 0 0 64" -- for paste pattern (must be translucent) SELECT_COLOR = "rgba 0 255 0 64" -- for selected cells (ditto) ACTIVE_COLOR = "rgba 0 0 255 48" -- for active plane (ditto) HISTORY_COLOR = "rgba 240 240 0 64" -- for history cells (ditto) PASTE_MENU = "rgba 176 48 48 255" -- for paste menu background (should match PASTE_COLOR) SELECT_MENU = "rgba 0 128 0 255" -- for select menu background (should match SELECT_COLOR) X_COLOR = op.red -- for front X axes Y_COLOR = op.green -- for front Y axes Z_COLOR = op.blue -- for front Z axes REARX_COLOR = "rgba 128 0 0 255" -- for rear X axes (should be darker than front axes) REARY_COLOR = "rgba 0 128 0 255" -- for rear Y axes (ditto) REARZ_COLOR = "rgba 0 0 128 255" -- for rear Z axes (ditto) START_COLOR = "rgba 0 150 0 255" -- for Start button's background SELSTART_COLOR = "rgba 0 90 0 255" -- for Start button's selected background STOP_COLOR = "rgba 210 0 0 255" -- for Stop button's background SELSTOP_COLOR = "rgba 150 0 0 255" -- for Stop button's selected background -- following are for BusyBoxes EVEN_COLOR = "rgba 255 180 255 255" -- for even cell points and spheres (pale magenta) ODD_COLOR = "rgba 140 255 255 255" -- for odd cell points and spheres (pale cyan) EVEN_CUBE = "replace *# *#-50 *# *#" -- for even cell cubes (change white to pale magenta) ODD_CUBE = "replace *#-110 *# *# *#" -- for odd cell cubes (change white to pale cyan) local xylattice = {} -- lattice lines between XY axes local xzlattice = {} -- lattice lines between XZ axes local yzlattice = {} -- lattice lines between YZ axes local xaxes = {} -- four X axes local yaxes = {} -- four Y axes local zaxes = {} -- four Z axes local update_grid = false -- need to call setpattern3d? local grid1 = {} -- sparse 3D matrix with up to N*N*N live cells local popcount = 0 -- number of live cells local pattname = "untitled" -- pattern name local currtitle = "" -- current window title local showaxes = true -- draw axes? local showlines = true -- draw lattice lines? local generating = false -- generate pattern? local gencount = 0 -- current generation count local stepsize = 1 -- display each generation local perc = 20 -- initial percentage for RandomPattern local randstring = "20" -- initial string for RandomPattern local message = nil -- text message displayed by Refresh if not nil local selcount = 0 -- number of selected cells (live or dead) local selected = {} -- grid positions of selected cells local pastecount = 0 -- number of cells in paste pattern local pastepatt = {} -- grid positions of cells in paste pattern local drawstate = 1 -- for drawing/erasing cells local selstate = true -- for selecting/deselecting cells local celltype = "cube" -- draw live cell as cube/sphere/point local depthshading = true -- whether using depth shading local depthlayers = 64 -- number of shading layers local depthrange = 224 -- rgb levels for depth shading local mindepth, maxdepth -- minimum and maximum depth (with corner pointing at screen) local xyline = { "lines" } -- coordinates for batch line draw local xyln = 2 -- index of next position in xyline local showhistory = HISTORYOFF -- cell history longevity: 0 = off, >0 = on local fadehistory = true -- whether to fade history cells local active = {} -- grid positions of cells in active plane local activeplane = "XY" -- orientation of active plane (XY/XZ/YZ) local activepos = 0 -- active plane's cell position along 3rd axis local activecell = "" -- "x,y,z" if mouse is inside an active cell local prevactive = "" -- previous activecell -- boundary grid coords for live cells (not always minimal) local minx, miny, minz local maxx, maxy, maxz local minimal_live_bounds = true -- becomes false if a live cell is deleted local liveedge = false -- becomes true if there is at least one cell on the grid edge -- boundary grid coords for selected cells (not always minimal) local minselx, minsely, minselz local maxselx, maxsely, maxselz local minimal_sel_bounds = true -- becomes false if a selected cell is deselected -- boundary grid coords for the active plane (always minimal) local minactivex, minactivey, minactivez local maxactivex, maxactivey, maxactivez -- boundary grid coords for the paste pattern (always minimal) local minpastex, minpastey, minpastez local maxpastex, maxpastey, maxpastez -- for undo/redo local undostack = {} -- stack of states that can be undone local redostack = {} -- stack of states that can be redone local startcount = 0 -- starting gencount (can be > 0) local startstate = {} -- starting state (used by Reset) local dirty = false -- pattern has been modified? local refcube = {} -- invisible reference cube local rotrefz = {} -- Z coords of refcube's rotated vertices local rotx = {} -- rotated X coords for 8 vertices local roty = {} -- rotated Y coords for 8 vertices local rotz = {} -- rotated Z coords for 8 vertices local projectedx = {} -- projected X coords for 8 vertices local projectedy = {} -- projected Y coords for 8 vertices -- current transformation matrix local xixo, yixo, zixo local xiyo, yiyo, ziyo local xizo, yizo, zizo local viewwd, viewht -- current size of viewport local ovwd, ovht -- current size of overlay local minwd, minht = 900, 400 -- minimum size of overlay local midx, midy -- overlay's middle pixel local mbar -- the menu bar local mbarht = 28 -- height of menu bar -- tool bar controls local ssbutton -- Start/Stop local s1button -- +1 local resetbutton -- Reset local fitbutton -- Fit local undobutton -- Undo local redobutton -- Redo local helpbutton -- ? local exitbutton -- X local drawbox -- radio button for draw mode local selectbox -- radio button for select mode local movebox -- radio button for move mode local stepslider -- slider for adjusting stepsize local pastemenu -- pop-up menu for choosing a paste action local selmenu -- pop-up menu for choosing a selection action local buttonht = 20 local gap = 10 -- space around buttons -- tool bar height includes menu bar local toolbarht = mbarht+buttonht+gap*2 local drawcursor = "pencil" -- cursor for drawing cells local selectcursor = "cross" -- cursor for selecting cells local movecursor = "hand" -- cursor for rotating grid local currcursor = movecursor -- current cursor local arrow_cursor = false -- true if cursor is in tool bar DEFAULT_RULE = "3D5..7/6" -- initial rule local rulestring = "" -- so very first Initialize calls ParseRule(DEFAULT_RULE) local survivals, births -- set by ParseRule local NextGeneration -- ditto (set to NextGenStandard or NextGenBusyBoxes) pattdir = g.getdir("data") -- initial directory for OpenPattern/SavePattern scriptdir = g.getdir("app") -- initial directory for RunScript local scriptlevel = 0 -- greater than 0 if a user script is running -- the default path for the script to run when 3D.lua starts up pathsep = g.getdir("app"):sub(-1) startup = g.getdir("app").."My-scripts"..pathsep.."3D-start.lua" -- user settings are stored in this file settingsfile = g.getdir("data").."3D.ini" -------------------------------------------------------------------------------- function AddCount(item, counts, maxcount, bcount) local mincount = 0 if bcount then mincount = 1 end local i = tonumber(item) if (i >= mincount) and (i <= maxcount) then counts[#counts+1] = i else if bcount then g.warn("Birth count ("..i..") must be from 1 to "..maxcount) else g.warn("Survival count ("..i..") must be from 0 to "..maxcount) end return false end return true end -------------------------------------------------------------------------------- function AddCountRange(low, high, counts, maxcount, bcount) local mincount = 0 local what = "Survival" if bcount then mincount = 1 what = "Birth" end local l = tonumber(low) local h = tonumber(high) -- check range is in ascending order if l > h then g.warn("End of "..what.." range ("..h..") must be higher than start ("..l..")") return false end -- check start of range is valid if (l < mincount or l > maxcount) then g.warn("Start of "..what.." range ("..l..") must be from "..mincount.." to "..maxcount) return false end -- check end of range is valid if (h < mincount or h > maxcount) then g.warn("End of "..what.." range ("..h..") must be from "..mincount.." to "..maxcount) return false end -- add range to counts for i = l, h do counts[#counts+1] = i end return true end -------------------------------------------------------------------------------- function AppendCounts(array, counts, maxcount, bcount) for _, item in ipairs(array) do if validint(item) then -- check for single number if not AddCount(item, counts, maxcount, bcount) then return false end else -- check for range e.g. 5..7 local l, h = split(item, "..") if h == nil then h = "" end if #l > 0 and #h > 0 and validint(l) and validint(h) then if not AddCountRange(l, h, counts, maxcount, bcount) then return false end else g.warn("Illegal number in rule: "..item) return false end end end return true end -------------------------------------------------------------------------------- function AddCanonicalPart(canonstr, startrun, i) if #canonstr > 0 then canonstr = canonstr.."," end -- add the start value canonstr = canonstr..startrun -- check for a run if i > startrun + 1 then if i == startrun + 2 then -- run of two becomes a,b canonstr = canonstr..","..i-1 else -- run of more than two becomes a..b canonstr = canonstr..".."..i-1 end end return canonstr end -------------------------------------------------------------------------------- function CanonicalForm(counts, maxcount) local result = "" local startrun = -1 for i = 0, maxcount do if counts[i] then if startrun == -1 then startrun = i end else if startrun ~= -1 then result = AddCanonicalPart(result, startrun, i) startrun = -1 end end end -- check for unfinished run if startrun ~= -1 then result = AddCanonicalPart(result, startrun, maxcount+1) end return result end -------------------------------------------------------------------------------- function ParseRule(newrule) -- parse newrule and if ok set rulestring, survivals, births and NextGeneration if #newrule == 0 then newrule = DEFAULT_RULE else newrule = newrule:upper() end -- first check for BusyBoxes or BusyBoxesM if newrule == "BUSYBOXES" or newrule == "BB" then rulestring = "BusyBoxes" -- survivals and births are not used NextGeneration = NextGenBusyBoxes ovt{"setrule3d", "BB"} return true elseif newrule == "BUSYBOXESW" or newrule == "BBW" then rulestring = "BusyBoxesW" -- survivals and births are not used NextGeneration = NextGenBusyBoxes ovt{"setrule3d", "BBW"} return true end if not newrule:find("^3D") then g.warn("Rule must start with 3D.") return false else -- strip off the 3D newrule = newrule:sub(3) end if not newrule:find("/") then g.warn("Rule must have a / separator.") return false end -- use 3D Moore neighborhood unless rule ends with a special letter local lastchar = newrule:sub(-1) local maxcount = 26 if lastchar == "F" or lastchar == "V" then -- 6-cell face neighborhood (aka von Neumann neighborhood) lastchar = "F" maxcount = 6 newrule = newrule:sub(1,-2) elseif lastchar == "C" then -- 8-cell corner neighborhood maxcount = 8 newrule = newrule:sub(1,-2) elseif lastchar == "E" then -- 12-cell edge neighborhood maxcount = 12 newrule = newrule:sub(1,-2) elseif lastchar == "H" then -- 12-cell hexahedral neighborhood maxcount = 12 newrule = newrule:sub(1,-2) else lastchar = "" -- for Moore neighborhood end local s, b = split(newrule,"/") if #s == 0 then s = {} else s = {split(s,",")} end if b == nil or #b == 0 then b = {} else b = {split(b,",")} end local news = {} local newb = {} if not AppendCounts(s, news, maxcount, false) then return false end if not AppendCounts(b, newb, maxcount, true) then return false end -- newrule is okay so set survivals and births survivals = {} births = {} for _, i in ipairs(news) do survivals[i] = true end for _, i in ipairs(newb) do births[i] = true end -- set the rule ovt{"setrule3d", lastchar, survivals, births} -- set rulestring to the canonical form rulestring = "3D"..CanonicalForm(survivals,maxcount).."/"..CanonicalForm(births,maxcount)..lastchar -- set NextGeneration to the standard function NextGeneration = NextGenStandard return true end -------------------------------------------------------------------------------- function ReadSettings() local f = io.open(settingsfile, "r") if f then while true do -- no need to worry about CRs here because file was created by WriteSettings local line = f:read("*l") if not line then break end local keyword, value = split(line,"=") -- look for a keyword used in WriteSettings if not value then -- ignore keyword elseif keyword == "startup" then startup = tostring(value) elseif keyword == "pattdir" then pattdir = tostring(value) elseif keyword == "scriptdir" then scriptdir = tostring(value) elseif keyword == "celltype" then SetCellTypeOnly(tostring(value)) elseif keyword == "perc" then randstring = tostring(value) elseif keyword == "axes" then showaxes = tostring(value) == "true" elseif keyword == "lines" then showlines = tostring(value) == "true" elseif keyword == "shading" then depthshading = tostring(value) == "true" elseif keyword == "history" then showhistory = tonumber(value) or HISTORYOFF if showhistory ~= HISTORYOFF and showhistory ~= DEFAULTHISTORY then showhistory = HISTORYOFF end elseif keyword == "fadehistory" then fadehistory = tostring(value) == "true" elseif keyword == "gridsize" then N = tonumber(value) or DEFAULTN if N < MINN then N = MINN end if N > MAXN then N = MAXN end elseif keyword == "rule" then rulestring = tostring(value) if not ParseRule(rulestring) then g.warn("Resetting bad rule ("..rulestring..") to default.", false) ParseRule(DEFAULT_RULE) end end end f:close() end end -------------------------------------------------------------------------------- function WriteSettings() local f = io.open(settingsfile, "w") if f then -- keywords must match those in ReadSettings (but order doesn't matter) f:write("startup=", startup, "\n") f:write("pattdir=", pattdir, "\n") f:write("scriptdir=", scriptdir, "\n") f:write("gridsize=", tostring(N), "\n") f:write("celltype=", celltype, "\n") f:write("rule=", rulestring, "\n") f:write("perc=", randstring, "\n") f:write("axes="..tostring(showaxes), "\n") f:write("lines="..tostring(showlines), "\n") f:write("shading="..tostring(depthshading), "\n") f:write("history="..tostring(showhistory), "\n") f:write("fadehistory="..tostring(fadehistory), "\n") f:close() end end -------------------------------------------------------------------------------- function SaveGollyState() local oldstate = {} oldstate.scroll = g.setoption("showscrollbars", 0) oldstate.time = g.setoption("showtimeline", 0) oldstate.tool = g.setoption("showtoolbar", 0) oldstate.status = g.setoption("showstatusbar", 0) oldstate.layer = g.setoption("showlayerbar", 0) oldstate.edit = g.setoption("showeditbar", 0) oldstate.tile = g.setoption("tilelayers", 0) oldstate.stack = g.setoption("stacklayers", 0) oldstate.files = g.setoption("showfiles", 0) oldstate.filesdir = g.getdir("files") return oldstate end -------------------------------------------------------------------------------- function RestoreGollyState(oldstate) ov("delete") g.setoption("showscrollbars", oldstate.scroll) g.setoption("showtimeline", oldstate.time) g.setoption("showtoolbar", oldstate.tool) g.setoption("showstatusbar", oldstate.status) g.setoption("showlayerbar", oldstate.layer) g.setoption("showeditbar", oldstate.edit) g.setoption("tilelayers", oldstate.tile) g.setoption("stacklayers", oldstate.stack) g.setoption("showfiles", oldstate.files) g.setdir("files", oldstate.filesdir) end -------------------------------------------------------------------------------- local function TransformPoint(point) -- rotate given 3D point local x, y, z = point[1], point[2], point[3] local newx = (x*xixo + y*xiyo + z*xizo) local newy = (x*yixo + y*yiyo + z*yizo) local newz = (x*zixo + y*ziyo + z*zizo) --[[ or do this to rotate about grid axes local newx = (x*xixo + y*yixo + z*zixo) local newy = (x*xiyo + y*yiyo + z*ziyo) local newz = (x*xizo + y*yizo + z*zizo) --]] return newx, newy, newz end -------------------------------------------------------------------------------- local function HorizontalLine(x1, x2, y) -- draw a horizontal line of pixels from x1,y to x2,y ovt{"line", x1, y, x2, y} end -------------------------------------------------------------------------------- local function DrawEdge(start, finish) DrawLine(projectedx[start], projectedy[start], projectedx[finish], projectedy[finish]) end -------------------------------------------------------------------------------- local function FillFace(ax, ay, bx, by, cx, cy, dx, dy, shade) -- fill given convex quadrilateral using modified code from here: -- http://www-users.mat.uni.torun.pl/~wrona/3d_tutor/tri_fillers.html -- relabel points so that ay <= by <= cy <= dy; -- note that given vertices are in cyclic order, so a is opposite c -- and b is opposite d if ay > cy then -- swap a and c (diagonally opposite) ax, cx = cx, ax ay, cy = cy, ay end if by > dy then -- swap b and d (diagonally opposite) bx, dx = dx, bx by, dy = dy, by end -- we now have ay <= cy and by <= dy if ay > by then -- swap a and b ax, bx = bx, ax ay, by = by, ay end if cy > dy then -- swap c and d cx, dx = dx, cx cy, dy = dy, cy end -- if top and/or bottom line is horizontal then we need to ensure -- that lines a->c and b->d don't intersect if ay == by then if (ax - bx) * (cx - dx) < 0 then -- swap ax and bx ax, bx = bx, ax end elseif cy == dy then if (ax - bx) * (cx - dx) < 0 then -- swap cx and dx cx, dx = dx, cx end end -- calculate deltas for interpolation local delta1 = 0.0 local delta2 = 0.0 local delta3 = 0.0 local delta4 = 0.0 if by-ay > 0 then delta1 = (bx-ax) / (by-ay) end if cy-ay > 0 then delta2 = (cx-ax) / (cy-ay) end if dy-by > 0 then delta3 = (dx-bx) / (dy-by) end if dy-cy > 0 then delta4 = (dx-cx) / (dy-cy) end -- draw horizontal segments from sx to ex (start and end X coords) ov(shade) local sx = ax local sy = ay local ex = sx while sy < by do HorizontalLine(round(sx), round(ex), sy) sy = sy + 1 sx = sx + delta1 ex = ex + delta2 end sx = bx while sy < cy do HorizontalLine(round(sx), round(ex), sy) sy = sy + 1 sx = sx + delta3 ex = ex + delta2 end ex = cx while sy < dy do HorizontalLine(round(sx), round(ex), sy) sy = sy + 1 sx = sx + delta3 ex = ex + delta4 end end -------------------------------------------------------------------------------- local function CheckFaces(f1v1, f1v2, f1v3, f1v4, f2v1, f2v2, f2v3, f2v4) local function ComputeShade(v1, v2) -- return a shade of gray assuming a light source in front of grid local x1, y1, z1 = rotx[v1], roty[v1], rotz[v1] local x2, y2, z2 = rotx[v2], roty[v2], rotz[v2] local costheta = (z1-z2) / sqrt( (x1-x2)*(x1-x2) + (y1-y2)*(y1-y2) + (z1-z2)*(z1-z2) ) -- costheta ranges from -1.0 to 1.0 local shade = 255 - int((costheta + 1.0) / 2.0 * 128) return "rgba "..shade.." "..shade.." "..shade.." 255" end -- test rotated z coords to see which face is in front if rotz[f1v1] < rotz[f2v1] then FillFace(projectedx[f1v1], projectedy[f1v1], projectedx[f1v2], projectedy[f1v2], projectedx[f1v3], projectedy[f1v3], projectedx[f1v4], projectedy[f1v4], ComputeShade(f1v1, f2v1)) else FillFace(projectedx[f2v1], projectedy[f2v1], projectedx[f2v2], projectedy[f2v2], projectedx[f2v3], projectedy[f2v3], projectedx[f2v4], projectedy[f2v4], ComputeShade(f2v1, f1v1)) end end -------------------------------------------------------------------------------- local function CreateCube(x, y, z) -- create cube at given grid position x = x * CELLSIZE + BORDER - MIDGRID y = y * CELLSIZE + BORDER - MIDGRID z = z * CELLSIZE + BORDER - MIDGRID -- WARNING: vertex order used here is assumed by other code: -- vertices 1,3,5,7 and 2,4,6,8 are front and back faces, -- vertices 1,2,8,7 and 3,4,6,5 are bottom and top faces, -- vertices 1,2,4,3 and 7,8,6,5 are left and right faces -- -- +y -- | -- v4_________v6 -- /| /| -- / | / | -- v3__|______v5 | -- | | | | -- | v2_____|___v8___+x -- | / | / -- | / | / -- v1_________v7 -- / -- +z -- return { {x , y , z+LEN}, -- v1 {x , y , z }, -- v2 {x , y+LEN, z+LEN}, -- v3 {x , y+LEN, z }, -- v4 {x+LEN, y+LEN, z+LEN}, -- v5 {x+LEN, y+LEN, z }, -- v6 {x+LEN, y , z+LEN}, -- v7 {x+LEN, y , z } -- v8 } end -------------------------------------------------------------------------------- local function DisplayLine(startpt, endpt) -- use orthographic projection to transform line's start and end points local newx, newy = TransformPoint(startpt) local x1 = round(newx) + midx local y1 = round(newy) + midy newx, newy = TransformPoint(endpt) local x2 = round(newx) + midx local y2 = round(newy) + midy DrawLine(x1, y1, x2, y2) end ---------------------------------------------------------------------- local function AddLineToBatch(startpt, endpt) -- use orthographic projection to transform line's start and end points local x, y, z = startpt[1], startpt[2], startpt[3] xyline[xyln] = (x*xixo + y*xiyo + z*xizo) + midx xyline[xyln + 1] = (x*yixo + y*yiyo + z*yizo) + midy xyln = xyln + 2 x, y, z = endpt[1], endpt[2], endpt[3] xyline[xyln] = (x*xixo + y*xiyo + z*xizo) + midx xyline[xyln + 1] = (x*yixo + y*yiyo + z*yizo) + midy xyln = xyln + 2 end -------------------------------------------------------------------------------- local function DrawBatchLines() if xyln > 2 then xyline[xyln] = nil ovt(xyline) xyln = 2 end end -------------------------------------------------------------------------------- function DrawRearAxes() -- draw lattice lines and/or axes that are behind rotated reference cube -- assuming vertex order set in CreateCube local z1 = rotrefz[1] local z2 = rotrefz[2] local z3 = rotrefz[3] local z7 = rotrefz[7] if showlines then ov(LINE_COLOR) if z1 < z2 then -- front face of rotated refcube is visible for _, pt in ipairs(xylattice) do AddLineToBatch(pt[1], pt[2]) end end if z1 >= z7 then -- right face of rotated refcube is visible for _, pt in ipairs(yzlattice) do AddLineToBatch(pt[1], pt[2]) end end if z1 >= z3 then -- top face of rotated refcube is visible for _, pt in ipairs(xzlattice) do AddLineToBatch(pt[1], pt[2]) end end DrawBatchLines() end if showaxes then -- draw darker anti-aliased lines for rear axes ov("blend 1") ov("lineoption width 3") if z1 < z2 or z1 >= z3 then ov(REARX_COLOR); DisplayLine(xaxes[1], xaxes[2]) end if z1 < z2 or z1 >= z7 then ov(REARY_COLOR); DisplayLine(yaxes[1], yaxes[2]) end if z1 >= z7 or z1 >= z3 then ov(REARZ_COLOR); DisplayLine(zaxes[1], zaxes[2]) end if z1 < z2 or z1 < z3 then ov(REARX_COLOR); DisplayLine(xaxes[3], xaxes[4]) end if z1 >= z2 or z1 >= z7 then ov(REARY_COLOR); DisplayLine(yaxes[3], yaxes[4]) end if z1 < z7 or z1 >= z3 then ov(REARZ_COLOR); DisplayLine(zaxes[3], zaxes[4]) end if z1 >= z2 or z1 < z3 then ov(REARX_COLOR); DisplayLine(xaxes[5], xaxes[6]) end if z1 >= z2 or z1 < z7 then ov(REARY_COLOR); DisplayLine(yaxes[5], yaxes[6]) end if z1 < z3 or z1 < z7 then ov(REARZ_COLOR); DisplayLine(zaxes[5], zaxes[6]) end if z1 >= z2 or z1 >= z3 then ov(REARX_COLOR); DisplayLine(xaxes[7], xaxes[8]) end if z1 < z2 or z1 < z7 then ov(REARY_COLOR); DisplayLine(yaxes[7], yaxes[8]) end if z1 >= z7 or z1 < z3 then ov(REARZ_COLOR); DisplayLine(zaxes[7], zaxes[8]) end ov("lineoption width 1") ov("blend 0") end end -------------------------------------------------------------------------------- function DrawFrontAxes() -- draw lattice lines and/or axes that are in front of rotated reference cube -- assuming vertex order set in CreateCube local z1 = rotrefz[1] local z2 = rotrefz[2] local z3 = rotrefz[3] local z7 = rotrefz[7] if showlines then ov(LINE_COLOR) if z1 >= z2 then -- back face of rotated refcube is visible for _, pt in ipairs(xylattice) do AddLineToBatch(pt[1], pt[2]) end end if z1 < z7 then -- left face of rotated refcube is visible for _, pt in ipairs(yzlattice) do AddLineToBatch(pt[1], pt[2]) end end if z1 < z3 then -- bottom face of rotated refcube is visible for _, pt in ipairs(xzlattice) do AddLineToBatch(pt[1], pt[2]) end end DrawBatchLines() end if showaxes then -- draw brighter anti-aliased lines for front axes ov("blend 1") ov("lineoption width 3") if z1 >= z2 or z1 < z3 then ov(X_COLOR); DisplayLine(xaxes[1], xaxes[2]) end if z1 >= z2 or z1 < z7 then ov(Y_COLOR); DisplayLine(yaxes[1], yaxes[2]) end if z1 < z7 or z1 < z3 then ov(Z_COLOR); DisplayLine(zaxes[1], zaxes[2]) end if z1 >= z2 or z1 >= z3 then ov(X_COLOR); DisplayLine(xaxes[3], xaxes[4]) end if z1 < z2 or z1 < z7 then ov(Y_COLOR); DisplayLine(yaxes[3], yaxes[4]) end if z1 >= z7 or z1 < z3 then ov(Z_COLOR); DisplayLine(zaxes[3], zaxes[4]) end if z1 < z2 or z1 >= z3 then ov(X_COLOR); DisplayLine(xaxes[5], xaxes[6]) end if z1 < z2 or z1 >= z7 then ov(Y_COLOR); DisplayLine(yaxes[5], yaxes[6]) end if z1 >= z3 or z1 >= z7 then ov(Z_COLOR); DisplayLine(zaxes[5], zaxes[6]) end if z1 < z2 or z1 < z3 then ov(X_COLOR); DisplayLine(xaxes[7], xaxes[8]) end if z1 >= z2 or z1 >= z7 then ov(Y_COLOR); DisplayLine(yaxes[7], yaxes[8]) end if z1 < z7 or z1 >= z3 then ov(Z_COLOR); DisplayLine(zaxes[7], zaxes[8]) end ov("lineoption width 1") ov("blend 0") end end -------------------------------------------------------------------------------- function CreateAxes() -- create axes and lattice lines -- put axes origin at most -ve corner of grid local o = -MIDGRID local endpt = o + N*CELLSIZE xaxes = { {o,o,o}, {endpt,o,o}, {o,endpt,o}, {endpt,endpt,o}, {o,endpt,endpt}, {endpt,endpt,endpt}, {o,o,endpt}, {endpt,o,endpt} } yaxes = { {o,o,o}, {o,endpt,o}, {o,o,endpt}, {o,endpt,endpt}, {endpt,o,endpt}, {endpt,endpt,endpt}, {endpt,o,o}, {endpt,endpt,o} } zaxes = { {o,o,o}, {o,o,endpt}, {endpt,o,o}, {endpt,o,endpt}, {endpt,endpt,o}, {endpt,endpt,endpt}, {o,endpt,o}, {o,endpt,endpt} } xylattice = {} for i = 0, N do local offset = i*CELLSIZE xylattice[#xylattice+1] = {{o+offset,o,o}, {o+offset,endpt,o}} xylattice[#xylattice+1] = {{o,o+offset,o}, {endpt,o+offset,o}} end xzlattice = {} for i = 0, N do local offset = i*CELLSIZE xzlattice[#xzlattice+1] = {{o,o,o+offset}, {endpt,o,o+offset}} xzlattice[#xzlattice+1] = {{o+offset,o,o}, {o+offset,o,endpt}} end yzlattice = {} for i = 0, N do local offset = i*CELLSIZE yzlattice[#yzlattice+1] = {{o,o+offset,o}, {o,o+offset,endpt}} yzlattice[#yzlattice+1] = {{o,o,o+offset}, {o,endpt,o+offset}} end end -------------------------------------------------------------------------------- function CreateTranslucentCell(clipname, color) -- create a clip containing a translucent cube with given color ov("create "..(CELLSIZE*2).." "..(CELLSIZE*2).." "..clipname) ov("target "..clipname) ov(color) -- temporarily change BORDER and LEN so CreateCube fills cell local oldBORDER = BORDER local oldLEN = LEN BORDER = 1 LEN = CELLSIZE-2 - (CELLSIZE%2) local midpos = N//2 local cube = CreateCube(midpos, midpos, midpos) -- create cube's projected vertices (within clip) for i = 1, 8 do rotx[i], roty[i], rotz[i] = TransformPoint(cube[i]) projectedx[i] = round( rotx[i] ) + CELLSIZE projectedy[i] = round( roty[i] ) + CELLSIZE end -- draw outer edges of cube then flood from center if rotz[1] < rotz[2] then -- front face is visible if rotz[5] < rotz[3] then -- right face is visible DrawEdge(1,3) if rotz[5] < rotz[7] then -- top face is visible DrawEdge(3,4) DrawEdge(4,6) DrawEdge(6,8) DrawEdge(8,7) DrawEdge(7,1) else -- bottom face is visible DrawEdge(3,5) DrawEdge(5,6) DrawEdge(6,8) DrawEdge(8,2) DrawEdge(2,1) end else -- left face is visible DrawEdge(5,7) if rotz[5] < rotz[7] then -- top face is visible DrawEdge(7,1) DrawEdge(1,2) DrawEdge(2,4) DrawEdge(4,6) DrawEdge(6,5) else -- bottom face is visible DrawEdge(7,8) DrawEdge(8,2) DrawEdge(2,4) DrawEdge(4,3) DrawEdge(3,5) end end else -- back face is visible if rotz[5] < rotz[3] then -- right face is visible DrawEdge(5,7) if rotz[5] < rotz[7] then -- top face is visible DrawEdge(7,8) DrawEdge(8,2) DrawEdge(2,4) DrawEdge(4,3) DrawEdge(3,5) else -- bottom face is visible DrawEdge(7,1) DrawEdge(1,2) DrawEdge(2,4) DrawEdge(4,6) DrawEdge(6,5) end else -- left face is visible DrawEdge(1,3) if rotz[5] < rotz[7] then -- top face is visible DrawEdge(3,5) DrawEdge(5,6) DrawEdge(6,8) DrawEdge(8,2) DrawEdge(2,1) else -- bottom face is visible DrawEdge(3,4) DrawEdge(4,6) DrawEdge(6,8) DrawEdge(8,7) DrawEdge(7,1) end end end ov("flood "..CELLSIZE.." "..CELLSIZE) -- restore BORDER and LEN BORDER = oldBORDER LEN = oldLEN ov("optimize "..clipname) ov("target") end -------------------------------------------------------------------------------- function DrawCubeEdges() if LEN > 4 then -- draw anti-aliased edges around visible face(s) if LEN == 5 then ovt{"rgba", 150, 150, 150, 255} elseif LEN == 6 then ovt{"rgba", 110, 110, 110, 255} elseif LEN == 7 then ovt{"rgba", 80, 80, 80, 255} else ovt{"rgba", 60, 60, 60, 255} end ov("blend 1") ov("lineoption width "..(1 + int(LEN / 40.0))) if rotz[1] < rotz[2] then -- draw all edges around front face DrawEdge(1,3) DrawEdge(3,5) DrawEdge(5,7) DrawEdge(7,1) if rotz[1] < rotz[3] then -- draw remaining 3 edges around bottom face DrawEdge(1,2) DrawEdge(2,8) DrawEdge(8,7) if rotz[1] < rotz[7] then -- draw remaining 2 edges around left face DrawEdge(3,4) DrawEdge(4,2) else -- draw remaining 2 edges around right face DrawEdge(5,6) DrawEdge(6,8) end else -- draw 3 remaining edges around top face DrawEdge(3,4) DrawEdge(4,6) DrawEdge(6,5) if rotz[1] < rotz[7] then -- draw remaining 2 edges around left face DrawEdge(4,2) DrawEdge(2,1) else -- draw remaining 2 edges around right face DrawEdge(6,8) DrawEdge(8,7) end end else -- draw all edges around back face DrawEdge(2,4) DrawEdge(4,6) DrawEdge(6,8) DrawEdge(8,2) if rotz[1] < rotz[3] then -- draw remaining 3 edges around bottom face DrawEdge(2,1) DrawEdge(1,7) DrawEdge(7,8) if rotz[1] < rotz[7] then -- draw remaining 2 edges around left face DrawEdge(1,3) DrawEdge(3,4) else -- draw remaining 2 edges around right face DrawEdge(7,5) DrawEdge(5,6) end else -- draw 3 remaining edges around top face DrawEdge(6,5) DrawEdge(5,3) DrawEdge(3,4) if rotz[1] < rotz[7] then -- draw remaining 2 edges around left face DrawEdge(2,1) DrawEdge(1,3) else -- draw remaining 2 edges around right face DrawEdge(8,7) DrawEdge(7,5) end end end ov("lineoption width 1") ov("blend 0") end end -------------------------------------------------------------------------------- lastHistorySize = -1 function CreateHistoryCells(clip, color) -- only create bitmaps if cell size has changed if CELLSIZE == lastHistorySize then return end lastHistorySize = CELLSIZE -- create translucent history cell CreateTranslucentCell(clip, color) -- create alpha fading clips if required if fadehistory then local _, _, _, _, starta = split(color) local stopa = MINHISTORYALPHA local adjust = (starta - stopa + 1) / showhistory local alpha = starta ov("target "..clip) for i = 1, showhistory do ov("target "..clip) ov("copy 0 0 0 0 "..clip..i) ov("target "..clip..i) ovt{"rgba", 0, 0, 0, alpha} ov("replace !0# 0# 0# *") ov("optimize "..clip..i) alpha = alpha - adjust end ov("target") end end -------------------------------------------------------------------------------- function CreateLayers(clip) local adjust = depthrange / (maxdepth - mindepth + 1) local total = 0 local rgb ov("target "..clip) ov("copy 0 0 0 0 "..clip.."1") ov("target "..clip.."1") ov("optimize "..clip.."1") for i = 2, maxdepth do total = total + adjust rgb = floor(total) ov("target "..clip) ov("copy 0 0 0 0 "..clip..i) ov("target "..clip..i) ov("replace *#-"..rgb.." *#-"..rgb.." *#-"..rgb.." *#") ov("optimize "..clip..i) end total = 0 for i = 1, mindepth, -1 do total = total + adjust rgb = floor(total) ov("target "..clip) ov("copy 0 0 0 0 "..clip..i) ov("target "..clip..i) ov("replace *#+"..rgb.." *#+"..rgb.." *#+"..rgb.." *#") ov("optimize "..clip..i) end ov("target") end -------------------------------------------------------------------------------- local HALFCUBECLIP -- half the wd/ht of the clip containing a live cube lastCubeSize = -1 function CreateLiveCube() -- only create bitmaps if cell size has changed if CELLSIZE == lastCubeSize then return end lastCubeSize = CELLSIZE -- create a clip containing one rotated cube that will be used later -- to draw all live cells (this only works because all cubes are identical -- in appearance when using orthographic projection) -- largest size of a rotated cube with edge length L is sqrt(3)*L HALFCUBECLIP = round(sqrt(3) * LEN / 2.0) ov("create "..(HALFCUBECLIP*2).." "..(HALFCUBECLIP*2).." L") ov("target L") local midpos = N//2 local cube = CreateCube(midpos, midpos, midpos) -- create cube's projected vertices (within clip) for i = 1, 8 do rotx[i], roty[i], rotz[i] = TransformPoint(cube[i]) projectedx[i] = round( rotx[i] ) + HALFCUBECLIP projectedy[i] = round( roty[i] ) + HALFCUBECLIP end -- draw up to 3 visible faces of cube, using cyclic vertex order set in CreateCube CheckFaces(1,3,5,7, 2,4,6,8) -- front or back CheckFaces(1,2,8,7, 3,4,6,5) -- bottom or top CheckFaces(1,2,4,3, 7,8,6,5) -- left or right DrawCubeEdges() ov("optimize L") -- create faded versions of the clip if depth shading if depthshading then CreateLayers("L") end ov("target") end -------------------------------------------------------------------------------- lastSphereSize = -1 function CreateLiveSphere() -- only create bitmaps if cell size has changed if CELLSIZE == lastSphereSize then return end lastSphereSize = CELLSIZE -- create a clip containing one sphere that will be used later -- to draw all live cells local diameter = CELLSIZE+1 -- so orthogonally adjacent spheres touch ov("create "..diameter.." "..diameter.." L") ov("target L") ov("blend 1") local x = 0 local y = 0 local gray = 0 -- start with black outline local grayinc = 127 local r = (diameter+1)//2 if r > 2 then grayinc = 127/(r-2) end while true do local grayrgb = floor(gray) ovt{"rgba", grayrgb, grayrgb, grayrgb, 255} -- draw a solid circle by setting the line width to the radius ov("lineoption width "..r) ov("ellipse "..x.." "..y.." "..diameter.." "..diameter) diameter = diameter - 2 r = r - 1 if r < 2 then break end x = x + 1 y = y + 1 if gray == 0 then gray = 128 end gray = gray + grayinc if gray > 255 then gray = 255 end end ov("blend 0") ov("lineoption width 1") ov("optimize L") -- create faded versions of the clip if depth shading if depthshading then CreateLayers("L") end ov("target") end -------------------------------------------------------------------------------- function DisplayCells(editing) -- find the rotated reference cube vertex with maximum Z coordinate local z1 = rotrefz[1] local z2 = rotrefz[2] local z3 = rotrefz[3] local z4 = rotrefz[4] local z5 = rotrefz[5] local z6 = rotrefz[6] local z7 = rotrefz[7] local z8 = rotrefz[8] local maxZ = max(z1,z2,z3,z4,z5,z6,z7,z8) local testcell = editing or selcount > 0 or pastecount > 0 -- find the extended boundary of all live/active/selected/paste cells local MINX, MINY, MINZ, MAXX, MAXY, MAXZ = minx, miny, minz, maxx, maxy, maxz if testcell then if editing then if minactivex < MINX then MINX = minactivex end if minactivey < MINY then MINY = minactivey end if minactivez < MINZ then MINZ = minactivez end if maxactivex > MAXX then MAXX = maxactivex end if maxactivey > MAXY then MAXY = maxactivey end if maxactivez > MAXZ then MAXZ = maxactivez end end if selcount > 0 then if minselx < MINX then MINX = minselx end if minsely < MINY then MINY = minsely end if minselz < MINZ then MINZ = minselz end if maxselx > MAXX then MAXX = maxselx end if maxsely > MAXY then MAXY = maxsely end if maxselz > MAXZ then MAXZ = maxselz end end if pastecount > 0 then if minpastex < MINX then MINX = minpastex end if minpastey < MINY then MINY = minpastey end if minpastez < MINZ then MINZ = minpastez end if maxpastex > MAXX then MAXX = maxpastex end if maxpastey > MAXY then MAXY = maxpastey end if maxpastez > MAXZ then MAXZ = maxpastez end end end -- determine order to traverse x, y and z in the grid; -- note that we need to draw cells from back to front -- (assumes vertex order set in CreateCube) local fromz, toz, stepz, fromy, toy, stepy, fromx, tox, stepx if maxZ == z1 then fromx, fromy, fromz = MINX, MINY, MAXZ elseif maxZ == z2 then fromx, fromy, fromz = MINX, MINY, MINZ elseif maxZ == z3 then fromx, fromy, fromz = MINX, MAXY, MAXZ elseif maxZ == z4 then fromx, fromy, fromz = MINX, MAXY, MINZ elseif maxZ == z5 then fromx, fromy, fromz = MAXX, MAXY, MAXZ elseif maxZ == z6 then fromx, fromy, fromz = MAXX, MAXY, MINZ elseif maxZ == z7 then fromx, fromy, fromz = MAXX, MINY, MAXZ elseif maxZ == z8 then fromx, fromy, fromz = MAXX, MINY, MINZ end if (fromx == MINX) then tox, stepx = MAXX, 1 else tox, stepx = MINX, -1 end if (fromy == MINY) then toy, stepy = MAXY, 1 else toy, stepy = MINY, -1 end if (fromz == MINZ) then toz, stepz = MAXZ, 1 else toz, stepz = MINZ, -1 end -- update the select, paste and active plane if editing then ovt{"setselpasact3d", selected, pastepatt, active} else ovt{"setselpasact3d", selected, pastepatt, {}} end -- display the cells ovt{"displaycells3d", fromx, tox, stepx, fromy, toy, stepy, fromz, toz, stepz, CELLSIZE, editing, toolbarht} end -------------------------------------------------------------------------------- lastBusyCubeSize = {E = -1, O = -1} function CreateBusyCube(clipname) -- only create bitmaps if cell size has changed if CELLSIZE == lastBusyCubeSize[clipname] then return end lastBusyCubeSize[clipname] = CELLSIZE -- create a clip containing a cube for odd/even cells -- largest size of a rotated cube with edge length L is sqrt(3)*L HALFCUBECLIP = round(sqrt(3) * LEN / 2.0) ov("create "..(HALFCUBECLIP*2).." "..(HALFCUBECLIP*2).." "..clipname) ov("target "..clipname) local midpos = N//2 local cube = CreateCube(midpos, midpos, midpos) -- create cube's projected vertices (within clip) for i = 1, 8 do rotx[i], roty[i], rotz[i] = TransformPoint(cube[i]) projectedx[i] = round( rotx[i] ) + HALFCUBECLIP projectedy[i] = round( roty[i] ) + HALFCUBECLIP end -- draw up to 3 visible faces of cube, using cyclic vertex order set in CreateCube CheckFaces(1,3,5,7, 2,4,6,8) -- front or back CheckFaces(1,2,8,7, 3,4,6,5) -- bottom or top CheckFaces(1,2,4,3, 7,8,6,5) -- left or right -- adjust grayscale colors using the replace command if clipname == "E" then ov(EVEN_CUBE) else ov(ODD_CUBE) end DrawCubeEdges() ov("optimize "..clipname) -- create faded versions of the clip if depth shading if depthshading then CreateLayers(clipname) end ov("target") end -------------------------------------------------------------------------------- lastBusySphereSize = { E = -1, O = -1 } function CreateBusySphere(clipname) -- only create bitmaps if cell size has changed if CELLSIZE == lastBusySphereSize[clipname] then return end lastBusySphereSize[clipname] = CELLSIZE -- create a clip containing a sphere for odd/even cells local diameter = CELLSIZE+1 local d1 = diameter ov("create "..diameter.." "..diameter.." "..clipname) ov("target "..clipname) ov("blend 1") local R, G, B if clipname == "E" then local _, red, green, blue = split(EVEN_COLOR) R = tonumber(red) G = tonumber(green) B = tonumber(blue) else local _, red, green, blue = split(ODD_COLOR) R = tonumber(red) G = tonumber(green) B = tonumber(blue) end local x = 0 local y = 0 local inc = 3 if diameter < 50 then inc = 8 - diameter//10 end local r = (diameter+1)//2 while true do ovt{"rgba", R, G, B, 255} -- draw a solid circle by setting the line width to the radius ov("lineoption width "..r) ov("ellipse "..x.." "..y.." "..diameter.." "..diameter) diameter = diameter - 2 r = r - 1 if r < 2 then break end x = x + 1 y = y + 1 R = R + inc G = G + inc B = B + inc if R > 255 then R = 255 end if G > 255 then G = 255 end if B > 255 then B = 255 end end -- draw black outline ovt{"rgba", 0, 0, 0, 255} ov("lineoption width 1") ov("ellipse 0 0 "..d1.." "..d1) ov("blend 0") ov("optimize "..clipname) -- create faded versions of the clip if depth shading if depthshading then CreateLayers(clipname) end ov("target") end -------------------------------------------------------------------------------- function CreatePoint(clipname, color) ov("create 1 1 "..clipname) ov("target "..clipname) -- set pixel to the given color ov(color) ovt{"set", 0, 0} ov("target") end -------------------------------------------------------------------------------- function EnableControls(bool) -- disable/enable unsafe menu items so that user scripts can call op.process -- File menu: mbar.enableitem(1, 1, bool) -- New Pattern mbar.enableitem(1, 2, bool) -- Random Pattern mbar.enableitem(1, 3, bool) -- Open Pattern mbar.enableitem(1, 4, bool) -- Open Clipboard mbar.enableitem(1, 5, bool) -- Save Pattern mbar.enableitem(1, 7, bool) -- Run Script mbar.enableitem(1, 8, bool) -- Run Clipboard mbar.enableitem(1, 9, bool) -- Set Startup Script if bool then -- ExitScript will abort 3D.lua mbar.setitem(1, 11, "Exit 3D.lua") else -- ExitScript will abort the user script mbar.setitem(1, 11, "Exit Script") end -- Edit menu: mbar.enableitem(2, 1, bool) -- Undo mbar.enableitem(2, 2, bool) -- Redo mbar.enableitem(2, 4, bool) -- Cut mbar.enableitem(2, 5, bool) -- Copy mbar.enableitem(2, 6, bool) -- Paste mbar.enableitem(2, 7, bool) -- Cancel Paste mbar.enableitem(2, 8, bool) -- Clear mbar.enableitem(2, 9, bool) -- Clear Outside mbar.enableitem(2, 11, bool) -- Select All mbar.enableitem(2, 12, bool) -- Cancel Selection mbar.enableitem(2, 14, bool) -- Middle Pattern mbar.enableitem(2, 15, bool) -- Middle Selection mbar.enableitem(2, 16, bool) -- Middle Paste -- Control menu: mbar.enableitem(3, 1, bool) -- Start/Stop Generating mbar.enableitem(3, 2, bool) -- Next Generation mbar.enableitem(3, 3, bool) -- Next Step mbar.enableitem(3, 4, bool) -- Reset mbar.enableitem(3, 6, bool) -- Set Rule -- View menu: mbar.enableitem(4, 3, bool) -- Set Grid Size -- disable/enable unsafe buttons ssbutton.enable(bool) s1button.enable(bool) resetbutton.enable(bool) undobutton.enable(bool) redobutton.enable(bool) -- disable/enable unsafe radio buttons drawbox.enable(bool) selectbox.enable(bool) movebox.enable(bool) end -------------------------------------------------------------------------------- function DrawMenuBar() if scriptlevel == 0 then mbar.enableitem(2, 1, #undostack > 0) -- Undo mbar.enableitem(2, 2, #redostack > 0) -- Redo mbar.enableitem(2, 4, selcount > 0) -- Cut mbar.enableitem(2, 5, selcount > 0) -- Copy mbar.enableitem(2, 7, pastecount > 0) -- Cancel Paste mbar.enableitem(2, 8, selcount > 0) -- Clear mbar.enableitem(2, 9, selcount > 0) -- Clear Outside mbar.enableitem(2, 11, popcount > 0) -- Select All mbar.enableitem(2, 12, selcount > 0) -- Cancel Selection mbar.enableitem(2, 14, popcount > 0) -- Middle Pattern mbar.enableitem(2, 15, selcount > 0) -- Middle Selection mbar.enableitem(2, 16, pastecount > 0) -- Middle Paste mbar.enableitem(3, 1, popcount > 0) -- Start/Stop Generating mbar.enableitem(3, 2, popcount > 0) -- Next Generation mbar.enableitem(3, 3, popcount > 0) -- Next Step mbar.enableitem(3, 4, gencount > startcount) -- Reset end mbar.radioitem(4, 5, celltype == "cube") mbar.radioitem(4, 6, celltype == "sphere") mbar.radioitem(4, 7, celltype == "point") mbar.tickitem(4, 9, showaxes) mbar.tickitem(4, 10, showlines) mbar.tickitem(4, 11, depthshading) mbar.tickitem(4, 12, showhistory > 0) mbar.tickitem(4, 13, fadehistory) mbar.show(0, 0, ovwd, mbarht) end -------------------------------------------------------------------------------- function DrawToolBar() ovt{"rgba", 230, 230, 230, 255} ovt{"fill", 0, 0, ovwd, toolbarht} DrawMenuBar() -- draw line at bottom edge of tool bar ov(op.gray) DrawLine(0, toolbarht-1, ovwd-1, toolbarht-1) if scriptlevel == 0 then -- enable/disable buttons ssbutton.enable(popcount > 0) s1button.enable(popcount > 0) resetbutton.enable(gencount > startcount) undobutton.enable(#undostack > 0) redobutton.enable(#redostack > 0) end local x = gap local y = mbarht + gap local biggap = gap * 3 ssbutton.show(x, y) x = x + ssbutton.wd + gap s1button.show(x, y) x = x + s1button.wd + gap resetbutton.show(x, y) x = x + resetbutton.wd + gap fitbutton.show(x, y) x = x + fitbutton.wd + biggap undobutton.show(x, y) x = x + undobutton.wd + gap redobutton.show(x, y) x = x + redobutton.wd + biggap drawbox.show(x, y, currcursor == drawcursor) x = x + drawbox.wd + gap selectbox.show(x, y, currcursor == selectcursor) x = x + selectbox.wd + gap movebox.show(x, y, currcursor == movecursor) -- show step slider to right of radio buttons stepslider.show(x + movebox.wd + biggap, y, stepsize) -- show stepsize at right end of slider ov(op.black) local oldfont if g.os() == "Linux" then oldfont = ov("font 10 default") else oldfont = ov("font 10 default-bold") end local oldbg = ov("textoption background 230 230 230 255") local _, _ = op.maketext("Step="..stepsize) op.pastetext(stepslider.x + stepslider.wd + 2, y + 1) ov("textoption background "..oldbg) ov("font "..oldfont) -- last 2 buttons are at right end of tool bar x = ovwd - gap - exitbutton.wd exitbutton.show(x, y) x = x - gap - helpbutton.wd helpbutton.show(x, y) end -------------------------------------------------------------------------------- function UpdateWindowTitle() -- set window title if it has changed local newtitle = string.format("%s [%s]", pattname, rulestring) if dirty then newtitle = "*"..newtitle end if g.os() ~= "Mac" then newtitle = newtitle.." - Golly" end if newtitle ~= currtitle then g.settitle(newtitle) currtitle = newtitle end end -------------------------------------------------------------------------------- function Refresh(update) if scriptlevel > 0 and not update then -- user scripts need to call Update() when they want to refresh return end -- turn off event checking temporarily to avoid partial updates of overlay -- (eg. due to user resizing window while a pattern is generating) g.check(false) -- if the pattern has been modified then update if update_grid then ovt{"setpattern3d", grid1, false} update_grid = false end -- fill overlay with background color ov(BACK_COLOR) ovt{"fill"} -- get Z coordinates of the vertices of a rotated reference cube -- (for doing various depth tests) for i = 1, 8 do local _, _, z = TransformPoint(refcube[i]) rotrefz[i] = z end if showaxes or showlines then DrawRearAxes() end --[[ All types of cell are defined as named clips and are the same for Cubes, Spheres or Points. Only the clips required for the current settings need to be created (algo, history, depth shading, mode, etc.). Name Description a active plane (Draw or Select mode) h history cell h1..hn fading history cell hN history cell not in active plane (Draw or Select mode) p paste target cell s selected cell sN selected cell not in active plane (Draw or Select mode) Moore, Face, Corner, Edge and Hexahedral algos: L live cell without depth shading L1..Ln live cell with depth shading LN live cell not in active plane (Draw or Select mode) BusyBoxes algo: E live even cell without depth shading O live odd cell without depth shading E1..En live even cell with depth shading O1..En live odd cell with depth shading EN live even cell not in active plane (Draw or Select Mode) ON live odd cell not in active plane (Draw or Select Mode) ]] local editing = currcursor ~= movecursor if popcount > 0 or pastecount > 0 or selcount > 0 or editing then if showhistory > HISTORYOFF then -- history cells will be translucent CreateHistoryCells("h", HISTORY_COLOR) end if pastecount > 0 then -- paste cells will be translucent CreateTranslucentCell("p", PASTE_COLOR) end if selcount > 0 then -- selected cells will be translucent CreateTranslucentCell("s", SELECT_COLOR) end if editing then -- cells in active plane will be translucent CreateTranslucentCell("a", ACTIVE_COLOR) -- live cells not in active plane will be points if rulestring:find("^BusyBoxes") then CreatePoint("EN", EVEN_COLOR) CreatePoint("ON", ODD_COLOR) else CreatePoint("LN", POINT_COLOR) end -- selected cells not in active plane will be points CreatePoint("sN", SELPT_COLOR) -- history cells not in active plane will be points if showhistory > HISTORYOFF then CreatePoint("hN", HISTORY_COLOR) end end if rulestring:find("^BusyBoxes") then if celltype == "cube" then CreateBusyCube("E") CreateBusyCube("O") elseif celltype == "sphere" then CreateBusySphere("E") CreateBusySphere("O") else -- celltype == "point" CreatePoint("E", EVEN_COLOR) CreatePoint("O", ODD_COLOR) end else if celltype == "cube" then CreateLiveCube() elseif celltype == "sphere" then CreateLiveSphere() else -- celltype == "point" then CreatePoint("L", POINT_COLOR) end end DisplayCells(editing) end if showaxes or showlines then DrawFrontAxes() end -- show info in top left corner local info = "Generation = "..gencount.."\n".. "Population = "..popcount if selcount > 0 then info = info.."\nSelected cells = "..selcount end if editing then -- show cell coords of mouse if it's inside the active plane info = info.."\nx,y,z = "..activecell end ov(INFO_COLOR) local _, ht = op.maketext(info) op.pastetext(10, toolbarht + 10) if message then ov(MSG_COLOR) op.maketext(message) op.pastetext(10, toolbarht + 10 + ht + 10) end if toolbarht > 0 then DrawToolBar() end -- the overlay is 100% opaque and covers entire viewport -- so we can call ov("update") rather than slower g.update() ov("update") UpdateWindowTitle() g.check(true) -- restore event checking end -------------------------------------------------------------------------------- function RefreshIfNotGenerating() if not generating then Refresh() end end -------------------------------------------------------------------------------- function SetActivePlane(orientation, pos) -- set the active plane; default is an XY plane half way along the Z axis activeplane = orientation or "XY" activepos = pos or 0 active = {} local M = N-1 if activeplane == "XY" then local z = N//2 + activepos local zNN = z * N * N for y = 0, M do local yN = y * N for x = 0, M do active[ x + yN + zNN ] = true end end minactivex = 0 maxactivex = M minactivey = 0 maxactivey = M minactivez = z maxactivez = z elseif activeplane == "YZ" then local x = N//2 + activepos for z = 0, M do for y = 0, M do active[ x + N * (y + N * z) ] = true end end minactivex = x maxactivex = x minactivey = 0 maxactivey = M minactivez = 0 maxactivez = M else -- activeplane == "XZ" local y = N//2 + activepos for z = 0, M do for x = 0, M do active[ x + N * (y + N * z) ] = true end end minactivex = 0 maxactivex = M minactivey = y maxactivey = y minactivez = 0 maxactivez = M end end -------------------------------------------------------------------------------- function UpdateStartButton() -- change label in ssbutton without changing the button's width, -- and also update 1st item in Control menu if generating then ssbutton.customcolor = STOP_COLOR ssbutton.darkcustomcolor = SELSTOP_COLOR ssbutton.setlabel("Stop", false) mbar.setitem(3, 1, "Stop Generating") else ssbutton.customcolor = START_COLOR ssbutton.darkcustomcolor = SELSTART_COLOR ssbutton.setlabel("Start", false) mbar.setitem(3, 1, "Start Generating") end end -------------------------------------------------------------------------------- function StopGenerating() if generating then generating = false UpdateStartButton() end end -------------------------------------------------------------------------------- function SaveState() -- return a table containing current state local state = {} -- save current grid size state.saveN = N -- save current active plane state.saveplane = activeplane state.savepos = activepos -- save current cursor state.savecursor = currcursor -- save current rule state.saverule = rulestring -- save current step size state.savestep = stepsize -- save current pattern state.savedirty = dirty state.savename = pattname state.savegencount = gencount state.savepopcount = popcount state.savecells = {} if popcount > 0 then for k,_ in pairs(grid1) do state.savecells[k] = 1 end end state.saveminx = minx state.saveminy = miny state.saveminz = minz state.savemaxx = maxx state.savemaxy = maxy state.savemaxz = maxz state.saveminimallive = minimal_live_bounds -- save current selection state.saveselcount = selcount state.saveselected = {} if selcount > 0 then for k,_ in pairs(selected) do state.saveselected[k] = true end end state.saveminselx = minselx state.saveminsely = minsely state.saveminselz = minselz state.savemaxselx = maxselx state.savemaxsely = maxsely state.savemaxselz = maxselz state.saveminimalsel = minimal_sel_bounds -- save current paste pattern state.savepcount = pastecount state.savepaste = {} if pastecount > 0 then for k,_ in pairs(pastepatt) do state.savepaste[k] = true end end state.saveminpastex = minpastex state.saveminpastey = minpastey state.saveminpastez = minpastez state.savemaxpastex = maxpastex state.savemaxpastey = maxpastey state.savemaxpastez = maxpastez return state end -------------------------------------------------------------------------------- function RestoreState(state) -- restore state from given info (created earlier by SaveState) -- restore grid size and active plane if necessary if N ~= state.saveN then SetGridSizeOnly(state.saveN) CreateAxes() -- active plane also depends on N SetActivePlane(state.saveplane, state.savepos) elseif activeplane ~= state.saveplane or activepos ~= state.savepos then SetActivePlane(state.saveplane, state.savepos) end -- restore cursor (determines whether active plane is displayed) currcursor = state.savecursor if not arrow_cursor then ov("cursor "..currcursor) end -- restore rule if necessary if rulestring ~= state.saverule then ParseRule(state.saverule) end -- restore step size SetStepSize(state.savestep) -- restore pattern dirty = state.savedirty pattname = state.savename gencount = state.savegencount popcount = state.savepopcount grid1 = {} if popcount > 0 then for k,_ in pairs(state.savecells) do grid1[k] = 1 end end minx = state.saveminx miny = state.saveminy minz = state.saveminz maxx = state.savemaxx maxy = state.savemaxy maxz = state.savemaxz minimal_live_bounds = state.saveminimallive -- restore selection selcount = state.saveselcount selected = {} if selcount > 0 then for k,_ in pairs(state.saveselected) do selected[k] = true end end minselx = state.saveminselx minsely = state.saveminsely minselz = state.saveminselz maxselx = state.savemaxselx maxsely = state.savemaxsely maxselz = state.savemaxselz minimal_sel_bounds = state.saveminimalsel -- restore paste pattern pastecount = state.savepcount pastepatt = {} if pastecount > 0 then for k,_ in pairs(state.savepaste) do pastepatt[k] = true end end minpastex = state.saveminpastex minpastey = state.saveminpastey minpastez = state.saveminpastez maxpastex = state.savemaxpastex maxpastey = state.savemaxpastey maxpastez = state.savemaxpastez ovt{"setpattern3d", grid1, false} -- nicer not to clear history??? update_grid = false end -------------------------------------------------------------------------------- function SameState(state) -- return true if given state matches the current state if N ~= state.saveN then return false end if activeplane ~= state.saveplane then return false end if activepos ~= state.savepos then return false end if currcursor ~= state.savecursor then return false end if rulestring ~= state.saverule then return false end if dirty ~= state.savedirty then return false end if pattname ~= state.savename then return false end if gencount ~= state.savegencount then return false end if popcount ~= state.savepopcount then return false end if selcount ~= state.saveselcount then return false end if pastecount ~= state.savepcount then return false end -- note that we don't compare stepsize with state.savestep -- (we don't call RememberCurrentState when the user changes the step size) for k,_ in pairs(state.savecells) do if not grid1[k] then return false end end for k,_ in pairs(state.saveselected) do if not selected[k] then return false end end for k,_ in pairs(state.savepaste) do if not pastepatt[k] then return false end end return true end -------------------------------------------------------------------------------- function ClearUndoRedo() -- this might be called if a user script is running (eg. if it calls NewPattern) undostack = {} redostack = {} dirty = false end -------------------------------------------------------------------------------- function Undo() -- ignore if user script is running -- (scripts can call SaveState and RestoreState if they need to undo stuff) if scriptlevel > 0 then return end if #undostack > 0 then StopGenerating() -- push current state onto redostack redostack[#redostack+1] = SaveState() -- pop state off undostack and restore it RestoreState( table.remove(undostack) ) Refresh() end end -------------------------------------------------------------------------------- function Redo() -- ignore if user script is running if scriptlevel > 0 then return end if #redostack > 0 then StopGenerating() -- push current state onto undostack undostack[#undostack+1] = SaveState() -- pop state off redostack and restore it RestoreState( table.remove(redostack) ) Refresh() end end -------------------------------------------------------------------------------- function RememberCurrentState() -- ignore if user script is running if scriptlevel > 0 then return end redostack = {} undostack[#undostack+1] = SaveState() end -------------------------------------------------------------------------------- function CheckIfGenerating() if generating and popcount > 0 and gencount > startcount then -- NextGeneration will be called soon RememberCurrentState() end end -------------------------------------------------------------------------------- function InitLiveBoundary() -- check for cells on grid edge liveedge = (minx == 0 or miny == 0 or minz == 0 or maxx == N-1 or maxy == N-1 or maxz == N-1) -- reset boundary minx = math.maxinteger miny = math.maxinteger minz = math.maxinteger maxx = math.mininteger maxy = math.mininteger maxz = math.mininteger -- SetLiveCell/SetCellState/NextGeneration will update all values -- set the flag for MinimizeLiveBoundary minimal_live_bounds = true end -------------------------------------------------------------------------------- function MinimizeLiveBoundary() if popcount > 0 and not minimal_live_bounds then InitLiveBoundary() -- minimal_live_bounds is now true local NN = N*N for k,_ in pairs(grid1) do -- grid1[k] is a live cell local x = k % N local y = k % NN if x < minx then minx = x end if y < miny then miny = y end if k < minz then minz = k end if x > maxx then maxx = x end if y > maxy then maxy = y end if k > maxz then maxz = k end end miny = miny // N maxy = maxy // N minz = minz // NN maxz = maxz // NN end end -------------------------------------------------------------------------------- function InitSelectionBoundary() minselx = math.maxinteger minsely = math.maxinteger minselz = math.maxinteger maxselx = math.mininteger maxsely = math.mininteger maxselz = math.mininteger -- set the flag for MinimizeSelectionBoundary minimal_sel_bounds = true end -------------------------------------------------------------------------------- local function UpdateSelectionBoundary(x, y, z) if x < minselx then minselx = x end if y < minsely then minsely = y end if z < minselz then minselz = z end if x > maxselx then maxselx = x end if y > maxsely then maxsely = y end if z > maxselz then maxselz = z end end -------------------------------------------------------------------------------- function MinimizeSelectionBoundary() if selcount > 0 and not minimal_sel_bounds then -- find minimal bounding box of all selected cells InitSelectionBoundary() -- minimal_sel_bounds is now true local NN = N*N for k,_ in pairs(selected) do UpdateSelectionBoundary(k % N, (k // N) % N, k // NN) end end end -------------------------------------------------------------------------------- function ClearCells() grid1 = {} popcount = 0 InitLiveBoundary() -- remove selection selcount = 0 selected = {} InitSelectionBoundary() -- remove paste pattern pastecount = 0 pastepatt = {} collectgarbage() -- good place to force a gc end -------------------------------------------------------------------------------- function MoveActivePlane(newpos, refresh) if currcursor ~= movecursor then local mid = N//2 if newpos + mid < 0 then newpos = -mid elseif newpos + mid >= N then newpos = N-1-mid end if newpos == activepos then return end -- note that refresh is false if called from DragActivePlane -- (in which case RememberCurrentState has already been called -- by StartDraggingPlane) if refresh then RememberCurrentState() end -- use the same orientation SetActivePlane(activeplane, newpos) if refresh then CheckIfGenerating() Refresh() end end end -------------------------------------------------------------------------------- function CycleActivePlane() if currcursor ~= movecursor then RememberCurrentState() -- cycle to next orientation of active plane if activeplane == "XY" then SetActivePlane("YZ", activepos) elseif activeplane == "YZ" then SetActivePlane("XZ", activepos) else -- activeplane == "XZ" SetActivePlane("XY", activepos) end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- local function SetSelection(x, y, z, sel) local pos = x + N * (y + N * z) if sel then if not selected[pos] then selected[pos] = true selcount = selcount + 1 UpdateSelectionBoundary(x, y, z) end elseif selected[pos] then selected[pos] = nil selcount = selcount - 1 -- tell MinimizeSelectionBoundary that it needs to update the selection boundary minimal_sel_bounds = false end end -------------------------------------------------------------------------------- local function SetCellState(x, y, z, state) local pos = x + N * (y + N * z) if state > 0 then if not grid1[pos] then grid1[pos] = state popcount = popcount + 1 dirty = true update_grid = true -- boundary might expand if x < minx then minx = x end if y < miny then miny = y end if z < minz then minz = z end if x > maxx then maxx = x end if y > maxy then maxy = y end if z > maxz then maxz = z end end else -- state is 0 if grid1[pos] then -- kill a live cell grid1[pos] = nil popcount = popcount - 1 dirty = true update_grid = true -- tell MinimizeLiveBoundary that it needs to update the live boundary minimal_live_bounds = false end end end -------------------------------------------------------------------------------- local function SetLiveCell(x, y, z) -- this must only be called to create a live cell grid1[ x + N * (y + N * z) ] = 1 popcount = popcount + 1 dirty = true update_grid = true -- boundary might expand if x < minx then minx = x end if y < miny then miny = y end if z < minz then minz = z end if x > maxx then maxx = x end if y > maxy then maxy = y end if z > maxz then maxz = z end end -------------------------------------------------------------------------------- function SaveCells() -- return an array of live cell positions relative to mid cell local livecells = {} if popcount > 0 then local mid = N//2 local NN = N*N for k,_ in pairs(grid1) do -- grid1[k] is a live cell local x = k % N local y = (k // N) % N local z = k // NN livecells[#livecells+1] = {x-mid, y-mid, z-mid} end end return livecells end -------------------------------------------------------------------------------- function RestoreCells(livecells) -- restore pattern saved earlier by SaveCells -- (note that grid must currently be empty) if popcount > 0 then g.warn("Bug in RestoreCells: grid is not empty!") end local clipped = 0 local mid = N//2 for _, xyz in ipairs(livecells) do local x, y, z = xyz[1]+mid, xyz[2]+mid, xyz[3]+mid if x >= 0 and x < N and y >= 0 and y < N and z >= 0 and z < N then SetLiveCell(x, y, z) else clipped = clipped + 1 end end return clipped end -------------------------------------------------------------------------------- function AllDead() -- this function is called at the start of every NextGen* function if popcount == 0 then StopGenerating() message = "All cells are dead." Refresh() return true -- return from NextGen* else if gencount == startcount then -- remember starting state for later use in Reset() if scriptlevel > 0 then -- can't use undostack if user script is running startstate = SaveState() else -- starting state is on top of undostack startstate = undostack[#undostack] end end popcount = 0 -- incremented in NextGen* InitLiveBoundary() -- updated in NextGen* return false -- calculate the next generation end end -------------------------------------------------------------------------------- function NextGenStandard(single) if AllDead() then return end local oldstep = stepsize if single then SetStepSize(1) end grid1, popcount, gencount, minx, maxx, miny, maxy, minz, maxz = ovt{"nextgen3d", gencount, liveedge} if single then SetStepSize(oldstep) end if popcount == 0 then StopGenerating() end Refresh() end -------------------------------------------------------------------------------- function NextGenBusyBoxes(single) if N%2 == 1 then -- BusyBoxes requires an even number grid size SetGridSize(N+1) end if AllDead() then return end local oldstep = stepsize if single then SetStepSize(1) end grid1, popcount, gencount, minx, maxx, miny, maxy, minz, maxz = ovt{"nextgen3d", gencount} if single then SetStepSize(oldstep) end if popcount == 0 then StopGenerating() end Refresh() end -------------------------------------------------------------------------------- function NewPattern(title) pattname = title or "untitled" SetCursor(drawcursor) gencount = 0 startcount = 0 SetStepSize(1) StopGenerating() ClearCells() ClearUndoRedo() ovt{"setpattern3d", grid1, true} -- clear history update_grid = false -- avoid unnecessary work if user script calls NewPattern if scriptlevel == 0 then SetActivePlane() -- restore default active plane InitialView() -- calls Refresh end end -------------------------------------------------------------------------------- function ReadPattern(filepath) local f = io.open(filepath,"r") if not f then return "Failed to open file:\n"..filepath end -- Lua's f:read("*l") doesn't detect CR as EOL so we do this ugly stuff: -- read entire file and convert any CRs to LFs local all = f:read("*a"):gsub("\r", "\n").."\n" local nextline = all:gmatch("(.-)\n") f:close() local line = nextline() if line == nil or not line:find("^3D") then return "Invalid RLE3 file (first line must start with 3D)." end -- read pattern into a temporary grid in case an error occurs local tsize = MAXN local trule = DEFAULT_RULE local tgens = 0 local tpop = 0 local tminx = math.maxinteger local tminy = math.maxinteger local tminz = math.maxinteger local tmaxx = math.mininteger local tmaxy = math.mininteger local tmaxz = math.mininteger local tgrid = {} local x0, y0, z0 = 0, 0, 0 -- parse 1st line (format is "3D key=val key=val key=val ...") local keys_and_vals = { split(line) } -- keys_and_vals[1] == "3D" for i = 2, #keys_and_vals do local keyword, value = split(keys_and_vals[i],"=") if value == nil then -- ignore keyword elseif keyword == "version" then if value ~= "1" then return "Unexpected version: "..value end elseif keyword == "size" then tsize = tonumber(value) or MAXN if tsize < MINN then tsize = MINN end if tsize > MAXN then tsize = MAXN end elseif keyword == "pos" then x0, y0, z0 = split(value,",") x0 = tonumber(x0) or 0 y0 = tonumber(y0) or 0 z0 = tonumber(z0) or 0 elseif keyword == "gen" then tgens = tonumber(value) or 0 if tgens < 0 then tgens = 0 end end end local wd, ht, dp local x, y, z = 0, 0, 0 local runcount = 0 local comments = "" while true do line = nextline() if not line then break end local ch = line:sub(1,1) if #ch == 0 then -- ignore blank line elseif ch == "#" then comments = comments..line.."\n" elseif ch == "x" then -- parse header wd, ht, dp, trule = line:match("x=(.+) y=(.+) z=(.+) rule=(.+)$") wd = tonumber(wd) ht = tonumber(ht) dp = tonumber(dp) if wd and ht and dp then if max(wd, ht, dp) > tsize then return "The pattern size is bigger than the grid size!" end x = x0 y = y0 z = z0 -- check that pattern is positioned within given grid size if x < 0 or x + wd > tsize or y < 0 or y + ht > tsize or z < 0 or z + dp > tsize then return "The pattern is positioned outside the grid!" end else return "Bad number in header line:\n"..line end local saverule = rulestring if not ParseRule(trule) then return "Unknown rule: "..trule end trule = rulestring -- restore rulestring etc in case there is a later error -- or we're doing a paste and want to ignore the specified rule ParseRule(saverule) else -- parse RLE3 data for i = 1, #line do ch = line:sub(i,i) if ch >= "0" and ch <= "9" then runcount = runcount * 10 + tonumber(ch) else if runcount == 0 then runcount = 1 end if ch == "b" then x = x + runcount elseif ch == "o" then repeat tgrid[ x + tsize * (y + tsize * z) ] = 1 tpop = tpop + 1 -- update boundary if x < tminx then tminx = x end if y < tminy then tminy = y end if z < tminz then tminz = z end if x > tmaxx then tmaxx = x end if y > tmaxy then tmaxy = y end if z > tmaxz then tmaxz = z end x = x + 1 runcount = runcount - 1 until runcount == 0 elseif ch == "$" then x = x0 y = y + runcount elseif ch == "/" then x = x0 y = y0 z = z + runcount elseif ch == "!" then break else return "Unexpected character: "..ch end runcount = 0 end end end end -- success local newpattern = { newsize = tsize, newrule = trule, newgens = tgens, newpop = tpop, newminx = tminx, newminy = tminy, newminz = tminz, newmaxx = tmaxx, newmaxy = tmaxy, newmaxz = tmaxz, newgrid = tgrid } return nil, newpattern, comments end -------------------------------------------------------------------------------- function UpdateCurrentGrid(newpattern) -- called by OpenPattern/OpenClipboard SetGridSizeOnly(newpattern.newsize) CreateAxes() ClearCells() -- resets grid1, popcount and selection info grid1 = newpattern.newgrid popcount = newpattern.newpop minx = newpattern.newminx miny = newpattern.newminy minz = newpattern.newminz maxx = newpattern.newmaxx maxy = newpattern.newmaxy maxz = newpattern.newmaxz -- note that ClearCells has set minimal_live_bounds = true ParseRule(newpattern.newrule) -- sets rulestring, survivals, births, NextGeneration gencount = newpattern.newgens startcount = gencount -- for Reset SetStepSize(1) StopGenerating() SetCursor(movecursor) ClearUndoRedo() -- dirty = false ovt{"setpattern3d", grid1, true} -- clear history update_grid = false if scriptlevel == 0 then SetActivePlane() InitialView() -- calls Refresh end end -------------------------------------------------------------------------------- function OpenPattern(filepath) if filepath then local err, newpattern, comments = ReadPattern(filepath) if err then g.warn(err, false) else -- pattern ok so use info in newpattern to update current grid; -- set pattname to file name at end of filepath pattname = filepath:match("^.+"..pathsep.."(.+)$") if #comments > 0 then message = comments end UpdateCurrentGrid(newpattern) end else -- prompt user for a .rle3 file to open local filetype = "RLE3 file (*.rle3)|*.rle3" local path = g.opendialog("Open a pattern", filetype, pattdir, "") if #path > 0 then -- update pattdir by stripping off the file name pattdir = path:gsub("[^"..pathsep.."]+$","") -- open the chosen pattern OpenPattern(path) end end end -------------------------------------------------------------------------------- function CopyClipboardToFile() -- create a temporary file containing clipboard text local filepath = g.getdir("temp").."clipboard.rle3" local f = io.open(filepath,"w") if not f then g.warn("Failed to create temporary clipboard file!", false) return nil end -- NOTE: we can't do f:write(string.gsub(g.getclipstr(),"\r","\n")) -- because gsub returns 2 results and we'd get count appended to file! local clip = string.gsub(g.getclipstr(),"\r","\n") f:write(clip) f:close() return filepath end -------------------------------------------------------------------------------- function OpenClipboard() local filepath = CopyClipboardToFile() if filepath then local err, newpattern, comments = ReadPattern(filepath) if err then g.warn(err, false) else -- pattern ok so use info in newpattern to update current grid pattname = "clipboard" if #comments > 0 then message = comments end UpdateCurrentGrid(newpattern) end end end -------------------------------------------------------------------------------- function PatternHeader(xpos, ypos, zpos) -- return RLE3 header line local header = "3D version=1 size="..N if popcount > 0 and (xpos ~= 0 or ypos ~= 0 or zpos ~= 0) then header = header..string.format(" pos=%d,%d,%d", xpos, ypos, zpos) end if gencount > 0 then header = header.." gen="..gencount end -- note that we let caller append \n if necessary return header end -------------------------------------------------------------------------------- function WritePattern(filepath, comments) local f = io.open(filepath,"w") if not f then return "Failed to create RLE3 file:\n"..filepath end MinimizeLiveBoundary() f:write(PatternHeader(minx, miny, minz), "\n") if #comments > 0 then -- each comment line should start with # and end with \n f:write(comments) end if popcount == 0 then f:write(string.format("x=0 y=0 z=0 rule=%s\n", rulestring)) f:write("!\n") else local wd = maxx - minx + 1 local ht = maxy - miny + 1 local dp = maxz - minz + 1 f:write(string.format("x=%d y=%d z=%d rule=%s\n", wd, ht, dp, rulestring)) local line = "" local orun = 0 local brun = 0 local dollrun = 0 local slashrun = 0 local function AddRun(count, ch) if #line >= 67 then f:write(line,"\n"); line = "" end if count > 2 then line = line..count..ch elseif count == 2 then line = line..ch..ch else line = line..ch end end -- traverse all cells within live boundary sorted by Z,Y,X coords for z = minz, maxz do for y = miny, maxy do for x = minx, maxx do if grid1[ x + N * (y + N * z) ] then -- live cell orun = orun + 1 if slashrun > 0 then AddRun(slashrun, "/") slashrun = 0 end if dollrun > 0 then AddRun(dollrun, "$") dollrun = 0 end if brun > 0 then AddRun(brun, "b") brun = 0 end else -- dead cell brun = brun + 1 if orun > 0 then if slashrun > 0 then AddRun(slashrun, "/") slashrun = 0 end if dollrun > 0 then AddRun(dollrun, "$") dollrun = 0 end AddRun(orun, "o") orun = 0 end end end if orun > 0 then if slashrun > 0 then AddRun(slashrun, "/") slashrun = 0 end if dollrun > 0 then AddRun(dollrun, "$") dollrun = 0 end AddRun(orun, "o") orun = 0 end brun = 0 dollrun = dollrun + 1 end dollrun = 0 if z < maxz then slashrun = slashrun + 1 else if #line >= 70 then f:write(line,"\n"); line = "" end line = line.."!" end end if #line > 0 then f:write(line,"\n") end end f:close() return nil -- success end -------------------------------------------------------------------------------- function GetComments(f) local comments = "" -- Lua's f:read("*l") doesn't detect CR as EOL so we do this ugly stuff: -- read entire file and convert any CRs to LFs local all = f:read("*a"):gsub("\r", "\n").."\n" local nextline = all:gmatch("(.-)\n") while true do local line = nextline() if not line then break end local ch = line:sub(1,1) if ch == "#" then comments = comments..line.."\n" elseif ch == "x" then -- end of RLE3 header info break end end return comments end -------------------------------------------------------------------------------- function SavePattern(filepath) if filepath then -- if filepath exists then extract any comment lines from the header -- info and copy them into the new file local comments = "" local f = io.open(filepath,"r") if f then comments = GetComments(f) f:close() end local err = WritePattern(filepath, comments) if err then g.warn(err, false) else -- set pattname to file name at end of filepath pattname = filepath:match("^.+"..pathsep.."(.+)$") dirty = false Refresh() end else -- prompt user for file name and location local filetype = "RLE3 file (*.rle3)|*.rle3" local path = g.savedialog("Save pattern", filetype, pattdir, pattname) if #path > 0 then -- update pattdir by stripping off the file name pattdir = path:gsub("[^"..pathsep.."]+$","") -- ensure file name ends with ".rle3" if not path:find("%.rle3$") then path = path..".rle3" end -- save the current pattern SavePattern(path) end end end -------------------------------------------------------------------------------- function CallScript(func, fromclip) -- avoid infinite recursion if scriptlevel == 100 then g.warn("Script is too recursive!", false) return end if scriptlevel == 0 then RememberCurrentState() -- #undostack is > 0 EnableControls(false) -- disable most menu items and buttons end scriptlevel = scriptlevel + 1 local status, err = pcall(func) scriptlevel = scriptlevel - 1 if scriptlevel == 0 then -- note that if the script called NewPattern/RandomPattern/OpenPattern -- or any other function that called ClearUndoRedo then the undostack -- is empty and dirty should be false if #undostack == 0 then -- a later SetCell call might have set dirty to true, so reset it dirty = false if gencount > startcount then -- script called Step after NewPattern/RandomPattern/OpenPattern -- so push startstate onto undostack so user can Reset/Undo undostack[1] = startstate startstate.savedirty = false end elseif SameState(undostack[#undostack]) then -- script didn't change the current state so pop undostack table.remove(undostack) end end if err then g.continue("") if err == "GOLLY: ABORT SCRIPT" then -- user hit escape message = "Script aborted." else if fromclip then g.warn("Runtime error in clipboard script:\n\n"..err, false) else g.warn("Runtime error in script:\n\n"..err, false) end end end if scriptlevel == 0 then EnableControls(true) -- enable menu items and buttons that were disabled above CheckIfGenerating() Refresh() -- calls DrawToolBar end end -------------------------------------------------------------------------------- function RunScript(filepath) if filepath then local f = io.open(filepath, "r") if f then -- Lua's f:read("*l") doesn't detect CR as EOL so we do this ugly stuff: -- read entire file and convert any CRs to LFs local all = f:read("*a"):gsub("\r", "\n").."\n" local nextline = all:gmatch("(.-)\n") local line1 = nextline() f:close() if not (line1 and line1:find("3D.lua")) then g.warn("3D.lua was not found on first line of script.", false) return end else g.warn("Script file could not be opened:\n"..filepath, false) return end local func, msg = loadfile(filepath) if func then CallScript(func, false) else g.warn("Syntax error in script:\n\n"..msg, false) end else -- prompt user for a .lua file to run local filetype = "Lua file (*.lua)|*.lua" local path = g.opendialog("Choose a Lua script", filetype, scriptdir, "") if #path > 0 then -- update scriptdir by stripping off the file name scriptdir = path:gsub("[^"..pathsep.."]+$","") -- run the chosen script RunScript(path) end end end -------------------------------------------------------------------------------- function RunClipboard() local cliptext = g.getclipstr() local eol = cliptext:find("[\n\r]") if not (eol and cliptext:sub(1,eol):find("3D.lua")) then g.warn("3D.lua was not found on first line of clipboard.", false) return end local func, msg = load(cliptext) if func then CallScript(func, true) else g.warn("Syntax error in clipboard script:\n\n"..msg, false) end end -------------------------------------------------------------------------------- function SetStartupScript() -- prompt user for a .lua file to run automatically when 3D.lua starts up local filetype = "Lua file (*.lua)|*.lua" local path = g.opendialog("Select your startup script", filetype, scriptdir, "") if #path > 0 then -- update scriptdir by stripping off the file name scriptdir = path:gsub("[^"..pathsep.."]+$","") startup = path -- the above path will be saved by WriteSettings end end -------------------------------------------------------------------------------- function RandomPattern(percentage, fill, sphere) local function getperc() local initstring = randstring ::try_again:: local s = g.getstring("Enter density as a percentage (from 0 to 100).\n".. "Append \"f\" to fill the grid.\n".. "Append \"s\" to create a sphere.", initstring, "Random pattern") initstring = s fill = s:find("f") sphere = s:find("s") s = s:gsub("[fs]","") if s:find("[^%d]") then g.warn("Only digits and the letters f and s are allowed.\nTry again.") goto try_again end if validint(s) and (tonumber(s) >= 0) and (tonumber(s) <= 100) then perc = tonumber(s) randstring = initstring else g.warn("Percentage must be an integer from 0 to 100.\nTry again.") goto try_again end end if percentage then perc = percentage if perc < 0 then perc = 0 end if perc > 100 then perc = 100 end else -- prompt user for the percentage and fill/sphere options; -- if user hits Cancel button we want to avoid aborting script local status, err = pcall(getperc) if err then g.continue("") -- don't show error when script finishes return end end pattname = "untitled" SetCursor(movecursor) gencount = 0 startcount = 0 SetStepSize(1) StopGenerating() ClearCells() local minval, maxval if fill or N < 8 then minval = 0 maxval = N-1 else minval = N//8 maxval = (N-1) - minval end if sphere then local mid = N//2 if N % 2 == 0 then mid = mid - 0.5 end -- ensure symmetry for even N local rsq = (maxval-minval+1)/2.0 rsq = round(rsq*rsq) for z = minval, maxval do local dz = z-mid local dz2 = round(dz*dz) for y = minval, maxval do local dy = y-mid local dy2 = round(dy*dy) for x = minval, maxval do local dx = x-mid local d = round(dx*dx) + dy2 + dz2 if d <= rsq and rand(0,99) < perc then SetLiveCell(x, y, z) end end end end else for z = minval, maxval do for y = minval, maxval do for x = minval, maxval do if rand(0,99) < perc then SetLiveCell(x, y, z) end end end end end ClearUndoRedo() ovt{"setpattern3d", grid1, true} -- clear history update_grid = false if scriptlevel == 0 then SetActivePlane() InitialView() -- calls Refresh end end -------------------------------------------------------------------------------- function GetSelectedCells() -- return an array of selected cell positions relative to mid cell local selcells = {} if selcount > 0 then local mid = N//2 local NN = N*N for k,_ in pairs(selected) do -- selected[k] is a selected cell local x = k % N local y = (k // N) % N local z = k // NN selcells[#selcells+1] = {x-mid, y-mid, z-mid} end end return selcells end -------------------------------------------------------------------------------- function GetSelectedLiveCells() -- return an array of selected *live* cell positions relative to mid cell local livecells = {} if selcount > 0 then local mid = N//2 local NN = N*N for k,_ in pairs(grid1) do -- grid1[k] is a live cell if selected[k] then local x = k % N local y = (k // N) % N local z = k // NN livecells[#livecells+1] = {x-mid, y-mid, z-mid} end end end return livecells end -------------------------------------------------------------------------------- function GetPasteCells() -- return an array of paste cell positions relative to mid cell local pcells = {} if pastecount > 0 then local mid = N//2 local NN = N*N for k,_ in pairs(pastepatt) do -- pastepatt[k] is in paste pattern local x = k % N local y = (k // N) % N local z = k // NN pcells[#pcells+1] = {x-mid, y-mid, z-mid} end end return pcells end -------------------------------------------------------------------------------- function SetTemporaryGridSize(newsize) N = newsize -- do not call ovt{"setsize3d", N} here as newsize can be > MAXN MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID end -------------------------------------------------------------------------------- function SetGridSizeOnly(newsize) N = newsize ovt{"setsize3d", N} MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID end -------------------------------------------------------------------------------- function SetGridSize(newsize) -- change grid size to newsize or prompt user if newsize is nil local function getsize() ::try_again:: local s = g.getstring("Enter the new size (from "..MINN.." to "..MAXN.."):", tostring(N), "Grid size") if validint(s) and (tonumber(s) >= MINN) and (tonumber(s) <= MAXN) then newsize = tonumber(s) else g.warn("Grid size must be an integer from "..MINN.." to "..MAXN..".") -- note that if user hit the Cancel button then the next g.* call -- (in this case g.getstring) will cause pcall to abort with an error goto try_again end end if newsize then if newsize < MINN then newsize = MINN end if newsize > MAXN then newsize = MAXN end else -- if user hits Cancel button we want to avoid aborting script local status, err = pcall(getsize) if err then g.continue("") -- don't show error when script finishes return end end if newsize == N then return end RememberCurrentState() -- save current pattern as an array of positions relative to mid cell local livecells = SaveCells() -- save any selected cells as an array of positions relative to mid cell local oldselcount = selcount local selcells = GetSelectedCells() -- save any paste cells as an array of positions relative to mid cell local oldpastecount = pastecount local pcells = GetPasteCells() SetGridSizeOnly(newsize) CreateAxes() -- active plane may need adjusting local mid = N//2 if (mid + activepos >= N) or (mid + activepos < 0) then activepos = 0 end SetActivePlane(activeplane, activepos) -- restore pattern, clipping any cells outside the new grid ClearCells() local olddirty = dirty local clipcount = RestoreCells(livecells) if clipcount > 0 then dirty = true update_grid = true else -- RestoreCells sets dirty true if there are live cells, -- but pattern hasn't really changed if no cells were clipped dirty = olddirty end -- restore selection, clipping any cells outside the new grid local selclipped = 0 selcount = 0 selected = {} InitSelectionBoundary() if oldselcount > 0 then for _, xyz in ipairs(selcells) do local x, y, z = xyz[1]+mid, xyz[2]+mid, xyz[3]+mid if x >= 0 and x < N and y >= 0 and y < N and z >= 0 and z < N then selected[ x + N * (y + N * z) ] = true selcount = selcount + 1 UpdateSelectionBoundary(x, y, z) else selclipped = selclipped + 1 end end end -- restore paste pattern, clipping any cells outside the new grid local pclipped = 0 pastecount = 0 pastepatt = {} minpastex = math.maxinteger minpastey = math.maxinteger minpastez = math.maxinteger maxpastex = math.mininteger maxpastey = math.mininteger maxpastez = math.mininteger if oldpastecount > 0 then for _, xyz in ipairs(pcells) do local x, y, z = xyz[1]+mid, xyz[2]+mid, xyz[3]+mid if x >= 0 and x < N and y >= 0 and y < N and z >= 0 and z < N then pastepatt[ x + N * (y + N * z) ] = true pastecount = pastecount + 1 if x < minpastex then minpastex = x end if y < minpastey then minpastey = y end if z < minpastez then minpastez = z end if x > maxpastex then maxpastex = x end if y > maxpastey then maxpastey = y end if z > maxpastez then maxpastez = z end else pclipped = pclipped + 1 end end end if clipcount > 0 or selclipped > 0 or pclipped > 0 then message = "" if clipcount > 0 then message = "Clipped live cells = "..clipcount.."\n" end if selclipped > 0 then message = message.."Clipped selection cells = "..selclipped.."\n" end if pclipped > 0 then message = message.."Clipped paste cells = "..pclipped end end -- reload the grid since it will have changed after resize ovt{"setpattern3d", grid1, true} -- also clear history update_grid = false CheckIfGenerating() FitGrid() -- calls Refresh end -------------------------------------------------------------------------------- function ChangeRule() -- let user enter new rule as a string of the form 3Ds,s,.../b,b,... -- (the notation used at http://www.cse.sc.edu/~bays/d4d4d4/) local function getrule() local newrule = rulestring ::try_again:: newrule = g.getstring("Enter the new rule in the form 3Ds,s,s,.../b,b,b,...\n" .. "where s values are the neighbor counts for survival\n" .. "and b values are the neighbor counts for birth.\n" .. "\n" .. "Contiguous counts can be specified as a range,\n" .. "so a rule like 3D4,5,6,7,9/4,5,7 can be entered as\n" .. "3D4..7,9/4,5,7 (this is the canonical version).\n" .. "\n" .. "Append F for the 6-cell face neighborhood,\n" .. "or C for the 8-cell corner neighborhood,\n" .. "or E for the 12-cell edge neighborhood,\n" .. "or H for the 12-cell hexahedral neighborhood.\n" .. "\n" .. "Another rule you might like to try is BusyBoxes\n" .. "(just enter \"bb\", or \"bbw\" to wrap edges).\n", newrule, "Set rule") if not ParseRule(newrule) then goto try_again end end local oldrule = rulestring -- if user hits Cancel button we want to avoid aborting script local status, err = pcall(getrule) if err then g.continue("") -- don't show error when script finishes return end if oldrule ~= rulestring then -- ParseRule has set rulestring so we need to temporarily switch -- it back to oldrule and call RememberCurrentState local newrule = rulestring rulestring = oldrule if newrule:find("^BusyBoxes") and N%2 == 1 then -- BusyBoxes requires an even numbered grid size SetGridSize(N+1) -- above calls RememberCurrentState() else RememberCurrentState() end rulestring = newrule CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function CreateRLE3Selection() -- convert selection to lines of RLE3 data -- (note that selcount > 0 and at least one live cell is selected) MinimizeSelectionBoundary() local wd = maxselx - minselx + 1 local ht = maxsely - minsely + 1 local dp = maxselz - minselz + 1 local lines = {} lines[1] = PatternHeader(minselx, minsely, minselz) lines[2] = string.format("x=%d y=%d z=%d rule=%s", wd, ht, dp, rulestring) local line = "" local orun = 0 local brun = 0 local dollrun = 0 local slashrun = 0 local function AddRun(count, ch) if #line >= 67 then lines[#lines+1] = line; line = "" end if count > 2 then line = line..count..ch elseif count == 2 then line = line..ch..ch else line = line..ch end end -- traverse selected cells sorted by Z,Y,X coords for z = minselz, maxselz do for y = minsely, maxsely do for x = minselx, maxselx do local pos = x + N * (y + N * z) if selected[pos] and grid1[pos] then -- this is a selected live cell orun = orun + 1 if slashrun > 0 then AddRun(slashrun, "/") slashrun = 0 end if dollrun > 0 then AddRun(dollrun, "$") dollrun = 0 end if brun > 0 then AddRun(brun, "b") brun = 0 end else -- dead cell or unselected live cell brun = brun + 1 if orun > 0 then if slashrun > 0 then AddRun(slashrun, "/") slashrun = 0 end if dollrun > 0 then AddRun(dollrun, "$") dollrun = 0 end AddRun(orun, "o") orun = 0 end end end if orun > 0 then if slashrun > 0 then AddRun(slashrun, "/") slashrun = 0 end if dollrun > 0 then AddRun(dollrun, "$") dollrun = 0 end AddRun(orun, "o") orun = 0 end brun = 0 dollrun = dollrun + 1 end dollrun = 0 if z < maxselz then slashrun = slashrun + 1 else if #line >= 70 then lines[#lines+1] = line; line = "" end line = line.."!" end end if #line > 0 then lines[#lines+1] = line end return lines end -------------------------------------------------------------------------------- function CopySelection() if selcount > 0 then -- save the selected live cells as an RLE3 pattern in clipboard, -- but only if there is at least one live cell selected local livecells = GetSelectedLiveCells() if #livecells == 0 then message = "There are no live cells selected." Refresh() return false end local lines = CreateRLE3Selection() -- append empty string so we get \n at end of last line lines[#lines+1] = "" g.setclipstr(table.concat(lines,"\n")) return true else return false end end -------------------------------------------------------------------------------- function ClearSelection() if selcount > 0 then RememberCurrentState() -- kill all selected live cells for k,_ in pairs(selected) do -- selected[k] is a selected cell (live or dead) if grid1[k] then grid1[k] = nil popcount = popcount - 1 dirty = true update_grid = true minimal_live_bounds = false end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function ClearOutside() if selcount > 0 then RememberCurrentState() -- kill all unselected live cells for k,_ in pairs(grid1) do -- grid1[k] is a live cell if not selected[k] then grid1[k] = nil popcount = popcount - 1 dirty = true update_grid = true minimal_live_bounds = false end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function CutSelection() if selcount > 0 then -- save the selected live cells as an RLE3 pattern in clipboard -- then kill them if CopySelection() then ClearSelection() -- calls RememberCurrentState and Refresh return true end end return false end -------------------------------------------------------------------------------- function CancelSelection() if selcount > 0 then RememberCurrentState() selcount = 0 selected = {} InitSelectionBoundary() CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function SelectAll() if popcount > 0 then RememberCurrentState() selcount = 0 selected = {} for k,_ in pairs(grid1) do selected[k] = true selcount = selcount + 1 end -- selection boundary matches live cell boundary minselx = minx minsely = miny minselz = minz maxselx = maxx maxsely = maxy maxselz = maxz minimal_sel_bounds = minimal_live_bounds CheckIfGenerating() Refresh() else -- there are no live cells so remove any existing selection CancelSelection() end end -------------------------------------------------------------------------------- function FlipSelectionX() if selcount > 0 then RememberCurrentState() -- reflect selected cells' X coords across YZ plane thru middle of selection MinimizeSelectionBoundary() local fmidx = minselx + (maxselx - minselx) / 2 local cells = {} local NN = N*N for k,_ in pairs(selected) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {round(fmidx*2) - x, y, z, grid1[k]} if grid1[k] then grid1[k] = nil popcount = popcount - 1 -- SetLiveCell below will set dirty = true minimal_live_bounds = false end end selected = {} -- flip doesn't change selection boundary so no need to call -- InitSelectionBoundary and UpdateSelectionBoundary for _,xyzs in ipairs(cells) do local x, y, z, live = xyzs[1], xyzs[2], xyzs[3], xyzs[4] local k = x + N * (y + N * z) selected[k] = true if live and not grid1[k] then -- best to use OR mode for selection actions SetLiveCell(x, y, z) end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function FlipSelectionY() if selcount > 0 then RememberCurrentState() -- reflect selected cells' Y coords across XZ plane thru middle of selection MinimizeSelectionBoundary() local fmidy = minsely + (maxsely - minsely) / 2 local cells = {} local NN = N*N for k,_ in pairs(selected) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {x, round(fmidy*2) - y, z, grid1[k]} if grid1[k] then grid1[k] = nil popcount = popcount - 1 -- SetLiveCell below will set dirty = true minimal_live_bounds = false end end selected = {} -- flip doesn't change selection boundary so no need to call -- InitSelectionBoundary and UpdateSelectionBoundary for _,xyzs in ipairs(cells) do local x, y, z, live = xyzs[1], xyzs[2], xyzs[3], xyzs[4] local k = x + N * (y + N * z) selected[k] = true if live and not grid1[k] then -- best to use OR mode for selection actions SetLiveCell(x, y, z) end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function FlipSelectionZ() if selcount > 0 then RememberCurrentState() -- reflect selected cells' Z coords across XY plane thru middle of selection MinimizeSelectionBoundary() local fmidz = minselz + (maxselz - minselz) / 2 local cells = {} local NN = N*N for k,_ in pairs(selected) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {x, y, round(fmidz*2) - z, grid1[k]} if grid1[k] then grid1[k] = nil popcount = popcount - 1 -- SetLiveCell below will set dirty = true minimal_live_bounds = false end end selected = {} -- flip doesn't change selection boundary so no need to call -- InitSelectionBoundary and UpdateSelectionBoundary for _,xyzs in ipairs(cells) do local x, y, z, live = xyzs[1], xyzs[2], xyzs[3], xyzs[4] local k = x + N * (y + N * z) selected[k] = true if live and not grid1[k] then -- best to use OR mode for selection actions SetLiveCell(x, y, z) end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function RotateSelectionX() if selcount > 0 then RememberCurrentState() -- rotate selection clockwise about its X axis by 90 degrees MinimizeSelectionBoundary() local fmidy = minsely + (maxsely - minsely) // 2 local fmidz = minselz + (maxselz - minselz) // 2 local y0 = fmidy - fmidz local z0 = fmidz + fmidy + (maxselz - minselz) % 2 -- avoids drift local cells = {} local NN = N*N for k,_ in pairs(selected) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {x, (y0+z) % N, (z0-y) % N, grid1[k]} if grid1[k] then grid1[k] = nil popcount = popcount - 1 -- SetLiveCell below will set dirty = true minimal_live_bounds = false end end selected = {} InitSelectionBoundary() for _,xyzs in ipairs(cells) do local x, y, z, live = xyzs[1], xyzs[2], xyzs[3], xyzs[4] local k = x + N * (y + N * z) selected[k] = true UpdateSelectionBoundary(x, y, z) if live and not grid1[k] then -- best to use OR mode for selection actions SetLiveCell(x, y, z) end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function RotateSelectionY() if selcount > 0 then RememberCurrentState() -- rotate selection clockwise about its Y axis by 90 degrees MinimizeSelectionBoundary() local fmidx = minselx + (maxselx - minselx) // 2 local fmidz = minselz + (maxselz - minselz) // 2 local x0 = fmidx + fmidz + (maxselx - minselx) % 2 -- avoids drift local z0 = fmidz - fmidx local cells = {} local NN = N*N for k,_ in pairs(selected) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {(x0-z) % N, y, (z0+x) % N, grid1[k]} if grid1[k] then grid1[k] = nil popcount = popcount - 1 -- SetLiveCell below will set dirty = true minimal_live_bounds = false end end selected = {} InitSelectionBoundary() for _,xyzs in ipairs(cells) do local x, y, z, live = xyzs[1], xyzs[2], xyzs[3], xyzs[4] local k = x + N * (y + N * z) selected[k] = true UpdateSelectionBoundary(x, y, z) if live and not grid1[k] then -- best to use OR mode for selection actions SetLiveCell(x, y, z) end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function RotateSelectionZ() if selcount > 0 then RememberCurrentState() -- rotate selection clockwise about its Z axis by 90 degrees MinimizeSelectionBoundary() local fmidx = minselx + (maxselx - minselx) // 2 local fmidy = minsely + (maxsely - minsely) // 2 local x0 = fmidx - fmidy local y0 = fmidy + fmidx + (maxsely - minsely) % 2 -- avoids drift local cells = {} local NN = N*N for k,_ in pairs(selected) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {(x0+y) % N, (y0-x) % N, z, grid1[k]} if grid1[k] then grid1[k] = nil popcount = popcount - 1 -- SetLiveCell below will set dirty = true minimal_live_bounds = false end end selected = {} InitSelectionBoundary() for _,xyzs in ipairs(cells) do local x, y, z, live = xyzs[1], xyzs[2], xyzs[3], xyzs[4] local k = x + N * (y + N * z) selected[k] = true UpdateSelectionBoundary(x, y, z) if live and not grid1[k] then -- best to use OR mode for selection actions SetLiveCell(x, y, z) end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function CancelPaste() if pastecount > 0 then RememberCurrentState() pastecount = 0 pastepatt = {} CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function Read2DPattern(filepath) -- call g.load via pcall to catch any error local cellarray local function loadcells() cellarray = g.load(filepath) -- if g.load detected an error then force pcall to abort g.doevent("") end local status, err = pcall(loadcells) if err then g.continue("") return err end -- copy cells from cellarray into a temporary grid local tsize = MAXN local trule = rulestring local tgens = 0 local tpop = 0 local tminx = math.maxinteger local tminy = math.maxinteger local tminz = 0 local tmaxx = math.mininteger local tmaxy = math.mininteger local tmaxz = 0 local tgrid = {} -- determine if cellarray is one-state or multi-state local len = #cellarray local inc = 2 if (len & 1) == 1 then inc = 3 -- ignore padding int if present if len % 3 == 1 then len = len - 1 end end local M = tsize-1 for i = 1, len, inc do local x = cellarray[i] local y = M - cellarray[i+1] -- invert y coord if x < 0 or x >= tsize or y < 0 or y >= tsize then return "too big" -- detected by caller end -- note that z is 0 tgrid[x + tsize * y] = 1 tpop = tpop + 1 -- update boundary (tminz = tmaxz = 0) if x < tminx then tminx = x end if y < tminy then tminy = y end if x > tmaxx then tmaxx = x end if y > tmaxy then tmaxy = y end end -- success local newpattern = { newsize = tsize, newrule = trule, newgens = tgens, newpop = tpop, newminx = tminx, newminy = tminy, newminz = tminz, newmaxx = tmaxx, newmaxy = tmaxy, newmaxz = tmaxz, newgrid = tgrid } return nil, newpattern end -------------------------------------------------------------------------------- function Paste() -- if a paste pattern already exists then cancel it local savedstate = false if pastecount > 0 then CancelPaste() savedstate = true end -- if the clipboard contains a valid RLE3 or 2D pattern then create a paste pattern local filepath = CopyClipboardToFile() if not filepath then return false end local err, newpattern = ReadPattern(filepath) if err then -- invalid RLE3 pattern so try loading a 2D pattern err, newpattern = Read2DPattern(filepath) if err then if err == "too big" then message = "2D pattern in clipboard is too big." else message = "Clipboard does not contain a valid pattern." end Refresh() return false end end if newpattern.newpop == 0 then message = "Clipboard pattern is empty." Refresh() return false end -- newpattern contains valid pattern, but might be too big local minpx = newpattern.newminx local minpy = newpattern.newminy local minpz = newpattern.newminz local pwd = newpattern.newmaxx - minpx + 1 local pht = newpattern.newmaxy - minpy + 1 local pdp = newpattern.newmaxz - minpz + 1 if pwd > N or pht > N or pdp > N then message = "Clipboard pattern is too big ("..pwd.." x "..pht.." x "..pdp..")." Refresh() return false end if not savedstate then RememberCurrentState() end -- set pastecount and pastepatt pastecount = newpattern.newpop pastepatt = {} minpastex = math.maxinteger minpastey = math.maxinteger minpastez = math.maxinteger maxpastex = math.mininteger maxpastey = math.mininteger maxpastez = math.mininteger local P = newpattern.newsize local PP = P*P if currcursor ~= movecursor and min(pwd,pht,pdp) == 1 then -- put 1-cell thick paste pattern in middle of active plane, -- rotating pattern if necessary to match orientation local xx, xy, xz = 1, 0, 0 local yx, yy, yz = 0, 1, 0 local zx, zy, zz = 0, 0, 1 local mid = N//2 local xoffset local yoffset local zoffset if pdp == 1 then if activeplane == "XY" then -- no rotation needed xoffset = (N - pwd + 1) // 2 yoffset = (N - pht + 1) // 2 zoffset = mid + activepos elseif activeplane == "YZ" then -- rotate pattern about its Y axis xx, xy, xz = 0, 0, 1 yx, yy, yz = 0, 1, 0 zx, zy, zz = -1, 0, 0 xoffset = mid + activepos yoffset = (N - pht + 1) // 2 zoffset = (N - pwd + 1) // 2 + pwd - 1 else -- activeplane == "XZ" -- rotate pattern about its X axis xx, xy, xz = 1, 0, 0 yx, yy, yz = 0, 0, -1 zx, zy, zz = 0, 1, 0 xoffset = (N - pwd + 1) // 2 yoffset = mid + activepos zoffset = (N - pht + 1) // 2 end elseif pht == 1 then if activeplane == "XY" then -- rotate pattern about its X axis xx, xy, xz = 1, 0, 0 yx, yy, yz = 0, 0, -1 zx, zy, zz = 0, 1, 0 xoffset = (N - pwd + 1) // 2 yoffset = (N - pdp + 1) // 2 + pdp - 1 zoffset = mid + activepos elseif activeplane == "YZ" then -- rotate pattern about its Z axis xx, xy, xz = 0, -1, 0 yx, yy, yz = 1, 0, 0 zx, zy, zz = 0, 0, 1 xoffset = mid + activepos yoffset = (N - pwd + 1) // 2 zoffset = (N - pdp + 1) // 2 else -- activeplane == "XZ" -- no rotation needed xoffset = (N - pwd + 1) // 2 yoffset = mid + activepos zoffset = (N - pdp + 1) // 2 end else -- pwd == 1 if activeplane == "XY" then -- rotate pattern about its Y axis xx, xy, xz = 0, 0, 1 yx, yy, yz = 0, 1, 0 zx, zy, zz = -1, 0, 0 xoffset = (N - pdp + 1) // 2 yoffset = (N - pht + 1) // 2 zoffset = mid + activepos elseif activeplane == "YZ" then -- no rotation needed xoffset = mid + activepos yoffset = (N - pht + 1) // 2 zoffset = (N - pdp + 1) // 2 else -- activeplane == "XZ" -- rotate pattern about its Z axis xx, xy, xz = 0, -1, 0 yx, yy, yz = 1, 0, 0 zx, zy, zz = 0, 0, 1 xoffset = (N - pht + 1) // 2 + pht - 1 yoffset = mid + activepos zoffset = (N - pdp + 1) // 2 end end for k,_ in pairs(newpattern.newgrid) do -- move pattern to origin local x = (k % P) - minpx local y = (k // P % P) - minpy local z = (k // PP) - minpz -- do the rotation (if any) local newx = x*xx + y*xy + z*xz local newy = x*yx + y*yy + z*yz local newz = x*zx + y*zy + z*zz -- now shift to middle of active plane x = newx + xoffset y = newy + yoffset z = newz + zoffset pastepatt[ x + N * (y + N * z) ] = 1 -- update paste boundary if x < minpastex then minpastex = x end if y < minpastey then minpastey = y end if z < minpastez then minpastez = z end if x > maxpastex then maxpastex = x end if y > maxpastey then maxpastey = y end if z > maxpastez then maxpastez = z end end else -- put paste pattern in middle of grid local xoffset = minpx - (N - pwd + 1) // 2 local yoffset = minpy - (N - pht + 1) // 2 local zoffset = minpz - (N - pdp + 1) // 2 for k,_ in pairs(newpattern.newgrid) do -- newpattern.newgrid[k] is a live cell local x = (k % P) - xoffset local y = (k // P % P) - yoffset local z = (k // PP) - zoffset pastepatt[ x + N * (y + N * z) ] = 1 -- update paste boundary if x < minpastex then minpastex = x end if y < minpastey then minpastey = y end if z < minpastez then minpastez = z end if x > maxpastex then maxpastex = x end if y > maxpastey then maxpastey = y end if z > maxpastez then maxpastez = z end end end CheckIfGenerating() Refresh() return true end -------------------------------------------------------------------------------- function PasteOR() if pastecount > 0 then RememberCurrentState() -- SetLiveCell will set dirty = true local NN = N*N for k,_ in pairs(pastepatt) do if not grid1[k] then SetLiveCell(k % N, (k // N) % N, k // NN) end end pastecount = 0 pastepatt = {} CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function PasteXOR() if pastecount > 0 then RememberCurrentState() local NN = N*N for k,_ in pairs(pastepatt) do if grid1[k] then grid1[k] = nil popcount = popcount - 1 dirty = true update_grid = true minimal_live_bounds = false else SetLiveCell(k % N, (k // N) % N, k // NN) end end pastecount = 0 pastepatt = {} CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function FlipPasteX() if pastecount > 0 then RememberCurrentState() -- reflect X coords across YZ plane thru middle of paste pattern local fmidx = minpastex + (maxpastex - minpastex) / 2 local cells = {} local NN = N*N for k,_ in pairs(pastepatt) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {round(fmidx*2) - x, y, z} end -- flip doesn't change paste boundary pastepatt = {} for _,xyz in ipairs(cells) do local x, y, z = xyz[1], xyz[2], xyz[3] pastepatt[x + N * (y + N * z)] = 1 end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function FlipPasteY() if pastecount > 0 then RememberCurrentState() -- reflect Y coords across XZ plane thru middle of paste pattern local fmidy = minpastey + (maxpastey - minpastey) / 2 local cells = {} local NN = N*N for k,_ in pairs(pastepatt) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {x, round(fmidy*2) - y, z} end -- flip doesn't change paste boundary pastepatt = {} for _,xyz in ipairs(cells) do local x, y, z = xyz[1], xyz[2], xyz[3] pastepatt[x + N * (y + N * z)] = 1 end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function FlipPasteZ() if pastecount > 0 then RememberCurrentState() -- reflect Z coords across XY plane thru middle of paste pattern local fmidz = minpastez + (maxpastez - minpastez) / 2 local cells = {} local NN = N*N for k,_ in pairs(pastepatt) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {x, y, round(fmidz*2) - z} end -- flip doesn't change paste boundary pastepatt = {} for _,xyz in ipairs(cells) do local x, y, z = xyz[1], xyz[2], xyz[3] pastepatt[x + N * (y + N * z)] = 1 end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function RotatePasteX() if pastecount > 0 then RememberCurrentState() -- rotate paste pattern clockwise about its X axis by 90 degrees local fmidy = minpastey + (maxpastey - minpastey) // 2 local fmidz = minpastez + (maxpastez - minpastez) // 2 local y0 = fmidy - fmidz local z0 = fmidz + fmidy + (maxpastez - minpastez) % 2 -- avoids drift local cells = {} local NN = N*N for k,_ in pairs(pastepatt) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {x, (y0+z) % N, (z0-y) % N} end pastepatt = {} -- minpastex, maxpastex don't change minpastey = math.maxinteger minpastez = math.maxinteger maxpastey = math.mininteger maxpastez = math.mininteger for _,xyz in ipairs(cells) do local x, y, z = xyz[1], xyz[2], xyz[3] pastepatt[x + N * (y + N * z)] = 1 if y < minpastey then minpastey = y end if y > maxpastey then maxpastey = y end if z < minpastez then minpastez = z end if z > maxpastez then maxpastez = z end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function RotatePasteY() if pastecount > 0 then RememberCurrentState() -- rotate paste pattern clockwise about its Y axis by 90 degrees local fmidx = minpastex + (maxpastex - minpastex) // 2 local fmidz = minpastez + (maxpastez - minpastez) // 2 local x0 = fmidx + fmidz + (maxpastex - minpastex) % 2 -- avoids drift local z0 = fmidz - fmidx local cells = {} local NN = N*N for k,_ in pairs(pastepatt) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {(x0-z) % N, y, (z0+x) % N} end pastepatt = {} -- minpastey, maxpastey don't change minpastex = math.maxinteger minpastez = math.maxinteger maxpastex = math.mininteger maxpastez = math.mininteger for _,xyz in ipairs(cells) do local x, y, z = xyz[1], xyz[2], xyz[3] pastepatt[x + N * (y + N * z)] = 1 if x < minpastex then minpastex = x end if x > maxpastex then maxpastex = x end if z < minpastez then minpastez = z end if z > maxpastez then maxpastez = z end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function RotatePasteZ() if pastecount > 0 then RememberCurrentState() -- rotate paste pattern clockwise about its Z axis by 90 degrees local fmidx = minpastex + (maxpastex - minpastex) // 2 local fmidy = minpastey + (maxpastey - minpastey) // 2 local x0 = fmidx - fmidy local y0 = fmidy + fmidx + (maxpastey - minpastey) % 2 -- avoids drift local cells = {} local NN = N*N for k,_ in pairs(pastepatt) do local x = k % N local y = (k // N) % N local z = k // NN cells[#cells+1] = {(x0+y) % N, (y0-x) % N, z} end pastepatt = {} -- minpastez, maxpastez don't change minpastex = math.maxinteger minpastey = math.maxinteger maxpastex = math.mininteger maxpastey = math.mininteger for _,xyz in ipairs(cells) do local x, y, z = xyz[1], xyz[2], xyz[3] pastepatt[x + N * (y + N * z)] = 1 if x < minpastex then minpastex = x end if x > maxpastex then maxpastex = x end if y < minpastey then minpastey = y end if y > maxpastey then maxpastey = y end end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function ChoosePasteAction(mousex, mousey) -- show red pop-up menu at mousex,mousey and let user choose a paste action pastemenu.setbgcolor(PASTE_MENU) pastemenu.show(mousex, mousey, ovwd, ovht) end -------------------------------------------------------------------------------- function ChooseSelectionAction(mousex, mousey) -- show green pop-up menu at mousex,mousey and let user choose a selection action selmenu.setbgcolor(SELECT_MENU) selmenu.show(mousex, mousey, ovwd, ovht) end -------------------------------------------------------------------------------- function ZoomDouble() if CELLSIZE < MAXSIZE then -- zoom in by doubling the cell size CELLSIZE = CELLSIZE*2 if CELLSIZE > MAXSIZE then CELLSIZE = MAXSIZE end ZOOMSIZE = CELLSIZE HALFCELL = CELLSIZE/2.0 MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID LEN = CELLSIZE-BORDER*2 CreateAxes() RefreshIfNotGenerating() end end -------------------------------------------------------------------------------- function ZoomHalf() if CELLSIZE > MINSIZE then -- zoom out by halving the cell size CELLSIZE = CELLSIZE//2 if CELLSIZE < MINSIZE then CELLSIZE = MINSIZE end ZOOMSIZE = CELLSIZE HALFCELL = CELLSIZE/2.0 MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID LEN = CELLSIZE-BORDER*2 CreateAxes() RefreshIfNotGenerating() end end -------------------------------------------------------------------------------- function ZoomIn() if CELLSIZE < MAXSIZE then -- zoom in by incrementing the cell size CELLSIZE = CELLSIZE+1 ZOOMSIZE = CELLSIZE HALFCELL = CELLSIZE/2.0 MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID LEN = CELLSIZE-BORDER*2 CreateAxes() RefreshIfNotGenerating() end end -------------------------------------------------------------------------------- function ZoomOut() if CELLSIZE > MINSIZE then -- zoom out by decrementing the cell size CELLSIZE = CELLSIZE-1 ZOOMSIZE = CELLSIZE HALFCELL = CELLSIZE/2.0 MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID LEN = CELLSIZE-BORDER*2 CreateAxes() RefreshIfNotGenerating() end end -------------------------------------------------------------------------------- function ZoomInPower() if CELLSIZE < MAXSIZE then -- zoom in by increasing the cell size by a percentage ZOOMSIZE = ZOOMSIZE * (1 + 1 / MINSIZE) if ZOOMSIZE > MAXSIZE then ZOOMSIZE = MAXSIZE end CELLSIZE = ZOOMSIZE // 1 | 0 HALFCELL = CELLSIZE/2.0 MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID LEN = CELLSIZE-BORDER*2 CreateAxes() RefreshIfNotGenerating() end end -------------------------------------------------------------------------------- function ZoomOutPower() if CELLSIZE > MINSIZE then -- zoom out by reducing the cell size by a percentage ZOOMSIZE = ZOOMSIZE / (1 + 1 / MINSIZE) if ZOOMSIZE < MINSIZE then ZOOMSIZE = MINSIZE end CELLSIZE = ZOOMSIZE // 1 | 0 HALFCELL = CELLSIZE/2.0 MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID LEN = CELLSIZE-BORDER*2 CreateAxes() RefreshIfNotGenerating() end end -------------------------------------------------------------------------------- function OpenFile(filepath) if filepath:find("%.rle3$") then OpenPattern(filepath) elseif filepath:find("%.lua$") then RunScript(filepath) else g.warn("Unexpected file:\n"..filepath.."\n\n".. "3D.lua can only handle files ending with .rle3 or .lua.", false) end end -------------------------------------------------------------------------------- function StartStop() generating = not generating UpdateStartButton() Refresh() if generating and popcount > 0 then RememberCurrentState() -- EventLoop will call NextGeneration end end -------------------------------------------------------------------------------- function Step1() if generating then StopGenerating() Refresh() else -- NextGeneration does nothing (except display a message) if popcount is 0 if popcount > 0 then RememberCurrentState() end NextGeneration(true) end end -------------------------------------------------------------------------------- function NextStep() if popcount == 0 or stepsize == 1 then Step1() else if generating then StopGenerating() Refresh() else -- NextGeneration does nothing (except display a message) if popcount is 0 if popcount > 0 then RememberCurrentState() end NextGeneration() end end end -------------------------------------------------------------------------------- function Faster() if stepsize < 100 then SetStepSize(stepsize + 1) RefreshIfNotGenerating() end end -------------------------------------------------------------------------------- function Slower() if stepsize > 1 then SetStepSize(stepsize - 1) RefreshIfNotGenerating() end end -------------------------------------------------------------------------------- function SetStepSize(newval) if newval >= 1 and newval <= 100 then stepsize = newval ovt{"setstep3d", stepsize} end end -------------------------------------------------------------------------------- function StepChange(newval) -- called if stepslider position has changed SetStepSize(newval) Refresh() end -------------------------------------------------------------------------------- function SetStepSizeTo1() SetStepSize(1) RefreshIfNotGenerating() end -------------------------------------------------------------------------------- function Reset() if gencount > startcount then -- restore the starting state if scriptlevel > 0 then -- Reset was called by user script so don't modify undo/redo stacks RestoreState(startstate) else -- unwind undostack until gencount == startcount repeat -- push current state onto redostack redostack[#redostack+1] = SaveState() -- pop state off undostack and restore it RestoreState( table.remove(undostack) ) until gencount == startcount end StopGenerating() Refresh() end end -------------------------------------------------------------------------------- local function GetMidPoint(x, y, z) -- return mid point of cell at given grid position x = x * CELLSIZE + MIDCELL y = y * CELLSIZE + MIDCELL z = z * CELLSIZE + MIDCELL -- transform point local newx = (x*xixo + y*xiyo + z*xizo) local newy = (x*yixo + y*yiyo + z*yizo) -- use orthographic projection x = round(newx) + midx y = round(newy) + midy return x, y end -------------------------------------------------------------------------------- function FitGrid(display) if display == nil then display = true end local function Visible(x, y) -- return true if pixel at x,y is within area under tool bar if x < 0 or x >= ovwd then return false end if y <= toolbarht or y >= ovht then return false end return true end -- find largest CELLSIZE at which all corners of grid are visible CELLSIZE = MAXSIZE + 1 repeat CELLSIZE = CELLSIZE-1 HALFCELL = CELLSIZE/2.0 MIDGRID = (N+1-(N%2))*HALFCELL MIDCELL = HALFCELL-MIDGRID LEN = CELLSIZE-BORDER*2 CreateAxes() if CELLSIZE == MINSIZE then break end local x1, y1 = GetMidPoint(0, 0, 0) local x2, y2 = GetMidPoint(0, 0, N-1) local x3, y3 = GetMidPoint(0, N-1, 0) local x4, y4 = GetMidPoint(N-1, 0, 0) local x5, y5 = GetMidPoint(0, N-1, N-1) local x6, y6 = GetMidPoint(N-1, N-1, 0) local x7, y7 = GetMidPoint(N-1, 0, N-1) local x8, y8 = GetMidPoint(N-1, N-1, N-1) local xmin = min(x1,x2,x3,x4,x5,x6,x7,x8) - CELLSIZE local xmax = max(x1,x2,x3,x4,x5,x6,x7,x8) + CELLSIZE local ymin = min(y1,y2,y3,y4,y5,y6,y7,y8) - CELLSIZE local ymax = max(y1,y2,y3,y4,y5,y6,y7,y8) + CELLSIZE until Visible(xmin,ymin) and Visible(xmin,ymax) and Visible(xmax,ymin) and Visible(xmax,ymax) ZOOMSIZE = CELLSIZE if display then Refresh() end end -------------------------------------------------------------------------------- -- getters for user scripts function GetGeneration() return gencount end function GetGridSize() return N end function GetPercentage() return perc end function GetPopulation() return popcount end function GetRule() return rulestring end function GetCellType() return celltype end function GetStepSize() return stepsize end function GetBarHeight() return toolbarht end -------------------------------------------------------------------------------- -- for user scripts function GetCells(selectedonly) -- return an array of live cell coordinates; -- if selected is true then only selected live cells will be returned local cellarray = {} if popcount > 0 then if selectedonly then cellarray = GetSelectedLiveCells() else -- get all live cells local mid = N//2 local NN = N*N for k,_ in pairs(grid1) do -- grid1[k] is a live cell local x = k % N local y = (k // N) % N local z = k // NN cellarray[#cellarray+1] = {x-mid, y-mid, z-mid} end end end return cellarray end -------------------------------------------------------------------------------- -- for user scripts function PutCells(cellarray, xoffset, yoffset, zoffset) -- use given array of live cell coordinates and offsets to set cells in grid -- (any cells outside the grid are silently clipped) xoffset = xoffset or 0 yoffset = yoffset or 0 zoffset = zoffset or 0 local mid = N//2 local midxv = mid + xoffset local midyv = mid + yoffset local midzv = mid + zoffset for _, xyz in ipairs(cellarray) do local x = xyz[1] + midxv local y = xyz[2] + midyv local z = xyz[3] + midzv if x >= 0 and x < N and y >= 0 and y < N and z >= 0 and z < N then SetCellState(x, y, z, 1) end end end -------------------------------------------------------------------------------- -- for user scripts function GetBounds() if popcount > 0 then -- return the pattern's minimal bounding box MinimizeLiveBoundary() local mid = N//2 return { minx-mid, maxx-mid, miny-mid, maxy-mid, minz-mid, maxz-mid } else return {} end end -------------------------------------------------------------------------------- -- for user scripts function GetSelectionBounds() if selcount > 0 then -- return the selection's minimal bounding box MinimizeSelectionBoundary() local mid = N//2 return { minselx-mid, maxselx-mid, minsely-mid, maxsely-mid, minselz-mid, maxselz-mid } else return {} end end -------------------------------------------------------------------------------- -- for user scripts function GetPasteBounds() if pastecount > 0 then -- return the paste pattern's minimal bounding box local mid = N//2 return { minpastex-mid, maxpastex-mid, minpastey-mid, maxpastey-mid, minpastez-mid, maxpastez-mid } else return {} end end -------------------------------------------------------------------------------- -- for user scripts function Step(n) n = n or 1 -- script commands might have changed the pattern if update_grid then ovt{"setpattern3d", grid1, false} update_grid = false end while popcount > 0 and n > 0 do NextGeneration() n = n - 1 g.doevent("") -- null op to let user abort script end end -------------------------------------------------------------------------------- -- for user scripts function SetRule(newrule) newrule = newrule or DEFAULT_RULE if not ParseRule(newrule) then error("Bad rule in SetRule: "..newrule, 2) end end -------------------------------------------------------------------------------- -- for user scripts function GetCell(x, y, z) local mid = N//2 if grid1[ (x+mid) + N * ((y+mid) + N * (z+mid)) ] then return 1 else return 0 end end -------------------------------------------------------------------------------- -- for user scripts function SetCell(x, y, z, state) state = state or 1 -- default state is 1 local mid = N//2 SetCellState(x+mid, y+mid, z+mid, state) end -------------------------------------------------------------------------------- -- for user scripts function SelectCell(x, y, z) local mid = N//2 SetSelection(x+mid, y+mid, z+mid, true) end -------------------------------------------------------------------------------- -- for user scripts function SelectedCell(x, y, z) if selcount == 0 then return false else local mid = N//2 return selected[x+mid + N * (y+mid + N * (z+mid))] end end -------------------------------------------------------------------------------- -- for user scripts function DeselectCell(x, y, z) local mid = N//2 SetSelection(x+mid, y+mid, z+mid, false) end -------------------------------------------------------------------------------- -- for user scripts function SetMessage(msg) message = msg end -------------------------------------------------------------------------------- -- for user scripts function PasteExists() return pastecount > 0 end -------------------------------------------------------------------------------- -- for user scripts function SelectionExists() return selcount > 0 end -------------------------------------------------------------------------------- -- for user scripts function DoPaste(x, y, z, mode) if PasteExists() then -- move paste pattern to x,y,z local mid = N//2 local deltax = x+mid - minpastex local deltay = y+mid - minpastey local deltaz = z+mid - minpastez MovePastePattern(deltax, deltay, deltaz) -- now do the paste using the given mode if mode == "or" then PasteOR() elseif mode == "xor" then PasteXOR() else error("Bad mode in DoPaste!", 2) end end end -------------------------------------------------------------------------------- -- for user scripts function FlipPaste(coordinates) if coordinates == "x" then FlipPasteX() elseif coordinates == "y" then FlipPasteY() elseif coordinates == "z" then FlipPasteZ() else error("Bad coordinates in FlipPaste!", 2) end end -------------------------------------------------------------------------------- -- for user scripts function RotatePaste(axis) if axis == "x" then RotatePasteX() elseif axis == "y" then RotatePasteY() elseif axis == "z" then RotatePasteZ() else error("Bad axis in RotatePaste!", 2) end end -------------------------------------------------------------------------------- -- for user scripts function FlipSelection(coordinates) if coordinates == "x" then FlipSelectionX() elseif coordinates == "y" then FlipSelectionY() elseif coordinates == "z" then FlipSelectionZ() else error("Bad coordinates in FlipSelection!", 2) end end -------------------------------------------------------------------------------- -- for user scripts function RotateSelection(axis) if axis == "x" then RotateSelectionX() elseif axis == "y" then RotateSelectionY() elseif axis == "z" then RotateSelectionZ() else error("Bad axis in RotateSelection!", 2) end end -------------------------------------------------------------------------------- -- for user scripts function Update() Refresh(true) end -------------------------------------------------------------------------------- function ShowHelp() local htmldata = [[ Golly Help: 3D.lua

Introduction
Mouse controls
Keyboard shortcuts
Menus
     File menu
     Edit menu
     Control menu
     View menu
Running scripts
     Creating your own keyboard shortcuts
     Script functions
     Cell coordinates
Supported rules
     Moore neighborhood
     Face neighborhood
     Corner neighborhood
     Edge neighborhood
     Hexahedral neighborhood
     Busy Boxes
RLE3 file format
Credits and references


Introduction

3D.lua is a script that lets you explore three-dimensional cellular automata. The script uses overlay commands to completely replace Golly's usual interface (note that all your Golly settings will be restored when 3D.lua exits).


Mouse controls

If the Move option is ticked then you can use the hand cursor to rotate the view by clicking and dragging. Rotation occurs around the middle cell in the grid.

The hand cursor can also be used to move a paste pattern (red cells) or a selection (green cells) to a new location within the grid, but only within a certain plane, depending on where the initial click occurred. Imagine a box enclosing the paste pattern or all the selected cells. One of the faces of this box will contain the initial click. Movement is only allowed within the plane parallel to the clicked face.

It's also possible to do some editing with the hand cursor. You can alt-click on a live cell to erase it and any live cells behind it, as long as their mid points are within a half-cell radius of the mouse click. Or you can shift-click on a live cell to select it and any live cells behind it. This makes it easy to quickly erase or select isolated objects.

If the Draw option is ticked then you can use the pencil cursor to draw or erase cells in the active plane (shown as translucent blue). Note that any live cells outside the active plane are drawn as white points. Click and drag outside the active plane to rotate the view.

If the Select option is ticked then you can use the cross-hairs cursor to select or deselect cells in the active plane. Any selected cells outside the active plane are drawn as translucent green points. Click and drag outside the active plane to rotate the view.

To move the active plane to a different position, shift-click anywhere in the active plane and drag the mouse. Or you can hit the "," or "." keys. Hit shift-A to change the active plane's orientation.

If a paste pattern is visible (red cells) then you can control-click or right-click anywhere, using any cursor, to get a red pop-up menu that lets you choose various paste actions. The paste pattern can also be dragged to a different location using any cursor.

If a selection exists (green cells) then you can control-click or right-click to get a green pop-up menu with various selection actions. If a paste pattern and a selection both exist then the paste menu takes precedence.

Use the mouse wheel at any time to zoom in/out. The zoom is always centered on the middle cell in the grid.


Keyboard shortcuts

The following keyboard shortcuts are provided (but see below for how you can write a script to create new shortcuts or override any of the supplied shortcuts):

Keys    Actions
enter    start/stop generating pattern
space    advance pattern by one generation
tab    advance pattern to next multiple of step size
-    decrease step size
=    increase step size
1    reset step size to 1
arrows    rotate about X/Y screen axes
alt-arrows    rotate about Z screen axis
ctrl-N    create a new, empty pattern
5    create a new, random pattern
ctrl-O    open a selected pattern file
ctrl-S    save the current pattern in a file
shift-O    open pattern in clipboard
shift-R    run script in clipboard
ctrl-R    reset to the starting pattern
Z    undo
shift-Z    redo
ctrl-X    cut
ctrl-C    copy
ctrl-V    show paste pattern
alt-V    cancel paste pattern
ctrl-B    do the paste using OR mode
ctrl-shift-B    do the paste using XOR mode
delete    kill selected live cells
shift-delete    kill unselected live cells
A    select all
K    remove selection
B    back view (rotate 180 deg about Y axis)
I    restore initial view
F    fit entire grid within view
[    zoom out
]    zoom in
{    halve current zoom
}    double current zoom
P    cycle live cells (cubes/spheres/points)
L    toggle lattice lines
shift-L    toggle axes
alt-D    toggle depth shading
Y    toggle cell history
shift-Y    toggle history fade
T    toggle the menu bar and tool bar
G    change the grid size
R    change the rule
,    move active plane closer (in initial view)
.    move active plane further away (in initial view)
shift-A    cycle active plane's orientation (XY/XZ/YZ)
D    switch cursor to draw mode
S    switch cursor to select mode
M    switch cursor to move mode
C    cycle cursor mode (draw/select/move)
shift-M    move pattern to middle of grid
H    show this help
Q    quit 3D.lua


Menus

3D.lua has its own menu bar. It contains menus with items that are somewhat similar to those in Golly's menu bar.


File menu

New Pattern
Create a new, empty pattern. All undo/redo history is deleted and the step size is reset to 1. The active plane is displayed, ready to be edited using the pencil cursor.

Random Pattern...
Create a new pattern randomly filled with live cells at a given density. You have the option of filling the grid and creating a cube or a sphere. All undo/redo history is deleted and the step size is reset to 1.

Open Pattern...
Open a selected RLE3 pattern file. All undo/redo history is deleted and the step size is reset to 1.

Open Clipboard
Open the RLE3 pattern stored in the clipboard. All undo/redo history is deleted and the step size is reset to 1.

Save Pattern...
Save the current pattern in a .rle3 file.

Run Script...
Run a selected Lua script.

Run Clipboard
Run the Lua code stored in the clipboard.

Set Startup Script...
Select a Lua script that will be run automatically every time 3D.lua starts up.

Exit 3D.lua
Terminate 3D.lua. If there are any unsaved changes (indicated by an asterisk at the start of the pattern name) then you'll be asked if you want to save them. Note that hitting the escape key will immediately abort 3D.lua without doing any check for unsaved changes.


Edit menu

Undo
Undo the most recent change. This could be an editing change or a generating change.

Redo
Redo the most recently undone change.

Cut
Copy all selected live cells to the clipboard in RLE3 format, then delete those cells (but they remain selected).

Copy
Copy all selected live cells to the clipboard in RLE3 format.

Paste
If the clipboard contains a valid, non-empty pattern (RLE3 or 2D) that fits within the current grid then a paste pattern (comprised of red cells) will appear. If the active plane is visible and the clipboard pattern is one cell thick (in any direction) then the paste pattern appears in the middle of the active plane, otherwise it will appear in the middle of the grid. You can use any cursor to drag the paste pattern to any position within the grid, then control-click or right-click anywhere to get a pop-up menu that lets you flip/rotate the paste pattern or paste it into the grid using either OR mode or XOR mode.

Cancel Paste
Remove the paste pattern.

Clear
Delete all the selected live cells.

Clear Outside
Delete all the live cells that are not selected.

Select All
Select all the live cells. Selected cells appear green. Assuming there is no paste pattern, you can control-click or right-click anywhere to get a pop-up menu that lets you perform various actions on the selection.

Cancel Selection
Remove the selection.

Middle Pattern
Move the pattern to the middle of the grid.

Middle Selection
Move the selection to the middle of the grid.

Middle Paste
Move the paste pattern to the middle of the grid.


Control menu

Start/Stop Generating
Start or stop generating the current pattern. You can only start generating if there is at least one live cell. Generating stops automatically if the pattern dies out.

Next Generation
If the pattern isn't empty then advance to the next generation.

Next Step
Advance the pattern to the next multiple of the current step size, or until the pattern is empty. Only the final generation is displayed.

Reset
Restore the starting generation and step size.

Set Rule
Show a dialog box that lets you change the current rule.


View menu

Initial View
Restore the scale and rotation used when 3D.lua started up. Note that if you hit the up arrow 4 times and the right arrow 4 times then you'll see a single XY face parallel with the screen.

Fit Grid
Change the scale so the entire grid just fits within the window.

Set Grid Size
Show a dialog box that lets you change the grid size. If the current pattern doesn't fit inside the new size then you'll see a message stating how many live cells were clipped.

Cubes
If selected then live cells are displayed as cubes.

Spheres
If selected then live cells are displayed as spheres.

Points
If selected then live cells are displayed as points. Note that if the active plane is shown then any live cells outside that plane are always displayed as points.

Show Axes
If ticked then the edges of the grid are displayed (X axes are red, Y axes are green, Z axes are blue).

Show Lattice Lines
If ticked then lattice lines are displayed on the three faces of the grid that intersect at the corner with minimum cell coordinates (the far, bottom left corner in the initial view).

Use Depth Shading
If ticked then cubes and spheres are drawn slightly darker the further away they are from the front of the screen. Depth shading is not done when displaying points.

Show History
If ticked then history cells are shown.

Fade History
If ticked then history cells fade each generation. They do not fade away completely so you can always see where live cells have been.

Help
Show this help.


Running scripts

3D.lua can run other Lua scripts, either by selecting File > Run Script and choosing a .lua file, or by copying Lua code to the clipboard and selecting File > Run Clipboard. Try the latter method with this example that creates a small random pattern in the middle of the grid: 

-- for 3D.lua (make sure you copy this line)
NewPattern("random pattern")
local perc = GetPercentage()
local quarter = GetGridSize()//4
for z = -quarter, quarter do
    for y = -quarter, quarter do
        for x = -quarter, quarter do
            if math.random(0,99) < perc then
                SetCell(x, y, z, 1)
            end
        end
    end
end
MoveMode() -- sets the hand cursor

Note that 3D.lua will only run a script if the clipboard or the file has "3D.lua" somewhere in the first line. This avoids nasty problems that can occur if you run a script not written for 3D.lua.

Any syntax or runtime errors in a script won't abort 3D.lua. The script will terminate and you'll get a warning message, hopefully with enough information that lets you fix the error.


Creating your own keyboard shortcuts

It's possible to override any of the global functions in 3D.lua. The following script shows how to override the HandleKey function to create a keyboard shortcut for running a particular script. Even more useful, you can get 3D.lua to run this script automatically when it starts up by going to File > Set Startup Script and selecting a .lua file containing this code: 

-- a startup script for 3D.lua
local g = golly()
local gp = require "gplus"
local savedHandler = HandleKey
function HandleKey(event)
    local _, key, mods = gp.split(event)
    if key == "r" and mods == "alt" then
        RunScript(g.getdir("app").."My-scripts/3D/random-rule.lua")
    else
        -- pass the event to the original HandleKey function
        savedHandler(event)
    end
end


Script functions

Here is an alphabetical list of the various functions in 3D.lua you might want to call from your own scripts:

CancelPaste
CancelSelection
CheckWindowSize
ClearOutside
ClearSelection
CopySelection
CutSelection
DeselectCell
DoPaste
DrawMode
FitGrid
FlipPaste
FlipSelection
GetBarHeight
GetBounds 		GetCell
GetCells
GetCellType
GetGeneration
GetGridSize
GetPasteBounds
GetPercentage
GetPopulation
GetRule
GetSelectionBounds
GetStepSize
HandleKey
InitialView
MoveMode
NewPattern 		OpenPattern
Paste
PasteExists
PutCells
RandomPattern
Reset
RestoreState
Rotate
RotatePaste
RotateSelection
RunScript
SavePattern
SaveState
SelectAll
SelectCell 		SelectedCell
SelectionExists
SelectMode
SetCell
SetCellType
SetGridSize
SetMessage
SetRule
SetStepSize
Step
Update
ZoomIn
ZoomOut

CancelPaste()
Remove any existing paste pattern.

CancelSelection()
Deselect all selected cells.

CheckWindowSize()
If the Golly window size has changed then this function resizes the overlay. Useful in scripts that allow user interaction.

ClearOutside()
Delete all live cells that are not selected.

ClearSelection()
Delete all live cells that are selected. Note that the cells remain selected.

CopySelection()
Return true if all the selected live cells can be saved in the clipboard as an RLE3 pattern. Return false if there are no selected live cells.

CutSelection()
Return true if all the selected live cells can be saved in the clipboard as an RLE3 pattern. If so then all the selected live cells are deleted. Return false if there are no selected live cells.

DeselectCell(x, y, z)
Deselect the given cell. The x,y,z coordinates are relative to the middle cell in the grid.

DoPaste(x, y, z, mode)
If a paste pattern exists then move it to the given position and paste it into the grid using the given mode ("or" or "xor"). The x,y,z coordinates are relative to the middle cell in the grid and specify the desired position of the paste boundary's minimum corner.

DrawMode()
Switch to the pencil cursor. The next Update call will display the active plane.

FitGrid()
Zoom in or out so that the entire grid will be visible. Call Update to see the result.

FlipPaste(coordinates)
If the paste pattern exists then flip the given coordinates ("x", "y" or "z"). For example, if given "x" then the X coordinates of all cells in the paste pattern will be reflected across the YZ plane running through the middle of the paste pattern.

FlipSelection(coordinates)
If a selection exists then flip the given coordinates ("x", "y" or "z"). For example, if given "x" then the X coordinates of all selected cells will be reflected across the YZ plane running through the middle of the selection.

GetBarHeight()
Return the combined height of the menu bar and tool bar. The value will be 0 if the user has turned them off (by hitting the "T" key) or switched to full screen mode. Useful in scripts that allow user interaction.

GetBounds()
Return {} if the pattern is empty, otherwise return the minimal bounding box of all live cells as an array with 6 values: {minx, maxx, miny, maxy, minz, maxz}. The boundary values are relative to the middle cell in the grid.

GetCell(x, y, z)
Return the state (0 or 1) of the given cell. The x,y,z coordinates are relative to the middle cell in the grid.

GetCells(selected)
Return an array of live cell coordinates in the format { {x1,y1,z1}, {x2,y2,z2}, ... {xn,yn,zn} }. All coordinates are relative to the middle cell in the grid. If there are no live cells then {} is returned. If selected is true then only the coordinates of selected live cells will be returned.

GetCellType()
Return the current cell type: "cube", "sphere" or "point".

GetGeneration()
Return the generation count.

GetGridSize()
Return the current grid size (3 to 100).

GetPasteBounds()
Return {} if there is no paste pattern, otherwise return its minimal bounding box as an array with 6 values: {minx, maxx, miny, maxy, minz, maxz}. The boundary values are relative to the middle cell in the grid.

GetPercentage()
Return the percentage (0 to 100) given in the most recent File > Random Pattern dialog.

GetPopulation()
Return the number of live cells in the current pattern.

GetRule()
Return the current rule.

GetSelectionBounds()
Return {} if there are no selected cells, otherwise return the minimal bounding box of all selected cells (live or dead) as an array with 6 values: {minx, maxx, miny, maxy, minz, maxz}. The boundary values are relative to the middle cell in the grid.

GetStepSize()
Return the current step size (1 to 100).

HandleKey(event)
Process the given keyboard event. Useful in scripts that allow user interaction.

InitialView()
Restore the initial view displayed by 3D.lua when it first starts up. Call Update to see the result.

MoveMode()
Switch to the hand cursor.

NewPattern(title)
Create a new, empty pattern. All undo/redo history is deleted and the step size is reset to 1. The given title string will appear in the title bar of the Golly window. If not supplied it is set to "untitled".

OpenPattern(filepath)
Open the specified RLE3 pattern file. If the filepath is not supplied then the user will be prompted to select a .rle3 file. All undo/redo history is deleted and the step size is reset to 1.

Paste()
Return true if the clipboard contains a valid, non-empty pattern (RLE3 or 2D) that fits within the current grid. If the active plane exists and the clipboard pattern is one cell thick (in any direction) then the paste pattern is located in the middle of the active plane, otherwise it is located in the middle of the grid. You can then call FlipPaste or RotatePaste to modify the paste pattern. Call DoPaste when you want to actually paste the pattern into the grid.

PasteExists()
Return true if a paste pattern exists.

PutCells(cellarray, xoffset, yoffset, zoffset)
Use the given array of live cell coordinates and offsets to set cells in the grid. The array must have the same format as the one returned by GetCells. Any cells outside the grid are silently clipped.

RandomPattern(percentage, fill, sphere)
Create a new, random pattern with the given percentage density (0 to 100) of live cells. If fill is true then the grid is filled, otherwise there will be a gap around the random object (this makes it easier to detect an explosive rule). If sphere is true then a spherical object is created rather than a cube. If no parameters are supplied then the user will be prompted for them. All undo/redo history is deleted and the step size is reset to 1.

Reset()
Restore the starting generation and step size.

RestoreState(state)
Restore the state saved earlier by SaveState.

Rotate(xdegrees, ydegrees, zdegrees)
Rotate the grid axes by the given amounts (integers from -359 to +359). Call Update to see the result.

RotatePaste(axis)
If the paste pattern exists then rotate it 90 degrees clockwise about the given axis ("x", "y" or "z").

RotateSelection(axis)
If a selection exists then rotate it 90 degrees clockwise about the given axis ("x", "y" or "z").

RunScript(filepath)
Run the specified .lua file, but only if the string "3D.lua" occurs somewhere in a comment on the first line of the file. If the filepath is not supplied then the user will be prompted to select a .lua file.

SavePattern(filepath)
Save the current pattern in a specified RLE3 file. If the filepath is not supplied then the user will be prompted for its name and location.

SaveState()
Return an object representing the current state. The object can be given later to RestoreState to restore the saved state. The saved information includes the grid size, the active plane's orientation and position, the cursor mode, the rule, the pattern and its generation count, the step size, the selection, and the paste pattern.

SelectAll()
Select all live cells. If there are no live cells then any existing selection is removed.

SelectCell(x, y, z)
Select the given cell. The x,y,z coordinates are relative to the middle cell in the grid.

SelectedCell(x, y, z)
Return true if the given cell is selected (live or dead).

SelectionExists()
Return true if at least one cell is selected (live or dead).

SelectMode()
Switch to the cross-hairs cursor. The next Update call will display the active plane.

SetCell(x, y, z, state)
Set the given cell to the given state (0 or 1). If the state is not supplied then it defaults to 1. The x,y,z coordinates are relative to the middle cell in the grid.

SetCellType(string)
Set the cell type to "cube", "sphere" or "point".

SetGridSize(newsize)
Change the grid size to the new value (3 to 100). If the newsize is not supplied then the user will be prompted for a value.

SetMessage(msg)
The given string will be displayed by the next Update call. Call SetMessage(nil) to clear the message.

SetRule(rule)
Switch to the given rule. If rule is not supplied the default rule is used (3D5..7/6).

SetStepSize(newsize)
Set the step size to the given value (1 to 100).

Step(n)
While the population is > 0 calculate the next n generations. If n is not supplied it defaults to 1.

Update()
Update the display. Note that 3D.lua automatically updates the display when a script finishes, so there's no need to call Update() at the end of a script.

ZoomIn()
Zoom in by incrementing the cell size. Useful in scripts that allow user interaction.

ZoomOut()
Zoom out by decrementing the cell size. Useful in scripts that allow user interaction.


Cell coordinates

Many of the above script functions accept or return cell coordinates. All coordinates are relative to the middle cell in the grid, so a call like SetCell(0,0,0,1) will turn on the middle cell. If N is the grid size then the minimum coordinate value is -floor(N/2) and the maximum coordinate value is floor((N-1)/2).

The following snippet creates a diagonal line of cells from the grid corner with the minimum cell coordinates to the corner with the maximum cell coordinates: 

-- for 3D.lua
local N = GetGridSize()
for c = -(N//2), (N-1)//2 do
    SetCell(c, c, c, 1)
end


Supported rules

3D.lua supports rules that use a number of different neighborhoods:

  • The Moore neighborhood consists of the 26 cells that form a cube around a central cell.
  • The Face neighborhood consists of the 6 cells adjacent to the faces of a cube (this is the 3D version of the von Neumann neighborhood).
  • The Corner neighborhood consists of the 8 cells adjacent to the corners of a cube.
  • The Edge neighborhood consists of the 12 cells adjacent to the edges of a cube.
  • The Hexahedral neighborhood simulates 12 spheres packed around a central sphere (also known as the face-centred cubic lattice, or the rhombic dodecahedral honeycomb). Because it is simulating a hexahedral tessellation in a cubic grid, this neighborhood is not orthogonally symmetric, so flipping or rotating a pattern can change the way it evolves.
  • The Busy Boxes neighborhood is rather complicated. Follow the links below if you want to know all the gory details.

Use Control > Set Rule to change the current rule. You can quickly restore 3D.lua's default rule (3D5..7/6) by simply deleting the current rule and hitting OK.


Moore neighborhood

Rules in this neighborhood are strings of the form "3DS,S,S,.../B,B,B,...". The S values are the counts of neighboring live cells required for a live cell to survive in the next generation. The B values are the counts of neighboring live cells required for birth; ie. a dead cell will become a live cell in the next generation. Each cell has 26 neighbors so the S counts are from 0 to 26 and the B counts are from 1 to 26 (birth on 0 is not allowed). Note that the Moore neighborhood is the combination of the Face+Corner+Edge neighborhoods.

Contiguous counts can be specified as a range, so a rule like 3D4,5,6,7,9/4,5,7 can be entered as 3D4..7,9/4,5,7 (this is the canonical version).


Face neighborhood

Rules in this neighborhood use the same syntax as the Moore neighborhood but with "F" appended. For example: 3D0..6/1,3F. Each cell has 6 neighbors so the S counts are from 0 to 6 and the B counts are from 1 to 6 (again, birth on 0 is not allowed).


Corner neighborhood

Rules use the same syntax as the Moore neighborhood but with "C" appended. Each cell has 8 neighbors so the S counts are from 0 to 8 and the B counts are from 1 to 8.


Edge neighborhood

Rules use the same syntax as the Moore neighborhood but with "E" appended. Each cell has 12 neighbors so the S counts are from 0 to 12 and the B counts are from 1 to 12.


Hexahedral neighborhood

Rules use the same syntax as the Moore neighborhood but with "H" appended. Each cell has 12 neighbors so the S counts are from 0 to 12 and the B counts are from 1 to 12.


Busy Boxes

Busy Boxes is a 3D reversible CA created by Ed Fredkin and Daniel B. Miller. 3D.lua supports two rules: BusyBoxes and BusyBoxesW. The first rule uses a "mirror" mode where gliders are reflected back when they reach a grid boundary. The second rule is for "wrap" mode where gliders can cross a boundary and appear in the opposite side of the grid.

Each cell in the grid is either odd or even, depending on whether the sum of the cell's x,y,z coordinates is odd or even. 3D.lua uses cyan for odd cells and magenta for even cells (Fredkin and Miller use blue and red but these colors are used by 3D.lua to display paste patterns and the active plane).

Each generation of a Busy Boxes pattern is in one of six phases, numbered 0 to 5. In even phases, only even (magenta) cells can move. In odd phases, only odd (cyan) cells can move. In phases 0 and 3, movement can only occur in the XY plane. In phases 1 and 4 movement can only occur in the YZ plane. In phases 2 and 5, movement can only occur in the XZ plane. For each diagonally opposite pair of cells in the current plane, if a live cell exists at either of the pair's knight move positions, then the states of the two cells can be swapped. However, this only happens if there is no other possible swap for either cell.

For a pattern with a sparse or small population it's quite likely that no swaps are possible in a particular phase. Or the only valid swaps might be between two empty cells or two live cells. Either way, the pattern won't change. At each generation, a live cell can only move into a diagonally opposite empty cell (and only in the same orthogonal plane). This also means that the initial population never changes. For more details see the Busy Boxes FAQ and the papers listed in the references.


RLE3 file format

3D.lua can read and write patterns as text files with a .rle3 extension. The file format is known as RLE3 and is a simple extension of the well-known RLE format used by Golly:

  • The first line must start with "3D" and be followed by a number of "keyword=value" pairs separated by spaces. The valid keywords are:

    version=i   — specifies the file format version (currently 1)
    size=N   — specifies the grid dimensions (NxNxN)
    pos=x,y,z   — specifies the pattern's position within the grid
    gen=g   — specifies the generation number
     

  • If the pos and gen keywords are not present then their values are set to 0. Any unknown keywords are simply ignored.
  • The first line can be followed by optional comment lines starting with "#".
  • Then comes a line specifying the pattern's size and the 3D rule string:

    x=width y=height z=depth rule=string
     

  • The remaining lines contain the pattern data in a run-length encoded format. The only difference to the standard RLE format is the use of "/" to move to the next plane (ie. increase the z coordinate).
  • Any empty lines (after the first line) are ignored.

The following is a small example of the RLE3 file format. You can either save it in a .rle3 file, or copy it to the clipboard and type shift-O (after returning to the 3D.lua window): 

3D version=1 size=40 pos=19,18,18
# A 10c/10 orthogonal spaceship.
# Found by Andrew Trevorrow in April, 2018.
x=2 y=4 z=4 rule=3D4,7/5,8
$bo$bo/bo$bo$bo$oo/oo$bo$bo$bo/$bo$bo!


Credits and references

3D.lua was inspired by the work of Carter Bays and his colleagues:

Candidates for the Game of Life in Three Dimensions
http://www.complex-systems.com/pdf/01-3-1.pdf

Patterns for Simple Cellular Automata in a Universe of Dense-Packed Spheres
http://www.complex-systems.com/pdf/01-5-1.pdf

Classification of Semitotalistic Cellular Automata in Three Dimensions
http://www.complex-systems.com/pdf/02-2-6.pdf

A Note on the Discovery of a New Game of Three-dimensional Life
http://www.complex-systems.com/pdf/02-3-1.pdf

The Discovery of a New Glider for the Game of Three-Dimensional Life
http://www.complex-systems.com/pdf/04-6-2.pdf

Further Notes on the Game of Three-Dimensional Life
http://www.complex-systems.com/pdf/08-1-4.pdf

A Note About the Discovery of Many New Rules for the Game of Three-Dimensional Life
http://wpmedia.wolfram.com/uploads/sites/13/2018/02/16-4-7.pdf

References for Busy Boxes:

Website: http://www.busyboxes.org

Two State, Reversible, Universal Cellular Automata In Three Dimensions
https://arxiv.org/ftp/nlin/papers/0501/0501022.pdf

Circular Motion of Strings in Cellular Automata, and Other Surprises
https://arxiv.org/abs/1206.2060 ]] if g.os() == "Mac" then htmldata = htmldata:gsub(" enter ", " return ") htmldata = htmldata:gsub(" alt", " option") htmldata = htmldata:gsub("ctrl", "cmd") end local htmlfile = g.getdir("temp").."3D.html" local f = io.open(htmlfile,"w") if not f then g.warn("Failed to create 3D.html!", false) return end f:write(htmldata) f:close() g.open(htmlfile) end -------------------------------------------------------------------------------- function SetCursor(cursor) if currcursor ~= cursor then RememberCurrentState() currcursor = cursor if not arrow_cursor then ov("cursor "..currcursor) end CheckIfGenerating() end end -------------------------------------------------------------------------------- function DrawMode() -- called when drawbox is clicked SetCursor(drawcursor) Refresh() end -------------------------------------------------------------------------------- function SelectMode() -- called when selectbox is clicked SetCursor(selectcursor) Refresh() end -------------------------------------------------------------------------------- function MoveMode() -- called when movebox is clicked SetCursor(movecursor) Refresh() end -------------------------------------------------------------------------------- function CycleCursor() -- cycle to next cursor mode if currcursor == drawcursor then SelectMode() elseif currcursor == selectcursor then MoveMode() else -- currcursor == movecursor DrawMode() end end -------------------------------------------------------------------------------- function SetCellTypeOnly(newtype) celltype = newtype ovt{"setcelltype3d", newtype} end -------------------------------------------------------------------------------- function CycleCellType() if celltype == "cube" then celltype = "sphere" elseif celltype == "sphere" then celltype = "point" else -- celltype == "point" celltype = "cube" end SetCellTypeOnly(celltype) ViewChanged(false) RefreshIfNotGenerating() end -------------------------------------------------------------------------------- function SetCellType(newtype) SetCellTypeOnly(newtype) ViewChanged(false) RefreshIfNotGenerating() end -------------------------------------------------------------------------------- function ToggleAxes() showaxes = not showaxes RefreshIfNotGenerating() end -------------------------------------------------------------------------------- function ToggleLines() showlines = not showlines RefreshIfNotGenerating() end -------------------------------------------------------------------------------- function ToggleDepthShading() depthshading = not depthshading InitDepthShading() ViewChanged(false) RefreshIfNotGenerating() end -------------------------------------------------------------------------------- function UpdateHistory() ovt{"sethistory3d", showhistory, fadehistory} ViewChanged(false) end -------------------------------------------------------------------------------- function ToggleShowHistory() if showhistory == HISTORYOFF then showhistory = DEFAULTHISTORY else showhistory = HISTORYOFF end UpdateHistory() RefreshIfNotGenerating() end -------------------------------------------------------------------------------- function ToggleFadeHistory() fadehistory = not fadehistory UpdateHistory() RefreshIfNotGenerating() end -------------------------------------------------------------------------------- function ToggleToolBar() if toolbarht > 0 then toolbarht = 0 midy = int(ovht/2) -- hide all the controls mbar.hide() ssbutton.hide() s1button.hide() resetbutton.hide() fitbutton.hide() undobutton.hide() redobutton.hide() drawbox.hide() selectbox.hide() movebox.hide() stepslider.hide() exitbutton.hide() helpbutton.hide() else toolbarht = mbarht+buttonht+gap*2 midy = int(ovht/2 + toolbarht/2) end Refresh() end -------------------------------------------------------------------------------- function ExitScript() if dirty and scriptlevel == 0 then local answer = g.savechanges("Save your changes?", "If you don't save, the changes will be lost.") if answer == "yes" then SavePattern() if dirty then -- error occurred or user hit Cancel in g.savedialog return end elseif answer == "no" then g.exit() else -- answer == "cancel" return end end g.exit() end -------------------------------------------------------------------------------- --[[ no longer used, but might come in handy local function PointInPolygon(x, y, vertices) -- return true if the given mouse position is inside the given polygon -- (see https://stackoverflow.com/questions/31730923/check-if-point-lies-in-polygon-lua) local inside = false local n = #vertices local j = n for i = 1, n do local pix = projectedx[ vertices[i] ] local piy = projectedy[ vertices[i] ] local pjx = projectedx[ vertices[j] ] local pjy = projectedy[ vertices[j] ] if (piy < y and pjy >= y) or (pjy < y and piy >= y) then if pix + (y - piy) / (pjy - piy) * (pjx - pix) < x then inside = not inside end end j = i end return inside end --]] -------------------------------------------------------------------------------- local function PointInTriangle(x, y, A, B, C) -- return true if x,y is inside the given triangle -- (see https://stackoverflow.com/questions/2049582/how-to-determine-if-a-point-is-in-a-2d-triangle) local ax, ay = projectedx[A], projectedy[A] local bx, by = projectedx[B], projectedy[B] local cx, cy = projectedx[C], projectedy[C] local as_x = x - ax local as_y = y - ay local s_ab = (bx-ax)*as_y - (by-ay)*as_x >= 0 if (cx-ax)*as_y - (cy-ay)*as_x > 0 == s_ab then return false end if (cx-bx)*(y-by) - (cy-by)*(x-bx) > 0 ~= s_ab then return false end return true end -------------------------------------------------------------------------------- local function PointInFace(x, y, P, Q, R, S) -- return true if x,y is inside the given face (a parallelogram) return PointInTriangle(x, y, P, Q, R) or PointInTriangle(x, y, R, S, P) end -------------------------------------------------------------------------------- local function IntersectionPoint(x1,y1, x2,y2, x3,y3, x4,y4) -- return the intersection point of 2 line segments -- (see http://paulbourke.net/geometry/pointlineplane/pdb.c) local denom = (y4-y3) * (x2-x1) - (x4-x3) * (y2-y1) local numera = (x4-x3) * (y1-y3) - (y4-y3) * (x1-x3) local numerb = (x2-x1) * (y1-y3) - (y2-y1) * (x1-x3) -- check if the lines are coincident if abs(numera) < 0.0001 and abs(numerb) < 0.0001 and abs(denom) < 0.0001 then return (x1 + x2) / 2, (y1 + y2) / 2 end local mua = numera / denom return x1 + mua * (x2 - x1), y1 + mua * (y2 - y1) end -------------------------------------------------------------------------------- local function FindActiveCell(x, y, face) -- return cell coordinates of the active cell containing x,y -- which is somewhere inside the given face local mid = N//2 local shift = N*CELLSIZE local hcells = N local vcells = N local xoffset = 0 local yoffset = 0 local zoffset = 0 local Pv, Qv, Sv local Px, Py, Qx, Qy, Sx, Sy local Ix, Iy, Jx, Jy local x1, y1, x2, y2 local A, B, a, b local cx, cy, cz local function CalculateAaBb() -- to find which cell contains x,y we need to calculate lengths A,a,B,b: -- (in this diagram hcells is 5 and vcells is 3, but for the given face -- the values are either 1 or N because the active plane is 1 cell thick) -- -- S ___________________________________ -- / / / / / / -- / / / / / / -- /______/______/______/______/______/ -- J /------/------/------/-*x,y / / -- / / / / / / / / -- / /______/______/______/_/____/______/ -- B // / / / / / / -- / b/ / / / / / / -- / //______/______/______/_/____/______/ -- P --a--- I Q -- ---------A------------ -- Px, Py = projectedx[Pv], projectedy[Pv] Qx, Qy = projectedx[Qv], projectedy[Qv] Sx, Sy = projectedx[Sv], projectedy[Sv] -- find intersection point of PQ and line containing x,y parallel to PS -- (we must ensure x1,y1 and x2,y2 are outside the face's edges) x1 = x - (Sx - Px) * shift y1 = y - (Sy - Py) * shift x2 = x + (Sx - Px) * shift y2 = y + (Sy - Py) * shift Ix, Iy = IntersectionPoint(Px, Py, Qx, Qy, x1, y1, x2, y2) -- find intersection point of PS and line containing x,y parallel to PQ -- (we must ensure x1,y1 and x2,y2 are outside the face's edges) x1 = x - (Qx - Px) * shift y1 = y - (Qy - Py) * shift x2 = x + (Qx - Px) * shift y2 = y + (Qy - Py) * shift Jx, Jy = IntersectionPoint(Px, Py, Sx, Sy, x1, y1, x2, y2) A = sqrt( (Ix-Px)^2 + (Iy-Py)^2 ) B = sqrt( (Jx-Px)^2 + (Jy-Py)^2 ) a = sqrt( (Qx-Px)^2 + (Qy-Py)^2 ) / hcells b = sqrt( (Sx-Px)^2 + (Sy-Py)^2 ) / vcells end if activeplane == "XY" then -- F and B faces have N*N cells, the other faces (TULR) have N cells; -- we only need to use 3 vertices in each face, but they have to be -- chosen carefully so that the vectors PQ and PS span the parallelogram if face == "F" then Pv, Qv, Sv = 1, 7, 3 -- front vertices of active plane elseif face == "B" then Pv, Qv, Sv = 2, 8, 4 -- back vertices elseif face == "T" then Pv, Qv, Sv = 3, 5, 4 -- top vertices vcells = 1 yoffset = N-1 elseif face == "U" then Pv, Qv, Sv = 1, 7, 2 -- underneath (ie. bottom) vertices vcells = 1 elseif face == "L" then Pv, Qv, Sv = 1, 2, 3 -- left vertices hcells = 1 elseif face == "R" then Pv, Qv, Sv = 7, 8, 5 -- right vertices hcells = 1 xoffset = N-1 end CalculateAaBb() cx = floor(A / a) + xoffset; if cx >= N then cx = N-1 end cy = floor(B / b) + yoffset; if cy >= N then cy = N-1 end cx = cx - mid cy = cy - mid cz = activepos elseif activeplane == "YZ" then -- L and R faces have N*N cells, the other faces (TUFB) have N cells if face == "L" then Pv, Qv, Sv = 2, 1, 4 -- left vertices elseif face == "R" then Pv, Qv, Sv = 8, 7, 6 -- right vertices elseif face == "T" then Pv, Qv, Sv = 6, 5, 4 -- top vertices vcells = 1 yoffset = N-1 elseif face == "U" then Pv, Qv, Sv = 8, 7, 2 -- underneath (ie. bottom) vertices vcells = 1 elseif face == "F" then Pv, Qv, Sv = 1, 7, 3 -- front vertices hcells = 1 zoffset = N-1 elseif face == "B" then Pv, Qv, Sv = 2, 8, 4 -- back vertices hcells = 1 end CalculateAaBb() cy = floor(B / b) + yoffset; if cy >= N then cy = N-1 end cz = floor(A / a) + zoffset; if cz >= N then cz = N-1 end cy = cy - mid cz = cz - mid cx = activepos else -- activeplane == "XZ" -- T and U faces have N*N cells, the other faces (FBLR) have N cells if face == "T" then Pv, Qv, Sv = 4, 6, 3 -- top vertices elseif face == "U" then Pv, Qv, Sv = 2, 8, 1 -- underneath (ie. bottom) vertices elseif face == "F" then Pv, Qv, Sv = 1, 7, 3 -- front vertices vcells = 1 zoffset = N-1 elseif face == "B" then Pv, Qv, Sv = 4, 6, 2 -- back vertices vcells = 1 elseif face == "L" then Pv, Qv, Sv = 4, 2, 3 -- left vertices hcells = 1 elseif face == "R" then Pv, Qv, Sv = 6, 8, 5 -- right vertices hcells = 1 xoffset = N-1 end CalculateAaBb() cx = floor(A / a) + xoffset; if cx >= N then cx = N-1 end cz = floor(B / b) + zoffset; if cz >= N then cz = N-1 end cx = cx - mid cz = cz - mid cy = activepos end -- return user coordinates (displayed later by Refresh) return cx, cy, cz end -------------------------------------------------------------------------------- function FindFace(mousex, mousey, box) -- create given box's rotated and projected vertices for i = 1, 8 do rotx[i], roty[i], rotz[i] = TransformPoint(box[i]) projectedx[i] = round( rotx[i] ) + midx projectedy[i] = round( roty[i] ) + midy end -- find which face of given box contains mousex,mousey (if any); -- note that up to 3 faces (all parallelograms) are visible local face = "" if rotz[1] < rotz[2] then -- front face is visible if PointInFace(mousex, mousey, 1,3,5,7) then face = "F" end else -- back face is visible if PointInFace(mousex, mousey, 8,6,4,2) then face = "B" end end if #face == 0 then -- not in front/back face, so try right and left if rotz[5] < rotz[3] then -- right face is visible if PointInFace(mousex, mousey, 5,6,8,7) then face = "R" end else -- left face is visible if PointInFace(mousex, mousey, 1,2,4,3) then face = "L" end end end if #face == 0 then -- not in front/back/right/left so try top and bottom if rotz[5] < rotz[7] then -- top face is visible if PointInFace(mousex, mousey, 5,3,4,6) then face = "T" end else -- bottom face is visible (use U for underneath; B is for back) if PointInFace(mousex, mousey, 1,7,8,2) then face = "U" end end end return face -- empty/F/B/R/L/T/U end -------------------------------------------------------------------------------- local function InsideActiveCell(mousex, mousey) -- if the given mouse position is inside the active plane then -- return a string containing the cell coords in the format "x,y,z" -- otherwise return an empty string -- create a box enclosing all active cells using same vertex order as CreateCube local x = minactivex * CELLSIZE - MIDGRID local y = minactivey * CELLSIZE - MIDGRID local z = minactivez * CELLSIZE - MIDGRID local xlen = (maxactivex - minactivex + 1) * CELLSIZE local ylen = (maxactivey - minactivey + 1) * CELLSIZE local zlen = (maxactivez - minactivez + 1) * CELLSIZE local activebox = { {x , y , z+zlen}, -- v1 {x , y , z }, -- v2 {x , y+ylen, z+zlen}, -- v3 {x , y+ylen, z }, -- v4 {x+xlen, y+ylen, z+zlen}, -- v5 {x+xlen, y+ylen, z }, -- v6 {x+xlen, y , z+zlen}, -- v7 {x+xlen, y , z } -- v8 } -- test if mousex,mousey is inside a visible face of activebox local face = FindFace(mousex, mousey, activebox) if #face > 0 then -- determine which active cell contains mousex,mousey local cx, cy, cz = FindActiveCell(mousex, mousey, face) return cx..","..cy..","..cz else return "" end end -------------------------------------------------------------------------------- function StartDrawing(mousex, mousey) local oldcell = activecell activecell = InsideActiveCell(mousex, mousey) if #activecell > 0 then RememberCurrentState() -- toggle the state of the clicked cell local x, y, z = split(activecell, ",") local mid = N//2 x = tonumber(x) + mid y = tonumber(y) + mid z = tonumber(z) + mid local pos = x + N * (y + N * z) if grid1[pos] then -- death grid1[pos] = nil popcount = popcount - 1 dirty = true update_grid = true minimal_live_bounds = false drawstate = 0 else -- birth SetLiveCell(x, y, z) -- sets dirty = true drawstate = 1 end Refresh() prevactive = activecell return true else if activecell ~= oldcell then Refresh() end return false end end -------------------------------------------------------------------------------- function StartSelecting(mousex, mousey) local oldcell = activecell activecell = InsideActiveCell(mousex, mousey) if #activecell > 0 then RememberCurrentState() -- toggle the selection state of the clicked cell local x, y, z = split(activecell, ",") local mid = N//2 x = tonumber(x) + mid y = tonumber(y) + mid z = tonumber(z) + mid local pos = x + N * (y + N * z) if selected[pos] then -- deselect selected[pos] = nil selcount = selcount - 1 minimal_sel_bounds = false selstate = false else selected[pos] = true selcount = selcount + 1 UpdateSelectionBoundary(x, y, z) selstate = true end Refresh() prevactive = activecell return true else if activecell ~= oldcell then Refresh() end return false end end -------------------------------------------------------------------------------- function SetLine(x1, y1, z1, x2, y2, z2, setfunction, state) -- draw/erase/select/deselect a line of cells from x1,y1,z1 to x2,y2,z2 -- using a 3D version of Bresenham's algorithm -- (note that x1,y1,z1 has already been set and x2,y2,z2 is a different cell) local dx = x2 - x1 local dy = y2 - y1 local dz = z2 - z1 local xinc = 1; if dx < 0 then xinc = -1 end local yinc = 1; if dy < 0 then yinc = -1 end local zinc = 1; if dz < 0 then zinc = -1 end local ax = abs(dx) local ay = abs(dy) local az = abs(dz) local dx2 = ax * 2 local dy2 = ay * 2 local dz2 = az * 2 if ax >= ay and ax >= az then local e1 = dy2 - ax local e2 = dz2 - ax while x1 ~= x2 do setfunction(x1, y1, z1, state) if e1 > 0 then y1 = y1 + yinc e1 = e1 - dx2 end if e2 > 0 then z1 = z1 + zinc e2 = e2 - dx2 end e1 = e1 + dy2 e2 = e2 + dz2 x1 = x1 + xinc end elseif ay >= ax and ay >= az then local e1 = dx2 - ay local e2 = dz2 - ay while y1 ~= y2 do setfunction(x1, y1, z1, state) if e1 > 0 then x1 = x1 + xinc e1 = e1 - dy2 end if e2 > 0 then z1 = z1 + zinc e2 = e2 - dy2 end e1 = e1 + dx2 e2 = e2 + dz2 y1 = y1 + yinc end else local e1 = dy2 - az local e2 = dx2 - az while z1 ~= z2 do setfunction(x1, y1, z1, state) if e1 > 0 then y1 = y1 + yinc e1 = e1 - dz2 end if e2 > 0 then x1 = x1 + xinc e2 = e2 - dz2 end e1 = e1 + dy2 e2 = e2 + dx2 z1 = z1 + zinc end end setfunction(x1, y1, z1, state) end -------------------------------------------------------------------------------- function DrawCells(mousex, mousey) -- draw/erase cells in active plane local oldcell = activecell activecell = InsideActiveCell(mousex, mousey) if #activecell > 0 and activecell ~= prevactive then -- mouse has moved to a different cell local mid = N//2 local x, y, z = split(activecell, ",") x = tonumber(x) + mid y = tonumber(y) + mid z = tonumber(z) + mid -- draw/erase a line of cells from prevactive to activecell local prevx, prevy, prevz = split(prevactive, ",") prevx = tonumber(prevx) + mid prevy = tonumber(prevy) + mid prevz = tonumber(prevz) + mid SetLine(prevx, prevy, prevz, x, y, z, SetCellState, drawstate) Refresh() prevactive = activecell else if activecell ~= oldcell then Refresh() end end end -------------------------------------------------------------------------------- function SelectCells(mousex, mousey) -- select/deselect cells in active plane local oldcell = activecell activecell = InsideActiveCell(mousex, mousey) if #activecell > 0 and activecell ~= prevactive then -- mouse has moved to a different cell local x, y, z = split(activecell, ",") local mid = N//2 x = tonumber(x) + mid y = tonumber(y) + mid z = tonumber(z) + mid -- select/deselect a line of cells from prevactive to activecell local prevx, prevy, prevz = split(prevactive, ",") prevx = tonumber(prevx) + mid prevy = tonumber(prevy) + mid prevz = tonumber(prevz) + mid SetLine(prevx, prevy, prevz, x, y, z, SetSelection, selstate) Refresh() prevactive = activecell else if activecell ~= oldcell then Refresh() end end end -------------------------------------------------------------------------------- function StartDraggingPaste(mousex, mousey) -- test if mouse click is in a paste cell local NN = N*N for k,_ in pairs(pastepatt) do local px, py = GetMidPoint(k%N, (k//N)%N, k//NN) if abs(px - mousex) < HALFCELL and abs(py - mousey) < HALFCELL then -- create a box enclosing all paste cells using same vertex order as CreateCube local x = minpastex * CELLSIZE - MIDGRID local y = minpastey * CELLSIZE - MIDGRID local z = minpastez * CELLSIZE - MIDGRID local xlen = (maxpastex - minpastex + 1) * CELLSIZE local ylen = (maxpastey - minpastey + 1) * CELLSIZE local zlen = (maxpastez - minpastez + 1) * CELLSIZE local pastebox = { {x , y , z+zlen}, -- v1 {x , y , z }, -- v2 {x , y+ylen, z+zlen}, -- v3 {x , y+ylen, z }, -- v4 {x+xlen, y+ylen, z+zlen}, -- v5 {x+xlen, y+ylen, z }, -- v6 {x+xlen, y , z+zlen}, -- v7 {x+xlen, y , z } -- v8 } -- return the face containing mousex,mousey return FindFace(mousex, mousey, pastebox) end end return "" end -------------------------------------------------------------------------------- function MovePastePattern(deltax, deltay, deltaz) -- move the paste pattern by the given amounts, if possible if minpastex + deltax < 0 then deltax = -minpastex end if minpastey + deltay < 0 then deltay = -minpastey end if minpastez + deltaz < 0 then deltaz = -minpastez end if maxpastex + deltax >= N then deltax = N-1 - maxpastex end if maxpastey + deltay >= N then deltay = N-1 - maxpastey end if maxpastez + deltaz >= N then deltaz = N-1 - maxpastez end if deltax == 0 and deltay == 0 and deltaz == 0 then return end minpastex = minpastex + deltax minpastey = minpastey + deltay minpastez = minpastez + deltaz maxpastex = maxpastex + deltax maxpastey = maxpastey + deltay maxpastez = maxpastez + deltaz local pcells = GetPasteCells() local mid = N//2 pastepatt = {} for _, xyz in ipairs(pcells) do local x = xyz[1] + mid + deltax local y = xyz[2] + mid + deltay local z = xyz[3] + mid + deltaz pastepatt[ x + N * (y + N * z) ] = true end Refresh() end -------------------------------------------------------------------------------- function DragPaste(mousex, mousey, prevx, prevy, face) -- create a large temporary active plane parallel to given face local oldN = N local oldplane = activeplane local oldpos = activepos SetTemporaryGridSize(N*3) if face == "F" or face == "B" then -- mouse in front/back face SetActivePlane("XY", 0) elseif face == "T" or face == "U" then -- mouse in top/bottom face SetActivePlane("XZ", 0) else -- mouse in left/right face SetActivePlane("YZ", 0) end -- find the cell locations of mousex,mousey and prevx,prevy in the temporary plane local oldcell = InsideActiveCell(prevx, prevy) local newcell = InsideActiveCell(mousex, mousey) -- restore the original active plane SetTemporaryGridSize(oldN) SetActivePlane(oldplane, oldpos) -- check if mouse stayed in same cell, or moved outside temporary plane if oldcell == newcell or #oldcell == 0 or #newcell == 0 then return end -- calculate how many cells the mouse has moved local oldx, oldy, oldz = split(oldcell,",") local newx, newy, newz = split(newcell,",") local deltax = tonumber(newx) - tonumber(oldx) local deltay = tonumber(newy) - tonumber(oldy) local deltaz = tonumber(newz) - tonumber(oldz) MovePastePattern(deltax, deltay, deltaz) end -------------------------------------------------------------------------------- local save_cells -- for restoring live cells under a moving selection local selxyz -- store x,y,z positions of selected cells local livexyz -- store x,y,z positions of selected live cells function StartDraggingSelection(mousex, mousey) -- test if mouse click is in a selected cell MinimizeSelectionBoundary() local NN = N*N for k,_ in pairs(selected) do local px, py = GetMidPoint(k%N, (k//N)%N, k//NN) if abs(px - mousex) < HALFCELL and abs(py - mousey) < HALFCELL then -- create a box enclosing all selected cells using same vertex order as CreateCube local x = minselx * CELLSIZE - MIDGRID local y = minsely * CELLSIZE - MIDGRID local z = minselz * CELLSIZE - MIDGRID local xlen = (maxselx - minselx + 1) * CELLSIZE local ylen = (maxsely - minsely + 1) * CELLSIZE local zlen = (maxselz - minselz + 1) * CELLSIZE local selbox = { {x , y , z+zlen}, -- v1 {x , y , z }, -- v2 {x , y+ylen, z+zlen}, -- v3 {x , y+ylen, z }, -- v4 {x+xlen, y+ylen, z+zlen}, -- v5 {x+xlen, y+ylen, z }, -- v6 {x+xlen, y , z+zlen}, -- v7 {x+xlen, y , z } -- v8 } local face = FindFace(mousex, mousey, selbox) if #face > 0 then -- initialize save_cells, selxyz and livexyz for use in MoveSelection save_cells = {} selxyz = {} livexyz = {} for k1,_ in pairs(selected) do -- selected[k1] is a selected cell local x1 = k1 % N local y1 = (k1 // N) % N local z1 = k1 // NN selxyz[#selxyz+1] = {x1, y1, z1} if grid1[k1] then -- selected cell is a live cell livexyz[#livexyz+1] = {x1, y1, z1} end end RememberCurrentState() end return face end end return "" end -------------------------------------------------------------------------------- function MoveSelection(deltax, deltay, deltaz) -- move all selected cells by the given amounts, if possible if minselx + deltax < 0 then deltax = -minselx end if minsely + deltay < 0 then deltay = -minsely end if minselz + deltaz < 0 then deltaz = -minselz end if maxselx + deltax >= N then deltax = N-1 - maxselx end if maxsely + deltay >= N then deltay = N-1 - maxsely end if maxselz + deltaz >= N then deltaz = N-1 - maxselz end if deltax == 0 and deltay == 0 and deltaz == 0 then return end -- RememberCurrentState was called in StartDraggingSelection minselx = minselx + deltax minsely = minsely + deltay minselz = minselz + deltaz maxselx = maxselx + deltax maxsely = maxsely + deltay maxselz = maxselz + deltaz -- kill all live cells in the current selection local savepop = popcount local NN = N*N for k,_ in pairs(selected) do if grid1[k] then grid1[k] = nil popcount = popcount - 1 dirty = true update_grid = true minimal_live_bounds = false end end if popcount == 0 and selcount == savepop then -- all live cells (and only those cells) were selected -- so we can handle this common case much faster by simply -- putting the selected cells in their new positions selected = {} for i, xyz in ipairs(livexyz) do local x = xyz[1] + deltax local y = xyz[2] + deltay local z = xyz[3] + deltaz local k = x + N * (y + N * z) selected[k] = true grid1[k] = 1 livexyz[i] = {x, y, z} end popcount = savepop -- new live boundary is same as new selection boundary -- (and minimal because StartDraggingSelection called MinimizeSelectionBoundary) minx = minselx miny = minsely minz = minselz maxx = maxselx maxy = maxsely maxz = maxselz minimal_live_bounds = true else -- avoid modifying any live cells under the moving selection -- by restoring the live cells in save_cells (if any) for k,_ in pairs(save_cells) do if not grid1[k] then grid1[k] = 1 popcount = popcount + 1 dirty = true update_grid = true -- boundary might expand local x = k % N local y = (k // N) % N local z = k // NN if x < minx then minx = x end if y < miny then miny = y end if z < minz then minz = z end if x > maxx then maxx = x end if y > maxy then maxy = y end if z > maxz then maxz = z end end end -- move the selected cells to their new positions -- and save any live cells in the new selection in save_cells save_cells = {} selected = {} for i, xyz in ipairs(selxyz) do local x = xyz[1] + deltax local y = xyz[2] + deltay local z = xyz[3] + deltaz local k = x + N * (y + N * z) selected[k] = true selxyz[i] = {x, y, z} if grid1[k] then save_cells[k] = true end end -- put live cells saved in livexyz into their new positions for i, xyz in ipairs(livexyz) do local x = xyz[1] + deltax local y = xyz[2] + deltay local z = xyz[3] + deltaz local k = x + N * (y + N * z) if not grid1[k] then grid1[k] = 1 popcount = popcount + 1 dirty = true update_grid = true -- boundary might expand if x < minx then minx = x end if y < miny then miny = y end if z < minz then minz = z end if x > maxx then maxx = x end if y > maxy then maxy = y end if z > maxz then maxz = z end end livexyz[i] = {x, y, z} end end Refresh() end -------------------------------------------------------------------------------- function DragSelection(mousex, mousey, prevx, prevy, face) -- create a large temporary active plane parallel to given face local oldN = N local oldplane = activeplane local oldpos = activepos SetTemporaryGridSize(N*3) if face == "F" or face == "B" then -- mouse in front/back face SetActivePlane("XY", 0) elseif face == "T" or face == "U" then -- mouse in top/bottom face SetActivePlane("XZ", 0) else -- mouse in left/right face SetActivePlane("YZ", 0) end -- find the cell locations of mousex,mousey and prevx,prevy in the temporary plane local oldcell = InsideActiveCell(prevx, prevy) local newcell = InsideActiveCell(mousex, mousey) -- restore the original active plane SetTemporaryGridSize(oldN) SetActivePlane(oldplane, oldpos) -- check if mouse stayed in same cell, or moved outside temporary plane if oldcell == newcell or #oldcell == 0 or #newcell == 0 then return end -- calculate how many cells the mouse has moved local oldx, oldy, oldz = split(oldcell,",") local newx, newy, newz = split(newcell,",") local deltax = tonumber(newx) - tonumber(oldx) local deltay = tonumber(newy) - tonumber(oldy) local deltaz = tonumber(newz) - tonumber(oldz) MoveSelection(deltax, deltay, deltaz) end -------------------------------------------------------------------------------- function StopDraggingSelection() save_cells = {} selxyz = {} livexyz = {} end -------------------------------------------------------------------------------- function StartDraggingPlane(mousex, mousey) local oldcell = activecell activecell = InsideActiveCell(mousex, mousey) if activecell ~= oldcell then Refresh() end if #activecell > 0 then RememberCurrentState() return true else return false end end -------------------------------------------------------------------------------- function DragActivePlane(mousex, mousey, prevx, prevy) -- create a box enclosing all active cells using same vertex order as CreateCube local x = minactivex * CELLSIZE - MIDGRID local y = minactivey * CELLSIZE - MIDGRID local z = minactivez * CELLSIZE - MIDGRID local xlen = (maxactivex - minactivex + 1) * CELLSIZE local ylen = (maxactivey - minactivey + 1) * CELLSIZE local zlen = (maxactivez - minactivez + 1) * CELLSIZE local activebox = { {x , y , z+zlen}, -- v1 {x , y , z }, -- v2 {x , y+ylen, z+zlen}, -- v3 {x , y+ylen, z }, -- v4 {x+xlen, y+ylen, z+zlen}, -- v5 {x+xlen, y+ylen, z }, -- v6 {x+xlen, y , z+zlen}, -- v7 {x+xlen, y , z } -- v8 } -- create activebox's rotated vertices for i = 1, 8 do rotx[i], roty[i], rotz[i] = TransformPoint(activebox[i]) end -- create a temporary active plane perpendicular to the nearest thin face -- and 3 times larger (to ensure all of the real active plane is enclosed) local oldN = N local oldplane = activeplane local oldpos = activepos SetTemporaryGridSize(N*3) if activeplane == "XY" then if (rotz[5] <= rotz[1] and rotz[5] <= rotz[3] and rotz[7] <= rotz[3]) or (rotz[4] <= rotz[8] and rotz[4] <= rotz[6] and rotz[2] <= rotz[6]) then -- right/left face is nearest SetActivePlane("YZ", 0) else -- top/bottom face is nearest SetActivePlane("XZ", 0) end elseif activeplane == "YZ" then if (rotz[5] <= rotz[8] and rotz[5] <= rotz[6] and rotz[7] <= rotz[6]) or (rotz[4] <= rotz[1] and rotz[4] <= rotz[3] and rotz[2] <= rotz[3]) then -- front/back face is nearest SetActivePlane("XY", 0) else -- top/bottom face is nearest SetActivePlane("XZ", 0) end else -- activeplane == "XZ" if (rotz[5] <= rotz[4] and rotz[5] <= rotz[6] and rotz[3] <= rotz[6]) or (rotz[4] <= rotz[5] and rotz[4] <= rotz[3] and rotz[6] <= rotz[3]) then -- front/back face is nearest SetActivePlane("XY", 0) else -- left/right face is nearest SetActivePlane("YZ", 0) end end -- find the cell locations of mousex,mousey and prevx,prevy in the temporary plane local oldcell = InsideActiveCell(prevx, prevy) local newcell = InsideActiveCell(mousex, mousey) -- restore the original active plane SetTemporaryGridSize(oldN) SetActivePlane(oldplane, oldpos) -- check if mouse stayed in same cell, or moved outside temporary plane if oldcell == newcell or #oldcell == 0 or #newcell == 0 then return end -- calculate how many cells the mouse has moved local oldx, oldy, oldz = split(oldcell,",") local newx, newy, newz = split(newcell,",") local deltax = tonumber(newx) - tonumber(oldx) local deltay = tonumber(newy) - tonumber(oldy) local deltaz = tonumber(newz) - tonumber(oldz) -- move the active plane by the appropriate delta but don't call Refresh yet if activeplane == "XY" then MoveActivePlane(activepos + deltaz, false) elseif activeplane == "YZ" then MoveActivePlane(activepos + deltax, false) else -- activeplane == "XZ" MoveActivePlane(activepos + deltay, false) end activecell = InsideActiveCell(mousex, mousey) Refresh() end -------------------------------------------------------------------------------- function MiddlePaste() -- move paste pattern to middle of grid if pastecount > 0 then -- calculate the delta amounts needed to move paste pattern to middle of grid local deltax = (N - (maxpastex - minpastex)) // 2 - minpastex local deltay = (N - (maxpastey - minpastey)) // 2 - minpastey local deltaz = (N - (maxpastez - minpastez)) // 2 - minpastez if deltax == 0 and deltay == 0 and deltaz == 0 then return end RememberCurrentState() local pcells = {} local NN = N*N for k,_ in pairs(pastepatt) do pcells[#pcells+1] = {k % N, (k // N) % N, k // NN} end pastepatt = {} for _,xyz in ipairs(pcells) do local x = xyz[1] + deltax local y = xyz[2] + deltay local z = xyz[3] + deltaz pastepatt[x + N * (y + N * z)] = true end -- update the paste boundary minpastex = minpastex + deltax minpastey = minpastey + deltay minpastez = minpastez + deltaz maxpastex = maxpastex + deltax maxpastey = maxpastey + deltay maxpastez = maxpastez + deltaz CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function MiddleSelection() -- move selection to middle of grid if selcount > 0 then MinimizeSelectionBoundary() -- calculate the delta amounts needed to move selection to middle of grid local deltax = (N - (maxselx - minselx)) // 2 - minselx local deltay = (N - (maxsely - minsely)) // 2 - minsely local deltaz = (N - (maxselz - minselz)) // 2 - minselz if deltax == 0 and deltay == 0 and deltaz == 0 then return end RememberCurrentState() -- only set dirty = true if live cells are selected local selcells = {} local livecells = {} -- for live cells in selection local NN = N*N for k,_ in pairs(selected) do local x = k % N local y = (k // N) % N local z = k // NN selcells[#selcells+1] = {x, y, z} if grid1[k] then grid1[k] = nil popcount = popcount - 1 dirty = true update_grid = true minimal_live_bounds = false livecells[#livecells+1] = {x, y, z} end end selected = {} for _,xyz in ipairs(selcells) do local x = xyz[1] + deltax local y = xyz[2] + deltay local z = xyz[3] + deltaz selected[x + N * (y + N * z)] = true end -- move live cells that were selected for _,xyz in ipairs(livecells) do local x = xyz[1] + deltax local y = xyz[2] + deltay local z = xyz[3] + deltaz local k = x + N * (y + N * z) if not grid1[k] then grid1[k] = 1 popcount = popcount + 1 -- dirty set to true above -- boundary might expand if x < minx then minx = x end if y < miny then miny = y end if z < minz then minz = z end if x > maxx then maxx = x end if y > maxy then maxy = y end if z > maxz then maxz = z end end end -- update the selection boundary minselx = minselx + deltax minsely = minsely + deltay minselz = minselz + deltaz maxselx = maxselx + deltax maxsely = maxsely + deltay maxselz = maxselz + deltaz -- MinimizeSelectionBoundary set minimal_sel_bounds to true CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function MiddlePattern() -- move pattern to middle of grid if popcount > 0 then MinimizeLiveBoundary() -- calculate the delta amounts needed to move pattern to middle of grid local deltax = (N - (maxx - minx)) // 2 - minx local deltay = (N - (maxy - miny)) // 2 - miny local deltaz = (N - (maxz - minz)) // 2 - minz if deltax == 0 and deltay == 0 and deltaz == 0 then return end RememberCurrentState() dirty = true update_grid = true local livecells = {} local NN = N*N for k,_ in pairs(grid1) do livecells[#livecells+1] = {k % N, (k // N) % N, k // NN} end grid1 = {} for _,xyz in ipairs(livecells) do local x = xyz[1] + deltax local y = xyz[2] + deltay local z = xyz[3] + deltaz grid1[x + N * (y + N * z)] = 1 end -- update the live cell boundary minx = minx + deltax miny = miny + deltay minz = minz + deltaz maxx = maxx + deltax maxy = maxy + deltay maxz = maxz + deltaz -- MinimizeLiveBoundary set minimal_live_bounds to true CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- -- use this flag in EraseLiveCells and SelectLiveCells to call -- RememberCurrentState just before the first change (if any) local firstchange = false function EraseLiveCells(mousex, mousey, firstcall) -- erase all live cells whose projected mid points are close to mousex,mousey if popcount > 0 then if firstcall then firstchange = false end local changes = 0 local NN = N*N for k,_ in pairs(grid1) do -- grid1[k] is a live cell local x = k % N local y = (k // N) % N local z = k // NN local px, py = GetMidPoint(x, y, z) if abs(px - mousex) < HALFCELL and abs(py - mousey) < HALFCELL then if not firstchange then RememberCurrentState() firstchange = true end grid1[k] = nil popcount = popcount - 1 dirty = true update_grid = true minimal_live_bounds = false changes = changes + 1 end end if changes > 0 then Refresh() end end end -------------------------------------------------------------------------------- function SelectLiveCells(mousex, mousey, firstcall) -- select all live cells whose projected mid points are close to mousex,mousey if popcount > 0 then if firstcall then firstchange = false end local changes = 0 local NN = N*N for k,_ in pairs(grid1) do -- grid1[k] is a live cell local x = k % N local y = (k // N) % N local z = k // NN local px, py = GetMidPoint(x, y, z) if abs(px - mousex) < HALFCELL and abs(py - mousey) < HALFCELL then if not selected[k] then if not firstchange then RememberCurrentState() firstchange = true end selected[k] = true selcount = selcount + 1 UpdateSelectionBoundary(x, y, z) changes = changes + 1 end end end if changes > 0 then Refresh() end end end -------------------------------------------------------------------------------- function CreateOverlay() -- overlay covers entire viewport (more if viewport is too small) viewwd, viewht = g.getview(g.getlayer()) ovwd, ovht = viewwd, viewht if ovwd < minwd then ovwd = minwd end if ovht < minht then ovht = minht end midx = int(ovwd/2) midy = int(ovht/2 + toolbarht/2) ov("create "..ovwd.." "..ovht) ov("cursor "..currcursor) ov("font 11 default-bold") -- font for info text -- set parameters for menu bar and tool bar buttons op.buttonht = buttonht op.textgap = 8 -- gap between edge of button and its label op.textfont = "font 10 default-bold" -- font for button labels op.menufont = "font 11 default-bold" -- font for menu and item labels op.textshadowx = 2 op.textshadowy = 2 if g.os() == "Mac" then op.yoffset = -1 end if g.os() == "Linux" then op.textfont = "font 10 default" op.menufont = "font 11 default" end end -------------------------------------------------------------------------------- function CreateMenuBar() -- create the menu bar and add some menus -- (note that changes to the order of menus or their items will require -- changes to DrawMenuBar and EnableControls) mbar = op.menubar() mbar.addmenu("File") mbar.addmenu("Edit") mbar.addmenu("Control") mbar.addmenu("View") -- add items to File menu mbar.additem(1, "New Pattern", NewPattern) mbar.additem(1, "Random Pattern...", RandomPattern) mbar.additem(1, "Open Pattern...", OpenPattern) mbar.additem(1, "Open Clipboard", OpenClipboard) mbar.additem(1, "Save Pattern...", SavePattern) mbar.additem(1, "---", nil) mbar.additem(1, "Run Script...", RunScript) mbar.additem(1, "Run Clipboard", RunClipboard) mbar.additem(1, "Set Startup Script...", SetStartupScript) mbar.additem(1, "---", nil) mbar.additem(1, "Exit 3D.lua", ExitScript) -- add items to Edit menu mbar.additem(2, "Undo", Undo) mbar.additem(2, "Redo", Redo) mbar.additem(2, "---", nil) mbar.additem(2, "Cut", CutSelection) mbar.additem(2, "Copy", CopySelection) mbar.additem(2, "Paste", Paste) mbar.additem(2, "Cancel Paste", CancelPaste) mbar.additem(2, "Clear", ClearSelection) mbar.additem(2, "Clear Outside", ClearOutside) mbar.additem(2, "---", nil) mbar.additem(2, "Select All", SelectAll) mbar.additem(2, "Cancel Selection", CancelSelection) mbar.additem(2, "---", nil) mbar.additem(2, "Middle Pattern", MiddlePattern) mbar.additem(2, "Middle Selection", MiddleSelection) mbar.additem(2, "Middle Paste", MiddlePaste) -- add items to Control menu mbar.additem(3, "Start Generating", StartStop) mbar.additem(3, "Next Generation", Step1) mbar.additem(3, "Next Step", NextStep) mbar.additem(3, "Reset", Reset) mbar.additem(3, "---", nil) mbar.additem(3, "Set Rule...", ChangeRule) -- add items to View menu mbar.additem(4, "Initial View", InitialView) mbar.additem(4, "Fit Grid", FitGrid) mbar.additem(4, "Set Grid Size...", SetGridSize) mbar.additem(4, "---", nil) mbar.additem(4, "Cubes", SetCellType, {"cube"}) mbar.additem(4, "Spheres", SetCellType, {"sphere"}) mbar.additem(4, "Points", SetCellType, {"point"}) mbar.additem(4, "---", nil) mbar.additem(4, "Show Axes", ToggleAxes) mbar.additem(4, "Show Lattice Lines", ToggleLines) mbar.additem(4, "Use Depth Shading", ToggleDepthShading) mbar.additem(4, "Show History", ToggleShowHistory) mbar.additem(4, "Fade History", ToggleFadeHistory) mbar.additem(4, "---", nil) mbar.additem(4, "Help", ShowHelp) end -------------------------------------------------------------------------------- function CreateToolBar() -- create tool bar buttons ssbutton = op.button("Start", StartStop) s1button = op.button("+1", Step1) resetbutton = op.button("Reset", Reset) fitbutton = op.button("Fit", FitGrid) undobutton = op.button("Undo", Undo) redobutton = op.button("Redo", Redo) helpbutton = op.button("?", ShowHelp) exitbutton = op.button("X", ExitScript) -- create radio buttons and slider (don't shadow text) op.textshadowx = 0 op.textshadowy = 0 drawbox = op.radiobutton("Draw", op.black, DrawMode) selectbox = op.radiobutton("Select", op.black, SelectMode) movebox = op.radiobutton("Move", op.black, MoveMode) -- create a slider for adjusting stepsize stepslider = op.slider("", op.black, 100, 1, 100, StepChange) end -------------------------------------------------------------------------------- function CreatePopUpMenus() -- text in pop-up menus is shadowed op.textshadowx = 2 op.textshadowy = 2 -- create a pop-up menu for paste actions pastemenu = op.popupmenu() pastemenu.additem("Paste OR", PasteOR) pastemenu.additem("Paste XOR", PasteXOR) pastemenu.additem("---", nil) pastemenu.additem("Flip X Coords", FlipPasteX) pastemenu.additem("Flip Y Coords", FlipPasteY) pastemenu.additem("Flip Z Coords", FlipPasteZ) pastemenu.additem("---", nil) pastemenu.additem("Rotate X Axis", RotatePasteX) pastemenu.additem("Rotate Y Axis", RotatePasteY) pastemenu.additem("Rotate Z Axis", RotatePasteZ) pastemenu.additem("---", nil) pastemenu.additem("Cancel Paste", CancelPaste) -- create a pop-up menu for selection actions selmenu = op.popupmenu() selmenu.additem("Cut", CutSelection) selmenu.additem("Copy", CopySelection) selmenu.additem("Clear", ClearSelection) selmenu.additem("Clear Outside", ClearOutside) selmenu.additem("---", nil) selmenu.additem("Flip X Coords", FlipSelectionX) selmenu.additem("Flip Y Coords", FlipSelectionY) selmenu.additem("Flip Z Coords", FlipSelectionZ) selmenu.additem("---", nil) selmenu.additem("Rotate X Axis", RotateSelectionX) selmenu.additem("Rotate Y Axis", RotateSelectionY) selmenu.additem("Rotate Z Axis", RotateSelectionZ) selmenu.additem("---", nil) selmenu.additem("Cancel Selection", CancelSelection) end -------------------------------------------------------------------------------- local showtoolbar = false -- restore tool bar? function CheckWindowSize() -- if viewport size has changed then resize the overlay local newwd, newht = g.getview(g.getlayer()) if newwd ~= viewwd or newht ~= viewht then viewwd, viewht = newwd, newht ovwd, ovht = viewwd, viewht if ovwd < minwd then ovwd = minwd end if ovht < minht then ovht = minht end local fullscreen = g.getoption("fullscreen") if fullscreen == 1 and toolbarht > 0 then -- hide tool bar but restore it when we exit full screen mode toolbarht = 0 showtoolbar = true elseif fullscreen == 0 and showtoolbar then if toolbarht == 0 then -- restore tool bar toolbarht = mbarht+buttonht+gap*2 end showtoolbar = false end midx = int(ovwd/2) midy = int(ovht/2 + toolbarht/2) ov("resize "..ovwd.." "..ovht) Refresh() end end -------------------------------------------------------------------------------- function CheckCursor(xy) local editing = currcursor ~= movecursor if #xy > 0 then -- update cursor if mouse moves in/out of tool bar local x, y = split(xy) x = tonumber(x) y = tonumber(y) if y < toolbarht then if not arrow_cursor then -- mouse moved inside tool bar ov("cursor arrow") arrow_cursor = true if #activecell > 0 and editing then activecell = "" Refresh() end end else if arrow_cursor then -- mouse moved outside tool bar ov("cursor "..currcursor) arrow_cursor = false end if editing then local oldcell = activecell activecell = InsideActiveCell(x, y) if activecell ~= oldcell then Refresh() end end end elseif #activecell > 0 and editing then activecell = "" Refresh() end end -------------------------------------------------------------------------------- function ViewChanged(rotate) -- cube needs recreating on rotate or depth shade toggle lastHistorySize = -1 lastCubeSize = -1 lastBusyCubeSize["E"] = -1 lastBusyCubeSize["O"] = -1 if not rotate then -- sphere only needs recreating on depth shade toggle lastSphereSize = -1 lastBusySphereSize["E"] = -1 lastBusySphereSize["O"] = -1 end end -------------------------------------------------------------------------------- function Rotate(xangle, yangle, zangle, display) if display == nil then display = true end local x = xangle * DEGTORAD local y = yangle * DEGTORAD local z = zangle * DEGTORAD local cosrx = cos(x) local sinrx = sin(x) local cosry = cos(y) local sinry = sin(y) local cosrz = cos(z) local sinrz = sin(z) -- calculate transformation matrix for rotation -- (note that rotation is about fixed *screen* axes) local a = cosry*cosrz local b = cosry*sinrz local c = -sinry local d = sinrx*sinry*cosrz - cosrx*sinrz local e = sinrx*sinry*sinrz + cosrx*cosrz local f = sinrx*cosry local g = cosrx*sinry*cosrz + sinrx*sinrz local h = cosrx*sinry*sinrz - sinrx*cosrz local i = cosrx*cosry -- rotate global matrix by new matrix local anew = a*xixo + b*yixo + c*zixo local bnew = a*xiyo + b*yiyo + c*ziyo local cnew = a*xizo + b*yizo + c*zizo local dnew = d*xixo + e*yixo + f*zixo local enew = d*xiyo + e*yiyo + f*ziyo local fnew = d*xizo + e*yizo + f*zizo local gnew = g*xixo + h*yixo + i*zixo local hnew = g*xiyo + h*yiyo + i*ziyo local inew = g*xizo + h*yizo + i*zizo -- check if the view changed if (xixo ~= anew) or (xiyo ~= bnew) or (xizo ~= cnew) or (yixo ~= dnew) or (yiyo ~= enew) or (yizo ~= fnew) or (zixo ~= gnew) or (ziyo ~= hnew) or (zizo ~= inew) then ViewChanged(true) end -- update the transformation matrix xixo = anew xiyo = bnew xizo = cnew yixo = dnew yiyo = enew yizo = fnew zixo = gnew ziyo = hnew zizo = inew ovt{"settrans3d", xixo, xiyo, xizo, yixo, yiyo, yizo, zixo, ziyo, zizo} if display then Refresh() end end -------------------------------------------------------------------------------- function InitialView(display) if display == nil then display = true end -- initialize the transformation matrix xixo = 1.0; yixo = 0.0; zixo = 0.0 xiyo = 0.0; yiyo = 1.0; ziyo = 0.0 xizo = 0.0; yizo = 0.0; zizo = 1.0 ovt{"settrans3d", xixo, xiyo, xizo, yixo, yiyo, yizo, zixo, ziyo, zizo} -- rotate to a nice view but don't call Refresh Rotate(160, 20, 0, false) -- user can hit the up arrow 4 times and the right arrow 4 times -- to see an untilted XY plane parallel with the screen FitGrid(display) -- calls Refresh if display is true end -------------------------------------------------------------------------------- function InitDepthShading() -- initialize each depth shading layer local extradepth = round(depthlayers * sqrt(3)) mindepth = -extradepth // 2 maxdepth = depthlayers + extradepth // 2 ovt{"setdepthshading3d", depthshading, depthlayers, mindepth, maxdepth} end -------------------------------------------------------------------------------- function Initialize() CreateOverlay() CreateMenuBar() CreateToolBar() CreatePopUpMenus() CreateAxes() InitDepthShading() UpdateHistory() if #rulestring == 0 then -- first call must initialize rulestring, survivals, births and NextGeneration ParseRule(DEFAULT_RULE) end if N == 0 then -- set grid size to default SetGridSizeOnly(DEFAULTN) else SetGridSizeOnly(N) end -- create reference cube (never displayed) refcube = CreateCube(0,0,0) ClearCells() if rulestring == DEFAULT_RULE then -- initial pattern is the Life-like glider in rule 3D5,6,7/6 local mid = N//2 SetLiveCell(mid, mid+1, mid) SetLiveCell(mid+1, mid, mid) SetLiveCell(mid-1, mid-1, mid) SetLiveCell(mid, mid-1, mid) SetLiveCell(mid+1, mid-1, mid) SetLiveCell(mid, mid+1, mid-1) SetLiveCell(mid+1, mid, mid-1) SetLiveCell(mid-1, mid-1, mid-1) SetLiveCell(mid, mid-1, mid-1) SetLiveCell(mid+1, mid-1, mid-1) dirty = false end SetActivePlane() InitialView(false) -- don't call Refresh now (we'll do it below) -- run the user's startup script if it exists local f = io.open(startup, "r") if f then f:close() RunScript(startup) ClearUndoRedo() -- don't want to undo startup script end -- note that startup script might have changed BACK_COLOR etc ov("textoption background "..BACK_COLOR:sub(6)) ssbutton.customcolor = START_COLOR ssbutton.darkcustomcolor = SELSTART_COLOR ovt{"setpattern3d", grid1, false} update_grid = false Refresh() end -------------------------------------------------------------------------------- function HandleKey(event) local CMDCTRL = "cmd" if g.os() ~= "Mac" then CMDCTRL = "ctrl" end local _, key, mods = split(event) if key == "return" and mods == "none" then StartStop() elseif key == "space" and mods == "none" then Step1() elseif key == "tab" and mods == "none" then NextStep() elseif key == "down" and mods == "none" then Rotate(-5, 0, 0) elseif key == "up" and mods == "none" then Rotate( 5, 0, 0) elseif key == "left" and mods == "none" then Rotate( 0, -5, 0) elseif key == "right" and mods == "none" then Rotate( 0, 5, 0) elseif key == "down" and mods == "alt" then Rotate( 0, 0, -5) elseif key == "right" and mods == "alt" then Rotate( 0, 0, -5) elseif key == "up" and mods == "alt" then Rotate( 0, 0, 5) elseif key == "left" and mods == "alt" then Rotate( 0, 0, 5) elseif key == "delete" and mods == "none" then ClearSelection() elseif key == "delete" and mods == "shift" then ClearOutside() elseif key == "=" and mods == "none" then Faster() elseif key == "-" and mods == "none" then Slower() elseif key == "1" and mods == "none" then SetStepSizeTo1() elseif key == "5" and mods == "none" then RandomPattern() elseif key == "n" and mods == CMDCTRL then NewPattern() elseif key == "o" and mods == CMDCTRL then OpenPattern() elseif key == "s" and mods == CMDCTRL then SavePattern() elseif key == "o" and mods == "shift" then OpenClipboard() elseif key == "r" and mods == "shift" then RunClipboard() elseif key == "r" and mods == CMDCTRL then Reset() elseif key == "r" and mods == "none" then ChangeRule() elseif key == "g" and (mods == "none" or mods == CMDCTRL) then SetGridSize() elseif key == "a" and (mods == "none" or mods == CMDCTRL) then SelectAll() elseif key == "k" and (mods == "none" or mods == CMDCTRL) then CancelSelection() elseif key == "z" and (mods == "none" or mods == CMDCTRL) then Undo() elseif key == "z" and (mods == "shift" or mods == CMDCTRL.."shift") then Redo() elseif key == "x" and mods == CMDCTRL then CutSelection() elseif key == "c" and mods == CMDCTRL then CopySelection() elseif key == "v" and (mods == "none" or mods == CMDCTRL) then Paste() elseif key == "v" and mods == "alt" then CancelPaste() elseif key == "b" and mods == CMDCTRL then PasteOR() elseif key == "b" and mods == CMDCTRL.."shift" then PasteXOR() elseif key == "b" and mods == "none" then Rotate(0, 180, 0) elseif key == "[" and mods == "none" then ZoomOut() elseif key == "]" and mods == "none" then ZoomIn() elseif key == "{" and mods == "none" then ZoomHalf() elseif key == "}" and mods == "none" then ZoomDouble() elseif key == "i" and mods == "none" then InitialView() elseif key == "f" and mods == "none" then FitGrid() elseif key == "p" and mods == "none" then CycleCellType() elseif key == "l" and mods == "none" then ToggleLines() elseif key == "l" and mods == "shift" then ToggleAxes() elseif key == "d" and mods == "alt" then ToggleDepthShading() elseif key == "t" and mods == "none" then ToggleToolBar() elseif key == "," and mods == "none" then MoveActivePlane(activepos+1, true) elseif key == "." and mods == "none" then MoveActivePlane(activepos-1, true) elseif key == "a" and mods == "shift" then CycleActivePlane() elseif key == "c" and mods == "none" then CycleCursor() elseif key == "d" and mods == "none" then DrawMode() elseif key == "s" and mods == "none" then SelectMode() elseif key == "m" and mods == "none" then MoveMode() elseif key == "m" and mods == "shift" then MiddlePattern() elseif key == "h" and mods == "none" then ShowHelp() elseif key == "y" and mods == "none" then ToggleShowHistory() elseif key == "y" and mods == "shift" then ToggleFadeHistory() elseif key == "q" then ExitScript() else -- could be a keyboard shortcut (eg. for full screen) g.doevent(event) end end -------------------------------------------------------------------------------- function MouseDown(x, y, mods, mouseinfo) -- mouse button has been pressed mouseinfo.mousedown = true mouseinfo.prevx = x mouseinfo.prevy = y if pastecount > 0 then -- paste pattern can be dragged using any cursor mouseinfo.dragface = StartDraggingPaste(x, y) mouseinfo.drag_paste = #mouseinfo.dragface > 0 end if mouseinfo.drag_paste then -- ignore currcursor RememberCurrentState() elseif currcursor == drawcursor then if mods == "none" then mouseinfo.drawing = StartDrawing(x, y) elseif mods == "shift" then mouseinfo.drag_active = StartDraggingPlane(x, y) end elseif currcursor == selectcursor then if mods == "none" then mouseinfo.selecting = StartSelecting(x, y) elseif mods == "shift" then mouseinfo.drag_active = StartDraggingPlane(x, y) end else -- currcursor == movecursor if mods == "none" then if selcount > 0 then mouseinfo.dragface = StartDraggingSelection(x, y) mouseinfo.drag_selection = #mouseinfo.dragface > 0 end elseif mods == "alt" then mouseinfo.hand_erase = true EraseLiveCells(x, y, true) elseif mods == "shift" then mouseinfo.hand_select = true SelectLiveCells(x, y, true) end end end -------------------------------------------------------------------------------- function MouseUp(mouseinfo) -- mouse button has been released mouseinfo.mousedown = false if mouseinfo.drawing then mouseinfo.drawing = false CheckIfGenerating() elseif mouseinfo.selecting then mouseinfo.selecting = false CheckIfGenerating() elseif mouseinfo.drag_paste then mouseinfo.drag_paste = false CheckIfGenerating() elseif mouseinfo.drag_selection then mouseinfo.drag_selection = false StopDraggingSelection() CheckIfGenerating() elseif mouseinfo.drag_active then mouseinfo.drag_active = false CheckIfGenerating() elseif mouseinfo.hand_erase then mouseinfo.hand_erase = false CheckIfGenerating() elseif mouseinfo.hand_select then mouseinfo.hand_select = false CheckIfGenerating() end end -------------------------------------------------------------------------------- function CheckMousePosition(mousepos, mouseinfo) if #mousepos > 0 then local x, y = split(mousepos) x = tonumber(x) y = tonumber(y) if x ~= mouseinfo.prevx or y ~= mouseinfo.prevy then -- mouse has moved if mouseinfo.drawing then DrawCells(x, y) elseif mouseinfo.selecting then SelectCells(x, y) elseif mouseinfo.drag_paste then DragPaste(x, y, mouseinfo.prevx, mouseinfo.prevy, mouseinfo.dragface) elseif mouseinfo.drag_selection then DragSelection(x, y, mouseinfo.prevx, mouseinfo.prevy, mouseinfo.dragface) elseif mouseinfo.drag_active then DragActivePlane(x, y, mouseinfo.prevx, mouseinfo.prevy) elseif mouseinfo.hand_erase then EraseLiveCells(x, y, false) elseif mouseinfo.hand_select then SelectLiveCells(x, y, false) else -- rotate the view local deltax = x - mouseinfo.prevx local deltay = y - mouseinfo.prevy Rotate(round(-deltay/2.0), round(deltax/2.0), 0) end mouseinfo.prevx = x mouseinfo.prevy = y end elseif #activecell > 0 and currcursor ~= movecursor then activecell = "" Refresh() end end -------------------------------------------------------------------------------- function EventLoop() -- best to call Initialize here so any error is caught by xpcall Initialize() local mouseinfo = { mousedown = false, -- mouse button is down? drawing = false, -- draw/erase cells with pencil cursor? selecting = false, -- (de)select cells with cross-hairs cursor? drag_paste = false, -- drag paste pattern with any cursor? drag_selection = false, -- drag selected cells with hand cursor? drag_active = false, -- drag active plane with pencil/cross-hairs? hand_erase = false, -- erase live cells with hand cursor? hand_select = false, -- select live cells with hand cursor? dragface = "", -- which paste/selection face is being dragged prevx = nil, prevy = nil -- previous mouse position } while true do local event = g.getevent() if #event == 0 then if not mouseinfo.mousedown then if not generating then g.sleep(5) -- don't hog the CPU when idle end CheckWindowSize() -- may need to resize the overlay end else if message and (event:find("^key") or event:find("^oclick") or event:find("^file")) then message = nil Refresh() -- remove the most recent message end event = op.process(event) if #event == 0 then -- op.process handled the given event elseif event:find("^key") then -- don't do key action if mouse button is down (can clobber undo history) if not mouseinfo.mousedown then HandleKey(event) end elseif event:find("^oclick") then local _, x, y, button, mods = split(event) x = tonumber(x) y = tonumber(y) if y > toolbarht then if (button == "right" and (mods == "none" or mods == "ctrl")) or (button == "left" and mods == "ctrl") then if pastecount > 0 then ChoosePasteAction(x, y) elseif selcount > 0 then ChooseSelectionAction(x, y) end elseif button == "left" then MouseDown(x, y, mods, mouseinfo) end end elseif event:find("^mup") then MouseUp(mouseinfo) elseif event:find("^ozoomout") then if not arrow_cursor then ZoomOutPower() end elseif event:find("^ozoomin") then if not arrow_cursor then ZoomInPower() end elseif event:find("^file") then OpenFile(event:sub(6)) end end local mousepos = ov("xy") if mouseinfo.mousedown then CheckMousePosition(mousepos, mouseinfo) else CheckCursor(mousepos) if generating then NextGeneration() end end end end -------------------------------------------------------------------------------- ReadSettings() oldstate = SaveGollyState() status, err = xpcall(EventLoop, gp.trace) if err then g.continue(err) end -- the following code is always executed -- ensure the following code *completes*, even if user quits Golly g.check(false) RestoreGollyState(oldstate) WriteSettings() golly-3.3-src/Scripts/Lua/slide-show.lua0000644000175000017500000000514613107435536015161 00000000000000-- Display all patterns in Golly's Patterns folder. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Apr 2016. local g = golly() local gp = require "gplus" local pathsep = g.getdir("app"):sub(-1) local message = "Hit space to continue or escape to exit the slide show..." -------------------------------------------------------------------------------- local function walk(dir) local files = g.getfiles(dir) for _, name in ipairs(files) do if name:sub(1,1) == "." then -- ignore hidden files (like .DS_Store on Mac) elseif name:sub(-1) == pathsep then -- name is a subdirectory walk(dir..name) else g.new("") g.setalgo("QuickLife") -- nicer to start from this algo local fullname = dir..name g.open(fullname, false) -- don't add file to Open/Run Recent submenu g.update() if name:sub(-4) == ".lua" or name:sub(-3) == ".py" then -- reshow message in case it was changed by script g.show(message) end while true do local event = g.getevent() if event == "key space none" then break end g.doevent(event) -- allow keyboard/mouse interaction end end end end -------------------------------------------------------------------------------- function slideshow() local oldalgo = g.getalgo() local oldrule = g.getrule() g.show(message) walk(g.getdir("app").."Patterns"..pathsep) -- if all patterns have been displayed then restore original algo and rule -- (don't do this if user hits escape in case they want to explore pattern) g.new("untitled") g.setalgo(oldalgo) g.setrule(oldrule) end -------------------------------------------------------------------------------- -- show status bar but hide other info to maximize viewport local oldstatus = g.setoption("showstatusbar", 1) local oldtoolbar = g.setoption("showtoolbar", 0) local oldlayerbar = g.setoption("showlayerbar", 0) local oldeditbar = g.setoption("showeditbar", 0) local oldfiles = g.setoption("showfiles", 0) local status, err = xpcall(slideshow, gp.trace) if err then g.continue(err) end -- this code is always executed, even after escape/error; -- clear message line in case there was no escape/error g.show("") -- restore original state g.setoption("showstatusbar", oldstatus) g.setoption("showtoolbar", oldtoolbar) g.setoption("showlayerbar", oldlayerbar) g.setoption("showeditbar", oldeditbar) g.setoption("showfiles", oldfiles) golly-3.3-src/Scripts/Lua/make-torus.lua0000755000175000017500000000135412773066602015174 00000000000000-- Use the current selection to create a toroidal universe. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Apr 2016. local g = golly() local selrect = g.getselrect() if #selrect == 0 then g.exit("There is no selection.") end local x, y, wd, ht = table.unpack(selrect) local selcells = g.getcells(selrect) if not g.empty() then g.clear(0) g.clear(1) end -- get current rule, remove any existing suffix, then add new suffix local rule = g.getrule() rule = rule:match("^(.+):") or rule g.setrule(string.format("%s:T%d,%d", rule, wd, ht)) local newx = -math.floor(wd/2) local newy = -math.floor(ht/2) selrect[1] = newx selrect[2] = newy g.select(selrect) if #selcells > 0 then g.putcells(selcells, newx - x, newy - y) end g.fitsel() golly-3.3-src/Scripts/Lua/metafier.lua0000644000175000017500000012652312707765343014711 00000000000000-- metafier.lua: -- Uses the current selection to build a Brice Due metapixel pattern. -- See http://otcametapixel.blogspot.com for more info. -- Original author: Dave Greene, 12 June 2006. -- -- Dave Greene, 23 June 2006: added non-Conway's-Life rule support. -- Also reduced the script size by a factor of six, at the expense of -- adding a moderate-sized [constant] performance hit at the start -- [due to composing the base tiles from smaller subpatterns.] -- -- The delay is almost all due to running CellCenter[3680] at the end -- to produce the large filled area for the ONcell. Subpatterns are -- generally (with some exceptions) defined to match the labeled slides at -- http://otcametapixel.blogspot.com/2006/05/how-does-it-work.html . -- -- It's still possible to simplify the script by another factor of -- two or more, by replacing the four main types of P46 oscillators -- [which are often quoted as flat patterns] with predefined library -- versions in the correct phase; see samples in the slide-24 section. -- -- 24 June 2006: the script now saves a reference copy of the OFFcell -- and (particularly) the slow-to-construct ONcell, so these only have -- to be constructed from scratch once, the first time the script runs. -- -- If metapixel-ON.rle and metapixel-OFF.rle become corrupted, they -- should be deleted so the script can re-generate them. -- -- 3 July 2007: added code to avoid errors in rules like Seeds, -- where the Golly canonical form of the rule doesn't include a '/' -- -- Modified by Andrew Trevorrow, 20 July 2006 (faster, simpler and -- doesn't change the current clipboard). -- -- Modified by Andrew Trevorrow, 5 October 2007 (metafied pattern is -- created in a separate layer so we don't clobber the selection). -- -- converted from Python to Lua by Dave Greene, 23 April 2016 local g = golly() local gp = require "gplus" local split = gp.split local pattern = gp.pattern local selrect = g.getselrect() if #selrect == 0 then g.exit("There is no selection.") end -- check that a layer is available for the metafied pattern; -- if metafied layer already exists then we'll use that local layername = "metafied" local metalayer = -1 local i for i= 0,g.numlayers()-1 do if g.getname(i) == layername then metalayer = i break end end if metalayer < 0 and g.numlayers() == g.maxlayers() then g.exit("Delete a layer.") end -- note that getrule returns canonical rule string rulestr, _ = split(g.getrule(),":") if string.sub(rulestr,1,1)~="B" or string.find(rulestr,"/S") == nil then g.exit("This script only works with B*/S* rules.") end -- get the current selection local slist = g.getcells(selrect) local selwidth = selrect[3] local selheight = selrect[4] -- create a sparse table of 0s and 1s representing entire selection livecell = {} for i=1, #slist, 2 do livecell[(slist[i] - selrect[1])..","..(slist[i+1] - selrect[2])] = 1 end local r1, r2 = split(rulestr,"/") -- build a patch pattern based on the current rule -- that fixes the appropriate broken eaters in the rules table if string.sub(r1,1,1) == "B" then Bvalues = string.sub(r1,2) Svalues = string.sub(r2,2) elseif string.sub(r1,1,1) == "S" then Svalues = string.sub(r1,2) Bvalues = string.sub(r2,2) else Svalues, Bvalues = r1, r2 end -- create metafied pattern in separate layer if metalayer >= 0 then g.setlayer(metalayer) -- switch to existing layer else metalayer = g.addlayer() -- create new layer end g.new(layername) -- clear any existing pattern g.setrule("Life") g.setalgo("QuickLife") -- qlife's setcell is faster local Brle = "b10$b10$b26$b10$b10$b26$b10$b10$b!" local Srle = Brle for i = 1, #Bvalues do ind=225-Bvalues:byte(i)*4 -- because B and S values are highest at the top! Brle=string.sub(Brle,1,ind-1).."o"..string.sub(Brle,ind+1) end for i = 1, #Svalues do ind=225-Svalues:byte(i)*4 -- ASCII byte value of '0' is 48, '8' is 56 Srle=string.sub(Srle,1,ind-1).."o"..string.sub(Srle,ind+1) end local RuleBits = pattern(Brle, 148, 1404) + pattern(Srle, 162, 1406) -- load or generate the OFFcell tile: local OFFcellFileName = g.getdir("data").."metapixel-OFF.rle" local ONcellFileName = g.getdir("data").."metapixel-ON.rle" local fOFF = io.open(OFFcellFileName, "r") local fON = io.open(OFFcellFileName, "r") local OFFcell, ONcell if fON and fOFF then g.show("Opening metapixel-OFF and metapixel-ON from saved pattern file.") OFFcell = pattern(g.transform(g.load(OFFcellFileName),-5,-5,1,0,0,1)) ONcell = pattern(g.transform(g.load(ONcellFileName),-5,-5,1,0,0,1)) fON:close() fOFF:close() else g.show("Building OFF metacell definition...") -- slide #21: programmables -------------------- local LWSS = pattern("b4o$o3bo$4bo$o2bo!", 8, 0) local DiagProximityFuse = pattern([[ bo$obo$bo2$4b2o$4b2o$59b2o$59b2o3$58b2o2b2o$9b2o3bo5bo5bo5bo5bo5bo5bo 7b2o2b2o$9bo3bobo3bobo3bobo3bobo3bobo3bobo3bobo$10bo2bo2bo2bo2bo2bo2bo 2bo2bo2bo2bo2bo2bo2bo2bo$11bobo3bobo3bobo3bobo3bobo3bobo3bobo3bo5b2o$ 12bo5bo5bo5bo5bo5bo5bo5bo3bobo$55bo2bo$56bobo$57bo!]], -5, -5) local OrthoProximityFuse = pattern("2o41b2o$2o41bo$41bobo$41b2o!", 1001, 0) local ProximityFuses = LWSS + DiagProximityFuse + OrthoProximityFuse local AllFuses = pattern() -- place four sets of fuses around cell perimeter for i=0,3 do AllFuses = AllFuses.t(2047, 0, gp.rcw) + ProximityFuses end local temp = pattern("o$3o$3bo$2bo!") -- broken eater temp = temp + temp.t(0, 10) + temp.t(0, 20) temp = temp + temp.t(0, 46) + temp.t(0, 92) local TableEaters = temp.t(145, 1401) + temp.t(165, 1521, gp.flip) -- 18 eaters in all local HoneyBitsB = pattern([[ bo$obo$obo$bo7$bo$obo$obo$bo7$bo$obo$obo$bo23$bo$obo$obo$bo7$bo$obo$ob o$bo7$bo$obo$obo$bo23$bo$obo$obo$bo7$bo$obo$obo$bo7$bo$obo$obo$bo!]], 123, 1384) local HoneyBitsS = HoneyBitsB.t(57, 34) -- silly composition of letter labels out of subpatterns temp = pattern("2bobo2$obobo2$obo2$obo2$2bobo4$obo2$obobo2$2bobo!") local S = temp + temp.t(10, 16, gp.flip) local B = S + pattern("o6$8bobo2$o2$obo6$o!") temp = pattern("2bobo2$obobo2$obo2$obo2$obo2$obo2$obo2$obobo2$2bobo!") local O = temp + temp.t(10, 16, gp.flip) temp = pattern("obo2$obo2$obobo2$obobo2$obo2bo2$obo2$obo2$obo2$obo!") local N = temp + temp.t(10, 16, gp.flip) temp = pattern("obobobobo2$obobobobo2$obo2$obo2$obo2$obo!") local F = temp + temp.t(0,6) -- overlap, just to try it out... local Eatr = pattern("4bobo2$4bobo2$obo2$obo2$4bobobobobobo2$4bobobobobobo2$12bobo2$12bobo2$") local Eater = Eatr + pattern("obo2$obo2$") local LabelDigits = pattern([[ obobo2$o3bo2$obobo2$o3bo2$obobo5$obobo2$4bo2$4bo2$4bo2$4bo5$obobo2$o2$ obobo2$o3bo2$obobo12$obobo2$o2$obobo2$4bo2$obobo5$o3bo2$o3bo2$obobo2$ 4bo2$4bo5$obobo2$4bo2$obobo2$4bo2$obobo12$obobo2$4bo2$obobo2$o2$obobo 5$2bo2$2bo2$2bo2$2bo2$2bo5$obobo2$o3bo2$o3bo2$o3bo2$obobo!]]) local VLine = pattern(string.rep("o2$", 25)) local VLine2 = pattern(string.rep("o2$", 71)) local HLine = pattern(string.rep("ob", 38)) local TableLabels = VLine.t(18, 1440) + VLine.t(96, 1440) + Eater.t(77, 1446) + HLine.t(20, 1440) + HLine.t(20, 1488) + O.t(39, 1444) + N.t(55, 1444) + O.t(23, 1468) + F.t(39, 1468) + F.t(55, 1468) + Eatr.t(77, 1470) TableLabels = TableLabels + pattern(string.rep("ob",29).."8bobobo", 120, 1533) + HLine.t(118, 1391) + VLine2.t(118, 1393) + VLine2.t(192, 1393) + B.t(123, 1410) + B.t(123, 1456) + B.t(123, 1502) + S.t(177, 1398) + S.t(177, 1444) + S.t(177, 1490) + LabelDigits.t(138, 1396) + LabelDigits.t(168, 1401) local all = AllFuses + TableEaters + TableLabels + HoneyBitsB + HoneyBitsS -- slide 22: linear clock -------------------- LinearClockGun = pattern([[ 19bo$17b3o$16bo$16b2o$30bo$28b3o$27bo$27b2o$13b3o$12bo2b2o$11bo3b2o$ 12b3o$12b2o$15bo$13b2o$13b2o$2b2o5b2o2b2o$bobo9b2o8b2o$bo6b3o12b2o$2o 8b4o$12b3o$12bob2o$11b2o2bo$11b2ob2o$12bobo$13bo2$6b2o$5bobo$5bo$4b2o$ 10b2o36bo6b2o$11bo37b2o4b2o$8b3o37b2o$8bo$57bo$15b2o39bobo$14bobo15b2o 23bo$13b2obo15b2o24b3o63b2o$8bo5b2o44bo63b2o$6b3o6bo$5bo112bo5bo$6b3o 6bo15b2o84b3o3b3o$8bo5b2o15b2o20b2o62bo2bobo2bo$13b2obo35b2ob2o62b2ob 2o$14bobo18b3o15b4o$15b2o18bobo16b2o$35bobo$36bobo78bo7bo$38bo79bobobo bo$70bo47bobobobo$70b3o44bob2ob2obo$37bo35bo43b2o5b2o$37bo34b2o20b2o$ 59bo35bo$59b3o33bobo$62bo33b2o$61b2o4$28b2o7b2o11bo24bo$28bob2o3b2obo 10b3o22b3o$28bo3bobo3bo9b2obo21b2o2bo41b2ob2o$28b2o2bobo2b2o9b3o21b2o 3b2o11b2o28bobo$29b3o3b3o11b2o19bobo2bobo13bo10b3o8b2o5bobo$30bo5bo33b 2o3b2o9b2o3bobo7bo2bo4bo3b2o6bo$65b2o19bobo3b2o6bo3bo3bobo$65b2o21bo 11bo7bobo$25b2o13b2o46b2o13bo$25b2o2b2o5b2o2b2o58b2obo$29b2o5b2o$121b 2o$103bob2o14bobo$103b3o17bo$40bo63bo18b2o$40bo2b2o72b2o$39bo5bo36b2o 33bo$40bobo2b2o35bobo33b3o$27bo12bo3b2o38bo35bo$25b3o14b3o39b2o20b2o$ 24bo41b2o10b2o26bo$25b3o14b3o20bo2bo9bo28b3o$27bo12bo3b2o20b2o11b3o27b o$40bobo2b2o4b2o28bo$39bo5bo5b2o$40bo2b2o$40bo!]], 46, 1924) Gap = "3bo7bo7bo$b3o5b3o5b3o$o7bo7bo$2o6b2o6b2o21$" -- string, not pattern! LinearClockEaters = pattern(string.rep("3bo$b3o$o$2o5$", 36)..Gap ..string.rep("3bo$b3o$o$2o5$",10).."24$"..string.rep("3bo$b3o$o$2o5$",17) ..Gap..string.rep("3bo$b3o$o$2o5$",42)..Gap.."3bo$b3o$o$2o5$3bo7bo$b3o5b3o$o7bo$2o6b2o13$" ..string.rep("3bo$b3o$o$2o5$",30).."8$"..string.rep("3bo$b3o$o$2o5$",2)..Gap.."16$" ..string.rep("3bo$b3o$o$2o5$",11).."8$"..string.rep("3bo$b3o$o$2o5$",19), 101, 422) LinearClockCap = pattern([[ 3b2o13bo7bo$2bo2bo10b3o5b3o$bobobo9bo7bo14b2o$3obo10b2o6b2o13bobo$3o 29bo6b3o$30b2ob2ob3ob2o$30b2ob2ob5o$32bo5bo$2b2o29b2ob2o$2b2o3$32bo5bo $31b2o5b2o$30bob2o3b2obo$30bob2o3b2obo$31b3o3b3o$31b3o3b3o10$33b2ob2o$ 34bobo$34bobo$35bo!]], 83, 401) all = all + LinearClockGun[1840] + LinearClockEaters + LinearClockCap -- slide 23: MWSS track -------------------- local MWSS = pattern("b5o$o4bo$5bo$o3bo$2bo!", 521, 1973) local P46Osc = pattern([[ 40bo$31b2o5b3o$10b3o14b2o3bo4bo$10bo3bo12b2o3bobo3bo$3bo6bo4bo17bobo3b o$b3o7bo3bo18bo3b2o$o$b3o7bo3bo7b3o$3bo6bo4bo5b2obob2o$10bo3bo5bo5b2o$ 10b3o8b2obob2o$23b3o!]]) local P46Gun = pattern([[ 31b2o$30b2o$31b5o9bo$16b3o13b4o9b3o$14bo3bo29bo$3bo9bo4bo13b4o9b3o$b3o 9bo3bo13b5o9bo$o29b2o$b3o9bo3bo13b2o$3bo9bo4bo$14bo3bo$16b3o!]]) local GliderToMWSS = P46Osc.t(449, 1963) + P46Gun.t(474, 1981) -- exact match would be P46Gun[46](474, 1981), but that glider is absorbed local StateBit = pattern("b2o$obo$bo!", 569, 1970) local Snake = pattern("2o$o$bo$2o!", 570, 1965) local BitKeeper = pattern([[ 15bobo2b2o19b2o$14bo3bob3o19bo$15bo6b2o15b3o$3bo12b5obo16bo$b3o15b3o$o $b3o15b3o$3bo12b5obo$15bo6b2o3b2o$14bo3bob3o4b2o$15bobo2b2o!]], 524, 1982) local GliderFromTheBlue = pattern([[ 23b2o$23bo2bobo$25b2ob3o$31bo$25b2ob3o$12bo3bo8b2obo$11bo5bo$17bo$3bo 8bo3b2o$b3o9b3o$o$b3o9b3o19bo$3bo8bo3b2o7bo7b3o$17bo4bo2bob2o3bo$11bo 5bo10bo4bo$12bo3bo10bo4b2o2$23b5o$24b4o$26bo!]]) local GliderToLWSS = pattern([[ 3bo$2bobo$bo3bo3b2o$b5o3b2o$obobobo$bo3bo2$bo3bo$obobobo$b5o$bo3bo$2bo bo$3bo6$b3o5b3o$2ob2o3b2ob2o$2obobobobob2o$bo3bobo3bo$bo2bo3bo2bo$2b3o 3b3o4$4b2ob2o$5bobo$5bobo$6bo!]], 663, 1931) -- P46Osc really local ReflectLWSS = pattern([[ b2o$b2o8$b3o3b3o$o2bo3bo2bo$2obo3bob2o14$3b2ob2o$4bobo$4bobo$5bo!]], 589, 1940) local ReflectLWSS2 = pattern([[ 15b2o3bo$15b3obob2o4b2o$15b3o4bo4b2o$3bo14bo3bo$b3o15b3o$o$b3o15b3o$3b o14bo3bo$15b3o4bo$15b3obob2o$15b2o3bo!]], 573, 1884) -- P46Osc really local LWSStoBoat = pattern([[ 2o14b2o9b2o$2o15b2o8b2o$13b5o$13b4o2$3b2o8b4o$2bobob2o5b5o$b2o3b2o9b2o 8b2o$2bobob2o8b2o9b2o$3b2o!]], 821, 1883) -- P46Osc really local ReflectMWSS = pattern([[ 22b2o5b2o$18b2o2b2o5b2o2b2o$18b2o2b2o5b2o2b2o$22b3o3b3o$21bo2bo3bo2bo$ 25bobo$21b2o7b2o$21b2o7b2o$24bo3bo$24b2ob2o$22b3o3b3o$22b2o5b2o$22bo7b o10$b2o27b2o$b2o25b2ob2o$26bo2bobo$6bo3b2o14bo$2o2b2obob3o14bo4bo$2o2b o4b3o15bo3bo$4bo3bo15b2o2b3o$5b3o16b2o2$5b3o$4bo3bo$2o2bo4b3o13b2o$2o 2b2obob3o13b2o$6bo3b2o2$b2o$b2o!]]) local HoneyBit = pattern("b2o$o2bo$b2o!") local CornerSignalSystem = pattern([[ 4b2o4b3o$4b2o3bo3bo$9b2ob2o$10bobo2$10bobo$9b2ob2o$9bo3bo$10b3o9$3b3o 5b3o$3bo2b2ob2o2bo$4b3o3b3o$5bo5bo4$2o13b2o$2o2b2o5b2o2b2o$4b2o5b2o!]], 70, 9) -- P46OscAlt1 really -- include stopper for pattern corners, destroyed in the interior of -- multi-cell metapatterns by the tub-LWSS-fuse combination CornerSignalSystem = CornerSignalSystem + pattern("5b2o$5b2o3$2o2b2o$2o2b2o!", 86, 1) + pattern([[ 11b2o$11b2o12$4b3o3b3o$4b3o3b3o$3bob2o3b2obo$3bob2o3b2obo$4b2o5b2o$5bo 5bo6$2o13b2o$2o2b2o5b2o2b2o$4b2o5b2o!]], 159, 0) -- P46OscAlt1 really local SignalSystem = pattern() for i=0,2 do -- place three sets of mechanisms to signal neighbors SignalSystem = SignalSystem[32].t(2047, 0, gp.rcw) + HoneyBit.t(42, 111, gp.rcw) + ReflectMWSS.t(38, 46) + GliderFromTheBlue.t(73, 52) + CornerSignalSystem + HoneyBit.t(964, 40) + GliderFromTheBlue[12].t(953, 52) end -- need to add the fourth (west) side separately because signal stops there, -- so two-thirds of the pieces are customized or in slighly different locations -- (could have started in SW corner and used range(0,4) for some of it, -- but I happened to start in the NW corner and now I'm feeling lazy) -- west edge: SignalSystem = SignalSystem + HoneyBit.t(48, 1086, gp.rcw) + pattern([[ 11b2o$12bo$12bob2o$13bobo$3bo$2bobo$2bobo$b2ob2o$4bo$b2o2bo7bo$2bo2bo 7bobo$o8b3o$2o9b3o2bo$9b2o4b2o$13b2o6$8bo3bo$8bo3bo3$5b2obo3bob2o$6b3o 3b3o$7bo5bo6$8b2ob2o$9bobo$9bobo$10bo!]], 52, 1059) -- GliderFromTheBlue really -- southwest corner: SignalSystem = SignalSystem + pattern([[ 11b2o$12bo$12bob2o$13bobo$3bo$2bobo$2bobo$b2ob2o2$b2ob2o7b3o$2bob2o6bo 2bo$o13b2o$2o9bo3bo$11bo2b2o$13bob2o9$5b2o7b2o$5bob2o3b2obo$5bo3bobo3b o$5b2o2bobo2b2o$6b3o3b3o$7bo5bo4$8b2ob2o$9bobo6b2o$9bobo7bo$10bo5b3o$ 16bo!]], 52, 1885) -- GliderFromTheBlue plus a terminating eater really SignalSystem = SignalSystem + pattern([[ 24b2o$24b2o3$2o14b3o6b2o$2o12bo3bo6b2o$13bo4bo$13bo3bo2$3b3o7bo3bo$b2o bob2o5bo4bo$b2o5bo5bo3bo6b2o$b2obob2o8b3o6b2o$3b3o2$24b2o$24b2o! ]], 0, 1818) -- P46OscAlt1 really -- lengthened version of CornerSignalSystem SignalSystem = SignalSystem + pattern("2o$2o2b2o$4b2o3$4b2o$4b2o!", 1, 1955) + pattern([[ 24b2o$24b2o2$14b3o$13bo4bo6b2o$12bo5bo6b2o$13bo$14b2o2$14b2o$13bo$2o 10bo5bo6b2o$2o11bo4bo6b2o$14b3o2$24b2o$24b2o!]], 9, 1961) -- P46OscAlt1 really all = all + SignalSystem + GliderToMWSS + MWSS + Snake + BitKeeper all = all + GliderFromTheBlue.t(607, 1953) + GliderToLWSS + ReflectLWSS + ReflectLWSS2 + LWSStoBoat -- StateBit will be added later on, when defining OFFcell and ONcell -- slide 24: LWSS track -------------------- -- [phase adjusters and a bunch of honeybits] local PhaseAdjuster = P46Gun.t(2, 11, gp.flip_y) + P46Gun[12].t(0, 32) + pattern("o$3o$3bo$2b2o!", 0, 13) + pattern("2b2o$bobo$bo$2o!", 2, 26) -- eaters really all = all + PhaseAdjuster[43].t(1772,10) + PhaseAdjuster[26].t(2037, 1772, gp.rcw) all = all + PhaseAdjuster[43].t(269, 2037, gp.flip) + PhaseAdjuster[9].t(58, 1203, gp.swap_xy_flip) -- the third adjuster was a different shape in the original metacell, -- but one of the same shape could be substituted with no ill effects local LWSSPacketGun = pattern([[ 50b2o$52bo$37b2o10b2o2bo$37b2o11bo2bo$51bobo8bo$51b2o9b3o$65bo$40b2o9b 2o9b3o$38bo3b2o7bobo8bo$38bo4bo6bo2bo$38bo3b2o5b2o2bo$40b2o10bo$50b2o 5$52bo$52b3o$55bo$54b2o$41bo$41b3o$b2o5b2o34bo$b2o5b2o33b2o3$45b2o$43b o3bo5b2o9b2o$42bo5bo3bo2bo4b3o2bo$42bo4bo5bo4bo2b5o$42bo2bo7bo2b4o$43b obo8bob2o3bo$44bo8b2obob3o7b2o$55bo3bo8bobo$52b3o15bo$53bo16b2o$bo7bo$ b2o5b2o$b3o3b3o$3b2ob2o45b2o$3bo3bo22b2o21b2o$2o7b2o20bo$2o7b2o17b3o$ 4bobo21bo35b2o$o2bo3bo2bo53bobo$b3o3b3o56bo$66b2o$60b2o$60bo$b2o25b2o 31b3o$b2o25b2o33bo2$19b2o$17b2o2bo7b2o$17b6o6b2o$17b4o4$17b4o$17b6o6b 2o$17b2o2bo7b2o$19b2o2$28b2o$12bobo13b2o$13b2o$13bo5$17b2o$17b2o19$49b o3b3o$48bobo2b5o3b2o$48bo3b2o3b2o2b2o$49bo2bo3b2o$50b3o3bo2$50b3o3bo$ 49bo2bo3b2o$34b2o12bo3b2o3b2o2b2o$34b2o12bobo2b5o3b2o$49bo3b3o5$39bo$ 17b3o19b3o$17bo2bo21bo$17bo23b2o$17bo10bo$18bobo7b3o$31bo$30b2o$43bo3b o$42b5obo$41b3o4b2o$41b2ob5o$43b3o2$45bo$41bo2b3o$40b2obo3bo7b2o$34b2o 3b2ob3obo2b2o4bobo$34b2o3b3ob2o4b2o6bo$39b3o15b2o4$41bo$41bob3o$42bo3b o$13b2o3b2o8bo17bo$12bo2bobo2bo7bo2b2o10b2obo4b2o$11bo9bo5bo5bo11bo5bo bo$10b2o9b2o5bobo2b2o18bo$11bo9bo6bo3b2o3bo15b2o$12bo2bobo2bo9b3o4b3o 7b2o$13b2o3b2o20bo6bo$30b3o4b3o8b3o$28bo3b2o3bo12bo$12b2o14bobo2b2o$ 12b2o13bo5bo$28bo2b2o$28bo!]], 108, 710) all = all + LWSSPacketGun + pattern([[ b2o$b2o$7b3o$6bo3bo$6b2ob2o2$6b2ob2o$8bo4$bo7bo$o2bo3bo2bo$4bobo$4bobo $4bobo$o2bo3bo2bo$b3o3b3o8$3b2ob2o$4bobo$4bobo$5bo!]], 18, 725) -- P46Osc really local P46OscAlt1 = pattern([[ b2o$b2o2$6bo3b2o$2o2b2obob3o13b2o$2o2bo4b3o13b2o$4bo3bo$5b3o$19b2o3b2o $5b3o10b3o3b3o$4bo3bo7b3o7b3o$2o2bo4b3o4b3o7b3o$2o2b2obob3o4b3o7b3o$6b o3b2o6b3o3b3o$19b2o3b2o$b2o$b2o!]]) all = all + P46OscAlt1.t(4, 24) + P46OscAlt1[12].t(224, 67, gp.swap_xy_flip) local P46OscAlt2 = pattern([[ 2o8b3o14b2o$2o8bo3bo12b2o$10bo4bo$11bo3bo2$11bo3bo7b3o$10bo4bo5b2obob 2o$2o8bo3bo5bo5b2o$2o8b3o8b2obob2o$23b3o!]]) all = all + P46OscAlt2.t(179, 19) + P46OscAlt1[29].t(2023, 4, gp.rcw) -- got impatient here, started throwing in placeholders instead of true definitions -- -- NE corner along E edge: all = all + pattern([[ b2o$b2o2$8b2o9b2o3b2o$2o5bobo8bob2ob2obo$2o4b2obo8bo7bo$7b2o9bob2ob2ob o$8bo10b2o3b2o2$8bo$7b2o$2o4b2obo15b2o$2o5bobo15b2o$8b2o2$b2o$b2o!]], 1980, 208) + pattern([[ 2b2o5b2o$2b2o5b2o15$b3o5b3o$2ob2o3b2ob2o$2obobobobob2o$bo3bobo3bo$bo2b o3bo2bo$2b3o3b3o6$9b2o$9b2o!]], 2018, 179) -- both P46OscAlt really -- SE corner: all = all + pattern([[ 24b2o$24b2o$14bo$13bo2bo$12b5o8b2o$11b2ob3o8b2o$12bob2o$13b2o2$13b2o$ 12bob2o$2o9b2ob3o8b2o$2o10b5o8b2o$13bo2bo$14bo$24b2o$24b2o!]], 2017, 2007) -- P46OscAlt really -- SE corner along S edge: all = all + pattern([[ 4b2o5b2o$2o2b2o5b2o2b2o$2o13b2o10$4bo7bo$3bobo5bobo$6bo3bo$3bo2bo3bo2b o$4bobo3bobo$6b2ob2o$3b2ob2ob2ob2o$3b2o2bobo2b2o$4b3o3b3o$5bo5bo4$4b2o $4b2o!]], 1823, 1980) + pattern([[ 20bo$15bo3bo$14bo8b2o2b2o$14bo2b2o5bo2b2o$15b2o5bobo$16b3o3b2o2$16b3o 3b2o$15b2o5bobo$2o12bo2b2o5bo2b2o$2o12bo8b2o2b2o$15bo3bo$20bo!]], 1840, 2018) -- both P46OscAlt really -- SW corner: all = all + pattern([[ 4b2o4b3o$4b2o3bo3bo$9b2ob2o$10bobo2$10bobo$9b2ob2o$9bo3bo$10b3o9$3b3o 5b3o$3bo2b2ob2o2bo$4b3o3b3o$5bo5bo4$2o13b2o$2o2b2o5b2o2b2o$4b2o5b2o!]], 24, 2017) -- P46OscAlt really -- SW corner along W edge: all = all + pattern([[ 24b2o$24b2o3$2o14b2o7b2o$2o15b2o6b2o$13b5o$13b4o2$3b2o8b4o$2bobob2o5b 5o$b2o3b2o9b2o6b2o$2bobob2o8b2o7b2o$3b2o2$24b2o$24b2o!]], 41, 1769) + pattern([[ b2o5bo$b2o4bobo$6bo3bo$6bo3bo$5b3ob3o$6bo3bo$6b2ob2o$7bobo$8bo5$3bo3bo $3bo3bo3$2obo3bob2o$b3o3b3o$2bo5bo8$b2o5b2o$b2o5b2o!]], 6, 1786) -- both P46OscAlt really -- LWSS -> G -> LWSS timing adjustment, middle of W edge: all = all + pattern([[ b2o5b2o$b2o5b2o16$3o5b3o$o2b2ob2o2bo$b3o3b3o$2bo5bo7$b2o$b2o!]], 10, 1217) + pattern([[ 4bo$2b5o10bo$bo2bob2o9b2o8b2o$o7bo9b2o7b2o$bo2bob2o5b2o2b2o$2b5o$4bo2$ 13b2o2b2o$2o16b2o7b2o$2o15b2o8b2o$17bo!]], 35, 1269) -- both P46OscAlt really -- final LWSS reflector, middle of W edge: all = all + pattern([[ 15bo$14b2o$13b3obo9b2o$12b2o13b2o$3bo9b2o$b3o10bo$o$b3o10bo10bo$3bo9b 2o8b2obo$12b2o8b2ob3o$13b3obo5bo2bo$14b2o8b2o$15bo!]], 8, 973) -- P46Osc really -- slide 25: decode -------------------- -- sync buffer: all = all + pattern([[ b2o5b2o$b2o5b2o7$2bo5bo$b3o3b3o$o2b2ob2o2bo$3o5b3o9$b3o$o3bo$2ob2o$bob o2$bobo$2ob2o$o3bo3b2o$b3o4b2o!]], 150, 958) -- P46OscAlt3 really all = all + pattern([[ 10b2o$2o6b2ob2o14b2o$2o6bo2bo15b2o$8bo2bo$9b2o2$9b2o$8bo2bo$8bo2bo15b 2o$8b2ob2o14b2o$10b2o!]], 155, 998) -- P46OscAlt3 really all = all + pattern([[ 15bobo2b2o$2o12bo3bob3o4b2o$2o13bo6b2o3b2o$16b5obo$19b3o2$19b3o$16b5ob o$2o13bo6b2o$2o12bo3bob3o$15bobo2b2o!]], 114, 1008) -- P46OscAlt3 really all = all + pattern([[ b2o$b2o11$2bo5bo$bobo3bobo$o3bobo3bo$o3bobo3bo$o9bo2$b2o5b2o3$3b2ob2o$ 4bobo$3b2ob2o$4bobo$3b2ob2o$4bobo$4bobo$5bo!]], 141, 1024) -- P46OscAlt3 really -- P46 to P40 converter: all = all + pattern([[ 14bo$14b3o$17bo$16b2o50bo$10b2o54b3o$11bo53bo$11bobo51b2o$12b2o57b2o$ 48b2o21bo$48bo20bobo$33bo12bobo20b2o$33b3o10b2o$36bo$35b2o2$6b2o$7bo 22bo$7bobo19b2o$8b2o10bo4bo49b2o$19b2o3b2o30bo18bo$18b2o3b2o29b4o15bob o$19b2o4bo27b2o3b2o13b2o$20b2o34bo3bo$56bo3bo$56bo2b2o$54bo3bo2$33b2o$ 33bo$34b3o$36bo11b2o$22b2o25bo$22bo23b3o$19bo3b3o20bo$17b3o5bo33b2o$ 16bo43bo$16b2o39b3o8bo$30bo26bo8b3o$28b3o34bo$27bo37b2o$27b2o42b2o$48b 2o21bo$17b2ob2o26bo20bobo$17b2ob2o11bo12bobo20b2o$33b3o10b2o$24b2o10bo $24b2o9b2o21b2o$58b2o$16b2o$2b2o11b2obo15bo$bobo12bob4o13bo$bo15bo2b3o 10b3o39b2o$2o16bo3bo52bo$18b4o51bobo$20bo8b3o34b2o5b2o$31bo21b3o7bo2b 3o$17b2o11bo21b2ob2o2b4o2bo2bo$17b2o15b2o15bo4b2ob4ob2o2bo$34b2o16b6o 6b2obo$53b2o2bo8bo$6b2o49b2obo$5bobo50bobo$5bo52bo$4b2o42b2o$10b2o37bo $11bo34b3o$8b3o35bo$8bo50b2o$60bo$57b3o$8bo48bo$6bobo$7bobo$7bo2$19b2o $19b2o4$2b2o13b2o$3bo11bo2bo$3bobo9bo2bo$4b2o8b2ob2o$13b2ob2o$12b2o3b 2o$13b3o2bo$18bo$15bobo15b2o$16bo16bobo$35bo$35b2o$29b2o$29bo$30b3o$ 32bo$18b2o$18bo$14bo4b3o$14b3o4bo$17bo$16b2o50bo$10b2o54b3o$11bo53bo$ 11bobo51b2o$12b2o57b2o$48b2o21bo$48bo20bobo$23b2o8bo12bobo20b2o$23b2o 8b3o10b2o$36bo$35b2o21b2o$58b2o$6b2o16bo$7bo15b3o$7bobo8bo3bo$8b2o7b3o bob2o8bo41b2o$16bo3b2obo8bobo19bo20bo$18b4o2bo7bo2bo17bobo3bobo4bo6bob o$12b5o2bo4bo5bo4bo16bo3b3obobo2bobo5b2o$12bo2b3o4bo2bo3bo5bo15b2o2bo 4bobobo3b2o$12b2o9b2o5bo3bo15b2ob3o5bo3b2o$31b2o16bo4bo$50b4o6b2o4bo2b o$51b2o6bo6bobo$33b2o24b3o4b2o$33bo24b2o$34b3o21bo$36bo11b2o$14bo7b2o 25bo$14b3o5bo23b3o$17bo5b3o20bo$16b2o7bo33b2o7bo$10b2o48bo5b3o$11bo45b 3o5bo$11bobo43bo7b2o$12b2o57b2o$48b2o21bo$18b2o28bo20bobo$18b2o13bo12b obo20b2o$33b3o10b2o$20bo15bo26b2o$14b3o3b2ob2o10b2o26b2o$14b2o5bobobo 32bo$6b2o8bo4bob2o31b2obo$7bo12b3o37bo5b2o$7bobo6b2o2bobo33b2o2bo5b2o$ 8b2o6b6o37bob2o12b2o$16b3o4b2o32bobob2o3b2o7bo$23b2o34bo2bo3b2o5bobo$ 57bob2o12b2o$59bob2o$60b2o4$33b2o$33bo$34b3o$36bo11b2o$14bo7b2o25bo$ 14b3o5bo23b3o$17bo5b3o20bo$16b2o7bo33b2o7bo$10b2o48bo5b3o$11bo45b3o5bo $11bobo43bo7b2o$12b2o57b2o$48b2o21bo$48bo20bobo$33bo12bobo20b2o$33b3o 10b2o$36bo$35b2o2$6b2o$7bo10b3o8b2o$7bobo7bo2bo4bo3b2o$8b2o6bo3bo3bobo 48b2o$16bo7bobo25bo22bo$19bo32b2o19bobo$16b2obo37bo4bo10b2o$57b2o3b2o$ 58b2o3b2o$19bob2o34bo4b2o$19b3o39b2o$20bo$33b2o$33bo$34b3o$36bo11b2o$ 22b2o25bo$22bo23b3o$19bo3b3o20bo$17b3o5bo33b2o$16bo43bo$16b2o39b3o8bo$ 30bo26bo8b3o$28b3o34bo$27bo37b2o$27b2o42b2o$48b2o21bo$17b2ob2o26bo20bo bo$17b2ob2o11bo12bobo20b2o$33b3o10b2o$16b2o6b2o10bo$14bo3bo5b2o9b2o21b 2o$13bo4b2o38b2o$13bo5bo$2b2o$bobo10bo4bo$bo12b2obob2obo34b3o15b2o$2o 30bo2b3o19b4o14bo$31bo3bobo14b2o3b2ob2o3b2o6bobo$32bob3o14bo7bo5b3o5b 2o$49bo2bo5b3o3bob3o$49bo2bo5b2obo2b2obo$34b2o12bo3bo8b2ob2obo$34b2o 13b3o7bobo3bobo$60bo4bo2bo$6b2o57b3o$5bobo50b2o6bo$5bo52b2o$4b2o42b2o$ 10b2o37bo$11bo34b3o$8b3o35bo$8bo50b2o$60bo$57b3o$8bo48bo$6bobo$7bobo$ 7bo2$19b2o$19b2o4$2b2o$3bo$3bobo$4b2o4b4o$9b2o2bo5b2o$8b2o2bo4bobob2o$ 9bo2bo2b2o5bo$10b2o6bo3bo$15bo5bo11b2o$16b4o13bobo$18bo16bo$35b2o$29b 2o$29bo$30b3o$32bo$18b2o$18bo$19b3o$21bo!]], 116, 1059) -- really 14 p184 guns -- logic core latches: all = all + pattern([[ 24bo2bo$14b3o7bo$13bo4bo9bo$12bo5bo8b2o$3bo9bo8bo$b3o10b2o8b2o$o$b3o 10b2o8b2o$3bo9bo8bo3bo$12bo5bo4bo2bo$13bo4bo4bo2bo$14b3o7b2o! ]], 33, 1332) -- P46Osc really all = all + pattern([[ 4b2o5b2o$2o2b2o5b2o2b2o$2o13b2o2$4b3o3b3o$4bo2bobo2bo$3bo3bobo3bo$4bo 2bobo2bo$6bo3bo$4b2o5b2o$3b3o5b3o$3b3o5b3o5$10b3o$10b3o$9b5o$8b2o3b2o$ 8b2o3b2o4$8b2o3b2o$4b2o2b2o3b2o$4b2o3b5o$10b3o$10b3o!]], 35, 1348) -- P46OscAlt1 really all = all + pattern([[ b2o$b2o2$13bobo2b2o$2o10bo3bob3o$2o11bo6b2o$14b5obo$17b3o2$17b3o$14b5o bo$2o11bo6b2o3b2o$2o10bo3bob3o4b2o$13bobo2b2o2$b2o$b2o! ]], 24, 1661) -- P46OscAlt1 really all = all + pattern([[ b2o$b2o12$b3o3b3o$b3o3b3o$ob2o3b2obo$ob2o3b2obo$b2o5b2o$2bo5bo3$3b2ob 2o$4bobo$4bobo$4bobo$3b2ob2o$4bobo$4bobo$5bo!]], 49, 1679) -- P46Osc really all = all + pattern([[ b2o$o2bo$o7bo$o2bo3bobo$2ob2ob2ob2o$4bobo$3b2ob2o5$b3o3b3o$o9bo$o3bobo 3bo$b3o3b3o$2bo5bo10$3b2ob2o$4bobo$4bobo$5bo!]], 140, 1546) -- P46Osc really all = all + pattern([[ 2b3o$2b3o4b2o$bo3bo3b2o$o5bo$b2ob2o2$b2ob2o$o5bo$bo3bo$2b3o$2b3o7$b2o 7b2o$bob2o3b2obo$bo3bobo3bo$b2o2bobo2b2o$2b3o3b3o$3bo5bo6$2b2o5b2o$2b 2o5b2o!]], 184, 1538) -- P46OscAlt3 really all = all + pattern("2o$o$b3o$3bo!", 159, 1537) -- eater really -- slide 26: read B/S table -------------------- -- most of the B/S logic latches -- missing some reflectors off to the left (?) -- TODO: take this apart and integrate with missing pieces all = all + pattern([[ 34bo$33bobo$33bobo$32b2ob2o11$30bo7bo22b2o5b2o$29bobo5bobo21b2o5b2o$ 32bo3bo$29bo2bo3bo2bo$30bobo3bobo$32b2ob2o$29b2ob2ob2ob2o$29b2o2bobo2b 2o$30b3o3b3o$31bo5bo23b3o3b3o$60bo2bo3bo2bo$60b2obo3bob2o2$37b2o$37b2o 6$62bo$60b2ob2o$60b2ob2o15b2o5b2o$80b2o5b2o$59bobobobo2$60b2ob2o$61b3o 4b2o$62bo5b2o4$81bo5bo$80b3o3b3o$80bob2ob2obo$82b2ob2o$82b2ob2o$82b2ob 2o6$80b3o$80b3o2$79b2ob2o$79bo3bo$80b3o$81bo5b2o$87b2o199$51bo$50bobo$ 50bobo$49b2ob2o13$47bo7bo$46b4o3b4o$46bo3bobo3bo$47bo2bobo2bo$47b3o3b 3o7$47b2o$47b2o9$62b3ob3o9b2o$61bob2ob2obo7b2ob2o6b2o$60b2o7b2o7bo2bo 6b2o$61bob2ob2obo8bo2bo$62b3ob3o10b2o2$79b2o$78bo2bo$61b2o15bo2bo6b2o$ 61b2o14b2ob2o6b2o$78b2o5$80b2o5b2o$80b2o5b2o11$81bo5bo$80bobo3bobo$79b o3bobo3bo$79bo3bobo3bo$79bo9bo2$80b2o5b2o4$82bo3bo$80b2o$79bo3bobo3b2o $79bo3bobo$80b3o$87bo2bo$87b2o12$8b2o$8b2o13$b2o5b2o$o2bo3bo2bo$bo2bob o2bo$4bobo$2b3ob3o$3o5b3o$2o7b2o$2o7b2o$bob2ob2obo$bob2ob2obo2$3b2ob2o $4bobo$4bobo$5bo26$9bo$8bobo$8bobo$7b2ob2o11$5b2o5b2o$4bo2bo3bo2bo$7b 2ob2o$6bobobobo$6bobobobo$4bo9bo$3bo11bo2$7b2ob2o$5bo2bobo2bo$5b3o3b3o 3$5b2o$5b2o38$10bo$9bobo28bo$9bobo21b2o4bobo$8b2ob2o20bo5bobo$31bobo4b 2ob2o$18b2o11b2o$19bo18b2ob2o$19bobo$20b2o16b2ob2o3$23b2o$22bobo11bo7b o$24bo$6b2o5b2o19b3o7b3o$5bo2bo3bo2bo19b2ob2ob2ob2o$6bo2bobo2bo15b2o4b 3o3b3o$9bobo18bobo4bo5bo$7b3ob3o16bo$5b3o5b3o$5b2o7b2o$5b2o7b2o$6bob2o b2obo$6b3o3b3o$7bo5bo$9b3o3b3o$8bo2bo3bo2bo$12bobo$8b2o7b2o$8b2o7b2o$ 11bo3bo$11b2ob2o$9b3o3b3o$9b2o5b2o16bo5bo$9bo7bo15bobo3bobo$32bo3bobo 3bo$32bo3bobo3bo$32bo9bo2$33b2o5b2o3$35b2ob2o$36bobo$35b2ob2o$11b2ob2o 20bobo$12bobo20b2ob2o$12bobo21bobo$13bo22bobo$37bo3$52b2o$51b5o$35b2o 14bo4bo5b2o$35b2o14b3o2bo5b2o$52bo2b2o$53b2o$37bo3bo$35b2obobob2o9b2o$ 34bob2o3b2obo7bo2b2o$33bo2bo5bo2bo5b3o2bo5b2o$34bob2o3b2obo6bo4bo5b2o$ 35b2obobob2o7b5o$37bo3bo10b2o8$19b2o$18bo2bo$18bobo2bo$19bo$20b2obo$ 22bo3$21b2o$21b2o4b3o$27b3o$26bo3bo$26b2ob2o$26bo3bo$27bobo$27bobo$28b o5$23b2ob2o$22bo5bo2$21bo7bo$21bo2bobo2bo$21b3o3b3o9$21b2o5b2o$21b2o5b 2o23$9bo2bo$12bo7b3o$8bo9bo4bo$8b2o8bo5bo35bo$14bo8bo36b2o$11b2o8b2o 24b2o9bob3o$47b2o13b2o$11b2o8b2o38b2o$14bo8bo37bo$8b2o8bo5bo10b2o$8bo 9bo4bo11b2o24bo$12bo7b3o38b2o$9bo2bo34b2o13b2o10b2o$47b2o9bob3o11b2o$ 60b2o$60bo!]], 108, 1317) -- slide 27: boat logic -------------------- all = all + pattern([[ 32b4o$31b2o2bo$30b2o2bo$26bo4bo2bo25b2o$24b3o5b2o25b2ob2o$23bo36bo2bo$ 24b3o5b2o26bo2bo4bo$26bo4bo2bo26b2o5b3o$30b2o2bo36bo$31b2o2bo25b2o5b3o $32b4o7bo16bo2bo4bo$41b2o17bo2bo$42b2o15b2ob2o$60b2o3$b2o$b2o2$14b4o$ 2o12bo2b2o$2o13bo2b2o$15bo2bo$16b2o2$16b2o15b2ob2o$15bo2bo12bobo3bo$2o 13bo2b2o5b2o3bobo3bo$2o12bo2b2o6b2o3bo4bo$14b4o11b2o5b3o$38bo$b2o$b2o! ]], 209, 1852) -- P46Osc plus P46Gun plus custom eater really -- boat-logic: need to add outlying pieces to west, break up into 12 all = all + pattern([[ 119bo$35b2o81b2ob2o$34b5o11b2o54b2o10b2o2bo3b2o217b2o$34bo4bo11bo53bo 2bo11bob2o3bo217bo7b3o5b4o$34b3o2bo10bo49bo4bo2b2o9bo2bo3bo219bo6bo7b 2obo$21bo13bo2b2o11b3o43bo3bo3bo2bo11b2o5b3o213b3o7b2obo7bo10bo$19b3o 14b2o15bo41b7o5bo12bo8bo213bo11b2o5b2o11b3o$18bo75bo283bo$19b3o14b2o 57b7o5bo247b2o5b2o11b3o$21bo13bo2b2o57bo3bo3bo2bo246b2o7bo10bo$34b3o2b o60bo4bo2b2o251b2obo$34bo4bo65bo2bo252b4o$34b5o4b2obo59b2o11b2obo227bo $35b2o6b2ob3o70b2ob3o223b6o$49bo75bo221bo4bo$43b2ob3o70b2ob3o223b3ob2o $41bo2bobo70bo2bobo227bobo2bo$41b2o74b2o235b2o11$53bo37b2o$48bo3bo28b 2o7bobo187bo3bo$47bo7bo25b2o6b2obo186bo5bo$47bo2b2o5bo32b2o14bo107bobo 2b2o58bo$36bo11b2o5b2obo32bo14b3o90b2o12bo3bob3o4b2o43bo7b2o3bo8bo$34b 3o12b3o3b2ob3o48bo89b2o13bo6b2o3b2o41b3o9b3o9b3o$33bo27bo29bo14b3o106b 5obo46bo27bo$34b3o12b3o3b2ob3o29b2o14bo111b3o48b3o9b3o9b3o$36bo11b2o5b 2obo30b2obo17bo88bobo3bobo63bo7b2o3bo8bo$47bo2b2o5bo32bobo17b3o88bo3bo 12b3o58bo$47bo7bo35b2o20bo83bo11bo5b5obo57bo5bo$48bo3bo59b2o82bo3bo5bo 3bo3bo6b2o3b2o52bo3bo$53bo143bo11bo3bo3bob3o4b2o$201bo3bo8bobo2b2o$ 199bobo3bobo12$2b2o5b2o$2b2o5b2o$59bo229bob2o$58b2o228bo2b2o2b3o$57b2o 229bo6b2o$51bo6b2o2b2o9bo101b2o109b4o3b3o12bo$49b3o21b3o99bo108b3o3bo 3bo13b3o$48bo27bo99b3o70bo33bo27bo$49b3o21b3o102bo70b3o32b3o3bo3bo13b 3o$51bo6b2o2b2o9bo178bo33b4o3b3o12bo$57b2o192b2o35bo6b2o$58b2o228bo2b 2o2b3o$59bo229bob2o$2b3o3b3o$2b3o3b3o$bob2o3b2obo$bob2o3b2obo$2b2o5b2o $3bo5bo4$4b2ob2o$3bo5bo$b5ob2ob2o$2ob3ob2ob2o$3o6bo$bobo$2b2o263b4o5b 6o$212b6o5b4o40bob2o7b4o$212b4o7b2obo40bo7bob2o$76b2o46b2o89b2obo7bo 41b2o5b2o$75bo2bo44bo2bo90b2o5b2o$76b2o46b2o142b2o5b2o$217b2o5b2o41bo 7bob2o$215b2obo7bo26b2o12bob2o7b4o$212b4o7b2obo12b2o12b2o12b4o5b6o$ 212b6o5b4o12b2o!]], 679, 1875) -- P46Osc1-4 boat logic -- mystery stuff along bottom edge that needs a home in a slide: all = all + pattern([[ b2o5b2o$b2o5b2o14$3o5b3o$3o5b3o$b2o5b2o$3bo3bo$bo2bobo2bo$o3bobo3bo$bo 2bobo2bo$b3o3b3o5$8b2o$8b2o!]], 514, 1887) -- P46OscAlt3 really all = all + pattern([[ 4bo7b2o$3b2o6bo2bo$2bo8bo2b2o$3b2obo4bo2bo10bo$4b3o6bo11b3o$28bo$4b3o 6bo11b3o$bob2obo4bo2bo10bo$o10bo2b2o$o3bo6bo2bo$b4o7b2o! ]], 791, 1929) -- P46Osc really all = all + pattern([[ 8bo$9bo3bo$2o2b2o8bo$2o2bo5b2o2bo$4bobo5b2o11bo$5b2o3b3o12b3o$28bo$5b 2o3b3o12b3o$4bobo5b2o11bo$4bo5b2o2bo$4b2o8bo$9bo3bo$8bo! ]], 845, 1905) -- P46Osc really all = all + pattern([[ 10b2o$2o6b2ob2o14b2o$2o6bo2bo15b2o$8bo2bo$9b2o2$9b2o10b3ob3o$8bo2bo8bo b2ob2obo$2o6bo2bo7b2o7b2o$2o6b2ob2o7bob2ob2obo$10b2o9b3ob3o! ]], 1050, 1903) -- P46OscAlt2 really all = all + pattern([[ 9b2o$9b2o11$2b3o3b3o$bo3bobo3bo$o3b2ob2o3bo$ob2o5b2obo$2bo7bo11$2b2o5b 2o$2b2o5b2o!]], 1088, 1920) -- P46OscAlt2 really all = all + pattern([[ 11bo$10b4o9bo$2b2o4b2o3bo9bo2b2o$2bo5b2o12bo5bo$3bo4b3o12bobo2b2o$3o 20bo3b2o3bo$o24b3o4b3o$35bo$25b3o4b3o$23bo3b2o3bo$23bobo2b2o$22bo5bo$ 7bob2o12bo2b2o$5b3ob2o12bo$4bo$5b3ob2o$7bobo2bo$11b2o! ]], 1106, 1875) -- P46OscAlt4 (boat-bit catcher?) really [not defined yet] all = all + pattern([[ 25bobo$26bo$17b2o13b2o$16b2ob2o12bo$17bo2bo11bo$3bo13bo2bo4b2o6b3o$b3o 14b2o15bo$o$b3o14b2o$3bo13bo2bo$17bo2bo$16b2ob2o$17b2o6b2obo$25b2ob3o$ 31bo$25b2ob3o$23bo2bobo$23b2o!]], 1227, 1875) -- P46OscAlt4 really all = all + pattern("2o$obo$2bo$2b2o!", 1281, 1873) -- eater all = all + pattern([[ 4b2o5b2o$2o2b2o5b2o2b2o$2o13b2o4$4b3o3b3o$4bo2bobo2bo$3bo3bobo3bo$3b4o 3b4o$4bo7bo7$5bo$4b3o$3bo3bo$3b2ob2o$3b2ob2o2$3b2ob2o$3b2ob2o$3bo3bo3b 2o$4b3o4b2o$5bo!]], 1375, 1980) -- P46OscAlt1 really -- slide 28: clean up and start over -------------------- LWSSToGlider = pattern([[ 4b2o5b2o$2obobo5bobob2o$2ob2o7b2ob2o$2b6ob6o$4bob2ob2obo2$2bo11bo$3bo 9bo$5bobobobo$5bobobobo$6b2ob2o$3bo2bo3bo2bo$4b2o5b2o13$4b2o$4b2o!]], 443, 1980) -- slide 29: toggle dist [not sure what that means, actually] -------------------- BoatLatchNE = pattern([[ 78b2o5b2o$78b2o5b2o15$77b2o7b2o$77bob2o3b2obo$77bo3bobo3bo$46b2o5b2o 22b2o2bobo2b2o$46b2o5b2o23b3o3b3o$79bo5bo4$47bo5bo$46b3o3b3o$45bo2b2ob 2o2bo22b2o$45bo3bobo3bo22b2o$47bobobobo2$44b2ob2o3b2ob2o$46bo7bo5$47bo $46b3o$45bo3bo$44bo5bo$44bo5bo$45bo3bo2$45bo3bo$44bo5bo$44bo5bo2b2o$ 45bo3bo3b2o$46b3o$47bo7$45b2o$45bo$46b3o$48bo20$13b2o$15bo$2o10b2o2bo 10b2o$2o11bo2bo10b2o$14bobo$14b2o2$14b2o$14bobo$2o11bo2bo$2o10b2o2bo$ 15bo$13b2o12$47b4o$46b2o2bo14b2o$45b2o2bo15b2o$46bo2bo$47b2o2$47b2o$ 46bo2bo$38b2o5b2o2bo15b2o$38b2o6b2o2bo14b2o$47b4o!]], 120, 232) -- four P46osc really local BoatLatchSW = pattern([[ 76bo$75bo2bo$74b5o10b2o$73b2ob3o10b2o$74bob2o$75b2o72b2o5b2o$145b2o3bo 5bo3b2o$75b2o68bo15bo$74bob2o68bo13bo$62b2o9b2ob3o10b2o$62b2o10b5o10b 2o$75bo2bo$76bo2$149b2o5b2o$149b2obobob2o$73b2o74bo2bobo2bo$73b2o74b3o 3b3o2$82b2o$72b2o7bo2b2o11b2o$57b2o5b2o6b2o6b6o11b2o$53b2o2b2o5b2o2b2o 12b4o77b2o89bo$53b2o13b2o93b2o84bo3bo$173bo60b2o12bo8b2o2b2o$173b2o59b 2o12bo2b2o5bo2b2o$6bo75b4o76b2o7bob3o11b2o60b2o5bobo$5bobo64b2o6b6o76b 2o11b2o10b2o61b3o3b2o$5bobo64b2o7bo2b2o88b2o$4b2ob2o73b2o90bo75b3o3b2o $156b2o64b2o25b2o5bobo$57b3o3b3o7b2o81b2o16bo48bo24bo2b2o5bo2b2o$56bo 3bobo3bo6b2o99b2o47bobo22bo8b2o2b2o$55bo3b2ob2o3bo94b2o11b2o47b2o23bo 3bo$55bob2o5b2obo94b2o7bob3o78bo$57bo7bo107b2o$173bo$163b2o$163b2o3$ 57b3o$b3o5b3o45bobo$2ob2o3b2ob2o43bo3bo$2obobobobob2o43bo3bo$bo3bobo3b o$bo2bo3bo2bo45b3o4b2o$2b3o3b3o53b2o6$2b2o$2b2o37$27b2o90b2o$27b2o81b 2o7b2o79b2o$110b2o88b2o$47b3o53b3o25bobo2b2o$26b2o6b3o8b2obob2o50bo3bo 11b2o10bo3bob3o$26b2o6bo3bo5bo5b2o50b2ob2o11b2o11bo6b2o54bo5bo$34bo4bo 5b2obob2o80b5obo54b3o3b3o$35bo3bo7b3o52b2ob2o28b3o55bob2ob2obo$104bo 87b2o7b2o$35bo3bo95b3o54b2o7b2o$34bo4bo92b5obo53b3o5b3o$26b2o6bo3bo12b 2o65b2o11bo6b2o3b2o49b3ob3o$26b2o6b3o14b2o50bo7bo6b2o10bo3bob3o4b2o51b obo$102bo2bo3bo2bo18bobo2b2o55bo2bobo2bo$106bobo83bo2bo3bo2bo$27b2o77b obo10b2o72b2o5b2o$27b2o77bobo10b2o$102bo2bo3bo2bo$103b3o3b3o7$99b2o13b 2o73b2o13b2o$99b2o2b2o5b2o2b2o73b2o2b2o5b2o2b2o$103b2o5b2o81b2o5b2o! ]], 1534, 1849) -- really eleven P45OscAlt1 plus an eater all = all + BoatLatchNE + BoatLatchSW + pattern([[ 273b2o$272bo2bo$140b2o130bobobo10b2o2bobo$140b2o131bo2bo3b2o4b3obo3bo 12b2o$277bo2b2o3b2o6bo13b2o$274bobo9bob5o$287b3o2$287b3o$286bob5o$285b 2o6bo13b2o$286b3obo3bo12b2o$287b2o2bobo3$175b2o$140b3o3b3o22bobo2bo$ 140bo2bobo2bo20b3ob2o79b2o$140b2obobob2o19bo84bo2bo$140b2o5b2o20b4o80b o7bo$171bob2o13bo64bo2bo3bobo$188b2o63b2ob2ob2ob2o$189b2o66bobo$184b2o 2b2o6bo42b2o15b2ob2o$142b2ob2o28bobo18b3o40b2o$140bo2bobo2bo26bobo21bo 3bo$140bobo3bobo15bo10b2o19b3o4b3o5b2o11b4o$140b3o3b3o15b3o9bo7b2o2b2o 6bo9bo4bo3b2o6b2o2bo12b2o$140b2o5b2o18bo5b2obobo10b2o14bo3bobo3b2o5b2o 2bo13b2o12b3o3b3o$140b2o5b2o17bo11bo9b2o14bo3bobo12bo2bo26bo9bo$140b2o 5b2o17b2o6bo2bo10bo15b2ob2o15b2o27bo3bobo3bo$176b2o76b3o3b3o$224b2o29b o5bo$223bo2bo$222b2o2bo13b2o$223b2o2bo12b2o$224b4o2$11b2o226b2o$10bobo 226b2o$10bo30b2o$9b2o30b2o226b2o5b2o$33b2o4bo13bo3b3o55b2o63b2o74b2ob 2o4b2obobo5bobob2o$33bo3b3o12bobo2b5o53bo7b3o5b4o35b2o6b2ob2o15b2o57bo bo5b2ob2o7b2ob2o$34bo3bobo11bo3b2o58bo6bo7b2obo35b2o6bo2bo17b2o34b2o5b 2o13bobo7b6ob6o$31b3o5b2o12bo2bo3b2obo49b3o7b2obo7bo10bo32bo2bo16bo7b 4o21b2o2b2o5b2o2b2o10bo10bob2ob2obo$31bo22b3o3b2ob3o47bo11b2o5b2o11b3o 31b2o25bo2b2o20b2o13b2o$66bo81bo58bo2b2o55bo11bo$54b3o3b2ob3o59b2o5b2o 11b3o31b2o26bo2bo4bo52bo9bo$53bo2bo3b2obo61b2o7bo10bo32bo2bo26b2o5b3o 52bobobobo$52bo3b2o73b2obo35b2o6bo2bo36bo51bobobobo$52bobo2b5o69b4o35b 2o6b2ob2o25b2o5b3o53b2ob2o$38bob2o11bo3b3o60bo59b2o25bo2bo4bo52bo2bo3b o2bo$36b3ob2o76b6o83bo2b2o23bo7bo25b2o5b2o$35bo81bo4bo83bo2b2o$36b3ob 2o76b3ob2o82b4o23b3o7b3o$38bobo2bo76bobo2bo108b2ob2ob2ob2o$42b2o80b2o 109b3o3b3o$236bo5bo2$114bo$10b2o9b3ob3o82b2o2bo$8b2ob2o7bob2ob2obo80bo 5bo$8bo2bo7b2o7b2o78b2o2bobo$3bo4bo2bo8bob2ob2obo80b2o3bo12bo$b3o5b2o 10b3ob3o82b3o14b3o$o129bo138b2o$b3o5b2o99b3o14b3o107b2ob2o27b2o$3bo4bo 2bo97b2o3bo12bo110bobo$8bo2bo15b2o73b2o4b2o2bobo123bobo$8b2ob2o14b2o 73b2o5bo5bo123bo$10b2o98b2o2bo$114bo13$170b2o2b2o4bo2b2o12b2o$170b2ob 2o6b2obo12b2o$174bobo6bo$175b2o4b3o2$175b2o4b3o$174bobo6bo$170b2ob2o6b 2obo$170b2o2b2o4bo2b2o!]], 178, 1939) -- really P46Guns and Oscs, etc. all = all + pattern([[ 4b2o5b2o$2o2b2o5b2o2b2o$2o13b2o8$5bo5bo$4b3o3b3o$3b2ob2ob2ob2o$2b3o7b 3o2$4bo7bo5$5bo$4b3o$3bo2bo$3bobobo$4b3o$5bo5b2o$11b2o! ]], 557, 1931) -- P46OscAlt1 really -- this particular one reflects a B signal from the above sync-buffer circuitry; -- the resulting LWSS is converted to a glider which is stored as a boat-bit. -- a few more outlying LWSS reflectors: all = all + pattern([[ 12b3o$10bo4bo11b2o$10bo5bo10b2o$3bobobo7bo$b7o5b2o$o$b7o5b2o$3bobobo7b o$10bo5bo$10bo4bo$12b3o!]], 257,1840) + pattern([[ 15b2o$13b2o2bo$13b6o$13b4o4bo3bo$21b7o$28bo$21b7o$13b4o4bo3bo$2o11b6o$ 2o11b2o2bo$15b2o!]], 885, 2033) -- both P46Osc really -- slide 30: HWSS control -------------------- local HWSSGun = pattern([[ 21b2o23b2o$22bo22bobo$22bobo$23b2o$36b4o8bo$36bob2o7b2o$36bo$37b2o2$ 37b2o$36bo$7b2o2bobo22bob2o7b2o$2o4b3obo3bo21b4o8bo$2o3b2o6bo$6bob5o$ 7b3o35bobo$46b2o$7b3o$6bob5o14b2o$2o3b2o6bo8bo5bo$2o4b3obo3bo7bo4bo4b 2o$7b2o2bobo12b3o3b2o$23bob2ob2o$25bo$22bo2b3o11b2o$2b2o18b2o2b2o9bo4b o$2b2o20bo2bo15bo$24b3o10bo5bo$16b2o20b6o$b2o13bobo$b2o13bob2o$17b2o$ 17bo13b2o$30bobo$17bo13bo67b2o$17b2o80b2o$b2o13bob2o29b2o2bo4b2o16b2o 3b2o8bo$b2o13bobo30bob2o6b2o14bo2bobo2bo7bo2b2o$16b2o20bo11bo6bobo14bo 9bo5bo5bo3b2o$36b3o11b3o4b2o14b2o9b2o5bobo2b2o2b2o$2b2o31bo38bo9bo6bo 3b2o$2b2o32b3o11b3o4b2o16bo2bobo2bo9b3o$38bo11bo6bobo16b2o3b2o$24bo24b ob2o6b2o32b3o$23b3o23b2o2bo4b2o31bo3b2o$23bob2o35bo12b2o14bobo2b2o2b2o $24b3o11b2o22b2o11b2o13bo5bo3b2o$24b3o11bobo20bobo27bo2b2o$20b3ob3o13b o50bo$24b3o11b3o5bo52b2o$24b2o20b3o50b2o$2b2o45bo$2b2o19bo22b3o$11bo 10bo15b3o5bo$7b2o2bo10bo17bo$b2o3bo5bo25bobo$b2o2b2o2bobo12bo13b2o$6b 2o3bo38b2o$7b3o41b2o$50bo$7b3o$6b2o3bo$b2o2b2o2bobo$b2o3bo5bo48b2o$7b 2o2bo13b2o34b2o$11bo13bobo$2b2o23bo16b3o3bo$2b2o23b2o13b5o2bobo10b2o$ 41b2o3b2o3bo10b2o$42b2o3bo2bo$43bo3b3o2$43bo3b3o$42b2o3bo2bo$41b2o3b2o 3bo10b2o$42b5o2bobo10b2o$42bob3o3bo$40b2o$34b2o4b3o18b2o$34b2o3bo3bo 17b2o$38bo5bo$39b2ob2o2$39b2ob2o$38bo5bo$39bo3bo$40b3o$40b3o7$33b2o7b 2o$33bob2o3b2obo$33bo3bobo3bo$33b2o2bobo2b2o$34b3o3b3o$35bo5bo6$34b2o 5b2o$34b2o5b2o3$40bo2bo$30b3o7bo$16b2o11bo4bo9bo$16b2o10bo5bo8b2o$29bo 8bo$30b2o8b2o2$30b2o8b2o$29bo8bo3bo$16b2o10bo5bo4bo2bo$16b2o11bo4bo4bo 2bo$30b3o7b2o4$79b2o$78bo2bo$73bo7bo$72bobo3bo2bo$22bo48b2ob2ob2ob2o$ 20b3o52bobo$19bo54b2ob2o$19b2o$33bo$31b3o$14b2o14bo$15bo14b2o40b3o3b3o $15b2obo17b2o33bo9bo$18bo17bo34bo3bobo3bo$19b2o13bobo35b3o3b3o$15b3o2b 2o12b2o37bo5bo$17b2o$15bo2bo4bo$14bobobo3bo$13bo4bo$5b2o6bo2bob3o5bo$ 4bobo7bo3b3ob2o3bo$4bo10b2o5bo4bo$3b2o10b2o3b2o2bobo$15bo4bo$20b3o51b 2ob2o$16b2o57bobo$75bobo$12b2o2b3o57bo$13bobobo$14b4o$9b2o4bo$8bobo$8b o$7b2o7bobo$17b2o$17bo3$7b2o$8bo$8bobo$9b2o2$13bob2o$13bob2o2$22bo$12b 2o4bob2obo$12b2o2bo5bo$3b2o11bo5bo$4bo7b2o6b2o4b2o$4bobo5b2o4bobo5b2o$ 5b2o11b2o5$34b2o$34bobo$36bo$36b2o$30b2o$30bo$31b3o$33bo$19b2o$19bo$ 20b3o$22bo$34b2o7b2o$32b2o2bo6b2o$32b6o4bo2bo$22bo9b4o5bob2o$20b3o18bo b2o$19bo$20b3o18bob2o$22bo9b4o5bob2o14b2o$32b6o4b3ob2o11bo$32b2o2bo6bo bobo12b3o$34b2o7b4o15bo$44b2o!]]) -- TODO: take this apart further local LWSSFromTheBlue = pattern([[ 27b2o5b2o$23b2o2b2o5b2o2b2o$23b2o13b2o2$28bo5bo$27b3o3b3o$26bo2b2ob2o 2bo$26bo3bobo3bo$28bobobobo2$25b2ob2o3b2ob2o$27bo7bo8$10b2o$8b2ob2o$8b o2bo$3bo4bo2bo$b3o5b2o15bo$o21b5o$b3o5b2o10bo2b3o7b2o$3bo4bo2bo10b2o 10b2o$8bo2bo$8b2ob2o$10b2o$25bo$25bo!]]) -- P46Osc really local RowOfLWSSFTB = pattern("o$3o$3bo$2b2o!", 1737, 24) for i=0,42 do RowOfLWSSFTB =RowOfLWSSFTB + LWSSFromTheBlue[(i*12) % 46].t(40*i, 0) end local HWSSHalfControl = HWSSGun.t(106, 87) + RowOfLWSSFTB.t(188, 79) local CellCenter = HWSSHalfControl + HWSSHalfControl.t(2047, 2047, gp.swap_xy_flip) OFFcell = all + CellCenter + StateBit -- The metafier-OFF and -ON files technically should not exist (we just checked -- at the beginning of the script). Shouldn't do any harm to check again, though: if not fOFF then OFFcell.save(OFFcellFileName) end -- slide 31: display on -------------------- g.show("Building ON metacell definition...") -- switch on the HWSS guns: CellCenter = CellCenter + pattern("2o$2o!", 171, 124) + pattern("2o$2o!", 1922, 1875) -- now generate the ONcell HWSSs and LWSSs -- add rest of pattern after the center area is filled in -- and p184 HWSS guns are in the same phase (3680 = 184 * 40) ONcell = all + CellCenter[3680] if not fON then ONcell.save(ONcellFileName) end -- g.store(ONcell,ONcellFileName) -- doesn't work; would need to be ONcell.array end OFFcell = OFFcell + RuleBits ONcell = ONcell + RuleBits for j=0,selheight-1 do for i=0,selwidth-1 do g.show("Placing ("..(i+1)..","..(j+1)..") tile".. " in a "..selwidth.." by "..selheight.." rectangle.") if livecell[i..","..j]~=nil then ONcell.put(2048 * i - 5, 2048 * j - 5) else OFFcell.put(2048 * i - 5, 2048 * j - 5) end g.fit() g.update() end end g.show("") g.setalgo("HashLife") -- no point running a metapattern without hashing g.setoption("hyperspeed", 0) -- avoid going too fast g.setbase(8) g.setstep(4) g.step() -- save start and populate hash tables -- g.run(35328) -- run one full cycle (can lock up Golly if construction has failed) -- -- Note that the first cycle is abnormal, since it does not advance the metapattern by -- one metageneration: the first set of communication signals to adjacent cells is -- generated during this first cycle. Thus at the end of 35328 ticks, the pattern -- is ready to start its first "normal" metageneration (where cell states may change). -- -- It should be possible to define a version of ONcell that is not fully populated -- with LWSSs and HWSSs until the end of the first full cycle. This would be much -- quicker to generate from a script definition, and so it wouldn't be necessary to -- save it to a file. The only disadvantage is that ONcells would be visually -- indistinguishable from OFFcells until after the initial construction phase. golly-3.3-src/Scripts/Lua/bricklayer.lua0000755000175000017500000000177012706123635015232 00000000000000-- Based on bricklayer.py from PLife (http://plife.sourceforge.net/). local g = golly() local gp = require "gplus" local pattern = gp.pattern g.new("bricklayer") -- best to create empty universe before setting rule -- to avoid converting an existing pattern (slow if large) g.setrule("B3/S23") local p22_half = pattern("2o$bo$bobo$2b2o3bo$6bob2o$5bo4bo$6bo3bo$7b3o!") local p22 = p22_half + p22_half.t(26, 9, gp.flip) local gun22 = p22 + p22[1].t(-18, 11) local gun154 = gun22[27] + gun22[5].t(49, 12, gp.rcw) + gun22.t(5, 53, gp.flip_y) local p7_reflector = pattern([[ 2b2o5b2o$2b2o5bo$7bobo$7b2o$3b2o$3bobo$4bo3$13bo$10bo2b3o3b2o$3b5o 2b3o3bo2bo$b3obob3o4b2obobo$o4bo4b4obobo2b2o$2ob2ob4o3bobob2obo$ 4bobobobobo2bo2bobo$4bobobo2bo2bob3ob2o$3b2obob4o6bobo$7bo4b6o2b o$9bo2bo2bo4b2o$8b2o!]]) local pre_lom = pattern("2bo$2ob2o$2ob2o2$b2ob2o$b2ob2o$3bo!") local all = gun154[210].t(-52, -38) + gun154[254].t(52, -38, gp.flip_x) + p7_reflector.t(8, 23) + pre_lom.t(-3, 30) all.display("") -- don't change name golly-3.3-src/Scripts/Lua/lifeviewer.lua0000755000175000017500000016533013307733370015250 00000000000000-- LifeViewer for Golly (work in progress) -- Author: Chris Rowett (crowett@gmail.com), September 2016. -- -- LifeViewer is a scriptable pattern viewer featuring: -- - Rotation and smooth non-integer zoom. -- - Color themes with cell history and longevity. -- - Automatic hex grid display. -- - Pseudo 3D layers and stars. -- -- This is the Lua version of the Javascript/HTML5 LifeViewer -- used on the conwaylife.com forums and the LifeWiki. -- -- Press H after running lifeviewer.lua to display the list of -- supported keyboard shortcuts and script commands. -- -- To see some example LifeViewer script commands in action, open -- Patterns/Life/Rakes/c2-Cordership-rake.rle, then run lifeviewer.lua. -- build number local buildnumber = 30 local g = golly() local ov = g.overlay local gp = require "gplus" local op = require "oplus" local a = require "gplus.strict" local viewwd, viewht = g.getview(g.getlayer()) -- update flags local update = { docells = false, docamera = false, dorefresh = false, dostatus = false } -- textalert local textalert = { appear = 0, hold = 0, disappear = 0, color = "32 255 255 255", fontsize = 30, message = "", starttime = 0 } -- timing local timing = { updatecells = 0, drawcells = 0, drawmenu = 0, texttime = 0, show = false, extended = false, genstarttime = 0, framestarttime = 0, frameendtime = 0 } -- whether generating life local generating = false local autostart = false local loopgen = -1 local stopgen = -1 local currentgen = 0 -- view constants local viewconstants = { minzoom = 0.0625, -- 1/16 maxzoom = 32, minangle = 0, maxangle = 360, viewwidth = 2048, viewheight = 2048, mindepth = 0, maxdepth = 1, minlayers = 1, maxlayers = 10, zoomborder = 0.9, -- proportion of view to fill with fit zoom glidesteps = 40, -- steps to glide camera minstop = 1, minloop = 1, mintheme = 0, maxtheme = #op.themes, minpan = -4096, maxpan = 4096, mingps = 1, maxgps = 60, minstep = 1, maxstep = 50, decaysteps = 64, -- number of steps to decay after life finished mingridmajor = 0, maxgridmajor = 16, minviewerwidth = 480, maxviewerwidth = 4096, minviewerheight = 480, maxviewerheight = 4096 } viewconstants.mininvzoom = -1 / viewconstants.minzoom -- playback speed local defgps = 60 local defstep = 1 local gps = defgps local step = defstep -- smooth camera movement local startx local starty local startangle local startzoom local endx local endy local endangle local endzoom local camsteps = -1 -- camera defaults local defcamx = viewconstants.viewwidth / 2 local defcamy = viewconstants.viewheight / 2 local defcamangle = 0 local defcamlayers = 1 local defcamlayerdepth = 0.05 local deflinearzoom = 0.4 -- camera local camx = defcamx local camy = defcamy local camangle = defcamangle local camlayers = defcamlayers local camlayerdepth = defcamlayerdepth local autofit = false local historyfit = false local decay = 0 -- tracking local tracking = { east = 0, south = 0, west = 0, north = 0, period = 0, defined = false } local initialrect -- initial bounding box for pattern at gen 0 local initialzoom = 1 -- initial fit zoom value at gen 0 local histleftx -- used for autofit history mode local histrightx local histbottomy local histtopy -- origin local originx = 0 local originy = 0 local originz = 1 -- zoom is held as a value 0..1 for smooth linear zooms local linearzoom -- theme local themeon = true local theme = 1 -- mouse drag local lastmousex = 0 local lastmousey = 0 local mousedrag = false local clickx = 0 local clicky = 0 -- whether hex display is on local hexon = false -- grid local grid = false local gridmajoron = true local gridmajor = 10 -- stars local stars = false -- reset local hardreset = false -- menu button images local buttons = { ["play"] = "button0", ["pause"] = "button1", ["reset"] = "button2", ["menu"] = "button3", ["stepback"] = "button4", ["stepforward"] = "button5", ["autofit"] = "button6", ["fit"] = "button7", ["squaregrid"] = "button8", ["help"] = "button9", ["shrink"] = "button10", ["fps"] = "button11", ["hexgrid"] = "button12" } -- script tokens local tokens = {} local curtok = 1 local arguments local rawarguments -- the script text before conversion local commands = { scriptstartword = "[[", scriptendword = "]]", angleword = "ANGLE", autofitword = "AUTOFIT", autostartword = "AUTOSTART", depthword = "DEPTH", extendedtimingword = "EXTENDEDTIMING", gpsword = "GPS", gridword = "GRID", gridmajorword = "GRIDMAJOR", hardresetword = "HARDRESET", heightword = "HEIGHT", hexdisplayword = "HEXDISPLAY", historyfitword = "HISTORYFIT", layersword = "LAYERS", loopword = "LOOP", pauseword = "PAUSE", showtimingword = "SHOWTIMING", squaredisplayword = "SQUAREDISPLAY", starsword = "STARS", stepword = "STEP", stopword = "STOP", tword = "T", themeword = "THEME", trackword = "TRACK", trackboxword = "TRACKBOX", trackloopword = "TRACKLOOP", widthword = "WIDTH", xword = "X", yword = "Y", zoomword = "ZOOM", zword = "Z" } -- keyword decoding -- each argument has a type followed by constraint values -- "r" - float range -- "R" - int range -- "l" - float lower bound -- "L" - int lower bound local keywords = { [commands.angleword] = { "r", viewconstants.minangle, viewconstants.maxangle, "" }, [commands.autofitword] = { "" }, [commands.autostartword] = { "" }, [commands.depthword] = { "r", viewconstants.mindepth, viewconstants.maxdepth, "" }, [commands.extendedtimingword] = { "" }, [commands.gpsword] = { "r", viewconstants.mingps, viewconstants.maxgps, "" }, [commands.gridword] = { "" }, [commands.gridmajorword] = { "R", viewconstants.mingridmajor, viewconstants.maxgridmajor, "" }, [commands.hardresetword] = { "" }, [commands.heightword] = { "R", viewconstants.minviewerheight, viewconstants.maxviewerheight, "" }, [commands.hexdisplayword] = { "" }, [commands.historyfitword] = { "" }, [commands.layersword] = { "R", viewconstants.minlayers, viewconstants.maxlayers, "" }, [commands.loopword] = { "L", viewconstants.minloop, "" }, [commands.pauseword] = { "l", 0.0, "" }, [commands.showtimingword] = { "" }, [commands.squaredisplayword] = { "" }, [commands.starsword] = { "" }, [commands.stepword] = { "r", viewconstants.minstep, viewconstants.maxstep, "" }, [commands.stopword] = { "L", viewconstants.minstop, "" }, [commands.tword] = { "L", 0, "" }, [commands.themeword] = { "R", viewconstants.mintheme, viewconstants.maxtheme, "" }, [commands.trackword] = { "r", -1, 1, "r", -1, 1, "" }, [commands.trackboxword] = { "r", -1, 1, "r", -1, 1, "r", -1, 1, "r", -1, 1, "" }, [commands.trackloopword] = { "L", 1, "r", -1, 1, "r", -1, 1, "" }, [commands.widthword] = { "R", viewconstants.minviewerwidth, viewconstants.maxviewerwidth, "" }, [commands.xword] = { "r", viewconstants.minpan, viewconstants.maxpan, "" }, [commands.yword] = { "r", viewconstants.minpan, viewconstants.maxpan, "" }, [commands.zoomword] = { "r", viewconstants.mininvzoom, viewconstants.maxzoom, "" }, [commands.zword] = { "r", viewconstants.mininvzoom, viewconstants.maxzoom, "" } } -- pre-rendered text clips local clips = { timinglongfg = "tlongfg", timinglongshadow = "tlongshadow", shortht = 0, longht = 0 } -------------------------------------------------------------------------------- local function maketext(s, name) name = name or "temp" -- convert string to text in current font local w, h, descent = gp.split(ov("text "..name.." "..s)) return tonumber(w), tonumber(h), tonumber(descent) end -------------------------------------------------------------------------------- local function pastetext(x, y, name) name = name or "temp" ov("paste "..x.." "..y.." "..name) end -------------------------------------------------------------------------------- local function makeclips() local oldalign = ov("textoption align left") local oldtextbg = ov("textoption background 0 0 0 0") local label = "fps" local longlabel = "updatecells\ndrawcells\nmenu" ov(op.black) local w, h = maketext(longlabel, clips.timinglongshadow) clips.longht = h ov(op.white) w, h = maketext(label) clips.shortht = h maketext(longlabel, clips.timinglongfg) -- restore settings ov("textoption background "..oldtextbg) ov("textoption align "..oldalign) end -------------------------------------------------------------------------------- local function outputtiming(xoff, yoff, labelclip) -- draw labels ov("paste "..(viewwd - 140 + xoff).." "..(20 + yoff + clips.shortht).." "..labelclip) -- draw values local output = string.format("%.1fms", timing.updatecells) output = output.."\n"..string.format("%.1fms", timing.drawcells) output = output.."\n"..string.format("%.1fms", timing.drawmenu) ov("textoption align right") local w = maketext(output) pastetext(viewwd - w - 20 + xoff, 20 + yoff + clips.shortht) end -------------------------------------------------------------------------------- local function drawmenu() local y = 10 local i = 0 ov("blend 1") while i < 13 do -- TBD ov("paste "..(i * 50).." "..y.. "button"..i) i = i + 1 end ov("blend 0") end -------------------------------------------------------------------------------- local function drawtiming() local start = g.millisecs() local oldblend = ov("blend 1") local oldalign = ov("textoption align left") local oldtextbg = ov("textoption background 0 0 0 0") -- draw translucent rectangle local height = clips.shortht if timing.extended then height = height + clips.longht end ov("rgba 0 0 0 128") ov("fill "..(viewwd - 140).." 20 122 "..height) -- compute load local frametime = timing.frameendtime - timing.framestarttime local loadamount = frametime / 16 if loadamount > 1 then loadamount = 1 end if frametime < 16.666 then frametime = 16.666 end -- draw load background if (loadamount < 0.5) then -- fade from green to yellow ov("rgba "..math.floor(255 * loadamount * 2).." 255 0 144") else -- fade from yellow to red ov("rgba 255 "..math.floor(255 * (1 - (loadamount - 0.5) * 2)).." 0 144") end ov("fill "..(viewwd - 140).." 20 "..math.floor(122 * loadamount).." "..clips.shortht) -- draw fps and load ov(op.black) maketext(math.floor(1000 / frametime).."fps") pastetext(viewwd - 138, 22) local w = maketext(math.floor(100 * loadamount).."%") pastetext(viewwd - 18 - w, 22) ov(op.white) maketext(math.floor(1000 / frametime).."fps") pastetext(viewwd - 140, 20) maketext(math.floor(100 * loadamount).."%") pastetext(viewwd - w - 20, 20) -- draw extended timing if enabled local shadowclip, fgclip if timing.extended then shadowclip = clips.timinglongshadow fgclip = clips.timinglongfg ov(op.black) outputtiming(2, 2, shadowclip) ov(op.white) outputtiming(0, 0, fgclip) end -- restore settings ov("textoption background "..oldtextbg) ov("textoption align "..oldalign) ov("blend "..oldblend) timing.texttime = g.millisecs() - start end -------------------------------------------------------------------------------- local function alert(message, appear, hold, disappear) textalert.message = message textalert.appear = appear textalert.hold = hold textalert.disappear = disappear end -------------------------------------------------------------------------------- local function updatealert() if textalert.message ~= "" then end end -------------------------------------------------------------------------------- local function realtolinear(zoom) return math.log(zoom / viewconstants.minzoom) / math.log(viewconstants.maxzoom / viewconstants.minzoom) end -------------------------------------------------------------------------------- local function lineartoreal(zoom) return viewconstants.minzoom * math.pow(viewconstants.maxzoom / viewconstants.minzoom, zoom) end -------------------------------------------------------------------------------- local function updatestatus() -- convert zoom to actual value local zoom = lineartoreal(linearzoom) * originz if zoom < 0.99999 then zoom = -(1 / zoom) end -- convert x and y to display coordinates local x = camx - viewconstants.viewwidth / 2 + originx local y = camy - viewconstants.viewheight / 2 + originy if hexon then x = x + camy / 2 end -- convert theme to status local themestatus = "off" if themeon then themestatus = theme end -- convert autofit to status local autofitstatus = "off" if autofit then autofitstatus = "on" end -- convert hex mode to status local hexstatus = "square" if hexon then hexstatus = "hex" end -- convert grid to status local gridstatus = "off" if grid then gridstatus = "on" end -- convert angle to status local displayangle = camangle if hexon then displayangle = 0 end -- update status bar local status = "Hit escape to close." status = status.." Zoom "..string.format("%.1f", zoom).."x Angle "..displayangle status = status.." X "..string.format("%.1f", x).." Y "..string.format("%.1f", y) status = status.." Layers "..camlayers.." Depth "..string.format("%.2f",camlayerdepth) status = status.." GPS "..gps.." Step "..step.." Theme "..themestatus status = status.." Autofit "..autofitstatus.." Mode "..hexstatus.." Grid "..gridstatus if stopgen ~= -1 then status = status.." Stop "..stopgen end if loopgen ~= -1 then status = status.." Loop "..loopgen end g.show(status) end -------------------------------------------------------------------------------- local function refresh() local start = g.millisecs() local newx, newy, newz -- add the fractional part to the current generation if tracking.defined then local fractionalgen = (g.millisecs() - timing.genstarttime) / 1000 * gps if fractionalgen < 0 then fractionalgen = 0 else if fractionalgen > 1 then fractionalgen = 1 end end local gen = currentgen + fractionalgen -- compute the new origin originx = gen * (tracking.east + tracking.west) / 2 originy = gen * (tracking.south + tracking.north) / 2 -- compute the trackbox local leftx = initialrect[1] local bottomy = initialrect[2] local width = initialrect[3] local height = initialrect[4] local rightx = leftx + width local topy = bottomy + height leftx = leftx + gen * tracking.west rightx = rightx + gen * tracking.east bottomy = bottomy + gen * tracking.north topy = topy + gen * tracking.south width = rightx - leftx + 1 height = topy - bottomy + 1 -- check for hex if hexon then leftx = leftx - bottomy / 2 rightx = rightx - topy / 2 width = rightx - leftx + 1 end -- get the smallest zoom needed local zoom = viewwd / width if zoom > viewht / height then zoom = viewht / height end -- leave a border around the pattern zoom = zoom * viewconstants.zoomborder -- apply the origin to the camera originz = zoom / initialzoom newx = camx + originx newy = camy + originy newz = lineartoreal(linearzoom) * originz if newz > viewconstants.maxzoom then newz = viewconstants.maxzoom else if newz < viewconstants.minzoom then newz = viewconstants.minzoom end end -- set the new camera settings ov("camera xy "..newx.." "..newy) ov("camera zoom "..newz) -- update status because camera changed update.dostatus = true else originx = 0 originy = 0 originz = 1 end -- draw the cells ov("drawcells") timing.drawcells = g.millisecs() - start -- draw the menu local t1 = g.millisecs() drawmenu() timing.drawmenu = g.millisecs() - t1 -- end of frame time timing.frameendtime = g.millisecs() -- draw timing if on if timing.show then drawtiming() end -- update the overlay ov("update") end -------------------------------------------------------------------------------- local function setgridlines() if grid then ov("celloption grid 1") else ov("celloption grid 0") end if gridmajoron then ov("celloption gridmajor "..gridmajor) else ov("celloption gridmajor 0") end end -------------------------------------------------------------------------------- local function setstars() if stars then ov("celloption stars 1") else ov("celloption stars 0") end end -------------------------------------------------------------------------------- local function sethex() if hexon then ov("celloption hex 1") else ov("celloption hex 0") end ov("camera xy "..camx.." "..camy) end -------------------------------------------------------------------------------- local function checkhex() hexon = op.hexrule() sethex() end -------------------------------------------------------------------------------- local function showhelp() -- open help window g.open(g.getdir("app").."Help/lifeviewer.html") end -------------------------------------------------------------------------------- local function getmouseposition() local x = viewwd / 2 local y = viewht / 2 local mousepos = ov("xy") if mousepos ~= "" then x, y = gp.split(mousepos) x = tonumber(x) y = tonumber(y) end return x, y end -------------------------------------------------------------------------------- local function createoverlay() -- create overlay over entire viewport ov("create "..viewwd.." "..viewht) end -------------------------------------------------------------------------------- local function updatecells() local start = g.millisecs() ov("updatecells") timing.updatecells = g.millisecs() - start end -------------------------------------------------------------------------------- local function updatecamera() -- convert linear zoom to real zoom local camzoom = lineartoreal(linearzoom) ov("camera zoom "..camzoom) ov("camera angle "..camangle) ov("camera xy "..camx.." "..camy) ov("celloption layers "..camlayers) ov("celloption depth "..camlayerdepth) -- update status update.dostatus = true end -------------------------------------------------------------------------------- local function resetcamera() -- restore default camera settings camx = defcamx camy = defcamy camangle = defcamangle camlayers = defcamlayers camlayerdepth = defcamlayerdepth linearzoom = deflinearzoom update.docamera = true end -------------------------------------------------------------------------------- local function setdefaultcamera() defcamx = camx defcamy = camy defcamangle = camangle deflinearzoom = linearzoom defcamlayers = camlayers defcamlayerdepth = camlayerdepth end -------------------------------------------------------------------------------- local function togglehex() hexon = not hexon sethex() if hexon then camx = camx - camy / 2 defcamx = defcamx - camy / 2 else camx = camx + camy / 2 defcamx = defcamx + camy / 2 end update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function togglegrid() grid = not grid setgridlines() update.dostatus = true update.dorefresh = true end -------------------------------------------------------------------------------- local function togglegridmajor() gridmajoron = not gridmajoron setgridlines() update.dostatus = true update.dorefresh = true end -------------------------------------------------------------------------------- local function togglestars() stars = not stars setstars() update.dorefresh = true end -------------------------------------------------------------------------------- local function bezierx(t, x0, x1, x2, x3) local cX = 3 * (x1 - x0) local bX = 3 * (x2 - x1) - cX local aX = x3 - x0 - cX - bX -- compute x position local x = (aX * math.pow(t, 3)) + (bX * math.pow(t, 2)) + (cX * t) + x0 return x end -------------------------------------------------------------------------------- local function glidecamera() local linearcomplete = camsteps / viewconstants.glidesteps local beziercomplete = bezierx(linearcomplete, 0, 0, 1, 1) camx = startx + beziercomplete * (endx - startx) camy = starty + beziercomplete * (endy - starty) local camzoom = startzoom + beziercomplete * (endzoom - startzoom) linearzoom = realtolinear(camzoom) camsteps = camsteps + 1 if camsteps > viewconstants.glidesteps then camsteps = -1 camx = endx camy = endy linearzoom = realtolinear(endzoom) end update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function createcellview() ov("cellview "..math.floor(-viewconstants.viewwidth / 2).." "..math.floor(-viewconstants.viewheight / 2).. " "..viewconstants.viewwidth.." "..viewconstants.viewheight) end -------------------------------------------------------------------------------- local function fitzoom(immediate) local rect = g.getrect() if #rect > 0 then local leftx = rect[1] local bottomy = rect[2] local width = rect[3] local height = rect[4] local rightx = leftx + width local topy = bottomy + height -- check for historyfit if historyfit then -- update history bounding box if histleftx > leftx then histleftx = leftx end if histrightx < rightx then histrightx = rightx end if histbottomy > bottomy then histbottomy = bottomy end if histtopy < topy then histtopy = topy end leftx = histleftx rightx = histrightx bottomy = histbottomy topy = histtopy width = rightx - leftx + 1 height = topy - bottomy + 1 end -- check for hex if hexon then leftx = leftx - bottomy / 2 rightx = rightx - topy / 2 width = rightx - leftx + 1 end -- get the smallest zoom needed local zoom = viewwd / width if zoom > viewht / height then zoom = viewht / height end -- leave a border around the pattern zoom = zoom * viewconstants.zoomborder -- apply origin if tracking.defined then zoom = zoom / originz end -- ensure zoom in range if zoom < viewconstants.minzoom then zoom = viewconstants.minzoom else if zoom > viewconstants.maxzoom then zoom = viewconstants.maxzoom end end -- get new pan position local newx = viewconstants.viewwidth / 2 + leftx + width / 2 + originy local newy = viewconstants.viewheight / 2 + bottomy + height / 2 + originx if hexon then newx = newx - newy / 2 end -- check whether to fit immediately if immediate then camx = newx camy = newy linearzoom = realtolinear(zoom) update.docamera = true else -- setup start point startx = camx starty = camy startangle = camangle startzoom = lineartoreal(linearzoom) -- setup destination point endx = newx endy = newy endangle = camangle endzoom = zoom -- trigger start camsteps = 0 end end end -------------------------------------------------------------------------------- local function advance(singlestep) -- check if all cells are dead if g.empty() then generating = false if decay > 0 then update.docells = true update.dorefresh = true decay = decay - 1 end return end -- check for single step local remaining = step if singlestep then remaining = 1 end -- check if enough time has elapsed to advance local deltatime = (g.millisecs() - timing.genstarttime) / 1000 if deltatime > 1 / gps then while remaining > 0 do g.run(1) updatecells() if g.empty() then refresh() g.note("Life ended at generation "..tonumber(g.getgen())) remaining = 0 decay = viewconstants.decaysteps else remaining = remaining - 1 end end timing.genstarttime = g.millisecs() end currentgen = tonumber(g.getgen()) if autofit then fitzoom(true) end update.dorefresh = true end -------------------------------------------------------------------------------- local function rotate(amount) camangle = camangle + amount if camangle >= viewconstants.maxangle then camangle = camangle - viewconstants.maxangle else if camangle < viewconstants.minangle then camangle = camangle + viewconstants.maxangle end end update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function adjustzoom(amount, x, y) local newx = 0 local newy = 0 local newzoom -- get the current zoom as actual zoom local currentzoom = lineartoreal(linearzoom) -- compute new zoom and ensure it is in range linearzoom = linearzoom + amount if linearzoom < 0 then linearzoom = 0 else if linearzoom > 1 then linearzoom = 1 end end local sinangle = math.sin(-camangle / 180 * math.pi) local cosangle = math.cos(-camangle / 180 * math.pi) local dx = 0 local dy = 0 -- convert new zoom to actual zoom newzoom = lineartoreal(linearzoom) -- compute as an offset from the centre x = x - viewwd / 2 y = y - viewht / 2 -- compute position based on new zoom newx = x * (newzoom / currentzoom) newy = y * (newzoom / currentzoom) dx = (x - newx) / newzoom dy = -(y - newy) / newzoom -- apply pan camx = camx - dx * cosangle + dy * -sinangle camy = camy - dx * sinangle + dy * cosangle end -------------------------------------------------------------------------------- local function zoominto(event) local _, x, y = gp.split(event) adjustzoom(0.05, x, y) update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function zoomoutfrom(event) local _, x, y = gp.split(event) adjustzoom(-0.05, x, y) update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function zoomout() local x, y = getmouseposition() adjustzoom(-0.01, x, y) update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function zoomin() local x, y = getmouseposition() adjustzoom(0.01, x, y) update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function resetangle() camangle = 0 update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function setzoom(zoom) startx = camx starty = camy startzoom = lineartoreal(linearzoom) startangle = camangle endx = camx endy = camy endzoom = zoom endangle = camangle camsteps = 0 if tracking.defined then startzoom = startzoom / originz endzoom = endzoom / originz end end -------------------------------------------------------------------------------- local function integerzoom() local camzoom = lineartoreal(linearzoom) if camzoom >= 1 then camzoom = math.floor(camzoom + 0.5) else camzoom = 1 / math.floor(1 / camzoom + 0.5) end setzoom(camzoom) end -------------------------------------------------------------------------------- local function halvezoom() local camzoom = lineartoreal(linearzoom) camzoom = camzoom / 2 if camzoom < viewconstants.minzoom then camzoom = viewconstants.minzoom end setzoom(camzoom) end -------------------------------------------------------------------------------- local function doublezoom() local camzoom = lineartoreal(linearzoom) camzoom = camzoom * 2 if camzoom > viewconstants.maxzoom then camzoom = viewconstants.maxzoom end setzoom(camzoom) end -------------------------------------------------------------------------------- local function settheme() local index = -1 if themeon then index = theme end ov(op.themes[index]) update.docells = true update.dostatus = true end -------------------------------------------------------------------------------- local function cycletheme() if themeon then theme = theme + 1 if theme > viewconstants.maxtheme then theme = viewconstants.mintheme end else themeon = true end settheme() update.dorefresh = true end -------------------------------------------------------------------------------- local function toggletheme() themeon = not themeon settheme() update.dorefresh = true end -------------------------------------------------------------------------------- local function decreaselayerdepth() if camlayerdepth > viewconstants.mindepth then camlayerdepth = camlayerdepth - 0.01 if camlayerdepth < viewconstants.mindepth then camlayerdepth = viewconstants.mindepth end update.docamera = true update.dorefresh = true end end -------------------------------------------------------------------------------- local function increaselayerdepth() if camlayerdepth < viewconstants.maxdepth then camlayerdepth = camlayerdepth + 0.01 if camlayerdepth > viewconstants.maxdepth then camlayerdepth = viewconstants.maxdepth end update.docamera = true update.dorefresh = true end end -------------------------------------------------------------------------------- local function decreaselayers() if camlayers > viewconstants.minlayers then camlayers = camlayers - 1 update.docamera = true update.dorefresh = true end end -------------------------------------------------------------------------------- local function increaselayers() if camlayers < viewconstants.maxlayers then camlayers = camlayers + 1 update.docamera = true update.dorefresh = true end end -------------------------------------------------------------------------------- local function panview(dx, dy) local camzoom = lineartoreal(linearzoom) dx = dx / camzoom dy = dy / camzoom local angle = camangle if hexon then angle = 0 end local sinangle = math.sin(-angle / 180 * math.pi) local cosangle = math.cos(-angle / 180 * math.pi) camx = camx + (dx * cosangle + dy * -sinangle) camy = camy + (dx * sinangle + dy * cosangle) update.docamera = true update.dorefresh = true end -------------------------------------------------------------------------------- local function doclick(event) local _, x, y, button, mode = gp.split(event) -- start of drag lastmousex = tonumber(x) lastmousey = tonumber(y) mousedrag = true end -------------------------------------------------------------------------------- local function stopdrag() mousedrag = false end -------------------------------------------------------------------------------- local function checkdrag() local x, y -- check if a drag is in progress if mousedrag then -- get the mouse position local mousepos = ov("xy") if #mousepos > 0 then x, y = gp.split(mousepos) panview(lastmousex - tonumber(x), lastmousey - tonumber(y)) lastmousex = x lastmousey = y end end end -------------------------------------------------------------------------------- local function resethistory() histleftx = initialrect[1] histbottomy = initialrect[2] histrightx = histleftx + initialrect[3] - 1 histtopy = histbottomy + initialrect[4] - 1 end -------------------------------------------------------------------------------- local function reset(looping) -- reset the camera if at generation 0 local gen = tonumber(g.getgen()) if gen == 0 or looping or hardreset then resetcamera() if looping then generating = true else generating = autostart end else generating = false end -- reset historyfit resethistory() -- reset origin originx = 0 originy = 0 originz = 1 -- reset golly g.reset() g.update() currentgen = 0 -- if using theme then need to recreate the cell view to clear history if theme ~= -1 then createcellview() setstars() settheme() updatecamera() sethex() setgridlines() end -- update cell view from reset universe update.docells = true update.dorefresh = true end -------------------------------------------------------------------------------- local function toggleautofit() autofit = not autofit update.dostatus = true end -------------------------------------------------------------------------------- local function togglehistoryfit() historyfit = not historyfit update.dostatus = true end -------------------------------------------------------------------------------- local function readtokens() local comments = g.getinfo() local inscript = false -- build token list for token in comments:gsub("\n", " "):gmatch("([^ ]*)") do if token ~= "" then if token == commands.scriptendword then inscript = false end if inscript then table.insert(tokens, token) end if token == commands.scriptstartword then inscript = true end end end end -------------------------------------------------------------------------------- local function numberorfraction(argument) local result = nil -- search for a fraction local index = argument:find("/") if index == nil then -- simple number result = tonumber(argument) else -- possible fraction local left = argument:sub(1, index - 1) local right = argument:sub(index + 1) if tonumber(left) ~= nil and tonumber(right) ~= nil then result = left / right end end return result end -------------------------------------------------------------------------------- local function validatekeyword(token) local invalid = "" local keyword = keywords[token] local validation local index = 1 local lower, upper local argvalue local argnum = 1 local whicharg local arglist = "" if keyword == nil then invalid = "unknown script command" else -- check what sort of validation is required for this keyword arguments = {} rawarguments = {} validation = keyword[index] while validation ~= "" do -- need an argument whicharg = arglist if curtok >= #tokens then invalid = whicharg.."{{}}\nArgument "..argnum.." is missing" else -- get the argument curtok = curtok + 1 argvalue = tokens[curtok] whicharg = whicharg.." {{"..argvalue.."}}\nArgument "..argnum -- check which sort of validation to perform if validation == "l" then -- float lower bound argvalue = numberorfraction(argvalue) if argvalue == nil then invalid = whicharg.." must be a number" else index = index + 1 lower = keyword[index] if argvalue < lower then invalid = whicharg.." must be at least "..lower end end elseif validation == "L" then -- integer lower bound argvalue = tonumber(argvalue) if argvalue == nil then invalid = whicharg.." must be an integer" else if argvalue ~= math.floor(argvalue) then invalid = whicharg.." must be an integer" else index = index + 1 lower = keyword[index] if argvalue < lower then invalid = whicharg.." must be at least "..lower end end end elseif validation == "r" then -- float range argvalue = numberorfraction(argvalue) if argvalue == nil then invalid = whicharg.." must be a number" else index = index + 1 lower = keyword[index] index = index + 1 upper = keyword[index] if argvalue < lower or argvalue > upper then invalid = whicharg.." must be between "..lower.." and "..upper end end elseif validation == "R" then -- integer range argvalue = tonumber(argvalue) if argvalue == nil then invalid = whicharg.." must be an integer" else if argvalue ~= math.floor(argvalue) then invalid = whicharg.." must be an integer" else index = index + 1 lower = keyword[index] index = index + 1 upper = keyword[index] if argvalue < lower or argvalue > upper then invalid = whicharg.." must be between "..lower.." and "..upper end end end end end -- check if validation failed if invalid ~= "" then -- exit loop validation = "" else -- save the argument arguments[argnum] = argvalue rawarguments[argnum] = tokens[curtok] argnum = argnum + 1 arglist = arglist..tokens[curtok].." " -- get next argument to validation index = index + 1 validation = keyword[index] end end end return invalid end -------------------------------------------------------------------------------- local function checkscript() local invalid = "" local token -- read tokens readtokens() -- process any script comments if #tokens > 0 then curtok = 1 while curtok <= #tokens do -- get the next token token = tokens[curtok] -- check if it is a valid keyword invalid = validatekeyword(token) -- process command if valid if invalid == "" then if token == commands.angleword then camangle = arguments[1] elseif token == commands.autofitword then autofit = true elseif token == commands.autostartword then autostart = true generating = true elseif token == commands.depthword then camlayerdepth = arguments[1] elseif token == commands.extendedtimingword then timing.extended = true elseif token == commands.gpsword then gps = arguments[1] elseif token == commands.gridword then grid = true elseif token == gridmajor then gridmajor = arguments[1] elseif token == commands.hardresetword then hardreset = true elseif token == commands.heightword then -- ignored elseif token == commands.hexdisplayword then hexon = true elseif token == commands.layersword then camlayers = arguments[1] elseif token == commands.historyfitword then historyfit = true elseif token == commands.loopword then loopgen = arguments[1] elseif token == commands.showtimingword then timing.show = true elseif token == commands.squaredisplayword then hexon = false elseif token == commands.starsword then stars = true elseif token == commands.stepword then step = arguments[1] elseif token == commands.stopword then stopgen = arguments[1] elseif token == commands.themeword then theme = arguments[1] elseif token == commands.trackword then tracking.east = arguments[1] tracking.south = arguments[2] tracking.west = tracking.east tracking.north = tracking.south tracking.defined = true elseif token == commands.trackboxword then tracking.east = arguments[1] tracking.south = arguments[2] tracking.west = arguments[3] tracking.north = arguments[4] if tracking.west > tracking.east then invalid = "[["..rawarguments[1].."]] "..rawarguments[2].." [[" invalid = invalid..rawarguments[3].."]] "..rawarguments[4] invalid = invalid.."\nW is greater than E" else if tracking.north > tracking.south then invalid = rawarguments[1].." [["..rawarguments[2].."]] " invalid = invalid..rawarguments[3].." [["..rawarguments[4].."]]" invalid = invalid.."\nN is greater than S" else tracking.defined = true end end elseif token == commands.trackloopword then tracking.period = arguments[1] tracking.east = arguments[2] tracking.south = arguments[3] tracking.west = tracking.east tracking.north = tracking.south tracking.defined = true elseif token == commands.widthword then -- ignored elseif token == commands.xword then camx = arguments[1] elseif token == commands.yword then camy = arguments[1] elseif token == commands.zoomword or token == commands.zword then if arguments[1] < 0 then arguments[1] = -1 / arguments[1] end linearzoom = realtolinear(arguments[1]) end end -- abort script processing on error if invalid ~= "" then curtok = #tokens end curtok = curtok + 1 end -- check for trackloop if tracking.defined and tracking.period > 0 then if gridmajor > 0 then loopgen = tracking.period * gridmajor else loopgen = tracking.period end end setstars() sethex() if hexon then camx = camx - camy / 2 end setgridlines() update.docamera = true update.dorefresh = true if invalid ~= "" then g.note(token.." "..invalid) end end end -------------------------------------------------------------------------------- local function decreasespeed() if step > viewconstants.minstep then step = step - 1 else if gps > viewconstants.mingps then gps = gps - 1 end end update.dostatus = true end -------------------------------------------------------------------------------- local function increasespeed() if gps < viewconstants.maxgps then gps = gps + 1 else if step < viewconstants.maxstep then step = step + 1 end end update.dostatus = true end -------------------------------------------------------------------------------- local function setmaxspeed() if gps < viewconstants.maxgps then gps = viewconstants.maxgps else if step < viewconstants.maxstep then step = viewconstants.maxstep end end update.dostatus = true end -------------------------------------------------------------------------------- local function setminspeed() if step > viewconstants.minstep then step = viewconstants.minstep else if gps > viewconstants.mingps then gps = viewconstants.mingps end end update.dostatus = true end -------------------------------------------------------------------------------- local function increasestep() if step < viewconstants.maxstep then step = step + 1 update.dostatus = true end end -------------------------------------------------------------------------------- local function decreasestep() if step > viewconstants.minstep then step = step - 1 update.dostatus = true end end -------------------------------------------------------------------------------- local function setmaxstep() step = viewconstants.maxstep update.dostatus = true end -------------------------------------------------------------------------------- local function setminstep() step = viewconstants.minstep update.dostatus = true end -------------------------------------------------------------------------------- local function resetspeed() gps = defgps step = defstep update.dostatus = true end -------------------------------------------------------------------------------- local function togglehardreset() hardreset = not hardreset end -------------------------------------------------------------------------------- local function toggletiming() timing.show = not timing.show update.dorefresh = true end -------------------------------------------------------------------------------- local function toggleextendedtiming() timing.extended = not timing.extended update.dorefresh = true end -------------------------------------------------------------------------------- local function cbauto() toggleautofit() end -------------------------------------------------------------------------------- local function cbfit() if not autofit then fitzoom(false) end end -------------------------------------------------------------------------------- local function cbgrid() togglegrid() end -------------------------------------------------------------------------------- local function cbhelp() showhelp() end -------------------------------------------------------------------------------- local function cbreset() reset(false) end -------------------------------------------------------------------------------- local function cbplay() generating = not generating end -------------------------------------------------------------------------------- local function cbfps() toggletiming() end -------------------------------------------------------------------------------- local function createmenu() ov("blend 0") ov("create 1 1 menuclip") ov("target menuclip") -- load button images to get width and height local w, h = gp.split(ov("load 1 0 oplus/images/lifeviewer.png")) ov("resize "..w.." "..h.." menuclip") -- load buttons over the rectangle ov("load 0 0 oplus/images/lifeviewer.png") -- replace transparent background with semi-opaque ov("rgba 0 0 0 128") ov("replace *# *# *# 0") -- create clips from the images ov("rgba 32 255 255 255") local x = 0 while x < 13 do -- draw box around button ov("line "..(40 * x).." 0 "..(40 * x + 39).." 0") ov("line "..(40 * x).." 39 "..(40 * x + 39).." 39") ov("line "..(40 * x).." 0 "..(40 * x).." 39") ov("line "..(40 * x + 39).." 0 "..(40 * x + 39).." 39") -- create clip from button ov("copy "..(40 * x).." 0 40 40 button"..x) x = x + 1 end -- delete menuclip ov("target") ov("delete menuclip") end -------------------------------------------------------------------------------- local function setupoverlay() -- create overlay and cell view createoverlay() createcellview() -- create menu createmenu() -- make prerendered text clips makeclips() end -------------------------------------------------------------------------------- function main() -- check if there is a pattern if g.empty() then g.exit("There is no pattern.") end -- reset pattern if required currentgen = tonumber(g.getgen()) if currentgen ~= 0 then g.reset() end -- setup overlay setupoverlay() -- check for hex rules checkhex() -- reset the camera to default position fitzoom(true) -- get the initial bounding box and zoom initialrect = g.getrect() initialzoom = lineartoreal(linearzoom) -- reset history box resethistory() -- use Golly's colors if multi-state pattern if g.numstates() > 2 then themeon = false end -- check for script commands checkscript() -- save camera settings to use when reset setdefaultcamera() -- apply any script settings settheme() updatecamera() updatecells() refresh() updatestatus() -- start timing timing.genstarttime = g.millisecs() -- loop until quit while true do -- clear update flags update.dorefresh = false update.dostatus = false update.docamera = false update.docells = false -- check if size of layer has changed local newwd, newht = g.getview(g.getlayer()) if newwd ~= viewwd or newht ~= viewht then viewwd = newwd viewht = newht -- resize overlay ov("resize "..viewwd.." "..viewht) update.dorefresh = true end -- check for user input local event = op.process(g.getevent()) if event == "key return none" then generating = not generating if generating then timing.genstarttime = g.millisecs() end elseif event == "key space none" then advance(true) generating = false elseif event == "key tab none" then advance(false) generating = false elseif event == "key r none" then reset(false) elseif event == "key r shift" then togglehardreset() elseif event == "key - none" then decreasespeed() elseif event == "key = none" then increasespeed() elseif event == "key _ none" then setminspeed() elseif event == "key + none" then setmaxspeed() elseif event == "key d none" then decreasestep() elseif event == "key e none" then increasestep() elseif event == "key d shift" then setminstep() elseif event == "key e shift" then setmaxstep() elseif event == "key 0 none" then resetspeed() elseif event == "key f none" then if not autofit then fitzoom(false) end elseif event == "key f shift" then toggleautofit() elseif event == "key h shift" then togglehistoryfit() elseif event == "key [ none" then zoomout() elseif event == "key ] none" then zoomin() elseif event == "key { none" then halvezoom() elseif event == "key } none" then doublezoom() elseif event == "key , none" then rotate(-1) elseif event == "key < none" then rotate(-90) elseif event == "key . none" then rotate(1) elseif event == "key > none" then rotate(90) elseif event == "key 5 none" then resetangle() elseif event == "key 1 none" then setzoom(1) elseif event == "key ! none" then integerzoom() elseif event == "key 2 none" then setzoom(2) elseif event == "key \" none" then setzoom(1/2) elseif event == "key 4 none" then setzoom(4) elseif event == "key $ none" then setzoom(1/4) elseif event == "key 8 none" then setzoom(8) elseif event == "key * none" then setzoom(1/8) elseif event == "key 6 none" then setzoom(16) elseif event == "key ^ none" then setzoom(1/16) elseif event == "key 3 none" then setzoom(32) elseif event == "key c none" then cycletheme() elseif event == "key c shift" then toggletheme() elseif event == "key q none" then increaselayers() elseif event == "key a none" then decreaselayers() elseif event == "key p none" then increaselayerdepth() elseif event == "key l none" then decreaselayerdepth() elseif event == "key s none" then togglestars() elseif event == "key left none" then panview(-1, 0) elseif event == "key right none" then panview(1, 0) elseif event == "key up none" then panview(0, -1) elseif event == "key down none" then panview(0, 1) elseif event == "key left shift" then panview(-1, -1) elseif event == "key right shift" then panview(1, 1) elseif event == "key up shift" then panview(1, -1) elseif event == "key down shift" then panview(-1, 1) elseif event == "key h none" then showhelp() elseif event == "key / none" then togglehex() elseif event == "key x none" then togglegrid() elseif event == "key x shift" then togglegridmajor() elseif event == "key t none" then toggletiming() elseif event == "key t shift" then toggleextendedtiming() elseif event:find("^ozoomin") then zoominto(event) elseif event:find("^ozoomout") then zoomoutfrom(event) elseif event:find("^oclick") then doclick(event) elseif event:find("^mup") then stopdrag() else g.doevent(event) checkdrag() end -- start frame timer timing.framestarttime = g.millisecs() -- check if playing if generating then advance(false) -- check for stop or loop if stopgen == currentgen then generating = false g.note("STOP reached, Play to continue") end if loopgen == currentgen then reset(true) end else -- check if life ended but cells still decaying if decay > 0 then advance(false) end end -- check if camera still gliding to target if camsteps ~= -1 then glidecamera() end -- perform required updates if update.docamera then updatecamera() end if update.docells then updatecells() end if update.dorefresh then refresh() end if update.dostatus then updatestatus() end end end -------------------------------------------------------------------------------- local status, err = xpcall(main, gp.trace) if err then g.continue(err) end -- the following code is always executed g.check(false) ov("delete") golly-3.3-src/Scripts/Lua/life-integer-gun30.lua0000644000175000017500000000326112706123635016401 00000000000000-- Based on text_test.py from PLife (http://plife.sourceforge.net/). -- -- Universal* font described by Eric Angelini on SeqFan list -- Construction universality* demonstrated by Dean Hickerson -- -- Integers can be written in this font that stabilize into -- (almost*) any Life pattern known to be glider-constructible. -- -- * Possible caveats involve a very small percentage -- (possibly zero percent!) of glider constructions -- in -- particular, constructions that require large numbers -- of very closely spaced gliders. The existence of objects -- whose constructions require non-integer-constructable -- closely-packed fleets of gliders is an open question; -- no such objects are currently known. local g = golly() local gpt = require "gplus.text" g.new("Eric Angelini integer glider gun") g.setrule("B3/S23") local all = gpt.maketext([[ 411-31041653546-11-31041653546-1144444444444444444444444444444 31041653546-11-31041653546-11444444444444444-31041653546-11 31041653546-11444444444444444444-31041653546-11-31041653546 111444444444444-15073-114444-5473-11444444444-2474640508-444444 2474640508-444444444444444444444-2474640508-444444-2474640508-4444 2474640508-444444-2474640508-4444444444444444444444-2474640508 444444-2474640508-414-7297575-114-9471155613-414444444444 31041653546-11-2534474376-1-9471155613-414444444444-31041653546-114 7297575-114-9471155613-414444444444-31041653546-114-7297575-118 9471155613-414444444444-31041653546-18-6703-1444-107579-1114444 2474640508-51-947742-414444444441-947742-414444444444-2474640508 51-947742-414444444441-947742-41444-2474640508-51-947742-414 2474640508-414444444444444-2474640508-51-947742-414444444441 947742-414]], "EAlvetica") all.display("") golly-3.3-src/Scripts/Lua/Margolus.lua0000755000175000017500000003431313543255652014700 00000000000000--[[ This script lets you explore rules using the Margolus neighborhood. Author: Andrew Trevorrow (andrew@trevorrow.com), May 2019. --]] local g = golly() local gp = require "gplus" local split = gp.split require "gplus.NewCA" SCRIPT_NAME = "Margolus" DEFAULT_RULE = "M0,8,4,3,2,5,9,7,1,6,10,11,12,13,14,15" -- BBM RULE_HELP = [[ This script lets you explore rules using the Margolus neighborhood. Rule strings are of the form Mn,n,n,n,n,n,n,n,n,n,n,n,n,n,n,n where there must be 16 numbers with values from 0 to 15.

You can also enter rules using MCell's syntax (MS,Dn;n;n;n...). Or you can enter one of the following aliases (case must match):

Alias    Rule
bbm    M0,8,4,3,2,5,9,7,1,6,10,11,12,13,14,15
critters    M15,14,13,3,11,5,6,1,7,9,10,2,12,4,8,0
tron    M15,1,2,3,4,5,6,7,8,9,10,11,12,13,14,0

For more details about the Margolus neighborhood see this link:
http://www.mirekw.com/ca/rullex_marg.html ]] -- the following are non-local so a startup script can change them DEFWD, DEFHT = 500, 500 -- default grid size aliases = { bbm = "M0,8,4,3,2,5,9,7,1,6,10,11,12,13,14,15", critters = "M15,14,13,3,11,5,6,1,7,9,10,2,12,4,8,0", tron = "M15,1,2,3,4,5,6,7,8,9,10,11,12,13,14,0", } -------------------------------------------------------------------------------- NextPattern = function() end -- ParseRule sets this to SlowPattern or FastPattern local transition = {} -- transition table set by ParseRule and used in NextPattern local even_transition = {} -- transition table for even generations local odd_transition = {} -- transition table for odd generations local alternate_rules = false -- FastPattern uses even_transition and odd_transition? function ParseRule(newrule) -- Parse the given rule string. -- If valid then return nil, the canonical rule string, -- the width and height of the grid, and the number of states. -- If not valid then just return an appropriate error message. if #newrule == 0 then newrule = DEFAULT_RULE -- should be a valid rule! else -- check for a known alias local rule = aliases[newrule] if rule then newrule = rule elseif newrule:find(":") then -- try without the suffix local p, s = split(newrule,":") rule = aliases[p] if rule then newrule = rule..":"..s end end end local prefix, suffix = split(newrule:upper(),":") -- check for a valid prefix if prefix:sub(1,1) ~= "M" then return "Rule must start with M." end local blocknum = {} local i = 0 -- note that we append a comma to prefix to simplify the gmatch pattern for n in string.gmatch(prefix..",", "(%d+)[,;]") do if tonumber(n) > 15 then return "Bad number: "..n.." (must be from 0 to 15)." end blocknum[i] = tonumber(n) i = i + 1 if i > 16 then break end end if i ~= 16 then return "Rule must specify 16 comma-separated numbers from 0 to 15." end -- check for a valid suffix like T50 or T50,30 local wd, ht = DEFWD, DEFHT if suffix then if suffix:find(",") then wd, ht = suffix:match("^T(%d+),(%d+)$") else wd = suffix:match("^T(%d+)$") ht = wd end wd = tonumber(wd) ht = tonumber(ht) if wd == nil or ht == nil then return "Rule suffix must be Twd,ht or Twd." end end if wd < 8 then wd = 8 elseif wd > 1000 then wd = 1000 end if ht < 8 then ht = 8 elseif ht > 1000 then ht = 1000 end -- ensure wd and ht are multiples of 4 to simplify NextPattern logic wd = wd - (wd % 4) ht = ht - (ht % 4) -- given rule is valid -- create the transition table for use in NextPattern transition = {} for i = 0, 15 do transition[i] = blocknum[i] end -- create the canonical form of the given rule local canonrule = "M" for i = 0, 15 do canonrule = canonrule..blocknum[i] if i < 15 then canonrule = canonrule.."," end end canonrule = canonrule..":T"..wd..","..ht if transition[0] == 0 then NextPattern = FastPattern else NextPattern = SlowPattern end alternate_rules = false if transition[0] == 15 and transition[15] == 0 then -- for rules like Critters and Tron we can avoid strobing and use -- FastPattern with alternating transition tables, eg: -- i: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15 -- Critters: 15,14,13,3, 11,5, 6, 1, 7, 9, 10, 2, 12, 4, 8, 0 -- even gens: 0, 1, 2, 12,4, 10,9, 14,8, 6, 5, 13, 3, 11, 7, 15 -- odd gens: 0, 8, 4, 12,2, 10,9, 7, 1, 6, 5, 11, 3, 13, 14, 15 alternate_rules = true NextPattern = FastPattern even_transition = {} odd_transition = {} for i = 0, 15 do even_transition[i] = 15 - transition[i] -- inverse if i == transition[i] then odd_transition[i] = even_transition[i] elseif even_transition[i] == 0 then odd_transition[i] = 0 elseif even_transition[i] == 15 then odd_transition[i] = 15 elseif even_transition[i] == 1 then odd_transition[i] = 8 elseif even_transition[i] == 8 then odd_transition[i] = 1 elseif even_transition[i] == 2 then odd_transition[i] = 4 elseif even_transition[i] == 4 then odd_transition[i] = 2 elseif even_transition[i] == 3 then odd_transition[i] = 5 elseif even_transition[i] == 5 then odd_transition[i] = 3 elseif even_transition[i] == 6 then odd_transition[i] = 9 elseif even_transition[i] == 9 then odd_transition[i] = 6 elseif even_transition[i] == 7 then odd_transition[i] = 14 elseif even_transition[i] == 14 then odd_transition[i] = 7 elseif even_transition[i] == 10 then odd_transition[i] = 12 elseif even_transition[i] == 12 then odd_transition[i] = 10 elseif even_transition[i] == 11 then odd_transition[i] = 13 elseif even_transition[i] == 13 then odd_transition[i] = 11 end end end return nil, canonrule, wd, ht, 2 end -------------------------------------------------------------------------------- function FastPattern(currcells, minx, miny, maxx, maxy) -- Create the next pattern when transition[0] == 0 or when using -- alternating rules. local newcells = {} -- cell array for the new pattern (one-state) local newlen = 0 -- length of newcells local blocks = {} -- has all 2x2 blocks with at least 1 live cell local gridwd = maxx-minx+1 local get = g.getcell local oddgen = GetGenCount() & 1 == 1 if alternate_rules then if oddgen then transition = odd_transition else transition = even_transition end end for i = 1, #currcells, 2 do -- currcells is a one-state cell array local x = currcells[i] local y = currcells[i+1] -- find the top left cell in the 2x2 block to which this live cell belongs local n if oddgen then -- odd-numbered generation so top left cell in block must have odd coords local oddx = x & 1 == 1 local oddy = y & 1 == 1 if oddx and oddy then n = 1 elseif not oddx and oddy then n = 2 x = x-1 if x < minx then x = maxx end elseif oddx and not oddy then n = 4 y = y-1 if y < miny then y = maxy end else -- x,y both even n = 8 x = x-1 y = y-1 if x < minx then x = maxx end if y < miny then y = maxy end end else -- even-numbered generation so top left cell in block must have even coords -- (note that ParseRule ensures both grid dimensions are multiples of 4, -- so wrapping won't be needed and minx,miny are always even numbers) local evenx = x & 1 == 0 local eveny = y & 1 == 0 if evenx and eveny then n = 1 elseif not evenx and eveny then n = 2 x = x-1 elseif evenx and not eveny then n = 4 y = y-1 else -- x,y both odd n = 8 x = x-1 y = y-1 end end -- x,y is now the top left cell in a non-empty 2x2 block local k = (y-miny) * gridwd + (x-minx) blocks[k] = (blocks[k] or 0) + n end -- go thru all the 2x2 blocks created above and put the transitions in newcells for k,v in pairs(blocks) do local x = minx + (k % gridwd) local y = miny + (k // gridwd) -- x,y is the top left cell in this 2x2 block local xp1 = x+1 local yp1 = y+1 if oddgen then -- may need to wrap right and bottom edges if xp1 > maxx then xp1 = minx end if yp1 > maxy then yp1 = miny end end local n = transition[v] if n > 0 then if n & 1 == 1 then -- n is 1,3,5,7,9,11,13,15 newlen = newlen+1 ; newcells[newlen] = x newlen = newlen+1 ; newcells[newlen] = y end if n == 2 or n == 3 or n == 6 or n == 7 or n == 10 or n == 11 or n == 14 or n == 15 then newlen = newlen+1 ; newcells[newlen] = xp1 newlen = newlen+1 ; newcells[newlen] = y end if (n >= 4 and n <= 7) or (n >= 12 and n <= 15) then newlen = newlen+1 ; newcells[newlen] = x newlen = newlen+1 ; newcells[newlen] = yp1 end if n >= 8 then newlen = newlen+1 ; newcells[newlen] = xp1 newlen = newlen+1 ; newcells[newlen] = yp1 end end end -- delete the old pattern and add the new pattern g.putcells(currcells, 0, 0, 1, 0, 0, 1, "xor") g.putcells(newcells) return newcells -- return the new pattern end -------------------------------------------------------------------------------- function SlowPattern(currcells, minx, miny, maxx, maxy) -- Create the next pattern when transition[0] > 0 and we have to examine -- every cell in the grid (so very slow). local newcells = {} -- cell array for the new pattern (one-state) local newlen = 0 -- length of newcells local get = g.getcell local oddgen = GetGenCount() & 1 == 1 local xfirst, yfirst, xlast, ylast if oddgen then -- odd-numbered generation xfirst = minx+1 yfirst = miny+1 xlast = maxx ylast = maxy else -- even-numbered generation (note that ParseRule ensures both grid -- dimensions are multiples of 4, so wrapping won't be needed and -- minx,miny are always even numbers) xfirst = minx yfirst = miny xlast = maxx-1 ylast = maxy-1 end for y = yfirst, ylast, 2 do local yp1 = y+1 -- may need to wrap bottom edge if oddgen and yp1 > maxy then yp1 = miny end for x = xfirst, xlast, 2 do local xp1 = x+1 -- may need to wrap right edge if oddgen and xp1 > maxx then xp1 = minx end local i = get(x, y) i = i + 2 * get(xp1, y) i = i + 4 * get(x, yp1) i = i + 8 * get(xp1, yp1) local n = transition[i] if n > 0 then if n & 1 == 1 then -- n is 1,3,5,7,9,11,13,15 newlen = newlen+1 ; newcells[newlen] = x newlen = newlen+1 ; newcells[newlen] = y end if n == 2 or n == 3 or n == 6 or n == 7 or n == 10 or n == 11 or n == 14 or n == 15 then newlen = newlen+1 ; newcells[newlen] = xp1 newlen = newlen+1 ; newcells[newlen] = y end if (n >= 4 and n <= 7) or (n >= 12 and n <= 15) then newlen = newlen+1 ; newcells[newlen] = x newlen = newlen+1 ; newcells[newlen] = yp1 end if n >= 8 then newlen = newlen+1 ; newcells[newlen] = xp1 newlen = newlen+1 ; newcells[newlen] = yp1 end end end end -- delete the old pattern and add the new pattern g.putcells(currcells, 0, 0, 1, 0, 0, 1, "xor") g.putcells(newcells) return newcells -- return the new pattern end -------------------------------------------------------------------------------- -- override the SetColors function function SetColors() g.setcolors( {0,0,0,0} ) -- state 0 is black g.setcolors( {1,255,255,0} ) -- state 1 is yellow end -------------------------------------------------------------------------------- -- user's startup script might want to override this function RandomRule() local rand = math.random local rule = "M0," -- avoid strobing rules for i = 1, 14 do rule = rule..rand(0,15).."," end return rule..rand(0,15) end -------------------------------------------------------------------------------- -- allow alt-R to create a random pattern with a random rule local saveHandleKey = HandleKey function HandleKey(event) local _, key, mods = split(event) if key == "r" and mods == "alt" then SetRule(RandomRule()) RandomPattern() else -- pass the event to the original HandleKey saveHandleKey(event) end end -------------------------------------------------------------------------------- -- and away we go... StartNewCA() golly-3.3-src/Scripts/Lua/flood-fill.lua0000644000175000017500000000760713107435536015136 00000000000000-- Fill clicked region with current drawing state. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Apr 2016. local g = golly() local gp = require "gplus" -- avoid an unbounded fill local minx, miny, maxx, maxy if g.empty() then if g.getwidth() == 0 or g.getheight() == 0 then g.exit("You cannot fill an empty universe that is unbounded!") end else -- set fill limits to the pattern's bounding box -- (these will be extended below if the grid is bounded) minx, miny, maxx, maxy = gp.getedges(g.getrect()) end -- allow filling to extend to the edges of bounded grid if g.getwidth() > 0 then minx = -gp.int(g.getwidth() / 2) maxx = minx + g.getwidth() - 1 end if g.getheight() > 0 then miny = -gp.int(g.getheight() / 2) maxy = miny + g.getheight() - 1 end -------------------------------------------------------------------------------- function floodfill() local newstate = g.getoption("drawingstate") local oldstate = newstate local x, y -- wait for user to click a cell g.show("Click the region you wish to fill... (hit escape to abort)") while oldstate == newstate do local event = g.getevent() if event:find("click") == 1 then -- event is a string like "click 10 20 left none" local evt, xstr, ystr, butt, mods = gp.split(event) x = tonumber(xstr) y = tonumber(ystr) if x < minx or x > maxx or y < miny or y > maxy then -- click is outside pattern's bounding box in unbounded universe g.warn("Click within the pattern's bounding box\n".. "otherwise the fill will be unbounded.") else -- note that user might have changed drawing state newstate = g.getoption("drawingstate") oldstate = g.getcell(x, y) if oldstate == newstate then g.warn("The clicked cell must have a different state\n".. "to the current drawing state.") end end else g.doevent(event) end end -- tell Golly to handle all further keyboard/mouse events g.getevent(false) g.show("Filling clicked region... (hit escape to stop)") -- do flood fill starting with clicked cell using a scanline algorithm local oldsecs = os.clock() local clist = {} clist[1] = {x, y} while #clist > 0 do -- remove cell from end of clist (much faster than removing from start) x, y = table.unpack( table.remove(clist) ) local above = false local below = false while x >= minx and g.getcell(x, y) == oldstate do x = x-1 end x = x+1 while x <= maxx and g.getcell(x, y) == oldstate do g.setcell(x, y, newstate) if (not above) and y > miny and g.getcell(x, y-1) == oldstate then clist[#clist+1] = {x, y-1} above = true elseif above and y > miny and g.getcell(x, y-1) ~= oldstate then above = false end if (not below) and y < maxy and g.getcell(x, y+1) == oldstate then clist[#clist+1] = {x, y+1} below = true elseif below and y < maxy and g.getcell(x, y+1) ~= oldstate then below = false end x = x+1 end local newsecs = os.clock() if newsecs - oldsecs >= 0.5 then -- show changed pattern every half second oldsecs = newsecs g.update() end end end -------------------------------------------------------------------------------- oldcursor = g.getcursor() g.setcursor("Draw") local status, err = xpcall(floodfill, gp.trace) if err then g.continue(err) end -- the following code is executed even if error occurred or user aborted script g.setcursor(oldcursor) g.show(" ") golly-3.3-src/Scripts/Lua/hexgrid.lua0000755000175000017500000012750513317135606014542 00000000000000--[[ If the current rule uses a hexagonal neighborhood then create an overlay that shows the current pattern in a hexagonal grid. Much thanks to http://www.redblobgames.com/grids/hexagons/. Author: Andrew Trevorrow (andrew@trevorrow.com), August 2016. --]] local g = golly() -- require "gplus.strict" local gp = require "gplus" local op = require "oplus" local int = gp.int local round = gp.round local split = gp.split local draw_line = op.draw_line local ov = g.overlay local ovt = g.ovtable -- minor optimizations local abs = math.abs -- the following are set in create_overlay() local state_rgba = {} -- table of RGBA strings for each state local show_grid_rgba -- RGBA string for showing grid lines local hide_grid_rgba -- RGBA string for hiding grid lines local grid_rgba -- set to one of the above -- this array remembers which hexagons are alive local livehexagons = {} -- get pixel dimensions of current layer (used to create/resize overlay) local viewwd, viewht = g.getview(g.getlayer()) -- keep track of the layer's middle pixel for drawing the central hexagon local midx, midy = int(viewwd/2), int(viewht/2) -- keep track of the position of the current layer (the central cell) local xpos, ypos = gp.getposint() -- keep track of the magnification of the current layer local currmag = g.getmag() local edgelen -- current length of a hexagon edge (see set_hex_size) local minedge = 1 -- minimum edgelen local maxedge = 22 -- maximum edgelen local mingrid = 3 -- minimum edgelen at which to draw hexagonal grid -- this array is used to set edgelen when currmag is 1 to 5 (scale = 1:2 to 1:32) local hexsize = { 2, 3, 6, 11, maxedge } -- the following depend on edgelen and are set in create_hextile() local hextilewd -- width of tile used to draw hex grid local hextileht -- height of tile used to draw hex grid local hexwd -- width of 1 hexagon local hexht -- height of 1 hexagon local xrad -- x distances to each vertex local yrad -- y distances to each vertex local hextox -- used to find central x coord of a hexagon local hextoy -- used to find central y coord of a hexagon -- get width and height of the universe (in cells, bounded if either > 0) local gridwd = g.getwidth() local gridht = g.getheight() -- these controls are created in create_overlay local ssbutton -- Start/Stop button local sbutton -- Step button local s1button -- +1 button local rbutton -- Reset button local fbutton -- Fit button local hbutton -- ? button local ebutton -- X button local zslider -- slider for zooming in/out local toolbarht -- height of tool bar local generating = false -------------------------------------------------------------------------------- local function check_rule() -- check if the current rule uses a hexagonal neighborhood if not op.hexrule() then if g.getalgo() == "RuleLoader" then g.warn( [[If the current rule does not use a hexagonal neighborhood then the results will look a bit strange!]]) -- let user continue else g.exit("The current rule does not use a hexagonal neighborhood.") end end end -------------------------------------------------------------------------------- local function get_vertex(xc, yc, i) return int(xc + xrad[i] + 0.5), int(yc + yrad[i] + 0.5) end -------------------------------------------------------------------------------- local function create_hextile() --[[ initialize values that depend on the current edgelen and create a clip for tiling the background in draw_hex_grid() that contains one flat-topped hexagon (minus bottom edge) with a horizontal edge sticking out from the east vertex: ___ /4 5\ {3 0}--- \2 1/ --]] -- these arrays are used in get_vertex xrad = {} yrad = {} for i = 0, 5 do local angle_rad = math.pi / 180 * 60 * i xrad[i] = edgelen * math.cos(angle_rad) yrad[i] = edgelen * math.sin(angle_rad) end local x0, y0 = get_vertex(midx, midy, 0) -- E local x1, y1 = get_vertex(midx, midy, 1) -- SE local x2, y2 = get_vertex(midx, midy, 2) -- SW local x3, y3 = get_vertex(midx, midy, 3) -- W local x4, y4 = get_vertex(midx, midy, 4) -- NW local x5, y5 = get_vertex(midx, midy, 5) -- NE hexwd = x0 - x3 hexht = y1 - y5 -- these values are used to find the x,y coords of a hexagon's center hextox = edgelen * 3/2 hextoy = hexht -- create the clip hextilewd = hexwd + edgelen hextileht = hexht ov("rgba "..state_rgba[0]) ovt{"fill", x3, y4, hextilewd, hextileht} ov("rgba "..grid_rgba) draw_line(x0, y0, x1, y1) -- skip bottom edge -- draw_line(x1, y1, x2, y2) draw_line(x2, y2, x3, y3) draw_line(x3, y3, x4, y4) draw_line(x4, y4, x5, y5) draw_line(x5, y5, x0, y0) -- draw horizontal edge from right-most vertex draw_line(x0, y0, x0 + edgelen, y0) ov("copy "..x3.." "..y4.." "..hextilewd.." "..hextileht.." hextile") end -------------------------------------------------------------------------------- local function cube_round(x, y, z) local rx = round(x) local ry = round(y) local rz = round(z) local x_diff = abs(rx - x) local y_diff = abs(ry - y) local z_diff = abs(rz - z) if x_diff > y_diff and x_diff > z_diff then rx = -ry-rz elseif y_diff > z_diff then ry = -rx-rz else rz = -rx-ry end return rx, rz end -------------------------------------------------------------------------------- local function pixel_to_hex(x, y) local q = (x - midx) / hextox local r = (y - midy) / hextoy - q / 2 return cube_round(q, -q-r, r) end -------------------------------------------------------------------------------- local function get_visible_rect() -- get axial coords of corner hexagons local qmin, _ = pixel_to_hex(0, 0) local qmax, _ = pixel_to_hex(viewwd-1, viewht-1) local _, rmin = pixel_to_hex(viewwd-1, 0) local _, rmax = pixel_to_hex(0, viewht-1) -- convert axial coords to cell coords local minx = qmin + rmin + xpos local maxx = qmax + rmax + xpos local miny = rmin + ypos local maxy = rmax + ypos -- adjust limits if current layer's grid is bounded if gridwd > 0 then local bminx = -int(gridwd / 2) local bmaxx = bminx + gridwd - 1 if minx < bminx then minx = bminx end if maxx > bmaxx then maxx = bmaxx end end if gridht > 0 then local bminy = -int(gridht / 2) local bmaxy = bminy + gridht - 1 if miny < bminy then miny = bminy end if maxy > bmaxy then maxy = bmaxy end end return { minx, miny, maxx-minx+1, maxy-miny+1 } end -------------------------------------------------------------------------------- local function cell_to_hexagon(x, y) --[[ convert cell position x,y to axial coords q,r so that the pattern is rotated clockwise by 45 degrees; ie. the square cell at x,y = -1,-1 will be in the hexagonal cell at q,r = 0,-1 _________________ _____ | | | | / \ |-1,-1| 0,-1|+1,-1| -----{ 0,-1 }----- |_____|_____|_____| /-1,0 \_____/ +1,-1\ | | | | \ / \ / |-1,0 | 0,0 |+1,0 | ---> -----{ 0,0 }----{ |_____|_____|_____| /-1,+1 \_____/ +1,0 \ | | | | \ / \ / |-1,+1| 0,+1|+1,+1| -----{ 0,+1 }----- |_____|_____|_____| \_____/ --]] local r = y - ypos local q = x - xpos - r -- return central pixel position of corresponding hexagon in overlay x = int(hextox * q + midx + 0.5) y = int(hextoy * (r + q/2) + midy + 0.5) return x, y end -------------------------------------------------------------------------------- local function fill_hexagon(xc, yc, state) ov("rgba "..state_rgba[state]) if edgelen < mingrid then if edgelen == 1 then ovt{"set", xc, yc} else local x = int(xc - edgelen/2 + 0.5) local y = int(yc - edgelen/2 + 0.5) ovt{"fill", x, y, edgelen, edgelen} end else -- adjust xc and/or yc if they are outside overlay but hexagon is partially visible local check_pixel = false if xc < 0 then if xc + edgelen >= 0 then xc = 0 check_pixel = true else return end elseif xc >= viewwd then if xc - edgelen < viewwd then xc = viewwd-1 check_pixel = true else return end end if yc < toolbarht then if yc + hexht/2 >= toolbarht then yc = toolbarht check_pixel = true else return end elseif yc >= viewht then if yc - hexht/2 < viewht then yc = viewht-1 check_pixel = true else return end end if check_pixel then -- avoid filling grid line if ov("get "..xc.." "..yc) == grid_rgba then return end end ov("flood "..xc.." "..yc) end end -------------------------------------------------------------------------------- local function draw_live_cells() livehexagons = {} if g.empty() then return end -- get live cells that will be visible in current hex grid local cells = g.getcells( get_visible_rect() ) if #cells == 0 then return end local len = #cells local inc = 2 if len & 1 == 1 then -- multi-state cell array so set inc to 3 and ignore any padding int inc = 3 if len % 3 == 1 then len = len - 1 end end for i = 1, len, inc do local x = cells[i] local y = cells[i+1] local state = 1 if inc == 3 then state = cells[i+2] end -- calculate pixel at center of hexagon and fill it with current state local xc, yc = cell_to_hexagon(x, y) fill_hexagon(xc, yc, state) livehexagons[#livehexagons + 1] = {xc, yc} end end -------------------------------------------------------------------------------- local function kill_live_cells() for _, hexcell in ipairs(livehexagons) do local xc, yc = table.unpack(hexcell) fill_hexagon(xc, yc, 0) end livehexagons = nil end -------------------------------------------------------------------------------- local function draw_hex_grid() -- draw middle hexagon local x = int(midx - edgelen + 0.5) local y = int(midy - hextileht/2 + 0.5) local xy = {"paste"} local xyi = 2 xy[xyi] = x xy[xyi + 1] = y xyi = xyi + 2 -- draw middle row of hexagons while x > 0 do x = x - hextilewd xy[xyi] = x xy[xyi + 1] = y xyi = xyi + 2 end x = int(midx - edgelen + 0.5) + hextilewd while x < viewwd do xy[xyi] = x xy[xyi + 1] = y xyi = xyi + 2 x = x + hextilewd end xy[xyi] = "hextile" ovt(xy) -- copy middle row and paste above and below until overlay is tiled ov("copy 0 "..y.." "..viewwd.." "..hextileht.." row") xy = {"paste"} xyi = 2 while y > 0 do y = y - hextileht xy[xyi] = 0 xy[xyi + 1] = y xyi = xyi + 2 end y = int(midy - hextileht/2 + 0.5) + hextileht while y < viewht do xy[xyi] = 0 xy[xyi + 1] = y xyi = xyi + 2 y = y + hextileht end xy[xyi] = "row" ovt(xy) end -------------------------------------------------------------------------------- local function draw_boundary_line(x1, y1, x2, y2) x1, y1 = cell_to_hexagon(x1, y1) x2, y2 = cell_to_hexagon(x2, y2) ovt{"line", x1, y1, x2, y2} end -------------------------------------------------------------------------------- local function draw_outer_hexagon(xc, yc, toprow, bottomrow, leftcol, rightcol) local x0, y0 = get_vertex(xc, yc, 0) local x1, y1 = get_vertex(xc, yc, 1) local x2, y2 = get_vertex(xc, yc, 2) local x3, y3 = get_vertex(xc, yc, 3) local x4, y4 = get_vertex(xc, yc, 4) local x5, y5 = get_vertex(xc, yc, 5) if toprow then -- draw top edge and NE edge draw_line(x4, y4, x5, y5) draw_line(x5, y5, x0, y0) end if bottomrow then -- draw bottom edge and SW edge draw_line(x1, y1, x2, y2) draw_line(x2, y2, x3, y3) end if leftcol then -- draw NW edge draw_line(x3, y3, x4, y4) if not toprow then -- draw top edge draw_line(x4, y4, x5, y5) end end if rightcol then -- draw SE edge draw_line(x0, y0, x1, y1) if not bottomrow then -- draw bottom edge draw_line(x1, y1, x2, y2) end end end -------------------------------------------------------------------------------- local function draw_inner_hexagon(xc, yc, toprow, leftcol) local x0, y0 = get_vertex(xc, yc, 0) local x1, y1 = get_vertex(xc, yc, 1) local x2, y2 = get_vertex(xc, yc, 2) local x3, y3 = get_vertex(xc, yc, 3) local x4, y4 = get_vertex(xc, yc, 4) local x5, y5 = get_vertex(xc, yc, 5) draw_line(x0, y0, x1, y1) draw_line(x1, y1, x2, y2) draw_line(x2, y2, x3, y3) if leftcol then -- need to draw NW edge draw_line(x3, y3, x4, y4) end if toprow then -- need to draw top edge and NE edge draw_line(x4, y4, x5, y5) draw_line(x5, y5, x0, y0) elseif leftcol then -- need to draw top edge draw_line(x4, y4, x5, y5) end end -------------------------------------------------------------------------------- local function outside_grid(q, r) if gridwd == 0 and gridht == 0 then -- grid is unbounded return false end -- convert axial coords to cell coords local x = q + r + xpos local y = r + ypos if gridwd > 0 then local bminx = -int(gridwd / 2) local bmaxx = bminx + gridwd - 1 if x < bminx or x > bmaxx then return true end end if gridht > 0 then local bminy = -int(gridht / 2) local bmaxy = bminy + gridht - 1 if y < bminy or y > bmaxy then return true end end return false end -------------------------------------------------------------------------------- local function border_visible() -- return true if any corner hexagon is outside the bounded grid if outside_grid( pixel_to_hex(0,0) ) then return true end if outside_grid( pixel_to_hex(0,viewht-1) ) then return true end if outside_grid( pixel_to_hex(viewwd-1,0) ) then return true end if outside_grid( pixel_to_hex(viewwd-1,viewht-1) ) then return true end return false end -------------------------------------------------------------------------------- local function pixel_in_overlay(x, y) return x >= 0 and x < viewwd and y >= 0 and y < viewht end -------------------------------------------------------------------------------- local function draw_bounded_grid() local minx, miny, wd, ht = table.unpack( get_visible_rect() ) local maxx = minx+wd-1 local maxy = miny+ht-1 if edgelen < mingrid then -- fill bounded diamond or strip with state 0 color ov("rgba "..state_rgba[0]) local offset if edgelen == 2 and (gridht == 0 or gridwd == 0) then -- offset needs to be larger so strip is wider offset = 0.5 else offset = (edgelen - 1) / 3 end draw_boundary_line(minx-offset, miny-offset, maxx+offset, miny-offset) draw_boundary_line(maxx+offset, miny-offset, maxx+offset, maxy+offset) draw_boundary_line(maxx+offset, maxy+offset, minx-offset, maxy+offset) draw_boundary_line(minx-offset, maxy+offset, minx-offset, miny-offset) if edgelen > 1 or (edgelen == 1 and wd > 1 and ht > 1) then local xc, yc = cell_to_hexagon(minx + int(wd/2), miny + int(ht/2)) ov("flood "..xc.." "..yc) end else -- draw the outer edges of the outer hexagons ov("rgba "..grid_rgba) for y = miny, maxy do for x = minx, maxx do if x == minx or x == maxx or y == miny or y == maxy then local xc, yc = cell_to_hexagon(x, y) draw_outer_hexagon(xc, yc, y == miny, y == maxy, x == minx, x == maxx) end end end -- flood the interior with state 0 color ov("rgba "..state_rgba[0]) local xc, yc = cell_to_hexagon(minx + int(wd/2), miny + int(ht/2)) if pixel_in_overlay(xc, yc) then ov("flood "..xc.." "..yc) else -- central hexagon is not visible so search border hexagons for y = miny, maxy do for x = minx, maxx do if x == minx or x == maxx or y == miny or y == maxy then local xc, yc = cell_to_hexagon(x, y) if pixel_in_overlay(xc, yc) then ov("flood "..xc.." "..yc) goto done end end end end ::done:: end -- draw the inner hexagon edges ov("rgba "..grid_rgba) for y = miny, maxy do for x = minx, maxx do local xc, yc = cell_to_hexagon(x, y) draw_inner_hexagon(xc, yc, y == miny, x == minx) end end end end -------------------------------------------------------------------------------- local function draw_tool_bar() ov(op.white) ovt{"fill", 0, 0, viewwd, toolbarht} -- must draw line at bottom edge of tool bar in case a cell color is white ov("rgba "..show_grid_rgba) draw_line(0, toolbarht-1, viewwd-1, toolbarht-1) local gap = 10 local x = gap local y = int((toolbarht - ssbutton.ht) / 2) if y < 10 then return end if x >= viewwd then return end ssbutton.show(x, y) x = x + ssbutton.wd + gap if x >= viewwd then return end sbutton.show(x, y) x = x + sbutton.wd + gap if x >= viewwd then return end s1button.show(x, y) x = x + s1button.wd + gap if x >= viewwd then return end rbutton.show(x, y) x = x + rbutton.wd + gap if x >= viewwd then return end zslider.show(x, y, edgelen) x = x + zslider.wd + gap if x >= viewwd then return end fbutton.show(x, y) x = viewwd - gap - ebutton.wd if x >= viewwd then return end ebutton.show(x, y) x = x - gap - hbutton.wd if x >= viewwd then return end hbutton.show(x, y) end -------------------------------------------------------------------------------- local function refresh() create_hextile() if (gridwd > 0 or gridht > 0) and border_visible() then -- fill overlay with border color local br, bg, bb = g.getcolor("border") ovt{"rgba", br, bg, bb, 255} ovt{"fill"} draw_bounded_grid() else -- fill overlay with state 0 color ov("rgba "..state_rgba[0]) ovt{"fill"} if edgelen >= mingrid then draw_hex_grid() end end draw_live_cells() -- if selection exists then draw translucent selection color over selected cells???!!! draw_tool_bar() ov("update") end -------------------------------------------------------------------------------- local function set_hex_size() -- get current layer's magnification currmag = g.getmag() -- set edgelen so hexagons are roughly the same size as cells if currmag <= 0 then edgelen = 1 else -- currmag is 1 to 5 (scale is 2^mag) edgelen = hexsize[currmag] end end -------------------------------------------------------------------------------- local function sync_layer_scale() -- edgelen has been changed so set layer magnification accordingly for i = #hexsize, 1, -1 do if edgelen >= hexsize[i] then currmag = i g.setmag(currmag) return end end currmag = 0 g.setmag(currmag) end -------------------------------------------------------------------------------- local function fit_pattern() g.fit() -- update currmag and edgelen set_hex_size() if not g.empty() then -- may need to reduce edgelen further to see live cells at left/right edges local x, y, w, h = table.unpack(g.getrect()) while edgelen > minedge do -- need to update values that depend on edgelen create_hextile() -- also need to update xpos and ypos xpos, ypos = gp.getposint() local x1, y1 = cell_to_hexagon(x, y+h-1) local x2, y2 = cell_to_hexagon(x+w-1, y) if pixel_in_overlay(x1, y1) and pixel_in_overlay(x2, y2) then break end edgelen = edgelen - 1 sync_layer_scale() end end refresh() -- update the status bar to show scale g.update() end -------------------------------------------------------------------------------- local function zoom_in() if g.getoption("showoverlay") == 0 then -- zoom in to the current layer's central pixel -- (can't use midx and midy because they have been offset by toolbarht/2) g.doevent("zoomin "..int(viewwd/2).." "..int(viewht/2)) elseif edgelen < maxedge then -- draw bigger hexagons edgelen = edgelen + 1 refresh() sync_layer_scale() end end -------------------------------------------------------------------------------- local function zoom_out() if g.getoption("showoverlay") == 0 then -- zoom out from the current layer's central pixel -- (can't use midx and midy because they have been offset by toolbarht/2) g.doevent("zoomout "..int(viewwd/2).." "..int(viewht/2)) elseif edgelen > minedge then -- draw smaller hexagons edgelen = edgelen - 1 refresh() sync_layer_scale() end end -------------------------------------------------------------------------------- local function zoom_hexagons(event) local direction, x, y = split(event) x = tonumber(x) y = tonumber(y) if y < toolbarht then return end if direction == "ozoomin" then -- try to zoom in to hexagon at x,y???!!! zoom_in() else -- try to zoom out from hexagon at x,y???!!! zoom_out() end end -------------------------------------------------------------------------------- local function click_in_layer(event) -- process a mouse click in current layer like "click 100 20 left none" local _, x, y, button, mods = split(event) local state = g.getcell(x, y) if button ~= "left" then return end if mods ~= "none" and mods ~= "shift" then return end if g.getcursor() == "Draw" then local drawstate = g.getoption("drawingstate") if state == 0 and drawstate == 0 then -- no change else if state == drawstate then -- kill cell g.setcell(x, y, 0) else g.setcell(x, y, drawstate) end g.update() refresh() -- updates overlay (currently not shown) end elseif g.getcursor() == "Pick" then g.setoption("drawingstate", state) g.update() -- updates edit bar elseif g.getcursor() == "Select" then -- don't allow selections???!!! -- g.doevent(event) else -- g.getcursor() == "Move" or "Zoom In" or "Zoom Out" g.doevent(event) end end -------------------------------------------------------------------------------- local function edit_hexagons(x, y) -- get axial coords of hexagon containing clicked pixel local q, r = pixel_to_hex(x, y) -- check if hexagon is outside bounded grid if outside_grid(q, r) then return end -- update corresponding cell in current layer local xcell = q + r + xpos local ycell = r + ypos local state = g.getcell(xcell, ycell) local drawstate = g.getoption("drawingstate") if state == drawstate then -- kill cell g.setcell(xcell, ycell, 0) else g.setcell(xcell, ycell, drawstate) end -- get central pixel of hexagon local xc = int(hextox * q + midx + 0.5) local yc = int(hextoy * (r + q/2) + midy + 0.5) -- update hexagon if state == drawstate then -- erase hexagon fill_hexagon(xc, yc, 0) else fill_hexagon(xc, yc, drawstate) if drawstate > 0 then livehexagons[#livehexagons + 1] = {xc, yc} end end -- display overlay and show new population count in status bar g.update() end -------------------------------------------------------------------------------- local function get_state(color) -- search state_rgba array for color and return matching state for s, c in pairs(state_rgba) do if c == color then return s end end return -1 -- no match end -------------------------------------------------------------------------------- local function set_position(x, y) -- avoid error message from gp.setposint if grid is bounded if gridwd > 0 then local bminx = -int(gridwd / 2) local bmaxx = bminx + gridwd - 1 if x < bminx or x > bmaxx then return end end if gridht > 0 then local bminy = -int(gridht / 2) local bmaxy = bminy + gridht - 1 if y < bminy or y > bmaxy then return end end gp.setposint(x, y) end -------------------------------------------------------------------------------- local function check_position() -- refresh overlay if current layer's position has changed local x0, y0 = gp.getposint() if x0 ~= xpos or y0 ~= ypos then xpos = x0 ypos = y0 refresh() end end -------------------------------------------------------------------------------- local function check_position_and_scale() -- refresh overlay if current layer's position or scale has changed local call_refresh = false local x0, y0 = gp.getposint() if x0 ~= xpos or y0 ~= ypos then xpos = x0 ypos = y0 call_refresh = true end local newmag = g.getmag() if newmag ~= currmag then set_hex_size() call_refresh = true end if call_refresh then refresh() end end -------------------------------------------------------------------------------- local function move_hexagons(x, y) -- get axial coords of hexagon containing clicked pixel local q, r = pixel_to_hex(x, y) -- check if hexagon is outside bounded grid if outside_grid(q, r) then return end -- drag clicked hexagon to new position local prevq, prevr = q, r while true do local event = g.getevent() if event:find("^mup") then break end local xy = ov("xy") if #xy > 0 then x, y = split(xy) q, r = pixel_to_hex(tonumber(x), tonumber(y)) if q ~= prevq or r ~= prevr then if not outside_grid(q, r) then local deltaq = q - prevq local deltar = r - prevr --[[ ^ | move up/down if deltaq == 0 v }____{ _ / \ /| }-----{ q,r-1 }-----{ |/_ move NE/SW if deltaq == -deltar / \ / \ { q-1,r }----{ q+1,r-1 } \ / \ / }-----{ q,r }-----{ / \ / \ { q-1,r+1 }----{ q+1,r } \ / \ / _ }-----{ q,r+1 }-----{ |\ move NW/SE if deltar == 0 \ / _\| }----{ --]] if deltar ~= 0 and deltaq == 0 then -- move current layer diagonally to move hexagons up/down set_position(xpos - deltar, ypos - deltar) check_position() elseif deltaq ~= 0 and deltar == 0 then -- move current layer left/right to move hexagons NW/SE set_position(xpos - deltaq, ypos) check_position() elseif deltaq == -deltar then -- move current layer up/down to move hexagons NE/SW set_position(xpos, ypos + deltaq) check_position() else -- move hexagons NE/SW until prevr = r deltaq = prevr - r ypos = ypos + deltaq set_position(xpos, ypos) prevq = prevq + deltaq -- now move hexagons NW/SE until prevq = q deltaq = q - prevq set_position(xpos - deltaq, ypos) check_position() end end prevq, prevr = q, r end end end end -------------------------------------------------------------------------------- local function pan(event) -- user pressed an arrow key if g.getoption("showoverlay") == 0 then -- just pan the current layer (assuming the user hasn't changed -- the default actions for the arrow keys) g.doevent(event) else local _, key, mods = split(event) local amount = 1 if edgelen < mingrid then amount = 10 -- pan further at this scale end if mods == "none" then -- to pan overlay orthogonally we need to pan layer diagonally if key == "left" then set_position(xpos-amount, ypos+amount) elseif key == "right" then set_position(xpos+amount, ypos-amount) elseif key == "up" then set_position(xpos-amount, ypos-amount) elseif key == "down" then set_position(xpos+amount, ypos+amount) end elseif mods == "shift" then -- to pan overlay diagonally we need to pan layer orthogonally if key == "left" then set_position(xpos-amount, ypos) elseif key == "right" then set_position(xpos+amount, ypos) elseif key == "up" then set_position(xpos, ypos-amount) elseif key == "down" then set_position(xpos, ypos+amount) end end -- main loop will call check_position_and_scale() end end -------------------------------------------------------------------------------- local function click_in_overlay(event) -- process a mouse click in overlay like "oclick 100 20 left none" local _, x, y, button, mods = split(event) x = tonumber(x) y = tonumber(y) if y < toolbarht then return end if button ~= "left" then return end if mods ~= "none" and mods ~= "shift" then return end if g.getcursor() == "Draw" then edit_hexagons(x, y) elseif g.getcursor() == "Pick" then local state = get_state( ov("get "..x.." "..y) ) if state >= 0 then g.setoption("drawingstate", state) g.update() -- updates edit bar end elseif g.getcursor() == "Move" then move_hexagons(x, y) elseif g.getcursor() == "Select" then -- don't allow selections???!!! elseif g.getcursor() == "Zoom In" then -- zoom in to clicked hexagon zoom_hexagons("ozoomin "..x.." "..y) elseif g.getcursor() == "Zoom Out" then -- zoom out from clicked hexagon zoom_hexagons("ozoomout "..x.." "..y) end end -------------------------------------------------------------------------------- local function check_grid() if g.getoption("showgrid") == 1 then if grid_rgba ~= show_grid_rgba then grid_rgba = show_grid_rgba refresh() g.update() end else if grid_rgba ~= hide_grid_rgba then grid_rgba = hide_grid_rgba refresh() g.update() end end end -------------------------------------------------------------------------------- local function toggle_overlay() if g.getoption("showoverlay") == 1 then g.setoption("showoverlay", 0) g.update() else g.setoption("showoverlay", 1) -- force check_position_and_scale to call refresh currmag = 666 end end -------------------------------------------------------------------------------- local function toggle_grid() g.setoption("showgrid", 1 - g.getoption("showgrid")) -- main loop will call check_grid() to do the update end -------------------------------------------------------------------------------- local function check_layer_size() local newwd, newht = g.getview(g.getlayer()) if newwd ~= viewwd or newht ~= viewht then viewwd, viewht = newwd, newht if viewwd < 1 then viewwd = 1 end if viewht < 1 then viewht = 1 end midx, midy = int(viewwd/2), int(viewht/2 + toolbarht/2) ov("resize "..viewwd.." "..viewht) -- hide tool bar controls so show calls will use correct background ssbutton.hide() sbutton.hide() s1button.hide() rbutton.hide() fbutton.hide() hbutton.hide() ebutton.hide() zslider.hide() refresh() end end -------------------------------------------------------------------------------- local arrow_cursor = false local function check_cursor() local xy = ov("xy") if #xy > 0 then local x, y = split(xy) x = tonumber(x) y = tonumber(y) if y < toolbarht then -- mouse is inside tool bar if not arrow_cursor then ov("cursor arrow") arrow_cursor = true end else -- mouse is outside tool bar if arrow_cursor then ov("cursor current") arrow_cursor = false end end end end -------------------------------------------------------------------------------- local function update_start_button() -- change label in ssbutton without changing the button's width if generating then ssbutton.setlabel("Stop", false) else ssbutton.setlabel("Start", false) end draw_tool_bar() ov("update") end -------------------------------------------------------------------------------- local function advance(by1) if g.empty() then g.note("There are no live cells.") generating = false update_start_button() return end if by1 then g.run(1) else g.step() end -- erase live hexagons and draw new ones kill_live_cells() draw_live_cells() draw_tool_bar() g.update() end -------------------------------------------------------------------------------- local function step() advance(false) generating = false update_start_button() end -------------------------------------------------------------------------------- local function step1() advance(true) generating = false update_start_button() end -------------------------------------------------------------------------------- local function start_stop() generating = not generating update_start_button() end -------------------------------------------------------------------------------- local function reset() g.reset() -- erase live hexagons and draw new ones kill_live_cells() draw_live_cells() generating = false update_start_button() draw_tool_bar() g.update() end -------------------------------------------------------------------------------- local function zoom_slider(newval) -- called if zslider position has changed edgelen = newval refresh() sync_layer_scale() end -------------------------------------------------------------------------------- local function show_help() if g.getoption("showoverlay") == 0 then g.setoption("showoverlay", 1) g.update() end local helptext = [[ Features: - Allows toggling between hex layer and current layer. - Synchronizes hex layer's scale and position with current layer. - Allows simple editing in hex layer or current layer. - Allows pattern generation in hex layer or current layer. - Hex layer can be zoomed in/out, but only from middle hexagon. - Hex layer can be panned via arrow keys or via hand cursor. - Hex layer has a tool bar with buttons and a slider for zooming. Current limitations: - Doesn't allow editing multiple cells/hexagons via click and drag. - Doesn't show any selection, nor allow selection to be changed. - Doesn't support zooming in/out from a particular hexagon. - Hex layer can't be zoomed out beyond 1:1 scale. Special keys and their actions: enter/return - start/stop generating tab - advance by step size space - advance by 1 arrows - pan up/down/left/right shift-arrows - pan NE/SE/NW/SW f - fit pattern h - display this help l - show/hide grid lines o - show/hide overlay r - reset to starting pattern [ - zoom out ] - zoom in (click or hit any key to close help)]] ov("font 11 mono-bold") ov(op.black) local w, h = split(ov("text temp "..helptext)) w = tonumber(w) + 20 h = tonumber(h) + 20 local x = int((viewwd - w) / 2) local y = int((viewht - h) / 2) ov(op.gray) ovt{"fill", x, y, w, h} ov("rgba 255 253 217 255") -- pale yellow (matches Help window) ovt{"fill", (x+2), (y+2), (w-4), (h-4)} local oldblend = ov("blend 1") ovt{"paste", (x+10), (y+10), "temp"} ov("blend "..oldblend) ov("update") while true do local event = g.getevent() if event:find("^key") or event:find("^oclick") then break end end refresh() end -------------------------------------------------------------------------------- local function exit_script() g.show("") -- clear message g.exit() -- don't beep end -------------------------------------------------------------------------------- local function create_overlay() -- overlay covers entire viewport ov("create "..viewwd.." "..viewht) ov("cursor current") -- use current Golly cursor -- use smaller buttons in our tool bar op.buttonht = 20 -- height of buttons (also used for check boxes and sliders) op.sliderwd = 12 -- width of slider button (best if even) op.textgap = 8 -- gap between edge of button and its label op.textfont = "font 10 default-bold" -- font for labels op.textshadowx = 2 op.textshadowy = 2 if g.os() == "Mac" then op.yoffset = -1 end if g.os() == "Linux" then op.textfont = "font 10 default" end -- create tool bar buttons ssbutton = op.button("Start", start_stop) sbutton = op.button("Step", step) s1button = op.button("+1", step1) rbutton = op.button("Reset", reset) fbutton = op.button("Fit", fit_pattern) hbutton = op.button("?", show_help) ebutton = op.button("X", exit_script) -- create a slider for zooming in/out zslider = op.slider("", op.black, (maxedge-minedge+1)*3, minedge, maxedge, zoom_slider) toolbarht = 20 + ssbutton.ht midy = int(viewht/2 + toolbarht/2) local currcolors = g.getcolors() for i = 0, g.numstates()-1 do state_rgba[i] = currcolors[2+i*4].." "..currcolors[3+i*4].." "..currcolors[4+i*4].." 255" end -- set grid colors based on current background color local gridr, gridg, gridb = currcolors[2], currcolors[3], currcolors[4] local diff = 48 if (gridr + gridg + gridb) / 3 > 127 then -- light background so make grid lines slightly darker if gridr > diff then gridr = gridr - diff else gridr = 0 end if gridg > diff then gridg = gridg - diff else gridg = 0 end if gridb > diff then gridb = gridb - diff else gridb = 0 end else -- dark background so make grid lines slightly lighter if gridr + diff < 256 then gridr = gridr + diff else gridr = 255 end if gridg + diff < 256 then gridg = gridg + diff else gridg = 255 end if gridb + diff < 256 then gridb = gridb + diff else gridb = 255 end end show_grid_rgba = gridr.." "..gridg.." "..gridb.." 255" if currcolors[2] > 0 then -- hide_grid_rgba is the state 0 color with a slightly different red value -- (this allows fill_hexagon to draw a hexagon with a flood command) hide_grid_rgba = (currcolors[2]-1).." "..currcolors[3].." "..currcolors[4].." 255" else hide_grid_rgba = (currcolors[2]+1).." "..currcolors[3].." "..currcolors[4].." 255" end if g.getoption("showgrid") == 1 then grid_rgba = show_grid_rgba else grid_rgba = hide_grid_rgba end -- initialize edgelen set_hex_size() end -------------------------------------------------------------------------------- local function do_key(event) local key = event:sub(5) if key == "return none" then start_stop() elseif key == "space none" then step1() elseif key == "tab none" then step() elseif key:find("^up ") or key:find("^down ") or key:find("^left ") or key:find("^right ") then pan(event) elseif key == "f none" then fit_pattern() elseif key == "h none" then show_help() elseif key == "l none" then toggle_grid() elseif key == "o none" then toggle_overlay() elseif key == "r none" then reset() elseif key == "] none" then zoom_in() elseif key == "[ none" then zoom_out() else -- might be a user keyboard shortcut, so do it g.doevent(event) end end -------------------------------------------------------------------------------- function main() check_rule() create_overlay() refresh() g.show("Hit escape key to abort script...") while true do -- if size of layer has changed then resize the overlay check_layer_size() -- update cursor if mouse moves in/out of tool bar check_cursor() -- check for user input local event = op.process( g.getevent() ) -- event is empty if op.process handled the given event if #event > 0 then if event:find("^key") then do_key(event) elseif event:find("^click") then click_in_layer(event) elseif event:find("^oclick") then click_in_overlay(event) elseif event:find("^ozoomin") or event:find("^ozoomout") then zoom_hexagons(event) else -- eg. zoomin/zoomout event in current layer g.doevent(event) end end if g.getoption("showoverlay") == 1 then -- check if current layer's position or scale has changed check_position_and_scale() end -- check if user toggled grid lines (possibly via View menu) check_grid() if generating then advance(false) end end end -------------------------------------------------------------------------------- local oldstack = g.setoption("stacklayers", 0) local oldbuttons = g.setoption("showbuttons", 0) -- disable translucent buttons local status, err = xpcall(main, gp.trace) if err then g.continue(err) end -- the following code is always executed ov("delete") g.setoption("stacklayers", oldstack) g.setoption("showbuttons", oldbuttons) golly-3.3-src/Scripts/Lua/toLifeHistory.lua0000644000175000017500000000021013151213347015663 00000000000000-- Life to LifeHistory converter, intended to be mapped to keyboard shortcut, e.g., Alt+H local g = golly() g.setrule("LifeHistory") golly-3.3-src/Scripts/Lua/overlay-demo.lua0000755000175000017500000023327213441044674015514 00000000000000--[[ This script demonstrates the overlay's capabilities. Authors: Andrew Trevorrow (andrew@trevorrow.com) and Chris Rowett (crowett@gmail.com). --]] local g = golly() -- require "gplus.strict" local gp = require "gplus" local split = gp.split local int = gp.int local op = require "oplus" local maketext = op.maketext local pastetext = op.pastetext local draw_line = op.draw_line local ov = g.overlay local ovt = g.ovtable math.randomseed(os.time()) -- init seed for math.random -- minor optimizations local rand = math.random local floor = math.floor local sin = math.sin local cos = math.cos local abs = math.abs local wd, ht -- overlay's current width and height local toggle = 0 -- for toggling alpha blending local align = "right" -- for text alignment local transbg = 0 -- for text transparent background local shadow = 0 -- for text shadow local demofont = "font 11 default-bold" -- buttons for main menu (created in create_menu_buttons) local batch_button local blend_button local cellview_button local copy_button local cursor_button local line_button local set_button local fill_button local mouse_button local multiline_button local pos_button local render_button local replace_button local save_button local scale_button local sound_button local text_button local transition_button local extra_layer = false local return_to_main_menu = false -- flag if sound is available local sound_enabled = false -- timing local tstart = gp.timerstart local tsave = gp.timersave local tvalueall = gp.timervalueall -------------------------------------------------------------------------------- local function create_overlay() ov("create 1000 1000") -- main_menu() will resize the overlay to just fit buttons and text end -------------------------------------------------------------------------------- local function demotext(x, y, text) local oldfont = ov(demofont) local oldblend = ov("blend 1") maketext(text) pastetext(x, y) ov("blend "..oldblend) ov("font "..oldfont) end -------------------------------------------------------------------------------- local function repeat_test(extratext, palebg) extratext = extratext or "" palebg = palebg or false -- explain how to repeat test or return to the main menu local text = "Hit the space bar to repeat this test"..extratext..".\n" if g.os() == "Mac" then text = text.."Click or hit the return key to return to the main menu." else text = text.."Click or hit the enter key to return to the main menu." end local oldfont = ov(demofont) local oldblend = ov("blend 1") if palebg then -- draw black text ov(op.black) local _, h = maketext(text) pastetext(10, ht - 10 - h) else -- draw white text with a black shadow ov(op.white) local _, h = maketext(text, nil, op.white, 2, 2) local x = 10 local y = ht - 10 - h pastetext(x, y) end ov("blend "..oldblend) ov("font "..oldfont) g.update() while true do local event = g.getevent() if event:find("^oclick") or event == "key return none" then -- return to main menu rather than repeat test return_to_main_menu = true return false elseif event == "key space none" then -- repeat current test return true else -- might be a keyboard shortcut g.doevent(event) end end end -------------------------------------------------------------------------------- local function ms(t) return string.format("%.2fms", t) end -------------------------------------------------------------------------------- local day = 1 local function test_transitions() -- create a clip from the menu screen local oldblend = ov("blend 0") ov(op.black) ovt{"line", 0, 0, (wd - 1), 0, (wd - 1), (ht - 1), 0, (ht - 1), 0, 0} ov("copy 0 0 "..wd.." "..ht.." bg") -- create the background clip ov(op.blue) ovt{"fill"} local oldfont = ov("font 100 mono") ov(op.yellow) local w,h = maketext("Golly") ov("blend 1") pastetext(floor((wd - w) / 2), floor((ht - h) / 2)) ov("copy 0 0 "..wd.." "..ht.." fg") ov("blend 0") local pause = 0 ::restart:: ovt{"paste", 0, 0, "bg"} ov("update") local t = g.millisecs() while g.millisecs() - t < pause do end -- monday: exit stage left if day == 1 then for x = 0, wd, 10 do t = g.millisecs() ovt{"paste", 0, 0, "fg"} ovt{"paste", -x, 0, "bg"} ov("update") while g.millisecs() - t < 15 do end end -- tuesday: duck and cover elseif day == 2 then ov(op.white) for y = 0, ht, 10 do t = g.millisecs() ovt{"paste", 0, 0, "fg"} ovt{"paste", 0, y, "bg"} ov("update") while g.millisecs() - t < 15 do end end -- wednesday: slide to the right elseif day == 3 then for y = 0, ht, 8 do ov("copy 0 "..y.." "..wd.." 8 bg"..y) end local d local p for x = 0, wd * 2, 20 do t = g.millisecs() ovt{"paste", 0, 0, "fg"} d = 0 for y = 0, ht, 8 do p = x + 10 * d - wd if p < 0 then p = 0 end ovt{"paste", p, y, "bg"..y} d = d + 1 end ov("update") while g.millisecs() - t < 15 do end end for y = 0, ht, 8 do ov("delete bg"..y) end -- thursday: as if by magic elseif day == 4 then ovt{"paste", 0, 0, "fg"} ov("copy 0 0 "..wd.." "..ht.." blend") for a = 0, 255, 5 do t = g.millisecs() ov("blend 0") ovt{"paste", 0, 0, "bg"} ov("blend 1") ovt{"rgba", 0, 0, 0, a} ov("target blend") ov("replace *r *g *b *") ov("target") ovt{"paste", 0, 0, "blend"} ov("update") while g.millisecs() - t < 15 do end end ov("delete blend") -- friday: you spin me round elseif day == 5 then local x, y, r local deg2rad = 57.3 for a = 0, 360, 6 do t = g.millisecs() r = wd / 360 * a x = floor(r * sin(a / deg2rad)) y = floor(r * cos(a / deg2rad)) ovt{"paste", 0, 0, "fg"} ovt{"paste", x, y, "bg"} ov("update") while g.millisecs() - t < 15 do end end -- saturday: through the square window elseif day == 6 then for x = 1, wd / 2, 4 do t = g.millisecs() local y = x * (ht / wd) ov("blend 0") ovt{"paste", 0, 0, "bg"} ovt{"rgba", 0, 0, 0, 0} ovt{"fill", floor(wd / 2 - x), floor(ht / 2 - y), (x * 2), floor(y * 2)} ov("copy 0 0 "..wd.." "..ht.." trans") ovt{"paste", 0, 0, "fg"} ov("blend 1") ovt{"paste", 0, 0, "trans"} ov("update") while g.millisecs() - t < 15 do end end ov("delete trans") -- sunday: people in glass houses elseif day == 7 then local box = {} local n = 1 local tx, ty for y = 0, ht, 16 do for x = 0, wd, 16 do tx = x + rand(0, floor(wd / 8)) - wd / 16 ty = ht + rand(0, floor(ht / 2)) local entry = {} entry[1] = x entry[2] = y entry[3] = tx entry[4] = ty box[n] = entry ov("copy "..x.." "..y.." 16 16 sprite"..n) n = n + 1 end end for i = 0, 100 do t = g.millisecs() local a = i / 100 local x, y ovt{"paste", 0, 0, "fg"} for j = 1, #box do x = box[j][1] y = box[j][2] tx = box[j][3] ty = box[j][4] ovt{"paste", floor(x * (1 - a) + tx * a), floor(y * (1 - a) + ty * a), "sprite"..j} end ov("update") while g.millisecs() - t < 15 do end end for i = 1, #box do ov("delete sprite"..i) end -- bonus day: objects in the mirror are closer than they appear elseif day == 8 then for x = 1, 100 do t = g.millisecs() ovt{"paste", 0, 0, "bg"} ov("scale best "..floor(wd / 2 - ((wd / 2) * x / 100)).." "..floor(ht / 2 - ((ht / 2) * x / 100)).." "..floor(wd * x / 100).." "..floor(ht * x / 100).." fg") ov("update") while g.millisecs() - t < 15 do end end end -- next day day = day + 1 if day == 9 then day = 1 end ovt{"paste", 0, 0, "fg"} ov("update") pause = 300 if repeat_test(" using a different transition", false) then goto restart end -- restore settings ov("blend "..oldblend) ov("font "..oldfont) ov("delete fg") ov("delete bg") end -------------------------------------------------------------------------------- local curs = 0 local function test_cursors() ::restart:: local cmd curs = curs + 1 if curs == 1 then cmd = "cursor pencil" end if curs == 2 then cmd = "cursor pick" end if curs == 3 then cmd = "cursor cross" end if curs == 4 then cmd = "cursor hand" end if curs == 5 then cmd = "cursor zoomin" end if curs == 6 then cmd = "cursor zoomout" end if curs == 7 then cmd = "cursor arrow" end if curs == 8 then cmd = "cursor current" end if curs == 9 then cmd = "cursor wait" end if curs == 10 then cmd = "cursor hidden" curs = 0 end ov(cmd) ov(op.white) ovt{"fill"} -- create a transparent hole ovt{"rgba", 0, 0, 0, 0} ovt{"fill", 100, 100, 100, 100} if cmd == "cursor current" then cmd = cmd.."\n\n".."The overlay cursor matches Golly's current cursor." else cmd = cmd.."\n\n".."The overlay cursor will change to Golly's current cursor\n".. "if it moves outside the overlay or over a transparent pixel:" end ov(op.black) demotext(10, 10, cmd) if repeat_test(" using a different cursor", true) then goto restart end curs = 0 end -------------------------------------------------------------------------------- local pos = 0 local function test_positions() ::restart:: pos = pos + 1 if pos == 1 then ov("position topleft") end if pos == 2 then ov("position topright") end if pos == 3 then ov("position bottomright") end if pos == 4 then ov("position bottomleft") end if pos == 5 then ov("position middle") pos = 0 end ov(op.white) ovt{"fill"} ovt{"rgba", 0, 0, 255, 128} ovt{"fill", 1, 1, -2, -2} local text = [[The overlay can be positioned in the middle of the current layer, or at any corner.]] local oldfont = ov(demofont) local oldblend = ov("blend 1") local w, h local fontsize = 30 ov(op.white) -- reduce fontsize until text nearly fills overlay width repeat fontsize = fontsize - 1 ov("font "..fontsize) w, h = maketext(text) until w <= wd - 10 ov(op.black) maketext(text, "shadow") local x = int((wd - w) / 2) local y = int((ht - h) / 2) pastetext(x+2, y+2, op.identity, "shadow") pastetext(x, y) ov("blend "..oldblend) ov("font "..oldfont) if repeat_test(" using a different position") then goto restart end pos = 0 end -------------------------------------------------------------------------------- local replace = 1 local replacements = { [1] = { col = {"rgba", 255, 255, 0, 255}, cmd = "replace 255 0 0 255", desc = "replace red pixels with yellow" }, [2] = { col = {"rgba", 255, 255, 0, 128}, cmd = "replace 0 0 0 255", desc = "replace black with semi-transparent yellow" }, [3] = { col = {"rgba", 255, 255, 0, 255}, cmd = "replace !255 0 0 255", desc = "replace non-red pixels with yellow" }, [4] = { col = {}, cmd = "replace *g *r *# *#", desc = "swap red and green components" }, [5] = { col = {"rgba", 0, 0, 0, 128}, cmd = "replace *# *# *# *", desc = "make all pixels semi-transparent" }, [6] = { col = {}, cmd = "replace *r- *g- *b- *#", desc = "invert clip r g b components" }, [7] = { col = {"rgba", 255, 255, 0, 255}, cmd = "replace 255 0 0 255-64", desc = "replace red pixels with rgba -64 alpha" }, [8] = { col = {}, cmd = "replace *# *# *# *#-", desc = "make transparent pixels opaque and vice versa" }, [9] = { col = {"rgba", 255, 255, 0, 255}, cmd = "replace * * * !255", desc = "replace non-opaque pixels with yellow" }, [10] = { col = {"rgba", 255, 255, 255, 255}, cmd = "replace *a *a *a *", desc = "convert alpha to grayscale" }, [11] = { col = {}, cmd = "replace *a *b *g *r", desc = "convert RGBA to ABGR" }, [12] = { col = {"rgba", 255, 255, 0, 255}, cmd = "replace 0 255 0 !255", desc = "replace non-opaque green with yellow" }, [13] = { col = {"rgba", 255, 255, 0, 255}, cmd = "replace * * * *", desc = "fill (replace any pixel with yellow)" }, [14] = { col = {}, cmd = "replace *# *# *# *#", desc = "no-op (replace pixels with clip pixels)" }, [15] = { col = {"rgba", 0, 0, 0, 128}, cmd = "replace *# *# *# *", desc = "make whole overlay semi-transparent", overlay = true }, [16] = { col = {}, cmd = "replace *#+64 *#+64 *#+64 *#", desc = "make pixels brighter" }, [17] = { col = {}, cmd = "replace *# *# *# *#-64", desc = "make pixels more transparent" }, [18] = { col = {}, cmd = "replace *#++ *#++ *#++ *#", desc = "fade to white using increment", overlay = true, loop = true }, [19] = { col = {}, cmd = "replace *#-4 *#-4 *#-4 *#", desc = "fast fade to black", overlay = true, loop = true } } local function test_replace() ::restart:: -- create clip local _ local oldblend = ov("blend 0") ovt{"rgba", 0, 0, 0, 0} ovt{"fill"} ov("blend 1") ov(op.black) ovt{"fill", 20, 20, 192, 256} ov(op.red) ovt{"fill", 84, 84, 128, 128} ov(op.blue) ovt{"fill", 148, 148, 64, 64} ovt{"rgba", 0, 255, 0, 128} ovt{"fill", 64, 64, 104, 104} ovt{"rgba", 255, 255, 255, 64} ovt{"fill", 212, 20, 64, 64} ovt{"rgba", 255, 255, 255, 128} ovt{"fill", 212, 84, 64, 64} ovt{"rgba", 255, 255, 255, 192} ovt{"fill", 212, 148, 64, 64} ovt{"rgba", 255, 255, 255, 255} ovt{"fill", 212, 212, 64, 64} ov("blend 0") ovt{"rgba", 255, 255, 0, 0} ovt{"fill", 84, 212, 64, 64} ovt{"rgba", 0, 255, 0, 128} ovt{"fill", 20, 212, 64, 64} ov("blend 1") ov(op.white) ovt{"line", 20, 20, 275, 20, 275, 275, 20, 275, 20, 20} ov("copy 20 20 256 256 clip") -- create the background with some text local oldfont = ov("font 24 mono") ovt{"rgba", 0, 0, 192, 255} ovt{"fill"} ovt{"rgba", 192, 192, 192, 255} local w, h = maketext("Golly") ov("blend 1") for y = 0, ht - 70, h do for x = 0, wd, w do pastetext(x, y) end end -- draw the clip ovt{"paste", 20, 20, "clip"} -- replace clip local drawcol = replacements[replace].col local replacecmd = replacements[replace].cmd if #drawcol ~= 0 then -- set RGBA color ovt(drawcol) end -- execute replace and draw clip local replaced local t1 = g.millisecs() if replacements[replace].overlay ~= true then ov("target clip") end if replacements[replace].loop == true then -- copy overlay to bigclip ov("copy 0 0 0 0 bigclip") replaced = 1 local count = 0 while replaced > 0 do local t = g.millisecs() count = count + 1 -- replace pixels in bigclip ov("target bigclip") replaced = tonumber(ov(replacecmd)) -- paste bigclip to the overlay ov("target") ovt{"paste", 0, 0, "bigclip"} -- draw test number over the bigclip ov("blend 1") ovt{"rgba", 0, 0, 0, 192} ovt{"fill", 0, 300, wd, 144} -- draw test name ov("font 14 mono") ov(op.white) local testname = "Test "..replace..": "..replacements[replace].desc w, _ = maketext(testname, nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 310) ov("font 22 mono") if #drawcol ~= 0 then ov(op.yellow) w, _ = maketext(table.concat(drawcol, " "), nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 340) end ov(op.yellow) w, _ = maketext(replacecmd, nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 390) -- update display g.show("Test "..replace..": pixels replaced in step "..count..": "..replaced) ov("update") while g.millisecs() - t < 15 do end end else replaced = tonumber(ov(replacecmd)) end t1 = g.millisecs() - t1 ov("target ") if replacements[replace].overlay ~= true then ovt{"paste", (wd - 276), 20, "clip"} end -- draw replacement text background if replacements[replace].loop ~= true then ov("blend 1") ovt{"rgba", 0, 0, 0, 192} ovt{"fill", 0, 300, wd, 144} -- draw test name ov("font 14 mono") ov(op.white) local testname = "Test "..replace..": "..replacements[replace].desc w, _ = maketext(testname, nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 310) -- draw test commands ov("font 22 mono") if #drawcol ~= 0 then ov(op.yellow) w, _ = maketext(table.concat(drawcol, " "), nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 340) end ov(op.yellow) w, _ = maketext(replacecmd, nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 390) end -- restore settings ov("blend "..oldblend) ov("font "..oldfont) -- display elapsed time if replacements[replace].loop ~= true then g.show("Time to replace: "..ms(t1).." Pixels replaced: "..replaced) else g.show("Time to replace: "..ms(t1)) end -- next replacement replace = replace + 1 if replace > #replacements then replace = 1 end if repeat_test(" with different options") then goto restart end ov("target") end -------------------------------------------------------------------------------- local function test_copy_paste() ::restart:: local t1 = g.millisecs() -- tile the overlay with a checkerboard pattern local sqsize = rand(5, 300) local tilesize = sqsize * 2 -- create the 1st tile (2x2 squares) in the top left corner ov(op.white) ovt{"fill", 0, 0, tilesize, tilesize} ov(op.red) ovt{"fill", 1, 1, (sqsize-1), (sqsize-1)} ovt{"fill", (sqsize+1), (sqsize+1), (sqsize-1), (sqsize-1)} ov(op.black) ovt{"fill", (sqsize+1), 1, (sqsize-1), (sqsize-1)} ovt{"fill", 1, (sqsize+1), (sqsize-1), (sqsize-1)} ov("copy 0 0 "..tilesize.." "..tilesize.." tile") -- tile the top row for x = tilesize, wd, tilesize do ovt{"paste", x, 0, "tile"} end -- copy the top row and use it to tile the remaining rows ov("copy 0 0 "..wd.." "..tilesize.." row") for y = tilesize, ht, tilesize do ovt{"paste", 0, y, "row"} end ov("delete tile") ov("delete row") g.show("Time to test copy and paste: "..ms(g.millisecs()-t1)) if repeat_test(" with different sized tiles") then goto restart end end -------------------------------------------------------------------------------- local function bezierx(t, x0, x1, x2, x3) local cX = 3 * (x1 - x0) local bX = 3 * (x2 - x1) - cX local aX = x3 - x0 - cX - bX -- compute x position local x = (aX * math.pow(t, 3)) + (bX * math.pow(t, 2)) + (cX * t) + x0 return x end -------------------------------------------------------------------------------- local themenum = 1 local function test_cellview() -- create a new layer g.addlayer() extra_layer = true g.setalgo("QuickLife") g.setrule("b3/s23") -- resize overlay to cover entire layer wd, ht = g.getview( g.getlayer() ) ov("resize "..wd.." "..ht) ov("position topleft") -- create a new layer with 50% random fill local size = 512 g.select( {0, 0, size, size} ) g.randfill(50) g.select( {} ) -- save settings local oldblend = ov("blend 0") local oldalign = ov("textoption align left") -- create text clips local exitclip = "exit" local oldfont = ov("font 16 roman") local exitw = maketext("Click or press any key to return to the main menu.", exitclip, op.white, 2, 2) ov("blend 1") -- create a cellview (width and height must be multiples of 16) local w16 = size & ~15 local h16 = size & ~15 ov("cellview 0 0 "..w16.." "..h16) -- set the theme ov(op.themes[themenum]) themenum = themenum + 1 if themenum > #op.themes then themenum = 0 end -- initialize the camera local angle = 0 local zoom = 6 local x = size / 2 local y = size / 2 local depth = 0 local startangle = angle local startzoom = zoom local startx = x local starty = y local startdepth = depth local targetangle = angle local targetzoom = zoom local targetx = x local targety = y local targetdepth = depth local anglesteps = 600 local zoomsteps = 400 local xysteps = 200 local depthsteps = 800 local anglestep = 0 local zoomstep = 0 local xystep = 0 local depthstep = 0 local firstdepth = true local firstxy = true local firstangle = true local firstzoom = true -- create the world view clip local worldsize = 256 ov("create "..worldsize.." "..worldsize.." world") -- animate the cells local running = true while running do local t1 = g.millisecs() tstart("frame") -- check for resize local newwd, newht = g.getview(g.getlayer()) if newwd ~= wd or newht ~= ht then -- resize overlay if newwd < 1 then newwd = 1 end if newht < 1 then newht = 1 end -- save new size wd = newwd ht = newht -- resize overlay ov("resize "..wd.." "..ht) end -- stop when key pressed or mouse button clicked local event = g.getevent() if event == "key f11 none" then g.doevent(event) else if event:find("^key") or event:find("^oclick") then running = false end end -- next generation tstart("run") g.run(1) tsave("run") -- update cell view from pattern tstart("cells") ov("updatecells") tsave("cells") -- set the camera ov("camera angle "..angle) ov("camera zoom "..zoom) ov("camera xy "..x.." "..y) -- set the layer depth and number of layers ov("celloption depth "..depth) ov("celloption layers 6") -- update the camera zoom if zoomstep == zoomsteps then zoomstep = 0 zoomsteps = rand(600, 800) startzoom = zoom if rand() > 0.25 or firstzoom then targetzoom = rand(2, 10) firstzoom = false else targetzoom = startzoom end else zoom = startzoom + bezierx(zoomstep / zoomsteps, 0, 0, 1, 1) * (targetzoom - startzoom) zoomstep = zoomstep + 1 end -- update the camera angle if anglestep == anglesteps then anglestep = 0 anglesteps = rand(600, 800) startangle = angle if rand() > 0.25 or firstangle then targetangle = rand(0, 359) firstangle = false else targetangle = startangle end else angle = startangle + bezierx(anglestep / anglesteps, 0, 0, 1, 1) * (targetangle - startangle) anglestep = anglestep + 1 end -- update the camera position if xystep == xysteps then xystep = 0 xysteps = rand(1000, 1200) startx = x starty = y if rand() > 0.25 or firstxy then targetx = rand(0, w16 - 1) targety = rand(0, h16 - 1) firstxy = false else targetx = startx targety = starty end else x = startx + bezierx(xystep / xysteps, 0, 0, 1, 1) * (targetx - startx) y = starty + bezierx(xystep / xysteps, 0, 0, 1, 1) * (targety - starty) xystep = xystep + 1 end -- update the layer depth if depthstep == depthsteps then depthstep = 0 depthsteps = rand(600, 800) startdepth = depth if rand() > 0.5 or firstdepth then targetdepth = rand() firstdepth = false else targetdepth = 0 end else depth = startdepth + bezierx(depthstep / depthsteps, 0, 0, 1, 1) * (targetdepth - startdepth) depthstep = depthstep + 1 end -- draw the cell view tstart("drawcells") ov("blend 0") ov("drawcells") tsave("drawcells") -- draw the world view ov("target world") ov("camera angle 0") ov("camera zoom 1") ov("camera xy "..floor(size / 2).." "..floor(size / 2)) ov("celloption layers 1") tstart("worldcells") ov("drawcells") tsave("worldcells") ovt{"rgba", 128, 128, 128, 255} ovt{"line", 0, 0, (worldsize - 1), 0} ovt{"line", 0, 0, 0, (worldsize - 1)} ov("target") ovt{"paste", (wd - worldsize), (ht - worldsize), "world"} -- draw exit message ov("blend 1") pastetext(floor((wd - exitw) / 2), 20, op.identity, exitclip) tsave("frame") g.show("Time to test cellview: "..tvalueall(2)) -- update the overlay ov("update") while g.millisecs() - t1 < 15 do end end -- free clips ov("delete world") ov("delete "..exitclip) -- restore settings ov("textoption align "..oldalign) ov("font "..oldfont) ov("blend "..oldblend) -- delete the layer g.dellayer() extra_layer = false return_to_main_menu = true end -------------------------------------------------------------------------------- local loaddir = g.getdir("app").."Help/images/" local function test_scale() local loaded = false local iw, ih local quality = "best" local minscale = 0.1 local maxscale = 8.0 local scale = 1.0 -- no scaling ::restart:: ov(op.yellow) ovt{"fill"} local text = "Hit the space bar to load another image.\n" if g.os() == "Mac" then text = text.."Click or hit the return key to return to the main menu." else text = text.."Click or hit the enter key to return to the main menu." end local oldfont = ov(demofont) local oldblend = ov("blend 1") ov(op.black) local _, h = maketext(text) pastetext(10, ht - 10 - h) maketext("Hit [ to scale down, ] to scale up, 1 to reset scale to 1.0, Q to toggle quality.") pastetext(10, 10) ov("font "..oldfont) if not loaded then -- prompt user to load a BMP/GIF/PNG/TIFF file g.update() local filetypes = "Image files (*.bmp;*.gif;*.png;*.tiff)|*.bmp;*.gif;*.png;*.tiff" local filepath = g.opendialog("Load an image file", filetypes, loaddir, "") if #filepath > 0 then -- update loaddir by stripping off the file name local pathsep = g.getdir("app"):sub(-1) loaddir = filepath:gsub("[^"..pathsep.."]+$","") -- center image in overlay by first loading the file completely outside it -- so we get the image dimensions without changing the overlay local imgsize = ov("load "..wd.." "..ht.." "..filepath) iw, ih = split(imgsize) iw = tonumber(iw) ih = tonumber(ih) -- now load image into a clip ov("create "..iw.." "..ih.." img") ov("target img") ov("load 0 0 "..filepath) ov("target") loaded = true end end if loaded then -- draw image at current scale local scaledw = int(iw*scale+0.5) local scaledh = int(ih*scale+0.5) local x = int((wd-scaledw)/2+0.5) local y = int((ht-scaledh)/2+0.5) local t1 = g.millisecs() ov("scale "..quality.." "..x.." "..y.." "..scaledw.." "..scaledh.." img") g.show("Image width and height: "..scaledw.." "..scaledh.. " scale: "..scale.." quality: "..quality.." time: "..ms(g.millisecs()-t1)) end ov("blend "..oldblend) g.update() while true do local event = g.getevent() if event == "key space none" then loaded = false scale = 1.0 goto restart elseif event == "key [ none" or event:find("^ozoomout") then if scale > minscale then scale = scale - 0.1 if scale < minscale then scale = minscale end goto restart end elseif event == "key ] none" or event:find("^ozoomin") then if scale < maxscale then scale = scale + 0.1 if scale > maxscale then scale = maxscale end goto restart end elseif event == "key 1 none" then scale = 1.0 goto restart elseif event == "key q none" then if quality == "fast" then quality = "best" else quality = "fast" end goto restart elseif event:find("^oclick") or event == "key return none" then return_to_main_menu = true return elseif #event > 0 then g.doevent(event) end end end -------------------------------------------------------------------------------- local savedir = g.getdir("data") local function test_save() ::restart:: -- create gradient from one random pale color to another local r1, g1, b1, r2, g2, b2 repeat r1 = rand(128,255) g1 = rand(128,255) b1 = rand(128,255) r2 = rand(128,255) g2 = rand(128,255) b2 = rand(128,255) until abs(r1-r2) + abs(g1-g2) + abs(b1-b2) > 128 local rfrac = (r2 - r1) / ht local gfrac = (g2 - g1) / ht local bfrac = (b2 - b1) / ht for y = 0, ht-1 do local rval = int(r1 + y * rfrac + 0.5) local gval = int(g1 + y * gfrac + 0.5) local bval = int(b1 + y * bfrac + 0.5) ovt{"rgba", rval, gval, bval, 255} ovt{"line", 0, y, wd, y} end -- create a transparent hole in the middle ovt{"rgba", 0, 0, 0, 0} ovt{"fill", int((wd-100)/2), int((ht-100)/2), 100, 100} g.update() -- prompt for file name and location local pngpath = g.savedialog("Save overlay as PNG file", "PNG (*.png)|*.png", savedir, "overlay.png") if #pngpath > 0 then -- save overlay in given file ov("save 0 0 "..wd.." "..ht.." "..pngpath) g.show("Overlay was saved in "..pngpath) -- update savedir by stripping off the file name local pathsep = g.getdir("app"):sub(-1) savedir = pngpath:gsub("[^"..pathsep.."]+$","") end if repeat_test(" and save a different overlay", true) then goto restart end end -------------------------------------------------------------------------------- local function test_set() local maxx = wd - 1 local maxy = ht - 1 local flakes = 10000 -- create the exit message local oldfont = ov(demofont) local text if g.os() == "Mac" then text = "Click or hit the return key to return to the main menu." else text = "Click or hit the enter key to return to the main menu." end local w, h = maketext(text, nil, op.white, 2, 2) -- create the golly text in yellow (which has no blue component for r g b) ov("font 100 mono") ov(op.yellow) local gw, gh = maketext("Golly", "gollyclip") -- fill the background with graduated blue to black local oldblend = ov("blend 0") local c for i = 0, ht - 1 do c = 128 * i // ht ovt{"rgba", 0, 0, c, 255} ovt{"line", 0, i, (wd - 1), i} end -- draw golly text ov("blend 1") local texty = ht - gh - h pastetext((wd - gw) // 2, texty, op.identity, "gollyclip") -- create the background clip ov("copy 0 0 "..wd.." "..ht.." bg") ov("update") -- read the screen local fullrow = {} for j = 0, wd -1 do fullrow[j] = true end local screen = {} for i = 0, ht - 1 do local row = {} if i < texty or i > texty + gh then -- ignore rows outside Golly text clip rows row = {table.unpack(fullrow)} else for j = 0, wd - 1 do -- ignore pixels that don't have a red component row[j] = (ovt{"get", j, i} == 0) end end screen[i] = row end -- initialize flake positions local yrange = 20 * maxy local maxpos = -yrange local x = {} local y = {} local dy = {} for i = 1, flakes do x[i] = rand(0, maxx) local yval = 0 for _ = 1, 10 do yval = yval + rand(0, yrange) end y[i] = -(yval // 10) if y[i] > maxpos then maxpos = y[i] end dy[i] = rand() / 5 + 0.8 end for i = 1, flakes do y[i] = y[i] - maxpos end -- initialize the drawing command (will have pixel coordinates added during update) local xy = {"set"} -- set white for flake colour ov(op.white) -- loop until key pressed or mouse clicked while not return_to_main_menu do tstart("frame") local event = g.getevent() if event:find("^oclick") or event == "key return none" then -- return to main menu return_to_main_menu = true end -- draw the background local t1 = g.millisecs() tstart("background") ov("blend 0") ovt{"paste", 0, 0, "bg"} tsave("background") -- update the pixel positions tstart("update") local lastx, lasty, newx, newy, diry -- index into drawing command for coordinates starts after "set" keyword local m = 2 -- no need to clear the coordinate list each frame since pixels are -- only ever added so it can be safely reused for i = 1, flakes do lastx = x[i] lasty = y[i] diry = dy[i] newx = lastx newy = lasty if lasty >= 0 and lasty < ht - 1 then if lasty // 1 == (lasty + diry) // 1 then newy = lasty + diry else if screen[(lasty + diry) // 1][lastx] then newy = lasty + diry else local r = rand() if r < 0.05 then local dx = 1 if r < 0.025 then dx = -1 end if lastx + dx >= 0 and lastx + dx < wd then if screen[(lasty + diry) // 1][lastx + dx] then newx = lastx + dx newy = lasty + diry end end end end screen[lasty // 1][lastx] = true screen[newy // 1][newx] = false end elseif lasty < 0 then newy = lasty + diry end x[i] = newx y[i] = newy if newy >= 0 and newy < ht then -- add pixel coordinates to list for drawing xy[m] = newx xy[m + 1] = newy m = m + 2 end end tsave("update") -- check if there are pixels to draw if m > 2 then tstart("draw") ovt(xy) tsave("draw") end -- draw the exit message ov("blend 1") pastetext((wd - w) // 2, 10) -- display elapsed time tsave("frame") local drawn = (m - 2) // 2 g.show("Time for "..drawn.." pixels: "..tvalueall(2)) -- wait for frame time while g.millisecs() - t1 < 15 do end -- update display ov("update") end -- free clips and restore settings ov("delete gollyclip") ov("delete bg") ov("blend "..oldblend) ov("font "..oldfont) end -------------------------------------------------------------------------------- local function dot(x, y) local oldrgba = ov(op.green) ovt{"set", x, y} ov("rgba "..oldrgba) end -------------------------------------------------------------------------------- local function draw_rect(x0, y0, x1, y1) local oldrgba = ov(op.red) local oldwidth = ov("lineoption width 1") ovt{"line", x0, y0, x1, y0, x1, y1, x0, y1, x0, y0} ov("rgba "..oldrgba) ov("lineoption width "..oldwidth) end -------------------------------------------------------------------------------- local function draw_ellipse(x, y, w, h) ov("ellipse "..x.." "..y.." "..w.." "..h) -- enable next call to check that ellipse is inside given rectangle --draw_rect(x, y, x+w-1, y+h-1) end -------------------------------------------------------------------------------- local function radial_lines(x0, y0, length) draw_line(x0, y0, x0+length, y0) draw_line(x0, y0, x0, y0+length) draw_line(x0, y0, x0, y0-length) draw_line(x0, y0, x0-length, y0) for angle = 15, 75, 15 do local rad = angle * math.pi/180 local xd = int(length * cos(rad)) local yd = int(length * sin(rad)) draw_line(x0, y0, x0+xd, y0+yd) draw_line(x0, y0, x0+xd, y0-yd) draw_line(x0, y0, x0-xd, y0+yd) draw_line(x0, y0, x0-xd, y0-yd) end end -------------------------------------------------------------------------------- local function vertical_lines(x, y) local oldwidth = ov("lineoption width 1") local len = 30 local gap = 15 for w = 1, 7 do ov("lineoption width "..w) draw_line(x, y, x, y+len) dot(x,y) dot(x,y+len) x = x+gap end ov("lineoption width "..oldwidth) end -------------------------------------------------------------------------------- local function diagonal_lines(x, y) local oldwidth = ov("lineoption width 1") local len = 30 local gap = 15 for w = 1, 7 do ov("lineoption width "..w) draw_line(x, y, x+len, y+len) dot(x,y) dot(x+len,y+len) x = x+gap end ov("lineoption width "..oldwidth) end -------------------------------------------------------------------------------- local function nested_ellipses(x, y) -- start with a circle local w = 91 local h = 91 draw_ellipse(x, y, w, h) for i = 1, 3 do draw_ellipse(x-i*10, y-i*15, w+i*20, h+i*30) draw_ellipse(x+i*10, y+i*15, w-i*20, h-i*30) end end -------------------------------------------------------------------------------- local function show_magnified_pixels(x, y) local radius = 5 local numcols = radius*2+1 local numrows = numcols local magsize = 14 local boxsize = (1+magsize)*numcols+1 -- get pixel colors local color = {} for i = 1, numrows do color[i] = {} for j = 1, numcols do color[i][j] = ov("get "..(x-radius-1+j).." "..(y-radius-1+i)) end end -- save area in top left corner big enough to draw the magnifying glass local outersize = int(math.sqrt(boxsize*boxsize+boxsize*boxsize) + 0.5) ov("copy 0 0 "..outersize.." "..outersize.." outer_bg") local oldrgba = ov("rgba 0 0 0 0") local oldblend = ov("blend 0") ov("fill 0 0 "..outersize.." "..outersize) -- draw gray background (ie. grid lines around pixels) ov(op.gray) local xpos = int((outersize-boxsize)/2) local ypos = int((outersize-boxsize)/2) ov("fill "..xpos.." "..ypos.." "..boxsize.." "..boxsize) -- draw magnified pixels for i = 1, numrows do for j = 1, numcols do if #color[i][j] > 0 then ov("rgba "..color[i][j]) local xv = xpos+1+(j-1)*(magsize+1) local yv = ypos+1+(i-1)*(magsize+1) ov("fill "..xv.." "..yv.." "..magsize.." "..magsize) end end end -- erase outer ring local oldwidth = ov("lineoption width "..int((outersize-boxsize)/2)) ov("rgba 0 0 0 0") draw_ellipse(0, 0, outersize, outersize) -- surround with a gray circle ov(op.gray) ov("lineoption width 4") ov("blend 1") draw_ellipse(xpos-2, ypos-2, boxsize+4, boxsize+4) ov("blend 0") ov("copy 0 0 "..outersize.." "..outersize.." mag_box") -- restore background saved above ov("paste 0 0 outer_bg") ov("delete outer_bg") -- draw magnified circle with center at x,y xpos = int(x-outersize/2) ypos = int(y-outersize/2) ov("blend 1") ov("paste "..xpos.." "..ypos.." mag_box") ov("delete mag_box") -- restore settings ov("rgba "..oldrgba) ov("blend "..oldblend) ov("lineoption width "..oldwidth) end -------------------------------------------------------------------------------- local function test_lines() -- this test requires a bigger overlay local owd = 800 local oht = 600 ov("resize "..owd.." "..oht) ov(op.white) ovt{"fill"} ov(op.black) local oldblend = ov("blend 0") local oldwidth = ov("lineoption width 1") local _ -- non-antialiased lines (line width = 1) radial_lines(80, 90, 45) -- antialiased lines ov("blend 1") radial_lines(200, 90, 45) ov("blend 0") -- thick non-antialiased lines (line width = 2) ov("lineoption width 2") radial_lines(80, 190, 45) -- thick antialiased lines ov("blend 1") radial_lines(200, 190, 45) ov("blend 0") -- thick non-antialiased lines (line width = 3) ov("lineoption width 3") radial_lines(80, 290, 45) -- thick antialiased lines ov("blend 1") radial_lines(200, 290, 45) ov("blend 0") -- non-antialiased lines with increasing thickness vertical_lines(30, 350) diagonal_lines(30, 390) -- antialiased lines with increasing thickness ov("blend 1") vertical_lines(150, 350) diagonal_lines(150, 390) ov("blend 0") -- non-antialiased ellipses (line width = 1) ov("lineoption width 1") nested_ellipses(350, 90) -- antialiased ellipses (line width = 1) ov("blend 1") nested_ellipses(520, 90) ov("blend 0") -- thick non-antialiased ellipses ov("lineoption width 3") nested_ellipses(350, 290) -- thick antialiased ellipses ov("blend 1") nested_ellipses(520, 290) ov("blend 0") ov("lineoption width 1") -- test overlapping translucent colors ov("blend 1") ov("lineoption width 20") local oldrgba = ov("rgba 0 255 0 128") draw_ellipse(50, 450, 100, 100) ovt{"rgba", 255, 0, 0, 128} draw_line(50, 450, 150, 550) ovt{"rgba", 0, 0, 255, 128} draw_line(150, 450, 50, 550) ov("blend 0") ov("lineoption width 1") ov("rgba "..oldrgba) -- draw filled ellipses using fill_ellipse function from oplus -- (no border if given border width is 0) op.fill_ellipse(370, 450, 50, 100, 0, "rgba 0 0 255 128") ovt{"rgba", 200, 200, 200, 128} -- translucent gray border op.fill_ellipse(300, 450, 100, 80, 15, op.green) ov("rgba "..oldrgba) op.fill_ellipse(200, 450, 140, 99, 2, "rgba 255 255 0 128") -- draw rounded rectangles using round_rect function from oplus op.round_rect(670, 50, 60, 40, 10, 3, "") op.round_rect(670, 100, 60, 40, 20, 0, "rgba 0 0 255 128") op.round_rect(670, 150, 60, 21, 3, 0, op.blue) ovt{"rgba", 200, 200, 200, 128} -- translucent gray border op.round_rect(700, 30, 70, 200, 35, 10, "rgba 255 255 0 128") ov("rgba "..oldrgba) -- draw some non-rounded rectangles (radius is 0) op.round_rect(670, 200, 10, 8, 0, 3, "") op.round_rect(670, 210, 10, 8, 0, 1, op.red) op.round_rect(670, 220, 10, 8, 0, 0, op.green) op.round_rect(670, 230, 10, 8, 0, 0, "") -- nothing is drawn -- draw solid circles (non-antialiased and antialiased) ov("lineoption width 10") draw_ellipse(450, 500, 20, 20) ov("blend 1") draw_ellipse(480, 500, 20, 20) ov("blend 0") ov("lineoption width 1") -- draw solid ellipses (non-antialiased and antialiased) ov("lineoption width 11") draw_ellipse(510, 500, 21, 40) ov("blend 1") draw_ellipse(540, 500, 21, 40) ov("blend 0") ov("lineoption width 1") -- create a circular hole with fuzzy edges ovt{"rgba", 255, 255, 255, 0} ov("blend 0") ov("lineoption width 25") local x, y, w, h = 670, 470, 50, 50 draw_ellipse(x, y, w, h) ov("lineoption width 1") local a = 0 for _ = 1, 63 do a = a + 4 ovt{"rgba", 255, 255, 255, a} -- we need to draw 2 offset ellipses to ensure all pixels are altered x = x-1 w = w+2 draw_ellipse(x, y, w, h) y = y-1 h = h+2 draw_ellipse(x, y, w, h) end ov("lineoption width 1") ov("rgba "..oldrgba) -- create and draw the exit message local oldfont = ov(demofont) ov("blend 1") local text if g.os() == "Mac" then text = "Click or hit the return key to return to the main menu." else text = "Click or hit the enter key to return to the main menu." end ov(op.black) _, h = maketext(text) pastetext(10, oht - h - 10) maketext("Hit the M key to toggle the magnifying glass.") pastetext(10, 10) ov("font "..oldfont) g.update() ov("blend 0") ov("copy 0 0 0 0 bg") local showing_magnifier = false local display_magnifier = true local prevx, prevy -- loop until enter/return key pressed or mouse clicked while true do local event = g.getevent() if event:find("^oclick") or event == "key return none" then -- tidy up and return to main menu ov("blend "..oldblend) ov("lineoption width "..oldwidth) ov("delete bg") return_to_main_menu = true return elseif event == "key m none" then -- toggle magnifier display_magnifier = not display_magnifier if showing_magnifier and not display_magnifier then ovt{"paste", 0, 0, "bg"} g.show("") g.update() showing_magnifier = false elseif display_magnifier and not showing_magnifier then -- force it to appear if mouse is in overlay prevx = -1 end else -- might be a keyboard shortcut g.doevent(event) end -- track mouse and magnify pixels under cursor local xy = ov("xy") if #xy > 0 then local xv, yv = split(xy) xv = tonumber(xv) yv = tonumber(yv) if xv ~= prevx or yv ~= prevy then prevx = xv prevy = yv ovt{"paste", 0, 0, "bg"} if display_magnifier then -- first show position and color of x,y pixel in status bar g.show("xy: "..xv.." "..yv.." rgba: "..ov("get "..xv.." "..yv)) show_magnified_pixels(xv, yv) g.update() showing_magnifier = true end end elseif showing_magnifier then ovt{"paste", 0, 0, "bg"} g.show("") g.update() showing_magnifier = false end end end -------------------------------------------------------------------------------- local function test_multiline_text() ::restart:: -- resize overlay to cover entire layer wd, ht = g.getview( g.getlayer() ) ov("resize "..wd.." "..ht) local oldfont = ov("font 10 mono-bold") -- use a mono-spaced font -- draw solid background local oldblend = ov("blend 0") ov(op.blue) ovt{"fill"} local textstr = [[ "To be or not to be, that is the question; Whether 'tis nobler in the mind to suffer The slings and arrows of outrageous fortune, Or to take arms against a sea of troubles, And by opposing, end them. To die, to sleep; No more; and by a sleep to say we end The heart-ache and the thousand natural shocks That flesh is heir to — 'tis a consummation Devoutly to be wish'd. To die, to sleep; To sleep, perchance to dream. Ay, there's the rub, For in that sleep of death what dreams may come, When we have shuffled off this mortal coil, Must give us pause. There's the respect That makes calamity of so long life, For who would bear the whips and scorns of time, Th'oppressor's wrong, the proud man's contumely, The pangs of despised love, the law's delay, The insolence of office, and the spurns That patient merit of th'unworthy takes, When he himself might his quietus make With a bare bodkin? who would fardels bear, To grunt and sweat under a weary life, But that the dread of something after death, The undiscovered country from whose bourn No traveller returns, puzzles the will, And makes us rather bear those ills we have Than fly to others that we know not of? Thus conscience does make cowards of us all, And thus the native hue of resolution Is sicklied o'er with the pale cast of thought, And enterprises of great pitch and moment With this regard their currents turn awry, And lose the name of action. Soft you now! The fair Ophelia! Nymph, In thy Orisons be all my sins remembered. Test non-ASCII: áàâäãåçéèêëíìîïñóòôöõúùûüæøœÿ ÃÀÂÄÃÅÇÉÈÊËÃÌÎÃÑÓÒÔÖÕÚÙÛÜÆØŒŸ ]] -- toggle the column alignments and transparency if align == "left" then align = "center" else if align == "center" then align = "right" else if align == "right" then align = "left" transbg = 2 - transbg if transbg == 2 then shadow = 1 - shadow end end end end -- set text alignment local oldalign = ov("textoption align "..align) -- set the text foreground color ov(op.white) -- set the text background color local oldbackground local transmsg if transbg == 2 then oldbackground = ov("textoption background 0 0 0 0") transmsg = "transparent background" else oldbackground = ov("textoption background 0 128 128 255") transmsg = "opaque background " end local t1 = g.millisecs() ov("blend "..transbg) -- create the text clip if shadow == 0 then maketext(textstr) else maketext(textstr, nil, nil, 2, 2) end -- paste the clip onto the overlay local t2 = g.millisecs() t1 = t2 - t1 pastetext(0, 0) -- output timing and drawing options local shadowmsg if shadow == 1 then shadowmsg = "on" else shadowmsg = "off" end g.show("Time to test multiline text: maketext "..ms(t1).. " pastetext "..ms(g.millisecs() - t2).. " align "..string.format("%-6s", align).. " "..transmsg.." shadow "..shadowmsg) -- restore old settings ov("textoption background "..oldbackground) ov("textoption align "..oldalign) ov("font "..oldfont) ov("blend "..oldblend) if repeat_test(" with different text options") then goto restart end end -------------------------------------------------------------------------------- local function test_text() ::restart:: local t1 = g.millisecs() local oldfont, oldblend, w, h, descent, nextx, _ oldblend = ov("blend 0") ov(op.white) -- white background ovt{"fill"} ov(op.black) -- black text ov("blend 1") maketext("FLIP Y") pastetext(20, 30) pastetext(20, 30, op.flip_y) maketext("FLIP X") pastetext(110, 30) pastetext(110, 30, op.flip_x) maketext("FLIP BOTH") pastetext(210, 30) pastetext(210, 30, op.flip) maketext("ROTATE CW") pastetext(20, 170) pastetext(20, 170, op.rcw) maketext("ROTATE ACW") pastetext(20, 140) pastetext(20, 140, op.racw) maketext("SWAP XY") pastetext(150, 170) pastetext(150, 170, op.swap_xy) maketext("SWAP XY FLIP") pastetext(150, 140) pastetext(150, 140, op.swap_xy_flip) oldfont = ov("font 7 default") w, h, descent = maketext("tiny") pastetext(300, 30 - h + descent) nextx = 300 + w + 5 ov("font "..oldfont) -- restore previous font w, h, descent = maketext("normal") pastetext(nextx, 30 - h + descent) nextx = nextx + w + 5 ov("font 20 default-bold") _, h, descent = maketext("Big") pastetext(nextx, 30 - h + descent) ov("font 10 default-bold") w = maketext("bold") pastetext(300, 40) nextx = 300 + w + 5 ov("font 10 default-italic") maketext("italic") pastetext(nextx, 40) ov("font 10 mono") w, h, descent = maketext("mono") pastetext(300, 80 - h + descent) nextx = 300 + w + 5 ov("font 12") -- just change font size _, h, descent = maketext("mono12") pastetext(nextx, 80 - h + descent) ov("font 10 mono-bold") maketext("mono-bold") pastetext(300, 90) ov("font 10 mono-italic") maketext("mono-italic") pastetext(300, 105) ov("font 10 roman") maketext("roman") pastetext(300, 130) ov("font 10 roman-bold") maketext("roman-bold") pastetext(300, 145) ov("font 10 roman-italic") maketext("roman-italic") pastetext(300, 160) ov("font "..oldfont) -- restore previous font ov(op.red) w, h, descent = maketext("RED") pastetext(300, 200 - h + descent) nextx = 300 + w + 5 ov(op.green) w, h, descent = maketext("GREEN") pastetext(nextx, 200 - h + descent) nextx = nextx + w + 5 ov(op.blue) _, h, descent = maketext("BLUE") pastetext(nextx, 200 - h + descent) ov(op.yellow) w, h = maketext("Yellow on black [] gjpqy") ov(op.black) ovt{"fill", 300, 210, w, h} pastetext(300, 210) ov("blend 0") ov(op.yellow) ovt{"fill", 0, 250, 100, 100} ov(op.cyan) ovt{"fill", 100, 250, 100, 100} ov(op.magenta) ovt{"fill", 200, 250, 100, 100} ovt{"rgba", 0, 0, 0, 0} ovt{"fill", 300, 250, 100, 100} ov("blend 1") ov(op.black) maketext("The quick brown fox jumps over 123 dogs.") pastetext(10, 270) ov(op.white) maketext("SPOOKY") pastetext(310, 270) oldfont = ov("font "..rand(10,150).." default-bold") ovt{"rgba", 255, 0, 0, 40} -- translucent red text w, h, descent = maketext("Golly") local gollyclip = pastetext(10, 10) -- draw box around text ovt{"line", 10, 10, (w-1+10), 10, (w+1+10), (h-1+10), 10, (h-1+10), 10, 10} -- show baseline ovt{"line", 10, (h-1+10-descent), (w-1+10), (h-1+10-descent)} -- draw minimal bounding rect over text local xoff, yoff, minwd, minht = op.minbox(gollyclip, w, h) ovt{"rgba", 0, 0, 255, 20} ovt{"fill", (xoff+10), (yoff+10), minwd, minht} -- restore blend state and font ov("blend "..oldblend) ov("font "..oldfont) ov(op.black) g.show("Time to test text: "..ms(g.millisecs()-t1)) if repeat_test(" with a different sized \"Golly\"", true) then goto restart end end -------------------------------------------------------------------------------- local function test_fill() ::restart:: ov(op.white) ovt{"fill"} toggle = toggle + 1 if toggle == 3 then toggle = 0 end ov("blend "..toggle) math.randomseed(531642) local maxx = wd-1 local maxy = ht-1 tstart() for _ = 1, 1000 do ovt{"rgba", rand(0,255), rand(0,255), rand(0,255), rand(0,255)} ovt{"fill", rand(0,maxx), rand(0,maxy), rand(100), rand(100)} end tsave() g.show("Time to fill one thousand rectangles: "..tvalueall(2).." blend "..toggle) ovt{"rgba", 0, 0, 0, 0} ovt{"fill", 10, 10, 100, 100} -- does nothing when alpha blending is on if toggle > 0 then ov("blend 0") -- turn off alpha blending end if repeat_test(" with a different blend setting") then goto restart end end -------------------------------------------------------------------------------- local target = 1 local function test_target() -- set overlay as the rendering target local oldtarget = ov("target") local oldfont = ov("font 16 mono") local oldblend = ov("blend 0") ::restart:: target = 1 - target -- fill the overlay with black ov("blend 0") ov(op.black) ovt{"fill"} -- create a 300x300 clip ov("create 300 300 clip") -- change the clip contents to yellow ov("target clip") ov(op.yellow) ovt{"fill"} -- either draw to the overlay or clip if target == 0 then ov("target clip") else ov("target") end -- draw red, green and blue squares ov(op.red) ovt{"fill", 0, 0, wd, 50} ov(op.green) ovt{"fill", 0, 50, wd, 50} ov(op.blue) ovt{"fill", 0, 100, wd, 50} -- draw circle ov("blend 1") ov(op.white) op.fill_ellipse(0, 0, 100, 100, 1, op.magenta) -- draw some lines ov(op.cyan) for x = 0, wd, 20 do ovt{"line", 0, 0 ,x, ht} end -- draw text label local textstring = "Clip" if target ~= 0 then textstring = "Overlay" end ov(op.black) maketext(textstring, nil, op.white, 2, 2) pastetext(0, 0) -- set overlay as the target ov("target") -- paste the clip ov("blend 0") ovt{"paste", 200, 0, "clip"} if repeat_test(" with a different target") then goto restart end -- free clip and restore previous target ov("delete clip") ov("target "..oldtarget) ov("font "..oldfont) ov("blend "..oldblend) end -------------------------------------------------------------------------------- local batchsize = 1 local maxbatch = 16384 local function test_batch() ::restart:: ov("blend 0") ov(op.black) ovt{"fill"} -- use fixed seed math.randomseed(1234) -- udpate the batch size batchsize = batchsize * 2 if batchsize > maxbatch then batchsize = 4 end -- random coordinates local xyset = { "set" } local xyline = { "line" } local xyfill = { "fill" } local xypaste = { "paste" } local items = batchsize local reps = maxbatch // batchsize -- points, rectangles, lines and pastes use the same random positions local m = 2 local n = 2 for _ = 1, items do -- points xyset[m] = rand(0, wd - 1) xyset[m + 1] = rand(0, ht - 1) -- lines xyline[m] = xyset[m] xyline[m + 1] = xyset[m + 1] -- pastes xypaste[m] = xyset[m] xypaste[m + 1] = xyset[m + 1] -- rectangles xyfill[n] = xyset[m] xyfill[n + 1] = xyset[m + 1] xyfill[n + 2] = 8 xyfill[n + 3] = 8 m = m + 2 n = n + 4 end xyline[m] = xyset[2] xyline[m + 1] = xyset[3] -- create paste clip local clipname = "testclip" ov("create 32 32 "..clipname) ov("target "..clipname) ov(op.blue) ovt{"fill"} ov("optimize "..clipname) ov("target") xypaste[#xypaste + 1] = clipname -- time paste one at a time tstart("paste") for _ = 1, reps do m = 2 for _ = 1, items do ov("paste "..xypaste[m].." "..xypaste[m + 1].." "..clipname) m = m + 2 end end tsave("paste") -- time paste one at a time with array local xy1 = {"paste", 0, 0, clipname} tstart("paste1array") for _ = 1, reps do m = 2 for _ = 1, items do xy1[2] = xypaste[m] xy1[3] = xypaste[m + 1] ovt(xy1) m = m + 2 end end tsave("paste1array") -- time drawing all at once tstart("pastearray") for _ = 1, reps do ovt(xypaste) end tsave("pastearray") -- draw random lines ov(op.green) -- time draw one at a time tstart("line") for _ = 1, reps do m = 2 for _ = 1, items do ov("line "..xyline[m].." "..xyline[m + 1].." "..xyline[m + 2].." "..xyline[m + 3]) m = m + 2 end end tsave("line") -- time draw one at a time with array xy1 = {"line", 0, 0, 0, 0} tstart("line1array") for _ = 1, reps do m = 2 for _ = 1, items do xy1[2] = xyline[m] xy1[3] = xyline[m + 1] xy1[4] = xyline[m + 2] xy1[5] = xyline[m + 3] ovt(xy1) m = m + 2 end end tsave("line1array") -- time drawing all at once tstart("linearray") for _ = 1, reps do ovt(xyline) end tsave("linearray") -- draw random rectangles ov(op.red) -- time draw one at a time tstart("rectangle") for _ = 1, reps do m = 2 for _ = 1, items do ov("fill "..xyfill[m].." "..xyfill[m + 1].." "..xyfill[m + 2].." "..xyfill[m + 3]) m = m + 4 end end tsave("rectangle") -- time draw one at a time with array xy1 = {"fill", 0, 0, 0, 0} tstart("rectangle1array") for _ = 1, reps do m = 2 for _ = 1, items do xy1[2] = xyfill[m] xy1[3] = xyfill[m + 1] xy1[4] = xyfill[m + 2] xy1[5] = xyfill[m + 3] ovt(xy1) m = m + 4 end end tsave("rectangle1array") -- time drawing all at once tstart("rectanglearray") for _ = 1, reps do ovt(xyfill) end tsave("rectanglearray") -- draw random pixels ov(op.white) -- time drawing one at a time tstart("pixel") for _ = 1, reps do m = 2 for _ = 1, items do ov("set "..xyset[m].." "..xyset[m + 1]) m = m + 2 end end tsave("pixel") -- time drawing one at a time with array xy1 = {"set", 0, 0} tstart("pixel1array") for _ = 1, reps do m = 2 for _ = 1, items do xy1[2] = xyset[m] xy1[3] = xyset[m + 1] ovt(xy1) m = m + 2 end end tsave("pixel1array") -- time drawing all at once tstart("pixelarray") for _ = 1, reps do ovt(xyset) end tsave("pixelarray") g.show("reps: "..reps.." items: "..items.." "..tvalueall(2)) -- delete the clip ov("delete "..clipname) -- create batch string if repeat_test(" with a different batch size") then goto restart end end -------------------------------------------------------------------------------- local function test_blending() ::restart:: ov(op.white) ovt{"fill"} toggle = 1 - toggle if toggle > 0 then ov("blend 1") -- turn on alpha blending end local oldfont = ov(demofont) local oldblend = ov("blend 1") ov(op.black) maketext("Alpha blending is turned on or off using the blend command:") pastetext(10, 10) maketext("blend "..oldblend) pastetext(40, 50) maketext("The blend command also controls antialiasing of lines and ellipses:") pastetext(10, 300) ov("blend "..oldblend) ov("font "..oldfont) ovt{"rgba", 0, 255, 0, 128} -- 50% translucent green ovt{"fill", 40, 70, 100, 100} ovt{"rgba", 255, 0, 0, 128} -- 50% translucent red ovt{"fill", 80, 110, 100, 100} ovt{"rgba", 0, 0, 255, 128} -- 50% translucent blue ovt{"fill", 120, 150, 100, 100} ov(op.black) radial_lines(100, 400, 50) draw_ellipse(200, 350, 200, 100) draw_ellipse(260, 360, 80, 80) draw_ellipse(290, 370, 20, 60) -- draw a solid circle by setting the line width to the radius local oldwidth = ov("lineoption width 50") draw_ellipse(450, 350, 100, 100) ov("lineoption width "..oldwidth) if toggle > 0 then ov("blend 0") -- turn off alpha blending end if repeat_test(" with a different blend setting", true) then goto restart end end -------------------------------------------------------------------------------- local volume = 70 local paused = false local function test_sound() local oldblend = ov("blend 0") ov("rgba 0 0 128 255") ovt{"fill"} -- draw exit message ov("blend 1") ov(op.white) local oldfont = ov(demofont) local exitw = maketext("Click or press enter to return to the main menu.", nil, nil, 2, 2) pastetext(floor((wd - exitw) / 2), 550) -- draw commands ov("font 22 mono") ov(op.yellow) local w, _ = maketext("sound play audio.wav", nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 50) w, _ = maketext("sound loop audio.wav", nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 140) w, _ = maketext("sound stop", nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 230) -- draw controls ov("font 16 mono") ov(op.white) w, _ = maketext("Press P to play sound", nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 20) w, _ = maketext("Press L to loop sound", nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 110) w, _ = maketext("Press S to stop sound", nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 200) w, _ = maketext("Press - or + to adjust volume", nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 290) -- update screen then copy background ov("update") local bgclip = "bg" ov("copy 0 0 0 0 "..bgclip) local soundname = "oplus/sounds/breakout/levelcompleteloop.ogg" local running = true -- main loop local result = "" local command = "stop" while running do -- check for input local event = g.getevent() if event:find("^oclick") or event == "key return none" then running = false elseif event == "key p none" then command = "play" result = ov("sound play "..soundname.." "..(volume / 100)) paused = false elseif event == "key l none" then command = "loop" result = ov("sound loop "..soundname.. " "..(volume / 100)) paused = false elseif event == "key s none" then command = "stop" ov("sound stop") result = "" elseif event == "key - none" then volume = volume - 10 if (volume < 0) then volume = 0 end command = "volume "..(volume / 100) ov("sound volume "..soundname.." "..(volume / 100)) elseif event == "key + none" or event == "key = none" then volume = volume + 10 if (volume > 100) then volume = 100 end command = "volume "..(volume / 100) ov("sound volume "..soundname.." "..(volume / 100)) elseif event == "key q none" then if paused then paused = false command = "resume" ov("sound resume "..soundname) else paused = true command = "pause" ov("sound pause "..soundname) end end -- draw background ov("blend 0") ovt{"paste", 0, 0, bgclip} -- draw pause or resume ov("font 16 mono") ov("blend 1") ov(op.white) if paused then w, _ = maketext("Press Q to resume playback", nil, nil, 2, 2) else w, _ = maketext("Press Q to pause playback", nil, nil, 2, 2) end pastetext(floor((wd - w) / 2), 380) ov(op.yellow) ov("font 22 mono") if paused then w, _ = maketext("sound resume audio.wav", nil, nil, 2, 2) else w, _ = maketext("sound pause audio.wav", nil, nil, 2, 2) end pastetext(floor((wd - w) / 2), 420) -- display volume ov("blend 1") w, _ = maketext("sound volume audio.wav "..(volume / 100), nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 320) -- draw last command ov("blend 1") ov(op.cyan) ov("font 16 mono") if (result ~= "" and result ~= nil) then w, _ = maketext("Last command: "..command.." ("..result..")", nil, nil, 2, 2) else w, _ = maketext("Last command: "..command, nil, nil, 2, 2) end pastetext(floor((wd - w) / 2), 480) -- draw status local state = ov("sound state "..soundname) w, _ = maketext("State: "..state, nil, nil, 2, 2) pastetext(floor((wd - w) / 2), 510) ov("update") end -- stop any sounds before exit ov("sound stop") -- no point calling repeat_test() return_to_main_menu = true ov("delete "..bgclip) ov("font "..oldfont) ov("blend "..oldblend) end -------------------------------------------------------------------------------- local function test_mouse() ::restart:: ov(op.black) ovt{"fill"} ov(op.white) local oldfont = ov(demofont) local oldblend = ov("blend 1") local _, h if g.os() == "Mac" then maketext("Click and drag to draw.\n".. "Option-click to flood.\n".. "Control-click or right-click to change the color.") _, h = maketext("Hit the space bar to restart this test.\n".. "Hit the return key to return to the main menu.", "botlines") else maketext("Click and drag to draw.\n".. "Alt-click to flood. ".. "Control-click or right-click to change the color.") _, h = maketext("Hit the space bar to restart this test.\n".. "Hit the enter key to return to the main menu.", "botlines") end pastetext(10, 10) pastetext(10, ht - 10 - h, op.identity, "botlines") ov("blend "..oldblend) ov("font "..oldfont) ov("cursor pencil") g.update() local mousedown = false local prevx, prevy while true do local event = g.getevent() if event == "key space none" then goto restart end if event == "key return none" then return_to_main_menu = true return end if event:find("^oclick") then local _, x, y, button, mods = split(event) if mods == "alt" then ov("flood "..x.." "..y) else if mods == "ctrl" or button == "right" then ovt{"rgba", rand(0,255), rand(0,255), rand(0,255), 255} end ovt{"set", x, y} mousedown = true prevx = x prevy = y end g.update() elseif event:find("^mup") then mousedown = false elseif #event > 0 then g.doevent(event) end local xy = ov("xy") if #xy > 0 then local x, y = split(xy) g.show("pixel at "..x..","..y.." = "..ov("get "..x.." "..y)) if mousedown and (x ~= prevx or y ~= prevy) then ovt{"line", prevx, prevy, x, y} prevx = x prevy = y g.update() end else g.show("mouse is outside overlay") end end end -------------------------------------------------------------------------------- local function create_menu_buttons() op.buttonht = 22 op.radius = 12 op.textgap = 15 op.textfont = "font 10 default-bold" if g.os() == "Mac" then op.yoffset = -1 end if g.os() == "Linux" then op.textfont = "font 10 default" end op.textshadowx = 2 op.textshadowy = 2 local longest = "Text and Transforms" blend_button = op.button( longest, test_blending) batch_button = op.button( longest, test_batch) cellview_button = op.button( longest, test_cellview) copy_button = op.button( longest, test_copy_paste) cursor_button = op.button( longest, test_cursors) set_button = op.button( longest, test_set) fill_button = op.button( longest, test_fill) line_button = op.button( longest, test_lines) mouse_button = op.button( longest, test_mouse) multiline_button = op.button( longest, test_multiline_text) pos_button = op.button( longest, test_positions) render_button = op.button( longest, test_target) replace_button = op.button( longest, test_replace) save_button = op.button( longest, test_save) scale_button = op.button( longest, test_scale) sound_button = op.button( longest, test_sound) text_button = op.button( longest, test_text) transition_button = op.button( longest, test_transitions) -- change labels without changing button widths blend_button.setlabel( "Alpha Blending", false) batch_button.setlabel( "Batch Draw", false) cellview_button.setlabel( "Cell View", false) copy_button.setlabel( "Copy and Paste", false) cursor_button.setlabel( "Cursors", false) set_button.setlabel( "Drawing Pixels", false) fill_button.setlabel( "Filling Rectangles", false) line_button.setlabel( "Lines and Ellipses", false) mouse_button.setlabel( "Mouse Tracking", false) multiline_button.setlabel( "Multi-line Text", false) pos_button.setlabel( "Overlay Positions", false) render_button.setlabel( "Render Target", false) replace_button.setlabel( "Replacing Pixels", false) save_button.setlabel( "Saving the Overlay", false) scale_button.setlabel( "Scaling Images", false) sound_button.setlabel( "Sounds", false) text_button.setlabel( "Text and Transforms", false) transition_button.setlabel( "Transitions", false) end -------------------------------------------------------------------------------- local function main_menu() local numbutts = 18 local buttwd = blend_button.wd local buttht = blend_button.ht local buttgap = 9 local hgap = 20 local textgap = 10 local oldfont = ov("font 24 default-bold") ov(op.black) local w1, h1 = maketext("Welcome to the overlay!", "bigtext") ov(demofont) local w2, h2 = maketext("Click on a button to see what's possible.", "smalltext") local textht = h1 + textgap + h2 -- check if sound is enabled if (sound_enabled == false) then numbutts = numbutts - 1 end -- resize overlay to fit buttons and text wd = hgap + buttwd + hgap + w1 + hgap ht = hgap + numbutts * buttht + (numbutts-1) * buttgap + hgap ov("resize "..wd.." "..ht) ov("position middle") ov("cursor arrow") ov(op.gray) ovt{"fill"} ov(op.white) ovt{"fill", 2, 2, -4, -4} local x = hgap local y = hgap blend_button.show(x, y) y = y + buttgap + buttht batch_button.show(x, y) y = y + buttgap + buttht cellview_button.show(x, y) y = y + buttgap + buttht copy_button.show(x, y) y = y + buttgap + buttht cursor_button.show(x, y) y = y + buttgap + buttht set_button.show(x, y) y = y + buttgap + buttht fill_button.show(x, y) y = y + buttgap + buttht line_button.show(x, y) y = y + buttgap + buttht mouse_button.show(x, y) y = y + buttgap + buttht multiline_button.show(x, y) y = y + buttgap + buttht pos_button.show(x, y) y = y + buttgap + buttht render_button.show(x, y) y = y + buttgap + buttht replace_button.show(x, y) y = y + buttgap + buttht save_button.show(x, y) y = y + buttgap + buttht scale_button.show(x, y) y = y + buttgap + buttht if (sound_enabled) then sound_button.show(x, y) y = y + buttgap + buttht end text_button.show(x, y) y = y + buttgap + buttht transition_button.show(x, y) local oldblend = ov("blend 1") x = hgap + buttwd + hgap y = int((ht - textht) / 2) pastetext(x, y, op.identity, "bigtext") x = x + int((w1 - w2) / 2) y = y + h1 + textgap pastetext(x, y, op.identity, "smalltext") ov("blend "..oldblend) ov("font "..oldfont) g.update() g.show(" ") -- clear any timing info -- wait for user to click a button return_to_main_menu = false while true do local event = op.process( g.getevent() ) if return_to_main_menu then return end if #event > 0 then -- might be a keyboard shortcut g.doevent(event) else g.sleep(5) -- don't hog the CPU when idle end end end -------------------------------------------------------------------------------- local function main() -- create overlay create_overlay() -- check if sound is available if (ov("sound") == "2") then sound_enabled = true end -- create menu create_menu_buttons() -- run main loop while true do main_menu() end end -------------------------------------------------------------------------------- local oldoverlay = g.setoption("showoverlay", 1) local oldbuttons = g.setoption("showbuttons", 0) -- disable translucent buttons local oldtile = g.setoption("tilelayers", 0) local oldstack = g.setoption("stacklayers", 0) local status, err = xpcall(main, gp.trace) if err then g.continue(err) end -- the following code is always executed -- delete the overlay and restore settings saved above g.check(false) ov("delete") g.setoption("showoverlay", oldoverlay) g.setoption("showbuttons", oldbuttons) g.setoption("tilelayers", oldtile) g.setoption("stacklayers", oldstack) if extra_layer then g.dellayer() end golly-3.3-src/Scripts/Lua/gplus/0000755000175000017500000000000013543257426013610 500000000000000golly-3.3-src/Scripts/Lua/gplus/init.lua0000755000175000017500000003646113317135606015205 00000000000000-- This module is loaded if a script calls require "gplus". local g = golly() local floor = math.floor local ceil = math.ceil local abs = math.abs local mmin = math.min local mmax = math.max local millisecs = g.millisecs local m = {} m.timing = {} -- timing information m.timingorder = {} -- index to order timers m.timingstack = 0 -- used for grouping output into dependent timers -------------------------------------------------------------------------------- function m.timerstart(name) name = name or "" -- pause GC if running if collectgarbage("isrunning") then collectgarbage("stop") end local timing, timingorder = m.timing, m.timingorder if timing[name] == nil then timing[name] = { start=0, last=0, stack=m.timingstack } timingorder[#timingorder + 1] = name end m.timingstack = m.timingstack + 1 -- start the timer timing[name].start = millisecs() end -------------------------------------------------------------------------------- function m.timersave(name) name = name or "" -- return time in milliseconds since last request or timer start local timenow = millisecs() local timing = m.timing if timing[name] then m.timingstack = m.timingstack - 1 timing[name].last = timenow - timing[name].start timing[name].start = timenow timing[name].stack = m.timingstack return timing[name].last else -- if timer never started return 0 return 0 end end -------------------------------------------------------------------------------- function m.timervalue(name) name = name or "" -- return last measured value of the named timer in milliseconds local timing = m.timing if timing[name] then return timing[name].last else return 0 end end -------------------------------------------------------------------------------- function m.timerresetall() -- reset all timers m.timing = {} m.timingorder = {} m.timingstack = 0 -- restart GC if paused if not collectgarbage("isrunning") then collectgarbage("restart") collectgarbage() end end -------------------------------------------------------------------------------- function m.timervalueall(precision) precision = precision or 1 if precision < 0 then precision = 0 end -- return a string containing all timer name value pairs in the order they were created local timing, timingorder = m.timing, m.timingorder local result = {} local laststack = 0 local ntimers = #timingorder for i = 1, ntimers do local name = timingorder[i] local timer = timing[name] local output = "" if timer.stack > laststack then output = "{ " elseif timer.stack < laststack then output = "} " end laststack = timer.stack output = output..name.." "..string.format("%."..precision.."fms", timing[name].last) if i == ntimers then while laststack > 0 do output = output.." }" laststack = laststack - 1 end end result[#result + 1] = output end m.timerresetall() return table.concat(result, " ") end -------------------------------------------------------------------------------- function m.int(x) -- return integer part of given floating point number return x < 0 and ceil(x) or floor(x) end -------------------------------------------------------------------------------- function m.round(x) -- return same result as Python's round function if x >= 0 then return floor(x+0.5) else return ceil(x-0.5) end end -------------------------------------------------------------------------------- function m.min(a) -- return minimum value in given array local alen = #a if alen == 0 then return nil end if alen < 100000 then -- use faster math.min call return mmin( table.unpack(a) ) else -- slower code but no danger of exceeding stack limit local n = a[1] for i = 2, alen do if a[i] < n then n = a[i] end end return n end end -------------------------------------------------------------------------------- function m.max(a) -- return maximum value in given array local alen = #a if alen == 0 then return nil end if alen < 100000 then -- use faster math.max call return mmax( table.unpack(a) ) else -- slower code but no danger of exceeding stack limit local n = a[1] for i = 2, alen do if a[i] > n then n = a[i] end end return n end end -------------------------------------------------------------------------------- function m.drawline(x1, y1, x2, y2, state) -- draw a line of cells from x1,y1 to x2,y2 using Bresenham's algorithm state = state or 1 g.setcell(x1, y1, state) if x1 == x2 and y1 == y2 then return end local dx = x2 - x1 local ax = abs(dx) * 2 local sx = 1 if dx < 0 then sx = -1 end local dy = y2 - y1 local ay = abs(dy) * 2 local sy = 1 if dy < 0 then sy = -1 end if ax > ay then local d = ay - (ax / 2) while x1 ~= x2 do g.setcell(x1, y1, state) if d >= 0 then y1 = y1 + sy d = d - ax end x1 = x1 + sx d = d + ay end else local d = ax - (ay / 2) while y1 ~= y2 do g.setcell(x1, y1, state) if d >= 0 then x1 = x1 + sx d = d - ay end y1 = y1 + sy d = d + ax end end g.setcell(x2, y2, state) end -------------------------------------------------------------------------------- function m.getedges(r) -- return left, top, right, bottom edges of given rect array return r[1], r[2], r[1]+r[3]-1, r[2]+r[4]-1 end -------------------------------------------------------------------------------- function m.getminbox(cells) -- return a rect with the minimal bounding box of given cell array or pattern if cells.array then -- arg is a pattern so get its cell array cells = cells.array end local len = #cells if len < 2 then return m.rect( {} ) end local minx = cells[1] local miny = cells[2] local maxx = minx local maxy = miny -- determine if cell array is one-state or multi-state local inc = 2 if (len & 1) == 1 then inc = 3 end -- ignore padding int if present if (inc == 3) and (len % 3 == 1) then len = len - 1 end for x = 1, len, inc do if cells[x] < minx then minx = cells[x] end if cells[x] > maxx then maxx = cells[x] end end for y = 2, len, inc do if cells[y] < miny then miny = cells[y] end if cells[y] > maxy then maxy = cells[y] end end return m.rect( {minx, miny, maxx - minx + 1, maxy - miny + 1} ) end -------------------------------------------------------------------------------- function m.validint(s) -- return true if given string represents a valid integer if #s == 0 then return false end s = s:gsub(",","") return s:match("^[+-]?%d+$") ~= nil end -------------------------------------------------------------------------------- function m.getposint() -- return current viewport position as integer coords local x, y = g.getpos() return tonumber(x), tonumber(y) end -------------------------------------------------------------------------------- function m.setposint(x,y) -- convert integer coords to strings and set viewport position g.setpos(tostring(x), tostring(y)) end -------------------------------------------------------------------------------- function m.split(s, sep) -- split given string into substrings that are separated by given sep -- (emulates Python's split function) sep = sep or " " local t = {} local start = 1 while true do local i = s:find(sep, start, true) -- find string, not pattern if i == nil then if start <= #s then t[#t+1] = s:sub(start, -1) end break end if i > start then t[#t+1] = s:sub(start, i-1) elseif i == start then t[#t+1] = "" end start = i + #sep end if #t == 0 then -- sep does not exist in s so return s return s else return table.unpack(t) end end -------------------------------------------------------------------------------- function m.equal(a1, a2) -- return true if given arrays have the same values if #a1 ~= #a2 then -- arrays are not the same length return false else -- both arrays are the same length (possibly 0) for i = 1, #a1 do if a1[i] ~= a2[i] then return false end end return true end end -------------------------------------------------------------------------------- function m.rect(a) -- return a table that makes it easier to manipulate rectangles -- (emulates glife's rect class) local r = {} if #a == 0 then r.empty = true elseif #a == 4 then r.empty = false r.x = a[1] r.y = a[2] r.wd = a[3] r.ht = a[4] r.left = r.x r.top = r.y r.width = r.wd r.height = r.ht if r.wd <= 0 then error("rect width must be > 0", 2) end if r.ht <= 0 then error("rect height must be > 0", 2) end r.right = r.left + r.wd - 1 r.bottom = r.top + r.ht - 1 r.visible = function () return g.visrect( {r.x, r.y, r.wd, r.ht} ) end else error("rect arg must be {} or {x,y,wd,ht}", 2) end return r end -------------------------------------------------------------------------------- -- create some useful synonyms: -- for g.clear and g.advance m.inside = 0 m.outside = 1 -- for g.flip m.left_right = 0 m.top_bottom = 1 m.up_down = 1 -- for g.rotate m.clockwise = 0 m.anticlockwise = 1 -- for g.setcursor (must match strings in Cursor Mode submenu) m.draw = "Draw" m.pick = "Pick" m.select = "Select" m.move = "Move" m.zoomin = "Zoom In" m.zoomout = "Zoom Out" -- transformation matrices m.identity = { 1, 0, 0, 1} m.flip = {-1, 0, 0, -1} m.flip_x = {-1, 0, 0, 1} m.flip_y = { 1, 0, 0, -1} m.swap_xy = { 0, 1, 1, 0} m.swap_xy_flip = { 0, -1, -1, 0} m.rcw = { 0, -1, 1, 0} m.rccw = { 0, 1, -1, 0} -------------------------------------------------------------------------------- function m.compose(S, T) -- Return the composition of two transformations S and T. -- A transformation is an array of the form {x, y, A}, which denotes -- multiplying by matrix A and then translating by vector (x, y). local x, y, A = table.unpack(S) local s, t, B = table.unpack(T) return { x * B[1] + y * B[2] + s, x * B[3] + y * B[4] + t, { A[1] * B[1] + A[3] * B[2], A[2] * B[1] + A[4] * B[2], A[1] * B[3] + A[3] * B[4], A[2] * B[3] + A[4] * B[4] } } end -------------------------------------------------------------------------------- -- create a metatable for all pattern tables local mtp = {} -------------------------------------------------------------------------------- function m.pattern(arg, x0, y0, A) -- return a table that makes it easier to manipulate patterns -- (emulates glife's pattern class) local p = {} setmetatable(p, mtp) arg = arg or {} x0 = x0 or 0 y0 = y0 or 0 A = A or m.identity if type(arg) == "table" then p.array = {} if getmetatable(arg) == mtp then -- arg is a pattern if #arg.array > 0 then p.array = g.join({},arg.array) end else -- assume arg is a cell array if #arg > 0 then p.array = g.join({},arg) end end elseif type(arg) == "string" then p.array = g.parse(arg, x0, y0, table.unpack(A)) else error("1st arg of pattern must be a cell array, a pattern, or a string", 2) end p.t = function (x, y, A) -- allow scripts to call patt.t(x,y,A) or patt.t({x,y,A}) if type(x) == "table" then x, y, A = table.unpack(x) end A = A or m.identity local newp = m.pattern() newp.array = g.transform(p.array, x, y, table.unpack(A)) return newp end -- there's no need to implement p.translate and p.apply as they -- are just trivial variants of p.t p.put = function (x, y, A, mode) -- paste pattern into current universe x = x or 0 y = y or 0 A = A or m.identity mode = mode or "or" local axx, axy, ayx, ayy = table.unpack(A) g.putcells(p.array, x, y, axx, axy, ayx, ayy, mode) end p.display = function (title, x, y, A, mode) -- paste pattern into new universe and display it all title = title or "untitled" x = x or 0 y = y or 0 A = A or m.identity mode = mode or "or" g.new(title) local axx, axy, ayx, ayy = table.unpack(A) g.putcells(p.array, x, y, axx, axy, ayx, ayy, mode) g.fit() g.setcursor(m.zoomin) end p.save = function (filepath) -- save the pattern to given file in RLE format g.store(p.array, filepath) end p.add = function (p1, p2) local newp = m.pattern() newp.array = g.join(p1.array, p2.array) return newp -- note that above code is about 15% faster than doing -- return m.pattern( g.join(p1.array, p2.array) ) -- because it avoids calling g.join again end p.evolve = function (p1, n) local newp = m.pattern() newp.array = g.evolve(p1.array, n) return newp end -- set metamethod so scripts can do pattern1 + pattern2 mtp.__add = p.add -- set metamethod so scripts can do pattern[10] to get evolved pattern mtp.__index = p.evolve return p end -------------------------------------------------------------------------------- -- avoid calling any g.* command in m.trace otherwise we'll get a Lua error -- message saying "error in error handling" if user aborts the script local Windows = g.os() == "Windows" function m.trace(msg) -- this function can be passed into xpcall so that a nice stack trace gets -- appended to a runtime error message if msg and #msg > 0 then -- append a stack trace starting with this function's caller (level 2) local result = msg.."\n\n"..debug.traceback(nil, 2) -- modify result to make it more readable result = result:gsub("\t", "") result = result:gsub("in upvalue ", "in function ") -- local function -- strip off paths that don't start with "." then remove ".\" or "./" if Windows then result = result:gsub("\n[^%.][^<\n]+\\", "\n") result = result:gsub("%.\\", "") else result = result:gsub("\n[^%.][^<\n]+/", "\n") result = result:gsub("%./", "") end -- following is nicer if a local function is passed into xpcall result = result:gsub("<.+:(%d+)>", "on line %1") return result else return msg end end -------------------------------------------------------------------------------- return m golly-3.3-src/Scripts/Lua/gplus/NewCA.lua0000755000175000017500000033622313543255652015203 00000000000000--[[ This module makes it easy to create a new cellular automaton that is not supported natively by Golly. It should be possible to implement almost any CA that uses square cells with up to 256 states on a finite grid. To implement a new CA you need to create a .lua file that looks something like this: local g = golly() require "gplus.NewCA" SCRIPT_NAME = "MyCA" -- must match the name of your .lua file DEFAULT_RULE = "XXX" -- must be a valid rule in your CA RULE_HELP = "HTML code describing the rules allowed by your CA." function ParseRule(newrule) -- Parse the given rule string. -- If valid then return nil, the canonical rule string, -- the width and height of the grid, and the number of states. -- If not valid then just return an appropriate error message. ... parsing code for your rule syntax ... return nil, canonrule, wd, ht, numstates -- Note that wd and ht must be from 4 to 4000, -- and numstates must be from 2 to 256. end function NextPattern(currcells, minx, miny, maxx, maxy) -- Create the next pattern using the given parameters: -- currcells is a non-empty cell array containing the current pattern. -- minx, miny, maxx, maxy are the cell coordinates of the grid edges. -- This function must return the new pattern as a cell array. local newcells = {} -- Note that currcells and newcells are one-state cell arrays if -- g.numstates() == 2, otherwise they are both multi-state. ... code to create the next pattern ... -- delete the old pattern and add the new pattern g.putcells(currcells, 0, 0, 1, 0, 0, 1, "xor") g.putcells(newcells) return newcells end StartNewCA() Author: Andrew Trevorrow (andrew@trevorrow.com), May 2019. --]] local g = golly() -- require "gplus.strict" local gp = require "gplus" local op = require "oplus" local split = gp.split local int = gp.int local ov = g.overlay local ovt = g.ovtable local rand = math.random SCRIPT_NAME = nil -- must match the name of the new .lua file DEFAULT_RULE = nil -- default rule string (must be valid) RULE_HELP = nil -- HTML data for ShowHelp ParseRule = nil -- function to validate given rule string NextPattern = nil -- function to calculate the next pattern local current_rule = "" -- the current rule (set by CheckRule) local real_rule = "" -- the real rule used by the new layer's algo (set by CheckRule) local minx, miny, maxx, maxy -- cell coordinates of grid edges (set by CheckRule) local gridwd, gridht -- current dimensions of grid (set by CheckRule) local pattname = "untitled" -- initial pattern name local currtitle = "" -- current window title (set by UpdateWindowTitle) local currpattern = nil -- cell array with current pattern local generating = false -- generate pattern? local gencount = 0 -- current generation count local stopgen = 0 -- when to stop generating (if > 0) local stepsize = 1 -- current step size local perc = 50 -- initial percentage density for RandomPattern local drawstate = 1 -- for drawing/erasing cells local viewwd, viewht -- current size of viewport local ovwd, ovht -- current size of overlay local minwd, minht = 920, 500 -- minimum size of overlay local mbar -- the menu bar local mbarwd = 165 -- width of menu bar local mbarht = 32 -- height of menu bar (and tool bar) local buttonht = 20 -- height of buttons in tool bar local hgap = 10 -- horizontal space between buttons local vgap = 6 -- vertical space above buttons local currbarht = mbarht -- 0 if menu/tool bar is not shown (eg. fullscreen mode) local arrow_cursor = false -- true if cursor is in menu/tool bar local pastemenu -- pop-up menu for choosing a paste action local pasteclip = "pasteclip" -- clip with translucent paste pattern local pastecells = {} -- cell array with paste pattern local pastewd, pasteht -- dimensions of paste pattern (in cells) local pastemode = "or" -- initial paste mode local pastepos = "topleft" -- initial position of mouse in paste pattern local updatepaste = false -- paste pattern needs to be updated? local modeclip = "modeclip" -- clip with translucent paste mode local modeht -- height of modeclip (in pixels) local alpha1 = "rgba 0 0 0 1" -- area below tool bar will be mostly transparent -- tool bar controls local ssbutton -- Start/Stop local s1button -- +1 local stepbutton -- Step local resetbutton -- Reset local undobutton -- Undo local redobutton -- Redo local rulebutton -- Rule... local helpbutton -- ? local exitbutton -- X local stepslider -- slider for adjusting stepsize -- for undo/redo local undostack = {} -- stack of states that can be undone local redostack = {} -- stack of states that can be redone local startcount = 0 -- starting gencount (can be > 0) local startstate = {} -- starting state (used by Reset) local dirty = false -- pattern has been modified? local pattdir = g.getdir("data") -- initial directory for OpenPattern/SavePattern local scriptdir = g.getdir("app") -- initial directory for RunScript local scriptlevel = 0 -- greater than 0 if a user script is running local pathsep = g.getdir("app"):sub(-1) -- "/" on Mac and Linux, "\" on Windows -- the following paths depend on SCRIPT_NAME and so are initialized in SanityChecks local startup = "" -- path to the startup script local settingsfile = "" -- path to the settings file math.randomseed(os.time()) -- init seed for math.random -------------------------------------------------------------------------------- function SetColors() g.setcolors( {0,40,40,80} ) -- dark blue background g.setcolors( {255,255,0, 255,0,0} ) -- live states vary from yellow to red end -------------------------------------------------------------------------------- function CheckRule(newrule) -- call ParseRule and if valid set current_rule, real_rule, -- gridwd, gridht, minx, miny, maxx, maxy, -- then call SetColors() and return nil; -- if not valid then return the error message from ParseRule local err, canonrule, wd, ht, numstates = ParseRule(newrule) if err then return err end -- if any of these sanity checks fail we must exit because caller code needs to be fixed if #canonrule == 0 then g.exit("Canonical rule must not be empty!") elseif canonrule:find(" ") then g.exit("Canonical rule must not contain any spaces!") end if wd < 4 or wd > 4000 or ht < 4 or ht > 4000 then g.exit("Grid size must be from 4 to 4000!") end if numstates < 2 or numstates > 256 then g.exit("Number of states must be from 2 to 256!") end -- given rule is valid so set current_rule to its canonical form current_rule = canonrule -- set the real LtL rule for the desired number of states -- (note that it must be canonical for FixClipboardRule to work) if numstates > 2 then real_rule = "R1,C"..numstates..",M0,S1..1,B1..1,NM:T"..wd..","..ht else -- can't use C2 (not canonical) real_rule = "R1,C0,M0,S1..1,B1..1,NM:T"..wd..","..ht end g.setrule(real_rule) -- set grid dimensions and edge coordinates gridwd = wd gridht = ht minx = -(gridwd // 2) miny = -(gridht // 2) maxx = minx + gridwd - 1 maxy = miny + gridht - 1 SetColors() -- color scheme might depend on g.numstates() return nil -- success end -------------------------------------------------------------------------------- function NextGeneration() if g.empty() then StopGenerating() ShowError("All cells are dead.") Refresh() return end if gencount == startcount then -- remember starting state for later use in Reset() if scriptlevel > 0 then -- can't use undostack if user script is running startstate = SaveState() else -- starting state is on top of undostack startstate = undostack[#undostack] end end if currpattern == nil then -- currpattern needs to be updated currpattern = g.getcells( g.getrect() ) end currpattern = NextPattern(currpattern, minx, miny, maxx, maxy) gencount = gencount + 1 g.setgen(tostring(gencount)) -- for status bar if scriptlevel == 0 then if g.empty() or (stopgen > 0 and gencount == stopgen) then StopGenerating() Refresh() elseif stopgen == 0 and gencount % stepsize == 0 then Refresh() end end end -------------------------------------------------------------------------------- function ShowHelp() local htmldata = [[ Golly Help: SCRIPT_NAME.lua

Supported rules
Keyboard shortcuts
Menus
     File menu
     Edit menu
     View menu
Running scripts
     Creating your own keyboard shortcuts
     Script functions
Extra features


Supported rules

RULE_HELP


Keyboard shortcuts

The following keyboard shortcuts are provided (but see below for how you can write a script to create new shortcuts or override any of the supplied shortcuts):

Keys    Actions
ENTER    start/stop generating pattern
space    advance pattern by one generation
tab    advance pattern by the step size
-    decrease step size
=    increase step size
CTRL-N    create a new, empty pattern
CTRL-P    create a new, random pattern
CTRL-5    randomly fill the selection
D    set the density for Random Fill/Pattern
CTRL-O    open a selected pattern file
CTRL-S    save the current pattern in a file
shift-O    open pattern from clipboard
shift-R    run script from clipboard
CTRL-R    reset to the starting pattern
Z    undo
shift-Z    redo
CTRL-X    cut the selection
CTRL-C    copy the selection
CTRL-V    paste pattern from clipboard
delete    delete live cells inside selection
shift-delete    delete live cells outside selection
A    select all
K    remove selection
X    flip selection left-right
Y    flip selection top-bottom
>    rotate selection clockwise
<    rotate selection anticlockwise
F    fit pattern within view
shift-F    fit selection within view
T    toggle the tool bar
R    change the rule
M    move cell at 0,0 to middle of view
H    show this help
Q    quit SCRIPT_NAME.lua


Menus

SCRIPT_NAME.lua has its own menu bar. It contains menus with items that are somewhat similar to those in Golly's menu bar.


File menu

New Pattern
Create a new, empty pattern. All undo/redo history is deleted and the step size is reset to 1.

Random Pattern
Create a new pattern randomly filled with live cells using the density set by the most recent "Set Density..." command (in the Edit menu). All undo/redo history is deleted and the step size is reset to 1.

Open Pattern...
Open a selected pattern file. All undo/redo history is deleted and the step size is reset to 1.

Open Clipboard
Open the pattern stored in the clipboard. All undo/redo history is deleted and the step size is reset to 1.

Save Pattern...
Save the current pattern in a file.

Run Script...
Run a selected Lua script.

Run Clipboard
Run the Lua code stored in the clipboard.

Set Startup Script...
Select a Lua script that will be run automatically every time SCRIPT_NAME.lua starts up.

Exit SCRIPT_NAME.lua
Terminate SCRIPT_NAME.lua. If there are any unsaved changes (indicated by an asterisk at the start of the pattern name) then you'll be asked if you want to save them.


Edit menu

Undo
Undo the most recent change. This could be an editing change or a generating change.

Redo
Redo the most recently undone change.

Cut
Copy the selection to the clipboard in RLE format, then delete the cells inside the selection.

Copy
Copy the selection to the clipboard in RLE format.

Paste
If the clipboard contains a valid RLE pattern then a translucent paste pattern will appear. Just like Golly, you can use various keys: "X" to flip the paste pattern left-to-right, "Y" to flip top-to-bottom, ">" to rotate clockwise, "<" to rotate anticlockwise, "shift-M" to cycle the paste mode, "shift-L" to cycle the location of the mouse within the paste pattern. Click when you want to do the paste, or hit escape to cancel it. Unlike Golly, you can also control-click or right-click to see a pop-up menu with various paste actions.

Clear
Delete all the live cells that are inside the selection.

Clear Outside
Delete all the live cells that are outside the selection.

Select All
Select the entire pattern, assuming there are one or more live cells. If there are no live cells then any existing selection is removed.

Remove Selection
Remove the selection.

Shrink Selection
Reduce the size of the current selection to the smallest rectangle containing all of the selection's live cells.

Flip Top-Bottom
The cells in the current selection are reflected about its central horizontal axis.

Flip Left-Right
The cells in the current selection are reflected about its central vertical axis.

Rotate Clockwise
The current selection is rotated 90 degrees clockwise about its center.

Rotate Anticlockwise
As above, but the rotation is anticlockwise.

Random Fill
Randomly fill the selection using the density set by the most recent "Set Density..." command.

Set Density...
Set the percentage density for Random Fill and Random Pattern.


View menu

Fit Grid
Fit the entire grid so it just fits within the middle of the viewport.

Fit Pattern
Fit the pattern so it just fits within the middle of the viewport.

Fit Selection
Fit the selection so it just fits within the middle of the viewport.

Middle
Change the location so the cell at 0,0 is in the middle of the viewport.

Help
Show this help.


Running scripts

SCRIPT_NAME.lua can run other Lua scripts, either by selecting File > Run Script and choosing a .lua file, or by copying Lua code to the clipboard and selecting File > Run Clipboard. Try the latter method with this example which creates a small random pattern: 

-- for SCRIPT_NAME.lua (make sure you copy this line)
local g = golly()
NewPattern("random pattern")
for y = 0, 19 do
    for x = 0, 19 do
        if math.random(0,99) < 50 then
            g.setcell(x, y, 1)
        end
    end
end
FitPattern()
g.setcursor("Move") -- sets the hand cursor

Note that SCRIPT_NAME.lua will only run a script if the clipboard or the file contains "SCRIPT_NAME.lua" or "NewCA.lua" somewhere in the first line. This avoids nasty problems that can occur if you run a script not written for SCRIPT_NAME.lua or NewCA.lua.

Any syntax or runtime errors in a script won't abort SCRIPT_NAME.lua. The script will terminate and you'll get a warning message, hopefully with enough information that lets you fix the error.


Creating your own keyboard shortcuts

SCRIPT_NAME.lua relies on many global functions defined in NewCA.lua. It's possible to override any of these functions in your own scripts. The following example shows how to override the HandleKey function to create a keyboard shortcut for running a particular script. You can get SCRIPT_NAME.lua to run this script automatically when it starts up by going to File > Set Startup Script and selecting a .lua file containing this code: 

-- a startup script for SCRIPT_NAME.lua
local g = golly()
local gp = require "gplus"
local savedHandler = HandleKey
function HandleKey(event)
    local _, key, mods = gp.split(event)
    if key == "o" and mods == "alt" then
        RunScript(g.getdir("app").."My-scripts/SCRIPT_NAME/oscar.lua")
    else
        -- pass the event to the original HandleKey function
        savedHandler(event)
    end
end


Script functions

Here is an alphabetical list of the global functions in NewCA.lua you might want to call from your own scripts:

CheckCursor
CheckWindowSize
Exit
FitGrid
FitPattern
FitSelection 		GetBarHeight
GetRule
HandleKey
HandlePasteKey
NewPattern
OpenPattern 		RandomPattern
Reset
RestoreState
RunScript
SavePattern
SaveState 		SetColors
SetRule
Step
Update

CheckCursor()
Changes the cursor to an arrow if the mouse moves over the tool bar. Useful in scripts that allow user interaction.

CheckWindowSize()
If the Golly window size has changed then this function resizes the overlay. Useful in scripts that allow user interaction.

Exit(message)
Display the given message in the status bar and exit the script. (Calling g.exit will also exit the script but its message will be overwritten by "Script aborted".)

FitGrid()
Fit the entire grid so it just fits within the middle of the viewport.

FitPattern()
Fit the pattern so it just fits within the middle of the viewport.

FitSelection()
Fit the selection so it just fits within the middle of the viewport.

GetBarHeight()
Return the height of the tool bar. The value will be 0 if the user has turned them off (by hitting the "T" key) or switched to full screen mode.

GetRule()
Return the current rule. WARNING: Do not use g.getrule()! It returns the rule used by the underlying layer.

HandleKey(event)
Process the given keyboard event. A startup script might want to modify how such events are handled.

HandlePasteKey(event)
Process the given keyboard event while waiting for a paste click. A startup script might want to modify these events.

NewPattern(title)
Create a new, empty pattern. All undo/redo history is deleted and the step size is reset to 1. The given title string will appear in the title bar of the Golly window. If not supplied it is set to "untitled".

OpenPattern(filepath)
Open the specified pattern file. If the filepath is not supplied then the user will be prompted to select a file. All undo/redo history is deleted and the step size is reset to 1.

RandomPattern(percentage, wd, ht)
Create a new, random pattern of the given width and height (100 if not supplied) and with the given percentage density (1 to 100) of live cells. All undo/redo history is deleted and the step size is reset to 1.

Reset()
Restore the starting generation and step size.

RestoreState(state)
Restore the state saved earlier by SaveState.

RunScript(filepath)
Run the specified .lua file, but only if "SCRIPT_NAME.lua" or "NewCA.lua" occurs somewhere in a comment on the first line of the file. If the filepath is not supplied then the user will be prompted to select a .lua file.

SavePattern(filepath)
Save the current pattern in a specified RLE file. If the filepath is not supplied then the user will be prompted for its name and location.

SaveState()
Return an object representing the current state. The object can be given later to RestoreState to restore the saved state. The saved information includes the cursor mode, the rule, the pattern, the generation count, the step size, and the selection.

SetColors()
Called in various places to set the colors for each state. A startup script can override this function to change the colors.

SetRule(rule)
Switch to the given rule. If rule is not supplied then the default rule is used. WARNING: Do not use g.setrule()! That will set the rule for the underlying layer.

Step(n)
While the population is > 0 calculate the next n generations. If n is not supplied it defaults to 1.

Update()
Update everything, including the viewport, the status bar, the edit bar, the tool bar, and the window's title bar. Note that g.update() only updates the viewport and the status bar. Update() is automatically called when a script finishes, so there's no need to call it at the end of a script.


Extra features

NewCA.lua provides a couple of additional features not available in Golly:

  • Drawing is allowed at scales up to 2^3:1.
  • When doing a paste you can control-click or right-click to get a pop-up menu with various paste actions.
]] htmldata = htmldata:gsub("SCRIPT_NAME", SCRIPT_NAME) htmldata = htmldata:gsub("RULE_HELP", RULE_HELP, 1) if g.os() == "Mac" then htmldata = htmldata:gsub("ENTER", "return") htmldata = htmldata:gsub("ALT", "option") htmldata = htmldata:gsub("CTRL", "cmd") else htmldata = htmldata:gsub("ENTER", "enter") htmldata = htmldata:gsub("ALT", "alt") htmldata = htmldata:gsub("CTRL", "ctrl") end local htmlfile = g.getdir("temp")..SCRIPT_NAME..".html" local f = io.open(htmlfile,"w") if not f then g.warn("Failed to create html file!", false) return end f:write(htmldata) f:close() g.open(htmlfile) end -------------------------------------------------------------------------------- function SanityChecks() -- ensure caller has defined the necessary strings and functions if type(SCRIPT_NAME) ~= "string" then g.warn("You need to set SCRIPT_NAME to the name of your script!") g.exit() end if type(DEFAULT_RULE) ~= "string" then g.warn("You need to set DEFAULT_RULE to a valid rule string!") g.exit() end if type(RULE_HELP) ~= "string" then g.warn("You need to set RULE_HELP to HTML data describing the supported rules!") g.exit() end if type(ParseRule) ~= "function" then g.warn("You need to write a ParseRule function!") g.exit() end if type(NextPattern) ~= "function" then g.warn("You need to write a NextPattern function!") g.exit() end -- now set the paths that depend on SCRIPT_NAME startup = g.getdir("app").."My-scripts"..pathsep..SCRIPT_NAME.."-start.lua" settingsfile = g.getdir("data")..SCRIPT_NAME..".ini" -- initialize current_rule for very 1st call (validated later in Main) current_rule = DEFAULT_RULE end -------------------------------------------------------------------------------- function AddNewLayer() -- create a new layer and set the algo to Larger than Life because it -- has faster g.getcell/setcell calls if g.numlayers() < g.maxlayers() then g.addlayer() g.setalgo("Larger than Life") -- note that this must be done BEFORE ReadSettings calls CheckRule else g.exit("Could not create a new layer!") end end -------------------------------------------------------------------------------- function ReadSettings() local f = io.open(settingsfile, "r") if f then while true do -- no need to worry about CRs here because file was created by WriteSettings local line = f:read("*l") if not line then break end local keyword, value = split(line,"=") -- look for a keyword used in WriteSettings if not value then -- ignore keyword elseif keyword == "rule" then current_rule = value -- validate later in Main elseif keyword == "perc" then perc = tonumber(value) elseif keyword == "startup" then startup = value elseif keyword == "pattdir" then pattdir = value elseif keyword == "scriptdir" then scriptdir = value elseif keyword == "pastemode" then pastemode = value elseif keyword == "pastepos" then pastepos = value end end f:close() end end -------------------------------------------------------------------------------- function WriteSettings() local f = io.open(settingsfile, "w") if f then -- keywords must match those in ReadSettings (but order doesn't matter) f:write("rule=", current_rule, "\n") f:write("perc=", tostring(perc), "\n") f:write("startup=", startup, "\n") f:write("pattdir=", pattdir, "\n") f:write("scriptdir=", scriptdir, "\n") f:write("pastemode=", pastemode, "\n") f:write("pastepos=", pastepos, "\n") f:close() end end -------------------------------------------------------------------------------- function SaveGollyState() local oldstate = {} oldstate.status = g.setoption("showstatusbar", 1) -- show status bar oldstate.edit = g.setoption("showeditbar", 1) -- show edit bar oldstate.time = g.setoption("showtimeline", 0) -- hide timeline bar oldstate.tool = g.setoption("showtoolbar", 0) -- hide tool bar oldstate.layer = g.setoption("showlayerbar", 0) -- hide layer bar oldstate.buttons = g.setoption("showbuttons", 0) -- hide translucent buttons oldstate.tile = g.setoption("tilelayers", 0) -- don't tile layers oldstate.stack = g.setoption("stacklayers", 0) -- don't stack layers oldstate.files = g.setoption("showfiles", 0) -- hide file panel oldstate.filesdir = g.getdir("files") -- save file directory -- save colors of grid border and status bar oldstate.br, oldstate.bg, oldstate.bb = g.getcolor("border") oldstate.sr, oldstate.sg, oldstate.sb = g.getcolor(g.getalgo()) return oldstate end -------------------------------------------------------------------------------- function RestoreGollyState(oldstate) -- restore settings saved by SaveGollyState g.setoption("showstatusbar", oldstate.status) g.setoption("showeditbar", oldstate.edit) g.setoption("showtimeline", oldstate.time) g.setoption("showtoolbar", oldstate.tool) g.setoption("showlayerbar", oldstate.layer) g.setoption("showbuttons", oldstate.buttons) g.setoption("tilelayers", oldstate.tile) g.setoption("stacklayers", oldstate.stack) g.setoption("showfiles", oldstate.files) g.setdir("files", oldstate.filesdir) g.setcolor("border", oldstate.br, oldstate.bg, oldstate.bb) g.setcolor(g.getalgo(), oldstate.sr, oldstate.sg, oldstate.sb) -- delete the overlay and the layer added by AddNewLayer ov("delete") g.dellayer() end -------------------------------------------------------------------------------- function EnableControls(bool) -- disable/enable unsafe menu items so user scripts can call op.process -- File menu: mbar.enableitem(1, 1, bool) -- New Pattern mbar.enableitem(1, 2, bool) -- Random Pattern mbar.enableitem(1, 3, bool) -- Open Pattern mbar.enableitem(1, 4, bool) -- Open Clipboard mbar.enableitem(1, 5, bool) -- Save Pattern mbar.enableitem(1, 7, bool) -- Run Script mbar.enableitem(1, 8, bool) -- Run Clipboard mbar.enableitem(1, 9, bool) -- Set Startup Script if bool then -- g.exit will abort SCRIPT_NAME.lua mbar.setitem(1, 11, "Exit "..SCRIPT_NAME..".lua") else -- g.exit will abort the user script mbar.setitem(1, 11, "Exit Script") end -- Edit menu: mbar.enableitem(2, 1, bool) -- Undo mbar.enableitem(2, 2, bool) -- Redo mbar.enableitem(2, 4, bool) -- Cut mbar.enableitem(2, 5, bool) -- Copy mbar.enableitem(2, 6, bool) -- Paste mbar.enableitem(2, 7, bool) -- Clear mbar.enableitem(2, 8, bool) -- Clear Outside mbar.enableitem(2, 10, bool) -- Select All mbar.enableitem(2, 11, bool) -- Remove Selection mbar.enableitem(2, 12, bool) -- Shrink Selection mbar.enableitem(2, 13, bool) -- Flip Top-Bottom mbar.enableitem(2, 14, bool) -- Flip Left-Right mbar.enableitem(2, 15, bool) -- Rotate Clockwise mbar.enableitem(2, 16, bool) -- Rotate Anticlockwise mbar.enableitem(2, 17, bool) -- Random Fill mbar.enableitem(2, 18, bool) -- Set Density... -- View menu: mbar.enableitem(3, 1, bool) -- Fit Grid mbar.enableitem(3, 2, bool) -- Fit Pattern mbar.enableitem(3, 3, bool) -- Fit Selection mbar.enableitem(3, 4, bool) -- Middle -- disable/enable unsafe buttons ssbutton.enable(bool) s1button.enable(bool) stepbutton.enable(bool) resetbutton.enable(bool) undobutton.enable(bool) redobutton.enable(bool) rulebutton.enable(bool) if currbarht > 0 and not bool then -- user script is about to be run so avoid enabling menu items and buttons DrawMenuBar(false) DrawToolBar(false) g.update() end end -------------------------------------------------------------------------------- function DrawMenuBar(update) if update then -- enable/disable some menu items local selexists = #g.getselrect() > 0 -- Edit menu: mbar.enableitem(2, 1, #undostack > 0) -- Undo mbar.enableitem(2, 2, #redostack > 0) -- Redo mbar.enableitem(2, 4, selexists) -- Cut mbar.enableitem(2, 5, selexists) -- Copy mbar.enableitem(2, 7, selexists) -- Clear mbar.enableitem(2, 8, selexists) -- Clear Outside mbar.enableitem(2, 10, not g.empty()) -- Select All mbar.enableitem(2, 11, selexists) -- Remove Selection mbar.enableitem(2, 12, selexists) -- Shrink Selection mbar.enableitem(2, 13, selexists) -- Flip Top-Bottom mbar.enableitem(2, 14, selexists) -- Flip Left-Right mbar.enableitem(2, 15, selexists) -- Rotate Clockwise mbar.enableitem(2, 16, selexists) -- Rotate Anticlockwise mbar.enableitem(2, 17, selexists) -- Random Fill -- View menu: mbar.enableitem(3, 3, selexists) -- Fit Selection end -- draw menu bar in top left corner of layer mbar.show(0, 0, mbarwd, mbarht) end -------------------------------------------------------------------------------- function DrawToolBar(update) -- draw tool bar to right of menu bar ov(op.menubg) ovt{"fill", mbarwd, 0, ovwd - mbarwd, mbarht} if update then -- enable/disable some buttons ssbutton.enable(not g.empty()) s1button.enable(not g.empty()) stepbutton.enable(not g.empty()) resetbutton.enable(gencount > startcount) undobutton.enable(#undostack > 0) redobutton.enable(#redostack > 0) end local x = mbarwd + hgap local y = vgap local biggap = hgap * 3 ssbutton.show(x, y) x = x + ssbutton.wd + hgap s1button.show(x, y) x = x + s1button.wd + hgap stepbutton.show(x, y) x = x + stepbutton.wd + hgap resetbutton.show(x, y) x = x + resetbutton.wd + biggap undobutton.show(x, y) x = x + undobutton.wd + hgap redobutton.show(x, y) x = x + redobutton.wd + biggap rulebutton.show(x, y) -- show slider to right of rule button stepslider.show(x + rulebutton.wd + biggap, y, stepsize) -- show stepsize at right end of slider op.pastetext(stepslider.x + stepslider.wd + 2, y + 1, op.identity, "stepclip") -- last 2 buttons are at right end of tool bar x = ovwd - hgap - exitbutton.wd exitbutton.show(x, y) x = x - hgap - helpbutton.wd helpbutton.show(x, y) end -------------------------------------------------------------------------------- function UpdateWindowTitle() -- set window title if it has changed local newtitle = string.format("%s [%s]", pattname, current_rule) if dirty then newtitle = "*"..newtitle end if g.os() ~= "Mac" then newtitle = newtitle.." - Golly" end if newtitle ~= currtitle then g.settitle(newtitle) currtitle = newtitle end end -------------------------------------------------------------------------------- function UpdateEditBar() if g.getoption("showeditbar") > 0 then -- force edit bar to update g.setcursor( g.getcursor() ) end end -------------------------------------------------------------------------------- function Refresh(update) if scriptlevel > 0 and not update then -- user scripts need to call Update() when they want to refresh everything -- (calling g.update() will only refresh the pattern and status bar) return end if currbarht > 0 then DrawMenuBar(true) DrawToolBar(true) end UpdateEditBar() UpdateWindowTitle() g.update() end ---------------------------------------------------------------------- -- for user scripts function Update() Refresh(true) end -------------------------------------------------------------------------------- function UpdateStartButton() -- change label in ssbutton without changing the button's width if generating then ssbutton.customcolor = "rgba 210 0 0 255" ssbutton.darkcustomcolor = "rgba 150 0 0 255" ssbutton.setlabel("Stop", false) else ssbutton.customcolor = "rgba 0 150 0 255" ssbutton.darkcustomcolor = "rgba 0 90 0 255" ssbutton.setlabel("Start", false) end end -------------------------------------------------------------------------------- function StopGenerating() if generating then generating = false UpdateStartButton() end end -------------------------------------------------------------------------------- function SaveState() -- return a table containing current state local state = {} -- save current rule state.saverule = current_rule -- save current pattern state.savecells = g.getcells( g.getrect() ) state.savedirty = dirty state.savename = pattname state.savegencount = gencount -- save current selection state.savesel = g.getselrect() -- save current cursor state.savecursor = g.getcursor() -- save current step size state.savestep = stepsize -- save current position and scale state.savex, state.savey = g.getpos() state.savemag = g.getmag() return state end -------------------------------------------------------------------------------- function RestoreState(state) -- restore state from given info (created earlier by SaveState) -- restore rule if necessary if current_rule ~= state.saverule then CheckRule(state.saverule) end -- restore pattern if not g.empty() then g.new("") end g.putcells(state.savecells) dirty = state.savedirty pattname = state.savename gencount = state.savegencount g.setgen(tostring(gencount)) -- call SetColors AFTER restoring gencount in case caller has overridden it -- to use different colors depending on gencount SetColors() -- restore selection g.select(state.savesel) -- restore cursor g.setcursor(state.savecursor) -- restore step size SetStepSize(state.savestep) -- restore position and scale g.setpos(state.savex, state.savey) g.setmag(state.savemag) end -------------------------------------------------------------------------------- function SameState(state) -- return true if given state matches the current state if g.getcursor() ~= state.savecursor then return false end if current_rule ~= state.saverule then return false end if dirty ~= state.savedirty then return false end if pattname ~= state.savename then return false end if gencount ~= state.savegencount then return false end if not gp.equal(g.getcells(g.getrect()), state.savecells) then return false end if not gp.equal(g.getselrect(), state.savesel) then return false end -- note that we don't check state.savestep, state.savex, state.savey or state.savemag -- (we don't call RememberCurrentState when the user changes the step size, position or scale) return true end -------------------------------------------------------------------------------- function ClearUndoRedo() -- this might be called if a user script is running (eg. if it calls NewPattern) undostack = {} redostack = {} dirty = false end -------------------------------------------------------------------------------- function Undo() -- ignore if user script is running -- (scripts can call SaveState and RestoreState if they need to undo stuff) if scriptlevel > 0 then return end if #undostack > 0 then StopGenerating() -- push current state onto redostack redostack[#redostack+1] = SaveState() -- pop state off undostack and restore it RestoreState( table.remove(undostack) ) Refresh() end end -------------------------------------------------------------------------------- function Redo() -- ignore if user script is running if scriptlevel > 0 then return end if #redostack > 0 then StopGenerating() -- push current state onto undostack undostack[#undostack+1] = SaveState() -- pop state off redostack and restore it RestoreState( table.remove(redostack) ) Refresh() end end -------------------------------------------------------------------------------- function RememberCurrentState() -- ignore if user script is running if scriptlevel > 0 then return end redostack = {} undostack[#undostack+1] = SaveState() -- pattern might be about to change so tell NextGeneration that currpattern needs to be updated currpattern = nil end -------------------------------------------------------------------------------- function ShowMessage(msg) -- don't show msg if user script is running or status bar is hidden if scriptlevel > 0 or g.getoption("showstatusbar") == 0 then return end g.show(msg) end -------------------------------------------------------------------------------- function ShowError(msg) -- don't show msg if user script is running if scriptlevel > 0 then return end -- best to show status bar so user sees error g.setoption("showstatusbar",1) g.error(msg) -- same as g.show but with a beep end -------------------------------------------------------------------------------- function CheckIfGenerating() if generating and not g.empty() and gencount > startcount then -- NextGeneration will be called soon RememberCurrentState() end end -------------------------------------------------------------------------------- function AdjustPosition() if currbarht > 0 then -- adjust vertical position to allow for tool bar local barcells if g.getmag() >= 0 then barcells = currbarht // int(2^g.getmag()) else barcells = currbarht * int(2^-g.getmag()) end local x, y = g.getpos() y = tonumber(y) - (barcells+1)//2 if y < miny then y = miny end if y > maxy then y = maxy end g.setpos(x, tostring(y)) end end -------------------------------------------------------------------------------- function FitGrid() local oldsel = g.getselrect() g.select( {minx, miny, gridwd, gridht} ) g.fitsel() g.select(oldsel) AdjustPosition() Refresh() end -------------------------------------------------------------------------------- function FitPattern() g.fit() AdjustPosition() Refresh() end -------------------------------------------------------------------------------- function FitSelection() if #g.getselrect() > 0 then g.fitsel() AdjustPosition() Refresh() end end -------------------------------------------------------------------------------- function MiddleView() g.setpos("0","0") AdjustPosition() Refresh() end -------------------------------------------------------------------------------- function NewPattern(title) pattname = title or "untitled" g.new(pattname) g.setcursor("Draw") gencount = 0 startcount = 0 SetStepSize(1) SetColors() StopGenerating() ClearUndoRedo() FitPattern() -- calls Refresh end -------------------------------------------------------------------------------- function ReadPattern(filepath, source) local f = io.open(filepath,"r") if not f then return "Failed to open file:\n"..filepath end local contents = f:read("*a") f:close() -- check that the file contains a valid RLE header line local wd, ht, rule = contents:match("x[= ]+(%d+)[, ]+y[= ]+(%d+)[, ]+rule[= ]+([^\n\r]+)") if wd and ht and rule then wd = tonumber(wd) ht = tonumber(ht) else return source.." does not contain a valid RLE header." end -- save current rule, pattern, etc local oldstate = SaveState() -- check that rule is valid if CheckRule(rule) ~= nil then return source.." contains an unsupported rule:\n"..rule end -- check for a comment line like "#CXRLE Pos=-6,-7 Gen=2" local xp, yp = contents:match("#CXRLE.+Pos=(%-?%d+),(%-?%d+)") if xp and yp then xp = tonumber(xp) yp = tonumber(yp) end local gens = contents:match("#CXRLE.+Gen=(%d+)") if gens then gens = tonumber(gens) else gens = 0 end -- create temporary file with same contents but replace rule with real_rule if rule:find("%-") then rule = rule:gsub("%-","%%-") -- need to escape hyphens end contents = contents:gsub("rule[= ]+"..rule, "rule = "..real_rule, 1) local temppath = g.getdir("temp").."temp.rle" f = io.open(temppath,"w") if not f then RestoreState(oldstate) return "Failed to create temporary file!" end f:write(contents) f:close() -- save current state, clear universe and use g.open to load temporary file local cellarray = {} g.new("") g.open(temppath) SetColors() cellarray = g.getcells(g.getrect()) -- success local newpattern = { rule = current_rule, -- set by above CheckRule width = wd, height = ht, xpos = xp, -- nil if no Pos info in #CXRLE line ypos = yp, -- ditto gen = gens, cells = cellarray } RestoreState(oldstate) -- restores rule, pattern, stepsize, etc return nil, newpattern end -------------------------------------------------------------------------------- function CreatePattern(newpattern) -- called by OpenPattern/OpenClipboard g.new(pattname) SetStepSize(1) g.setcursor("Move") CheckRule(newpattern.rule) -- sets current_rule and calls SetColors g.putcells(newpattern.cells) gencount = newpattern.gen g.setgen(tostring(gencount)) -- for status bar startcount = gencount -- for Reset StopGenerating() ClearUndoRedo() -- dirty = false FitPattern() -- calls Refresh end -------------------------------------------------------------------------------- function OpenPattern(filepath) if filepath then local err, newpattern = ReadPattern(filepath, "File") if err then g.warn(err, false) else -- pattern ok so use info in newpattern to create the new pattern; -- set pattname to file name at end of filepath pattname = filepath:match("^.+"..pathsep.."(.+)$") CreatePattern(newpattern) end else -- prompt user for a .rle file to open local filetype = "RLE file (*.rle)|*.rle" local path = g.opendialog("Open a pattern", filetype, pattdir, "") if #path > 0 then -- update pattdir by stripping off the file name pattdir = path:gsub("[^"..pathsep.."]+$","") -- open the chosen pattern OpenPattern(path) end end end -------------------------------------------------------------------------------- function CopyClipboardToFile() -- create a temporary file containing clipboard text local filepath = g.getdir("temp").."clipboard.rle" local f = io.open(filepath,"w") if not f then g.warn("Failed to create temporary clipboard file!", false) return nil end -- NOTE: we can't do f:write(string.gsub(g.getclipstr(),"\r","\n")) -- because gsub returns 2 results and we'd get count appended to file! local clip = string.gsub(g.getclipstr(),"\r","\n") f:write(clip) f:close() return filepath end -------------------------------------------------------------------------------- function OpenClipboard() local filepath = CopyClipboardToFile() if filepath then local err, newpattern = ReadPattern(filepath, "Clipboard") if err then g.warn(err, false) else -- pattern ok so use info in newpattern to create the new pattern pattname = "clipboard" CreatePattern(newpattern) end end end -------------------------------------------------------------------------------- function WritePattern(filepath) -- save current pattern as RLE file g.save(filepath,"rle") -- now modify the file, replacing real_rule with current_rule local f = io.open(filepath,"r") if not f then return "Failed to read RLE file:\n"..filepath end local newcontents = f:read("*a"):gsub("rule = "..real_rule, "rule = "..current_rule, 1) f:close() f = io.open(filepath,"w") if not f then return "Failed to fix rule in RLE file:\n"..filepath end f:write(newcontents) f:close() return nil -- success end -------------------------------------------------------------------------------- function SavePattern(filepath) if filepath then local err = WritePattern(filepath) if err then g.warn(err, false) else -- set pattname to file name at end of filepath pattname = filepath:match("^.+"..pathsep.."(.+)$") dirty = false Refresh() end else -- prompt user for file name and location local filetype = "RLE file (*.rle)|*.rle" local path = g.savedialog("Save pattern", filetype, pattdir, pattname) if #path > 0 then -- update pattdir by stripping off the file name pattdir = path:gsub("[^"..pathsep.."]+$","") -- ensure file name ends with ".rle" if not path:find("%.rle$") then path = path..".rle" end -- save the current pattern SavePattern(path) end end end -------------------------------------------------------------------------------- local Exit_called = false function Exit(message) -- user scripts should call this function rather than g.exit Exit_called = true g.exit(message) end -------------------------------------------------------------------------------- function CallScript(func, fromclip) -- avoid infinite recursion if scriptlevel == 100 then g.warn("Script is too recursive!", false) return end if scriptlevel == 0 then RememberCurrentState() -- #undostack is > 0 EnableControls(false) -- disable most menu items and buttons Exit_called = false end scriptlevel = scriptlevel + 1 local status, err = pcall(func) scriptlevel = scriptlevel - 1 if err then g.continue("") if err == "GOLLY: ABORT SCRIPT" then -- user hit escape or script called Exit(message); -- if the latter then don't clobber the message in the status bar if not Exit_called then ShowMessage("Script aborted.") end else if fromclip then g.warn("Runtime error in clipboard script:\n\n"..err, false) else g.warn("Runtime error in script:\n\n"..err, false) end end end if scriptlevel == 0 then -- note that if the script called NewPattern/RandomPattern/OpenPattern -- or any other function that called ClearUndoRedo then the undostack -- is empty and dirty should be false if #undostack == 0 then -- some call might have set dirty to true, so reset it dirty = false if gencount > startcount then -- script called Step after NewPattern/RandomPattern/OpenPattern -- so push startstate onto undostack so user can Reset/Undo undostack[1] = startstate startstate.savedirty = false end elseif SameState(undostack[#undostack]) then -- script didn't change the current state so pop undostack table.remove(undostack) end EnableControls(true) -- enable menu items and buttons that were disabled above CheckIfGenerating() Refresh() -- calls DrawMenuBar and DrawToolBar end end -------------------------------------------------------------------------------- function RunScript(filepath) if generating then StopGenerating() Refresh() end if filepath then local f = io.open(filepath, "r") if f then -- Lua's f:read("*l") doesn't detect CR as EOL so we do this ugly stuff: -- read entire file and convert any CRs to LFs local all = f:read("*a"):gsub("\r", "\n").."\n" local nextline = all:gmatch("(.-)\n") local line1 = nextline() f:close() if not (line1 and (line1:find(SCRIPT_NAME..".lua") or line1:find("NewCA.lua"))) then g.warn("First line of script must contain "..SCRIPT_NAME..".lua or NewCA.lua.", false) return end else g.warn("Script file could not be opened:\n"..filepath, false) return end local func, msg = loadfile(filepath) if func then CallScript(func, false) else g.warn("Syntax error in script:\n\n"..msg, false) end else -- prompt user for a .lua file to run local filetype = "Lua file (*.lua)|*.lua" local path = g.opendialog("Choose a Lua script", filetype, scriptdir, "") if #path > 0 then -- update scriptdir by stripping off the file name scriptdir = path:gsub("[^"..pathsep.."]+$","") -- run the chosen script RunScript(path) end end end -------------------------------------------------------------------------------- function RunClipboard() if generating then StopGenerating() Refresh() end local cliptext = g.getclipstr() local eol = cliptext:find("[\n\r]") if not (eol and (cliptext:sub(1,eol):find(SCRIPT_NAME..".lua") or cliptext:sub(1,eol):find("NewCA.lua"))) then g.warn("First line of clipboard must contain "..SCRIPT_NAME..".lua or NewCA.lua.", false) return end local func, msg = load(cliptext) if func then CallScript(func, true) else g.warn("Syntax error in clipboard script:\n\n"..msg, false) end end -------------------------------------------------------------------------------- function SetStartupScript() -- prompt user for a .lua file to run automatically when SCRIPT_NAME.lua starts up local filetype = "Lua file (*.lua)|*.lua" local path = g.opendialog("Select your startup script", filetype, scriptdir, "") if #path > 0 then -- update scriptdir by stripping off the file name scriptdir = path:gsub("[^"..pathsep.."]+$","") startup = path -- the above path will be saved by WriteSettings end end -------------------------------------------------------------------------------- function SetDensity(percentage) local function getperc() local initstring = tostring(perc) ::try_again:: local s = g.getstring("Enter density as a percentage from 1 to 100\n".. "(used by Random Pattern and Random Fill):\n", initstring, "Density") initstring = s if gp.validint(s) and (tonumber(s) >= 1) and (tonumber(s) <= 100) then perc = tonumber(s) else g.warn("Percentage must be an integer from 1 to 100.\nTry again.") goto try_again end end if percentage then perc = percentage if perc < 1 then perc = 1 end if perc > 100 then perc = 100 end else -- prompt user for the percentage; -- if user hits Cancel button we want to avoid aborting script local status, err = pcall(getperc) if err then g.continue("") -- don't show error when script finishes end end end -------------------------------------------------------------------------------- function RandomPattern(percentage, wd, ht) percentage = percentage or perc if percentage < 1 then percentage = 1 end if percentage > 100 then percentage = 100 end wd = wd or 100 ht = ht or 100 if wd > gridwd then wd = gridwd end if ht > gridht then ht = gridht end pattname = "random" g.new(pattname) g.setcursor("Move") gencount = 0 startcount = 0 SetStepSize(1) SetColors() StopGenerating() ClearUndoRedo() for y = -(ht//2), (ht//2)-1 do for x = -(wd//2), (wd//2)-1 do if rand(0,99) < percentage then g.setcell(x, y, rand(1,g.numstates()-1)) end end end FitGrid() -- calls Refresh end -------------------------------------------------------------------------------- function ChangeRule() local function getrule() local newrule = current_rule ::try_again:: newrule = g.getstring("Enter the new rule (with an optional suffix that\n".. "specifies the grid width and height):\n", newrule, "Set rule") local err = CheckRule(newrule) if err then g.warn(err) goto try_again end end RememberCurrentState() local oldrule = current_rule -- if user hits Cancel button we want to avoid aborting script local status, err = pcall(getrule) if err then g.continue("") -- don't show error when script finishes end if oldrule == current_rule then -- error or rule wasn't changed so pop undostack table.remove(undostack) else CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function CellToPixel(x, y) -- convert cell position to pixel position in overlay -- (assumes overlay is in top left corner of viewport) local viewmag = g.getmag() local negmagpow2 = 2^(-viewmag) local magpow2 = 2^viewmag -- get position of central cell in viewport local xc, yc = g.getpos() xc = tonumber(xc) yc = tonumber(yc) -- use method in viewport::reposition to calculate top left cell local x0 = xc - int(viewwd * negmagpow2) // 2 local y0 = yc - int(viewht * negmagpow2) // 2 -- use method in viewport::screenPosOf if viewmag < 0 then local xx0 = x0 local yy0 = y0 -- from ltlalgo::lowerRightPixel xx0 = int(xx0 // negmagpow2) xx0 = int(xx0 * negmagpow2) yy0 = yy0 - 1 yy0 = int(yy0 // negmagpow2) yy0 = int(yy0 * negmagpow2) yy0 = yy0 + 1 x = x - xx0 y = y - yy0 else x = x - x0 y = y - y0 end x = int(x * magpow2) y = int(y * magpow2) return x, y end -------------------------------------------------------------------------------- function PixelToCell(x, y) -- convert pixel position in overlay to cell position -- (which might be outside bounded grid) local viewmag = g.getmag() local negmagpow2 = 2^(-viewmag) -- get position of central cell in viewport local xc, yc = g.getpos() xc = tonumber(xc) yc = tonumber(yc) -- use method in viewport::reposition to calculate top left cell local x0 = xc - int(viewwd * negmagpow2) // 2 local y0 = yc - int(viewht * negmagpow2) // 2 -- use method in viewport::at to calculate cell position of x,y xc = int(x * negmagpow2) + x0 yc = int(y * negmagpow2) + y0 return xc, yc end -------------------------------------------------------------------------------- local function DrawPasteCell(xoff, yoff, viewmag) if viewmag == 0 then ovt{"set", xoff, yoff} elseif viewmag > 0 then local cellsize = int(2^viewmag) local x = xoff * cellsize local y = yoff * cellsize if cellsize > 2 then cellsize = cellsize - 1 end ovt{"fill", x, y, cellsize, cellsize} else -- viewmag < 0 ovt{"set", xoff // 2^(-viewmag), yoff // 2^(-viewmag)} end end -------------------------------------------------------------------------------- function CreatePastePattern() local viewmag = g.getmag() local wd, ht = pastewd, pasteht if viewmag > 0 then wd = wd * int(2^viewmag) ht = ht * int(2^viewmag) elseif viewmag < 0 then wd = wd // int(2^(-viewmag)) + 1 ht = ht // int(2^(-viewmag)) + 1 end -- create a translucent red rectangle in pasteclip ov("create "..wd.." "..ht.." "..pasteclip) ov("target "..pasteclip) ovt{"rgba", 255, 0, 0, 128} ovt{"fill", 0, 0, wd, ht} -- blend the live cells into the translucent rectangle ov("blend 1") local len = #pastecells if len % 2 == 0 then -- pastecells is a one-state cell array local S,R,G,B = table.unpack(g.getcolors(1)) ovt{"rgba", R, G, B, 128} for i = 1, len, 2 do DrawPasteCell(pastecells[i], pastecells[i+1], viewmag) end else -- pastecells is a multi-state cell array if len % 3 > 0 then len = len - 1 end local colors = g.getcolors() for i = 1, len, 3 do local Rpos = pastecells[i+2] * 4 + 2 ovt{"rgba", colors[Rpos], colors[Rpos+1], colors[Rpos+2], 128} DrawPasteCell(pastecells[i], pastecells[i+1], viewmag) end end ov("blend 0") ov("target") -- create black-on-white pastemode text in modeclip ov("rgba 0 0 0 255") wd, modeht = op.maketext(pastemode:upper()) wd = wd + 8 ov("create "..wd.." "..modeht.." "..modeclip) ov("target "..modeclip) ovt{"rgba", 255, 255, 255, 255} ovt{"fill", 0, 0, wd, modeht} ov("blend 1") op.pastetext(4, 0) ov("blend 0") ov("target") end -------------------------------------------------------------------------------- function ClearPastePattern() ov(alpha1) ovt{"fill", 0, currbarht, ovwd, ovht-currbarht} end -------------------------------------------------------------------------------- function DrawPastePattern(xc, yc) -- draw the translucent paste pattern with mouse at the given cell position -- adjust xc,yc if pastepos is not "topleft" if pastepos == "topright" then xc = xc - pastewd + 1 elseif pastepos == "bottomright" then xc = xc - pastewd + 1 yc = yc - pasteht + 1 elseif pastepos == "bottomleft" then yc = yc - pasteht + 1 elseif pastepos == "middle" then xc = xc - pastewd//2 yc = yc - pasteht//2 end local xp, yp = CellToPixel(xc, yc) ov("blend 1") ov("paste "..xp.." "..yp.." "..pasteclip) ov("paste "..xp.." "..(yp-modeht).." "..modeclip) ov("blend 0") if currbarht > 0 then -- may need to redraw menu/tool bar if yp-modeht <= currbarht then DrawMenuBar(false) DrawToolBar(false) end end end -------------------------------------------------------------------------------- function FlipPaste(leftright) if #pastecells > 0 then if leftright then pastecells = g.transform(pastecells, pastewd-1, 0, -1, 0, 0, 1) else pastecells = g.transform(pastecells, 0, pasteht-1, 1, 0, 0, -1) end updatepaste = true end end -------------------------------------------------------------------------------- function RotatePaste(clockwise) if #pastecells > 0 or pasteht ~= pastewd then if #pastecells > 0 then if clockwise then pastecells = g.transform(pastecells, pasteht-1, 0, 0, -1, 1, 0) else pastecells = g.transform(pastecells, 0, pastewd-1, 0, 1, -1, 0) end end pastewd, pasteht = pasteht, pastewd updatepaste = true end end -------------------------------------------------------------------------------- function SetPasteMode(mode) pastemode = mode updatepaste = true end -------------------------------------------------------------------------------- function CyclePasteMode() if pastemode == "and" then pastemode = "copy" elseif pastemode == "copy" then pastemode = "or" elseif pastemode == "or" then pastemode = "xor" elseif pastemode == "xor" then pastemode = "and" else -- should never happen but play safe pastemode = "or" end updatepaste = true end -------------------------------------------------------------------------------- function SetPasteLocation(location) pastepos = location updatepaste = true end -------------------------------------------------------------------------------- function CyclePasteLocation() if pastepos == "topleft" then pastepos = "topright" elseif pastepos == "topright" then pastepos = "bottomright" elseif pastepos == "bottomright" then pastepos = "bottomleft" elseif pastepos == "bottomleft" then pastepos = "middle" elseif pastepos == "middle" then pastepos = "topleft" else -- should never happen but play safe pastepos = "topleft" end updatepaste = true end -------------------------------------------------------------------------------- function HandlePasteKey(event) local _, key, mods = split(event) if key == "x" and mods == "none" then FlipPaste(true) elseif key == "y" and mods == "none" then FlipPaste(false) elseif key == ">" and mods == "none" then RotatePaste(true) elseif key == "<" and mods == "none" then RotatePaste(false) elseif key == "m" and mods == "shift" then CyclePasteMode() elseif key == "l" and mods == "shift" then CyclePasteLocation() elseif key == "t" and mods == "none" then ToggleToolBar() elseif key == "g" and mods == "none" then FitGrid() elseif key == "f" and mods == "none" then FitPattern() elseif key == "f" and mods == "shift" then FitSelection() elseif key == "m" and mods == "none" then MiddleView() elseif key == "h" and mods == "none" then ShowHelp() else -- allow keyboard shortcut to change scale etc g.doevent(event) end end -------------------------------------------------------------------------------- function DoPaste(x, y) -- adjust x,y if pastepos isn't "topleft" if pastepos == "topright" then x = x - pastewd + 1 elseif pastepos == "bottomright" then x = x - pastewd + 1 y = y - pasteht + 1 elseif pastepos == "bottomleft" then y = y - pasteht + 1 elseif pastepos == "middle" then x = x - pastewd//2 y = y - pasteht//2 end if pastemode == "copy" and not g.empty() then -- erase any live cells under paste pattern if x > maxx or x + pastewd - 1 < minx or y > maxy or y + pasteht - 1 < miny then -- paste pattern is completely outside bounded grid else local left = math.max(x, minx) local top = math.max(y, miny) local right = math.min(x + pastewd - 1, maxx) local bottom = math.min(y + pasteht - 1, maxy) local livecells = g.getcells( {left, top, right-left+1, bottom-top+1} ) g.putcells(livecells, 0, 0, 1, 0, 0, 1, "xor") end end -- silently clip any cells outside bounded grid (like Golly) -- by temporarily switching to an unbounded universe g.setrule( real_rule:sub(1,real_rule:find(":")-1) ) g.putcells(pastecells, x, y, 1, 0, 0, 1, pastemode) local oldsel = g.getselrect() g.select( {minx, miny, gridwd, gridht} ) g.clear(1) g.select(oldsel) g.setrule(real_rule) SetColors() end -------------------------------------------------------------------------------- function CreatePopUpMenu() -- create a pop-up menu with various paste actions pastemenu = op.popupmenu() pastemenu.additem("Flip Top-Bottom", FlipPaste, {false}) pastemenu.additem("Flip Left-Right", FlipPaste, {true}) pastemenu.additem("Rotate Clockwise", RotatePaste, {true}) pastemenu.additem("Rotate Anticlockwise", RotatePaste, {false}) pastemenu.additem("---", nil) pastemenu.additem("AND Mode", SetPasteMode, {"and"}) pastemenu.additem("COPY Mode", SetPasteMode, {"copy"}) pastemenu.additem("OR Mode", SetPasteMode, {"or"}) pastemenu.additem("XOR Mode", SetPasteMode, {"xor"}) pastemenu.additem("---", nil) pastemenu.additem("Top Left Location", SetPasteLocation, {"topleft"}) pastemenu.additem("Top Right Location", SetPasteLocation, {"topright"}) pastemenu.additem("Bottom Right Location", SetPasteLocation, {"bottomright"}) pastemenu.additem("Bottom Left Location", SetPasteLocation, {"bottomleft"}) pastemenu.additem("Middle Location", SetPasteLocation, {"middle"}) pastemenu.additem("---", nil) pastemenu.additem("Cancel Paste", g.exit) end -------------------------------------------------------------------------------- function ChoosePasteAction(x, y) -- show dark red pop-up menu and let user choose a paste action pastemenu.setbgcolor("rgba 128 0 0 255") ov("cursor arrow") pastemenu.show(x, y, viewwd, viewht) ov("cursor current") end -------------------------------------------------------------------------------- function WaitForPaste() -- create a translucent paste pattern in pasteclip CreatePastePattern() updatepaste = false local currwd, currht = viewwd, viewht local currmag = g.getmag() local prevx, prevy while true do local event = g.getevent() if #event == 0 then g.sleep(2) -- don't hog the CPU CheckWindowSize() -- scale or window size might have changed if currmag ~= g.getmag() or currwd ~= viewwd or currht ~= viewht or updatepaste then currwd, currht = viewwd, viewht currmag = g.getmag() -- need to recreate the translucent paste pattern CreatePastePattern() updatepaste = false prevx, prevy = nil, nil end local pixelpos = ov("xy") if #pixelpos == 0 then ClearPastePattern() g.update() else local x, y = split(pixelpos) x, y = tonumber(x), tonumber(y) local xc, yc = PixelToCell(x, y) if xc ~= prevx or yc ~= prevy then -- mouse has moved to a new cell (possibly outside bounded grid) ClearPastePattern() if y >= currbarht then DrawPastePattern(xc, yc) end g.update() prevx = xc prevy = yc end end elseif event:find("^key") then HandlePasteKey(event) -- updatepaste might be true elseif event:find("^oclick") then local _, x, y, button, mods = split(event) x, y = tonumber(x), tonumber(y) if y < currbarht then -- cancel paste if click in menu/tool bar g.exit() elseif (button == "right" and (mods == "none" or mods == "ctrl")) or (button == "left" and mods == "ctrl") then -- right-click or ctrl-click so display pop-up menu ChoosePasteAction(x, y) -- updatepaste might be true elseif button == "left" and mods == "none" then DoPaste( PixelToCell(x, y) ) break end elseif event:find("^ozoom") then -- remove the "o" and do the zoom g.doevent(event:sub(2)) end end return nil -- cells were successfully pasted end -------------------------------------------------------------------------------- function Paste() -- if the clipboard contains a valid pattern then create a paste pattern local filepath = CopyClipboardToFile() if not filepath then return end local err, newpattern = ReadPattern(filepath, "Clipboard") if err then g.warn(err, false) Refresh() return end if #newpattern.cells == 0 then -- clipboard pattern is empty pastewd = newpattern.width pasteht = newpattern.height pastecells = {} else -- find the pattern's minimal bounding box local bbox = gp.getminbox(newpattern.cells) pastewd = math.max(bbox.wd, newpattern.width) pasteht = math.max(bbox.ht, newpattern.height) if newpattern.xpos and newpattern.ypos then pastecells = g.transform(newpattern.cells, -newpattern.xpos, -newpattern.ypos) else -- g.open centered pattern pastecells = g.transform(newpattern.cells, newpattern.width//2, newpattern.height//2) end end RememberCurrentState() g.show("Click where you want to paste...") local oldcursor = g.setcursor("Select") -- call WaitForPaste via pcall so user can hit escape to cancel paste local status, err = xpcall(WaitForPaste, gp.trace) if err then g.continue("") if not err:find("^GOLLY: ABORT SCRIPT") then -- runtime error occurred somewhere inside WaitForPaste g.warn(err, false) end g.show("Paste aborted.") table.remove(undostack) else -- paste succeeded g.show("") dirty = true end g.setcursor(oldcursor) -- delete the clips and clear the paste pattern ov("delete "..pasteclip) ov("delete "..modeclip) ClearPastePattern() pastecells = {} CheckIfGenerating() Refresh() end -------------------------------------------------------------------------------- function RemoveSelection() if #g.getselrect() > 0 then -- remove the current selection RememberCurrentState() g.select({}) ShowMessage("") Refresh() end end -------------------------------------------------------------------------------- function SelectAll() local sel = g.getselrect() local r = g.getrect() if #r == 0 then if #sel > 0 then RemoveSelection() -- calls RememberCurrentState end ShowError("All cells are dead.") else -- pattern exists if #sel > 0 and r[1] == sel[1] and r[2] == sel[2] and r[3] == sel[3] and r[4] == sel[4] then -- selection rect won't change else RememberCurrentState() g.select(r) ShowMessage("Selection wd x ht = "..r[3].." x "..r[4]) Refresh() end end end -------------------------------------------------------------------------------- function ClearSelection() local sel = g.getselrect() if #sel > 0 then -- check if there are any live cells inside the selection local cells = g.getcells(sel) if #cells > 0 then -- there are live cells inside the selection RememberCurrentState() dirty = true g.clear(0) Refresh() end end end -------------------------------------------------------------------------------- function ClearOutside() local sel = g.getselrect() if #sel > 0 then -- check if there are any live cells outside the selection local r = g.getrect() if #r == 0 or ( r[1] >= sel[1] and r[2] >= sel[2] and r[1]+r[3]-1 <= sel[1]+sel[3]-1 and r[2]+r[4]-1 <= sel[2]+sel[4]-1 ) then -- there are no live cells outside the selection else RememberCurrentState() dirty = true g.clear(1) Refresh() end end end -------------------------------------------------------------------------------- function FixClipboardRule() -- get clipboard string and replace real_rule with current_rule local s = string.gsub(g.getclipstr(), "rule = "..real_rule, "rule = "..current_rule, 1) g.setclipstr(s) end -------------------------------------------------------------------------------- function CopySelection() if #g.getselrect() > 0 then -- copy selection to clipboard g.copy() FixClipboardRule() end end -------------------------------------------------------------------------------- function CutSelection() local sel = g.getselrect() if #sel > 0 then -- check if there are any live cells inside the selection local cells = g.getcells(sel) if #cells > 0 then -- there are live cells inside the selection RememberCurrentState() dirty = true end g.cut() -- saves selection in clipboard even if empty FixClipboardRule() Refresh() end end -------------------------------------------------------------------------------- function ShrinkSelection() local sel = g.getselrect() if #sel > 0 then -- check if there are any live cells inside the selection local cells = g.getcells(sel) if #cells == 0 then ShowError("There are no live cells in the selection.") else RememberCurrentState() g.shrink() Refresh() end end end -------------------------------------------------------------------------------- function FlipTopBottom() if #g.getselrect() > 0 then RememberCurrentState() dirty = true g.flip(1) Refresh() end end -------------------------------------------------------------------------------- function FlipLeftRight() if #g.getselrect() > 0 then RememberCurrentState() dirty = true g.flip(0) Refresh() end end -------------------------------------------------------------------------------- function InsideGrid(left, top, right, bottom) -- return true if all edges of given rectangle are inside grid if left < minx or right > maxx then return false end if top < miny or bottom > maxy then return false end return true end -------------------------------------------------------------------------------- function RotateClockwise() local sel = g.getselrect() if #sel > 0 then -- rotate selection clockwise about its center (the following method ensures -- the original selection will be restored after 4 such rotations) local selwd = sel[3] local selht = sel[4] local midx = sel[1] + (selwd - 1) // 2 local midy = sel[2] + (selht - 1) // 2 local newx = midx + sel[2] - midy local newy = midy + sel[1] - midx if not InsideGrid(newx, newy, newx+selht-1, newy+selwd-1) then ShowError("Rotation is not allowed if selection would be outside grid.") return end local selcells = g.getcells(sel) if #selcells > 0 or selht ~= selwd then RememberCurrentState() dirty = true g.rotate(0) Refresh() end end end -------------------------------------------------------------------------------- function RotateAnticlockwise() local sel = g.getselrect() if #sel > 0 then -- rotate selection anticlockwise about its center (the following method ensures -- the original selection will be restored after 4 such rotations) local selwd = sel[3] local selht = sel[4] local midx = sel[1] + (selwd - 1) // 2 local midy = sel[2] + (selht - 1) // 2 local newx = midx + sel[2] - midy local newy = midy + sel[1] - midx if not InsideGrid(newx, newy, newx+selht-1, newy+selwd-1) then ShowError("Rotation is not allowed if selection would be outside grid.") return end local selcells = g.getcells(sel) if #selcells > 0 or selht ~= selwd then RememberCurrentState() dirty = true g.rotate(1) Refresh() end end end -------------------------------------------------------------------------------- function RandomFill() if #g.getselrect() > 0 then RememberCurrentState() dirty = true g.randfill(perc) Refresh() end end -------------------------------------------------------------------------------- function OpenFile(filepath) if filepath:find("%.rle$") then OpenPattern(filepath) elseif filepath:find("%.lua$") then RunScript(filepath) else g.warn("Unexpected file:\n"..filepath.."\n\n".. "File extension must be .rle or .lua.", false) end end -------------------------------------------------------------------------------- function StartStop() generating = not generating UpdateStartButton() Refresh() if generating and not g.empty() then RememberCurrentState() stopgen = 0 -- EventLoop will call NextGeneration repeatedly end end -------------------------------------------------------------------------------- function Step1() if generating then StopGenerating() Refresh() else if not g.empty() then RememberCurrentState() end stopgen = gencount + 1 generating = true -- EventLoop will call NextGeneration once end end -------------------------------------------------------------------------------- function NextStep() if generating then StopGenerating() Refresh() else if not g.empty() then RememberCurrentState() end stopgen = gencount + stepsize generating = true -- EventLoop will call NextGeneration until gencount >= stopgen end end -------------------------------------------------------------------------------- MAX_STEP_SIZE = 100 -- startup script might want to change this function SetStepSize(n) if n > MAX_STEP_SIZE then n = MAX_STEP_SIZE end if n < 1 then n = 1 end stepsize = n -- show same step size in status bar if n == 1 then g.setbase(2) g.setstep(0) else g.setbase(n) g.setstep(1) end -- create clip with "Step=..." text for use in DrawToolBar local oldfont = ov(op.textfont) local oldbg = ov("textoption background "..op.menubg:sub(6)) op.maketext("Step="..stepsize, "stepclip", op.white, 2, 2) ov("textoption background "..oldbg) ov("font "..oldfont) end -------------------------------------------------------------------------------- function Faster() SetStepSize(stepsize + 1) Refresh() end -------------------------------------------------------------------------------- function Slower() SetStepSize(stepsize - 1) Refresh() end -------------------------------------------------------------------------------- function StepChange(newval) -- called if stepslider position has changed SetStepSize(newval) Refresh() end -------------------------------------------------------------------------------- function Reset() if gencount > startcount then -- restore the starting state if scriptlevel > 0 then -- Reset was called by user script so don't modify undo/redo stacks RestoreState(startstate) else -- push current state onto redostack redostack[#redostack+1] = SaveState() while true do -- unwind undostack until gencount == startcount local state = table.remove(undostack) if state.savegencount == startcount then -- restore starting state RestoreState(state) break else -- push state onto redostack redostack[#redostack+1] = state end end StopGenerating() Refresh() end end end -------------------------------------------------------------------------------- -- getters for user scripts function GetRule() return current_rule end function GetGenCount() return gencount end function GetStepSize() return stepsize end function GetBarHeight() return currbarht end function GetDensity() return perc end -------------------------------------------------------------------------------- -- for user scripts function Step(n) n = n or 1 while not g.empty() and n > 0 do NextGeneration() n = n - 1 end end -------------------------------------------------------------------------------- -- for user scripts function SetRule(newrule) newrule = newrule or DEFAULT_RULE local err = CheckRule(newrule) if err then error("Bad rule in SetRule!\n"..err, 2) end end -------------------------------------------------------------------------------- function ToggleToolBar() if currbarht > 0 then -- hide all the controls mbar.hide() ssbutton.hide() s1button.hide() stepbutton.hide() resetbutton.hide() undobutton.hide() redobutton.hide() rulebutton.hide() exitbutton.hide() helpbutton.hide() stepslider.hide() -- hide the menu bar and tool bar ov(alpha1) ovt{"fill", 0, 0, ovwd, currbarht} currbarht = 0 else currbarht = mbarht end Refresh() end -------------------------------------------------------------------------------- local startpop -- for saving population at start of drawing function StartDrawing(x, y) RememberCurrentState() dirty = true startpop = g.getpop() drawstate = g.getoption("drawingstate") if drawstate == g.getcell(x, y) then drawstate = 0 end g.setcell(x, y, drawstate) g.update() end -------------------------------------------------------------------------------- local anchorx, anchory -- initial cell clicked in StartSelecting local initsel = {} -- initial selection rectangle local modifysel = false -- modify current selection? local forceh = false -- only modify horizontal size? local forcev = false -- only modify vertical size? function StartSelecting(x, y, modify) RememberCurrentState() anchorx = x anchory = y initsel = g.getselrect() if #initsel > 0 and not modify then -- remove current selection g.select({}) Refresh() end modifysel = modify if modify then -- use same logic as Golly to modify existing selection forceh = false forcev = false local selleft = initsel[1] local seltop = initsel[2] local selwd = initsel[3] local selht = initsel[4] local selbottom = seltop + selht - 1 local selright = selleft + selwd - 1 if y <= seltop and x <= selleft then -- click is in or outside top left corner seltop = y selleft = x anchory = selbottom anchorx = selright elseif y <= seltop and x >= selright then -- click is in or outside top right corner seltop = y selright = x anchory = selbottom anchorx = selleft elseif y >= selbottom and x >= selright then -- click is in or outside bottom right corner selbottom = y selright = x anchory = seltop anchorx = selleft elseif y >= selbottom and x <= selleft then -- click is in or outside bottom left corner selbottom = y selleft = x anchory = seltop anchorx = selright elseif y <= seltop then -- click is in or above top edge forcev = true seltop = y anchory = selbottom elseif y >= selbottom then -- click is in or below bottom edge forcev = true selbottom = y anchory = seltop elseif x <= selleft then -- click is in or left of left edge forceh = true selleft = x anchorx = selright elseif x >= selright then -- click is in or right of right edge forceh = true selright = x anchorx = selleft else -- click is somewhere inside selection local onethirdx = selleft + selwd / 3.0 local twothirdx = selleft + selwd * 2.0 / 3.0 local onethirdy = seltop + selht / 3.0 local twothirdy = seltop + selht * 2.0 / 3.0 local midy = seltop + selht / 2.0 if y < onethirdy and x < onethirdx then -- click is near top left corner seltop = y selleft = x anchory = selbottom anchorx = selright elseif y < onethirdy and x > twothirdx then -- click is near top right corner seltop = y selright = x anchory = selbottom anchorx = selleft elseif y > twothirdy and x > twothirdx then -- click is near bottom right corner selbottom = y selright = x anchory = seltop anchorx = selleft elseif y > twothirdy and x < onethirdx then -- click is near bottom left corner selbottom = y selleft = x anchory = seltop anchorx = selright elseif x < onethirdx then -- click is near middle of left edge forceh = true selleft = x anchorx = selright elseif x > twothirdx then -- click is near middle of right edge forceh = true selright = x anchorx = selleft elseif y < midy then -- click is below middle section of top edge forcev = true seltop = y anchory = selbottom else -- click is above middle section of bottom edge forcev = true selbottom = y anchory = seltop end end -- crop selection if outside bounded grid if selleft < minx then selleft = minx end if seltop < miny then seltop = miny end if selright > maxx then selright = maxx end if selbottom > maxy then selbottom = maxy end selwd = selright-selleft+1 selht = selbottom-seltop+1 g.select( {selleft, seltop, selwd, selht} ) ShowMessage("Selection wd x ht = "..selwd.." x "..selht) g.update() end end -------------------------------------------------------------------------------- function UpdateSelection(x, y) local selx = math.min(anchorx, x) local sely = math.min(anchory, y) local selwd = math.abs(anchorx - x) + 1 local selht = math.abs(anchory - y) + 1 local selright = selx+selwd-1 local selbottom = sely+selht-1 if modifysel then -- use same logic as Golly to modify existing selection local selrect = g.getselrect() if forcev then -- only change vertical size selx = selrect[1] selright = selx + selrect[3] - 1 end if forceh then -- only change horizontal size sely = selrect[2] selbottom = sely + selrect[4] - 1 end selwd = selright-selx+1 selht = selbottom-sely+1 selright = selx+selwd-1 selbottom = sely+selht-1 end -- check if selection is completely outside grid if selx > maxx or selright < minx or sely > maxy or selbottom < miny then g.select({}) ShowMessage("") g.update() return end -- crop selection if necessary if selx < minx then selx = minx end if sely < miny then sely = miny end if selright > maxx then selright = maxx end if selbottom > maxy then selbottom = maxy end selwd = selright-selx+1 selht = selbottom-sely+1 g.select( {selx, sely, selwd, selht} ) ShowMessage("Selection wd x ht = "..selwd.." x "..selht) Refresh() end -------------------------------------------------------------------------------- function CreateOverlay() -- overlay covers entire viewport (more if viewport is too small) but is mostly -- transparent except for opaque menu bar and tool bar at top of viewport viewwd, viewht = g.getview(g.getlayer()) ovwd, ovht = viewwd, viewht if ovwd < minwd then ovwd = minwd end if ovht < minht then ovht = minht end ov("create "..ovwd.." "..ovht) ov("cursor current") -- we use a nearly transparent overlay so we can detect clicks outside the bounded grid ov(alpha1) ov("fill") -- set parameters for menu bar and tool bar buttons op.buttonht = buttonht op.textgap = 8 -- gap between edge of button and its label op.textfont = "font 10 default-bold" -- font for button labels op.menufont = "font 11 default-bold" -- font for menu and item labels op.textshadowx = 2 op.textshadowy = 2 if g.os() == "Linux" then op.textfont = "font 10 default" op.menufont = "font 11 default" end op.menubg = "rgba 160 160 160 255" -- gray background for menu bar and items op.selcolor = "rgba 110 110 110 255" -- darker gray for selected menu/item op.discolor = "rgba 210 210 210 255" -- lighter gray for disabled items and separator lines end -------------------------------------------------------------------------------- function CreateMenuBar() -- create the menu bar and add some menus; -- WARNING: changes to the order of menus or their items will require -- changes to DrawMenuBar and EnableControls mbar = op.menubar() mbar.addmenu("File") mbar.addmenu("Edit") mbar.addmenu("View") -- add items to File menu mbar.additem(1, "New Pattern", NewPattern) mbar.additem(1, "Random Pattern", RandomPattern) mbar.additem(1, "Open Pattern...", OpenPattern) mbar.additem(1, "Open Clipboard", OpenClipboard) mbar.additem(1, "Save Pattern...", SavePattern) mbar.additem(1, "---", nil) mbar.additem(1, "Run Script...", RunScript) mbar.additem(1, "Run Clipboard", RunClipboard) mbar.additem(1, "Set Startup Script...", SetStartupScript) mbar.additem(1, "---", nil) mbar.additem(1, "Exit "..SCRIPT_NAME..".lua", g.exit) -- add items to Edit menu mbar.additem(2, "Undo", Undo) mbar.additem(2, "Redo", Redo) mbar.additem(2, "---", nil) mbar.additem(2, "Cut", CutSelection) mbar.additem(2, "Copy", CopySelection) mbar.additem(2, "Paste", Paste) mbar.additem(2, "Clear", ClearSelection) mbar.additem(2, "Clear Outside", ClearOutside) mbar.additem(2, "---", nil) mbar.additem(2, "Select All", SelectAll) mbar.additem(2, "Remove Selection", RemoveSelection) mbar.additem(2, "Shrink Selection", ShrinkSelection) mbar.additem(2, "Flip Top-Bottom", FlipTopBottom) mbar.additem(2, "Flip Left-Right", FlipLeftRight) mbar.additem(2, "Rotate Clockwise", RotateClockwise) mbar.additem(2, "Rotate Anticlockwise", RotateAnticlockwise) mbar.additem(2, "Random Fill", RandomFill) mbar.additem(2, "Set Density...", SetDensity) -- add items to View menu mbar.additem(3, "Fit Grid", FitGrid) mbar.additem(3, "Fit Pattern", FitPattern) mbar.additem(3, "Fit Selection", FitSelection) mbar.additem(3, "Middle", MiddleView) mbar.additem(3, "---", nil) mbar.additem(3, "Help", ShowHelp) end -------------------------------------------------------------------------------- function CreateToolBar() -- create tool bar buttons ssbutton = op.button("Start", StartStop) s1button = op.button("+1", Step1) stepbutton = op.button("Step", NextStep) resetbutton = op.button("Reset", Reset) undobutton = op.button("Undo", Undo) redobutton = op.button("Redo", Redo) rulebutton = op.button("Rule...", ChangeRule) helpbutton = op.button("?", ShowHelp) exitbutton = op.button("X", g.exit) -- create the slider for adjusting stepsize stepslider = op.slider("", op.white, 100, 1, MAX_STEP_SIZE, StepChange) UpdateStartButton() end -------------------------------------------------------------------------------- local showbars = false -- restore menu bar and tool bar? function CheckWindowSize() -- if viewport size has changed then resize the overlay local newwd, newht = g.getview(g.getlayer()) if newwd ~= viewwd or newht ~= viewht then viewwd, viewht = newwd, newht ovwd, ovht = viewwd, viewht if ovwd < minwd then ovwd = minwd end if ovht < minht then ovht = minht end local fullscreen = g.getoption("fullscreen") if fullscreen == 1 and currbarht > 0 then -- hide menu bar and tool bar but restore them when we exit full screen mode currbarht = 0 showbars = true elseif fullscreen == 0 and showbars then if currbarht == 0 then -- restore menu bar and tool bar currbarht = mbarht end showbars = false end ov("resize "..ovwd.." "..ovht) ov(alpha1) ovt{"fill", 0, currbarht, ovwd, ovht-currbarht} if scriptlevel > 0 and currbarht > 0 then -- avoid enabling menu items and buttons DrawMenuBar(false) DrawToolBar(false) g.update() else Refresh() end end end -------------------------------------------------------------------------------- function CheckCursor() local pixelpos = ov("xy") if #pixelpos > 0 then -- update cursor if mouse moves in/out of menu/tool bar local x, y = split(pixelpos) x = tonumber(x) y = tonumber(y) if y < currbarht then if not arrow_cursor then -- mouse moved inside menu/tool bar ov("cursor arrow") arrow_cursor = true end else if arrow_cursor then -- mouse moved outside menu/tool bar ov("cursor current") arrow_cursor = false end end end end -------------------------------------------------------------------------------- function MouseDown(event, mouseinfo) -- mouse button has been pressed local _, x, y, button, mods = split(event) x, y = tonumber(x), tonumber(y) if y < currbarht then return end if button ~= "left" then return end local xc, yc = PixelToCell(x, y) mouseinfo.prevx = xc mouseinfo.prevy = yc mouseinfo.mousedown = true local curs = g.getcursor() if curs == "Draw" then if mods == "none" or mods == "shift" then if not InsideGrid(xc, yc, xc, yc) then ShowError("Drawing is not allowed outside bounded grid.") elseif g.getmag() < -3 then ShowError("Drawing is not allowed at scales beyond 2^3:1.") else mouseinfo.drawing = true StartDrawing(xc, yc) end end elseif curs == "Pick" then if not InsideGrid(xc, yc, xc, yc) then ShowError("Picking is not allowed outside bounded grid.") else g.setoption("drawingstate", g.getcell(xc, yc)) end g.update() elseif curs == "Select" then if mods == "none" then mouseinfo.selecting = true StartSelecting(xc, yc, false) elseif mods == "shift" then mouseinfo.selecting = true StartSelecting(xc, yc, #g.getselrect() > 0) end elseif curs == "Move" then g.doevent("click "..xc.." "..yc.." "..button.." "..mods) elseif curs == "Zoom In" or curs == "Zoom Out" then g.doevent("click "..xc.." "..yc.." "..button.." "..mods) end end -------------------------------------------------------------------------------- function MouseUp(mouseinfo) -- mouse button has been released mouseinfo.mousedown = false if mouseinfo.drawing then mouseinfo.drawing = false if drawstate == 0 and g.getpop() == startpop then -- no cells were deleted so pop undostack table.remove(undostack) end CheckIfGenerating() Refresh() elseif mouseinfo.selecting then mouseinfo.selecting = false if gp.equal(initsel, g.getselrect()) then -- selection wasn't changed so pop undostack table.remove(undostack) end CheckIfGenerating() Refresh() end end -------------------------------------------------------------------------------- function CheckMousePosition(mouseinfo) local pixelpos = ov("xy") if #pixelpos > 0 then local x, y = split(pixelpos) if tonumber(y) >= currbarht then local xc, yc = PixelToCell(tonumber(x), tonumber(y)) if xc ~= mouseinfo.prevx or yc ~= mouseinfo.prevy then -- mouse has moved if mouseinfo.drawing then -- check if xc,yc is outside bounded grid if xc < minx then xc = minx end if xc > maxx then xc = maxx end if yc < miny then yc = miny end if yc > maxy then yc = maxy end gp.drawline(mouseinfo.prevx, mouseinfo.prevy, xc, yc, drawstate) g.update() elseif mouseinfo.selecting then UpdateSelection(xc, yc) end mouseinfo.prevx = xc mouseinfo.prevy = yc end end end end -------------------------------------------------------------------------------- function HandleKey(event) local CMDCTRL = "cmd" if g.os() ~= "Mac" then CMDCTRL = "ctrl" end local _, key, mods = split(event) if key == "return" and mods == "none" then StartStop() elseif key == "space" and mods == "none" then Step1() elseif key == "tab" and mods == "none" then NextStep() elseif key == "delete" and mods == "none" then ClearSelection() elseif key == "delete" and mods == "shift" then ClearOutside() elseif key == "=" and mods == "none" then Faster() elseif key == "-" and mods == "none" then Slower() elseif key == "n" and mods == CMDCTRL then NewPattern() elseif key == "o" and mods == CMDCTRL then OpenPattern() elseif key == "s" and mods == CMDCTRL then SavePattern() elseif key == "o" and mods == "shift" then OpenClipboard() elseif key == "r" and mods == "shift" then RunClipboard() elseif key == "r" and mods == CMDCTRL then Reset() elseif key == "r" and mods == "none" then ChangeRule() elseif key == "a" and (mods == "none" or mods == CMDCTRL) then SelectAll() elseif key == "k" and (mods == "none" or mods == CMDCTRL) then RemoveSelection() elseif key == "z" and (mods == "none" or mods == CMDCTRL) then Undo() elseif key == "z" and (mods == "shift" or mods == CMDCTRL.."shift") then Redo() elseif key == "x" and mods == CMDCTRL then CutSelection() elseif key == "c" and mods == CMDCTRL then CopySelection() elseif key == "v" and (mods == "none" or mods == CMDCTRL) then Paste() elseif key == "x" and mods == "none" then FlipLeftRight() elseif key == "y" and mods == "none" then FlipTopBottom() elseif key == ">" and mods == "none" then RotateClockwise() elseif key == "<" and mods == "none" then RotateAnticlockwise() elseif key == "5" and mods == CMDCTRL then RandomFill() elseif key == "p" and mods == CMDCTRL then RandomPattern() elseif key == "d" and mods == "none" then SetDensity() elseif key == "t" and mods == "none" then ToggleToolBar() elseif key == "g" and mods == "none" then FitGrid() elseif key == "f" and mods == "none" then FitPattern() elseif key == "f" and mods == "shift" then FitSelection() elseif key == "m" and mods == "none" then MiddleView() elseif key == "h" and mods == "none" then ShowHelp() elseif key == "q" then g.exit() else -- could be a keyboard shortcut (eg. to toggle full screen mode) g.doevent(event) end end -------------------------------------------------------------------------------- function EventLoop() local mouseinfo = { mousedown = false, -- mouse button is down? drawing = false, -- draw/erase cells with pencil cursor? selecting = false, -- select/deselect cells with cross-hairs cursor? prevx = nil, prevy = nil -- previous mouse position } while true do local event = g.getevent() if #event == 0 then if not mouseinfo.mousedown then if not generating then g.sleep(5) -- don't hog the CPU when idle end CheckWindowSize() -- may need to resize the overlay end else if event:find("^key") or event:find("^oclick") then ShowMessage("") -- remove any recent message end event = op.process(event) if #event == 0 then -- op.process handled the given event (click in menu or button) elseif event:find("^key") then if mouseinfo.mousedown then -- allow arrow keys and other keyboard shortcuts while mouse pressed g.doevent(event) else HandleKey(event) end elseif event:find("^oclick") then MouseDown(event, mouseinfo) elseif event:find("^mup") then MouseUp(mouseinfo) elseif event:find("^ozoom") then -- remove the "o" and do the zoom g.doevent(event:sub(2)) elseif event:find("^file") then OpenFile(event:sub(6)) end end if mouseinfo.mousedown then CheckMousePosition(mouseinfo) else CheckCursor() if generating then NextGeneration() end end end end -------------------------------------------------------------------------------- local Main_called = false function Main() if Main_called then -- skip the initialization code EventLoop() return end Main_called = true CreateOverlay() CreateMenuBar() CreateToolBar() CreatePopUpMenu() -- validate current_rule local err = CheckRule(current_rule) if err then -- switch to DEFAULT_RULE and ensure it is valid err = CheckRule(DEFAULT_RULE) if err then g.warn("DEFAULT_RULE is not valid!\n"..err) g.exit() end end -- call NewPattern but without doing a Refresh local saveRefresh = Refresh Refresh = function() end NewPattern("untitled") Refresh = saveRefresh -- run the user's startup script if it exists local f = io.open(startup, "r") if f then f:close() RunScript(startup) ClearUndoRedo() -- don't want to undo startup script SetColors() -- startup script might override this end Refresh() EventLoop() end -------------------------------------------------------------------------------- function OkayToExit() if dirty then local answer = g.savechanges("Save your changes?", "If you don't save, the changes will be lost.") if answer == "yes" then SavePattern() if dirty then -- error occurred or user hit Cancel in g.savedialog return false end elseif answer == "no" then return true else -- answer == "cancel" return false end end return true end -------------------------------------------------------------------------------- function StartNewCA() SanityChecks() AddNewLayer() ReadSettings() local oldstate = SaveGollyState() ::call_Main_again:: g.check(true) local status, err = xpcall(Main, gp.trace) if err then g.continue(err) end -- the following code is always executed g.check(false) -- ensure the following code can't be interrupted -- err starts with "GOLLY: ABORT SCRIPT" if user hit escape or g.exit was called if err:find("^GOLLY: ABORT SCRIPT") then if not OkayToExit() then goto call_Main_again end end RestoreGollyState(oldstate) WriteSettings() end golly-3.3-src/Scripts/Lua/gplus/text.lua0000755000175000017500000002021012706123635015207 00000000000000-- This module is loaded if a script calls require "gplus.text". local g = golly() local gp = require "gplus" local m = {} -------------------------------------------------------------------------------- -- Eric Angelini integer font local eafont = {} eafont['0'] = g.parse("3o$obo$obo$obo$3o!", 0, -5) eafont['0'].width = 4 eafont['1'] = g.parse("o$o$o$o$o!", 0, -5) eafont['1'].width = 2 eafont['2'] = g.parse("3o$2bo$3o$o$3o!", 0, -5) eafont['2'].width = 4 eafont['3'] = g.parse("3o$2bo$3o$2bo$3o!", 0, -5) eafont['3'].width = 4 eafont['4'] = g.parse("obo$obo$3o$2bo$2bo!", 0, -5) eafont['4'].width = 4 eafont['5'] = g.parse("3o$o$3o$2bo$3o!", 0, -5) eafont['5'].width = 4 eafont['6'] = g.parse("3o$o$3o$obo$3o!", 0, -5) eafont['6'].width = 4 eafont['7'] = g.parse("3o$2bo$2bo$2bo$2bo!", 0, -5) eafont['7'].width = 4 eafont['8'] = g.parse("3o$obo$3o$obo$3o!", 0, -5) eafont['8'].width = 4 eafont['9'] = g.parse("3o$obo$3o$2bo$3o!", 0, -5) eafont['9'].width = 4 eafont[' '] = g.parse("", 0, 0) eafont[' '].width = 2 eafont['-'] = g.parse("", 0, 0) eafont['-'].width = 0 -------------------------------------------------------------------------------- -- Snakial font (all chars are stable Life patterns) local sfont = {} sfont['0'] = g.parse("2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$o5bo$bo5bo$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o!", 0, -14) sfont['0'].width = 10 sfont['1'] = g.parse("2o$bo$o$2o2$2o$bo$o$2o2$2o$bo$o$2o!", 1, -14) sfont['1'].width = 6 sfont['2'] = g.parse("2b2obo$2bob2o$6b2o$6bo$7bo$6b2o$2b2obo$2bob2o$2o$o$bo$2o$2b2obo$2bob2o!", 0, -14) sfont['2'].width = 10 sfont['3'] = g.parse("2obo$ob2o$4b2o$4bo$5bo$4b2o$2obo$ob2o$4b2o$4bo$5bo$4b2o$2obo$ob2o!", 0, -14) sfont['3'].width = 8 sfont['4'] = g.parse("2o3b2o$2o3b2o2$2o3b2o$obobobo$2bobo$b2obo$5b2o$6bo$5bo$5b2o$6bo$5bo$5b2o!", 0, -14) sfont['4'].width = 9 sfont['5'] = g.parse("2b2obo$2bob2o$2o$o$bo$2o$2b2obo$2bob2o$6b2o$6bo$7bo$6b2o$2b2obo$2bob2o!", 0, -14) sfont['5'].width = 10 sfont['6'] = g.parse("2b2obo$2bob2o$2o$o$bo$2o$2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o!", 0, -14) sfont['6'].width = 10 sfont['7'] = g.parse("ob2o$2obo$4b2o$5bo$4bo$4b2o$2b2o$3bo$2bo$2b2o$2o$bo$o$2o!", 0, -14) sfont['7'].width = 8 sfont['8'] = g.parse("2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o!", 0, -14) sfont['8'].width = 10 sfont['9'] = g.parse("2b2obo$2bob2o$2o4b2o$o5bo$bo5bo$2o4b2o$2b2obo$2bob2o$6b2o$6bo$7bo$6b2o$2b2obo$2bob2o!", 0, -14) sfont['9'].width = 10 sfont['-'] = g.parse("2obo$ob2o!", 0, -8) sfont['-'].width = 6 -------------------------------------------------------------------------------- -- mono-spaced ASCII font local mfont = {} mfont[' '] = g.parse("") mfont['!'] = g.parse("2bo$2bo$2bo$2bo$2bo2$2bo!") mfont['"'] = g.parse("bobo$bobo$bobo!") mfont['#'] = g.parse("bobo$bobo$5o$bobo$5o$bobo$bobo!") mfont['$'] = g.parse("b3o$obobo$obo$b3o$2bobo$obobo$b3o!") mfont['%'] = g.parse("2o2bo$2o2bo$3bo$2bo$bo$o2b2o$o2b2o!") mfont['&'] = g.parse("b2o$o2bo$o2bo$b2o$o2bo$o2bo$b2obo!") mfont["'"] = g.parse("2bo$2bo$2bo!") mfont['('] = g.parse("3bo$2bo$2bo$2bo$2bo$2bo$3bo!") mfont[')'] = g.parse("bo$2bo$2bo$2bo$2bo$2bo$bo!") mfont['*'] = g.parse("$obobo$b3o$5o$b3o$obobo!") mfont['+'] = g.parse("$2bo$2bo$5o$2bo$2bo!") mfont[','] = g.parse("6$2bo$2bo$bo!") mfont['-'] = g.parse("3$5o!") mfont['.'] = g.parse("6$2bo!") mfont['/'] = g.parse("3bo$3bo$2bo$2bo$2bo$bo$bo!") mfont['0'] = g.parse("b3o$o3bo$o2b2o$obobo$2o2bo$o3bo$b3o!") mfont['1'] = g.parse("2bo$b2o$2bo$2bo$2bo$2bo$b3o!") mfont['2'] = g.parse("b3o$o3bo$4bo$3bo$2bo$bo$5o!") mfont['3'] = g.parse("b3o$o3bo$4bo$2b2o$4bo$o3bo$b3o!") mfont['4'] = g.parse("3bo$2b2o$bobo$o2bo$5o$3bo$3bo!") mfont['5'] = g.parse("5o$o$o$b3o$4bo$o3bo$b3o!") mfont['6'] = g.parse("b3o$o$o$4o$o3bo$o3bo$b3o!") mfont['7'] = g.parse("5o$4bo$3bo$2bo$bo$o$o!") mfont['8'] = g.parse("b3o$o3bo$o3bo$b3o$o3bo$o3bo$b3o!") mfont['9'] = g.parse("b3o$o3bo$o3bo$b4o$4bo$4bo$b3o!") mfont[':'] = g.parse("2$2bo4$2bo!") mfont[';'] = g.parse("2$2bo4$2bo$2bo$bo!") mfont['<'] = g.parse("$3bo$2bo$bo$2bo$3bo!") mfont['='] = g.parse("2$5o2$5o!") mfont['>'] = g.parse("$bo$2bo$3bo$2bo$bo!") mfont['?'] = g.parse("b3o$o3bo$4bo$2b2o$2bo2$2bo!") mfont['@'] = g.parse("b3o$o3bo$ob3o$obobo$ob2o$o$b3o!") mfont['A'] = g.parse("b3o$o3bo$o3bo$5o$o3bo$o3bo$o3bo!") mfont['B'] = g.parse("4o$o3bo$o3bo$4o$o3bo$o3bo$4o!") mfont['C'] = g.parse("b3o$o3bo$o$o$o$o3bo$b3o!") mfont['D'] = g.parse("4o$o3bo$o3bo$o3bo$o3bo$o3bo$4o!") mfont['E'] = g.parse("5o$o$o$3o$o$o$5o!") mfont['F'] = g.parse("5o$o$o$3o$o$o$o!") mfont['G'] = g.parse("b3o$o3bo$o$o2b2o$o3bo$o3bo$b3o!") mfont['H'] = g.parse("o3bo$o3bo$o3bo$5o$o3bo$o3bo$o3bo!") mfont['I'] = g.parse("b3o$2bo$2bo$2bo$2bo$2bo$b3o!") mfont['J'] = g.parse("2b3o$3bo$3bo$3bo$3bo$o2bo$b2o!") mfont['K'] = g.parse("o3bo$o2bo$obo$2o$obo$o2bo$o3bo!") mfont['L'] = g.parse("o$o$o$o$o$o$5o!") mfont['M'] = g.parse("o3bo$2ob2o$obobo$obobo$o3bo$o3bo$o3bo!") mfont['N'] = g.parse("o3bo$2o2bo$obobo$o2b2o$o3bo$o3bo$o3bo!") mfont['O'] = g.parse("b3o$o3bo$o3bo$o3bo$o3bo$o3bo$b3o!") mfont['P'] = g.parse("4o$o3bo$o3bo$4o$o$o$o!") mfont['Q'] = g.parse("b3o$o3bo$o3bo$o3bo$obobo$o2bo$b2obo!") mfont['R'] = g.parse("4o$o3bo$o3bo$4o$o2bo$o3bo$o3bo!") mfont['S'] = g.parse("b3o$o3bo$o$b3o$4bo$o3bo$b3o!") mfont['T'] = g.parse("5o$2bo$2bo$2bo$2bo$2bo$2bo!") mfont['U'] = g.parse("o3bo$o3bo$o3bo$o3bo$o3bo$o3bo$b3o!") mfont['V'] = g.parse("o3bo$o3bo$o3bo$o3bo$o3bo$bobo$2bo!") mfont['W'] = g.parse("o3bo$o3bo$o3bo$obobo$obobo$2ob2o$o3bo!") mfont['X'] = g.parse("o3bo$o3bo$bobo$2bo$bobo$o3bo$o3bo!") mfont['Y'] = g.parse("o3bo$o3bo$bobo$2bo$2bo$2bo$2bo!") mfont['Z'] = g.parse("5o$4bo$3bo$2bo$bo$o$5o!") mfont['['] = g.parse("2b2o$2bo$2bo$2bo$2bo$2bo$2b2o!") mfont['\\'] = g.parse("bo$bo$2bo$2bo$2bo$3bo$3bo!") mfont[']'] = g.parse("b2o$2bo$2bo$2bo$2bo$2bo$b2o!") mfont['^'] = g.parse("2bo$bobo$o3bo!") mfont['_'] = g.parse("6$5o!") mfont['`'] = g.parse("o$bo!") mfont['a'] = g.parse("2$b4o$o3bo$o3bo$o3bo$b4o!") mfont['b'] = g.parse("o$o$4o$o3bo$o3bo$o3bo$4o!") mfont['c'] = g.parse("2$b4o$o$o$o$b4o!") mfont['d'] = g.parse("4bo$4bo$b4o$o3bo$o3bo$o3bo$b4o!") mfont['e'] = g.parse("2$b3o$o3bo$5o$o$b4o!") mfont['f'] = g.parse("2b2o$bo2bo$bo$3o$bo$bo$bo!") mfont['g'] = g.parse("2$b3o$o3bo$o3bo$o3bo$b4o$4bo$b3o!") mfont['h'] = g.parse("o$o$ob2o$2o2bo$o3bo$o3bo$o3bo!") mfont['i'] = g.parse("$2bo2$2bo$2bo$2bo$2b2o!") mfont['j'] = g.parse("$3bo2$3bo$3bo$3bo$3bo$o2bo$b2o!") mfont['k'] = g.parse("o$o$o2bo$obo$3o$o2bo$o3bo!") mfont['l'] = g.parse("b2o$2bo$2bo$2bo$2bo$2bo$2b2o!") mfont['m'] = g.parse("2$bobo$obobo$obobo$o3bo$o3bo!") mfont['n'] = g.parse("2$4o$o3bo$o3bo$o3bo$o3bo!") mfont['o'] = g.parse("2$b3o$o3bo$o3bo$o3bo$b3o!") mfont['p'] = g.parse("2$4o$o3bo$o3bo$o3bo$4o$o$o!") mfont['q'] = g.parse("2$b4o$o3bo$o3bo$o3bo$b4o$4bo$4bo!") mfont['r'] = g.parse("2$ob2o$2o2bo$o$o$o!") mfont['s'] = g.parse("2$b4o$o$b3o$4bo$4o!") mfont['t'] = g.parse("$2bo$5o$2bo$2bo$2bo$3b2o!") mfont['u'] = g.parse("2$o3bo$o3bo$o3bo$o3bo$b4o!") mfont['v'] = g.parse("2$o3bo$o3bo$o3bo$bobo$2bo!") mfont['w'] = g.parse("2$o3bo$o3bo$obobo$2ob2o$o3bo!") mfont['x'] = g.parse("2$o3bo$bobo$2bo$bobo$o3bo!") mfont['y'] = g.parse("2$o3bo$o3bo$o3bo$o3bo$b4o$4bo$b3o!") mfont['z'] = g.parse("2$5o$3bo$2bo$bo$5o!") mfont['{'] = g.parse("3bo$2bo$2bo$bo$2bo$2bo$3bo!") mfont['|'] = g.parse("2bo$2bo$2bo$2bo$2bo$2bo$2bo!") mfont['}'] = g.parse("bo$2bo$2bo$3bo$2bo$2bo$bo!") mfont['~'] = g.parse("2$bo$obobo$3bo!") for key, _ in pairs(mfont) do mfont[key].width = 6 end -------------------------------------------------------------------------------- -- convert given string to a pattern using one of the above fonts function m.maketext(s, font) font = font or "Snakial" local p = gp.pattern() local x = 0 local f, unknown if string.lower(font) == "mono" then f = mfont unknown = '?' elseif string.lower(font:sub(1,2)) == "ea" then f = eafont unknown = '-' else f = sfont unknown = '-' end for ch in string.gmatch(s, ".[\128-\191]*") do if f[ch] == nil then ch = unknown end p = p + gp.pattern(g.transform(f[ch], x, 0)) x = x + f[ch].width end return p end -------------------------------------------------------------------------------- return m golly-3.3-src/Scripts/Lua/gplus/strict.lua0000644000175000017500000000173712706123635015545 00000000000000-- strict.lua -- checks uses of undeclared global variables -- All global variables must be 'declared' through a regular assignment -- (even assigning nil will do) in a main chunk before being used -- anywhere or assigned to inside a function. -- distributed under the Lua license: http://www.lua.org/license.html local getinfo, error, rawset, rawget = debug.getinfo, error, rawset, rawget local mt = getmetatable(_G) if mt == nil then mt = {} setmetatable(_G, mt) end mt.__declared = {} local function what () local d = getinfo(3, "S") return d and d.what or "C" end mt.__newindex = function (t, n, v) if not mt.__declared[n] then local w = what() if w ~= "main" and w ~= "C" then error("assign to undeclared variable '"..n.."'", 2) end mt.__declared[n] = true end rawset(t, n, v) end mt.__index = function (t, n) if not mt.__declared[n] and what() ~= "C" then error("variable '"..n.."' is not declared", 2) end return rawget(t, n) end golly-3.3-src/Scripts/Lua/gplus/objects.lua0000644000175000017500000001472612706123635015670 00000000000000-- This module is loaded if a script calls require "gplus.objects". local g = golly() local gp = require "gplus" local pattern = gp.pattern local m = {} m.block = pattern([[ ** ** ]]) m.blinker = pattern("***", -1, 0) m.glider = pattern([[ .** **. ..* ]]) m.lwss = pattern([[ ****. *...* *.... .*..* ]]) m.mwss = pattern([[ *****. *....* *..... .*...* ...*.. ]]) m.hwss = pattern([[ ******. *.....* *...... .*....* ...**.. ]]) m.eater = pattern([[ ** * .*** ...* ]]) m.hook = m.eater m.queenbee = pattern([[ **.. ..*. ...* ...* ...* ..*. **.. ]]) m.herschel = pattern([[ ***. .*.. .*** ]]) m.bheptomino = pattern([[ **. .** **. *.. ]]) m.tub = pattern([[ .*. *.* .*. ]], -1, -1) m.boat = pattern([[ **. *.* .*. ]]) m.long_boat = pattern([[ **. *.* .*.* ..* ]]) m.ship = pattern([[ **. *.* .** ]], -1, -1) m.beehive = pattern([[ .**. *..* .**. ]], 0, -1) m.loaf = pattern([[ .**. *..* *.*. .*.. ]]) m.snake = pattern([[ *.** **.* ]]) m.aircraft_carrier = pattern([[ **.. *..* ..** ]]) m.honeyfarm = pattern([[ ......*...... .....*.*..... .....*.*..... ......*...... ............. .**.......**. *..*.....*..* .**.......**. ............. ......*...... .....*.*..... .....*.*..... ......*...... ]], -6, -6) m.beacon = pattern([[ **.. *... ...* ..** ]]) m.blocker = pattern([[ ......*.*. .....*.... **..*....* **.*..*.** ....**.... ]]) m.clock = pattern([[ ..*. **.. ..** .*.. ]]) m.dart = pattern([[ ........*. .......*.* ......**.. .........* .....*...* ..*..*.... .*.*..**** *..*...... .*.*..**** ..*..*.... .....*...* .........* ......**.. .......*.* ........*. ]], 0, -7) m.big_beacon = pattern([[ ***... ***... ***... ...*** ...*** ...*** ]]) m.middleweight_volcano = pattern([[ ...*******... .***.***.***. *....***....* .****.*.***.* ...........*. *.**.*.*.*... **.*.*.*.**.. ....*..*.*... .....**..*... .........**.. ]], -6, 0) m.heavyweight_volcano = pattern([[ .........*.......................... ........*.*......................... ......***.*......................... .....*....**.*...................... .....*.**...**......**.............. ....**.*.**.........*.*............. .........*.*****......*..*.**....... ..*.**.**.*.....*....**.*.**.*...... .....**.....****........*....*...... *...*.*..*...*.*....**.*.****.**.... *...*.*..**.*.**.**....*.*....*.*... .....**...***.**.*.***.*..***...*... ..*.**.**.**.............*.*..*.*.** ...........*......*.*.*.*..**.*.*.*. ....**.*.*.**......**.*.*.*...*.*.*. .....*.**.*..*.......*.**..****.**.. .....*....*.*........*...**......... ....**....**........**...*..*....... ...........................**....... ]]) m.galaxy = pattern([[ ******.** ******.** .......** **.....** **.....** **.....** **....... **.****** **.****** ]], -4, -4) m.orion = pattern([[ ...**......... ...*.*........ ...*.......... **.*.......... *....*........ *.**......***. .....***....** ......***.*.*. .............* ......*.*..... .....**.*..... ......*....... ....**.*...... .......*...... .....**....... ]]) m.pentadecathlon = pattern([[ ..*....*.. **.****.** ..*....*.. ]], 0, -1) m.pi = pattern([[ *** *.* *.* ]]) m.pond = pattern([[ .**. *..* *..* .**. ]]) m.pulsar = pattern([[ ..***...***.. ............. *....*.*....* *....*.*....* *....*.*....* ..***...***.. ............. ..***...***.. *....*.*....* *....*.*....* *....*.*....* ............. ..***...***.. ]], -6, -6) m.rpentomino = pattern([[ .** ** .* ]]) m.rabbits = pattern([[ *...*** ***..*. .*..... ]]) m.spider = pattern([[ .........*.......*......... ...**.*.*.**...**.*.*.**... ***.*.***.........***.*.*** *...*.*.....*.*.....*.*...* ....**......*.*......**.... .**.........*.*.........**. .**.**...............**.**. .....*...............*..... ]], -13, 0) m.lightweight_volcano = pattern([[ ...**..**... .***.**.***. *..........* .****..****. ....*..*.... .**......**. .*..*..*..*. ..***..***.. ............ ****.**.**** *..**..**..* ]]) m.unix = pattern([[ ..**.... ....*.** *..*..** *.*..... .*...... ........ .**..... .**..... ]]) m.biblocker = pattern([[ ..................*........... .................*.**......... .................*.**......... ..................**.......... .............................. .......**............**....... .......**............**....... .............................. .............................. ......*.*..................... .....*..................**.... **..*....*..........**.*..*.** **.*..*.**..........**..*....* ....**...................*.... ..........................*.*. ]]) -------------------------------------------------------------------------------- -- this section emulates glife's herschel.py m.herschel_ghost = pattern([[ *** . .*.* ]]) -- A Herschel conduit is represented by its pattern and -- the transformation it applies to the Herschel. -- Hence the additional .transform field. local block = m.block local eater = m.eater local snake = m.snake m.hc64 = block.t(14, -8) + block.t(9, -13) + block.t(13, -15) + block.t(7, -19) m.hc64.transform = {-9, -9, gp.rccw} m.hc77 = block.t(9, -13) + eater.t(10, 0, gp.swap_xy) + eater.t(-7, -12, gp.swap_xy_flip) m.hc77.transform = {10, -25, gp.flip_x} m.hc112 = block.t(16, -10) + block.t(-3, -11) + m.aircraft_carrier.t(13, -3, gp.swap_xy) + eater.t(10, 1) + eater.t(-3, -14, gp.flip) + eater.t(9, -16, gp.flip_y) m.hc112.transform = {35, -12, gp.rcw} m.hc117 = eater.t(10, 1) + eater.t(13, -9, gp.swap_xy) + eater.t(0, -12, gp.swap_xy_flip) + block.t(8, -22) + snake.t(15, -19) m.hc117.transform = {6, -40, gp.identity} m.hc119 = block.t(-14, -3) + block.t(-13, -8) + block.t(-19, -9) + eater.t(-17, -2, gp.rcw) m.hc119.transform = {-12, -20, gp.flip_x} m.hc156 = eater.t(10, 0, gp.swap_xy) + eater.t(12, -9, gp.swap_xy) + eater.t(0, -12, gp.swap_xy_flip) + eater.t(17, -21, gp.flip_y) + snake.t(21, -5, gp.rccw) + block.t(24, -15) + m.tub.t(11, -24) m.hc156.transform = {43, -17, gp.rcw} m.hc158 = eater.t(-2, -13, gp.flip) + eater.t(-3, -8, gp.rcw) + eater.t(20, -19, gp.rccw) + pattern([[ .....** .....*.* .......* .......*.*.** ..**.*.*.**.* ..**.**.* ........* ..**.*** ...*.* ...*.* **.** *.* ..* ..** ]], 14, -12) m.hc158.transform = {7, -27, gp.flip_x} m.hc190 = eater.t(-3, -8, gp.rcw) + eater.t(-10, -12, gp.swap_xy) + eater.t(-3, -12, gp.swap_xy_flip) + eater.t(-8, -17) + eater.t(11, -27, gp.flip_y) + block.t(2, -25) + snake.t(5, -31, gp.rccw) + pattern([[ ..**.* ..**.*** ........* ..**.*** ...*.* ...*.* **.** *.* ..* ..** ]], 14, -8) m.hc190.transform = {-16, -22, gp.rccw} -------------------------------------------------------------------------------- return m golly-3.3-src/Scripts/Lua/gplus/guns.lua0000755000175000017500000000431412706123635015206 00000000000000-- This module is loaded if a script calls require "gplus.guns". local g = golly() local gp = require "gplus" local pattern = gp.pattern local flip = gp.flip local flip_x = gp.flip_x local flip_y = gp.flip_y local rccw = gp.rccw local gpo = require "gplus.objects" local block = gpo.block local eater = gpo.eater local queenbee = gpo.queenbee local bheptomino = gpo.bheptomino local m = {} -- better to assume that caller has set Life rule to evolve phases -- gp.setrule("B3/S23") -------------------------------------------------------------------------------- -- an aligned gun shooting SE: m.gun24 = pattern([[ 23bo2bo$21b6o$17b2obo8bo$13b2obobobob8o2bo$11b3ob2o3bobo7b3o$10bo 4b3o2bo3bo3b2o$11b3o3b2ob4obo3bob2o$12bobo3bo5bo4bo2bo4b2obo$10b o8bob2o2b2o2b2o5bob2obo$10b5ob4obo4b3o7bo4bo$15b2o4bo4bob3o2b2ob ob2ob2o$12b5ob3o4b2ob2o3bobobobobo$11bo5b2o4b2obob2o5bo5bo$12b5o 6b2obo3bo3bobob2ob2o$2ob2o9b2o2bo5bobo4bo2b3obobo$bobobobob2o3b3o bo6bo2bobo4b3o2bo$o2bo7bo6b2o3b3o8bobob2o$3o2bo4b2o11bo10bo$5b4o bo17b2o4b2o$2b2obo6bo14bo3bo2b2o$bo4bo3bo16bo6b2o$b3obo4bo16bo3b o2bo$11bo2bo3bo9b2o4bobob2o$b3obo4bo8b2o3bo10b3o2bo$bo4bo3bo7bo6b o8b3obobo$2b2obo6bo10b3o8bobob2ob2o$5b4obo24bo5bo$3o2bo4b2o21bob obobobo$o2bo7bo9b2o10b2obob2ob2o$bobobobob2o10bo8bo5bo4bo$2ob2o17b 3o6bo4bob2obo$24bo4b3o5b2obo!]], -32, -32) -------------------------------------------------------------------------------- local lgun30 = queenbee + block.t(12, 2) + (queenbee[5] + block.t(12, 2)).t(-9, 2, flip_x) local lgun30_asym = queenbee + eater.t(10, 1, rccw) + (queenbee[5] + block.t(12, 2)).t(-9, 2, flip_x) m.gun30 = lgun30.t(1, -7) -- aligned gun shooting SE m.gun30_a = lgun30_asym.t(1, -7) -- aligned gun shooting SE m.gun60 = m.gun30 + m.gun30_a[26].t(-4, 11, flip_y) -------------------------------------------------------------------------------- local lhalf = bheptomino.t(0, 2, flip_x) + bheptomino.t(0, -2, flip) + block.t(16, -4) + block.t(16, 3) m.gun46_double = lhalf.t(7, -2) + lhalf.t(-8, 2, flip_x) m.gun46 = lhalf[1].t(1, -7) + lhalf.t(-13, -4, flip_x) -- aligned version shooting SE -------------------------------------------------------------------------------- return m golly-3.3-src/Scripts/Lua/goto.lua0000755000175000017500000001103313441044674014046 00000000000000-- Go to a requested generation. The given generation can be an -- absolute number like 1,000,000 (commas are optional) or a number -- relative to the current generation like +9 or -6. If the target -- generation is less than the current generation then we go back -- to the starting generation (normally 0) and advance to the target. -- Authors: Andrew Trevorrow and Dave Greene, Apr 2016. local g = golly() local gp = require "gplus" local validint = gp.validint -------------------------------------------------------------------------------- local function intbase(n, b) -- convert integer n >= 0 to a base b digit array (thanks to PM 2Ring) digits = {} while n > 0 do digits[#digits + 1] = n % b n = math.floor(n / b) end if #digits == 0 then digits = {0} end return digits end -------------------------------------------------------------------------------- local function go_to(gen) local currgen = tonumber(g.getgen()) local newgen if gen:sub(1,1) == '+' then newgen = currgen + tonumber(gen:sub(2,-1)) elseif gen:sub(1,1) == '-' then local n = tonumber(gen:sub(2,-1)) if currgen > n then newgen = currgen - n else newgen = 0 end else newgen = tonumber(gen) end if newgen < currgen then -- try to go back to starting gen (not necessarily 0) and -- then forwards to newgen; note that reset() also restores -- algorithm and/or rule, so too bad if user changed those -- after the starting info was saved; -- first save current location and scale local midx, midy = g.getpos() local mag = g.getmag() g.reset() -- restore location and scale g.setpos(midx, midy) g.setmag(mag) -- current gen might be > 0 if user loaded a pattern file -- that set the gen count currgen = tonumber(g.getgen()) if newgen < currgen then g.error("Can't go back any further; pattern was saved ".. "at generation "..currgen..".") return end end if newgen == currgen then return end g.show("Hit escape to abort...") local oldsecs = os.clock() -- before stepping we advance by 1 generation, for two reasons: -- 1. if we're at the starting gen then the *current* step size -- will be saved (and restored upon Reset/Undo) rather than a -- possibly very large step size -- 2. it increases the chances the user will see updates and so -- get some idea of how long the script will take to finish -- (otherwise if the base is 10 and a gen like 1,000,000,000 -- is given then only a single step() of 10^9 would be done) g.run(1) currgen = currgen + 1 -- use fast stepping (thanks to PM 2Ring) for i, d in ipairs(intbase(newgen - currgen, g.getbase())) do if d > 0 then g.setstep(i-1) for j = 1, d do if g.empty() then g.show("Pattern is empty.") return end g.step() local newsecs = os.clock() if newsecs - oldsecs >= 1.0 then -- do an update every sec oldsecs = newsecs g.update() end end end end g.show("") end -------------------------------------------------------------------------------- local function savegen(filename, gen) local f = io.open(filename, "w") if f then f:write(gen) f:close() else g.warn("Can't save gen in filename:\n"..filename) end end -------------------------------------------------------------------------------- -- use same file name as in goto.py local GotoINIFileName = g.getdir("data").."goto.ini" local previousgen = "" local f = io.open(GotoINIFileName, "r") if f then previousgen = f:read("*l") or "" f:close() end local gen = g.getstring("Enter the desired generation number,\n".. "or -n/+n to go back/forwards by n:", previousgen, "Go to generation") if gen == "" then g.exit() elseif gen == '+' or gen == '-' then -- clear the default savegen(GotoINIFileName, "") elseif not validint(gen) then g.exit("Sorry, but \""..gen.."\" is not a valid integer.") else -- best to save given gen now in case user aborts script savegen(GotoINIFileName, gen) local oldstep = g.getstep() go_to(gen:gsub(",","")) g.setstep(oldstep) end golly-3.3-src/Scripts/Lua/shift.lua0000755000175000017500000000471312773066602014224 00000000000000-- Shift current selection by given x y amounts using optional mode. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Mar 2016. local g = golly() local gp = require "gplus" local selrect = g.getselrect() if #selrect == 0 then g.exit("There is no selection.") end -- use same file name as in shift.py local inifilename = g.getdir("data").."shift.ini" local oldparams = "0 0 or" local f = io.open(inifilename, "r") if f then -- get the parameters given last time oldparams = f:read("*l") or "" f:close() end local s = g.getstring("Enter x y shift amounts and an optional mode\n".. "(valid modes are copy/or/xor, default is or):", oldparams, "Shift selection") local x, y, mode = gp.split(s) -- check x and y if y == nil then g.exit("Enter x and y amounts separated by a space.") end if not gp.validint(x) then g.exit("Bad x value: "..x) end if not gp.validint(y) then g.exit("Bad y value: "..y) end x = tonumber(x) y = tonumber(y) -- check optional mode if mode == nil then mode = "or" else mode = string.lower(mode) if mode == "c" then mode = "copy" end if mode == "o" then mode = "or" end if mode == "x" then mode = "xor" end if not (mode == "copy" or mode == "or" or mode == "xor") then g.exit("Unknown mode: "..mode.." (must be copy/or/xor)") end end -- given parameters are valid so save them for next run f = io.open(inifilename, "w") if f then f:write(s) f:close() end -- abort shift if the new selection would be outside a bounded grid if g.getwidth() > 0 then local gridl = -g.getwidth()/2 local gridr = gridl + g.getwidth() - 1 local newl = selrect[1] + x local newr = newl + selrect[3] - 1 if newl < gridl or newr > gridr then g.exit("New selection would be outside grid.") end end if g.getheight() > 0 then local gridt = -g.getheight()/2 local gridb = gridt + g.getheight() - 1 local newt = selrect[2] + y local newb = newt + selrect[4] - 1 if newt < gridt or newb > gridb then g.exit("New selection would be outside grid.") end end -- do the shift by cutting the current selection and pasting it into -- the new position without changing the current clipboard pattern local selcells = g.getcells(selrect) g.clear(0) selrect[1] = selrect[1] + x selrect[2] = selrect[2] + y g.select(selrect) if mode == "copy" then g.clear(0) end g.putcells(selcells, x, y, 1, 0, 0, 1, mode) if not g.visrect(selrect) then g.fitsel() end golly-3.3-src/Scripts/Lua/envelope.lua0000755000175000017500000001023713111767235014717 00000000000000-- Use multiple layers to create a history of the current pattern. -- The "envelope" layer remembers all live cells. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Apr 2016. local g = golly() local gp = require "gplus" if g.empty() then g.exit("There is no pattern.") end local currindex = g.getlayer() local startindex local envindex local startname = "starting pattern" local envname = "envelope" if currindex > 1 and g.getname(currindex - 1) == startname and g.getname(currindex - 2) == envname then -- continue from where we left off startindex = currindex - 1 envindex = currindex - 2 elseif (currindex + 2) < g.numlayers() and g.getname(currindex + 1) == startname and g.getname(currindex) == envname then -- switch from envelope layer to current layer and continue currindex = currindex + 2 g.setlayer(currindex) startindex = currindex - 1 envindex = currindex - 2 elseif (currindex + 1) < g.numlayers() and g.getname(currindex) == startname and g.getname(currindex - 1) == envname then -- switch from starting layer to current layer and continue currindex = currindex + 1 g.setlayer(currindex) startindex = currindex - 1 envindex = currindex - 2 else -- start a new envelope using pattern in current layer if g.numlayers() + 1 > g.maxlayers() then g.exit("You need to delete a couple of layers.") end if g.numlayers() + 2 > g.maxlayers() then g.exit("You need to delete a layer.") end -- get current layer's starting pattern local startpatt = g.getcells(g.getrect()) envindex = g.addlayer() -- create layer for remembering all live cells g.setcolors({-1,100,100,100}) -- set all live states to darkish gray g.putcells(startpatt) -- copy starting pattern into this layer startindex = g.addlayer() -- create layer for starting pattern g.setcolors({-1,0,255,0}) -- set all live states to green g.putcells(startpatt) -- copy starting pattern into this layer -- move currindex to above the envelope and starting pattern g.movelayer(currindex, envindex) g.movelayer(envindex, startindex) currindex = startindex startindex = currindex - 1 envindex = currindex - 2 -- name the starting and envelope layers so user can run script -- again and continue from where it was stopped g.setname(startname, startindex) g.setname(envname, envindex) end -------------------------------------------------------------------------------- function envelope() -- draw stacked layers using same location and scale g.setoption("stacklayers", 1) g.show("Hit escape key to stop script...") while true do g.run(1) if g.empty() then g.show("Pattern died out.") return end -- copy current pattern to envelope layer -- we temporarily disable event checking so thumb scrolling -- and other mouse events won't cause confusing changes local currpatt = g.getcells(g.getrect()) g.check(false) g.setlayer(envindex) g.putcells(currpatt) g.setlayer(currindex) g.check(true) local step = 1 local expo = g.getstep() if expo > 0 then step = g.getbase()^expo end if g.getgen() % step == 0 then -- display all 3 layers (envelope, start, current) g.update() end end end -------------------------------------------------------------------------------- -- show status bar but hide layer & edit bars (faster, and avoids flashing) local oldstatus = g.setoption("showstatusbar", 1) local oldlayerbar = g.setoption("showlayerbar", 0) local oldeditbar = g.setoption("showeditbar", 0) local status, err = xpcall(envelope, gp.trace) if err then g.continue(err) end -- the following code is executed even if error occurred or user aborted script -- restore original state of status/layer/edit bars g.setoption("showstatusbar", oldstatus) g.setoption("showlayerbar", oldlayerbar) g.setoption("showeditbar", oldeditbar) golly-3.3-src/Scripts/Lua/draw-lines.lua0000644000175000017500000001072413107435536015146 00000000000000-- Allow user to draw one or more straight lines by clicking end points. -- Author: Andrew Trevorrow (andrew@trevorrow.com), Apr 2016. local g = golly() local gp = require "gplus" local oldline = {} local firstcell = {} -- pos and state of the 1st cell clicked local drawstate = g.getoption("drawingstate") -------------------------------------------------------------------------------- local function drawline(x1, y1, x2, y2) -- draw a line of cells from x1,y1 to x2,y2 using Bresenham's algorithm; -- we also return the old cells in the line so we can erase line later local oldcells = {} -- note that x1,y1 has already been drawn if x1 == x2 and y1 == y2 then g.update() return oldcells end local dx = x2 - x1 local ax = math.abs(dx) * 2 local sx = 1 if dx < 0 then sx = -1 end local dy = y2 - y1 local ay = math.abs(dy) * 2 local sy = 1 if dy < 0 then sy = -1 end if ax > ay then local d = ay - (ax / 2) while x1 ~= x2 do oldcells[#oldcells+1] = {x1, y1, g.getcell(x1, y1)} g.setcell(x1, y1, drawstate) if d >= 0 then y1 = y1 + sy d = d - ax end x1 = x1 + sx d = d + ay end else local d = ax - (ay / 2) while y1 ~= y2 do oldcells[#oldcells+1] = {x1, y1, g.getcell(x1, y1)} g.setcell(x1, y1, drawstate) if d >= 0 then x1 = x1 + sx d = d - ay end y1 = y1 + sy d = d + ax end end oldcells[#oldcells+1] = {x2, y2, g.getcell(x2, y2)} g.setcell(x2, y2, drawstate) g.update() return oldcells end -------------------------------------------------------------------------------- local function eraseline(oldcells) for _, t in ipairs(oldcells) do g.setcell( table.unpack(t) ) end end -------------------------------------------------------------------------------- function drawlines() local started = false local oldmouse = "" local startx, starty, endx, endy while true do local event = g.getevent() if event:find("click") == 1 then -- event is a string like "click 10 20 left altctrlshift" local evt, x, y, butt, mods = gp.split(event) oldmouse = x .. ' ' .. y if started then -- draw permanent line from start pos to end pos endx = tonumber(x) endy = tonumber(y) drawline(startx, starty, endx, endy) -- this is also the start of another line startx = endx starty = endy oldline = {} firstcell = {} else -- start first line startx = tonumber(x) starty = tonumber(y) firstcell = { startx, starty, g.getcell(startx, starty) } g.setcell(startx, starty, drawstate) g.update() started = true g.show("Click where to end this line (and start another line)...") end else -- event might be "" or "key m none" if #event > 0 then g.doevent(event) end local mousepos = g.getxy() if started and #mousepos == 0 then -- erase old line if mouse is not over grid if #oldline > 0 then eraseline(oldline) oldline = {} g.update() end elseif started and #mousepos > 0 and mousepos ~= oldmouse then -- mouse has moved, so erase old line (if any) and draw new line if #oldline > 0 then eraseline(oldline) end local x, y = gp.split(mousepos) oldline = drawline(startx, starty, tonumber(x), tonumber(y)) oldmouse = mousepos end end end end -------------------------------------------------------------------------------- g.show("Click where to start line...") local oldcursor = g.getcursor() g.setcursor("Draw") local status, err = xpcall(drawlines, gp.trace) if err then g.continue(err) end -- the following code is executed even if error occurred or user aborted script g.setcursor(oldcursor) if #oldline > 0 then eraseline(oldline) end if #firstcell > 0 then local x, y, s = table.unpack(firstcell) g.setcell(x, y, s) endgolly-3.3-src/Scripts/Lua/credits.lua0000755000175000017500000003045013441044674014537 00000000000000--[[ This script displays animated credits for Golly Author: Chris Rowett (crowett@gmail.com). --]] local g = golly() -- require "gplus.strict" local gp = require "gplus" local op = require "oplus" local maketext = op.maketext local pastetext = op.pastetext local ov = g.overlay local ovt = g.ovtable math.randomseed(os.time()) -- init seed for math.random -- minor optimizations local rand = math.random local floor = math.floor local sin = math.sin local wd, ht = g.getview(g.getlayer()) -- viewport width and height local sound_enabled = false -- flag if sound available local extra_layer = false -- whether the extra layer was created local minzoom = 1/16 local maxzoom = 32 -------------------------------------------------------------------------------- local function lineartoreal(zoom) return minzoom * math.pow(maxzoom / minzoom, zoom) end -------------------------------------------------------------------------------- local function bezierx(t, x0, x1, x2, x3) local cX = 3 * (x1 - x0) local bX = 3 * (x2 - x1) - cX local aX = x3 - x0 - cX - bX -- compute x position local x = (aX * math.pow(t, 3)) + (bX * math.pow(t, 2)) + (cX * t) + x0 return x end -------------------------------------------------------------------------------- local function create_anim_bg(clipname) local level -- create a clip the size of the overlay and make it the render target ov("create "..wd.." "..ht.." "..clipname) ov("target "..clipname) -- create the graduated background for y = 0, ht / 2 do level = 32 + floor(128 * (y * 2 / ht)) ovt{"rgba", 0, 0, level, 255} ovt{"line", 0, y, wd, y} ovt{"line", 0 , (ht - y), wd, (ht - y)} end -- make the overlay the render target ov("target") end -------------------------------------------------------------------------------- local function animate_credits() -- create the overlay ov("create "..wd.." "..ht) -- check if sound is available if (ov("sound") == "2") then sound_enabled = true end -- create a new layer g.addlayer() extra_layer = true g.setalgo("QuickLife") -- add the pattern g.open("../../Patterns/Life/Guns/golly-ticker.rle") g.setname("Credits") g.run(1024) -- create the cellview ov("cellview 1640 -138 1024 1024") ov("celloption grid 0") -- theme with opaque alive cells and transparent dead and unoccupied cells and border ov("theme 192 192 192 192 192 192 0 0 0 0 0 0 0 0 0 255 0 0 0") ov("create "..wd.." "..ht.." pattern") local zoomdelta = 0.0002 local camminzoom = 5/9 local cammaxzoom = 8/9 local camzoom = cammaxzoom local camhold = 1000 local camcount = camhold local smoothzoom -- update the pattern every n frames local patternupdateframe = 4 local gliderframe = patternupdateframe -- save settings local oldblend = ov("blend 0") local oldalign = ov("textoption align left") -- create text clips local exitclip = "exit" local oldfont = ov("font 12 roman") local exitw = maketext("Click or press any key to close.", exitclip, op.white, 2, 2) local gollyopaqueclip = "clip1" local gollytranslucentclip = "clip2" ov("font 200 mono") local bannertext = "Golly" ovt{"rgba", 255, 192, 32, 255} local w, h = maketext(bannertext, gollyopaqueclip) ovt{"rgba", 255, 192, 32, 144} maketext(bannertext, gollytranslucentclip) local creditstext = [[ © The Golly Gang: Tom Rokicki, Andrew Trevorrow, Tim Hutton, Dave Greene, Jason Summers, Maks Verver, Robert Munafo, Chris Rowett. CREDITS The Pioneers John Conway for creating the Game of Life Martin Gardner for popularizing the topic in Scientific American The Programmers Tom Rokicki for the complicated stuff Andrew Trevorrow for the cross-platform GUI and overlay Chris Rowett for rule, rendering and overlay improvements Tim Hutton for the RuleTable algorithm Dave Greene Jason Summers Maks Verver Robert Munafo The Beta Testers Thanks to all the bug hunters for their reports and suggestions, especially: Dave Greene Gabriel Nivasch Dean Hickerson Brice Due David Eppstein Tony Smith Alan Hensel Dennis Langdeau Bill Gosper Mark Jeronimus Eric Goldstein Arie Paap Thanks to Bill Gosper for the idea behind the HashLife algorithm Alan Hensel for QuickLife ideas and non-totalistic algorithm David Eppstein for the B0 rule emulation idea Adam P. Goucher and Dean Hickerson for clever ideas to speed up Larger than Life Eugene Langvagen for inspiring Golly's scripting capabilities Stephen Silver for the wonderful Life Lexicon Nathaniel Johnston for the brilliant LifeWiki and the online archive Julian Smart and all wxWidgets developers for wxWidgets Guido van Rossum for Python Roberto Ierusalimschy and all Lua developers for Lua ]] if sound_enabled then creditstext = creditstext.."\nNikolaus Gebhardt @ Ambiera\nfor irrKlang\n" end creditstext = creditstext.. [[ Pattern Collection Dave Greene and Alan Hensel Thanks to everybody who allowed us to distribute their fantastic patterns, especially: Nick Gotts Gabriel Nivasch David Eppstein Jason Summers Stephen Morley Dean Hickerson Brice Due William R. Buckley David Moore Mark Owen Tim Hutton Renato Nobili Adam P. Goucher David Bell Kenichi Morita ]] -- start music if sound enabled if sound_enabled then ov("sound loop oplus/sounds/overlay-demo/animation.ogg") creditstext = creditstext.."\n\n\n\nMusic\n\n\n'Contentment'\nWritten and performed by Chris Rowett" end -- create credits clip ov("textoption align center") ov("font 14 roman") local creditsclip = "credits" local credwidth, credheight = maketext(creditstext, creditsclip, "rgba 128 255 255 255", 2, 2) -- create graduated background local bgclip = "bg" create_anim_bg(bgclip) -- create stars local starx = {} local stary = {} local stard = {} local numstars = 800 for i = 1, numstars do starx[i] = rand(0, wd - 1) stary[i] = rand(0, ht - 1) stard[i] = floor((i - 1) / 10) / 100 end local textx = wd local texty local running = true local credity = ht local creditx = floor((wd - credwidth) / 2) local credpos local firsttime = true local starttime, endtime -- main loop while running do starttime = g.millisecs() -- check for resize local newwd, newht = g.getview(g.getlayer()) if newwd ~= wd or newht ~= ht then -- resize overlay if newwd < 1 then newwd = 1 end if newht < 1 then newht = 1 end -- scale stars for i = 1, numstars do starx[i] = floor(starx[i] * newwd / wd) stary[i] = floor(stary[i] * newht / ht) end -- save new size wd = newwd ht = newht -- resize overlay ov("resize "..wd.." "..ht) -- resize cellview pattern clip ov("resize "..wd.." "..ht.." pattern") -- recreate background create_anim_bg(bgclip) -- recenter credits text creditx = floor((wd - credwidth) / 2) end -- stop when key pressed or mouse button clicked local event = g.getevent() if event == "key f11 none" then g.doevent(event) else if event:find("^key") or event:find("^oclick") then running = false end end -- draw background ov("blend 0") ovt{"paste", 0, 0, bgclip} -- draw stars local level = 50 ovt{"rgba", level, level, level, 255} local lastd = stard[1] local coords = { "set" } local ci = 2 for i = 1, numstars do if (stard[i] ~= lastd) then if ci > 2 then ovt(coords) ci = 2 coords = { "set" } end ovt{"rgba", level, level, level, 255} level = level + 2 lastd = stard[i] end starx[i] = starx[i] + lastd if starx[i] > wd then starx[i] = 0 stary[i] = rand(0, ht - 1) end coords[ci] = starx[i] coords[ci + 1] = stary[i] ci = ci + 2 end if ci > 2 then ovt(coords) end -- update pattern every few frames if gliderframe == patternupdateframe then gliderframe = 1 g.run(1) ov("updatecells") end gliderframe = gliderframe + 1 -- update camera zoom if camcount < camhold then camcount = camcount + 1 else if zoomdelta < 0 then if camzoom > camminzoom then camzoom = camzoom + zoomdelta if camzoom < camminzoom then camzoom = camminzoom end else camcount = 1 zoomdelta = -zoomdelta end else if camzoom < cammaxzoom then camzoom = camzoom + zoomdelta if camzoom > cammaxzoom then camzoom = cammaxzoom end else camcount = 1 zoomdelta = -zoomdelta end end end smoothzoom = bezierx((camzoom - camminzoom) / (cammaxzoom - camminzoom), 0, 0, 1, 1) * (cammaxzoom - camminzoom) + camminzoom -- update cell view ov("target pattern") ov("camera zoom "..lineartoreal(smoothzoom)) ov("drawcells") -- paste the pattern onto the background ov("target") ov("blend 1") ovt{"paste", 0, 0, "pattern"} -- draw bouncing scrolling text ov("blend 2") texty = floor(((ht - h) / 2 - (100 * sin(textx / 100)))) pastetext(textx, texty, op.identity, gollyopaqueclip) texty = floor(((ht - h) / 2 + (100 * sin(textx / 100)))) pastetext(textx, texty, op.identity, gollytranslucentclip) -- draw credits credpos = floor(credity) pastetext(creditx, credpos, op.identity, creditsclip) credity = credity - .5 if credity < -credheight then credity = ht end -- draw exit message pastetext(floor((wd - exitw) / 2), 20, op.identity, exitclip) -- update display ov("update") if firsttime then firsttime = false g.update() end -- move text textx = textx - 2 if textx <= -w then textx = wd end -- wait until at least 15ms have elapsed endtime = g.millisecs() while (endtime - starttime < 15) do endtime = g.millisecs() end end -- free clips ov("delete pattern") ov("delete "..exitclip) ov("delete "..gollytranslucentclip) ov("delete "..gollyopaqueclip) ov("delete "..creditsclip) ov("delete "..bgclip) -- restore settings ov("textoption align "..oldalign) ov("font "..oldfont) ov("blend "..oldblend) -- stop music if sound_enabled then ov("sound stop") end -- delete the layer g.dellayer() extra_layer = false end -------------------------------------------------------------------------------- local function main() -- draw animated credits animate_credits() end -------------------------------------------------------------------------------- local oldoverlay = g.setoption("showoverlay", 1) local oldbuttons = g.setoption("showbuttons", 0) -- disable translucent buttons local oldscroll = g.setoption("showscrollbars", 0) local oldtile = g.setoption("tilelayers", 0) local oldstack = g.setoption("stacklayers", 0) local status, err = xpcall(main, gp.trace) if err then g.continue(err) end -- the following code is always executed -- delete the overlay and restore settings saved above g.check(false) ov("delete") g.setoption("showoverlay", oldoverlay) g.setoption("showbuttons", oldbuttons) g.setoption("showscrollbars", oldscroll) g.setoption("tilelayers", oldtile) g.setoption("stacklayers", oldstack) if extra_layer then g.dellayer() end golly-3.3-src/Scripts/Lua/1D.lua0000755000175000017500000003126613543255652013357 00000000000000--[[ This script lets you use Golly to explore one-dimensional rules. It supports all of Stephen Wolfram's 256 elementary rules, as well as totalistic rules with up to 4 states and a maximum range of 4. Author: Andrew Trevorrow (andrew@trevorrow.com), May 2019. --]] local g = golly() local gp = require "gplus" local split = gp.split require "gplus.NewCA" SCRIPT_NAME = "1D" DEFAULT_RULE = "W110" RULE_HELP = [[ This script lets you explore one-dimensional rules. Stephen Wolfram's elementary rules are strings of the form Wn where n is a number from 0 to 255.

Totalistic rules are strings of the form CcKkRr where c is a code number from 0 to k^((2r+1)k-2r)-1, k is the number of states (2 to 4), and r is the range (1 to 4).

More details can be found at these links:
http://mathworld.wolfram.com/ElementaryCellularAutomaton.html
http://mathworld.wolfram.com/TotalisticCellularAutomaton.html ]] -- the following are non-local so a startup script can change them DEFWD, DEFHT = 500, 500 -- default grid size aliases = {} -- none at the moment -------------------------------------------------------------------------------- NextPattern = function() end -- ParseRule sets this to NextElementary or NextTotalistic local birth = {} -- set by ParseRule (only if given rule is valid) local numstates = 2 -- ditto local range = 1 -- ditto local empty_row = false -- NextPattern created an empty row? function ParseRule(newrule) -- Parse the given rule string. -- If valid then return nil, the canonical rule string, -- the width and height of the grid, and the number of states. -- If not valid then just return an appropriate error message. if #newrule == 0 then newrule = DEFAULT_RULE -- should be a valid rule! else -- check for a known alias local rule = aliases[newrule] if rule then newrule = rule elseif newrule:find(":") then -- try without the suffix local p, s = split(newrule,":") rule = aliases[p] if rule then newrule = rule..":"..s end end end local prefix, suffix = split(newrule:upper(),":") -- check for a valid prefix local elementary = true local n, c, k, r if prefix:find("^W") then n = tonumber( prefix:match("^W(%d+)$") ) if n == nil or n > 255 then return "Rule syntax is Wn where n is from 0 to 255." end elseif prefix:find("^C") then c, k, r = prefix:match("^C(%d+)K([234])R([1234])$") c = tonumber(c) k = tonumber(k) r = tonumber(r) if not (c and k and r) then return "Rule syntax is CcKkRr where c is the code number,\n".. "k is the number of states (2 to 4), and r is the\n".. "range (1 to 4)." end local maxcode = math.floor(k^((2*r+1)*k-2*r)) - 1 if c > maxcode then return "Maximum code for K"..k.." and R"..r.." is "..maxcode.."." end elementary = false else return "Rule must start with W or C." end -- check for a valid suffix like T50 or T50,30 local wd, ht = DEFWD, DEFHT if suffix then if suffix:find(",") then wd, ht = suffix:match("^T(%d+),(%d+)$") else wd = suffix:match("^T(%d+)$") ht = wd end wd = tonumber(wd) ht = tonumber(ht) if wd == nil or ht == nil then return "Rule suffix must be Twd,ht or Twd." end end if wd < 10 then wd = 10 elseif wd > 4000 then wd = 4000 end if ht < 10 then ht = 10 elseif ht > 4000 then ht = 4000 end -- given rule is valid -- set birth table for use in NextPattern birth = {} if elementary then local bit = 1 for i = 0, 7 do if n & bit > 0 then birth[i] = 1 end bit = bit * 2 end else -- totalistic local code = c for i = 0, (2*r+1)*k-2*r-1 do if code == 0 then break end local s = code % k if s > 0 then birth[i] = s end code = code // k end end if birth[0] == nil then empty_row = false end -- set NextPattern, numstates, range, and create the canonical rule local canonrule if elementary then NextPattern = NextElementary numstates = 2 range = 1 canonrule = "W"..n..":T"..wd..","..ht else -- totalistic NextPattern = NextTotalistic numstates = k range = r canonrule = "C"..c.."K"..k.."R"..r..":T"..wd..","..ht end return nil, canonrule, wd, ht, numstates end -------------------------------------------------------------------------------- function NextElementary(currcells, minx, miny, maxx, maxy) -- Create the next elementary pattern. local newrow = {} -- cell array for the new row (one-state) local newlen = 0 -- length of newrow local get = g.getcell -- find the bottom row of the current pattern local bbox = g.getrect() local y = bbox[2] + bbox[4] - 1 if birth[0] then -- for odd-numbered rules we need to ensure the grid doesn't become empty -- when we wrap to the top row if y == maxy then -- save bottom row, erase current pattern and put bottom row in top row local gridwd = maxx-minx+1 local bottrow = g.getcells( {minx, maxy, gridwd, 1} ) g.putcells(currcells, 0, 0, 1, 0, 0, 1, "xor") g.putcells(bottrow, 0, -(maxy-miny), 1, 0, 0, 1, "or") currcells = g.getcells( {minx, miny, gridwd, 1} ) y = miny elseif empty_row then -- if bottom row of current pattern is full then advance y by 1 local full = true for x = minx, maxx do if get(x, y) == 0 then full = false ; break end end if full then y = y + 1 end end end local newy = y + 1 -- y coordinates for newrow if newy > maxy then newy = miny -- wrap to top row end for x = minx, maxx do local xm1 = x-1 local xp1 = x+1 -- wrap left and right edges if xm1 < minx then xm1 = maxx end if xp1 > maxx then xp1 = minx end local i = get(xp1, y) if get(x, y) == 1 then i = i + 2 end if get(xm1, y) == 1 then i = i + 4 end if birth[i] then newlen = newlen+1 ; newrow[newlen] = x newlen = newlen+1 ; newrow[newlen] = newy end end empty_row = newlen == 0 -- for next call (only used if birth[0]) if newy == miny then -- erase current pattern and put newrow in top row g.putcells(currcells, 0, 0, 1, 0, 0, 1, "xor") g.putcells(newrow) return newrow else -- append newrow to currcells (no need to erase current pattern) local currlen = #currcells for i = 1, newlen do currlen = currlen+1 ; currcells[currlen] = newrow[i] end g.putcells(newrow) return currcells end end -------------------------------------------------------------------------------- function NextTotalistic(currcells, minx, miny, maxx, maxy) -- Create the next totalistic pattern. local newrow = {} -- cell array for the new row (one-state or multi-state) local newlen = 0 -- length of newrow local get = g.getcell local multistate = numstates > 2 -- find the bottom row of the current pattern local bbox = g.getrect() local y = bbox[2] + bbox[4] - 1 if birth[0] then -- for odd-numbered rules we need to ensure the grid doesn't become empty -- when we wrap to the top row if y == maxy then -- save bottom row, erase current pattern and put bottom row in top row local gridwd = maxx-minx+1 local bottrow = g.getcells( {minx, maxy, gridwd, 1} ) g.putcells(currcells, 0, 0, 1, 0, 0, 1, "xor") g.putcells(bottrow, 0, -(maxy-miny), 1, 0, 0, 1, "or") currcells = g.getcells( {minx, miny, gridwd, 1} ) y = miny elseif empty_row then -- if bottom row of current pattern is full then advance y by 1 local full = true for x = minx, maxx do if get(x, y) == 0 then full = false ; break end end if full then y = y + 1 end end end local newy = y + 1 -- y coordinates for newrow if newy > maxy then newy = miny -- wrap to top row end for x = minx, maxx do local total = get(x, y) for i = 1, range do local xmi = x-i local xpi = x+i -- wrap left and right edges if xmi < minx then xmi = maxx - (minx - xmi - 1) end if xpi > maxx then xpi = minx + (xpi - maxx - 1) end total = total + get(xmi, y) total = total + get(xpi, y) end if birth[total] then newlen = newlen+1 ; newrow[newlen] = x newlen = newlen+1 ; newrow[newlen] = newy if multistate then newlen = newlen+1 ; newrow[newlen] = birth[total] end end end if newlen > 0 and multistate then -- ensure length of newrow is odd if newlen & 1 == 0 then newlen = newlen+1 ; newrow[newlen] = 0 end end empty_row = newlen == 0 -- for next call (only used if birth[0]) if newy == miny then -- erase current pattern and put newrow in top row g.putcells(currcells, 0, 0, 1, 0, 0, 1, "xor") g.putcells(newrow) return newrow else -- append newrow to currcells (no need to erase current pattern) local currlen = #currcells if multistate then -- ignore any padding ints in currcells and newrow if currlen % 3 > 0 then currlen = currlen - 1 end if newlen % 3 > 0 then newlen = newlen - 1 end end for i = 1, newlen do currlen = currlen+1 ; currcells[currlen] = newrow[i] end if multistate then -- ensure length of currcells is odd if currlen & 1 == 0 then currcells[currlen+1] = 0 end end g.putcells(newrow) return currcells end end -------------------------------------------------------------------------------- -- override SetColors to use Wolfram's color scheme in ANKOS function SetColors() g.setcolors{0,255,255,255} -- state 0 is white if g.numstates() == 2 then -- state 1 is black g.setcolors{1,0,0,0} else -- live states vary from gray to black g.setcolors{128,128,128, 0,0,0} end g.setcolor("border", 190, 210, 230) -- light blue border around grid g.setcolor(g.getalgo(), 190, 210, 230) -- ditto for status bar background end -------------------------------------------------------------------------------- -- override RandomPattern to create a single row at the top of the grid function RandomPattern() local rand = math.random -- avoid flash due to Refresh call in NewPattern local savedRefresh = Refresh Refresh = function() end NewPattern("random") Refresh = savedRefresh local minx = -(g.getwidth() // 2) local miny = -(g.getheight() // 2) local maxx = minx + g.getwidth() - 1 local perc = GetDensity() for x = minx, maxx do if rand(0,99) < perc then g.setcell(x, miny, rand(1,g.numstates()-1)) end end FitGrid() -- calls Refresh end -------------------------------------------------------------------------------- -- user's startup script might want to override this function RandomRule() local rand = math.random -- create a random totalistic rule local k = rand(2,4) local r = rand(1,4) local c = rand(0,math.floor(k^((2*r+1)*k-2*r)) - 1) return "C"..c.."K"..k.."R"..r end -------------------------------------------------------------------------------- -- allow alt-R to create a random pattern with a random totalistic rule local saveHandleKey = HandleKey function HandleKey(event) local _, key, mods = split(event) if key == "r" and mods == "alt" then SetRule(RandomRule()) RandomPattern() else -- pass the event to the original HandleKey saveHandleKey(event) end end -------------------------------------------------------------------------------- -- and away we go... StartNewCA() golly-3.3-src/gui-common/0000755000175000017500000000000013543255652012357 500000000000000golly-3.3-src/gui-common/algos.h0000644000175000017500000001007313145740437013554 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _ALGOS_H_ #define _ALGOS_H_ #include "lifealgo.h" #include "utils.h" // for gColor // for storing icon info: typedef struct { int wd; int ht; unsigned char* pxldata; // RGBA data (size = wd * ht * 4) } gBitmap; typedef gBitmap* gBitmapPtr; // Golly supports multiple algorithms. The first algorithm // registered must *always* be qlifealgo. The second must // *always* be hlifealgo. The order of the rest does not matter. enum { QLIFE_ALGO, // QuickLife HLIFE_ALGO // HashLife }; const int MAX_ALGOS = 50; // maximum number of algorithms typedef int algo_type; // 0..MAX_ALGOS-1 // A class for all the static info we need about a particular algorithm: class AlgoData : public staticAlgoInfo { public: AlgoData(); virtual void setDefaultBaseStep(int v) { defbase = v; } // all hashing algos use maxhashmem and QuickLife uses 0 (unlimited) // virtual void setDefaultMaxMem(int v) { } static AlgoData& tick(); // static allocator // additional data bool canhash; // algo uses hashing? int defbase; // default base step gColor statusrgb; // status bar color gBitmapPtr* icons7x7; // icon bitmaps for scale 1:8 gBitmapPtr* icons15x15; // icon bitmaps for scale 1:16 gBitmapPtr* icons31x31; // icon bitmaps for scale 1:32 // default color scheme bool gradient; // use color gradient? gColor fromrgb; // color at start of gradient gColor torgb; // color at end of gradient // if gradient is false then use these colors for each cell state unsigned char algor[256]; unsigned char algog[256]; unsigned char algob[256]; }; extern AlgoData* algoinfo[MAX_ALGOS]; // static info for each algorithm extern algo_type initalgo; // initial algorithm // the following bitmaps are grayscale icons that can be used with any rules // with any number of states extern gBitmapPtr* circles7x7; // circular icons for scale 1:8 extern gBitmapPtr* circles15x15; // circular icons for scale 1:16 extern gBitmapPtr* circles31x31; // circular icons for scale 1:32 extern gBitmapPtr* diamonds7x7; // diamond icons for scale 1:8 extern gBitmapPtr* diamonds15x15; // diamond icons for scale 1:16 extern gBitmapPtr* diamonds31x31; // diamond icons for scale 1:32 extern gBitmapPtr* hexagons7x7; // hexagonal icons for scale 1:8 extern gBitmapPtr* hexagons15x15; // hexagonal icons for scale 1:16 extern gBitmapPtr* hexagons31x31; // hexagonal icons for scale 1:32 // NOTE: the triangular icons are only suitable for a 4-state rule that // is emulating a triangular neighborhood with 2 triangles per cell extern gBitmapPtr* triangles7x7; // triangular icons for scale 1:8 extern gBitmapPtr* triangles15x15; // triangular icons for scale 1:16 extern gBitmapPtr* triangles31x31; // triangular icons for scale 1:32 void InitAlgorithms(); // Initialize above data. Must be called before reading the prefs file. void DeleteAlgorithms(); // Deallocate memory allocated in InitAlgorithms(). lifealgo* CreateNewUniverse(algo_type algotype, bool allowcheck = true); // Create a new universe of given type. If allowcheck is true then // event checking is allowed. const char* GetAlgoName(algo_type algotype); // Return name of given algorithm. This name appears in various places // and is also stored in the prefs file. int NumAlgos(); // Return current number of algorithms. gBitmapPtr* CreateIconBitmaps(const char** xpmdata, int maxstates); // Create icon bitmaps using the given XPM data. gBitmapPtr* ScaleIconBitmaps(gBitmapPtr* srcicons, int size); // Return icon bitmaps scaled to given size. void FreeIconBitmaps(gBitmapPtr* icons); // Free all the memory used by the given set of icons. bool MultiColorImage(gBitmapPtr image); // Return true if image contains at least one color that isn't a shade of gray. #endif golly-3.3-src/gui-common/view.cpp0000644000175000017500000015216613171233731013757 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "bigint.h" #include "lifealgo.h" #include "qlifealgo.h" #include "hlifealgo.h" #include "viewport.h" #include "utils.h" // for Warning, Fatal, YesNo, Beep, etc #include "prefs.h" // for showgridlines, etc #include "status.h" // for DisplayMessage, etc #include "render.h" // for InitPaste #include "undo.h" // for currlayer->undoredo->... #include "select.h" // for Selection #include "algos.h" // for algo_type, *_ALGO, CreateNewUniverse, etc #include "layer.h" // for currlayer, ResizeLayers, etc #include "control.h" // for generating, ChangeRule #include "file.h" // for GetTextFromClipboard #include "view.h" #include // for abs #ifdef ANDROID_GUI #include "jnicalls.h" // for UpdatePattern, BeginProgress, etc #endif #ifdef WEB_GUI #include "webcalls.h" // for UpdatePattern, BeginProgress, etc #endif #ifdef IOS_GUI #import "PatternViewController.h" // for UpdatePattern, BeginProgress, etc #endif // ----------------------------------------------------------------------------- // exported data: const char* empty_selection = "There are no live cells in the selection."; const char* empty_outside = "There are no live cells outside the selection."; const char* no_selection = "There is no selection."; const char* selection_too_big = "Selection is outside +/- 10^9 boundary."; const char* pattern_too_big = "Pattern is outside +/- 10^9 boundary."; const char* origin_restored = "Origin restored."; bool widescreen = true; // is screen wide enough to show all info? (assume a tablet device; eg. iPad) bool fullscreen = false; // in full screen mode? bool nopattupdate = false; // disable pattern updates? bool waitingforpaste = false; // waiting for user to decide what to do with paste image? gRect pasterect; // bounding box of paste image int pastex, pastey; // where user wants to paste clipboard pattern bool drawingcells = false; // currently drawing cells? bool draw_pending = false; // delay drawing? int pendingx, pendingy; // start of delayed drawing // ----------------------------------------------------------------------------- // local data: static int cellx, celly; // current cell's 32-bit position static bigint bigcellx, bigcelly; // current cell's position static int initselx, initsely; // location of initial selection click static bool forceh; // resize selection horizontally? static bool forcev; // resize selection vertically? static bigint anchorx, anchory; // anchor cell of current selection static Selection prevsel; // previous selection static int drawstate; // new cell state (0..255) static Layer* pastelayer = NULL; // temporary layer with pattern to be pasted static gRect pastebox; // bounding box (in cells) for paste pattern static std::string oldrule; // rule before readclipboard is called static std::string newrule; // rule after readclipboard is called static bool pickingcells = false; // picking cell states by dragging finger? static bool selectingcells = false; // selecting cells by dragging finger? static bool movingview = false; // moving view by dragging finger? static bool movingpaste = false; // moving paste image by dragging finger? // ----------------------------------------------------------------------------- void UpdatePatternAndStatus() { if (inscript || currlayer->undoredo->doingscriptchanges) return; UpdatePattern(); UpdateStatus(); } // ----------------------------------------------------------------------------- void UpdateEverything() { UpdatePattern(); UpdateStatus(); UpdateEditBar(); } // ----------------------------------------------------------------------------- bool OutsideLimits(bigint& t, bigint& l, bigint& b, bigint& r) { return ( t < bigint::min_coord || l < bigint::min_coord || b > bigint::max_coord || r > bigint::max_coord ); } // ----------------------------------------------------------------------------- void TestAutoFit() { if (currlayer->autofit && generating) { // assume user no longer wants us to do autofitting currlayer->autofit = false; } } // ----------------------------------------------------------------------------- void FitInView(int force) { if (waitingforpaste && currlayer->algo->isEmpty()) { // fit paste image in viewport if there is no pattern // (note that pastelayer->algo->fit() won't work because paste image // might be bigger than paste pattern) int vwd = currlayer->view->getxmax(); int vht = currlayer->view->getymax(); int pwd, pht; int mag = MAX_MAG; while (true) { pwd = mag >= 0 ? (pastebox.width << mag) - 1 : (pastebox.width >> -mag); pht = mag >= 0 ? (pastebox.height << mag) - 1 : (pastebox.height >> -mag); if (vwd >= pwd && vht >= pht) { // all of paste image can fit within viewport at this mag break; } mag--; } // set mag and move viewport to origin currlayer->view->setpositionmag(bigint::zero, bigint::zero, mag); // move paste image to middle of viewport pastex = (vwd - pwd) / 2; pastey = (vht - pht) / 2; } else { // fit current pattern in viewport // (if no pattern this will set mag to MAX_MAG and move to origin) currlayer->algo->fit(*currlayer->view, force); } } // ----------------------------------------------------------------------------- bool PointInView(int x, int y) { return ( x >= 0 && x <= currlayer->view->getxmax() && y >= 0 && y <= currlayer->view->getymax() ); } // ----------------------------------------------------------------------------- bool PointInPasteImage(int x, int y) { return (x >= pasterect.x && x <= pasterect.x + pasterect.width-1 && y >= pasterect.y && y <= pasterect.y + pasterect.height-1); } // ----------------------------------------------------------------------------- bool PointInSelection(int x, int y) { pair cellpos = currlayer->view->at(x, y); int cx = cellpos.first.toint(); int cy = cellpos.second.toint(); return currlayer->currsel.ContainsCell(cx, cy); } // ----------------------------------------------------------------------------- bool CellInGrid(const bigint& x, const bigint& y) { // return true if cell at x,y is within bounded grid if (currlayer->algo->gridwd > 0 && (x < currlayer->algo->gridleft || x > currlayer->algo->gridright)) return false; if (currlayer->algo->gridht > 0 && (y < currlayer->algo->gridtop || y > currlayer->algo->gridbottom)) return false; return true; } // ----------------------------------------------------------------------------- bool PointInGrid(int x, int y) { // is given viewport location also in grid? if (currlayer->algo->gridwd == 0 && currlayer->algo->gridht == 0) { // unbounded grid return true; } pair cellpos = currlayer->view->at(x, y); return CellInGrid(cellpos.first, cellpos.second); } // ----------------------------------------------------------------------------- void RememberOneCellChange(int cx, int cy, int oldstate, int newstate) { if (allowundo) { // remember this cell change for later undo/redo currlayer->undoredo->SaveCellChange(cx, cy, oldstate, newstate); } } // ----------------------------------------------------------------------------- void DrawCells(int x, int y) { // make sure x,y is within viewport if (x < 0) x = 0; if (y < 0) y = 0; if (x > currlayer->view->getxmax()) x = currlayer->view->getxmax(); if (y > currlayer->view->getymax()) y = currlayer->view->getymax(); // make sure x,y is within bounded grid pair cellpos = currlayer->view->at(x, y); if (currlayer->algo->gridwd > 0) { if (cellpos.first < currlayer->algo->gridleft) cellpos.first = currlayer->algo->gridleft; if (cellpos.first > currlayer->algo->gridright) cellpos.first = currlayer->algo->gridright; } if (currlayer->algo->gridht > 0) { if (cellpos.second < currlayer->algo->gridtop) cellpos.second = currlayer->algo->gridtop; if (cellpos.second > currlayer->algo->gridbottom) cellpos.second = currlayer->algo->gridbottom; } if ( currlayer->view->getmag() < 0 || OutsideLimits(cellpos.second, cellpos.first, cellpos.second, cellpos.first) ) { return; } int currstate; int numchanged = 0; int newx = cellpos.first.toint(); int newy = cellpos.second.toint(); if ( newx != cellx || newy != celly ) { // draw a line of cells using Bresenham's algorithm int d, ii, jj, di, ai, si, dj, aj, sj; di = newx - cellx; ai = abs(di) << 1; si = (di < 0)? -1 : 1; dj = newy - celly; aj = abs(dj) << 1; sj = (dj < 0)? -1 : 1; ii = cellx; jj = celly; lifealgo* curralgo = currlayer->algo; if (ai > aj) { d = aj - (ai >> 1); while (ii != newx) { currstate = curralgo->getcell(ii, jj); if (currstate != drawstate) { curralgo->setcell(ii, jj, drawstate); RememberOneCellChange(ii, jj, currstate, drawstate); numchanged++; } if (d >= 0) { jj += sj; d -= ai; } ii += si; d += aj; } } else { d = ai - (aj >> 1); while (jj != newy) { currstate = curralgo->getcell(ii, jj); if (currstate != drawstate) { curralgo->setcell(ii, jj, drawstate); RememberOneCellChange(ii, jj, currstate, drawstate); numchanged++; } if (d >= 0) { ii += si; d -= aj; } jj += sj; d += ai; } } cellx = newx; celly = newy; currstate = curralgo->getcell(cellx, celly); if (currstate != drawstate) { curralgo->setcell(cellx, celly, drawstate); RememberOneCellChange(cellx, celly, currstate, drawstate); numchanged++; } } if (numchanged > 0) { currlayer->algo->endofpattern(); MarkLayerDirty(); UpdatePattern(); UpdateStatus(); } } // ----------------------------------------------------------------------------- void StartDrawingCells(int x, int y) { if (generating) { // temporarily stop generating when drawing cells (necessary for undo/redo) PauseGenerating(); if (event_checker > 0) { // delay drawing until after step() finishes in NextGeneration() draw_pending = true; pendingx = x; pendingy = y; return; } // NOTE: ResumeGenerating() is called in TouchEnded() } if (!PointInGrid(x, y)) { ErrorMessage("Drawing is not allowed outside grid."); return; } if (currlayer->view->getmag() < 0) { ErrorMessage("Drawing is not allowed at scales greater than 1 cell per pixel."); return; } // check that x,y is within getcell/setcell limits pair cellpos = currlayer->view->at(x, y); if ( OutsideLimits(cellpos.second, cellpos.first, cellpos.second, cellpos.first) ) { ErrorMessage("Drawing is not allowed outside +/- 10^9 boundary."); return; } drawingcells = true; // save dirty state now for later use by RememberCellChanges if (allowundo) currlayer->savedirty = currlayer->dirty; cellx = cellpos.first.toint(); celly = cellpos.second.toint(); int currstate = currlayer->algo->getcell(cellx, celly); // reset drawing state in case it's no longer valid (due to algo/rule change) if (currlayer->drawingstate >= currlayer->algo->NumCellStates()) { currlayer->drawingstate = 1; } if (currstate == currlayer->drawingstate) { drawstate = 0; } else { drawstate = currlayer->drawingstate; } if (currstate != drawstate) { currlayer->algo->setcell(cellx, celly, drawstate); currlayer->algo->endofpattern(); // remember this cell change for later undo/redo RememberOneCellChange(cellx, celly, currstate, drawstate); MarkLayerDirty(); UpdatePattern(); UpdateStatus(); // update population count } } // ----------------------------------------------------------------------------- void PickCell(int x, int y) { if (!PointInGrid(x, y)) return; pair cellpos = currlayer->view->at(x, y); if ( currlayer->view->getmag() < 0 || OutsideLimits(cellpos.second, cellpos.first, cellpos.second, cellpos.first) ) { return; } int newx = cellpos.first.toint(); int newy = cellpos.second.toint(); if ( newx != cellx || newy != celly ) { cellx = newx; celly = newy; currlayer->drawingstate = currlayer->algo->getcell(cellx, celly); UpdateEditBar(); } } // ----------------------------------------------------------------------------- void StartPickingCells(int x, int y) { if (!PointInGrid(x, y)) { ErrorMessage("Picking is not allowed outside grid."); return; } if (currlayer->view->getmag() < 0) { ErrorMessage("Picking is not allowed at scales greater than 1 cell per pixel."); return; } cellx = INT_MAX; celly = INT_MAX; PickCell(x, y); pickingcells = true; } // ----------------------------------------------------------------------------- void SelectCells(int x, int y) { // only select cells within view if (x < 0) x = 0; if (y < 0) y = 0; if (x > currlayer->view->getxmax()) x = currlayer->view->getxmax(); if (y > currlayer->view->getymax()) y = currlayer->view->getymax(); if ( abs(initselx - x) < 2 && abs(initsely - y) < 2 && !SelectionExists() ) { // avoid 1x1 selection if finger hasn't moved much return; } // make sure x,y is within bounded grid pair cellpos = currlayer->view->at(x, y); if (currlayer->algo->gridwd > 0) { if (cellpos.first < currlayer->algo->gridleft) cellpos.first = currlayer->algo->gridleft; if (cellpos.first > currlayer->algo->gridright) cellpos.first = currlayer->algo->gridright; } if (currlayer->algo->gridht > 0) { if (cellpos.second < currlayer->algo->gridtop) cellpos.second = currlayer->algo->gridtop; if (cellpos.second > currlayer->algo->gridbottom) cellpos.second = currlayer->algo->gridbottom; } if (forceh && forcev) { // move selection bigint xdelta = cellpos.first; bigint ydelta = cellpos.second; xdelta -= bigcellx; ydelta -= bigcelly; if ( xdelta != bigint::zero || ydelta != bigint::zero ) { currlayer->currsel.Move(xdelta, ydelta); bigcellx = cellpos.first; bigcelly = cellpos.second; } } else { // change selection size if (!forcev) currlayer->currsel.SetLeftRight(cellpos.first, anchorx); if (!forceh) currlayer->currsel.SetTopBottom(cellpos.second, anchory); } if (currlayer->currsel != prevsel) { // selection has changed DisplaySelectionSize(); prevsel = currlayer->currsel; UpdatePatternAndStatus(); } } // ----------------------------------------------------------------------------- void StartSelectingCells(int x, int y) { TestAutoFit(); // make sure anchor cell is within bounded grid (x,y can be outside grid) pair cellpos = currlayer->view->at(x, y); if (currlayer->algo->gridwd > 0) { if (cellpos.first < currlayer->algo->gridleft) cellpos.first = currlayer->algo->gridleft; if (cellpos.first > currlayer->algo->gridright) cellpos.first = currlayer->algo->gridright; } if (currlayer->algo->gridht > 0) { if (cellpos.second < currlayer->algo->gridtop) cellpos.second = currlayer->algo->gridtop; if (cellpos.second > currlayer->algo->gridbottom) cellpos.second = currlayer->algo->gridbottom; } anchorx = cellpos.first; anchory = cellpos.second; bigcellx = anchorx; bigcelly = anchory; // save original selection for RememberNewSelection currlayer->savesel = currlayer->currsel; // reset previous selection prevsel.Deselect(); // for avoiding 1x1 selection if finger doesn't move much initselx = x; initsely = y; // allow changing size in any direction forceh = false; forcev = false; if (SelectionExists()) { if (PointInSelection(x, y)) { // modify current selection currlayer->currsel.Modify(x, y, anchorx, anchory, &forceh, &forcev); DisplaySelectionSize(); } else { // remove current selection currlayer->currsel.Deselect(); } UpdatePatternAndStatus(); } selectingcells = true; } // ----------------------------------------------------------------------------- void MoveView(int x, int y) { pair cellpos = currlayer->view->at(x, y); bigint xdelta = bigcellx; bigint ydelta = bigcelly; xdelta -= cellpos.first; ydelta -= cellpos.second; int xamount, yamount; int mag = currlayer->view->getmag(); if (mag >= 0) { // move an integral number of cells xamount = xdelta.toint() << mag; yamount = ydelta.toint() << mag; } else { // convert cell deltas to screen pixels xdelta >>= -mag; ydelta >>= -mag; xamount = xdelta.toint(); yamount = ydelta.toint(); } if ( xamount != 0 || yamount != 0 ) { currlayer->view->move(xamount, yamount); cellpos = currlayer->view->at(x, y); bigcellx = cellpos.first; bigcelly = cellpos.second; UpdatePattern(); UpdateStatus(); } } // ----------------------------------------------------------------------------- void StartMovingView(int x, int y) { TestAutoFit(); pair cellpos = currlayer->view->at(x, y); bigcellx = cellpos.first; bigcelly = cellpos.second; movingview = true; } // ----------------------------------------------------------------------------- void MovePaste(int x, int y) { pair cellpos = currlayer->view->at(x, y); bigint xdelta = bigcellx; bigint ydelta = bigcelly; xdelta -= cellpos.first; ydelta -= cellpos.second; int xamount, yamount; int mag = currlayer->view->getmag(); if (mag >= 0) { // move an integral number of cells xamount = xdelta.toint() << mag; yamount = ydelta.toint() << mag; } else { // convert cell deltas to screen pixels xdelta >>= -mag; ydelta >>= -mag; xamount = xdelta.toint(); yamount = ydelta.toint(); } if ( xamount != 0 || yamount != 0 ) { // shift location of pasterect pastex -= xamount; pastey -= yamount; cellpos = currlayer->view->at(x, y); bigcellx = cellpos.first; bigcelly = cellpos.second; UpdatePattern(); } } // ----------------------------------------------------------------------------- void StartMovingPaste(int x, int y) { pair cellpos = currlayer->view->at(x, y); bigcellx = cellpos.first; bigcelly = cellpos.second; movingpaste = true; } // ----------------------------------------------------------------------------- void TouchBegan(int x, int y) { if (waitingforpaste && PointInPasteImage(x, y)) { StartMovingPaste(x, y); } else if (currlayer->touchmode == drawmode) { StartDrawingCells(x, y); } else if (currlayer->touchmode == pickmode) { StartPickingCells(x, y); } else if (currlayer->touchmode == selectmode) { StartSelectingCells(x, y); } else if (currlayer->touchmode == movemode) { StartMovingView(x, y); } else if (currlayer->touchmode == zoominmode) { ZoomInPos(x, y); } else if (currlayer->touchmode == zoomoutmode) { ZoomOutPos(x, y); } } // ----------------------------------------------------------------------------- void TouchMoved(int x, int y) { // make sure x,y is within viewport if (x < 0) x = 0; if (y < 0) y = 0; if (x > currlayer->view->getxmax()) x = currlayer->view->getxmax(); if (y > currlayer->view->getymax()) y = currlayer->view->getymax(); if ( drawingcells ) { DrawCells(x, y); } else if ( pickingcells ) { PickCell(x, y); } else if ( selectingcells ) { SelectCells(x, y); } else if ( movingview ) { MoveView(x, y); } else if ( movingpaste ) { MovePaste(x, y); } } // ----------------------------------------------------------------------------- void TouchEnded() { if (drawingcells && allowundo) { // MarkLayerDirty has set dirty flag, so we need to // pass in the flag state saved before drawing started currlayer->undoredo->RememberCellChanges("Drawing", currlayer->savedirty); UpdateEditBar(); // update various buttons } if (selectingcells) { if (allowundo) RememberNewSelection("Selection"); UpdateEditBar(); // update various buttons } drawingcells = false; pickingcells = false; selectingcells = false; movingview = false; movingpaste = false; ResumeGenerating(); } // ----------------------------------------------------------------------------- bool CopyRect(int itop, int ileft, int ibottom, int iright, lifealgo* srcalgo, lifealgo* destalgo, bool erasesrc, const char* progmsg) { int wd = iright - ileft + 1; int ht = ibottom - itop + 1; int cx, cy; double maxcount = (double)wd * (double)ht; int cntr = 0; int v = 0; bool abort = false; // copy (and erase if requested) live cells from given rect // in source universe to same rect in destination universe BeginProgress(progmsg); for ( cy=itop; cy<=ibottom; cy++ ) { for ( cx=ileft; cx<=iright; cx++ ) { int skip = srcalgo->nextcell(cx, cy, v); if (skip + cx > iright) skip = -1; // pretend we found no more live cells if (skip >= 0) { // found next live cell cx += skip; destalgo->setcell(cx, cy, v); if (erasesrc) srcalgo->setcell(cx, cy, 0); } else { cx = iright + 1; // done this row } cntr++; if ((cntr % 4096) == 0) { double prog = ((cy - itop) * (double)(iright - ileft + 1) + (cx - ileft)) / maxcount; abort = AbortProgress(prog, ""); if (abort) break; } } if (abort) break; } if (erasesrc) srcalgo->endofpattern(); destalgo->endofpattern(); EndProgress(); return !abort; } // ----------------------------------------------------------------------------- void CopyAllRect(int itop, int ileft, int ibottom, int iright, lifealgo* srcalgo, lifealgo* destalgo, const char* progmsg) { int wd = iright - ileft + 1; int ht = ibottom - itop + 1; int cx, cy; double maxcount = (double)wd * (double)ht; int cntr = 0; bool abort = false; // copy all cells from given rect in srcalgo to same rect in destalgo BeginProgress(progmsg); for ( cy=itop; cy<=ibottom; cy++ ) { for ( cx=ileft; cx<=iright; cx++ ) { destalgo->setcell(cx, cy, srcalgo->getcell(cx, cy)); cntr++; if ((cntr % 4096) == 0) { abort = AbortProgress((double)cntr / maxcount, ""); if (abort) break; } } if (abort) break; } destalgo->endofpattern(); EndProgress(); } // ----------------------------------------------------------------------------- bool SelectionExists() { return currlayer->currsel.Exists(); } // ----------------------------------------------------------------------------- void SelectAll() { SaveCurrentSelection(); if (SelectionExists()) { currlayer->currsel.Deselect(); UpdatePatternAndStatus(); } if (currlayer->algo->isEmpty()) { ErrorMessage("All cells are dead."); RememberNewSelection("Deselection"); return; } bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); currlayer->currsel.SetEdges(top, left, bottom, right); RememberNewSelection("Select All"); DisplaySelectionSize(); UpdateEverything(); } // ----------------------------------------------------------------------------- void RemoveSelection() { if (SelectionExists()) { SaveCurrentSelection(); currlayer->currsel.Deselect(); RememberNewSelection("Deselection"); UpdateEverything(); } } // ----------------------------------------------------------------------------- void FitSelection() { if (!SelectionExists()) return; currlayer->currsel.Fit(); TestAutoFit(); UpdateEverything(); } // ----------------------------------------------------------------------------- void DisplaySelectionSize() { currlayer->currsel.DisplaySize(); } // ----------------------------------------------------------------------------- void SaveCurrentSelection() { if (allowundo && !currlayer->stayclean) { currlayer->savesel = currlayer->currsel; } } // ----------------------------------------------------------------------------- void RememberNewSelection(const char* action) { if (allowundo && !currlayer->stayclean) { currlayer->undoredo->RememberSelection(action); } } // ----------------------------------------------------------------------------- void ClearSelection() { currlayer->currsel.Clear(); } // ----------------------------------------------------------------------------- void ClearOutsideSelection() { currlayer->currsel.ClearOutside(); } // ----------------------------------------------------------------------------- void CutSelection() { currlayer->currsel.CopyToClipboard(true); } // ----------------------------------------------------------------------------- void CopySelection() { currlayer->currsel.CopyToClipboard(false); } // ----------------------------------------------------------------------------- void ShrinkSelection(bool fit) { currlayer->currsel.Shrink(fit); } // ----------------------------------------------------------------------------- void RandomFill() { currlayer->currsel.RandomFill(); } // ----------------------------------------------------------------------------- bool FlipSelection(bool topbottom, bool inundoredo) { return currlayer->currsel.Flip(topbottom, inundoredo); } // ----------------------------------------------------------------------------- bool RotateSelection(bool clockwise, bool inundoredo) { return currlayer->currsel.Rotate(clockwise, inundoredo); } // ----------------------------------------------------------------------------- bool GetClipboardPattern(Layer* templayer, bigint* t, bigint* l, bigint* b, bigint* r) { std::string data; if ( !GetTextFromClipboard(data) ) return false; // copy clipboard data to temporary file so we can handle all formats supported by readclipboard FILE* tmpfile = fopen(clipfile.c_str(), "w"); if (tmpfile) { if (fputs(data.c_str(), tmpfile) == EOF) { fclose(tmpfile); Warning("Could not write clipboard text to temporary file!"); return false; } } else { Warning("Could not create temporary file for clipboard data!"); return false; } fclose(tmpfile); // remember current rule oldrule = currlayer->algo->getrule(); const char* err = readclipboard(clipfile.c_str(), *templayer->algo, t, l, b, r); if (err) { // cycle thru all other algos until readclipboard succeeds for (int i = 0; i < NumAlgos(); i++) { if (i != currlayer->algtype) { delete templayer->algo; templayer->algo = CreateNewUniverse(i); err = readclipboard(clipfile.c_str(), *templayer->algo, t, l, b, r); if (!err) { templayer->algtype = i; break; } } } } RemoveFile(clipfile); if (err) { // error probably due to bad rule string in clipboard data Warning("Could not load clipboard pattern\n(probably due to unknown rule)."); return false; } else { // set newrule for later use in PasteTemporaryToCurrent newrule = templayer->algo->getrule(); return true; } } // ----------------------------------------------------------------------------- bool ClipboardContainsRule() { std::string data; if (!GetTextFromClipboard(data)) return false; if (strncmp(data.c_str(), "@RULE ", 6) != 0) return false; // extract rule name std::string rulename; int i = 6; while (data[i] > ' ') { rulename += data[i]; i++; } // check if rulename.rule already exists in userrules std::string rulepath = userrules + rulename; rulepath += ".rule"; if (FileExists(rulepath)) { std::string question = "Do you want to replace the existing " + rulename; question += ".rule with the version in the clipboard?"; if (!YesNo(question.c_str())) { // don't overwrite existing .rule file return true; } } // create rulename.rule in userrules FILE* rulefile = fopen(rulepath.c_str(), "w"); if (rulefile) { if (fputs(data.c_str(), rulefile) == EOF) { fclose(rulefile); Warning("Could not write clipboard text to .rule file!"); return true; } } else { Warning("Could not open .rule file for writing!"); return true; } fclose(rulefile); #ifdef WEB_GUI // ensure the .rule file persists beyond the current session CopyRuleToLocalStorage(rulepath.c_str()); #endif // now switch to the newly created rule ChangeRule(rulename); std::string msg = "Created " + rulename + ".rule"; DisplayMessage(msg.c_str()); return true; } // ----------------------------------------------------------------------------- void PasteClipboard() { // if clipboard text starts with "@RULE rulename" then install rulename.rule // and switch to that rule if (ClipboardContainsRule()) return; // create a temporary layer for storing the clipboard pattern if (pastelayer) { Warning("Bug detected in PasteClipboard!"); delete pastelayer; // might as well continue } pastelayer = CreateTemporaryLayer(); if (!pastelayer) return; // read clipboard pattern into pastelayer bigint top, left, bottom, right; if ( GetClipboardPattern(pastelayer, &top, &left, &bottom, &right) ) { // make sure given edges are within getcell/setcell limits if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage("Clipboard pattern is too big."); } else { // temporarily set currlayer to pastelayer so we can update the // paste pattern's colors and icons Layer* savelayer = currlayer; currlayer = pastelayer; UpdateLayerColors(); currlayer = savelayer; #ifdef WEB_GUI DisplayMessage("Drag paste image to desired location then right-click on it."); #else // Android and iOS devices use a touch screen DisplayMessage("Drag paste image to desired location then tap Paste button."); #endif waitingforpaste = true; // set initial position of pasterect's top left corner to near top left corner // of viewport so all of paste image is likely to be visble and it isn't far // to move finger from Paste button pastex = 128; pastey = 64; // create image for drawing the pattern to be pasted; note that pastebox // is not necessarily the minimal bounding box because clipboard pattern // might have blank borders (in fact it could be empty) int itop = top.toint(); int ileft = left.toint(); int ibottom = bottom.toint(); int iright = right.toint(); int wd = iright - ileft + 1; int ht = ibottom - itop + 1; SetRect(pastebox, ileft, itop, wd, ht); InitPaste(pastelayer, pastebox); } } // waitingforpaste will only be false if an error occurred if (!waitingforpaste) { delete pastelayer; pastelayer = NULL; } } // ----------------------------------------------------------------------------- void PasteTemporaryToCurrent(bigint top, bigint left, bigint wd, bigint ht) { // reset waitingforpaste now to avoid paste image being displayed prematurely waitingforpaste = false; bigint bottom = top; bottom += ht; bottom -= 1; bigint right = left; right += wd; right -= 1; // check that paste rectangle is within edit limits if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage("Pasting is not allowed outside +/- 10^9 boundary."); return; } // set edges of pattern in pastelayer int itop = pastebox.y; int ileft = pastebox.x; int ibottom = pastebox.y + pastebox.height - 1; int iright = pastebox.x + pastebox.width - 1; // set pastex,pastey to top left cell of paste rectangle pastex = left.toint(); pastey = top.toint(); // selection might change if grid becomes smaller, // so save current selection for RememberRuleChange/RememberAlgoChange SaveCurrentSelection(); // pasting clipboard pattern can cause a rule change int oldmaxstate = currlayer->algo->NumCellStates() - 1; if (canchangerule > 0 && currlayer->algo->isEmpty() && oldrule != newrule) { const char* err = currlayer->algo->setrule( newrule.c_str() ); // setrule can fail if readclipboard loaded clipboard pattern into // a different type of algo if (err) { // allow rule change to cause algo change ChangeAlgorithm(pastelayer->algtype, newrule.c_str()); } else { // if pattern exists and is at starting gen then ensure savestart is true // so that SaveStartingPattern will save pattern to suitable file // (and thus undo/reset will work correctly) if (currlayer->algo->getGeneration() == currlayer->startgen && !currlayer->algo->isEmpty()) { currlayer->savestart = true; } // if grid is bounded then remove any live cells outside grid edges if (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0) { ClearOutsideGrid(); } // rule change might have changed the number of cell states; // if there are fewer states then pattern might change int newmaxstate = currlayer->algo->NumCellStates() - 1; if (newmaxstate < oldmaxstate && !currlayer->algo->isEmpty()) { ReduceCellStates(newmaxstate); } // use colors for new rule UpdateLayerColors(); if (allowundo && !currlayer->stayclean) { currlayer->undoredo->RememberRuleChange(oldrule.c_str()); } } } // save cell changes if undo/redo is enabled and script isn't constructing a pattern bool savecells = allowundo && !currlayer->stayclean; //!!! if (savecells && inscript) SavePendingChanges(); // don't paste cells outside bounded grid int gtop = currlayer->algo->gridtop.toint(); int gleft = currlayer->algo->gridleft.toint(); int gbottom = currlayer->algo->gridbottom.toint(); int gright = currlayer->algo->gridright.toint(); if (currlayer->algo->gridwd == 0) { // grid has infinite width gleft = INT_MIN; gright = INT_MAX; } if (currlayer->algo->gridht == 0) { // grid has infinite height gtop = INT_MIN; gbottom = INT_MAX; } // copy pattern from temporary universe to current universe int tx, ty, cx, cy; double maxcount = wd.todouble() * ht.todouble(); int cntr = 0; bool abort = false; bool pattchanged = false; bool reduced = false; lifealgo* pastealgo = pastelayer->algo; lifealgo* curralgo = currlayer->algo; int maxstate = curralgo->NumCellStates() - 1; BeginProgress("Pasting pattern"); // we can speed up pasting sparse patterns by using nextcell in these cases: // - if using Or mode // - if current universe is empty // - if paste rect is outside current pattern edges bool usenextcell; if ( pmode == Or || curralgo->isEmpty() ) { usenextcell = true; } else { bigint ctop, cleft, cbottom, cright; curralgo->findedges(&ctop, &cleft, &cbottom, &cright); usenextcell = top > cbottom || bottom < ctop || left > cright || right < cleft; } if ( usenextcell && pmode == And ) { // current universe is empty or paste rect is outside current pattern edges // so don't change any cells } else if ( usenextcell ) { int newstate = 0; cy = pastey; for ( ty=itop; ty<=ibottom; ty++ ) { cx = pastex; for ( tx=ileft; tx<=iright; tx++ ) { int skip = pastealgo->nextcell(tx, ty, newstate); if (skip + tx > iright) skip = -1; // pretend we found no more live cells if (skip >= 0) { // found next live cell so paste it into current universe tx += skip; cx += skip; if (cx >= gleft && cx <= gright && cy >= gtop && cy <= gbottom) { int currstate = curralgo->getcell(cx, cy); if (currstate != newstate) { if (newstate > maxstate) { newstate = maxstate; reduced = true; } curralgo->setcell(cx, cy, newstate); pattchanged = true; if (savecells) currlayer->undoredo->SaveCellChange(cx, cy, currstate, newstate); } } cx++; } else { tx = iright + 1; // done this row } cntr++; if ((cntr % 4096) == 0) { double prog = ((ty - itop) * (double)(iright - ileft + 1) + (tx - ileft)) / maxcount; abort = AbortProgress(prog, ""); if (abort) break; } } if (abort) break; cy++; } } else { // have to use slower getcell/setcell calls int tempstate, currstate; int numstates = curralgo->NumCellStates(); cy = pastey; for ( ty=itop; ty<=ibottom; ty++ ) { cx = pastex; for ( tx=ileft; tx<=iright; tx++ ) { tempstate = pastealgo->getcell(tx, ty); currstate = curralgo->getcell(cx, cy); if (cx >= gleft && cx <= gright && cy >= gtop && cy <= gbottom) { switch (pmode) { case And: if (tempstate != currstate && currstate > 0) { curralgo->setcell(cx, cy, 0); pattchanged = true; if (savecells) currlayer->undoredo->SaveCellChange(cx, cy, currstate, 0); } break; case Copy: if (tempstate != currstate) { if (tempstate > maxstate) { tempstate = maxstate; reduced = true; } curralgo->setcell(cx, cy, tempstate); pattchanged = true; if (savecells) currlayer->undoredo->SaveCellChange(cx, cy, currstate, tempstate); } break; case Or: // Or mode is done using above nextcell loop; // we only include this case to avoid compiler warning break; case Xor: if (tempstate == currstate) { if (currstate != 0) { curralgo->setcell(cx, cy, 0); pattchanged = true; if (savecells) currlayer->undoredo->SaveCellChange(cx, cy, currstate, 0); } } else { // tempstate != currstate int newstate = tempstate ^ currstate; // if xor overflows then don't change current state if (newstate >= numstates) newstate = currstate; if (currstate != newstate) { curralgo->setcell(cx, cy, newstate); pattchanged = true; if (savecells) currlayer->undoredo->SaveCellChange(cx, cy, currstate, newstate); } } break; } } cx++; cntr++; if ( (cntr % 4096) == 0 ) { abort = AbortProgress((double)cntr / maxcount, ""); if (abort) break; } } if (abort) break; cy++; } } if (pattchanged) curralgo->endofpattern(); EndProgress(); // tidy up and display result ClearMessage(); if (pattchanged) { if (savecells) currlayer->undoredo->RememberCellChanges("Paste", currlayer->dirty); MarkLayerDirty(); UpdatePatternAndStatus(); } if (reduced) ErrorMessage("Some cell states were reduced."); } // ----------------------------------------------------------------------------- void DoPaste(bool toselection) { bigint top, left; bigint wd = pastebox.width; bigint ht = pastebox.height; if (toselection) { // paste pattern into selection rectangle, if possible if (!SelectionExists()) { ErrorMessage("There is no selection."); return; } if (!currlayer->currsel.CanPaste(wd, ht, top, left)) { ErrorMessage("Clipboard pattern is bigger than selection."); return; } // top and left have been set to the selection's top left corner PasteTemporaryToCurrent(top, left, wd, ht); } else { // paste pattern into pasterect, if possible if ( // allow paste if any corner of pasterect is within grid !( PointInGrid(pastex, pastey) || PointInGrid(pastex+pasterect.width-1, pastey) || PointInGrid(pastex, pastey+pasterect.height-1) || PointInGrid(pastex+pasterect.width-1, pastey+pasterect.height-1) ) ) { ErrorMessage("Paste must be at least partially within grid."); return; } // get paste rectangle's top left cell coord pair cellpos = currlayer->view->at(pastex, pastey); top = cellpos.second; left = cellpos.first; PasteTemporaryToCurrent(top, left, wd, ht); } AbortPaste(); } // ----------------------------------------------------------------------------- void AbortPaste() { waitingforpaste = false; pastex = -1; pastey = -1; if (pastelayer) { delete pastelayer; pastelayer = NULL; } } // ----------------------------------------------------------------------------- bool FlipPastePattern(bool topbottom) { bool result; Selection pastesel(pastebox.y, pastebox.x, pastebox.y + pastebox.height - 1, pastebox.x + pastebox.width - 1); // flip the pattern in pastelayer lifealgo* savealgo = currlayer->algo; int savetype = currlayer->algtype; currlayer->algo = pastelayer->algo; currlayer->algtype = pastelayer->algtype; // pass in true for inundoredo parameter so flip won't be remembered // and layer won't be marked as dirty; also set inscript temporarily // so that viewport won't be updated inscript = true; result = pastesel.Flip(topbottom, true); // currlayer->algo might point to a *different* universe pastelayer->algo = currlayer->algo; currlayer->algo = savealgo; currlayer->algtype = savetype; inscript = false; if (result) { InitPaste(pastelayer, pastebox); } return result; } // ----------------------------------------------------------------------------- bool RotatePastePattern(bool clockwise) { Selection pastesel(pastebox.y, pastebox.x, pastebox.y + pastebox.height - 1, pastebox.x + pastebox.width - 1); // check if pastelayer->algo uses a finite grid if (!pastelayer->algo->unbounded) { // readclipboard has loaded the pattern into top left corner of grid, // so if pastebox isn't square we need to expand the grid to avoid the // rotated pattern being clipped (WARNING: this assumes the algo won't // change the pattern's cell coordinates when setrule expands the grid) int x, y, wd, ht; pastesel.GetRect(&x, &y, &wd, &ht); if (wd != ht) { // better solution would be to check if pastebox is small enough for // pattern to be safely rotated after shifting to center of grid and only // expand grid if it can't!!!??? (must also update pastesel edges) int newwd, newht; if (wd > ht) { // expand grid vertically newht = pastelayer->algo->gridht + wd; newwd = pastelayer->algo->gridwd; } else { // wd < ht so expand grid horizontally newwd = pastelayer->algo->gridwd + ht; newht = pastelayer->algo->gridht; } char rule[MAXRULESIZE]; sprintf(rule, "%s", pastelayer->algo->getrule()); char topology = 'T'; char *suffix = strchr(rule, ':'); if (suffix) { topology = suffix[1]; suffix[0] = 0; } sprintf(rule, "%s:%c%d,%d", rule, topology, newwd, newht); if (pastelayer->algo->setrule(rule)) { // unlikely, but could happen if the new grid size is too big Warning("Sorry, but the clipboard pattern could not be rotated."); return false; } } } // rotate the pattern in pastelayer lifealgo* savealgo = currlayer->algo; int savetype = currlayer->algtype; currlayer->algo = pastelayer->algo; currlayer->algtype = pastelayer->algtype; // pass in true for inundoredo parameter so rotate won't be remembered // and layer won't be marked as dirty; also set inscript temporarily // so that viewport won't be updated and selection size won't be displayed inscript = true; bool result = pastesel.Rotate(clockwise, true); // currlayer->algo might point to a *different* universe pastelayer->algo = currlayer->algo; currlayer->algo = savealgo; currlayer->algtype = savetype; inscript = false; if (result) { // get rotated selection and update pastebox int x, y, wd, ht; pastesel.GetRect(&x, &y, &wd, &ht); SetRect(pastebox, x, y, wd, ht); InitPaste(pastelayer, pastebox); } return result; } // ----------------------------------------------------------------------------- void ToggleCellColors() { InvertCellColors(); if (pastelayer) { // invert colors used to draw paste pattern for (int n = 0; n <= pastelayer->numicons; n++) { pastelayer->cellr[n] = 255 - pastelayer->cellr[n]; pastelayer->cellg[n] = 255 - pastelayer->cellg[n]; pastelayer->cellb[n] = 255 - pastelayer->cellb[n]; } InvertIconColors(pastelayer->atlas7x7, 8, pastelayer->numicons); InvertIconColors(pastelayer->atlas15x15, 16, pastelayer->numicons); InvertIconColors(pastelayer->atlas31x31, 32, pastelayer->numicons); } } // ----------------------------------------------------------------------------- void ZoomInPos(int x, int y) { // zoom in to given point if (currlayer->view->getmag() < MAX_MAG) { TestAutoFit(); currlayer->view->zoom(x, y); UpdateEverything(); } else { Beep(); // can't zoom in any further } } // ----------------------------------------------------------------------------- void ZoomOutPos(int x, int y) { // zoom out from given point TestAutoFit(); currlayer->view->unzoom(x, y); UpdateEverything(); } // ----------------------------------------------------------------------------- void PanUp(int amount) { TestAutoFit(); currlayer->view->move(0, -amount); UpdateEverything(); } // ----------------------------------------------------------------------------- void PanDown(int amount) { TestAutoFit(); currlayer->view->move(0, amount); UpdateEverything(); } // ----------------------------------------------------------------------------- void PanLeft(int amount) { TestAutoFit(); currlayer->view->move(-amount, 0); UpdateEverything(); } // ----------------------------------------------------------------------------- void PanRight(int amount) { TestAutoFit(); currlayer->view->move(amount, 0); UpdateEverything(); } // ----------------------------------------------------------------------------- void PanNE() { TestAutoFit(); int xamount = SmallScroll(currlayer->view->getwidth()); int yamount = SmallScroll(currlayer->view->getheight()); int amount = (xamount < yamount) ? xamount : yamount; currlayer->view->move(amount, -amount); UpdateEverything(); } // ----------------------------------------------------------------------------- void PanNW() { TestAutoFit(); int xamount = SmallScroll(currlayer->view->getwidth()); int yamount = SmallScroll(currlayer->view->getheight()); int amount = (xamount < yamount) ? xamount : yamount; currlayer->view->move(-amount, -amount); UpdateEverything(); } // ----------------------------------------------------------------------------- void PanSE() { TestAutoFit(); int xamount = SmallScroll(currlayer->view->getwidth()); int yamount = SmallScroll(currlayer->view->getheight()); int amount = (xamount < yamount) ? xamount : yamount; currlayer->view->move(amount, amount); UpdateEverything(); } // ----------------------------------------------------------------------------- void PanSW() { TestAutoFit(); int xamount = SmallScroll(currlayer->view->getwidth()); int yamount = SmallScroll(currlayer->view->getheight()); int amount = (xamount < yamount) ? xamount : yamount; currlayer->view->move(-amount, amount); UpdateEverything(); } // ----------------------------------------------------------------------------- int SmallScroll(int xysize) { int amount; int mag = currlayer->view->getmag(); if (mag > 0) { // scroll an integral number of cells (1 cell = 2^mag pixels) if (mag < 3) { amount = ((xysize >> mag) / 20) << mag; if (amount == 0) amount = 1 << mag; return amount; } else { // grid lines are visible so scroll by only 1 cell return 1 << mag; } } else { // scroll by approx 5% of current wd/ht amount = xysize / 20; if (amount == 0) amount = 1; return amount; } } // ----------------------------------------------------------------------------- int BigScroll(int xysize) { int amount; int mag = currlayer->view->getmag(); if (mag > 0) { // scroll an integral number of cells (1 cell = 2^mag pixels) amount = ((xysize >> mag) * 9 / 10) << mag; if (amount == 0) amount = 1 << mag; return amount; } else { // scroll by approx 90% of current wd/ht amount = xysize * 9 / 10; if (amount == 0) amount = 1; return amount; } } golly-3.3-src/gui-common/prefs.h0000644000175000017500000001243513145740437013572 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _PREFS_H_ #define _PREFS_H_ #include // for std::string #include // for std::list #include "utils.h" // for gColor // Routines for loading and saving user preferences: void GetPrefs(); // Read preferences from prefsfile. void SavePrefs(); // Write preferences to prefsfile. // Various constants: const int minfontsize = 6; // minimum value of helpfontsize const int maxfontsize = 30; // maximum value of helpfontsize const int MAX_SPACING = 1000; // maximum value of boldspacing const int MAX_BASESTEP = 2000000000; // maximum base step const int MAX_DELAY = 5000; // maximum mindelay or maxdelay const int MAX_RECENT = 100; // maximum value of maxpatterns const int MIN_MEM_MB = 10; // minimum value of maxhashmem const int MAX_MEM_MB = 300; // maximum value of maxhashmem // These global paths must be set in platform-specific code before GetPrefs is called: extern std::string supplieddir; // path of parent directory for supplied help/patterns/rules extern std::string helpdir; // path of directory for supplied help extern std::string patternsdir; // path of directory for supplied patterns extern std::string rulesdir; // path of directory for supplied rules extern std::string userdir; // path of parent directory for user's rules/patterns/downloads extern std::string userrules; // path of directory for user's rules extern std::string savedir; // path of directory for user's saved patterns extern std::string downloaddir; // path of directory for user's downloaded files extern std::string tempdir; // path of directory for temporary data extern std::string clipfile; // path of temporary file for storing clipboard data extern std::string prefsfile; // path of file for storing user's preferences // Global preference data: extern int debuglevel; // for displaying debug info if > 0 extern int helpfontsize; // font size in help window extern char initrule[]; // initial rule extern bool initautofit; // initial autofit setting extern bool inithyperspeed; // initial hyperspeed setting extern bool initshowhashinfo; // initial showhashinfo setting extern bool savexrle; // save RLE file using XRLE format? extern bool showtool; // show tool bar? extern bool showlayer; // show layer bar? extern bool showedit; // show edit bar? extern bool showallstates; // show all cell states in edit bar? extern bool showstatus; // show status bar? extern bool showexact; // show exact numbers in status bar? extern bool showtimeline; // show timeline bar? extern bool showtiming; // show timing messages? extern bool showgridlines; // display grid lines? extern bool showicons; // display icons for cell states? extern bool swapcolors; // swap colors used for cell states? extern bool allowundo; // allow undo/redo? extern bool allowbeep; // okay to play beep sound? extern bool restoreview; // should reset/undo restore view? extern int canchangerule; // if > 0 then paste can change rule extern int randomfill; // random fill percentage extern int opacity; // percentage opacity of live cells in overlays extern int tileborder; // width of tiled window borders extern int mingridmag; // minimum mag to draw grid lines extern int boldspacing; // spacing of bold grid lines extern bool showboldlines; // show bold grid lines? extern bool mathcoords; // show Y values increasing upwards? extern bool syncviews; // synchronize viewports? extern bool syncmodes; // synchronize touch modes? extern bool stacklayers; // stack all layers? extern bool tilelayers; // tile all layers? extern bool asktosave; // ask to save changes? extern int newmag; // mag setting for new pattern extern bool newremovesel; // new pattern removes selection? extern bool openremovesel; // opening pattern removes selection? extern int mindelay; // minimum millisec delay extern int maxdelay; // maximum millisec delay extern int maxhashmem; // maximum memory (in MB) for hashlife-based algos // Recent patterns: extern int numpatterns; // current number of recent pattern files extern int maxpatterns; // maximum number of recent pattern files extern std::list recentpatterns; // list of recent pattern files // Colors: extern gColor borderrgb; // color for border around bounded grid extern gColor selectrgb; // color for selected cells extern gColor pastergb; // color for pattern to be pasted // Paste info: typedef enum { And, Copy, Or, Xor // logical paste modes } paste_mode; extern paste_mode pmode; // current paste mode const char* GetPasteMode(); // get pmode void SetPasteMode(const char* s); // set pmode #endif golly-3.3-src/gui-common/view.h0000644000175000017500000000537013145740437013425 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _VIEW_H_ #define _VIEW_H_ #include "bigint.h" // for bigint #include "lifealgo.h" // for lifealgo #include "utils.h" // for gRect // Data and routines for viewing and editing patterns: extern const char* empty_selection; extern const char* empty_outside; extern const char* no_selection; extern const char* selection_too_big; extern const char* pattern_too_big; extern const char* origin_restored; extern bool widescreen; // is screen wide enough to show all info? extern bool fullscreen; // in full screen mode? extern bool nopattupdate; // disable pattern updates? extern bool waitingforpaste; // waiting for user to decide what to do with paste image? extern gRect pasterect; // bounding box of paste image extern int pastex, pastey; // where user wants to paste clipboard pattern extern bool drawingcells; // currently drawing cells? extern bool draw_pending; // delay drawing? extern int pendingx, pendingy; // start of delayed drawing void UpdateEverything(); void UpdatePatternAndStatus(); bool OutsideLimits(bigint& t, bigint& l, bigint& b, bigint& r); void TestAutoFit(); void FitInView(int force); void TouchBegan(int x, int y); void TouchMoved(int x, int y); void TouchEnded(); bool CopyRect(int top, int left, int bottom, int right, lifealgo* srcalgo, lifealgo* destalgo, bool erasesrc, const char* progmsg); void CopyAllRect(int top, int left, int bottom, int right, lifealgo* srcalgo, lifealgo* destalgo, const char* progmsg); bool SelectionExists(); void SelectAll(); void RemoveSelection(); void FitSelection(); void DisplaySelectionSize(); void SaveCurrentSelection(); void RememberNewSelection(const char* action); void CutSelection(); void CopySelection(); void ClearSelection(); void ClearOutsideSelection(); void ShrinkSelection(bool fit); void RandomFill(); bool FlipSelection(bool topbottom, bool inundoredo = false); bool RotateSelection(bool clockwise, bool inundoredo = false); bool ClipboardContainsRule(); void PasteClipboard(); bool FlipPastePattern(bool topbottom); bool RotatePastePattern(bool clockwise); void DoPaste(bool toselection); void AbortPaste(); void ToggleCellColors(); void ZoomInPos(int x, int y); void ZoomOutPos(int x, int y); bool PointInView(int x, int y); bool PointInPasteImage(int x, int y); bool PointInSelection(int x, int y); bool PointInGrid(int x, int y); bool CellInGrid(const bigint& x, const bigint& y); void PanUp(int amount); void PanDown(int amount); void PanLeft(int amount); void PanRight(int amount); void PanNE(); void PanNW(); void PanSE(); void PanSW(); int SmallScroll(int xysize); int BigScroll(int xysize); #endif golly-3.3-src/gui-common/status.cpp0000644000175000017500000001730613171233731014324 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "bigint.h" #include "lifealgo.h" #include "utils.h" // for Fatal, Beep #include "prefs.h" // for mindelay, maxdelay, etc #include "algos.h" // for algoinfo #include "layer.h" // for currlayer #include "view.h" // for nopattupdate, widescreen, PointInView, etc #include "status.h" #include // for fabs #ifdef ANDROID_GUI #include "jnicalls.h" // for UpdateStatus, GetRuleName #endif #ifdef WEB_GUI #include "webcalls.h" // for UpdateStatus, GetRuleName #endif #ifdef IOS_GUI #import "PatternViewController.h" // for UpdateStatus #import "RuleViewController.h" // for GetRuleName #endif // ----------------------------------------------------------------------------- std::string status1; // top line std::string status2; // middle line std::string status3; // bottom line // prefixes used when widescreen is true: const char* large_gen_prefix = "Generation="; const char* large_algo_prefix = " Algorithm="; const char* large_rule_prefix = " Rule="; const char* large_pop_prefix = " Population="; const char* large_scale_prefix = " Scale="; const char* large_step_prefix = " "; const char* large_xy_prefix = " XY="; // prefixes used when widescreen is false: const char* small_gen_prefix = "Gen="; const char* small_algo_prefix = " Algo="; const char* small_rule_prefix = " Rule="; const char* small_pop_prefix = " Pop="; const char* small_scale_prefix = " Scale="; const char* small_step_prefix = " "; const char* small_xy_prefix = " XY="; static bigint currx, curry; // cursor location in cell coords static bool showxy = false; // show cursor's XY location? // ----------------------------------------------------------------------------- void UpdateStatusLines() { std::string rule = currlayer->algo->getrule(); status1 = "Pattern="; if (currlayer->dirty) { // display asterisk to indicate pattern has been modified status1 += "*"; } status1 += currlayer->currname; status1 += widescreen ? large_algo_prefix : small_algo_prefix; status1 += GetAlgoName(currlayer->algtype); status1 += widescreen ? large_rule_prefix : small_rule_prefix; status1 += rule; // show rule name if one exists and is not same as rule // (best NOT to remove any suffix like ":T100,200" in case we allow // users to name "B3/S23:T100,200" as "Life on torus") std::string rulename = GetRuleName(rule); if (!rulename.empty() && rulename != rule) { status1 += " ["; status1 += rulename; status1 += "]"; } char scalestr[32]; int mag = currlayer->view->getmag(); if (mag < 0) { sprintf(scalestr, "2^%d:1", -mag); } else { sprintf(scalestr, "1:%d", 1 << mag); } char stepstr[32]; if (currlayer->currexpo < 0) { // show delay in secs sprintf(stepstr, "Delay=%gs", (double)GetCurrentDelay() / 1000.0); } else { sprintf(stepstr, "Step=%d^%d", currlayer->currbase, currlayer->currexpo); } status2 = widescreen ? large_gen_prefix : small_gen_prefix; if (nopattupdate) { status2 += "0"; } else { status2 += Stringify(currlayer->algo->getGeneration()); } status2 += widescreen ? large_pop_prefix : small_pop_prefix; if (nopattupdate) { status2 += "0"; } else { bigint popcount = currlayer->algo->getPopulation(); if (popcount.sign() < 0) { // getPopulation returns -1 if it can't be calculated status2 += "?"; } else { status2 += Stringify(popcount); } } status2 += widescreen ? large_scale_prefix : small_scale_prefix; status2 += scalestr; status2 += widescreen ? large_step_prefix : small_step_prefix; status2 += stepstr; status2 += widescreen ? large_xy_prefix : small_xy_prefix; #ifdef WEB_GUI // in web app we show the cursor's current cell location, // or nothing if the cursor is outside the viewport (ie. showxy is false) if (showxy) { bigint xo, yo; bigint xpos = currx; xpos -= currlayer->originx; bigint ypos = curry; ypos -= currlayer->originy; if (mathcoords) { // Y values increase upwards bigint temp = 0; temp -= ypos; ypos = temp; } status2 += Stringify(xpos); status2 += " "; status2 += Stringify(ypos); } #else // in iOS and Android apps we show location of the cell in middle of viewport status2 += Stringify(currlayer->view->x); status2 += " "; status2 += Stringify(currlayer->view->y); #endif } // ----------------------------------------------------------------------------- void ClearMessage() { if (status3.length() == 0) return; // no need to clear message status3.clear(); UpdateStatus(); } // ----------------------------------------------------------------------------- void DisplayMessage(const char* s) { status3 = s; UpdateStatus(); } // ----------------------------------------------------------------------------- void ErrorMessage(const char* s) { Beep(); DisplayMessage(s); } // ----------------------------------------------------------------------------- void SetMessage(const char* s) { // set message string without displaying it status3 = s; } // ----------------------------------------------------------------------------- int GetCurrentDelay() { int gendelay = mindelay * (1 << (-currlayer->currexpo - 1)); if (gendelay > maxdelay) gendelay = maxdelay; return gendelay; } // ----------------------------------------------------------------------------- char* Stringify(const bigint& b) { static char buf[32]; char* p = buf; double d = b.todouble(); if ( fabs(d) > 1000000000.0 ) { // use e notation for abs value > 10^9 (agrees with min & max_coord) sprintf(p, "%g", d); } else { // show exact value with commas inserted for readability if ( d < 0 ) { d = - d; *p++ = '-'; } sprintf(p, "%.f", d); int len = (int)strlen(p); int commas = ((len + 2) / 3) - 1; int dest = len + commas; int src = len; p[dest] = 0; while (commas > 0) { p[--dest] = p[--src]; p[--dest] = p[--src]; p[--dest] = p[--src]; p[--dest] = ','; commas--; } if ( p[-1] == '-' ) p--; } return p; } // ----------------------------------------------------------------------------- void CheckMouseLocation(int x, int y) { // check if we need to update XY location in status bar bool mouse_in_grid = false; bigint xpos, ypos; if (PointInView(x, y)) { // get mouse location in cell coords pair cellpos = currlayer->view->at(x, y); xpos = cellpos.first; ypos = cellpos.second; // check if xpos,ypos is inside grid (possibly bounded) mouse_in_grid = CellInGrid(xpos, ypos); } if (mouse_in_grid) { if ( xpos != currx || ypos != curry ) { // show new XY location currx = xpos; curry = ypos; showxy = true; UpdateStatus(); } else if (!showxy) { // mouse moved from outside grid and back over currx,curry showxy = true; UpdateStatus(); } } else { // mouse is outside grid so clear XY location if necessary if (showxy) { showxy = false; UpdateStatus(); } } } golly-3.3-src/gui-common/render.cpp0000644000175000017500000011612213145740437014263 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. /* -------------------- Some notes on Golly's display code --------------------- The rectangular area used to display patterns is called the viewport. All drawing in the viewport is done in this module using OpenGL ES. The main rendering routine is DrawPattern() -- see the end of this module. DrawPattern() does the following tasks: - Calls currlayer->algo->draw() to draw the current pattern. It passes in renderer, an instance of golly_render (derived from liferender) which has these methods: - pixblit() draws a pixmap containing at least one live cell. - getcolors() provides access to the current layer's color arrays. Note that currlayer->algo->draw() does all the hard work of figuring out which parts of the viewport are dead and building all the pixmaps for the live parts. The pixmaps contain suitably shrunken images when the scale is < 1:1 (ie. mag < 0). - Calls DrawGridLines() to overlay grid lines if they are visible. - Calls DrawGridBorder() to draw border around a bounded universe. - Calls DrawSelection() to overlay a translucent selection rectangle if a selection exists and any part of it is visible. - If the user is doing a paste, DrawPasteImage() draws the paste pattern stored in pastelayer. ----------------------------------------------------------------------------- */ #include "bigint.h" #include "lifealgo.h" #include "viewport.h" #include "utils.h" // for Warning, Fatal, etc #include "prefs.h" // for showgridlines, mingridmag, swapcolors, etc #include "algos.h" // for gBitmapPtr #include "layer.h" // currlayer, GetLayer, etc #include "view.h" // nopattupdate, waitingforpaste, pasterect, pastex, pastey, etc #include "render.h" #ifdef ANDROID_GUI // the Android version uses OpenGL ES 1 #include #include "jnicalls.h" // for LOGI #endif #ifdef IOS_GUI // the iOS version uses OpenGL ES 1 #import #import #endif #ifdef WEB_GUI // the web version uses OpenGL ES 2 #include #endif // ----------------------------------------------------------------------------- // local data used in golly_render routines int currwd, currht; // current width and height of viewport, in pixels unsigned char dead_alpha = 255; // alpha value for dead pixels unsigned char live_alpha = 255; // alpha value for live pixels GLuint rgbatexture = 0; // texture name for drawing RGBA bitmaps unsigned char* iconatlas = NULL; // pointer to texture atlas for current set of icons Layer* pastelayer; // layer containing the paste pattern gRect pastebbox; // bounding box in cell coords (not necessarily minimal) // the pxldata array is used to render icons and magnified cells; // its size is chosen so that at scale 1:2 DrawMagnifiedCells will only need to call // DrawRGBAData once (assuming golly_render::pixblit passes in 256x256 bytes of state data) const int maxrows = 256 * 2; const int maxbytes = maxrows * maxrows * 4; // 4 bytes (RGBA) per pixel unsigned char pxldata[maxbytes]; // ----------------------------------------------------------------------------- #ifdef WEB_GUI // the following 2 macros convert x,y positions in Golly's preferred coordinate // system (where 0,0 is top left corner of viewport and bottom right corner is // currwd,currht) into OpenGL ES 2's normalized coordinates (where 0.0,0.0 is in // middle of viewport, top right corner is 1.0,1.0 and bottom left corner is -1.0,-1.0) #define XCOORD(x) (2.0 * (x) / float(currwd) - 1.0) #define YCOORD(y) -(2.0 * (y) / float(currht) - 1.0) #else // the following 2 macros don't need to do anything because we've already // changed the viewport coordinate system to what Golly wants #define XCOORD(x) x #define YCOORD(y) y // fixed texture coordinates used by glTexCoordPointer const GLshort texture_coordinates[] = { 0,0, 1,0, 0,1, 1,1 }; #endif // ----------------------------------------------------------------------------- #ifdef WEB_GUI static GLuint LoadShader(GLenum type, const char* shader_source) { // create a shader object, load the shader source, and compile the shader GLuint shader = glCreateShader(type); if (shader == 0) return 0; glShaderSource(shader, 1, &shader_source, NULL); glCompileShader(shader); // check the compile status GLint compiled; glGetShaderiv(shader, GL_COMPILE_STATUS, &compiled); if (!compiled) { Warning("Error compiling shader!"); glDeleteShader(shader); return 0; } return shader; } // ----------------------------------------------------------------------------- GLuint pointProgram; // program object for drawing lines and rects GLint positionLoc; // location of v_Position attribute GLint lineColorLoc; // location of LineColor uniform GLuint textureProgram; // program object for drawing 2D textures GLint texPosLoc; // location of a_Position attribute GLint texCoordLoc; // location of a_texCoord attribute GLint samplerLoc; // location of s_texture uniform bool InitOGLES2() { // initialize the shaders and program objects required by OpenGL ES 2 // (based on OpenGL's Hello_Triangle.c and Simple_Texture2D.c) // vertex shader used in pointProgram GLbyte v1ShaderStr[] = "attribute vec4 v_Position; \n" "void main() { \n" " gl_Position = v_Position;\n" "} \n"; // fragment shader used in pointProgram GLbyte f1ShaderStr[] = "uniform lowp vec4 LineColor; \n" "void main() { \n" " gl_FragColor = LineColor;\n" "} \n"; // vertex shader used in textureProgram GLbyte v2ShaderStr[] = "attribute vec4 a_Position; \n" "attribute vec2 a_texCoord; \n" "varying vec2 v_texCoord; \n" "void main() { \n" " gl_Position = a_Position;\n" " v_texCoord = a_texCoord; \n" "} \n"; // fragment shader used in textureProgram GLbyte f2ShaderStr[] = "precision mediump float; \n" "varying vec2 v_texCoord; \n" "uniform sampler2D s_texture; \n" "void main() \n" "{ \n" " gl_FragColor = texture2D(s_texture, v_texCoord);\n" "} \n"; GLuint vertex1Shader, fragment1Shader; GLuint vertex2Shader, fragment2Shader; // load the vertex/fragment shaders vertex1Shader = LoadShader(GL_VERTEX_SHADER, (const char*) v1ShaderStr); vertex2Shader = LoadShader(GL_VERTEX_SHADER, (const char*) v2ShaderStr); fragment1Shader = LoadShader(GL_FRAGMENT_SHADER, (const char*) f1ShaderStr); fragment2Shader = LoadShader(GL_FRAGMENT_SHADER, (const char*) f2ShaderStr); // create the program objects pointProgram = glCreateProgram(); if (pointProgram == 0) return false; textureProgram = glCreateProgram(); if (textureProgram == 0) return false; glAttachShader(pointProgram, vertex1Shader); glAttachShader(pointProgram, fragment1Shader); glAttachShader(textureProgram, vertex2Shader); glAttachShader(textureProgram, fragment2Shader); // link the program objects glLinkProgram(pointProgram); glLinkProgram(textureProgram); // check the link status GLint plinked; glGetProgramiv(pointProgram, GL_LINK_STATUS, &plinked); if (!plinked) { Warning("Error linking pointProgram!"); glDeleteProgram(pointProgram); return false; } GLint tlinked; glGetProgramiv(textureProgram, GL_LINK_STATUS, &tlinked); if (!tlinked) { Warning("Error linking textureProgram!"); glDeleteProgram(textureProgram); return false; } // get the attribute and uniform locations glUseProgram(pointProgram); positionLoc = glGetAttribLocation(pointProgram, "v_Position"); lineColorLoc = glGetUniformLocation(pointProgram, "LineColor"); if (positionLoc == -1 || lineColorLoc == -1) { Warning("Failed to get a location in pointProgram!"); glDeleteProgram(pointProgram); return false; } glUseProgram(textureProgram); texPosLoc = glGetAttribLocation(textureProgram, "a_Position"); texCoordLoc = glGetAttribLocation(textureProgram, "a_texCoord"); samplerLoc = glGetUniformLocation (textureProgram, "s_texture"); if (texPosLoc == -1 || texCoordLoc == -1 || samplerLoc == -1) { Warning("Failed to get a location in textureProgram!"); glDeleteProgram(textureProgram); return false; } // create buffer for vertex data (used for drawing lines and rects) GLuint vertexPosObject; glGenBuffers(1, &vertexPosObject); glBindBuffer(GL_ARRAY_BUFFER, vertexPosObject); // create buffer for index data (used for drawing textures) // where each cell = 2 triangles with 2 shared vertices (0 and 2) // // 0 *---* 3 // | \ | // 1 *---* 2 // GLushort indices[] = { 0, 1, 2, 0, 2, 3 }; GLuint vbo; glGenBuffers(1, &vbo); glBindBuffer(GL_ELEMENT_ARRAY_BUFFER, vbo); glBufferData(GL_ELEMENT_ARRAY_BUFFER, sizeof(indices), indices, GL_DYNAMIC_DRAW); return true; } #endif // WEB_GUI // ----------------------------------------------------------------------------- static void SetColor(int r, int g, int b, int a) { #ifdef WEB_GUI GLfloat color[4]; color[0] = r/255.0; color[1] = g/255.0; color[2] = b/255.0; color[3] = a/255.0; glUniform4fv(lineColorLoc, 1, color); #else glColor4ub(r, g, b, a); #endif } // ----------------------------------------------------------------------------- static void FillRect(int x, int y, int wd, int ht) { GLfloat rect[] = { XCOORD(x), YCOORD(y+ht), // left, bottom XCOORD(x+wd), YCOORD(y+ht), // right, bottom XCOORD(x+wd), YCOORD(y), // right, top XCOORD(x), YCOORD(y), // left, top }; #ifdef WEB_GUI glBufferData(GL_ARRAY_BUFFER, 8 * sizeof(GLfloat), rect, GL_DYNAMIC_DRAW); glVertexAttribPointer(positionLoc, 2, GL_FLOAT, GL_FALSE, 0, 0); glEnableVertexAttribArray(positionLoc); #else glVertexPointer(2, GL_FLOAT, 0, rect); #endif glDrawArrays(GL_TRIANGLE_FAN, 0, 4); } // ----------------------------------------------------------------------------- static void DisableTextures() { #ifdef WEB_GUI glUseProgram(pointProgram); #else if (glIsEnabled(GL_TEXTURE_2D)) { glDisable(GL_TEXTURE_2D); }; #endif } // ----------------------------------------------------------------------------- void DrawRGBAData(unsigned char* rgbadata, int x, int y, int w, int h, int scale = 1) { // called from golly_render::pixblit to draw RGBA data // create texture name once if (rgbatexture == 0) glGenTextures(1, &rgbatexture); #ifdef WEB_GUI glUseProgram(textureProgram); glActiveTexture(GL_TEXTURE0); glBindTexture(GL_TEXTURE_2D, rgbatexture); glUniform1i(samplerLoc, 0); #else if (!glIsEnabled(GL_TEXTURE_2D)) { // restore texture color and enable textures SetColor(255, 255, 255, 255); glEnable(GL_TEXTURE_2D); // bind our texture glBindTexture(GL_TEXTURE_2D, rgbatexture); glTexCoordPointer(2, GL_SHORT, 0, texture_coordinates); } #endif glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, GL_CLAMP_TO_EDGE); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, GL_CLAMP_TO_EDGE); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_LINEAR); // update the texture with the new RGBA data glTexImage2D(GL_TEXTURE_2D, 0, GL_RGBA, w, h, 0, GL_RGBA, GL_UNSIGNED_BYTE, rgbadata); if (scale > 1) { // we only do this when drawing icons beyond 1:32 w *= scale; h *= scale; } #ifdef WEB_GUI GLfloat vertices[] = { XCOORD(x), YCOORD(y), // Position 0 = left,top 0.0, 0.0, // TexCoord 0 XCOORD(x), YCOORD(y + h), // Position 1 = left,bottom 0.0, 1.0, // TexCoord 1 XCOORD(x + w), YCOORD(y + h), // Position 2 = right,bottom 1.0, 1.0, // TexCoord 2 XCOORD(x + w), YCOORD(y), // Position 3 = right,top 1.0, 0.0 // TexCoord 3 }; glBufferData(GL_ARRAY_BUFFER, sizeof(vertices), vertices, GL_DYNAMIC_DRAW); glVertexAttribPointer(texPosLoc, 2, GL_FLOAT, GL_FALSE, 4 * sizeof(GL_FLOAT), (const GLvoid*)(0)); glVertexAttribPointer(texCoordLoc, 2, GL_FLOAT, GL_FALSE, 4 * sizeof(GL_FLOAT), (const GLvoid*)(2 * sizeof(GL_FLOAT))); glEnableVertexAttribArray(texPosLoc); glEnableVertexAttribArray(texCoordLoc); glDrawElements(GL_TRIANGLES, 6, GL_UNSIGNED_SHORT, 0); #else GLfloat vertices[] = { x, y, x+w, y, x, y+h, x+w, y+h, }; glVertexPointer(2, GL_FLOAT, 0, vertices); glDrawArrays(GL_TRIANGLE_STRIP, 0, 4); #endif } // ----------------------------------------------------------------------------- void DrawIcons(unsigned char* statedata, int x, int y, int w, int h, int pmscale, int stride) { // called from golly_render::pixblit to draw icons for each live cell // assume pmscale > 2 (should be 8, 16 or 32 -- if higher then the 31x31 icons will be scaled up) int iconsize = pmscale > 32 ? 32 : pmscale; int iconwd = (iconsize-1)*4; // allow for 1 pixel gap at right edge int atlas_rowbytes = iconsize * currlayer->numicons * 4; int rowbytes = w*iconsize*4; // probably best to bump rowbytes up to nearest power of 2 int pot = 1; while (pot < rowbytes) pot *= 2; rowbytes = pot; int stripht = h; #ifdef ANDROID_GUI // reduce chances of crashes (probably due to OpenGL ES bug, and only on some Nexus devices???) if (pmscale > 16) stripht = 1; #endif int numbytes = rowbytes*stripht*iconsize; while (numbytes > maxbytes) { // do 2 or more horizontal strips if (stripht == 1) { // LOGI("BUG in DrawIcons: rowbytes=%d pmscale=%d\n", rowbytes, pmscale); return; } stripht = (stripht+1) / 2; numbytes = rowbytes*stripht*iconsize; } int nextstrip = 0; do { memset(pxldata, 0, numbytes); // all pixels are initially transparent bool sawlivecell = false; // at least one icon needs to be displayed? for (int row = nextstrip; row < nextstrip+stripht && row < h; row++) { for (int col = 0; col < w; col++) { unsigned char state = statedata[row*stride + col]; if (state > 0) { // get position in pxldata of icon's top left pixel int pos = (row-nextstrip)*rowbytes*iconsize + col*iconsize*4; // copy pixel data for icon from appropriate place in iconatlas int ipos = (state-1)*iconsize*4; // subtract 1 from iconsize to allow for 1 pixel gap at bottom edge of icon for (int i = 0; i < iconsize-1; i ++) { memcpy(&pxldata[pos], &iconatlas[ipos], iconwd); pos += rowbytes; ipos += atlas_rowbytes; } sawlivecell = true; } } } if (sawlivecell) DrawRGBAData(pxldata, x, y, rowbytes/4, stripht*iconsize, pmscale/iconsize); y += stripht*pmscale; nextstrip += stripht; } while (nextstrip < h); } // ----------------------------------------------------------------------------- void DrawMagnifiedCells(unsigned char* statedata, int x, int y, int w, int h, int pmscale, int stride) { // called from golly_render::pixblit to draw cells magnified by pmscale (2, 4, ... 2^MAX_MAG) int rowbytes = w*pmscale*4; // probably best to bump rowbytes up to nearest power of 2 int pot = 1; while (pot < rowbytes) pot *= 2; rowbytes = pot; // if pmscale is > 2 then there is a 1 pixel gap at right and bottom edge of each cell int cellsize = pmscale > 2 ? (pmscale-1)*4 : pmscale*4; int rowtotal = pmscale > 2 ? (pmscale-1)*rowbytes : pmscale*rowbytes; int stripht = h; #ifdef ANDROID_GUI // reduce chances of crashes (probably due to OpenGL ES bug, and only on some Nexus devices???) if (pmscale > 16) stripht = 1; #endif int numbytes = rowbytes*stripht*pmscale; while (numbytes > maxbytes) { // do 2 or more horizontal strips if (stripht == 1) { // LOGI("BUG in DrawMagCells: rowbytes=%d pmscale=%d\n", rowbytes, pmscale); return; } stripht = (stripht+1) / 2; numbytes = rowbytes*stripht*pmscale; } int nextstrip = 0; do { memset(pxldata, 0, numbytes); // all pixels are initially transparent bool sawlivecell = false; // at least one live cell needs to be displayed? for (int row = nextstrip; row < nextstrip+stripht && row < h; row++) { for (int col = 0; col < w; col++) { unsigned char state = statedata[row*stride + col]; if (state > 0) { // set cell's top left pixel int pos = (row-nextstrip)*rowbytes*pmscale + col*pmscale*4; pxldata[pos] = currlayer->cellr[state]; pxldata[pos+1] = currlayer->cellg[state]; pxldata[pos+2] = currlayer->cellb[state]; pxldata[pos+3] = live_alpha; // copy 1st pixel to remaining pixels in 1st row for (int i = 4; i < cellsize; i += 4) { memcpy(&pxldata[pos+i], &pxldata[pos], 4); } // copy 1st row of pixels to remaining rows for (int i = rowbytes; i < rowtotal; i += rowbytes) { memcpy(&pxldata[pos+i], &pxldata[pos], cellsize); } sawlivecell = true; } } } if (sawlivecell) DrawRGBAData(pxldata, x, y, rowbytes/4, stripht*pmscale); y += stripht*pmscale; nextstrip += stripht; } while (nextstrip < h); } // ----------------------------------------------------------------------------- class golly_render : public liferender { public: golly_render() {} virtual ~golly_render() {} virtual void pixblit(int x, int y, int w, int h, unsigned char* pm, int pmscale); virtual void getcolors(unsigned char** r, unsigned char** g, unsigned char** b, unsigned char* deada, unsigned char* livea); }; golly_render renderer; // create instance // ----------------------------------------------------------------------------- void golly_render::pixblit(int x, int y, int w, int h, unsigned char* pmdata, int pmscale) { if (x >= currwd || y >= currht) return; if (x + w <= 0 || y + h <= 0) return; // stride is the horizontal pixel width of the image data int stride = w/pmscale; // clip data outside viewport if (pmscale > 1) { // pmdata contains 1 byte per `pmscale' pixels, so we must be careful // and adjust x, y, w and h by multiples of `pmscale' only if (x < 0) { int dx = -x/pmscale*pmscale; pmdata += dx/pmscale; w -= dx; x += dx; } if (y < 0) { int dy = -y/pmscale*pmscale; pmdata += dy/pmscale*stride; h -= dy; y += dy; } if (x + w >= currwd + pmscale) w = (currwd - x + pmscale - 1)/pmscale*pmscale; if (y + h >= currht + pmscale) h = (currht - y + pmscale - 1)/pmscale*pmscale; } if (pmscale == 1) { // draw RGBA pixel data at scale 1:1 DrawRGBAData(pmdata, x, y, w, h); } else if (showicons && pmscale > 4 && iconatlas) { // draw icons at scales 1:8 and above DrawIcons(pmdata, x, y, w/pmscale, h/pmscale, pmscale, stride); } else { // draw magnified cells, assuming pmdata contains (w/pmscale)*(h/pmscale) bytes // where each byte contains a cell state DrawMagnifiedCells(pmdata, x, y, w/pmscale, h/pmscale, pmscale, stride); } } // ----------------------------------------------------------------------------- void golly_render::getcolors(unsigned char** r, unsigned char** g, unsigned char** b, unsigned char* deada, unsigned char* livea) { *r = currlayer->cellr; *g = currlayer->cellg; *b = currlayer->cellb; *deada = dead_alpha; *livea = live_alpha; } // ----------------------------------------------------------------------------- void DrawSelection(gRect& rect, bool active) { // draw semi-transparent rectangle DisableTextures(); if (active) { SetColor(selectrgb.r, selectrgb.g, selectrgb.b, 128); } else { // use light gray to indicate an inactive selection SetColor(160, 160, 160, 128); } FillRect(rect.x, rect.y, rect.width, rect.height); } // ----------------------------------------------------------------------------- void DrawGridBorder(int wd, int ht) { // universe is bounded so draw any visible border regions pair ltpxl = currlayer->view->screenPosOf(currlayer->algo->gridleft, currlayer->algo->gridtop, currlayer->algo); pair rbpxl = currlayer->view->screenPosOf(currlayer->algo->gridright, currlayer->algo->gridbottom, currlayer->algo); int left = ltpxl.first; int top = ltpxl.second; int right = rbpxl.first; int bottom = rbpxl.second; if (currlayer->algo->gridwd == 0) { left = 0; right = wd-1; } if (currlayer->algo->gridht == 0) { top = 0; bottom = ht-1; } // note that right and/or bottom might be INT_MAX so avoid adding to cause overflow if (currlayer->view->getmag() > 0) { // move to bottom right pixel of cell at gridright,gridbottom if (right < wd) right += (1 << currlayer->view->getmag()) - 1; if (bottom < ht) bottom += (1 << currlayer->view->getmag()) - 1; if (currlayer->view->getmag() == 1) { // there are no gaps at scale 1:2 if (right < wd) right++; if (bottom < ht) bottom++; } } else { if (right < wd) right++; if (bottom < ht) bottom++; } if (left < 0 && right >= wd && top < 0 && bottom >= ht) { // border isn't visible (ie. grid fills viewport) return; } DisableTextures(); SetColor(borderrgb.r, borderrgb.g, borderrgb.b, 255); if (left >= wd || right < 0 || top >= ht || bottom < 0) { // no part of grid is visible so fill viewport with border FillRect(0, 0, wd, ht); return; } // avoid drawing overlapping rects below int rtop = 0; int rheight = ht; if (currlayer->algo->gridht > 0) { if (top > 0) { // top border is visible FillRect(0, 0, wd, top); // reduce size of rect below rtop = top; rheight -= top; } if (bottom < ht) { // bottom border is visible FillRect(0, bottom, wd, ht - bottom); // reduce size of rect below rheight -= ht - bottom; } } if (currlayer->algo->gridwd > 0) { if (left > 0) { // left border is visible FillRect(0, rtop, left, rheight); } if (right < wd) { // right border is visible FillRect(right, rtop, wd - right, rheight); } } } // ----------------------------------------------------------------------------- void InitPaste(Layer* player, gRect& bbox) { // set globals used in DrawPasteImage pastelayer = player; pastebbox = bbox; } // ----------------------------------------------------------------------------- int PixelsToCells(int pixels, int mag) { // convert given # of screen pixels to corresponding # of cells if (mag >= 0) { int cellsize = 1 << mag; return (pixels + cellsize - 1) / cellsize; } else { // mag < 0; no need to worry about overflow return pixels << -mag; } } // ----------------------------------------------------------------------------- void SetPasteRect(int wd, int ht) { int x, y, pastewd, pasteht; int mag = currlayer->view->getmag(); // find cell coord of current paste position pair pcell = currlayer->view->at(pastex, pastey); // determine bottom right cell bigint right = pcell.first; right += wd; right -= 1; bigint bottom = pcell.second; bottom += ht; bottom -= 1; // best to use same method as in Selection::Visible pair lt = currlayer->view->screenPosOf(pcell.first, pcell.second, currlayer->algo); pair rb = currlayer->view->screenPosOf(right, bottom, currlayer->algo); if (mag > 0) { // move rb to pixel at bottom right corner of cell rb.first += (1 << mag) - 1; rb.second += (1 << mag) - 1; if (mag > 1) { // avoid covering gaps at scale 1:4 and above rb.first--; rb.second--; } } x = lt.first; y = lt.second; pastewd = rb.first - lt.first + 1; pasteht = rb.second - lt.second + 1; // this should never happen but play safe if (pastewd <= 0) pastewd = 1; if (pasteht <= 0) pasteht = 1; // don't let pasterect get too far beyond left/top edge of viewport if (x + pastewd < 64) { if (pastewd >= 64) x = 64 - pastewd; else if (x < 0) x = 0; pastex = x; } if (y + pasteht < 64) { if (pasteht >= 64) y = 64 - pasteht; else if (y < 0) y = 0; pastey = y; } SetRect(pasterect, x, y, pastewd, pasteht); // NSLog(@"pasterect: x=%d y=%d wd=%d ht=%d", pasterect.x, pasterect.y, pasterect.width, pasterect.height); } // ----------------------------------------------------------------------------- void DrawPasteImage() { // calculate pasterect SetPasteRect(pastebbox.width, pastebbox.height); int pastemag = currlayer->view->getmag(); gRect cellbox = pastebbox; // calculate intersection of pasterect and current viewport for use // as a temporary viewport int itop = pasterect.y; int ileft = pasterect.x; int ibottom = itop + pasterect.height - 1; int iright = ileft + pasterect.width - 1; if (itop < 0) { itop = 0; cellbox.y += PixelsToCells(-pasterect.y, pastemag); } if (ileft < 0) { ileft = 0; cellbox.x += PixelsToCells(-pasterect.x, pastemag); } if (ibottom > currht - 1) ibottom = currht - 1; if (iright > currwd - 1) iright = currwd - 1; int pastewd = iright - ileft + 1; int pasteht = ibottom - itop + 1; // set size of translucent rect before following adjustment int rectwd = pastewd; int rectht = pasteht; if (pastemag > 0) { // make sure pastewd/ht don't have partial cells int cellsize = 1 << pastemag; int gap = 1; // gap between cells if (pastemag == 1) gap = 0; // no gap at scale 1:2 if ((pastewd + gap) % cellsize > 0) pastewd += cellsize - ((pastewd + gap) % cellsize); if ((pasteht + gap) % cellsize != 0) pasteht += cellsize - ((pasteht + gap) % cellsize); } cellbox.width = PixelsToCells(pastewd, pastemag); cellbox.height = PixelsToCells(pasteht, pastemag); // set up viewport for drawing paste pattern pastelayer->view->resize(pastewd, pasteht); int midx, midy; if (pastemag > 1) { // allow for gap between cells midx = cellbox.x + (cellbox.width - 1) / 2; midy = cellbox.y + (cellbox.height - 1) / 2; } else { midx = cellbox.x + cellbox.width / 2; midy = cellbox.y + cellbox.height / 2; } pastelayer->view->setpositionmag(midx, midy, pastemag); // temporarily turn off grid lines bool saveshow = showgridlines; showgridlines = false; // temporarily change currwd and currht int savewd = currwd; int saveht = currht; currwd = pastelayer->view->getwidth(); currht = pastelayer->view->getheight(); #ifdef WEB_GUI // temporarily change OpenGL viewport's origin and size to match pastelayer->view glViewport(ileft, saveht-currht-itop, currwd, currht); #else glTranslatef(ileft, itop, 0); #endif // make dead pixels 100% transparent and live pixels 100% opaque dead_alpha = 0; live_alpha = 255; // temporarily set currlayer to pastelayer so golly_render routines // will use the paste pattern's color and icons Layer* savelayer = currlayer; currlayer = pastelayer; if (showicons && pastemag > 2) { // only show icons at scales 1:8 and above if (pastemag == 3) { iconatlas = currlayer->atlas7x7; } else if (pastemag == 4) { iconatlas = currlayer->atlas15x15; } else { iconatlas = currlayer->atlas31x31; } } // draw paste pattern pastelayer->algo->draw(*pastelayer->view, renderer); #ifdef WEB_GUI // restore OpenGL viewport's origin and size glViewport(0, 0, savewd, saveht); #else glTranslatef(-ileft, -itop, 0); #endif currlayer = savelayer; showgridlines = saveshow; currwd = savewd; currht = saveht; // overlay translucent rect to show paste area DisableTextures(); SetColor(pastergb.r, pastergb.g, pastergb.b, 64); FillRect(ileft, itop, rectwd, rectht); } // ----------------------------------------------------------------------------- void DrawGridLines(int wd, int ht) { int cellsize = 1 << currlayer->view->getmag(); int h, v, i, topbold, leftbold; if (showboldlines) { // ensure that origin cell stays next to bold lines; // ie. bold lines scroll when pattern is scrolled pair lefttop = currlayer->view->at(0, 0); leftbold = lefttop.first.mod_smallint(boldspacing); topbold = lefttop.second.mod_smallint(boldspacing); if (currlayer->originx != bigint::zero) { leftbold -= currlayer->originx.mod_smallint(boldspacing); } if (currlayer->originy != bigint::zero) { topbold -= currlayer->originy.mod_smallint(boldspacing); } if (mathcoords) topbold--; // show origin cell above bold line } else { // avoid gcc warning topbold = leftbold = 0; } DisableTextures(); glLineWidth(1.0); // set the stroke color depending on current bg color int r = currlayer->cellr[0]; int g = currlayer->cellg[0]; int b = currlayer->cellb[0]; int gray = (int) ((r + g + b) / 3.0); if (gray > 127) { // darker lines SetColor(r > 32 ? r - 32 : 0, g > 32 ? g - 32 : 0, b > 32 ? b - 32 : 0, 255); } else { // lighter lines SetColor(r + 32 < 256 ? r + 32 : 255, g + 32 < 256 ? g + 32 : 255, b + 32 < 256 ? b + 32 : 255, 255); } // draw all plain lines first; // note that we need to add/subtract 0.5 from coordinates to avoid uneven spacing i = showboldlines ? topbold : 1; v = 0; while (true) { v += cellsize; if (v > ht) break; if (showboldlines) i++; if (i % boldspacing != 0) { #ifdef WEB_GUI GLfloat points[] = { XCOORD( -0.5), YCOORD(v-0.5), XCOORD(wd+0.5), YCOORD(v-0.5) }; glBufferData(GL_ARRAY_BUFFER, 4 * sizeof(GLfloat), points, GL_STATIC_DRAW); glVertexAttribPointer(positionLoc, 2, GL_FLOAT, GL_FALSE, 0, 0); glEnableVertexAttribArray(positionLoc); #else GLfloat points[] = { -0.5, v-0.5, wd+0.5, v-0.5 }; glVertexPointer(2, GL_FLOAT, 0, points); #endif glDrawArrays(GL_LINES, 0, 2); } } i = showboldlines ? leftbold : 1; h = 0; while (true) { h += cellsize; if (h > wd) break; if (showboldlines) i++; if (i % boldspacing != 0) { #ifdef WEB_GUI GLfloat points[] = { XCOORD(h-0.5), YCOORD( -0.5), XCOORD(h-0.5), YCOORD(ht+0.5) }; glBufferData(GL_ARRAY_BUFFER, 4 * sizeof(GLfloat), points, GL_STATIC_DRAW); glVertexAttribPointer(positionLoc, 2, GL_FLOAT, GL_FALSE, 0, 0); glEnableVertexAttribArray(positionLoc); #else GLfloat points[] = { h-0.5, -0.5, h-0.5, ht+0.5 }; glVertexPointer(2, GL_FLOAT, 0, points); #endif glDrawArrays(GL_LINES, 0, 2); } } if (showboldlines) { // draw bold lines in slightly darker/lighter color if (gray > 127) { // darker lines SetColor(r > 64 ? r - 64 : 0, g > 64 ? g - 64 : 0, b > 64 ? b - 64 : 0, 255); } else { // lighter lines SetColor(r + 64 < 256 ? r + 64 : 255, g + 64 < 256 ? g + 64 : 255, b + 64 < 256 ? b + 64 : 255, 255); } i = topbold; v = 0; while (true) { v += cellsize; if (v > ht) break; i++; if (i % boldspacing == 0) { #ifdef WEB_GUI GLfloat points[] = { XCOORD( -0.5), YCOORD(v-0.5), XCOORD(wd+0.5), YCOORD(v-0.5) }; glBufferData(GL_ARRAY_BUFFER, 4 * sizeof(GLfloat), points, GL_STATIC_DRAW); glVertexAttribPointer(positionLoc, 2, GL_FLOAT, GL_FALSE, 0, 0); glEnableVertexAttribArray(positionLoc); #else GLfloat points[] = { -0.5, v-0.5, wd+0.5, v-0.5 }; glVertexPointer(2, GL_FLOAT, 0, points); #endif glDrawArrays(GL_LINES, 0, 2); } } i = leftbold; h = 0; while (true) { h += cellsize; if (h > wd) break; i++; if (i % boldspacing == 0) { #ifdef WEB_GUI GLfloat points[] = { XCOORD(h-0.5), YCOORD( -0.5), XCOORD(h-0.5), YCOORD(ht+0.5) }; glBufferData(GL_ARRAY_BUFFER, 4 * sizeof(GLfloat), points, GL_STATIC_DRAW); glVertexAttribPointer(positionLoc, 2, GL_FLOAT, GL_FALSE, 0, 0); glEnableVertexAttribArray(positionLoc); #else GLfloat points[] = { h-0.5, -0.5, h-0.5, ht+0.5 }; glVertexPointer(2, GL_FLOAT, 0, points); #endif glDrawArrays(GL_LINES, 0, 2); } } } } // ----------------------------------------------------------------------------- void DrawPattern(int tileindex) { gRect r; int currmag = currlayer->view->getmag(); // fill the background with state 0 color glClearColor(currlayer->cellr[0]/255.0, currlayer->cellg[0]/255.0, currlayer->cellb[0]/255.0, 1.0); glClear(GL_COLOR_BUFFER_BIT); // if grid is bounded then ensure viewport's central cell is not outside grid edges if ( currlayer->algo->gridwd > 0) { if ( currlayer->view->x < currlayer->algo->gridleft ) currlayer->view->setpositionmag(currlayer->algo->gridleft, currlayer->view->y, currmag); else if ( currlayer->view->x > currlayer->algo->gridright ) currlayer->view->setpositionmag(currlayer->algo->gridright, currlayer->view->y, currmag); } if ( currlayer->algo->gridht > 0) { if ( currlayer->view->y < currlayer->algo->gridtop ) currlayer->view->setpositionmag(currlayer->view->x, currlayer->algo->gridtop, currmag); else if ( currlayer->view->y > currlayer->algo->gridbottom ) currlayer->view->setpositionmag(currlayer->view->x, currlayer->algo->gridbottom, currmag); } if (nopattupdate) { // don't draw incomplete pattern, just draw grid lines and border currwd = currlayer->view->getwidth(); currht = currlayer->view->getheight(); if ( showgridlines && currmag >= mingridmag ) { DrawGridLines(currwd, currht); } if ( currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0 ) { DrawGridBorder(currwd, currht); } return; } if (showicons && currmag > 2) { // only show icons at scales 1:8 and above if (currmag == 3) { iconatlas = currlayer->atlas7x7; } else if (currmag == 4) { iconatlas = currlayer->atlas15x15; } else { iconatlas = currlayer->atlas31x31; } } currwd = currlayer->view->getwidth(); currht = currlayer->view->getheight(); // all pixels are initially opaque dead_alpha = 255; live_alpha = 255; // draw pattern using a sequence of pixblit calls currlayer->algo->draw(*currlayer->view, renderer); if ( showgridlines && currmag >= mingridmag ) { DrawGridLines(currwd, currht); } // if universe is bounded then draw border regions (if visible) if ( currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0 ) { DrawGridBorder(currwd, currht); } if ( currlayer->currsel.Visible(&r) ) { DrawSelection(r, true); } if (waitingforpaste) { DrawPasteImage(); } } golly-3.3-src/gui-common/algos.cpp0000644000175000017500000010366213145740437014116 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "bigint.h" #include "lifealgo.h" #include "qlifealgo.h" #include "hlifealgo.h" #include "generationsalgo.h" #include "ltlalgo.h" #include "jvnalgo.h" #include "ruleloaderalgo.h" #include "utils.h" // for Fatal, Warning, SetColor, Poller #include "prefs.h" // for maxhashmem #include "layer.h" // for currlayer #include "algos.h" #include // for std::map // ----------------------------------------------------------------------------- // exported data: algo_type initalgo = QLIFE_ALGO; // initial algorithm AlgoData* algoinfo[MAX_ALGOS]; // static info for each algorithm gBitmapPtr* circles7x7; // circular icons for scale 1:8 gBitmapPtr* circles15x15; // circular icons for scale 1:16 gBitmapPtr* circles31x31; // circular icons for scale 1:32 gBitmapPtr* diamonds7x7; // diamond-shaped icons for scale 1:8 gBitmapPtr* diamonds15x15; // diamond-shaped icons for scale 1:16 gBitmapPtr* diamonds31x31; // diamond-shaped icons for scale 1:32 gBitmapPtr* hexagons7x7; // hexagonal icons for scale 1:8 gBitmapPtr* hexagons15x15; // hexagonal icons for scale 1:16 gBitmapPtr* hexagons31x31; // hexagonal icons for scale 1:32 gBitmapPtr* triangles7x7; // triangular icons for scale 1:8 gBitmapPtr* triangles15x15; // triangular icons for scale 1:16 gBitmapPtr* triangles31x31; // triangular icons for scale 1:32 // ----------------------------------------------------------------------------- // These default cell colors were generated by continuously finding the // color furthest in rgb space from the closest of the already selected // colors, black, and white. static unsigned char default_colors[] = { 48,48,48, // better if state 0 is dark gray (was 255,127,0) 0,255,127,127,0,255,148,148,148,128,255,0,255,0,128, 0,128,255,1,159,0,159,0,1,255,254,96,0,1,159,96,255,254, 254,96,255,126,125,21,21,126,125,125,21,126,255,116,116,116,255,116, 116,116,255,228,227,0,28,255,27,255,27,28,0,228,227,227,0,228, 27,28,255,59,59,59,234,195,176,175,196,255,171,194,68,194,68,171, 68,171,194,72,184,71,184,71,72,71,72,184,169,255,188,252,179,63, 63,252,179,179,63,252,80,9,0,0,80,9,9,0,80,255,175,250, 199,134,213,115,100,95,188,163,0,0,188,163,163,0,188,203,73,0, 0,203,73,73,0,203,94,189,0,189,0,94,0,94,189,187,243,119, 55,125,32,125,32,55,32,55,125,255,102,185,102,185,255,120,209,168, 208,166,119,135,96,192,182,255,41,83,153,130,247,88,55,89,247,55, 88,55,247,87,75,0,0,87,75,75,0,87,200,135,59,51,213,127, 255,255,162,255,37,182,37,182,255,228,57,117,142,163,210,57,117,228, 193,255,246,188,107,123,123,194,107,145,59,5,5,145,59,59,5,145, 119,39,198,40,197,23,197,23,40,23,40,197,178,199,158,255,201,121, 134,223,223,39,253,84,149,203,15,203,15,149,15,149,203,152,144,90, 143,75,139,71,97,132,224,65,219,65,219,224,255,255,40,218,223,69, 74,241,0,241,0,74,0,74,241,122,171,51,220,211,227,61,127,87, 90,124,176,36,39,13,165,142,255,255,38,255,38,255,255,83,50,107, 224,142,165,255,181,9,9,255,181,181,9,255,140,238,70,255,74,5, 74,5,255,138,84,51,31,172,101,177,115,17,221,0,0,0,221,0, 0,0,221,220,255,200,0,41,50,255,150,205,178,45,116,113,255,189, 47,0,44,40,119,171,205,107,255,177,115,172,133,73,236,109,0,168, 168,46,207,188,181,203,212,188,35,90,97,52,39,209,184,41,164,152, 227,46,70,46,70,227,211,156,255,98,146,222,136,56,95,102,54,152, 86,142,0,142,0,86,0,86,142,86,223,96,246,135,46,4,208,120, 212,233,158,177,92,214,104,147,88,149,240,147,227,93,148,72,255,133, 209,27,194,147,255,255,44,93,0,160,36,158,182,233,0,96,94,217, 218,103,88,163,154,38,118,114,139,94,0,43,113,164,174,168,188,114, 0,23,119,42,86,93,255,226,202,80,191,155,255,158,136,0,247,62, 234,146,88,0,183,229,110,212,36,0,143,161,105,191,210,133,164,0, 41,30,89,164,0,132,30,89,42,178,222,217,121,22,11,221,107,22, 69,151,255,45,158,3,158,3,45,3,45,158,86,42,29,9,122,22, 213,209,110,53,221,57,159,101,91,93,140,45,247,213,37,185,34,0, 0,185,34,34,0,185,236,0,172,210,180,78,231,107,221,162,49,43, 43,162,49,49,43,162,36,248,213,114,0,214,213,36,248,149,34,243, 185,158,167,144,122,224,34,245,149,255,31,98,31,98,255,152,200,193, 255,80,95,128,123,63,102,62,72,255,62,148,151,226,108,159,99,255, 226,255,126,98,223,136,80,95,255,225,153,15,73,41,211,212,71,41, 83,217,187,180,235,79,0,166,127,251,135,243,229,41,0,41,0,229, 82,255,216,141,174,249,249,215,255,167,31,79,31,79,167,213,102,185, 255,215,83,4,2,40,224,171,220,41,0,4,6,50,90,221,15,113, 15,113,221,33,0,115,108,23,90,182,215,36 }; // ----------------------------------------------------------------------------- // Note that all the default icons are grayscale bitmaps. // These icons are used for lots of different rules with different numbers // of states, and at rendering time we will replace the white pixels in each // icon with the cell's state color to avoid "color shock" when switching // between icon and non-icon view. Gray pixels are used to do anti-aliasing. // XPM data for default 7x7 icon static const char* default7x7[] = { // width height ncolors chars_per_pixel "7 7 4 1", // colors ". c #000000", // black will be transparent "D c #404040", "E c #E0E0E0", "W c #FFFFFF", // white // pixels ".DEWED.", "DWWWWWD", "EWWWWWE", "WWWWWWW", "EWWWWWE", "DWWWWWD", ".DEWED." }; // XPM data for default 15x15 icon static const char* default15x15[] = { // width height ncolors chars_per_pixel "15 15 5 1", // colors ". c #000000", // black will be transparent "D c #404040", "C c #808080", "B c #C0C0C0", "W c #FFFFFF", // white // pixels "...............", "....DBWWWBD....", "...BWWWWWWWB...", "..BWWWWWWWWWB..", ".DWWWWWWWWWWWD.", ".BWWWWWWWWWWWB.", ".WWWWWWWWWWWWW.", ".WWWWWWWWWWWWW.", ".WWWWWWWWWWWWW.", ".BWWWWWWWWWWWB.", ".DWWWWWWWWWWWD.", "..BWWWWWWWWWB..", "...BWWWWWWWB...", "....DBWWWBD....", "..............." }; // XPM data for default 31x31 icon static const char* default31x31[] = { // width height ncolors chars_per_pixel "31 31 5 1", // colors ". c #000000", // black will be transparent "D c #404040", "C c #808080", "B c #C0C0C0", "W c #FFFFFF", // white // pixels "...............................", "...............................", "..........DCBWWWWWBCD..........", ".........CWWWWWWWWWWWC.........", ".......DWWWWWWWWWWWWWWWD.......", "......BWWWWWWWWWWWWWWWWWB......", ".....BWWWWWWWWWWWWWWWWWWWB.....", "....DWWWWWWWWWWWWWWWWWWWWWD....", "....WWWWWWWWWWWWWWWWWWWWWWW....", "...CWWWWWWWWWWWWWWWWWWWWWWWC...", "..DWWWWWWWWWWWWWWWWWWWWWWWWWD..", "..CWWWWWWWWWWWWWWWWWWWWWWWWWC..", "..BWWWWWWWWWWWWWWWWWWWWWWWWWB..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "..BWWWWWWWWWWWWWWWWWWWWWWWWWB..", "..CWWWWWWWWWWWWWWWWWWWWWWWWWC..", "..DWWWWWWWWWWWWWWWWWWWWWWWWWD..", "...CWWWWWWWWWWWWWWWWWWWWWWWC...", "....WWWWWWWWWWWWWWWWWWWWWWW....", "....DWWWWWWWWWWWWWWWWWWWWWD....", ".....BWWWWWWWWWWWWWWWWWWWB.....", "......BWWWWWWWWWWWWWWWWWB......", ".......DWWWWWWWWWWWWWWWD.......", ".........CWWWWWWWWWWWC.........", "..........DCBWWWWWBCD..........", "...............................", "..............................." }; // XPM data for the 7x7 icon used for hexagonal CA static const char* hex7x7[] = { // width height ncolors chars_per_pixel "7 7 3 1", // colors ". c #000000", // black will be transparent "C c #808080", "W c #FFFFFF", // white // pixels ".WWC...", "WWWWW..", "WWWWWW.", "CWWWWWC", ".WWWWWW", "..WWWWW", "...CWW."}; // XPM data for the 15x15 icon used for hexagonal CA static const char* hex15x15[] = { // width height ncolors chars_per_pixel "15 15 3 1", // colors ". c #000000", // black will be transparent "C c #808080", "W c #FFFFFF", // white // pixels "...WWC.........", "..WWWWWC.......", ".WWWWWWWWC.....", "WWWWWWWWWWW....", "WWWWWWWWWWWW...", "CWWWWWWWWWWWC..", ".WWWWWWWWWWWW..", ".CWWWWWWWWWWWC.", "..WWWWWWWWWWWW.", "..CWWWWWWWWWWWC", "...WWWWWWWWWWWW", "....WWWWWWWWWWW", ".....CWWWWWWWW.", ".......CWWWWW..", ".........CWW..."}; // XPM data for 31x31 icon used for hexagonal CA static const char* hex31x31[] = { // width height ncolors chars_per_pixel "31 31 3 1", // colors ". c #000000", // black will be transparent "C c #808080", "W c #FFFFFF", // white // pixels ".....WWC.......................", "....WWWWWC.....................", "...WWWWWWWWC...................", "..WWWWWWWWWWWC.................", ".WWWWWWWWWWWWWWC...............", "WWWWWWWWWWWWWWWWWC.............", "WWWWWWWWWWWWWWWWWWWC...........", "CWWWWWWWWWWWWWWWWWWWWC.........", ".WWWWWWWWWWWWWWWWWWWWWW........", ".CWWWWWWWWWWWWWWWWWWWWWC.......", "..WWWWWWWWWWWWWWWWWWWWWW.......", "..CWWWWWWWWWWWWWWWWWWWWWC......", "...WWWWWWWWWWWWWWWWWWWWWW......", "...CWWWWWWWWWWWWWWWWWWWWWC.....", "....WWWWWWWWWWWWWWWWWWWWWW.....", "....CWWWWWWWWWWWWWWWWWWWWWC....", ".....WWWWWWWWWWWWWWWWWWWWWW....", ".....CWWWWWWWWWWWWWWWWWWWWWC...", "......WWWWWWWWWWWWWWWWWWWWWW...", "......CWWWWWWWWWWWWWWWWWWWWWC..", ".......WWWWWWWWWWWWWWWWWWWWWW..", ".......CWWWWWWWWWWWWWWWWWWWWWC.", "........WWWWWWWWWWWWWWWWWWWWWW.", ".........CWWWWWWWWWWWWWWWWWWWWC", "...........CWWWWWWWWWWWWWWWWWWW", ".............CWWWWWWWWWWWWWWWWW", "...............CWWWWWWWWWWWWWW.", ".................CWWWWWWWWWWW..", "...................CWWWWWWWW...", ".....................CWWWWW....", ".......................CWW....." }; // XPM data for the 7x7 icon used for von Neumann CA static const char* vn7x7[] = { // width height ncolors chars_per_pixel "7 7 2 1", // colors ". c #000000", // black will be transparent "W c #FFFFFF", // white // pixels "...W...", "..WWW..", ".WWWWW.", "WWWWWWW", ".WWWWW.", "..WWW..", "...W..." }; // XPM data for the 15x15 icon used for von Neumann CA static const char* vn15x15[] = { // width height ncolors chars_per_pixel "15 15 2 1", // colors ". c #000000", // black will be transparent "W c #FFFFFF", // white // pixels "...............", ".......W.......", "......WWW......", ".....WWWWW.....", "....WWWWWWW....", "...WWWWWWWWW...", "..WWWWWWWWWWW..", ".WWWWWWWWWWWWW.", "..WWWWWWWWWWW..", "...WWWWWWWWW...", "....WWWWWWW....", ".....WWWWW.....", "......WWW......", ".......W.......", "..............." }; // XPM data for 31x31 icon used for von Neumann CA static const char* vn31x31[] = { // width height ncolors chars_per_pixel "31 31 2 1", // colors ". c #000000", // black will be transparent "W c #FFFFFF", // white // pixels "...............................", "...............................", "...............W...............", "..............WWW..............", ".............WWWWW.............", "............WWWWWWW............", "...........WWWWWWWWW...........", "..........WWWWWWWWWWW..........", ".........WWWWWWWWWWWWW.........", "........WWWWWWWWWWWWWWW........", ".......WWWWWWWWWWWWWWWWW.......", "......WWWWWWWWWWWWWWWWWWW......", ".....WWWWWWWWWWWWWWWWWWWWW.....", "....WWWWWWWWWWWWWWWWWWWWWWW....", "...WWWWWWWWWWWWWWWWWWWWWWWWW...", "..WWWWWWWWWWWWWWWWWWWWWWWWWWW..", "...WWWWWWWWWWWWWWWWWWWWWWWWW...", "....WWWWWWWWWWWWWWWWWWWWWWW....", ".....WWWWWWWWWWWWWWWWWWWWW.....", "......WWWWWWWWWWWWWWWWWWW......", ".......WWWWWWWWWWWWWWWWW.......", "........WWWWWWWWWWWWWWW........", ".........WWWWWWWWWWWWW.........", "..........WWWWWWWWWWW..........", "...........WWWWWWWWW...........", "............WWWWWWW............", ".............WWWWW.............", "..............WWW..............", "...............W...............", "...............................", "..............................." }; // XPM data for the 7x7 icons used by 4-state rules emulating a triangular neighborhood static const char* tri7x7[] = { // width height ncolors chars_per_pixel "7 21 2 1", // colors ". c #000000", // black will be transparent "W c #FFFFFF", // white // pixels for state 1 ".......", "W......", "WW.....", "WWW....", "WWWW...", "WWWWW..", "WWWWWW.", // pixels for state 2 ".WWWWWW", "..WWWWW", "...WWWW", "....WWW", ".....WW", "......W", ".......", // pixels for state 3 ".WWWWWW", "W.WWWWW", "WW.WWWW", "WWW.WWW", "WWWW.WW", "WWWWW.W", "WWWWWW." }; // XPM data for the 15x15 icons used by 4-state rules emulating a triangular neighborhood static const char* tri15x15[] = { // width height ncolors chars_per_pixel "15 45 2 1", // colors ". c #000000", "W c #FFFFFF", // pixels for state 1 "...............", "W..............", "WW.............", "WWW............", "WWWW...........", "WWWWW..........", "WWWWWW.........", "WWWWWWW........", "WWWWWWWW.......", "WWWWWWWWW......", "WWWWWWWWWW.....", "WWWWWWWWWWW....", "WWWWWWWWWWWW...", "WWWWWWWWWWWWW..", "WWWWWWWWWWWWWW.", // pixels for state 2 ".WWWWWWWWWWWWWW", "..WWWWWWWWWWWWW", "...WWWWWWWWWWWW", "....WWWWWWWWWWW", ".....WWWWWWWWWW", "......WWWWWWWWW", ".......WWWWWWWW", "........WWWWWWW", ".........WWWWWW", "..........WWWWW", "...........WWWW", "............WWW", ".............WW", "..............W", "...............", // pixels for state 3 ".WWWWWWWWWWWWWW", "W.WWWWWWWWWWWWW", "WW.WWWWWWWWWWWW", "WWW.WWWWWWWWWWW", "WWWW.WWWWWWWWWW", "WWWWW.WWWWWWWWW", "WWWWWW.WWWWWWWW", "WWWWWWW.WWWWWWW", "WWWWWWWW.WWWWWW", "WWWWWWWWW.WWWWW", "WWWWWWWWWW.WWWW", "WWWWWWWWWWW.WWW", "WWWWWWWWWWWW.WW", "WWWWWWWWWWWWW.W", "WWWWWWWWWWWWWW." }; // XPM data for the 31x31 icons used by 4-state rules emulating a triangular neighborhood static const char* tri31x31[] = { // width height ncolors chars_per_pixel "31 93 2 1", // colors ". c #000000", "W c #FFFFFF", // pixels for state 1 "...............................", "W..............................", "WW.............................", "WWW............................", "WWWW...........................", "WWWWW..........................", "WWWWWW.........................", "WWWWWWW........................", "WWWWWWWW.......................", "WWWWWWWWW......................", "WWWWWWWWWW.....................", "WWWWWWWWWWW....................", "WWWWWWWWWWWW...................", "WWWWWWWWWWWWW..................", "WWWWWWWWWWWWWW.................", "WWWWWWWWWWWWWWW................", "WWWWWWWWWWWWWWWW...............", "WWWWWWWWWWWWWWWWW..............", "WWWWWWWWWWWWWWWWWW.............", "WWWWWWWWWWWWWWWWWWW............", "WWWWWWWWWWWWWWWWWWWW...........", "WWWWWWWWWWWWWWWWWWWWW..........", "WWWWWWWWWWWWWWWWWWWWWW.........", "WWWWWWWWWWWWWWWWWWWWWWW........", "WWWWWWWWWWWWWWWWWWWWWWWW.......", "WWWWWWWWWWWWWWWWWWWWWWWWW......", "WWWWWWWWWWWWWWWWWWWWWWWWWW.....", "WWWWWWWWWWWWWWWWWWWWWWWWWWW....", "WWWWWWWWWWWWWWWWWWWWWWWWWWWW...", "WWWWWWWWWWWWWWWWWWWWWWWWWWWWW..", "WWWWWWWWWWWWWWWWWWWWWWWWWWWWWW.", // pixels for state 2 ".WWWWWWWWWWWWWWWWWWWWWWWWWWWWWW", "..WWWWWWWWWWWWWWWWWWWWWWWWWWWWW", "...WWWWWWWWWWWWWWWWWWWWWWWWWWWW", "....WWWWWWWWWWWWWWWWWWWWWWWWWWW", ".....WWWWWWWWWWWWWWWWWWWWWWWWWW", "......WWWWWWWWWWWWWWWWWWWWWWWWW", ".......WWWWWWWWWWWWWWWWWWWWWWWW", "........WWWWWWWWWWWWWWWWWWWWWWW", ".........WWWWWWWWWWWWWWWWWWWWWW", "..........WWWWWWWWWWWWWWWWWWWWW", "...........WWWWWWWWWWWWWWWWWWWW", "............WWWWWWWWWWWWWWWWWWW", ".............WWWWWWWWWWWWWWWWWW", "..............WWWWWWWWWWWWWWWWW", "...............WWWWWWWWWWWWWWWW", "................WWWWWWWWWWWWWWW", ".................WWWWWWWWWWWWWW", "..................WWWWWWWWWWWWW", "...................WWWWWWWWWWWW", "....................WWWWWWWWWWW", ".....................WWWWWWWWWW", "......................WWWWWWWWW", ".......................WWWWWWWW", "........................WWWWWWW", ".........................WWWWWW", "..........................WWWWW", "...........................WWWW", "............................WWW", ".............................WW", "..............................W", "...............................", // pixels for state 3 ".WWWWWWWWWWWWWWWWWWWWWWWWWWWWWW", "W.WWWWWWWWWWWWWWWWWWWWWWWWWWWWW", "WW.WWWWWWWWWWWWWWWWWWWWWWWWWWWW", "WWW.WWWWWWWWWWWWWWWWWWWWWWWWWWW", "WWWW.WWWWWWWWWWWWWWWWWWWWWWWWWW", "WWWWW.WWWWWWWWWWWWWWWWWWWWWWWWW", "WWWWWW.WWWWWWWWWWWWWWWWWWWWWWWW", "WWWWWWW.WWWWWWWWWWWWWWWWWWWWWWW", "WWWWWWWW.WWWWWWWWWWWWWWWWWWWWWW", "WWWWWWWWW.WWWWWWWWWWWWWWWWWWWWW", "WWWWWWWWWW.WWWWWWWWWWWWWWWWWWWW", "WWWWWWWWWWW.WWWWWWWWWWWWWWWWWWW", "WWWWWWWWWWWW.WWWWWWWWWWWWWWWWWW", "WWWWWWWWWWWWW.WWWWWWWWWWWWWWWWW", "WWWWWWWWWWWWWW.WWWWWWWWWWWWWWWW", "WWWWWWWWWWWWWWW.WWWWWWWWWWWWWWW", "WWWWWWWWWWWWWWWW.WWWWWWWWWWWWWW", "WWWWWWWWWWWWWWWWW.WWWWWWWWWWWWW", "WWWWWWWWWWWWWWWWWW.WWWWWWWWWWWW", "WWWWWWWWWWWWWWWWWWW.WWWWWWWWWWW", "WWWWWWWWWWWWWWWWWWWW.WWWWWWWWWW", "WWWWWWWWWWWWWWWWWWWWW.WWWWWWWWW", "WWWWWWWWWWWWWWWWWWWWWW.WWWWWWWW", "WWWWWWWWWWWWWWWWWWWWWWW.WWWWWWW", "WWWWWWWWWWWWWWWWWWWWWWWW.WWWWWW", "WWWWWWWWWWWWWWWWWWWWWWWWW.WWWWW", "WWWWWWWWWWWWWWWWWWWWWWWWWW.WWWW", "WWWWWWWWWWWWWWWWWWWWWWWWWWW.WWW", "WWWWWWWWWWWWWWWWWWWWWWWWWWWW.WW", "WWWWWWWWWWWWWWWWWWWWWWWWWWWWW.W", "WWWWWWWWWWWWWWWWWWWWWWWWWWWWWW." }; // ----------------------------------------------------------------------------- gBitmapPtr* CreateIconBitmaps(const char** xpmdata, int maxstates) { if (xpmdata == NULL) return NULL; int wd, ht, numcolors, charsperpixel; sscanf(xpmdata[0], "%d %d %d %d", &wd, &ht, &numcolors, &charsperpixel); if (charsperpixel < 1 || charsperpixel > 2) { Warning("Error in XPM header data: chars_per_pixel must be 1 or 2"); return NULL; }; std::map colormap; std::map::iterator iterator; for (int i = 0; i < numcolors; i++) { std::string pixel; char ch1, ch2; int skip; if (charsperpixel == 1) { sscanf(xpmdata[i+1], "%c ", &ch1); pixel += ch1; skip = 2; } else { sscanf(xpmdata[i+1], "%c%c ", &ch1, &ch2); pixel += ch1; pixel += ch2; skip = 3; } if (strlen(xpmdata[i+1]) == (size_t)(skip+9)) { int rgb; sscanf(xpmdata[i+1]+skip, "c #%6x", &rgb); colormap[pixel] = rgb; } else { int r, g, b; sscanf(xpmdata[i+1]+skip, "c #%4x%4x%4x", &r, &g, &b); // only use top 8 bits of r,g,b colormap[pixel] = ((r>>8) << 16) | ((g>>8) << 8) | (b>>8); } } // allocate and clear memory for all icon bitmaps // (using calloc means black pixels will be transparent) unsigned char* rgba = (unsigned char*) calloc(wd * ht * 4, 1); if (rgba == NULL) return NULL; int pos = 0; for (int i = 0; i < ht; i++) { const char* rowstring = xpmdata[i+1+numcolors]; for (int j = 0; j < wd * charsperpixel; j = j + charsperpixel) { std::string pixel; pixel += rowstring[j]; if (charsperpixel == 2) pixel += rowstring[j+1]; // find the RGB color for this pixel iterator = colormap.find(pixel); int rgb = (iterator == colormap.end()) ? 0 : iterator->second; if (rgb == 0) { // pixel is black and alpha is 0 pos += 4; } else { rgba[pos] = (rgb & 0xFF0000) >> 16; pos++; // red rgba[pos] = (rgb & 0x00FF00) >> 8; pos++; // green rgba[pos] = (rgb & 0x0000FF); pos++; // blue rgba[pos] = 255; pos++; // alpha } } } int numicons = ht / wd; if (numicons > 255) numicons = 255; // play safe gBitmapPtr* iconptr = (gBitmapPtr*) malloc(256 * sizeof(gBitmapPtr)); if (iconptr) { for (int i = 0; i < 256; i++) iconptr[i] = NULL; unsigned char* nexticon = rgba; int iconbytes = wd * wd * 4; for (int i = 0; i < numicons; i++) { gBitmapPtr icon = (gBitmapPtr) malloc(sizeof(gBitmap)); if (icon) { icon->wd = wd; icon->ht = wd; icon->pxldata = (unsigned char*) malloc(iconbytes); if (icon->pxldata) { memcpy(icon->pxldata, nexticon, iconbytes); } } // add 1 to skip iconptr[0] (ie. dead state) iconptr[i+1] = icon; nexticon += iconbytes; } if (numicons < maxstates-1 && iconptr[numicons]) { // duplicate last icon nexticon -= iconbytes; for (int i = numicons; i < maxstates-1; i++) { gBitmapPtr icon = (gBitmapPtr) malloc(sizeof(gBitmap)); if (icon) { icon->wd = wd; icon->ht = wd; icon->pxldata = (unsigned char*) malloc(iconbytes); if (icon->pxldata) { memcpy(icon->pxldata, nexticon, iconbytes); } } iconptr[i+1] = icon; } } } free(rgba); return iconptr; } // ----------------------------------------------------------------------------- static gBitmapPtr CreateSmallerIcon(unsigned char* indata, int insize, int outsize) { gBitmapPtr icon = (gBitmapPtr) malloc(sizeof(gBitmap)); if (icon) { icon->wd = outsize; icon->ht = outsize; icon->pxldata = (unsigned char*) malloc(outsize * outsize * 4); if (icon->pxldata) { // use same algorithm as in create_smaller_icons in icon-importer.py int sample = insize / outsize; int offset = sample / 2; int outpos = 0; for (int row = 0; row < outsize; row++) { for (int col = 0; col < outsize; col++) { int x = offset + col * sample; int y = offset + row * sample; int inpos = (y * insize * 4) + (x * 4); icon->pxldata[outpos++] = indata[inpos++]; icon->pxldata[outpos++] = indata[inpos++]; icon->pxldata[outpos++] = indata[inpos++]; icon->pxldata[outpos++] = indata[inpos++]; } } } } return icon; } // ----------------------------------------------------------------------------- #define SETPIXEL(x, y) \ outpos = (y) * outsize * 4 + (x) * 4; \ icon->pxldata[outpos++] = r; \ icon->pxldata[outpos++] = g; \ icon->pxldata[outpos++] = b; \ icon->pxldata[outpos++] = a; static gBitmapPtr CreateBiggerIcon(unsigned char* indata, int insize, int outsize) { if (insize != 15 || outsize != 31) { // we currently don't support scaling up 7x7 icons as it's highly unlikely // that a .rule file won't have 15x15 icons return NULL; } gBitmapPtr icon = (gBitmapPtr) malloc(sizeof(gBitmap)); if (icon) { icon->wd = outsize; icon->ht = outsize; icon->pxldata = (unsigned char*) calloc(outsize * outsize * 4, 1); if (icon->pxldata) { // use same algorithm as in create31x31icons in icon-importer.py // to scale up a 15x15 bitmap into a 31x31 bitmap using a simple // method that conserves any vertical or horizontal symmetry int inpos = 0; for (int row = 0; row < insize; row++) { for (int col = 0; col < insize; col++) { unsigned char r = indata[inpos++]; unsigned char g = indata[inpos++]; unsigned char b = indata[inpos++]; unsigned char a = indata[inpos++]; if (r || g || b) { // non-black pixel int outpos; if (row == 7 && col == 7) { // expand middle pixel into 9 pixels int x = 15; int y = 15; SETPIXEL(x, y); SETPIXEL(x, y+1); SETPIXEL(x, y-1); SETPIXEL(x+1, y); SETPIXEL(x-1, y); SETPIXEL(x+1, y+1); SETPIXEL(x+1, y-1); SETPIXEL(x-1, y+1); SETPIXEL(x-1, y-1); } else if (row == 7) { // expand pixel in middle row into 6 pixels int x = col * 2; int y = row * 2; if (col > 7) x++; SETPIXEL(x, y); SETPIXEL(x, y+1); SETPIXEL(x+1, y); SETPIXEL(x+1, y+1); SETPIXEL(x, y+2); SETPIXEL(x+1, y+2); } else if (col == 7) { // expand pixel in middle column into 6 pixels int x = col * 2; int y = row * 2; if (row > 7) y++; SETPIXEL(x, y); SETPIXEL(x, y+1); SETPIXEL(x+1, y); SETPIXEL(x+1, y+1); SETPIXEL(x+2, y); SETPIXEL(x+2, y+1); } else { // expand all other pixels into 4 pixels int x = col * 2; int y = row * 2; if (col > 7) x++; if (row > 7) y++; SETPIXEL(x, y); SETPIXEL(x, y+1); SETPIXEL(x+1, y); SETPIXEL(x+1, y+1); } } } } } } return icon; } // ----------------------------------------------------------------------------- gBitmapPtr* ScaleIconBitmaps(gBitmapPtr* srcicons, int size) { if (srcicons == NULL) return NULL; gBitmapPtr* iconptr = (gBitmapPtr*) malloc(256 * sizeof(gBitmapPtr)); if (iconptr) { for (int i = 0; i < 256; i++) { if (srcicons[i] == NULL) { iconptr[i] = NULL; } else { int insize = srcicons[i]->wd; if (insize > size) { iconptr[i] = CreateSmallerIcon(srcicons[i]->pxldata, insize, size); } else { // assume insize < size iconptr[i] = CreateBiggerIcon(srcicons[i]->pxldata, insize, size); } } } } return iconptr; } // ----------------------------------------------------------------------------- static void CreateDefaultIcons(AlgoData* ad) { if (ad->defxpm7x7 || ad->defxpm15x15 || ad->defxpm31x31) { // create icons using given algo's default XPM data ad->icons7x7 = CreateIconBitmaps(ad->defxpm7x7, ad->maxstates); ad->icons15x15 = CreateIconBitmaps(ad->defxpm15x15, ad->maxstates); ad->icons31x31 = CreateIconBitmaps(ad->defxpm31x31, ad->maxstates); // create scaled bitmaps if size(s) not supplied if (!ad->icons7x7) { if (ad->icons15x15) // scale down 15x15 bitmaps ad->icons7x7 = ScaleIconBitmaps(ad->icons15x15, 7); else // scale down 31x31 bitmaps ad->icons7x7 = ScaleIconBitmaps(ad->icons31x31, 7); } if (!ad->icons15x15) { if (ad->icons31x31) // scale down 31x31 bitmaps ad->icons15x15 = ScaleIconBitmaps(ad->icons31x31, 15); else // scale up 7x7 bitmaps ad->icons15x15 = ScaleIconBitmaps(ad->icons7x7, 15); } if (!ad->icons31x31) { if (ad->icons15x15) // scale up 15x15 bitmaps ad->icons31x31 = ScaleIconBitmaps(ad->icons15x15, 31); else // scale up 7x7 bitmaps ad->icons31x31 = ScaleIconBitmaps(ad->icons7x7, 31); } } else { // algo didn't supply any icons so use static XPM data defined above ad->icons7x7 = CreateIconBitmaps(default7x7, ad->maxstates); ad->icons15x15 = CreateIconBitmaps(default15x15, ad->maxstates); ad->icons31x31 = CreateIconBitmaps(default31x31, ad->maxstates); } } // ----------------------------------------------------------------------------- AlgoData::AlgoData() { defbase = 0; icons7x7 = NULL; icons15x15 = NULL; icons31x31 = NULL; } // ----------------------------------------------------------------------------- AlgoData& AlgoData::tick() { AlgoData* r = new AlgoData(); algoinfo[r->id] = r; return *r; } // ----------------------------------------------------------------------------- void InitAlgorithms() { // QuickLife must be 1st and HashLife must be 2nd qlifealgo::doInitializeAlgoInfo(AlgoData::tick()); hlifealgo::doInitializeAlgoInfo(AlgoData::tick()); // these algos can be in any order generationsalgo::doInitializeAlgoInfo(AlgoData::tick()); ltlalgo::doInitializeAlgoInfo(AlgoData::tick()); jvnalgo::doInitializeAlgoInfo(AlgoData::tick()); // RuleLoader must be last so we can display detailed error messages // (see LoadRule in file.cpp) ruleloaderalgo::doInitializeAlgoInfo(AlgoData::tick()); // init algoinfo array for (int i = 0; i < NumAlgos(); i++) { AlgoData* ad = algoinfo[i]; if (ad->algoName == 0 || ad->creator == 0) Fatal("Algorithm did not set name and/or creator"); // does algo use hashing? ad->canhash = ad->defbase == 8; // safer method needed??? // set status bar background by cycling thru a few pale colors switch (i % 9) { case 0: SetColor(ad->statusrgb, 255, 255, 206); break; // pale yellow case 1: SetColor(ad->statusrgb, 226, 250, 248); break; // pale blue case 2: SetColor(ad->statusrgb, 255, 233, 233); break; // pale pink case 3: SetColor(ad->statusrgb, 255, 227, 178); break; // pale orange case 4: SetColor(ad->statusrgb, 225, 255, 225); break; // pale green case 5: SetColor(ad->statusrgb, 243, 225, 255); break; // pale purple case 6: SetColor(ad->statusrgb, 200, 255, 255); break; // pale aqua case 7: SetColor(ad->statusrgb, 200, 200, 200); break; // pale gray case 8: SetColor(ad->statusrgb, 255, 255, 255); break; // white } // initialize default color scheme if (ad->defr[0] == ad->defr[1] && ad->defg[0] == ad->defg[1] && ad->defb[0] == ad->defb[1]) { // colors are nonsensical, probably unset, so use above defaults unsigned char* rgbptr = default_colors; for (int c = 0; c < ad->maxstates; c++) { ad->defr[c] = *rgbptr++; ad->defg[c] = *rgbptr++; ad->defb[c] = *rgbptr++; } } ad->gradient = ad->defgradient; SetColor(ad->fromrgb, ad->defr1, ad->defg1, ad->defb1); SetColor(ad->torgb, ad->defr2, ad->defg2, ad->defb2); for (int c = 0; c < ad->maxstates; c++) { ad->algor[c] = ad->defr[c]; ad->algog[c] = ad->defg[c]; ad->algob[c] = ad->defb[c]; } CreateDefaultIcons(ad); } circles7x7 = CreateIconBitmaps(default7x7,256); circles15x15 = CreateIconBitmaps(default15x15,256); circles31x31 = CreateIconBitmaps(default31x31,256); diamonds7x7 = CreateIconBitmaps(vn7x7,256); diamonds15x15 = CreateIconBitmaps(vn15x15,256); diamonds31x31 = CreateIconBitmaps(vn31x31,256); hexagons7x7 = CreateIconBitmaps(hex7x7,256); hexagons15x15 = CreateIconBitmaps(hex15x15,256); hexagons31x31 = CreateIconBitmaps(hex31x31,256); // these icons can only be used with 4-state rules triangles7x7 = CreateIconBitmaps(tri7x7,4); triangles15x15 = CreateIconBitmaps(tri15x15,4); triangles31x31 = CreateIconBitmaps(tri31x31,4); } // ----------------------------------------------------------------------------- void FreeIconBitmaps(gBitmapPtr* icons) { if (icons) { for (int i = 0; i < 256; i++) { if (icons[i]) { if (icons[i]->pxldata) free(icons[i]->pxldata); free(icons[i]); } } free(icons); } } // ----------------------------------------------------------------------------- void DeleteAlgorithms() { for (int i = 0; i < NumAlgos(); i++) { delete algoinfo[i]; } FreeIconBitmaps(circles7x7); FreeIconBitmaps(circles15x15); FreeIconBitmaps(circles31x31); FreeIconBitmaps(diamonds7x7); FreeIconBitmaps(diamonds15x15); FreeIconBitmaps(diamonds31x31); FreeIconBitmaps(hexagons7x7); FreeIconBitmaps(hexagons15x15); FreeIconBitmaps(hexagons31x31); FreeIconBitmaps(triangles7x7); FreeIconBitmaps(triangles15x15); FreeIconBitmaps(triangles31x31); } // ----------------------------------------------------------------------------- lifealgo* CreateNewUniverse(algo_type algotype, bool allowcheck) { lifealgo* newalgo = algoinfo[algotype]->creator(); if (newalgo == NULL) Fatal("Failed to create new universe!"); if (algoinfo[algotype]->canhash) { newalgo->setMaxMemory(maxhashmem); } // non-hashing algos (QuickLife) use their default memory setting if (allowcheck) newalgo->setpoll(Poller()); return newalgo; } // ----------------------------------------------------------------------------- const char* GetAlgoName(algo_type algotype) { return algoinfo[algotype]->algoName; } // ----------------------------------------------------------------------------- int NumAlgos() { return staticAlgoInfo::getNumAlgos(); } // ----------------------------------------------------------------------------- bool MultiColorImage(gBitmapPtr image) { // return true if image contains at least one color that isn't a shade of gray if (image == NULL) return false; unsigned char* pxldata = image->pxldata; if (pxldata == NULL) return false; // play safe int numpixels = image->wd * image->ht; int byte = 0; for (int i = 0; i < numpixels; i++) { unsigned char r = pxldata[byte]; unsigned char g = pxldata[byte+1]; unsigned char b = pxldata[byte+2]; if (r != g || g != b) return true; // multi-color byte += 4; } return false; // grayscale } golly-3.3-src/gui-common/select.h0000644000175000017500000001323513145740437013731 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _SELECT_H_ #define _SELECT_H_ #include "bigint.h" // for bigint #include "lifealgo.h" // for lifealgo #include "utils.h" // for gRect // Most editing functions operate on the current selection. // The Selection class encapsulates all selection-related operations. class Selection { public: Selection(); Selection(int t, int l, int b, int r); ~Selection(); bool operator==(const Selection& sel) const; bool operator!=(const Selection& sel) const; bool Exists(); // return true if the selection exists void Deselect(); // remove the selection bool TooBig(); // return true if any selection edge is outside the editable limits void DisplaySize(); // display the selection's size in the status bar void SetRect(int x, int y, int wd, int ht); // set the selection to the given rectangle void GetRect(int* x, int* y, int* wd, int* ht); // return the selection rectangle void SetEdges(bigint& t, bigint& l, bigint& b, bigint& r); // set the selection using the given rectangle edges void CheckGridEdges(); // change selection edges if necessary to ensure they are inside a bounded grid bool Contains(bigint& t, bigint& l, bigint& b, bigint& r); // return true if the selection encloses the given rectangle bool Outside(bigint& t, bigint& l, bigint& b, bigint& r); // return true if the selection is completely outside the given rectangle bool ContainsCell(int x, int y); // return true if the given cell is within the selection void Advance(); // advance the pattern inside the selection by one generation void AdvanceOutside(); // advance the pattern outside the selection by one generation void Modify(const int x, const int y, bigint& anchorx, bigint& anchory, bool* forceh, bool* forcev); // modify the existing selection based on where the user tapped (inside) void Move(const bigint& xcells, const bigint& ycells); // move the selection by the given number of cells void SetLeftRight(const bigint& x, const bigint& anchorx); // set the selection's left and right edges void SetTopBottom(const bigint& y, const bigint& anchory); // set the selection's top and bottom edges void Fit(); // fit the selection inside the current viewport void Shrink(bool fit); // shrink the selection so it just encloses all the live cells // and optionally fit the new selection inside the current viewport bool Visible(gRect* visrect); // return true if the selection is visible in the current viewport // and, if visrect is not NULL, set it to the visible rectangle void Clear(); // kill all cells inside the selection void ClearOutside(); // kill all cells outside the selection void CopyToClipboard(bool cut); // copy the selection to the clipboard (using RLE format) and // optionally clear the selection if cut is true bool CanPaste(const bigint& wd, const bigint& ht, bigint& top, bigint& left); // return true if the selection fits inside a rectangle of size ht x wd; // if so then top and left are set to the selection's top left corner void RandomFill(); // randomly fill the selection bool Flip(bool topbottom, bool inundoredo); // return true if selection was successfully flipped bool Rotate(bool clockwise, bool inundoredo); // return true if selection was successfully rotated private: bool SaveOutside(bigint& t, bigint& l, bigint& b, bigint& r); // remember live cells outside the selection void EmptyUniverse(); // kill all cells by creating a new, empty universe void AddRun(int state, int multistate, unsigned int &run, unsigned int &linelen, char* &chptr); void AddEOL(char* &chptr); // these routines are used by CopyToClipboard to create RLE data bool SaveDifferences(lifealgo* oldalgo, lifealgo* newalgo, int itop, int ileft, int ibottom, int iright); // compare same rectangle in the given universes and remember the differences // in cell states; return false only if user aborts lengthy comparison bool FlipRect(bool topbottom, lifealgo* srcalgo, lifealgo* destalgo, bool erasesrc, int top, int left, int bottom, int right); // called by Flip to flip given rectangle from source universe to // destination universe and optionally kill cells in the source rectangle; // return false only if user aborts lengthy flip bool RotateRect(bool clockwise, lifealgo* srcalgo, lifealgo* destalgo, bool erasesrc, int itop, int ileft, int ibottom, int iright, int ntop, int nleft, int nbottom, int nright); // called by Rotate to rotate given rectangle from source universe to // destination universe and optionally kill cells in the source rectangle; // return false only if user aborts lengthy rotation bool RotatePattern(bool clockwise, bigint& newtop, bigint& newbottom, bigint& newleft, bigint& newright, bool inundoredo); // called by Rotate when the selection encloses the entire pattern; // return false only if user aborts lengthy rotation bigint seltop, selleft, selbottom, selright; // currently we only support a single rectangular selection // which is represented by these edges; eventually we might // support arbitrarily complex selection shapes by maintaining // a list or dynamic array of non-overlapping rectangles bool exists; // does the selection exist? }; #endif golly-3.3-src/gui-common/layer.cpp0000644000175000017500000021466113441044674014126 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "bigint.h" #include "lifealgo.h" #include "qlifealgo.h" #include "hlifealgo.h" #include "viewport.h" #include "util.h" // for linereader #include "utils.h" // for gRect, Warning, etc #include "prefs.h" // for initrule, swapcolors, userrules, rulesdir, etc #include "algos.h" // for algo_type, initalgo, algoinfo, CreateNewUniverse, etc #include "control.h" // for generating #include "select.h" // for Selection #include "file.h" // for SetPatternTitle #include "view.h" // for OutsideLimits, CopyRect #include "undo.h" // for UndoRedo #include "layer.h" #include // for std::map #include // for std::replace // ----------------------------------------------------------------------------- bool inscript = false; // move to script.cpp if we ever support scripting!!! int numlayers = 0; // number of existing layers int numclones = 0; // number of cloned layers int currindex = -1; // index of current layer Layer* currlayer = NULL; // pointer to current layer Layer* layer[MAX_LAYERS]; // array of layers bool cloneavail[MAX_LAYERS]; // for setting unique cloneid bool cloning = false; // adding a cloned layer? bool duplicating = false; // adding a duplicated layer? algo_type oldalgo; // algorithm in old layer std::string oldrule; // rule in old layer int oldmag; // scale in old layer bigint oldx; // X position in old layer bigint oldy; // Y position in old layer TouchModes oldmode; // touch mode in old layer // ----------------------------------------------------------------------------- void CalculateTileRects(int bigwd, int bight) { // set tilerect in each layer gRect r; bool portrait = (bigwd <= bight); int rows, cols; // try to avoid the aspect ratio of each tile becoming too large switch (numlayers) { case 4: rows = 2; cols = 2; break; case 9: rows = 3; cols = 3; break; case 3: case 5: case 7: rows = portrait ? numlayers / 2 + 1 : 2; cols = portrait ? 2 : numlayers / 2 + 1; break; case 6: case 8: case 10: rows = portrait ? numlayers / 2 : 2; cols = portrait ? 2 : numlayers / 2; break; default: // numlayers == 2 or > 10 rows = portrait ? numlayers : 1; cols = portrait ? 1 : numlayers; break; } int tilewd = bigwd / cols; int tileht = bight / rows; if ( float(tilewd) > float(tileht) * 2.5 ) { rows = 1; cols = numlayers; tileht = bight; tilewd = bigwd / numlayers; } else if ( float(tileht) > float(tilewd) * 2.5 ) { cols = 1; rows = numlayers; tilewd = bigwd; tileht = bight / numlayers; } for ( int i = 0; i < rows; i++ ) { for ( int j = 0; j < cols; j++ ) { r.x = j * tilewd; r.y = i * tileht; r.width = tilewd; r.height = tileht; if (i == rows - 1) { // may need to increase height of bottom-edge tile r.height += bight - (rows * tileht); } if (j == cols - 1) { // may need to increase width of right-edge tile r.width += bigwd - (cols * tilewd); } int index = i * cols + j; if (index == numlayers) { // numlayers == 3,5,7 layer[index - 1]->tilerect.width += r.width; } else { layer[index]->tilerect = r; } } } if (tileborder > 0) { // make tilerects smaller to allow for equal-width tile borders for ( int i = 0; i < rows; i++ ) { for ( int j = 0; j < cols; j++ ) { int index = i * cols + j; if (index == numlayers) { // numlayers == 3,5,7 layer[index - 1]->tilerect.width -= tileborder; } else { layer[index]->tilerect.x += tileborder; layer[index]->tilerect.y += tileborder; layer[index]->tilerect.width -= tileborder; layer[index]->tilerect.height -= tileborder; if (j == cols - 1) layer[index]->tilerect.width -= tileborder; if (i == rows - 1) layer[index]->tilerect.height -= tileborder; } } } } } // ----------------------------------------------------------------------------- void ResizeTiles(int bigwd, int bight) { // set tilerect for each layer so they tile bigview's client area CalculateTileRects(bigwd, bight); /*!!! // set size of each tile window for ( int i = 0; i < numlayers; i++ ) layer[i]->tilewin->SetSize( layer[i]->tilerect ); // set viewport size for each tile; this is currently the same as the // tilerect size because tile windows are created with wxNO_BORDER for ( int i = 0; i < numlayers; i++ ) { int wd, ht; layer[i]->tilewin->GetClientSize(&wd, &ht); // wd or ht might be < 1 on Windows if (wd < 1) wd = 1; if (ht < 1) ht = 1; layer[i]->view->resize(wd, ht); } */ } // ----------------------------------------------------------------------------- void ResizeLayers(int wd, int ht) { // this is called whenever the size of the bigview window changes; // wd and ht are the dimensions of bigview's client area if (tilelayers && numlayers > 1) { ResizeTiles(wd, ht); } else { // resize viewport in each layer to bigview's client area for (int i = 0; i < numlayers; i++) layer[i]->view->resize(wd, ht); } } // ----------------------------------------------------------------------------- /*!!! void CreateTiles() { // create tile windows for ( int i = 0; i < numlayers; i++ ) { layer[i]->tilewin = new PatternView(bigview, // correct size will be set below by ResizeTiles 0, 0, 0, 0, // we draw our own tile borders wxNO_BORDER | // needed for wxGTK wxFULL_REPAINT_ON_RESIZE | wxWANTS_CHARS); if (layer[i]->tilewin == NULL) Fatal(_("Failed to create tile window!")); // set tileindex >= 0; this must always match the layer index, so we'll need to // destroy and recreate all tiles whenever a tile is added, deleted or moved layer[i]->tilewin->tileindex = i; #if wxUSE_DRAG_AND_DROP // let user drop file onto any tile (but file will be loaded into current tile) layer[i]->tilewin->SetDropTarget(mainptr->NewDropTarget()); #endif } // init tilerects, tile window sizes and their viewport sizes int wd, ht; bigview->GetClientSize(&wd, &ht); // wd or ht might be < 1 on Windows if (wd < 1) wd = 1; if (ht < 1) ht = 1; ResizeTiles(wd, ht); // change viewptr to tile window for current layer viewptr = currlayer->tilewin; if (mainptr->IsActive()) viewptr->SetFocus(); } // ----------------------------------------------------------------------------- void DestroyTiles() { // reset viewptr to main viewport window viewptr = bigview; if (mainptr->IsActive()) viewptr->SetFocus(); // destroy all tile windows for ( int i = 0; i < numlayers; i++ ) delete layer[i]->tilewin; // resize viewport in each layer to bigview's client area int wd, ht; bigview->GetClientSize(&wd, &ht); // wd or ht might be < 1 on Windows if (wd < 1) wd = 1; if (ht < 1) ht = 1; for ( int i = 0; i < numlayers; i++ ) layer[i]->view->resize(wd, ht); } !!!*/ // ----------------------------------------------------------------------------- void SyncClones() { if (numclones == 0) return; if (currlayer->cloneid > 0) { // make sure clone algo and most other settings are synchronized for ( int i = 0; i < numlayers; i++ ) { Layer* cloneptr = layer[i]; if (cloneptr != currlayer && cloneptr->cloneid == currlayer->cloneid) { // universe might have been re-created, or algorithm changed cloneptr->algo = currlayer->algo; cloneptr->algtype = currlayer->algtype; cloneptr->rule = currlayer->rule; // no need to sync undo/redo history // cloneptr->undoredo = currlayer->undoredo; // along with view, don't sync these settings // cloneptr->autofit = currlayer->autofit; // cloneptr->hyperspeed = currlayer->hyperspeed; // cloneptr->showhashinfo = currlayer->showhashinfo; // cloneptr->drawingstate = currlayer->drawingstate; // cloneptr->touchmode = currlayer->touchmode; // cloneptr->originx = currlayer->originx; // cloneptr->originy = currlayer->originy; // cloneptr->currname = currlayer->currname; // sync various flags cloneptr->dirty = currlayer->dirty; cloneptr->savedirty = currlayer->savedirty; cloneptr->stayclean = currlayer->stayclean; // sync step size cloneptr->currbase = currlayer->currbase; cloneptr->currexpo = currlayer->currexpo; // sync selection info cloneptr->currsel = currlayer->currsel; cloneptr->savesel = currlayer->savesel; // sync the stuff needed to reset pattern cloneptr->startalgo = currlayer->startalgo; cloneptr->savestart = currlayer->savestart; cloneptr->startdirty = currlayer->startdirty; cloneptr->startrule = currlayer->startrule; cloneptr->startgen = currlayer->startgen; cloneptr->currfile = currlayer->currfile; cloneptr->startsel = currlayer->startsel; // clone can have different starting name, pos, scale, step // cloneptr->startname = currlayer->startname; // cloneptr->startx = currlayer->startx; // cloneptr->starty = currlayer->starty; // cloneptr->startmag = currlayer->startmag; // cloneptr->startbase = currlayer->startbase; // cloneptr->startexpo = currlayer->startexpo; // sync timeline settings cloneptr->currframe = currlayer->currframe; cloneptr->autoplay = currlayer->autoplay; cloneptr->tlspeed = currlayer->tlspeed; } } } } // ----------------------------------------------------------------------------- void SaveLayerSettings() { // set oldalgo and oldrule for use in CurrentLayerChanged oldalgo = currlayer->algtype; oldrule = currlayer->algo->getrule(); // we're about to change layer so remember current rule // in case we switch back to this layer currlayer->rule = oldrule; // synchronize clone info (do AFTER setting currlayer->rule) SyncClones(); if (syncviews) { // save scale and location for use in CurrentLayerChanged oldmag = currlayer->view->getmag(); oldx = currlayer->view->x; oldy = currlayer->view->y; } if (syncmodes) { // save touch mode for use in CurrentLayerChanged oldmode = currlayer->touchmode; } } // ----------------------------------------------------------------------------- bool RestoreRule(const char* rule) { const char* err = currlayer->algo->setrule(rule); if (err) { // this can happen if a .rule file was deleted // or it was edited and some sort of error introduced, so best to // use algo's default rule (which should never fail) currlayer->algo->setrule( currlayer->algo->DefaultRule() ); std::string msg = "The rule \""; msg += rule; msg += "\" is no longer valid!\nUsing the default rule instead."; Warning(msg.c_str()); return false; } return true; } // ----------------------------------------------------------------------------- /*!!! void CurrentLayerChanged() { // currlayer has changed since SaveLayerSettings was called; // update rule if the new currlayer uses a different algorithm or rule if ( currlayer->algtype != oldalgo || !currlayer->rule.IsSameAs(oldrule,false) ) { RestoreRule(currlayer->rule); } if (syncviews) currlayer->view->setpositionmag(oldx, oldy, oldmag); if (syncmodes) currlayer->touchmode = oldmode; // select current layer button (also deselects old button) layerbarptr->SelectButton(currindex, true); if (tilelayers && numlayers > 1) { // switch to new tile viewptr = currlayer->tilewin; if (mainptr->IsActive()) viewptr->SetFocus(); } if (allowundo) { // update Undo/Redo items so they show the correct action currlayer->undoredo->UpdateUndoRedoItems(); } else { // undo/redo is disabled so clear history; // this also removes action from Undo/Redo items currlayer->undoredo->ClearUndoRedo(); } mainptr->SetStepExponent(currlayer->currexpo); // SetStepExponent calls SetGenIncrement mainptr->SetPatternTitle(currlayer->currname); mainptr->UpdateUserInterface(mainptr->IsActive()); mainptr->UpdatePatternAndStatus(); } !!!*/ // ----------------------------------------------------------------------------- static gBitmapPtr* CopyIcons(gBitmapPtr* srcicons, int maxstate) { gBitmapPtr* iconptr = (gBitmapPtr*) malloc(256 * sizeof(gBitmapPtr)); if (iconptr) { for (int i = 0; i < 256; i++) iconptr[i] = NULL; for (int i = 0; i <= maxstate; i++) { if (srcicons && srcicons[i]) { gBitmapPtr icon = (gBitmapPtr) malloc(sizeof(gBitmap)); if (icon) { icon->wd = srcicons[i]->wd; icon->ht = srcicons[i]->ht; if (srcicons[i]->pxldata == NULL) { icon->pxldata = NULL; } else { int iconbytes = icon->wd * icon->ht * 4; icon->pxldata = (unsigned char*) malloc(iconbytes); if (icon->pxldata) { memcpy(icon->pxldata, srcicons[i]->pxldata, iconbytes); } } } iconptr[i] = icon; } } } return iconptr; } // ----------------------------------------------------------------------------- static unsigned char* CreateIconAtlas(gBitmapPtr* srcicons, int iconsize) { bool multicolor = currlayer->multicoloricons; unsigned char deadr = currlayer->cellr[0]; unsigned char deadg = currlayer->cellg[0]; unsigned char deadb = currlayer->cellb[0]; if (swapcolors) { deadr = 255 - deadr; deadg = 255 - deadg; deadb = 255 - deadb; } // allocate enough memory for texture atlas to store RGBA pixels for a row of icons // (note that we use calloc so all alpha bytes are initially 0) int rowbytes = currlayer->numicons * iconsize * 4; unsigned char* atlasptr = (unsigned char*) calloc(rowbytes * iconsize, 1); if (atlasptr) { for (int state = 1; state <= currlayer->numicons; state++) { if (srcicons && srcicons[state]) { int wd = srcicons[state]->wd; // should be iconsize - 1 int ht = srcicons[state]->ht; // ditto unsigned char* icondata = srcicons[state]->pxldata; if (icondata) { unsigned char liver = currlayer->cellr[state]; unsigned char liveg = currlayer->cellg[state]; unsigned char liveb = currlayer->cellb[state]; if (swapcolors) { liver = 255 - liver; liveg = 255 - liveg; liveb = 255 - liveb; } // start at top left byte of icon int tpos = (state-1) * iconsize * 4; int ipos = 0; for (int row = 0; row < ht; row++) { int rowstart = tpos; for (int col = 0; col < wd; col++) { unsigned char r = icondata[ipos]; unsigned char g = icondata[ipos+1]; unsigned char b = icondata[ipos+2]; if (r || g || b) { // non-black pixel if (multicolor) { // use non-black pixel in multi-colored icon if (swapcolors) { atlasptr[tpos] = 255 - r; atlasptr[tpos+1] = 255 - g; atlasptr[tpos+2] = 255 - b; } else { atlasptr[tpos] = r; atlasptr[tpos+1] = g; atlasptr[tpos+2] = b; } } else { // grayscale icon (r = g = b) if (r == 255) { // replace white pixel with live cell color atlasptr[tpos] = liver; atlasptr[tpos+1] = liveg; atlasptr[tpos+2] = liveb; } else { // replace gray pixel with appropriate shade between // live and dead cell colors float frac = (float)r / 255.0; atlasptr[tpos] = (int)(deadr + frac * (liver - deadr) + 0.5); atlasptr[tpos+1] = (int)(deadg + frac * (liveg - deadg) + 0.5); atlasptr[tpos+2] = (int)(deadb + frac * (liveb - deadb) + 0.5); } } atlasptr[tpos+3] = 255; // alpha channel is opaque } // move to next pixel tpos += 4; ipos += 4; } // move to next row tpos = rowstart + rowbytes; } } } } } return atlasptr; } // ----------------------------------------------------------------------------- Layer* CreateTemporaryLayer() { Layer* templayer = new Layer(); if (templayer == NULL) Warning("Failed to create temporary layer!"); return templayer; } // ----------------------------------------------------------------------------- void AddLayer() { if (numlayers >= MAX_LAYERS) return; if (generating) Warning("Bug detected in AddLayer!"); if (numlayers == 0) { // creating the very first layer currindex = 0; } else { //!!! if (tilelayers && numlayers > 1) DestroyTiles(); SaveLayerSettings(); // insert new layer after currindex currindex++; if (currindex < numlayers) { // shift right one or more layers for (int i = numlayers; i > currindex; i--) layer[i] = layer[i-1]; } } Layer* oldlayer = NULL; if (cloning || duplicating) oldlayer = currlayer; currlayer = new Layer(); if (currlayer == NULL) Fatal("Failed to create new layer!"); layer[currindex] = currlayer; if (cloning || duplicating) { // copy old layer's colors to new layer currlayer->fromrgb = oldlayer->fromrgb; currlayer->torgb = oldlayer->torgb; currlayer->multicoloricons = oldlayer->multicoloricons; currlayer->numicons = oldlayer->numicons; for (int n = 0; n <= currlayer->numicons; n++) { currlayer->cellr[n] = oldlayer->cellr[n]; currlayer->cellg[n] = oldlayer->cellg[n]; currlayer->cellb[n] = oldlayer->cellb[n]; } if (cloning) { // use same icon pointers currlayer->icons7x7 = oldlayer->icons7x7; currlayer->icons15x15 = oldlayer->icons15x15; currlayer->icons31x31 = oldlayer->icons31x31; // use same atlas currlayer->atlas7x7 = oldlayer->atlas7x7; currlayer->atlas15x15 = oldlayer->atlas15x15; currlayer->atlas31x31 = oldlayer->atlas31x31; } else { // duplicate icons from old layer int maxstate = currlayer->algo->NumCellStates() - 1; currlayer->icons7x7 = CopyIcons(oldlayer->icons7x7, maxstate); currlayer->icons15x15 = CopyIcons(oldlayer->icons15x15, maxstate); currlayer->icons31x31 = CopyIcons(oldlayer->icons31x31, maxstate); // create icon texture atlases currlayer->atlas7x7 = CreateIconAtlas(oldlayer->icons7x7, 8); currlayer->atlas15x15 = CreateIconAtlas(oldlayer->icons15x15, 16); currlayer->atlas31x31 = CreateIconAtlas(oldlayer->icons31x31, 32); } } else { // set new layer's colors+icons to default colors+icons for current algo+rule UpdateLayerColors(); } numlayers++; if (numlayers > 1) { //!!! if (tilelayers && numlayers > 1) CreateTiles(); //!!! CurrentLayerChanged(); } } // ----------------------------------------------------------------------------- void CloneLayer() { if (numlayers >= MAX_LAYERS) return; if (generating) Warning("Bug detected in CloneLayer!"); cloning = true; AddLayer(); cloning = false; } // ----------------------------------------------------------------------------- void DuplicateLayer() { if (numlayers >= MAX_LAYERS) return; if (generating) Warning("Bug detected in DuplicateLayer!"); duplicating = true; AddLayer(); duplicating = false; } // ----------------------------------------------------------------------------- /*!!! void DeleteLayer() { if (numlayers <= 1) return; if (generating) Warning("Bug detected in DeleteLayer!"); // note that we don't need to ask to delete a clone if (currlayer->dirty && currlayer->cloneid == 0 && asktosave && !SaveCurrentLayer()) return; // numlayers > 1 if (tilelayers) DestroyTiles(); SaveLayerSettings(); delete currlayer; numlayers--; if (currindex < numlayers) { // shift left one or more layers for (int i = currindex; i < numlayers; i++) layer[i] = layer[i+1]; } if (currindex > 0) currindex--; currlayer = layer[currindex]; // remove toggle button at end of layer bar togglebutt[numlayers]->Show(false); layerbarptr->ResizeLayerButtons(); // remove item from end of Layer menu mainptr->RemoveLayerItem(); if (tilelayers && numlayers > 1) CreateTiles(); CurrentLayerChanged(); } // ----------------------------------------------------------------------------- void SetLayer(int index) { if (currindex == index) return; if (index < 0 || index >= numlayers) return; SaveLayerSettings(); currindex = index; currlayer = layer[currindex]; CurrentLayerChanged(); } // ----------------------------------------------------------------------------- bool CanSwitchLayer(int WXUNUSED(index)) { if (inscript) { // user can only switch layers if script has set the appropriate option return canswitch; } else { // user can switch to any layer return true; } } // ----------------------------------------------------------------------------- void SwitchToClickedTile(int index) { if (inscript && !CanSwitchLayer(index)) { Warning("You cannot switch to another layer while this script is running."); return; } // switch current layer to clicked tile SetLayer(index); if (inscript) { // update window title, viewport and status bar inscript = false; mainptr->SetPatternTitle(wxEmptyString); mainptr->UpdatePatternAndStatus(); inscript = true; } } // ----------------------------------------------------------------------------- void MoveLayer(int fromindex, int toindex) { if (fromindex == toindex) return; if (fromindex < 0 || fromindex >= numlayers) return; if (toindex < 0 || toindex >= numlayers) return; SaveLayerSettings(); if (fromindex > toindex) { Layer* savelayer = layer[fromindex]; for (int i = fromindex; i > toindex; i--) layer[i] = layer[i - 1]; layer[toindex] = savelayer; } else { // fromindex < toindex Layer* savelayer = layer[fromindex]; for (int i = fromindex; i < toindex; i++) layer[i] = layer[i + 1]; layer[toindex] = savelayer; } currindex = toindex; currlayer = layer[currindex]; if (tilelayers && numlayers > 1) { DestroyTiles(); CreateTiles(); } CurrentLayerChanged(); } // ----------------------------------------------------------------------------- void MoveLayerDialog() { if (numlayers <= 1) return; wxString msg = _("Move the current layer to a new position:"); if (currindex > 0) { msg += _("\n(enter 0 to make it the first layer)"); } int newindex; if ( GetInteger(_("Move Layer"), msg, currindex, 0, numlayers - 1, &newindex) ) { MoveLayer(currindex, newindex); } } // ----------------------------------------------------------------------------- void NameLayerDialog() { wxString oldname = currlayer->currname; wxString newname; if ( GetString("Name Layer", "Enter a new name for the current layer:", oldname, newname) && !newname.IsEmpty() && oldname != newname ) { // inscript is false so no need to call SavePendingChanges // if (allowundo) SavePendingChanges(); // show new name in main window's title bar; // also sets currlayer->currname and updates menu item mainptr->SetPatternTitle(newname); if (allowundo) { // note that currfile and savestart/dirty flags don't change here currlayer->undoredo->RememberNameChange(oldname, currlayer->currfile, currlayer->savestart, currlayer->dirty); } } } !!!*/ // ----------------------------------------------------------------------------- void DeleteOtherLayers() { if (inscript || numlayers <= 1) return; /*!!! if (asktosave) { // keep track of which unique clones have been seen; // we add 1 below to allow for cloneseen[0] (always false) const int maxseen = MAX_LAYERS/2 + 1; bool cloneseen[maxseen]; for (int i = 0; i < maxseen; i++) cloneseen[i] = false; // for each dirty layer, except current layer and all of its clones, // ask user if they want to save changes int cid = layer[currindex]->cloneid; if (cid > 0) cloneseen[cid] = true; int oldindex = currindex; for (int i = 0; i < numlayers; i++) { // only ask once for each unique clone (cloneid == 0 for non-clone) cid = layer[i]->cloneid; if (i != oldindex && !cloneseen[cid]) { if (cid > 0) cloneseen[cid] = true; if (layer[i]->dirty) { // temporarily turn off generating flag for SetLayer bool oldgen = mainptr->generating; mainptr->generating = false; SetLayer(i); if (!SaveCurrentLayer()) { // user hit Cancel so restore current layer and generating flag SetLayer(oldindex); mainptr->generating = oldgen; mainptr->UpdateUserInterface(mainptr->IsActive()); return; } SetLayer(oldindex); mainptr->generating = oldgen; } } } } // numlayers > 1 if (tilelayers) DestroyTiles(); SyncClones(); // delete all layers except current layer; // we need to do this carefully because ~Layer() requires numlayers // and the layer array to be correct when deleting a cloned layer int i = numlayers; while (numlayers > 1) { i--; if (i != currindex) { delete layer[i]; // ~Layer() is called numlayers--; // may need to shift the current layer left one place if (i < numlayers) layer[i] = layer[i+1]; // remove toggle button at end of layer bar togglebutt[numlayers]->Show(false); // remove item from end of Layer menu mainptr->RemoveLayerItem(); } } layerbarptr->ResizeLayerButtons(); currindex = 0; // currlayer doesn't change // update the only layer item mainptr->UpdateLayerItem(0); // update window title (may need to remove "=" prefix) mainptr->SetPatternTitle(wxEmptyString); // select LAYER_0 button (also deselects old button) layerbarptr->SelectButton(LAYER_0, true); mainptr->UpdateMenuItems(mainptr->IsActive()); mainptr->UpdatePatternAndStatus(); */ } // ----------------------------------------------------------------------------- void MarkLayerDirty() { // need to save starting pattern currlayer->savestart = true; // if script has reset dirty flag then don't change it; this makes sense // for scripts that call new() and then construct a pattern if (currlayer->stayclean) return; if (!currlayer->dirty) { currlayer->dirty = true; // pass in currname so UpdateLayerItem(currindex) gets called SetPatternTitle(currlayer->currname.c_str()); if (currlayer->cloneid > 0) { // synchronize other clones for ( int i = 0; i < numlayers; i++ ) { Layer* cloneptr = layer[i]; if (cloneptr != currlayer && cloneptr->cloneid == currlayer->cloneid) { // set dirty flag and display asterisk in layer item cloneptr->dirty = true; //!!! UpdateLayerItem(i); } } } } } // ----------------------------------------------------------------------------- void MarkLayerClean(const char* title) { currlayer->dirty = false; // if script is resetting dirty flag -- eg. via new() -- then don't allow // dirty flag to be set true for the remainder of the script; this is // nicer for scripts that construct a pattern (ie. running such a script // is equivalent to loading a pattern file) if (inscript) currlayer->stayclean = true; if (title[0] == 0) { // pass in currname so UpdateLayerItem(currindex) gets called SetPatternTitle(currlayer->currname.c_str()); } else { // set currlayer->currname to title and call UpdateLayerItem(currindex) SetPatternTitle(title); } if (currlayer->cloneid > 0) { // synchronize other clones for ( int i = 0; i < numlayers; i++ ) { Layer* cloneptr = layer[i]; if (cloneptr != currlayer && cloneptr->cloneid == currlayer->cloneid) { // reset dirty flag cloneptr->dirty = false; if (inscript) cloneptr->stayclean = true; // always allow clones to have different names // cloneptr->currname = currlayer->currname; // remove asterisk from layer name //!!! UpdateLayerItem(i); } } } } // ----------------------------------------------------------------------------- /*!!! void ToggleSyncViews() { syncviews = !syncviews; mainptr->UpdateUserInterface(mainptr->IsActive()); mainptr->UpdatePatternAndStatus(); } // ----------------------------------------------------------------------------- void ToggleSyncModes() { syncmodes = !syncmodes; mainptr->UpdateUserInterface(mainptr->IsActive()); mainptr->UpdatePatternAndStatus(); } // ----------------------------------------------------------------------------- void ToggleStackLayers() { stacklayers = !stacklayers; if (stacklayers && tilelayers) { tilelayers = false; layerbarptr->SelectButton(TILE_LAYERS, false); if (numlayers > 1) DestroyTiles(); } layerbarptr->SelectButton(STACK_LAYERS, stacklayers); mainptr->UpdateUserInterface(mainptr->IsActive()); if (inscript) { // always update viewport and status bar inscript = false; mainptr->UpdatePatternAndStatus(); inscript = true; } else { mainptr->UpdatePatternAndStatus(); } } // ----------------------------------------------------------------------------- void ToggleTileLayers() { tilelayers = !tilelayers; if (tilelayers && stacklayers) { stacklayers = false; layerbarptr->SelectButton(STACK_LAYERS, false); } layerbarptr->SelectButton(TILE_LAYERS, tilelayers); if (tilelayers) { if (numlayers > 1) CreateTiles(); } else { if (numlayers > 1) DestroyTiles(); } mainptr->UpdateUserInterface(mainptr->IsActive()); if (inscript) { // always update viewport and status bar inscript = false; mainptr->UpdatePatternAndStatus(); inscript = true; } else { mainptr->UpdatePatternAndStatus(); } } !!!*/ // ----------------------------------------------------------------------------- static FILE* FindRuleFile(const std::string& rulename) { const std::string extn = ".rule"; std::string path; // first look for rulename.rule in userrules path = userrules + rulename; path += extn; FILE* f = fopen(path.c_str(), "r"); if (f) return f; // now look for rulename.rule in rulesdir path = rulesdir + rulename; path += extn; return fopen(path.c_str(), "r"); } // ----------------------------------------------------------------------------- static void CheckRuleHeader(char* linebuf, const std::string& rulename) { // check that 1st line of rulename.rule file contains "@RULE rulename" // where rulename must match the file name exactly (to avoid problems on // case-sensitive file systems) if (strncmp(linebuf, "@RULE ", 6) != 0) { std::string msg = "The first line in "; msg += rulename; msg += ".rule does not start with @RULE."; Warning(msg.c_str()); } else if (strcmp(linebuf+6, rulename.c_str()) != 0) { std::string msg = "The rule name on the first line in "; msg += rulename; msg += ".rule does not match the specified rule: "; msg += rulename; Warning(msg.c_str()); } } // ----------------------------------------------------------------------------- static void ParseColors(linereader& reader, char* linebuf, int MAXLINELEN, int* linenum, bool* eof) { // parse @COLORS section in currently open .rule file int state, r, g, b, r1, g1, b1, r2, g2, b2; int maxstate = currlayer->algo->NumCellStates() - 1; while (reader.fgets(linebuf, MAXLINELEN) != 0) { *linenum = *linenum + 1; if (linebuf[0] == '#' || linebuf[0] == 0) { // skip comment or empty line } else if (sscanf(linebuf, "%d%d%d%d%d%d", &r1, &g1, &b1, &r2, &g2, &b2) == 6) { // assume line is like this: // 255 0 0 0 0 255 use a gradient from red to blue SetColor(currlayer->fromrgb, r1, g1, b1); SetColor(currlayer->torgb, r2, g2, b2); CreateColorGradient(); } else if (sscanf(linebuf, "%d%d%d%d", &state, &r, &g, &b) == 4) { // assume line is like this: // 1 0 128 255 state 1 is light blue if (state >= 0 && state <= maxstate) { currlayer->cellr[state] = r; currlayer->cellg[state] = g; currlayer->cellb[state] = b; } } else if (linebuf[0] == '@') { // found next section, so stop parsing *eof = false; return; } // ignore unexpected syntax (better for upward compatibility) } *eof = true; } // ----------------------------------------------------------------------------- static void DeleteXPMData(char** xpmdata, int numstrings) { if (xpmdata) { for (int i = 0; i < numstrings; i++) if (xpmdata[i]) free(xpmdata[i]); free(xpmdata); } } // ----------------------------------------------------------------------------- static void CopyBuiltinIcons(gBitmapPtr* i7x7, gBitmapPtr* i15x15, gBitmapPtr* i31x31) { int maxstate = currlayer->algo->NumCellStates() - 1; if (currlayer->icons7x7) FreeIconBitmaps(currlayer->icons7x7); if (currlayer->icons15x15) FreeIconBitmaps(currlayer->icons15x15); if (currlayer->icons31x31) FreeIconBitmaps(currlayer->icons31x31); currlayer->icons7x7 = CopyIcons(i7x7, maxstate); currlayer->icons15x15 = CopyIcons(i15x15, maxstate); currlayer->icons31x31 = CopyIcons(i31x31, maxstate); } // ----------------------------------------------------------------------------- static void CreateIcons(const char** xpmdata, int size) { int maxstates = currlayer->algo->NumCellStates(); // we only need to call FreeIconBitmaps if .rule file has duplicate XPM data // (unlikely but best to play it safe) if (size == 7) { if (currlayer->icons7x7) FreeIconBitmaps(currlayer->icons7x7); currlayer->icons7x7 = CreateIconBitmaps(xpmdata, maxstates); } else if (size == 15) { if (currlayer->icons15x15) FreeIconBitmaps(currlayer->icons15x15); currlayer->icons15x15 = CreateIconBitmaps(xpmdata, maxstates); } else if (size == 31) { if (currlayer->icons31x31) FreeIconBitmaps(currlayer->icons31x31); currlayer->icons31x31 = CreateIconBitmaps(xpmdata, maxstates); } } // ----------------------------------------------------------------------------- static void ParseIcons(const std::string& rulename, linereader& reader, char* linebuf, int MAXLINELEN, int* linenum, bool* eof) { // parse @ICONS section in currently open .rule file char** xpmdata = NULL; int xpmstarted = 0, xpmstrings = 0, maxstrings = 0; int wd = 0, ht = 0, numcolors = 0, chars_per_pixel = 0; std::map colormap; while (true) { if (reader.fgets(linebuf, MAXLINELEN) == 0) { *eof = true; break; } *linenum = *linenum + 1; if (linebuf[0] == '#' || linebuf[0] == '/' || linebuf[0] == 0) { // skip comment or empty line } else if (linebuf[0] == '"') { if (xpmstarted) { // we have a "..." string containing XPM data if (xpmstrings == 0) { if (sscanf(linebuf, "\"%d%d%d%d\"", &wd, &ht, &numcolors, &chars_per_pixel) == 4 && wd > 0 && ht > 0 && numcolors > 0 && ht % wd == 0 && chars_per_pixel > 0 && chars_per_pixel < 3) { if (wd != 7 && wd != 15 && wd != 31) { // this version of Golly doesn't support the supplied icon size // so silently ignore the rest of this XPM data xpmstarted = 0; continue; } maxstrings = 1 + numcolors + ht; // create and initialize xpmdata xpmdata = (char**) malloc(maxstrings * sizeof(char*)); if (xpmdata) { for (int i = 0; i < maxstrings; i++) xpmdata[i] = NULL; } else { Warning("Failed to allocate memory for XPM icon data!"); *eof = true; return; } } else { char s[128]; sprintf(s, "The XPM header string on line %d in ", *linenum); std::string msg(s); msg += rulename; msg += ".rule is incorrect"; if (wd > 0 && ht > 0 && ht % wd != 0) msg += " (height must be a multiple of width)."; else if (chars_per_pixel < 1 || chars_per_pixel > 2) msg += " (chars_per_pixel must be 1 or 2)."; else msg += " (4 positive integers are required)."; Warning(msg.c_str()); *eof = true; return; } } // copy data inside "..." to next string in xpmdata int len = (int)strlen(linebuf); while (linebuf[len] != '"') len--; len--; if (xpmstrings > 0 && xpmstrings <= numcolors) { // build colormap so we can validate chars in pixel data std::string pixel; char ch1, ch2, ch3; bool badline = false; if (chars_per_pixel == 1) { badline = sscanf(linebuf+1, "%c%c", &ch1, &ch2) != 2 || ch2 != ' '; pixel += ch1; } else { badline = sscanf(linebuf+1, "%c%c%c", &ch1, &ch2, &ch3) != 3 || ch3 != ' '; pixel += ch1; pixel += ch2; } if (badline) { DeleteXPMData(xpmdata, maxstrings); char s[128]; sprintf(s, "The XPM data string on line %d in ", *linenum); std::string msg(s); msg += rulename; msg += ".rule is incorrect."; Warning(msg.c_str()); *eof = true; return; } colormap[pixel] = xpmstrings; } else if (xpmstrings > numcolors) { // check length of string containing pixel data if (len != wd * chars_per_pixel) { DeleteXPMData(xpmdata, maxstrings); char s[128]; sprintf(s, "The XPM data string on line %d in ", *linenum); std::string msg(s); msg += rulename; msg += ".rule has the wrong length."; Warning(msg.c_str()); *eof = true; return; } // now check that chars in pixel data are valid (ie. in colormap) for (int i = 1; i <= len; i += chars_per_pixel) { std::string pixel; pixel += linebuf[i]; if (chars_per_pixel > 1) pixel += linebuf[i+1]; if (colormap.find(pixel) == colormap.end()) { DeleteXPMData(xpmdata, maxstrings); char s[128]; sprintf(s, "The XPM data string on line %d in ", *linenum); std::string msg(s); msg += rulename; msg += ".rule has an unknown pixel: "; msg += pixel; Warning(msg.c_str()); *eof = true; return; } } } char* str = (char*) malloc(len+1); if (str) { strncpy(str, linebuf+1, len); str[len] = 0; xpmdata[xpmstrings] = str; } else { DeleteXPMData(xpmdata, maxstrings); Warning("Failed to allocate memory for XPM string!"); *eof = true; return; } xpmstrings++; if (xpmstrings == maxstrings) { // we've got all the data for this icon size CreateIcons((const char**)xpmdata, wd); DeleteXPMData(xpmdata, maxstrings); xpmdata = NULL; xpmstarted = 0; } } } else if (strcmp(linebuf, "XPM") == 0) { // start parsing XPM data on following lines if (xpmstarted) break; // handle error below xpmstarted = *linenum; xpmstrings = 0; } else if (strcmp(linebuf, "circles") == 0) { // use circular icons CopyBuiltinIcons(circles7x7, circles15x15, circles31x31); } else if (strcmp(linebuf, "diamonds") == 0) { // use diamond-shaped icons CopyBuiltinIcons(diamonds7x7, diamonds15x15, diamonds31x31); } else if (strcmp(linebuf, "hexagons") == 0) { // use hexagonal icons CopyBuiltinIcons(hexagons7x7, hexagons15x15, hexagons31x31); } else if (strcmp(linebuf, "triangles") == 0) { // use triangular icons if (currlayer->algo->NumCellStates() != 4) { char s[128]; sprintf(s, "The triangular icons specified on line %d in ", *linenum); std::string msg(s); msg += rulename; msg += ".rule can only be used with a 4-state rule."; Warning(msg.c_str()); // don't return } else { CopyBuiltinIcons(triangles7x7, triangles15x15, triangles31x31); } } else if (linebuf[0] == '@') { // found next section, so stop parsing *eof = false; break; } // ignore unexpected syntax (better for upward compatibility) } if (xpmstarted) { // XPM data was incomplete DeleteXPMData(xpmdata, maxstrings); char s[128]; sprintf(s, "The XPM icon data starting on line %d in ", xpmstarted); std::string msg(s); msg += rulename; msg += ".rule does not have enough strings."; Warning(msg.c_str()); *eof = true; return; } // create scaled bitmaps if size(s) not supplied if (!currlayer->icons7x7) { if (currlayer->icons15x15) { // scale down 15x15 bitmaps currlayer->icons7x7 = ScaleIconBitmaps(currlayer->icons15x15, 7); } else if (currlayer->icons31x31) { // scale down 31x31 bitmaps currlayer->icons7x7 = ScaleIconBitmaps(currlayer->icons31x31, 7); } } if (!currlayer->icons15x15) { if (currlayer->icons31x31) { // scale down 31x31 bitmaps currlayer->icons15x15 = ScaleIconBitmaps(currlayer->icons31x31, 15); } else if (currlayer->icons7x7) { // scale up 7x7 bitmaps currlayer->icons15x15 = ScaleIconBitmaps(currlayer->icons7x7, 15); } } if (!currlayer->icons31x31) { if (currlayer->icons15x15) { // scale up 15x15 bitmaps currlayer->icons31x31 = ScaleIconBitmaps(currlayer->icons15x15, 31); } else if (currlayer->icons7x7) { // scale up 7x7 bitmaps currlayer->icons31x31 = ScaleIconBitmaps(currlayer->icons7x7, 31); } } } // ----------------------------------------------------------------------------- static void LoadRuleInfo(FILE* rulefile, const std::string& rulename, bool* loadedcolors, bool* loadedicons) { // load any color/icon info from currently open .rule file const int MAXLINELEN = 4095; char linebuf[MAXLINELEN + 1]; int linenum = 0; bool eof = false; bool skipget = false; // the linereader class handles all line endings (CR, CR+LF, LF) linereader reader(rulefile); while (true) { if (skipget) { // ParseColors/ParseIcons has stopped at next section // (ie. linebuf contains @...) so skip fgets call skipget = false; } else { if (reader.fgets(linebuf, MAXLINELEN) == 0) break; linenum++; if (linenum == 1) CheckRuleHeader(linebuf, rulename); } // look for @COLORS or @ICONS section if (strcmp(linebuf, "@COLORS") == 0 && !*loadedcolors) { *loadedcolors = true; ParseColors(reader, linebuf, MAXLINELEN, &linenum, &eof); if (eof) break; // otherwise linebuf contains @... so skip next fgets call skipget = true; } else if (strcmp(linebuf, "@ICONS") == 0 && !*loadedicons) { *loadedicons = true; ParseIcons(rulename, reader, linebuf, MAXLINELEN, &linenum, &eof); if (eof) break; // otherwise linebuf contains @... so skip next fgets call skipget = true; } } reader.close(); // closes rulefile } // ----------------------------------------------------------------------------- static void DeleteIcons(Layer* layer) { // delete given layer's existing icons if (layer->icons7x7) { FreeIconBitmaps(layer->icons7x7); layer->icons7x7 = NULL; } if (layer->icons15x15) { FreeIconBitmaps(layer->icons15x15); layer->icons15x15 = NULL; } if (layer->icons31x31) { FreeIconBitmaps(layer->icons31x31); layer->icons31x31 = NULL; } // also delete icon texture atlases if (layer->atlas7x7) { free(layer->atlas7x7); layer->atlas7x7 = NULL; } if (layer->atlas15x15) { free(layer->atlas15x15); layer->atlas15x15 = NULL; } if (layer->atlas31x31) { free(layer->atlas31x31); layer->atlas31x31 = NULL; } } // ----------------------------------------------------------------------------- static void UseDefaultIcons(int maxstate) { // icons weren't specified so use default icons if (currlayer->algo->getgridtype() == lifealgo::HEX_GRID) { // use hexagonal icons currlayer->icons7x7 = CopyIcons(hexagons7x7, maxstate); currlayer->icons15x15 = CopyIcons(hexagons15x15, maxstate); currlayer->icons31x31 = CopyIcons(hexagons31x31, maxstate); } else if (currlayer->algo->getgridtype() == lifealgo::VN_GRID) { // use diamond-shaped icons for 4-neighbor von Neumann neighborhood currlayer->icons7x7 = CopyIcons(diamonds7x7, maxstate); currlayer->icons15x15 = CopyIcons(diamonds15x15, maxstate); currlayer->icons31x31 = CopyIcons(diamonds31x31, maxstate); } else { // otherwise use default icons from current algo AlgoData* ad = algoinfo[currlayer->algtype]; currlayer->icons7x7 = CopyIcons(ad->icons7x7, maxstate); currlayer->icons15x15 = CopyIcons(ad->icons15x15, maxstate); currlayer->icons31x31 = CopyIcons(ad->icons31x31, maxstate); } } // ----------------------------------------------------------------------------- void CreateColorGradient() { int maxstate = currlayer->algo->NumCellStates() - 1; unsigned char r1 = currlayer->fromrgb.r; unsigned char g1 = currlayer->fromrgb.g; unsigned char b1 = currlayer->fromrgb.b; unsigned char r2 = currlayer->torgb.r; unsigned char g2 = currlayer->torgb.g; unsigned char b2 = currlayer->torgb.b; // set cell colors for states 1..maxstate using a color gradient // starting with r1,g1,b1 and ending with r2,g2,b2 currlayer->cellr[1] = r1; currlayer->cellg[1] = g1; currlayer->cellb[1] = b1; if (maxstate > 2) { int N = maxstate - 1; double rfrac = (double)(r2 - r1) / (double)N; double gfrac = (double)(g2 - g1) / (double)N; double bfrac = (double)(b2 - b1) / (double)N; for (int n = 1; n < N; n++) { currlayer->cellr[n+1] = (int)(r1 + n * rfrac + 0.5); currlayer->cellg[n+1] = (int)(g1 + n * gfrac + 0.5); currlayer->cellb[n+1] = (int)(b1 + n * bfrac + 0.5); } } if (maxstate > 1) { currlayer->cellr[maxstate] = r2; currlayer->cellg[maxstate] = g2; currlayer->cellb[maxstate] = b2; } } // ----------------------------------------------------------------------------- void UpdateCurrentColors() { // set current layer's colors and icons according to current algo and rule AlgoData* ad = algoinfo[currlayer->algtype]; int maxstate = currlayer->algo->NumCellStates() - 1; // copy default colors from current algo currlayer->fromrgb = ad->fromrgb; currlayer->torgb = ad->torgb; if (ad->gradient) { CreateColorGradient(); // state 0 is not part of the gradient currlayer->cellr[0] = ad->algor[0]; currlayer->cellg[0] = ad->algog[0]; currlayer->cellb[0] = ad->algob[0]; } else { for (int n = 0; n <= maxstate; n++) { currlayer->cellr[n] = ad->algor[n]; currlayer->cellg[n] = ad->algog[n]; currlayer->cellb[n] = ad->algob[n]; } } std::string rulename = currlayer->algo->getrule(); // replace any '\' and '/' chars with underscores; // ie. given 12/34/6 we look for 12_34_6.{colors|icons} std::replace(rulename.begin(), rulename.end(), '\\', '_'); std::replace(rulename.begin(), rulename.end(), '/', '_'); // strip off any suffix like ":T100,200" used to specify a bounded grid size_t colonpos = rulename.find(':'); if (colonpos != std::string::npos) rulename = rulename.substr(0, colonpos); // deallocate current layer's old icons DeleteIcons(currlayer); // this flag will change if any icon uses a non-grayscale color currlayer->multicoloricons = false; bool loadedcolors = false; bool loadedicons = false; // look for rulename.rule FILE* rulefile = FindRuleFile(rulename); if (rulefile) { LoadRuleInfo(rulefile, rulename, &loadedcolors, &loadedicons); if (!loadedcolors || !loadedicons) { // if rulename has the form foo-* then look for foo-shared.rule // and load its colors and/or icons size_t hyphenpos = rulename.rfind('-'); if (hyphenpos != std::string::npos && rulename.rfind("-shared") == std::string::npos) { rulename = rulename.substr(0, hyphenpos) + "-shared"; rulefile = FindRuleFile(rulename); if (rulefile) LoadRuleInfo(rulefile, rulename, &loadedcolors, &loadedicons); } } if (!loadedicons) UseDefaultIcons(maxstate); } else { // rulename.rule wasn't found so use default icons UseDefaultIcons(maxstate); } // use the smallest icons to check if they are multi-color if (currlayer->icons7x7) { for (int n = 1; n <= maxstate; n++) { if (MultiColorImage(currlayer->icons7x7[n])) { currlayer->multicoloricons = true; break; } } } // create icon texture atlases (used for rendering) currlayer->numicons = maxstate; currlayer->atlas7x7 = CreateIconAtlas(currlayer->icons7x7, 8); currlayer->atlas15x15 = CreateIconAtlas(currlayer->icons15x15, 16); currlayer->atlas31x31 = CreateIconAtlas(currlayer->icons31x31, 32); if (swapcolors) { // invert cell colors in current layer for (int n = 0; n <= maxstate; n++) { currlayer->cellr[n] = 255 - currlayer->cellr[n]; currlayer->cellg[n] = 255 - currlayer->cellg[n]; currlayer->cellb[n] = 255 - currlayer->cellb[n]; } } } // ----------------------------------------------------------------------------- void UpdateCloneColors() { if (currlayer->cloneid > 0) { for (int i = 0; i < numlayers; i++) { Layer* cloneptr = layer[i]; if (cloneptr != currlayer && cloneptr->cloneid == currlayer->cloneid) { cloneptr->fromrgb = currlayer->fromrgb; cloneptr->torgb = currlayer->torgb; cloneptr->multicoloricons = currlayer->multicoloricons; cloneptr->numicons = currlayer->numicons; for (int n = 0; n <= currlayer->numicons; n++) { cloneptr->cellr[n] = currlayer->cellr[n]; cloneptr->cellg[n] = currlayer->cellg[n]; cloneptr->cellb[n] = currlayer->cellb[n]; } // use same icon pointers cloneptr->icons7x7 = currlayer->icons7x7; cloneptr->icons15x15 = currlayer->icons15x15; cloneptr->icons31x31 = currlayer->icons31x31; // use same atlas cloneptr->atlas7x7 = currlayer->atlas7x7; cloneptr->atlas15x15 = currlayer->atlas15x15; cloneptr->atlas31x31 = currlayer->atlas31x31; } } } } // ----------------------------------------------------------------------------- void UpdateLayerColors() { UpdateCurrentColors(); // above has created icon texture data so don't call UpdateIconColors here // if current layer has clones then update their colors UpdateCloneColors(); } // ----------------------------------------------------------------------------- void UpdateIconColors() { // delete current icon texture atlases if (currlayer->atlas7x7) { free(currlayer->atlas7x7); } if (currlayer->atlas15x15) { free(currlayer->atlas15x15); } if (currlayer->atlas31x31) { free(currlayer->atlas31x31); } // re-create icon texture atlases currlayer->atlas7x7 = CreateIconAtlas(currlayer->icons7x7, 8); currlayer->atlas15x15 = CreateIconAtlas(currlayer->icons15x15, 16); currlayer->atlas31x31 = CreateIconAtlas(currlayer->icons31x31, 32); } // ----------------------------------------------------------------------------- void InvertIconColors(unsigned char* atlasptr, int iconsize, int numicons) { if (atlasptr) { int numbytes = numicons * iconsize * iconsize * 4; int i = 0; while (i < numbytes) { if (atlasptr[i+3] == 0) { // ignore transparent pixel } else { // invert pixel color atlasptr[i] = 255 - atlasptr[i]; atlasptr[i+1] = 255 - atlasptr[i+1]; atlasptr[i+2] = 255 - atlasptr[i+2]; } i += 4; } } } // ----------------------------------------------------------------------------- void InvertCellColors() { bool clone_inverted[MAX_LAYERS] = {false}; // swapcolors has changed so invert cell colors in all layers for (int i = 0; i < numlayers; i++) { Layer* layerptr = layer[i]; // do NOT use layerptr->algo->... here -- it might not be correct // for a non-current layer (but we can use layerptr->algtype) int maxstate = algoinfo[layerptr->algtype]->maxstates - 1; for (int n = 0; n <= maxstate; n++) { layerptr->cellr[n] = 255 - layerptr->cellr[n]; layerptr->cellg[n] = 255 - layerptr->cellg[n]; layerptr->cellb[n] = 255 - layerptr->cellb[n]; } // clones share icon texture data so we must be careful to only invert them once if (layerptr->cloneid == 0 || !clone_inverted[layerptr->cloneid]) { // invert colors in icon texture atlases // (do NOT use maxstate here -- might be > layerptr->numicons) InvertIconColors(layerptr->atlas7x7, 8, layerptr->numicons); InvertIconColors(layerptr->atlas15x15, 16, layerptr->numicons); InvertIconColors(layerptr->atlas31x31, 32, layerptr->numicons); if (layerptr->cloneid > 0) clone_inverted[layerptr->cloneid] = true; } } } // ----------------------------------------------------------------------------- Layer* GetLayer(int index) { if (index < 0 || index >= numlayers) { Warning("Bad index in GetLayer!"); return NULL; } else { return layer[index]; } } // ----------------------------------------------------------------------------- int GetUniqueCloneID() { // find first available index (> 0) to use as cloneid for (int i = 1; i < MAX_LAYERS; i++) { if (cloneavail[i]) { cloneavail[i] = false; return i; } } // bug if we get here Warning("Bug in GetUniqueCloneID!"); return 1; } // ----------------------------------------------------------------------------- Layer::Layer() { if (!cloning) { // use a unique temporary file for saving starting patterns tempstart = CreateTempFileName("golly_start_"); } dirty = false; // user has not modified pattern savedirty = false; // in case script created layer stayclean = inscript; // if true then keep the dirty flag false // for the duration of the script savestart = false; // no need to save starting pattern startgen = 0; // initial starting generation currname = "untitled"; // initial window title currfile.clear(); // no pattern file has been loaded originx = 0; // no X origin offset originy = 0; // no Y origin offset icons7x7 = NULL; // no 7x7 icons icons15x15 = NULL; // no 15x15 icons icons31x31 = NULL; // no 31x31 icons atlas7x7 = NULL; // no texture atlas for 7x7 icons atlas15x15 = NULL; // no texture atlas for 15x15 icons atlas31x31 = NULL; // no texture atlas for 31x31 icons currframe = 0; // first frame in timeline autoplay = 0; // not playing tlspeed = 0; // default speed for autoplay // create viewport; the initial size is not important because it will soon change view = new viewport(100,100); if (view == NULL) Fatal("Failed to create viewport!"); if (numlayers == 0) { // creating very first layer (can't be a clone) cloneid = 0; // initialize cloneavail array (cloneavail[0] is never used) cloneavail[0] = false; for (int i = 1; i < MAX_LAYERS; i++) cloneavail[i] = true; // set some options using initial values stored in prefs file algtype = initalgo; hyperspeed = inithyperspeed; showhashinfo = initshowhashinfo; autofit = initautofit; // initial base step and exponent currbase = algoinfo[algtype]->defbase; currexpo = 0; // create empty universe algo = CreateNewUniverse(algtype); // set rule using initrule stored in prefs file const char* err = algo->setrule(initrule); if (err) { // user might have edited rule in prefs file, or deleted .rule file algo->setrule( algo->DefaultRule() ); } // don't need to remember rule here (SaveLayerSettings will do it) rule.clear(); // initialize undo/redo history undoredo = new UndoRedo(); if (undoredo == NULL) Fatal("Failed to create new undo/redo object!"); touchmode = drawmode; drawingstate = 1; } else { // adding a new layer after currlayer (see AddLayer) // inherit current universe type and other settings algtype = currlayer->algtype; hyperspeed = currlayer->hyperspeed; showhashinfo = currlayer->showhashinfo; autofit = currlayer->autofit; // initial base step and exponent currbase = algoinfo[algtype]->defbase; currexpo = 0; if (cloning) { if (currlayer->cloneid == 0) { // first time this universe is being cloned so need a unique cloneid cloneid = GetUniqueCloneID(); currlayer->cloneid = cloneid; // current layer also becomes a clone numclones += 2; } else { // we're cloning an existing clone cloneid = currlayer->cloneid; numclones++; } // clones share the same universe and undo/redo history algo = currlayer->algo; undoredo = currlayer->undoredo; // clones also share the same timeline currframe = currlayer->currframe; autoplay = currlayer->autoplay; tlspeed = currlayer->tlspeed; // clones use same name for starting file tempstart = currlayer->tempstart; } else { // this layer isn't a clone cloneid = 0; // create empty universe algo = CreateNewUniverse(algtype); // use current rule const char* err = algo->setrule(currlayer->algo->getrule()); if (err) { // .rule file might have been deleted algo->setrule( algo->DefaultRule() ); } // initialize undo/redo history undoredo = new UndoRedo(); if (undoredo == NULL) Fatal("Failed to create new undo/redo object!"); } // inherit current rule rule = currlayer->algo->getrule(); // inherit current viewport's size, scale and location view->resize( currlayer->view->getwidth(), currlayer->view->getheight() ); view->setpositionmag( currlayer->view->x, currlayer->view->y, currlayer->view->getmag() ); // inherit current touch mode and drawing state touchmode = currlayer->touchmode; drawingstate = currlayer->drawingstate; if (cloning || duplicating) { // duplicate all the other current settings currname = currlayer->currname; dirty = currlayer->dirty; savedirty = currlayer->savedirty; stayclean = currlayer->stayclean; currbase = currlayer->currbase; currexpo = currlayer->currexpo; autofit = currlayer->autofit; hyperspeed = currlayer->hyperspeed; showhashinfo = currlayer->showhashinfo; originx = currlayer->originx; originy = currlayer->originy; // duplicate selection info currsel = currlayer->currsel; savesel = currlayer->savesel; // duplicate the stuff needed to reset pattern currfile = currlayer->currfile; savestart = currlayer->savestart; startalgo = currlayer->startalgo; startdirty = currlayer->startdirty; startrule = currlayer->startrule; startx = currlayer->startx; starty = currlayer->starty; startbase = currlayer->startbase; startexpo = currlayer->startexpo; startmag = currlayer->startmag; startgen = currlayer->startgen; startsel = currlayer->startsel; startname = currlayer->startname; if (cloning) { // if clone is created after pattern has been generated // then we don't want a reset to change its name startname = currlayer->currname; } else { startname = currlayer->startname; } } if (duplicating) { // first set same gen count algo->setGeneration( currlayer->algo->getGeneration() ); // duplicate pattern if ( !currlayer->algo->isEmpty() ) { bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if ( OutsideLimits(top, left, bottom, right) ) { Warning("Pattern is too big to duplicate."); } else { CopyRect(top.toint(), left.toint(), bottom.toint(), right.toint(), currlayer->algo, algo, false, "Duplicating layer"); } } // tempstart file must remain unique in duplicate layer if ( FileExists(currlayer->tempstart) ) { if ( !CopyFile(currlayer->tempstart, tempstart) ) { Warning("Could not copy tempstart file!"); } } if (currlayer->currfile == currlayer->tempstart) { currfile = tempstart; } if (allowundo) { // duplicate current undo/redo history in new layer undoredo->DuplicateHistory(currlayer, this); } } } } // ----------------------------------------------------------------------------- Layer::~Layer() { // delete stuff allocated in ctor delete view; if (cloneid > 0) { // this layer is a clone, so count how many layers have the same cloneid int clonecount = 0; for (int i = 0; i < numlayers; i++) { if (layer[i]->cloneid == cloneid) clonecount++; // tell undo/redo which clone is being deleted if (this == layer[i]) undoredo->DeletingClone(i); } if (clonecount > 2) { // only delete this clone numclones--; } else { // first make this cloneid available for the next clone cloneavail[cloneid] = true; // reset the other cloneid to 0 (should only be one such clone) for (int i = 0; i < numlayers; i++) { // careful -- layer[i] might be this layer if (this != layer[i] && layer[i]->cloneid == cloneid) layer[i]->cloneid = 0; } numclones -= 2; } } else { // this layer is not a clone, so delete universe and undo/redo history delete algo; delete undoredo; // delete tempstart file if it exists if (FileExists(tempstart)) RemoveFile(tempstart); // delete any icons DeleteIcons(this); } } golly-3.3-src/gui-common/status.h0000644000175000017500000000220713145740437013772 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _STATUS_H_ #define _STATUS_H_ #include "bigint.h" #include // for std::string // The status bar area consists of 3 lines of text: extern std::string status1; // top line extern std::string status2; // middle line extern std::string status3; // bottom line void UpdateStatusLines(); // set status1 and status2 (SetMessage sets status3) void ClearMessage(); // erase bottom line of status bar void DisplayMessage(const char* s); // display given message on bottom line of status bar void ErrorMessage(const char* s); // beep and display given message on bottom line of status bar void SetMessage(const char* s); // set status3 without displaying it (until next update) int GetCurrentDelay(); // return current delay (in millisecs) char* Stringify(const bigint& b); // convert given number to string suitable for display void CheckMouseLocation(int x, int y); // on devices with a mouse we might need to update the // cursor's current XY cell location, where the given x,y // values are the cursor's viewport coordinates (in pixels) #endif golly-3.3-src/gui-common/layer.h0000644000175000017500000002323713145740437013571 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _LAYER_H_ #define _LAYER_H_ #include "bigint.h" // for bigint class #include "viewport.h" // for viewport class #include "utils.h" // for gColor, gRect #include "algos.h" // for algo_type, gBitmapPtr #include "select.h" // for Selection class class UndoRedo; // export from script.h if we ever support scripting!!! extern bool inscript; enum TouchModes { drawmode, pickmode, selectmode, movemode, zoominmode, zoomoutmode }; // Golly can support multiple layers. Each layer is a separate universe // (unless cloned) with its own algorithm, rule, viewport, pattern title, // selection, undo/redo history, etc. class Layer { public: Layer(); ~Layer(); // if this is a cloned layer then cloneid is > 0 and all the other clones // have the same cloneid int cloneid; lifealgo* algo; // this layer's universe (shared by clones) algo_type algtype; // type of universe (index into algoinfo) bool hyperspeed; // use acceleration while generating? bool showhashinfo; // show hashing info? bool autofit; // auto fit pattern while generating? bool dirty; // user has modified pattern? bool savedirty; // state of dirty flag before drawing/script change bool stayclean; // script has reset dirty flag? int currbase; // current base step int currexpo; // current step exponent int drawingstate; // current drawing state TouchModes touchmode; // current touch mode (drawing, selecting, etc) UndoRedo* undoredo; // undo/redo history (shared by clones) // each layer (cloned or not) has its own viewport for displaying patterns; // note that we use a pointer to the viewport to allow temporary switching viewport* view; // WARNING: this string is used to remember the current rule when // switching to another layer; to determine the current rule at any // time, use currlayer->algo->getrule() std::string rule; Selection currsel; // current selection Selection savesel; // for saving/restoring selection bigint originx; // X origin offset bigint originy; // Y origin offset std::string currfile; // full path of current pattern file std::string currname; // name used for Pattern=... // for saving and restoring starting pattern algo_type startalgo; // starting algorithm bool savestart; // need to save starting pattern? bool startdirty; // starting state of dirty flag std::string startname; // starting currname std::string startrule; // starting rule bigint startgen; // starting generation (>= 0) bigint startx, starty; // starting location int startbase; // starting base step int startexpo; // starting step exponent int startmag; // starting scale Selection startsel; // starting selection // temporary file used to restore starting pattern or to show comments; // each non-cloned layer uses a different temporary file std::string tempstart; // used when tilelayers is true //!!! PatternView* tilewin; // tile window gRect tilerect; // tile window's size and position // color scheme for this layer gColor fromrgb; // start of gradient gColor torgb; // end of gradient unsigned char cellr[256]; // red components for states 0..255 unsigned char cellg[256]; // green components for states 0..255 unsigned char cellb[256]; // blue components for states 0..255 // icons for this layer gBitmapPtr* icons7x7; // icons for scale 1:8 gBitmapPtr* icons15x15; // icons for scale 1:16 gBitmapPtr* icons31x31; // icons for scale 1:32 // texture atlases for rendering icons unsigned char* atlas7x7; // atlas for 7x7 icons unsigned char* atlas15x15; // atlas for 15x15 icons unsigned char* atlas31x31; // atlas for 31x31 icons int numicons; // number of icons (= number of live states) bool multicoloricons; // are icons multi-colored? (grayscale if not) // used if the layer has a timeline int currframe; // current frame in timeline int autoplay; // +ve = play forwards, -ve = play backwards, 0 = stop int tlspeed; // controls speed at which frames are played }; const int MAX_LAYERS = 10; // maximum number of layers extern int numlayers; // number of existing layers extern int numclones; // number of cloned layers extern int currindex; // index of current layer (0..numlayers-1) extern Layer* currlayer; // pointer to current layer Layer* GetLayer(int index); // Return a pointer to the layer specified by the given index. void AddLayer(); // Add a new layer (with an empty universe) and make it the current layer. // The first call creates the initial layer. Later calls insert the // new layer immediately after the old current layer. The new layer // inherits the same type of universe, the same rule, the same scale // and location, and the same touch mode. void CloneLayer(); // Like AddLayer but shares the same universe and undo/redo history // as the current layer. All the current layer's settings are duplicated // and most will be kept synchronized; ie. changing one clone changes all // the others, but each cloned layer has a separate viewport so the same // pattern can be viewed at different scales and locations. void SyncClones(); // If the current layer is a clone then this call ensures the universe // and settings in its other clones are correctly synchronized. void DuplicateLayer(); // Like AddLayer but makes a copy of the current layer's pattern. // Also duplicates all the current settings but, unlike a cloned layer, // the settings are not kept synchronized. void DeleteLayer(); // Delete the current layer. The current layer changes to the previous // index, unless layer 0 was deleted, in which case the current layer // is the new layer at index 0. void DeleteOtherLayers(); // Delete all layers except the current layer. void SetLayer(int index); // Set the current layer using the given index (0..numlayers-1). void MoveLayer(int fromindex, int toindex); // Move the layer at fromindex to toindex and make it the current layer. // This is called by MoveLayerDialog and the movelayer script command. void MoveLayerDialog(); // Bring up a dialog that allows the user to move the current layer // to a new index (which becomes the current layer). void NameLayerDialog(); // Bring up a dialog that allows the user to change the name of the // current layer. void MarkLayerDirty(); // Set dirty flag in current layer and any of its clones. // Also prefix pattern title and layer name(s) with an asterisk. void MarkLayerClean(const char* title); // Reset dirty flag in current layer and any of its clones. // Also set pattern title, removing asterisk from it and layer name(s). void ToggleSyncViews(); // Toggle the syncviews flag. When true, every layer uses the same // scale and location as the current layer. void ToggleSyncModes(); // Toggle the syncmodes flag. When true, every layer uses the same // touch mode as the current layer. void ToggleStackLayers(); // Toggle the stacklayers flag. When true, the rendering code displays // all layers using the same scale and location as the current layer. // Layer 0 is drawn first (100% opaque), then all the other layers // are drawn as overlays using an opacity set by the user. The colors // for the live cells in each layer can be set via the Prefs dialog. void ToggleTileLayers(); // Toggle the tilelayers flag. When true, the rendering code displays // all layers in tiled sub-windows. bool CanSwitchLayer(int index); // Return true if the user can switch to the given layer. void SwitchToClickedTile(int index); // If allowed, change current layer to clicked tile. void ResizeLayers(int wd, int ht); // Resize the viewport in all layers. bool RestoreRule(const char* rule); // Try to set the current layer's rule to a previously known rule. // If this succeeds return true, but if it fails then warn the user, // switch to the current algorithm's default rule, and return false. // The latter can happen if the given rule's table/tree file was // deleted or was edited and some sort of error introduced. Layer* CreateTemporaryLayer(); // Create a temporary layer with the same algo type as currlayer. // Color handling routines: void CreateColorGradient(); // Create a color gradient for the current layer using // currlayer->fromrgb and currlayer->torgb. void UpdateIconColors(); // Update the icon texture atlases for the current layer. // Must be called BEFORE calling UpdateCloneColors. void UpdateCloneColors(); // If current layer has clones then update their colors. void UpdateLayerColors(); // Update the cell colors and icons for the current layer (and its clones) // according to the current algo and rule. Must be called very soon // after any algo/rule change, and before the viewport is updated. void InvertCellColors(); // Invert the cell colors in all layers, including the dead cell color, // grid lines, and the colors in all icons. void InvertIconColors(unsigned char* atlasptr, int iconsize, int numicons); // Invert the icon colors in the given texture atlas. void SetLayerColors(); // Open a dialog to change the current layer's colors. #endif golly-3.3-src/gui-common/Help/0000755000175000017500000000000013451370074013241 500000000000000golly-3.3-src/gui-common/Help/settings-ios.html0000644000175000017500000000027412250742663016505 00000000000000

Settings Tab

The Settings tab lets you change various options. All of these should be pretty obvious. If not, let us know! golly-3.3-src/gui-common/Help/bounded.html0000644000175000017500000005566512250742662015512 00000000000000

Bounded Grids

Bounded grids with various topologies can be created by adding a special suffix to the usual rule string. For example, B3/S23:T30,20 creates a toroidal Life universe 30 cells wide and 20 cells high. The suffix syntax is best illustrated by these examples:

:P30,20 — plane with width 30 and height 20
:P30,0 — plane with width 30 and infinite height
:T0,20 — tube with infinite width and height 20
:T30,20 — torus with width 30 and height 20
:T30+5,20 — torus with a shift of +5 on the horizontal edges
:T30,20-2 — torus with a shift of -2 on the vertical edges
:K30*,20 — Klein bottle with the horizontal edges twisted
:K30,20* — Klein bottle with the vertical edges twisted
:K30*+1,20 — Klein bottle with a shift on the horizontal edges
:C30,20 — cross-surface (horizontal and vertical edges are twisted)
:S30 — sphere with width 30 and height 30 (must be equal)

Some notes:

  • The first letter indicating the topology can be entered in lowercase but is always uppercase in the canonical string returned by the getrule() script command.
  • If a bounded grid has width w and height h then the cell in the top left corner has coordinates -int(w/2),-int(h/2).
  • The maximum width or height of a bounded grid is 2,000,000,000.
  • Use 0 to specify an infinite width or height (but not possible for a Klein bottle, cross-surface or sphere). Shifting is not allowed if either dimension is infinite.
  • Pattern generation in a bounded grid is slower than in an unbounded grid. This is because all the current algorithms have been designed to work with unbounded grids, so Golly has to do extra work to create the illusion of a bounded grid.

The different topologies are described in the following sections.

Plane

A bounded plane is a simple, flat surface with no curvature. When generating patterns in a plane, Golly ensures that all the cells neighboring the edges are set to state 0 before applying the transition rules, as in this example of a 4 by 3 plane:

 0  0  0  0  0  0 
 0  A  B  C  D  0 
 0  E  F  G  H  0 
 0  I  J  K  L  0 
 0  0  0  0  0  0 
    rule suffix is :P4,3

Torus

If the opposite edges of a bounded plane are joined then the result is a donut-shaped surface called a torus. Before applying the transition rules at each generation, Golly copies the states of edge cells into appropriate neighboring cells outside the grid. The following diagram of a 4 by 3 torus shows how the edges are joined:

 L  I  J  K  L  I 
 D  A  B  C  D  A 
 H  E  F  G  H  E 
 L  I  J  K  L  I 
 D  A  B  C  D  A 
    rule suffix is :T4,3

A torus can have a shift on the horizontal edges or the vertical edges, but not both. These two examples show how shifted edges are joined:

 K  L  I  J  K  L 
 D  A  B  C  D  A 
 H  E  F  G  H  E 
 L  I  J  K  L  I 
 A  B  C  D  A  B 
    :T4+1,3
 H  I  J  K  L  A 
 L  A  B  C  D  E 
 D  E  F  G  H  I 
 H  I  J  K  L  A 
 L  A  B  C  D  E 
    :T4,3+1

Klein bottle

If one pair of opposite edges are twisted 180 degrees (ie. reversed) before being joined then the result is a Klein bottle. Here are examples of a horizontal twist and a vertical twist:

 I  L  K  J  I  L 
 D  A  B  C  D  A 
 H  E  F  G  H  E 
 L  I  J  K  L  I 
 A  D  C  B  A  D 
    :K4*,3   
 D  I  J  K  L  A 
 L  A  B  C  D  I 
 H  E  F  G  H  E 
 D  I  J  K  L  A 
 L  A  B  C  D  I 
    :K4,3*

A Klein bottle can only have a shift on the twisted edges and only if that dimension has an even number of cells. Also, all shift amounts are equivalent to a shift of 1. Here are two examples:

 J  I  L  K  J  I 
 D  A  B  C  D  A 
 H  E  F  G  H  E 
 L  I  J  K  L  I 
 B  A  D  C  B  A 
    :K4*+1,3
 F  J  K  L  D 
 C  A  B  C  A 
 L  D  E  F  J 
 I  G  H  I  G 
 F  J  K  L  D 
 C  A  B  C  A 
    :K3,4*+1

Cross-surface

If both pairs of opposite edges are twisted and joined then the result is a cross-surface (also known as a real projective plane, but Conway prefers the term cross-surface). Here's an example showing how the edges are joined:

 A  L  K  J  I  D 
 L  A  B  C  D  I 
 H  E  F  G  H  E 
 D  I  J  K  L  A 
 I  D  C  B  A  L 
    :C4,3

Note that the corner cells have themselves as one of their neighbors. Shifting is not possible.

Sphere

If adjacent edges are joined rather than opposite edges then the result is a sphere. By convention we join the top edge to the left edge and the right edge to the bottom edge, as shown in this 3 by 3 example:

 A  A  D  G  C 
 A  A  B  C  G 
 B  D  E  F  H 
 C  G  H  I  I 
 G  C  F  I  I 
    :S3

Note that the cells in the top left and bottom right corners (the "poles") have different neighborhoods to the cells in the top right and bottom left corners. Shifting is not possible.

Example patterns using the above topologies can be found in the Open tab's supplied patterns, especially in Generations and Life/Bounded-Grids. golly-3.3-src/gui-common/Help/help-ios.html0000644000175000017500000000321112250742663015567 00000000000000

Help Tab

The Help tab behaves like a simplified browser and is used to display HTML information on a variety of topics.

Special links

A number of Golly-specific links are used for various purposes:

  • edit:file
    Display the given file in a modal view.
  • get:url
    Download the specified file and process it according to its type:
    • A HTML file (.htm or .html) is displayed in the Help tab. Note that this HTML file can contain get links with partial URLs. For a good example of their use, see the LifeWiki Pattern Archive.
    • A text file (.txt or .doc or a name containing "readme") is displayed in a modal view.
    • A zip file's contents are displayed in the Help tab.
    • A rule file (.rule) is installed into Documents/Rules/ and Golly then switches to the corresponding rule.
    • A pattern file is loaded and displayed in the Pattern tab.
  • lexpatt:pattern
    Load the given Life Lexicon pattern and display it in the Pattern tab.
  • open:file
    Load the given pattern and display it in the Pattern tab.
  • rule:rulename
    Load the given rule and switch to the Pattern tab.
  • unzip:zip:file
    Extract a file from the given zip file and process it in the same manner as a get link (see above). Golly creates unzip links when it opens a zip file and displays its contents in the Help tab.
golly-3.3-src/gui-common/Help/Lexicon/0000755000175000017500000000000013317135606014643 500000000000000golly-3.3-src/gui-common/Help/Lexicon/lex_p.htm0000644000175000017500000067762713317135606016435 00000000000000 Life Lexicon (P)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:p = period

:p1 Period 1, i.e., stable. In the context of logic circuitry, this tends to mean that a mechanism is constructed from Herschel conduits that contain only still lifes as catalysts. In the context of slow glider construction, a P1 slow salvo is one in which there are no constraints on the parity of gliders in the salvo, because the intermediate targets are all stable constellations. (The usual alternative is a "P2 slow salvo", where the relative timing between adjacent gliders can be increased arbitrarily, but only by multiples of two ticks.)

:p104 gun A glider gun with period 104, found by Noam Elkies on 21 March 1996. It is based on an R-pentomino shuttle reaction. 

.OO........OO..........................
.OO.........O.......O..................
.OO.........O.OO...O.O............OO...
.O...........O......O.............OOO..
O.O......OO......O................OO.O.
O.OO.....OO....O....................O.O
................O..................O..O
....................................OO.
.OO....................................
.OO....................................
...............OO......................
................OO..................OO.
................O...................OO.
.OO......OOO........................OO.
O..O.......O........................O..
O.O.........................OO.....O.O.
.O.OO.......................OO.....O.OO
..OOO.............O....................
...OO............O.O...................
..................O.................OO.
....................................OO.

:p11 bumper (p11) A periodic colour-preserving glider reflector with a minimum repeat time of 44 ticks. Unlike the p5 through p8 cases where Noam Elkies' domino-spark based reflectors are available, no small period-22 colour-changing reflector is known. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 

............................O..
............................O.O
............................OO.
...............................
...............................
...............................
...............................
...............................
...............................
...............................
...............................
.................O.............
.................O.O...........
.................OO............
...............................
.........OO....OO..............
.........OO...O..O.............
...OO....OO....O.O.............
....O.....OO....O..............
..O.....O.OO...................
..OO..OOO...........OO.........
.....O....O.O.......O..........
..OOO.OO.OO.OOO......OOO.......
.O....O....O...O.......O.......
O.O.O...OO.O..O................
O.O......O.O.O.................
.O..OOOOO..OO..................
..OO....O.O....................
....OOOO..O....................
..OO......OO...................
..O..O.........................
....OO.........................

In practice this reflector is not useful with input streams below period 121, because lower-period bumpers can be used to reflect all smaller multiples of 11 for which the bumper reaction can be made to work.

:p130 shuttle A shuttle found in March 2004 by David Eppstein, which originally needed several period 5 oscillators for support. David Bell found a reaction between two of the shuttles to produce a p130 glider gun. On 18 November 2017 Tanner Jacobi found that the stable sidesnagger can be used to support the shuttle instead, and this is shown here. 

.....OO................................OO.....
.....OO................................OO.....
..............................................
..............................................
.........................O....................
OO....OO..................O...........OO....OO
OO...O..O................OO..........O..O...OO
.....O.O...........OOOOOOO............O.O.....
......O...........OOO..O...............O......
..................O..OO.O.....................
...O..................O.O.................O...
..O.O...............OO.OO................O.O..
..OO................OOOO..................OO..
..............................................
..OO................OOOO..................OO..
..O.O...............OO.OO................O.O..
...O..................O.O.................O...
..................O..OO.O.....................
......O...........OOO..O...............O......
.....O.O...........OOOOOOO............O.O.....
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:p144 gun A glider gun with true period 144. The first one was found by Bill Gosper in July 1994. For a full description and pattern see factory.

:p14 gun A glider gun which emits a period 14 glider stream. This is the smallest possible period for any stream, so such a gun is of great interest. There is no known true-period p14 glider gun, and finding a small direct example is well beyond current search algorithms' abilities. However, pseudo-period p14 guns have been created by injecting gliders into a higher period glider stream. The first pseudo p14 gun was built by Dieter Leithner in 1995. Smaller pseudo p14 guns have since been constructed, but they are still much too large to show here. The essential mechanism used by them is demonstrated in GIG.

:p15 bouncer Noam Elkies' colour-changing glider reflector, with Karel's p15 providing the necessary domino spark. Compare to the colour-preserving Snark. The minimum repeat time is 30 ticks. 

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:p15 bumper A periodic colour-preserving glider reflector with Karel's p15 providing the necessary spark. The minimum repeat time is 45 ticks. For an equivalent colour-changing periodic glider reflector see p15 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 

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:p15 reflector An ambiguous term that may refer to PD-pair reflector, p15 bouncer, or the more recently discovered p15 bumper.

:p184 gun A true period 184 double-barrelled glider gun found by Dave Buckingham in July 1996. The engine in this gun is a Herschel descendant. Unlike previous glider guns, the reaction flips on a diagonal so that both gliders travel in the same direction. 

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:p1 megacell (p1 circuitry) A metacell constructed by Adam P. Goucher in 2008, capable of being programmed to emulate any Moore neighborhood rule, including isotropic and anisotropic non-totalistic rules. It fits in a 32768 by 32768 bounding box, with the resulting metacell grid at 45 degrees to the underlying Life grid. Like the OTCA metapixel, it includes a large "pixel" area so that the state of the megacell can easily be seen even at extremely small-scale zoom levels.

:p1 telegraph (p1 circuitry) A variant of Jason Summers' telegraph pattern, constructed in 2010 by Adam P. Goucher using only stable circuitry. A single incoming glider produces the entire ten-part composite lightspeed signal that restores the beehive-chain lightspeed wire to its original position. The signal is detected at the other end of the telegraph and converted back into a single output signal. This simplification came at the cost of a much slower transmission speed, one bit per 91080 ticks. In this mechanism, sending the entire ten-part signal constitutes a '1' bit, and not sending the signal means '0'. See also high-bandwidth telegraph.

:p22 gun A true period 22 glider gun constructed by David Eppstein in August 2000, using two interacting copies of a p22 oscillator found earlier the same day by Jason Summers. 

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:p246 gun A true period glider gun with period 246, discovered by Dave Buckingham in June 1996. The 180-degree mod-123 symmetry of its bookend-based engine makes it trivial to modify it into a double-barrelled gun. Its single-barreled form is shown below. 

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:p24 gun A glider gun with true period 24. The first one was found by Noam Elkies in June 1997. It uses three p4 oscillators to hassle a pair of traffic lights. One of the oscillators was very large and custom-made. Shown below is a much smaller version built by Jason Summers and Karel Suhajda in December 2002, using the same mechanism but with a smaller oscillator: 

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:p256 gun A true period 256 four-barrelled glider gun found by Dave Buckingham in September 1995. It uses four R64 conduits to make the second smallest known Herschel loop (after the Simkin glider gun). The p256 gun was an early "teaser" from Dave Buckingham before he released his full Herschel technology. 

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Either eaters or snakes can be added as shown above, to suppress three of the glider streams so that only one stream escapes. This gun's p256 glider stream is well-suited for repeated reactions with receding Corderships, or for "Hashlife-friendly" signal circuitry.

:p29 pentadecathlon hassler A hassler where two copies of a period 29 oscillator (which is itself a pre-pulsar hassler) change the period of a pentadecathlon. 

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:p30 gun A glider gun with true period 30. The first one, found by Bill Gosper in November 1970 (see Gosper glider gun), was also the first gun found of any period. All known p30 glider guns are made from two or more interacting queen bee shuttles. Paul Callahan found 30 different ways that three queen bee shuttles can react to form a period 30 glider gun. One of the most interesting of these is shown below in which the gliders emerge in an unexpected direction. 

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:p30 reflector = buckaroo

:p30 shuttle = queen bee shuttle

:p36 gun A glider gun with true period 36. The first one was found by Jason Summers in 2004. Shown below is a smaller version using improvements by Adam P. Goucher and Scot Ellison: 

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:p3 bumper A variant of Tanner Jacobi's bumper found by Arie Paap in April 2018. Two forms of the period 3 oscillator catalyst are shown below. 

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For bounding box optimization purposes, it's also possible to replace the eater1 in a p3, p6 or p9 bumper with another period 3 oscillator, saving one row along the south edge at the cost of a higher population. 

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The repeat time for all these variants is 36 ticks, as shown.

:p44 gun A glider gun with a true period of 44. The first one was found by Dave Buckingham in April 1992. It uses two interacting copies of an oscillator which he also found. In 1996 he found a gun which only used one copy of the oscillator. Paul Callahan improved it in 1997, resulting in the gun shown below: 

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:p44 MWSS gun A gun discovered by Dieter Leithner in April 1997, in a somewhat larger form. This was the smallest known gliderless gun and smallest known MWSS gun until the construction in 2017 of the gun shown under gliderless, based on Tanner's p46.

The p44 MWSS gun is based on a p44 oscillator discovered by Dave Buckingham in early 1992, shown here in an improved form found in January 2005 by Jason Summers using a new p4 sparker by Nicolay Beluchenko. A glider shape appears in this gun for three consecutive generations, but always as part of a larger cluster, so even a purist would regard this gun as gliderless. 

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:p45 gun A true-period glider gun discovered by Matthias Merzenich in April 2010. By most measures this is the smallest known odd-period gun of any type, either true-period or pseudo-period: 

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:p46 gun A glider gun which has true-period 46. The first one found was the new gun by Bill Gosper in 1971. Prior to the discovery of Tanner's p46 in October 2017, all known p46 guns were made from two or more twin bees shuttles that interact (e.g., see twin bees shuttle pair). See edge shooter and double-barrelled for two more of these.

On 21 October 2017 Heinrich Koenig found a glider gun using two copies of Tanner's p46 placed at right angles to each other. This is the first p46 gun found which makes no use of the twin bees shuttle. 

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See gliderless for a MWSS gun also made using two copies of Tanner's p46.

:p46 shuttle = twin bees shuttle

:p48 gun A true period compound glider gun based on the p24 gun, using a Rich's p16 oscillator as a filter to remove half of the gliders from the stream. 

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:p4 bumper (p4) A periodic colour-preserving glider reflector with a minimum repeat time of 36. Unlike the p5 through p8 cases where Noam Elkies' domino spark-based reflectors are available, no small period-4 colour-changing reflector is known. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 

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:p4 reflector The following glider reflector, discovered by Karel Suhajda in October 2012. Its minimum repeat time is 52 ticks. Unlike the various bouncers discovered many years earlier, it is a colour-preserving reflector, so it was made obsolete the following year by the discovery of the much smaller stable Snark, which uses the same initial bait reaction and so produces an output glider with the same timing. For a smaller periodic colour-preserving glider reflector with a different output timing, see p4 bumper. 

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...............................OOO.......O.O..............
........................................O.OO..............
......................................OOO.....O...........
.....................................O...OOOOOOOO.........
..................................O.O.O..O.......O........
..............O...................OOOO.OO.OOOOOOO.O.......
..............OOO..................OOO.....O.O..O.O..OO...
.................O...................OOO.O.O...OO.O.O.O...
................OO.............OOO..OO.OOOOO....O.O.O.....
.............................O.O...OOO.OO.O..O.OOOO..O..OO
...........................OO.....O....O..O..O...O....O..O
...................O.......OO.O.O..O......O..O....OOOOOOO.
..................O...........O.O..O..O..O.........O......
..................OOO........O....O..O...........O...OO...
............................O.OOOOOOO........OO.O.OOO.O...
.............................O.........O.O....O.O.O.......
...................OO..........OOOOOOOOO.OOO..O.O.........
...................OO.......O...O.......O...O.O.O.........
...........................O..O...OOOO..O..O.O.O..........
.............................OO...O...O.O.O..O............
.............................O.....OOO.O.O.OO..O..........
........OO...............O...OOO.....O...O...OOO..........
...OO..O..O..................O...OO..O..O.OO..............
...O....O.O..................O...OOOO...O.O.OO............
OO.O.....O................OOO...O......OO...O.O...........
.O.O.OO....................OOO.....O..OO..O.O.O...........
O..O..O........OO...........OOO..OOO.OOO..O.O.OO..........
OO..O....O.....O.O..........O..O...O...O..O.O.............
.....OOOOO.......O...........O.O..O.OO...OOOO.............
................O..........O.O.O.OOO.OOO.O................
.......O.........OOO......O.OO.O..OO......................
......O.O..........O......O.....O......OO.O...............
.......O...................OOOOO......O..OO...............
.............................O........OO..................

:p54 shuttle (p54) A surprising variant of the twin bees shuttle found by Dave Buckingham in 1973. See also centinal. 

OO.........................OO
.O.........................O.
.O.O.......O.............O.O.
..OO.....O..O.....O......OO..
............O.....OO.........
........O..........OO........
........O...OO....OO.........
.........OOOOO...............
.............................
.........OOOOO...............
........O...OO....OO.........
........O..........OO........
............O.....OO.........
..OO.....O..O.....O......OO..
.O.O.......O.............O.O.
.O.........................O.
OO.........................OO

:p5 bouncer (p5) A colour-changing glider reflector constructed by Noam Elkies in September 1998 by welding together two special-purpose period-5 sparkers. The minimum repeat time is 25 ticks. For colour-preserving glider reflectors see p5 bumper and the stable Snark reflector. 

..........................O..
........................OO...
.........................OO..
.............................
.............................
........OO...................
.....O..O.O........O.........
....O.O.O.O.......O..........
...O.O.O..OO......OOO........
...O...O.O..O................
OO.OO..O.O.O..........OO.....
O.O....OOO..O.....OO..OO.....
..O.OOO...OO.....O.O.........
..O..O.....O......O..........
...O...O.O..O............OO..
....OOO.OO.OO.......OO....O..
......O....O........OO..OOO..
.......OOO.O.....OO.....OOO..
..........O.OO...OO.....OO...
.........O..O..OOO.O........O
.........OO..OOO...........OO
................O............
.............OOOO.O..........
............O..O...O.........
............OO...O.OOO.......
.............O.O..O...O......
.............O.OO.O..OO......
..............O..O...........
...............OO............

:p5 bumper A periodic colour-preserving glider reflector with a middleweight volcano producing the necessary spark. The minimum repeat time is 35 ticks. For an equivalent colour-changing periodic glider reflector see p5 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 

............................O
..........................OO.
...........................OO
.............................
.............................
.............................
.............................
.............................
.............................
...OO..O..........O..........
...O..O.O.........O.O........
....O.O.O.........OO.........
...OO.O.OO...................
..O...OO..O.....OO...........
.O..OO...OOO...O..O..........
.O.O.OO..OOO....O.O..........
..O.OO...OOO.....O...........
......OO..O..................
OOOOO.O.OO...........OO......
O..O..O.O............O.......
.....O..O.............OOO....
......OO................O....

:p5 reflector Traditional name for p5 bouncer before 2016, but with the discovery of the p5 bumper this has become an ambiguous reference.

:p60 gun A glider gun with a true period of 60. The first one was found by Bill Gosper in 1970 and is shown below. 

............................O..........
............................O.O........
...........OO..................OO......
.........O...O.................OO....OO
...OO...O.....O................OO....OO
...OO..OO.O...O.............O.O........
........O.....O.............O..........
.........O...O.........................
...........OO..........................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
..........O.O..........................
.........O..O...OO.....................
OO......OO.....OOO.OO..OO..............
OO....OO...O...O...O...O.O.............
........OO.....O.O........O............
.........O..O..OO......O..O............
..........O.O.............O............
.......................O.O.......OO....
.......................OO........O.O...
...................................O...
...................................OO..
There are several other ways to create a p60 gun from two p30 guns using period-doubling reactions similar to the one shown here.

:p690 gun A true period 690 glider gun found by Noam Elkies in July 1996. It is composed of a p30 queen bee shuttle pair and a p46 twin bees shuttle whose sparks occasionally react with each other. This is a very compact gun for such a high period and is used in many patterns requiring sparse glider streams. 

...........O........................................
...........OOO......................................
..............O.....................................
.............OO.....................................
....................................................
....................................................
....................................................
....................................................
...............OOO..................................
..............O...O.................................
....................................................
.............O.....O................................
.............OO...OO................................
....................................................
..........................................OO.O......
................O......OO............OOO..OO..O.....
OO.............O.O.....OO.............OO......O...OO
.O.............O.O.....................OOO...OOOO..O
.O.O.....O.....O........................O...O...OOO.
..OO...O.O.....O........O.....O.....................
......O.O......O..O.....O.....O.........O...O...OOO.
.....O..O......O..O....................OOO...OOOO..O
......O.O.......OO..OO...........OO...OO......O...OO
.......O.O...........................OOO..OO..O.....
.........O..............O.....O...........OO.O......
........................O.....O.....................

:p6 bouncer (p6) Noam Elkies' colour-changing glider reflector using the p6 pipsquirter, with a minimum repeat time of 24 ticks. For colour-preserving glider reflectors see p6 bumper and the stable Snark reflector. 

.......................O.
......................O..
......................OOO
...OO....................
...O.....................
.....O...................
....OOOO.........O.......
...O....O.......O........
...OOOOO.O......OOO......
.OO....O.O...............
O..O.....OO.........OO...
OO.O.O.O..O.....OO..OO...
...O..O.OOO....O.O.......
...OO.O...O.....O........
.....O.O.OO..............
.....O.O.O........OO.....
......O..O........O......
.......OO..........OOO...
.....................O...

:p6 bumper (p6) A periodic colour-preserving glider reflector with a unix providing the necessary spark. The minimum repeat time is 36 ticks. For an equivalent colour-changing periodic glider reflector see p6 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 

.......................O..
.......................O.O
.......................OO.
..........................
..........................
..........................
..........................
..........................
..........................
..............O...........
..............O.O.........
..............OO..........
..........................
............OO............
.....OO....O..O...........
.....OO.....O.O...........
.............O............
..........................
.....OOO.........OO.......
OO..O.OO.........O........
OO..OO............OOO.....
....OO..............O.....

:p6 pipsquirter (p6) A pipsquirter oscillator found by Noam Elkies in November 1997, used in various hasslers and the colour-changing p6 bouncer. 

.....O.........
.....O.........
...............
...O...O.......
.OOO.O.OOO.....
O...OO....O....
O.OO..OO.O.O...
.O..OO..OO.O...
..OO..OO.O.O.OO
....O..O.O.O.OO
....OOOO.OO....
........O......
......O.O......
......OO.......

:p6 reflector Traditional name for p6 bouncer before 2016, but with the discovery of the p6 bumper this has become an ambiguous reference.

:p6 shuttle (p6) The following oscillator found by Nicolay Beluchenko in February 2004. 

O.............
OOO...........
...O..........
..OO..........
..............
......O.......
.....OOOO.....
......O..O....
.......OOO....
..............
..........OO..
..........O...
...........OOO
.............O
This is extensible in more than one way: 
O........................
OOO......................
...O.....................
..OO.....................
.........................
......O..................
.....OOOO................
......O..O...............
.......OOO...............
.........................
..........OOO............
..........O..O...........
...........OOOO..........
.............O...........
.........................
.................O.......
................OOO......
.................O.O.....
.................O.O.....
..................OO.....
.....................OO..
.....................O.O.
.......................O.
.......................OO

:p72 quasi-shuttle (p72) The following oscillator, found by Jason Summers in August 2005. Although this looks at first sight like a shuttle, it isn't really. 

..............................O......
.............................OO......
............................O.OO.....
.OOOO......................OOO..O....
O....O.......................O.O.O...
O...O.O.......................O.O.O..
.O...O.O......OO...............O..OOO
.......O.....O.O................OO.O.
.......O.....O...................OO..
....O..O.....OOO.................O...
.....OO..............................
.....................................
.....OO..............................
....O..O.....OOO.................O...
.......O.....O...................OO..
.......O.....O.O................OO.O.
.O...O.O......OO...............O..OOO
O...O.O.......................O.O.O..
O....O.......................O.O.O...
.OOOO......................OOO..O....
............................O.OO.....
.............................OO......
..............................O......

:p7 bouncer (p7) Noam Elkies' colour-changing glider reflector using a p7 pipsquirter, with a minimum repeat time of 28 ticks. A high-clearance version is shown in p7 pipsquirter. For colour-preserving glider reflectors see p7 bumper and the stable Snark reflector. 

.......................O.
......................O..
......................OOO
.........................
.........................
.........................
.........................
................O........
......OO.......O.........
......O.O......OOO.......
........O................
...O..O.OO.........OO....
...OOOO..O.....OO..OO....
.......OOO....O.O........
...OOOO..O.....O.........
..O...O.OO...............
.O.OOOO.O........OO......
.O.O..O.O........O.......
OO.O.O.O.OO.......OOO....
O..OOO.O..O.........O....
..O...O.O................
...OO.O.OO...............
....O....................
..O.O.OOOO...............
.O.OOOO..O...............
.O.....O.................
..OOOOOO.O...............
....O...O.O..............
.......O..O..............
........OO...............

:p7 bumper (p7) A periodic colour-preserving glider reflector with a minimum repeat time of 35 ticks. For an equivalent colour-changing periodic glider reflector see p7 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 

......O..................
....O.O.......OO.....OO..
.....OO......O..O...O..O.
.........................
.......OO.......O...O....
......O..O....O.......O..
......O.O.....OO.....OO..
.......O.........O.O.....
.............O..OO.OO..O.
..OO........O.O..O.O..O.O
...O........O..O.O.O.O..O
OOO.............O...O....
O........................

:p7 pipsquirter A pipsquirter oscillator found by Noam Elkies in August 1999, used in various hasslers and the colour-changing p7 reflector. 

................O.....
........O.......O.....
.OO...OOO..O..........
..O..O...OOO..O...O.OO
..O.O.OO....OOO.O.OO.O
OO..O.O.OOOO....O.....
.O.OO........OOO.OOOO.
.O....O.O.OO...O.O..O.
OO.O.O.OO....O.O......
.O.O......OOOO.O......
.O..OOOOOO....O.......
OO....O..O..O.........
............OO........

A larger period-7 pipsquirter is used in cases where space is limited where the reflector should extend southward for as short a distance as possible: 

.....OO..................................
......OOO................................
....O....O...............................
..OOOOOO.O.............................O.
.O.....O.OO....OO.....................O..
.O.OO.O....O..O.O.....................OOO
..O...O.OO.O..O..........................
....O.O..O.OO.O..........................
...OO...O.....OO.........................
..O..OO.O.OOOO..O...OO...................
O..O...O.O...O.O...O.O..........O........
OO.O...O..OO.O..OOOO..OO.......O.........
.O.O.OO.O.O.O.O.O...OO..O......OOO.......
O..OOO..O.....O....O..O.O................
O.O...O.OO...OO....O.OO.OO.........OO....
.O.OOOO..O..O.O....O.....O.....OO..OO....
...O...O......OO...O..OOOO....O.O........
...O.OO..O..O.O....O.....O.....O.........
....O.O.OO...OO....O.OO.OO...............
......O.O.....O....O..O.O........OO......
......O.O...O.O.O...OO..O........O.......
.......O...O.O..OOOO..OO..........OOO....
...........O.O.O...O.O..............O....
............OO.OO...OO...................

:p7 reflector Traditional name for p7 bouncer before 2016, but with the discovery of the p7 bumper this has become an ambiguous reference.

:p8 bouncer A glider reflector constructed by Noam Elkies in September 1998, with a minimum repeat time of 24 ticks. It is a constellation containing a figure-8, boat, eater1, and block. For colour-preserving glider reflectors see p8 bumper and the stable Snark reflector. 

................O.
...............O..
...............OOO
..................
..................
..................
..........O.......
.........O........
.........OOO......
..................
.............OO...
.........OO..OO...
........O.O.......
.........O........
.....O............
....O.O....OO.....
...O...O...O......
..O...O.....OOO...
.O...O........O...
O...O.............
.O.O..............
..O...............

:p8 bumper A periodic colour-preserving glider reflector with a blocker attached to provide the necessary spark. The minimum repeat time is 40 ticks. For an equivalent colour-changing periodic glider reflector see p8 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 

....................O..
....................O.O
....................OO.
.......................
.......................
.......................
.......................
.......................
.......................
.......................
..........O............
..........O.O..........
..........OO...........
.......................
........OO.............
.OO....O..O............
.OO.....O.O............
.OO......O.............
..O....................
.O.O.........OO........
OO.O.........O.........
..............OOO......
................O......
.OO....................
.OO....................

:p8 G-to-H A small periodic variant of a stable two-glider-to-Herschel component found by Paul Callahan in November 1998 and used in the Callahan G-to-H, Silver reflector and Silver G-to-H. The minimum repeat time is 192 ticks, though some lower periods such as 96 are possible via overclocking. Here a ghost Herschel marks the output signal location: 

....O.........O...................
....OOO.....OOO...................
.......O...O......................
..O...OO...OO.....................
...O..............................
.OOO..............................
..................................
..................................
..................................
...............................O..
...............................O..
....................OO.........OOO
....................OO...........O
........OO........................
.......O..O.......................
..OO....OO........................
.O.O..............................
.O................................
OO................................
..........OO......................
..........O.......................
...........OOO....................
.............O...........OO.......
.....................OO..OO.......
....................O.O...........
.....................O............
.................O................
................O.O....OO.........
...............O...O...O..........
..............O...O.....OOO.......
.............O...O........O.......
............O...O.................
.............O.O..................
..............O...................

:p8 reflector Traditional name for p8 bouncer before 2016, but with the discovery of the p8 bumper this has become an ambiguous reference.

:p90 gun A glider gun with true period 90. The one below by Dean Hickerson uses the output of two p30 guns in a period-multiplying reaction: 

......................................O.........................
......................................OOOO......................
................................OO.....OOOO.......O.............
...........................O...O..O....O..O......O.O............
..........................O.O...OO.....OOOO....OO...O...........
.........OO...............OO.O........OOOO.....OO...O.........OO
.........O.O..............OO.OO.......O........OO...O.........OO
....OO......O.............OO.O...................O.O............
OO.O..O..O..O.............O.O.....................O.............
OO..OO......O........O.....O...........O.O......................
.........O.O.......O.O.................OO.......................
.........OO.........OO..................O.......................
................................................................
................................................................
...........................................OO...................
...........................................OO...................
................................................................
................................................................
................................................................
................................................................
................................................................
................................................................
........................................OO......................
........................................O.......................
.........................................OOO....................
...........................................O....................

:p92 gun A glider gun with a true period of 92. The first one was found by Bill Gosper in 1971 using a period doubling reaction using two p46 guns. Many different p92 guns are known that use multiple twin bees shuttles. A period 92 gun can also be made by adding a semi-cenark to any period 46 glider gun.

On 18 November 2017, Martin Grant found a new gun using one twin bees shuttle and one Tanner's p46 oscillator, making it the smallest known p92 gun. 

....OO..............O.........................
.....O.............O.O........................
.....O.O...........O.O........................
......OO..OO.....OOO.OO....................OO.
..........OO....O..........................OO.
.................OOO.OO........O..............
...................O.OO....OO..O..............
.......OO.O.O.............O.....O...........OO
.......OO.O.O............OO..O.O............OO
.......OO...O.............OO...O..............
.......OO....OO......OO....OOO................
O......OO.....OO.....OO.......................
OOO.......OOO.O............OOO................
...O.....OO...O.O.O.......OO...O..............
..O.O......O..O...O......OO..O.O............OO
..OO.......O.O..O.O.......O.....O...........OO
...........................OO..O..............
..OO...........................O..............
..O........................................OO.
....O......................................OO.
...OO.........................................
........OO....................................
.........O.....................O..............
......OOO.......................O.............
......O.......................OOO.............

:p9 bumper A periodic colour-preserving glider reflector with a repeat time of 36. Unlike the p5 through p8 cases where Noam Elkies' domino spark-based reflectors are available, no small period-9 colour-changing reflector is known. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 

........................O..
........................O.O
........................OO.
...........................
...........................
...........................
...........................
...........................
...........................
...............O...........
......OO.......O.O.........
.....O.O.......OO..........
.OO..O.....................
.O.O.OO......OO............
...O...O....O..O...........
O..O.O.OO....O.O...........
OOO..O.O......O............
...OO.O....................
..O..O..O.........OO.......
...OOOOOO.........O........
...................OOO.....
.....OO..............O.....
.....OO....................

:pair of bookends = bookends

:pair of tables = table on table

:paperclip (p1) A relatively 180-degree rotationally symmetric 14-bit still life. The Iwona methuselah contains a paperclip in its ash. 

..OO.
.O..O
.O.OO
OO.O.
O..O.
.OO..

:parallel grey ship = with-the-grain grey ship

:Parallel HBK ((6,3)c/245912, p245912) A much smaller successor to the half-baked knightship, constructed by Chris Cain in September 2014. Several slow-salvo recipes are needed to support the multi-glider salvo seeds at the upstream end of the spaceship. "Parallel" means that these recipes are sent in parallel instead of one after the other, in series, as in the original HBK.

:Parallel HBK gun An armless constructor pattern that is programmed to build Parallel HBK oblique spaceships every 125906944 ticks. This gun was created by Chris Cain on 3 January 2015.

:parasite A self-sustaining reaction attached to the output of a rake or puffer, that damages or modifies the standard output. Compare tagalong. In 2009, while experimenting with novelty generator patterns in Golly, Mitchell Riley discovered parasites on glider streams from p20 and p8 backward rakes. In some cases, parasites can even "reproduce", as in the pattern below, though the number of copies is limited since they will eventually use up their host glider stream: 

......O.............O.........
.....OOO...........OOO........
...OO.OOO.........OOO.OO......
....O..O.OO.....OO.O..O.......
.OO.O....O.O...O.O....O.OO....
.OO.O.O..O.OO.OO.O..O.O.OO....
.O........O.O.O.O........O....
OO.......OO.O.O.OO.......OO...
............O.O...............
.......OOO.O...O.OOO..........
......OO...........OO.........
......O.....O....OO..O........
.....OO....OOO...OO..O........
...........O.OO...OOO.........
............OOO....O..........
............OOO...............
............OOO...............
............OO................
..............................
...................O.O........
....................OO........
...............OO...O.........
........OO......OO............
.......OO......O..............
.........O....................
..............................
..............................
.................OO...........
..........O......OOO..........
.........OOO.O...OOO..........
........OO.O.....OOO..........
........OO......O.OO..........
........OO......OOO....OO.....
........OO.OO....O.....O......
.........OO...........OO......
..........OOO.O...O.OOO.......
...............O.O............
...OO.......OO.O.O.OO.......OO
....O........O.O.O.O........O.
....OO.O.O..O.OO.OO.O..O.O.OO.
....OO.O....O.O...O.O....O.OO.
.......O..O.OO.....OO.O..O....
......OO.OOO.........OOO.OO...
........OOO...........OOO.....
.........O.............O......

:parent A pattern is said to be a parent of the pattern it gives rise to after one generation. Some patterns have infinitely many parents, but others have none at all (see Garden of Eden). Typically parents are considered trivial if they contain groups of cells that can be removed without changing the result, such as isolated faraway cells.

:parent cells The three cells that cause a new cell to be born.

:parity Even or odd, particularly as applied to the phase of an oscillator or spaceship. For example, in slow salvo constructions, the intermediate targets are frequently period 2, most often because they contain blinkers or traffic lights. A glider striking a P2 constellation will generally produce a different result depending on its parity. Period-4 intermediate targets are rare (or not used), so it doesn't matter for example whether an odd-parity glider in a slow salvo is phase 1 or phase 3. Only the even/odd parity is important.

:partial result An intermediate object found by a search program which might be a substantial part of a complete spaceship or oscillator, but which isn't complete.

Running a partial result works for a few generations until the speed of light corruption from any unfinished edge destroys the whole object. But a partial result can still be used to see whether the object (if ever finished) would provide a desired spark or perturbation. If no partial results are found then it is likely that no such object exists under the constraints of the search.

Very large partial results can indicate that there is a good chance that the object being searched for might actually exist (but this is no guarantee). Rerunning the search using the partial result as a base and relaxing some constraints, widening or adjusting the search area, or splitting the object into multiple arms might result in finding a complete working object.

As an example, here is a large partial result for a period 6 knightship found by Josh Ball in April 2017. The first 22 columns were rediscovered in 2018 as part of the successful search for Sir Robin. See also almost knightship for an earlier small example by Eugene Langvagen. 

....OOO...................
...O..OO..................
...O....O.................
..........................
...OOO...OO.OOO...........
.OO.O.O....O.OO...........
...O..O....O..OO..........
O..O........O.............
O....O..OO..O..O..........
.O.OOO..OO...OO...........
...OO.O.OO.O...O..........
.........OO.OOO...........
.........O.....O..........
............OOO..OOO......
...............O.OO.......
..........OO.O...OOO......
..........OO..O..OO.......
............OOOO...O......
.............OO.O..O......
...........OO.O.O.O.......
..............O...........
...........O.......OO.....
............OO.....OO.....
..............OO.O........
................OOO..O.O..
................OO...O....
.................O........
..................OOOOO.O.
...................OO..OOO
...................OO....O
.......................OO.

:PD = pentadecathlon

:PD hassler = p29 pentadecathlon hassler

:PD-pair reflector A pair of pentadecathlons arranged so that their V sparks turn a glider by 90 degrees. The minimum repeat time is 45 ticks. 

..............OOO......
.......................
.............O...O.....
.............O...O.....
.......................
..............OOO......
.......................
.......................
..............OOO......
.......................
.............O...O.....
.............O...O.....
....................O..
..............OOO...O.O
....................OO.
.......................
O..O.OO.O..O...........
OOOO.OO.OOOO...........
O..O.OO.O..O...........
This was found by Mark Niemiec on 6 January 1996, which is relatively recent considering how old pentadecathlon technology is.

:pedestle (p5) An oscillator found by Dave Buckingham in 1973. 

.....O.....
....O.O....
.O..OO.....
.OOO.......
.....OOO...
...OO...O..
..O....O..O
.O.O.O.O.OO
.O.O...O.O.
OO.O.O.O.O.
O..O....O..
..O...OO...
...OOO.....
.......OOO.
.....OO..O.
....O.O....
.....O.....

:penny lane (p4) Found by Dave Buckingham, 1972. 

...OO.....OO...
...O.......O...
OO.O.......O.OO
OO.O.OOOOO.O.OO
....O..O..O....
.....OOOOO.....
...............
.......O.......
......O.O......
.......O.......

:pentadecathlon (p15) Found in 1970 by Conway while tracking the history of short rows of cells, 10 cells giving this object, which is the most natural oscillator of period greater than 3. In fact it is the fifth most common oscillator overall, appearing in random soups slightly more frequently than the clock, but much less frequently than the blinker, toad, beacon or pulsar. The pentadecathlon can be constructed using just three gliders, as shown in glider synthesis. 

..O....O..
OO.OOOO.OO
..O....O..

The pentadecathlon is the only known oscillator that has two phases that are different polyominoes. It produces accessible V sparks and domino sparks, which give it a great capacity for doing perturbations, especially for period 30 based technology. See relay for example.

:pentant (p5) Found by Dave Buckingham, July 1976. 

OO........
.O........
.O.O......
..OO....OO
.........O
.....OOOO.
.....O....
..O...OOO.
..OOOO..O.
.....O....
....O.....
....OO....

:pentaplet Any 5-cell polyplet.

:pentapole (p2) The barberpole of length 5. 

OO......
O.O.....
........
..O.O...
........
....O.O.
.......O
......OO

:pentoad (p5) Found by Bill Gosper, June 1977. This is extensible: if an eater is moved back four spaces then another Z-hexomino can be inserted. (This extensibility was discovered by Scott Kim.) 

...........OO
...........O.
.........O.O.
.........OO..
.....OO......
......O......
......O......
......OO.....
..OO.........
.O.O.........
.O...........
OO...........

:pentomino Any 5-cell polyomino. There are 12 such patterns, and Conway assigned them all letters in the range O to Z, loosely based on their shapes. Only in the case of the R-pentomino has Conway's label remained in common use, but all of them can nonetheless be found in this lexicon.

:period The smallest number of generations it takes for an oscillator or spaceship to reappear in its original form. The term can also be used for a puffer, wick, fuse, superstring, stream of spaceships, factory or gun. In the last case there is a distinction between true period and pseudo period. There is also a somewhat different concept of period for wicktrailers.

:period doubler See period multiplier.

:periodic For circuit mechanisms, "periodic" is the opposite of p1 or stable. Periodic circuits necessarily contain oscillators, and therefore they can generally only accept input signals that are synchronized to the combined period of those oscillators (but see universal regulator).

For signal streams, "periodic" means that signals will only be present in the stream at one out of every n ticks, where n is the period of the stream. In a periodic intermittent stream there may be gaps, so that signals do not always appear at every nth tick. However, if a signal does appear, its distance measured in ticks from previous and future signals will always be an exact multiple of n.

:period multiplier A term commonly used for a pulse divider, because dividing the number of signals in a regular stream by N necessarily multiplies the period by N. The term "period multiplier" can be somewhat misleading in this context, because most such circuits can accept input streams that are not strictly periodic.

Reactions have also been found to period double or period triple the output of some rakes to create high-period rakes in a relatively small space (i.e., an exponential increase in period for a linear increase in size).

For Herschel signals and glider guns, a number of small period doubler, tripler, and quadrupler mechanisms are known. For example, the following conduit produces one output glider after accepting four input B-heptominoes, or four Herschels if a conduit such as F117 is prepended that includes the same BFx59H converter. 

....................O........................
....................OOO......................
.......................O.....................
............OO........OO.....................
.............O...............................
.............O.O.............................
OO............OO.............................
O.O..........................................
..O..........................................
..OO.........................................
.............................................
.............................................
...........................................OO
...........................................OO
.............................................
.O...OO......................................
.OO..OO......................................
..OO.........................................
.OO..........................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.................................OO..........
.........OO......................OO..........
........O.O..................................
........O....................................
.......OO....................................

See semi-Snark and tremi-Snark for additional examples using glider streams. As of June 2018 no stable period-multiplying elementary conduits are known for a multiplication factor of five or higher, though it is easy to construct composite ones.

:permanent switch A signal-carrying circuit that can be modified so that it cleanly absorbs any future signals instead of allowing them to pass. Optionally there may be a separate mechanism to restore the circuit to its original function.

In the following example, a glider from the northeast (shown) will perform a simple block pull that switches off an F166 conduit, so that any future Herschel inputs will be cleanly absorbed. A glider from the southwest (also shown) can restore the block to its original position. 

.OO........................................................
..O........................................................
.O.........................................................
.OO...............................................OO.......
...................................................O.......
..................................................O........
..................................................OO.......
..................................O........................
..................................O.O......................
O...OO............................OO.......................
OO..OO.....................................................
.OO......................OO................................
OO.......................OO..........................OO....
.....................................................OO....
...........................................................
...........................................................
...........................................................
...........................................................
.............OO............................................
............O.O........OO..................................
..............O.......O.O..................................
......................O....................................
.....................OO.........................OO.........
................................................OO.........
...........................................................
...........................................................
..................................OO.....................OO
...................................O......................O
................................OOO....................OOO.
................................O......................O...
............................................OO.............
............................................O..............
.............................................OOO...........
...............................................O...........

:perpendicular grey ship = against-the-grain grey ship

:perturb To change the fate of an object by reacting it with other objects. Typically, the other objects are sparks from spaceships or oscillators, or are eaters or impacting spaceships. Perturbations are typically done to turn a dirty reaction into a clean one, or to change the products of a reaction. In many desirable cases the perturbing objects are not destroyed by the reaction, or else are easily replenished.

:perturbation = perturb.

:PF35W One of the three elementary conduits used in the composite Fx176 Herschel conduit. It converts an input pi-heptomino into an output wing in 35 ticks. In November 2017, Aidan F. Pierce discovered the compact PF35W variant below, which improved the repeat time of the Fx176 to 73 ticks and allowed gliders from following dependent conduits to escape freely: 

O.........OO...
OOO....OO..O...
...O..O..OO....
..OO...OO..OOO.
.........O.O..O
.........O...OO
..........O....
.........OO....
...............
...............
...............
...............
...OOO.........
.....O.........
...OOO.........
...............
...............
...............
...............
...............
...............
...............
...............
..OO...........
...O...........
OOO............
O..............
Several variants of the key catalyst are known, including welded additions for the Fx176 that absorb the following Herschel's first natural glider, since a standard fishhook eater doesn't quite fit. The following is a complete Fx176 conduit incorporating the new PF45W: 
   ......................O...........................
......................OOO...OO....................
..............OO.........O..O..OO.................
..............OO........OO...OO..O................
...............................O.OOO..............
...............................O....O.OO..........
................................O.O.O.O.O.........
...............................OO.OO...O..........
OO................................................
.O...................................OOOOO........
.O.O.................................O...O........
..OO...................................O..........
.........................OOO..........OOO.........
...........................O.............O........
.........................OOO............OO........
..................................................
..................................................
..................................................
..O...............................................
..O.O...............................OO...........O
..OOO...............................OO.........OOO
....O..........................................O..
...............................................O..
..............OO........OO........................
..............OO..OO.....O........................
..................O.O.OOO.........................
....................O.O...........................
....................OO....OO......................
.........................O.O....OO................
.........................O......OO................
........................OO........................

:phase A representative generation of a periodic object such as an oscillator or spaceship. The number of phases is equal to the period of the object. The phases of an object usually repeat in the same cyclic sequence forever, although some perturbations can cause a phase change.

:phase change A perturbation of a periodic object that causes the object to skip forward or backward by one or more phases. If the perturbation is repeated indefinitely, this can effectively change the period of the object. An example of this, found by Dean Hickerson in November 1998, is shown below. In this example, the period of the oscillator would be 7 if the mold were removed, but the period is increased to 8 because of the repeated phase changes caused by the mold's spark. 

..........O....
.........O.OO..
..OO.........O.
..O......O..O.O
.......O...O..O
OOOOOO.O....OO.
O..............
.OO.OO...OO....
..O.O....O.O...
..O.O......O...
...O.......OO..

The following pattern demonstrates a p4 c/2 spaceship found by Jason Summers, in which the phase is changed as it deletes a forward glider. This phase change allows the spaceship to be used to delete a glider wave produced by a rake whose period is 2 (mod 4). 

........O...........................
.......OOO.OO.......................
......OO...O.OO.....................
.....OO..O.....O....................
......O.....O...O.OOO...............
.....OO.....O...O.O..O..............
...OO.O.OO....O.O.O...O.............
....O.O..OO...........O.............
.OO.O..O..O.........O...............
.OO.O.....OO.........O.OOO..........
.O.O.............OOO.O.O.OO.........
OO.OO...........OO.O..O.O.O.........
..............OO.O...OOO..OO.....OO.
.............O...O......O........O.O
............O.....O..OO.O.OO.....O..
...........O..O.O......O.O..........
...........O.....OO....OOO..........
.............O..........O...........
..........O.O...........O...........
.........OO.O.OOO...................
........O.O.O...O...................
.......OO.O.........................
......O...O.....OO..................
....................................
......OO.OO.........................

Phase changing reactions have enabled the construction of spaceships having periods that were otherwise unknown, and also allow the construction of period-doubling and period-tripling convoys to easily produce very high period rakes.

See also blinker puffer.

:phase shift = phase change

:phi The following common spark. The name comes from the shape in the generation after the one shown here. 

.OOO.
O...O
O...O
.OOO.
One oscillator which produces this spark is Tanner's p46. The pentadecathlon produces a slightly corrupted version of this spark.

:phi calculator (p1 circuitry) See pi calculator.

:phoenix Any pattern all of whose cells die in every generation, but which never dies as a whole. A spaceship cannot be a phoenix, and in fact every finite phoenix eventually evolves into an oscillator. The following 12-cell oscillator (found by the MIT group in December 1971) is the smallest known phoenix, and is sometimes called simply "the phoenix". 

....O...
..O.O...
......O.
OO......
......OO
.O......
...O.O..
...O....
This is extensible and is just the first of a family of phoenixes made by joining components together to form a loop. Here is another member of this family. 
.....................O.......O......
.....................O.O.....O.O....
.................O.O.....O.O........
.................O.......O......OO..
.....O.......O.O....................
.....O.O.....O...................O..
...O.....O.O........................
.........O........................OO
..OO................................
..................................O.
.O..................................
................................OO..
OO........................O.........
........................O.O.....O...
..O...................O.....O.O.....
....................O.O.......O.....
..OO......O.......O.................
........O.O.....O.O.................
....O.O.....O.O.....................
......O.......O.....................
Every known phoenix oscillator has period 2. In January 2000, Stephen Silver showed that a period 3 oscillator cannot be a phoenix. The situation for higher periods is unknown.

An easy synthesis of the phoenix is possible using four blocks as seeds. A puffer creating a growing row of phoenixes has the unusual property that the percentage of live cells that stay alive for more than one generation approaches zero. See lone dot agar for an example of an infinite phoenix.

:pi = pi-heptomino

:Pianola breeder A series of patterns by Paul Tooke in 2010, based on a simplification and extension of the Gemini spaceship's construction mechanism. Tooke produced a number of slow-salvo-constructed patterns with superlinear growth, including a series of breeder patterns of previously unknown types. For some patterns, the Gemini's two construction arms were moved to a permanent stationary platform, using fourteen glider-loop channels instead of twelve.

Some of these breeder patterns remain difficult to classify unambiguously. For example, one pattern was designed to be an MSS breeder - a modified Gemini spaceship puffing slide guns which build lines of blocks. However, the slide guns produce both moving and stationary objects at a linear rate, because streams of gliders are needed to reach out to the construction zone to do the push reaction and build more blocks. The pattern could therefore be classified as a hybrid MSM/MSS breeder. Other breeder patterns utilizing slide guns and universal constructor technology are likely to cause similar classification ambiguities.

:pi calculator (p1 circuitry) A device constructed by Adam P. Goucher in February 2010, which calculates the decimal digits of pi (the transcendental number, not the Life pattern!) and displays them in the Life universe as 8x10 dot matrix characters formed by arrangements of blocks along a diagonal stripe at the top. A push reaction moves a ten-block diagonal cursor to the next position as part of the "printing" operation for each new digit.

The actual calculation is done in binary, using a streaming spigot algorithm based on linear fractional transformations. The pi calculator is made up of a 188-state computer connected to a printing device via period-8 regulators and a binary-to-decimal conversion mechanism. The complete pattern can be found in Golly's Very Large Patterns online archive, along with the very similar 177-state phi calculator which uses a simpler algorithm to calculate and print the Golden Ratio.

:pi climber The reaction that defines rate of travel of the Caterpillar spaceship. A pi climber consists of a pi-heptomino "climbing" a chain of blinkers, moving 17 cells every 45 ticks, and leaving behind an identical chain of blinkers, shifted downward by 6 cells. A single pi climber does not produce any gliders or other output, but two or more of them travelling on nearby blinker chains can be arranged to emit gliders every 45 ticks. Compare Herschel-pair climber. 

..O..
..O..
..O..
.....
.....
.....
.....
.....
.....
.....
.....
.....
.....
.....
.....
..O..
.OOO.
.O.O.

:pi-heptomino (stabilizes at time 173) A common pattern. The name is also applied to later generations of this object. In a pi ship, for example, the pi-heptomino itself never arises. 

OOO
O.O
O.O

:pincers = great on-off

:pinwheel (p4) Found by Simon Norton, April 1970. Compare clock II. 

......OO....
......OO....
............
....OOOO....
OO.O....O...
OO.O..O.O...
...O...OO.OO
...O.O..O.OO
....OOOO....
............
....OO......
....OO......

:pi orbital (p168) Found by Noam Elkies, August 1995. In this oscillator, a pi-heptomino is turned ninety degrees every 42 generations. A second pi can be inserted to reduce the period to 84. 

..............OO....OO....OO...............................
.............O..O.O....O.O..O..............................
.............OOO..........OOO..............................
................OO......OO.................................
...............O..OOOOOO..O................................
...............OO........OO................................
...........................................................
........O.............................OO..........O........
.......O...OOO......O.........O.......OO.........O.O.......
........O.OOOOO..........OOO...O...........................
............O...O.....O.OOOOO.O..................O.........
............OO....OOO.....O......................OO........
............OO....OOO....OO...................OOOOO........
...................O.....OO...................OO.OO.....OO.
.................................................O......O.O
.....................................................OO.O.O
.....................................................O.O.O.
.......................................................O...
...................................OOO.........O.O...O..O..
.......OO..........................O..O........O..O.....O..
.......OO..............................O.......O.O..O...O..
...................................O..O.............O...O..
...................................OOO..................O..
.....................................................O..O..
................................................O......O...
.............................................OO.OO...O.O.O.
.............................................OOOOO...OO.O.O
.........O......................................OO......O.O
........O.O.....................................O.......OO.
...........................................................
.OO.......O.....................................O.O........
O.O......OO......................................O.........
O.O.OO...OOOOO.............................................
.O.O.O...OO.OO.............................................
...O......O................................................
..O..O.....................................................
..O........................................................
..O...O....................................................
..O...O..O.O......................................OO.......
..O.....O..O......................................OO.......
..O..O...O.O...............................................
...O.......................................................
.O.O.O.....................................................
O.O.OO.....................................................
O.O......O.................................................
.OO.....OO.OO...................OO.....O...................
........OOOOO...................OO....OOO....OO............
........OO......................O.....OOO....OO............
.........O..................O.OOOOO.O.....O...O............
...........................O...OOO..........OOOOO.O........
.......O.O.........OO.......O.........O......OOO...O.......
........O..........OO.............................O........
...........................................................
................................OO........OO...............
................................O..OOOOOO..O...............
.................................OO......OO................
..............................OOO..........OOO.............
..............................O..O.O....O.O..O.............
...............................OO....OO....OO..............

:pi portraitor (p32) Found by Robert Wainwright in 1984 or 1985. Compare with gourmet and popover. 

...........OO...........
......OO.O....O.OO......
......O..........O......
.......OO......OO.......
....OOO..OOOOOO..OOO....
....O..O........O..O....
.OO.O.O..........O.O.OO.
.O.O.O............O.O.O.
...O................O...
.O..O..............O..O.
....O.......OOO....O....
O...O.......O.O....O...O
O...O.......O.O....O...O
....O..............O....
.O..O..............O..O.
...O................O...
.O.O.O............O.O.O.
.OO.O.O..........O.O.OO.
....O..O........O..O....
....OOO..OOOOOO..OOO....
.......OO......OO.......
......O..........O......
......OO.O....O.OO......
...........OO...........

:pipsquirt = pipsquirter

:pipsquirter An oscillator that produces a domino spark that is orientated parallel to the direction from which it is produced (in contrast to domino sparkers like the pentadecathlon and HWSS, which produce domino sparks perpendicular to the direction of production). See p6 pipsquirter, p7 pipsquirter.

:pi ship A growing spaceship in which the back part consists of a pi-heptomino travelling at a speed of 3c/10. The first example was constructed by David Bell. All known pi ships are too large to show here, but the following diagram shows how the pi fuse works. 

............O............
...........O.O...........
OO........OO.OO........OO
OO.....................OO

:piston (p2) Found in 1971. 

OO.......OO
O.O..O..O.O
..OOOO..O..
O.O..O..O.O
OO.......OO

:pi wave A line of pi-heptominoes stabilizing one another. For example, an infinite line of pi-heptominoes arranged as shown below produces a pi wave that moves at a speed of 3c/10 with period 30, and leaves no debris. 

OOO...............OOO...............OOO...............OOO
O.O...............O.O...............O.O...............O.O
O.O...............O.O...............O.O...............O.O

:pixel = cell

:plet = polyplet

:polyomino A finite collection of orthogonally connected cells. The mathematical study of polyominoes was initiated by Solomon Golomb in 1953. Conway's early investigations of Life and other cellular automata involved tracking the histories of small polyominoes, this being a reasonable way to ascertain the typical behaviour of different cellular automata when the patterns had to be evolved by hand rather than by computer. Polyominoes have no special significance in Life, but their extensive study during the early years lead to a number of important discoveries and has influenced the terminology of Life. (Note on spelling: As with "dominoes" the plural may also be spelt without an e. In this lexicon I have followed Golomb in using the longer form.)

It is possible for a polyomino to be an oscillator. In fact there are infinitely many examples of such polyominoes, namely the cross and its larger analogues. The only other known examples are the block, the blinker, the toad, the star and (in two different phases) the pentadecathlon.

A polyomino can also be a spaceship, as the LWSS, MWSS and HWSS show.

:polyplet A finite collection of orthogonally or diagonally connected cells. This king-wise connectivity is a more natural concept in Life than the orthogonal connectivity of the polyomino.

:pond (p1) 

.OO.
O..O
O..O
.OO.

:pond on pond (p1) This term is often used to mean bi-pond, but may also be used of the following pseudo still life. 

.OO...OO.
O..O.O..O
O..O.O..O
.OO...OO.

:popover (p32) Found by Robert Wainwright in August 1984. Compare with gourmet and pi portraitor. 

.....................O..........
.....................O..........
.....................OOO........
.............OO.......OO........
.............OO..OOO..OO........
...................OOO..........
...................OOO..........
..............OO................
..OOO........O..O...............
..OOO........O.O................
OOO..OO...O...O....OOO..........
.....OO...O.....................
....OOO...O.....................
....O.................OO...OO...
....O...........OOO..O..O..OO...
........O.......O.O...O.O.......
.......O.O......O.O....O........
...OO..O..O................O....
...OO...OO.................O....
.....................O...OOO....
.....................O...OO.....
..........OOO........O...OO..OOO
.................OO........OOO..
................O..O.......OOO..
................O.O.............
..........OOO....O..............
..........OOO...................
........OO..OOO..OO.............
........OO.......OO.............
........OOO.....................
..........O.....................
..........O.....................

:population The number of ON cells.

:P-pentomino Conway's name for the following pentomino, a common spark. 

OO
OO
O.

:PPS (c/5 orthogonally, p30) A pre-pulsar spaceship. Any of three different p30 c/5 orthogonal spaceships in which a pre-pulsar is pushed by a pair of spiders. The back sparks of the spaceship can be used to perturb gliders in many different ways, allowing the easy construction of c/5 puffers. The first PPS was found by David Bell in May 1998 based on a p15 pre-pulsar spaceship found by Noam Elkies in December 1997. See also SPPS and APPS.

The pattern below shows the basic mechanism of a PPS. The two isolated sparks at the left and right sides are the edge sparks from the two supporting spiders. 

...O.....O...
..O.O...O.O..
.............
..OOO...OOO..
.............
.............
.............
..OOO...OOO..
.............
O.O.O...O.O.O
...O.....O...

:pre-beehive The following common parent of the beehive. 

OOO
OOO

:pre-block The following common parent of the block. Another such pattern is the grin. 

O.
OO

:precursor = predecessor

:predecessor Any pattern that evolves into a given pattern after one or more generations.

:pre-pre-block A common predecessor to the pre-block (and thus the block): 

O.O
.OO
This is easily created by a two-glider collision. Hitting the pre-pre-block with a glider can create a MWSS. Both of these reactions are shown below: 
.O..........
..O.........
OOO.........
............
............
...OOO....OO
.....O...OO.
....O......O

:pre-pulsar A common predecessor of the pulsar, such as that shown below. This duplicates itself in 15 generations. (It fails, however, to be a true replicator because of the way the two copies then interact.) 

OOO...OOO
O.O...O.O
OOO...OOO

A pair of tubs can be placed to eat half the pre-pulsar as it replicates; this gives the p30 oscillator Eureka where the pre-pulsar's replication becomes a movement back and forth. See twirling T-tetsons II for a variation on this idea. By other means the replication of the pre-pulsar can be made to occur in just 14 generations as half of it is eaten; this allows the construction of p28 and p29 oscillators. The pre-pulsar was also a vital component of the first known p26 and p47 oscillators.

See also PPS.

:pre-pulsar spaceship = PPS.

:pressure cooker (p3) Found by the MIT group in September 1971. Compare mini pressure cooker. 

.....O.....
....O.O....
....O.O....
...OO.OO...
O.O.....O.O
OO.O.O.O.OO
...O...O...
...O...O...
....OOO....
...........
...O.OO....
...OO.O....

:primer A pattern originally constructed by Dean Hickerson in November 1991 that emits a stream of LWSSs representing the prime numbers. Some improvements were found by Jason Summers in October 2005.

:PRNG = pseudo-random number generator

:propagator = linear propagator

:protein (p3) Found by Dave Buckingham, November 1972. 

....OO.......
....O........
......O......
..OOOO.O.OO..
.O.....O.O..O
.O..OO.O.O.OO
OO.O.....O...
...O..OO.O...
...O....O....
....OOOO.....
.............
....OO.......
....OO.......

:pseudo Opposite of true. A gun emitting a period n stream of spaceships (or rakes) is said to be a pseudo period n gun if its mechanism oscillates with a period greater than n. This period will necessarily be a multiple of n. If the base mechanism's period is instead a fraction of n, then a period multiplier must also be present which is considered to be part of the mechanism, and the gun as a whole is still a true period gun. For example, a filter may be used on a lower-period gun to produce a compound gun such as the true p48 gun.

Pseudo period n glider guns are known to exist for all periods greater than or equal to 14, with smaller periods being impossible. All known p14 guns are pseudo guns requiring several signal injections, so they are quite large. The following smaller example is a pseudo period 123 gun, interleaving the streams from two true period 246 guns: 

..................................O...........................
..................................OOO.........................
................................OO...O........................
...............................O.O.OO.O.......................
..............................O..O..O.O.......................
....................................O.OO......................
..................................O.O.........................
......................OOO.......O.O.O.........................
.................................OO.OO........................
.....................O..O.....................................
OO...................OOO......................................
.O............................................................
.O.O...................OO.OO..................................
..OO...............OO..OO.O.O............OO...................
...................OO..OO...O............O....................
...........................OOO.........O.O...........OO.......
.......................OO..OOO.........OO............O.O......
..................O.O..OOO............................OOO.....
..................O.O...OO.............................OO.....
...................O.................................O.O......
................................................OO..O.O.......
................................................O.O..O........
.................................................OOOO.........
.............................OO...................OO..........
.............................OO...............................
..............................................................
..............................................................
.....................................OOOO.....................
....................................OOOOO.O...................
.....................................O..O.O...................
.....O...................................OO...................
....O.OOOO.............................O.O....................
...O.O.OOO..........................OO............O.........OO
..O.O..............................O.OOOO..........O........O.
...O...............................O...OO........OOO......O.O.
...OO.............OO................OO.O..................OO..
...OO.............O.O................OOO......................
...OO..............OOO........................................
....................OO........................................
..................O.O.........................................
.............OO..O.O..........................................
.............O.O..O...........................................
..............OOOO..............................OO............
...............OO...............................OO............
....................OO.OO.....................................
.....................O.O......................................
.....................O........................................
..................OO.O..O.....................................
...................O.O.OOO....................................
...................O.OO...O...................................
....................O...OO....................................
.....................OOO......................................
.......................O......................................

The same distinction between true and pseudo also exists for puffers.

:pseudo-barberpole (p5) Found by Achim Flammenkamp in August 1994. In terms of its minimum population of 15 this is the smallest known p5 oscillator. See also barberpole. 

..........OO
...........O
.........O..
.......O.O..
............
.....O.O....
............
...O.O......
............
..OO........
O...........
OO..........

:pseudo-random glider generator A pseudo-random number generator in which the bits are represented by the presence or absence of gliders. The first pseudo-random glider generator was built by Bill Gosper. David Bell built the first moving one in 1997, using c/3 rakes.

:pseudo-random number generator A pseudo-random number generator (PRNG) is an algorithm that produces a sequence of bits that looks random (but cannot really be random, being algorithmically determined).

In Life, the term refers to a PRNG implemented as a Life pattern, with the bits represented by the presence or absence of objects such as gliders or blocks. Such a PRNG usually contains gliders or other spaceships in a loop with a feedback mechanism that causes later spaceships to interfere with the generation of earlier spaceships. The period can be very high, as a loop of n spaceships has 2n possible states.

:pseudo still life A stable pattern whose live cells are either immediately adjacent to each other, or are connected into a single group by adjacent dead cells where birth is suppressed by overpopulation.

The definition of strict still life rules out such stable patterns as the bi-block. In such patterns there are dead cells which have more than 3 neighbours in total, but fewer than 3 in any component still life. These patterns are called pseudo still lifes, and have been enumerated up to 32 bits, as shown in the table below. 

  --------------
  Bits    Number
  --------------
   8           1
   9           1
  10           7
  11          16
  12          55
  13         110
  14         279
  15         620
  16        1645
  17        4067
  18       10843
  19       27250
  20       70637
  21      179011
  22      462086
  23     1184882
  24     3068984
  25     7906676
  26    20463274
  27    52816265
  28   136655095
  29   353198379
  30   914075620
  31  2364815358
  32  6123084116
  --------------

Attribution of these counts is given in strict still life; see also https://oeis.org/A056613. The unique 32-bit triple pseudo still life is included in the last count in the table. As the number of bits increases, the pseudo still life count goes up exponentially by approximately O(2.56n). By comparison, the rate for strict still lifes is about O(2.46n) while for quasi still lifes it's around O(3.04n).

If a stable pattern's live cells plus its overpopulated dead cells do not form a single mutually adjacent group, the pattern is usually referred to as a constellation. It is also a still life in the general sense, but is neither "pseudo" nor "strict".

:puffer An object that moves like a spaceship, except that it leaves debris behind. The first known puffers were found by Bill Gosper and travelled at c/2 orthogonally (see diagram below for the very first one, found in 1971). 

.OOO......O.....O......OOO.
O..O.....OOO...OOO.....O..O
...O....OO.O...O.OO....O...
...O...................O...
...O..O.............O..O...
...O..OO...........OO..O...
..O...OO...........OO...O..

Not long afterwards c/12 diagonal puffers were found (see switch engine). Discounting wickstretchers, which are not puffers in the conventional sense, no new velocity was obtained after this until David Bell found the first c/3 orthogonal puffer in April 1996. Other new puffer speeds followed over the next several years.

Many spaceships that travel orthogonally at a speed less than c/2 have useful side or back sparks. These can be used to perturb standard spaceships that approach from behind. A common technique for creating puffers for a new speed uses a convoy of the new spaceships to create debris from an approaching standard spaceship such that a new standard spaceship is recreated on the same path as the original one. This forms a closed loop, resulting in a high-period puffer for the new speed.

As of June 2018, puffers have been found matching every known velocity of elementary spaceship, except for c/6 and c/7 diagonal and (2,1)c/6. It is also generally easy to create puffers based on macro-spaceships, simply by removing some part of the trailing cleanup mechanism.

:puffer engine A pattern which can be used as the main component of a puffer. The pattern may itself be a puffer (e.g. the classic puffer train), it may be a spaceship (e.g. the Schick engine), or it may even be unstable (e.g. the switch engine).

:pufferfish (c/2, p12) A puffer discovered by Richard Schank in November 2014, from a symmetric soup search using an early version of apgsearch. It consists of a pair of B-heptominoes stabilised by a backend that leaves only pairs of blocks behind. It is simple enough to be easily synthesized with gliders. 

...O.......O...
..OOO.....OOO..
.OO..O...O..OO.
...OOO...OOO...
...............
....O.....O....
..O..O...O..O..
O.....O.O.....O
OO....O.O....OO
......O.O......
...O.O...O.O...
....O.....O....
See soup for a random initial pattern, generated by apgsearch and recorded in Catagolue, that produces a pufferfish.

:pufferfish spaceship (c/2, p36) Generally, any spaceship constructed using pufferfish. May refer specifically to the extensible c/2 spaceship constructed by Ivan Fomichev in December 2014, the first such spaceship to contain no period-2 or period-4 parts. (The first two or three rows might be considered to be period 2 or 4, but they are directly dependent on following rows for support.).

The pattern consists of two adjacent pufferfish puffers, plus four copies of a nontrivial period 36 c/2 fuse for pufferfish exhaust, discovered using a randomized soup search. 

.......O.......O..................O.......O........
......OOO.....OOO................OOO.....OOO.......
.....O..OO...OO..O..............OO.O.....O.OO......
.....O...O...O...O...............OO.O...O.OO.......
......OO.OO.OO.OO..............O.OO.......OO.O.....
......OO.O...O.OO.............O.O..O.O.O.O..O.O....
........O.....O...............O.O...OO.OO...O.O....
.........OO.OO.................OOO.O.....O.OOO.....
....OO..O.....O..OO.............OOO.......OOO......
....OO..O.....O..OO.............OO.........OO......
................................O...........O......
........O.O.O.O................OO...........OO.....
........OO...OO................OO...........OO.....
...................................................
...................................OO...OO.........
...................O..........O....OO...OO.........
...O..............OOO........OOO..............O....
..OOO...OO...O.O.OO.O.......OO.O.............OOO...
.OO..O..OO.........O........OOO.............OO.O...
.OOOO.O......O...O.O........OOO.............OO.....
OO.....O.......OO..OO.......OOOO..............OO...
.O................O..O......O..O...........O..OO...
.O.OOO..O....O.O..OO.......OO..............O....O..
.O.O...OO....O.O..OO...O....O.O...........O..O.O...
.OO......O..O.......O..O....OOO..........OO...OO...
O.....O.O....O.O....O.OO................O..........
.OO..O..O....O......O.OO............O....OO........
.OO...OO.......OO...OO.OO..OO......OOOOOO..........
........................O....O....O.O.O.O.......OOO
..............................O...O..O.........O...
..............................O....O..........O....
.............................O.................O.O.

:puffer train The full name for a puffer, coined by Conway before any examples were known. The term was also applied specifically to the classic puffer train found by Bill Gosper and shown below. This is very dirty, and the tail does not stabilize until generation 5533. It consists of a B-heptomino (shown here one generation before the standard form) escorted by two LWSS. (This was the second known puffer. The first is shown under puffer.) 

.OOO...........OOO
O..O..........O..O
...O....OOO......O
...O....O..O.....O
..O....O........O.
In April 2006, Jason Summers found a way to make the classic puffer train into a p20 spaceship by adding a glider at the back: 
OOO...........OOO.
O..O..........O..O
O......OOO....O...
O.....O..O....O...
.O.O..O...O....O.O
.......OOOO.......
.........O........
..................
..................
..................
.......OOO........
.......O..........
........O.........

:puff suppressor An attachment at the back of a line puffer that suppresses all or some of its puffing action. The example below (by Hartmut Holzwart) has a 3-cell puff suppressor at the back which suppresses the entire puff, making a p2 spaceship. If you delete this puff suppressor then you get a p60 double beehive puffer. Puff suppressors were first recognised by Alan Hensel in April 1994. 

............O....................
..........OO.O...................
..........OO...O.................
........O...OO.O.....O...........
........OOOO.OO...OOOO.......O.O.
......O......O....OOO.....O.O..O.
......OOOOOOO...O...O....O..O....
...O.O......OO..O...O.O.OO....O..
..OOOOOOOOO.....O..OO........O...
.OO..............O.OO.OOOO...O..O
OO....OO.O..........O...O..O.O...
.OO....O........OOO......O.O.O..O
.........O......OO......O....OO..
.OO....O........OOO......O.O.O..O
OO....OO.O..........O...O..O.O...
.OO..............O.OO.OOOO...O..O
..OOOOOOOOO.....O..OO........O...
...O.O......OO..O...O.O.OO....O..
......OOOOOOO...O...O....O..O....
......O......O....OOO.....O.O..O.
........OOOO.OO...OOOO.......O.O.
........O...OO.O.....O...........
..........OO...O.................
..........OO.O...................
............O....................

:pull A reaction, most often mediated by gliders, that moves an object closer to the source of the reaction. See block pull, blinker pull, loaf pull; also elbow.

:pulsar (p3) Despite its size, this is the fourth most common oscillator (and by far the most common of period greater than 2) and was found very early on by Conway. See also pre-pulsar, pulsar quadrant, and quasar. 

..OOO...OOO..
.............
O....O.O....O
O....O.O....O
O....O.O....O
..OOO...OOO..
.............
..OOO...OOO..
O....O.O....O
O....O.O....O
O....O.O....O
.............
..OOO...OOO..

:pulsar 18-22-20 = two pulsar quadrants

:pulsar CP 48-56-72 = pulsar (The numbers refer to the populations of the three phases.)

:Pulsar Pixel Display (p30 circuitry) A large-scale raster line display device constructed by Mark Walsh in August 2010, where pulsars form the individual pixels in an otherwise empty grid. The published sample pattern displays and erases eight 7x5-pixel characters on each of two lines of text.

:pulsar quadrant (p3) This consists of a quarter of the outer part of a pulsar stabilized by a cis fuse with two tails. This is reminiscent of mold and jam. Found by Dave Buckingham in July 1973. See also two pulsar quadrants. 

.....O..
...OOO..
..O...OO
O..O..O.
O...O.O.
O....O..
........
..OOO...

:pulse A moving object, such as a spaceship or Herschel, which can be used to transmit information. See pulse divider.

Also another name for a pulsar quadrant.

:pulse divider A mechanism that lets every n-th object that reaches it pass through, and deletes all the rest, where n > 1 and the objects are typically gliders, spaceships or Herschels. A common synonym is period multiplier. For n=2, the simplest known stable pulse dividers are the semi-Snarks.

The following diagram shows a p5 glider pulse divider by Dieter Leithner (February 1998). The first glider moves the centre block and is reflected at 90 degrees. The next glider to come along will not be reflected, but will move the block back to its original position. The relatively small size and low period of this example made it useful for constructing compact glider guns of certain periods, but it became largely obsolete with the discovery of the stable CC semi-Snark, which uses the same basic mechanism. Period 7, 22, 36 and 46 versions of this pulse divider are also known. 

.....OO...................
.....OO...................
..........................
..................OO......
.................O..O.....
.................O.O..O..O
O...............OO.O.OOOOO
.OO...........O...OO......
OO...............OO..OOO..
.............O...O.O..O.O.
........OO.......OO..OO.O.
........OO....O...OO...O..
................OO.O.OO...
.................O.O.O....
.................O.O..O...
..................O..OO...
..OO......................
...O......................
OOO.......................
O.........................
..........................
............OO............
............O.............
.............OOO..........
...............O..........

:pulshuttle V (p30) Found by Robert Wainwright, May 1985. Compare Eureka. 

.............O..............O.............
............O.O.......O....O.O............
.............O......OO.OO...O.............
......................O...................
..OO......OO..................OO......OO..
O....O..O....O..............O....O..O....O
O....O..O....O..............O....O..O....O
O....O..O....O........O.....O....O..O....O
..OO......OO........OO.OO.....OO......OO..
......................O...................
..........................................
..........................................
..OO......OO..................OO......OO..
O....O..O....O........O.....O....O..O....O
O....O..O....O......OO.OO...O....O..O....O
O....O..O....O........O.....O....O..O....O
..OO......OO..................OO......OO..
..........................................
..........................................
......................O...................
..OO......OO........OO.OO.....OO......OO..
O....O..O....O........O.....O....O..O....O
O....O..O....O..............O....O..O....O
O....O..O....O..............O....O..O....O
..OO......OO..................OO......OO..
......................O...................
.............O......OO.OO...O.............
............O.O.......O....O.O............
.............O..............O.............

:pure glider generator A pattern that evolves into one or more gliders, and nothing else. There was some interest in these early on, but they are no longer considered important. Here's a neat example: 

..O............
..O............
OOO............
...............
......OOO......
.......O.......
............OOO
............O..
............O..

:push A reaction that moves an object farther away from the source of the reaction. See sliding block memory, pi calculator, elbow, universal constructor. See also pull, fire.

:pushalong Any tagalong at the front of a spaceship. The following is an example found by David Bell in 1992, attached to the front of a MWSS. 

..OOO.O.....
.OOOO.O.....
OO..........
.O.O........
..OOOO.O....
...OOO......
............
............
......OOOOO.
......O....O
......O.....
.......O...O
.........O..

:pyrotechnecium (p8) Found by Dave Buckingham in 1972. 

.......O........
.....OOOOO......
....O.....O.....
.O..O.O.OO.O....
O.O.O.O....O..O.
.O..O....O.O.O.O
....O.OO.O.O..O.
.....O.....O....
......OOOOO.....
........O.......

:pyrotechneczum A common mistaken spelling of pyrotechnecium, caused by a copying error in the early 1990s.

:python = long snake

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/gui-common/Help/Lexicon/fix-lex-files.py0000644000175000017500000000400213171233731017601 00000000000000# Fix lexicon .htm files included with iOS/Android/web Golly. # # We replace this text: # #

"temp" — the directory Golly uses to store various temporary files. All these files are deleted when Golly quits.

"rules" — the user-specific rules directory set in Preferences > Control.

"files" — the directory displayed by File > Show Files.

"download" — the directory Golly uses to store downloaded files.

In each case a full path is returned, terminated by the appropriate path separator for the current platform ("/" on Mac and Linux, "\" on Windows).
Example: g.open(g.getdir("app").."Patterns/Life/Breeders/breeder.lif")

setdir(dirname, dirpath)
Set the specified directory to the given path (which must be a full path to an existing directory). All the directory names listed above are allowed, except for "app", "data" and "temp".
Example: g.setdir("download", "/path/to/my-downloads/")

getfiles(dirpath)
Return the contents of the given directory as an array of strings. A non-absolute directory path is relative to the location of the script. File names are returned first, then subdirectory names. The latter names end with the platform-specific path separator ("/" on Mac and Linux, "\" on Windows). See slide-show.lua for an example.

getinfo()
Return the comments from the current pattern.
Example: local comments = g.getinfo()

getpath()
Return the pathname of the current open pattern. Returns "" if the current pattern is new and has not been saved.
Example: local path = g.getpath()

 
EDITING COMMANDS

new(title)
Create a new, empty universe and set the window title. If the given title is empty then the current title won't change.
Example: g.new("test-pattern")

cut()
Cut the current selection to the clipboard.

copy()
Copy the current selection to the clipboard.

clear(where)
Clear inside (where = 0) or outside (where = 1) the current selection.
Example: g.clear(1)

paste(x, y, mode)
Paste the clipboard pattern at x,y using the given mode ("and", "copy", "or", "xor").
Example: g.paste(0, 0, "or")

shrink(remove_if_empty=false)
Shrink the current selection to the smallest rectangle enclosing all of the selection's live cells. If the selection has no live cells then the optional parameter specifies whether the selection remains unchanged or is removed.
Example: if #g.getselrect() > 0 then g.shrink(true) end

randfill(percentage)
Randomly fill the current selection to a density specified by the given percentage (1 to 100).
Example: g.randfill(50)

flip(direction)
Flip the current selection left-right (direction = 0) or top-bottom (direction = 1).

rotate(direction)
Rotate the current selection 90 degrees clockwise (direction = 0) or anticlockwise (direction = 1).

evolve(cell_array, numgens)
Advance the pattern in the given cell array by the specified number of generations and return the resulting cell array.
Example: local newpatt = g.evolve(currpatt, 100)

join(cell_array1, cell_array2)
Join the given cell arrays and return the resulting cell array. If the given arrays are both one-state then the result is one-state. If at least one of the given arrays is multi-state then the result is multi-state, but with one exception: if both arrays have no cells then the result is {} (an empty one-state array) rather than {0}. See below for a description of one-state and multi-state cell arrays.
Example: local result = g.join(part1, part2)

transform(cell_array, x0, y0, axx=1, axy=0, ayx=0, ayy=1)
Apply an affine transformation to the given cell array and return the resulting cell array. For each x,y cell in the input array the corresponding xn,yn cell in the output array is calculated as xn = x0 + x*axx + y*axy, yn = y0 + x*ayx + y*ayy.
Example: local rot_blinker = g.transform(blinker, 0, 0, 0, -1, 1, 0)

parse(string, x0=0, y0=0, axx=1, axy=0, ayx=0, ayy=1)
Parse an RLE or Life 1.05 string and return an optionally transformed cell array.
Example: local blinker = g.parse("3o!")

putcells(cell_array, x0=0, y0=0, axx=1, axy=0, ayx=0, ayy=1, mode="or")
Paste the given cell array into the current universe using an optional affine transformation and optional mode ("and", "copy", "not", "or", "xor").
Example: g.putcells(currpatt, 6, -40, 1, 0, 0, 1, "xor")

getcells(rect_array)
Return any live cells in the specified rectangle as a cell array. The given array can be empty (in which case the cell array is empty) or it must represent a valid rectangle of the form {x,y,width,height}.
Example: local cells = g.getcells( g.getrect() )

getclip()
Parse the pattern data in the clipboard and return the pattern's width, height, and a cell array. The width and height are not necessarily the minimal bounding box because the pattern might have empty borders, or it might even be empty.
Example: local wd, ht, cells = g.getclip()

hash(rect_array)
Return an integer hash value for the pattern in the given rectangle. Two identical patterns will have the same hash value, regardless of their location in the universe. This command provides a fast way to detect pattern equality, but there is a tiny probability that two different patterns will have the same hash value, so you might need to use additional (slower) tests to check for true pattern equality.
Example: local h = g.hash( g.getrect() )

select(rect_array)
Create a selection if the given array represents a valid rectangle of the form {x,y,width,height} or remove the current selection if the given array is {}.
Example: g.select( {-10,-10,20,20} )

getrect()
Return the current pattern's bounding box as an array. If there is no pattern then the array is empty ({}), otherwise the array is of the form {x,y,width,height}.
Example: if #g.getrect() == 0 then g.show("No pattern.") end

getselrect()
Return the current selection rectangle as an array. If there is no selection then the array is empty ({}), otherwise the array is of the form {x,y,width,height}.
Example: if #g.getselrect() == 0 then g.show("No selection.") end

setcell(x, y, state)
Set the given cell to the specified state (0 for a dead cell, 1 for a live cell).

getcell(x, y)
Return the state of the given cell. The following example inverts the state of the cell at 0,0.
Example: g.setcell(0, 0, 1 - g.getcell(0, 0))

setcursor(string)
Set the current cursor according to the given string and return the old cursor string. The given string must match one of the names in the Cursor Mode menu.
Example: local oldcurs = g.setcursor("Draw")

getcursor()
Return the current cursor as a string (ie. the ticked name in the Cursor Mode menu).

 
CONTROL COMMANDS

run(numgens)
Run the current pattern for the specified number of generations. Intermediate generations are never displayed, and the final generation is only displayed if the current autoupdate setting is true.
Example: g.run(100)

step()
Run the current pattern for the current step. Intermediate generations are never displayed, and the final generation is only displayed if the current autoupdate setting is true.

setstep(exp)
Temporarily set the current step exponent to the given integer. A negative exponent sets the step size to 1 and also sets a delay between each step, but that delay is ignored by the run and step commands. Golly will reset the step exponent to 0 upon creating a new pattern, loading a pattern file, or switching to a different algorithm.
Example: g.setstep(0)

getstep()
Return the current step exponent.
Example: g.setstep( g.getstep() + 1 )

setbase(base)
Temporarily set the current base step to an integer from 2 to 2,000,000,000. The current exponent may be reduced if necessary. Golly will restore the default base step (set in Preferences > Control) upon creating a new pattern, loading a pattern file, or switching to a different algorithm.
Example: g.setbase(2)

getbase()
Return the current base step.

advance(where, numgens)
Advance inside (where = 0) or outside (where = 1) the current selection by the specified number of generations. The generation count does not change.
Example: g.advance(0, 3)

reset()
Restore the starting pattern and generation count. Also reset the algorithm, rule, scale, location and step exponent to the values they had at the starting generation. The starting generation is usually zero, but it can be larger after loading an RLE/macrocell file that stores a non-zero generation count.

setgen(gen)
Set the generation count using the given string. Commas and other punctuation marks can be used to make a large number more readable. Include a leading +/- sign to specify a number relative to the current generation count.
Example: g.setgen("-1,000")

getgen(sepchar='\0')
Return the current generation count as a string. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting string more readable. For example, g.getgen(',') would return a string like "1,234,567" but g.getgen() would return "1234567". Use the latter call if you want to do arithmetic on the generation count because then it's easy to convert the string to a number.
Example: local gen = tonumber( g.getgen() )

getpop(sepchar='\0')
Return the current population as a string. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting string more readable. For example, g.getpop(',') would return a string like "1,234,567" but g.getpop() would return "1234567". Use the latter call if you want to do arithmetic on the population count. The following example converts the population to a number.
Example: local pop = tonumber( g.getpop() )

empty()
Return true if the universe is empty or false if there is at least one live cell. This is much more efficient than testing getpop() == "0".
Example: if g.empty() then g.show("All cells are dead.") end

numstates()
Return the number of cell states in the current universe. This will be a number from 2 to 256, depending on the current algorithm and rule.
Example: local maxstate = g.numstates() - 1

numalgos()
Return the number of algorithms (ie. the number of items in the Set Algorithm menu).
Example: local maxalgo = g.numalgos() - 1

setalgo(string)
Set the current algorithm according to the given string which must match one of the names in the Set Algorithm menu.
Example: g.setalgo("HashLife")

getalgo(index=current)
Return the algorithm name at the given index in the Set Algorithm menu, or the current algorithm's name if no index is supplied.
Example: local lastalgo = g.getalgo( g.numalgos() - 1 )

setrule(string)
Set the current rule according to the given string. If the current algorithm doesn't support the specified rule then Golly will automatically switch to the first algorithm that does support the rule. If no such algorithm can be found then you'll get an error message and the script will be aborted.
Example: g.setrule("b3/s23")

getrule()
Return the current rule as a string in canonical format.
Example: local oldrule = g.getrule()

getwidth()
Return the width (in cells) of the current universe (0 if unbounded).
Example: local wd = g.getwidth()

getheight()
Return the height (in cells) of the current universe (0 if unbounded).
Example: local ht = g.getheight()

 
VIEWING COMMANDS

setpos(x, y)
Change the position of the viewport so the given cell is in the middle. The x,y coordinates are given as strings so the viewport can be moved to any location in the unbounded universe. Commas and other punctuation marks can be used to make large numbers more readable. Apart from a leading minus sign, most non-digits are simply ignored; only alphabetic characters will cause an error message. Note that positive y values increase downwards in Golly's coordinate system.
Example: g.setpos("1,000,000,000,000", "-123456")

getpos(sepchar='\0')
Return the x,y position of the viewport's middle cell in the form of two strings. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting strings more readable. For example, g.getpos(',') might return two strings like "1,234" and "-5,678" but g.getpos() would return "1234" and "-5678". Use the latter call if you want to do arithmetic on the x,y values, or just use the getposint() function defined in the gplus package.
Example: local x, y = g.getpos()

setmag(mag)
Set the magnification, where 0 corresponds to the scale 1:1, 1 = 1:2, -1 = 2:1, etc. The maximum allowed magnification is 5 (= 1:32).
Example: g.setmag(0)

getmag()
Return the current magnification.
Example: g.setmag( g.getmag() - 1 )

fit()
Fit the entire pattern in the viewport.

fitsel()
Fit the current selection in the viewport. The script aborts with an error message if there is no selection.

visrect(rect_array)
Return true if the given rectangle is completely visible in the viewport. The rectangle must be an array of the form {x,y,width,height}.
Example: if not g.visrect({0,0,1,1}) then g.setpos("0","0") end

setview(wd, ht)
Set the pixel width and height of the viewport (the main window will be resized accordingly).
Example: g.setview(32*32, 32*30)

getview(index=-1)
Return the pixel width and height of the viewport if the given index is -1 (the default), or the pixel width and height of the specified layer if the given index is an integer from 0 to numlayers() - 1.
Example: local wd, ht = g.getview()

autoupdate(bool)
When Golly runs a script this setting is initially false. If the given parameter is true then Golly will automatically update the viewport and the status bar after each command that changes the universe or viewport in some way. Useful for debugging scripts.
Example: g.autoupdate(true)

update()
Immediately update the viewport and the status bar, regardless of the current autoupdate setting. Note that Golly always does an update when a script finishes.

 
LAYER COMMANDS

overlay(command)
Call a command to create, modify or delete the overlay, a rectangular area of pixels that can be displayed on top of the current layer.
Example: g.overlay("create 400 300")

ovtable(command)
Call a command to modify the overlay, a rectangular area of pixels that can be displayed on top of the current layer. This command takes a table as a parameter rather than a string (for improved performance) and supports the following overlay commands: fill, get, line, lines, paste, rgba and set.
Example: g.ovtable{"line", 0, 0, 200, 300}

addlayer()
Add a new, empty layer immediately after the current layer and return the new layer's index, an integer from 0 to numlayers() - 1. The new layer becomes the current layer and inherits most of the previous layer's settings, including its algorithm, rule, scale, location, cursor mode, etc. The step exponent is set to 0, there is no selection, no origin offset, and the layer's initial name is "untitled".
Example: local newindex = g.addlayer()

clone()
Like addlayer (see above) but the new layer shares the same universe as the current layer. The current layer's settings are duplicated and most will be kept synchronized so that a change to one clone automatically changes all the others. Each cloned layer does however have a separate viewport, so the same pattern can be viewed at different scales and locations (at the same time if layers are tiled).
Example: local cloneindex = g.clone()

duplicate()
Like addlayer (see above) but the new layer has a copy of the current layer's pattern. Also duplicates all the current settings but, unlike a cloned layer, the settings are not kept synchronized.
Example: local dupeindex = g.duplicate()

dellayer()
Delete the current layer. The current layer changes to the previous layer (unless layer 0 was deleted).

movelayer(fromindex, toindex)
Move a specified layer to a new position in the layer sequence. The chosen layer becomes the current layer.
Example: g.movelayer(1, 0)

setlayer(index)
Set the current layer to the layer with the given index, an integer from 0 to numlayers() - 1.
Example: g.setlayer(0)

getlayer()
Return the index of the current layer, an integer from 0 to numlayers() - 1.
Example: local currindex = g.getlayer()

numlayers()
Return the number of existing layers, an integer from 1 to maxlayers().
Example: if g.numlayers() > 1 then g.setoption("tilelayers",1) end

maxlayers()
Return the maximum number of layers (10 in this implementation).

setname(string, index=current)
Set the name of the given layer, or the current layer's name if no index is supplied.
Example: g.setname("temporary")

getname(index=current)
Return the given layer's name, or the current layer's name if no index is supplied.
Example: if g.getname() == "temporary" then g.dellayer() end

setcolors(color_array)
Set the color(s) of one or more states in the current layer and its clones (if any). If the given array contains a multiple of 4 integers then they are interpreted as state, red, green, blue values. A state value of -1 can be used to set all live states to the same color (state 0 is not changed). If the given array contains exactly 6 integers then they are interpreted as a color gradient from r1, g1, b1 to r2, g2, b2 for all the live states (state 0 is not changed). If the given array is empty then all states (including state 0) are reset to their default colors, depending on the current algorithm and rule. Note that the color changes made by this command are only temporary. Golly will restore the default colors if a new pattern is opened or created, or if the algorithm or rule changes, or if Preferences > Color is used to change any of the default colors for the current layer's algorithm. 

# .O.....
# ...O...
# OO..OOO
#
etc... # # with: # # 

# .O.....
# ...O...
# OO..OOO
#
# # We also increase font size used for links at top and bottom of each page. import re # ------------------------------------------------------------------------------ def fix_file(filename): print 'fixing ' + filename f = open(filename, 'r') contents = f.read() # use re.DOTALL to include newlines in match for pattdata in re.findall('\n(.*?)', contents, re.DOTALL): newdata = pattdata.replace('\n','$') contents = contents.replace('\n'+pattdata+'', ''+pattdata+'', 1) # remove small font used for links at top and bottom of each page contents = contents.replace('', '', 2) contents = contents.replace('Z', 'Z', 2) f.close() f = open(filename, 'w') f.write(contents) f.close() # ------------------------------------------------------------------------------ fix_file("lex.htm") fix_file("lex_1.htm") fix_file("lex_a.htm") fix_file("lex_b.htm") fix_file("lex_c.htm") fix_file("lex_d.htm") fix_file("lex_e.htm") fix_file("lex_f.htm") fix_file("lex_g.htm") fix_file("lex_h.htm") fix_file("lex_i.htm") fix_file("lex_j.htm") fix_file("lex_k.htm") fix_file("lex_l.htm") fix_file("lex_m.htm") fix_file("lex_n.htm") fix_file("lex_o.htm") fix_file("lex_p.htm") fix_file("lex_q.htm") fix_file("lex_r.htm") fix_file("lex_s.htm") fix_file("lex_t.htm") fix_file("lex_u.htm") fix_file("lex_v.htm") fix_file("lex_w.htm") fix_file("lex_x.htm") fix_file("lex_y.htm") fix_file("lex_z.htm") fix_file("lex_bib.htm") golly-3.3-src/gui-common/Help/Lexicon/lex_s.htm0000644000175000017500000065175613317135606016433 00000000000000 Life Lexicon (S)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:S Usually means big S, but may sometimes mean paperclip.

:sailboat (p16) A boat hassled by a Kok's galaxy, a figure-8 and two eater3s. Found by Robert Wainwright in June 1984. 

........O...........O........
.......O.O.........O.O.......
........O...........O........
.............................
......OOOOO.......OOOOO......
.....O....O.......O....O.....
....O..O.............O..O....
.O..O.OO.............OO.O..O.
O.O.O.....O.......O.....O.O.O
.O..O....O.O.....O.O....O..O.
....OO..O..O.....O..O..OO....
.........OO.......OO.........
.............OO..............
.............O.O.............
........O..O..O..............
.......O.....................
.....OO..........OOO.........
..O......OO.O....OOO.........
.....O...O..O....OOO.........
.....OOO.O...O......OOO......
..O...........O.....OOO......
...O...O.OOO........OOO......
....O..O...O.................
....O.OO......O..............
..........OO.................
.........O...................
.....O..O....................

:salvo A collection of spaceships, usually gliders, all travelling in the same direction. Any valid glider construction recipe can be partitioned into no more than four salvos. Compare flotilla. In contrast with a convoy, the spaceships in a salvo are usually consumed by the reactions that they cause. Simple examples include block pusher and block pull.

Salvos may be slow or synchronized. The following partially synchronized three-glider salvo produces an LWSS from a block. 

OO........
OO........
..........
..........
OOO.......
O.........
.O........
..........
.......OOO
.......O..
........O.
..........
..........
..........
..........
..........
..........
.......OOO
.......O..
........O.
The above is a synchronized salvo and not a slow salvo, because the second glider must follow the first with the exact separation shown. The third glider can be considered to be a slow glider, because it will still delete the temporary loaf no matter how many ticks it is delayed. The slow glider construction entry includes an example of a true slow salvo.

:sawtooth Any finite pattern whose population grows without bound but does not tend to infinity. (In other words, the population reaches new heights infinitely often, but also infinitely often returns to some fixed value.) Conway's preferred plural is "sawteeth".

The first sawtooth was constructed by Dean Hickerson in April 1991. The current smallest known sawtooth was found by a conwaylife.com forum user with the online handle 'thunk'. It has a bounding box of 74x60, and is the smallest known sawtooth in terms of its minimum repeating population of 177 cells. The following variant has a higher repeating population of 194 and an optimized bounding box of 62x56: 

.....................................................OO.O.....
.....................................................O.OO.....
..............................................................
...........OO.................................................
...........OO.................................................
..............................................................
..............................................................
..............OO............................OO.......OO.....OO
....OO........OO.....................................OO.....OO
.....O.....................................O.O................
....O......OO............................O..............OO....
....OO.....OO........................OO.O.OO............OO....
......................................O.OO....................
.......................................O......................
..............................................................
.................................OO...........................
.................................OO...........................
..............................................................
.............................OO.....OO........................
.............................OO.....OO........................
..............................................................
..............................................................
..............................................................
.....................OOO......................................
.....................O..O.....................................
.....................O.OO.....................................
..............................................................
..............................................................
..............................................................
....................OO............O.........O.................
....................O..O..........O.O.....OOO.................
..OOOO...............OOO..........OO.....O....................
OO....OO.................................OO...................
OO.....O......................................................
..OO.O.O..............OO......................................
.......O..............OO......................................
...O...O..........................O....O......................
...O....O.......................OO.....O......................
.....OOO...O.....................OO...O.O.....................
.....OO....O.........................OO.OO....................
...........OO.......................O.....O...................
.............O.........................O......................
.............OOO....................OO...OO...................
..............................................................
..............................................................
................O.....................O.......................
...............O.OOOOO................O.......................
..............OO.....O...............O........................
..............OO...O..O.......................................
......................O.......................................
................OO.O..O................OO.....................
...................O..O................OO.....................
....................OO........................................
....................OO.....O....O.............................
.........................OO.OOOO.OO...........................
...........................O....O.............................
Patterns combining a fast puffer with a slower spaceship have also been constructed (see moving sawtooth). See also tractor beam.

:SBM = sliding block memory

:Schick engine (c/2 orthogonally, p12) This spaceship, found by Paul Schick in 1972, produces a large spark (the 15 live cells at the rear in the phase shown below) which can be perturbed by other c/2 spaceships to form a variety of puffers. See blinker ship for an example perturbation of the spark. The diagram below shows the smallest form of the Schick engine, using two LWSS. It is also possible to use two MWSSes or two HWSSes, or even an LWSS and an HWSS. 

OOOO..............
O...O.........O...
O...........OO....
.O..O..OO.....OOO.
......OOO......OOO
.O..O..OO.....OOO.
O...........OO....
O...O.........O...
OOOO..............

:Schick ship = Schick engine

:scorpion (p1) 

...O...
.OOO...
O...OO.
O.O.O.O
.OO.O.O
.....O.

:scrubber (p2) Found in 1971. 

....O......
..OOO......
.O.........
.O..OOO....
OO.O...O...
...O...O...
...O...O.OO
....OOO..O.
.........O.
......OOO..
......O....

:SE = switch engine

:seal (c/6 diagonally, p6) The first diagonal c/6 spaceship, found by Nicolay Beluchenko in September 2005. 

...O..OO..........................
.OOO.O.O.O........................
.O..OOO..OO.......................
O..OOOOOO.O.OOO...................
.O..OOO.O.OOOOO...................
......O.O.O.O.....................
O.O...O.O.OOOOO...................
O..O.O..O.OO...O..................
...O..OO.......OOO................
.O...OOOOO.OOO..OO................
....O.........O...................
..O.O.........O...................
....OO.OOOOO...O..................
......O.OOO..O.....OO.............
......O..O...O.OOO.OO.............
........OO...OOO.O..O...O.........
........OO....OO.OOOO...OOO.......
...................O.O..O.........
.............O.O.....OO..OO.......
.............O..O.....O.OOO.....O.
.............O...O....OO..O...O..O
...............OOO.....OO........O
...............O.O..O..O.....OO..O
.................O..OO.OO.O..O....
................O.......O.O.......
.................O...OOOO.........
..................O...O...........
..................................
.......................O..........
......................O.O.........
.....................OO...........
.....................O.O..........
.....................OO...........
.......................O..........
......................O...........

:search program A computer program or script that automates the search for Life objects having certain desired properties. These are used because the difficulty of finding previously unknown Life objects now commonly exceeds the patience, speed, and accuracy of humans. Various types of search programs are used for finding objects such as spaceships, oscillators, drifters, catalysts, soups, Gardens of Eden, and slow salvos.

Some search programs generate partial results as they are running, so even if they don't complete successfully, something of use might still be salvaged from the run.

Example search programs are dr, lifesrc, gfind, and Bellman.

There are other types of programs which don't perform searches as such, but instead perform large constructions. These are used to correctly complete very complicated objects such as the Caterpillar, Gemini, Caterloopillar, and universal constructor-based spaceships such as the Demonoids and Orthogonoids.

:second glider domain The second glider domain of an edge shooter is the set of spacetime offsets, relative to the glider stream emitted by the edge shooter, where a second independent glider stream may be present without interfering with the edge shooter. This is useful to know, because edge shooters are often used to generate glider streams very close to other glider streams, to make for example a spaceship gun or converter.

:second natural glider The glider produced at T=72 during the evolution of a Herschel. This is the common edge-shooting glider output used in the NW31 converter and several other converter variants.

:seed A constellation of still lifes and/or oscillators, which can be converted into another Life object when it is struck by one or more gliders. Usually the resulting object is a rare still life or spaceship, more complex than the original constellation. Spartan single-glider (1G) seeds are more commonly seen than multi-glider seeds, because a Spartan 1G seed can be readily constructed and triggered using a slow salvo. See also freeze-dried. For example, the following is a 14sL 1G seed for a c/7 loafer spaceship. 

...................................O..........
..................................O...........
..................................OOO.........
.............OO...............................
..............O...............................
..............O.O.............................
...............OO.............................
..............................................
...O..........................................
..O.O.........................................
.O.O..........................................
.OO...........................................
..............OO..............................
.............O.O..............................
.............OO...............................
..............................................
..............................................
..............................................
....................OO........................
...................O.O........................
..........O.........O.........................
.........O.O....O.............................
..........OO...O.O............................
..............O.O.............................
..............OO..............................
..............................................
.............................................O
.........................OO................OOO
....................OO...OO...............O...
...................O..O...................OO..
.O.................O..O.......................
O.O.................OO........................
.OO...........................................
..............................................
..............................................
..............................................
.....................OO.......................
.....................O.O....OO................
......................O.....O.O...............
.............................OO...............
.................................OO...........
.................................OO...........
..............................................
..............................................
......................OO......................
.....................O..O.....................
.....................O..O.....................
......................OO......................

:Seeds of Destruction Game An interactive search application written by Paul Chapman in 2013. Its primary purpose was to assist in the design of self-destruct circuits in self-constructing circuitry. It has also regularly been helpful in completing glider syntheses, and was used to find the 31c/240 base reaction for the shield bug and Centipede spaceships.

:self-constructing A type of pattern, generally a macro-spaceship, that contains encoded construction information about itself, and makes a complete copy of itself using those instructions. The Gemini, linear propagator, spiral growth patterns, Demonoids and Orthogonoid are examples of self-constructing patterns. Self-constructing spaceships often have trivially adjustable speeds. In many cases, the direction of travel can also be altered, less easily, by changing the encoded construction recipe. Compare self-supporting, elementary.

:self-supporting A type of pattern, specifically a macro-spaceship, that constructs signals or tracks or other scaffolding to assist its movement, but does not contain complete information about its own structure. Examples include the Caterpillar, Centipede, half-baked knightship, waterbear, and the Caterloopillars. Caterpillar has been used as a general term for self-supporting spaceships, but it is not very appropriate for the HBKs.

In general a self-supporting pattern cannot be trivially adjusted to alter its speed or direction. The variable speeds of the HBKs and the Caterloopillars are exceptions, but their direction of travel is fixed, and a specific Caterloopillar can't be made to change its speed without completely rebuilding it. Compare self-constructing, elementary.

:semi-cenark Either of two semi-Snark variants discovered by Tanner Jacobi in November 2017. The name is due to the initial converter, which produces a century output for every two input gliders. The minimum safe repeat time is 43 ticks for the smaller initial catalyst shown in CC semi-cenark and CP semi-cenark, or 42 ticks with the slightly larger catalyst variant shown below. There is also overclocking possible at period 36, 38, or 39. The reset glider can be followed immediately by a new trigger glider, as shown below, so the minimum repeat time for an intermittent stream of gliders is only 50 ticks. 

O.O.................................
.OO.................................
.O..................................
....................................
....................................
....................................
....................................
....................................
....................................
.........O.O........................
..........OO........................
..........O.........................
.............O......................
..............OO....................
.............OO.....................
.............................O......
...........................OOO......
..........................O.........
..........................OO........
....................................
....................................
......................O.............
..............OO.......OO..O........
..............O..O....OO..O.O.......
............OO..OO........OO........
...........O..OO....................
...........OO...OO..................
................O.O.................
.................O..................
..................................OO
................................O..O
.....................OO.........OOO.
......................O......O......
...................OOO.......OOOO...
...................O............O...
...............................O....
...............................OO...

:semi-Snark Any small stable signal conduit that produces one output glider for every two input gliders, with a 90 degree reflection. These can act as period-doublers for any glider stream whose period is at least equal to their repeat time, and so adding one of these to a single glider gun often results in a pattern much smaller than the older technology of crossing the output of two guns.

The available semi-Snarks differ in their complexity, size, repeat time, and the colour of their output gliders. The CC semi-Snark was the first one found, and the term "semi-Snark" is often used specifically for this object. The "CC" prefix stands for colour-changing, by contrast with the more recently discovered colour-preserving CP semi-Snark.

There are also CC and CP variants of a semi-Snark based on a two-glider to century converter discovered by Tanner Jacobi in November 2017. These semi-cenarks are the fastest semi-Snarks known as of July 2018, with a repeat time as low as 50 ticks, or a periodic input rate as low as 36 ticks.

:sesquihat (p1) Halfway between a hat and a twinhat. 

....O..
OO.O.O.
.O.O.O.
.O.O.OO
..O....

:SGR Abbreviation for stable glider reflector. This term is no longer in use.

:shield bug (31c/240 orthogonally, p240) The first 31c/240 macro-spaceship, constructed by Dave Greene on September 9, 2014.

:shillelagh (p1) 

OO...
O..OO
.OO.O

:ship (p1) The term is also used as a synonym of spaceship. 

OO.
O.O
.OO

A ship can be used as a catalyst in some situations. For example, it can suppress two of the blinkers from an evolving traffic light: 

...OO.
...O.O
....OO
......
O.....
OO....
O.....
It is also a one-glider seed for the engine of the queen bee shuttle: 
OOO..OO.
..O..O.O
.O....OO

:ship in a bottle (p16) Found by Bill Gosper in August 1994. See also bottle. 

....OO......OO....
...O..O....O..O...
...O.O......O.O...
.OO..OOO..OOO..OO.
O......O..O......O
O.OO..........OO.O
.O.O..........O.O.
...OO...OO...OO...
.......O.O........
.......OO.........
...OO........OO...
.O.O..........O.O.
O.OO..........OO.O
O......O..O......O
.OO..OOO..OOO..OO.
...O.O......O.O...
...O..O....O..O...
....OO......OO....

:ship on boat = ship tie boat

:ship on ship = ship-tie

:ship-tie (p1) The name is by analogy with boat-tie. 

OO....
O.O...
.OO...
...OO.
...O.O
....OO

:ship tie boat (p1) 

OO....
O.O...
.OO...
...OO.
...O.O
....O.

:short keys (p3) Found by Dean Hickerson, August 1989. See also bent keys and odd keys. 

.O........O.
O.OOO..OOO.O
.O..O..O..O.
....O..O....

:shotgun A gun that fires a salvo of multiple spaceships, almost always gliders, on parallel lanes. Two to four shotguns are often combined to turn a glider synthesis into a gun or factory for that synthesis.

:shoulder The fixed upper end of a construction arm, generally consisting of one or more glider guns or edge shooters aimed at an elbow object.

:shuttle Any oscillator which consists of an active region moving back and forth between stabilizing objects. The most well-known examples are the queen bee shuttle (which has often been called simply "the shuttle") and the twin bees shuttle. See also p54 shuttle, p130 shuttle and Eureka. Another example is the p72 R-pentomino shuttle that forms part of the pattern given under factory.

:siamese A term used in naming certain still lifes (and the stator part of certain oscillators). It indicates that the object consists of two smaller objects sharing two or more cells. See snake siamese snake and loaf siamese barge for examples.

:side Half a sidewalk. In itself this is unstable and requires an induction coil. 

OO...
O.OOO
....O

:sidecar A small tagalong for an HWSS that was found by Hartmut Holzwart in 1992. The resulting spaceship (shown below) has a phase with only 24 cells, making it in this respect the smallest known spaceship other than the standard spaceships and some trivial two-spaceship flotillas derived from them. Note also that an HWSS can support two sidecars at once. 

.O......
O.....O.
O.....O.
OOOOO.O.
........
....OO..
..O....O
.O......
.O.....O
.OOOOOO.

:side-shooting gun = slide gun

:sidesnagger A Spartan eater found by Chris Cain in May 2015 with functionality similar to the eater5, as shown below. It has one lane less diagonal clearance on the high-clearance side than other eater5 variants, due to the presence of the boat. A good use of the sidesnagger can be seen in p130 shuttle. See also highway robber. 

..O.............
O.O.............
.OO.............
................
................
................
.........O......
........O.......
........OOO.....
................
................
.........O......
........O.O.....
.......O..O...OO
........OO....OO
....O...........
...O.O..........
...OO...........
.........OO.....
.........OO.....

:side-tracking See universal constructor.

:sidewalk (p1) 

.OO.OO
..O.O.
.O..O.
.O.O..
OO.OO.

:siesta (p5) Found by Dave Buckingham in 1973. Compare sombreros. 

...........OO...
...OO.....O.O...
...O.O....O.....
.....O...OO.O...
...O.OO.....OOO.
.OOO.....O.O...O
O...O.O.....OOO.
.OOO.....OO.O...
...O.OO...O.....
.....O....O.O...
...O.O.....OO...
...OO...........

:signal Movement of information through the Life universe. Signals can be carried by spaceships, fuses, drifters, or conduits. Spaceships can only transfer a signal at the speed of the spaceship, while fuses can transfer a signal at speeds up to the speed of light.

In practice, many signals are encoded as the presence or absence of a glider or other spaceship at a particular point at a particular time. Such signals can be combined by the collision of gliders to form logic operations such as AND, OR, and NOT gates. Signals can be duplicated using glider duplicators or other fanout devices, and can be used up by causing perturbations on other parts of the Life object.

Signals are used in Herschel conduit circuitry, universal constructors, macro-spaceships, and other computational patterns such as the pi calculator and Osqrtlogt patterns.

:signal elbow A conduit with signal output 90 degrees from its input. This term is commonly used only for signal wires, particularly 2c/3 signals. A Snark could reasonably be called a "glider elbow", but glider reflector is the standard term. A signal elbow with a recovery time less than 20 ticks would enable a trivial proof that Conway's Life is omniperiodic.

A near miss is the following elbow-like converter found by Dean Hickerson. It successfully turns a 2c/3 signal by 90 degrees, but unfortunately changes it to a double-length signal in the process. This means that further copies of the converter can not be appended (e.g., to make a closed loop). 

........................O..O......
........................OOOOOO....
..............................O.OO
......................OOOOO.O.O.OO
.....................O......O.O...
.....................OOOOO..O.O...
..................O.......O.OO....
..................OOOOOO..O.......
........................O.O.......
................OOOOOO..O.OO......
..........OO...O......O.O.........
.........O..O..OOOOO..O.O.........
........O.OOO.......O.OO..........
....OO.O.O...OOOOO..O.............
.....O.O...O......O.O.............
.....O.O..OOOOOO..O.OO............
...O.O.O.O......O.O...............
..O.OO..O.OOOO..O.O...............
..O...O.O.O...O.OO................
OO.OO.O.O...O.O...................
.O.O..O.OOOO.O.OOO................
O..O.O.......O...O................
.OOO..OOOOOOOO....................
....O.O...........................
...OO.O..OOOOOOO..................
..O..OO.O.......O.................
..OO....O..OOOOOO.................
........O.O.......................
.......OO.O..OOOOOO...............
..........O.O......O..............
..........O.O..OOOOO..............
...........OO.O.......O...........
..............O..OOOOOO...........
..............O.O.................
.............OO.O..OOOOOO.........
................O.O......O.OO.....
................O.O..OOOOO.OO.....
.................OO.O.............
....................O..OOOOOO.....
....................O.O.....O.....
...................OO.O..OOO......
......................O.O.....OO..
......................O..O....OO..
.......................OO.........

Relatively small composite MWSS elbows can now be constructed, using Tanner Jacobi's 2015 discovery of a small H-to-MWSS component. For example, the Orthogonoid includes a constructor/reflector that reflects an MWSS stream by 180 degrees, but it can be trivially reconfigured to make a 90-degree MWSS elbow.

:Silver G-to-H A variant of the Silver reflector made by substituting an Fx119 conduit for the final NW31, allowing a Herschel output as well as the beehive-annihilating reset glider. It is still Spartan, and as long as the Fx119 is followed by a dependent conduit, it retains the faster 497-tick recovery time.

:Silver reflector A stable glider reflector found by Stephen Silver in November 1998, by substituting an NW31 converter for the second Fx77 conduit in the Callahan G-to-H found a few days previous. The repeat time is 497 ticks: 

........O.............O.......................................
......O.O...........OOO.......................................
.......OO..........O..........................................
...................OO.........................................
....OO........................................................
.....O........................................................
.....O.O......................................................
......OO..........O...........................................
.................O.O..........................................
.................O.O..........................................
..................O....OO.....................................
......OO...............O.O....................................
.....O.O.................O....................................
.....O...................OO...................................
....OO........................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
...............OO.............................................
...............OO.............................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
...OO.........................................................
....O.........................................................
....O.O.......................................................
.....OO.......................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
......OO...............OO.....................................
......OO...............O.O....................................
.........................O....................................
.........................OO...................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
...................O..........................................
.................OOO..........................................
................O.............................................
................OO...................OO.......................
....................OO................O.......................
.....................O................O.O.....................
...................O...................OO.....................
...................OO.........................................
..............................................................
..............................................................
............................................................OO
............................................................OO
..............................................................
......................OO......................................
...OO.................OO......................................
...OO.........................................................
..............................................................
..............................................................
..OO..........................................................
...O..........................................................
OOO............OO.............................................
O..............O..............................................
................OOO...........................................
..................O...........................................
..............................................................
..................................................OO..........
..................................................OO..........

:Silver's p5 (p5) The following oscillator found by Stephen Silver in February 2000: 

OO.........
O..........
.O..O......
...OO......
...O...O.OO
..O....OO.O
..OO.......

As this has no spark, it appears useless. Nonetheless, in March 2000, David Eppstein found a way to use it to reduce the size of Noam Elkies' p5 reflector.

:Simkin glider gun (p120) A Herschel-based glider gun discovered by Michael Simkin in April 2015. It consists of a Herschel running through two B60 conduits. In terms of its 36-cell minimum population, it is one of the smallest known guns, sharing the record with the Gosper glider gun. In the double-barreled form, as well as the pseudo-period, snake-stabilized form shown below, it is the absolute record holder. 

OO.....OO........................
OO.....OO........................
.................................
....OO...........................
....OO...........................
.................................
.................................
.................................
.................................
......................OO.OO......
.....................O.....O.....
.....................O......O..OO
.....................OOO...O...OO
..........................O......
.................................
.................................
.................................
.................................
........................O.OO.....
........................OO.O.....

:single-arm A type of universal constructor using just one construction arm and slow salvo techniques to construct, usually, Spartan or near-Spartan circuitry. Compare two-arm.

:single-channel A type of universal constructor discovered and developed by Simon Ekström and others starting in December 2015. The initial elbow operation toolkit was near-minimal, with just one push, one pull, and one output glider of each colour (see colour of a glider). Later searches produced a much larger and more efficient library.

Single-channel recipes consist of a stream of gliders on a single lane and aimed at a construction elbow, usually separated from each other by at least 90 ticks. In spite of these strict limitations, single-channel recipes can be made to do surprising things. For example, it is possible to build a Snark directly on the construction lane of an active construction arm, starting from a single elbow block. This can allow the arm to reach efficiently around complex obstructions by bending itself through multiple lossless elbows. Known recipes can also remove an elbow when it is no longer needed, by controlled demolition of the Snark.

As of June 2018, almost all single-channel recipes are made up of singletons and synchronized pairs of gliders, but no synchronized triplets or larger groups. This is not an inherent limitation of single-channel construction, but rather a limitation in the search program used to find currently known single-channel toolkits.

A useful byproduct of this limitation is that single-channel recipes can be trivially adjusted to allow them to safely cross perpendicular data streams, including other single-channel recipes (or earlier parts of the same recipe). To avoid collisions with a crossing stream, each singleton glider or glider pair can safely be delayed by any even number of ticks, or technically by any multiple of the period of the current intermediate target. The final result of the construction will not be affected.

:single-channel Demonoid See Demonoid.

:single-lane = single-channel.

:singleton In single-channel recipes, a glider that is not synchronized with a neighboring glider in its stream. Compare glider pair.

:singular flip flop (p2) Found by Robert Wainwright, July 1972. 

..O...
..O.O.
O....O
OOOOOO
......
..OO..
..OO..

:sinking ship = canoe

:Sir Robin ((2,1)c/6, p6) The first elementary knightship in Conway's Game of Life, found by Adam P. Goucher on March 6, 2018, based on a partial by Tomas Rokicki. 

....OO.........................
....O..O.......................
....O...O......................
......OOO......................
..OO......OOOO.................
..O.OO....OOOO.................
.O....O......OOO...............
..OOOO....OO...O...............
O.........OO...................
.O...O.........................
......OOO..OO..O...............
..OO.......O....O..............
.............O.OO..............
..........OO......O............
...........OO.OOO.O............
..........OO...O..O............
..........O.O..OO..............
..........O..O.O.O.............
..........OOO......O...........
...........O.O.O...O...........
..............OO.O.O...........
...........O......OOO..........
...............................
...........O.........O.........
...........O...O......O........
............O.....OOOOO........
............OOO................
................OO.............
.............OOO..O............
...........O.OOO.O.............
..........O...O..O.............
...........O....OO.OOO.........
.............OOOO.O....OO......
.............O.OOOO....OO......
...................O...........
....................O..OO......
....................OO.........
.....................OOOOO.....
.........................OO....
...................OOO......O..
....................O.O...O.O..
...................O...O...O...
...................O...OO......
..................O......O.OOO.
...................OO...O...OO.
....................OOOO..O..O.
......................OO...O...
.....................O.........
.....................OO.O......
....................O..........
...................OOOOO.......
...................O....O......
..................OOO.OOO......
..................O.OOOOO......
..................O............
....................O..........
................O....OOOO......
....................OOOO.OO....
.................OOO....O......
........................O.O....
............................O..
........................O..OO..
.........................OOO...
......................OO.......
.....................OOO.....O.
........................OO..O.O
.....................O..OOO.O.O
......................OO.O..O..
........................O.O..OO
..........................OO...
......................OOO....O.
......................OOO....O.
.......................OO...OOO
........................OO.OO..
.........................OO....
.........................O.....
...............................
........................OO.....
..........................O....

:six Ls (p3) This is a compact form of loading dock. 

...O...
.OOO..O
O...OOO
OOO....
....OOO
OOO...O
O..OOO.
...O...

:sixty-nine (p4) Found by Robert Wainwright, October 1978. 

.........O...........
........O.O..........
.....................
......O...OO.........
.....O.....O.........
......O.O............
........OO......O....
................O....
..O.....OO....OOO....
..O...........OO.....
OOO.......OO..OO..OOO
OO......O.OO....OOO..
OO..OOO.O.O.....OOO..
..OOO................
..OOO......O.........
..........O.O........
.....................
........O...OO.......
.......O.....O.......
........O.O..........
..........OO.........

:skewed quad (p2) 

.OO....
.O...OO
..O.O.O
.......
O.O.O..
OO...O.
....OO.

:skewed traffic light (p3) Found by Robert Wainwright, August 1989. 

.............OO.........
............O..O........
.............O.O........
.........OO...O.........
..........O.OO..........
............O...........
............O...........
........................
OO........OOO......O....
OOOO.O........O...OO....
O.O..OOO.O....O.........
.........O....O.OOO..O.O
....OO...O........O.OOOO
....O......OOO........OO
........................
...........O............
...........O............
..........OO.O..........
.........O...OO.........
........O.O.............
........O..O............
.........OO.............

:sL Abbreviation for still life, used most often in rough measurements of the complexity of a Spartan constellation.

:slide gun A gun which fires sideways from an extending arm. The arm consists of streams of spaceships which are pushing a pattern away from the body of the gun and releasing an output spaceship every time they do so. Each output spaceship therefore travels along a different path.

Dieter Leithner constructed the first slide gun in July 1994 (although he used the term "side shooting gun"). The following pattern shows the key reaction of this slide gun. The three gliders shown will push the block one cell diagonally, thereby extending the length of the arm by one cell, and at the same time they release an output glider sideways. (In 1999, Jason Summers constructed slide guns using other reactions.) 

..............OO.
..............OO.
........OOO......
..........O......
.........O.....OO
..............O.O
................O
.................
.................
.................
.................
.................
.................
.................
.................
.................
.................
.O...............
.OO..............
O.O..............

:sliding block memory A memory register whose value is stored as the position of a block. The block can be moved by means of glider collisions. See block pusher for an example.

In Conway's original formulation (as part of his proof of the existence of a universal computer in Life) two gliders were used to pull the block inwards by three diagonal spaces, as shown below, and thirty gliders were used to push it out by the same amount. 

OO..........
OO..........
............
............
............
.........OOO
OOO......O..
O.........O.
.O..........

Dean Hickerson later greatly improved on this, finding a way to pull a block inwards by one diagonal space using 2 gliders, and push it out the same distance using 3 gliders. In order for the memory to be of any use there also has to be a way to read the value held. It suffices to be able to check whether the value is zero (as Conway did), or to be able to detect the transition from one to zero (as Hickerson did).

Dean Hickerson's sliding block memory is used in Paul Chapman's URM, and the key salvos from it are used in several other complex constructions, such as David Bell's Collatz 5N+1 simulator and Adam P. Goucher's pi calculator and Spartan universal computer-constructor.

:slmake A search program published by Adam P. Goucher in May 2017. It accepts as input a constellation of sufficiently widely separated still lifes, and produces a glider stream that will perform a complete slow glider construction of that constellation, starting from a single block.

One of slmake's primary uses is to make self-constructing patterns much easier to design and build. It is capable of finding recipes not only for Spartan stable circuitry, but also for other useful non-Spartan circuits such as Snarks, syringes, and H-to-MWSS converters, provided that they are separated from other nearby objects by a sufficient amount of empty space.

:slow See slow glider construction.

:slow elbow A movable construction elbow that is controlled by a slow salvo, which most likely comes from a previous elbow in a multi-elbow construction arm. Unlike a standard elbow which is generally fixed on a single construction lane or at least within a narrow range, a slow elbow can move freely in two dimensions as long as there is room for it. Each slow elbow added to a construction arm results in an exponential increase in the cost (in gliders) of the final construction. Compare lossless elbow.

:slow glider construction Construction an object by a "slow salvo" of gliders all coming from the same direction, in such a way that timing of the gliders does not matter as long as they are not too close behind one another. This type of construction requires an initial seed object, such as a block, which is modified by each glider in turn until the desired object is produced.

In May 1997, Nick Gotts produced a slow glider construction of a block-laying switch engine from a block, using a slow salvo of 53 gliders. Constructions like this are important in the study of sparse Life, as they will occur naturally as gliders created in the first few generations collide with blonks and other debris.

Slow glider constructions are also useful in some designs for universal constructors. However, in this case the above definition is usually too restrictive, and it is desirable to allow constructions in which some gliders in the salvo are required to have a particular timing modulo 2 (a "p2 slow salvo"). This gives much greater flexibility, as blinkers can now be freely used in the intermediate construction steps. The Snarkmaker is a very large p2 slow salvo. A much smaller example is the following edgy construction of an eater1 starting from a block. 

OO..OOO...............................................
OO..O.................................................
.....O................................................
......................................................
......................................................
......................................................
......................................................
......................................................
......................................................
......................................................
................OOO...................................
................O.....................................
.................O....................................
......................................................
......................................................
......................................................
......................................................
.......................OOO............................
.......................O..............................
........................O.............................
......................................................
......................................................
......................................................
......................................................
......................................................
......................................................
......................................................
..............................O.......................
........................O....OO.......................
.......................OO....O.O......................
.......................O.O............................
......................................................
......................................................
..........................O...........................
.........................OO...........................
.........................O.O..........................
......................................................
.............................OOO....................OO
.............................O.....................OO.
..............................O......................O

Adam P. Goucher's slmake search program, made available in May 2017, makes it much easier to find a slow glider construction for a wide variety of stable circuitry.

:slow salvo See slow glider construction.

:small fish = LWSS

:small lake (p1) A 20-cell still life, but technically not actually a lake because it is not constructed entirely out of dominoes. 

....O....
...O.O...
...O.O...
.OO...OO.
O.......O
.OO...OO.
...O.O...
...O.O...
....O....

:smiley (p8) Found by Achim Flammenkamp in July 1994 and named by Alan Hensel. 

OO.O.OO
...O...
O.....O
.OOOOO.
.......
.......
OOO.OOO

:SMM breeder See breeder.

:smoke Debris that is fairly long-lived but eventually dies completely. Basically, a large spark. This term is used especially when talking about the output from a smoking ship. Some Herschel conduits such as Fx119 also create large amounts of smoke.

:smoking ship A spaceship which produces smoke. If the smoke extends past the edge of the rest of the spaceship, then it can be used to perturb other objects as the spaceship passes by. Running gliders into the smoke is often a good way to turn or duplicate them, or convert them into other objects. Sometimes the smoke from a smoking ship may itself be perturbed by accompanying spaceships in order to form a puffer. A simple example of a smoking ship is the Schick engine.

:snacker (p9) Found by Mark Niemiec in 1972. This is a pentadecathlon with stabilizers which force it into a lower period. 

OO................OO
.O................O.
.O.O............O.O.
..OO............OO..
.......O....O.......
.....OO.OOOO.OO.....
.......O....O.......
..OO............OO..
.O.O............O.O.
.O................O.
OO................OO
The stabilizers make the domino spark largely inaccessible, but the snacker is extensible, as shown in the next diagram, and so a more accessible p9 domino spark can be obtained. In April 1998 Dean Hickerson found an alternative stabilizer that is less obtrusive than the original one, and this is also shown in this diagram. 
OO................................
.O................................
.O.O.........................OO...
..OO.......................O..O...
.......O....O..............OOO....
.....OO.OOOO.OO...O....O......OOO.
.......O....O...OO.OOOO.OO...O...O
..OO..............O....O......OOO.
.O.O.......................OOO....
.O.........................O..O...
OO...........................OO...
An end can also be stabilized by killer candlefrobras.

:snail (c/5 orthogonally, p5) The first known c/5 spaceship, discovered by Tim Coe in January 1996. For some time it was the slowest known orthogonal spaceship. 

.O....................................
.O....................................
O.....................................
.OOO.................OOO...OOO........
.OO.O.........O...O.O......OOO........
..O...........OO.O.......O....OOOO....
......O......O...O.O...OO.O.....OO....
...O..O.OOO...OO.........O........OO.O
...OO.O.....O.....O.................O.
.........O.OOOOOOO....................
......................................
.........O.OOOOOOO....................
...OO.O.....O.....O.................O.
...O..O.OOO...OO.........O........OO.O
......O......O...O.O...OO.O.....OO....
..O...........OO.O.......O....OOOO....
.OO.O.........O...O.O......OOO........
.OOO.................OOO...OOO........
O.....................................
.O....................................
.O....................................

:snake (p1) 

OO.O
O.OO

:snake bit An alternative name for a boat-bit. Not a very sensible name, because various other things can be used instead of a snake. A snake, or alternatively an aircraft carrier, is the smallest object that can consume a glider stream by effectively acting as an eater for every two incoming gliders. The one-cell reduction from the smallest real eater, the seven-cell eater1, has been important when trying to construct recent sawtooths where the population must be minimized.

:snake bridge snake (p1) 

....OO
....O.
.....O
....OO
OO.O..
O.OO..

:snake dance (p3) Found by Robert Wainwright, May 1972. 

...OO.O..
...O.OO..
OO.O.....
.O..O.OOO
O..O.O..O
OOO.O..O.
.....O.OO
..OO.O...
..O.OO...

:snake pit This term has been used for two different oscillators: the p2 snake pit (essentially the same as fore and back) 

O.OO.OO
OO.O.O.
......O
OOO.OOO
O......
.O.O.OO
OO.OO.O
and the p3 snake pit. 
.....OO....
....O..O...
....O.OO...
.OO.O......
O.O.O.OOOO.
O.........O
.OOOO.O.O.O
......O.OO.
...OO.O....
...O..O....
....OO.....

:snake siamese snake (p1) 

OO.OO.O
O.OO.OO

:Snark A small stable 90-degree glider reflector with a repeat time of 43 ticks, discovered by Mike Playle on 25 April 2013 using a search utility he wrote called Bellman. Compare boojum reflector. Four common Snark variants are shown below: Playle's original at the top, and variants by Heinrich Koenig, Simon Ekström, and Shannon Omick to the left, bottom, and right, respectively. As of June 2018, only Playle's variant has a known slow glider construction recipe for all orientations. 

.............................OO....................
............................O.O....................
......................OO....O......................
....................O..O..OO.OOOO..................
....................OO.O.O.O.O..O..................
.......................O.O.O.O.....................
.......................O.O.OO......................
........................O..........................
...................................................
.....................................OO............
............................OO.......O.............
............................OO.....O.O.............
.........O.........................OO..............
.........OOO.......................................
............O........O.............................
...........OO.......O..............................
....................OOO............................
...................................................
...OO..............................................
...O.....................OO........................
OO.O......................O........................
O..OOO....OO...........OOO.........................
.OO...O...OO...........O......................O....
...OOOO.....................OO..............OOOOO..
...O...............OO........O.............O.....O.
....OOO............O.O.......O.O............OOO..O.
.......O.............O........OO...............O.OO
..OOOOO..............OO.....................OOOO..O
.O..O......................O...........OO...O...OO.
.OO......................OOO...........OO....OOO...
........................O......................O...
........................OO.....................O.OO
..............................................OO.OO
...................................................
...................................................
......................................OO...........
......................................O............
.......................................OOO.........
..............OO.........................O.........
.............O.O.....OO............................
.............O.......OO............................
............OO.....................................
...................................................
..........................O........................
................OO....OO.O.O.......................
...............O..O..O.O.O.O.......................
................OO...O.O.O.OO......................
..................OOOO.OO..O.......................
..................O...O....O.......................
...................O..O.OOO........................
....................O.O.O..........................
.....................O.............................

:Snarkmaker A single-channel stream of gliders that, when aimed to collide with an elbow block in a specific location, will perform a slow glider construction of a Snark, directly on the same lane as the incoming gliders. This allows a construction arm to add one or more lossless elbows, so that it can bend around multiple corners without an exponential increase in construction cost.

The Snarkmaker recipe used in the first single-channel Demonoid, Orthogonoid, and spiral growth patterns contains 2,254 gliders. This could be considerably reduced with a customized search program.

:SNG = second natural glider.

:SODGame = Seeds of Destruction Game

:sombrero One half of sombreros or siesta.

:sombreros (p6) Found by Dave Buckingham in 1972. If the two halves are moved three spaces closer to one another then the period drops to 4, and the result is just a less compact form of Achim's p4. Compare also siesta. 

...OO........OO...
...O.O......O.O...
.....O......O.....
...O.OO....OO.O...
.OOO..........OOO.
O...O.O....O.O...O
.OOO..........OOO.
...O.OO....OO.O...
.....O......O.....
...O.O......O.O...
...OO........OO...

:soup A random initial pattern, either contained within a small area, or alternatively filling the whole Life universe.

Finite soups probably have behaviors very different than infinite soups, but this is obviously unknown. Infinite soups may remain chaotic indefinitely since any reaction, no matter how rare, is bound to happen somewhere.

Soups can have an average density, with results varying based on that. See sparse Life for a discussion of what can happen at a low density.

Finite soups for sizes such as 16x16 (asymmetric) have been examined by the billions by scripts such as apgsearch to find interesting results. Many new oscillators and synthesis recipes have been discovered, as well as previously known rare patterns such as stabilized switch engines. In addition, soups are used to generate statistical census data, and to decide whether specific objects can be considered natural.

Soups can be fully random, or they can be forced to be symmetric. The results for these two types of soups can differ since symmetric soups tend to create large symmetrical objects at a much higher rate. Shown below is an unusual mirror-symmetric soup that produces a pufferfish and nothing else. 

OOOO..OO.OOO.O...O.OOO.OO..OOOO
.O.O.OO.O.............O.OO.O.O.
..OOO..O.O.O.......O.O.O..OOO..
O.OO.OOO.O..O.....O..O.OOO.OO.O
.OOOO.O...OO.OOOOO.OO...O.OOOO.
.....OO...OO.O.O.O.OO...OO.....
..OOO...OO...O...O...OO...OOO..
O..O..O.OO...OO.OO...OO.O..O..O
OO.O..O...O.........O...O..O.OO
O.O.O...OOOO..OOO..OOOO...O.O.O
O.OOO.OO..OO...O...OO..OO.OOO.O
..O.....OO...O...O...OO.....O..
OOOOO.O.OOO..O...O..OOO.O.OOOOO
.O....O....O..OOO..O....O....O.
.OO.O...OOOOOOOOOOOOOOO...O.OO.
OOOO.OOO......O.O......OOO.OOOO

:space dust A part of a spaceship or oscillator which looks like a random mix of ON and OFF cells. It is usually very difficult to find a glider synthesis for an object that consists wholly or partly of space dust. As examples, the 295P5H1V1, fly, and seal spaceships contain large amounts of space dust.

:spacefiller Any pattern that grows at a quadratic rate by filling space with an agar. The first example was found in September 1993 by Hartmut Holzwart, following a suggestion by Alan Hensel. The diagram below shows a smaller spacefiller found by Tim Coe. See also Max. Spacefillers can be considered as breeders (more precisely, MMS breeders), but they are very different from ordinary breeders. The word "spacefiller" was suggested by Harold McIntosh and soon became the accepted term. 

..................O........
.................OOO.......
............OOO....OO......
...........O..OOO..O.OO....
..........O...O.O..O.O.....
..........O....O.O.O.O.OO..
............O....O.O...OO..
OOOO.....O.O....O...O.OOO..
O...OO.O.OOO.OO.........OO.
O.....OO.....O.............
.O..OO.O..O..O.OO..........
.......O.O.O.O.O.O.....OOOO
.O..OO.O..O..O..OO.O.OO...O
O.....OO...O.O.O...OO.....O
O...OO.O.OO..O..O..O.OO..O.
OOOO.....O.O.O.O.O.O.......
..........OO.O..O..O.OO..O.
.............O.....OO.....O
.OO.........OO.OOO.O.OO...O
..OOO.O...O....O.O.....OOOO
..OO...O.O....O............
..OO.O.O.O.O....O..........
.....O.O..O.O...O..........
....OO.O..OOO..O...........
......OO....OOO............
.......OOO.................
........O..................

:space nonfiller Any pattern that expands indefinitely to affect every cell in the Life plane, but leaves an expanding region of vacuum at its center. Compare spacefiller; see also antstretcher. The first nonfiller was discovered by Jason Summers on 14 April 1999: 

...................OOO...............
..................O..O...............
............OOO......O....OOO........
............O..O.O...O....O..O.......
............O..O.O...O....O..O.......
..........O..........O..O.O.OOO......
..........OO..OO..O.O....O.....O.....
........O................OO..OOO.....
........OOO.O.OO..........O......O...
......O........O.........O.O...OOO...
......OOO.....O..........O........O..
...O.O.........................O.OOO.
..OOOOO.O..........................O.
.OO......O.....................OOOOO.
OO....OO..................O.O........
.O.O...O..O...............O..O...O.O.
........O.O..................OO....OO
.OOOOO.....................O......OO.
.O..........................O.OOOOO..
.OOO.O.........................O.O...
..O........O..........O.....OOO......
...OOO...O.O.........O........O......
...O......O..........OO.O.OOO........
.....OOO..OO................O........
.....O.....O....O.O..OO..OO..........
......OOO.O.O..O..........O..........
.......O..O....O...O.O..O............
.......O..O....O...O.O..O............
........OOO....O......OOO............
...............O..O..................
...............OOO...................

:space rake The following p20 forwards glider rake, which was the first known rake. It consists of an ecologist with a LWSS added to turn the dying debris into gliders. 

...........OO.....OOOO
.........OO.OO...O...O
.........OOOO........O
..........OO.....O..O.
......................
........O.............
.......OO........OO...
......O.........O..O..
.......OOOOO....O..O..
........OOOO...OO.OO..
...........O....OO....
......................
......................
......................
..................OOOO
O..O.............O...O
....O................O
O...O............O..O.
.OOOO.................

:spaceship Any finite pattern that reappears (without additions or losses) after a number of generations and displaced by a non-zero amount. By far the most natural spaceships are the glider, LWSS, MWSS and HWSS, followed by the Coe ship which has also evolved multiple times from random asymmetric soup starting conditions. See also the entries on individual spaceship speeds: c/2 spaceship, c/3 spaceship, c/4 spaceship, c/5 spaceship, c/6 spaceship, c/7 spaceship, c/10 spaceship, c/12 spaceship, 2c/5 spaceship, 2c/7 spaceship, 3c/7 spaceship, (2,1)c/6 spaceship, and 17c/45 spaceship.

It is known that there exist spaceships travelling in all rational directions and at arbitrarily slow speeds (see universal constructor). Before 1989, however, the only known examples travelled at c/4 diagonally (gliders) or c/2 orthogonally (everything else).

In 1989 Dean Hickerson started to use automated searches to look for new elementary spaceships, and had considerable success. Other people have continued these searches using tools such as lifesrc and gfind, and as a result we now have a great variety of elementary spaceships travelling at sixteen different velocities. The following table details the discovery of elementary spaceships with new velocities as of July 2018. 

  -----------------------------------------------------------------
  Speed    Direction  First Discovery   Discoverer             Date
  -----------------------------------------------------------------
  c/4      diagonal   glider            Richard Guy            1970
  c/2      orthogonal LWSS              John Conway            1970
  c/3      orthogonal 25P3H1V0.1        Dean Hickerson     Aug 1989
  c/4      orthogonal 119P4H1V0         Dean Hickerson     Dec 1989
  c/12     diagonal   Cordership        Dean Hickerson     Apr 1991
  2c/5     orthogonal 44P5H2V0          Dean Hickerson     Jul 1991
  c/5      orthogonal snail             Tim Coe            Jan 1996
  2c/7     orthogonal weekender         David Eppstein     Jan 2000
  c/6      orthogonal dragon            Paul Tooke         Apr 2000
  c/5      diagonal   295P5H1V1         Jason Summers      Nov 2000
  c/6      diagonal   seal              Nicolay Beluchenko Sep 2005
  c/7      diagonal   lobster           Matthias Merzenich Aug 2011
  c/7      orthogonal loafer            Josh Ball          Feb 2013
  c/10     orthogonal copperhead        zdr                Mar 2016
  3c/7     orthogonal spaghetti monster Tim Coe            Jun 2016
  (2,1)c/7 oblique    Sir Robin         Adam P. Goucher    Mar 2018
  -----------------------------------------------------------------

Several infinite families of adjustable-velocity macro-spaceships have also been constructed, of which the first was Gabriel Nivasch's Caterpillar from December 2004. The macro-spaceship with the widest range of possible speeds is Michael Simkin's Caterloopillar from April 2016; in theory it supports any rational orthogonal speed strictly less than c<4. A somewhat similar design supporting any rational speed strictly less than c/2 has been shown to be feasible, but as of July 2018 no explicit examples have been constructed.

A period p spaceship that displaces itself (m,n) during its period, where m>=n, is said to be of type (m,n)/p. It was proved by Conway in 1970 that p>=2m+2n. (This follows immediately from the easily-proved fact that a pattern cannot advance diagonally at a rate greater than one half diagonal step every other generation.)

:Spaceships in Conway's Life A series of articles posted by David Bell to the newsgroup comp.theory.cell-automata during the period August-October 1992 that described many of the new spaceships found by himself, Dean Hickerson and Hartmut Holzwart. Bell produced an addendum covering more recent developments in 1996.

:spaghetti monster The first 3c/7 spaceship, found by Tim Coe in June 2016. The spaceship travels orthogonally, has a minimum of 702 live cells and fits in a 27x137 bounding box.

:spark A pattern that dies. The term is typically used to describe a collection of cells periodically thrown off by an oscillator or spaceship, but other dying patterns, particularly those consisting or only one or two cells (such as produced by certain glider collisions, for example), are also described as sparks. For examples of small sparks see unix and HWSS. Examples of much larger sparks are seen in Schick engine and twin bees shuttle spark.

:spark coil (p2) Found in 1971. 

OO....OO
O.O..O.O
..O..O..
O.O..O.O
OO....OO

:sparker An oscillator or spaceship that produces sparks. These can be used to perturb other patterns without being themselves affected.

:sparking eater One of two eaters found in April 1997 and November 1998 by Dean Hickerson using his dr search program, shown below to the left and right respectively. These both absorb gliders as a standard eater does, but also produce separated single-bit sparks at the upper right, which can be used to delete antiparallel gliders with different phases as shown. 

..O.........OO........O..........OO.
O.O........OO.......O.O..........O.O
.OO..........O.......OO..........O..
....OO..OO...............OO..OO.....
.O...O..OO............O...O..OO.....
.OOOO.............OO..OOOO..........
..................O.................
.OO................OOOOO............
.OO.....................O...........
.....................OOO............
.....................O..............
The above mechanisms can be used to build intermitting glider guns. The left-hand eater produces a spark nine ticks after a glider impact, with the result that the period of the constituent guns can't be a multiple of 4. The right-hand eater produces the same spark ten ticks after impact, which allows p4N guns to be used.

The separation of the spark also allows this reaction to perform other perturbations "around the corner" of some objects. For example, it was used by Jason Summers in 2004 to cap the ends of a row of ten AK47 reactions to form a much smaller period 94 glider gun than the original one. (This is now made obsolete by the AK94 gun.)

:sparky A certain c/4 tagalong, shown here attached to the back of a spaceship. 

..........O....................
..........O...............OO...
......OO.O.OOO..........OO...O.
O.OO.OO.OO..O.O...OO.OOOO......
O...OO..O.OO..OOO..O.OO..OO...O
O.OO....OOO.O.OOO......OO..O...
........OO.O...............O..O
O.OO....OOO.O.OOO......OO..O...
O...OO..O.OO..OOO..O.OO..OO...O
O.OO.OO.OO..O.O...OO.OOOO......
......OO.O.OOO..........OO...O.
..........O...............OO...
..........O....................

:sparse Life This refers to the study of the evolution of a Life universe which starts off as a random soup of extremely low density. Such a universe is dominated at an early stage by blocks and blinkers (often referred to collectively as blonks) in a ratio of about 2:1. Much later it will be dominated by simple infinite growth patterns (presumably mostly switch engines). The long-term fate of a sparse Life universe is less certain. It may possibly become dominated by self-reproducing patterns (see universal constructor), but it is not at all clear that there is any mechanism for these to deal with all the junk produced by switch engines.

:Spartan A pattern composed of subunits that can be easily constructed in any orientation, usually with a slow salvo. Generally this means that the pattern is a constellation of Spartan still lifes: block, tub, boat, hive, ship, loaf, eater1, or pond. Other small objects may sometimes be counted as Spartan, including period-2 oscillators - mainly blinkers, but also beacons or toads, which may occur as intermediate targets in slow salvo recipes. Most self-constructing patterns are Spartan or mostly Spartan, to simplify the process of self-construction.

:speed booster Any mechanism which allows a signal (indicated by the presence or absence of a spaceship) to move faster than the spaceship could travel through empty space. The original speed booster is based on p30 technology, and is shown below: 

....................O........................
.....................O.......................
...................OOO.......................
.............................................
...........................O.O...............
.........................O...O...............
.................O.......O...................
................OOOO....O....O........OO.....
...............OO.O.O....O............OO.....
....OO........OOO.O..O...O...O...............
....OO.........OO.O.O......O.O...............
................OOOO.........................
.................O...........................
..........................OOO................
..........................O.O...OO...........
.........................OO.....O..O.........
..................O.O.....O.........O......OO
................O...O..OO...........O......OO
.........OO.....O..........O........O........
.O.......OO....O....O.......OO..O..O.........
..O.............O.......O.O..O..OO...........
OOO.............O...O.....OOO................
..................O.O........................
Here the top glider is boosted by passing through two inline inverters, emerging 5 cells further along than the unboosted glider at the left.

The fastest speed boosters are the telegraph and p1 telegraph, which can transfer a orthogonal signal at the speed of light, although their bit rate is rather slow.

Diagonal speed boosters have also been built using 2c/3 wires or other stable components. See stable pseudo-Heisenburp.

The star gate seems like it can transfer a signal faster than the speed of light. The illusion is explained in Fast Forward Force Field.

:speed of light The greatest speed at which any effect can propagate; in Life, a speed of one cell per generation. Usually denoted c.

:S-pentomino Conway's name for the following pentomino, which rapidly dies. 

..OO
OOO.

:spider (c/5 orthogonally, p5) This is the smallest known c/5 spaceship, and was found by David Bell in April 1997. Its side sparks have proved very useful in constructing c/5 puffers, including rakes. See also PPS. 

......O...OOO.....OOO...O......
...OO.OOOOO.OO...OO.OOOOO.OO...
.O.OO.O.....O.O.O.O.....O.OO.O.
O...O.O...OOOOO.OOOOO...O.O...O
....OOO.....OO...OO.....OOO....
.O..O.OOO.............OOO.O..O.
...O.......................O...

:spiral (p1) Found by Robert Wainwright in 1971. 

OO....O
.O..OOO
.O.O...
..O.O..
...O.O.
OOO..O.
O....OO

:spiral growth A self-constructing pattern built by Dave Greene in August 2014 that uses four universal constructors (UCs) arranged in a diamond to build four more UCs in a slightly larger diamond. This was the first B3/S23 pattern that exhibited spiral growth. Much smaller versions have now been constructed using the single-channel construction toolkit.

:splitter A signal converter that accepts a single input signal and produces two or more output signals, usually of the same type as the input. An older term for this is fanout, or "fanout device".

A sub-category is the one-time splitter, which is not technically a converter because it can only be used once. One-time splitters are usually small constellations that produce two or more clean gliders when struck by a single glider. In other words, they are multi-glider seeds. These are important for constructing self-destruct circuitry in self-constructing spaceships.

The following combination, a syringe attached to an SE7T14 converter combined with an NW31 converter, is one of the smallest known glider splitters as of July 2018. Another small splitter with a 90-degree colour-changing output is shown under reflector. 

..........OO...........O......OO....................
..........OO..........O.O....O..O...................
......................O.O...O.OOO...O...............
.....................OO.OO.O.O......OOO.............
.........................O.O...OO......O............
.....................OO.O..OOOO.O.....OO............
.....................OO.O.O...O.....................
.........................O.O...O....................
..........................O.O...O...................
...........................O...OO...................
....................................................
....................................................
....................................................
..................OO................................
..................OO................................
...OO...............................................
..O..O..............................................
.O.OO...............................................
.O................................................OO
OO................................................OO
...............OO...................................
...............O....................................
................OOO.................................
..................O..........OO.....................
............................O.O.....................
............................O.......................
...........................OO.......................
OOO.................................................
..O.................................................
.O..................................................

:SPPS (c/5 orthogonally, p30) The symmetric PPS. The original PPS found by David Bell in May 1998. Compare APPS.

:sqrtgun Any glider-emitting pattern which emits its nth glider at a time asymptotically proportional to n2. The first examples were constructed by Dean Hickerson around 1991. See also quadratic filter, exponential filter, recursive filter.

:squaredance The p2 agar formed by tiling the plane with the following pattern. Found by Don Woods in 1971. 

OO......
....OO..
..O....O
..O....O
....OO..
OO......
...O..O.
...O..O.

:squirter = pipsquirter

:S-spiral = big S

:stabilized switch engine A single switch engine which survives indefinitely by interacting with the appropriate exhaust such that it prevents the engine from ever being destroyed.

The only known types of stabilized switch engines were found by Charles Corderman soon after he discovered the switch engine itself. There is a p288 block-laying type (the more common of the two) and the p384 glider-producing type. These two puffers are the most natural infinite growth patterns in Life. As of June 2018 they are the basis for every infinite growth pattern ever seen to occur from a random asymmetric soup, even after trillions of census results by apgsearch and similar projects.

Patterns giving rise to block-laying switch engines can be seen under infinite growth, and one giving rise to a glider-producing switch engine is shown under time bomb.

Here is the block-laying type showing its distinctive zig-zag trail of blocks. 

..O.........................................................
.O.O........................................................
............................................................
.O..O.......................................................
...OO.......................................................
....O.......................................................
..................OO........................................
..................OO........................................
............................................................
............................................................
.OO.........................................................
...O........................................................
..OO........................................................
.OOO...............O........................................
.OO................OO.....OO................................
OOO.O..............OO.....OO................................
.O...O..........OO..........................................
...O..O..........O..........................................
...OOO............O.........................................
....OO........OO............................................
..............OO............................................
............................................................
..................................OO........................
..................................OO........................
............................................................
............................................................
......OO....................................................
......OO................OO..................................
........................OO..................................
............................................................
..........................................OO................
....................OO....................OO................
....................OO......................................
............................................................
..............OO............................................
..............OO............................................
.......................................OO...................
.......................................OO...................
............................................................
............................................................
...................................OO.......................
...................................OO.......................
............................................................
............................................................
............................................................
............................................................
..........................................................OO
..........................................................OO
............................................................
............................................................
..............................OO............................
..............................OO................OO..........
................................................OO..........
............................................................
............................................................
............................................OO..............
............................................OO..............
............................................................
......................................OO....................
......................................OO....................

:stable A pattern is said to be stable if it is a parent of itself. Stable objects are oscillators with period 1 (p1), and are generally called still lifes.

:stable pseudo-Heisenburp A multi-stage converter constructed by Dave Greene in January 2007, using a complex recipe found by Noam Elkies to insert a signal into a 2c/3 wire. The wire's high transmission speed allows a signal from a highway robber to catch up to a salvo of gliders. Ultimately the mechanism restores the key glider, which was destroyed by the highway robber in the first stage of the converter, to its exact original position in the salvo.

Much smaller stable pseudo-Heisenburp devices have since been designed that use simple 0-degree glider seed constellations instead of a 2c/3 wire.

These patterns are labeled "pseudo-Heisenburp", because a true Heisenburp device does not even temporarily damage or affect a passing glider, yet can still produce an output signal in response. However, it is impossible to construct a stable device that can accomplish this for gliders. True stable Heisenburp devices are possible with many other types of spaceships, but not with gliders which have no usable side sparks to initiate an output signal.

:staged recovery A type of signal-processing circuit where the initial reaction between catalysts an incoming signal results in an imperfect recovery. A catalyst is damaged, destroyed completely as in a bait reaction, or one or more objects are left behind that must be cleaned up before the circuit can be reused. In any of these three cases, output signals from the circuit must be used to complete the cleanup. In theory the cleanup process might itself be dirty, requiring additional cleanup stages. In rare cases this might theoretically allow the construction of special-purpose circuits with a lower recovery time than would otherwise be possible, but in practice this kind of situation does not commonly arise.

An example is the record-breaking (at the time) 487-tick reflector constructed by Adam P. Goucher on 12 April 2009. 487 ticks was a slight improvement over the repeat time of the Silver reflector. The reflector featured a standard Callahan G-to-H, with cleanup by an internal dirty glider reflector found by Dieter Leithner many years before. This in turn was cleaned up by the usual ungainly Herschel plumbing attached to the G-to-H's output. The dirty glider reflector is not actually fully recovered before a second p487 signal enters the full reflector. However, it has been repaired by the time the internal reflector is actually needed again, so the cycle can be successfully repeated at p487 instead of p497.

:stairstep hexomino (stabilizes at time 63) The following predecessor of the blockade. 

..OO
.OO.
OO..

:stamp collection A collection of oscillators (or perhaps other Life objects) in a single diagram, displaying the exhibits much like stamps in a stamp album. The classic examples are by Dean Hickerson (see http://conwaylife.com/ref/DRH/stamps.html).

Many stamp collections contain "fonts" made of single cells (which cleanly die) to annotate the objects or to draw boxes around them. For example, here is a stamp collection which shows all the ways that two gliders can create a loaf or an eater: 

.O......O.O.....O....O.O.O...................O.
............................................O..
.O.....O...O...O.O...O......................OOO
...............................................
.O.....O...O..O...O..O.O.O.....................
...............................................
.O.....O...O..O.O.O..O.........................
........................................OO.....
.O.O.O..O.O...O...O..O.................O.O.....
.........................................O.....
...............................................
...............................................
.............................................O.
............................................O..
O.O.O....O....O.O.O..O.O.O..O.O.............OOO
................................O..............
O.......O.O.....O....O......O..................
................................O..............
O.O.O..O...O....O....O.O.O..O.O................
...............................................
O......O.O.O....O....O......O..O...........O...
..........................................OO...
O.O.O..O...O....O....O.O.O..O...O.........O.O..

Alternatively, stamp collections can use LifeHistory for their annotations, but this requires a more sophisticated Life program to handle. Numbers, or more rarely letters, are sometimes constructed from stable components such as blocks or snakes, but their readability is somewhat limited by placement constraints.

:standard spaceship A glider, LWSS, MWSS or HWSS. These have all been known since 1970.

:star (p3) Found by Hartmut Holzwart, February 1993. 

.....O.....
....OOO....
..OOO.OOO..
..O.....O..
.OO.....OO.
OO.......OO
.OO.....OO.
..O.....O..
..OOO.OOO..
....OOO....
.....O.....

:star gate A device by Dieter Leithner (October 1996) for transporting a LWSS faster than the speed of light. The key reaction is the Fast Forward Force Field.

:stator The cells of an oscillator that are always on. Compare rotor. (The stator is sometimes taken to include also some of those cells which are always off.) The stator is divided into the bushing and the casing.

By analogy, the cells of an eater that remain on even when the eater is eating are considered to constitute the stator of the eater. This is not always well-defined, because an eater can have more than one eating action.

:statorless A statorless oscillator is one in which no cell is permanently on - that is, the stator is empty, or in other words the oscillator has the maximum possible volatility. See the volatility entry for examples of this type of oscillator at different periods. Statorless oscillators can be constructed for any sufficiently large period, using universal constructor technology.

:statorless p5 (p5) Found by Josh Ball, June 2016. The first and only known statorless period 5 oscillator. 

O.............O
.OO.........OO.
O....OO.OO....O
OO.O.......O.OO
.O.O..O.O..O.O.
..O.O.....O.O..
..OOO.....OOO..
..OOO.....OOO..
..O.O.....O.O..
.O.O..O.O..O.O.
OO.O.......O.OO
O....OO.OO....O
.OO.........OO.
O.............O

:step Another term for a generation or tick. This term is particularly used in describing conduits. For example, a 64-step conduit is one through which the active object takes 64 generations to pass.

:stillater (p3) Found by Robert Wainwright, September 1985. This is one of only three essentially different p3 oscillators with only three cells in the rotor. The others are 1-2-3 and cuphook. 

...O....
..O.O.OO
..O.OO.O
OO......
.O.O.OO.
.O.O..O.
..O..O..
...OO...

:still life Any stable pattern, usually assumed to be finite and nonempty. For the purposes of enumerating still lifes this definition is, however, unsatisfactory because, for example, any pair of blocks would count as a still life, and there would therefore be an infinite number of 8-bit still lifes.

For this reason a stricter definition is often used, counting a stable pattern as a strict still life only if its islands cannot be divided into two or more nonempty sets both of which are stable in their own right. If such a subdivision can be made, the pattern can be referred to as a constellation. If its cells form a single cluster it is also, more specifically, either a pseudo still life or a quasi still life.

In rare cases above a certain size threshold, a pattern may be divisible into three or four stable nonempty subsets but not into two. See the 32-bit triple pseudo (32 bits) and the 34-bit quad pseudo for examples.

All still lifes up to 18 bits have been shown to be glider constructible. It is an open question whether all still lifes can be incrementally constructed using glider collisions. For a subset of small still lifes that have been found to be especially useful in self-constructing circuitry, see also Spartan.

The smallest still life is the block. Arbitrarily large still lifes are easy to construct, for example by extending a canoe or barge. The maximum density of a large still life is 1/2, which can be achieved by an arbitrarily large patch of zebra stripes or chicken wire, among many other options. See density for more precise limits. 

...O..O..O..O..O..O...
.OOOOOOOOOOOOOOOOOOOO.
O....................O
OOOOOOOOOOOOOOOOOOOOOO
......................
OOOOOOOOOOOOOOOOOOOOOO
O....................O
.OOOOOOOOOOOOOOOOOOOO.
......................
.OOOOOOOOOOOOOOOOOOOO.
O....................O
OOOOOOOOOOOOOOOOOOOOOO
......................
OOOOOOOOOOOOOOOOOOOOOO
O....................O
.OOOOOOOOOOOOOOOOOOOO.
......................
.OOOOOOOOOOOOOOOOOOOO.
O....................O
OOOOOOOOOOOOOOOOOOOOOO
......................
OOOOOOOOOOOOOOOOOOOOOO
O....................O
.OOOOOOOOOOOOOOOOOOOO.
...O..O..O..O..O..O...

:still life tagalong A tagalong which takes the form of a still life in at least one phase. An example is shown below. 

..OO...............
.OO.OO.............
..OOOO.............
...OO..............
...................
...OOOOO...........
..OOOOOOO..........
.OO.OOOOO..........
..OO...............
...................
........O.O.....OO.
......O....O...O..O
......OO.....O.O..O
.O..O..OOOO.O...OO.
O.......OO.........
O...O..............
OOOO...............

:stop and go A pattern by Dean Hickerson in which a period 46 shuttle converts a glider into a block on one oscillation, and then converts the block back into a glider on the next oscillation. The glider is reflected back onto its own path, but with a delay. 

........................................O.
.......................................O..
OO..............OO.........OO..........OOO
OO...............OO........OO.............
.............OOOOO........................
.............OOOO.........................
..........................................
.............OOOO.........................
.............OOOOO........................
OO...............OO.......................
OO..............OO........................

:stop and restart A type of signal circuit where an input signal is converted into a stationary object, which is then re-activated by a secondary input signal. This can be used either as a memory device storing one bit of information, or as a simple delay mechanism. In the following January 2016 example by Martin Grant, a ghost Herschel marks the output signal location, and a "ghost beehive" marks the location of the intermediate still life. 

........................................................O.
.......................................................O..
.......................................................OOO
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
............O.............................................
............OOO...........................................
...............O..........................................
..............OO..........................................
........O.................................................
.......O.O.......OO.......................................
.......O.O......O.O.......................................
.....OOO.OO.....OO........................................
....O.....................................................
.....OOO.OO...............................................
.......O.OO...............................................
..........................................................
..........................................................
..........................................................
OO........................................................
.O........................................................
.O.O......................................................
..OO......................................................
..........................................................
....................O.....................................
...................O.O....................................
...................O...................................O..
....................O................................OOO..
....................................OO...............O....
..O.................................OO...............O....
..O.O.....................................................
..OOO.....................................................
....O....................O................................
........................O.O...............................
........................OO................................
...................OO............OO.......................
...................OO............O........................
..................................O.......................
.................................OO.......................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..OO..........OO..........................................
...O..........O...........................................
OOO............OOO........................................
O................O........................................
The eater1 in the lower left corner catches the restart glider if no input signal has come in to create the beehive. This eater could be removed if it is useful to have both a "0" and a "1" output for a memory cell mechanism.

The catch and throw technology in a Caterpillar is a somewhat similar idea. See also stop and go and reanimation.

:stream A line of identical objects (usually spaceships), each of which is moving in a direction parallel to the line, generally on the same lane. In many uses the stream is periodic. For example, the new gun produces a period 46 glider stream. The stream produced by a pseudo-random glider generator can have a very high period. Compare with wave. See also single-channel for a common use of non-periodic glider streams.

:stretcher Any pattern that grows by stretching a wick or agar. See wickstretcher and spacefiller.

:strict still life A still life that is either a single connected polyplet, or is arranged such that a stable smaller pattern cannot be formed by removing one or more of its islands. For example, beehive with tail is a strict still life because it is connected, and table on table is a strict still life because neither of the tables are stable by themselves. See also triple pseudo, quad pseudo.

Still lifes have been enumerated by Conway (4-7 bits), Robert Wainwright (8-10 bits), Dave Buckingham (11-13 bits), Peter Raynham (14 bits), Mark Niemiec (15-24 bits), and Simon Ekström and Nathaniel Johnston (25-32 bits). The resulting figures are shown below; see also https://oeis.org/A019473. The most recent search by Nathaniel Johnston has also confirmed that the triple pseudo pattern found by Gabriel Nivasch is the only such still life with 32 bits or less. It is therefore included in the pseudo still life count and not in the table below. 

  --------------
  Bits    Number
  --------------
   4           2
   5           1
   6           5
   7           4
   8           9
   9          10
  10          25
  11          46
  12         121
  13         240
  14         619
  15        1353
  16        3286
  17        7773
  18       19044
  19       45759
  20      112243
  21      273188
  22      672172
  23     1646147
  24     4051711
  25     9971377
  26    24619307
  27    60823008
  28   150613157
  29   373188952
  30   926068847
  31  2299616637
  32  5716948683
  --------------

As the number of bits increases, the strict still life count goes up exponentially by approximately O(2.46n). By comparison, the rate for pseudo still life}s is about O(2.56n) while for quasi still lifes it's around O(3.04n).

:strict volatility A term suggested by Noam Elkies in August 1998 for the proportion of cells involved in a period n oscillator which themselves oscillate with period n. For prime n this is the same as the ordinary volatility. Periods with known strictly-volatile oscillators include 1, 2, 3, 5, 6, 8, 13, 15, 22, 30, 33, and 177. Examples include figure-8, Kok's galaxy, smiley, and pentadecathlon. A composite example is the following p22, found by Nicolay Beluchenko on 4 March 2009: 

...........OO...
..........O.O...
..O.....O....O..
OO.OO..OO.O.O...
O.......O...O...
.O.O............
................
..OOO.......O...
...O.......OOO..
................
............O.O.
...O...O.......O
...O.O.OO..OO.OO
..O....O.....O..
...O.O..........
...OO...........

:super beehive = honeycomb

:superfountain (p4) A p4 sparker which produces a 1-cell spark that is separated from the rest of the oscillator by two clear rows of cells. The first superfountain was found by Noam Elkies in February 1998. In January 2006 Nicolay Beluchenko found the much smaller one shown below. See also fountain. 

...........O...........
.......................
.......................
.....O..O.....O..O.....
...OO..O.OOOOO.O..OO...
.....O...........O.....
...O.OO.........OO.O...
.O.O...OOO...OOO...O.O.
OOO.O.............O.OOO
..........O.O..........
....OOO...O.O...OOO....
....O..O...O...O..O....
...OOOO..O.O.O..OOOO...
...OO..OOO.O.OOO..OO...
..O...O...O.O...O...O..
...O..O.O.O.O.O.O..O...
....O.O.OO...OO.O.O....
.....O...........O.....

:superlinear growth Growth faster than any rate proportional to T, where T is the number of ticks that a pattern has been run. This term usually applies to a pattern's population growth, rather than diametric growth or bounding-box growth. For example, breeders' and spacefillers' population asymptotically grows faster than any linear-growth pattern. It may also be used to describe the rate of increase in the number of subpatterns present in a pattern, such as when describing a replicator's rate of reproduction. Due to limits enforced by the speed of light, no pattern's population can grow at an asymptotic rate faster than quadratic growth. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:superstring An infinite orthogonal row of cells stabilized on one side so that it moves at the speed of light, often leaving debris behind. The first examples were found in 1971 by Edward Fitzgerald and Robert Wainwright. Superstrings were studied extensively by Peter Rott during 1992-1994, and he found examples with many different periods. (But no odd periods. In August 1998 Stephen Silver proved that odd-period superstrings are impossible.)

Sometimes a finite section of a superstring can be made to run between two tracks ("waveguides"). This gives a fuse which can be made as wide as desired. The first example was found by Tony Smithurst and uses tubs. (This is shown below. The superstring itself is p4 with a repeating section of width 9 producing one blinker per period and was one of those discovered in 1971. With the track in place, however, the period is 8. This track can also be used with a number of other superstrings.) Shortly after seeing this example, in March 1997 Peter Rott found another superstring track consisting of boats. At present these are the only two waveguides known. Both are destroyed by the superstring as it moves along. It would be interesting to find one that remains intact.

See titanic toroidal traveler for another example of a superstring. 

.OO..........................................................
O..O...O...O...O...O...O...O...O...O...O...O...O...O...O...O.
....O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O
O..O...O...O...O...O...O...O...O...O...O...O...O...O...O...O.
.OOO.........................................................
..OO.........................................................
..OO.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
..OO.........................................................
..OO.........................................................
.OOO.........................................................
O..O...O...O...O...O...O...O...O...O...O...O...O...O...O...O.
....O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O
O..O...O...O...O...O...O...O...O...O...O...O...O...O...O...O.
.OO..........................................................

:support Those parts of an object which are only present in order to keep the rest of the object (such an engine or an edge spark) working correctly. These can be components of the object, or else accompanying objects used to perturb the object. In many cases there is a wide variation of support possible for an engine. The arms in many puffers are an example of support.

:surprise (p3) Found by Dave Buckingham, November 1972. 

...O....OO
...OOO..O.
.OO...O.O.
O..OO.O.OO
.O......O.
OO.O.OO..O
.O.O...OO.
.O..OOO...
OO....O...

:SW1T43 A Herschel-to-glider converter that produces a tandem glider useful in the tee reaction. It is classified as a "G3" converter because its two gliders are three lanes apart. 

.......OO........
.......O.........
.....O.O.........
....O.O..........
OO...O...........
OO...............
...........OO....
...........O.O...
.............O...
.............O.OO
..........OO.O.OO
O........O..O....
O.O.......OO.....
OOO..............
..O.......OOOO...
...........O..O..
.........O...OO..
.........OO......
Besides the southwest-travelling glider on lane 1, the converter also emits the Herschel's standard first natural glider, SW-2. The converter's full standard name is therefore "HSW1T43_SW-2T21". See NW31 for an explanation of H-to-G naming conventions.

:SW-2 The simplest type of H-to-G converter, where the converter's effect is simply to suppress a Herschel cleanly after allowing its first natural glider to escape. The name should be read as "SW minus two", where -2 is a glider lane number. The complete designation is SW-2T21. See NW31T120 for a discussion of the standard naming conventions used for these converters.

An unlimited number of converters have the SW-2T21 classification. The variants most often used consist of just one or two small still life catalysts. 

...................................OO.....
...................................O......
.................................O.O......
.............................OO..OO.......
.............................OO...........
.....OO...................................
.....OO...................................
.............................OO...........
.............................OO...........
..........................................
..........................................
..........................................
.........OO...............................
.........OO...............................
..........................................
O........................O................
O.O......................O.O..............
OOO......................OOO..............
..O........................O..............
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
........................................O.
...........O...........................O.O
..........O.O...........................OO
..........O.O.............................
...........O............................OO
O........................O.............O.O
O.O......................O.O............O.
OOO......................OOO..............
..O........................O..............

:SW-2T21 = SW-2

:swan (c/4 diagonally, p4) A diagonal spaceship producing some useful sparks. Found by Tim Coe in February 1996. 

.O..........OO..........
OOOOO......OO...........
O..OO........O.......OO.
..OO.O.....OO......OOO.O
...........OO...O.OO....
.....O.O......OO........
..........OOO.O....O....
.......OOO...O....O.....
........O.......O.......
........O......O........
........................
...........O............

:swimmer = switch engine.

:swimmer lane = switch engine channel.

:switch A signal-carrying circuit that can send output signals to two or more different locations, depending on the state of the mechanism. These may be toggle circuits, where the state of the switch changes after each use, or permanent switches that retain the same state through many uses until a change is made with a separate signal.

More generally, any circuit may be referred to as a switch, if it can alter its output based on stored information. For example, the following simple mechanism based on an eater2 was discovered by Emerson J. Perkins in 2007. It either reflects or absorbs an incoming signal, depending on the presence or absence of a nearby block. The block is removed if a reflection occurs. 

...O.....................O....................
....O...................O.O...................
..OOO...................O.O...................
......................OOO.OO................O.
..................O..O....................OOO.
................OOO...OOO.OO...OO........O....
...............O........O.OO...OO........OO...
...............OO.............................
OO............................................
.O............................................
.O.OO.........................................
..O..O....................................OO..
...OO.....................................O.O.
..................OO........................O.
..................OO........................OO
..................................OOO.........
..................................O...........
...................................O..........
..............................................
..........................O...OO..............
.........................O.O...O..............
.....................OO.O.O...O...............
.....................OO.O....O................
.........................OOOOO.O..............
.................OO.O.OO.O....OO...........OOO
.................O.OO.O..O.OO..............O..
..........OO............OO.O.OOO............O.
..........OO...................O..............

The switching signal here is a glider produced by a high-clearance syringe variant found by Matthias Merzenich. The syringe is not technically part of the switch mechanism; any standard Herschel source can deliver the signal to the block factory (the two eater1s on the right side of the pattern). Alternate converter mechanisms could also be used to place the block.

An earlier example of the same type of one-time switch mechanism, also mediated by a block, can be found in the NW34T204 H-to-G. See also bistable switch for a very robust and versatile toggle switch with two input lanes and four possible outputs.

:switchable gun A gun that includes a mechanism to turn the output stream off and on with simple signals, often gliders. A small example is Dieter Leithner's switchable LWSS gun from July 8, 1995. The ON signal enters from the northeast, and the OFF signal from the northwest: 

.................OO...........................................
.................O..O.........................................
..............................................................
.....................O........................................
..............................................................
.O.................OO.........................................
..O...............O...........................................
OOO...........................................................
..............................................................
...............OO...OO........................................
...............OO...OO........................................
................OOOOO........................O................
.................O.O........................O.................
............................................OOO...............
.................OOO..........................................
....................................O.O.......................
....................................O...O.....................
........................................O.......O.............
..........................OO........O....O....OOOO............
..........................OO............O....O.O.OO...........
.....................O..............O...O...O..O.OOO........OO
......................O.............O.O......O.O.OO.........OO
....................OOO.......................OOOO............
................O...............................O.............
...............OOO...................O........................
..............OOOOO..................O.O.....O................
.............OO...OO.................OO....OOO................
..........................................O...................
.............................O............OO..................
...........................O..O.........OOO...................
...............OOO..........OOO.........OO....................
...............OOO..........O..........O.O....................
.............................O................................
.............................OOO..............................
................OO............................................
................OO............................................
.....................O........................................
...................OOOO......OO..OO...........................
.............OO...O.O.OO.....OOOO.O..O.O......................
.............OO..O..O.OOO.....OO.O...O...O....................
..................O.O.OO....O............O.....OO.............
...................OOOO..............O....O....OO.............
.....................O...................O....................
.....................................O...O....................
.....................................O.O......................

:switch engine The following pattern discovered by Charles Corderman in 1971, which is a glide symmetric unstable puffer which moves diagonally at a speed of c/12 (8 cells every 96 generations). 

.O.O..
O.....
.O..O.
...OOO

The exhaust is dirty and unfortunately catches up and destroys the switch engine before it runs 13 full periods. Corderman found several ways to stabilize the switch engine to produce puffers, using either one or two switch engines in tandem. See stabilized switch engine and ark.

No spaceships were able to be made from switch engines until Dean Hickerson found the first one in April 1991 (see Cordership). Switch engine technology is now well-advanced, producing many c/12 diagonal spaceships, puffers, and rakes of many periods.

Small polyominoes exist whose evolution results in a switch engine. See nonomino switch engine predecessor.

Several three-glider collisions produce dirty reactions that produce a stabilized switch engine along with other ash, making infinite growth. Until recently the only known syntheses for clean unstabilized switch engines used four or more gliders. There are several such recipes. In the reaction shown below no glider arrives from the direction that the switch engine will travel to, making it easier to repeat the reaction: 

OOO................
..O................
.O.................
...................
.......OO..........
......OO...........
........O..........
...................
...................
...................
...................
...................
...................
...................
..OO...............
.O.O...............
...O...............
...................
................OOO
................O..
.................O.
Running the above for 20 ticks completes a kickback reaction with the top two gliders, resulting in the three-glider switch engine recipe discovered by Luka Okanishi on 12 March 2017.

:switch engine channel Two lines of boats (or other suitable objects, such as tub with tails) arranged so that a switch engine can travel between them, in the following manner: 

..............OO................
.............O.O................
..............O.................
................................
................................
................................
................................
................................
.......OOO............OO........
........O..O.........O.O........
............O.........O.........
.........O.O....................
................................
................................
................................
................................
..............................OO
.............................O.O
..............................O.
................................
................................
.O..............................
O.O.............................
OO..............................
................................
................................
................................
................................
................................
.........O......................
........O.O.....................
........OO......................
David Bell used this in June 2005 to construct a "bobsled" oscillator, in which a switch engine factory sends switch engines down a channel, at the other end of which they are deleted.

:switch engine chute = switch engine channel

:switch-engine ping-pong A very large (210515x183739) quadratic growth pattern found by Michael Simkin in October 2014. Currently this is the smallest starting population (23 cells) known to result in a quadratic population growth rate. Previous record-holders include Jaws, mosquito1, mosquito2, mosquito3, mosquito4, mosquito5, teeth, catacryst, metacatacryst, Gotts dots, wedge, 26-cell quadratic growth, 25-cell quadratic growth, and 24-cell quadratic growth.

:symmetric Any object which can be rotated and/or flipped over an axis and still maintain the same shape. Many common small objects such as the block, beehive, pond, loaf, clock, and blinker are symmetric. Some larger symmetric objects are Kok's galaxy, Achim's p16, cross, Eureka, and the pulsar.

Large symmetric objects can easily be created by placing multiple copies of any finite object together in a symmetrical way. Unless the individual objects interact significantly, this is considered trivial and is not considered further here (e.g., two LWSSs travelling together a hundred cells apart).

There are two kinds of symmetry. Odd symmetry occurs when an object's line of reflection passes through the center of a line of cells. Objects with odd symmetry have an odd number of columns or rows, and can have a gutter. Even symmetry occurs when the line of reflection follows the boundary between two lines of cells. Objects with even symmetry have an even number of columns or rows.

Because the Life universe and its rules are symmetric, all symmetric objects must remain symmetric throughout their evolution. Most non-symmetric objects keep their non-symmetry as they evolve, but some can become symmetric, especially if they result in a single object. Here is a slightly more complicated example where two gliders interact to form a blockade: 

..O.........
O.O.........
.OO........O
.........OO.
..........OO

Many useful objects are symmetric along an orthogonal axis. This commonly occurs by placing two copies of an object side by side to change the behaviour of the objects due to the inhibition or killing of new cells at their gutter interface. Examples of this are twin bees shuttle, centinal, and the object shown in puffer. Other useful symmetric objects are created by perturbing a symmetric object using nearby oscillators or spaceships in a symmetric manner. Examples of this are Schick engine, blinker ship, and hivenudger.

Many spaceships found by search programs are symmetric because the search space for such objects is much smaller than for non-symmetrical spaceships. Examples include dart, 60P5H2V0, and 119P4H1V0.

:synchronized Indicates that precise relative timing is required for two or more input signals entering a circuit, or two or more sets of gliders participating in a glider synthesis. Compare asynchronous. See also salvo and slow glider construction.

:synchronous = synchronized

:synthesis = glider synthesis

:syringe A small stable converter found by Tanner Jacobi in March 2015, accepting a glider as input and producing an output Herschel As of June 2018 it is the smallest known converter of this type, so it is very often used to handle input gliders in complex signal circuitry, as described in Herschel circuit. A second glider can safely follow the first any time after 78 ticks, but overclocking also allows the syringe to work at a repeat time of 74 or 75 ticks. If followed by a dependent conduit a simple eater2 can be used instead of the large welded catalyst shown here. A ghost Herschel marks the output location. 

....O.............................
.....O............................
...OOO............................
..................O...............
................OOO...............
...............O..................
...............OO.................
OO................................
.O................................
.O.OO.............................
..O..O.......................O....
...OO........................O....
..................OO.........OOO..
..................OO...........O..
..................................
..................................
..................................
...........................O...OO.
..........................O.O...O.
.........................O.O...O..
.....................OO.O.O...O...
.....................OO.O..OOOO.O.
.........................O.O...O.O
.....................OO.OO..O..O.O
......................O.O..OO...O.
..........OO..........O.O.........
..........OO...........O..........

A different version of the large catalyst, with better clearance for some situations, can be seen in the switch entry.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/gui-common/Help/Lexicon/lex_f.htm0000755000175000017500000022773513317135606016415 00000000000000 Life Lexicon (F)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:F116 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in February 1997. After 116 ticks, it produces a Herschel at (32, 1) relative to the input. Its recovery time is 138 ticks; this can be reduced to 120 ticks by adding extra mechanisms to suppress the internal glider. It is Spartan only if the following conduit is a dependent conduit, so that the welded FNG eater can be removed. A ghost Herschel in the pattern below marks the output location: 

........O..........................
........OOO........................
...........O.......................
..........OO.......................
...................................
...................................
...................................
...................................
...................................
...................................
...................................
...................................
...................................
...................................
O..................................
O.O.............................O..
OOO.............................O..
..O.............................OOO
..................................O
...................................
...................................
...................................
...................................
.........................OO........
...................OO.....O........
...................O.O.OOO.........
............OO.......O.O...........
............OO.......OO............

:F117 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in July 1996. It is made up of two elementary conduits, HFx58B + BFx59H. After 117 ticks, it produces a Herschel at (40, -6) relative to the input. Its recovery time is 63 ticks. It can be made Spartan by replacing the snake with an eater1 in one of two orientations. A ghost Herschel in the pattern below marks the output location: 

......................OO.....................
.......................O.....................
..........O...........O......................
..........OOO.........OO.....................
.............O...............................
OO..........OO...............................
.O...........................................
.O.O.........................................
..OO.........................................
.........................OO...............O..
.........................OO...............O..
..........................................OOO
............................................O
.............................................
.............................................
..O..........................................
..O.O........................................
..OOO........................................
....O...........OO...........................
................O............................
.................OOO.........................
...................O.........................

:F166 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in May 1997. It is composed of two elementary conduits, HFx107B + BFx59H. The F166 and Lx200 conduits are the two original dependent conduits (several more have since been discovered). After 166 ticks, it produces a Herschel at (49, 3) relative to the input. Its recovery time is 116 ticks. A ghost Herschel in the pattern below marks the output location: 

.................................OO.....................
..................................O.....................
.................................O......................
.................................OO.....................
........................................................
........................................................
.OO.....................................................
OOO.OO..................................................
.OO.OOO.OO..............................................
OOO.OO..OO..........................OO...............O..
OO..................................OO...............O..
.....................................................OOO
.......................................................O
........................................................
........................................................
........................................................
......OO................................................
.....O.O......................................OO........
.....O.........................................O........
....OO.........................OO...........OOO.........
...............................OO...........O...........
........................................................
........................................................
.................OO.....................................
..................O.....................................
...............OOO......................................
...............O........................................
...........................OO...........................
...........................O............................
............................OOO.........................
..............................O.........................
The F166 can be made Spartan by replacing the snake with an eater1 in one of two orientations. The input shown here is a Herschel great-grandparent, since the input reaction is catalysed by the transparent block before the Herschel's standard form can appear.

:F171 An elementary conduit, the seventeenth Herschel conduit, discovered by Brice Due in August 2006 in a search using only eaters as catalysts. This was the first new Herschel conduit discovery since 1998. After 171 ticks, it produces a Herschel at (29, -17) relative to the input. A ghost Herschel in the pattern below marks the output location: 

..........O......................
..........OOO....................
.............O...................
............OO...................
.....O...........................
.....OOO.........................
........O........................
.......OO........................
.................................
..............................O..
....OO........................O..
.....O........................OOO
.....O.O........................O
......OO.........................
.................................
.................................
O................................
OOO..............................
...O.............................
..OO.............................
.................................
.................................
.................................
.................................
.................................
.................................
.O...............................
.O.O.............................
.OOO.............................
...O.............................
.................................
..........OO.....................
...........O.....................
........OOO......................
........O........................

The conduit's recovery time is 227 ticks, slower than many of the original sixteen conduits because of the delayed destruction of a temporary blinker, though the circuit itself is clearly Spartan. The recovery time can be improved to 120 ticks by adding sparkers of various periods to suppress the blinker. See clock for a period-2 example.

The central eater in the group of three to the northwest can be removed to release an additional glider output signal on a transparent lane.

:factory Another word for gun, but not used in the case of glider guns. The term is also used for a pattern that repeatedly manufactures objects other than spaceships or rakes. In this case the new objects do not move out of the way, and therefore must be used up in some way before the next one is made. The following shows an example of a p144 gun which consists of a p144 block factory whose output is converted into gliders by a p72 oscillator. 

.......................OO........................OO
.......................OO........................OO
.........................................OO........
........................................O..O.......
.........................................OO........
...................................................
....................................OOO............
....................................O.O............
.........OO.........................OOO............
.........OO.........................OO.............
........O..O.......................OOO.............
........O..O.OO....................O.O.............
........O....OO....................OOO.............
..........OO.OO....................................
...............................OO..................
.....................OO.......O..O.................
.....................OO........OO..................
.................................................OO
.................................................OO
...................................................
....OO..................O..........................
OO....OOOO..........OO..OO.OOO.....................
OO..OO.OOO..........OO....OOOO.....................
....O...................OO.........................
This gun is David Bell's improvement of the one Bill Gosper found in July 1994. The p72 oscillator is by Robert Wainwright in 1990, and the block factory is Achim's p144 minus one of its stabilizing blocks. For a block factory using stable components and triggered by an input Herschel, see also keeper.

:familiar fours Common patterns of four identical objects. The five commonest are traffic light (4 blinkers), honey farm (4 beehives), blockade (4 blocks), fleet (4 ships, although really 2 ship-ties) and bakery (4 loaves, although really 2 bi-loaves). Also sometimes included is four skewed blocks.

:fanout A mechanism that emits two or more objects of some type for each one that it receives. Typically the objects are gliders or Herschels; glider duplicators are a special case.

:Fast Forward Force Field The following reaction found by Dieter Leithner in May 1994. In the absence of the incoming LWSS the gliders would simply annihilate one another, but as shown they allow the LWSS to advance 11 spaces in the course of the next 6 generations. 

.......O......O..
........O......OO
..OO..OOO.....OO.
OO.OO............
OOOO.........O...
.OO.........OO...
............O.O..

The illusion of super-light-speed travel is caused by an LWSS that is always created, but is then destroyed in some cases, by a signal catching up to it from behind that necessarily never travels faster than the speed of light. It is not possible to make any use of the apparent super-light-speed signal. The front end of an output LWSS can't be distinguished from the alternative dying spark output until several more ticks have passed. Not surprisingly, this extra time is enough to drop the average speed of information transmission safely below c.

Leithner named the Fast Forward Force Field in honour of his favourite science fiction writer, the physicist Robert L. Forward. See also star gate and speed booster.

:fate The result of evolving a pattern until its final behaviour is known. This answers such questions such as whether or not the pattern remains finite, what its growth rate is, what period the final state may settle into, and what its final census is. All small Life objects seem to eventually settle down into a mix of oscillators, simple spaceships, and occasionally small puffers. See methuselah, soup, ash.

Most sufficiently large random patterns are expected to grow forever due to the production of switch engines at their boundary. Engineered Life objects - and therefore also sufficiently large and unlikely random patterns - can have more interesting behaviour, such as breeders, sawtooths, and prime calculators. Some objects have even been constructed or designed having an unknown fate.

:father = parent

:fd Abbreviation for full diagonals.

:featherweight spaceship = glider

:fencepost Any pattern that stabilizes one end of a wick.

:Fermat prime calculator A pattern constructed by Jason Summers in January 2000 that exhibits infinite growth if and only if there are no Fermat primes greater than 65537. The question of whether or not it really does exhibit infinite growth is therefore equivalent to a well-known and long-standing unsolved mathematical problem. It will, however, still be growing at generation 102585827975. The pattern is based on Dean Hickerson's primer and caber tosser patterns and a p8 beehive puffer by Hartmut Holzwart.

:F-heptomino Name given by Conway to the following heptomino. 

OO..
.O..
.O..
.OOO

:figure-8 (p8) A domino sparker found by Simon Norton in 1970. 

OOO...
OOO...
OOO...
...OOO
...OOO
...OOO

:filter Any oscillator used to delete some but not all of the spaceships in a stream. An example is the blocker, which can be positioned so as to delete every other glider in a stream of period 8n+4, and can also do the same for LWSS streams. Other examples are the MW emulator and T-nosed p4 (either of which can be used to delete every other LWSS in a stream of period 4n+2), the fountain (which does the same for MWSS streams) and a number of others, such as the p6 pipsquirter, the pentadecathlon and the p72 oscillator shown under factory. Another example, a p4 oscillator deleting every other HWSS in a stream of period 4n+2, is shown below. (The p4 oscillator here was found, with a slightly larger stator, by Dean Hickerson in November 1994.) 

..........OOOO............
....OO...OOOOOO...........
OOOO.OO..OOOO.OO..........
OOOOOO.......OO...........
.OOOO.....................
..........................
................OO........
..............O....O......
..........................
.............O.O..O.O.....
...........OOOO.OO.OOOO...
........O.O....O..O....O.O
........OO.OO.O....O.OO.OO
...........O.O......O.O...
........OO.O.O......O.O.OO
........OO.O..........O.OO
...........O.O.OOOO.O.O...
...........O.O......O.O...
..........OO.O.OOOO.O.OO..
..........O..OOO..OOO..O..
............O..OOOO..O....
...........OO.O....O.OO...
...........O..O....O..O...
............O..O..O..O....
.............OO....OO.....

:filter stream A stream of spaceships in which there are periodic gaps in the stream. This can thin out another crossing stream by deleting the spaceships in the second stream except where the gaps occur. The filter stream is not affected by the deletions so that the same stream can thin out multiple other streams. The Caterpillar uses filter streams of MWSSs in which there is a gap every 6 spaceships. Here is part of a filter stream that thins a glider stream by 2/3: 

................................O.............................
.................................O............................
...............................OOO............................
..............................................................
..............................................................
..............................................................
..............................................................
.......................................O......................
........................................O.....................
......................................OOO.....................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................O...............
...............................................O..............
.............................................OOO..............
..............................................................
..............................................................
..O.............O...........................O.............O...
O...O.........O...O.......................O...O.........O...O.
.....O.............O...........................O.............O
O....O........O....O......................O....O........O....O
.OOOOO.........OOOOO.......................OOOOO.........OOOOO

:finger A protruding cell in an oscillator or dying spark, with the ability to modify a nearby active reaction. Like a thumb, a finger cell appears at the edge of a reaction envelope and is the only live cell in its row or column. The finger spark remains alive for two ticks before dying, whereas a thumb cell dies after one tick. Because the key cell is kept alive for an extra tick, an alternate technical term is "held (orthogonal) bit spark". A "held diagonal bit spark" is not possible in B3/S23 for obvious reasons.

:fire An encoded signal used in combination with push and pull elbow operations in a simple construction arm. When a FIRE signal is sent, the construction-arm elbow produces an output glider, usually at 90 degrees from the construction arm. This terminology is generally used when there is only a single recipe for such a glider output, or only one recipe for each glider colour (e.g., FIRE WHITE, FIRE BLACK).

:fireship (c/10 orthogonally, p10) A variant of the copperhead with a trailing component that emits several large sparks, discovered by Simon Ekström on 20 March 2016. The interaction between the copperhead and the additional component is minimal enough that the extension technically fits the definition of a tagalong. However, the extension slightly modifies two of the phases of the spaceship, starting two ticks after the phase shown below, so it's also valid to classify the fireship as a distinct spaceship. 

....OO....
...OOOO...
..........
..OOOOOO..
...OOOO...
..........
..OO..OO..
OO.O..O.OO
...O..O...
..........
..........
....OO....
....OO....
..........
.O.O..O.O.
O..O..O..O
O........O
O........O
OO......OO
..OOOOOO..

:fire-spitting (p3) Found by Nicolay Beluchenko, September 2003. 

...O......
.OOO......
O.........
.O.OOO....
.O.....O..
..O..O....
..O.O..O.O
........OO

:first natural glider The glider produced at T=21 during the evolution of a Herschel. This is the most common signal output from a Herschel conduit.

:fish A generic term for LWSS, MWSS and HWSS, or, more generally, for any spaceship. In recent years *WSS is much more commonly used to refer to the small orthogonal c/2 spaceships.

:fishhook = eater1

:fleet (p1) A common formation of two ship-ties. 

....OO....
....O.O...
.....OO...
.......OO.
OO.....O.O
O.O.....OO
.OO.......
...OO.....
...O.O....
....OO....

:flip-flop Any p2 oscillator. However, the term is also used in two more specific (and non-equivalent) senses: (a) any p2 oscillator whose two phases are mirror images of one another, and (b) any p2 oscillator in which all rotor cells die from underpopulation. In the latter sense it contrasts with on-off. The term has also been used even more specifically for the 12-cell flip-flop shown under phoenix.

:flip-flops Another name for the flip-flop shown under phoenix.

:flipper Any oscillator or spaceship that forms its mirror image halfway through its period.

:flotilla A spaceship composed of a number of smaller interacting spaceships. Often one or more of these is not a true spaceship and could not survive without the support of the others. The following example shows an OWSS escorted by two HWSS. 

....OOOO.......
...OOOOOO......
..OO.OOOO......
...OO..........
...............
...........OO..
.O............O
O..............
O.............O
OOOOOOOOOOOOOO.
...............
...............
....OOOO.......
...OOOOOO......
..OO.OOOO......
...OO..........

:fly A certain c/3 tagalong found by David Bell, April 1992. Shown here attached to the back of a small spaceship (also by Bell). 

..O...............................
.O.O..............................
.O.O......................O.O...O.
.O.......................OO.O.O..O
...........OOO........O.........O.
OO.........OO..O.OO...O..OOOO.....
.O.O.........OOOO..O.O..OO....OO..
.OO........O..O...OOO.....OOO.....
..O.......O....O..OO..OO..O..O....
...O..O...O....O..OOO.O.O....OO...
.......O.OO....O..OOOO.....O......
....OO...OO....O..OOOO.....O......
....O.O...O....O..OOO.O.O....OO...
...OO.....O....O..OO..OO..O..O....
....O.O....O..O...OOO.....OOO.....
.....O.......OOOO..O.O..OO....OO..
...........OO..O.OO...O..OOOO.....
...........OOO........O.........O.
.........................OO.O.O..O
..........................O.O...O.

:fly-by deletion A reaction performed by a passing convoy of spaceships which deletes a common stationary object without harming the convoy. Fly-by deletion is often used in the construction of puffers and spaceships to clean up unwanted debris.

For c/2 convoys this is not usually difficult since the LWSS, MWSS, and HWSS spaceships have such useful sparks. However, some objects are more difficult to delete. For example, deleting a tub appears to require an unusual p4 spaceship. 

.......................O.........
......................O.O........
.......................O.........
.................................
.................................
.................................
................OOO..............
OOO.............O..O.............
O..O....OOO.....O...........OOO..
O.......O..O....O...O.......O..O.
O...O..O...O....O...O.......O....
O......O.O...O..O...........O...O
.O..OO........O.O...........O...O
.OOOOO........O.............O....
....OO......O...OOO..........O.O.
.OO..............................

The deletion of a pond appears to require a convoy which is 89 cells in width containing a very unusual p4 spaceship which has 273 cells. There are small objects which have no known fly-by deletion reactions. However, as in the case of reanimation, hitting them with the output of rakes is an effective brute force method.

:flying machine = Schick engine

:FNG = first natural glider.

:fore and back (p2) Compare snake pit. Found by Achim Flammenkamp, July 1994. 

OO.OO..
OO.O.O.
......O
OOO.OOO
O......
.O.O.OO
..OO.OO

:forward glider A glider which moves at least partly in the same direction as the puffer(s) or spaceship(s) under consideration.

:fountain (p4) Found by Dean Hickerson in November 1994, and named by Bill Gosper. See also filter and superfountain. 

.........O.........
...................
...OO.O.....O.OO...
...O.....O.....O...
....OO.OO.OO.OO....
...................
......OO...OO......
OO...............OO
O..O...O.O.O...O..O
.OOO.OOOOOOOOO.OOO.
....O....O....O....
...OO.........OO...
...O...........O...
.....O.......O.....
....OO.......OO....

:four skewed blocks (p1) The following constellation, sometimes considered to be one of the familiar fours. 

...OO.....
...OO.....
..........
..........
..........
........OO
OO......OO
OO........
..........
..........
..........
.....OO...
.....OO...
This is most commonly created by a symmetric 2-glider collision: 
.OO.....
O.O.....
..O..O..
.....O.O
.....OO.

:fourteener (p1) 

....OO.
OO..O.O
O.....O
.OOOOO.
...O...

:fox (p2) This is the smallest asymmetric p2 oscillator. Found by Dave Buckingham, July 1977. 

....O..
....O..
..O..O.
OO.....
....O.O
..O.O.O
......O

:freeze-dried A term used for a glider constructible seed that can activated in some way to produce a complex object. For example, a "freeze-dried salvo" is a constellation of constructible objects which, when triggered by a single glider, produces a unidirectional glider salvo, and nothing else. Freeze-dried salvos can be useful in slow salvo constructions, especially when an active circuit has to destroy or reconstruct itself in a limited amount of time. Gradual modification by a construction arm may be too slow, or the circuit doing the construction may itself be the object that must be modified.

The concept may be applied to other types of objects. For example, one possible way to build a gun for a waterbear would be to program a construction arm to build a freeze-dried waterbear seed, and then trigger it when the construction is complete.

:French kiss (p3) Found by Robert Wainwright, July 1971. 

O.........
OOO.......
...O......
..O..OO...
..O....O..
...OO..O..
......O...
.......OOO
.........O
For many years this was one of the best-known small oscillators with no known glider synthesis. In October 2013 Martin Grant completed a 23-glider construction.

:frog II (p3) Found by Dave Buckingham, October 1972. 

..OO...OO..
..O.O.O.O..
....O.O....
...O.O.O...
...OO.OO...
.OO.....OO.
O..O.O.O..O
.O.O...O.O.
OO.O...O.OO
....OOO....
...........
...O.OO....
...OO.O....

:frothing puffer A frothing puffer (or a frothing spaceship) is a puffer (or spaceship) whose back end appears to be unstable and breaking apart, but which nonetheless survives. The exhaust festers and clings to the back of the puffer/spaceship before breaking off. The first known frothing puffers were c/2, and most were found by slightly modifying the back ends of p2 spaceships. A number of these have periods which are not a multiple of 4 (as with some line puffers). Paul Tooke has also found c/3 frothing puffers.

The following p78 c/2 frothing puffer was found by Paul Tooke in April 2001. 

.......O.................O.......
......OOO...............OOO......
.....OO....OOO.....OOO....OO.....
...OO.O..OOO..O...O..OOO..O.OO...
....O.O..O.O...O.O...O.O..O.O....
.OO.O.O.O.O....O.O....O.O.O.O.OO.
.OO...O.O....O.....O....O.O...OO.
.OOO.O...O....O.O.O....O...O.OOO.
OO.........OO.O.O.O.OO.........OO
............O.......O............
.........OO.O.......O.OO.........
..........O...........O..........
.......OO.O...........O.OO.......
.......OO...............OO.......
.......O.O.O.OOO.OOO.O.O.O.......
......OO...O...O.O...O...OO......
......O..O...O.O.O.O...O..O......
.........OO....O.O....OO.........
.....OO....O...O.O...O....OO.....
.........O.OO.O...O.OO.O.........
..........O.O.O.O.O.O.O..........
............O..O.O..O............
...........O.O.....O.O...........

:frothing spaceship See frothing puffer.

:frozen = freeze-dried.

:full diagonal Diagonal distance measurement, abbreviated "fd", often appropriate when a construction arm elbow or similar diagonally-adjustable mechanism is present.

:fumarole (p5) Found by Dean Hickerson in September 1989. In terms of its 7x8 bounding box this is the smallest p5 oscillator. 

...OO...
.O....O.
.O....O.
.O....O.
..O..O..
O.O..O.O
OO....OO

:fuse A wick burning at one end. For examples, see baker, beacon maker, blinker ship, boat maker, cow, harvester, lightspeed wire, pi ship, reverse fuse, superstring and washerwoman. Useful fuses are usually clean, but see also reburnable fuse.

A fuse can burn arbitrarily slowly, as demonstrated by the example Blockic fuse below. A signal, alternating between glider and MWSS form, travels up and down between two rows of blocks in a series of one-time turner reactions. The spacing shown here causes the fuse to burn 24 cells to the right every 240 generations, for a speed of c/10. Moving the bottom half further from the top half by any even number of cells will slow down the burning even further. 

.........OO......................OO......................
.........OO......................OO......................
.........................................................
.........................................................
.....OO.......OO.............OO.......OO.............OO..
.OO..OO.......OO.........OO..OO.......OO.........OO..OO..
.OO................OO....OO................OO....OO......
...................OO......................OO............
.........................................................
.........................................................
.........................................................
.........................................................
............OO....OO................OO....OO.............
............OO....OO................OO....OO.............
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
OO....OO................OO....OO................OO....OO.
OO....OO................OO....OO................OO....OO.
.........................................................
.........................................................
.........................................................
.........................................................
.OO....OO......................OO......................OO
O.O....OO....OO................OO....OO................OO
..O..........OO..OO.......OO.........OO..OO.......OO.....
.................OO.......OO.............OO.......OO.....
.........................................................
.........................................................
.....................OO......................OO..........
.....................OO......................OO..........

:Fx119 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in September 1996. After 119 ticks, it produces an inverted Herschel at (20, 14) relative to the input. Its recovery time is 231 ticks; this can be reduced somewhat by suppressing the output Herschel's glider, or by adding extra catalysts to make the reaction settle more quickly. A ghost Herschel in the pattern below marks the output location: 

O......................
O.O....................
OOO....................
..O....................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.........OO...........O
....OO...OO.........OOO
....OO..............O..
....................O..
.......................
...OO..................
....O....OO............
.OOO.....OO............
.O.....................

:Fx119 inserter A Herschel-to-glider converter and edge shooter based on an Fx119 Herschel conduit: 

.........O....................
.........O.O..................
.........OOO..................
...........O..................
..............................
..............................
..............................
..............................
..OO......OO..................
...O.......O..................
OOO.....OOO...................
O.......O.....................
..............................
..............................
..............................
..................OO..........
.............OO...OO..........
.............OO...............
..............................
..............................
............OO............OO..
.............O....OO......O...
..........OOO.....OO.......OOO
..........O..................O

This edge shooter has an unusually high 27hd clearance, one of the highest known for a single small component. The only known higher-clearance edge shooters are injectors making use of multiple interacting spaceships. This makes the Fx119 inserter ideal for the construction of wide convoys whose total width can fit within its clearance distance.

The component creates a large cloud of smoke behind its emitted glider which lasts for over 90 generations. In spite of this, many tightly packed convoys can be made by injecting later gliders behind others in the convoy, helped along by the insertion reaction which is able to catch up to the existing gliders. The Fx119 inserter can place a glider on the same lane as a passing glider and as close as 15 ticks behind, which is only one step away from the minimum possible following distance.

:Fx153 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in February 1997. It is made up of two elementary conduits, HF94B + BFx59H. After 153 ticks, it produces an inverted Herschel at (48, -4) relative to the input. Its recovery time is 69 ticks. It can be made Spartan by replacing the snake with an eater1 in one of two orientations. A ghost Herschel in the pattern below marks the output location: 

.........................OO..........................
OO........................O..........................
.O.............OO......OOO...........................
.O.O...........OO......O.............................
..OO.................................................
.....................................................
.....................................................
.....................................................
....................................................O
..................................................OOO
.................................OO...............O..
..O..............................OO...............O..
..O.O................................................
..OOO................................................
....O................................................
.....................................................
.....................................................
..............................OO.....................
..............................O......................
...........OO...OO.............O.....................
............O...O.............OO.....................
.........OOO.....OOO.................................
.........O.........O.................................

:Fx158 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in July 1996. After 158 ticks, it produces an inverted Herschel at (27, -5) relative to the input. Its recovery time is 176 ticks. It is the only known small conduit that does not produce its output Herschel via the usual Herschel great-grandparent, so it cannot be followed by a dependent conduit. A ghost Herschel in the pattern below marks the output location: 

.........O....OO..............
........O.O..O.O.......OO.....
.......O..OOOO.........O......
.......O.O....O......O.O......
.....OOO.OO..OO......OO.......
....O.........................
.O..OOOO.OO...................
.OOO...O.OO...................
....O.........................
...OO.........................
..............................
..............................
..............................
..............................
..............................
..............................
.............................O
...........................OOO
...........................O..
...........................O..
O.............................
O.O...........................
OOO...........................
..O...........................
..............................
...............OO.............
.........OO....O.O............
..........O......O............
.......OOO.......OO...........
.......O......................

:Fx176 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in October 1997. It is made up of three elementary conduits, HF95P + PF35W + WFx46H. After 176 ticks, it produces an inverted Herschel at (45, 0) relative to the input. The recovery time of the standard form shown here is 92 ticks, but see the PF35W entry for a variant discovered in November 2017 that lowers the repeat time to 73 ticks. A ghost Herschel in the pattern below marks the output location. 

..............................OO..................
..............................OO..................
..................................................
.................OO...............................
..................O...............................
..................O.O.............................
...................OO.............................
..................................................
..................................................
..............OO..................................
......O.......OO..................................
......OOO.........................................
.........O........................................
........OO........................................
..................................................
OO................................................
.O................................................
.O.O.....................................OO.......
..OO......................................O.......
..........................................O.O.....
...........................................O.O....
............................................O...OO
................................................OO
..................................................
..................................................
..O...............................................
..O.O...............................OO...........O
..OOO...............................OO.........OOO
....O..........................................O..
...............................................O..
..............OO........OO........................
..............OO..OO.....O........................
..................O.O.OOO.........................
....................O.O...........................
....................OO....OO......................
.........................O.O....OO................
.........................O......OO................
........................OO........................

:Fx77 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in August 1996. After 77 ticks, it produces an inverted Herschel at (25, -8) relative to the input. Its recovery time is 61 ticks; this can be reduced slightly by suppressing the output Herschel's glider, as in the L112 case. A pipsquirter can replace the blinker-suppressing eater to produce an extra glider output. It is one of the simplest known Spartan conduits, and one of the few elementary conduits in the original set of sixteen.

In January 2016, Tanner Jacobi discovered a Spartan method of extracting an extra glider output (top variant below). A ghost Herschel marks the output location for each variant. 

.O............................
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golly-3.3-src/gui-common/Help/Lexicon/lex_bib.htm0000755000175000017500000001022213171233731016675 00000000000000 Life Lexicon (Bibliography)
Introduction | Bibliography
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BIBLIOGRAPHY

David I. Bell, Spaceships in Conway's Life. Series of articles posted on comp.theory.cell-automata, Aug-Oct 1992. Now available from his website.

David I. Bell, Speed c/3 Technology in Conway's Life, 17 December 1999. Available from his website.

Elwyn R. Berlekamp, John H. Conway and Richard K. Guy, Winning Ways for your Mathematical Plays, II: Games in Particular. Academic Press, 1982.

David J Buckingham, Some Facts of Life. BYTE, December 1978.

Dave Buckingham, My Experience with B-heptominos in Oscillators. 12 October 1996. Available from Paul Callahan's website.

David J. Buckingham and Paul B. Callahan, Tight Bounds on Periodic Cell Configurations in Life. Experimental Mathematics 7:3 (1998) 221-241. Available at http://tinyurl.com/TightBoundsOnCellConfigs.

Noam D. Elkies, The still-Life density problem and its generalizations, pp228-253 of "Voronoi's Impact on Modern Science, Book I", P. Engel, H. Syta (eds), Institute of Mathematics, Kyiv, 1998 = Vol.21 of Proc. Inst. Math. Nat. Acad. Sci. Ukraine, math.CO/9905194.

Martin Gardner, Wheels, Life, and other Mathematical Amusements. W. H. Freeman and Company, 1983.

R. Wm. Gosper, Exploiting Regularities in Large Cellular Spaces. Physica 10D (1984) 75-80.

N. M. Gotts and P. B. Callahan, Emergent structures in sparse fields of Conway's 'Game of Life', in Artificial Life VI: Proceedings of the Sixth International Conference on Artificial Life, MIT Press, 1998.

Mark D Niemiec, Life Algorithms. BYTE, January 1979.

William Poundstone, The Recursive Universe. William Morrow and Company Inc., 1985.

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:T = T-tetromino

:table The following induction coil. 

OOOO
O..O

:table on table (p1) 

O..O
OOOO
....
OOOO
O..O

:tag = tagalong

:tagalong An object which is not a spaceship in its own right, but which can be attached to one or more spaceships to form a larger spaceship. For examples see Canada goose, fly, pushalong, sidecar and sparky. See also Schick engine, which consists of a tagalong attached to two LWSS (or similar).

The following c/4 spaceship (Nicolay Beluchenko, February 2004) has two wings, either of which can be considered as a tagalong. But if either wing is removed, then the remaining wing becomes an essential component of the spaceship, and so is no longer a tagalong. 

.......................O.......................
.......................O.......................
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.....................O...O.....................
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..................OO.O...O.OO..................
................OO.O.O...O.O.OO................
............O...OOO.O.....O.OOO...O............
............OOOOOO...........OOOOOO............
...........O..O....O.......O....O..O...........
...................O.......O...................
..........OOO.....................OOO..........
.........O.OO.....................OO.O.........
........O..O.......................O..O........
........O.............................O........
.........OO.........................OO.........
.........OO.........................OO.........
OOO......O...........................O......OOO
.O......OOO.........................OOO......O.
......OO..O.........................O..OO......
..OO.O.OOO...........................OOO.O.OO..
.O...O.O...............................O.O...O.
.O...OO.................................OO...O.

:tail spark A spark at the back of a spaceship. For example, the 1-bit spark at the back of a LWSS, MWSS or HWSS in their less dense phases.

:tame To perturb a dirty reaction using other patterns so as to make it clean and hopefully useful. Or to make a reaction work which would otherwise fail due to unwanted products which interfere with the reaction.

:taming See tame.

:tandem glider Two gliders travelling on parallel lanes at a fixed spacetime offset, usually as a single signal in a Herschel transceiver. See also glider pair.

:Tanner's p46 (p46) An oscillator found by Tanner Jacobi on 20 October 2017. This oscillator hassles an evolving pi-heptomino to produce an phi spark. The spark is very accessible and is able to perturb many things. 

..............O...........
...OO.......OO.OO.........
...OO.......OO.OO.....O.OO
......................OO.O
..........................
..OO......................
...O......................
OOO.......................
O.............O...........
.............O.O.O.OO.....
............O.OO.OO.O.....
............O.............
...........OO.............
The snakes can be replaced with eaters to form a slightly smaller version, as shown in the p46 MWSS gun in gliderless

The period of this new oscillator is the same as the old twin bees shuttle, and so this is able to expand the known p46 technology. For example, a p46 glider gun can be made from a Tanner's p46 and just one of the twin bees shuttles.

Acting on their own, two copies of Tanner's p46 placed at right angles to each other with their sparks interacting can produce two different p46 glider guns and a gliderless p46 MWSS gun. See p46 gun and gliderless for two of these. These are the first p46 guns found which do not use a twin bees shuttle at all.

:target A necessary component of a slow salvo recipe used by a single-arm universal constructor. A target usually consists of a single object, or sometimes a small constellation of common still lifes and/or oscillators. See intermediate target. If no hand target is available, a construction arm may be unable to construct anything, unless recipes are available to generate targets directly from the elbow.

:teardrop The following induction coil, or the formation of two beehives that it evolves into after 20 generations. (Compare butterfly, where the beehives are five cells further apart.) 

OOO.
O..O
O..O
.OO.

:technician (p5) Found by Dave Buckingham, January 1973. 

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....O.O....
....OO.....
..OO.......
.O...OOO...
O..OO...O.O
.OO....O.OO
...O.O.O...
...O...O...
....OOO....
......O.O..
.......OO..

:technician finished product = technician

:technology The collective set of known reactions exploiting one subset of the Life universe. Examples of these subsets include glider synthesis, period 30 glider streams, c/3 spaceships, sparkers, Herschel conduits, and slow salvos. As new reactions and objects are found, over time any particular technology becomes more versatile and complete. Many Life experts like to concentrate on particular technologies.

:tee A head-on collision between three gliders, producing a perpendicular output glider that can be used to construct closely spaced glider salvos, or to inject a glider into an existing stream. There are several workable recipes. One of the more useful is the following, because the tandem glider can be generated by a small Herschel converter, SW1T43: 

...............O.
..............O..
..............OOO
.........O.......
.........O.O.....
.........OO......
.OO..............
O.O..............
..O..............

:teeth A 65-cell quadratic growth pattern found by Nick Gotts in March 2000. This (and a related 65-cell pattern which Gotts found at about the same time) beat the record previously held by mosquito5 for smallest population known to have superlinear growth, but was later superseded by catacryst. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:telegraph A pattern created by Jason Summers in February 2003. It transmits and receives information using a rare type of reburnable fuse, a lightspeed wire made from a chain of beehives, at the rate of 1440 ticks per bit. The rate of travel of signals through the entire transceiver device can be increased to any speed strictly less than the speed of light by increasing the length of the beehive chain appropriately.

"Telegraph" may also refer to any device that sends and receives lightspeed signals; see also p1 telegraph, high-bandwidth telegraph.

:ternary reaction Any reaction between three objects. In particular, a reaction in which two gliders from one stream and one glider from a crossing stream of the same period annihilate each other. This can be used to combine two glider guns of the same period to produce a new glider gun with double the period.

:test tube baby (p2) 

OO....OO
O.O..O.O
..O..O..
..O..O..
...OO...

:tetraplet Any 4-cell polyplet.

:tetromino Any 4-cell polyomino. There are five such objects, shown below. The first is the block, the second is the T-tetromino and the remaining three rapidly evolve into beehives. 

OO......OOO......OOOO......OOO......OO.
OO.......O...................O.......OO

:The Online Life-Like CA Soup Search A distributed search effort set up by Nathaniel Johnston in 2009, using a Python script running in Golly. Results included a collection of the longest-lived 20x20 soups, as well as a census of over 174 billion ash objects. It has since been superseded by Catagolue.

:The Recursive Universe A popular science book by William Poundstone (1985) dealing with the nature of the universe, illuminated by parallels with the game of Life. This book brought to a wider audience many of the results that first appeared in LifeLine. It also outlines the proof of the existence of a universal constructor in Life first given in Winning Ways.

:thumb A spark-like protrusion which flicks out in a manner resembling a thumb being flicked. Below on the left is a p9 thumb sparker found by Dean Hickerson in October 1998. On the right is a p4 example found by David Eppstein in June 2000. 

.......O..............O.....
...OO...O.........OO...O....
...O.....O.OO.....O.....O...
OO.O.O......O......OOO.O.OO.
OO.O.OO.OOOO............OO.O
...O.O...........OOOOOO....O
...O.O.OOO.......O....OOOOO.
....O.O...O.........O.......
......O..OO........O.OOOO...
......OO...........O.O..O...
....................O.......

:thunderbird (stabilizes at time 243) 

OOO
...
.O.
.O.
.O.

:tick = generation

:tic tac toe = octagon II

:tie A term used in naming certain still lifes (and the stator part of certain oscillators). It indicates that the object consists of two smaller objects joined point to point, as in ship tie boat.

:time bomb The following pattern by Doug Petrie, which is really just a glider-producing switch engine in disguise. See infinite growth for some better examples of a similar nature. 

.O...........OO
O.O....O......O
.......O....O..
..O..O...O..O..
..OO......O....
...O...........

:titanic toroidal traveler The superstring with the following repeating segment. The front part becomes p16, but the eventual fate of the detached back part is unknown. 

OOOOOO
OOO...

:TL = traffic light

:T-nosed p4 (p4) Found by Robert Wainwright in October 1989. See also filter. 

.....O.....
.....O.....
....OOO....
...........
...........
...........
...OOOOO...
..O.OOO.O..
..O.O.O.O..
.OO.O.O.OO.
O..OO.OO..O
OO.......OO

:T-nosed p5 (p5) Found by Nicolay Beluchenko in April 2005. 

.....OO...............OO.OO.....O........
..O..O.........OO.O.OOO.OO......O........
.O.O.O.....O....O.O.OOO......OO.O........
O..O.O.OOOOOO.....O....O.O...OO.O........
.OO.O.O..O...OOO..O.OOOO..O.O.OO.OO......
..O.O..OO.O..O..O.OO....OOO.O.O....OO....
.O..O...O..O.O.OO....OOO...O.............
.O.O.O...OOO.O...OOOO...O..O.O..OO.O..O..
OO.O.........OO.O....O.O.O.O........O.OOO
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.OO.O.O..O...OOO..O.OOOO..O.O.OO.OO......
O..O.O.OOOOOO.....O....O.O...OO.O........
.O.O.O.....O....O.O.OOO......OO.O........
..O..O.........OO.O.OOO.OO......O........
.....OO...............OO.OO.....O........

:T-nosed p6 (p6) Found by Achim Flammenkamp in September 1994. There is also a much larger and fully symmetric version found by Flammenkamp in August 1994. 

......OO...OO......
......O.O.O.O......
.......O...O.......
...................
..O.O.O.....O.O.O..
OOO.O.OO...OO.O.OOO
..O.O.O.....O.O.O..
...................
.......O...O.......
......O.O.O.O......
......OO...OO......

:toad (p2) Found by Simon Norton, May 1970. This is the second most common oscillator, although blinkers are more than a hundred times as frequent. See also killer toads. A toad can be used as a 90-degree one-time turner. 

.OOO
OOO.

The protruding cells at the edges can perturb some reactions by encouraging and then suppressing births on successive ticks. For example, a toad can replace the northwest eater in the Callahan G-to-H converter, allowing it to be packed one diagonal cell closer to other circuits.

:toad-flipper A toad hassler that works in the manner of the following example. Two domino sparkers, here pentadecathlons, apply their sparks to the toad in order to flip it over. When the sparks are applied again it is flipped back. Either or both domino sparkers can be moved down two spaces from the position shown and the toad-flipper will still work, but because of symmetry there are really only two different types. Compare toad-sucker. 

.O..............O.
.O..............O.
O.O............O.O
.O..............O.
.O......O.......O.
.O......OO......O.
.O......OO......O.
O.O......O.....O.O
.O..............O.
.O..............O.

:toad-sucker A toad hassler that works in the manner of the following example. Two domino sparkers, here pentadecathlons, apply their sparks to the toad in order to shift it. When the sparks are applied again it is shifted back. Either or both domino sparkers can be moved down two spaces from the position shown and the toad-sucker will still work, but because of symmetry there are really only three different types. Compare toad-flipper. 

.O................
.O..............O.
O.O.............O.
.O.............O.O
.O......O.......O.
.O......OO......O.
.O......OO......O.
O.O......O......O.
.O.............O.O
.O..............O.
................O.

:toaster (p5) Found by Dean Hickerson, April 1992. 

....O......OO..
...O.O.OO..O...
...O.O.O.O.O...
..OO.O...O.OO..
O...OO.O.OO...O
...O.......O...
...O.......O...
O...OO.O.OO...O
..OO.O...O.OO..
...O.O.O.O.O...
...O.O.OO..O...
....O......OO..

:toggleable gun Any gun that can be turned off or turned on by the same external signal - the simplest possible switching mechanism. An input signal causes the gun to stop producing gliders. Another input signal from the same source restores the gun to its original function. Compare switchable gun.

Here's a small example by Dean Hickerson from September 1996: 

..............OO..............O..
..............O.O.............O.O
..............O...............OO.
.................................
.................................
.................................
.................................
...............O..O....b.........
.OOOO..............O..b..........
O...O..........O...O..bbb........
....O...........OOOO.............
O..O........................aaa..
............................a....
.............................a...
In the figure above, glider B and an LWSS are about to send a glider NW. Glider A will delete the next glider after B, turning off the output stream. But if the device were already off, B wouldn't be present and A would instead delete the leading LWSS, turning the device back on.

:toggle circuit Any signal-processing circuit that switches back and forth between two possible states or outputs. An early example is the boat-bit. More recent discoveries include the semi-Snarks, which alternate between reflecting and absorbing input gliders. The following B-to-G converter sends alternate glider outputs in opposite directions. 

...........OO....................................OO....
......OO..O.O...............................OO..O.O....
......O...O....O............................O...O....O.
.......OOO.OOOOO.............................OOO.OOOOO.
.........O.O...................................O.O.....
.........O.O.OOO...............................O.O.OOO.
..........OO.O..O...............................OO.O..O
...............OO....................................OO
.......................................................
.......................................................
.............................................OO........
.............................................OO........
.......................................................
.......................................................
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OO....................................OO...............
OO....................................OO...............
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OO.O.......O..........................OO.O.......O.....
O.OO......OOO.........................O.OO......OOO....
.........OO..O.................................OO..O...

:TOLLCASS Acronym for The Online Life-Like CA Soup Search.

:toolkit A set of Life reactions and mechanisms that can be used to solve any problem in a specific pre-defined class of problems: glider timing adjustment, salvo creation, seed construction, etc. See also universal toolkit, technology.

:torus As applies to Life, usually means a finite Life universe which takes the form of an m x n rectangle with the bottom edge considered to be joined to the top edge and the left edge joined to the right edge, so that the universe is topologically a torus. There are also other less obvious ways of obtaining a toroidal universe.

See also Klein bottle. Every object in a torus universe obviously either dies or becomes a still life or oscillator.

:total aperiodic Any finite pattern which evolves in such a way that no cell in the Life plane is eventually periodic. The first example was found by Bill Gosper in November 1997. A few days later he found the following much smaller example consisting of three copies of a p12 backrake by Dave Buckingham. 

.........................................O.................
........................................OOO................
.......................................OO.O.....O..........
.......................................OOO.....OOO.........
........................................OO....O..OO...OOO..
..............................................OOO....O..O..
........................................................O..
........................................................O..
........................................................O..
........................................OOO............O...
........................................O..O...............
........................................O..................
........................................O..................
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......................................OOO..................
......................................O..O...........O.....
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......................................O............OOO.....
.......................................O............OO.....
...........................................................
...........................................................
...................................OOO.....................
..................................OOOOO....................
..................................OOO.OO.......OO........O.
.....................................OO.......OOOO........O
..............................................OO.OO...O...O
................................................OO.....OOOO
...........................................................
...........................................................
....................O......................................
.....................O.....................................
.OO.............O....O................................OOO..
OOOO.............OOOOO..................................O..
OO.OO...................................................O..
..OO...................................................O...
....................................O......................
.....................................O.....................
.....................OO..........O...O.....................
......................OO..........OOOO...............OO....
.....................OO...........................OOO.OO...
.....................O............................OOOOO....
...................................................OOO.....
...........................................................
......................OO...................................
.............OOOO....OOOO..................................
............O...O....OO.OO.................................
.OOOOO..........O......OO..................................
O....O.........O...........................................
.....O.....................................................
....O......................................................

:T-pentomino Conway's name for the following pentomino, which is a common parent of the T-tetromino. 

OOO
.O.
.O.

:track A path made out of conduits, often ending where it begins so that the active signal object is cycled forever, forming an oscillator or a gun.

This term has also been used to refer to the lane on which a glider or spaceship travels. The concept is very similar, but a reference to a "track" now usually implies a non-trivial supporting conduit.

:tractor beam A stream of spaceships that can draw an object towards the source of the stream. The example below shows a tractor beam pulling a loaf; this was used by Dean Hickerson to construct a sawtooth. 

.....................O..O......................
.....OOOO...........O..............OOOO........
.....O...O..........O...O..........O...O.......
.....O........OO....OOOO...........O........OO.
.OO...O..O...OOOO...........OO......O..O...OOOO
O..O........OO.OO..........OO.OO..........OO.OO
O.O..........OO.............OOOO...........OO..
.O...........................OO................

:traffic circle (p100) 

.....................OO....OO...................
.....................O.O..O.O...................
.......................O..O.....................
......................OO..OO....................
.....................OOO..OOO...................
.......................O..O.....................
...............................O................
..............................O.OO..............
..................................O.............
..........................O...O..O.O............
..........................O.....O..O............
..........................O......OO.............
.........OO.....................................
........O..O..........OOO...OOO.................
.......O.O.O....................................
......OOO.O...............O.....................
......OOO.................O.....................
..........................O.....................
............OOO.................................
OO..O................OOO........................
O..OO.....O.....O...............................
.OOOOO....O.....O..O.....O.................O..OO
..........O.....O..O.....O.................OO..O
...................O.....O.......OOO......OOOOO.
.OOOOO......OOO.................................
O..OO................OOO.......O.....O..........
OO..O..........................O.....O....OOOOO.
...............................O.....O.....OO..O
...........................................O..OO
.................................OOO............
.......................................OO.......
......................................OOO.......
.....................................O.OO.......
....................................O.O.........
....................OOO.............O..O........
.....................................OO.........
.............OO....O..O.........................
............O..O................................
............O.O.O...............................
.............O..O...............................
.................O..............................
..............O.O...............................
.....................O..O.......................
...................OOO..OOO.....................
....................OO..OO......................
.....................O..O.......................
...................O.O..O.O.....................
...................OO....OO.....................

:traffic jam Any traffic light hassler, such as traffic circle. The term is also applied to the following reaction, used in most traffic light hasslers, in which two traffic lights interact in such a way as to reappear after 25 generations with an extra 6 spaces between them. See traffic lights extruder for a way to make this reaction extensible. 

..OOO...........
...........OOO..
O.....O.........
O.....O..O.....O
O.....O..O.....O
.........O.....O
..OOO...........
...........OOO..

:traffic light (p2) A common formation of four blinkers. 

..OOO..
.......
O.....O
O.....O
O.....O
.......
..OOO..

:traffic lights extruder A growing pattern constructed by Jason Summers in October 2006, which slowly creates an outward-growing chain of traffic lights. The growth occurs in waves which travel through the chain from one end to the other. It can be thought of as a complex fencepost for a wick that does not need a wickstretcher.

The following illustrates the reaction used, in which a newly created traffic light at the left eventually pushes the rightmost one slightly to the right. 

......................O.......................O....
......................O.......................O....
.........OOO..........O..........OOO..........O....
.OO................................................
OOO....O.....O....OOO...OOO....O.....O....OOO...OOO
.OO....O.....O.................O.....O.............
.......O.....O........O........O.....O........O....
......................O.......................O....
.........OOO..........O..........OOO..........O....

:trans-beacon on table (p2) 

....OO
.....O
..O...
..OO..
......
OOOO..
O..O..

:trans-boat with tail (p1) 

OO...
O.O..
.O.O.
...O.
...OO

:transceiver = Herschel transceiver.

:trans-loaf with tail (p1) 

.O....
O.O...
O..O..
.OO.O.
....O.
....OO

:transmitter = Herschel transmitter.

:transparent In signal circuitry, a term used for a catalyst that is completely destroyed by the passing signal, then rebuilt. Often (though not always) the active reaction passes directly through the area occupied by the transparent catalyst, then rebuilds the catalyst behind itself, as in the transparent block reaction. See also transparent lane.

:transparent block reaction A certain reaction between a block and a Herschel predecessor in which the block reappears in its original place some time later, the reaction having effectively passed through it. This reaction was found by Dave Buckingham in 1988. It has been used in some Herschel conduits, and in the gunstars. Because the reaction involves a Herschel predecessor rather than an actual Herschel, the following diagram shows instead a B-heptomino (which by itself would evolve into a block and a Herschel). 

O.............
OO..........OO
.OO.........OO
OO............

:transparent debris effect A mechanism where a Herschel or other active reaction completely destroys a catalyst in a particular location in a conduit. After passing through or past that location, the same reaction then recreates the catalyst in exactly its original position. This type of catalysis is surprisingly common in signal circuitry. For an example, see transparent block reaction.

The transparent object is most often a very common still life such as a block or beehive. Rarer objects are not unknown; for example, a transparent loaf was found by Stephen Silver in October 1997, in a very useful elementary conduit making up part of a Herschel receiver. However, not surprisingly, rarer objects are much less likely to reappear in exactly the correct location and orientation, so transparent reactions involving them are much more difficult to find, on average.

:transparent lane A path through a signal-producing circuit that can be used to merge signal streams. The signal is usually a standard spaceship such as a glider. It can either be produced by the circuit, or it can come from elsewhere, passing safely through on the same lane without interacting with the circuit. A good example is the NW31 converter, which has two glider outputs on transparent lanes: 

OO.......................
.O.......................
.O.O.....................
..OO.....................
.........................
.........................
.........................
.......................OO
.......................OO
.........................
..O......................
..O.O....................
..OOO....................
....O....................
.........................
.........................
.........................
.........................
.........................
.........................
.........................
.........................
.............OO..........
.............OO..........

The optional third output shown in NW31 is non-transparent, because the upper eater1 catalyst would get in the way of a passing glider on the same lane.

:tremi-Snark A colour-preserving period-multiplying signal conduit found by Tanner Jacobi on 7 September 2017, producing one output glider for every three input gliders. It uses the same block-to-pre-honeyfarm bait reaction as the Snark, and so has the same 43-tick recovery time. Compare semi-Snark. 

.O............................
..O...........................
OOO...........................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
...........O..................
............OO................
...........OO.................
..............................
...........................O..
.........................OOO..
........................O.....
........................OO....
..............................
..............................
..............................
.......................O......
.....................O.O......
......................OO......
..............OO..............
.............O.O........O.....
.............O.........O.O....
............OO.........O.O....
........................O.....
..............................
..............................
..............................
.....................OO.OO....
.................OO..OO.O...OO
.................O......O.O..O
..................OOOOOOO.OO..
.........................O....
....................OOOO.O....
....................O..OO.....

:trice tongs (p3) Found by Robert Wainwright, February 1982. In terms of its 7x7 bounding box this ties with jam as the smallest p3 oscillator. 

..O....
..OOO..
OO...O.
.O.O.O.
.O.....
..OO..O
.....OO

:trigger A signal, usually a single glider, that collides with a seed constellation to produce a relatively rare still life or oscillator, or an output spaceship or other signal. The constellation is destroyed or damaged in the process; compare circuit, reflector. Here a pair of trigger gliders strike a dirty seed constellation assembled by Chris Cain in March 2015, to launch a three-engine Cordership: 

....................................................OO.
................................................OO..OO.
................................................OO.....
.......................................................
.......................................................
.......................................................
........................................OO.............
........................................OO.............
...................................................OO..
..................................O................O.O.
.................................O.O...........OO...O.O
..................................OO..........O.O....O.
...............................................O.......
.......................................................
..................................O.................OOO
.................................O.O................O..
..................................OO.................O.
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
...........................O...........................
..........................O.O..........................
...........................OO..........................
.......................................................
.......................................................
...........................O...........................
..........................O.O..........................
...........................OO..........................
.......................................................
.......................................................
.......................................................
.......................................................
.......O....O..........................................
......O.O..O.O.........................................
.......OO...OO.........................................
.......................................................
.......................................................
.......................................................
.......................................................
OO.....................................................
O.O....................................................
.O.O...................................................
..O....................................................
.......................................................
.......................................................
.......................................................
.............O.........................................
............OO.........................................
............O.O........................................

"Trigger" is also used when a spaceship reacts with another object to cause a reaction to occur whenever desired (but perhaps only at particular intervals). The object being triggered lies dormant until the reaction is required. All turners and freeze-dried constellations are triggerable.

In some cases the object is not destroyed so that the reaction can be repeated after some repeat time. See for example converter and reflector, and more specifically MWSS out of the blue and queen bee shuttle pair.

:triomino Either of the two 3-cell polyominoes. The term is rarely used in Life, since the two objects in question are simply the blinker and the pre-block.

:triple caterer (p3) Found by Dean Hickerson, October 1989. Compare caterer and double caterer. 

.....OO.........
....O..O..OO....
....OO.O...O....
......O.OOO....O
..OOO.O.O....OOO
.O..O..O....O...
O.O..O...O..OO..
.O..............
..OO.OO.OO.OO...
...O...O...O....
...O...O...O....

:triple pseudo The following pattern, found by Gabriel Nivasch in July 2001. It is unique among 32-bit still lifes in that it can be broken down into three stable pieces but not into two. The term may also refer to any larger stable pattern with the same property. See also quad pseudo. 

......OO
..O.O..O
.O.OO.O.
.O....OO
OO.OO...
...OO.OO
OO....O.
.O.OO.O.
O..O.O..
OO......

:triplet Any 3-cell polyplet. There are 5 such objects, shown below. The first two are the two triominoes, and the other three vanish in two generations. 

O..................O.......O.......O..
OO......OOO......OO.......O.O.......O.
.....................................O

:tripole (p2) The barberpole of length 3. 

OO....
O.O...
......
..O.O.
.....O
....OO

:tritoad (p3) Found by Dave Buckingham, October 1977. 

.........OO.......
.........O........
..........O..OO...
.......OOO.O..O...
......O....OO.O.OO
......O.OO..O.O.OO
...OO.O...OO..O...
...O..OO...O.OO...
OO.O.O..OO.O......
OO.O.OO....O......
...O..O.OOO.......
...OO..O..........
........O.........
.......OO.........

:trivial A trivial period-N oscillator is one in which every cell oscillates at some smaller factor of N. See omniperiodic. For example, the joining of a period 3 and a period 4 oscillator as shown below creates a single object which is a trivial oscillator of period 12. 

........O.O.
...........O
.......O..O.
......O.O.O.
......O..O..
....OO.OO...
...O..O.....
....O.O.....
OO...O......
.O.OO.......
...O........
...O........
However, there are trivial oscillators that meet this requirement, but may still be considered to be non-trivial because the different-period rotors are not separated by stator cells. An example is Dean Hickerson's trivial p6. Conversely, there are oscillators formed by trivial combinations of high-period guns or sparkers that are only technically non-trivial, because the lower-period components overlap but do not interact in any way.

"Trivial" is also used to describe a parent of an object which has groups of cells that can be removed without changing the result, such as isolated faraway cells. For example, here is a trivial parent of a block. 

O......
.O....O
.O.....
O......

:trivial p6 (p6) An oscillator found by Dean Hickerson in December 1994. Every cell has period less than 6, so this is a trivial oscillator. It is unusual because it has period-2 cells in contact with period-3 cells. 

...........OO..............
...........O......OO.......
........OO.O......O..O.....
........O.O.OO.OO.O.OO..O..
.O........O..O.O..O..O.O.O.
.O.O.....OO..O.O.O.OO..O..O
.O.O.O........OO.O.O.OO.OO.
.......O.O.OOO...O....OO...
..O...O....O.OO........O...
....O...OOO..OO.OOO.O.O.OO.
OO..O......O..........O.O..
..O...........OO.OO...O.O..
........O.OOOOO...O....O...
........OO...O..O..O.......
...........OOOO.OOO........
........OOO....O...........
........O..O..O..OO........
..........OO...OO.O........

:trombone slide An arrangement of four 90-degree reflectors that can be placed into the path of a glider so as to delay it by an adjustable number of generations, without changing its lane. More generally, any combination of circuits may be referred to as a trombone slide, if the grouping can be moved as a single unit that functions as a 180-degree glider reflector.

The smallest known trombone slides are made using Snarks. In the trombone slide shown below, sample input and output gliders are shown. The input glider will reach the same output location 128 generations sooner if the trombone slide is removed.

If the top and left Snarks are moved together diagonally to the upper left by N cells, then the glider delay is increased by 8N generations since the glider has to travel N more cells in each direction. This sliding action gives the trombone slide its name. If only the final Snark is moved, then the output glider's path can be altered by a number of full diagonals. 

......................OO...OO....................
......................OO..O.OOO..................
..........................O....O.................
......................OOOO.OO..O.................
......................O..O.O.O.OO................
.........................O.O.O.O.................
..........................OO.O.O.................
..............................O..................
.................................................
................OO...............................
.................O.......OO......................
.................O.O.....OO......................
..................OO.............................
.................................................
.................................................
.............................................O...
...........................................OOO...
..........................................O......
..........................................OO.....
............................OO...................
............................O....................
.............................OOO..............OOO
...............................O................O
...............................................O.
.................................................
................................OO...............
....O..........................O.O.....OO........
..OOOOO..............OO........O.......OO........
.O.....O.............O........OO.................
.O..OOO............O.O...........................
OO.O...............OO.......................O....
O..OOOO.................................OO.O.O...
.OO...O...OO...........................O.O.O.O...
...OOO....OO........................O..O.O.O.OO..
...O................................OOOO.OO..O...
OO.O....................................O....O...
OO.OO...............................OO..O.OOO....
....................................OO...OO......
.................................................
...........OO....................................
............O....................O...............
.........OOO...OO..............OOOOO.............
.........O......O.............O.....O............
................O.O............OOO..O............
.................OO...............O.OO...........
...............................OOOO..O...........
..........................OO...O...OO............
..........................OO....OOO..............
..................................O..............
..................................O.OO...........
.................................OO.OO...........
.................................................
.................................................
..............OOO........OO......................
................O........O.......................
...............O..........OOO....................
............................O....................

Trombone slides made of the same type of component cannot alter the glider path by half-diagonals, and can only change the timing by multiples of 8 generations. For other timing changes, different components are necessary. These may be stable like the Silver reflector or the colour-changing example shown in the reflector article, or periodic like the various bumpers.

:true Opposite of pseudo. A gun emitting a period n stream of spaceships (or rakes) is said to be a true period n gun if its mechanism oscillates with period n. The same distinction between true and pseudo also exists for puffers. An easy way to check that a gun is true period n is to stop the output with an eater, and check that the result is a period-n oscillator.

True period n guns are known to exist for all periods greater than 61 (see My Experience with B-heptominos in Oscillators), but only a few smaller periods have been achieved, namely 20, 22, 24, 30, 36, 40, 44, 45, 46, 48, 50, and 54 through 61. See also Quetzal for the 54-61 range. 

  ------------------------------------
  Period  Discoverers            Date
  ------------------------------------
  20      Matthias Merzenich  May 2013
          Noam Elkies
  22      David Eppstein      Aug 2000
          Jason Summers
  24      Noam Elkies         Jun 1997
  30      Bill Gosper         Nov 1970
  36      Jason Summers       Jul 2004
  40      Adam P. Goucher     Mar 2013
          Matthias Merzenich
          Jason Summers
  44      Dave Buckingham     Apr 1992
  45      Matthias Merzenich  Apr 2010
  46      Bill Gosper             1971
  48      Noam Elkies         Jun 1997
  50      Dean Hickerson      Oct 1996
          Noam Elkies
          Dave Buckingham
  54      Dieter Leithner     Jan 1998
          Noam Elkies
          Dave Buckingham
  55      Stephen Silver      Oct 1998
  56      Dieter Leithner     Jan 1998
          Dave Buckingham
          Noam Elkies
  57      Matthias Merzenich  Apr 2016
  58      'thunk'             Apr 2016
          Matthias Merzenich
          Chris Cain
  59      Adam P. Goucher     Dec 2009
          Jason Summers
  60      Bill Gosper         Nov 1970
  61      Luka Okanishi       Apr 2016
  ------------------------------------

:T-tetromino The following common predecessor of a traffic light. 

OOO
.O.

:tub (p1) 

.O.
O.O
.O.

:tubber (p3) Found by Robert Wainwright before June 1972. 

....O.O......
....OO.O.....
.......OOO...
....OO....O..
OO.O..OO..O..
.O.O....O.OO.
O...O...O...O
.OO.O....O.O.
..O..OO..O.OO
..O....OO....
...OOO.......
.....O.OO....
......O.O....

:tubeater A pattern that consumes the output of a tubstretcher. The smallest known tubeater was found by Nicolay Beluchenko (September 2005), and is shown below in conjunction with the smallest known tubstretcher. 

........O....................
.......OO....................
.......O.O...................
.............................
..........OO.................
..........OO.................
.......................OOO...
.O......OO...O.........O.....
OO.....O..O.O.O.........O....
O.O...OO.O...O.O..........OOO
....O.........O.O............
...O...........O.O.....OO....
...O..O.........O.O....O.O.O.
.................O.O...O...OO
..................O.....O....
...................O..OO..O..
.....................O.OOOO..
......................OOO...O
..........................OO.
...........................O.
...........................OO
..........................O..
...........................OO

:tubstretcher Any wickstretcher in which the wick is two diagonal lines of cells forming, successively, a tub, a barge, a long barge, etc. The first one was found by Hartmut Holzwart in June 1993, although at the time this was considered to be a boatstretcher (as it was shown with an extra cell, making the tub into a boat). The following small example is by Nicolay Beluchenko (August 2005), using a quarter. 

.......OOO.....
.......O.......
........O......
..........OO...
...........O...
...............
........OO...O.
OOO.....OO..O.O
O......O.O...O.
.O....OO.......
...OOOO.O......
....OO.........

In October 2005, David Bell constructed an adjustable high-period diagonal c/4 rake that burns tubstretcher wicks to create gliders, which are then turned and duplicated by convoys of diagonal c/4 spaceships to re-ignite the stabilized ends of the same wicks.

:tub with tail (p1) The following 8-cell still life. See eater for a use of this object. 

.O...
O.O..
.O.O.
...O.
...OO

:tugalong = tagalong

:tumbler (p14) The smallest known p14 oscillator. Found by George Collins in 1970. The oscillator generates domino sparks, but they are fragile and no use has been found for them to date. In each domino, one cell is "held" (remains alive) for two generations, the other for three. By contrast, useful domino sparks are usually alive for only one tick per oscillator period. 

.O.....O.
O.O...O.O
O..O.O..O
..O...O..
..OO.OO..

:tumbling T-tetson (p8) A T-tetromino hassled by two figure-8s. Found by Robert Wainwright. 

.OOO.................
O..................OO
O...O............O.OO
O..O.O..........O....
..O.O..O...........O.
...O...O.......OO.O..
.......O.......OO....
....OOO....O.........
.........OO..........
...........O.........

:Turing machine See universal computer.

:turner A one-time glider reflector, or in other words a single-glider seed (the term is seldom or never used in relation to spaceships other than gliders). One-time turners may be 90-degree or 180-degree, or they may be 0-degree with the output in the same direction as the input. A reusable turner would instead be called a reflector. Shown on the top row below are the four 90-degree turner reactions that use common small ash objects: boat, eater1, long boat, and toad. 

.O..............O..............O..............O.........
..O..............O..............O..............O........
OOO............OOO............OOO............OOO........
........................................................
........................................................
........................................................
.....OO........OO...............O.......................
....O.O.......O.O..............O.O...............OOO....
.....O........O.................O.O...............OOO...
.............OO..................OO.....................
........................................................
........................................................
........................................................
........................................................
........................................................
.O..............O..............O..............O.........
..O..............O..............O....OO........O........
OOO............OOO............OOO....OO......OOO........
......................................................OO
......................................................OO
........................................................
...O...............OO...................................
..O.O.............O.O............OO..............OO.....
.O.O.............O.O.............OO..............OO.....
.OO..............OO.....................................
........................................................
........................................................
........................................................
........................................................
........................................................
.O......................................................
..O.....................................................
OOO.....................................................
........................................................
........................................................
........................................................
....OO..................................................
..O..O..................................................
..OO....................................................

Of the reactions on the first row, the glider output is the same parity for all but the long boat. The three still lifes are all colour-changing, but the toad happens to be a colour-preserving turner. The third row shows an aircraft carrier serving as a "0-degree turner" that is also colour-changing.

Three of the simplest 180-degree turners are shown in the second row. The Blockic 180-degree turner is colour-preserving. The long boat and long ship are again colour-changing; this is somewhat counterintuitive as the output glider is on exactly the same lane as the input glider, but gliders travelling in opposite directions on the same lane always have opposite colours.

Many small one-time turner constellations have also been catalogued. The 90-degree two-block turner on the right, directly below the toad, is also colour-changing but has the opposite parity.

A one-time turner reaction can be used as part of a glider injection mechanism, or as a switching mechanism for a signal. If a previous reaction has created the sacrificial object, then a later glider is turned onto a new path. Otherwise it passes through the area unaffected. This is one way to create simple switching systems or logic circuits. An example is shown in demultiplexer.

:turning toads (p4 wick) Found by Dean Hickerson, October 1989. 

..............OO.....OO.....OO.....OO.....OO..............
.......O.....O......O......O......O......O................
......OO...O....O.O....O.O....O.O....O.O....O.O.O.OO......
..OO.O.OOO.O..OO..O..OO..O..OO..O..OO..O..OO..O..O..O.OO..
O..O.OO.........................................OOOOO.O..O
OO.O..............................................OO..O.OO
...O..................................................O...
...OO................................................OO...

:turtle (c/3 orthogonally, p3) A spaceship found by Dean Hickerson in August 1989 that produces a domino spark at the back. Hickerson used this spark to convert an approaching HWSS into a loaf, as part of the first sawtooth. (Also see tractor beam). The shape of the back end of the turtle is distinctive. Very similar but wider back ends have been found in other c/3 ships to produce period 9 and 15 spaceships. 

.OOO.......O
.OO..O.OO.OO
...OOO....O.
.O..O.O...O.
O....O....O.
O....O....O.
.O..O.O...O.
...OOO....O.
.OO..O.OO.OO
.OOO.......O

:twin bees shuttle (p46) Found by Bill Gosper in 1971, this was the basis of all known true p46 guns, and all known p46 oscillators except for glider signal loops using Snarks, until the discovery of Tanner's p46 in 2017. See new gun for an example. There are numerous ways to stabilize the ends, two of which are shown in the diagram. On the left is David Bell's double block reaction (which results in a shorter, but wider, shuttle than usual), and on the right is the stabilization by a single block. This latter method produces the very large twin bees shuttle spark which is useful in a number of ways. See metamorphosis for an example. Adding a symmetrically placed block below this one suppresses the spark. See also p54 shuttle. 

.OO........................
.OO........................
...........................
...............O...........
OO.............OO........OO
OO..............OO.......OO
...........OO..OO..........
...........................
...........................
...........................
...........OO..OO..........
OO..............OO.........
OO.............OO..........
...............O...........
...........................
.OO........................
.OO........................

:twin bees shuttle pair Any arrangement of two twin bees shuttles such that they interact. There are many ways that the two shuttles can be placed, either head-to-head, or else at right angles. Glider guns can be constructed in at least five different ways. Here is one by Bill Gosper in which the shuttles interact head-to-head: 

.................O...............................
OO...............OO..............................
OO................OO.............................
.................OO...........OO.................
.............................O.O.................
.............................O...................
.............................OOO.................
.................OO..............................
..................OO.............................
.................OO..............................
.................O...........OOO.................
.............................O.................OO
.............................O.O...............OO
..............................OO.................
For other examples, see new gun, edge shooter, double-barrelled and natural Heisenburp.

:twin bees shuttle spark The large and distinctive long-lived spark produced, most commonly, by the twin bees shuttle. It starts off as shown below. 

..OO.
..OO.
.O..O
O.OO.
O.OO.
After 3 generations it becomes symmetric along the horizontal axis, after 9 generations it becomes symmetric along the vertical axis also, and finally dies after 18 generations.

Since the spark is isolated and long-lived, there are many possible perturbations that it can perform. One of the most useful is demonstrated in metamorphosis where a glider is converted into a LWSS. Another useful one can turn a LWSS by 90 degrees: 

O..O.........
....O........
O...O.....O..
.OOOO....OOO.
........O...O
........OO.OO
........OO.OO
.............
........OO.OO
........OO.OO
........O...O
.........OOO.
..........O..

:twinhat (p1) See also hat and sesquihat. 

..O...O..
.O.O.O.O.
.O.O.O.O.
OO.O.O.OO
....O....

:twin peaks = twinhat

:twirling T-tetsons II (p60) Found by Robert Wainwright. This is a pre-pulsar hassled by killer toads. 

.......OO...OO..........
......O.......O.........
.........O.O............
.......OO...OO..........
........................
........................
........................
.....................OOO
....................OOO.
.............O..........
OOO.........OOO.........
.OOO....................
....................OOO.
.....................OOO
........................
.OOO....................
OOO.........OOO.........
.............O..........
........................
........................
..........OO...OO.......
............O.O.........
.........O.......O......
..........OO...OO.......

:TWIT = eater5

:two-arm The type of universal constructor exemplified by the original Gemini spaceship, where two independently programmed construction arms sent gliders in pairs on 90-degree paths to collide with each other at the construction site. Construction recipes for two-arm constructors are much more efficient in general, but they require many more circuits and multiple independent data streams, which both tend to increase the complexity of self-constructing circuitry. Compare single-arm.

:two-bit spark = duoplet.

:two eaters (p3) Found by Bill Gosper, September 1971. 

OO.......
.O.......
.O.O.....
..OO.....
.....OO..
.....O.O.
.......O.
.......OO

:two pulsar quadrants (p3) Found by Dave Buckingham, July 1973. Compare pulsar quadrant. 

....O....
....O....
...OO....
..O......
O..O..OOO
O...O.O..
O....O...
.........
..OOO....
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
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:Wainwright's tagalong A small p4 c/4 diagonal tagalong that has 7 cells in every phase. It is shown here attached to the back of a Canada goose. 

OOO.............
O.........OO....
.O......OOO.O...
...OO..OO.......
....O...........
........O.....O.
....OO...O...OO.
...O.O.OO....O.O
...O.O..O.OO.O..
..O....OO.....O.
..OO............
..OO............

:washerwoman (2c/3 p18 fuse) A fuse discovered by Earl Abbe, published in LifeLine Vol 3, September 1971. 

O.......................................................
OO....O.....O.....O.....O.....O.....O.....O.....O.....O.
OOO..O.O...O.O...O.O...O.O...O.O...O.O...O.O...O.O...O.O
OO....O.....O.....O.....O.....O.....O.....O.....O.....O.
O.......................................................

:washing machine (p2) Found by Robert Wainwright before June 1972. 

.OO.OO.
O.OO..O
OO....O
.O...O.
O....OO
O..OO.O
.OO.OO.

:wasp (c/3 orthogonally, p3) The following spaceship which produces a domino spark at the back. It is useful for perturbing other objects. Found by David Bell, March 1998. 

..........OO.OO.......
........OO.O.OO.OO....
.....OOO.O..OOO..OOOO.
.OOO....OOO.....O....O
O.O.O.OOO.O........OO.
O.O.O.OOOO............
.O.O....O..O..........
..........O...........
..O...................
..O...................

:waterbear ((23,5)c/79 obliquely, p158) A self-supporting oblique macro-spaceship constructed by Brett Berger on December 28, 2014. It is currently the fastest oblique macro-spaceship in Conway's Game of Life by several orders of magnitude, and is also the smallest known oblique macro-spaceship in terms of bounding box, superseding the Parallel HBK. It is no longer the smallest or fastest oblique spaceship due to the discovery in 2018 of the elementary knightship Sir Robin.

Previous oblique spaceships, the Gemini and the half-baked knightships, are stationary throughout almost all of their life cycles, as they construct the necessary mechanisms to support a sudden short move. The waterbear constructs support for reburnable fuse reactions involving (23,5)c/79 Herschel climbers that are in constant motion.

:wave A wick-like structure attached at both ends to moving spaceship-like patterns, in such a way that the entire pattern is mobile. Especially if the wave gets longer over time, the supporting patterns are wavestretchers.

Also, the gliders or spaceships emitted by a rake may be referred to as a wave, again because the line as a whole appears to move in a different direction from the individual components, due to the rake's movement. Compare with stream.

In general a wave can be interpreted as moving at a variety of different velocities, depending on which specific subcomponents are chosen as the starting and ending points for calculating speed and direction. See antstretcher, wavestretcher for a practical example of identical wave ends being connected to spaceships with different velocities.

:wavefront (p4) Found by Dave Buckingham, 1976 or earlier. 

........OO...
........O....
.........O...
........OO...
.....OO...OO.
....O..OOO..O
....O.....OO.
.....O...O...
OO.O.O...O...
O.OO.O.OO....
....O.O......
....O.O......
.....O.......

:waveguide = superstring.

:wavestretcher A spaceship pattern that supports a connection to an extensible periodic wick-like structure, whose speed and/or direction of propagation are different from those of the wavestretcher spaceship.

Connecting the following to a standard diagonal antstretcher creates a new oblique wavestretcher (a type of growing spaceship) and also an alternate space nonfiller mechanism. 

.......................................................O.....
.......................................................OO....
.....................................................O..O....
....................................................O........
.................................................OO..O.......
................................................O..O.........
.................................................O...........
.............................................O...OO..........
............................................O.OO.............
...........................................OO..O.............
...........................................OO.OO.............
...........................................O..O..OO..........
..........................................OO......OO.........
...........................................O.OO.O.OO.........
..........................................O.OOO.O............
..........................................O.O.O.O............
.............................................................
........................................O...O................
.......................................OO....................
.....................................OOO..O..................
..................................OO.OO......................
...................................O.........................
....................................O.O......................
...................................O.........................
...................................O..O......................
..................................O..........................
.....................................O.......................
..................................OOOO.......................
................................O.OO.O.......................
.....................................O.......................
................................O............................
.................................O..O........................
...................................O.........................
.........................O....OOO....................OOO.....
OO......................O.OOO....O......................O...O
..OO.OO.................O..O....O....................O...O...
..OO...OO.OO...............O..O................OO.O...O.OOOO.
OO.....OO...OO.OO.........OO.OOO...OO..OO.OOO.O....O.....O..O
.....OO.....OO...OO.OO......O.OO..O.O..OOO.OO.O.O...O......O.
..........OO.....OO...OO.O...O....O.O.O..OO..O..O...OOOO.....
...............OO.....OO..O.O.OO..O..O.......................
....................OO...........O....O..........OO...OO.....
.......................................O..........O..........
....................................O........................
....................................OO.......................
A required supporting c/5 spark is shown at the right edge. It can be supplied by a spider or another c/5 orthogonal spaceship with a similar edge spark. Alternatively, the c/5 component could theoretically be replaced by a supporting spaceship travelling diagonally at c/6, to support the same oblique trail of ants. As of June 2018 no workable c/6 component has been found.

:wedge A 26-cell quadratic growth pattern found by Nick Gotts in March 2006, based on ideas found in metacatacryst and Gotts dots. It held the record for the smallest-population quadratic growth pattern for eight years, until it was surpassed by 25-cell quadratic growth. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:wedge grow = wedge.

:weekender (2c/7 orthogonally, p7) Found by David Eppstein in January 2000. In April 2000 Stephen Silver found a tagalong for a pair of weekenders. At present, n weekenders pulling n-1 tagalongs constitute the only known spaceships of this speed or period, except for variants of the weekender distaff that suppress its output gliders. 

.O............O.
.O............O.
O.O..........O.O
.O............O.
.O............O.
..O...OOOO...O..
......OOOO......
..OOOO....OOOO..
................
....O......O....
.....OO..OO.....

:weekender distaff (2c/7, p16982) The first orthogonal 2c/7 rake, constructed by Ivan Fomichev on May 22nd, 2014. It uses the weak sparks from weekenders to perturb an LWSS into an active reaction in a variable-period loop, which produces a series of slow salvo gliders that finally rebuilds the LWSS.

:weld To join two or more still lifes or oscillators together. This is often done in order to fit the objects into a smaller space than would otherwise be possible. The simplest useful example is probably the integral sign, which can be considered as a pair of welded eater1s.

:Wheels, Life, and other Mathematical Amusements One of Martin Gardner's books (1983) that collects together material from his column in Scientific American. The last three chapters of this book contain all the Life stuff.

:why not (p2) Found by Dave Buckingham, July 1977. 

...O...
...O.O.
.O.....
O.OOOOO
.O.....
...O.O.
...O...

:wick A stable or oscillating linearly repeating pattern that can be made to burn at one end. See fuse. Wicks are often fairly dense, with repeating units directly connected or at least adjacent to each other, as in the beehive lightspeed wire for example. However, sparse wicks such as the blocks in the 31c/240 Herschel-pair climber are known, and arbitrarily sparse wicks can be constructed.

:wickstretcher A spaceship-like object which stretches a wick that is fixed at the other end. The wick here is assumed to be in some sense connected, otherwise most puffers would qualify as wickstretchers. The first example of a wickstretcher was found in October 1992 (front end by Hartmut Holzwart and back end by Dean Hickerson) and stretches ants at a speed of c/4. This is shown below with an improved back end found by Hickerson the following month. 

.................OO..............................
.............OO....O.............................
............OOO.O................................
O.OO..OO...O...OOOO.O.O....OO.......OO...........
O....OO..O........O.OOO....O....OO.O..O.OO.O.....
O.OO....OO.OO....O...........O...O.O.OO.O.OO.....
......O.......O.............OO.....O..O.O...OO...
.....O.........O.O....OOO...O....O..O.O.OOO...O..
.....O.........O.O....OOO.OO.O..OO.O.O...O..OO.O.
......O.......O.............OO.O...OO....OO....O.
O.OO....OO.OO....O..........O........OO.O.O.OO.OO
O....OO..O........O.OOO........O...O...OO.O..O.O.
O.OO..OO...O...OOOO.O.O.......O.O...OO....O..O.O.
............OOO.O..............O.....O.OOO....O..
.............OO....O.................O.O.........
.................OO...................O..........

Diagonally moving c/4 and c/12 wickstretchers have also been built: see tubstretcher and linestretcher. In July 2000 Jason Summers constructed a c/2 wickstretcher, stretching a p50 traffic jam wick, based on an earlier (October 1994) pattern by Hickerson. A c/5 diagonal wickstretcher was found in January 2011 by Matthias Merzenich, who also discovered a c/5 orthogonal wickstretcher two years later in March 2013.

:wicktrailer Any extensible tagalong or component that can be attached to itself, as well as to the back of a spaceship. The number of generations that it takes for the component to occur again in the same place is often called the period of the wicktrailer. This has little relation to the period of the component. See branching spaceship for an example of a wicktrailer that is part of a p2 spaceship, but repeats itself in the same location at period 20.

:windmill (p4) Found by Dean Hickerson, November 1989. 

...........O......
.........OO.O.....
.......OO.........
..........OO......
.......OOO........
..................
OOO...............
...OO..OOO.OO.....
..........OOOOOOO.
.OOOOOOO..........
.....OO.OOO..OO...
...............OOO
..................
........OOO.......
......OO..........
.........OO.......
.....O.OO.........
......O...........

:wing The following induction coil. This is generation 2 of block and glider. 

.OO.
O..O
.O.O
..OO

In an unrelated use, "wing" may also refer to an arm of a spaceship.

:WinLifeSearch Jason Summers' GUI version of lifesrc for MS Windows. It is available from http://entropymine.com/jason/life/software/.

:Winning Ways A two-volume book (1982) by Elwyn Berlekamp, John Conway and Richard Guy on mathematical games. The last chapter of the second volume concerns Life, and outlines a proof of the existence of a universal constructor.

:wire A repeating stable structure, usually fairly dense, that a signal can travel along without making any permanent change. Known wires include the diagonal 2c/3 wire, and orthogonal lightspeed wire made from a chain of beehives. Diagonal lightspeed wires are known, but the required signals are fairly complex and have no known glider synthesis.

:with the grain A term used for negative spaceships travelling in zebra stripes agar, parallel to the stripes, and also for with-the-grain grey ships.

Below are three small examples of "negative spaceships" found by Gabriel Nivasch in July 1999, travelling with the grain through a stabilized finite segment of zebra stripes agar: 

.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O.
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
................................................O.....
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OOOO....OOO.
O.........................................OO.....O...O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.....OOOOOOOOO.
.............................................O........
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.........OO..OOO.
O.....................................O.O.....OO.O...O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO...O.....OOO.OOO.
.............................................O........
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.....OOOOOOOOO.
O.........................................OO.....O...O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OOOO....OOO.
................................................O.....
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOOOOOOOOO.
O..........................OO...OO...OO...OO..O......O
.OOOOOOOOOOOOOOOOOOOOOOO...O....O....O....O.....OOOOO.
...........................OO...OO...OO...OO...O......
.OOOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOO..OOOOOOO.
O........................OO...OO...OO...OO...OO......O
.OOOOOOOOOOOOOOOOOOOOOOO...OO...OO...OO...OO...OOOOOO.
................................................O.....
.OOOOOOOOOOOOOOOOOOOOO...........................OOOO.
O................................................O...O
.OOOOOOOOOOOOOOOOOOOOO...........................OOOO.
................................................O.....
.OOOOOOOOOOOOOOOOOOOOOOO...OO...OO...OO...OO...OOOOOO.
O........................OO...OO...OO...OO...OO......O
.OOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOO..OOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O.
It has been proven that signals travelling non-destructively with the grain through zebra stripes cannot travel at less than the speed of light.

:with-the-grain grey ship A grey ship in which the region of density 1/2 consists of lines of ON cells lying parallel to the direction in which the spaceship moves. See also against-the-grain grey ship.

:WLS = WinLifeSearch

:worker bee (p9) Found by Dave Buckingham in 1972. Unlike the similar snacker this produces no sparks, and so is not very important. Like the snacker, the worker bee is extensible. It is, in fact, a finite version of the infinite oscillator which consists of six ON cells and two OFF cells alternating along a line. Note that Dean Hickerson's new snacker ends also work here. 

OO............OO
.O............O.
.O.O........O.O.
..OO........OO..
................
.....OOOOOO.....
................
..OO........OO..
.O.O........O.O.
.O............O.
OO............OO

:W-pentomino Conway's name for the following pentomino, a common loaf predecessor. 

O..
OO.
.OO

:*WSS Any of the standard orthogonal spaceships - LWSS, MWSS, or HWSS. At one point the term fish was more common for this group of spaceships.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/gui-common/Help/Lexicon/lex_q.htm0000755000175000017500000007074213317135606016422 00000000000000 Life Lexicon (Q)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:Q = Quetzal

:qd Abbreviation for quarter diagonal.

:Q-pentomino Conway's name for the following pentomino, a traffic light predecessor. 

OOOO
...O

:quad (p2) Found by Robert Kraus, April 1971. Of all oscillators that fit in a 6x6 box this is the only flipper. 

OO..OO
O..O.O
.O....
....O.
O.O..O
OO..OO

:QuadLife A form of colourised Life in which there are four types of ON cell. A newly-born cell takes the type of the majority of its three parent cells, or the remaining type if its parent cells are all of different types. In areas where there are only two types of ON cell QuadLife reduces to Immigration.

:quadpole (p2) The barberpole of length 4. 

OO.....
O.O....
.......
..O.O..
.......
....O.O
.....OO

:quad pseudo A still life that can be broken down into four stable pieces but not into two or three. This term may refer to the following 34-bit pattern, found by Gabriel Nivasch in July 2001, or any similar pattern with the same property. 

........OO.
...OO.O..O.
...O.OO.O..
........OO.
...O.OO...O
.OOO.OO.OO.
O.......O..
.OOO.OO.O..
...O.O.O...

As a consequence of the Four-Colour Theorem, there can be no analogous objects requiring decomposition into five or more pieces. By convention, patterns like this and the triple pseudo are considered to be pseudo still lifes, not strict still lifes. As of June 2018, it has been shown that no quad pseudo patterns exist with 32 or fewer bits, but a 33-bit pattern with this property may theoretically still be found.

:quadratic filter A toolkit developed by Dean Hickerson and Gabriel Nivasch in 2006, enabling the construction of patterns with asymptotic population growth matching an infinite number of different sublinear functions - namely, O(t(1/2n)) for any chosen n. See also exponential filter, recursive filter.

:quadratic growth The fastest possible asymptotic rate of population growth for any Life pattern - O(t2) in big-O notation, where t is the number of ticks. The first quadratic-growth pattern found was Bill Gosper's 1971 breeder. Many other types of breeders and spacefillers have been constructed since.

In April 2011, Stephen Silver gave an example of a one-cell-thick pattern over a million cells long that exhibited quadratic growth. In October 2015, Chris Cain constructed a one-cell-thick pattern with a reduced bounding box of 2596x1, improving on a series of previous longer results. The smallest known quadratic growth pattern by initial population is the 23-cell switch-engine ping-pong by Michael Simkin.

There are an infinite number of possible growth rates between linear and quadratic growth. See superlinear growth.

:quadratic replicator A pattern that fills all or part of the Life plane by making copies of itself in a nonlinear way. Small quadratic replicators are known in other Life-like rules, but as of July 2018 no example has been found or constructed in Conway's Life.

:quadratic sawtooth Any sawtooth pattern with a quadratic envelope, or specifically a pattern assembled by Martin Grant in May 2015, consisting of two caber tossers with period multipliers for timing which activate and deactivate two toggleable rake guns (see toggleable gun). The gliders emitted by those rakes annihilate on the diagonal while the rakes are eaten by 2c/5 ships. All the rakes and gliders are destroyed before the next cycle. See also Osqrtlogt.

:quadri-Snark A period-multiplying colour-preserving signal conduit found by Tanner Jacobi in October 2017, producing one output glider for every four input gliders. It is made by replacing one of the eaters in a tremi-Snark with a catalyst found using Bellman. The catalyst causes the formation of a tub which then requires an additional glider to delete. However, this adds 5 ticks to the repeat time, so that it becomes 48. If period quadrupling is needed with a colour-changing reaction, a CP semi-Snark and a CC semi-Snark can be used in series, or a period-multiplying Herschel conduit can be connected to a syringe and an appropriately chosen Herschel-to-glider converter. 

.O.......................................................
..O......................................................
OOO......................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.............O...........................................
..............O..........................................
............OOO..........................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................O...............................
..........................O..............................
........................OOO..............OO..............
..........................................O..............
........................................O.....OO.........
........................................OO.....O.........
...............................................O.OO......
........................................OO..OO.O..O......
........................................OO...O.OO........
.............................................O...........
............................................OO...........
...................................................OO....
.....................................O.............O.O...
......................................O..............O...
....................................OOO..............O.OO
...........................................OO.....OO.O.O.
...........................................OO.....OO.O.O.
.....................................................O.OO
..................................OO..............OOOO..O
.................................O.O..............O...OO.
.................................O..................OO...
................................OO...................O...
...................................................O.....
...................................................OO....

:quapole = quadpole

:quarter (c/4 diagonally, p4) The following spaceship, found by Jason Summers in September 2000. The name is due to the 25-cell minimum population. This is the smallest known c/4 spaceship other than the glider. This spaceship can also be used to make the smallest known tubstretcher. 

........OO...
.......OO....
.........O...
...........OO
..........O..
.............
.........O..O
.OO.....OO...
OO.....O.....
..O....O.O...
....OO..O....
....OO.......

:quarter diagonal A unit of measurement sometimes used for diagonal distances, especially for slow salvo glider lanes. One advantage of measurement in quarter diagonals is that gliders travel diagonally at 1qd/tick, so that the same integer value can serve as either a time or a diagonal distance measurement.

:quasar (p3) Found by Robert Wainwright, August 1971. This is related to the pulsar, and is just the smallest of an extensible series of p3 oscillators built using pulsar quadrants which are shifted with respect to each other. 

..........OOO...OOO..........
.............................
........O....O.O....O........
........O....O.O....O........
........O....O.O....O........
..........OOO...OOO..........
.............................
........OOO.......OOO........
..OOO..O....O...O....O..OOO..
.......O....O...O....O.......
O....O.O....O...O....O.O....O
O....O.................O....O
O....O..OOO.......OOO..O....O
..OOO...................OOO..
.............................
..OOO...................OOO..
O....O..OOO.......OOO..O....O
O....O.................O....O
O....O.O....O...O....O.O....O
.......O....O...O....O.......
..OOO..O....O...O....O..OOO..
........OOO.......OOO........
.............................
..........OOO...OOO..........
........O....O.O....O........
........O....O.O....O........
........O....O.O....O........
.............................
..........OOO...OOO..........
Here is the next oscillator in the series. 
..................OOO...OOO..................
.............................................
................O....O.O....O................
................O....O.O....O................
................O....O.O....O................
..................OOO...OOO..................
.............................................
................OOO.......OOO................
..........OOO..O....O...O....O..OOO..........
...............O....O...O....O...............
........O....O.O....O...O....O.O....O........
........O....O.................O....O........
........O....O..OOO.......OOO..O....O........
..........OOO...................OOO..........
.............................................
........OOO.......................OOO........
..OOO..O....O...................O....O..OOO..
.......O....O...................O....O.......
O....O.O....O...................O....O.O....O
O....O.................................O....O
O....O..OOO.......................OOO..O....O
..OOO...................................OOO..
.............................................
..OOO...................................OOO..
O....O..OOO.......................OOO..O....O
O....O.................................O....O
O....O.O....O...................O....O.O....O
.......O....O...................O....O.......
..OOO..O....O...................O....O..OOO..
........OOO.......................OOO........
.............................................
..........OOO...................OOO..........
........O....O..OOO.......OOO..O....O........
........O....O.................O....O........
........O....O.O....O...O....O.O....O........
...............O....O...O....O...............
..........OOO..O....O...O....O..OOO..........
................OOO.......OOO................
.............................................
..................OOO...OOO..................
................O....O.O....O................
................O....O.O....O................
................O....O.O....O................
.............................................
..................OOO...OOO..................

:quasi still life A stable constellation where the individual still lifes share dead cells, so the neighborhoods of those dead cells are changed, but all cells that used to remain dead from under-population still do so. Under Life rules, this occurs when objects are diagonally adjacent (e.g., two blocks sharing a single diagonal neighbor) or when single protruding cells in two objects such as tubs share multiple neighbors. The term is due to Mark Niemiec. 

  ----------------
  Bits       Count
  ----------------
   8             6
   9            13
  10            57
  11           141
  12           465
  13          1224
  14          3956
  15         11599
  16         36538
  17        107415
  18        327250
  19        972040
  20       2957488
  21       8879327
  22      26943317
  ----------------

As the number of bits increases, the quasi still life count goes up exponentially by approximately O(3.04n), slightly more than a factor of three. By comparison, the rate for strict still lifes is about O(2.46n) while for pseudo still lifes it's around O(2.56n).

:queen bee See queen bee shuttle.

:queen bee shuttle (p30) Found by Bill Gosper in 1970. There are a number of ways to stabilize the ends. Gosper originally stabilized shuttles against one another in a square of eight shuttles. Two simpler methods are shown here; for a third see buckaroo. The queen bee shuttle is the basis of all known true p30 guns (see Gosper glider gun). 

.........O............
.......O.O............
......O.O.............
OO...O..O.............
OO....O.O.............
.......O.O........OO..
.........O........O.O.
....................O.
....................OO

:queen bee shuttle pair Any arrangement of two queen bee shuttles such that the two beehives created between them are consumed in some way. There are many ways that the two shuttles can be placed, either head-to-head, or else at right angles. The most well-known and useful arrangement results in the Gosper glider gun.

Other arrangements don't create any lasting output, but create large sparks which can perturb objects (especially gliders) in various ways. For example, one arrangement of a queen bee shuttle pair was used in the original unit Life cell as a memory cell. Here an input glider is converted into a block, which remains until it is deleted by a glider on a right-angled path. 

.......................O.
......................O..
......................OOO
.........................
.............O...........
............O.O..........
............OO.O.........
............OO.OO........
............OO.O.........
..OO........O.O..........
.O.O.........O....OOO....
.O................OOO....
OO...............O...O...
................O.....O..
.................O...O...
..................OOO....
.........................
.........................
.........................
.........................
.........................
.........................
.........................
................OO.......
.................O.......
..............OOO........
..............O..........
See p690 gun and metamorphosis II for two more examples.

:Quetzal Any Herschel track-based gun with a period below 62, which is the lowest period with a stable glider-emitting conduit. This was Dieter Leithner's name for the true p54 glider gun he built in January 1998 - a short form of Quetzalcoatlus, which expresses the fact that the gun was a very large Herschel loop that was not an emu. Shortly afterwards Leithner also built a p56 Quetzal using a mechanism found by Noam Elkies for this purpose. In October 1998 Stephen Silver constructed a p55 Quetzal using Elkies' p5 reflector of the previous month. Quetzals of periods 57-61 have since been constructed.

Some of the more recent Quetzals are not Herschel loops, but are instead short Herschel tracks firing several glider streams all but one of which is reflected back to the beginning of the track to create a new Herschel. Noam Elkies first had the idea of doing this for the p55 case, and Stephen Silver constructed the resulting gun shortly after building the original (much larger) p55 Quetzal. Jason Summers later built a p54 version, which is more complicated because the evenness of the period makes the timing problems considerably more difficult.

:Quetzalcoatlus A giant flying dinosaur after which Dieter Leithner named his p54 gun. Usually abbreviated to Quetzal, or simply Q (as in Q54, Q55, Q56, Q-gun, etc.).

:quilt = squaredance

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:UC = universal constructor.

:underpopulation Death of a cell caused by it having fewer than two neighbours. See also overpopulation.

:unit cell = unit Life cell.

:unit Life cell A rectangular pattern, of size greater than 1x1, that can simulate Life in the following sense. The pattern by itself represents a dead Life cell, and some other pattern represents a live Life cell. When the plane is tiled by these two patterns (which then represent the state of a whole Life universe) they evolve, after a fixed amount of time, into another tiling of the plane by the same two patterns which correctly represents the Life generation following the one they initially represented.

It is usual to use the prefix "meta-" for simulated Life features, so, for example, for the first known unit Life cell (constructed by David Bell in January 1996), one metatick is 5760 ticks, and one metacell is 500x500 cells. Capital letters were originally used to make this distinction - e.g., Generation, Cell - but this usage is no longer common.

In December 2005, Jason Summers constructed an analogous unit cell for Wolfram's Rule 110, a one-dimensional cellular automaton that is known be universal. See also OTCA metapixel, p1 megacell.

:universal See universal computer, universal constructor, universal toolkit.

:universal computer A computer that can compute anything that is computable. (The concept of computability can be defined in terms of Turing machines, or by Church's lambda calculus, or by a number of other methods, all of which can be shown to lead to equivalent definitions.) The relevance of this to Life is that both Bill Gosper and John Conway proved early on that it is possible to construct a universal computer in the Life universe. (To prove the universality of a cellular automaton with simple rules was in fact Conway's aim in Life right from the start.) Conway's proof is outlined in Winning Ways, and also in The Recursive Universe.

Until recently, no universal Life computer had ever been built in practice In April 2000, Paul Rendell completed a Turing machine construction (see http://rendell-attic.org/gol/tm.htm for details). This, however, has a finite tape, as opposed to the infinite tape of a true Turing machine, and is therefore not a universal computer. But in November 2002, Paul Chapman announced the construction of a universal computer, see http://www.igblan.free-online.co.uk/igblan/ca/. This is a universal register machine based around Dean Hickerson's sliding block memory.

In 2009 Adam P. Goucher constructed a programmable Spartan universal computer/constructor pattern using stable Herschel circuitry. It included memory tapes and registers capable of holding a simple universal instruction set and program data, and also a minimal single-arm universal constructor. Its size meant that it was extremely impractical to program it to be self-constructing, though this was theoretically possible if the escape of large numbers of gliders could be allowed as a side effect.

In February 2010, Paul Rendell completed a universal Turing machine design with an unlimited tape, as described in his thesis at http://eprints.uwe.ac.uk/22323/1/thesis.pdf.

In 2016 Nicolas Loizeau ("Coban") completed a Life pattern emulating a complete 8-bit programmable computer.

See also universal constructor.

:universal constructor A pattern that is capable of constructing almost any pattern that has a glider synthesis. This definition is a bit vague. A precise definition seems impossible because it is not known, for example, whether all still lifes are constructible. In any case, a universal constructor ought to be able to construct itself in order to qualify as such.

An outline of Conway's proof that such a pattern exists can be found in Winning Ways, and also in The Recursive Universe. The key mechanism for the production of gliders with any given path and timing is known as side-tracking, and is based on the kickback reaction. A universal constructor designed in this way can also function as a universal destructor: it can delete almost any pattern that can be deleted by gliders.

In May 2004, Paul Chapman and Dave Greene produced a prototype programmable universal constructor. This is able to construct objects by means of slow glider constructions. It likely that it could be programmed to construct itself, but the necessary program would be very large; moreover an additional mechanism would be needed in order to copy the program.

A universal constructor is theoretically most useful when attached to a universal computer, which can be programmed to control the constructor to produce the desired pattern of gliders. In what follows I will assume that a universal constructor always includes this computer.

The existence of a universal constructor/destructor has a number of theoretical consequences.

For example, the constructor could be programmed to make copies of itself. This is a replicator.

The constructor could even be programmed to make just one copy of itself translated by a certain amount and then delete itself. This would be a (very large, very high period) spaceship. Any translation is possible, so that the spaceship could travel in any direction. If the constructor makes a rotated but unreflected copy of itself, the result would be a looping spaceship or reflectorless rotating oscillator.

The constructor could also travel slower than any given speed, since we could program it to perform some time-wasting task (such as repeatedly constructing and deleting a block) before copying itself. Of course, we could also choose for it to leave some debris behind, thus making a puffer.

It is also possible to show that the existence of a universal constructor implies the existence of a stable reflector. This proof is not so easy, however, and is no longer of much significance now that explicit examples of such reflectors are known.

Progressively smaller universal-constructor mechanisms without an attached universal computer have been used in the linear propagator, spiral growth pattern, and the Demonoids and Orthogonoid. See also single-channel.

Another strange consequence of the existence of universal constructors was pointed out by Adam P. Goucher and Tanner Jacobi in 2015. Any glider-constructible pattern, no matter how large, can be constructed with a fixed number of gliders, by working out a construction recipe for a universal constructor attached to a decoder that measures the distance to a faraway object. The object's position encodes a numeric value that can be processed to retrieve as many bits of information as are needed to build a slow salvo to construct any given target pattern. The simplest design, requiring less than a hundred gliders, is described in reverse caber tosser.

:universal destructor See universal constructor.

:universal register machine = URM

:universal regulator A regulator in which the incoming gliders are aligned to period 1, that is, they have arbitrary timing (subject to some minimum time required for the regulator to recover from the previous glider).

Paul Chapman constructed the first universal regulator in March 2003. It is adjustable, so that the output can be aligned to any desired period. A stable universal regulator was constructed by Dave Greene in September 2015, with a minimum delay between test signals of 1177 ticks. Later stable versions have reduced the delay to 952 ticks.

A universal regulator can allow two complex circuits to interact safely, even if they have different base periods. For example, signals from a stable logic circuit could be processed by a period-30 mechanism, though the precise timing of those signals would change in most cases.

:universal toolkit A set of Life reactions and mechanisms that can be used to construct any object that can be constructed by glider collisions. Different universal toolkits were used to construct the linear propagator, 10hd Demonoid, 0hd Demonoid, and Orthogonoid, for example.

:universe The topology of the cells in the Life grid. In the normal universe (the usual Life arena), the grid is infinite in both directions. In a cylindrical universe, the grid is finite in one direction, and the cells at the two edges are adjacent to each other. In a torus universe, the grid is finite in both directions, and the cells at the top and bottom edges are adjacent, and the cells at the left and right edges are adjacent. There are several other more obscure types of universe.

Objects found in the cylindrical and toroidal universes can also run in the normal universe if an infinite number of copies are arranged to support each other. Sometimes the objects can be supported in other ways to make a useful finite object. This is one reason that soup searches are run in alternative universes, to find such objects.

:unix (p6) Two blocks eating a long barge. This is a useful sparker, found by Dave Buckingham in February 1976. The name derives from the fact that it was for some time the mascot of the Unix lab of the mathematics faculty at the University of Waterloo. 

.OO.....
.OO.....
........
.O......
O.O.....
O..O..OO
....O.OO
..OO....

:unknown fate An object whose fate is in some way unanswerable with our current knowledge. The simplest way that the fate of an object can be unknown involves the question of whether or not it exhibits infinite growth. For example, the fate of the Fermat prime calculator is currently unknown, but its behaviour is otherwise predictable.

A different type of unknown fate is that of the Collatz 5N+1 simulator, which may become stable, or an oscillator, or have an indefinitely growing bounding box. Its behavior is otherwise predictable, and unlike the Fermat prime calculator the population is known to be bounded.

Life objects having even worse behaviour (e.g. chaotic growth) are not known as of July 2018.

:up boat with tail = trans-boat with tail

:U-pentomino Conway's name for the following pentomino, which rapidly dies. 

O.O
OOO

:URM A universal register machine, particularly Paul Chapman's Life implementation of such a machine. See universal computer for more information.

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INTRODUCTION
This is a lexicon of terms relating to John Horton Conway's Game of Life. It is also available in a single-page HTML version and an ASCII version.

This lexicon was originally compiled between 1997 and 2006 by Stephen A. Silver, and was updated in 2016-18 by Dave Greene and David Bell. See below for additional credits.

The latest versions of this lexicon (both HTML and ASCII) should be available from the Life Lexicon Home Page.

CREDITS
The largest single source for the early versions of this lexicon was a glossary compiled by Alan Hensel "with indispensable help from John Conway, Dean Hickerson, David Bell, Bill Gosper, Bob Wainwright, Noam Elkies, Nathan Thompson, Harold McIntosh, and Dan Hoey".

Other sources include the works listed in the bibliography at the end of this lexicon, as well as pattern collections by Alan Hensel and David Bell (and especially Dean Hickerson's file stamp.l in the latter collection), and the web sites of Mark Niemiec, Paul Callahan, Achim Flammenkamp, Robert Wainwright and Heinrich Koenig. Recent releases also use a lot of information from Dean Hickerson's header to his 1995 stamp file. Most of the information on recent results is from the discoverers themselves, or from Nathaniel Johnston's excellent resources at http://www.conwaylife.com, including both the LifeWiki and the discussion forums.

The following people all provided useful comments on earlier releases of this lexicon: David Bell, Nicolay Beluchenko, Johan Bontes, Daniel Collazo, Scot Ellison, Nick Gotts, Ivan Fomichev, Dave Greene, Alan Hensel, Dean Hickerson, Dieter Leithner, Mark Niemiec, Gabriel Nivasch, Andrzej Okrasinski, Arie Paap, Peter Rott, Chris Rowett, Tony Smith, Ken Takusagawa, Andrew Trevorrow, Malcolm Tyrrell, and the conwaylife.com forum users with the handles 'thunk' and 'Apple Bottom'.

The format, errors, use of British English and anything else you might want to complain about are by Stephen Silver -- except that for post-Version 25 definitions, everything besides the British English may well be Dave Greene's fault instead.

COPYING
This lexicon is copyright (C) Stephen Silver, 1997-2018. It may be freely copied, modified and distributed under the terms of the Creative Commons Attribution-ShareAlike 3.0 Unported licence (CC BY-SA 3.0), as long as due credit is given. This includes not just credit to those who have contributed in some way to the present version (see above), but also credit to those who have made any modifications.
LEXICOGRAPHIC ORDER
I have adopted the following convention: all characters (including spaces) other than letters and digits are ignored for the purposes of ordering the entries in this lexicon. (Many terms are used by some people as a single word, with or without a hyphen, and by others as two words. My convention means that I do not have to list these in two separate places. Indeed, I list them only once, choosing whichever form seems most common or sensible.) Digits lexicographically precede letters.
FORMAT
The diagrams in this lexicon are in a very standard format. You should be able to simply copy a pattern, paste it into a new file and run it in your favourite Life program. If you use Golly then you can just paste the pattern directly into the program. Diagrams are generally restricted to size 64x64 or less.

Most definitions that have a diagram have also some data in brackets after the keyword. Oscillators are marked as pn (where n is a positive integer), meaning that the period is n (p1 indicates a still life). Wicks are marked in the same way but with the word "wick" added. For spaceships the speed (as a fraction of c, the speed of light), the direction and the period are given. Fuses are marked with speed and period and have the word "fuse" added. Wicks and fuses are infinite in extent and so have necessarily been truncated, with the ends stabilized wherever practical.

SCOPE
This lexicon covers only Conway's Life, and provides no information about other cellular automata. David Bell has written articles on two other interesting cellular automata: HighLife (which is similar to Life, but has a tiny replicator) and Day & Night (which is very different, but exhibits many of the same phenomena). These articles can be found on his website.
ERRORS AND OMISSIONS
If you find any errors (including typos) or serious omissions, then please email b3s23life@gmail.com with the details. As of June 2018 this email address is monitored by Dave Greene.
NAMES
When deciding whether to use full or abbreviated forms of forenames I have tried, wherever possible, to follow the usage of the person concerned.
QUOTE
Every other author may aspire to praise; the lexicographer can only hope to escape reproach.    Samuel Johnson, 1775
DEDICATION
This lexicon is dedicated to the memory of Dieter Leithner, who died on 26 February 1999.
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:natural Occurring often in random patterns. There is no precise measure of naturalness, since the most useful definition of "random" in this context is open to debate. Nonetheless, it is clear that objects such as blocks, blinkers, beehives and gliders are very natural, while eater2s, darts, guns, etc., are not.

:natural Heisenburp (p46) A twin bees shuttle pair arrangement found by Brice Due in 2006. A glider passes through the reaction area of the shuttle pair completely unaffected. However, a Heisenburp effect causes a second glider to be created "out of the blue", following behind the first at a 2hd offset. 

..................OO.................
.................O.O...............OO
.................O.................OO
.................OOO.................
.....................................
.....................................
.....................................
.................OOO.................
........OO.......O.................OO
........OO.......O.O...............OO
..................OO.................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.O.....O.............................
OOO...OOO............................
O.OO.OO.O............................
..OO.OO..........OO..................
..OO.OO..........O.O.................
..OO.OO..........O...................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
OO.....OO............................
OO.....OO............................

:ND read = non-destructive read

:negative spaceship A type of signal travelling through a periodic agar such as zebra stripes. The leading edge of the signal removes the agar, and the trailing edge rebuilds the agar some time later. The distance between the two edges is sometimes adjustable, as shown in lightspeed bubble. The central part of the "spaceship" may consist of dying sparks or even simple empty space.

Below is a sample period-5 negative spaceship, found by Hartmut Holzwart in March 2007, in a small stabilized section of zebra stripes agar: 

.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O.
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.........................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOOOOOOOOOOOOOOOOOO.
O..............................OO...OO..................O
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO...OO...OOOO..OOOOOOOOOOOO.
..........................OO...............OO............
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO...OO.....OO...OO..OOOOOOO.
O..............................OO...O.OO........OO......O
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO...OO.....OO...OOOOOO.
..........................OO............OO.OO............
.OOOOOOOOOOOOOOOOOOOOOOOO...OOOOO..........OO.....OOOOOO.
O............................O...............OO.OO......O
.OOOOOOOOOOOOOOOOOOOOOOOO.....O.........O.......OO..OOOO.
..........................O.O......O...O..........OO.....
.OOOOOOOOOOOOOOOOOOOOOOOO...O.O.OOOOO......O.......OOOOO.
O..............................OOO...O......O...........O
.OOOOOOOOOOOOOOOOOOOOOOOO...O.O.OOOOO......O.......OOOOO.
..........................O.O......O...O..........OO.....
.OOOOOOOOOOOOOOOOOOOOOOOO.....O.........O.......OO..OOOO.
O............................O...............OO.OO......O
.OOOOOOOOOOOOOOOOOOOOOOOO...OOOOO..........OO.....OOOOOO.
..........................OO............OO.OO............
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO...OO.....OO...OOOOOO.
O..............................OO...O.OO........OO......O
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO...OO.....OO...OO..OOOOOOO.
..........................OO...............OO............
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO...OO...OOOO..OOOOOOOOOOOO.
O..............................OO...OO..................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOOOOOOOOOOOOOOOOOO.
.........................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O.
The "spaceship" travels to the left at the speed of light, so it will eventually reach the edge of any finite patch and destroy itself and its supporting agar.

:negentropy (p2) Compare Hertz oscillator. 

...OO.O....
...O.OO....
...........
....OOO....
...O.O.O.OO
...OO..O.OO
OO.O...O...
OO.O...O...
....OOO....
...........
....OO.O...
....O.OO...

:neighbour Any of the eight cells adjacent to a given cell. A cell is therefore not considered to be a neighbour of itself, although the neighbourhood used in Life does in fact include this cell (see cellular automaton).

:new five (p3) Found by Dean Hickerson, January 1990. 

..OO.....
.O..O....
.O.O..O..
OO.O.OO..
O........
.OOO.OOOO
.....O..O
O.OO.....
OO.OO....

:new gun (p46) An old name for the period 46 glider gun show below. This was found by Bill Gosper in 1971, and was the second basic glider gun found (after the Gosper glider gun). It produces a period 46 glider stream. 

.........................OO.....OO
.........................OO.....OO
..................................
..................................
..................................
..................................
..................................
..................................
..................................
..................................
..................................
..................................
..................................
...........................OO.OO..
..........................O.....O.
..................................
.........................O.......O
.........................O..O.O..O
.........................OOO...OOO
..................................
..................................
..................................
..................................
.................O................
OO...............OO...............
OO................OO..............
.............OO..OO...............
..................................
..................................
..................................
.............OO..OO...............
OO................OO.......OO.....
OO...............OO........OO.....
.................O................

A number of other ways of constructing a gun from two twin bees shuttles have since been found. See edge shooter for one of these, and see also p46 gun.

:Noah's ark The following diagonal puffer consisting of two switch engines. This was found by Charles Corderman in 1971. The name comes from the variety of objects it leaves behind: blocks, blinkers, beehives, loaves, gliders, ships, boats, long boats, beacons and block on tables. 

..........O.O..
.........O.....
..........O..O.
............OOO
...............
...............
...............
...............
...............
.O.............
O.O............
...............
O..O...........
..OO...........
...O...........

See also ark.

:n-omino Any polyomino with exactly n cells.

:non-destructive read A type of test reaction in memory cell circuitry, where the information in the memory cell is unchanged and can be read again to produce the same result. One simple type of non-destructive read reaction is a signal sent to a permanent switch. Memory cells with destructive read reactions are generally simpler and more commonly used.

:nonfiller = space nonfiller

:non-monotonic A spaceship is said to be non-monotonic if its leading edge falls back in some generations. The first example (shown below) was found by Hartmut Holzwart in August 1992. This is p4 and travels at c/4. In April 1994, Holzwart found examples of p3 spaceships with this property, and this is clearly the smallest possible period. Another non-monotonic spaceship is the weekender. 

..........OO.O.......
......OOO.O.OOO......
..O.O..........O...OO
OO....OO.....O...OOOO
..O.OO..O....OOO.O...
........O....O.......
..O.OO..O....OOO.O...
OO....OO.....O...OOOO
..O.O..........O...OO
......OOO.O.OOO......
..........OO.O.......

:nonomino switch engine predecessor This is the unique nonomino (a polyomino having 9 cells) whose evolution results in a switch engine, and the smallest polyomino to do so. 

OOO...
..O.O.
..OOOO

Charles Corderman may have found this object in 1971 while exhaustively investigating the fate of all the small polyominoes. Records indicate that he found the switch engine while investigating the decominoes (polyominoes having 10 cells). However, there do not appear to be decominoes which result in a clean switch engine. If Corderman was examining polyominoes in order of size, then this smaller predecessor should have been found first in any case.

:non-spark Something that looks like a spark, but isn't. An OWSS produces one of these instead of a belly spark, and is destroyed by it.

:non-standard spaceship Any spaceship other than a glider, LWSS, MWSS or HWSS.

:non-trivial A non-trivial period-N oscillator contains at least one cell that oscillates at the full period. In other words, it is not made up solely of separate oscillators with smaller periods. Usually it includes a spark or other reaction that would not occur if all lower-period subpatterns were separated from each other, but some exceptions are given under trivial. See also omniperiodic.

:novelty generator A pattern that appears to have an unknown fate due to complex feedback loops, for example involving waves of gliders shuttling between perpendicular rakes. Novelty generator patterns fall short of counting as chaotic growth, since the rakes continue to be predictable, and much of their ash generally remains stable.

It has not been proven conclusively that any particular pattern is in fact an infinite novelty generator, since it is always possible that periodicity will spontaneously arise if the simulation is continued far enough. In fact this happens quite regularly. But conversely, it has not been proven that periodicity must spontaneously arise for all such patterns. Bill Gosper, Nick Gotts and others have done extensive experiments along these lines using Golly.

:NW31 One of the most common stable edge shooters. This Herschel-to-glider converter suppresses the junk ordinarily left behind by an evolving Herschel while allowing both the first natural glider and second natural glider to escape on transparent lanes: 

OO.......................
.O.......................
.O.O.....................
..OO.....................
.........................
.........................
.........................
.......................OO
.......................OO
.........................
..O......................
..O.O....................
..OOO....................
....O....................
.........................
.........................
.........................
.........................
.........................
.........................
.........................
...........OO............
............O............
.........OOO.............
.........O...............
The edge shooter output at the top has no additional clearance, so its use in creating convoys is limited: it can only add gliders on the outermost lanes of an existing glider salvo. Like the beehive version of SW-2, either output can be used to build logical OR gates, where multiple input signal paths are merged onto the same output path.

The complete name for this converter is "NW31T120", where 31 is the output glider lane number. In the above orientation, lane numbers get bigger toward the upper right and smaller toward the lower left (and may easily be negative).

The T120 timing measurement means that a canonical NW glider placed on lane 31 at time T=120, at (+31, +0) relative to the input Herschel, would in theory reach the exact same spacetime locations as the converter's output glider does.

Most converters are not edge shooters and their output lanes are not transparent, so they usually have catalysts that would interfere with this theoretically equivalent glider. This is the case for the optional third glider output created by the lower eater1 catalyst: the upper eater1 overlaps its lane. For the alternate block catalyst suppressing this glider output, see transparent lane.

:NW31T120 = NW31

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:Y-pentomino Conway's name for the following pentomino, which rapidly dies. 

..O.
OOOO
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:dart (c/3 orthogonally, p3) Found by David Bell, May 1992. A 25-glider recipe for the dart was found in December 2014 by Martin Grant and Chris Cain, making it the first glider-constructible c/3 spaceship. 

.......O.......
......O.O......
.....O...O.....
......OOO......
...............
....OO...OO....
..O...O.O...O..
.OO...O.O...OO.
O.....O.O.....O
.O.OO.O.O.OO.O.

:dead spark coil (p1) Compare spark coil. 

OO...OO
O.O.O.O
..O.O..
O.O.O.O
OO...OO

:debris = ash.

:de Bruijn diagram = de Bruijn graph

:de Bruijn graph As applied to Life, a de Bruijn graph is a graph showing which pieces can be linked to which other pieces to form a valid part of a Life pattern of a particular kind.

For example, if we are interested in still lifes, then we could consider 2x3 rectangular pieces and the de Bruijn graph would show which pairs of these can be overlapped to form 3x3 squares in which the centre cell remains unchanged in the next generation.

David Eppstein's search program gfind is based on de Bruijn graphs.

:Deep Cell A pattern by Jared James Prince, based on David Bell's unit Life cell, in which each unit cell simulates two Life cells, in such a way that a Life universe filled with Deep Cells simulates two independent Life universes running in parallel.

In fact, a Life universe filled with Deep Cells can simulate infinitely many Life universes, as follows. Let P1, P2, P3, ... be a sequence of Life patterns. Set the Deep Cells to run a simulation of P1 in parallel with a simulation of a universe filled with Deep Cells, with these simulated Deep Cells running a simulation of P2 in parallel with another simulation of a universe filled with Deep Cells, with these doubly simulated Deep Cells simulating P3 in parallel with yet another universe of Deep Cells, and so on.

Deep Cell is available from http://psychoticdeath.com/life.htm.

:Demonoid The first self-constructing diagonal spaceship. A 0hd Demonoid was completed by Chris Cain in December 2015, shortly after a much larger 10hd version was constructed the previous month in collaboration with Dave Greene. The 0hd spaceship fits in a bounding box about 55,000 cells square, and displaces itself by 65 cells diagonally every 438,852 generations.

The first 0hd Demonoid was fired by a gun. No spaceship gun pattern had previously been completed before the first appearance of the actual spaceship.

In June 2017 Dave Greene completed a much simpler single-channel Demonoid using a temporary lossless elbow, which displaces itself 79 cells diagonally every 1,183,842 ticks. This was an improvement in terms of design complexity, but not in terms of speed, population, or bounding box. However, all of these could be further optimized. A smaller Hashlife-friendly single-channel Demonoid design was completed in 2018.

:demultiplexer A simple Herschel circuit consisting of three eater1s, found by Brice Due in August 2006. An input Herschel places a boat in a location accessible to an input glider. If the boat is present, a one-time turner reaction occurs and the glider is turned 90 degrees onto a new lane. 

...........................O.....
........OO.................O.O...
.........O.................OO....
.........O.O.....................
..........OO.....................
.......................OO........
.......................O.O.......
........................O........
.................................
.................................
.............................OO..
..........O..................O.O.
..........O.O..................O.
..........OOO............OO....OO
............O............O.O.....
...........................O.....
...........................OO....
.................................
.................................
..OO.............................
.O.O.............................
.O...............................
OO...............................
If the Herschel and boat are removed from the above pattern, the glider passes cleanly through the circuit. It can be used as the "0" output of a one-bit memory cell, where the 90-degree output would be the "1" output. This was the method used to store presence or absence of neighbor metacells in the p1 megacell.

:demuxer = demultiplexer

:density The density of a pattern is the limit of the proportion of live cells in a (2n+1)x(2n+1) square centred on a particular cell as n tends to infinity, when this limit exists. (Note that it does not make any difference what cell is chosen as the centre cell. Also note that if the pattern is finite then the density is zero.) There are other definitions of density, but this one will do here.

In 1994 Noam Elkies proved that the maximum density of a stable pattern is 1/2, which had been the conjectured value. See the paper listed in the bibliography. Marcus Moore provided a simpler proof in 1995, and in fact proves that a still life with an m x n bounding box has at most (mn+m+n)/2 cells.

But what is the maximum average density of an oscillating pattern? The answer is conjectured to be 1/2 again, but this remains unproved. The best upper bound so far obtained is 8/13 (Hartmut Holzwart, September 1992).

The maximum possible density for a phase of an oscillating pattern is also unknown. An example with a density of 3/4 is known (see agar), but densities arbitrarily close to 1 may perhaps be possible.

:dependent conduit A Herschel conduit in which the input Herschel interacts with catalysts in the first few ticks. The standard interaction actually starts at T=-3, before the Herschel is completely formed. Compare independent conduit. The Herschel is prevented from emitting its first natural glider. This is useful in cases where the previous conduit cannot survive a first natural glider emitted from its output Herschel.

This term is somewhat confusing, since it is actually the previous conduit that depends on the dependent conduit to suppress the problematic glider. Dependent conduits such as the F166 and Lx200 do not actually depend on anything. They can be freely connected to any other conduits that fit, as long as the output Herschel evolves from its standard great-grandparent. As of this writing, the Fx158 is the only known case where a conduit's output Herschel has an alternate great-grandparent, which is incompatible with dependent conduits' initial transparent block.

:destructive read The most common type of test reaction in memory cell circuitry. Information is stored in a memory cell by placing objects in known positions, or by changing the state of a stable or periodic toggle circuit. A destructive-read test consists of sending one or more signals to the memory cell. A distinct output signal is produced for each possible state of the memory cell, which is reset to a known "zero" or "rest" state. See for example boat-bit, keeper, and demultiplexer.

To permanently store information in a destructive-read memory cell, the output signal(s) must be used, in part, to send appropriate signals back to the memory cell to restore its state to its previous value. With output looped back to input, this larger composite circuit then effectively becomes a non-destructive read memory cell.

:destructor arm A dedicated construction arm in the Gemini spaceship, used only for removing previously active circuitry once it is no longer needed. More generally, any circuitry in a self-constructing pattern dedicated exclusively to cleanup.

:D-heptomino = Herschel

:diamond = tub

:diamond ring (p3) Found by Dave Buckingham in 1972. 

......O......
.....O.O.....
....O.O.O....
....O...O....
..OO..O..OO..
.O....O....O.
O.O.OO.OO.O.O
.O....O....O.
..OO..O..OO..
....O...O....
....O.O.O....
.....O.O.....
......O......

:diehard Any pattern that vanishes, but only after a long time. The following example vanishes in 130 generations, which is probably the limit for patterns of 7 or fewer cells. Note that there is no limit for higher numbers of cells. E.g., for 8 cells we could have a glider heading towards an arbitrarily distant blinker. 

......O.
OO......
.O...OOO

:dinner table (p12) Found by Robert Wainwright in 1972. 

.O...........
.OOO.......OO
....O......O.
...OO....O.O.
.........OO..
.............
.....OOO.....
.....OOO.....
..OO.........
.O.O....OO...
.O......O....
OO.......OOO.
...........O.

:dirty Opposite of clean. A reaction which produces a large amount of complicated junk which is difficult to control or use is said to be dirty. Many basic puffer engines are dirty and need to be tamed by accompanying spaceships in order to produce clean output. Similarly, a dirty conduit is one that does not recover perfectly after the passage of a signal; one or more extra ash objects are left behind (or more rarely a catalyst is damaged) and additional signals must be used to clean up the circuit before it can be re-used.

:diuresis (p90) Found by David Eppstein in October 1998. His original stabilization used pentadecathlons. The stabilization with complicated still lifes shown here (in two slightly different forms) was found by Dean Hickerson the following day. The name is due to Bill Gosper (see kidney). 

.....OO................OO....
......O................O.....
......O.O............O.O.....
.......OO............OO......
.............................
....OO..................OO...
....O.O..........OO....O.O...
.....O..........O.O.....O....
..O.............OO.........O.
..OOOOOO........O.....OOOOOO.
.......O..............O......
....OO..................OO...
....O....................O...
.....O..................O....
..OOO..O..............O..OOO.
..O..OOO........O.....OOO...O
...O............OO.......OOO.
....OO..........O.O.....O....
......O..........OO....O..OO.
....OO..................OO.O.
.O..O....................O...
O.O.O..OO............OO..O...
.O..O.O.O............O.O.OO..
....O.O................O..O..
.....OO................OO....

:dock The following induction coil. 

.OOOO.
O....O
OO..OO

:domino The 2-cell polyomino. A number of objects, such as the HWSS and pentadecathlon, produce domino sparks.

:dormant An object that is either stable or oscillates without producing any output, until it is triggered by an appropriate signal, which then produces some desired action. For example, freeze-dried objects are dormant until the arrival of a particular glider.

:do-see-do The following reaction, found by David Bell in 1996, in which two gliders appear to circle around each other as they are reflected 90 degrees by a twin bees shuttle. Four copies of the reaction can be used to create a p92 glider loop which repeats the do-see-do reaction forever. 

.....................................................O.O
.....................................................OO.
......................................................O.
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
................................................OO......
................................................O.......
..............................................O.O.......
..............................................OO........
..............................O.O.......................
..............................OO........................
...............................O........................
........................................................
.......................OOO..............................
OO........OOO........OO.O.OO............................
OO........O...O.....O.....OO............................
..........O....O.....OO.O.OO............................
...........O...O.......OOO..............................
........................................................
...........O...O........................................
..........O....O........................................
OO........O...O............OO...........................
OO........OOO..............OO...........................

:double-barrelled Of a gun, emitting two streams of spaceships (or rakes) every period. For examples, see B-52 bomber, Simkin glider gun, and p246 gun. In most cases, the two streams are alternately emitted 1/2 period apart. It is also possible for the two streams to be emitted simultaneously, as in this double-barrelled glider gun by Bill Gosper: 

.................O................................
.................OO...............................
..................OO..............................
.................OO...............................
................................O.................
...............................OO...............OO
..............................OO................OO
.................OO............OO.................
OO................OO..............................
OO...............OO...............................
.................O................................
...............................OO.................
..............................OO..................
...............................OO.................
................................O.................

:double block reaction A certain reaction that can be used to stabilize the twin bees shuttle (qv). This was discovered by David Bell in October 1996.

The same reaction sometimes works in other situations, as shown in the following diagram where a pair of blocks eats an R-pentomino and a LWSS. (The LWSS version was known at least as early 1994, when Paul Callahan saw it form spontaneously as a result of firing an LWSS stream at some random junk.) 

.OOOO.....OO....
O...O......OO.OO
....O......O..OO
O..O............
................
.............OO.
.............OO.

:double caterer (p3) Found by Dean Hickerson, October 1989. Compare caterer and triple caterer. 

.....OO...O........
....O..O..OOO......
....OO.O.....O.....
......O.OOOO.O.....
..OOO.O.O...O.OO...
.O..O..O...O..O.O..
O.O..O...O.OO....O.
.O..........OO.OOO.
..OO.OO.OO...O.....
...O...O.....O.OOO.
...O...O......OO..O
.................OO

:double ewe (p3) Found by Robert Wainwright before September 1971. 

......OO............
.......O............
......O.............
......OO............
.........OO.........
......OOO.O.........
O.OO.O..............
OO.O.O..............
.....O...O..........
....O...OO....OO....
....OO....OO...O....
..........O...O.....
..............O.O.OO
..............O.OO.O
.........O.OOO......
.........OO.........
............OO......
.............O......
............O.......
............OO......

:double wing = moose antlers. This term is no longer in use.

:dove The following induction coil, found in 2015 to be a possible active reaction for the input or output of a converter. 

.OO..
O..O.
.O..O
..OOO

:down boat with tail = cis-boat with tail

:dr Short identifier for Dean Hickerson's 'drifter' search program, used at various times to find wires, eaters, higher-period billiard table configurations, and related signal-carrying and signal-processing mechanisms. See also drifter.

:dragon (c/6 orthogonally, p6) This spaceship, discovered by Paul Tooke in April 2000, was the first known c/6 spaceship. With 102 cells, it was the smallest known orthogonal c/6 spaceship until Hartmut Holzwart discovered 56P6H1V0 in April 2009. 

.............O..OO......O..OOO
.....O...OOOO.OOOOOO....O..OOO
.OOOOO....O....O....OOO.......
O......OO.O......OO.OOO..O.OOO
.OOOOO.OOO........OOOO...O.OOO
.....O..O..............O......
........OO..........OO.OO.....
........OO..........OO.OO.....
.....O..O..............O......
.OOOOO.OOO........OOOO...O.OOO
O......OO.O......OO.OOO..O.OOO
.OOOOO....O....O....OOO.......
.....O...OOOO.OOOOOO....O..OOO
.............O..OO......O..OOO

:drain trap = paperclip. This term is no longer in use.

:D read = destructive read

:dried = freeze-dried.

:drifter A perturbation moving within a stable pattern. Dean Hickerson has written a search program to search for drifters, with the hope of finding one which could be moved around a track. Because drifters can be very small, they could be packed more tightly than Herschels, and so allow the creation of oscillators of periods not yet attained, and possibly prove that Life is omniperiodic. Hickerson has found a number of components towards this end, but it has proved difficult to change the direction of movement of a drifter, and so far no complete track has been found. However, Hickerson has had success using the same program to find eaters with novel properties, such as sparking eaters and the ones shown in diuresis.

:dual 1-2-3-4 = Achim's p4

:duoplet A diagonal two-bit spark produced by many oscillators and eater reactions. Among other uses, it can reflect gliders 90 degrees. The following pattern shows an eater5 eating gliders and producing duoplets which are then used to reflect a separate glider stream. If only one glider is present, the eater5 successfully absorbs it, so this mechanism may be considered to be a simple AND gate. 

..O....................
O.O....................
.OO....................
.......................
.......................
.......O...............
.....O.O...............
......OO...............
.....................O.
....................O..
....................OOO
.......................
.......................
................O......
...............O.......
...............OOO.....
.......................
....................OO.
................O...OO.
...............O.O.....
..............O.O......
..............O........
.............OO........

:dying spark See spark. A spark by definition dies out completely after some number of ticks.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/gui-common/Help/Lexicon/lex_l.htm0000755000175000017500000024510313317135606016410 00000000000000 Life Lexicon (L)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:L112 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in July 1996. It is made up of two elementary conduits, HLx53B + BFx59H. After 112 ticks, it produces a Herschel turned 90 degrees counterclockwise at (12, -33) relative to the input. Its recovery time is 61 ticks; this can be reduced slightly by removing the output glider, either with a specialized eater (as in the original true p59 gun), or with a sparker as in most of the Quetzal guns. It can be made Spartan by replacing the aircraft carrier with an eater1. A ghost Herschel in the pattern below marks the output location: 

...............OO.......
...............O........
.............OOO........
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
.............OO.........
.............OO.........
....OO..................
....O..O................
OO....OO................
.O....................OO
.O.O..................O.
..OO................O.O.
....................OO..
........................
........................
........................
........................
........................
..O.....................
..O.O...................
..OOO...................
....O...................
........................
..............OO........
..............OO..OO....
..................O.O...
....................O...
....................OO..

:L156 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in August 1996. It is made up of three elementary conduits, HLx69R + RF28B + BFx59H. After 156 ticks, it produces a Herschel turned 90 degrees counterclockwise at (17, -41) relative to the input. Its recovery time is 62 ticks. It can be made Spartan by replacing the snake with an eater1 in one of two orientations. Additional gliders can be produced by removing the southeasternmost eater, or by replacing the RF28B elementary conduit by an alternate version. A ghost Herschel in the pattern below marks the output location: 

...................OO........
...................O.........
.................OOO.........
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.................OO..........
.................OO..........
.............................
........OO.O.................
........O.OO.................
..........................OO.
..........................O..
........................O.O..
........................OO...
.............................
.........O...................
.........OOO.................
O...........O................
OOO........OO..............O.
...O......................O.O
..OO.......................O.
.............................
.............................
.............................
.............................
.............................
.............................
.O....................OO.....
.O.O..................O.O....
.OOO....................O....
...O...........OO.......OO...
...............O.............
................OOO..........
..................O..........

:lake (p1) Any still life consisting of a simple closed curve made from diagonally connected dominoes. The smallest example is the pond, and the next smallest is this (to which the term is sometimes restricted): 

....OO....
...O..O...
...O..O...
.OO....OO.
O........O
O........O
.OO....OO.
...O..O...
...O..O...
....OO....

:lane A path traveled by a glider, or less commonly a spaceship such as a loafer. The lane is centered on the line of symmetry (if any) of the spaceship in question. If a lane is clear, then the spaceship can travel along it without colliding or interfering with any other objects.

Diagonal lanes are often numbered consecutively, in half-diagonals (hd). Occasionally diagonal lane measurements are given in quarter-diagonals (qd), in part because diagonally symmetric spaceships have a line of symmetry 1qd away from the lines available for gliders. It's also convenient that moving a glider forward by 100qd (for example) has the same effect as evolving the same glider for 100 ticks.

:Laputa (p2) Found by Rich Schroeppel, September 1992. 

...OO.OO....
...OO.O...OO
........O..O
.OOOOOO.OOO.
O..O.O......
OO...O.OO...
....OO.OO...

:large prime oscillator Any oscillator with a relatively small bounding box whose period is a very large prime. (If the bounding-box restriction is removed, then eight gliders travelling in a four-Snark loop would provide a trivial example for any chosen prime.) The first such oscillator was built by Gabriel Nivasch in 2003. The current record holder is an oscillator constructed by Adam P. Goucher with a period that is a Mersenne prime with 13,395 digits (244497-1).

The next higher Mersenne-prime oscillator, period 286243-1, could be constructed with quadri-Snarks and semi-Snarks. It would actually be significantly smaller than the current record holder. As of June 2018 the construction of this pattern has not yet been completed.

:large S = big S

:Lidka (stabilizes at time 29053) A methuselah found by Andrzej Okrasinski in July 2005. 

..........OOO..
..........O....
..........O...O
...........O..O
............OOO
...............
.O.............
O.O............
.O.............
The following variant, pointed out by David Bell, has two fewer cells and lasts two generations longer. 
..........OOO..
...............
...........OO.O
............O.O
..............O
...............
.O.............
O.O............
.O.............

:Life A 2-dimensional 2-state cellular automaton discovered by John Conway in 1970. The states are referred to as ON and OFF (or live and dead). The transition rule is as follows: a cell that is ON will remain ON in the next generation if and only if exactly 2 or 3 of the 8 adjacent cells are also ON, and a cell that is OFF will turn ON if and only if exactly 3 of the 8 adjacent cells are ON. (This is more succinctly stated as: "If 2 of your 8 nearest neighbours are ON, don't change. If 3 are ON, turn ON. Otherwise, turn OFF.")

:Life32 A freeware Life program by Johan Bontes for Microsoft Windows 95/98/ME/NT/2000/XP: https://github.com/JBontes/Life32/.

:LifeHistory A multistate CA rule supported by Golly, equivalent to two-state B3/S23 Life but with several additional states intended for annotation purposes. A "history" state records whether an off cell has ever turned on in the past, and other states allow on and off cells to be permanently or temporarily marked, without affecting the evolution of the pattern.

:LifeLab A shareware Life program by Andrew Trevorrow for the Macintosh (MacOS 8.6 or later): http://www.trevorrow.com/lifelab/.

:LifeLine A newsletter edited by Robert Wainwright from 1971 to 1973. During this period it was the main forum for discussions about Life. The newsletter was nominally quarterly, but the actual dates of its eleven issues were as follows: 


Mar, Jun, Sep, Dec 1971
Sep, Oct, Nov, Dec 1972
Mar, Jun, Sep 1973

:Lifenthusiast A Life enthusiast. Term coined by Robert Wainwright.

:lifesrc David Bell's Life search program for finding new spaceships and oscillators. This is a C implementation of an algorithm developed by Dean Hickerson in 6502 assembler.

Although lifesrc itself is a command-line program, Jason Summers has made a GUI version called WinLifeSearch for Microsoft Windows. A Java version, JavaLifeSearch, was written in November 2012 by Karel Suhajda.

The lifesrc algorithm is only useful for very small periods, as the amount of computing power required rises rapidly with increasing period. For most purposes, period 7 is the practical limit with current hardware.

Lifesrc is available from http://tip.net.au/~dbell/ (source code only). Compare gfind.

:LifeViewer A scriptable Javascript Life pattern viewer written by Chris Rowett, used primarily on the conwaylife.com discussion forums.

:light bulb (p2) Found in 1971. 

.OO.O..
.O.OO..
.......
..OOO..
.O...O.
.O...O.
..O.O..
O.O.O.O
OO...OO
The same rotor can be embedded in a slightly smaller stator like this: 
...O.....
.OOO.....
O........
OOOOOO...
......O..
..O...O..
..OO.O...
......OOO
........O

:lightspeed bubble A type of negative spaceship travelling through the zebra stripes agar. The center of the bubble is simple empty space, and the length and/or width of the bubble can usually be extended to any desired size.

Below is a small stabilized section of agar containing a sample lightspeed bubble, found by Gabriel Nivasch in August 1999. The bubble travels to the left at the speed of light, so it will eventually reach the edge of any finite patch and destroy itself and its supporting agar. 

.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O...
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.............................................................O
.OOOOOOOOOOOOO..OOO..OOO..OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O..............OO...OO...OO........O..........................
.OOOOOOOOOOOOO...OO...OO...O.OO.O....OOOOOOOOOOOOOOOOOOOOOOOO.
.............................OO.....O........................O
.OOOOOOOOOOOOO.................OOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...............................O.............................
.OOOOOOOOOOOOO...................OOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.................................O....O......................O
.OOOOOOOOOOOOO...................OO....OOOOOOOOOOOOOOOOOOOOOO.
O................................O.....O....O.................
.OOOOOOOOOOOOO...................OO....OO....OOOOOOOOOOOOOOOO.
.................................O.....O.....O....O..........O
.OOOOOOOOOOOOO...................OO....OO....OO....OOOOOOOOOO.
O................................O.....O.....O.....O....O.....
.OOOOOOOOOOOOO...................OO....OO....OO....OO....OOOO.
.................................O.....O.....O.....O.....O...O
.OOOOOOOOOOOOO...................OO....OO....OO....OO....OOOO.
O................................O.....O.....O.....O....O.....
.OOOOOOOOOOOOO...................OO....OO....OO....OOOOOOOOOO.
.................................O.....O.....O....O..........O
.OOOOOOOOOOOOO...................OO....OO....OOOOOOOOOOOOOOOO.
O................................O.....O....O.................
.OOOOOOOOOOOOO...................OO....OOOOOOOOOOOOOOOOOOOOOO.
.................................O....O......................O
.OOOOOOOOOOOOO...................OOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...............................O.............................
.OOOOOOOOOOOOO.................OOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.............................OO.....O........................O
.OOOOOOOOOOOOO...OO...OO...O.OO.O....OOOOOOOOOOOOOOOOOOOOOOOO.
O..............OO...OO...OO........O..........................
.OOOOOOOOOOOOO..OOO..OOO..OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.............................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O...

An open problem related to lightspeed bubbles was whether large extensible empty areas could be created whose length was not proportional to the width (as it must be in the above case, due to the tapering back edge). This was solved in February 2017 by Arie Paap; a simple period-2 solution is shown below. 

...O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O...
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...........................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.............................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O.....................................................O.....O
.OOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOOOOOOO..OOOO...OOOOO.
......................OO...OO...OO...OO........OO.....O......
.OOOOOOOOOOOOOOOOOOOO...OO...OO...OO...OOOOOOO...O.OO..OOOOO.
O.........................................O........OO.......O
.OOOOOOOOOOOOOOOOOOOO......................OO.O......OOOOOOO.
...........................................O............O....
.OOOOOOOOOOOOOOOOOOOO......................O.............OOO.
O..........................................OO.....OO....O...O
.OOOOOOOOOOOOOOOOOOOO......................OO...OO...O.OOOOO.
...........................................O..O.OO...O.......
.OOOOOOOOOOOOOOOOOOOO......................O......OO...OOOOO.
O..........................................OO..........O....O
.OOOOOOOOOOOOOOOOOOOO......................OO..........OOOOO.
...........................................O......OO.O.......
.OOOOOOOOOOOOOOOOOOOO......................O..O.OO...O.OOOOO.
O..........................................OO...OO......O...O
.OOOOOOOOOOOOOOOOOOOO......................OO.....OO.....OOO.
...........................................O............O....
.OOOOOOOOOOOOOOOOOOOO......................O...........OOOOO.
O..........................................OO.....OO.OO.....O
.OOOOOOOOOOOOOOOOOOOO......................OO...OO...OO..OOO.
...........................................O..O.OO.....OO....
.OOOOOOOOOOOOOOOOOOOO......................O......OO....OOOO.
O..........................................OO...............O
.OOOOOOOOOOOOOOOOOOOO......................OO...........OOOO.
...........................................O......OO...OO....
.OOOOOOOOOOOOOOOOOOOO......................O..O.OO...OO..OOO.
O..........................................OO...OO...OO.....O
.OOOOOOOOOOOOOOOOOOOO......................OO.....OO...OOOOO.
...........................................O............O....
.OOOOOOOOOOOOOOOOOOOOOO.....O.....O.....O..O.O...........OOO.
O.........................OO....OO....OO...O...O.O.......O..O
.OOOOOOOOOOOOOOOOOOOOOOOO.OO.OO.OO.OO.OO.OOOOOOOOO.......OOO.
........................................................O....
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO...OOOOOOO.
O..................................................OO.......O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO..OOOOOOOO.
.............................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...........................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
...O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O...

:lightspeed ribbon = superstring

:lightspeed telegraph = telegraph.

:lightspeed wire Any wick that can burn non-destructively at the speed of light. Lightspeed wires are a type of reburnable fuse. These are potentially useful for various things, but so far the necessary mechanisms are very large and unwieldy. In October 2002, Jason Summers discovered a lightspeed reaction travelling through an orthogonal chain of beehives. Summers completed a period-1440 lightspeed telegraph based on this reaction in 2003. 

...O...........................................................
.O...O.........................................................
.O....O....OO.OO...............................................
O......O...OOOOOO...OO...OO...OO...OO...OO...OO...OO...OO...OO.
O......O..O......O.O..O.O..O.O..O.O..O.O..O.O..O.O..O.O..O.O..O
OO.....O...OOOOOO...OO...OO...OO...OO...OO...OO...OO...OO...OO.
......O....OO.OO...............................................
....O..........................................................

A stable lightspeed transceiver mechanism using this same signal reaction, the p1 telegraph, was constructed by Adam P. Goucher in 2010; the bounding boxes of both the transmitter and receiver are over 5000 cells on a side. A more compact periodic high-bandwidth telegraph with a much improved transmission rate was completed by Louis-François Handfield in 2017.

The following diagram shows an older example of a lightspeed wire, with a small defect that travels along it at the speed of light. As of June 2018, no method has been found of creating such a defect in the upstream end of this particular stable wire, or of non-destructively detecting the arrival of the defect and repairing the wire at the downstream end. 

....OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO....
....OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO....
..........................................................
..OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO..
.O......O...............................................O.
O.OOOOO....OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.O
.O.....O................................................O.
..OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO..
..........................................................
....OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO....
....OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO....

:lightweight emulator = LW emulator

:lightweight spaceship = LWSS

:lightweight volcano = toaster

:linear growth A growth rate proportional to T, where T is the number of ticks that a pattern has been run. Compare superlinear growth, quadratic growth.

:linear propagator A self-replicating pattern in which each copy of a pattern produces one child that is an exact copy of itself. The child pattern then blocks the parent from any further replication. An example was constructed by Dave Greene on 23 November 2013, with a construction arm using two glider lanes separated by 9hd. By some definitions, due to its limited one-dimensional growth pattern, the linear propagator is not a true replicator. Compare quadratic replicator.

:line crosser A pattern which is able to send a signal across an infinite diagonal line of live cells without destroying the line. David Bell built one in August 2006. It uses many one-shot period 44160 glider guns on both sides of the line having the proper synchronization to create the reactions shown in line-cutting reaction and line-mending reaction.

An input glider can arrive at any multiple of 44160 generations to first cut the line, then send a glider through the gap, and finally mend the line while leaving an output glider on the other side.

A line crosser whose complete mechanism is on one side of the line is theoretically possible, using single-channel construction methods for example.

:line-cutting reaction A reaction that can cut an infinite diagonal line of cells, leaving a gap with both ends sealed. Such a reaction is demonstrated below. In actual use the reaction should be spread out so that the incoming LWSSes don't conflict. See line-mending reaction for a way to mend the gap. 

.........................OO.................................
............OO...........O..................................
..........OO.OO...........O.................................
..........OOOO.............O................................
...........OO...............O...............................
................OO...........O..............................
...............O.O............O.............................
.................O.............O............................
................................O...........................
.................................O..........................
..................................O.........................
...................................O........................
.......................O............O.......................
......................OOO............O......................
......................O.OO............O.....................
O..O...................OOO.............O....................
....O..................OO...............O...................
O...O....................................O..................
.OOOO.....................................O.................
...........................................O................
............................................O...............
.............................................O..............
...................................OO.........O.............
....................................OO.........O............
...................................O............O...........
.................................................O..........
..................................................O.........
.....................................OOO...........O........
....................................O..O............O.......
.......................................O.............O......
.......................................O..............O.....
....................................O.O................O....
........................................................O...
.........................................................O.O
.......OOO................................................OO
.........O............OO......OOO..........OOOO.............
........O............O.O........O.........O...O.............
.......................O.......O..............O.............
..........................................O..O..............
............................................................
............................................................
............................................................
....................................................OO......
.....................................................OO.....
....................................................O.......
............................................................
........................................................OOO.
........................................................O..O
........................................................O...
........................................................O...
.........................................................O.O
.......................OO...................................
......................O.O...................................
........................O...................................
............................................................
..........................................O.................
.........................................OOO................
.........................................O.OO...............
..........................................OOO...............
..........................................OO................

:line-mending reaction A reaction which can fully mend a sealed gap in an infinite diagonal line of cells, such as the one produced by a line-cutting reaction. Such a reaction is demonstrated below. See the line cutting reaction for a way of creating the gliders travelling parallel to the line. 

...........OO.............................................
...........O..............................................
............O.............................................
...O.O.......O............................................
....OO........O...........................................
....O..........O..........................................
................O...................................O.....
.................O................................OO......
..................O................................OO.....
...................O......................................
....................O.....................................
.....................O.....................O.O............
......................O....................OO.............
.......................O....................O.............
........................O.................................
.........................O................................
..........................O...............O...............
...........................O.............O................
............................O............OOO..............
.............................O............................
............................OO............................
..........................................................
..........................................................
..........................................................
...........................................O.O............
...........................................OO.......O..O..
............................................O......O......
...................................OOO.............O...O..
.....................................O.............OOOO...
....................................O.....................
.......................................OO.................
.......................................O.O................
..........................................O...............
...........................................O..............
...............................OO...........O.............
..............................O.O............O............
................................O.............O.......OO..
.............O..........................OO.....O.....OO...
.............OO.........................O.O.....O......O..
............O.O.....OO..................O........O........
...................O.O............................O.......
.O...................O.............................O......
.OO.....O...........................................O.....
O.O.....OO...........................................O....
.......O.O............................................O...
.......................................................O.O
........................................................OO
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
.................................O........................
................................OOO.......................
...............................OO.O.......................
...............................OOO........................
................................OO........................

This reaction uses spaceships on both sides of the line which need to be synchronized to each other, for example by passing a glider through the gap to trigger the creation of the required spaceships and gliders.

No simple mechanism is known to mend the gap which lies completely on one side of the line. However, it is technically possible to use construction arm technology to push objects through the gap to build and trigger a seed for the required synchronized signals on the other side.

:line puffer A puffer which produces its output by means of an orthogonal line of cells at right angles to the direction of travel. The archetypal line puffer was found by Alan Hensel in March 1994, based on a spaceship found earlier that month by Hartmut Holzwart. The following month Holzwart found a way to make extensible c/2 line puffers, and Hensel found a much smaller stabilization the following day. But in October 1995 Tim Coe discovered that for large widths these were often unstable, although typically lasting millions of generations. In May 1996, however, Coe found a way to fix the instability. The resulting puffers appear to be completely stable and to exhibit an exponential increase in period as a function of width, although neither of these things has been proved.

Line puffers have enabled the construction of various difficult periods for c/2 spaceships and puffers, including occasionally periods which are not multiples of 4 and which would therefore be impossible to attain with the usual type of construction based on standard spaceships. (See frothing puffer for another method of constructing such periods.) In particular, the first c/2 rake with period not divisible by 4 was achieved in January 2000 when David Bell constructed a p42 backrake by means of line puffers.

See also hivenudger and puff suppressor.

:line ship A spaceship in which the front end is a linestretcher, the line being eaten by the back end.

:linestretcher A wickstretcher that stretches a single diagonal line of cells. The first example was constructed by Jason Summers in March 1999; this was c/12 and used switch engine based puffers found earlier by Dean Hickerson. The first c/4 example was found by Hartmut Holzwart in November 2004.

:loading dock (p3) Found by Dave Buckingham, September 1972. 

....O....
..OOO....
.O...OO..
O.OO...O.
.O...OO.O
..OO...O.
....OOO..
....O....

:loaf (p1) 

.OO.
O..O
.O.O
..O.

:loafer (c/7 orthogonally, p7) A small c/7 spaceship discovered by Josh Ball on 17 February 2013: 

.OO..O.OO
O..O..OO.
.O.O.....
..O......
........O
......OOO
.....O...
......O..
.......OO

It has a known 8-glider construction recipe, probably not minimal, discovered on the following day: 

.................................O
...............................OO.
................................OO
.........O........................
.O........O.......................
..O.....OOO.......................
OOO...............................
..................................
..................................
.....O............................
......O...........................
....OOO...........................
........................O.O.......
.........................OO.......
.........................O........
..................................
...........................O.O....
...........................OO.....
............................O.....
...............................OOO
...............................O..
................................O.
..................................
..................................
..................................
..................................
..................................
..................................
.....OO...........................
......OO..........................
.....O............................
The loafer was therefore the first new glider-constructible spaceship in almost a decade. (A glider synthesis for a 2c/5 ship, 60P5H2V0, was found in March 2003.)

:loaflipflop (p15) Here four pentadecathlons hassle a loaf. Found by Robert Wainwright in 1990. 

................O.................
...............OOO................
..................................
..................................
...............OOO................
..................................
...............O.O................
...............O.O................
..................................
...............OOO................
..................................
..................................
...............OOO................
................O.................
..................................
.O..O.OO.O..O...............OO....
OO..O....O..OO...OO.......O....O..
.O..O.OO.O..O...O..O.....O......O.
................O.O.....O........O
.................O......O........O
........................O........O
.........................O......O.
..........................O....O..
............................OO....
..................OOO.............
.................O...O............
................O.....O...........
..................................
...............O.......O..........
...............O.......O..........
..................................
................O.....O...........
.................O...O............
..................OOO.............

:loaf on loaf = bi-loaf

:loaf pull The following glider/loaf collision, which pulls a loaf (3,1) toward the glider source: 

.O.....
O.O....
O..O...
.OO....
.......
.......
....OOO
....O..
.....O.

:loaf siamese barge (p1) 

..OO.
.O..O
O.O.O
.O.O.
..O..

:lobster (c/7 diagonally, p7) A spaceship discovered by Matthias Merzenich in August 2011, the first diagonally travelling c/7 spaceship to be found. It consists of two gliders pulling a tagalong that then rephases them. 

............OOO...........
............O.............
.............O..OO........
................OO........
............OO............
.............OO...........
............O..O..........
..........................
..............O..O........
..............O...O.......
...............OOO.O......
....................O.....
OO..O.O.............O.....
O.O.OO.............O......
O....O..OO.............OO.
......O...O......OO..OO..O
..OO......O......O..O.....
..OO....O.O....OO.........
.........O.....O...O...O..
..........O..O....OO......
...........OO...O.....O.O.
...............O........OO
...............O....O.....
..............O...O.......
..............O.....OO....
...............O.....O....

:logarithmic growth A pattern whose population or bounding box grows no faster than logarithmically, asymptotic to n.log(t) for some constant n. The first such pattern constructed was the caber tosser whose population is logarithmic, but whose bounding box still grows linearly. The first pattern whose bounding box and population both grow logarithmically was constructed by Jason Summers with Gabriel Nivasch in 2003. For a pattern with a slower growth rate than this, see Osqrtlogt.

:LoM = lumps of muck

:lone dot agar An agar in which every live cell is isolated in every generation. There are many different lone dot agars. All of them are phoenixes. In 1995 Dean Hickerson and Alan W. Hensel found stabilizations for finite patches of ten lone dot agars to create period 2 oscillators. One of these is shown below: 

....OO..OO..OO..OO..OO..OO..OO..OO....
....O..O.O..O..O.O..O..O.O..O..O.O....
.....O.......O.......O.......O........
........O.......O.......O.......O.....
OO..O.O.....O.O.....O.O.....O.O.....OO
O.O.....O.O.....O.O.....O.O.....O.O..O
....O.......O.......O.......O.......O.
.O.......O.......O.......O.......O....
O..O.O.....O.O.....O.O.....O.O.....O.O
OO.....O.O.....O.O.....O.O.....O.O..OO
.....O.......O.......O.......O........
........O.......O.......O.......O.....
OO..O.O.....O.O.....O.O.....O.O.....OO
O.O.....O.O.....O.O.....O.O.....O.O..O
....O.......O.......O.......O.......O.
.O.......O.......O.......O.......O....
O..O.O.....O.O.....O.O.....O.O.....O.O
OO.....O.O.....O.O.....O.O.....O.O..OO
.....O.......O.......O.......O........
........O.......O.......O.......O.....
OO..O.O.....O.O.....O.O.....O.O.....OO
O.O.....O.O.....O.O.....O.O.....O.O..O
....O.......O.......O.......O.......O.
.O.......O.......O.......O.......O....
O..O.O.....O.O.....O.O.....O.O.....O.O
OO.....O.O.....O.O.....O.O.....O.O..OO
.....O.......O.......O.......O........
........O.......O.......O.......O.....
OO..O.O.....O.O.....O.O.....O.O.....OO
O.O.....O.O.....O.O.....O.O.....O.O..O
....O.......O.......O.......O.......O.
.O.......O.......O.......O.......O....
O..O.O.....O.O.....O.O.....O.O.....O.O
OO.....O.O.....O.O.....O.O.....O.O..OO
.....O.......O.......O.......O........
........O.......O.......O.......O.....
....O.O..O..O.O..O..O.O..O..O.O..O....
....OO..OO..OO..OO..OO..OO..OO..OO....

:lonely bee = worker bee

:long A term applied to an object that is of the same basic form as some standard object, but longer. For examples see long barge, long boat, long bookend, long canoe, long shillelagh, long ship and long snake.

:long^3 The next degree of longness after long long. Some people prefer "extra long".

:long^4 The next degree of longness after long^3. Some people prefer "extra extra long".

:long barge (p1) 

.O...
O.O..
.O.O.
..O.O
...O.

:long boat (p1) 

.O..
O.O.
.O.O
..OO
A long boat can be used as a 90-degree or 180-degree one-time turner.

:long bookend The following induction coil, longer than a bookend. 

...OO
O...O
OOOO.

:long canoe (p1) 

....OO
.....O
....O.
...O..
O.O...
OO....

:long hat = loop

:long hook = long bookend

:long house = dock

:long integral (p1) 

..OO
.O.O
.O..
..O.
O.O.
OO..

:long long The next degree of longness after long. Some people prefer "very long".

:long long barge (p1) 

.O....
O.O...
.O.O..
..O.O.
...O.O
....O.

:long long boat (p1) 

.O...
O.O..
.O.O.
..O.O
...OO

:long long canoe (p1) 

.....OO
......O
.....O.
....O..
...O...
O.O....
OO.....

:long long ship (p1) 

OO...
O.O..
.O.O.
..O.O
...OO

:long long snake (p1) 

OO....
O.O...
...O.O
....OO

:long shillelagh (p1) 

OO..OO
O..O.O
.OO...

:long ship (p1) 

OO..
O.O.
.O.O
..OO

:long sinking ship = long canoe

:long snake (p1) 

OO...
O.O.O
...OO

:loop (p1) 

.OO..
O..O.
.O.O.
OO.OO

:looping spaceship = reflectorless rotating oscillator

:lossless elbow A stationary elbow in a construction arm toolkit that allows a recipe to turn a corner with no exponential increase in construction cost. Compare slow elbow. It is theoretically possible to construct lossless elbows for early construction arms such as the one in the 10hd Demonoid, but these would currently have to be very large.

The lossless elbow that has been used the most in practice is the Snark, which can be constructed directly on a single-channel construction lane using a Snarkmaker recipe. Controlled demolition of a Snark is also possible, to remove a temporary elbow that is no longer needed, and leave a hand target in its place if necessary for further construction.

A Silver reflector was used as a lossless elbow in the first spiral growth pattern, attached to a separate universal constructor component.

:low-density Life = sparse Life

:lumps of muck The common evolutionary sequence that ends in the blockade. The name is sometimes used of the blockade itself, and can in general be used of any stage of the evolution of the stairstep hexomino.

:LW emulator (p4) The smallest (and least useful) emulator, found by Robert Wainwright in June 1980. 

..OO.O..O.OO..
..O........O..
...OO....OO...
OOO..OOOO..OOO
O..O......O..O
.OO........OO.

:LWSS (c/2 orthogonally, p4) A lightweight spaceship, the smallest known orthogonally moving spaceship, and the second most common (after the glider). Found by Conway when one formed from a random soup in 1970. See also MWSS and HWSS. 

.O..O
O....
O...O
OOOO.

The LWSS possesses a tail spark which can easily perturb other objects which grow into its path. The spaceship can also perturb some objects in additional ways. For examples, see blinker ship, hivenudger, and puffer train.

Dave Buckingham found that the LWSS can be synthesized in several different ways using three gliders, and can be constructed from two gliders and another small object in several more ways. Here is the fastest synthesis: 

.O.....
O......
OOO....
.....OO
....OO.
......O
.......
..OO...
...OO..
..O....

:LWSS emulator = LW emulator

:LWSS-glider bounce The following reaction in which a LWSS and a glider collide to form a glider heading back between the two input paths: 

.OOOO........
O...O........
....O.....OOO
O..O......O..
...........O.
This is one way to inject a glider into a existing glider stream. The infinite glider hotel uses this reaction.

:LWSS-LWSS bounce The following symmetric reaction in which two LWSSs collide head-on to form two gliders heading apart at 90 degrees from each other. Compare LWSS-LWSS deflection. 

O..O.......O..O
....O.....O....
O...O.....O...O
.OOOO.....OOOO.
This provides one way to inject a glider into a existing glider stream. Another use is described in metamorphosis.

:LWSS-LWSS deflection The following symmetric reaction in which two LWSSs collide nearly head-on to form two gliders heading apart at 180 degrees from each other. Compare LWSS-LWSS bounce. 

.........O..O
........O....
........O...O
........OOOO.
.............
.OOOO........
O...O........
....O........
O..O.........

:LWSS-to-G See 135-degree MWSS-to-G.

:LWTDS Life Worker Time Deficiency Syndrome. Term coined by Dieter Leithner to describe the problem of having to divide scarce time between Life and real life.

:LW volcano = toaster

:Lx200 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in June 1997. It is made up of two elementary conduits, HL141B + BFx59H. The Lx200 and F166 conduits are the two original dependent conduits (several more have since been discovered.) After 200 ticks, it produces an inverted Herschel turned 90 degrees counterclockwise at (17, -40) relative to the input. Its recovery time is 90 ticks. It can be made Spartan by replacing the snakes with eater1s in one of two orientations. A ghost Herschel in the pattern below marks the output location: 

.....................OO.............
......................O.............
......................OOO...........
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
.......................OO...........
.......................OO...........
....................................
..............................O.OO..
..............................OO.O..
....................................
....................................
..............O.OO..................
..............OO.O..................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
................................OO..
................................O.O.
.OO...............................O.
OOO.OO............................OO
.OO.OOO.OO..........................
OOO.OO..OO..........................
OO..................................
....................................
....................................
....................................
................................OO..
................................OO..
....................................
......OO............................
.......O............................
....OOO.........................OO..
....O...........................OO..
..................OO................
.................O.O................
.................O..................
................OO........OO........
..........................O.........
...........................OOO......
.............................O......
The input shown here is a Herschel great-grandparent, since the input reaction is catalysed by the transparent block before the Herschel's standard form can appear.
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/gui-common/Help/Lexicon/lex_o.htm0000755000175000017500000005067113317135606016417 00000000000000 Life Lexicon (O)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:oblique Neither diagonal nor orthogonal. See also knightship.

:obo spark A spark of the form O.O (so called after its rle encoding).

:octagon II (p5) The first known p5 oscillator, discovered in 1971 independently by Sol Goodman and Arthur Taber. The name is due to the latter. 

...OO...
..O..O..
.O....O.
O......O
O......O
.O....O.
..O..O..
...OO...

:octagon IV (p4) Found by Robert Wainwright, January 1979. 

.......OO.......
.......OO.......
................
......OOOO......
.....O....O.....
....O......O....
...O........O...
OO.O........O.OO
OO.O........O.OO
...O........O...
....O......O....
.....O....O.....
......OOOO......
................
.......OO.......
.......OO.......

:octomino Any 8-cell polyomino. There are 369 such objects. The word is particularly applied to the following octomino (or its two-generation successor), which is fairly common but lacks a proper name: 

..OO
..OO
OOO.
.O..

:odd keys (p3) Found by Dean Hickerson, August 1989. See also short keys and bent keys. 

..........O.
.O.......O.O
O.OOO..OO.O.
.O..O..O....
....O..O....

:omino = polyomino

:omniperiodic A cellular automaton is said to be omniperiodic if it has oscillators of all periods. It is not known if Life is omniperiodic, although this seems likely. Dave Buckingham's work on Herschel conduits in 1996 (see My Experience with B-heptominos in Oscillators) left only a short list of unresolved cases, all with periods of 58 or below. The list has been progressively reduced since then. Most recently, period 43 and 53 oscillators were made possible in 2013 by Mike Playle's Snark. As of June 2018, no oscillators are known for periods 19, 23, 38, or 41. If we insist that the oscillator must be non-trivial, then 34 should be added to this list.

Note that if we were to allow infinite oscillators, then all periods are certainly possible, as any period of 14 or more can be obtained using a glider (or LWSS) stream, or an infinitely long 2c/3 wire containing signals with the desired separation.

:one per generation See grow-by-one object.

:one-sided spaceship synthesis A glider synthesis of a spaceship in which all gliders come from the same side of the spaceship's path. Such syntheses are used extensively in the 17c/45 Caterpillar. For example, here is a one-sided way to create an LWSS. 

...O.....
....OO...
...OO....
.........
.........
.....O...
...O.O...
....OO...
.........
.........
.........
.........
......OOO
........O
.......O.
.........
.........
.........
OOO......
..O......
.O.......

:one-time A term used for turners and splitters, specifying that the reaction in question is not repeatable as it would be in a reflector or fanout device. Instead, the constellation is used up, usually in a clean reaction, but the much more common dirty turners and splitters are also very useful in some situations.

:onion rings For each integer n>1 onion rings of order n is a stable agar of density 1/2 obtained by tiling the plane with a certain 4n x 4n pattern. The tile for order 3 onion rings is shown below. The reader should be able to deduce the form of tiles of other orders. 

......OOOOOO
.OOOO.O....O
.O..O.O.OO.O
.O..O.O.OO.O
.OOOO.O....O
......OOOOOO
OOOOOO......
O....O.OOOO.
O.OO.O.O..O.
O.OO.O.O..O.
O....O.OOOO.
OOOOOO......

:Online Life-Like CA Soup Search = The Online Life-Like CA Soup Search.

:on-off Any p2 oscillator in which all rotor cells die from overpopulation. The simplest example is a beacon. Compare flip-flop.

:O-pentomino Conway's name for the following pentomino, a traffic light predecessor, although not one of the more common ones. 

OOOOO

:orbit A term proposed by Jason Summers to refer to a natural stabilization of a puffer. For example, the switch engine has two (known) orbits, the block-laying one and the glider-producing one.

:Orion (c/4 diagonally, p4) Found by Hartmut Holzwart, April 1993. 

...OO.........
...O.O........
...O..........
OO.O..........
O....O........
O.OO......OOO.
.....OOO....OO
......OOO.O.O.
.............O
......O.O.....
.....OO.O.....
......O.......
....OO.O......
.......O......
.....OO.......
In May 1999, Jason Summers found the following smaller variant: 
.OO..........
OO...........
..O..........
....O....OOO.
....OOO....OO
.....OOO.O.O.
............O
.....O.O.....
....OO.O.....
.....O.......
...OO.O......
......O......
....OO.......

:orphan Conway's preferred term for a Garden of Eden. According to some definitions, an orphan consists of just the minimum living and dead cells needed to ensure that no parent is possible, whereas a GoE is an entire infinite Life plane that contains an orphan.

:Orthogonoid (256c/3476016, p3476016) A self-constructing spaceship analogous to the Demonoids, with a slow orthogonal direction of travel. The first example was completed by Dave Greene on 29 June 2017, with a top speed of 16c/217251 (this is just 256c/3476016 in lowest terms).

The construction recipe is a stream of MWSSes, with the recovery time limited to 90 ticks by the Lx200 dependent conduit that follows the initial syringe converter. The design is hashlife-friendly, meaning that the spaceship can be trivially adjusted so that spatial and temporal offsets are exact powers of two; period 4194304 and period 8388608 versions have been constructed, with speeds of c/16384 and c/32768 respectively.

The MWSSes are converted to Herschels, which produce a standard single-channel glider stream that runs the Orthogonoid's single construction arm. After the child circuitry is complete, a previously constructed Snark in the parent is removed from the construction arm lane, converting it to a "destruction arm" that shoots down the previous constructor/reflector in the series.

:oscillator Any pattern that is a predecessor of itself. The term is usually restricted to non-stable finite patterns; period 1 oscillators are stable and are usually just called still lifes. The blinker is the smallest non-stable oscillator, having period 2. There are oscillators of almost all higher periods (see omniperiodic). In general cellular automaton theory the term "oscillator" usually covers spaceships as well, but this usage is not normal in Life.

Oscillators consisting of separate objects which do not react in any phase are usually ignored. For example, a separated blinker and pulsar makes a period 6 oscillator, but is considered trivial.

An oscillator can be divided into a rotor and a stator, and the stator can be further subdivided into bushing and casing. Some oscillators have no casing cells, and a few 100%-volatility oscillators also have no bushing cells.

An oscillator can be constructed from any gun as long as eaters can be added to consume its output. If it is a true gun then the period of the oscillator will be the same as the gun - unless the eating mechanism multiplies the period, as in the case of gliders caught by a boat-bit.

With the discovery of reflectors, relays provide an easy way to create oscillators of all large periods. For example, eight gliders travelling in a loop created by four Snarks can create any period above 42, with a population never exceeding 356 live cells.

For the very lowest periods, whole families of extensible oscillators are known. Examples of this are barberpole, cross, pentoad, p6 shuttle, snacker, and multiple roteightors. Any of the shuttles are oscillators by definition, for example the queen bee shuttle. Many of these are also extensible. Other oscillators such as figure-8 and tumbler have unique mechanisms that are not part of an extended family.

Some oscillators are useful because of the perturbations they can cause to other objects. This is especially true if they provide a spark on their boundary. Some oscillators are explicitly found by search programs in order to produce these sparks, such as pipsquirters.

Some higher period oscillators have been found while running random soups. This is especially true if the soup is run on a cylindrical or torus universe. Sometimes the found objects can be moved to the normal universe and supported there by added catalysts. Achim's p144 is an example.

:Osqrtlogt (p1 circuitry) A pattern constructed by Adam P. Goucher in 2010, which uses an unbounded triangular region as memory for a binary counter. Empty space is read as a zero, and a boat as a one, as shown in the example pattern in memory cell. The pattern's diametric growth rate is O(sqrt(log(t))), which is the slowest possible for any Life pattern, or indeed any 2D Euclidean cellular automaton. The population returns infinitely often to its initial minimum value (during carry operations from 11111...1 to 100000...0, so it can be considered to be an unusual form of sawtooth.

:OTCA metapixel (p46 circuitry) A 2048 x 2048 period 35328 metacell constructed by Brice Due in 2006. It contains a large "pixel" area that contains a large population of LWSSes when the metacell state is ON, but is empty when it is OFF. This allows the state of the metacell to be visible at high zoom levels, unlike previous unit cells where the state was signaled by the presence or absence of a single glider in a specific location.

:out of the blue See natural Heisenburp. Other similar mechanisms, particularly the method of LWSS creation used in the pixel part of the OTCA metapixel, may also be referred to as "out of the blue" reactions.

:overclocking A term used when a circuit can accept a signal at a specific period which it cannot accept at a higher period. A syringe is a simple example.

Some staged recovery circuits also permit overclocking, and can function successfully at a rate faster than their recovery time. A Silver reflector has a recovery time of 497 ticks, but can be overclocked to reflect a period 250 glider stream, or any nearby period above 248, simply by removing a beehive after the first glider enters the reflector. However, a continuous stream of gliders is then required to maintain the circuit, with timing within a tightly bounded range.

:overcrowding = overpopulation

:over-exposure = underpopulation

:overpopulation Death of a cell caused by it having more than three neighbours. See also underpopulation.

:over-unity reaction An important concept in gun and macro-spaceship construction. To be a good candidate for building one of these types of patterns with a new period or speed, a stationary reaction (for a gun) or a moving reaction (for a macro-spaceship) must be able to produce some number of output signals, strictly greater than the number of input signals required to maintain the reaction. The extra signal becomes a gun's output stream, or may be used in a variety of ways to construct the supporting track for a macro-spaceship. By implication, "over-unity" refers to the ratio of output signals to input signals.

If all signal outputs must be used up to sustain a stationary reaction, a high-period oscillator may still be possible. See emu for example.

:overweight spaceship = OWSS

:OWSS A would-be spaceship similar to LWSS, MWSS and HWSS but longer. On its own an OWSS is unstable, but it can be escorted by true spaceships to form a flotilla.

:Ox A 1976 novel by Piers Anthony which involves Life.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/gui-common/Help/Lexicon/lex_1.htm0000755000175000017500000022233413317135606016316 00000000000000 Life Lexicon (1)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:0hd Demonoid See Demonoid.

:101 (p5) Found by Achim Flammenkamp in August 1994. The name was suggested by Bill Gosper, noting that the phase shown below displays the period in binary. 

....OO......OO....
...O.O......O.O...
...O..........O...
OO.O..........O.OO
OO.O.O..OO..O.O.OO
...O.O.O..O.O.O...
...O.O.O..O.O.O...
OO.O.O..OO..O.O.OO
OO.O..........O.OO
...O..........O...
...O.O......O.O...
....OO......OO....

:10hd Demonoid See Demonoid.

:119P4H1V0 (c/4 orthogonally, p4) A spaceship discovered by Dean Hickerson in December 1989, the first spaceship of its kind to be found. Hickerson then found a small tagalong for this spaceship which could be attached to one side or both. These three variants of 119P4H1V0 were the only known c/4 orthogonal spaceships until July 1992 when Hartmut Holzwart discovered a larger spaceship, 163P4H1V0. 

.................................O.
................O...............O.O
......O.O......O.....OO........O...
......O....O....O.OOOOOO....OO.....
......O.OOOOOOOO..........O..O.OOO.
.........O.....O.......OOOO....OOO.
....OO.................OOO.O.......
.O..OO.......OO........OO..........
.O..O..............................
O..................................
.O..O..............................
.O..OO.......OO........OO..........
....OO.................OOO.O.......
.........O.....O.......OOOO....OOO.
......O.OOOOOOOO..........O..O.OOO.
......O....O....O.OOOOOO....OO.....
......O.O......O.....OO........O...
................O...............O.O
.................................O.

:1-2-3 (p3) Found by Dave Buckingham, August 1972. This is one of only three essentially different p3 oscillators with only three cells in the rotor. The others are stillater and cuphook. 

..OO......
O..O......
OO.O.OO...
.O.O..O...
.O....O.OO
..OOO.O.OO
.....O....
....O.....
....OO....

:1-2-3-4 (p4) See also Achim's p4. 

.....O.....
....O.O....
...O.O.O...
...O...O...
OO.O.O.O.OO
O.O.....O.O
...OOOOO...
...........
.....O.....
....O.O....
.....O.....

:135-degree MWSS-to-G The following converter, discovered by Matthias Merzenich in July 2013. It accepts an MWSS as input, and produces an output glider travelling at a 135-degree angle relative to the input direction. 

......OO......
......O.O.OO.O
........O.O.OO
........OO....
..............
..............
.OOOOO.....OO.
O....O.....OO.
.....O........
O...O.........
..O...........

:14-ner = fourteener

:17c/45 spaceship A spaceship travelling at seventeen forty-fifths of the speed of light. This was the first known macro-spaceship speed. See Caterpillar for details.

:180-degree kickback The only other two-glider collision besides the standard kickback that produces a clean output glider with no leftover ash. The 180-degree change in direction is occasionally useful in glider synthesis, but is rarely used in signal circuitry or in self-supporting patterns like the Caterpillar or Centipede, because 90-degree collisions are generally much easier to arrange. 

.O.
O..
OOO
...
...
.OO
O.O
..O

:1G seed See seed.

:(2,1)c/6 spaceship A knightship that travels obliquely at the fastest possible speed. To date the only known example of a spaceship with this velocity is Sir Robin.

:(23,5)c/79 Herschel climber The following glider-supported Herschel climber reaction used in the self-supporting waterbear knightship, which can be repeated every 79 ticks, moving the Herschel 23 cells to the right and 5 cells upward, and releasing two gliders to the northwest and southwest. As the diagram shows, it is possible to substitute a loaf or other still lifes for some or all of the support gliders. This fact is used to advantage at the front end of the waterbear. 

...............O.O...............O..
...............OO...............O.O.
................O...............O..O
.................................OO.
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
O...................................
O.O.................................
OOO.................................
..O.................................

:24-cell quadratic growth A 39786x143 quadratic growth pattern found by Michael Simkin in October 2014, two days after 25-cell quadratic growth and a week before switch-engine ping-pong.

:25-cell quadratic growth A 25-cell quadratic growth pattern found by Michael Simkin in October 2014, with a bounding box of 21372x172. It was the smallest-population quadratic growth pattern for two days, until the discovery of 24-cell quadratic growth. It superseded wedge, which had held the record for eight years. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:25P3H1V0.1 (c/3 orthogonally, p3) A spaceship discovered by Dean Hickerson in August 1989. It was the first c/3 spaceship to be discovered. In terms of its 25 cells, it is tied with 25P3H1V0.2 as the smallest c/3 spaceship. Unlike 25P3H1V0.2, it has a population of 25 in all of its phases, as well as a smaller bounding box. 

.......OO.O.....
....OO.O.OO.OOO.
.OOOO..OO......O
O....O...O...OO.
.OO.............
Martin Grant discovered a glider synthesis for 25P3H1V0.1 on 6 January 2015.

:25P3H1V0.2 (c/3 orthogonally, p3) A spaceship discovered by David Bell in early 1992, with a minimum of 25 cells - the lowest number of cells known for any c/3 spaceship. A note in Spaceships in Conway's Life indicates that it was found with a search that limited the number of live cells in each column, and possibly also the maximum cross-section (4 cells in this case). See also edge-repair spaceship for a very similar c/3 spaceship with a minimum population of 26. 

..........O.....
........OOO.OOO.
.......OO......O
..O...O..O...OO.
.OOOO...........
O...O...........
.O.O..O.........
.....O..........
In December 2017 a collaborative effort found a 26-glider synthesis for this spaceship.

:26-cell quadratic growth = wedge.

:295P5H1V1 (c/5 diagonally, p5) The first spaceship of its type to be discovered, found by Jason Summers on 22 November 2000. 

.............OO.....................................
.....OO....OO.O.O...................................
....OOO....OOOO.....................................
...OO......OO.....O.................................
..OO..OO...O..O..O..................................
.OO.....O.......O..OO...............................
.OO.O...OOOO........................................
....O...OO..OO.O....................................
.....OOO....O.O.....................................
......OO...OO..O....................................
......O.....O.......................................
.OOOO.O..O..O...O...................................
.OOO...OOOOO..OOOOOOO.O.............................
O.O....O..........O..OO.............................
OOO.O...O...O.....OOO...............................
.......O.O..O.......OO..............................
.O...O.....OO........OO..O.O........................
....O.......O........OOO.O.OOO......................
...O........OOO......O....O.........................
.....O......O.O.....O.O.............................
.....O......O.OO...O....O...........................
.............O.OOOO...O.....O..O....................
............OO..OO.O.O...O.OOO......................
.................O......O..OOO...OOO................
....................O..O......OO....................
................OO....O..O..........OO..............
..................O.............O...O...............
................OO....OO........O...................
.................O...OOO........O.O.O.O.............
.................O....OO........O.....OO............
........................O........O..OOO.............
.....................O..O........O........O.........
..........................OOOO........OO...O........
.......................O......OO......OO...O........
.......................O....O............O..........
.......................O...............O............
.........................OO.O.O.......O..O..........
.........................O....O.........OOO.........
............................OOO.OO..O...O...O.OO....
.............................O..OO.O.....O...O..O...
.....................................OO..O...O......
..................................O.OO.OO.O..OO...O.
...............................O.....O...O.......O.O
................................OO............OO...O
......................................O.......OO....
.......................................OOO...OO..O..
......................................O..O.OOO......
......................................O....OO.......
.......................................O............
..........................................O..O......
.........................................O..........
..........................................OO........

:2c/3 Two thirds of the speed of light - the speed of signals in a 2c/3 wire or of some against the grain negative spaceship signals in the zebra stripes agar, and also the speed of burning of the blinker fuse and the bi-block fuse.

:2c/3 wire A wire discovered by Dean Hickerson in March 1997, using his dr search program. It supports signals that travel through the wire diagonally at two thirds of the speed of light. 

......O..O.......................................
....OOOOOO.......................................
...O.............................................
...O..OOOOOO.....................................
OO.O.O.O....O....................................
OO.O.O.OOOOOO....................................
....OO.O.......O.................................
.......O..OOOOOO.................................
.......O.O.......................................
......OO.O..OOOOOO...............................
.........O.O......O..............................
.........O.O..OOOOO..............................
..........OO.O.......O...........................
.............O..OOOOOO...........................
.............O.O.................................
............OO.O..OOOOOO.........................
...............O.O......O........................
...............O.O..OOOOO........................
................OO.O.......O.....................
...................O..OOOOOO.....................
...................O.O...........................
..................OO.O..OOOOOO...................
.....................O.O......O..................
.....................O.O..OOOOO..................
......................OO.O.......O...............
.........................O..OOOOOO...............
.........................O.O.....................
........................OO.O..OOOOOO.............
...........................O.O......O............
...........................O.O..OOOOO............
............................OO.O.......O.........
...............................O..OOOOOO.........
...............................O.O...............
..............................OO.O..OOOOOO.......
.................................O.O......O......
.................................O.O..OOOOO......
..................................OO.O.......O...
.....................................O..OOOOOO...
.....................................O.O.........
....................................OO.O..OOOOOO.
.......................................O.O......O
.......................................O.O..OOO.O
........................................OO.O...O.
...........................................O..O..
...........................................O.O...
..........................................OO.O.O.
..............................................OO.

Each 2c/3 signal is made up of two half-signals that can be separated from each other by an arbitrary number of ticks.

Considerable effort has been spent on finding a way to turn a 2c/3 signal 90 or 180 degrees, since this would by one way to prove Life to be omniperiodic. There is a known 2c/3 converter shown under signal elbow, which converts a standard 2c/3 signal into a double-length signal. This is usable in some situations, but unfortunately it fails when its input is a double-length signal, so it can't be used to complete a loop.

Noam Elkies discovered a glider synthesis of a reaction that can repeatably insert a signal into the upper end of a 2c/3 wire. See stable pseudo-Heisenburp for details. On 11 September 2017, Martin Grant reduced the input reaction to five gliders, or three gliders plus a Herschel. With the Herschel option the recovery time is 152 ticks.

See also 5c/9 wire.

:2c/5 spaceship A spaceship travelling at two fifths of the speed of light. The only such spaceships that are currently known travel orthogonally. Examples include 30P5H2V0, 44P5H2V0, 60P5H2V0, and 70P5H2V0. As of June 2018, only 30P5H2V0 and 60P5H2V0 have known glider synthesis recipes.

:2c/7 spaceship A spaceship travelling at two sevenths of the speed of light. The only such spaceships that are currently known travel orthogonally. The first to be found was the weekender, found by David Eppstein in January 2000. See also weekender distaff.

:2 eaters = two eaters

:2-engine Cordership The smallest known Cordership, with a minimum population of 100 cells, discovered by Aidan F. Pierce on 31 December 2017. Luka Okanishi produced a 9-glider synthesis of the spaceship on the same day. 

............O............................
............O.....OOO....................
...........O.O...OO..O...................
............O...O.....O..................
............O...O........................
.................O..OO...................
..................OO...........OO........
...............................OO........
.........................................
.........................................
.........................................
.........................................
.........................................
.........................................
.OOO...................................OO
.OOO.....................O.............OO
..O............OO.........OO.............
...OO.........O.OOO........OO............
....O.........O...O..........O...........
...O...........OO.O.....OOOOO............
................O..........O.............
.........................................
.........................................
.OO......................................
.OO......................................
..O......................................
..O......................................
.O.O.....................................
O........................................
.O..OO...................................
..O...O..................................
....OO...................................
....O....................................
.........................................
.........................................
.........................................
.........................................
.........................................
.........................................
......OO.................................
......OO.................................
...................O.....................
...................OOO...................
....................OO...................
....................O....................
.........................................
..................OO.O...................
..................OOOO...................
....................OO...................

:2-glider collision Two gliders can react with each other in many different ways, either at right angles, or else head-on. A large number of the reactions cleanly destroy both gliders leaving nothing. Many of the remaining reactions cleanly create some common objects, and so are used as the first steps in glider synthesis or as part of constructing interesting objects using rakes. Only a small number of collisions can be considered dirty due to creating multiple objects or a mess.

Here is a list of the possible results along with how many different ways they can occur (ignoring reflections and rotations). 

  -------------------------------
  result     right-angle  head-on
  -------------------------------
  nothing             11       17
  beehive              1        0
  B-heptomino          1        2
  bi-block             1        0
  blinker              2        1
  block                3        3
  boat                 0        1
  eater1               1        0
  glider               1        1
  honey farm           3        2
  interchange          1        0
  loaf                 0        1
  lumps of muck        1        0
  octomino             0        1
  pi-heptomino         2        1
  pond                 1        1
  teardrop             1        0
  traffic light        2        1
  four skewed blocks   0        1
  dirty                6        0
  -------------------------------
The messiest of the two-glider collisions in the "dirty" category is 2-glider mess.

:2-glider mess A constellation made up of eight blinkers, four blocks, a beehive and a ship, plus four emitted gliders, created by the following 2-glider collision. 

..O.........
O.O.........
.OO.........
...........O
.........OO.
..........OO
Two of the blocks, two of the gliders, and the ship are the standard signature ash of a Herschel.

:30P5H2V0 (2c/5 orthogonally, p5) A spaceship discovered by Paul Tooke on 7 December 2000. With just 30 cells, it is currently the smallest known 2c/5 spaceship. A glider synthesis for 30P5H2V0 was found by Martin Grant in January 2015, based on a predecessor by Tanner Jacobi. 

....O........
...OOO.......
..OO.OO......
.............
.O.O.O.O..O..
OO...O...OOO.
OO...O......O
..........O.O
........O.O..
.........O..O
............O

:31c/240 The rate of travel of the 31c/240 Herschel-pair climber reaction, and Caterpillar-type spaceships based on that reaction. Each Herschel travels 31 cells orthogonally every 240 ticks.

:31c/240 Herschel-pair climber The mechanism defining the rate of travel of the Centipede and shield bug spaceships. Compare pi climber. It consists of a pair of Herschels climbing two parallel chains of blocks. Certain spacings between the block chains allow gliders from each Herschel to delete the extra ash objects produced by the other Herschel. Two more gliders escape, one to each side, leaving only an exact copy of the original block chains, but shifted forward by 9 cells: 

OO.........................................................OO
OO.........................................................OO
.............................................................
.............................................................
.............................................................
.............................................................
.............................................................
.............................................................
.............................................................
.............................................................
.............................................................
.............................................................
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.............................................................
.............................................................
.............................................................
.............................................................
OO.........................................................OO
OO.........................................................OO
.............................................................
.............................................................
.............................................................
.............................................................
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.............................................................
.............................................................
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.............................................................
.............................................................
.............................................................
.............................................................
.............................................................
.......................................................OOO...
.......................................................O..O..
.......................................................O..O..
......................................................OOOO...
.......OOO............................................OO.....
........O............................................O.......
......OOO.............................................O......
......................................................O......

:3c/7 spaceship A spaceship travelling at three sevenths of the speed of light. The only such spaceships that are currently known travel orthogonally. The first to be found was the spaghetti monster, found by Tim Coe in June 2016.

:3-engine Cordership See Cordership.

:44P5H2V0 (2c/5 orthogonally, p5) A spaceship discovered by Dean Hickerson on 23 July 1991, the first 2c/5 spaceship to be found. Small tagalongs were found by Robert Wainwright and David Bell that allowed the creation of arbitrarily large 2c/5 spaceships. These were the only known 2c/5 spaceships until the discovery of 70P5H2V0 in December 1992. 

....O.....O....
...OOO...OOO...
..O..O...O..O..
.OOO.......OOO.
..O.O.....O.O..
....OO...OO....
O....O...O....O
.....O...O.....
OO...O...O...OO
..O..O...O..O..
....O.....O....

:45-degree LWSS-to-G = 45-degree MWSS-to-G.

:45-degree MWSS-to-G The following small converter, which accepts an MWSS or LWSS as input and produces an output glider travelling at a 45-degree angle relative to the input direction. 

.........O.OO....O.....
.........OO.O...O.O....
................O.O....
.......OOOOO...OO.OOO..
......O..O..O........O.
......OO...OO..OO.OOO..
...............OO.O....
......................O
....................OOO
...................O...
...................OO..
.OOOOO.................
O....O.................
.....O.................
O...O..................
..O.............OO.....
...............O..O....
................OO.....
........OO.............
.......O.O.............
.......O...............
......OO...............
...................OO..
...................O...
....................OOO
......................O

:4-8-12 diamond The following pure glider generator. 

....OOOO....
............
..OOOOOOOO..
............
OOOOOOOOOOOO
............
..OOOOOOOO..
............
....OOOO....

:4 boats (p2) 

...O....
..O.O...
.O.OO...
O.O..OO.
.OO..O.O
...OO.O.
...O.O..
....O...

:4F = Fast Forward Force Field. This term is no longer in common use.

:4g-to-5g reaction A reaction involving 4 gliders which cleanly produces 5 gliders. The one shown below was found by Dieter Leithner in July 1992: 

O.O..........................................
.OO..........................................
.O...........................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
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.............................................
.............................................
.............................................
.............................................
.................O...........................
...............O.O..O........................
................OO..O.O....................O.
....................OO....................OO.
..........................................O.O

The first two gliders collide to produce a traffic light and glider. The other two gliders react symmetrically with the evolving traffic light to form four gliders. A glider gun can be built by using reflectors to turn four of the output gliders so that they repeat the reaction.

:56P6H1V0 (c/6 orthogonally, p6) A 56-cell spaceship discovered by Hartmut Holzwart in 2009, the smallest known c/6 orthogonal spaceship as of July 2018. 

.....OOO..........OOO.....
OOO.O.......OO.......O.OOO
....O...O..O..O..O...O....
....O.....O....O.....O....
..........OO..OO..........
.......O...O..O...O.......
.......O.O......O.O.......
........OOOOOOOOOO........
..........O....O..........
........O........O........
.......O..........O.......
........O........O........

:58P5H1V1 (c/5 diagonally, p5) A spaceship discovered by Matthias Merzenich on 5 September 2010. In terms of its minimum population of 58 cells it is the smallest known c/5 diagonal spaceship. It provides sparks at its trailing edge which can perturb gliders, and this property was used to create the first c/5 diagonal puffers. These sparks also allow the attachment of tagalongs which was used to create the first c/5 diagonal wickstretcher in January 2011. 

....................OO.
....................OO.
...................O..O
................OO.O..O
......................O
..............OO...O..O
..............OO.....O.
...............O.OOOOO.
................O......
.......................
.......................
.............OOO.......
.............O.........
...........OO..........
.....OO....O...........
.....OOO...O...........
...O....O..............
...O...O...............
.......O...............
..OO.O.O...............
OO.....O...............
OO....OO...............
..OOOO.................

:5c/9 wire A wire discovered by Dean Hickerson in April 1997, using his dr search program. It supports signals that travel through the wire diagonally at five ninths of the speed of light. See also 2c/3 wire. 

....O.OO............................................
....OO..O...........................................
.......O..O.........................................
..OOOOO.OO.O..O.....................................
.O..O...O..OOOO.....................................
.O.OO.O.O.O......O..................................
OO.O.OOOO.O..OOOOO..................................
...O......O.O.....OO................................
OO.O.OOOO.O..O.OO.O.O...............................
O..O.O..O.OO.O.O.O..O...............................
..OO..O..O...O.O....O.OO............................
....OO....OOOO.OO..OO..O............................
....O...O.O......O...O..............................
.....OOOO.O.OOOOO.OOO...O...........................
.........O.O....O.O..OOOO...........................
.......O...O..O...O.O......O........................
.......OO..O.O.OOOO.O..OOOOO........................
..........OO.O......O.O.....OO......................
.............O.OOOO.O..O.OO.O.O.....................
.............O.O..O.OO.O.O.O..O.....................
............OO..O..O...O.O....O.OO..................
..............OO....OOOO.OO..OO..O..................
..............O...O.O......O...O....................
...............OOOO.O.OOOOO.OOO...O.................
...................O.O....O.O..OOOO.................
.................O...O..O...O.O......O..............
.................OO..O.O.OOOO.O..OOOOO..............
....................OO.O......O.O.....OO............
.......................O.OOOO.O..O.OO.O.O...........
.......................O.O..O.OO.O.O.O..O...........
......................OO..O..O...O.O....O.OO........
........................OO....OOOO.OO..OO..O........
........................O...O.O......O...O..........
.........................OOOO.O.OOOOO.OOO...O.......
.............................O.O....O.O..OOOO.......
...........................O...O..O...O.O......O....
...........................OO..O.O.OOOO.O..OOOOO....
..............................OO.O......O.O.....OO..
.................................O.OOOO.O..O.OO.O..O
.................................O.O..O.OO.O.O.O..OO
................................OO..O..O...O.O......
..................................OO....OOOO.OO.....
..................................O...O.O......O....
...................................OOOO.O.OOOOO.O...
.......................................O.O....O.O...
.....................................O...O..O...OO..
.....................................OO..O.O.OOO..O.
........................................OO.O.....O..
............................................O.OOO...
.............................................OO.....

:60P312 (p312) Found by Dave Greene, 1 November 2004, based on 92P156. 

....................OO....................
....................OO....................
..........................................
..........................................
..........................................
...............................OO.........
......................OO......O..O........
......................O........OO.........
......O...............O...................
.....O.O...............O..................
.....O.O..................................
......O...................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
................................O..O......
.................................OOO......
OO......................................OO
OO......................................OO
......OOO.................................
......O..O................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
...................................O......
..................................O.O.....
..................O...............O.O.....
...................O...............O......
.........OO........O......................
........O..O......OO......................
.........OO...............................
..........................................
..........................................
..........................................
....................OO....................
....................OO....................

:60P5H2V0 (2c/5 orthogonally, p5) A 60-cell spaceship discovered by Tim Coe in May 1996. It was the first non-c/2 orthogonal spaceship to be successfully constructed via glider synthesis. 

.....O.......O.....
...OO.OO...OO.OO...
......OO...OO......
........O.O........
.O....O.O.O.O....O.
OOO.....O.O.....OOO
O.....O.O.O.O.....O
..O..O..O.O..O..O..
..OO...OO.OO...OO..
O.......O.O.......O
O......OO.OO......O

:67P5H1V1 (c/5 diagonally, p5) A spaceship discovered by Nicolay Beluchenko in July 2006. It was the smallest known c/5 diagonal spaceship until the discovery of 58P5H1V1 in September 2010. 

.....OOO..............
....O...OO............
...OO...O.............
..O.....O.............
.O.OO....OO...........
OO..O......O..........
...OO..O..............
...OO.OO..............
....O.................
.....OOOOO............
......O..OOO..OO......
.........O.OO..O.OO...
.........O...O.O..O...
..........OOOOO.....O.
.........O..O..O.....O
.....................O
................OOO...
................O.....
...............O......
................OO....

:70P5H2V0 (2c/5 orthogonally, p5) A spaceship discovered by Hartmut Holzwart on 5 December 1992. 

..O............O..
.O.O..........O.O.
OO.OO........OO.OO
OO..............OO
..O............O..
..OOOO......OOOO..
..O..OO....OO..O..
...OO..O..O..OO...
....OO.OOOO.OO....
.....O.O..O.O.....
......O....O......
..................
.....O......O.....
...OO.OO..OO.OO...
....O........O....
....OO......OO....

:7x9 eater A high-clearance eater5 variant that can suppress passing gliders in tight spaces, such as on the inside corner of an R64 Herschel conduit. Like the eater5 and sidesnagger, the 7x9 eater is able to eat gliders coming from two directions, though this ability is not commonly used. 

.O..........
..O.........
OOO.........
............
......O.....
.....O......
.....OOO....
............
............
......O...OO
.....O.O...O
.....OO...O.
.........O..
.....OOOOO.O
.....O....OO
......OOO...
........O.OO
.........O.O

:83P7H1V1 = lobster

:86P5H1V1 (c/5 diagonally, p5) A spaceship discovered by Jason Summers on January 8, 2005. It was the smallest known c/5 diagonal spaceship until the discovery of 67P5H1V1 in July 2006. 

.........OOO...........
........O..............
.......O...............
...........OO..........
........OO.O...........
..............OOO......
...........O..OO..OO...
..O........OO.O...OO...
.O..O......O..OO.......
O...O..................
O...........O..O.......
O..OO.OOO...O...OO.OO..
...O...O..OO..O..O.....
.................OO..O.
.....OOOO...O.....O...O
.....OO.O.O..........O.
.....O.....O......OO...
...........OOO.........
......OO.....OO.O......
......OO...O....O......
...........O...........
.............O.O.......
..............O........

:90-degree kickback See kickback reaction.

:92P156 (p156) Discovered by Jason Summers on October 31, 2004. It is actually an eight-barrel glider gun, with all output gliders suppressed by eater1s. Replacing each pair of eater1s with a beehive doubles the period and produces 60P312. 

....................OO....................
....................OO....................
..........................................
..........................................
..........................................
........OO......................OO........
.........O............OO........O.........
.........O.O..........O.......O.O.........
.....O....OO..........O.......OO....O.....
.....OOO...............O..........OOO.....
........O........................O........
.......OO........................OO.......
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
................................O..O......
.................................OOO......
OO......................................OO
OO......................................OO
......OOO.................................
......O..O................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
.......OO........................OO.......
........O........................O........
.....OOO..........O...............OOO.....
.....O....OO.......O..........OO....O.....
.........O.O.......O..........O.O.........
.........O........OO............O.........
........OO......................OO........
..........................................
..........................................
..........................................
....................OO....................
....................OO....................

:9hd Separated by 9 half diagonals. Specifically used to describe the distance between the two construction lanes in the linear propagator.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/gui-common/Help/Lexicon/lex_c.htm0000755000175000017500000033403113317135606016376 00000000000000 Life Lexicon (C)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:c = speed of light

:c/10 spaceship A spaceship travelling at one tenth of the speed of light. The first such spaceship to be discovered was the orthogonally travelling copperhead, found by 'zdr' on 5 March 2016. Simon Ekström found the related fireship two weeks later. A Caterloopillar can theoretically be configured to move at c/10, but there are technical difficulties with speeds of the form 4n+2, and as of June 2018 this has not been done in practice.

:c/12 spaceship A spaceship travelling at one twelfth of the speed of light. The only diagonal spaceships that are currently known to move at this speed are the Corderships. An orthogonal Caterloopillar has been configured to move at c/12.

:c/2 spaceship A spaceship travelling at half the speed of light. Such spaceships necessarily move orthogonally. The first to be discovered was the LWSS. For other examples see Coe ship, ecologist, flotilla, hammerhead, hivenudger, HWSS, MWSS, puffer train, puff suppressor, pushalong, Schick engine, sidecar, still life tagalong and x66.

:c/3 spaceship A spaceship travelling at one third of the speed of light. All known c/3 spaceships travel orthogonally. The first was 25P3H1V0.1, found in August 1989 by Dean Hickerson. For further examples see brain, dart, edge-repair spaceship, fly, turtle and wasp.

:c/4 spaceship A spaceship travelling at one quarter of the speed of light. The first such spaceship to be discovered was, of course, the glider, and this remained the only known example until December 1989, when Dean Hickerson found the first orthogonal example, 119P4H1V0, and also a new diagonal example (the big glider). For other examples see B29, Canada goose, crane, Enterprise, edge-repair spaceship (third pattern), non-monotonic, Orion, quarter, sparky, swan and tagalong. It is known that c/4 is the fastest possible speed for a (45-degree) diagonal spaceship.

:c/5 spaceship A spaceship travelling at one fifth of the speed of light. The first such spaceship to be discovered was the snail, found by Tim Coe in January 1996. The first diagonally moving example, 295P5H1V1, was found by Jason Summers in November 2000. For other c/5 ships see 58P5H1V1, 67P5H1V1, 86P5H1V1 and spider. A Caterloopillar has also been configured to move at c/5.

:c/6 spaceship A spaceship travelling at one sixth of the speed of light. The first such spaceship to be discovered was the dragon, found by Paul Tooke in April 2000. The first diagonally moving example was the seal, found by Nicolay Beluchenko in September 2005. Another orthogonal c/6 spaceship, found by Paul Tooke in March 2006, is shown below. For the smallest known c/6 spaceship see 56P6H1V0. 

..O..............O..................................O.....
O..O..OOO.......O.OOOO...............OO...........OO.O....
O..O............OOO.O.O.........O.....O.......O...O.......
.O.O..O.....................OOO..O.O.OOO.....O.O.O....O...
..OO......O....O................OOOOOO..O..O...O...O..O...
.O.O...OO.....O...OO......OO.OO..O..OO..O.O.OO..O.........
..O.....O.OO..O...OO......OO....O.O.O..O..O.O.O......OO..O
..O....OOO..O.........OOO.......OOO.O.OO.....O.......OOO.O
............OOOOOOOOO...O........OO.OOO...OOOO.........O.O
..........................................................
............OOOOOOOOO...O........OO.OOO...OOOO.........O.O
..O....OOO..O.........OOO.......OOO.O.OO.....O.......OOO.O
..O.....O.OO..O...OO......OO....O.O.O..O..O.O.O......OO..O
.O.O...OO.....O...OO......OO.OO..O..OO..O.O.OO..O.........
..OO......O....O................OOOOOO..O..O...O...O..O...
.O.O..O.....................OOO..O.O.OOO.....O.O.O....O...
O..O............OOO.O.O.........O.....O.......O...O.......
O..O..OOO.......O.OOOO...............OO...........OO.O....
..O..............O..................................O.....
A Caterloopillar can theoretically be configured to move at c/6, but there are technical difficulties with speeds of the form 4n+2, and as of July 2018 this has not been done in practice.

:c/7 spaceship A spaceship travelling at one seventh of the speed of light. The first such spaceship to be discovered was the diagonally travelling lobster, found by Matthias Merzenich in August 2011. The first known orthogonal c/7 spaceship was the loafer, discovered by Josh Ball in February 2013. A Caterloopillar has been configured to move at c/7.

:CA = cellular automaton

:caber tosser Any pattern whose population is asymptotic to c.log(t) for some constant c, and which contains a glider (or other spaceship) bouncing between a slower receding spaceship and a fixed reflector which emits a spaceship (in addition to the reflected one) whenever the bouncing spaceship hits it.

As the receding spaceship gets further away the bouncing spaceship takes longer to complete each cycle, and so the extra spaceships emitted by the reflector are produced at increasingly large intervals. More precisely, if v is the speed of the bouncing spaceship and u the speed of the receding spaceship, then each interval is (v+u)/(v-u) times as long as the previous one. The population at time t is therefore n.log(t)/log((v+u)/(v-u)) + O(1), where n is the population of one of the extra spaceships (assumed constant).

The first caber tosser was built by Dean Hickerson in May 1991.

:Callahan G-to-H A stable glider reflector and glider-to-Herschel converter discovered by Paul Callahan in November 1998. Its recovery time is 575 ticks. The initial stage converts two gliders into a Herschel. A ghost Herschel in the pattern below marks the output location: 

....O.........O...................
....OOO.....OOO...................
.O.....O...O......................
..O...OO...OO.....................
OOO...............................
.........O........................
........O.O.......................
........O.O.......................
.........O........................
...............................O..
...............................O..
....................OO.........OOO
..............OO....OO...........O
........OO...OO...................
.......O..O....O..................
..OO....OO........................
.O.O..............................
.O................................
OO................................
..........OO......................
..........O.......................
...........OOO....................
.............O....................

The glider from the southeast can be supplied by an Fx77 + L112 + Fx77 Herschel track, or by reflecting the output Herschel's FNG as in the p8 G-to-H. See also Silver reflector, Silver G-to-H.

:Cambridge pulsar CP 48-56-72 = pulsar (The numbers refer to the populations of the three phases. The Life pulsar was indeed discovered at Cambridge, like the first real pulsar a few years earlier.)

:Canada goose (c/4 diagonally, p4) Found by Jason Summers, January 1999. It consists of a glider plus a tagalong. 

OOO..........
O.........OO.
.O......OOO.O
...OO..OO....
....O........
........O....
....OO...O...
...O.O.OO....
...O.O..O.OO.
..O....OO....
..OO.........
..OO.........
At the time of its discovery the Canada goose was the smallest known diagonal spaceship other than the glider, but this record has since been beaten, first by the second spaceship shown under Orion, and more recently by quarter.

:candelabra (p3) By Charles Trawick. See also the note under cap. 

....OO....OO....
.O..O......O..O.
O.O.O......O.O.O
.O..O.OOOO.O..O.
....O.O..O.O....
.....O....O.....

:candlefrobra (p3) Found by Robert Wainwright in November 1984. 

.....O....
.O.OO.O.OO
O.O...O.OO
.O....O...
.....OO...
The following diagram shows that a pair of these can act in some ways like killer toads. See also snacker. 
....O...........O....
OO.O.OO.O...O.OO.O.OO
OO.O...O.O.O.O...O.OO
...O....O...O....O...
...OO...........OO...
.....................
.....................
.........OOO.........
.........O..O........
.........O...........
.........O...O.......
.........O...O.......
.........O...........
..........O.O........

:canoe (p1) 

...OO
....O
...O.
O.O..
OO...

:cap The following induction coil. It can also easily be stabilized to form a p3 oscillator. See candelabra for a slight variation on this. 

.OO.
O..O
OOOO

:carnival shuttle (p12) Found by Robert Wainwright in September 1984 (using MW emulators at the end, instead of the monograms shown here). 

.................................O...O
OO...OO..........................OOOOO
.O.O.O...O..O......OO...O..O.......O..
.OO.OO..OO...OO....OO..OO...OO....O.O.
.O.O.O...O..O......OO...O..O.......O..
OO...OO..........................OOOOO
.................................O...O

:carrier = aircraft carrier

:casing That part of the stator of an oscillator which is not adjacent to the rotor. Compare bushing.

:catacryst A 58-cell quadratic growth pattern found by Nick Gotts in April 2000. This was formerly the smallest such pattern known, but has since been superseded by the related metacatacryst. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

The catacryst consists of three arks plus a glider-producing switch engine. It produces a block-laying switch engine every 47616 generations. Each block-laying switch engine has only a finite life, but the length of this life increases linearly with each new switch engine, so that the pattern overall grows quadratically, as an unusual type of MMS breeder.

:Catagolue An online database of objects in Conway's Game of Life and similar cellular automata, set up by Adam P. Goucher in 2015 at http://catagolue.appspot.com. It gathers data from a distributed search of random initial configurations and records the eventual decay products. Within a year of operation it had completed a census of the ash objects from over two trillion asymmetric 16x16 soups. As of June 2018, well over two hundred trillion ash objects have been counted, from over a trillion asymmetric soups.

It is often possible to use Catagolue search results find equivalent glider synthesis recipes for selected parts of long-running active reactions. These random soup searches have made it possible to find efficient construction methods for thousands of increasingly rare still lifes and oscillators, and the occasional puffer or spaceship. In many of these cases a glider synthesis was previously very difficult or unknown.

:catalyst An object that participates in a reaction but emerges from it unharmed. All eaters are catalysts. Some small still lifes can act as catalysts in some situations, such as the block, ship, and tub. The still lifes and oscillators that form a conduit are examples of catalysts.

A relatively rare form of catalysis occurs in a transparent debris effect, where the catalyst in question is completely destroyed and then rebuilt. The term is also sometimes used for a modification of an active reaction in a rake by passing spaceships.

:catch and throw A technology used (e.g., in the Caterpillar) to adjust the timing of a glider by turning it into a stationary object using one interaction, and then later restoring it using a second interaction. The interactions are caused by passing objects which are not otherwise affected. The direction of the glider is not usually changed.

Here is an example where a glider is turned into a boat by the first LWSS, and is then restored by the remaining spaceships: 

..................................OO.............OO.......OOOO.
................................O....O..........OO.OOOO...O...O
...............................O.................OOOOOO...O....
...............................O.....O............OOOO.....O..O
.O.............................OOOOOO..........................
..O............................................................
OOO............................................................
...............................................................
...............................................................
...............................................................
...............................................................
...............................................................
...OOOO........................................................
...O...O.......................................................
...O...........................OO..............................
....O..O......................OO.OOO...........................
...............................OOOOO...........................
................................OOO............................

:caterer (p3) Found by Dean Hickerson, August 1989. Compare with jam. In terms of its minimum population of 12 this is the smallest p3 oscillator. See also double caterer and triple caterer. 

..O.....
O...OOOO
O...O...
O.......
...O....
.OO.....
More generally, any oscillator which serves up a bit in the same manner may be referred to as a caterer.

:Caterloopillar A family of adjustable-speed spaceships constructed by Michael Simkin in 2016, based on an "engineless caterpillar" idea originally proposed by David Bell. The front and back halves of Caterloopillars each function as universal constructors, with each half constructing the building blocks of the other half, while also reading and moving a construction tape. The overall design is reminiscent of M.C. Escher's lithograph "Drawing Hands". The name "Caterloopillar" is a reference to Douglas Hofstader's Strange Loop concept.

Simkin has written an automated script that can construct a Caterloopillar for any rational speed strictly less than c/4, with some exceptions. Speeds closer to the c/4 limit in general require larger constructions, and for any given computer system it is easy to choose a speed that makes it impractical to construct a Caterloopillar.

As of June 2018 one significant remaining exception is that Caterloopillars with periods c/(6+4N) can't be constructed. This is only a limitation of the current construction script, not of the underlying Caterloopillar toolkit. For technical reasons, the lowest speed that the current script can produce is around c/95. The slowest Caterloopillars that have been explicitly constructed to date are c/87 and c/92. These are among the smallest in terms of population, though their bounding boxes are larger than some of the higher-speed Caterloopillars.

:Caterpillar A spaceship that works by laying tracks at its front end. The first example constructed was a p270 17c/45 spaceship built by Gabriel Nivasch in December 2004, based on work by himself, Jason Summers and David Bell. This Caterpillar has a population of about 12 million in each generation and was put together by a computer program that Nivasch wrote. At the time it was by far the largest and most complex Life object ever constructed, and it is still one of the largest in terms of population.

The 17c/45 Caterpillar is based on the following reaction between a pi-heptomino and a blinker: 

...............O
O.............OO
O............OO.
O.............OO
...............O
In this reaction, the pi moves forward 17 cells in the course of 45 generations, while the blinker moves back 6 cells and is rephased. This reaction has been known for many years, but it was only in September 2002 that David Bell suggested that it could be used to build a 17c/45 spaceship, based on a reaction he had found in which pi-heptominoes crawling along two rows of blinkers interact to emit a glider every 45 generations. Similar glider-emitting interactions were later found by Gabriel Nivasch and Jason Summers. The basic idea of the spaceship design is that streams of gliders created in this way can be used to construct fleets of standard spaceships which convey gliders to the front of the blinker tracks, where they can be used to build more blinkers.

A different Caterpillar may be possible based on the following reaction, in which the pattern at top left reappears after 31 generations displaced by (13,1), having produced a new NW-travelling glider. In this case the tracks would be waves of backward-moving gliders. 

.OO.....................
...O....................
...O.OO.................
OOO....O................
.......O................
.....OOO................
........................
........................
........................
........................
........................
........................
.....................OOO
.....................O..
......................O.
For other Caterpillar-type constructions see Centipede, waterbear, half-baked knightship, and Caterloopillar.

:CatForce An optimized search program written by Michael Simkin in 2015, using brute-force enumeration of small Spartan objects in a limited area, instead of a depth-first tree search. One major purpose of CatForce is to find glider-constructible completions for signal conduits. An early CatForce discovery was the B60 conduit, which enabled a record-breaking new glider gun.

:Catherine wheel = pinwheel

:cauldron (p8) Found in 1971 independently by Don Woods and Robert Wainwright. Compare with Hertz oscillator. 

.....O.....
....O.O....
.....O.....
...........
...OOOOO...
O.O.....O.O
OO.O...O.OO
...O...O...
...O...O...
....OOO....
...........
....OO.O...
....O.OO...

:cavity = eater plug

:CC semi-cenark The colour-changing version of Tanner Jacobi's century-based semi-Snark mechanism, using a C-to-G consisting of a BTS catalyst and a block. See CP semi-cenark for the colour-preserving version, or semi-cenark for repeat time details and an alternate initial catalyst. 

.O............OO..........
..O..........O.O..........
OOO.....OO..O.............
........O..O.OO...........
.....O....OO.O.O..........
...O.O........O...........
....OO..............OO....
....................O.....
.......OO.........O.O.....
.......OO.........OO......
..........................
..........................
..........................
....OO....OO..............
...O.O...O.O..............
...O......O...............
..OO......................
..........................
.....................OO...
...................O..O...
...................OOO....
..........................
..............OO...OO.O.OO
..............OO....O.OO.O
....................O.....
...................OO.....

:CC semi-Snark A small 90-degree colour-changing glider reflector requiring two input gliders on the same lane for each output glider. It was discovered by Sergei Petrov on 1 July 2013, using a custom-written search utility. It functions as a very compact period doubler in some signal circuitry, for example the linear propagator. The semi-Snark can period-double a regular glider stream of period 51 or more, or an intermittent stream with two gliders every 67 ticks or more, since the block reset glider can be sent just 16 ticks before its partner. 

......O..........OO
.......OO........O.
......OO.......O.O.
...............OO..
..........O........
OO.........OO......
OO........OO.......
...................
...................
.................OO
..........OO.....OO
..........OO.......
...................
.....O.............
....O.O............
....OO......OO.....
............O......
.............OOO...
...............O...

:cell The fundamental unit of space in the Life universe. The term is often used to mean a live cell - the sense is usually clear from the context.

:cellular automaton A certain class of mathematical objects of which Life is an example. A cellular automaton consists of a number of things. First there is a positive integer n which is the dimension of the cellular automaton. Then there is a finite set of states S, with at least two members. A state for the whole cellular automaton is obtained by assigning an element of S to each point of the n-dimensional lattice Zn (where Z is the set of all integers). The points of Zn are usually called cells. The cellular automaton also has the concept of a neighbourhood. The neighbourhood N of the origin is some finite (nonempty) subset of Zn. The neighbourhood of any other cell is obtained in the obvious way by translating that of the origin. Finally there is a transition rule, which is a function from SN to S (that is to say, for each possible state of the neighbourhood the transition rule specifies some cell state). The state of the cellular automaton evolves in discrete time, with the state of each cell at time t+1 being determined by the state of its neighbourhood at time t, in accordance with the transition rule.

There are some variations on the above definition. It is common to require that there be a quiescent state, that is, a state such that if the whole universe is in that state at generation 0 then it will remain so in generation 1. (In Life the OFF state is quiescent, but the ON state is not.) Other variations allow spaces other than Zn, neighbourhoods that vary over space and/or time, probabilistic or other non-deterministic transition rules, etc.

It is common for the neighbourhood of a cell to be the 3x...x3 (hyper)cube centred on that cell. (This includes those cases where the neighbourhood might more naturally be thought of as a proper subset of this cube.) This is known as the Moore neighbourhood.

:census A count of the number of different individual Life objects within one larger object, most often the final ash of a random soup experiment. This includes the number of blocks, blinkers, gliders, and other common objects, as well as any rarer larger still lifes, oscillators or spaceships.

:centinal (p100) Found by Bill Gosper. This combines the mechanisms of the p46 and p54 shuttles (see twin bees shuttle and p54 shuttle). 

OO................................................OO
.O................................................O.
.O.O.....................OO.....................O.O.
..OO........O............OO............OO.......OO..
...........OO..........................O.O..........
..........OO.............................O..........
...........OO..OO......................OOO..........
....................................................
....................................................
....................................................
...........OO..OO......................OOO..........
..........OO.............................O..........
...........OO..........................O.O..........
..OO........O............OO............OO.......OO..
.O.O.....................OO.....................O.O.
.O................................................O.
OO................................................OO

:Centipede (31c/240 orthogonally, p240) The smallest known 31c/240 spaceship, constructed by Chris Cain in September 2014 as a refinement of the shield bug.

:century (stabilizes at time 103) This is a common pattern which evolves into three blocks and a blinker. In June 1996 Dave Buckingham built a neat p246 gun using a century as the engine. See also bookend and diuresis. 

..OO
OOO.
.O..

:century eater A 20-cell still life that functions as an eater for the active reaction produced by any century relative. The most well-known use is to replace a four-object constellation in Paul Callahan's bistable switch, as shown below. In September 2014 Josh Ball showed that a variant of this still life has a relatively inexpensive slow glider construction recipe. 

............O.OO..............
............OO.O..............
..............................
..........OOOOO...............
.........O..O..O..............
.........OO...O.O.............
...............OO.............
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
............................OO
............................OO
..............................
O.............................
.OO...........................
OO............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
....OO........................
...O.O........................
...O..........................
..OO........OO................
............OO................
At T=256 the active reaction produces an eight-cell pattern sharing the same grandchild as a century. The century eater at the top of the pattern catalyzes this pattern produce a clean spark.

:century-to-glider converter Any signal circuit that accepts a century as input and produces a clean output glider. For example, in November 2017 Adam P. Goucher noticed that this previously known C-to-G converter can replace the century eater in Paul Callahan's bistable switch, producing an extra glider output. 

......................OO.......
.......................O.......
.......................O.O.....
........................O.O....
.........................O...OO
.............................OO
...............................
...............................
...............................
...............................
OO.............................
OO.............................
...............................
...............................
.....................O.........
....................OOO........
......................OO.......

:channel A lane or signal path used in construction circuitry. Until the invention of single-channel construction arms, signals in a channel would usually be synchronized with one or more coordinated signals on other paths, as in the Gemini, which used twelve channels to run three construction arms simultaneously, or the 10hd Demonoid which needed only two channels. See also Geminoid.

:chaotic growth An object whose fate is unknown, except that it appears to grow forever in an unpredictable manner. In Life, no pattern has yet been found that is chaotic. This is in contrast to many other Life-like rules, where even small objects can appear to grow chaotically.

It is possible that chaotic growth may occur rarely or even regularly for large enough random Life objects, but if so the minimum size of such patterns must be larger than what can currently be experimentally simulated (but see novelty generator).

In any case, it is not decidable whether a pattern that apparently grows randomly forever is in fact displaying chaotic growth. Continuing to evolve such a pattern might at any time result in it suddenly cleaning itself up and becoming predictable.

:chemist (p5) 

.......O.......
.......OOO.....
..........O....
.....OOO..O..OO
....O.O.O.O.O.O
....O...O.O.O..
.OO.O.....O.OO.
..O.O.O...O....
O.O.O.O.O.O....
OO..O..OOO.....
....O..........
.....OOO.......
.......O.......

:C-heptomino Name given by Conway to the following heptomino, a less common variant of the B-heptomino. 

.OOO
OOO.
.O..

:Cheshire cat A block predecessor by C. R. Tompkins that unaccountably appeared both in Scientific American and in Winning Ways. See also grin. 

.O..O.
.OOOO.
O....O
O.OO.O
O....O
.OOOO.

:chicken wire A type of stable agar of density 1/2. The simplest version is formed from the tile: 

OO..
..OO
But the "wires" can have length greater than two and need not all be the same. For example: 
OO...OOOO.....
..OOO....OOOOO

:chirality A term borrowed from chemistry to describe asymmetrical patterns with two distinct mirror-image orientations. One common use is in relation to Herschel transmitters, where the spacing between the two gliders in the tandem glider output can limit the receiver to a single chirality.

:cigar = mango

:circuit Any combination of conduits or converters that moves or processes an active signal. This includes components with multiple states such as period multipliers or switches, which can be used to build guns, logic gates, universal constructors, and other computation or construction circuitry.

:cis-beacon on anvil (p2) 

...OO..
....O..
.O.....
.OO....
.......
.OOOO..
O....O.
.OOO.O.
...O.OO

:cis-beacon on table (p2) 

..OO
...O
O...
OO..
....
OOOO
O..O

:cis-boat with tail (p1) 

.O...
O.O..
OO.O.
...O.
...OO

:cis fuse with two tails (p1) See also pulsar quadrant. 

...O..
.OOO..
O...OO
.O..O.
..O.O.
...O..

:cis-mirrored R-bee (p1) 

.OO.OO.
O.O.O.O
O.O.O.O
.O...O.

:cis snake = canoe

:clean Opposite of dirty. A reaction which produces a small number of different products which are desired or which are easily deleted is said to be clean. For example, a puffer which produces just one object per period is clean. Clean reactions are useful because they can be used as building blocks in larger constructions.

When a fuse is said to be clean, or to burn cleanly, this usually means that no debris at all is left behind.

:clearance In signal circuitry, the distance from an edge shooter output lane to the last unobstructed lane adjacent to the edge-shooter circuitry. For example, an Fx119 inserter has an unusually high 27hd clearance.

Also, oscillator and eater variants may be said to have better clearance if they allow gliders or other signals to pass closer to them than the standard variant allows. The following high-clearance eater1 variant by Karel Suhajda allows gliders to pass one lane closer on the southeast side, than is allowed by the standard fishhook shape. 

.O......OO
..O..OO..O
OOO...O.O.
......O.OO
...OO.O...
...O..O...
....OO....
This is considered to be a variant of the eater1 because the reaction's rotor is exactly the same, even though three cells in this variant are too overpopulated to allow a birth, instead of underpopulated as in a standard eater1 glider-eating reaction.

:clock (p2) Found by Simon Norton, May 1970. This is the fifth or sixth most common oscillator, being about as frequent as the pentadecathlon, but much less frequent than the blinker, toad, beacon or pulsar. It is surprisingly rare considering its small size. 

..O.
O.O.
.O.O
.O..

The protruding cells at the edges can perturb some reactions by inhibiting the birth of a cell in a 3-cell corner. For example, a clock can be used to suppress the surplus blinker produced by an F171 conduit, significantly improving the recovery time of the circuit: 

.........O........O................................
.........OOO......OOO..............................
............O........O.............................
...........OO.......OO.............................
...................................................
.................................................O.
................................................O.O
................................................O.O
.................................................O.
......................................O............
............OO........................O............
.............O........................OOO..........
.............O.O........................O..........
..............OO...................................
...................................................
...................................................
........O..............................OO..........
........OOO........................O...OO..........
...........O......................O.O..............
..........OO.....................O.O...............
.................................O.................
................................OO.................
...................................................
...................................................
...................................................
...................................................
.........O.........................................
.........O.O.......................................
.........OOO.......................................
...........O.......................................
...................................................
..................OO...O...........................
...................O....OO.........................
................OOO...OO...........................
..OO............O.......O..........................
...O...............................................
OOO................................................
O..................................................

:clock II (p4) Compare with pinwheel. 

......OO....
......OO....
............
....OOOO....
OO.O....O...
OO.O..O.O...
...O..O.O.OO
...O.O..O.OO
....OOOO....
............
....OO......
....OO......

:clock inserter = clock insertion.

:clock insertion A uniquely effective method of adding a glider to the front edge of a salvo, by first constructing a clock, then converting it to a glider using a one-bit spark. Here it rebuilds a sabotaged glider in a deep pocket between other gliders: 

..................................................O........
..................................................O.O......
..................................................OO.......
...............................................O......O....
..............................................O......O.....
..............................................OOO....OOO...
...........................................................
...........................................O......O........
...........................................O.O....O.O.....O
...........................................OO.....OO....OO.
........................................O.......O........OO
.......................................O...................
.......................................OOO...........O.O...
.....................................................OO....
......................................................O....
O..................................................O.......
.OO..............................................OO........
OO................................................OO.......
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
.............................O.............................
....................O......O.O.............................
..................O.O.......OO.............................
...................OO......................................
.........................O.................................
..........................O....OOO.........................
........................OOO....O...........................
................................O..........................
.....................................OO....................
............................OO.......O.O...................
............................O.O......O.....................
............................O..............................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
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...........................................................
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...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
.............................................OO............
.............................................O.O...........
.............................................O.............

In 2015 Chris Cain used this reaction to demonstrate conclusively that any unidirectional glider salvo, no matter how large or tightly packed, can be constructed by collisions between gliders that are initially separated by any finite distance. As a corollary, because all glider syntheses are made up of two to four unidirectional salvos, any glider-constructible object has a synthesis that starts with every glider at least N cells away from every other glider (for any chosen N).

:cloud of smoke = smoke

:cloverleaf This name was given by Robert Wainwright to his p2 oscillator washing machine. But Achim Flammenkamp also gave this name to Achim's p4.

:cluster Any pattern in which each live cell is connected to every other live cell by a path that does not pass through two consecutive dead cells. This sense is due to Nick Gotts, but the term has also been used in other senses, often imprecise.

:CNWH Conweh, creator of the Life universe.

:Coe ship (c/2 orthogonally, p16) A puffer engine discovered by Tim Coe in October 1995. 

....OOOOOO
..OO.....O
OO.O.....O
....O...O.
......O...
......OO..
.....OOOO.
.....OO.OO
.......OO.

In December 2015, the Coe ship was discovered in an asymmetric random soup on Catagolue. This was the first time any non-p4 ship was discovered in a random asymmetric soup experiment, winning Adam P. Goucher a 50-euro prize offered by Ivan Fomichev.

:Coe's p8 (p8) Found by Tim Coe in August 1997. 

OO..........
OO..OO......
.....OO.....
....O..O....
.......O..OO
.....O.O..OO

:Collatz 5N+1 simulator An unknown fate pattern constructed by David Bell in December 2017 that simulates the Collatz 5N+1 algorithm using sliding block memory and p1 technology, while always having a population below 32000.

The algorithm is simple. Starting with a number, if it is even divide it by 2, otherwise multiply it by 5 and add 1. When this process is iterated a sequence of numbers is generated. When starting with the value of 7, it is currently unknown whether or not the sequence ever forms a cycle.

Because of this the fate of the simulator is also currently unknown. It may become stable, or become an oscillator with a high period, or have a bounding box which grows irregularly.

:colour = colour of a glider

:colour-changing See colour of a glider. The reflector shown in p8 bouncer is colour-changing, as are its 5/6/7/8 and higher-period versions.

:colour-changing semi-Snark = CC semi-Snark.

:colourised Life A cellular automaton that is the same as Life except for the use of a number of different ON states ("colours"). All ON states behave the same for the purpose of applying the Life rule, but additional rules are used to specify the colour of the resulting ON cells. Examples are Immigration and QuadLife.

:colour of a glider The colour of a glider is a property of the glider that remains constant while the glider is moving along a straight path, but that can be changed when the glider bounces off a reflector. It is an important consideration when building something using reflectors.

The colour of a glider can be defined as follows. First choose some cell to be the origin. This cell is then considered to be white, and all other cells to be black or white in a checkerboard pattern. (So the cell with coordinates (m,n) is white if m+n is even, and black otherwise.) Then the colour of a glider is the colour of its leading cell when it is in a phase that can be rotated to look like this: 

OOO
..O
.O.

A reflector that does not change the colour of gliders obviously cannot be used to move a glider onto a path of different colour than it started on. But a 90-degree reflector that does change the colour of gliders is similarly limited, as the colour of the resulting glider will depend only on the direction of the glider, no matter how many reflectors are used. For maximum flexibility, therefore, both types of reflector are required.

Small periodic colour-changing glider reflectors (bouncers) are known, and also small periodic colour-preserving glider reflectors (bumpers). Among stable patterns, only a small colour-preserving reflector (Snark) is known. The smallest known 90-degree colour-changing reflector is given at the end of the reflector entry.

:colour-preserving See colour of a glider. Snarks and bumpers are colour-preserving reflectors.

:colour-preserving semi-Snark = CP semi-Snark

:complementary blinker = fore and back

:component A partial glider synthesis that can be used in the same way in multiple glider recipes. A component transforms part of an object under construction in a well-defined way, without affecting the rest of the object. For example, this well-known component can be used to add a hook to any object that includes a protruding table end, converting it to a long bookend: 

.......O...................O...................O
.....OO..................OO..................OO.
......OO..................OO..................OO
................................................
..O...................O...................O.....
O.O.................O.O.................O.O.....
.OO..O...............OO..O...............OO..O..
.....O.O.................O.O.................O.O
.....OO..................OO..................OO.
................................................
................................................
....................O...........................
...O..O............O.O.O..O............OO..O..O.
...OOOO.............OO.OOOO............O...OOOO.
......................O.................OOO.....
.....OO...............O.O.................O.O...
.....OO................O.O.................OO...
........................O.......................

"Component" is also used to specify any piece of an object - spaceship, oscillator, etc. - that can be combined with other components in specific ways according to a grammar to produce a variety of objects. The components can either be independent objects that only occasionally react with each other, or else they can be fused together to support each other. For example, any branching spaceship is made up of several components, and there is a single repeating component in any wicktrailer.

:composite See composite conduit.

:composite conduit A signal-processing conduit that can be subdivided into two or more elementary conduits.

:compression = repeat time, recovery time.

:computational universality See universal computer.

:conduit Any arrangement of still lifes and/or oscillators that moves an active object to another location, perhaps also transforming it into a different active object at the same time, but without leaving any permanent debris (except perhaps gliders, or other spaceships) and without any of the still lifes or oscillators being permanently damaged. Probably the most important conduit is the following remarkable one (Dave Buckingham, July 1996) in which a B-heptomino is transformed into a Herschel in 59 generations. 

.........OO.O
O.OO......OOO
OO.O.......O.
.............
.........OO..
.........OO..
Several hundred elementary conduits are now known, with recent discoveries primarily made via search programs such as CatForce and Bellman.

:conduit 1 = BFx59H.

:confused eaters (p4) Found by Dave Buckingham before 1973. 

O..........
OOO........
...O.......
..O........
..O..O.....
.....O.....
...O.O.....
...OO..OO..
.......O.O.
.........O.
.........OO

:constellation A general term for a group of two or more separate objects, usually small still lifes and low-period oscillators. Compare pseudo still life.

:construction arm An adjustable mechanism in a universal constructor that allows new objects to be constructed in any chosen location that the arm can reach. A construction arm generally consists of a shoulder containing fixed guns or edge shooters, a movable construction elbow that slides forward and backward along the construction lane(s), and in the case of single-arm universal constructors, a hand target object at the construction site that can be progressively modified by a slow salvo to produce each desired object.

:construction elbow One of the components of a construction arm in a universal constructor. The elbow usually consists of a single Spartan still life or small constellation. It accepts elbow operation recipes, in the form of salvos coming from the construction arm's shoulder.

These recipes may do one of several things: 1) pull the elbow closer to the shoulder, 2) push the elbow farther from the shoulder, 3) emit a glider on a particular output lane (while also optionally pushing or pulling the elbow); 4) create a "hand" target block or other useful object as a target for output gliders, to one side of the construction lane; 5) duplicate the elbow, or 6) destroy the elbow.

Elbows that receive and emit orthogonally-travelling spaceships instead of gliders are technically possible, but no working examples are currently known. The discussion below assumes that gliders are used to communicate between the shoulder, elbow, and hand locations.

If a mechanism can be programmed to generate recipes for at least the first three options listed above, it is generally capable of functioning as a universal constructor. The main requirement is that push and pull elbow operations should be available that are either minimal (1fd) or the distances should be relatively prime.

Depending on the elbow operation library, there may be only one type of elbow, or there may be two or more elbow objects, with recipes that convert between them. The 9hd library had just one elbow type, a block. The original 10hd library had two elbows, blocks in mirror-symmetric locations; this was expanded to a larger list for the 10hd Demonoid. The 0hd Demonoid also has a multi-elbow recipe library. A slow elbow toolkit may make use of an even larger number of glider output recipes, because the target elbow object in that case is not restricted to a single diagonal line.

If only one colour, parity, or phase of glider can be emitted, then the mechanism will be limited to producing monochromatic salvos or monoparity salvos. These are less efficient at most construction tasks, but are still generally accepted to enable universal toolkits. See also half-baked knightship.

:construction envelope The region affected by an active reaction, such as a glider synthesis of an object. The envelope corresponds to the state-2 blue cells in LifeHistory. See also edgy.

:construction lane Part of a construction arm between the shoulder and the elbow - in particular, one of the fixed lanes that elbow operation signals travel on. All known universal constructors have used arms with two or more construction lanes, except for the ones in the 0hd Demonoid and in recent single-channel construction recipes.

:construction recipe One or more streams of gliders or other signals fed into a universal constructor to create a target object. Compare glider recipe.

:construction universality See universal constructor.

:converter A conduit in which the input object is not of the same type as the output object. This term tends to be preferred when either the input object or the output object is a spaceship.

The following diagram shows a p8 pi-heptomino-to-HWSS converter. This was originally found by Dave Buckingham in a larger form (using a figure-8 instead of the boat). The improvement shown here is by Bill Gosper (August 1996). Dieter Leithner has since found (much larger) oscillators of periods 44, 46 and 60 that can be used instead of the Kok's galaxy. 

.O.O..O........
.OOO.O.OO......
O......O.....O.
.O.....OO...O.O
.............OO
OO.....O.......
.O......O......
OO.O.OOO.......
..O..O.O.......
............OOO
............O.O
............O.O

For another periodic converter, see the glider-to-LWSS example in queen bee shuttle pair. However, many converters are stable. Examples of elementary conduit converters include BFx59H, 135-degree MWSS-to-G, and 45-degree MWSS-to-G.

The earliest and simplest stable converters known are shown below. These are an HWSS-to-loaf, MWSS-to-beehive, and LWSS-to-blinker. These can serve as memory cells, or as the first steps in constructing objects using salvos. 

.........................O..............................
..OO...................O...O.................O..O.......
O....O......................O....................O......
......O................O....O................O...O......
O.....O.................OOOOO.................OOOO......
.OOOOOO.................................................
.........OO....................OO...................OO..
.........O.O...................O....................O...
...........O....................OOO..................OOO
...........OO.....................O....................O

:convoy A collection of spaceships all moving in the same direction at the same speed. Convoys are usually not destroyed by the reactions that they cause. Compare salvo. For examples, see reanimation, fly-by deletion and glider turner.

:copperhead (c/10 orthogonally, p10) The following small c/10 spaceship, discovered by conwaylife.com forum user 'zdr' on 5 March 2016, using a simple depth-first search program. A glider synthesis was found on the same day. 

.OOOO.
......
.O..O.
O.OO.O
O....O
......
O....O
OO..OO
OOOOOO
.O..O.
..OO..
..OO..
Later that same month Simon Ekström added a sparky tagalong for the copperhead to produce the fireship. This allowed for the construction of c/10 puffers and rakes.

:Corder- Prefix used for things involving switch engines, after Charles Corderman.

:Corder engine = switch engine

:Cordergun A gun firing Corderships. The first was built by Jason Summers in July 1999, using a glider synthesis by Stephen Silver.

:Cordership Any spaceship based on switch engines. These necessarily move at a speed of c/12 diagonally with a period of 96 or a multiple thereof. The first Cordership was constructed by Dean Hickerson in April 1991, using 13 switch engines. He soon reduced this to 10, and in August 1993 to 7. In July 1998 he reduced it to 6. In January 2004, Paul Tooke found the 3-engine glide symmetric Cordership shown below. 

................................OO.O...........................
...............................OOO.O......O.O..................
..............................O....O.O....O....................
...............................OO......O.O...O.................
................................O...O..O..OO...................
...................................O.OO...O....................
..................................O.O................OO........
..................................O.O................OO........
...............................................................
...............................................................
...............................................................
...............................................................
...............................................................
...............................................................
.............................................................OO
....................................................OO.......OO
.......................................O.........O.OOOO........
..................................O...OOOOO.....OO.O...OO......
.................................O.O.......OO....O..OO.OO......
.................................O.......O.OO.....OOOOOO.......
..................................O........OO......O...........
...................................O...OOOO....................
........................................OOO....................
........................O.O.........OO.........................
........................O.O.O......O.O.........................
.......................O..OO.O....OO...........................
........................OO...O.O.OO.O..........................
........................OO...OO.OOOOO..........................
............................O.OO...OO..........................
...........................O.O.................................
..OO.O.........................................................
.OOO.O......O.O................................................
O....O.O....O..................................................
.OO......O.O...O...............................................
..O...O..O..OO...........O.....................................
.....O.OO...O...........OOO....................................
....O.O.................O..O...................................
....O.O................O....O..................................
........................O......................................
...............................................................
........................O..O...................................
.........................O.O...................................
...............................................................
.....................O.........................................
....................OOO........................................
...................OO.OO.......................................
.........O........OO.O.....O...................................
....O...OOOOO....OO......OO....................................
...O.O.......OO..OO.......OO...................................
...O.......O.OO................................................
....O........OO................................................
.....O...OOOO..................................................
..........OOO..................................................
...............................................................
...............................................................
...............................................................
...........OO..................................................
...........OO..................................................

At the end of 2017, Aidan F. Pierce discovered a clean 2-engine Cordership. There is also an adjustable-length 4-engine Cordership found by Michael Simkin, made up of two identical or mirror-image 2-engine components. The leading pair of switch engines builds a block trail, which are then deleted by the trailing pair.

Corderships generate sparks which can perturb other objects in many ways, especially gliders which can reach them from the side or from behind. Some perturbations reflect gliders back the way they came, and can be used for constructions such as the caber tosser and the infinite glider hotel.

:cousins (p3) This contains two copies of the stillater rotor. 

.....O.OO....
...OOO.O.O...
O.O......O...
OO.OO.OO.O.OO
...O.O....O.O
...O.O.OOO...
....OO.O.....

:cover The following induction coil. See scrubber for an example of its use. 

....O
..OOO
.O...
.O...
OO...

:covered table = cap

:cow (c p8 fuse) 

OO.......OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.....
OO....O.OOO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO...OO
....OO.O.................................................O.O
....OO...OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO..
....OO.O..................................................O.
OO....O.OOO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.
OO.......OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.....

:CP pulsar = pulsar

:CP semi-cenark A colour-preserving variant of Tanner Jacobi's century-based semi-Snark mechanism, the semi-cenark. See CC semi-cenark for the colour-changing version, or semi-cenark for repeat time details and an alternate initial catalyst. 

.O............OO........
..O..........O.O........
OOO.....OO..O...........
........O..O.OO.........
.....O....OO.O.O........
...O.O........O.........
....OO..............OO..
....................O...
.......OO.........O.O...
.......OO.........OO....
........................
........................
........................
....OO....OO............
...O.O...O.O............
...O......O.............
..OO...............OO...
....................O...
....................O.OO
.................OO.OO.O
..................O.....
................O.O.....
................OO......

:CP semi-Snark A period-multiplying colour-preserving signal conduit found by Tanner Jacobi in October 2017, producing one output glider for every two input gliders. It is made by replacing one of the eaters in a Snark with a catalyst found using Bellman. The catalyst causes the formation of a tub which requires a second glider to delete. However, this adds 5 ticks to the repeat time, so that it becomes 48. This is still 3 ticks faster than the CC semi-Snark. 

.O............................
..O.............OO............
OOO..............O............
...............O.....OO.......
...............OO.....O.......
......................O.OO....
...............OO..OO.O..O....
...............OO...O.OO......
....................O.........
...................OO.........
..............................
.........................OO...
.............O............O...
..............O...........O.OO
............OOO...OO....OOO..O
..................OO...O...OO.
.......................OOOO...
.........OO...............O...
........O.O............OOO....
........O.............O.......
.......OO..............OOOOO..
...........................O..
.........................O....
.........................OO...

:crab = quarter.

:crane (c/4 diagonally, p4) The following spaceship found by Nicolay Beluchenko in September 2005, a minor modification of a tubeater found earlier by Hartmut Holzwart. The wing is of the same form as in the swan and Canada goose. 

.OO.................
OO..................
..O.................
....OO...O..........
....OO..O.O.........
.......OO.O.........
.......OO...........
.......OO...........
.................OO.
.........O....OO.O..
.........OOO..OO....
.........OOO..OO....
..........OO........
....................
............O.......
...........OO.......
...........O........
............O.......
....................
.............OO.....
..............O.OO..
..................O.
...............OO...
...............OO...
.................O..
..................OO

:cross (p3) Found by Robert Wainwright in October 1989. The members of this family are all polyominoes. 

..OOOO..
..O..O..
OOO..OOO
O......O
O......O
OOO..OOO
..O..O..
..OOOO..
In February 1993, Hartmut Holzwart noticed that this is merely the smallest of an infinite family of p3 oscillators. The next smallest member is shown below. 
..OOOO.OOOO..
..O..O.O..O..
OOO..OOO..OOO
O...........O
O...........O
OOO.......OOO
..O.......O..
OOO.......OOO
O...........O
O...........O
OOO..OOO..OOO
..O..O.O..O..
..OOOO.OOOO..

:crowd (p3) Found by Dave Buckingham in January 1973. 

...........O..
.........OOO..
.....OO.O.....
.....O...O....
.......OO.O...
...OOOO...O...
O.O.....O.O.OO
OO.O.O.....O.O
...O...OOOO...
...O.OO.......
....O...O.....
.....O.OO.....
..OOO.........
..O...........

:crown The p12 part of the following p12 oscillator, where it is hassled by a caterer, a jam and a HW emulator. This oscillator was found by Noam Elkies in January 1995. 

..........O...........
..........O......O....
...O....O...O...OO....
...OO....OOO..........
.........OOO..OOO..O.O
.O..OOO.........O.OOOO
O.O.O...............OO
O..O..................
.OO........OO.........
......OO.O....O.OO....
......O..........O....
.......OO......OO.....
....OOO..OOOOOO..OOO..
....O..O........O..O..
.....OO..........OO...

:crucible = cauldron

:crystal A regular growth that is sometimes formed when a stream of gliders, or other spaceships, is fired into some junk.

The most common example is initiated by the following collision of a glider with a block. With a glider stream of even period at least 82, this gives a crystal which forms a pair of beehives for every 11 gliders which hit it. 

.O......
..O...OO
OOO...OO

:C-to-G = century-to-glider converter

:cuphook (p3) Found by Rich Schroeppel, October 1970. This is one of only three essentially different p3 oscillators with only three cells in the rotor. The others are 1-2-3 and stillater. 

....OO...
OO.O.O...
OO.O.....
...O.....
...O..O..
....OO.O.
.......O.
.......OO
The above is the original form, but it can be made more compact: 
....OO.
...O.O.
...O...
OO.O...
OO.O..O
...O.OO
...O...
..OO...

:curl = loop

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:Karel's p15 (p15) An oscillator discovered by Karel Suhajda on December 11, 2002. It consists of a period 15 rotor supported by the domino spark of a pentadecathlon. It provides accessible sparks that can be used to perturb reactions or thin signal streams. 

..O....O..
..OOOOOO..
..O....O..
..........
..........
..........
..OOOOOO..
.O......O.
O........O
.O......O.
..OOOOOO..

:keeper A type of factory circuit that always results in the presence of an object in the output location, whether or not the object was previously present. In many cases it is easy to construct examples by connecting multiple circuits to shoot down an object with a glider, then rebuild the object again later. The smallest keeper circuits accomplish the same thing more directly with a lucky preliminary spark from the active reaction, which removes the existing object (if any) just before the construction occurs. Below is a useful block keeper with a Herschel input. 

................O..............................
................OOO.....OO.....................
...................O....OO.....................
..................OO...........................
...............................................
...............................................
...............................................
...............................................
...............................................
................................OO.............
...............................O.O.............
................................O..............
...............................................
...............................................
.......OO......................................
........O......................................
........O.O....................................
.........OO....................................
...............................................
...............................................
...............................................
...............................................
...............................................
...............................................
.........O...................................OO
.........O.O.................................OO
.........OOO...................................
...........O...................................
...............................................
...............................................
..........................OO...................
..........................OO...................
..OO...........................................
...O...........................................
OOO.........OO.................................
O...........OO.................................

:keys See short keys, bent keys and odd keys.

:kickback = kickback reaction or 180-degree kickback.

:kickback reaction The following collision of two gliders whose product is a single glider travelling in the opposite direction to one of the original gliders. This is important in the proof of the existence of a universal constructor, and in Bill Gosper's total aperiodic, as well as a number of other constructions. 

.....O..
......OO
.OO..OO.
O.O.....
..O.....
See also 180-degree kickback.

:kidney A Gosperism for century. See also diuresis.

:killer toads A pair of toads acting together so that they can eat things. Here, for example, are some killer toads eating an HWSS. Similarly they can eat a MWSS (but not a LWSS). For another example see twirling T-tetsons II. See also candlefrobra. 

..OO.......OOO
O....O....OOO.
......O.......
O.....O.......
.OOOOOO.......
..........OOO.
...........OOO

:Klein bottle As an alternative to a torus, it's possible to make a finite Life universe in the form of a Klein bottle. The simplest way to do this is to use an m x n rectangle with the top edge joined to the bottom edge (as for a torus) and the left edge twisted and joined to the right.

:knightship Any spaceship of type (2m,m)/n - that is, a spaceship of any speed that moves obliquely in a (2,1) direction. The first Conway's Life knightship was a variant of Andrew Wade's Gemini spaceship, constructed in May 2010. The next was an even slower knightship based on the half-bakery reaction.

A knightship must be asymmetric and its period must be at least 6. This is barely within the range of current search programs, as proven by the discovery on March 6, 2018 of an elementary knightship, Sir Robin, by Adam P. Goucher and Tomas Rokicki.

By analogy with the corresponding fairy chess pieces, spaceships of types (3m,m)/n, (3m,2m)/n and (4m,m)/n would presumably be called camelships, zebraships and giraffeships, respectively. Such spaceships do exist (see universal constructor) but small elementary versions are even more difficult to search for. Any of these ship types could be constructed by trivially modifying a Gemini spaceship, or less trivially by reprogramming one of the more recent small Geminoid construction arms, but as of July 2018 a camelship Gemini is the only example that has been explicitly built.

Alternatively, the term "knightship" is regularly used to refer to any oblique spaceship, such as the original Gemini or the waterbear.

:Kok's galaxy (p8) An oscillator found by Jan Kok in 1971, currently serving as the icon for Golly. See converter for a use of this sparker. 

OOOOOO.OO
OOOOOO.OO
.......OO
OO.....OO
OO.....OO
OO.....OO
OO.......
OO.OOOOOO
OO.OOOOOO
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:macrocell A format used by Golly and its hashlife algorithm, capable of storing repetitive patterns very efficiently, even if they contain a large number of cells. For example, a filled square 2167 cells on a side can be stored in less than three kilobytes in macrocell format, or about 800 bytes in compressed macrocell format. The square's total population is over a googol, 10100; the number of atoms in the observable universe is only about 1080.

This high level of compression is obtained by defining a tree structure composed of increasingly large cell "tiles" with power-of-two dimensions. Tile definitions of any size are re-used whenever they appear multiple times in a large pattern (at the same power-of-two offset). For example, the following is a macrocell encoding of a complex pseudo still life arrangement of ships, with a total population over 2500 cells: 

[M2] (golly 3.0)
#R B3/S23
.**.**$*.*.*.*$**...**$$**...**$*.*.*.*$.**.**$
4 0 1 1 1
5 2 0 2 2
6 3 3 0 3
7 4 4 4 4

The first line after the #R rule line defines a quadtree tile at the lowest level - a level-3 tile in this case, meaning a 23 square area. At this level the pattern is encoded in a modified ASCII format with dollar signs as line separators. The next line, #2, defines a level-4 quadtree tile, made from one empty level-3 tile in the northwest corner (0), and three copies of the level-3 tile that was defined on the previous line (1). Lines 3, 4, and 5 similarly define level 5, 6, and 7 quadtree tiles by giving the line numbers of four tiles of the next lower size.

Many patterns are only moderately repetitive, so macrocell format is somewhat less successful at compressing them. Certainly most patterns are not nearly as regular as the artificial example above: there are usually many different tiles defined at each level, not just one. Chaotic patterns, such as ash from random soups, usually need so many different tile definitions that they can be stored more efficiently using rle format.

:macro-spaceship A self-constructing or self-supporting spaceship, such as the Caterpillar, Centipede, half-baked knightship, waterbear, Demonoid, Orthogonoid, and Caterloopillar. Engineered spaceships of these types tend to be much larger and more complex than elementary spaceships.

:mango (p1) A relatively rare 180-degree rotationally symmetric 8-bit still life. The acorn produces a mango as part of its ash. 

.OO..
O..O.
.O..O
..OO.

:mathematician (p5) Found by Dave Buckingham, 1972. 

....O....
...O.O...
...O.O...
..OO.OO..
O.......O
OOO...OOO
.........
OOOOOOOOO
O.......O
...OOOO..
...O..OO.

:Max A name for the smallest known spacefiller. The name represents the fact that the growth rate is the fastest possible. (This has not quite been proved, however. There remains the possibility, albeit not very likely, that a periodic agar could have an average density greater than 1/2, and a spacefiller stretching such an agar at the same speed as the known spacefillers would have a faster average growth rate.)

:mazing (p4) In terms of its minimum population of 12 this ties with mold as the smallest p4 oscillator. Found by Dave Buckingham in December 1973. For some constructions using mazings, see popover and sixty-nine. 

...OO..
.O.O...
O.....O
.O...OO
.......
...O.O.
....O..

:mc = macrocell

:medium fish = MWSS

:megacell = p1 megacell.

:memory cell A type of information storage circuit useful in many patterns that perform complex logical operations. Most commonly a memory cell can store a single bit of information. See for example demultiplexer, honey bit, and boat-bit. Depending on the application, the circuit may be a toggle circuit or a permanent switch, or it may be possible to send one or more signals to set the circuit to a "1" state, as can be done with a keeper mechanism. In that case a different input signal must be used to test the current state, usually with a destructive read reaction.

A more complicated example can be found in the Osqrtlogt pattern, which destructively reads a growing 2-dimensional array of minimal memory cells. Each memory cell may either contain a boat (below left) or empty space (below right), with no permanent circuitry anywhere near: 

...............OO........................OO
...............OO........................OO
...........................................
...........O...............................
..........O.O..............................
...........OO..............................
...........................................
...........................................
......OO........................OO.........
.....O..O......................O..O........
......OO........................OO.........
...........................................
...........................................
.OO........................OO..............
O..O......................O..O.............
.OO......OOO...............OO......OOO.....
.........O.........................O.......
..........O.........................O......
The two beehives and the block are placed by slow salvos, after an initial 90-degree 2-glider collision that produces a target honey farm. The beehive constellation acts as a one-time turner for an incoming glider. If the boat is present, it acts as a second one-time turner for that glider, sending back a "1" signal. The "backstop" block in the northeast is destroyed cleanly in either the "0" or the "1" case.

:Merzenich's p11 (p11) Found by Matthias Merzenich in December 2010. 

...........OO........
............O........
............O.O......
..........OO.O.O.....
.........O.O.O.O.....
........O.O..O..OO...
.......O.....O....O..
......O.......OOOO...
.....O............OOO
....O.....O.....OO..O
...O.O...O.O...O.O...
O..OO.....O.....O....
OOO............O.....
...OOOO.......O......
..O....O.....O.......
...OO..O..O.O........
.....O.O.O.O.........
.....O.O.OO..........
......O.O............
........O............
........OO...........

:Merzenich's p18 (p18) Found by Matthias Merzenich in June 2011. 

...OO............
....O............
..O.O.OO.........
.O.O.O.O...OO....
.O.O........O....
OO.O........O.OO.
...O.OO....OO.O..
...O..........O..
OO.O.O.....OOO.OO
O..O.O.O..O..O.O.
..O..O.OOOO.O..O.
...OO.O....OO.O..
......O..O...O...
......O.O.OOO....
.......OO.O......

:metacatacryst A 52-cell pattern exhibiting quadratic growth. Found by Nick Gotts, December 2000. This was for some time the smallest known pattern (in terms of initial population) with superlinear growth. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:metacell CA logic circuitry that emulates the behavior of a single cell. The circuitry is hard-wired to emulate a particular CA rule, but changing the rule is usually a matter of making simple adjustments. Known examples include David Bell's original 500x500 unit Life cell, Jared Prince's Deep Cell, Brice Due's OTCA metapixel, and Adam P. Goucher's megacell.

:metamorphosis An oscillator built by Robert Wainwright that uses the following reaction (found by Bill Gosper) to turn gliders into LWSS, and converts these LWSS back into gliders by colliding them head on using an LWSS-LWSS bounce. There are two ways to do the following reaction, because the twin bees shuttle spark is symmetric. 

...................O.........
....................O........
..................OOO........
.............................
.............................
.............................
.............................
.............................
............O...O.....O.OO...
OO.........O.....O....O.O.O..
OO.........O.........O....O..
...........OO...O.....O.O.O..
.............OOO......O.OO...
.............................
.............OOO.............
...........OO...O............
OO.........O...............OO
OO.........O.....O.........OO
............O...O............

:metamorphosis II An oscillator built by Robert Wainwright in December 1994 based on the following p30 glider-to-LWSS converter using a queen bee shuttle pair. This converter was first found by Paul Rendell, January 1986 or earlier, but wasn't widely known about until Paul Callahan rediscovered it in December 1994. 

......................O.
.....................O..
.....................OOO
........................
........................
.........O.O............
.........O..O...........
OO..........OO..........
OO........O...OO........
.....OO.....OO..........
....O....O..O...........
.........O.O............
........................
........................
........................
........................
................O.......
...............OOO......
..............OOOOO.....
.............O.O.O.O....
.............OO...OO....
........................
........................
................O.......
...............O.O......
...............O.O......
................O.......
...............OO.......
...............OO.......
...............OO.......

:metapixel See metacell, OTCA metapixel.

:methuselah Any small pattern that stabilizes only after a long time. Term coined by Conway. Examples include rabbits, acorn, the R-pentomino, blom, Iwona, Justyna and Lidka. See also ark.

:Mickey Mouse (p1) The following still life, named by Mark Niemiec: 

.OO....OO.
O..O..O..O
O..OOOO..O
.OO....OO.
...OOOO...
...O..O...
....OO....

:middleweight emulator = MW emulator

:middleweight spaceship = MWSS

:middleweight volcano = MW volcano

:mini pressure cooker (p3) Found by Robert Wainwright before June 1972. Compare pressure cooker. 

.....O.....
....O.O....
....O.O....
...OO.OO...
O.O.....O.O
OO.O.O.O.OO
...O...O...
...O.O.O...
....O.O....
.....O.....

:M.I.P. value The maximum population divided by the initial population for an unstable pattern. For example, the R-pentomino has an M.I.P. value of 63.8, since its maximum population is 319. The term is no longer in use.

:MIT oscillator = cuphook

:MMM breeder See breeder.

:MMS breeder See breeder.

:mod The smallest number of generations it takes for an oscillator or spaceship to reappear in its original form, possibly subject to some rotation or reflection. The mod may be equal to the period, but it may also be a quarter of the period (for oscillators that rotate 90 degrees every quarter period) or half the period (for other oscillators which rotate 180 degrees every half period, and also for flippers).

:mold (p4) Found by Achim Flammenkamp in 1988, but not widely known until Dean Hickerson rediscovered it (and named it) in August 1989. Compare with jam. In terms of its minimum population of 12 it ties with mazing as the smallest p4 oscillator. But in terms of its 6x6 bounding box it wins outright. In fact, of all oscillators that fit in a 6x7 box it is the only one with period greater than 2. 

...OO.
..O..O
O..O.O
....O.
O.OO..
.O....

:monochromatic salvo A slow salvo that uses gliders of only one colour. For example, the slow salvos generated by half-baked knightships are monochromatic, because they are generated by a single type of reaction which can happen at any position along a diagonal line. The smallest possible step size is one full diagonal (1fd), which is two half diagonals (2hd), which means that any single glider-producing reaction can only reach half of the available glider lanes. See colour of a glider.

:monogram (p4) Found by Dean Hickerson, August 1989. 

OO...OO
.O.O.O.
.OO.OO.
.O.O.O.
OO...OO

:monoparity salvo A slow salvo that uses gliders of only one parity. Compare monochromatic salvo.

:Moore neighbourhood The set of all cells that are orthogonally or diagonally adjacent to a cell or group of cells. The Moore neighbourhood of a cell can be thought of as the points at a Chebyshev distance of 1 from that cell. Compare von Neumann neighbourhood. The Conway's Life rule is based on the Moore neighborhood, as are all the "Life-like" rules and many other commonly investigated rule families.

Cell neighbourhoods can also be defined with a higher range. The Moore neighbourhood of range n can be defined recursively as the Moore neighbourhood of the Moore neighbourhood of range n-1. For example, the Moore neighbourhood of range 2 includes all cells that are orthogonally or diagonally adjacent to the standard Moore neighbourhood.

:moose antlers (p1) 

OO.....OO
O.......O
.OOO.OOO.
...O.O...
....O....

:mosquito See mosquito1, mosquito2. mosquito3, mosquito4 and mosquito5.

:mosquito1 A breeder constructed by Nick Gotts in September 1998. The original version had an initial population of 103, which was then the smallest for any known pattern with superlinear growth (beating the record previously held by Jaws). This was reduced to 97 by Stephen Silver the following month, but was then almost immediately superseded by mosquito2.

Mosquito1 consists of the classic puffer train plus four LWSS and four MWSS (mostly in predecessor form, to keep the population down). Once it gets going it produces a new block-laying switch engine (plus a lot of junk) every 280 generations. It is therefore an MMS breeder, albeit a messy one.

:mosquito2 A breeder constructed by Nick Gotts in October 1998. Its initial population of 85 was for a couple of hours the smallest for any known pattern with superlinear growth, but was then beaten by mosquito3.

Mosquito2 is very like mosquito1, but uses two fewer MWSS and one more LWSS.

:mosquito3 A breeder constructed by Nick Gotts in October 1998. Its initial population of 75 was at the time the smallest for any known pattern with superlinear growth, but was beaten a few days later by mosquito4.

Mosquito3 has one less LWSS than mosquito2. It is somewhat different from the earlier mosquitoes in that the switch engines it makes are glider-producing rather than block-laying.

:mosquito4 A slightly improved version of mosquito3 which Stephen Silver produced in October 1998 making use of another discovery of Nick Gotts (September 1997): an 8-cell pattern that evolves into a LWSS plus some junk. Mosquito4 is a breeder with an initial population of 73, at the time the smallest for any known pattern with superlinear growth, but superseded a few days later by mosquito5.

:mosquito5 A slightly improved version of mosquito4 which Nick Gotts produced in October 1998. The improvement is of a similar nature to the improvement of mosquito4 over mosquito3. Mosquito5 is a breeder with an initial population of 71. This was the smallest population for any known pattern with superlinear growth until it was superseded by teeth. See switch-engine ping-pong for the smallest such pattern as of July 2018, along with a list of the record-holders.

:mould = mold

:moving sawtooth A sawtooth such that no cell is ON for more than a finite number generations. David Bell constructed the first pattern of this type, with a c/2 front end and a c/3 back end. The front end is a blinker puffer. The back end ignites the blinker fuse.

The smallest currently known moving sawtooth was constructed in April 2011 by a conwaylife.com forum user with the handle 'cloudy197'. The c/2 front end is a bi-block puffer. The 2c/5 back end ignites the bi-block fuse.

:MSM breeder See breeder.

:multiple roteightors (p8) An extensible oscillator family consisting of one or more roteightor rotors, discovered by Dean Hickerson in 1990. 

....................O...........
........OO........OOO...........
.........O.......O..............
.........O.O.....OO.............
..........OO.............O......
.......................OOO......
....OO........OOO.....O.........
.....O.......O..O......O........
.....O.O........O..O...O......O.
......OO..O....O..O.........OOO.
.........O........O..O.....O....
OO.......O..O.....OOO......OO...
.O.......OOO....................
.O.O............................
..OO....................OOO.....
...............OOO.....O..O.....
......OOO.....O..O........O.....
.....O..O........O..O....O..OO..
........O..O....O..O........O.O.
...O...O..O........O..O.......O.
...O......O..O.....OOO........OO
....O.....OOO...................
.OOO....................OO......
.O......................O.O.....
........OO......OOO.......O.....
.........O.....O..O.......OO....
......OOO.........O.............
......O......O...O..OO..........
.............O......O.O.........
..............O.......O.........
...........OOO........OO........
...........O....................

:multiplicity In a reflectorless rotating oscillator, the maximum number n of independent patterns that can orbit a single point, in a way that reduces the period of the combined oscillator by a factor of n.

:multi-state Life = colourised Life

:multum in parvo (stabilizes at time 3933) A methuselah found by Charles Corderman, but not as long-lasting as his acorn. 

...OOO
..O..O
.O....
O.....

:muttering moat Any oscillator whose rotor consists of a closed chain of cells each of which is adjacent to exactly two other rotor cells. Compare babbling brook. Examples include the bipole, the blinker, the clock, the cuphook, the Gray counter, the quad, the scrubber, the skewed quad and the p2 snake pit. The following diagram shows a p2 example (by Dean Hickerson, May 1993) with a larger rotor. See ring of fire for a very large one. 

OO.....
O.O.OO.
.....O.
.O..O..
..O....
..O.O.O
.....OO

:MW emulator (p4) Found by Robert Wainwright in June 1980. See also emulator and filter. 

.......O.......
..OO.O...O.OO..
..O.........O..
...OO.....OO...
OOO..OOOOO..OOO
O..O.......O..O
.OO.........OO.

:MWSS (c/2 orthogonally, p4) A middleweight spaceship, the third most common spaceship. Found by Conway in 1970 by modifying a LWSS. See also HWSS. 

...O..
.O...O
O.....
O....O
OOOOO.

The MWSS possesses both a tail spark and a belly spark which can easily perturb other objects as it passes by. The spaceship can also perturb some objects in additional ways. For examples see blinker puffer and glider turner.

Dave Buckingham found that the MWSS can be synthesized using three gliders, and can be constructed from two gliders and another small object in several more ways. Here is the glider synthesis: 

...........O..
...........O.O
...........OO.
..............
..............
.O......OO....
.OO.....O.O...
O.O.....O.....

:MWSS emulator = MW emulator

:MWSS out of the blue The following reaction, found by Peter Rott in November 1997, in which a LWSS passing by a p46 oscillator creates a MWSS travelling in the opposite direction. Together with some reactions found by Dieter Leithner, and an LWSS-turning reaction which Rott had found in November 1993 (but which was not widely known until Paul Callahan rediscovered it in June 1994) this can be used to prove that there exist gliderless guns for LWSS, MWSS and HWSS for every period that is a multiple of 46. 

O..O.................................
....O................................
O...O................................
.OOOO................................
.....................................
.....................................
.....................................
.....................................
.....................................
...................OO..............OO
..................OO...............OO
...................OOOOO.............
..OO................OOOO.............
..OO.....O...........................
........OOO.........OOOO.............
.......O.O.O.......OOOOO.............
........O..O......OO...............OO
........OOO........OO..............OO
.........O...........................
.....................................
.....................................
.....................................
.....................................
..O.......O..........................
.....................................
OOO.......OOO........................
.OO.OO.OO.OO.........................
..OOO...OOO..........................
...O.....O...........................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
..OO.....OO..........................
..OO.....OO..........................

:MWSS-to-G See 135-degree MWSS-to-G, 45-degree MWSS-to-G.

:MW volcano (p5) Found by Dean Hickerson in April 1992. 

......O......
....O...O....
.............
...O.....O...
.OOO.OOO.OOO.
O...OO.OO...O
O.OOO.O.OOOO.
.O...........
...O.O.O.OO.O
..OO.OOO.O.OO
...O.O..O....
...O..OO.....
..OO.........

:My Experience with B-heptominos in Oscillators An article by Dave Buckingham (October 1996) available from http://conwaylife.com/ref/lifepage/patterns/bhept/bhept.html. It describes his discovery of Herschel conduits, including sufficient (indeed ample) stable conduits to enable, for the first time, the construction of period n oscillators and true period n guns for every sufficiently large integer n. See Herschel loop and emu.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/gui-common/Help/Lexicon/lex_b.htm0000755000175000017500000030773213317135606016405 00000000000000 Life Lexicon (B)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:B = B-heptomino

:B29 (c/4 diagonally, p4) The following spaceship, found by Hartmut Holzwart in April 2004. A glider synthesis of this spaceship was completed by Tanner Jacobi in April 2015. 

.......OOO.......
.......O.........
OOO......O.......
O......O.O.......
.O....OO.OOOO....
...OOOO.OOOOO.OO.
....OO.......OO.O

:B-52 bomber The following p104 double-barrelled glider gun. It uses a B-heptomino and emits one glider every 52 generations. It was found by Noam Elkies in March 1996, except that Elkies used blockers instead of molds, the improvement being found by David Bell later the same month. 

.OO....................................
.OO.................O..................
...................O.O............O.O..
....................O............O.....
OO.......OO.......................O..O.
OO.O.....OO.......................O.O.O
...O.......................O.......O..O
...O.......................OO.......OO.
O..O.................OO.....O..........
.OO..................O.................
.....................OOO...............
....................................OO.
....................................OO.
.OO....................................
O..O...................................
O.O.O................O.O....OO.....OO..
.O..O.................OO....OO.....OO.O
.....O............O...O...............O
..O.O............O.O..................O
..................O................O..O
....................................OO.

:B60 A Herschel conduit discovered by Michael Simkin in 2015 using his search program, CatForce. It is one of two known Blockic elementary conduits. After 60 ticks, it produces a Herschel rotated 180 degrees at (-6,-10) relative to the input. It can most easily be connected to another B60 conduit, producing a closed loop, the Simkin glider gun. 

O...........OO.....OO
OOO.........OO.....OO
..O..................
..O............OO....
...............OO....
.....................
.....................
.....................
.....................
......O..............
......O.O............
......OOO............
........O............

:babbling brook Any oscillator whose rotor consists of a string of cells each of which is adjacent to exactly two other rotor cells, except for the endpoints which are adjacent to only one other rotor cell. Compare muttering moat. Examples include the beacon, the great on-off, the light bulb and the spark coil. The following less trivial example (by Dean Hickerson, August 1997) is the only one known with more than four cells in its rotor. It is p4 and has a 6-cell rotor. 

.......O........
.....OOO....OO..
....O...OO..O...
.O..O.OO..O.O...
O.O.O....OO..OO.
.OO..OO....O.O.O
...O.O..OO.O..O.
...O..OO...O....
..OO....OOO.....
........O.......

:backrake Another term for a backwards rake. A p8 example by Jason Summers is shown below. See total aperiodic for a p12 example. 

.....OOO...........OOO.....
....O...O.........O...O....
...OO....O.......O....OO...
..O.O.OO.OO.....OO.OO.O.O..
.OO.O....O.OO.OO.O....O.OO.
O....O...O..O.O..O...O....O
............O.O............
OO.......OO.O.O.OO.......OO
............O.O............
......OOO.........OOO......
......O...O.........O......
......O.O....OOO...........
............O..O....OO.....
...............O...........
...........O...O...........
...........O...O...........
...............O...........
............O.O............

:backward glider A glider which moves at least partly in the opposite direction to the puffer(s) or spaceship(s) under consideration.

:bait An object in a converter, usually a small still life, that is temporarily destroyed by an incoming signal, but in such a way that a usable output signal is produced. In general such a converter produces multiple output signals (or a signal splitter is added) and one branch of the output is routed to a factory mechanism that rebuilds the bait object so that the converter can be re-used.

:baker (c p4 fuse) A fuse by Keith McClelland. 

..............OO
.............O.O
............O...
...........O....
..........O.....
.........O......
........O.......
.......O........
......O.........
.....O..........
....O...........
...O............
OOO.............
.O..............

:baker's dozen (p12) A loaf hassled by two blocks and two caterers. The original form (using p4 and p6 oscillators to do the hassling) was found by Robert Wainwright in August 1989. 

OO.........OO..........
OOOO.O.....OO..........
O.O..OOO...............
...........O...........
....OO....O.O..........
....O.....O..O....O....
...........OO....OO....
.......................
...............OOO..O.O
..........OO.....O.OOOO
..........OO.........OO

:bakery (p1) A common formation of two bi-loaves. 

....OO....
...O..O...
...O.O....
.OO.O...O.
O..O...O.O
O.O...O..O
.O...O.OO.
....O.O...
...O..O...
....OO....

:banana spark A common three-bit polyplet spark used in glider synthesis and signal circuitry. The buckaroo is an oscillator that produces this spark. It can be used to turn a glider 90 degrees: 

..O....
O.O....
.OO....
....OO.
......O

:barberpole Any p2 oscillator in the infinite sequence bipole, tripole, quadpole, pentapole, hexapole, heptapole ... (It wasn't my idea to suddenly change from Latin to Greek.) This sequence of oscillators was found by the MIT group in 1970. The term is also used (usually in the form "barber pole") to describe other extensible sections of oscillators or spaceships, especially those (usually of period 2) in which all generations look alike except for a translation and/or rotation/reflection. Any barberpole can be lengthened by the reaction shown in barbershop. See also pseudo-barberpole.

:barberpole intersection = quad

:barbershop An object created by Jason Summers in 1999 which builds an infinite barberpole. It uses slide guns to repeatedly lengthen a barberpole at a speed of c/124. The key lengthening reaction from Mark Niemiec is shown below: 

..........O.O.......
...........OO.......
.O.........O.....O..
..O..............O.O
OOO..............OO.
....................
....................
....................
.................O..
................OO..
................O.O.
........OO..........
.......O.O..........
....................
.....O.O............
.....OO.............

:barber's pole = barberpole

:barge (p1) 

.O..
O.O.
.O.O
..O.

:basic shuttle = queen bee shuttle

:beacon (p2) The third most common oscillator. Found by Conway, March 1970. 

OO..
O...
...O
..OO

:beacon maker (c p8 fuse) 

..............OO
.............O.O
............O...
...........O....
..........O.....
.........O......
........O.......
.......O........
......O.........
.....O..........
....O...........
...O............
OOO.............
..O.............
..O.............

:beehive (p1) The second most common still life. 

.OO.
O..O
.OO.

:beehive and dock (p1) 

...OO.
..O..O
...OO.
......
.OOOO.
O....O
OO..OO

:beehive on big table = beehive and dock

:beehive pusher = hivenudger

:beehive stopper A Spartan logic circuit discovered by Tanner Jacobi on 12 May 2015. It converts an input glider signal into a beehive, in such a way that the beehive can cleanly absorb a single glider from a perpendicular glider stream. The circuit can't be re-used until the beehive "bit" is cleared by the passage of at least one perpendicular input. 

.O..........................
..O.........................
OOO.........................
............................
............................
................O...........
...............O............
...............OOO..........
............................
............O...............
............O.O.............
............OO..............
...OO.....O.................
...OO....O.O................
.........O.O................
..........O.................
........................OO..
........................O.O.
..........................O.
...............OO.........OO
........OO.....OO...........
.......O.O..................
.......OO...................
............................
..........OO................
..........O.................
...........OOO..............
.............O..............

This term has sometimes been used for the beehive catalyst variant of SW-2, and also for Paul Callahan's larger glider stopper, which also provides optional 0-degree and 180-degree glider outputs.

:beehive wire See lightspeed wire.

:beehive with tail (p1) 

.OO...
O..O..
.OO.O.
....O.
....OO

:Bellman A program for searching catalytic reactions, developed by Mike Playle, which successfully found the Snark.

:belly spark The spark of a MWSS or HWSS other than the tail spark.

:Beluchenko's p37 (p37) Found by Nicolay Beluchenko on April 14, 2009. It was the first period 37 oscillator to be found, and remains the smallest. 

...........OO...........OO...........
...........OO...........OO...........
.....................................
.....................................
......O.......................O......
.....O.O.....O.........O.....O.O.....
....O..O.....O.OO...OO.O.....O..O....
.....OO..........O.O..........OO.....
...............O.O.O.O...............
................O...O................
.....................................
OO.................................OO
OO.................................OO
.....OO.......................OO.....
.....................................
......O.O...................O.O......
......O..O.................O..O......
.......OO...................OO.......
.....................................
.......OO...................OO.......
......O..O.................O..O......
......O.O...................O.O......
.....................................
.....OO.......................OO.....
OO.................................OO
OO.................................OO
.....................................
................O...O................
...............O.O.O.O...............
.....OO..........O.O..........OO.....
....O..O.....O.OO...OO.O.....O..O....
.....O.O.....O.........O.....O.O.....
......O.......................O......
.....................................
.....................................
...........OO...........OO...........
...........OO...........OO...........

:Beluchenko's p51 (p51) Found by Nicolay Beluchenko on February 17, 2009. It was the first non-trivial period 51 oscillator to be found. 

...............OO...OO...............
.....................................
.....................................
......OO.....................OO......
......OO.....................OO......
.....................................
...OO...........................OO...
...OO.........OO.....OO.........OO...
.........OOO.OO.......OO.OOO.........
........O.O...............O.O........
........OO.................OO........
........O...................O........
.....................................
........O...................O........
.......OO...................OO.......
O......O.....................O......O
O...................................O
.....................................
.....................................
.....................................
O...................................O
O......O.....................O......O
.......OO...................OO.......
........O...................O........
.....................................
........O...................O........
........OO.................OO........
........O.O...............O.O........
.........OOO.OO.......OO.OOO.........
...OO.........OO.....OO.........OO...
...OO...........................OO...
.....................................
......OO.....................OO......
......OO.....................OO......
.....................................
.....................................
...............OO...OO...............

:bent keys (p3) Found by Dean Hickerson, August 1989. See also odd keys and short keys. 

.O........O.
O.O......O.O
.O.OO..OO.O.
....O..O....
....O..O....

:BFx59H One of the earliest and most remarkable converters, discovered by Dave Buckingham in July 1996. In 59 generations it transforms a B-heptomino into a clean Herschel with very good clearance, allowing easy connections to other conduits. It forms the final stage of many of the known composite conduits, including the majority of the original sixteen Herschel conduits. Here a ghost Herschel marks the output location: 

.OO.....................
..O.....................
.O......................
.OO.....................
........................
........................
........................
........................
........................
O...OO...............O..
OO..OO...............O..
.OO..................OOO
.O.....................O
O.......................

:B-heptomino (stabilizes at time 148) This is a very common methuselah that evolves into three blocks, two gliders and a ship after 148 generations. Compare with Herschel, which appears at generation 20 of the B-heptomino's evolution. B-heptominoes acquired particular importance in 1996 due to Dave Buckingham's work on B tracks. See in particular My Experience with B-heptominos in Oscillators. 

O.OO
OOO.
.O..

This pattern often arises with the cell at top left shifted one space to the left, producing a seven-bit polyplet that shares the same eight-bit descendant but is not technically a heptomino at all. This alternate form is shown as the input for elementary converter patterns such as BFx59H and BRx46B. This is standard practice for elementary conduits, since many of these conduits do in fact produce this alternate form as output.

The B-heptomino is considered a failed puffer or failed spaceship, since on its own it travels at c/2 for only a short time before being affected by its own trailing debris. However, it can be stabilized into a c/2 puffer or into a clean c/2 rake or spaceship. See, e.g., ecologist.

:B-heptomino shuttle = twin bees shuttle

:bi-block (p1) The smallest pseudo still life. 

OO.OO
OO.OO

:bi-block fuse A clean fuse made by a row of bi-blocks separated by 2 cell gaps. The bi-block row wick is usually created by a bi-block puffer. The burning advances 8 cells every 12 generations making its speed 2c/3. 

OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.
OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.O..O
............................................OO.
OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.....
OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.....

:bi-block puffer Any puffer whose output is bi-blocks. The term is particularly used for p8 c/2 puffers, in which case a bi-block fuse is created. A bi-block puffer is easily made using two backrakes whose gliders impact symmetrically. Jason Summers welded two backrakes to form a more compact puffer, as shown below. 

...........O.O............OO..............................
..........O..O..........O....O............................
.........OO.......O....O..................................
........O......OO.O....O.....O............................
.......OOOOOO..O.......OOOOOO.............................
....OO.......O...OOOO.....................................
...O...OOO.O....O.........................................
..O...O...OO.O..OO.O..O...................................
..O.....OO...O.....O......................................
..OOO...OOOO.O.......O.OO.................................
...........O.........O..O......O..........................
..OOO......O.O.......O..O....O.O..........................
.O.....O.....O........OO......OO.....O..OO..OO..OO..OO..OO
O...OO.O...OO.......................OO..OO..OO..OO..OO..OO
O...O......OOO............................................
O...OO.O...OO.......................OO..OO..OO..OO..OO..OO
.O.....O.....O........OO......OO.....O..OO..OO..OO..OO..OO
..OOO......O.O.......O..O....O.O..........................
...........O.........O..O......O..........................
..OOO...OOOO.O.......O.OO.................................
..O.....OO...O.....O......................................
..O...O...OO.O..OO.O..O...................................
...O...OOO.O....O.........................................
....OO.......O...OOOO.....................................
.......OOOOOO..O.......OOOOOO.............................
........O......OO.O....O.....O............................
.........OO.......O....O..................................
..........O..O..........O....O............................
...........O.O............OO..............................
By periodically burning the bi-block fuse using perturbations by a following backrake and spaceships, c/2 rakes can be created for all periods that are a multiple of eight.

:bi-boat = boat-tie

:biclock The following pure glider generator consisting of two clocks. 

..O....
OO.....
..OO...
.O...O.
...OO..
.....OO
....O..

:big beacon = figure-8

:big fish = HWSS

:big glider (c/4 diagonally, p4) This was found by Dean Hickerson in December 1989 and was the first known diagonal spaceship other than the glider. 

...OOO............
...O..OOO.........
....O.O...........
OO.......O........
O.O....O..O.......
O........OO.......
.OO...............
.O..O.....O.OO....
.O.........OO.O...
...O.O......OO..O.
....OO.O....OO...O
........O.......O.
.......OOOO...O.O.
.......O.OO...OOOO
........O...OO.O..
.............OO...
.........O.OOO....
..........O..O....

:big S (p1) 

....OO.
...O..O
...O.OO
OO.O...
O..O...
.OO....

:big table = dock

:billiard table = billiard table configuration.

:billiard table configuration Any oscillator in which the rotor is enclosed within the stator. Examples include airforce, cauldron, clock II, Hertz oscillator, negentropy, pinwheel, pressure cooker and scrubber.

:bi-loaf This term has been used in at least three different senses. A bi-loaf can be half a bakery: 

.O.....
O.O....
O..O...
.OO.O..
...O.O.
...O..O
....OO.
or it can be the following much less common still life: 
..O....
.O.O...
O..O...
.OO.OO.
...O..O
...O.O.
....O..
or the following pure glider generator: 
..O.
.O.O
O..O
.OO.
O..O
O.O.
.O..

:bipole (p2) The barberpole of length 2. 

OO...
O.O..
.....
..O.O
...OO

:bi-pond (p1) 

.OO....
O..O...
O..O...
.OO.OO.
...O..O
...O..O
....OO.

:bi-ship = ship-tie

:bistable switch A Spartan memory cell found by Paul Callahan in 1994. It can be in one of two states, containing either a boat or a block. Input gliders on the appropriate paths can change the boat to a block, or vice-versa, while also emitting an output glider. Unlike many memory cells, attempts to change the state to the one it is already in are ignored with the glider passing through with no reaction. This makes it easy to reset the memory cell to a known state. Which of the two states is considered the SET and which considered the RESET is just a matter of convention.

The pattern below shows the "boat" state of the memory cell in its original 1994 form. Two gliders are also shown to indicate the input paths used to change the states. A smaller version is shown under century eater, with the circuit in its "block" state.

As shown, the rightmost glider changes the state from a boat to a block and emits a glider to the upper right, while the leftmost glider passes through unchanged. Alternatively, when the state contains a block, then the leftmost glider changes the state from a block to a boat, and emits a glider to the lower right, while the rightmost glider passes through unchanged. 

................................O........................
................................OOO......................
...................................O.....................
..................................OO.....................
.O.......................................................
..O........................OO.................OO.........
OOO.........................O.................O..........
............................O.O.............O.O..........
.............................OO.............OO...........
.........................................................
.........................................................
.........................................................
.........................................................
.....................................O...................
....................................O.O..................
....................................O.O..................
.....................................O...................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
...........................................O...........OO
............................................O..........OO
..........................................OOO............
.........................................................
.........................................................
...........................................O.............
..........................................O.O............
...........................................OO............
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
...............................OO........................
..............................O.O........................
..............................O..........................
.............................OO..........................

:bit A live cell, if used in reference to still life population. For example, a beehive is a 6-bit still life. Other uses generally involve information storage: a memory cell such as a honey bit that can hold one binary bit of information for later retrieval.

:biting off more than they can chew (p3) Found by Peter Raynham, July 1972. 

O...........
OOO.........
...O........
..OO........
...OO.......
....OO......
...O..O.....
...O..OO....
....OO.OOO..
........O.O.
..........O.
..........OO

:Black&White = Immigration

:blasting cap The pi-heptomino (after the shape at generation 1). A term used at MIT and still occasionally encountered.

:blinker (p2) The smallest and most common oscillator. Found by Conway, March 1970. 

OOO

:blinker fuse A clean fuse made from a row of blinkers separated by one cell gaps. The blinker row wick is usually created by a blinker puffer. The fuse can burn in at least three different ways at a speed of 2c/3 depending on the method used to ignite the end of the row of blinkers. This variant has found the most use. The burning advances 12 cells every 18 generations. 

....................................................O.
.............................................OO.O..O.O
............................................O.O.OOOO.O
OOO.OOO.OOO.OOO.OOO.OOO.OOO.OOO.OOO.OOO.OOO.O.........
............................................O.O.OOOO.O
.............................................OO.O..O.O
....................................................O.
Fuses can also be made with blinker rows which contain occasional two cell gaps, since the burning reaction is able to bridge those gaps.

:blinker puffer Any puffer whose output is blinkers. However, the term is particularly used for p8 c/2 puffers. The first such blinker puffer was found by Robert Wainwright in 1984, and was unexpectedly simple: 

...O.....
.O...O...
O........
O....O...
OOOOO....
.........
.........
.........
.OO......
OO.OOO...
.OOOO....
..OO.....
.........
.....OO..
...O....O
..O......
..O.....O
..OOOOOO.
Since then many more blinker puffers have been found. The following one was found by David Bell in 1992 when he was trying to extend an x66: 
.............OOO.
............OOOOO
...........OO.OOO
............OO...
.................
.................
.........O.O.....
..O.....O..O.....
.OOOOO...O.O.....
OO...OO.OO.......
.O.......O.......
..OO..O..O.......
..........O......
..OO..O..O.......
.O.......O.......
OO...OO.OO.......
.OOOOO...O.O.....
..O.....O..O.....
.........O.O.....
.................
.................
............OO...
...........OO.OOO
............OOOOO
.............OOO.
The importance of this larger blinker puffer (and others like it), is that the engine which produces the blinker output is only p4. The blinker row produced by the puffer can easily be ignited, and the resulting blinker fuse burns cleanly with a speed of 2c/3. When the burning catches up to the engine, it causes a phase change in the puffer. This fact allows p8 blinker puffers to be used to construct rakes of all periods which are large multiples of four.

:blinker pull The following glider/blinker collision, which moves a blinker (-1,3) toward the glider source: 

OOO.
....
....
....
.OOO
.O..
..O.

:blinkers bit pole (p2) Found by Robert Wainwright, June 1977. 

.....OO
OOO.O.O
.......
.O.O..O
O....O.
OO...O.

:blinker ship A growing spaceship in which the wick consists of a line of blinkers. An example by Paul Schick based on his Schick engine is shown below. Here the front part is p12 and moves at c/2, while the back part is p26 and moves at 6c/13. Every 156 generations 13 blinkers are created and 12 are destroyed, so the wick becomes one blinker longer. 

..........OOOO.............
..........O...O............
..........O................
.OO........O..O............
OO.OO......................
.OOOO...O..................
..OO...O.OO........O....OOO
......O...O........O....O.O
..OO...O.OO........O....OOO
.OOOO...O..................
OO.OO......................
.OO........O..O............
..........O................
..........O...O............
..........OOOO.............

:block (p1) The most common still life, and also the most common object produced by 2-glider collisions (six different ways). 

OO
OO
This can be used as a catalyst in many reactions. For examples, it can destroy the beehive produced by the queen bee shuttle and can destroy an evolving honey farm: 
..O.O....
..OO.....
...O.....
.........
.......OO
OOO....OO
..O......
.O.......

:blockade (p1) A common formation of four blocks. The final form of lumps of muck. 

OO.....................
OO.....................
.......................
.......................
.OO.................OO.
.OO.................OO.
.......................
.......................
.....................OO
.....................OO

:block and dock (p1) 

...OO.
...OO.
......
.OOOO.
O....O
OO..OO

:block and glider (stabilizes at time 106) 

OO..
O.O.
..OO

:blocker (p8) Found by Robert Wainwright. See also filter. 

......O.O.
.....O....
OO..O....O
OO.O..O.OO
....OO....

:block factory Any factory circuit that produces a block in response to an input signal. For a useful high-clearance example see keeper.

:Blockic Adjective for constellations consisting entirely of blocks. It's possible to arrange blocks in a way that can be triggered by a single glider to produce any glider constructible pattern. A simple example of a Blockic pattern is shown under fuse. See also seed.

:block keeper See keeper.

:block-laying switch engine See stabilized switch engine.

:block on big table = block and dock

:block on table (p1) 

..OO
..OO
....
OOOO
O..O

:block pull The following glider/block collision, which moves a block (2,1) toward the glider source. Performing this reaction twice using a salvo of two gliders can move a block diagonally back by three cells, which can be of use for a sliding block memory. 

OO.
OO.
...
...
...
...
OOO
O..
.O.

:block pusher A pattern emitting streams of gliders which can repeatedly push a block further away. This can be used as part of a sliding block memory.

The following pattern, in which three gliders push a block one cell diagonally, is an example of how a block pusher works. 

...................O.O
...................OO.
....................O.
......................
......................
......................
...O..................
..O...................
..OOO.................
......................
......................
......................
......................
OO...O................
OO...O.O..............
.....OO...............

A universal construction elbow recipe library is also likely to contain one or more block-pushing reactions, since blocks are commonly used as elbows.

:blom (stabilizes at time 23314) The following methuselah, found by Dean Hickerson in July 2002. 

O..........O
.OOOO......O
..OO.......O
..........O.
........O.O.

:blonk A block or a blinker. This term is mainly used in the context of sparse Life and was coined by Rich Schroeppel in September 1992.

:blonker (p6) The following oscillator, found by Nicolay Beluchenko in April 2004. 

O..OO....O..
OO..O.OO.O..
....O.O.....
.....OO.....
.......O....
.......O...O
.........O.O
..........O.

:BLSE = block-laying switch engine

:BNE14T30 A B-heptomino to glider converter found by Tanner Jacobi on 26 May 2016. This converter has the unusual property of being an edge shooter where no part of the reaction's envelope extends beyond the glider's output lane. It can be easily connected to Herschel circuitry via HFx58B or other known elementary conduits. 

...........OO....
...........O.O...
.............O...
.......OO...O.OO.
........O...O...O
........O.OO.OO.O
.........O.O.O.O.
.................
.................
.................
.................
.................
O................
.O...............
.OO..............
OO...............
O................
.................
.................
.................
OO...............
OO...............

:boat (p1) The only 5-cell still life. 

OO.
O.O
.O.
A boat can be used as a 90-degree one-time turner.

:boat-bit A binary digit represented by the presence of a boat next to a snake (or other suitable object, such as an aircraft carrier). The bit can be toggled by a glider travelling along a certain path. A correctly timed glider on a crossing path can detect whether the transition was from 1 to 0 (in which case the crossing glider is deleted) or from 0 to 1 (in which case it passes unharmed). Three gliders therefore suffice for a non-destructive read. The mechanisms involved are shown in the diagram below. Here the bit is shown in state 0. It is about to be set to 1 and then switched back to 0 again. The first crossing glider will survive, but the second will be destroyed. 

......O..................
.......O.................
.....OOO.................
.........................
.........................
.........................
.........................
.........................
.........................
.........................
................O........
..............O.O........
..........OO...OO........
...........OO............
..........O..........O.OO
.....................OO.O
.........................
.........................
.........................
.........................
.........................
.O.......................
.OO......................
O.O......................

In January 1997 David Bell found a method of reading the bit while setting it to 0. A MWSS is fired at the boat-bit. If it is already 0 (absent) then the MWSS passes unharmed, but if it is 1 (present) then the boat and the MWSS are destroyed and, with the help of an eater1, converted into a glider which travels back along exactly the same path that is used by the gliders that toggle the boat-bit. 

................................................O........
................................................OOO......
...................................................O.....
..................................................OO.....
.........................................................
.........................................................
.........................................................
.........................................................
..O......................................................
O...O..............................................O.....
.....O..............................OOOOO...........O....
O....O.............................O....O.........OOO....
.OOOOO..................................O................
...................................O...O.................
.....................................O...................
.........................................................
.........................................................
.......................................................OO
........................................................O
.......................................................O.
.......................................................OO
There are many other equivalent methods based on alternate incoming test signals.

:boat maker (c p4 fuse) 

................OO
...............O.O
..............O...
.............O....
............O.....
...........O......
..........O.......
.........O........
........O.........
.......O..........
......O...........
.....O............
OOOOO.............
....O.............
....O.............
....O.............
....O.............

:boat on boat = boat-tie

:boat-ship-tie = ship tie boat

:boatstretcher See tubstretcher.

:boat-tie (p1) A 10-cell still life consisting of two boats placed tip-to-tip. The name is a pun on "bow tie". 

.O....
O.O...
.OO...
...OO.
...O.O
....O.

:bobsled = switch engine channel.

:boojum reflector (p1) Dave Greene's name for the following 180-degree glider reflector which he found in April 2001, winning $100 bounties offered by Alan Hensel and Dieter Leithner. The name is taken from Lewis Carroll's _The Hunting of the Snark_, referring to the fact that a small 90-degree stable reflector was really what was wanted. 180-degree reflectors are relatively undesirable and have limited use in larger circuitry constructions.

The boojum reflector was the smallest and fastest known stable reflector until the discovery of the rectifier in 2009, followed by the Snark in 2013. 

....O.O......OO.............................
.....OO......OO.............................
.....O......................................
............................................
............................................
............................................
............................................
............................................
............................................
........................................O...
.......................................O.O..
.......................................O.O..
....................OO................OO.OO.
....................OO......................
......................................OO.OO.
..OO..................................OO.O..
.O.O.......................................O
.O........................................OO
OO..........................................
............................................
..................................OO........
..................................OO....OO..
...........OO...........................O.O.
..........O.O.............................O.
..........O...............................OO
.........OO.......................OO........
..................................OO........
............................................
............................................
.............................O..............
............................O.O.............
.............................O..............

:bookend The following induction coil. It is generation 1 of century. 

..OO
O..O
OOO.

:bookends (p1) 

OO...OO
O.O.O.O
..O.O..
.OO.OO.

:boss (p4) Found by Dave Buckingham, 1972. 

.....O.....
....O.O....
....O.O....
...OO.OO...
..O.....O..
.O.O.O.O.O.
.O.O...O.O.
OO.O...O.OO
O..O.O.O..O
..O.....O..
...OO.OO...
....O.O....
....O.O....
.....O.....

:bottle (p8) Found by Achim Flammenkamp in August 1994. The name is a back-formation from ship in a bottle. 

....OO......OO....
...O..O....O..O...
...O.O......O.O...
.OO..OOO..OOO..OO.
O......O..O......O
O.OO..........OO.O
.O.O..........O.O.
...OO........OO...
..................
..................
...OO........OO...
.O.O..........O.O.
O.OO..........OO.O
O......O..O......O
.OO..OOO..OOO..OO.
...O.O......O.O...
...O..O....O..O...
....OO......OO....

:bouncer A label used for the small periodic colour-changing glider reflectors discovered mainly by Noam Elkies in the late 1990s. See p5 bouncer, p6 bouncer, p7 bouncer, p8 bouncer, or p15 bouncer.

:bounding box The smallest rectangular array of cells that contains the whole of a given pattern. For oscillators and guns this usually is meant to include all phases of the pattern, but in the case of guns, the outgoing stream(s) are excluded. The bounding box is one of the standard ways to measure the size of an object; the other standard metric is the population.

:bow tie = boat-tie

:brain (c/3 orthogonally, p3) Found by David Bell, May 1992. 

.OOO.........OOO.
O.O.OO.....OO.O.O
O.O.O.......O.O.O
.O.OO.OO.OO.OO.O.
.....O.O.O.O.....
...O.O.O.O.O.O...
..OO.O.O.O.O.OO..
..OOO..O.O..OOO..
..OO..O...O..OO..
.O....OO.OO....O.
.O.............O.

:branching spaceship An extensible spaceship containing components which can be attached in multiple ways so that the result can contain arbitrarily many arms arranged like a binary tree. Here is an example of a period 2 c/2 branching spaceship, which also includes a wicktrailer: 

.....................O.................O......................
....................OOO...............OOO.....................
..................OO.OOO.............OOO.OO...................
...................O..O.OO....O....OO.O..O....................
................OO.O....O.O.OO.OO.O.O....O.OO.................
................OO.O.O..O.O.......O.O..O.O.OO.................
................O........OOO.O.O.OOO........O....OOO..........
...............OO.......OO.........OO.......OO..O...O.........
...............O...............................O....OO........
........OOO....OOOO.........................OOOO..OO.O........
.......O...O..OO..OO..........................O.O....OO.......
......OO....O......O....OOO.........................O.........
......O.OO..OOOO...OO..O...O..........................OOO.....
.....OO....O.O........O....OO...........................OO....
.......O...........OOOO..OO.O............................O....
...OOO...............O.O....OO...........................OO...
..OO.......................O..................................
..O..........................OOO..............................
.OO............................OO.............................
.O..............................O....OOO......................
.OOOO...........................OO..O...O.....................
OO..OO.............................O....OO....................
.....O....OOO...................OOOO..OO.O....................
.....OO..O...O....................O.O....OO...................
........O....OO.........................O.....................
.....OOOO..OO.O...........................OOO.................
.......O.O....OO............................OO................
.............O...............................O................
...............OOO...........................OO...............
.................OO...........................O...............
..................O........................OOOO....OOO........
..................OO......................OO..OO..O...O.......
...................O...............OOO....O......O....OO......
................OOOO..............O...O..OO...OOOO..OO.O......
...............OO..OO............OO....O........O.O....OO.....
...............O.................O.OO..OOOO...........O.......
..............OO................OO....O.O...............OOO...
..............O...................O.......................OO..
..............OOOO............OOO..........................O..
.............OO..OO..........OO............................OO.
..................O..........O..............................O.
..................OO........OO...........................OOOO.
...................O........O...........................OO..OO
................OOOO........OOOO........................O.....
...............OO..OO......OO..OO......................OO.....
...............O................O......................O......
..............OO................OO.....................OOOO...
..............O.......................................OO..OO..
..............OOOO.........................................O..
.............OO..OO........................................OO.
..................O...........................................
..................OO..........................................
Branching spaceships have also been constructed for other speeds, such as c/3.

:breeder Any pattern whose population grows at a quadratic rate, although it is usual to exclude spacefillers. It is easy to see that this is the fastest possible growth rate.

The term is also sometimes used to mean specifically the breeder created by Bill Gosper's group at MIT, which was the first known pattern exhibiting superlinear growth.

There are four common types of breeder, known as MMM, MMS, MSM and SMM (where M=moving and S=stationary). Typically an MMM breeder is a rake puffer, an MMS breeder is a puffer producing puffers which produce stationary objects (still lifes and/or oscillators), an MSM breeder is a gun puffer and an SMM breeder is a rake gun. There are, however, less obvious variants of these types. Other less common breeder categories (SSS, hybrid MSS/MSM, etc.) can be created with some difficulty, based on universal constructor technology; see Pianola breeder.

The original breeder was of type MSM (a p64 puffer puffing p30 glider guns). The known breeder with the smallest initial population is switch-engine ping-pong.

:bridge A term used in naming certain still lifes (and the stator part of certain oscillators). It indicates that the object consists of two smaller objects joined edge to edge, as in snake bridge snake.

:broken lines A pattern constructed by Dean Hickerson in May 2005 which produces complex broken lines of gliders and blocks.

:broth = soup

:BRx46B A Spartan elementary conduit discovered by Michael Simkin on 25 April 2016, one of the relatively few known conduits that can move a B-heptomino input to a B-heptomino output without an intervening Herschel stage. 

...........OO
..OO.......OO
..OO.........
.............
.............
O..........O.
.O........O.O
.OO.......O.O
OO.........O.
O............

:BTC = billiard table configuration

:B track A track for B-heptominoes. A B-heptomino becomes a Herschel plus a block in twenty generations, so this term was nearly synonymous with Herschel track until the discovery of elementary conduits that convert a B directly to another B, or to some other non-Herschel signal output. See for example BRx46B.

:BTS A 19-cell still life made up of a bookend, a table, and a snake. Starting in 2015, with the help of Mike Playle's Bellman search program, Tanner Jacobi discovered a surprising number of ways to use this object as a catalyst for signal circuitry. One example can be seen in the CC semi-cenark entry. 

..OO...
O..O...
OOO....
.......
OO.O.OO
.O.OO.O
.O.....
OO.....

:buckaroo (p30) A queen bee shuttle stabilized at one end by an eater in such a way that it can turn a glider, as shown below. The glider turning reaction uses a banana spark and is colour-preserving. The mechanism was found by Dave Buckingham in the 1970s. The name is due to Bill Gosper. 

..O.....................
O.O.....................
.OO.....................
...........O............
.........O.O............
........O.O.............
.......O..O...........OO
........O.O...........OO
...OO....O.O............
..O.O......O............
..O.....................
.OO.....................

:bullet heptomino Generation 1 of the T-tetromino. 

.O.
OOO
OOO

:bumper One of several periodic colour-preserving glider reflectors discovered by Tanner Jacobi on 6 April 2016. See p3 bumper, p4 bumper, p5 bumper, p6 bumper, p7 bumper, p8 bumper, p9 bumper, p11 bumper, and p15 bumper.

:bun The following induction coil. By itself this is a common predecessor of the honey farm. See also cis-mirrored R-bee. 

.OO.
O..O
.OOO

:bunnies (stabilizes at time 17332) This is a parent of rabbits and was found independently by Robert Wainwright and Andrew Trevorrow. 

O.....O.
..O...O.
..O..O.O
.O.O....

:burloaf = loaf

:burloaferimeter (p7) Found by Dave Buckingham in 1972. See also airforce. 

....OO....
.....O....
....O.....
...O.OOO..
...O.O..O.
OO.O...O.O
OO.O....O.
....OOOO..
..........
....OO....
....OO....

:burn A reaction which travels indefinitely as a wave through the components of a wick or an agar. A burning wick is known as a fuse.

If the object being burned has a spatial periodicity, then the active area of the burning usually remains bounded and so eventually develops a periodicity too. It is unknown whether this will always occur.

The speed of burning can range from arbitrarily slow up to the speed of light. The results of burning can be clean (leaving no debris), or leaving debris usually much different from the original object. In rare cases, a reburnable fuse produces an exact copy of the original object, allowing the creation of objects such as the telegraph.

In many useful cases burning can be initiated by impacting an object with gliders or other spaceships. An object might be able to burn in more than one way, depending on how the burn is initiated.

:bushing That part of the stator of an oscillator which is adjacent to the rotor. Compare casing.

:butterfly The following pattern, or the formation of two beehives that it evolves into after 33 generations. (Compare teardrop, where the beehives are five cells closer together.) 

O...
OO..
O.O.
.OOO

:Bx125 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in November 1998. After 125 ticks, it produces an inverted Herschel rotated 180 degrees at (-9, -17) relative to the input. Its recovery time is 166 ticks. A ghost Herschel in the pattern below marks the output location: 

...........................O..........
..O.......................O.O.........
..O.......................O.O.........
OOO.........OO...........OO.OOO.......
O...........OO.................O......
.........................OO.OOO.......
.........................OO.O.........
......................................
......................................
......................................
......................................
......................................
......................................
......................................
......................................
....................................OO
....................................OO
......................................
.........O............................
.........O.O..........................
.........OOO..........................
...........O..........................
......................................
.......................OO.............
.......................O..............
........................OOO...........
..........................O...........

:Bx222 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in October 1998. It is made up of three elementary conduits, HF95P + PB68B + BFx59H. After 222 ticks, it produces a mirror-reflected Herschel rotated 180 degrees, at (6, -16) relative to the input. Its recovery time is 271 ticks. A ghost Herschel in the pattern below marks the output location: 

.............O............................
....OO.....OOO.......OO...................
.....O....O..........O....................
.....O.O...O..........O...................
......O.O...O........OO...................
.......O...OO.................O......O....
............................OOO.....O.O...
...........................O........O.O...
...........................OO......OO.OOO.
.........................................O
..O...............OO...............OO.OOO.
..O...............OO...............OO.O...
OOO.......................................
O.........................................
..........................................
..........................................
........................................OO
........................................O.
......................................O.O.
......................................OO..
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
......O...................................
......O.O.................................
......OOO.................................
........O....................OO...........
.............................O............
..................OO..........O...........
..................OO..OO.....OO...........
......................O.O.................
........................O.................
........................OO................

:by flops (p2) Found by Robert Wainwright. 

...O..
.O.O..
.....O
OOOOO.
.....O
.O.O..
...O..
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:J = Herschel

:jack (p4) Found by Robert Wainwright, April 1984. 

...O.....O...
...OO...OO...
O..OO...OO..O
OOO..O.O..OOO
.....O.O.....
OOO..O.O..OOO
O..OO...OO..O
...OO...OO...
...O.....O...

:jagged lines A pattern constructed by Dean Hickerson in May 2005 that uses puffers to produce a line of bi-blocks that weaves back and forth in a complicated way.

:jam (p3) Found by Achim Flammenkamp in 1988, but not widely known about until its independent discovery (and naming) by Dean Hickerson in September 1989. Compare with mold. In fact this is really very like caterer. In terms of its 7x7 bounding box it ties with trice tongs as the smallest p3 oscillator. 

...OO.
..O..O
O..O.O
O...O.
O.....
...O..
.OO...

:JavaLifeSearch See lifesrc.

:Jaws A breeder constructed by Nick Gotts in February 1997. In the original version Jaws had an initial population of 150, which at the time was the smallest for any known pattern with superlinear growth. In November 1997 Gotts produced a 130-cell Jaws using some switch engine predecessors found by Paul Callahan. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

Jaws consists of eight pairs of switch engines which produce a new block-laying switch engine (plus masses of junk) every 10752 generations. It is therefore an MMS breeder.

:JC = dead spark coil

:JHC John Horton Conway. Also another name for monogram.

:J-heptomino = Herschel

:JLS = JavaLifeSearch

:Jolson (p15) Two blocks hassled by two pentadecathlons. Found by Robert Wainwright in November 1984 and named by Bill Gosper. A p9 version using snackers instead of pentadecathlons is also possible. 

.OO......OO..
O..O....O..O.
O..O....O..O.
O..O....O..O.
.OO......OO..
.............
.............
.......O.....
.....O..O.OO.
......OO..OO.
.............
.............
......OOOO...
.....OOOOOO..
....OOOOOOOO.
...OO......OO
....OOOOOOOO.
.....OOOOOO..
......OOOO...

:junk = ash.

:Justyna (stabilizes at time 26458) The following methuselah found by Andrzej Okrasinski in May 2004. 

.................O....
................O..O..
.................OOO..
.................O..O.
......................
OO................O...
.O................O...
..................O...
......................
......................
......................
......................
......................
......................
......................
...................OOO
...........OOO........
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:R = R-pentomino

:R190 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in July 1996. It is made up of two elementary conduits, HRx131B + BFx59H. After 190 ticks, it produces a Herschel turned 90 degrees clockwise at (24, 16) relative to the input. Its recovery time is 107 ticks. A ghost Herschel in the pattern below marks the output location: 

..........OO.........................
.......OO..O.........................
.....OOO.OO..........................
....O................................
.O..OOOO.OO..........................
.OOO...O.OO..........................
....O................................
...OO..........................OO....
...............................O.....
.............................O.O.....
.............................OO......
.....................................
.....................................
.....................................
.....................................
.................................OO.O
.................................O.OO
.....................................
O.........................OO.........
O.O.......................OO.........
OOO..................................
..O..................................
.....................................
.....................................
.........OO...OO.....................
..........O...O......................
.......OOO.....OOO...................
.......O.........O...................
.................O.O.................
..................OO.................
.....................................
.....................................
.....................................
.....................................
.....................................
.........................OOO.........
.........................O...........
........................OO...........

:R2D2 (p8) This was found, in the form shown below, by Peter Raynham in the early 1970s. The name derives from a form with a larger and less symmetric stator found by Noam Elkies in August 1994. Compare with Gray counter. 

.....O.....
....O.O....
...O.O.O...
...O.O.O...
OO.O...O.OO
OO.O...O.OO
...O...O...
...O.O.O...
....O.O....
.....O.....

:r5 = R-pentomino

:R64 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in September 1995. After 64 ticks, it produces a Herschel rotated 90 degrees clockwise at (11, 9) relative to the input. Its recovery time is 153 ticks, though this can be improved to 61 ticks by adding a from-the-side eater inside the turn to avoid interference from the output Herschel's first natural glider, as shown below. A ghost Herschel in the pattern below marks the output location: 

..........OO...........
..........OO.....OO....
.................OO....
.......................
.......................
...............OO......
...............OO......
.....................OO
.....................OO
.......................
.......................
.......................
.O.....................
.O.O...................
.OOO...................
...O...................
.......................
.......................
.......................
...OO.OO...............
..O.O.O.O..............
..O.O..O...............
.OO.O........OOO.......
O...OO.......O.........
.O.O..O.O...OO.........
OO.OO..OO..............
R64 is one of the simplest known Spartan conduits, one of the two known Blockic conduits, and one of the few elementary conduits in the original set of sixteen. See also p256 gun.

:rabbits (stabilizes at time 17331) A 9-cell methuselah found by Andrew Trevorrow in 1986. 

O...OOO
OOO..O.
.O.....
The following predecessor, found by Trevorrow in October 1995, has the same number of cells and lasts two generations longer. 
..O....O
OO......
.OO.OOO.

:racetrack A pattern in which a signal makes its way in a loop through an "obstacle course" of reactions in order to demonstrate various ways that the signal can be reflected, temporarily stored, and converted. The more different reactions that are used the better the racetrack. David Goodenough built racetracks for p30 and p46 technology in 1995. Racetracks are also known for Herschel conduit technology, and simple ones are useful for building oscillators and glider guns.

:rake Any puffer whose debris consists of spaceships. A rake is said to be forwards, backwards or sideways according to the direction of the spaceships relative to the direction of the rake. Originally the term "rake" was applied only to forwards c/2 glider puffers (see space rake). Many people prefer not to use the term in the case where the puffed spaceships travel parallel or anti-parallel to the puffer, as in this case they do not rake out any significant region of the Life plane (and, in contrast to true rakes, these puffers cannot travel in a stream, and so could never be produced by a gun).

Although the first rakes (circa 1971) were c/2, rakes of other velocities have since been built. Dean Hickerson's construction of Corderships in 1991 made it easy for c/12 diagonal rakes to be built, although no one actually did this until 1998, by which time David Bell had constructed c/3 and c/5 rakes (May 1996 and September 1997, respectively). Jason Summers constructed a 2c/5 rake in June 2000 (building on work by Paul Tooke and David Bell) and a c/4 orthogonal rake in October 2000 (based largely on reactions found by David Bell).

The smallest possible period for a rake is probably 7, as this could be achieved by a 3c/7 orthogonal backwards glider puffer. The smallest period attained to date is 8 (Jason Summers' backrake, March 2001).

:$rats (p6) Found by Dave Buckingham, 1972. 

.....OO.....
......O.....
....O.......
OO.O.OOOO...
OO.O.....O.O
...O..OOO.OO
...O....O...
....OOO.O...
.......O....
......O.....
......OO....

:rattlesnake (p11) Found by Dean Hickerson in January 2016 and named by Jeremy Tan. 

........OO...
........O....
.........O...
........OO...
.............
.............
.............
.....O.......
.....OO......
OO.O.O.OOO...
O.OO.O.O.O...
......O..OOO.
.......OO...O
.........OOO.
.........O...

:R-bee = bun. This name is due to the fact that the pattern is a single-cell modification of a beehive.

:reaction envelope The collection of cells that are alive during some part of a given active reaction. This term is used for Herschel circuits and other stable circuitry, whereas construction envelope is specific to recipes in self-constructing circuitry.

There are some subtleties at the edges of the envelope. Specifically, two reactions that have the exact same set of cells defining their envelopes may have different behavior when placed next to a single-cell protrusion like the tail of an eater1, or one side of a tub. The difference depends on whether two orthogonally adjacent cells at the edge of the envelope are ever simultaneously alive, within the protruding cell's zone of influence.

:reanimation A reaction performed by a convoy of spaceships (or other moving objects) which converts a common stationary object into a glider without harming the convoy. This provides one way for signals that have been frozen in place by some previous reaction to be released for use.

Simple reactions using period 4 c/2 spaceships have been found for reanimating a block, boat, beehive, ship, loaf, bi-block, or toad. The most interesting of these is for a beehive since it seems to require an unusual p4 spaceship: 

..........O.......................
.........O.O......................
.........O.O......................
..........O.......................
..................................
...............OOO.............OOO
..............O..O.....OOO....O..O
.................O....O..O.......O
.............O...O....O...O..O...O
.................O..O...O.O......O
..OOO............O.O........OO..O.
.O..O..............O........OOOOO.
....O..........OOO...O......OO....
O...O..........................OO.
O...O.............................
....O.............................
.O.O...............O..............
..................OOO.............
.................OO.O.............
....O............OOO..............
...OOO...........OOO..............
...O.OO..........OOO..............
....OOO...........OO..............
....OOO...........................
....OO............................

Reanimation of a loaf is used many times in the Caterloopillar. It is also used in the Caterpillar as part of its catch and throw mechanism. Finally, reanimation can produce rakes from some puffers. See stop and restart for a similar idea that applies to Herschel conduits and other signal circuitry.

There are small objects which have no known reanimation reactions using c/2 ships other than the brute force method of hitting them with the output of rakes.

:reburnable fuse A very rare type of fuse whose output is identical to its input, possibly with some spatial and/or temporal offset. See lightspeed wire for an example. Reburnable fuses are used primarily in the construction of fixed-speed self-supporting macro-spaceships, where the speed of the fuse's burning reaction becomes the speed of the spaceship. Examples include the Caterpillar, Centipede, and waterbear.

:receiver See Herschel receiver.

:recipe = glider synthesis or construction recipe.

:recovery time The number of ticks that must elapse after a signal is sent through a conduit, before another signal can be safely sent on the same path. In general, a lower recovery time means a more useful conduit. For example, the Snark's very low recovery time allowed for the creation of oscillators with previously unknown periods, 43 and 53.

For the most part this is a synonym for repeat time. However, overclocking a complex circuit can often allow it to be used at a repeat time much lower than its safe recovery time.

:rectifier The smallest known 180-degree reflector, discovered by Adam P. Goucher in 2009. It was the smallest and fastest stable reflector of any kind until the discovery of the Snark in 2013. The rectifier has the same output glider as the boojum reflector but a much shorter repeat time of only 106 ticks.

Another advantage of the rectifier is that the output glider is on a transparent lane, so it can be used in logic circuitry to merge two signal paths. 

..O.........................................
O.O.........................................
.OO.........................................
............................................
..............O.............................
.............O.O............................
.............O.O............................
..............O.............................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
.......................OO...................
.......................OO...................
............................................
.....OO.....................................
....O.O.....................................
....O.......................................
...OO.......................................
..................................OO........
.................................O..O..OO...
.................................O.O....O...
..............OO..................O.....O.OO
.............O.O.....................OO.O.O.
.............O.......................O..O..O
............OO....................O....O..OO
..................................OOOOO.....
............................................
....................................OO.O....
....................................O.OO....
............................OOO.............
............................O...............
.............................O..............

:recursive filter A toolkit developed by Alexey Nigin in July 2015, which enables the construction of patterns with population growth that asymptotically matches an infinite number of different superlinear functions. Toolkits enabling other, sublinear infinite series had been completed by Dean Hickerson and Gabriel Nivasch in 2006. See quadratic filter and exponential filter.

Sublinear functions are possible using the recursive-filter toolkit as well. It can be used to construct a glider-emitting pattern with a slowness rate S(t) = O(log***...*(t)), the nth-level iterated logarithm of t, which asymptotically dominates any primitive-recursive function f(t).

:reflector Any stable or oscillating pattern that can reflect some type of spaceship (usually a glider) without suffering permanent damage. A pattern that is damaged or destroyed during the reflection process is generally called a one-time turner instead.

The first known reflector was the pentadecathlon, which functions as a 180-degree glider reflector (see relay). Other examples include the buckaroo, the twin bees shuttle and some oscillators based on the traffic jam reaction. Glider guns can also be made into reflectors, although these are mostly rather large.

In September 1998 Noam Elkies found some fast small-period glider reflectors, with oscillators supplying the required domino sparks at different periods. A figure-8 produced a p8 bouncer, and a p6 pipsquirter produced an equivalent p6 bouncer. A more complicated construction allows a p5 bouncer (which, as had been anticipated, soon led to a true p55 Quetzal gun). And in August 1999 Elkies found a suitable sparker to produce a p7 bouncer, allowing the first p49 oscillator to be constructed.

These were all called simply "p5 reflector", "p6 reflector", etc., until 6 April 2016 when Tanner Jacobi discovered an equally small and simple reaction, the bumper, starting with a loaf as bait instead of a boat. This resulted in a series of periodic colour-preserving reflectors, whereas Elkies' bouncer reflectors are all colour-changing. A useful mnemonic is that "bouncer" contains a C and is colour-changing, whereas "bumper" contains a P and is colour-preserving.

Stable reflectors are special in that if they satisfy certain conditions they can be used to construct oscillators of all sufficiently large periods. It was known for some time that stable reflectors were possible (see universal constructor), but no one was able to construct an explicit example until Paul Callahan did so in October 1996.

Callahan's original reflector has a repeat time of 4840, soon improved to 1686, then 894, and then 850. In November 1996 Dean Hickerson found a variant in which this is reduced to 747. Dave Buckingham reduced it to 672 in May 1997 using a somewhat different method, and in October 1997 Stephen Silver reduced it to 623 by a method closer to the original. In November 1998 Callahan reduced this to 575 with a new initial reaction. A small modification by Silver a few days later brought this down to 497.

In April 2001 Dave Greene found a 180-degree stable reflector with a repeat time of only 202 (see boojum reflector). This reflector won bounties offered by Dieter Leithner and Alan Hensel. Half of the prize money was recycled into a new prize for a small 90-degree reflector, which in turn was won by Mike Playle's colour-preserving Snark reflector. The Snark is currently the smallest known stable reflector, with a recovery time of 43. Playle has offered a $100 prize for a colour-changing stable reflector contained within a 25 by 25 bounding box, with a recovery time of 50 generations or less.

As of June 2018, the following splitter is among the smallest known 90-degree colour-changing reflectors. The top output can be blocked off by an eater if needed. For small 180-degree colour-changing reflectors see rectifier, and also the sample pattern in splitter. 

................OO...........O......OO..................
................OO..........O.O....O..O.................
............................O.O...O.OOO..OO.............
...........................OO.OO.O.O......O.............
...............................O.O...OO...O.O...........
...........................OO.O..OOOO.O....OO...........
...........................OO.O.O...O...................
...............................O.O...O..................
................................O.O...O.................
.................................O...OO..............O..
....................................................O.O.
.....................................................O..
........................................................
........................OO..............................
........................OO..............................
.........OO.............................................
........O..O............................................
.......O.OO..........................................OO.
.......O.............................................OO.
......OO................................................
.....................OO.................................
.....................O..................................
......................OOO...............................
........................O.....OO........................
.............................O.O........................
.............................O..........................
............................OO..........................
........................................................
........................................................
....................................O...............OO..
...................................O.O..............O.O.
...................................O.O................O.
....................................O.................OO
OOO.....................................OO..............
..O.....................................O.O.............
.O........................................O.............
..........................................OO............

:reflectorless rotating oscillator A pattern that rotates itself 90 or 180 degrees after some number of generations, with the additional constraint that multiple non-interacting copies of the pattern can be combined into a new oscillator with a period equal to the appropriate fraction of the component oscillators' period. The second constraint disqualifies small time-symmetric oscillators such as the blinker and monogram.

A working RRO might look something like a pi orbital or p256 gun loop containing one or more pis or Herschels in the same loop, but without any external stabilisation mechanism. Such patterns can be proven to exist (see universal constructor), but as of June 2018 none have been explicitly constructed in Life. There is no upper limit on multiplicity for a constructor-based RRO.

:regulator An object which converts input gliders aligned to some period to output gliders aligned to a different period. The most interesting case is a universal regulator, of which several have been constructed by Paul Chapman and others.

:relay Any oscillator in which spaceships (typically gliders) travel in a loop. The simplest example is the p60 one shown below using two pentadecathlons. Pulling the pentadecathlons further apart allows any period of the form 60+120n to be achieved. This is the simplest proof of the existence of oscillators of arbitrarily large period. 

...........................O....O..
................OO.......OO.OOOO.OO
.................OO........O....O..
................O..................
..O....O...........................
OO.OOOO.OO.........................
..O....O...........................

:repeater Any oscillator or spaceship.

:repeat time The minimum number of generations that is possible between the arrival of one object and the arrival of the next. This term is used for things such as reflectors or conduits where the signal objects (gliders or Herschels, for example) will interact fatally with each other if they are too close together, or one will interact fatally with a disturbance caused by the other. For example, the repeat time of Dave Buckingham's 59-step B-heptomino to Herschel conduit (shown under conduit) is 58.

:rephaser The following reaction that shifts the phase and path of a pair of gliders. There is another form of this reaction, glider-block cycle, that reflects the gliders 180 degrees. 

..O..O..
O.O..O.O
.OO..OO.
........
........
...OO...
...OO...

:replicator A finite pattern which repeatedly creates copies of itself. Such objects are known to exist (see universal constructor), but no concrete example is known. The linear propagator may be considered to be the first example of a replicator built in Life, but this is debatable as each of its copies replicates itself only once, allowing no possibility of superlinear growth.

:reverse caber tosser A storage mechanism for data feeding a universal constructor designed by Adam P. Goucher in 2018. A very large integer can be encoded in the position of a very faraway object. If the distance to that object is measured using circuitry designed to be as simple as possible, a complete decoder and universal constructor can be created by colliding a small number of gliders - no more than 329 according to a June 2018 glider synthesis, and exactly 43 according to a July 1 redesign by Chris Cain using eight far-distant GPSEs and, amazingly, no stationary circuitry except for a single catalyst block. Some intermediate designs with 50+ gliders need no stationary circuitry at all.

With the correct placement of the faraway object, the complete pattern is theoretically capable of building any glider-constructible object. This means that 43 is the maximum number of gliders required to build any constructible object, no matter what size. However, it is not possible to determine in practice what the locations of these 43 gliders should be, even for a relatively simple construction.

:reverse fuse A fuse that produces some initial debris, but then burns cleanly. The following is a simple example. 

.............OO
............O.O
...........O...
..........O....
.........O.....
........O......
.......O.......
......O........
.....O.........
....O..........
...O...........
..O............
OO.............

:revolver (p2) 

O............O
OOO....O...OOO
...O.O.O..O...
..O......O.O..
..O.O......O..
...O..O.O.O...
OOO...O....OOO
O............O

:RF28B A converter with several known forms, many of which found by Dave Buckingham in 1972 and in the early 1980s. It accepts an R-pentomino as input and produces an output B-heptomino 28 ticks later. Of nine major variants known as of July 2018, four versions are shown below. For each version, the R-pentomino inputs are shown near the left and right edges, along with the B-heptomino output locations near the center. 

........O..........................O........
.......O.O.......O................O.O......O
........O......OOO.................O.....OOO
..............O.........................O...
..............OO........................OO..
............................................
............................................
......O..........O........O..........O......
......OO..........O......O..........OO......
.....OO...........OO....OO...........OO.....
.................OO......OO.................
.................O........O.................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
......O..........O........O..........O......
......OO..........O......O..........OO......
.....OO...........OO....OO...........OO.....
.................OO......OO.................
.................O........O.................
............................................
..O.........................................
.O.O.............................O..........
O..O............................O.O.........
.OO..............................OO.........

The version in the southeast is used in Paul Callahan's Herschel receiver. The one in the northwest is part of L156, but can be replaced by the variant in the northeast which produces a forward glider output.

:RF48H Stephen Silver's alternate completion of Paul Callahan's Herschel receiver. As of June 2018 there are four known variants. The original version consists of a single loaf. A ghost Herschel marks the output location. 

......O..................O..
......OO.................O..
.....OO..................OOO
...........................O
............................
.OO.........................
O..O........................
O.O.........................
.O..........................

:Rich's p16 A period 16 oscillator found by Rich Holmes in July 2016, using apgsearch. For its use as a filter see for example p48 gun. 

....O...O....
..OO.O.O.OO..
.O...O.O...O.
O...OO.OO...O
O.O.......O.O
.O.........O.
.............
....OO.OO....
...O.O.O.O...
....O...O....

:ring of fire (p2) The following muttering moat found by Dean Hickerson in September 1992. 

................O.................
..............O.O.O...............
............O.O.O.O.O.............
..........O.O.O.O.O.O.O...........
........O.O.O..OO.O.O.O.O.........
......O.O.O.O......O..O.O.O.......
....O.O.O..O..........O.O.O.O.....
.....OO.O..............O..O.O.O...
...O...O..................O.OO....
....OOO....................O...O..
..O.........................OOO...
...OO...........................O.
.O...O........................OO..
..OOOO.......................O...O
O.............................OOO.
.OOO.............................O
O...O.......................OOOO..
..OO........................O...O.
.O...........................OO...
...OOO.........................O..
..O...O....................OOO....
....OO.O..................O...O...
...O.O.O..O..............O.OO.....
.....O.O.O.O..........O..O.O.O....
.......O.O.O..O......O.O.O.O......
.........O.O.O.O.OO..O.O.O........
...........O.O.O.O.O.O.O..........
.............O.O.O.O.O............
...............O.O.O..............
.................O................

:rle Run-length encoded. Run-length encoding is a simple (but not very efficient) method of file compression. In Life the term refers to a specific ASCII encoding used for patterns in Conway's Life and other similar cellular automata. This encoding was introduced by Dave Buckingham and is now the usual means of exchanging relatively small patterns by email or in online forum discussions.

As an example of the rle format, here is a representation of the Gosper glider gun. The "run lengths" are the numbers, b's are dead cells, o's are live cells, and dollar signs signal new lines: 

x = 36, y = 9, rule = B3/S23
24bo$22bobo$12boo6boo12boo$11bo3bo4boo12boo$oo8bo
5bo3boo$oo8bo3boboo4bobo$10bo5bo7bo$11bo3bo$12boo!

Over the years RLE format has been extended to handle patterns with multiple states, neighborhoods, rules, and universe sizes. A completely different encoding, macrocell format, is used for repetitive patterns that may have very large populations.

:R-mango A small active reaction, so named because it is a single-cell modification of a mango, but now more commonly known as dove.

:RNE-19T84 The following edge shooter converter, accepting an input R-pentomino and producing a glider heading northeast (if the R-pentomino is in standard orientation). 

.................O.........
...............OOO.........
..............O............
...O..........OO...........
..O.O......................
..O.O......................
.OO.OO....................O
.O......................OOO
..O.OO.................O...
O.O.OO.................OO..
OO.........................
.............O.............
............OOO.....OO.....
............O......O..O....
....................OO.....
This converter has several common uses. It can be attached to the L156 Herschel conduit to change it into a useful period doubler. Connecting it to the initial stage of the L156 produces a composite Herschel-to-glider converter often used as a splitter, or as a quasi-edge shooter after suppressing the additional glider output: 
................................O.........
..............................OOO.........
.............................O............
..................O..........OO...........
.................O.O......................
.................O.O......................
...............OOO.OO....................O
..............O........................OOO
........O......OOO.OO.................O...
........OOO......O.OO.................OO..
...........O..............................
..........OO..............................
...................................OO.....
..................................O..O....
...................................OO.....
..........................................
..........................................
..........................................
.........O................................
.........O.O..............................
.........OOO..............................
...........O...........OO.................
.......................O..................
........................OOO...............
..........................O...............
..........................................
..OO......................................
...O......................................
OOO.......................................
O.........................................
The above H-to-2G mechanism appears in many places in the glider gun collection, for example, mainly for periods below 78 where syringes can't be used to build small true-period guns. The insertion reaction allows a glider to be placed 19 ticks in front of another glider on the same lane, or 30 ticks behind it (28 if the perpendicular glider output is suppressed.)

:rock Dean Hickerson's term for an eater which remains intact throughout the eating process. The snake in Dave Buckingham's 59-step B-to-Herschel conduit (shown under conduit) is an example. Other still lifes that sometimes act as rocks include the tub, the hook with tail, the eater1 (eating with its tail) and the hat (in Heinrich Koenig's stabilization of the twin bees shuttle).

:roteightor (p8) Found by Robert Wainwright in 1972. See also multiple roteightors. 

.O............
.OOO........OO
....O.......O.
...OO.....O.O.
..........OO..
..............
.....OOO......
.....O..O.....
.....O........
..OO..O...O...
.O.O......O...
.O.......O....
OO........OOO.
............O.

:rotor The cells of an oscillator that change state. Compare stator. It is easy to see that any rotor cell must be adjacent to another rotor cell.

:R-pentomino This is by far the most active polyomino with less than six cells: all the others stabilize in at most 10 generations, but the R-pentomino does not do so until generation 1103, by which time it has a population of 116, including six gliders. 

.OO
OO.
.O.
At generation 774, an R-pentomino produces a queen bee which lasts 17 more generations before being destroyed, enough time for it to flip over. This observation led to the discovery of the Gosper glider gun.

:RRO = reflectorless rotating oscillator

:rule 22 Wolfram's rule 22 is the 2-state 1-D cellular automaton in which a cell is ON in the next generation if and only if exactly one of its three neighbours is ON in the current generation (a cell being counted as a neighbour of itself). This is the behaviour of Life on a cylinder of width 1.

:ruler A pattern constructed by Dean Hickerson in April 2005 that produces a stream of LWSS with gaps in it, such that the number of LWSS between successive gaps follows the "ruler function" (sequence A001511 in The On-Line Encyclopedia of Integer Sequences).

:rumbling river Any oscillator in which the rotor is connected and contained in a strip of width 2. The following p3 example is by Dean Hickerson, November 1994. 

..............OO......OO......OO...O.OO..........
....O........O..O....O..O....O..O..OO.O..........
O..O.O....O...OO..O...OO..O...O.O.....O.OO.......
OOOO.O..OOOOOO..OOOOOO..OOOOOO..OOOOOO.O.O.......
.....O.O.....O.O.....O.O.....O.O.....O.O......OO.
..OO.O.O.O.O...O.O.O...O.O.O...O.O.O...O.O.....O.
.O.....O.O...O.O.O...O.O.O...O.O.O...O.O.O.O.OO..
.OO......O.O.....O.O.....O.O.....O.O.....O.O.....
.......O.O.OOOOOO..OOOOOO..OOOOOO..OOOOOO..O.OOOO
.......OO.O.....O.O...O..OO...O..OO...O....O.O..O
..........O.OO..O..O....O..O....O..O........O....
..........OO.O...OO......OO......OO..............

:Rx202 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in May 1997. It is made up of two elementary conduits, HR143B + BFx59H. After 202 ticks, it produces an inverted Herschel turned 90 degrees clockwise at (7, 32) relative to the input. Its recovery time is 201 ticks. A ghost Herschel in the pattern below marks the output location: 

..............OO...............
...........OO..O...............
.........OOO.OO......O.........
........O..........OOO.........
.........OOO.OO...O............
...........O.OO...OO...........
...............................
...............................
...............................
...............................
.......................OO......
.......................O.......
.....................O.O.......
.....................OO........
...............................
...............................
...............................
...............................
...............................
...O...........................
...O.O.........................
...OOO.........................
.....O.........................
......................OO.......
......................OO.......
...............................
...............................
...............................
...............................
...............................
...............................
...............................
O.OO...........................
OO.O...........................
.....................OO........
.........OO.........O..O..OO...
.........OO.........O.O....O...
.....................O.....O.OO
........................OO.O.O.
........................O..O..O
.....................O....O..OO
.....................OOOOO.....
...............................
...................OOOOOOO.....
...................O..O..O.....
.................O.O...........
.................OO............
...............................
...............................
...............................
...............................
...............................
.........OOO...................
...........O...................
...........OO..................
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:Achim's p144 (p144) This was found (minus the blocks shown below) on a cylinder of width 22 by Achim Flammenkamp in July 1994. Dean Hickerson reduced it to a finite form using figure-8s the same day. The neater finite form shown here, replacing the figure-8s with blocks, was found by David Bell in August 1994. See factory for a use of this oscillator. 

OO........................OO
OO........................OO
..................OO........
.................O..O.......
..................OO........
..............O.............
.............O.O............
............O...O...........
............O..O............
............................
............O..O............
...........O...O............
............O.O.............
.............O..............
........OO..................
.......O..O.................
........OO..................
OO........................OO
OO........................OO

:Achim's p16 (p16) Found by Achim Flammenkamp, July 1994. 

.......OO....
.......O.O...
..O....O.OO..
.OO.....O....
O..O.........
OOO..........
.............
..........OOO
.........O..O
....O.....OO.
..OO.O....O..
...O.O.......
....OO.......

:Achim's p4 (p4) Dave Buckingham found this in a less compact form (using two halves of sombreros) in 1976. The form shown here was found by Achim Flammenkamp in 1988. The rotor is two copies of the rotor of 1-2-3-4, so the oscillator is sometimes called the "dual 1-2-3-4". 

..OO...OO..
.O..O.O..O.
.O.OO.OO.O.
OO.......OO
..O.O.O.O..
OO.......OO
.O.OO.OO.O.
.O..O.O..O.
..OO...OO..

:Achim's p5 = pseudo-barberpole

:Achim's p8 (p8) Found by Achim Flammenkamp, July 1994. 

.OO......
O........
.O...O...
.O...OO..
...O.O...
..OO...O.
...O...O.
........O
......OO.

:acorn (stabilizes at time 5206) A methuselah found by Charles Corderman. It has a final population of 633 and covers an area of 215 by 168 cells, not counting the 13 gliders it produces. Its ash consists of typical stable objects and blinkers, along with the relatively rare mango and a temporary eater1. 

.O.....
...O...
OO..OOO

:A for all (p6) Found by Dean Hickerson in March 1993. 

....OO....
...O..O...
...OOOO...
.O.O..O.O.
O........O
O........O
.O.O..O.O.
...OOOO...
...O..O...
....OO....

:against the grain A term used for negative spaceships travelling in zebra stripes agar, perpendicular to the stripes, and also for against-the-grain grey ships.

Below is a sample signal, found by Hartmut Holzwart in April 2006, that travels against the grain at 2c/3. This "negative spaceship" travels upward and will quickly reach the edge of the finite patch of stabilized agar shown here. 

...O..O..O..O..O..O..O..O..O..O..O...
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOO..OOOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOOOO......OOOOOOOOOOOOOO.
O...............O....O..............O
.OOOOOOOOOOOOOOOO....OOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOO...OOOO...OOOOOOOOOOOO.
O.................OO................O
.OOOOOOOOOOOO............OOOOOOOOOOO.
.............O..........O............
.OOOOOOOOOOOOOO........OOOOOOOOOOOOO.
O..............O......O.............O
.OOOOOOOOOOOOOOO......OOOOOOOOOOOOOO.
..........OO....O....O....OO.........
.OOOOOOO......OOOO..OOOO......OOOOOO.
O.......O...OO...O..O...OO...O......O
.OOOOOOO.........O..O.........OOOOOO.
.........O.....O......O.....O........
.OOOOOOOOO......O....O......OOOOOOOO.
O.........O....OO.OO.OO....O........O
.OOOOOOOOOOO....O....O....OOOOOOOOOO.
............OO....OO....OO...........
.OOOOOOO..OOO.O..O..O..O.OOO..OOOOOO.
O..............OOO..OOO.............O
.OOOOO......OOO.O....O.OOO......OOOO.
......O....O..............O....O.....
.OOOOOO........O......O........OOOOO.
O......O...OO..O..OO..O..OO...O.....O
.OOOOOOOO.....O.OO..OO.O.....OOOOOOO.
.........O..O.OO......OO.O..O........
.OOOOOOOOO...OO........OO...OOOOOOOO.
O..........O..............O.........O
.OOOOOOOOOOOOOOOO....OOOOOOOOOOOOOOO.
.................OOOO................
.OOOOOOOOOOOOOOOOO..OOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
...O..O..O..O..O..O..O..O..O..O..O...

Holzwart proved in 2006 that 2c/3 is the maximum speed at which signals can move non-destructively against the grain through zebra stripes agar.

:against-the-grain grey ship A grey ship in which the region of density 1/2 consists of lines of ON cells lying perpendicular to the direction in which the spaceship moves. See also with-the-grain grey ship.

:agar Any pattern covering the whole plane that is periodic in both space and time. The simplest (nonempty) agar is the stable one extended by the known spacefillers. For some more examples see chicken wire, houndstooth agar, onion rings, squaredance and Venetian blinds. Tiling the plane with the pattern O......O produces another interesting example: a p6 agar which has a phase of density 3/4, which is the highest yet obtained for any phase of an oscillating pattern. See lone dot agar for an agar composed of isolated cells.

:aircraft carrier (p1) This is the smallest still life that has more than one island. 

OO..
O..O
..OO

:airforce (p7) Found by Dave Buckingham in 1972. The rotor consists of two copies of that used in the burloaferimeter. 

.......O......
......O.O.....
.......O......
..............
.....OOOOO....
....O.....O.OO
...O.OO...O.OO
...O.O..O.O...
OO.O...OO.O...
OO.O.....O....
....OOOOO.....
..............
......O.......
.....O.O......
......O.......

:AK47 reaction The following reaction (found by Rich Schroeppel and Dave Buckingham) in which a honey farm predecessor, catalysed by an eater and a block, reappears at another location 47 generations later, having produced a glider and a traffic light. This was in 1990 the basis for the Dean Hickerson's construction of the first true p94 gun, and for a very small (but pseudo) p94 glider gun found by Paul Callahan in July 1994. (The original true p94 gun was enormous, and has now been superseded by comparatively small Herschel loop guns and Mike Playle's tiny AK94 gun.) 

.....O....
....O.O...
...O...O..
...O...O..
...O...O..
....O.O...
.....O....
..........
..OO......
...O......
OOO.....OO
O.......OO

:AK94 gun The smallest known gun using the AK47 reaction, found by Mike Playle in May 2013 using his Bellman program. 

.......O.......O.......OO.............
.......OOO.....OOO.....OO.............
..........O.......O...................
.........OO......OO................OO.
..............................OO..O..O
..............................O.O..OO.
.................................OO...
.....O............................O...
.....OOO..........................O.OO
........O......................OO.O..O
.......OO......................OO.OO..
......................................
......................................
.................O....................
..OO.OO.........O.O..........OO.......
O..O.OO........O...O.........O........
OO.O...........O...O..........OOO.....
...O...........O...O............O.....
...OO...........O.O...................
.OO..O.O.........O....................
O..O..OO..............................
.OO................OO.................
...................O..................
.............OO.....OOO...............
.............OO.......O...............

:Al Jolson = Jolson

:almost knightship A promising partial result discovered by Eugene Langvagen in March 2004. This was an early near miss in the ongoing search for a small elementary (2,1)c/6 knightship. After six generations, only two cells are incorrect. 

....OOO......
...OO..OO....
..O..OOO.OO..
.OOO.........
...OO....OO..
OO.O.........
OO..OOO......
....OO.O.....
OO.OOO.......
.O...O.OO....
.....O.OO....
O...O....O...
O...O..OOO.OO
O............
.O.O..O......
.....O.....OO
......O.OO...
......OO..O..
...........O.

:almosymmetric (p2) Found in 1971. 

....O....
OO..O.O..
O.O......
.......OO
.O.......
O......O.
OO.O.O...
.....O...

:ambidextrous A type of Herschel transceiver where the receiver can be used in either of two mirror-image orientations. See also chirality.

:anteater A pattern that consumes ants. Matthias Merzenich discovered a c/5 anteater on 15 April 2011. See wavestretcher for details.

:antlers = moose antlers

:ants (p5 wick) The standard form is shown below. It is also possible for any ant to be displaced by one or two cells relative to either or both of its neighbouring ants. Dean Hickerson found fenceposts for both ends of this wick in October 1992 and February 1993. See electric fence, and also wickstretcher. 

OO...OO...OO...OO...OO...OO...OO...OO...OO..
..OO...OO...OO...OO...OO...OO...OO...OO...OO
..OO...OO...OO...OO...OO...OO...OO...OO...OO
OO...OO...OO...OO...OO...OO...OO...OO...OO..

:antstretcher Any wickstretcher or wavestretcher that stretches ants. Nicolay Beluchenko and Hartmut Holzwart constructed the following small extensible antstretcher in January 2006: 

......................................................OO.......
.....................................................OO........
...............................................OO.....O........
..............................................OO.....OO........
................................................O....O.O..OO...
..................................................OO...OO.OOOO.
..................................................OO..........O
..............................................................O
........................................................O......
..........................................................OO...
...............................................................
..........................................................OOO..
.........................................................OO..O.
...............................OO..........................O...
..............................OO...............................
...............................O.O...................OOO..O....
..........................O....OOO...................O..OOO....
.........................OOOOO.OOO..O.OO................OO.....
.........................O..OO......O...OO.OO.........OO.OO....
...................................O....OO...OO.OO.......OO....
...........................OO..OO.OO..OO.....OO...OO.O.O.......
...................................O.......OO.....OO...........
.....................OOO...O.....OO.............OO....O........
.....................O.....O..O.OO...................O.........
......................O...OO.O.................................
.........................OO...O.O..............................
.............OOO..........O....................................
.............O.....OOO..OO.....................................
..............O..OO.OOO.OO.....................................
................O..........O...................................
.................O.O.OO....O...................................
...................OO.O........................................
.................OO...O.O......................................
................OO.............................................
..................O............................................
...............OO..............................................
..............OOO..............................................
.............OO.O..............................................
............OOOO.O.............................................
.................OOO...........................................
..................OO...........................................
..........OOO.OO...............................................
.........O...OOO...............................................
............OOO................................................
........O.O.O..................................................
.......OOOO....................................................
.......O.......................................................
........OO.....................................................
.........O..O..................................................
OO.............................................................
O.O...OOO......................................................
O...O....O.....................................................
...OO..........................................................
...O.....O.....................................................

:anvil The following induction coil. 

.OOOO..
O....O.
.OOO.O.
...O.OO

:apgluxe See apgsearch

:apgmera See apgsearch.

:apgnano See apgsearch.

:apgsearch One of several versions of a client-side Ash Pattern Generator soup search script by Adam P. Goucher, for use with Conway's Life and a wide variety of other rules. Development of the original Golly-based Python script started in August 2014. After the addition in 2016 of apgnano (native C++) and apgmera (self-modifying, 256-bit SIMD compatibility), development continues in 2017 with apgluxe (Larger Than Life and Generations rules, more soup shapes). Several customized variants of the Python script have also been created by other programmers, to perform types of searches not supported by Goucher's original apgsearch 1.x.

All of these versions of the search utility work with a "haul" that usually consists of many thousands or millions of random soup patterns. Each soup is run to stability, and detailed object census results are reported to Catagolue. For any rare objects discovered in the ash, the source soup can be easily retrieved from the Catagolue server.

:APPS (c/5 orthogonally, p30) An asymmetric PPS. The same as the SPPS, but with the two halves 15 generations out of phase with one another. Found by Alan Hensel in May 1998.

:ark A pair of mutually stabilizing switch engines. The archetype is Noah's ark. The diagram below shows an ark found by Nick Gotts that takes until generation 736692 to stabilize, and can therefore be considered as a methuselah. 

...........................O....
............................O...
.............................O..
............................O...
...........................O....
.............................OOO
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
................................
OO..............................
..O.............................
..O.............................
...OOOO.........................

:arm A long extension, sometimes also called a "wing", hanging off from the main body of a spaceship or puffer perpendicular to the direction of travel. For example, here is a sparking c/3 spaceship which contains two arms. 

............OOO............
...........O...............
..........OO...............
....O.OO..OO..OOO..........
...OO.OO.OO.....O....OO....
..O..OO...O.OO....OO.OO....
........OOOO......OO...O...
....O.O.OO........OO.......
......O....................
...OO......................
..OO..O....................
....OOO.OO.................
O..O.....OOO...............
.O.OOOO.O...O..............
........OO....O......O.....
.........O....OO....OO.OOO.
........O...O..OO..OO.....O
..........O..O.O..O.....OO.
...........O.OOO....O......
............OOO..OOO.O.....
...........OO...OOO........
..................O..O.....
...................O.......
Many known spaceships have multiple arms, usually fairly narrow. This is an artefact of the search methods used to find such spaceships, rather than an indication of what a "typical" spaceship might look like.

For an alternate meaning see construction arm.

:armless A method of generating slow salvos across a wide range of lanes without using a construction arm with a movable elbow. Instead, streams of gliders on two fixed opposing lanes collide with each other to produce clean 90-degree output gliders. Slowing down one of the streams by 8N ticks will move the output lanes of the gliders toward the source of that stream by N full diagonals. This construction method was used to create the supporting slow salvos in the half-baked knightships, and also in the Parallel HBK gun.

:ash The stable or oscillating objects left behind when a chaotic reaction stabilizes, or "burns out". Experiments show that for random soups with moderate initial densities (say 0.25 to 0.5) the resulting ash has a density of about 0.0287. (This is, of course, based on what happens in finite fields. In infinite fields the situation may conceivably be different in the long run because of the effect of certain initially very rare objects such as replicators.)

:asynchronous Indicates that precise relative timing is not needed for two or more input signals entering a circuit, or two or more sets of gliders participating in a glider synthesis. In some cases the signals or sets of gliders can arrive in any order at all - i.e., they have non-overlapping effects.

However, in some cases such as slow salvo constructions, there is a required order for some of the incoming signals. These signals can still be referred to as "asynchronous" because the number of ticks between them is infinitely adjustable: arbitrarily long delays can be added with no change to the final result. Compare synchronized.

:aVerage (p5) Found by Dave Buckingham, 1973. The average number of live rotor cells is five (V), which is also the period. 

...OO........
....OOO......
..O....O.....
.O.OOOO.O....
.O.O....O..O.
OO.OOO..O.O.O
.O.O....O..O.
.O.OOOO.O....
..O....O.....
....OOO......
...OO........
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:x66 (c/2 orthogonally, p4) Found by Hartmut Holzwart, July 1992. Half of this can be escorted by an HWSS. The name refers to the fact that every cell (live or dead) has at most 6 live neighbours (in contrast to spaceships based on LWSS, MWSS or HWSS). In fact this spaceship was found by a search with this restriction. 

..O......
OO.......
O..OOO..O
O....OOO.
.OOO..OO.
.........
.OOO..OO.
O....OOO.
O..OOO..O
OO.......
..O......

:Xlife A popular freeware Life program that runs under the X Window System. The main Life code was written by Jon Bennett, and the X code by Chuck Silvers.

:X-pentomino Conway's name for the following pentomino, a traffic light predecessor. 

.O.
OOO
.O.
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:G4 receiver An alternate Herschel receiver discovered by Sergei Petrov on 28 December 2011, using his previous glider to 2 blocks converter. In the pattern below the Herschel output is marked by a ghost Herschel. A glider also escapes to the northwest. For an explanation of the "G4" describing the tandem glider input, see Gn. 

................................O.O.......................
................................OO........................
.................................O........................
..........................................................
..........................................................
..........................................................
..........................................................
................OO........................................
................OO....................O...................
...........................O.O......OOO...................
...........................OO......O......................
............................O......OO.....................
..........................................................
..........................................................
..........................................................
OO........................................................
OO........................................................
......................................OO...............O..
...........OO.........................OO...............O..
...........OO..........................................OOO
.......................OO................................O
........O..........OO..OO.................................
......OOO..........OO.....................................
.....O....................................................
.....OO........................OO.........................
.................OO............O..........................
.................OO......O......OOO.......................
........................O.O.......O.......................
.........................O................................

:Gabriel's p138 (p138) The following oscillator found by Gabriel Nivasch in October 2002. 

.......OOO.....
......O..O.....
.......O...O...
..O.....OOO....
...O.....O.....
OO.OO..........
O..O.........O.
O.O.........O.O
.O.........O..O
..........OO.OO
.....O.....O...
....OOO.....O..
...O...O.......
.....O..O......
.....OOO.......

:galaxy = Kok's galaxy

:Game of Life = Life

:Game of Life News A blog reporting on new Life discoveries, started by Heinrich Koenig in December 2004, currently found at http://pentadecathlon.com/lifenews/.

:Garden of Eden A configuration of ON and OFF cells that can only occur in generation 0. (This term was first used in connection with cellular automata by John W. Tukey, many years before Life.) It was known from the start that there are Gardens of Eden in Life, because of a theorem by Edward Moore that guarantees their existence in a wide class of cellular automata. Explicit examples have since been constructed, the first by Roger Banks, et al. at MIT in 1971. This example was 9 x 33. In 1974 J. Hardouin-Duparc et al. at the University of Bordeaux 1 produced a 6 x 122 example. The following shows a 12 x 12 example found by Nicolay Beluchenko in February 2006, based on a 13 x 12 one found by Achim Flammenkamp in June 2004. 

..O.OOO.....
OO.O.OOOOO.O
O.O.OO.O.O..
.OOOO.O.OOO.
O.O.OO.OOO.O
.OOO.OO.O.O.
..O...OOO..O
.O.OO.O.O.O.
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Below is a 10x10 Garden of Eden found by Marijn Heule, Christiaan Hartman, Kees Kwekkeboom, and Alain Noels in 2013 using SAT-solver techniques. An exhaustive search of 90-degree rotationally symmetric 10x10 patterns was possible because the symmetry reduces the number of unknown cells by a factor of four. 

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..O.O.O..O
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..O.OOO.O.

Steven Eker has since found several asymmetrical Gardens of Eden that are slightly smaller than this in terms of bounding box area. Patterns have also been found that have only Garden of Eden parents. For related results see grandparent.

:Gemini ((5120,1024)c/33699586 obliquely, p33699586) The first self-constructing spaceship, and also the first oblique spaceship. It was made public by Andrew Wade on 18 May 2010. It was the thirteenth explicitly constructed spaceship velocity in Life, and made possible an infinite family of related velocities. The Gemini spaceship derives its name from the Latin "gemini", meaning twins, describing its two identical halves, each of which contains three Chapman-Greene construction arms. A tape of gliders continually relays between the two halves, instructing each to delete its parent and construct a daughter configuration.

:Gemini puffer See Pianola breeder.

:Geminoid A type of self-constructing circuitry that borrows key ideas from Andrew Wade's Gemini spaceship, but with several simplifications. The main feature common to the Gemini spaceship is the construction recipe encoding method. Information is stored directly, and much more efficiently, in the timings of moving gliders, rather than in a static tape with 1s and 0s encoded by the presence of small stationary objects.

Unlike the original Gemini, Geminoids have ambidextrous construction arms, initially using glider pairs on two lanes separated by 9hd, 10hd, or 0hd. The design was the basis for the linear propagator and the Demonoids. A more recent development is a Geminoid toolkit using a single-channel construction arm, which allows for the possibility of multiple elbows with no loss of efficiency, or the construction of temporary lossless elbows. Compare slow elbow.

Other new developments that could be considered part of the extended "Geminoid" toolkit include freeze-dried construction salvos and seeds, used when objects must be built within a short time window, and self-destruct circuits, which are used as an alternative to a destructor arm to clean up temporary objects in a similarly short window.

:generation The fundamental unit of time. The starting pattern is generation 0.

:germ (p3) Found by Dave Buckingham, September 1972. 

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:gfind A program by David Eppstein which uses de Bruijn graphs to search for new spaceships. It was with gfind that Eppstein found the weekender, and Paul Tooke later used it to find the dragon. It is available at http://www.ics.uci.edu/~eppstein/ca/gfind.c (C source code only).

Compare lifesrc.

:ghost Herschel A dying spark made by removing one cell from the Herschel heptomino. This particular spark has the advantage that, when placed in a conduit to mark the location of an input or output Herschel, it disappears cleanly without damaging adjacent catalysts, even in dependent conduits with a block only two cells away. 

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:GIG A glider injection gate. This is a device for injecting a glider into a glider stream. The injected glider is synthesized from one or more incoming spaceships assisted by the presence of the GIG. (This contrasts with some other glider injection reactions which do not require a GIG, as in inject.) Gliders already in the glider stream pass through the GIG without interfering with it. A GIG usually consists of a small number of oscillators.

For example, in July 1996 Dieter Leithner found the following reaction which allows the construction of a pseudo-period 14 glider stream. It uses two LWSS streams, a pentadecathlon and a volcano. 

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Glider injection gates are useful for building glider guns with pseudo-periods that are of the form nd, where n is a positive integer, and d is a proper divisor of some convenient base gun period (such as 30 or 46), with d > 13.

:glasses (p2) Compare scrubber and spark coil. 

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:glider (c/4 diagonally, p4) The smallest, most common and first discovered spaceship. This was found by Richard Guy in 1970 while Conway's group was attempting to track the evolution of the R-pentomino. The name is due in part to the fact that it is glide symmetric. (It is often stated that Conway discovered the glider, but he himself has said it was Guy. See also the cryptic reference ("some guy") in Winning Ways.) 

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The term "glider" is also occasionally (mis)used to mean "spaceship".

:glider-block cycle An infinite oscillator based on the following reaction (a variant of the rephaser). The oscillator consists of copies of this reaction displaced 2n spaces from one another (for some n>6) with blocks added between the copies in order to cause the reaction to occur again halfway through the period. The period of the resulting infinite oscillator is 8n-20. (Alternatively, in a cylindrical universe of width 2n the oscillator just consists of two gliders and two blocks.) 

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:glider constructible See glider synthesis.

:glider construction = glider synthesis.

:glider duplicator Any reaction in which one input glider is converted into two output gliders. This can be done by oscillators or spaceships, or by Herschel conduits or other signal circuitry such as the stable example shown under splitter. The most useful glider duplicators are those with low periods.

The following period 30 glider duplicator demonstrates a simple mechanism found by Dieter Leithner. The input glider stream comes in from the upper left, and the output glider streams leave at the upper and lower right. One of the output glider streams is inverted, so an inverting reflector is required to complete the duplicator. To produce non-parallel output, an inline inverter could be substituted for the northmost p30 glider gun. 

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Spaceship convoys that can duplicate gliders are very useful since they (along with glider turners) provide a means to clean up many dirty puffers by duplicating and turning output gliders so as to impact into the exhaust to clean it up.

Glider duplicators and turners are known for backward gliders using p2 c/2 spaceships, and for forward gliders using p3 c/3 spaceships. These are the most general duplicators for these speeds.

:glider gun A gun that fires gliders. For examples, see Gosper glider gun, Simkin glider gun, new gun, p45 gun.

True-period glider guns are known for some low periods, and for all periods over 53 using Herschel conduit technology. See true for a list of known true-period guns. The lowest true-period gun possible is the p14 gun since that is the lowest possible period for any glider stream, but no example has yet been found.

Pseudo-period glider guns are known for every period above 13. These are made by using multiple true-period guns of some multiple of the period, and glider injection methods to fill in the gaps.

:glider injection gate = GIG

:glider lane See lane.

:gliderless A gun is said to be gliderless if it does not use gliders. The purist definition would insist that a glider does not appear anywhere, even incidentally. For a long time the only known way to construct LWSS, MWSS and HWSS guns involved gliders, and it was not until April 1996 that Dieter Leithner constructed the first gliderless gun (a p46 LWSS gun).

In October 2017 Matthias Merzenich used two copies of Tanner's p46 to create a p46 MWSS gun. This is the smallest known gliderless gun, and also the smallest known MWSS gun. 

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:glider pair Two gliders travelling in the same direction with a specific spacetime offset. In a transceiver the preferred term is tandem glider. For several years, glider pairs on lanes separated by 9 or 10 half diagonals were the standard building blocks in Geminoid construction arm recipes. In more recent 0hd and single-channel construction toolkits, all gliders share the same lane, but glider pairs and singletons are still important concepts.

:glider-producing switch engine See stabilized switch engine.

:glider pusher An arrangement of a queen bee shuttle and a pentadecathlon that can push the path of a passing glider out by one half-diagonal space. This was found by Dieter Leithner in December 1993 and is shown below. It is useful for constructing complex guns where it may be necessary to produce a number of gliders travelling on close parallel paths. See also edge shooter. 

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:glider recipe = glider synthesis.

:glider reflector See reflector.

:gliders by the dozen (stabilizes at time 184) In early references this is usually shown in a larger form whose generation 1 is generation 8 of the form shown here. 

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O...O
O..OO

:glider stopper A Spartan logic circuit discovered by Paul Callahan in 1996. It allows a glider signal to pass through the circuit, leaving behind a beehive that can cleanly absorb a single glider from a perpendicular glider stream. Two optional glider outputs are also shown. The circuit can't be re-used until the beehive "bit" is cleared by the passage of at least one perpendicular input. A similar mechanism discovered more recently is shown in the beehive stopper entry. 

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:glider synthesis Construction of an object by means of glider collisions. It is generally assumed that the gliders should be arranged so that they could come from infinity. That is, gliders should not have had to pass through one another to achieve the initial arrangement.

Glider syntheses for all still lifes and known oscillators with at most 14 cells were found by Dave Buckingham. As of June 2018, this limit has been increased to 18 cells.

Perhaps the most interesting glider syntheses are those of spaceships, because these can be used to create corresponding guns and rakes. Many of the c/2 spaceships that are based on standard spaceships have been synthesized, mostly by Mark Niemiec. In June 1998 Stephen Silver found syntheses for some of the Corderships (although it was not until July 1999 that Jason Summers used this to build a Cordership gun). In May 2000, Noam Elkies suggested that a 2c/5 spaceship found by Tim Coe in May 1996 might be a candidate for glider synthesis. Initial attempts to construct a synthesis for this spaceship got fairly close, but it was only in March 2003 that Summers and Elkies managed to find a way to perform the crucial last step. Summers then used the new synthesis to build a c/2 forward rake for the 2c/5 spaceship; this was the first example in Life of a rake which fires spaceships that travel in the same direction as the rake but more slowly.

A 3-glider synthesis of a pentadecathlon is shown in the diagram below. This was found in April 1997 by Heinrich Koenig and came as a surprise, as it was widely assumed that anything using just three gliders would already be known. 

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:glider to 2 blocks A converter discovered by Sergei Petrov on 8 October 2011, used in his later G4 receiver. 

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:glider to block A converter discovered by Sergei Petrov that places a block at its right edge in response to a single glider input. This has a variety of uses in Herschel circuitry and other signal-processing applications. 

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:glider train A certain p64 c/2 orthogonal puffer that produces two rows of blocks and two backward glider waves. Ten of these were used to make the first breeder. 

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:glider turner Any reaction in which a glider is turned onto a new path by a spaceship, oscillator, or still life constellation. In the last two cases, the glider turner is usually called a reflector if the reaction is repeatable, or a one-time turner if the reaction can only happen once.

Glider turners are easily built using standard spaceships. The following diagram shows a convoy which turns a forward glider 90 degrees, with the new glider also moving forwards. 

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Small rearrangements of the back two spaceships can alternatively send the output glider into any of the other three directions.

See also glider duplicator and reflector.

:glide symmetric Undergoing simultaneous reflection and translation. A glide symmetric spaceship is sometimes called a flipper.

:Gn An abbreviation specific to converters that produce multiple gliders. A "G" followed by any integer value means that the converter produces a tandem glider - two parallel glider outputs with lanes separated by the specified number of half diagonals.

:gnome = fox

:GoE = Garden of Eden

:GoL = Game of Life

:Golly A cross-platform open source Life program by Andrew Trevorrow and Tomas Rokicki. Unlike most Life programs it includes the ability to run patterns using the hashlife algorithm. It is available from http://golly.sourceforge.net.

:Gosper glider gun The first known gun, and indeed the first known finite pattern displaying infinite growth, found by Bill Gosper in November 1970. This period 30 gun remains the smallest known gun in terms of its bounding box, though some variants of the p120 Simkin glider gun have a lower population. Gosper later constructed several other guns, such as new gun and the p144 gun shown under factory. See also p30 gun. 

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:Gotts dots A 41-cell 187x39 superlinear growth pattern found by Bill Gosper in March 2006, who named it in honour of Nick Gotts, discoverer of many other low-population superlinear patterns, such as Jaws, the mosquitoes, teeth, catacryst and metacatacryst. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

Collisions within the pattern cause it to sprout its Nth switch engine at generation T = ~224n-6. The population of the pattern at time t is asymptotically proportional to t times log(t), so the growth rate is O(t ln(t)), faster than linear growth but slower than quadratic growth.

:gourmet (p32) Found by Dave Buckingham in March 1978. Compare with pi portraitor and popover. 

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:gp = glider pair

:GPSE = glider-producing switch engine

:grammar A set of rules for connecting components together to make an object such as a spaceship, oscillator or still life. For example, in August 1989 Dean Hickerson found a grammar for constructing an infinite number of short wide c/3 period 3 spaceships, using 33 different components and a table showing the ways that they can be joined together.

:grandfather = grandparent

:grandfatherless A traditional name for a pattern with one or more parents but no grandparent. This was a hypothetical designation until May 2016. See grandparent for details.

:grandparent A pattern is said to be a grandparent of the pattern it gives rise to after two generations. For over thirty years, a well-known open problem was the question of whether any pattern existed that had a parent but no grandparent. In 1972, LifeLine Volume 6 mentioned John Conway's offer of a $50 prize for a solution to the problem, but it remained open until May 2016 when a user with the conwaylife.com forum handle 'mtve' posted an example.

Other patterns have since been found that have a grandparent but no great-grandparent, or a great-grandparent but no great-great-grandparent. Further examples in this series almost certainly exist, but as of July 2018 none have yet been found.

:Gray counter (p4) Found in 1971. If you look at this in the right way you will see that it cycles through the Gray codes from 0 to 3. Compare with R2D2. 

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:gray ship = grey ship

:great on-off (p2) 

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:grey counter = Gray counter (This form is erroneous, as Gray is surname, not a colour.)

:grey ship A spaceship that contains a region with an average density of 1/2, and which is extensible in such a way that the region of average density 1/2 can be made larger than any given square region.

See also with-the-grain grey ship, against-the-grain grey ship and hybrid grey ship.

:grin The following common parent of the block. This name relates to the infamous Cheshire cat. See also pre-block. 

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:grow-by-one object A pattern whose population increases by one cell every generation. The smallest known grow-by-one object is the following 44-cell pattern (David Bell's one-cell improvement of a pattern found by Nicolay Beluchenko, September 2005). 

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:growing/shrinking line ship A line ship in which the line repeatedly grows and shrinks, resulting in a high-period spaceship.

:growing spaceship An object that moves like a spaceship, except that its front part moves faster than its back part and a wick extends between the two. Put another way, a growing spaceship is a puffer whose output is burning cleanly at a slower rate than the puffer is producing it. Examples include blinker ships, pi ships, and some wavestretchers.

:G-to-H A converter that takes a glider as an input signal and produces a Herschel output, which can then be used by other conduits. G-to-Hs are frequently used in stable logic circuitry. Early examples include Callahan G-to-H, Silver G-to-H, and p8 G-to-H for periodic circuits. A more compact recent example is the syringe.

:gull = elevener

:gun Any stationary pattern that emits spaceships (or rakes) forever. For examples see double-barrelled, edge shooter, factory, gliderless, Gosper glider gun, Simkin glider gun, new gun and true.

:gunstar Any of a series of glider guns of period 144+72n (for all non-negative integers n) constructed by Dave Buckingham in 1990 based on his transparent block reaction and Robert Wainwright's p72 oscillator (shown under factory).

:gutter A single straight line of cells along the axis of symmetry of a mirror-symmetric pattern. Most commonly this is an orthogonal line, and the pattern is then odd-symmetric (as opposed to even-symmetric, where the axis of symmetry follows the boundary between two rows or columns of cells).

The birth rule for Conway's Life trivially implies that if there are no live cells in the gutter of a symmetric pattern, new cells can never be born there. For examples, see 44P5H2V0, 60P5H2V0, Achim's p4, brain, c/6 spaceship, centinal, p54 shuttle, pufferfish, snail, spider, and pulsar (in two orientations).

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:early universe Conway's somewhat confusing term for sparse Life.

:eater Any still life that has the ability to interact with certain patterns without suffering any permanent damage. (If it doesn't suffer even temporary damage then it may be referred to as a rock.) The eater1 is a very common eater, and the term "eater" is often used specifically for this object. Other eaters include eater2, eater3, eater4, and eater5, and many hundreds of others are known. Below is a complex eater found by Dean Hickerson in 1998 using his dr search program. It takes 25 ticks to recover after feasting on a glider: 

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Some common still lifes can act as eaters in some situations, such as the block, ship, and tub. In fact the block was the first known eater, being found capable of eating beehives from a queen bee.

:eater1 (p1) Usually simply called an eater, and also called a fishhook. 

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O...
.OOO
...O

This eater can be constructed using a simple two-glider collision, as shown in stamp collection. It is often modified in various ways, or welded to other objects, to allow tighter packing of circuits or to allow a signal stream to pass close by. See clearance for an eater1 variant that is 1hd shorter to the southeast than the standard fishhook form. An eater1 can also be used as a 90-degree one-time turner.

Its ability to eat various objects was discovered by Bill Gosper in 1971. The fishhook eater can consume a glider, a LWSS, and a MWSS as shown below. It is not able to consume an HWSS, however. See honey bit or killer toads for that. 

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:eater2 (p1) This eater was found by Dave Buckingham in the 1970s. Mostly it works like the ordinary eater1 but with two slight differences that make it useful despite its size: it takes longer to recover from each bite, and it can eat objects appearing at two different positions. 

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OO.OOO.
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OO.OOO.
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The first property means that, among other things, it can eat a glider in a position that would destroy an eater1. This novel glider-eating action is occasionally of use in itself, and combined with the symmetry means that an eater2 can eat gliders travelling along four adjacent glider lanes, as shown below.

The following eater2 variant (Stephen Silver, May 1998) can be useful for obtaining smaller bounding boxes. A more compact variant with the same purpose can be seen under gliderless. 

.O.................
..O................
OOO................
...................
....O..............
.....O.............
...OOO.............
...................
.......O...........
........O..........
......OOO..........
...................
..........O........
...........O.....OO
.........OOO......O
.............OO.O..
.............OO.OO.
...................
.............OO.OO.
..............O.O..
..............O.O..
...............O...

:eater3 (p1) This large symmetric eater, found by Dave Buckingham, has a very different eating action from the eater1 and eater2. The loaf can take bites out things, being flipped over in the process. The rest of the object merely flips it back again. 

.........OO.
....OO..O..O
.O..O....O.O
O.O.O.....O.
.O..O.OO....
....O..O....
.....O....O.
......OOOOO.
............
........O...
.......O.O..
........O...

:eater4 (p1) Another eater by Dave Buckingham, which he found in 1971, but did not recognize as an eater until 1975 or 1976. It can't eat gliders, but it can be used for various other purposes. The four NE-most centre cells regrow in a few generations after being destroyed by taking a bite out of something, such as suppressing half of a developing traffic light as it does in the p29 pentadecathlon hassler. 

...OO.........
...O..........
OO.O..........
O..OO.........
.OO....O......
...OOOOO......
...O....OO....
....OO..O.....
......O.O.....
......O.O.O..O
.......OO.OOOO
.........O....
.........O.O..
..........OO..

:eater5 (p1) A compound eater that can eat gliders coming from two different directions. Also called the tub-with-tail eater (TWIT), it is often placed along the edges of glider lanes to suppress unwanted gliders in conduits. Below is the standard form, a compact form with a long hook, and an often-useful conjoined form found with Bellman. The sidesnagger is a Spartan constellation that has a similar glider-absorbing function, using a loaf. See also 7x9 eater. 

.O.........O.........O...........
..O.........O.........O..........
OOO.......OOO.......OOO..........
.................................
......O.........O.........O......
.....O.........O.........O.......
.....OOO.......OOO.......OOO.....
.................................
..........OO.....................
......O...OO....O...OO....O...OO.
.....O.O.......O.O...O...O.O...O.
....O.O.......O.O...O....OO...O..
....O.........O....O.........O...
...OO........OO.....OOO..OOOOO.O.
......................O..O....O.O
...........................O..O.O
..........................OO...O.

With gliders from either direction, the eater5's eating reaction creates a spark that can be used to reflect other gliders. See the example pattern in duoplet, or advance any of the topmost three gliders in the above pattern by two ticks.

:eater/block frob (p4) Found by Dave Buckingham in 1976 or earlier. 

.OO.......
..O.......
..O.O.....
...O.O....
.....OO.OO
........OO
..OO......
...O......
OOO.......
O.........

:eater-bound pond = biting off more than they can chew

:eater-bound Z-hexomino = pentoad

:eater eating eater = two eaters

:eater plug (p2) Found by Robert Wainwright, February 1973. 

.......O
.....OOO
....O...
.....O..
..O..O..
.O.OO...
.O......
OO......

:eaters plus = French kiss

:ecologist (c/2 orthogonally, p20) This consists of the classic puffer train with a LWSS added to suppress the debris. See also space rake. 

OOOO.....OO........
O...O...OO.OO......
O........OOOO......
.O..O.....OO.......
...................
.....O.........OO..
...OOO........OOOOO
..O...O.....O....OO
..O....OOOOO.....OO
..OO.O.OOOO....OO..
....O...OO.OOO.....
.....O.O...........
...................
...................
OOOO...............
O...O..............
O..................
.O..O..............

:edge-repair spaceship A spaceship which has an edge that possesses no spark and yet is able to perturb things because of its ability to repair certain types of damage to itself. The most useful examples are the following two small p3 c/3 spaceships: 

..................................O.....
........O.......................OOO.OOO.
.......OOOO....................OO......O
..O...O...OO.OO...........O...O..O...OO.
.OOOO.....O..OO..........OOOO...........
O...O.......O..O........O...O...........
.O.O..O..................O.O..O.........
.....O.......................O..........
These were found by David Bell in 1992, but the usefulness of the edge-repair property wasn't recognised until July 1997. The following diagram (showing an edge-repair spaceship deleting a Herschel) demonstrates the self-repairing action. 
................O.......
O..............OOOO.....
O.O.......O...O...OO.OO.
OOO......OOOO.....O..OO.
..O.....O...O.......O..O
.........O.O..O.........
.............O..........
In October 2000, David Bell found that a T-tetromino component of a c/4 spaceship can also be self-repairing. Stephen Silver noticed that it could be used to delete beehives and, in November 2000, found the smallest known c/4 spaceship with this edge-repair component - in fact, two copies of the component: 
.OO..........................
O..O.........................
.OO..........................
.............................
.......O.O...................
.......O.....................
.......O.O..O..O.............
..........O..................
...........O.OO.O............
............OOO.O............
...........O....O..O.OO......
........O...OO...O.OOOO......
........OO..O..O.OO....O....O
........O........OO....O..OOO
.............OO...OO...O..OO.
.OO..........................
O..O.........................
.OO..........................

:edge shooter A gun or signal circuit that fires its gliders (or whatever) right at the edge of the pattern, so that it can be used to fire them closely parallel to others. This is useful for constructing complex guns. Compare glider pusher, which can in fact be used for making edge shooters.

The following diagram shows a p46 edge shooter found by Paul Callahan in June 1994. 

OO............OO..O....OO..OO.............
OO............O.OO......OO.OO.............
...............O......O.O.................
...............OOO....OO..................
..........................................
...............OOO....OO..................
...............O......O.O.................
OO............O.OO......OO................
OO............OO..O....OO.................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
...............................OOO...OOO..
..............................O...O.O...O.
.............................O...OO.OO...O
.............................O.OO.....OO.O
...............................O.......O..
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
...............................OO.....OO..
...............................OO.....OO..

Stable edge shooters became possible with the development of Herschel circuitry. For example, NW31, BNE14T30, RNE-19T84, and the high-clearance Fx119 inserter are often used in shotguns for complex salvos. Composite edge-shooter circuits with arbitrarily high clearance can be constructed.

:edge spark A spark at the side of a spaceship that can be used to perturb things as the spaceship passes by.

:edge sparker A spaceship that produces one or more edge sparks.

:edgy In slow salvo terminology, an edgy glider construction recipe is one that places its final product at or very near the edge of its construction envelope. Similarly, an edgy factory will place its output object in an accessible location near the edge of its reaction envelope.

:egg = non-spark. This term is no longer in use.

:E-heptomino Name given by Conway to the following heptomino. 

.OOO
OO..
.OO.

:elbow Depending on context, this term may refer to a signal elbow or a construction elbow. See also elbow ladder.

:elbow ladder Scot Ellison's name for the type of pattern he created in which one or more gliders shuttle back and forth (using the kickback reaction) deleting the output gliders from a pair of slide guns.

:elbow operation A recipe, usually a salvo of gliders travelling on one or more construction lanes, that collides with an elbow constellation and performs one of the standard transformations on it: push, pull, or fire for simple construction arms, along with possible construct, duplicate-elbow, or delete-elbow ops for more complicated systems. See construction elbow.

:electric fence (p5) A stabilization of ants. Dean Hickerson, February 1993. 

..........O..................................................
.........O.O........................OO.......................
..O....OOO.O.....O...................O...O..O......O.....OO..
.O.O..O....OO...O.O..................O.OOO..OOO...O.O....O...
.O.O..O.OO.......O....................O...OO...O.O..O......O.
OO.OO.O.O.OOOOO.....O..................OO...O..O.O.OO.OO..OO.
.O.O..O...O..O..O.......OO...OO...OO....OO.OO..O.O..O.O.O....
.O..OO....OO......OOO.OO...OO...OO...OOO.....OOOO.OOO.O...OO.
..O..OOO..O..O.OOOO...OO...OO...OO...OOO.OO..O....O.O....O..O
...OO...O.O..O.....OO...OO...OO...OO......O............O...OO
.....OO.O.OO.O.OO..O......................O........OO.O......
.....O.OO.O..O.OO....O.................OO.O.O................
...........OO.......OO..................O..OO................
......................................O.O....................
......................................OO.....................

:elementary Not reducible to a combination of smaller parts. Elementary spaceships in particular are usually those found by search programs, and they can't be subdivided into smaller spaceships, tagalongs, and supporting reactions, as contrasted with engineered macro-spaceships.

:elementary conduit A conduit with no recognizable active signal stage besides its input and output. An early example still very commonly used is Buckingham's BFx59H, which transforms a B-heptomino into an inverted Herschel in 59 ticks. The BFx59H elementary conduit is a component in many of the original universal toolkit of Herschel conduits. An extension of the same naming convention is used for elementary conduits, with the first and last letters of the name specifying the input and output signal objects. As with Herschels, an arbitrary orientation and center point is chosen for each object. "Fx" means the signal moves forward and produces a mirror-image output. See Herschel conduit for further details.

Theoretically an elementary conduit may become a composite conduit, if another conduit can be found that shares the beginning or end of the conduit in question. In practice this happens only rarely, because many of the most likely branch points have already been identified: glider (G), LWSS (L) or MWSS (M), Herschel (H), B-heptomino (B), R-pentomino (R), pi-heptomino (P), queen bee shuttle (Q), century or bookend (C), dove (D), and wing (W). A Herschel descendant might qualify, due to the elementary conduit that can be seen in the p184 gun. However, there are very few simple conduits that produce Herschel descendants without Herschels, so in practice this is not a useful branch point.

:elevener (p1) 

OO....
O.O...
..O...
..OOO.
.....O
....OO

:Elkies' p5 (p5) Found by Noam Elkies in 1997. 

.O.......
O..OOO...
..O......
...O.O..O
..OO.OOOO
....O....
....O.O..
.....OO..

:emu Dave Buckingham's term for a Herschel loop that does not emit gliders (and so is "flightless"). All known Herschel loops of periods 52, 57, 58, 59 and 61 are emus. See also Quetzal.

:emulator Any one of three p4 oscillators that produce sparks similar to those produced by LWSS, MWSS and HWSS. See LW emulator, MW emulator and HW emulator. Larger emulators are also possible, but they require stabilizing objects to suppress their non-sparks and so are of little use. The emulators were discovered by Robert Wainwright in June 1980.

:engine The active portion of an object (usually a puffer or gun) which is considered to actually produce its output, and which generally permits no variation in how it works. The other parts of the object are just there to support the engine. For examples, see puffer train, Schick engine, blinker puffer, frothing puffer and line puffer.

:engineless A rake or puffer which does not contain a specific engine for its operation. Instead it depends on perturbations of gliders or other objects by passing spaceships. The period of such objects is often adjustable, and in some cases the speed as well. An early example was the creation of c/5 rakes in September 1997, using gliders circulating among a convoy of c/5 spaceships. More recently, the passing spaceships themselves are also constructed, as in the Caterloopillar.

:en retard (p3) Found by Dave Buckingham, August 1972. 

.....O.....
....O.O....
OO.O.O.O.OO
.O.O...O.O.
O..O.O.O..O
.OO.....OO.
...OO.OO...
...O.O.O...
....O.O....
..O.O.O.O..
..OO...OO..

:Enterprise (c/4 diagonally, p4) Found by Dean Hickerson, March 1993. 

.......OOO...........
.....O.OO............
....OOOO.............
...OO.....O..........
..OOO..O.O.O.........
.OO...O.O..O.........
.O.O.OOOOO...........
OO.O.O...O...........
O........OO..........
.OO..O...O.O.........
....OO..O.OO......O..
...........OO.....OOO
............O..OOO..O
............O..O..OO.
.............O.OO....
............OO.......
............OO.......
...........O.........
............O.O......
...........O..O......
.............O.......

:envelope See construction envelope, reaction envelope.

:Eureka (p30) A pre-pulsar shuttle found by Dave Buckingham in August 1980. A variant is obtained by shifting the top half two spaces to either side. 

.O..............O.
O.O....O.......O.O
.O...OO.OO......O.
.......O..........
..................
..................
..................
.......O..........
.O...OO.OO......O.
O.O....O.......O.O
.O..............O.

:evolution The process or result of running one or more generations of an object. For example, a row of 10 cells evolves into a pentadecathlon.

:evolutionary factor For an unstable pattern, the time to stabilization divided by the initial population. For example, the R-pentomino has an evolutionary factor of 220.6, while bunnies has an evolutionary factor of 1925.777... The term is no longer in use.

:exhaust The debris or smoke left behind by a puffer, especially if the debris is dirty and takes many generations to settle. The term is not usually used for the objects created by clean puffers.

:exponential filter A toolkit developed by Gabriel Nivasch in 2006, enabling the construction of patterns with asymptotic population growth matching O((log log ... log(t))) for any number of nested log operations. See also quadratic filter, recursive filter.

:exposure = underpopulation

:extensible A pattern is said to be extensible if arbitrarily large patterns of the same type can be made by repeating parts of the original pattern in a regular way. For examples, see p6 shuttle, pentoad, pufferfish spaceship, snacker, wavestretcher, wicktrailer and branching spaceship.

:extra extra long = long^4

:extra long = long^3

:extremely impressive (p6) Found by Dave Buckingham, August 1976. 

....OO......
...O.OOO....
...O....O...
OO.O...OO...
OO.O.....OO.
....OOOOO..O
..........OO
......O.....
.....O.O....
......O.....

:extruder See traffic lights extruder. A single-channel constructor arm has also been programmed to extrude a growing wick consisting of a chain of Snarks, again working from the stationary fencepost end of the wick with no need for a wickstretcher component.

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Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:half-baked knightship ((6,3)c/2621440, p2621440) A self-supporting macro-spaceship with adjustable period but fixed direction, based on the half-bakery reaction. This was the first spaceship based on this reaction, constructed in December 2014 by Adam P. Goucher. It moves 6 cells horizontally and 3 cells vertically every 2621440+8N ticks, depending on the relative spacing of the two halves. It is one of the slowest known knightships, and the first one that was not a Geminoid. Chris Cain optimized the design a few days later to create the Parallel HBK.

The spaceship produces gliders from near-diagonal lines of half-bakeries, which collide with each other at 180 degrees. These collisions produce monochromatic salvos that gradually build and trigger seeds, which in turn eventually construct small synchronized salvos of gliders. These re-activate the lines of half-bakeries, thus closing the cycle and moving the entire spaceship obliquely by (6,3).

:half bakery = bi-loaf.

:half-bakery reaction The key reaction used in the half-baked knightship and Parallel HBK, where a half-bakery is moved by (6,3) when a glider collides with it, and the glider continues on a new lane. Ivan Fomichev noticed in May 2014 that pairs of these reactions at the correct relative spacing can create 90-degree output gliders: 

.............................O.
............................O..
............................OOO
...............................
...............................
...............................
...............................
...............................
...............................
...............................
....................OO.........
...................O..O........
...................O.O.........
.................OO.O..........
........O.......O..O...........
......OO........O.O............
.......OO........O.............
...............................
....OO.........................
...O..O........................
...O.O.........................
.OO.O..........................
O..O...........................
O.O............................
.O.............................

:half diagonal A natural measurement of distance between parallel glider lanes, or between elbow locations in a universal construction arm elbow operation library. If two gliders are in the same phase and exactly lined up vertically or horizontally, N cells away from each other, then the two glider lanes are considered to be N half diagonals (hd) apart. Gliders that are an integer number of full diagonals apart must be the same colour, whereas integer half diagonals allow for both glider colours. See colour of a glider, linear propagator.

:half fleet = ship-tie

:Halfmax A pattern that acts as a spacefiller in half of the Life plane, found by Jason Summers in May 2005. It expands in three directions at c/2, producing a triangular region that grows to fill half the plane.

:hammer To hammer a LWSS, MWSS or HWSS is to smash things into the rear end of it in order to transform it into a different type of spaceship. A hammer is the object used to do the hammering. In the following example by Dieter Leithner an LWSS is hammered by two more LWSS to make it into an MWSS. 

O..O................
....O...OO..........
O...O..OOO.....OOOO.
.OOOO..OO.O....O...O
........OOO....O....
.........O......O..O

:hammerhead A certain front end for c/2 spaceships. The central part of the hammerhead pattern is supported between two MWSS. The picture below shows a small example of a spaceship with a hammerhead front end (the front 9 columns). 

................O..
.OO...........O...O
OO.OOO.......O.....
.OOOOO.......O....O
..OOOOO.....O.OOOO.
......OOO.O.OO.....
......OOO....O.....
......OOO.OOO......
..........OO.......
..........OO.......
......OOO.OOO......
......OOO....O.....
......OOO.O.OO.....
..OOOOO.....O.OOOO.
.OOOOO.......O....O
OO.OOO.......O.....
.OO...........O...O
................O..

:hand Any object used as a slow salvo target by a construction arm.

:handshake An old MIT name for lumps of muck, from the following form (2 generations on from the stairstep hexomino): 

..OO.
.O.OO
OO.O.
.OO..

:harbor (p5) Found by Dave Buckingham in September 1978. The name is by Dean Hickerson. 

.....OO...OO.....
.....O.O.O.O.....
......O...O......
.................
.....OO...OO.....
OO..O.O...O.O..OO
O.O.OO.....OO.O.O
.O.............O.
.................
.O.............O.
O.O.OO.....OO.O.O
OO..O.O...O.O..OO
.....OO...OO.....
.................
......O...O......
.....O.O.O.O.....
.....OO...OO.....

:harvester (c p4 fuse) Found by David Poyner, this was the first published example of a fuse. The name refers to the fact that it produces debris in the form of blocks which contain the same number of cells as the fuse has burnt up. 

................OO
...............O.O
..............O...
.............O....
............O.....
...........O......
..........O.......
.........O........
........O.........
.......O..........
......O...........
.....O............
OOOOO.............
OOOO..............
O.OO..............

:hashlife A Life algorithm by Bill Gosper that is designed to take advantage of the considerable amount of repetitive behaviour in many large patterns of interest. It provides a means of evolving repetitive patterns millions (or even billions or trillions) of generations further than normal Life algorithms can manage in a reasonable amount of time.

The hashlife algorithm is described by Gosper in his paper listed in the bibliography at the end of this lexicon. Roughly speaking, the idea is to store subpatterns in a hash table so that the results of their evolution do not need to be recomputed if they arise again at some other place or time in the evolution of the full pattern. This does, however, mean that complex patterns can require substantial amounts of memory.

Tomas Rokicki and Andrew Trevorrow implemented Hashlife into Golly in 2005. See also macrocell.

:hassle See hassler.

:hassler An oscillator that works by hassling (repeatedly moving or changing) some object. For some examples, see Jolson, baker's dozen, toad-flipper, toad-sucker and traffic circle. Also see p24 gun for a good use of a traffic light hassler.

:hat (p1) Found in 1971. See also twinhat and sesquihat. 

..O..
.O.O.
.O.O.
OO.OO

:HBK = half-baked knightship

:hd Abbreviation for half diagonal. This metric is used primarily for relative measurements of glider lanes, often in relation to self-constructing circuitry; compare Gn.

:heat For an oscillator or spaceship, the average number of cells which change state in each generation. For example, the heat of a glider is 4, because 2 cells are born and 2 die every generation.

For a period n oscillator with an r-cell rotor the heat is at least 2r/n and no more than r(1-(n mod 2)/n). For n=2 and n=3 these bounds are equal.

:heavyweight emulator = HW emulator

:heavyweight spaceship = HWSS

:heavyweight volcano = HW volcano

:hebdarole (p7) Found by Noam Elkies, November 1997. Compare fumarole. The smaller version shown below was found soon after by Alan Hensel using a component found by Dave Buckingham in June 1977. The top ten rows can be stabilized by their mirror image (giving an inductor) and this was the original form found by Elkies. 

...........OO...........
....OO...O....O...OO....
.O..O..O.O....O.O..O..O.
O.O.O.OO.O....O.OO.O.O.O
.O..O..O.O.OO.O.O..O..O.
....OO....O..O....OO....
...........OO...........
.......O..O..O..O.......
......O.OO....OO.O......
.......O........O.......
........................
...OO..............OO...
...O..OOOO....OOOO..O...
....O.O.O.O..O.O.O.O....
...OO.O...OOOO...O.OO...
.......OO......OO.......
.........OO..OO.........
.........O..O.O.........
..........OO............

:hectic (p30) Found by Robert Wainwright in September 1984. 

......................OO...............
......................OO...............
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.........O..........OO...OO............
.......O.O............OOO..............
......O.O............O...O.............
OO...O..O.............O.O..............
OO....O.O..............O...............
.......O.O......O.O....................
.........O......OO.....................
.................O...O.................
.....................OO......O.........
....................O.O......O.O.......
...............O..............O.O....OO
..............O.O.............O..O...OO
.............O...O............O.O......
..............OOO............O.O.......
............OO...OO..........O.........
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
...............OO......................
...............OO......................

:Heisenburp device A pattern which can detect the passage of a glider without affecting the glider's path or timing. The first such device was constructed by David Bell in December 1992. The term, coined by Bill Gosper, refers to the fact that Heisenberg's Uncertainty Principle fails to apply in the Life universe. See also stable pseudo-Heisenburp and natural Heisenburp.

The following is an example of the kind of reaction used at the heart of a Heisenburp device. The glider at bottom right alters the reaction of the other two gliders without itself being affected in any way. 

O.....O....
.OO...O.O..
OO....OO...
...........
...........
...........
.........OO
........O.O
..........O

:Heisenburp effect See Heisenburp device.

:helix A convoy of standard spaceships used in a Caterpillar to move some piece of debris at the speed of the Caterpillar. The following diagram illustrates the idea. The leading edge of this example helix, represented by the glider at the upper right in the pattern below, moves at a speed of 65c/213, or slightly faster than c/4. 

...............................O.............
.................O............OOO............
................OOO....OOO....O.OO...........
.........OOO....O.OO...O..O....OOO..OOO......
.........O..O....OOO...O.......OO...O........
.........O.......OO....O...O.........O.......
.........O...O.........O...O.................
OOO......O...O.........O.....................
O..O.....O..............O.O..................
O.........O.O................................
O............................................
.O.O.........................................
.............................................
.............................................
..........O..................................
.........OOO.................................
.........O.OO................................
..........OOO................................
..........OO.................................
.............................................
.............................................
...............OOO...........................
...............O..O....O.....OOO.............
...............O......OOO....O..O....O.......
...............O.....OO.O....O......OOO......
....OOO.........O.O..OOO.....O.....OO.O......
....O..O.............OOO......O.O..OOO.......
....O................OOO...........OOO.......
....O.................OO...........OOO.......
.....O.O............................OO.......
...........................................O.
..........................................OOO
.........................................OO.O
.........................................OOO.
..........................................OO.
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.........................................O...
..............................OOO.......OOO..
................OOO.....O....O..O......OO.O..
..........O....O..O....OOO......O......OOO...
.........OOO......O....O.OO.....O......OOO...
.........O.OO.....O.....OOO..O.O........OO...
..........OOO..O.O......OOO..................
.O........OOO...........OOO..................
OOO.......OOO...........OO...................
O.OO......OO.................................
.OOO......................................O..
.OO......................................OOO.
........................................OO.O.
........................................OOO..
.........................................OO..
.........OOO.................................
........O..O.................................
...........O.................................
...........O.................................
........O.O..................................

Adjustable-speed helices can produce a very wide range of spaceship speeds; see Caterloopillar.

:heptaplet Any 7-cell polyplet.

:heptapole (p2) The barberpole of length 7. 

OO........
O.O.......
..........
..O.O.....
..........
....O.O...
..........
......O.O.
.........O
........OO

:heptomino Any 7-cell polyomino. There are 108 such objects. Those with names in common use are the B-heptomino, the Herschel and the pi-heptomino.

:Herschel (stabilizes at time 128) The following pattern which occurs at generation 20 of the B-heptomino. 

O..
O.O
OOO
..O

The name is commonly ascribed to the Herschel heptomino's similarity to a planetary symbol. William Herschel discovered Uranus in 1781. However, in point of fact a Herschel bears no particular resemblance to either of the symbols used for Uranus, but does closely resemble the symbol for Saturn. So the appropriate name might actually be "Huygens", but "Herschel" is now universally used by tradition.

Herschels are one of the most versatile types of signal in stable circuitry. R-pentominoes and B-heptominoes naturally evolve into Herschels, and converters have also been found that change pi-heptominoes and several other signal types into Herschels, and vice versa. See elementary conduit.

:Herschel circuit A series of Herschel conduits or other components, connected by placing them so that the output Herschels from early conduits become the input Herschels for later conduits. Often the initial component is a converter accepting some other signal type as input - usually a glider, in which case a syringe is most commonly used. The Silver reflector is a well-known early Spartan Herschel circuit from before the syringe was discovered, where the initial converter is a Callahan G-to-H.

Sometimes a direct connection between two conduits is not possible due to unwanted gliders that destroy required catalysts, or wanted gliders that are not able to escape. In this case, small "spacer" conduits such as F116, F117, Fx77, R64, L112, or L156 can be inserted between the other conduits to solve the problem.

Some converter or factory conduits do not produce a Herschel as output, instead generating other useful results such as gliders, boats or MWSSes. See Herschel-to-glider, demultiplexer, and H-to-MWSS respectively for examples of these. For those conduits which do produce an unwanted Herschel, an eater such as SW-2 can be added to delete it.

If the first and last conduits of a chain connect to each other in a loop then there is no need for a syringe to generate the first Herschel, or an eater to consume the last one. The circuit becomes a self-supporting Herschel loop. A loop is also formed by a syringe connected to a Herschel-to-glider converter, with the glider reflected back to the syringe's input with glider reflectors of the appropriate colour, usually Snarks. In either case, if the loop has a surplus glider output, it becomes a gun; if no output is available it is an emu.

:Herschel climber Any reburnable fuse reaction involving Herschels. May refer specifically to the (23,5)c/79 Herschel climber used in the waterbear, or one of several similar reactions with various velocities. See also Herschel-pair climber.

:Herschel component = Herschel conduit

:Herschel conduit A conduit that moves a Herschel from one place to another. See also Herschel loop.

Well over a hundred simple stable Herschel conduits are currently known. As of June 2018 the number is approximately 150, depending on the precise definition of "simple" - e.g., fitting inside a 100x100 bounding box, and producing output in no more than 300 ticks. In general a Herschel conduit can be called "simple" if its active reaction does not return to a Herschel stage except at its output. Compare elementary conduit, composite conduit. A description of common usage in complex circuitry, using syringes and Snarks to make compact connections, can be found in Herschel circuit.

The original universal set consisted of sixteen stable Herschel conduits, discovered between 1995 and 1998 by Dave Buckingham (DJB) and Paul Callahan (PBC). These are shown in the following table. In this table, the number in "name/steps" is the number of ticks needed to produce an output Herschel from the input Herschel. "m" tells how the Herschel is moved (R = turned right, L = turned left, B = turned back, F = unturned, f = flipped), and "dx" and "dy" give the displacement of the centre cell of the Herschel (assumed to start in the orientation shown above). 

  ------------------------------------------
  name/steps  m      dx   dy     discovery
  ------------------------------------------
  R64         R      11    9   DJB, Sep 1995
  Fx77        Fflip  25   -8   DJB, Aug 1996
  L112        L      12  -33   DJB, Jul 1996
  F116        F      32    1   PBC, Feb 1997
  F117        F      40   -6   DJB, Jul 1996
  Bx125       Bflip  -9  -17   PBC, Nov 1998
  Fx119       Fflip  20   14   DJB, Sep 1996
  Fx153       Fflip  48   -4   PBC, Feb 1997
  L156        L      17  -41   DJB, Aug 1996
  Fx158       Fflip  27   -5   DJB, Jul 1996
  F166        F      49    3   PBC, May 1997
  Fx176       Fflip  45    0   PBC, Oct 1997
  R190        R      24   16   DJB, Jul 1996
  Lx200       Lflip  17  -40   PBC, Jun 1997
  Rx202       Rflip   7   32   DJB, May 1997
  Bx222       Bflip  -6  -16   PBC, Oct 1998
  ------------------------------------------

See also Herschel transceiver.

:Herschel descendant A common active pattern occurring at generation 22 of a Herschel's evolution: 

OO..
O.OO
...O
.O.O
.OO.
There are other evolutionary paths leading to the same pattern, including the modification of a B-heptomino implied by generation 21 of a Herschel.

:Herschel great-grandparent A specific three-tick predecessor of a Herschel, commonly seen in Herschel conduit collections that contain dependent conduits. In some situations it is helpful to display the input reaction in this form instead of the standard Herschel form. 

.OO....
OOO.OO.
.OO.OOO
OOO.OO.
OO.....

Dependent conduit inputs are catalysed by a transparent block before the Herschel's standard form can appear, and before the Herschel's first natural glider is produced. This means that these conduits will fail if an actual Herschel is placed in the "correct" input location for a dependent conduit. Refer to F166 or Lx200 to see the correct relative placement of the standard transparent block catalyst.

Almost all known Herschel conduits produce a Herschel great-grandparent near the end of their evolutionary sequence. In the original universal set of Herschel conduits, Fx158 is the only exception.

:Herschel loop A cyclic Herschel track. Although no loop of length less than 120 generations has been constructed it is possible to make oscillators of smaller periods by putting more than one Herschel in a higher-period track. In this way oscillators, and in most cases guns, of all periods from 54 onwards can now be constructed (although the p55 case is a bit strange, shooting itself with gliders in order to stabilize itself). A mechanism for a period-52 loop was found in April 2018, but it includes a stage where the signal is carried by a triplet of gliders so it may not be considered to be a pure Herschel loop. The missing period, 53, is a difficult case simply because 53 is prime and so no small sparkers or reflectors are available.

See Simkin glider gun and p256 gun for the smallest known Herschel loops. See also emu and omniperiodic.

:Herschel-pair climber Any reburnable fuse reaction involving pairs of Herschels. May refer specifically to the 31c/240 Herschel-pair climber used in the Centipede, or one of several similar reactions with various velocities. See also Herschel climber.

:Herschel receiver Any circuit that converts a tandem glider into a Herschel signal. The following diagram shows a pattern found by Paul Callahan in 1996, as part of the first stable glider reflector. Used as a receiver, it converts two parallel input gliders (with path separations of 2, 5, or 6) to an R-pentomino. The signal is then converted to a Herschel by one of several known mechanisms, the first of which was found by Dave Buckingham way back in 1972. The second is elementary conduit RF48H, found by Stephen Silver in October 1997. The receiver version shown below uses Buckingham's R-to-Herschel converter, which is made up of elementary conduit RF28B followed by BFx59H. 

...............................................O.O
......................................OO.......OO.
......................................OO........O.
...OO.............................................
...O..............................................
....O.............................................
...OO.............................................
............OO....................................
...........O.O....................................
............O..............................O......
......................................OO...O.O....
.....................................O..O..OO.....
OO....................................OO..........
OO.............................OO.................
...............................OO.................
..................................................
..................................................
..................................................
..................................................
..................................................
..................................................
............................................OO....
............................................OO....
........................................OO........
........................................O.O.......
..........................................O.......
..........................................OO......
.............................OO...................
.............................OO...................
..................................................
..................................................
...........................OO.....................
...........................OO.....................

:Herschel stopper A method of cleanly suppressing a Herschel signal with an asynchronous boat-bit, discovered by Dean Hickerson. Here a ghost Herschel marks the location of the output signal, in cases where the boat-bit is not present. Other boat-bit locations that allow for clean suppression of a Herschel are also known. 

....................................OO
.........................O..........O.
.........................OOO.........O
............................O.......OO
...........................OO.........
......................................
........O.............................
........OOO...........................
...........O..........................
..........OO...........OO...........O.
.......................OO.........OOO.
..................................O...
..................................O...
......................................
..........................O...........
..........................OO..........
.........O...............O.O..........
.........O.O..........................
.........OOO..........................
...........O.......................OO.
....................................O.
.................................OOO..
.................................O....
......................................
..OO..................................
...O..................................
OOO....................OO.............
O......................O..............
........................OOO...........
..........................O...........

This term is also sometimes used to refer to any mechanism that cleanly suppresses a Herschel. These usually allow the Herschel's first natural glider to escape, so they are more commonly classified as converters. See SW-2.

:Herschel-to-glider The largest category of elementary conduit. Gliders are very common and self-supporting, so it's much easier to find these than any other type of output signal. A large collection of these H-to-G converters has been compiled, with many different output lanes and timings. These can be used to synchronize multiple signals to produce gun patterns or complex logic circuitry. See NW31T120 for an example.

:Herschel track A track for Herschels. An equivalent term is Herschel circuit. See also B track.

:Herschel transceiver An adjustable Herschel conduit made up of a Herschel transmitter and a Herschel receiver. The intermediate stage consists of a tandem glider - two gliders on parallel lanes - so that the transmitter and receiver can be separated by any required distance. The conduit may be stable, or may contain low-period oscillators.

:Herschel transmitter Any Herschel-to-two-glider converter that produces a tandem glider that can be used as input to a Herschel receiver. If the gliders are far enough apart, and if one of the gliders is used only for cleanup, then the transmitter is ambidextrous: with a small modification to the receiver, a suitably oriented mirror image of the receiver will also work.

The following diagram shows a stable Herschel transmitter found by Paul Callahan in May 1997: 

......OO...........
.....O.O...........
...OOO.............
..O...O......O.....
..OO.OO......OOO...
.............O.O...
...............O...
...................
...................
OO.O...............
O.OO...............
...................
...................
...................
...............OO..
...............O...
................OOO
..................O
Examples of small reversible p6 and p7 transmitters are also known, and more recently several alternate Herschel transceivers have been found with different lane spacing, e.g., 0, 2, 4, 6, and 13.

:Hertz oscillator (p8) Compare negentropy, and also cauldron. Found by Conway's group in 1970. 

...OO.O....
...O.OO....
...........
....OOO....
...O.O.O.OO
...O...O.OO
OO.O...O...
OO.O...O...
....OOO....
...........
....OO.O...
....O.OO...

:hexadecimal = beehive and dock

:hexaplet Any 6-cell polyplet.

:hexapole (p2) The barberpole of length 6. 

OO.......
O.O......
.........
..O.O....
.........
....O.O..
.........
......O.O
.......OO

:hexomino Any 6-cell polyomino. There are 35 such objects. For some examples see century, stairstep hexomino, table, toad and Z-hexomino.

:HF = honey farm

:HFx58B A common Herschel to B-heptomino converter, used as the first stage of F117 and many other Herschel conduits. There are two variants, both shown in the pattern below. 

..........O..............................O..........
..........OOO..........................OOO..........
.............O........................O.............
OO..........OO........................OO..........OO
.O................................................O.
.O.O............................................O.O.
..OO............................................OO..
.....................O........O.....................
.....................OO......OO.....................
......................OO....OO......................
......................O......O......................
.....................O........O.....................
....................................................
..O..............................................O..
..O.O..........................................O.O..
..OOO..........................................OOO..
....O...........OO.................OO..........O....
................O..................OO...............
.................OOO...................OO...........
...................O...................O............
........................................OOO.........
..........................................O.........

:H-heptomino Name given by Conway to the following heptomino. After one generation this is the same as the I-heptomino. 

OO..
.O..
.OOO
..O.

:high-bandwidth telegraph (p960, p30 circuitry) A variant of the telegraph constructed by Louis-François Handfield in February 2017, using periodic components to achieve a transmission rate of one bit per 192 ticks. The same ten signals are sent as in the original telegraph and the p1 telegraph, but information is encoded more efficiently in the timing of those signals. Specifically, the new transmitter sends five bits every 960 ticks by adjusting the relative timings inside each of the five mirror-image paired subunits of the composite signal in the beehive-chain lightspeed wire fuse.

:high-clearance See clearance.

:highway robber Any mechanism that can retrieve a signal from a spaceship lane while allowing spaceships on nearby lanes to pass by unaffected. In practice the spaceship is generally a glider. The signal is removed from the lane, an output signal is generated elsewhere, and the highway robber returns to its original state. A competent highway robber does not affect gliders even on the lane adjacent to the affected glider stream, except during its recovery period.

A perfect highway robber doesn't affect later gliders even in the lane to which it is attached, even during its recovery period. Below is a near-perfect highway robber "bait" that requires three synchronized signals to rebuild (the Herschel, B-heptomino, and glider.) The glider at the top right passes by unharmed, but another glider following on the same lane 200 ticks later will be cleanly reflected to a new path, and another glider following that one will also pass by unharmed. The only imperfection is a few ticks at the very end of the reconstruction, as the beehive is being rebuilt: 

......................O...........O.........
......................OOO.......O.O.........
.........OO...OO.........O.......OO.........
.........OO...OO........OO..................
............................................
............................................
..OO........................................
...O........................................
...O.O......................................
....OO......................................
............................................
............................................
............................................
............................................
............................................
............................................
.......OO...................................
........O...................................
.....OOO....................................
.....O......................................
............................................
............................................
............................................
............................................
............................................
............................................
....................OO......................
....................OO......................
............OO..............................
.............O..............................
O.........OOO...............................
OOO.......O.................................
...O........................................
..OO........................................
............................................
............................................
............................................
............................................
...........O...........OO...............OO..
.........OOO..........O.O...............OO..
.........O.O............O...................
.........O.....................OO.O.......O.
...............................O.OO......OOO
........................................OO.O
............................................
.............................OO.............
.............................OO.............
.......................OO...................
.......................OO...................
............................................
............................................
.........................OO.................
..................OO.....OO.................
..................OO........................

:hive = beehive

:hivenudger (c/2 orthogonally, p4) A spaceship found by Hartmut Holzwart in July 1992. (The name is due to Bill Gosper.) It consists of a pre-beehive escorted by four LWSS. In fact any LWSS can be replaced by a MWSS or an HWSS, so that there are 45 different single-hive hivenudgers. 

OOOO.....O..O
O...O...O....
O.......O...O
.O..O...OOOO.
.............
.....OO......
.....OO......
.....OO......
.............
.O..O...OOOO.
O.......O...O
O...O...O....
OOOO.....O..O
Wider versions can be made by stabilizing the front of the extended "pre-beehive", as in the line puffer shown below. 
.........O.O..................
........O..O..................
.......OO.....................
......O...O...................
.....OOO.O....................
..OO..........................
.O...OOOOO.......OOOO.....O..O
O...O............O...O...O....
O.....OO.........O.......O...O
OOO...OOOO........O..O...OOOO.
.O.......O....................
.OO...................OO......
.O.O..................OO......
.OO..OO.O........O.O..OO......
..O.OOO.O...O.OOOO.O..OO......
.........OO.O.OO..O...OO...OOO
....OOOOOO.OO...OOOO..OO...OOO
.....O....OOO......O..OO...OOO
......OO.....OO..OO...OO......
.......O..O.....OOOO..OO......
........O.O.OO.....O..OO......
......................OO......
..............................
..................O..O...OOOO.
.................O.......O...O
.................O...O...O....
.................OOOO.....O..O

:honey bit A block and pond constellation used in the OTCA metapixel by Brice Due in 2006, to store and retrieve a bit of data - specifically, the presence or absence of a neighbor metacell. The "0" state of the honey bit memory unit is a simple beehive, which is also the source of the name.

An input glider collides with the beehive to convert it into the honey bit constellation, which can be thought of as a value of "1" stored in the memory unit. A passing LWSS can then test for the presence of the pond. If a collision occurs, the LWSS and the honey bit constellation are mutually annihilated, leaving just the original beehive. Below is the honeybit constellation with the two reactions occurring in the opposite order - test, then reset. 

.O...............
..O..............
OOO..............
.................
............OOOO.
............O...O
............O....
.............O..O
.................
..........OO.....
.........O..O....
.........O..O....
..........OO.....
.................
.................
.........OO......
.........OO......
If the pond is not present, the LWSS passes by the beehive without affecting it. Thus a test input has an output for the "0" case, but not for the "1" case. For an alternative memory-unit mechanism with both "0" and "1" outputs, see demultiplexer.

The honey bit is also an interesting eater for the HWSS as shown below. An HWSS colliding with the pond happens to create the exact same reset glider used in the above memory unit. 

..OO...........
O....O......OO.
......O....O..O
O.....O....O..O
.OOOOOO.....OO.
...............
...............
...........OO..
...........OO..

:honeycomb (p1) 

..OO..
.O..O.
O.OO.O
.O..O.
..OO..

:honey farm (p1) A common formation of four beehives. 

......O......
.....O.O.....
.....O.O.....
......O......
.............
.OO.......OO.
O..O.....O..O
.OO.......OO.
.............
......O......
.....O.O.....
.....O.O.....
......O......

:hook Another term for a bookend. It is also used for other hook-shaped things, such as occur in the eater1 and the hook with tail, for example.

:hook with tail (p1) For a long time this was the smallest still life without a well-established name. It is now a vital component of the smallest known HWSS gun, where it acts as a rock. 

O.O..
OO.O.
...O.
...OO

:houndstooth agar The p2 agar that results from tiling the plane with the following pattern. 

.OOO
.O..
..O.
OOO.

:house The following induction coil. It is generation 3 of the pi-heptomino. See spark coil and dead spark coil. 

.OOO.
O...O
OO.OO

:H-to-G A Herschel-to-glider converter.

:H-to-MWSS A Spartan converter found by Tanner Jacobi in October 2015, which converts an input Herschel to a middleweight spaceship. The key discovery was a very small but slightly dirty H-to-MWSS conduit, where a Herschel is catalyzed to produce an MWSS but also leaves behind a beehive. Prefixing two R64 conduits to this produces a composite converter that successfully deletes the beehive in advance, using the input Herschel's first natural glider. 

.............................OO................
.............................OO.....OO.........
....................................OO.........
...............................................
...............................................
...............OO.................OO...........
................O.................OO...........
................O.O.....................OO.....
.................OO.....................OO.....
...............................................
...............................................
...............................................
....................O..........................
....................O.O........................
....................OOO........................
......................O........................
...............................................
...............................................
...............................................
...............................................
...............................................
...............................................
...OO...........................OOO............
..O.O...........................O..............
...O...........................OO..............
...............................................
...............................................
...............................................
...............................................
...............................................
...............................................
.............................................OO
.O...........................................OO
O.O................OO.O........................
O.O................OO.OOO......................
.O......................O......................
........................O...............OO.....
........................................OO.....
....O.O.....................................OO.
.......O....................................OO.
...O...O.......................................
.......O.......................................
....O..O..............................OO.......
.....OOO..............................OO.......
There are many other ways to remove the beehive using a spare glider or additional conduits, but they are generally less compact than this.

:hustler (p3) Found by Robert Wainwright, June 1971. 

.....OO....
.....OO....
...........
...OOOO....
O.O....O...
OO.O...O...
...O...O.OO
...O....O.O
....OOOO...
...........
....OO.....
....OO.....

:hustler II (p4) 

....O...........
....OOO.........
.......O........
......O..OO.....
O.OO.O.OO..O....
OO.O.O.....O....
.....O....O.....
....O.....O.O.OO
....O..OO.O.OO.O
.....OO..O......
........O.......
.........OOO....
...........O....

:HW emulator (p4) Found by Robert Wainwright in June 1980. See also emulator. 

.......OO.......
..OO.O....O.OO..
..O..........O..
...OO......OO...
OOO..OOOOOO..OOO
O..O........O..O
.OO..........OO.

:HWSS (c/2 orthogonally, p4) A heavyweight spaceship, the fourth most common spaceship. Found by Conway in 1970 by modifying a LWSS. See also MWSS. 

...OO..
.O....O
O......
O.....O
OOOOOO.

The HWSS possesses both a tail spark and a domino belly spark which can easily perturb other objects as it passes by. The spaceship can also perturb some objects in additional ways. For examples, see puffer and glider turner.

Dave Buckingham found that the HWSS can be synthesized using three gliders as shown below: 

........O.O
........OO.
.........O.
...........
OOO........
..O........
.O...OOO...
.......O...
......O....

:HWSS emulator = HW emulator

:HW volcano (p5) A p5 domino sparker, found by Dean Hickerson in February 1995. 

.........O..........................
........O.O.........................
......OOO.O.........................
.....O....OO.O......................
.....O.OO...OO......OO..............
....OO.O.OO.........O.O.............
.........O.OOOOO......O..O.OO.......
..O.OO.OO.O.....O....OO.O.OO.O......
.....OO.....OOOO........O....O......
O...O.O..O...O.O....OO.O.OOOO.OO....
O...O.O..OO.O.OO.OO....O.O....O.O...
.....OO...OOO.OO.O.OOO.O..OOO...O...
..O.OO.OO.OO.............O.O..O.O.OO
...........O......O.O.O.O..OO.O.O.O.
....OO.O.O.OO......OO.O.O.O...O.O.O.
.....O.OO.O..O.......O.OO..OOOO.OO..
.....O....O.O........O...OO.........
....OO....OO........OO...O..O.......
...........................OO.......
At least four progressively smaller forms of this sparker have been found, including a 25-cell-wide version found by David Eppstein in 2003, and a vertically narrower 28-cell-wide version by Karel Suhajda in 2004. Scot Ellison's 17-cell-wide version is shown in the zweiback entry.

:hybrid grey ship A grey ship containing more than one type of region of density 1/2, usually a combination of a with-the-grain grey ship and an against-the-grain grey ship.

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:I-heptomino Name given by Conway to the following heptomino. After one generation this is the same as the H-heptomino. 

OO..
.O..
.OO.
..OO

:IMG = intermitting glider gun

:Immigration A form of colourised Life in which there are two types of ON cell, a newly-born cell taking the type of the majority of its three parent cells and surviving cells remaining of the same type as in the previous generation.

:independent conduit A Herschel conduit in which the input Herschel produces its first natural glider. Compare dependent conduit.

:induction coil Any object used to stabilize an edge (or edges) without touching. The tubs used in the Gray counter are examples, as are the blocks and snakes used in the Hertz oscillator and the heptomino at the bottom of the mathematician.

:inductor Any oscillator with a row of dead cells down the middle and whose two halves are mirror images of one another, both halves being required for the oscillator to work. The classic examples are the pulsar and the tumbler. If still lifes are considered as p1 oscillators then there are numerous simple examples that include this kind of central gutter, such as table on table, dead spark coil and cis-mirrored R-bee. Some spaceships, such as the brain, the snail and the spider, use the same principle.

:infinite glider hotel A pattern by David Bell, named after Hilbert's "infinite hotel" scenario in which a hotel with an infinite number of rooms has room for more guests even if it is already full, simply by shuffling the old guests around.

In this pattern, two pairs of Corderships moving at c/12 are pulling apart such that there is an ever-lengthening glider track between them. Every 128 generations another glider is injected into the glider track (see LWSS-glider bounce), joining the gliders already circulating there. The number of gliders in the track therefore increases without limit.

The tricky part of this construction is that even though all the previously injected gliders are repeatedly flying through the injection point, that point is guaranteed to be empty when it is time for the next glider to be injected.

:infinite growth Growth of a finite pattern such that the population tends to infinity, or at least is unbounded. Sometimes the term is used for growth of something other than population (for example, length), but here we will only consider infinite population growth. The first known pattern with infinite growth in this sense was the Gosper glider gun, created in a response to a $50 prize challenge by John Conway. Martin Gardner's October 1970 article described the challenge as "Conway conjectures that no pattern can grow without limit", but Conway later explained that he had always expected that this would be disproved. The original purpose in investigating CA rules including B3/S23 was to show that a very simple two-state rule could support a universal computer and/or universal constructor. If all finite patterns could be proven to be bounded, neither of these would be possible.

An interesting question is: What is the minimum population of a pattern that exhibits infinite growth? In 1971 Charles Corderman found that a switch engine could be stabilized by a pre-block in a number of different ways, giving 11-cell patterns with infinite growth. This record stood for more than quarter of a century until Paul Callahan found, in November 1997, two 10-cell patterns with infinite growth. The following month he found the one shown below, which is much neater, being a single cluster. This produces a stabilized switch engine of the block-laying type. 

......O.
....O.OO
....O.O.
....O...
..O.....
O.O.....
Nick Gotts and Paul Callahan showed in October 1997 that there is no infinite growth pattern with fewer than 10 cells, so that question has now been answered.

In October 2014, Michael Simkin discovered a three-glider collision that produces a glider-producing stabilized switch engine and thus produces infinite growth from the smallest possible number of gliders (since all 71 2-glider collisions have a finite limit population).

Also of interest is the following pattern (again found by Callahan), which is the only 5x5 pattern with infinite growth. This too emits a block-laying switch engine. 

OOO.O
O....
...OO
.OO.O
O.O.O

Following a conjecture of Nick Gotts, Stephen Silver produced, in May 1998, a pattern of width 1 which exhibits infinite growth. This pattern was very large (12470x1 in the first version, reduced to 5447x1 the following day). In October 1998 Paul Callahan did an exhaustive search, finding the smallest example, the 39x1 pattern shown below. This produces two block-laying switch engines, stability being achieved at generation 1483. 

OOOOOOOO.OOOOO...OOO......OOOOOOO.OOOOO
Larger patterns have since been constructed that display quadratic growth.

Although the simplest infinite growth patterns grow at a rate that is (asymptotically) linear, many other types of growth rate are possible, quadratic growth (see also breeder) being the fastest. Dean Hickerson has found many patterns with unusual growth rates, such as sawtooths and a caber tosser. Another pattern with superlinear but non-quadratic growth is Gotts dots.

See also Fermat prime calculator.

:initials = monogram

:inject A reaction in which a hole in a regular spaceship stream is filled partially or fully by adding a new spaceship of the same type without affecting the existing spaceships in the stream. Depending on the period of the stream, different mechanisms can be used. For adding a spaceship to an existing multi-lane convoy, see inserter.

For large period glider streams, simple reactions such as LWSS-LWSS bounce and LWSS-glider bounce suffice. If Herschel technology is used, a large number of edge shooters and transparent conduits are known. Simple examples include the NW31 Herschel-to-glider converter and the Fx119 inserter.

Shown below is an injector found by Dave Buckingham that can fill a hole in a p15 glider stream: 

..O.O..................
...OO..................
...O.................O.
....................O..
....................OOO
.......................
.......................
..........O............
...........OO..........
..........OO...........
.......................
.OO....................
O.O..OO................
..O.OO.................
......O................
.......................
.......................
.......................
.....OO................
......OO...............
.....O.................
For very low-period glider streams, a GIG is a much more efficient insertion method, in the sense that fewer synchronized signals are needed. However, it has been shown that colliding gliders can complete an insertion even into a single-glider gap in a period-14 stream.

:inline inverter The following reaction in which a p30 gun can be used to invert the presence or absence of gliders in a p30 stream, with the output glider stream being in the same direction as the input glider stream. 

................O...................
.................O..................
...............OOO..................
....................................
.......................O.O..........
.....................O...O..........
.............O.......O..............
............OOOO....O....O........OO
...........OO.O.O....O............OO
OO........OOO.O..O...O...O..........
OO.........OO.O.O......O.O..........
............OOOO....................
.............O......................

:inserter A mechanism that can add another spaceship into a stream or convoy of other spaceships without affecting the existing spaceships. For examples see Fx119 inserter, tee, GIG, clock insertion and inject.

:integral = integral sign

:integral sign (p1) 

...OO
..O.O
..O..
O.O..
OO...

:intentionless = elevener

:interchange (p2) A common formation of six blinkers. 

..OOO....OOO..
..............
O............O
O............O
O............O
..............
..OOO....OOO..

:intermediate target A temporary product of a partial slow salvo, elbow operation, or glider synthesis. An intermediate target is a useful step toward a desired outcome, but will not appear in the final construction.

:intermittent stream A stream of spaceships which is based on a periodic stream, but which can contain holes where some of the spaceships are not present. There is a base period for the intermittent stream such that if a spaceship arrives at a specific location, then it always does so at a generation which is a multiple of the base period. For example, the output from a period 30 glider gun where every third glider is deleted is an intermittent stream. A pseudo-random glider generator can produce a complicated intermittent stream with no obvious pattern.

Intermittent streams can be used to transmit signals, where holes in the stream can also convey information. For example, the stream can be processed by an inverter having the same period.

:intermitting glider gun Despite the name, an intermitting glider gun (IMG) is more often an oscillator than a gun. There are two basic types. A type 1 IMG consists of two guns firing at one another in such a way that each gun is temporarily disabled on being hit by a glider from the other gun. A type 2 IMG consists of a single gun firing at a 180-degree glider reflector in such a way that returning gliders temporarily disable the gun.

Both types of IMG can be used to make glider guns of periods that are multiples of the base period. This is done by firing another gun across the two-way intermittent stream of gliders in the IMG in such a way that gliders only occasionally escape.

:inverter A device which can be used to invert the presence or absence of spaceships in an intermittent stream of spaceships. The device must be a gun whose period matches the base period of the stream, since if there are no input spaceships then the device must produce spaceships as the result of the inversion. Typically the spaceships are gliders, and the inverter is made from a glider gun. Inverters provide a way to produce a NOT logic operation on a stream.

There are several ways to produce an inverter. The simplest method is to simply hit the output of a gun with the input stream to delete its spaceships, producing an output stream that is always turned 90 degrees from the input stream. An example is the northernmost p30 gun in the glider duplicator example pattern. For one way to produce an inverted output stream which is not turned, see inline inverter.

:inverting reflector See inverter.

:island The individual polyplets of which a stable pattern consists are sometimes called islands. So, for example, a boat has only one island, while an aircraft carrier has two, a honey farm has four and the standard form of the eater3 has five.

:Iwona (stabilizes at time 28786) The following methuselah found by Andrzej Okrasinski in August 2004. 

..............OOO...
....................
....................
....................
....................
....................
..O.................
...OO...............
...O..............O.
..................O.
..................O.
...................O
..................OO
.......OO...........
........O...........
....................
....................
....................
....................
OO..................
.O..................
It has a final population of 3091 and covers an area of 413 by 364 cells, not counting the 47 gliders it produces. Its ash consists of typical stable objects and blinkers, along with the relatively rare paperclip.
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:vacuum Empty space. That is, space containing only dead cells.

:Venetian blinds The p2 agar obtained by using the pattern O..O to tile the plane. Period 2 stabilizations of finite patches of this agar are known. 

..................O.OO.OO......O......OO.OO.O..................
..................OO.O.O...OO.O.O.OO...O.O.OO..................
.....................O...O..O.O.O.O..O...O.....................
.....................O..OOO...O.O...OOO..O.....................
....................OO.O.....O.O.O.....O.OO....................
.......................O..OO.O...O.OO..O.......................
....................OO..OOO..OO.OO..OOO..OO....................
................OO.O.OO...OO.OOOOO.OO...OO.O.OO................
................OO.OO....O...........O....OO.OO................
...................O..OO.O.O.......O.O.OO..O...................
................OO..OOO..OO.OOOOOOO.OO..OOO..OO................
........OO..OO.O.OO...OO.OOOOOOOOOOOOO.OO...OO.O.OO..OO........
.....O..O...OO.OO....O...................O....OO.OO...O..O.....
....O.O.O......O..OO.O.O...............O.O.OO..O......O.O.O....
...O..O.OO..OO..OOO..OO.OOOOOOOOOOOOOOO.OO..OOO..OO..OO.O..O...
...O.OO....O.OO...OO.OOOOOOOOOOOOOOOOOOOOO.OO...OO.O....OO.O...
OO.OO...OO.OO....O...........................O....OO.OO...OO.OO
O.O...OO.O.O..OO.O.O.......................O.O.OO..O.O.OO...O.O
..O.OO.O.O..OOO..OO.OOOOOOOOOOOOOOOOOOOOOOO.OO..OOO..O.O.OO.O..
..O.O..OOOO...OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO...OOOO..O.O..
.OO..O.......O...................................O.......O..OO.
O..O.O....OO.O.O...............................O.O.OO....O.O..O
.O.O..OOOOO..OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO..OOOOO..O.O.
..O.OOO..OOO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OOO..OOO.O..
....O.O..O...........................................O..O.O....
..O.O.O..O.O.......................................O.O..O.O.O..
..OO...O.OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO.O...OO..
.........OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.........
...............................................................
...............................................................
.........OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.........
..OO...O.OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO.O...OO..
..O.O.O..O.O.......................................O.O..O.O.O..
....O.O..O...........................................O..O.O....
..O.OOO..OOO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OOO..OOO.O..
.O.O..OOOOO..OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO..OOOOO..O.O.
O..O.O....OO.O.O...............................O.O.OO....O.O..O
.OO..O.......O...................................O.......O..OO.
..O.O..OOOO...OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO...OOOO..O.O..
..O.OO.O.O..OOO..OO.OOOOOOOOOOOOOOOOOOOOOOO.OO..OOO..O.O.OO.O..
O.O...OO.O.O..OO.O.O.......................O.O.OO..O.O.OO...O.O
OO.OO...OO.OO....O...........................O....OO.OO...OO.OO
...O.OO....O.OO...OO.OOOOOOOOOOOOOOOOOOOOO.OO...OO.O....OO.O...
...O..O.OO..OO..OOO..OO.OOOOOOOOOOOOOOO.OO..OOO..OO..OO.O..O...
....O.O.O......O..OO.O.O...............O.O.OO..O......O.O.O....
.....O..O...OO.OO....O...................O....OO.OO...O..O.....
........OO..OO.O.OO...OO.OOOOOOOOOOOOO.OO...OO.O.OO..OO........
................OO..OOO..OO.OOOOOOO.OO..OOO..OO................
...................O..OO.O.O.......O.O.OO..O...................
................OO.OO....O...........O....OO.OO................
................OO.O.OO...OO.OOOOO.OO...OO.O.OO................
....................OO..OOO..OO.OO..OOO..OO....................
.......................O..OO.O...O.OO..O.......................
....................OO.O.....O.O.O.....O.OO....................
.....................O..OOO...O.O...OOO..O.....................
.....................O...O..O.O.O.O..O...O.....................
..................OO.O.O...OO.O.O.OO...O.O.OO..................
..................O.OO.OO......O......OO.OO.O..................

:very long = long long

:very long house The following induction coil. 

.OOOOO.
O..O..O
OO...OO

:volatility The volatility of an oscillator is the size (in cells) of its rotor divided by the sum of the sizes of its rotor and its stator. In other words, it is the proportion of cells involved in the oscillator which actually oscillate. For many periods there are known oscillators with volatility 1, see for example Achim's p16, figure-8, Kok's galaxy, mazing, pentadecathlon, phoenix, relay, smiley and tumbler. Such an oscillator of period 3 was found in August 2012 by Jason Summers. 

.........O.O.....O...O.....O.O.
........O...O....O...O....O...O
.........O.......O...O.......O.
...........OO.OO.O...O.OO.OO...
.................O...O.........
..........O...O.........O...O..
........O.O.................O.O
...............................
........O...................O..
.......OO..................OO..
.......O...................O...
.....O..O................O..O..
O....O..............O....O.....
OOOO.OO.OOO.........OOOO.OO.OOO
OOO.OO.OOOO.........OOO.OO.OOOO
.....O....O..............O....O
..O..O................O..O.....
...O...................O.......
..OO..................OO.......
..O...................O........
...............................
O.O.................O.O........
..O...O.........O...O..........
.........O...O.................
...OO.OO.O...O.OO.OO...........
.O.......O...O.......O.........
O...O....O...O....O...O........
.O.O.....O...O.....O.O.........

The smallest period for which the existence of such statorless oscillators is undecided is 7. There are oscillators with volatility arbitrarily close to 1 for all but finitely many periods, because of the possibility of feeding the gliders from a true period n gun into an eater.

The term "volatility" is due to Robert Wainwright. See also strict volatility.

:volcano Any of a number of p5 oscillators which produce sparks. See lightweight volcano, middleweight volcano and heavyweight volcano.

:von Neumann neighbourhood The set of all cells that are orthogonally adjacent to a cell or group of cells. The von Neumann neighbourhood of a cell can be thought of as the points at a Manhattan distance of 1 from that cell. Compare Moore neighbourhood.

Cell neighbourhoods can also be defined with a higher range. The von Neumann neighbourhood of range n can be defined recursively as the von Neumann neighbourhood of the von Neumann neighbourhood of range n-1. For example, the von Neumann neighbourhood of range 2 is the set of all cells that are orthogonally adjacent to the range-1 von Neumann neighbourhood.

:V-pentomino Conway's name for the following pentomino, a loaf predecessor. 

O..
O..
OOO

:V spark A common three-bit polyplet spark, produced most notably by the pentadecathlon. 

O.O
.O.
The spark can convert a pre-block or block into a glider as shown here: 
.O...
OO..O
...O.
....O
Also see PD-pair reflector.
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:zebra stripes (p1) A stable agar consisting of alternating bands of live and dead cells. Known spacefillers and many gray ships create patches of this agar. It is also the medium through which with the grain and against the grain negative spaceships travel. Many simple stabilizations of the boundaries of finite regions of this agar are known, as shown below. 

..OO.......................
..O........................
....O..O..O..O..O..O..O....
...OOOOOOOOOOOOOOOOOOOO....
..O........................
...OOOOOOOOOOOOOOOOOO......
.....................O.....
.OOOOOOOOOOOOOOOOOOOO......
O..........................
.OOOOOOOOOOOOOOOOOOOOOO....
.......................O.OO
.OOOOOOOOOOOOOOOOOOOO..O.OO
O....................O.O...
.OOOOOOOOOOOOOOOOOOOO..O...
.......................OO..
...OOOOOOOOOOOOOOOOOO......
..O..................O.....
...OOOOOOOOOOOOOOOOOO......
...........................
.....OO..OO.O.OOOO.OO......
.....OO..O.OO.O..O.OO......

:Z-hexomino The following hexomino. The Z-hexomino features in the pentoad, and also in Achim's p144. 

OO.
.O.
.O.
.OO

:zone of influence The set of cells on which a chosen cell or pattern can potentially exert an influence in a given number of generations N. If N is not specified it is generally taken to be one, in which case the zone of influence simply coincides with the Moore neighbourhood of the cell or pattern.

The set for N generations consists of all the cells to which at least N paths of length N can be traced from the cell(s) in question. Contrast this with the range-N Moore neighbourhood, which consists of all cells to which at least one path of length n can be traced.

:Z-pentomino Conway's name for the following pentomino, which rapidly dies. 

OO.
.O.
.OO

:zweiback (p30) An oscillator in which two HW volcanoes hassle a loaf. This was found by Mark Niemiec in February 1995. A smaller version using Scot Ellison's reduced HW volcano is shown below. 

..........O..............................
........OOOOO.................O..........
.......O.....O..............OOOOO........
.......O..OO.O.............O.....O.......
...O.OOO.O.O.OO............O.OO..O.......
...OO....O................OO.O.O.OOO.O...
......OO.OO....................O....OO...
.OOOOO.O.O..O.................OO.OO......
O......O...O.O..............O..O.O.OOOOO.
OO..OOOOO.OO.O.............O.O...O......O
............OO.............O.OO.OOOOO..OO
.....OO....OOO.............OO............
.....OO....OOO.....OO......OOO....OO.....
............OO....O..O.....OOO....OO.....
OO..OOOOO.OO.O.....O.O.....OO............
O......O...O.O......O......O.OO.OOOOO..OO
.OOOOO.O.O..O..............O.O...O......O
......OO.OO.................O..O.O.OOOOO.
...OO....O....................OO.OO......
...O.OOO.O.O.OO................O....OO...
.......O..OO.O............OO.O.O.OOO.O...
.......O.....O.............O.OO..O.......
........OOOOO..............O.....O.......
..........O.................OOOOO........
..............................O..........
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Golly Screen

The Golly screen lets you display, edit and generate patterns. There are three toolbars:

  • The top toolbar has buttons for generating the current pattern, changing the speed (by setting how often the pattern is rendered), and for changing the scale and/or location.
  • The middle toolbar has buttons for editing the current pattern. You can undo or redo all editing changes (and generating changes), select all of the current pattern, perform a variety of actions on the selection, paste, or change the current drawing state. The buttons at the right edge of the toolbar let you choose an editing mode: drawing cells, picking cell states, selecting cells, or moving the viewport (with a one-finger drag).
  • The bottom toolbar has buttons for miscellaneous functions. You can create a new pattern, change the current rule (and/or algorithm), display comment information in the current pattern file, save the current pattern, or switch to full screen mode.

The thin area in between the top two toolbars is used to display status information about the current pattern. It consists of three lines: The 1st line shows the pattern name, the current algorithm, and the current rule. The 2nd line shows the generation count, the population (ie. number of live cells), the current scale (in cells per pixels), the current step size, and the XY location of the cell in the middle of the viewport. The 3rd line is for various messages.

The background color of the status area depends on the current algorithm: pale yellow for QuickLife, pale blue for HashLife, etc.

The large area above the bottom toolbar is for displaying the current pattern. Two-finger pinching can be used to zoom in or out, and two-finger dragging can be used to move the viewport. golly-3.3-src/gui-common/Help/tips.html0000644000175000017500000000131012250742663015024 00000000000000

Hints and Tips

  • Displaying the population count can cause a significant slow-down when generating large patterns, especially when using HashLife. If you want to generate at maximum speed then hit the Full Screen button.
  • Editing operations are fastest in QuickLife.
  • Pasting large, sparse patterns is much faster when using OR mode, or if the current pattern is empty, or if the paste image is completely outside the current pattern edges.
  • After making a selection you can change its size by dragging inside the selection near a corner or edge, or move the selection by dragging near the middle.
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File Formats

Here are the important file formats used by Golly:

Extended RLE format (.rle)
Macrocell format (.mc)
Rule format (.rule)
     @RULE
     @TABLE
     @TREE
     @COLORS
     @ICONS
          Specifying icons using XPM
          Grayscale icons or multi-color icons
          Requesting built-in icons
     How Golly finds .rule files
     Related rules can share colors and/or icons
     How to override a supplied or built-in rule
     The easy way to install a new .rule file
     Deprecated files (.table, .tree)
Zip files (.zip)

Extended RLE format

Golly prefers to store patterns and pattern fragments in a simple concise textual format we call "Extended RLE" (it's a modified version of the RLE format created by Dave Buckingham). The data is run-length encoded which works well for sparse patterns while still being easy to interpret (either by a machine or by a person). The format permits retention of the most critical data:

  • The cell configuration; ie. which cells have what values.
  • The transition rule to be applied.
  • Any comments or description.
  • The generation count.
  • The absolute position on the screen.

Golly uses this format for internal cuts and pastes, which makes it very convenient to move cell configurations to and from text files. For instance, the r-pentomino is represented as

x = 3, y = 3, rule = B3/S23
b2o$2o$bo!

Pattern data in this format can be cut from a browser or email window and pasted directly into Golly.

RLE data is indicated by a file whose first non-comment line starts with "x". A comment line is either a blank line or a line beginning with "#". The line starting with "x" gives the dimensions of the pattern and usually the rule, and has the following format:

x = width, y = height, rule = rule

where width and height are the dimensions of the pattern and rule is the rule to be applied. Whitespace can be inserted at any point in this line except at the beginning or where it would split a token. The dimension data is ignored when Golly loads a pattern, so it need not be accurate, but it is not ignored when Golly pastes a pattern; it is used as the boundary of what to paste, so it may be larger or smaller than the smallest rectangle enclosing all live cells.

Any line that is not blank, or does not start with a "#" or "x " or "x=" is treated as run-length encoded pattern data. The data is ordered a row at a time from top to bottom, and each row is ordered left to right. A "$" represents the end of each row and an optional "!" represents the end of the pattern.

For two-state rules, a "b" represents an off cell, and a "o" represents an on cell. For rules with more than two states, a "." represents a zero state; states 1..24 are represented by "A".."X", states 25..48 by "pA".."pX", states 49..72 by "qA".."qZ", and on up to states 241..255 represented by "yA".."yO". The pattern reader is flexible and will permit "b" and "." interchangeably and "o" and "A" interchangeably.

Any data value or row terminator can be immediately preceded with an integer indicating a repetition count. Thus, "3o" and "ooo" both represent a sequence of three on cells, and "5$" means finish the current row and insert four blank rows, and start at the left side of the row after that.

The pattern writer attempts to keep lines about 70 characters long for convenience when sharing patterns or storing them in text files, but the reader will accept much longer lines.

Comment lines with a specific format will be added at the start of the file to convey extra information. These comment lines start with "#CXRLE" and contain keyword/value pairs. The keywords currently supported are "Pos", which denotes the absolute position of the upper left cell (which may be on or off), and "Gen", which denotes the generation count. For instance,

#CXRLE Pos=0,-1377 Gen=3480106827776

indicates that the upper left corner of the enclosing rectange is at an X coordinate of 0 and a Y coordinate of -1377, and that the pattern stored is at generation 3,480,106,827,776.

All comment lines that occur at the top or bottom of the file are treated as information lines and are displayed in a modal view when you tap the Info button in the Pattern tab's bottom toolbar. Any comment lines interspersed with the pattern data will not be displayed.

Macrocell format

The size of an Extended RLE file is frequently proportional to the number of cells it contains, yet Golly supports universes that can contain trillions of cells or more, using hashlife-based algorithms. The storage of these huge universes, for which Extended RLE is not feasible, is done by essentially dumping the in-memory compressed representation of the universe in "Macrocell format". Since little translation need be done between external and internal representation, this format is also used to store backups of universes at certain points in Golly's operation when using one of the hashlife-based algorithms.

The macrocell format has two parts: the header, and the tree. The first portion of the file is the header; this contains the format identifier, the rule, the generation count (if non-zero), and any comments associated with this file. The format identifier is a line that starts with "[M2]" and contains the name and version of the program used to write it:

[M2] (golly 2.0)

Following this is any comment lines, which are lines that begin with '#'. If the first two characters of a line are '#R', then the remainder of the line (after intervening whitespace) is the rule for the pattern. If the first two characters are '#G', then the remainder of the line is the current generation count. Any other line starting with a '#' is treated as an ordinary comment line.

Following the header is is a child-first textual representation of a canonicalized quadtree. Each line is either a leaf node, or a non-leaf node. For two-state algorithms, the leaf nodes contain an 8x8 pixel array in a simplified raster format, left-to-right, then top-down, with "." representing an empty cell, "*" representing a live cell, and "$" representing the end of line; empty cells at the end of each row are suppressed. No whitespace is permitted; lines representing leaf nodes for two-state algorithms are recognized because they start with ".", "*", or "$". A sample leaf node containing a glider is:

$$..*$...*$.***$$$$

For algorithms with more than two states, leaf nodes represent a two-by-two square of the universe. They contain five integers separated by single spaces; the first integer is 1, and the next four are the state values for the northwest, northeast, southwest, and southeast values of the square.

Nodes with children are represented by lines with five integers. The first integer is the logarithm base 2 of the size of the square this node representes; for two-state patterns, this must be 4 or larger; for multi-state patterns, this must be 2 or larger. The next four values are the node numbers of the northwest, northeast, southwest, and southeast child nodes. Each of these child nodes must be the appropriate size; that is, a square one fourth the area of the current node.

All nodes, both leaf and non-leaf, are numbered in the order they occur in the file, starting with 1. No node number can point to a node that has yet been defined. The special node number "0" is used to represent all squares that have no live cells.

The total universe represented by a macrocell file is that of the last node in the file (the root node), which also must be the single node with the largest size. By convention, the upper left cell of the southeast child of the root node is at coordinate position (x=0,y=1).

Macrocell files saved from two-state algorithms and from multi-state algorithms are not compatible.

Rule format

A .rule file contains all the information about a rule: its name, documentation, table/tree data (used by the RuleLoader algorithm), and any color/icon information. The .rule format is textual and consists of one or more sections. Each section starts with a line of the form @XXX... where X is an uppercase letter. If there is more than one section with the same name then only the first one is used. Any unrecognized sections are silently ignored (this will allow us to add new sections in the future without breaking old versions of Golly).

The currently recognized sections are described below. You might like to refer to WireWorld.rule while reading about each section.

@RULE

This is the only mandatory section. The first line of a .rule must start with @RULE followed by a space and then the rule name. For example:

@RULE WireWorld

The supplied rule name must match exactly the name of the .rule file. This helps Golly to avoid problems that can occur on case-sensitive file systems. When naming a new rule it's best to stick to the following conventions, especially if you'd like to share the .rule file with other Golly users:

  • Please capitalize all rule names and create files like Foo.rule rather than foo.rule. This helps to emphasize that rule names are important, especially on case-sensitive file systems. If the rule "foo" is specified inside a .rle or .mc file then Golly won't be able to find Foo.rule on a case-sensitive system like Linux.
  • To allow for possible future extensions in the way Golly handles rule names, it's best to use only letters and digits. Hyphens and underscores are also okay if you need some sort of separator. Hyphens can allow a set of related rules to share colors and/or icons (see below). Note in particular that spaces and colons must not be used.

After the @RULE line and before the next section (or end of file) you can include any amount of arbitrary text, so this is the place to include a description of the rule or any other documentation. If the .rule file has a @TREE section then this is a good place to put the Python transition function that was used to create the tree data.

@TABLE

This section is optional. If present, it contains a transition table that can be loaded by the RuleLoader algorithm. The contents of this section is identical to the contents of a .table file. A detailed specification of the table format is available here. This is a simple example: 

# Signals (2/3) pass alongside a wire (1):
n_states:4
neighborhood:vonNeumann
symmetries:rotate4
var a={2,3}
var b={2,3}
var c={2,3}
a,0,b,1,c,b

Empty lines and anything following the hash symbol "#" are ignored. The following descriptors must appear before other content:

  • n_states: specifies the number of states in the CA (from 0 to n_states-1 inclusive).
  • neighborhood: specifies the cell neighborhood for the CA update step. Must be one of: vonNeumann, Moore, hexagonal, oneDimensional.
    • Other neighborhoods are supported through emulation, using RuleTableToTree.py, see the RoadMap for a full list.
  • symmetries: can be none, permute or one of the symmetries supported for the neighborhood you have chosen. For a full list, see the RoadMap.

After the descriptors comes the variables and transitions. Each variable line should follow the form given in the above example to list the states. Variables should appear before the first transition that uses them. Variables can be used inside later variables.

Transition lines should have states or variables separated by commas. If there are no variables and n_states is less than 11 then the commas can be omitted. Only one transition (or variable) should appear on each line. Inputs are listed in the order C,N,E,S,W,C' for the von Neumann neighborhood, C,N,NE,E,SE,S,SW,W,NW,C' for the Moore neighborhood, C,N,E,SE,S,W,NW,C' for the hexagonal neighborhood, and C,W,E,C' for the oneDimensional neighborhood.

Where the same variable appears more than once in a transition, it stands for the same state each time. For example, the transition in the example above expands to the following: 20212->2, 20213->2, 20312->3, 20313->3, 30212->2, 30213->2, 30312->3, 30313->3, and all 90-degree rotations of those (because of the rotate4 symmetry).

A transition can have a variable as its output (C') if that variable appears more than once in the transition (as in the example above), so that it has a definite value.

Rule tables usually don't specify every possible set of inputs. For those not listed, the central cell remains unchanged.

Transition rules are checked in the order given — the first rule that matches is applied. If you want, you can write rules in the form of general cases and exceptions, as long as the exceptions appear first.

(This form of CA rule table representation was inspired by that in Gianluca Tempesti's PhD thesis: http://lslwww.epfl.ch/pages/embryonics/thesis/AppendixA.html.)

To share your rule tables with others, you can archive them at the public Rule Table Repository.

@TREE

This section is optional. If present, it contains a rule tree that can be loaded by the RuleLoader algorithm. (If the .rule file also contains a @TABLE section, RuleLoader will use the first one it finds.) The contents of this section is identical to the contents of a .tree file.

Essentially, the tree format allows you to add your own rules to Golly without needing to know how to recompile Golly and without dealing with the intricacies of external libraries; it generates relatively compact files, and the data structure is designed for very fast execution.

A rule tree is nothing more than a complete transition table for a rule, expressed in a compressed, canonicalized tree format. For an n state rule, each tree node has n children; each child is either another tree node or a next state value. To look up a function of m variables, each of which is a state value, you start at the root node and select the child node corresponding to the value of the first variable. From that node, you select the child node corresponding to the value of the second variable, and so on. When you finally look up the value of the final variable in the last node, the result value is the actual next state value, rather than another node.

The tree format has fixed the order of variables used for these lookups. For a four-neighbor rule, the order is always north, west, east, south, center; for an eight-neighbor rule, the order is always northwest, northeast, southwest, southeast, north, west, east, south, center.

Without compression, for an n-state rule, there would be a total of 1+n+n^2+n^3+n^4 nodes for a four-neighbor rule, and 1+n+...+n^8 for an eight-neighbor rule; this could quickly get unmanageable. Almost all rules show significant redundancy, with identical rows in the transition table, and identical nodes in the rule tree. To compress this tree, all we do is merge identical nodes, from the bottom up. This can be done explicitly as we construct the tree from a transition function (see Rules/TreeGenerators/RuleTreeGen.java) or symbolically as we evaluate a more expressive format.

The tree format itself is simple, and has similarities to the macrocell format. It is not intended for human authorship or consumption. The tree format has two parts: a header, and the rule tree itself. The header consists of comments (lines starting with a "#") that are ignored, and three required parameter values that must be defined before the first tree node. These values are defined, one per line, starting with the parameter name, then an equals sign, and finally an integer value. The three parameters are num_states, which must be in the range 2..256 inclusive, num_neighbors, which must be 4 or 8, and num_nodes, which must match the number of node lines.

The tree is represented by a sequence of node lines. Each node line consists of exactly num_states integers separated by single spaces. The first integer of each node line is the depth of that node, which must range from 1..num_neighbors+1. The remaining integers for nodes of depth one are state values. The remaining integers for nodes of depth greater than one are node numbers. Nodes are numbered in the order they appear in the file, starting with zero; each node must be defined before its node number is used. The root node, which must be the single node at depth num_neighbors+1, must be the last node defined in the file.

@COLORS

This section is optional and can be used to specify the RGB colors for one or more states using lines with 4 numbers, like these: 

0  48  48  48   dark gray
1   0 128 255   light blue
2 255 255 255   white
3 255 128   0   orange

Golly silently ignores any states that are invalid for the rule. To specify a color gradient for all live states (all states except 0) you can use a line with 6 numbers, like this: 

0 0 255  255 0 0   blue to red

In both cases, any text after the final number on each line is ignored. Blank lines or lines starting with "#" are also ignored.

Note that a .rule file is loaded after switching to the current algorithm's default color scheme, so you have the choice of completely changing all the default colors, or only changing some of them.

@ICONS

This section is optional and can be used to override the default icons displayed for this rule (when Golly is in icon mode).

Specifying icons using XPM

Icon bitmaps can be specified using a simple subset of the XPM format. Here's a small example that describes two 7x7 icons suitable for a 3-state rule (icons are never used for state 0): 

XPM
/* width height num_colors chars_per_pixel */
"7 14 2 1"
/* colors */
". c #000000"
"A c #FFFFFF"
/* icon for state 1 */
"A......"
".A....."
"..A...."
"...A..."
"....A.."
".....A."
"......A"
/* icon for state 2 */
"......A"
".....A."
"....A.."
"...A..."
"..A...."
".A....."
"A......"

Any blank lines or lines starting with "#" or "/" are ignored. A line with XPM by itself indicates the start of a set of icon bitmaps at a particular size. The @ICONS section can contain any number of XPM subsections, and their order is not important. Three different icon sizes are currently supported: 7x7, 15x15 and 31x31 (for displaying at scales 1:8, 1:16 and 1:32 respectively). Any missing icon sizes will be created automatically by scaling a supplied size. Scaled icons can look rather ugly, so if you want good looking icons it's best to supply all three sizes.

After seeing an XPM line, Golly then looks for lines containing strings delimited by double quotes. The first double quote must be at the start of the line (any text after the second double quote is ignored). The first string contains crucial header information in the form of 4 positive integers:

  • The 1st number is the bitmap's width which also defines the icon size. If it is not 7, 15 or 31 then Golly simply ignores the rest of the XPM data. (This provides upward compatibility if we ever decide to support more sizes.)
  • The 2nd number is the bitmap's height. This must be an integer multiple of the width — the number of icons is the height divided by the width.
  • The 3rd number is the total number of different colors used in the bitmap. After the first string comes the strings that specify each color.
  • The 4th number is the number of characters used to specify each pixel and must be 1 or 2. After the color strings comes the strings with the pixel data for each row of the bitmap. Each such string should contain width × chars_per_pixel characters.

The total number of strings after the XPM line should be 1 + num_colors + height. You'll get an error message if there aren't enough strings. Any extra strings are ignored.

The 1st icon specified is for state 1, the 2nd is for state 2, etc. If the number of icons supplied is fewer than the number of live states then the last icon is automatically duplicated. If there are more icons than required then the extra icons are simply ignored.

Grayscale icons or multi-color icons

Golly recognizes two types of icons: grayscale or multi-color. Grayscale icons only use shades of gray (including black and white), as in the above example. Any black areas will be transparent; ie. those pixels will be replaced by the color for state 0. White pixels will be replaced by the color for the cell's current state. Gray pixels are used to do anti-aliasing; ie. the darker the gray the greater the transparency. Using grayscale icons minimizes the amount of XPM data needed to describe a set of icons, especially if the icons use the same shape for each state (as in WireWorld.rule).

If a set of icons contains at least one color that isn't a shade of gray (including black or white) then the icons are said to be multi-colored. Any black pixels are still converted to the state 0 color, but non-black pixels are displayed without doing any substitutions.

If you want to use multi-colored icons then you'll probably want a @COLORS section as well so that the non-icon colors match the icon colors as closely as possible. For example, if the icon for state 1 consists of red and blue triangles then it would be best to set the color of state 1 to purple in the @COLORS section. This minimizes "color shock" when switching between icon and non-icon display mode.

Requesting built-in icons

Instead of specifying icon bitmaps using XPM data, you might prefer to use Golly's built-in grayscale icons by supplying one of the following words on a line by itself:

  • circles — circular icons (normally used for Moore neighborhood rules).
  • diamonds — diamond-shaped icons (normally used for von Neumann neighborhood rules).
  • hexagons — hexagonal icons (normally used for hexagonal neighborhood rules).
  • triangles — triangular icons (only suitable for a 4-state rule that is emulating a triangular neighborhood).

How Golly finds .rule files

There are two situations where Golly needs to look for a .rule file:

1. If the RuleLoader algorithm is asked to switch to a rule called "Foo" then it first looks for Foo.rule in Documents/Rules/. If not found, or if Foo.rule has no @TABLE or @TREE section, it will then look for Foo.rule in the supplied Rules folder. If Foo.rule doesn't exist then it will use the same search procedure to look for Foo.table, then Foo.tree.

2. After switching to a new rule (not necessarily using RuleLoader), Golly needs to look for color and/or icon information specific to that rule. A similar search procedure to the one above is used again, where this time Golly looks for any @COLORS and/or @ICONS sections in Foo.rule. (Unlike the above search, if Foo.rule is found in Documents/Rules/ but doesn't have any color/icon info then Golly will not look for Foo.rule in the supplied Rules folder.)

Related rules can share colors and/or icons

If rulename.rule is missing either the @COLORS or @ICONS section, Golly checks to see if rulename contains a hyphen. If it does then it looks for the missing color/icon data in another .rule file called prefix-shared.rule where prefix consists of all the characters before the final hyphen. (As in the above searches, it looks in Documents/Rules/ first, then in the supplied Rules folder.) This allows related rules to share a single source of colors and/or icons.

For example, suppose you have a set of related rules in files called Foo-1.rule, Foo-2.rule, etc. If you want all these rules to use the same colors then create a file called Foo-shared.rule: 

@RULE Foo-shared
This file contains the colors shared by Foo-* rules.

@TABLE
n_states:3
neighborhood:Moore
symmetries:none
# do nothing

@COLORS
0 0 0 0     black
1 255 0 0   red
2 0 0 255   blue

Note that a shared .rule file should contain a valid @TABLE section with an appropriate value for n_states (the neighborhood setting doesn't really matter, as long as it's legal). This allows the RuleLoader algorithm to load it.

For another good example, see Worm-shared.rule. It contains the icons shared by all the other Worm-* rules.

How to override a supplied or built-in rule

The search procedure described above makes it easy to override a supplied .rule file, either completely or partially. For example, if you want to override the colors and icons used in the supplied WireWorld.rule then you can create a file with the same name in Documents/Rules/. Its contents might look like this: 

@RULE WireWorld

@COLORS
0 0 0 0               black background
0 255 0   255 255 0   live states fade from green to yellow

@ICONS
diamonds

It's also possible to override a built-in rule (ie. a rule recognized by an algorithm other than RuleLoader). A built-in rule name can contain characters not allowed in file names ("/" and "\"), so Golly will substitute those characters with underscores when looking for the corresponding .rule file. For example, if you want to change the colors and/or icons for Life (B3/S23) then you'll need to create a file called B3_S23.rule. This example uses a multi-colored icon to show a blue sphere on a white background: 

@RULE B3_S23

Override the default colors and icons for Life (B3/S23).

@COLORS

0 255 255 255   white (matches icon background below)
1 54 54 194     dark blue (average color of icon below)

@ICONS

# 7x7 and 15x15 icons will be created by scaling down this 31x31 icon:

XPM
/* width height num_colors chars_per_pixel */
"31 31 78 2"
/* colors */
".. c #FFFFFF"   white background
"BA c #CECEDE"
"CA c #7B7BAD"
"DA c #4A4A84"
"EA c #18187B"
"FA c #08006B"
"GA c #18186B"
"HA c #29297B"
"IA c #6B6BAD"
"JA c #ADADDE"
"KA c #EFF7FF"
"LA c #ADADC6"
"MA c #39398C"
"NA c #3939BD"
"OA c #7B7BCE"
"PA c #ADB5DE"
"AB c #8C8CD6"
"BB c #4A4A9C"
"CB c #18188C"
"DB c #EFEFEF"
"EB c #EFEFFF"
"FB c #525A9C"
"GB c #08088C"
"HB c #ADADE7"
"IB c #DEDEEF"
"JB c #D6D6F7"
"KB c #DEE7F7"
"LB c #BDBDEF"
"MB c #525ABD"
"NB c #21219C"
"OB c #292984"
"PB c #CECEE7"
"AC c #ADB5CE"
"BC c #2929BD"
"CC c #7B7BDE"
"DC c #BDC6E7"
"EC c #CECEF7"
"FC c #8C8CE7"
"GC c #4242C6"
"HC c #A5A5BD"
"IC c #08087B"
"JC c #3939CE"
"KC c #5A5AC6"
"LC c #BDBDF7"
"MC c #BDBDDE"
"NC c #6B6BD6"
"OC c #9494DE"
"PC c #3931DE"
"AD c #1818AD"
"BD c #2929CE"
"CD c #9C9CC6"
"DD c #10087B"
"ED c #9C9CBD"
"FD c #1818B5"
"GD c #1818C6"
"HD c #847BCE"
"ID c #181094"
"JD c #6B6BCE"
"KD c #7B7BB5"
"LD c #2121AD"
"MD c #BDC6D6"
"ND c #0808AD"
"OD c #4A42B5"
"PD c #00009C"
"AE c #3942BD"
"BE c #3129B5"
"CE c #B5B5CE"
"DE c #0000BD"
"EE c #0000CE"
"FE c #0000DE"
"GE c #42427B"
"HE c #C6CECE"
"IE c #0000EF"
"JE c #9494AD"
"KE c #F7FFEF"
"LE c #10086B"
"ME c #7B849C"
"NE c #0000F7"
/* icon for state 1 */
".............................................................."
".............................................................."
"......................BACADAEAFAGAHAIAJA......................"
"................KALAMAFANAOAJAPAJAABBBCBEAIADB................"
"..............EBFBGBNAHBIBDBJBKAKBEBJBLBMBNBOBPB.............."
"............ACHABCCCDCECIBPBJBPBIBPBJBIBECFCGCCBCAKA.........."
"..........HCICJCKCLBLCLBMCLBLBLBLBMCLBLBMCLCNCJCCBCAKA........"
"........DBOBBCJCCCJAJAJAJAJAJAJAJAJAJAJAJAJAOCJCPCICAC........"
"......KADAADBDBCABABOCABOCOCOCOCABOCABOCABCDFCJCBDBCDDBA......"
"......EDGBFDGDADCCABOAOAOAOAOAOAOAOAHDOAHDCCCCNAADGDIDMA......"
"....KAHAADFDFDADJDMBOAJDJDJDJDJDKDJDJDJDJDJDJDLDFDFDFDICBA...."
"....MDFANDNDNDADODMBMBMBMBMBMBMBKCKCMBMBMBMBODADNDNDNDGBIA...."
"....CAGBNDPDNDPDADGCODODODODODODNAODODGCODAEBCPDNDPDNDPDGA...."
"....OBPDPDNDPDNDNDADBCBEBCBEBCBCBEBCBCBCNAADPDNDNDPDPDNDICPB.."
"....ICNDNDPDNDNDNDPDNDADADADADADADADADADNDNDNDNDNDNDNDPDGBCE.."
"....FANDNDDENDNDNDDENDDENDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDGBLA.."
"....FANDDENDDEDENDDEDENDDENDDEDEDEDEDEDEDEDEDEDEDENDDEDEGBED.."
"....GANDEEDEDEDEDEDEDEDEDEDEDEDENDDENDDEDEDEDEDEDEDEDEDEGBLA.."
"....BBPDEEDEEEDEEEDEEEDEEEDEDEDEEEDEEEDEDEDEDEDEEEDEEEDEFABA.."
"....EDGBDEEEDEEEEEEEDEEEDEEEEEEEEEEEEEEEEEEEEEEEEEDEEENDGADB.."
"....KBICDEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEGBDA...."
"......FBNDFEFEEEEEEEEEFEEEEEFEEEEEEEEEEEEEEEEEEEEEFEDEICHC...."
"......IBEADEFEFEEEFEFEFEFEFEEEFEFEFEFEFEFEFEFEFEFEDEGBGEDB...."
"........LAGBFEFEFEFEFEFEFEFEFEFEFEFEFEFEFEFEFEFEFENDGAHE......"
"..........FBNDFEFEIEFEFEIEIEIEFEIEFEFEIEFEFEFEFEEEDDJEKE......"
"..........EBFBIDEEIEIEIEFEFEFEIEFEIEIEIEIEIEIENDLEMEKE........"
"..............CDGBDEIEIENENEIEIEIEIEIEIEIEGDPDGAJEKE.........."
"................BAOBGBADFEIENEIENEIEIEEENDFAGECEKE............"
"....................CDBBDDPDIDNDADPDICEAGEJEDB................"
"........................EBBALAEDEDHCMCDBKE...................."
".............................................................."

The easy way to install a new .rule file

Golly provides a quick and easy way to create a new .rule file in the right place. Simply copy the rule contents to the clipboard, then tap the Paste button. If the first line of the clipboard starts with "@RULE rulename" then Golly will save the text as Documents/Rules/rulename.rule and switch to that rule.

Deprecated files (.table, .tree)

Golly still supports files with extensions of .table or .tree, but their use is discouraged. When Golly opens a .zip file containing .table/tree files it will automatically convert them into .rule files, but only if the zip file has no .rule files. Any existing .rule files are overwritten (in case the zip file contents have changed).

Note that files with extensions of .colors or .icons are no longer supported and are simply ignored. The .rule format can be used to specify color and/or icon information via the @COLORS and @ICONS sections, as described above.

Zip files

Golly can open a standard zip file and display its contents in the Help tab. It does this by building a temporary HTML file with special unzip links to each included file. Any .rule files in the zip file are automatically extracted and installed into Documents/Rules/.

A number of pattern collections in the form of zip files can be downloaded from the online archives. golly-3.3-src/gui-common/Help/problems.html0000644000175000017500000000144012651666400015673 00000000000000

Known Problems

This section lists all known bugs and limitations. If you come across any problems not mentioned below then please report them to Andrew Trevorrow (andrew@trevorrow.com).

  • All editing operations are restricted to cells whose coordinates are within +/- 1 billion. Not much of a limitation really!

Note that this version of Golly has a number of significant limitations when compared with the desktop version:

  • No scripting.
  • No multiple layers.
  • No timelines.
  • No auto fit mode.
  • No hyperspeed mode.
  • You can't change the colors, base step, nor origin.
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© 2005-2019 The Golly Gang:
Andrew Trevorrow, Tom Rokicki, Tim Hutton,
Dave Greene, Jason Summers, Robert Munafo,
Maks Verver, Brenton Bostick, Chris Rowett.

Golly is an open source, cross-platform application for
exploring the Game of Life and other cellular automata.

http://golly.sourceforge.net/
golly-3.3-src/gui-common/Help/open-android.html0000644000175000017500000000204512250742663016432 00000000000000

Open Screen

The Open screen lets you select a pattern to load from a number of different sources:

  • The large collection of patterns supplied with the app.
  • The most recently opened patterns (from newest to oldest).
  • Patterns you have saved.
  • Patterns you have downloaded.

In the last two cases you have the option of deleting a file by tapping on the "DELETE" link.

Text files stored in Documents have an "EDIT" link which will display the file's contents and let you edit it. The resulting view has a Save button which lets you save any changes to the original file or to a new file. Text files supplied with the app have a "READ" link so you can view the file (editing is disabled and there is no Save button).

When you tap on a link to a pattern file, Golly will load the pattern and automatically switch to the Golly screen. (However, if you tap on a link to a zip file, Golly will switch to the Help screen and display its contents there.) golly-3.3-src/gui-common/Help/refs.html0000644000175000017500000000707313107435536015020 00000000000000

References

Good web sites

Good books and magazine articles

  • "Wheels, Life and Other Mathematical Amusements" by Martin Gardner. W. H. Freeman and Company, 1983. The last three chapters are an updated collection of his superb columns from Scientific American (see below). The last chapter has an excellent bibliography.
  • "The Recursive Universe" by William Poundstone. William Morrow & Company, 1985. An entire book devoted to a discussion of cellular automata and other fascinating topics in physics and mathematics.
  • "Winning Ways", Volume 2 by Elwyn Berlekamp, John Conway and Richard Guy. Academic Press, 1982. Chapter 25 has the title "What is Life?".
  • "Cellular Automata Machines" by Tommaso Toffoli and Norman Margolus. MIT Press, 1987. Describes CAM, a machine for doing sophisticated experiments with cellular automata.
  • "A New Kind of Science" by Stephen Wolfram. Wolfram Media, 2002. Bloated and egotistical, but there is plenty of fascinating stuff.
  • Scientific American articles:
    "Mathematical Games" columns by Martin Gardner: Oct, Nov 1970, Jan, Feb, Mar, Apr, Nov 1971, Jan 1972.
    "Computer Recreations" by Brian Hayes, Mar 1984.
  • BYTE articles:
    "Some Facts of Life" by David Buckingham, Dec 1978.
    "Life Algorithms" by Mark Niemiec, Jan 1979.
golly-3.3-src/gui-common/Help/help-android.html0000644000175000017500000000323412250742662016421 00000000000000

Help Screen

The Help screen behaves like a simplified browser and is used to display HTML information on a variety of topics.

Special links

A number of Golly-specific links are used for various purposes:

  • edit:file
    Display the given file in a modal view.
  • get:url
    Download the specified file and process it according to its type:
    • A HTML file (.htm or .html) is displayed in the Help screen. Note that this HTML file can contain get links with partial URLs. For a good example of their use, see the LifeWiki Pattern Archive.
    • A text file (.txt or .doc or a name containing "readme") is displayed in a modal view.
    • A zip file's contents are displayed in the Help screen.
    • A rule file (.rule) is installed into Documents/Rules/ and Golly then switches to the corresponding rule.
    • A pattern file is loaded and displayed in the Golly screen.
  • lexpatt:pattern
    Load the given Life Lexicon pattern and display it in the Golly screen.
  • open:file
    Load the given pattern and display it in the Golly screen.
  • rule:rulename
    Load the given rule and switch to the Golly screen.
  • unzip:zip:file
    Extract a file from the given zip file and process it in the same manner as a get link (see above). Golly creates unzip links when it opens a zip file and displays its contents in the Help screen.
golly-3.3-src/gui-common/Help/index.html0000644000175000017500000000400612250742663015161 00000000000000

Table of Contents

  • References
  • File Formats
  • Bounded Grids
  • Known Problems
  • Credits
golly-3.3-src/gui-common/Help/algos.html0000644000175000017500000000107613151213347015154 00000000000000

Algorithms

Golly can generate patterns using a number of different algorithms:

golly-3.3-src/gui-common/Help/credits.html0000644000175000017500000000561212750014265015506 00000000000000

Credits

The pioneers

First and foremost, a big thanks to John Conway for creating the Game of Life, and to Martin Gardner for popularizing the topic in his Scientific American column.

The programmers

Tom Rokicki wrote most of the complicated stuff. Golly is essentially the merging of two of Tom's programs (hlife and qlife). The HashLife algorithm is based on an idea by Bill Gosper. The QuickLife algorithm uses some ideas from Alan Hensel. David Eppstein provided the idea on how to emulate B0 rules.

Andrew Trevorrow wrote the cross-platform GUI code for the desktop version of Golly using wxWidgets. Much thanks to Julian Smart and all the other wxWidgets developers. Andrew also wrote the GUI code for the iOS, Android and Web versions of Golly.

Tim Hutton wrote the RuleTable algorithm (now merged into the RuleLoader algorithm) and created the excellent Rule Table Repository.

Various code improvements have been contributed by Dave Greene, Jason Summers, Maks Verver, Robert Munafo, Chris Rowett and Brenton Bostick.

If you'd like to join us and help make Golly the best Life/CA app in the known universe then please get in touch.

The beta testers

Thanks to all the bug hunters for their reports and suggestions, especially Dave Greene, Gabriel Nivasch, Dean Hickerson, Brice Due, David Eppstein, Tony Smith, Alan Hensel, Dennis Langdeau, Bill Gosper.

Other contributors

Dave Greene and Alan Hensel helped put together the pattern collection. Thanks to everybody who allowed us to distribute their fantastic patterns, especially Nick Gotts, Gabriel Nivasch, David Eppstein, Jason Summers, Stephen Morley, Dean Hickerson, Brice Due, William R. Buckley, David Moore, Mark Owen, Tim Hutton, Renato Nobili and Adam P. Goucher.

Thanks to Stephen Silver for compiling the wonderful Life Lexicon.

Thanks to Nathaniel Johnston for creating the brilliant LifeWiki and for making its patterns available to Golly users via an online archive. golly-3.3-src/gui-common/Help/settings-android.html0000644000175000017500000000030212250742663017323 00000000000000

Settings Screen

The Settings screen lets you change various options. All of these should be pretty obvious. If not, let us know! golly-3.3-src/gui-common/Help/changes-ios.html0000644000175000017500000000722313171233731016250 00000000000000

Changes

Changes in version 1.3 (released !!!)

  • Fixed link to Rule Table Repository in Help > Online Archives.
  • Fixed paste bug that prevented rule from being changed even if universe was empty.
  • Updated the Life Lexicon to release 27.

Changes in version 1.2 (released October 2017)

  • Golly has a new algorithm that supports the Larger than Life family of rules.
  • Added support for MAP rules to QuickLife, HashLife and Generations.
  • QuickLife and HashLife now support non-totalistic rules. A number of interesting examples can be found in the new Patterns/Non-Totalistic folder.
  • The Generations algorithm now supports Hex, Von Neumann and non-totalistic Moore neighborhoods.
  • The Life Lexicon has had a major update.
  • The Banks, Codd, Devore, and JvN folders have moved into a new top-level "Self-Rep" folder, to emphasize their common focus on self-replication.
  • Rendering speed is faster in most cases.
  • Files with extensions .colors or .icons are no longer supported.
  • The Fit button will fit the paste image in the viewport if the current pattern is empty.
  • The action menu has a new Fit item that will fit the current selection in the viewport.
  • Double-tapping the paste image now stops generating (the same as tapping the Paste button).
  • Fixed an undo/reset bug that could occur if there was a rule change at the starting generation.
  • Fixed minor problems with status bar messages.
  • Major reorganization of source code so that the iOS and Android versions of Golly can share common code.
  • This version requires iOS 8.0 or later.

Changes in version 1.1 (released June 2013)

  • This version introduces a new rule format. A file in the new format has a .rule extension and contains all the information about the rule: its name, description, table/tree data, and any color/icon information. More details can be found here.
  • The RuleTable and RuleTree algorithms have been replaced by a new algorithm called RuleLoader.
  • If the Paste button sees clipboard text starting with "@RULE rulename" then it will save the text as Documents/Rules/rulename.rule and switch to that rule.
  • When the Rule dialog is switched to the RuleLoader algorithm it will display links to all the .rule files in Documents/Rules/ and to the supplied .rule files. Any deprecated files (.table or .tree or .colors or .icons) are automatically converted to .rule files and then deleted.
  • Icons can be displayed at scales 1:8, 1:16 and 1:32 by turning on the "Show icons" option in either the Settings tab or the Pattern tab's state picker window.
  • Fixed a bug that could cause the Undo/Redo buttons to be incorrectly enabled/disabled after tapping STOP.
  • The Open tab has READ and EDIT links that let you display or change the contents of pattern files. Only files stored in the Documents folder can be edited.
  • After tapping on a DELETE link you now get a warning dialog asking if you really want to delete the corresponding file.
  • The size of text in the Help tab has been increased.
  • Added support for file sharing using iTunes. More details here.

Version 1.0 released August 2012

golly-3.3-src/gui-common/Help/intro.html0000644000175000017500000000334012250742663015205 00000000000000

Introduction

Golly is a cross-platform application for exploring John Conway's Game of Life and many other types of cellular automata. It's also free and open source. More details are available at the Golly web site:

http://golly.sourceforge.net/

What is Life?

The Game of Life is a simple example of a set of rules more broadly known as a "cellular automaton", or CA for short. CAs were first studied in the mid-1950s by Stanislaw Ulam and John von Neumann but became much more widely known in 1970 when Conway's Life was described by Martin Gardner in his Scientific American column.

Life is played on an arbitrary-sized grid of square cells. Each cell has two states: "dead" or "alive". The state of every cell changes from one "generation" to the next according to the states of its 8 nearest neighbors: a dead cell becomes alive (a "birth") if it has exactly 3 live neighbors; a live cell dies out if it has less than 2 or more than 3 live neighbors. The "game" of Life simply involves starting off with a pattern of live cells and seeing what happens.

Even though the rules for Life are completely deterministic, it is impossible to predict whether an arbitrary starting pattern will die out, or start oscillating, or expand forever. Life and other CAs provide a powerful demonstration of how a very simple system can generate extremely complicated results.

If you'd like to learn more about Life and other cellular automata then check out the links and books mentioned in the References, or start exploring the Life Lexicon. golly-3.3-src/gui-common/Help/Algorithms/0000755000175000017500000000000013307733370015354 500000000000000golly-3.3-src/gui-common/Help/Algorithms/Generations.html0000644000175000017500000002212413230774246020443 00000000000000 Golly Help: Generations

The Generations algorithm supports rules similar to Life but with an extra history component that allows cells to have up to 256 states. The rule notation is "0..8/1..8/n" where the 1st set of digits specify the live neighbor counts necessary for a cell to survive to the next generation. The 2nd set of digits specify the live neighbor counts necessary for a cell to be born in the next generation. The final number n specifies the maximum number of cell states (from 2 to 256).

Here are some example rules:

2367/3457/5 [Banners] - an exploding rule by Mirek Wojtowicz.
234/34678/24 [Bloomerang] - an expanding rule by John Elliott.
/2/3 [Brian's Brain] - a chaotic rule by Brian Silverman.
124567/378/4 [Caterpillars] - a chaotic rule by Mirek Wojtowicz.
23/2/8 [Cooties] - an exploding rule by Rudy Rucker.
2/13/21 [Fireworks] - an exploding rule by John Elliott.
12/34/3 [Frogs] - a chaotic rule by Scott Robert Ladd.
12345/45678/8 [Lava] - an expanding rule by Mirek Wojtowicz.
012345/458/3 [Lines] - a stable rule by Anders Starmark.
345/2/4 [Star Wars] - an exploding rule by Mirek Wojtowicz.
3456/2/6 [Sticks] - an exploding rule by Rudy Rucker.
345/26/5 [Transers] - an exploding rule by John Elliott.
1456/2356/16 [Xtasy] - an exploding rule by John Elliott.

Other rules in this family, along with more detailed descriptions, can be found at Mirek Wojtowicz's MCell website. See also the Patterns/Generations folder which contains a number of interesting patterns extracted from the MCell pattern collection.

 
Von Neumann neighborhood

The above rules use the Moore neighborhood, where each cell has 8 neighbors. In the von Neumann neighborhood each cell has only the 4 orthogonal neighbors. To specify this neighborhood just append "V" to the usual notation and use neighbor counts ranging from 0 to 4.

Note that when viewing patterns at scales 1:8 or 1:16 or 1:32, Golly displays diamond-shaped icons for rules using the von Neumann neighborhood and circular dots for rules using the Moore neighborhood.

 
Hexagonal neighborhood

Golly can emulate a hexagonal neighborhood on a square grid by ignoring the NE and SW corners of the Moore neighborhood so that every cell has 6 neighbors: 

   NW N NE         NW  N
   W  C  E   ->   W  C  E
   SW S SE         S  SE
To specify a hexagonal neighborhood just append "H" to the usual notation and use neighbor counts ranging from 0 to 6. Editing hexagonal patterns in a square grid can be somewhat confusing, so to help make things a bit easier Golly displays slanted hexagons (in icon mode) at scales 1:8 or 1:16 or 1:32.

 
Non-totalistic rules

All of the above rules are classified as "totalistic" because the outcome depends only on the total number of neighbors. Golly also supports non-totalistic rules for Moore neighborhoods — such rules depend on the configuration of the neighbors, not just their counts.

The syntax used to specify a non-totalistic rule is based on a notation developed by Alan Hensel. It's very similar to the above notation but uses various lowercase letters to represent unique neighborhoods. One or more of these letters can appear after an appropriate digit (which must be from 1 to 7, depending on the letters). The usual counts of 0 and 8 can still be used without letters since there is no way to constrain 0 or 8 neighbors. Letter strings can get quite long, so it's possible to specify their inverse using a "-" between the digit and the letters.

The following table shows which letters correspond to which neighborhoods. The central cell in each neighborhood is colored red, corner neighbors are green, edge neighbors are yellow and ignored neighbors are black:

The table makes it clear which digits are allowed before which letters. For example, /1a/8 and /5z/8 are both invalid rules.

Golly uses the following steps to convert a given non-totalistic rule into its canonical version:

  1. An underscore can be used instead of a slash, but the canonical version always uses a slash.
  2. The lowercase letters are listed in alphabetical order. For example, /2nic/8 will become /2cin/8.
  3. A given rule is converted to its shortest equivalent version. For example, /2ceikn/8 will become /2-a/8. If equivalent rules have the same length then the version without the minus sign is preferred. For example, /4-qjrtwz/8 will become /4aceikny/8.
  4. It's possible for a non-totalistic rule to be converted to a totalistic rule. If you supply all the letters for a specific neighbor count then the canonical version removes the letters. For example, /2aceikn3/8 will become /23/8. (Note that /2-3/8 is equivalent to /2aceikn3/8 so will also become /23/8.)
  5. If you supply a minus sign and all the letters for a specific neighbor count then the letters and the neighbor count are removed. For example, /2-aceikn3/8 will become /3/8.

 
MAP rules

The totalistic and non-totalistic rules above are only a small subset of all possible rules for a 2-state Moore neighborhood. The Moore neighborhood has 9 cells which gives 512 (2^9) possible combinations of cells. For each of these combinations you define whether the output cell is dead or alive, giving a string of 512 digits, each being 0 (dead) or 1 (alive). 

   0 1 2
   3 4 5  ->  4'
   6 7 8
The first few entries for Conway's Life in Generations form (23/3/2) in this format are as follows: 
   Cell 0 1 2 3 4 5 6 7 8  ->  4'
   0    0 0 0 0 0 0 0 0 0  ->  0
   1    0 0 0 0 0 0 0 0 1  ->  0
   2    0 0 0 0 0 0 0 1 0  ->  0
   3    0 0 0 0 0 0 0 1 1  ->  0
   4    0 0 0 0 0 0 1 0 0  ->  0
   5    0 0 0 0 0 0 1 0 1  ->  0
   6    0 0 0 0 0 0 1 1 0  ->  0
   7    0 0 0 0 0 0 1 1 1  ->  1   B3
   8    0 0 0 0 0 1 0 0 0  ->  0
   9    0 0 0 0 0 1 0 0 1  ->  0
   10   0 0 0 0 0 1 0 1 0  ->  0
   11   0 0 0 0 0 1 0 1 1  ->  1   B3
   ...
   19   0 0 0 0 1 0 0 1 1  ->  1   S2
   ...
   511  1 1 1 1 1 1 1 1 1  ->  0
This creates a string of 512 binary digits: 
   00000001000100000001...0
This binary string is then base64 encoded for brevity giving a string of 86 characters: 
   ARYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA
By prefixing this string with "MAP" the syntax of the rule becomes: 
   rule = MAP<base64_string>/<states>
So, Conway's Life in Generations (23/3/2) form encoded as a MAP rule is: 
   rule = MAPARYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA/2
Given each MAP rule has 512 bits and there are 255 different Generations states (2 to 256) this leads to 255*2^512 (roughly 3.42x10^156) unique rules. Totalistic rules are a subset of isotropic non-totalistic rules which are a subset of MAP rules.

MAP rules can also be specified for Hexagonal and von Neumann neighborhoods.

Hexagonal neighborhoods have 7 cells (center plus 6 neighbors) which gives 128 (2^7) possible combinations of cells. These encode into 22 base64 characters.

Von Neumann neighborhoods have 5 cells (center plus 4 neighbors) which gives 32 (2^5) possible combinations of cells. These encode into 6 base64 characters. golly-3.3-src/gui-common/Help/Algorithms/HashLife.html0000644000175000017500000000120512250742662017643 00000000000000 Golly Help: HashLife

HashLife uses Bill Gosper's hashlife algorithm to achieve remarkable speeds when generating patterns that have a lot of regularity in time and/or space.

HashLife supports the same set of rules as QuickLife, but with one exception: if a rule contains B0 it must also contain S8 (or S6 if the rule ends with H, or S4 if it ends with V).

Note that HashLife performs very poorly on highly chaotic patterns, so in those cases you are better off switching to QuickLife. golly-3.3-src/gui-common/Help/Algorithms/NC.png0000644000175000017500000000213113307733370016277 00000000000000‰PNG  IHDRGGU°Z!tEXtSoftwareGraphicConverter (Intel)w‡úóIDATxœì\=Oã@µ¨)ø¡# üÈ/€Ž&5:ˆ\!Ñ@Gt¹êh=×)'"Q ZšCsûöÖÇ{IØx7ºyÒ€ˆŸwfŽ÷kì(rʳùùyªV«´¶¶F´½½MÍf“vww©ÕjQÇò7þÆç8ø8çµ?…\œƒÒèv»tuuE'''txxHív›nnnhyy™z½½¾¾ÒÛÛ½¿¿K>~ão|Žãàóp>ÚA{h7hVÄyyy‘ Ñéé)ÝÞÞR¿ß7’ù²<´ƒöÐ.Ú‡ø‹BG|-êFCþ‡¯¯¯éùùùÃIOÂCûðð ÿ¾50 ‚ZÖö»^¯ë¯È¤I˃?ø…Ç¢oM$D {Âþû"l.r˜ô¸<øWq ž=Ÿ¢Ô„ýöMX%uÈ›8©Ø**.ÄW+[˜-t»ÂvFö.N*ÎçÖ´5Iû%l%‡Œ8*ÞïÁ´4I û!l¡€”8*î÷™kM$677ewPƒ6Ä<œ #?Gþ®—<5:w% î1ßCOzòùô=HõJêã-×Y¤¯ÂöGò–ŒkÞˆœ÷‘·M˜ºšöÏýgâÌ©¼õ ¡äêêª÷‘¬CÞ#fÿÇR#VÔòªfáŠø y#èð´8X‹ít:ÞƒôÉCþÐ!áiqŽ§¾æ:ùC‡„'Åy||”«ù¡é“ ‡çòòRnw„¤/t€Zl”===¤/t€Rl±â.Z>yÐCn=/--É­Ö2‡ÎƒÐ%Z__×ÝWYÎCçAè¡Š¡V«y¡†dкD(ó@5C™ÿ™„wo5Wô€.ê`PîQ¦ó„ª8кD(B=L™Î^¨â@è¡’ªìªˆ„ª8к`-£tç /TqèÂWÎè+‡ï9&ô=‡{+º·âqŽ =ÎárÁ™çV&ôÜŠgå&ô¬œ×sLèõy%p€¡•@üà5äŒ5dÞ}ÀØ}xß*gß àÏ‚OÞ+ÏÙ+OŒ«,Ì* ®Ï±<¯Å•]ÅâpM E ®&µÄuÈâp»E ~öÁ"?5cˆŸ·*?©g?ãiAÌO#æçÊ‹ó ìˆù]ňù-(vÄüþ+øÍKJ†ßÙ5ŒÜꬽíí/ÿÿ-ÚA¦„lùIEND®B`‚golly-3.3-src/gui-common/Help/Algorithms/hensel.png0000644000175000017500000004247513151213347017266 00000000000000‰PNG  IHDRQþª^ª. 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Larger than Life (LtL) is a family of cellular automata rules that generalize John Conway's Game of Life to large neighborhoods and general birth and survival thresholds. The LtL rule notation used by Golly is identical to the one created by Mirek Wojtowicz for MCell:

Rr,Cc,Mm,Ssmin..smax,Bbmin..bmax,Nn

Rr - specifies the neighborhood range (r is from 1 to 500).
Cc - specifies the number of states (c is from 0 to 255).
Mm - specifies if the middle cell is included in the neighborhood count (m is 0 or 1).
Ssmin..smax - specifies the count limits for a state 1 cell to survive.
Bbmin..bmax - specifies the count limits for a dead cell to become a birth.
Nn - specifies the extended neighborhood type (n is M for Moore, N for von Neumann, and C is for circular).

These diagrams show the NM, NN and NC neighborhoods for r = 3 (the NC diagram also shows the circle used to determine which cells are within the circular neighborhood):

       

The S and B limits must be from 0 to the neighborhood size: (2r+1)^2 when n = M, or 2r(r+1)+1 when n = N, or approximately 3.14(r+0.5)^2 when n = C. The set of points in a circular neighborhood is those whose Euclidean distance from the center point is less than r+0.5. A quick way to see the circular neighborhood for a given r and n is to use a rule with only B1 set. For example, switch to R6,C0,M0,S1..1,B1..1,NC, turn on a single cell and hit the space bar.

If the number of states (specified after C) is greater than 2 then states 1 and above don't die immediately but gradually decay. Note that state values above 1 are not included in the neighborhood counts and thus play no part in deciding the survival of a state 1 cell, nor the birth of an empty cell. C0 and C1 are equivalent to C2.

 
Examples

The Patterns/Larger-than-Life folder contains a number of example patterns (mostly from the MCell collection). The following table shows a number of example rules along with their commonly used names:

R1,C0,M0,S2..3,B3..3,NM [Life] - the default rule for this algorithm.
R5,C0,M1,S34..58,B34..45,NM [Bosco's Rule] - (aka Bugs) a chaotic rule by Kellie Evans.
R10,C0,M1,S123..212,B123..170,NM [Bugsmovie] - a chaotic rule by David Griffeath.
R8,C0,M0,S163..223,B74..252,NM [Globe] - an expanding rule by Mirek Wojtowicz.
R1,C0,M1,S1..1,B1..1,NN [Gnarl] - an exploding rule by Kellie Evans.
R4,C0,M1,S41..81,B41..81,NM [Majority] - a stable rule by David Griffeath.
R7,C0,M1,S113..225,B113..225,NM [Majorly] - an expanding rule by David Griffeath.
R10,C255,M1,S2..3,B3..3,NM [ModernArt] - a chaotic rule by Charles A. Rockafellor.
R7,C0,M1,S100..200,B75..170,NM [Waffle] - an expanding rule by Kellie Evans.

 
Alternative rule notation

Golly also allows rules to be entered using the notation defined by Kellie Evans in her thesis [2]. The range, birth limits and survival limits are specified by five integers separated by commas:

r,bmin,bmax,smin,smax

This notation assumes an extended Moore neighborhood in which a live middle cell is included in the neighborhood count (ie. totalistic). For example, Life can be entered as 1,3,3,3,4.

Note that Golly's canonical version of a Larger than Life rule always uses the MCell syntax.

 
Grid topology and size limits

The Larger than Life algorithm supports both bounded and unbounded universes, but with certain restrictions. As in Golly's other algorithms, a bounded universe is specified by appending a suitable suffix to the rule, but the topology can only be a simple torus or a plane. For example, R5,C0,M1,S34..58,B34..45,NM:T500,40 creates a 500 by 40 torus using Bosco's Rule, and 1,3,3,3,4:P300,200 creates a 300 by 200 plane using Life. The maximum grid size is 100 million cells. The minimum width or height is twice the supplied range. Values less than that (including zero) are automatically increased to the minimum value.

If a given rule has no suffix then the universe is unbounded. Well, almost. Golly maintains an internal grid that is automatically resized as a pattern expands or shrinks. The size of this grid is limited to 100 million cells, and the cell coordinates of the grid edges must remain within the editing limits of +/- 1 billion. For the vast majority of patterns these limits won't ever be a problem.

One more restriction worth noting: B0 is not allowed in an unbounded universe.

 
History

Larger than Life was first imagined by David Griffeath in the early 1990s to explore whether Life might be a clue to a critical phase point in the threshold-range scaling limit [1]. The LtL family of rules includes Life as well as a rich set of two-dimensional rules, some of which exhibit dynamics vastly different from Life [2], [3]. Kellie Evans studied LtL in her 1996 thesis and discovered that a family of "Life-like" rules comprises a much larger subset of LtL parameter space than initially imagined [2], [4], [5].

In order to study LtL rules, David Griffeath and Bob Fisch developed WinCA, a cellular automata modeling environment for Windows. WinCA's editing capabilities were modest, but the software was able to implement LtL rules to range 200 and its speed increased together with the hardware on which it ran. In those early days of Windows, Griffeath's Primordial Soup Kitchen shared graphics and other discoveries via weekly "soup recipes" [6]. WinCA still runs on 32-bit Windows and allows for colorful LtL and other cellular automata images [10], [11]. Just before LtL was implemented in Golly, a virtual machine was used to run WinCA on 64-bit Windows and some new discoveries were made [12].

In 1999 Mirek Wojtowicz developed Mirek's Cellebration (MCell) [9], a cellular automata modeling environment for Windows, which was excellent for editing on the fly and working with small configurations for LtL rules up to range 10. Dean Hickerson used MCell to construct the first "bug gun" using the period 166 oscillator known as Bosco, which was discovered by Kellie Evans. This construction led to numerous other constructions and questions [7].

Golly is a game changer in the study of LtL: the first software with seemingly boundless possibilities that implements LtL in ranges up to 500 and the potential to discover LtL dynamics as yet unimagined.

 
References

[1] D. Griffeath. Self-organization of random cellular automata: Four snapshots, in "Probability and Phase Transitions", 1994. (G. Grimmett Ed.), Kluwer Academic, Dordrecht/Norwell, MA.

[2] K. Evans. "Larger than Life: it's so nonlinear", 1996. Ph.D. dissertation, University of Wisconsin- Madison.
http://www.csun.edu/~kme52026/thesis.html

[3] J. Gravner and D. Griffeath. Cellular automaton growth on Z2: theorems, examples, and problems, 1998. Advances in App. Math 21, 241-304.
http://psoup.math.wisc.edu/extras/r1shapes/r1shapes.html

[4] K. Evans. Larger than Life: digital creatures in a family of two-dimensional cellular automata, 2001. Discrete Mathematics and Theoretical Computer Science, Volume AA, 2001, 177-192
http://dmtcs.loria.fr/proceedings/html/dmAA0113.abs.html

[5] K. Evans, Threshold-range scaling of Life's coherent structures, Physica D 183 (2003), 45-67.

[6] D. Griffeath. Primordial Soup Kitchen.
http://psoup.math.wisc.edu/kitchen.html

[7] K. Evans, Is Bosco's rule universal?, in "Lecture Notes in Computer Science," Vol. 3354, ed. Maurice Margenstern. Springer-Verlag GmbH (2005), 188–199. WWW companion page to paper
http://www.csun.edu/~kme52026/bosco/bosco.html

[8] K. Evans. Replicators and Larger than Life examples, 2002. In "New Constructions in Cellular Automata", eds. David Griffeath and Cris Moore. Oxford University Press.

[9] MCell rules lexicon for Larger than Life:
http://www.mirekw.com/ca/rullex_lgtl.html

[10] D. Griffeath. Self-organizing two-dimensional cellular automata: 10 still frames. In "Designing Beauty: the Art of Cellular Automata," eds. Andrew Adamatzky and Genaro Martinez. Springer (2016) 1-12.

[11] K. Evans. Larger than Life. In "Designing Beauty: the Art of Cellular Automata," eds. Andrew Adamatzky and Genaro Martinez. Springer (2016) 27-34.

[12] A. Tantoushian. "Scaling Larger than Life Bugs: to range 25 and beyond", 2017 Master's thesis, California State University, Northridge.
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QuickLife is a fast, conventional (non-hashing) algorithm for exploring Life and other 2D outer-totalistic rules. Such rules are defined using "B0...8/S0...8" notation, where the digits after B specify the counts of live neighbors necessary for a cell to be born in the next generation, and the digits after S specify the counts of live neighbors necessary for a cell to survive to the next generation. Here are some example rules:

B3/S23 [Life]
John Conway's rule is by far the best known and most explored CA.

B36/S23 [HighLife]
Very similar to Conway's Life but with an interesting replicator.

B3678/S34678 [Day & Night]
Dead cells in a sea of live cells behave the same as live cells in a sea of dead cells.

B35678/S5678 [Diamoeba]
Creates diamond-shaped blobs with unpredictable behavior.

B2/S [Seeds]
Every living cell dies every generation, but most patterns still explode.

B234/S [Serviettes or Persian Rug]
A single 2x2 block turns into a set of Persian rugs.

B345/S5 [LongLife]
Oscillators with extremely long periods can occur quite naturally.

 
Von Neumann neighborhood

The above rules use the Moore neighborhood, where each cell has 8 neighbors. In the von Neumann neighborhood each cell has only the 4 orthogonal neighbors. To specify this neighborhood just append "V" to the usual "B.../S..." notation and use neighbor counts ranging from 0 to 4. For example, try B13/S012V or B2/S013V.

Note that when viewing patterns at scales 1:8 or 1:16 or 1:32, Golly displays diamond-shaped icons for rules using the von Neumann neighborhood and circular dots for rules using the Moore neighborhood.

 
Hexagonal neighborhood

QuickLife can emulate a hexagonal neighborhood on a square grid by ignoring the NE and SW corners of the Moore neighborhood so that every cell has 6 neighbors: 

   NW N NE         NW  N
   W  C  E   ->   W  C  E
   SW S SE         S  SE
To specify a hexagonal neighborhood just append "H" to the usual "B.../S..." notation and use neighbor counts ranging from 0 to 6. Here's an example: 
x = 7, y = 6, rule = B245/S3H
obo$4bo$2bo$bo2bobo$3bo$5bo!
Editing hexagonal patterns in a square grid can be somewhat confusing, so to help make things a bit easier Golly displays slanted hexagons when in icon mode.

 
Non-totalistic rules

All of the above rules are classified as "totalistic" because the outcome depends only on the total number of neighbors. Golly also supports non-totalistic rules for Moore neighborhoods — such rules depend on the configuration of the neighbors, not just their counts.

The syntax used to specify a non-totalistic rule is based on a notation developed by Alan Hensel. It's very similar to the above "B.../S..." notation but uses various lowercase letters to represent unique neighborhoods. One or more of these letters can appear after an appropriate digit (which must be from 1 to 7, depending on the letters). The usual counts of 0 and 8 can still be used without letters since there is no way to constrain 0 or 8 neighbors.

For example, B3/2a34 means birth on 3 neighbors and survival on 2 adjacent neighbors (a corner and an edge), or 3 or 4 neighbors.

Letter strings can get quite long, so it's possible to specify their inverse using a "-" between the digit and the letters. For example, B2cekin/S12 is equivalent to B2-a/S12 and means birth on 2 non-adjacent neighbors, and survival on 1 or 2 neighbors. (This is David Bell's "Just Friends" rule.)

The following table shows which letters correspond to which neighborhoods. The central cell in each neighborhood is colored red, corner neighbors are green, edge neighbors are yellow and ignored neighbors are black:

The table makes it clear which digits are allowed before which letters. For example, B1a/S and B5z/S are both invalid rules.

Golly uses the following steps to convert a given non-totalistic rule into its canonical version:

  1. An underscore can be used instead of a slash, but the canonical version always uses a slash.
  2. The lowercase letters are listed in alphabetical order. For example, B2nic/S will become B2cin/S.
  3. A given rule is converted to its shortest equivalent version. For example, B2ceikn/S will become B2-a/S. If equivalent rules have the same length then the version without the minus sign is preferred. For example, B4-qjrtwz/S will become B4aceikny/S.
  4. It's possible for a non-totalistic rule to be converted to a totalistic rule. If you supply all the letters for a specific neighbor count then the canonical version removes the letters. For example, B2aceikn3/S will become B23/S. (Note that B2-3/S is equivalent to B2aceikn3/S so will also become B23/S.)
  5. If you supply a minus sign and all the letters for a specific neighbor count then the letters and the neighbor count are removed. For example, B2-aceikn3/S will become B3/S.

 
MAP rules

The totalistic and non-totalistic rules above are only a small subset of all possible rules for a 2-state Moore neighborhood. The Moore neighborhood has 9 cells which gives 512 (2^9) possible combinations of cells. For each of these combinations you define whether the output cell is dead or alive, giving a string of 512 digits, each being 0 (dead) or 1 (alive). 

   0 1 2
   3 4 5  ->  4'
   6 7 8
The first few entries for Conway's Life (B3/S23) in this format are as follows: 
   Cell 0 1 2 3 4 5 6 7 8  ->  4'
   0    0 0 0 0 0 0 0 0 0  ->  0
   1    0 0 0 0 0 0 0 0 1  ->  0
   2    0 0 0 0 0 0 0 1 0  ->  0
   3    0 0 0 0 0 0 0 1 1  ->  0
   4    0 0 0 0 0 0 1 0 0  ->  0
   5    0 0 0 0 0 0 1 0 1  ->  0
   6    0 0 0 0 0 0 1 1 0  ->  0
   7    0 0 0 0 0 0 1 1 1  ->  1   B3
   8    0 0 0 0 0 1 0 0 0  ->  0
   9    0 0 0 0 0 1 0 0 1  ->  0
   10   0 0 0 0 0 1 0 1 0  ->  0
   11   0 0 0 0 0 1 0 1 1  ->  1   B3
   ...
   19   0 0 0 0 1 0 0 1 1  ->  1   S2
   ...
   511  1 1 1 1 1 1 1 1 1  ->  0
This creates a string of 512 binary digits: 
   00000001000100000001...0
This binary string is then base64 encoded for brevity giving a string of 86 characters: 
   ARYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA
By prefixing this string with "MAP" the syntax of the rule becomes: 
   rule = MAP<base64_string>
So, Conway's Life (B3/S23) encoded as a MAP rule is: 
   rule = MAPARYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA
Given each MAP rule has 512 bits this leads to 2^512 (roughly 1.34x10^154) unique rules. Totalistic rules are a subset of isotropic non-totalistic rules which are a subset of MAP rules.

MAP rules can also be specified for Hexagonal and von Neumann neighborhoods.

Hexagonal neighborhoods have 7 cells (center plus 6 neighbors) which gives 128 (2^7) possible combinations of cells. These encode into 22 base64 characters.

Von Neumann neighborhoods have 5 cells (center plus 4 neighbors) which gives 32 (2^5) possible combinations of cells. These encode into 6 base64 characters.

 
Emulating B0 rules

Rules containing B0 are tricky to handle in an unbounded universe because every dead cell becomes alive in the next generation. If the rule doesn't contain Smax (where max is the number of neighbors in the neighborhood: 8 for Moore, 6 for Hexagonal or 4 for Von Neumann) then the "background" cells alternate from all-alive to all-dead, creating a nasty strobing effect. To avoid these problems, Golly emulates rules with B0 in the following way:

A totalistic rule containing B0 and Smax is converted into an equivalent rule (without B0) by inverting the neighbor counts, then using S(max-x) for the B counts and B(max-x) for the S counts. For example, B0123478/S01234678 (AntiLife) is changed to B3/S23 (Life) via these steps: B0123478/S01234678 -> B56/S5 -> B3/S23.

A non-totalistic rule is converted in a similar way. The isotropic letters are inverted and then S(max-x)(letters) is used for B counts and B(max-x)(letters) is used for the S counts. The 4 neighbor letters are swapped using the following table: 

   4c -> 4e
   4e -> 4c
   4k -> 4k
   4a -> 4a
   4i -> 4t
   4n -> 4r
   4y -> 4j
   4q -> 4w
   4j -> 4y
   4r -> 4n
   4t -> 4i
   4w -> 4q
   4z -> 4z
A totalistic rule containing B0 but not Smax is converted into a pair of rules (both without B0): one is used for the even generations and the other for the odd generations. The rule for even generations uses inverted neighbor counts. The rule for odd generations uses S(max-x) for the B counts and B(max-x) for the S counts. For example, B03/S23 becomes B1245678/S0145678 (even) and B56/S58 (odd).

A non-totalistic rule is converted in a similar way. For even generations invert both B(x)(letter) and S(x)(letter). For odd generations except 4-neighbor letters, use B(x)(letter) if and only if the original rule has S(max-x)(letter) and use S(x)(letter) if and only if the original rule has B(max-x)(letter). For 4-neighbor isotropic letters use the table above. For example, B0124-k/S1c25 becomes B34k5678/S01-c34678 (even) and B367c/S4-k678 (odd).

For a MAP rule B0 is equivalent to the first bit being 0. Smax is equivalent to the 511th bit being 1. For B0 with Smax the rule is converted to NOT(REVERSE(bits)). For B0 with Smax the even rule is NOT(bits) and the odd rule is REVERSE(bits).

In all cases, the replacement rule(s) generate patterns that are equivalent to the requested rule. However, you need to be careful when editing an emulated pattern in a rule that contains B0 but not Smax. If you do a cut or copy then you should only paste into a generation with the same parity.

 
Wolfram's elementary rules

QuickLife supports Stephen Wolfram's elementary 1D rules. These rules are specified as "Wn" where n is an even number from 0 to 254. For example:

W22
A single live cell creates a beautiful fractal pattern.

W30
Highly chaotic and an excellent random number generator.

W110
Matthew Cook proved that this rule is capable of universal computation.

The binary representation of a particular number specifies the cell states resulting from each of the 8 possible combinations of a cell and its left and right neighbors, where 1 is a live cell and 0 is a dead cell. Here are the state transitions for W30: 

   111  110  101  100  011  010  001  000
    |    |    |    |    |    |    |    | 
    0    0    0    1    1    1    1    0  = 30 (2^4 + 2^3 + 2^2 + 2^1)
Note that odd-numbered rules have the same problem as B0 rules. Golly currently makes no attempt to emulate such rules, and they are not supported. golly-3.3-src/gui-common/Help/Algorithms/RuleLoader.html0000644000175000017500000003176413151213347020225 00000000000000 Golly Help: RuleLoader

The RuleLoader algorithm allows rules to be specified in external files. Given the rule string "Foo", RuleLoader will search for a file called Foo.rule. The format of a .rule file is described here. A number of examples can be found in the Rules folder:

B3/S23 or Life
Conway's Life. This is the default rule for the RuleLoader algorithm and is built in (there is no corresponding .rule file).

Banks-I, Banks-II, Banks-III, Banks-IV
In 1971, Edwin Roger Banks (a student of Ed Fredkin) made simpler versions of Codd's 1968 CA, using only two states in some cases. These four rules are found in his PhD thesis. To see the rules in action, open Banks-I-demo.rle and the other examples in Patterns/Self-Rep/Banks/.

BBM-Margolus-emulated
Ed Fredkin's Billiard Ball Model, using the Margolus neighborhood to implement a simple reversible physics of bouncing balls. In this implementation we are emulating the system using a Moore-neighborhood CA with extra states. Open BBM.rle to see the rule in action.

BriansBrain
An alternative implementation of the Generations rule /2/3.

Byl-Loop
A six state 5-neighborhood CA that supports small self-replicating loops. To see the rule in action, open Byl-Loop.rle.

Caterpillars
An alternative implementation of the Generations rule 124567/378/4.

Chou-Reggia-1 and Chou-Reggia-2
Two 5-neighborhood CA that supports tiny self-replicating loops. To see the rules in action, open Chou-Reggia-Loop-1.rle and Chou-Reggia-Loop-2.rle.

Codd
In 1968, Edgar F. Codd (who would later invent the relational database) made a simpler version of von Neumann's 29-state CA, using just 8 states. To see the rule in action, open repeater-emitter-demo.rle and the other examples in Patterns/Self-Rep/Codd/.

Codd2
A very minor extension of Codd's transition table, to allow for some sheathing cases that were found with large patterns. See sheathing-problems.rle for a demonstration of the problem cases.

CrittersMargolus_emulated
The Critters rule is reversible and has Life-like gliders. See CrittersCircle.rle.

Devore
In 1973, John Devore altered Codd's transition table to allow for simple diodes and triodes, enabling him to make a much smaller replicator than Codd's. See Devore-rep.rle and the other examples in Patterns/Self-Rep/Devore/.

DLA-Margolus-emulated
Diffusion-limited aggregation (DLA) is where moving particles can become stuck, forming a distinctive fractal pattern seen in several different natural physical systems. See DLA.rle.

Ed-rep
A version of Fredkin's parity rule, for 7 states. See Ed-rep.rle for an image of Ed Fredkin that photocopies itself.

Evoloop and Evoloop-finite
An extension of the SDSR Loop, designed to allow evolution through collisions. To see the rule in action, open Evoloop-finite.rle.

HPP
The HPP lattice gas. A simple model of gas particles moving at right angles at a fixed speed turns out to give an accurate model of fluid dynamics on a larger scale. Though the later FHP gas improved on the HPP gas by using a hexagonal lattice for more realistic results, the HPP gas is where things began. Open HPP-demo.rle.

Langtons-Ant
Chris Langton's other famous CA. An ant walks around on a binary landscape, collecting and depositing pheremones. See Langtons-Ant.rle.

Langtons-Loops
The original loop. Chris Langton adapted Codd's 1968 CA to support a simple form of self-replication based on a circulating loop of instructions. To see the rule in action, open Langtons-Loops.rle.

LifeHistory
A 7-state extension of the HistoricalLife rule from MCell, allowing for on and off marked cells (states 3 and 4) as well as the history envelope (state 2). State 3 is useful for labels and other identifying marks, since an active pattern can touch or even cross it without being affected. State 5 is an alternate marked ON state most often used to mark a 'starting' location; once a cell changes to state 2, it can not return to this start state. State 6 cells kill any adjacent live cells; they are intended to be used as boundaries between subpatterns, e.g. in an active stamp collection where flying debris from one subpattern might adversely affect another subpattern. See h-to-h-collection-26Aug2017.zip for an example using all of LifeHistory's extra states.

LifeOnTheEdge
A CA proposed by Franklin T. Adams-Watters in which all the action occurs on the edges of a square grid. Each edge can be on or off and has six neighbors, three at each end. An edge is on in the next generation iff exactly two of the edges in its seven edge neighborhood (including the edge itself) are on. This implementation has 3 live states with suitable icons that allow any pattern of edges to be created. Open life-on-the-edge.rle.

LifeOnTheSlope
The same behavior as LifeOnTheEdge but patterns are rotated by 45 degrees. This implementation has only 2 live states (with icons \ and /), so it's a lot easier to enter patterns and they run faster. Open life-on-the-slope.rle.

Perrier
Perrier extended Langton's Loops to allow for universal computation. See Perrier-Loop.rle.

Sand-Margolus-emulated
MCell's Sand rule is a simple simulation of falling sand particles. See Sand.rle.

SDSR-Loop
An extension of Langton's Loops, designed to cause dead loops to disappear, allowing other loops to replicate further. To see the rule in action, open SDSR-Loop.rle.

StarWars
An alternative implementation of the Generations rule 345/2/4.

Tempesti
A programmable loop that can construct shapes inside itself after replication. To see the rule in action, open Tempesti-Loop.rle. This loop prints the letters 'LSL' inside each copy — the initials of Tempesti's university group.

TMGasMargolus_emulated
A different version of the HPP gas, implemented in the Margolus neighborhood, see TMGas.rle.

TripATronMargolus_emulated
The Trip-A-Tron rule in the Margolus neighborhood. See TripATron.rle.

WireWorld
A 4-state CA created by Brian Silverman. WireWorld models the flow of currents in wires and makes it relatively easy to build logic gates and other digital circuits. Open primes.mc and the other examples in Patterns/WireWorld/.

Worm-1040512, Worm-1042015, Worm-1042020, Worm-1252121, Worm-1525115
Examples of Paterson's Worms, a simulation created by Mike Paterson in which a worm travels around a triangular grid according to certain rules. There's also a rule called Worm-complement which can be used to show the uneaten edges within a solid region. Open worm-1040512.rle and the other examples in Patterns/Patersons-Worms/.

References:

Banks-I, Banks-II, Banks-III, Banks-IV (1971)
E. R. Banks. "Information Processing and Transmission in Cellular Automata" PhD Thesis, MIT, 1971.

Byl-Loop (1989)
J. Byl. "Self-Reproduction in small cellular automata." Physica D, Vol. 34, pages 295-299, 1989.

Chou-Reggia-1 and Chou-Reggia-2 (1993)
J. A. Reggia, S. L. Armentrout, H.-H. Chou, and Y. Peng. "Simple systems that exhibit self-directed replication." Science, Vol. 259, pages 1282-1287, February 1993.

Codd (1968)
E. F. Codd, "Cellular Automata" Academic Press, New York, 1968.

Devore (1973)
Devore, J. and Hightower, R. (1992) "The Devore variation of the Codd self-replicating computer" Third Workshop on Artificial Life, Santa Fe, New Mexico, Original work carried out in the 1970s though apparently never published. Reported by John R. Koza, "Artificial life: spontaneous emergence of self-replicating and evolutionary self-improving computer programs," in Christopher G. Langton, Artificial Life III, Proc. Volume XVII Santa Fe Institute Studies in the Sciences of Complexity, Addison-Wesley Publishing Company, New York, 1994, p. 260.

Evoloop (1999)
Hiroki Sayama "Toward the Realization of an Evolving Ecosystem on Cellular Automata", Proceedings of the Fourth International Symposium on Artificial Life and Robotics (AROB 4th '99), M. Sugisaka and H. Tanaka, eds., pp.254-257, Beppu, Oita, Japan, 1999.

HPP (1973)
J. Hardy, O. de Pazzis, and Y. Pomeau. J. Math. Phys. 14, 470, 1973.

Langtons-Ant (1986)
C. G. Langton. "Studying artificial life with cellular automata" Physica D 2(1-3):120-149, 1986.

Langtons-Loops (1984)
C. G. Langton. "Self-reproduction in cellular automata." Physica D, Vol. 10, pages 135-144, 1984.

Paterson's Worms (1973)
See these sites for a good description and the latest results:
http://www.maa.org/editorial/mathgames/mathgames_10_24_03.html
http://wso.williams.edu/~Ebchaffin/patersons_worms/
http://tomas.rokicki.com/worms.html

Perrier (1996)
J.-Y. Perrier, M. Sipper, and J. Zahnd. "Toward a viable, self-reproducing universal computer" Physica D 97: 335-352. 1996

SDSR-Loop (1998)
Hiroki Sayama. "Introduction of Structural Dissolution into Langton's Self-Reproducing Loop." Artificial Life VI: Proceedings of the Sixth International Conference on Artificial Life, C. Adami, R. K. Belew, H. Kitano, and C. E. Taylor, eds., pp.114-122, Los Angeles, California, 1998, MIT Press.

Tempesti (1995)
G. Tempesti. "A New Self-Reproducing Cellular Automaton Capable of Construction and Computation". Advances in Artificial Life, Proc. 3rd European Conference on Artificial Life, Granada, Spain, June 4-6, 1995, Lecture Notes in Artificial Intelligence, 929, Springer Verlag, Berlin, 1995, pp. 555-563.

WireWorld (1987)
A. K. Dewdney, Computer Recreations. Scientific American 282:136-139, 1990. golly-3.3-src/gui-common/Help/Algorithms/JvN.html0000644000175000017500000000503613151213347016655 00000000000000 Golly Help: JvN

John von Neumann created the very first cellular automata in the 1940's, together with fellow mathematician Stanislaw Ulam. The JvN algorithm supports 3 rules:

JvN29
The original 29-state CA as created by von Neumann. To see how his rules work, load the simpler examples first: counter-demo.rle and cell-coders-demo.rle and read their pattern info (hit the 'i' button). For a more complex example, see read-arm-demo.rle which shows one component of von Neumann's original design, the tape reader. For a complete self-replicating machine within von Neumann's CA, open sphinx.mc.gz.

Nobili32
An extension of JvN29 created by Renato Nobili in 1994. This rule adds three new states to allow signal crossing, allowing self-replicating machines to be greatly reduced in size. The example pattern construction-arm-demo.rle shows some of the crossing cells in action under this rule. The pattern NP-replicator.rle.gz shows the 1994 design that was the first implementation of von Neumann's vision of a self-reproducing universal constructor in a CA.

Hutton32
Created by Tim Hutton in 2008, this rule uses the same states as Nobili32 but has a slightly modified rule table. Examples golly-constructor.rle and Hutton-replicator.rle show what it can do.

References:

http://en.wikipedia.org/wiki/Von_Neumann_universal_constructor
http://en.wikipedia.org/wiki/Von_Neumann_cellular_automata
http://www.pd.infn.it/~rnobili/wjvn/index.htm
http://www.pd.infn.it/~rnobili/au_cell/
http://www.sq3.org.uk/Evolution/JvN/

golly-3.3-src/gui-common/Help/changes-android.html0000644000175000017500000000501013441044674017074 00000000000000

Changes

Changes in version 1.2 (released October 2018)

  • Golly has a new algorithm that supports the Larger than Life family of rules.
  • HashLife and the other hash-based algorithms are faster and more responsive.
  • Added support for MAP rules to QuickLife, HashLife and Generations.
  • QuickLife and HashLife now support non-totalistic rules. A number of interesting examples can be found in the new Patterns/Non-Totalistic folder.
  • The Generations algorithm now supports Hex, Von Neumann and non-totalistic Moore neighborhoods.
  • Updated the Life Lexicon to release 27.
  • The Banks, Codd, Devore, and JvN folders have moved into a new top-level "Self-Rep" folder, to emphasize their common focus on self-replication.
  • Icon rendering is faster in most cases.
  • Correct colors/icons are now displayed when pasting a pattern with a rule different to the current layer's rule.
  • Fixed link to Rule Table Repository in Help > Online Archives.
  • Fixed paste bug that prevented rule from being changed even if universe was empty.
  • Fixed crashes on some Nexus devices.
  • Fixed problem with Move button becoming enabled after a multi-finger pan/zoom.
  • Fixed an undo/reset bug that could occur if there was a rule change at the starting generation.
  • Fixed a bug where patterns larger than bounded grids were not correctly clipped.
  • Fixed a bug that could crash Golly if a .rule file contained invalid XPM data.
  • Updated the Life Lexicon to release 29.

Changes in version 1.1 (released June 2015)

  • Fixed some bugs that could cause Golly to crash.
  • Fixed bug in QuickLife algorithm that could cause cells at the bottom/left edges of the viewport to disappear every odd generation.
  • Fixed bug in QuickLife algorithm that could cause the selection rectangle to appear offset by one pixel.
  • Fixed bug that could cause Undo button to fail due to a temporary macrocell file containing comment lines not prefixed with #C.
  • Fixed minor problem with the Fit button not centering a pattern accurately in some cases.
  • The size of text in the Open screen has been increased.

Version 1.0 released November 2013

golly-3.3-src/gui-common/Help/open-ios.html0000644000175000017500000000402312250742663015602 00000000000000

Open Tab

The Open tab lets you select a pattern to load from a number of different sources:

  • The large collection of patterns supplied with the app.
  • The most recently opened patterns (from newest to oldest).
  • Patterns you have saved (stored in Documents/Saved/).
  • Patterns you have downloaded (stored in Documents/Downloads/).

In the last two cases you have the option of deleting a file by tapping on the "DELETE" link.

Text files stored in Documents have an "EDIT" link which will display the file's contents and let you edit it. The resulting view has a Save button which lets you save any changes to the original file or to a new file. Text files supplied with the app have a "READ" link so you can view the file (editing is disabled and there is no Save button).

When you tap on a link to a pattern file, Golly will load the pattern and automatically switch to the Pattern tab. (However, if you tap on a link to a zip file, Golly will switch to the Help tab and display its contents there.)

File sharing using iTunes

Golly supports the transfer of pattern files and rule files from a desktop computer to your iPad (or vice versa) by using iTunes file sharing.

A minor annoyance is that iTunes only lets you put files into the Documents folder and not inside the various sub-folders that Golly uses. But it's not really a problem because when you switch to Golly's Open tab or tap the Pattern tab's Rule button, Golly will check for files in the Documents folder and automatically move them into the appropriate sub-folders. Any files with extensions of .rule, .tree or .table are moved into Documents/Rules/. Any .colors or .icons files are ignored. All other files are assumed to be pattern files and are moved into Documents/Saved/. Note that any existing files with the same names as the files being moved will be replaced. golly-3.3-src/gui-common/Help/pattern-ios.html0000644000175000017500000000352312250742663016322 00000000000000

Pattern Tab

The Pattern tab lets you display, edit and generate patterns. There are three toolbars:

  • The top toolbar has buttons for generating the current pattern, changing the speed (by setting how often the pattern is rendered), and for changing the scale and/or location.
  • The middle toolbar has buttons for editing the current pattern. You can undo or redo all editing changes (and generating changes), select all of the current pattern, perform a variety of actions on the selection, paste, or change the current drawing state. The segmented buttons at the right edge of the toolbar let you choose an editing mode: drawing cells, picking cell states, selecting cells, or moving the viewport (with a one-finger drag).
  • The bottom toolbar has buttons for miscellaneous functions. You can create a new pattern, change the current rule (and/or algorithm), display comment information in the current pattern file, save the current pattern, or switch to full screen mode.

The thin area in between the top two toolbars is used to display status information about the current pattern. It consists of three lines: The 1st line shows the pattern name, the current algorithm, and the current rule. The 2nd line shows the generation count, the population (ie. number of live cells), the current scale (in cells per pixels), the current step size, and the XY location of the cell in the middle of the viewport. The 3rd line is for various messages.

The background color of the status area depends on the current algorithm: pale yellow for QuickLife, pale blue for HashLife, etc.

The large area above the bottom toolbar is for displaying the current pattern. Two-finger pinching can be used to zoom in or out, and two-finger dragging can be used to move the viewport. golly-3.3-src/gui-common/Help/archives.html0000644000175000017500000000262313171233731015653 00000000000000

Online Archives

Golly can download patterns and rules from these online archives:

golly-3.3-src/gui-common/file.cpp0000644000175000017500000012214513230774246013725 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifdef ANDROID_GUI #include "jnicalls.h" // for SwitchToPatternTab, ShowTextFile, ShowHelp, etc #endif #ifdef WEB_GUI #include "webcalls.h" // for SwitchToPatternTab, ShowTextFile, ShowHelp, etc #endif #ifdef IOS_GUI #import "GollyAppDelegate.h" // for SwitchToPatternTab #import "HelpViewController.h" // for ShowHelp #import "InfoViewController.h" // for ShowTextFile #endif // we use MiniZip code for opening zip files and extracting files stored within them #include "zip.h" #include "unzip.h" #include // for std::string #include // for std::list #include // for std::runtime_error and std::exception #include // for std::ostringstream #include // for std::replace #include "bigint.h" #include "lifealgo.h" #include "qlifealgo.h" #include "hlifealgo.h" #include "ruleloaderalgo.h" // for noTABLEorTREE #include "readpattern.h" // for readpattern #include "writepattern.h" // for writepattern, pattern_format #include "utils.h" // for Warning #include "prefs.h" // for SavePrefs, allowundo, userrules, etc #include "status.h" // for SetMessage #include "algos.h" // for CreateNewUniverse, algo_type, algoinfo, etc #include "layer.h" // for currlayer, etc #include "control.h" // for SetGenIncrement, ChangeAlgorithm #include "view.h" // for origin_restored, nopattupdate #include "undo.h" // for UndoRedo #include "file.h" // ----------------------------------------------------------------------------- std::string GetBaseName(const char* path) { // extract basename from given path std::string basename = path; size_t lastsep = basename.rfind('/'); if (lastsep != std::string::npos) { basename = basename.substr(lastsep+1); } return basename; } // ----------------------------------------------------------------------------- void SetPatternTitle(const char* filename) { if ( filename[0] != 0 ) { // remember current file name currlayer->currname = filename; // show currname in current layer's menu item //!!! UpdateLayerItem(currindex); } } // ----------------------------------------------------------------------------- bool SaveCurrentLayer() { if (currlayer->algo->isEmpty()) return true; // no need to save empty universe #ifdef WEB_GUI // show a modal dialog that lets user save their changes return WebSaveChanges(); #else // currently ignored in Android and iOS versions return true; #endif } // ----------------------------------------------------------------------------- void CreateUniverse() { // save current rule std::string oldrule = currlayer->algo->getrule(); // delete old universe and create new one of same type delete currlayer->algo; currlayer->algo = CreateNewUniverse(currlayer->algtype); // ensure new universe uses same rule (and thus same # of cell states) RestoreRule(oldrule.c_str()); // increment has been reset to 1 but that's probably not always desirable // so set increment using current step size SetGenIncrement(); } // ----------------------------------------------------------------------------- void NewPattern(const char* title) { if (generating) Warning("Bug detected in NewPattern!"); if (currlayer->dirty && asktosave && !SaveCurrentLayer()) return; currlayer->savestart = false; currlayer->currfile.clear(); currlayer->startgen = 0; // reset step size before CreateUniverse calls SetGenIncrement currlayer->currbase = algoinfo[currlayer->algtype]->defbase; currlayer->currexpo = 0; // create new, empty universe of same type and using same rule CreateUniverse(); // clear all undo/redo history currlayer->undoredo->ClearUndoRedo(); // possibly clear selection currlayer->currsel.Deselect(); // initially in drawing mode currlayer->touchmode = drawmode; // reset location and scale currlayer->view->setpositionmag(bigint::zero, bigint::zero, MAX_MAG); // no longer use newmag // best to restore true origin if (currlayer->originx != bigint::zero || currlayer->originy != bigint::zero) { currlayer->originx = 0; currlayer->originy = 0; SetMessage(origin_restored); } // restore default colors for current algo/rule UpdateLayerColors(); MarkLayerClean(title); // calls SetPatternTitle } // ----------------------------------------------------------------------------- bool LoadPattern(const char* path, const char* newtitle) { if ( !FileExists(path) ) { std::string msg = "The file does not exist:\n"; msg += path; Warning(msg.c_str()); return false; } // newtitle is only empty if called from ResetPattern/RestorePattern if (newtitle[0] != 0) { if (currlayer->dirty && asktosave && !SaveCurrentLayer()) return false; currlayer->savestart = false; currlayer->currfile = path; // reset step size currlayer->currbase = algoinfo[currlayer->algtype]->defbase; currlayer->currexpo = 0; // clear all undo/redo history currlayer->undoredo->ClearUndoRedo(); } // disable pattern update so we see gen=0 and pop=0; // in particular, it avoids getPopulation being called which would slow down macrocell loading nopattupdate = true; // save current algo and rule algo_type oldalgo = currlayer->algtype; std::string oldrule = currlayer->algo->getrule(); // delete old universe and create new one of same type delete currlayer->algo; currlayer->algo = CreateNewUniverse(currlayer->algtype); const char* err = readpattern(path, *currlayer->algo); if (err) { // cycle thru all other algos until readpattern succeeds for (int i = 0; i < NumAlgos(); i++) { if (i != oldalgo) { currlayer->algtype = i; delete currlayer->algo; currlayer->algo = CreateNewUniverse(currlayer->algtype); // readpattern will call setrule err = readpattern(path, *currlayer->algo); if (!err) break; } } if (err) { // no algo could read pattern so restore original algo and rule currlayer->algtype = oldalgo; delete currlayer->algo; currlayer->algo = CreateNewUniverse(currlayer->algtype); RestoreRule(oldrule.c_str()); // Warning(err); // current error and original error are not necessarily meaningful // so report a more generic error Warning("File could not be loaded by any algorithm\n(probably due to an unknown rule)."); } } // enable pattern update nopattupdate = false; if (newtitle[0] != 0) { MarkLayerClean(newtitle); // calls SetPatternTitle // restore default base step for current algo // (currlayer->currexpo was set to 0 above) currlayer->currbase = algoinfo[currlayer->algtype]->defbase; SetGenIncrement(); // restore default colors for current algo/rule UpdateLayerColors(); currlayer->currsel.Deselect(); // initially in moving mode currlayer->touchmode = movemode; currlayer->algo->fit(*currlayer->view, 1); currlayer->startgen = currlayer->algo->getGeneration(); // might be > 0 UpdateEverything(); } return err == NULL; } // ----------------------------------------------------------------------------- void AddRecentPattern(const char* inpath) { std::string path = inpath; if (path.find(userdir) == 0) { // remove userdir from start of path path.erase(0, userdir.length()); } // check if path is already in recentpatterns if (!recentpatterns.empty()) { std::list::iterator next = recentpatterns.begin(); while (next != recentpatterns.end()) { std::string nextpath = *next; if (path == nextpath) { if (next == recentpatterns.begin()) { // path is in recentpatterns and at top, so we're done return; } // remove this path from recentpatterns (we'll add it below) recentpatterns.erase(next); numpatterns--; break; } next++; } } // put given path at start of recentpatterns recentpatterns.push_front(path); if (numpatterns < maxpatterns) { numpatterns++; } else { // remove the path at end of recentpatterns recentpatterns.pop_back(); } } // ----------------------------------------------------------------------------- bool CopyTextToClipboard(const char* text) { #ifdef ANDROID_GUI return AndroidCopyTextToClipboard(text); #endif #ifdef WEB_GUI return WebCopyTextToClipboard(text); #endif #ifdef IOS_GUI UIPasteboard *pboard = [UIPasteboard generalPasteboard]; pboard.string = [NSString stringWithCString:text encoding:NSUTF8StringEncoding]; return true; #endif } // ----------------------------------------------------------------------------- bool GetTextFromClipboard(std::string& text) { #ifdef ANDROID_GUI return AndroidGetTextFromClipboard(text); #endif #ifdef WEB_GUI return WebGetTextFromClipboard(text); #endif #ifdef IOS_GUI UIPasteboard *pboard = [UIPasteboard generalPasteboard]; NSString *str = pboard.string; if (str == nil) { ErrorMessage("No text in clipboard."); return false; } else { text = [str cStringUsingEncoding:NSUTF8StringEncoding]; return true; } #endif } // ----------------------------------------------------------------------------- void LoadRule(const std::string& rulestring) { // load recently installed .rule file std::string oldrule = currlayer->algo->getrule(); int oldmaxstate = currlayer->algo->NumCellStates() - 1; // selection might change if grid becomes smaller, // so save current selection for RememberRuleChange/RememberAlgoChange SaveCurrentSelection(); // InitAlgorithms ensures the RuleLoader algo is the last algo int rule_loader_algo = NumAlgos() - 1; const char* err; if (currlayer->algtype == rule_loader_algo) { // RuleLoader is current algo so no need to switch err = currlayer->algo->setrule(rulestring.c_str()); } else { // switch to RuleLoader algo lifealgo* tempalgo = CreateNewUniverse(rule_loader_algo); err = tempalgo->setrule(rulestring.c_str()); delete tempalgo; if (!err) { // change the current algorithm and switch to the new rule ChangeAlgorithm(rule_loader_algo, rulestring.c_str()); if (rule_loader_algo != currlayer->algtype) { RestoreRule(oldrule.c_str()); Warning("Algorithm could not be changed (pattern is too big to convert)."); } return; } } if (err) { // RuleLoader algo found some sort of error if (strcmp(err, noTABLEorTREE) == 0) { // .rule file has no TABLE or TREE section but it might be used // to override a built-in rule, so try each algo std::string temprule = rulestring; std::replace(temprule.begin(), temprule.end(), '_', '/'); // eg. convert B3_S23 to B3/S23 for (int i = 0; i < NumAlgos(); i++) { lifealgo* tempalgo = CreateNewUniverse(i); err = tempalgo->setrule(temprule.c_str()); delete tempalgo; if (!err) { // change the current algorithm and switch to the new rule ChangeAlgorithm(i, temprule.c_str()); if (i != currlayer->algtype) { RestoreRule(oldrule.c_str()); Warning("Algorithm could not be changed (pattern is too big to convert)."); } return; } } } RestoreRule(oldrule.c_str()); std::string msg = "The rule file is not valid:\n"; msg += rulestring; msg += "\n\nThe error message:\n"; msg += err; Warning(msg.c_str()); return; } std::string newrule = currlayer->algo->getrule(); int newmaxstate = currlayer->algo->NumCellStates() - 1; if (oldrule != newrule || oldmaxstate != newmaxstate) { // if pattern exists and is at starting gen then ensure savestart is true // so that SaveStartingPattern will save pattern to suitable file // (and thus undo/reset will work correctly) if (currlayer->algo->getGeneration() == currlayer->startgen && !currlayer->algo->isEmpty()) { currlayer->savestart = true; } // if grid is bounded then remove any live cells outside grid edges if (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0) { ClearOutsideGrid(); } // new rule might have changed the number of cell states; // if there are fewer states then pattern might change if (newmaxstate < oldmaxstate && !currlayer->algo->isEmpty()) { ReduceCellStates(newmaxstate); } if (allowundo && !currlayer->stayclean) { currlayer->undoredo->RememberRuleChange(oldrule.c_str()); } } // set colors for new rule UpdateLayerColors(); } // ----------------------------------------------------------------------------- bool ExtractZipEntry(const std::string& zippath, const std::string& entryname, const std::string& outfile) { bool found = false; bool ok = false; std::ostringstream oss; int err; char* zipdata = NULL; unzFile zfile = unzOpen(zippath.c_str()); if (zfile == NULL) { std::string msg = "Could not open zip file:\n" + zippath; Warning(msg.c_str()); return false; } try { err = unzGoToFirstFile(zfile); if (err != UNZ_OK) { oss << "Error going to first file in zip file:\n" << zippath.c_str(); throw std::runtime_error(oss.str().c_str()); } do { char filename[256]; unz_file_info file_info; err = unzGetCurrentFileInfo(zfile, &file_info, filename, sizeof(filename), NULL, 0, NULL, 0); if (err != UNZ_OK) { oss << "Error getting current file info in zip file:\n" << zippath.c_str(); throw std::runtime_error(oss.str().c_str()); } std::string thisname = filename; if (thisname == entryname) { found = true; // we've found the desired entry so copy entry data to given outfile zipdata = (char*) malloc(file_info.uncompressed_size); if (zipdata == NULL) { throw std::runtime_error("Failed to allocate memory for zip file entry!"); } err = unzOpenCurrentFilePassword(zfile, NULL); if (err != UNZ_OK) { oss << "Error opening current zip entry:\n" << entryname.c_str(); throw std::runtime_error(oss.str().c_str()); } int bytesRead = unzReadCurrentFile(zfile, zipdata, (unsigned int)file_info.uncompressed_size); if (bytesRead < 0) { throw std::runtime_error("Error reading the zip entry data!"); } err = unzCloseCurrentFile(zfile); if (err != UNZ_OK) { oss << "Error closing current zip entry:\n" << entryname.c_str(); throw std::runtime_error(oss.str().c_str()); } if (file_info.uncompressed_size == 0) { Warning("Zip entry is empty!"); } else if (bytesRead == (long)(file_info.uncompressed_size)) { // write zipdata to outfile FILE* f = fopen(outfile.c_str(), "wb"); if (f) { if (fwrite(zipdata, 1, bytesRead, f) != (size_t)bytesRead) { Warning("Could not write data for zip entry!"); } else { ok = true; } fclose(f); } else { Warning("Could not create file for zip entry!"); } } else { Warning("Failed to read all bytes of zip entry!"); } break; } } while (unzGoToNextFile(zfile) == UNZ_OK); } catch(const std::exception& e) { // display message set by throw std::runtime_error(...) Warning(e.what()); } if (zipdata) free(zipdata); err = unzClose(zfile); if (err != UNZ_OK) { Warning("Error closing zip file!"); } if (found && ok) return true; if (!found) { std::string msg = "Could not find zip file entry:\n" + entryname; Warning(msg.c_str()); } else { // outfile is probably incomplete so best to delete it if (FileExists(outfile)) RemoveFile(outfile); } return false; } // ----------------------------------------------------------------------------- void UnzipFile(const std::string& zippath, const std::string& entry) { std::string filename = GetBaseName(entry.c_str()); std::string tempfile = tempdir + filename; if ( IsRuleFile(filename) ) { // rule-related file should have already been extracted and installed // into userrules, so check that file exists and load rule std::string rulefile = userrules + filename; if (FileExists(rulefile)) { // load corresponding rule SwitchToPatternTab(); LoadRule(filename.substr(0, filename.rfind('.'))); } else { std::string msg = "Rule-related file was not installed:\n" + rulefile; Warning(msg.c_str()); } } else if ( ExtractZipEntry(zippath, entry, tempfile) ) { if ( IsHTMLFile(filename) ) { // display html file ShowHelp(tempfile.c_str()); } else if ( IsTextFile(filename) ) { // display text file ShowTextFile(tempfile.c_str()); } else if ( IsScriptFile(filename) ) { // run script depending on safety check; note that because the script is // included in a zip file we don't remember it in the Run Recent submenu //!!! CheckBeforeRunning(tempfile, false, zippath); Warning("This version of Golly cannot run scripts."); } else { // open pattern but don't remember in recentpatterns OpenFile(tempfile.c_str(), false); } } } // ----------------------------------------------------------------------------- static bool RuleInstalled(unzFile zfile, unz_file_info& info, const std::string& outfile) { if (info.uncompressed_size == 0) { Warning("Zip entry is empty!"); return false; } char* zipdata = (char*) malloc(info.uncompressed_size); if (zipdata == NULL) { Warning("Failed to allocate memory for rule file!"); return false; } int err = unzOpenCurrentFilePassword(zfile, NULL); if (err != UNZ_OK) { Warning("Error opening current zip entry!"); free(zipdata); return false; } int bytesRead = unzReadCurrentFile(zfile, zipdata, (unsigned int)info.uncompressed_size); if (bytesRead < 0) { // error is detected below } err = unzCloseCurrentFile(zfile); if (err != UNZ_OK) { Warning("Error closing current zip entry!"); // but keep going } bool ok = true; if (bytesRead == (long)(info.uncompressed_size)) { // write zipdata to outfile FILE* f = fopen(outfile.c_str(), "wb"); if (f) { if (fwrite(zipdata, 1, bytesRead, f) != (size_t)bytesRead) { Warning("Could not write data for zip entry!"); ok = false; } fclose(f); } else { Warning("Could not create file for zip entry!"); ok = false; } } else { Warning("Failed to read all bytes of zip entry!"); ok = false; } free(zipdata); return ok; } // ----------------------------------------------------------------------------- void OpenZipFile(const char* zippath) { // Process given zip file in the following manner: // - If it contains any .rule files then extract and install those files // into userrules (the user's rules directory). // - Build a temporary html file with clickable links to each file entry // and show it in the Help tab. const std::string indent = "    "; bool dirseen = false; bool diffdirs = (userrules != rulesdir); std::string firstdir = ""; std::string lastpattern = ""; std::string lastscript = ""; int patternseps = 0; // # of separators in lastpattern int scriptseps = 0; // # of separators in lastscript int patternfiles = 0; int scriptfiles = 0; int textfiles = 0; // includes html files int rulefiles = 0; int deprecated = 0; // # of .table/tree files std::list deplist; // list of installed deprecated files std::list rulelist; // list of installed .rule files int err; // strip off patternsdir or userdir std::string relpath = zippath; size_t pos = relpath.find(patternsdir); if (pos == 0) { relpath.erase(0, patternsdir.length()); } else { pos = relpath.find(userdir); if (pos == 0) relpath.erase(0, userdir.length()); } std::string contents = "

\nContents of "; contents += relpath; contents += ":

\n"; unzFile zfile = unzOpen(zippath); if (zfile == NULL) { std::string msg = "Could not open zip file:\n"; msg += zippath; Warning(msg.c_str()); return; } try { err = unzGoToFirstFile(zfile); if (err != UNZ_OK) { throw std::runtime_error("Error going to first file in zip file!"); } do { // examine each entry in zip file and build contents string; // also install any .rule files char entryname[256]; unz_file_info file_info; err = unzGetCurrentFileInfo(zfile, &file_info, entryname, sizeof(entryname), NULL, 0, NULL, 0); if (err != UNZ_OK) { throw std::runtime_error("Error getting current file info in zip file!"); } std::string name = entryname; if (name.find("__MACOSX") == 0 || name.rfind(".DS_Store") != std::string::npos) { // ignore meta-data stuff in zip file created on Mac } else { // indent depending on # of separators in name unsigned int sepcount = 0; unsigned int i = 0; unsigned int len = (unsigned int)name.length(); while (i < len) { if (name[i] == '/') sepcount++; i++; } // check if 1st directory has multiple separators (eg. in jslife.zip) if (name[len-1] == '/' && !dirseen && sepcount > 1) { firstdir = name.substr(0, name.find('/')); contents += firstdir; contents += "
\n"; } for (i = 1; i < sepcount; i++) contents += indent; if (name[len-1] == '/') { // remove terminating separator from directory name name = name.substr(0, name.rfind('/')); name = GetBaseName(name.c_str()); if (dirseen && name == firstdir) { // ignore dir already output earlier (eg. in jslife.zip) } else { contents += name; contents += "
\n"; } dirseen = true; } else { // entry is for some sort of file std::string filename = GetBaseName(name.c_str()); if (dirseen) contents += indent; if ( IsRuleFile(filename) && !EndsWith(filename,".rule") ) { // this is a deprecated .table/tree/colors/icons file if (EndsWith(filename,".colors") || EndsWith(filename,".icons")) { // these files are no longer supported and are simply ignored contents += filename; contents += indent; contents += "[ignored]"; // don't add to deprecated list } else { // .table/.tree file contents += filename; contents += indent; contents += "[deprecated]"; deprecated++; // install it into userrules so it can be used below to create a .rule file std::string outfile = userrules + filename; if (RuleInstalled(zfile, file_info, outfile)) { deplist.push_back(filename); } else { contents += indent; contents += "INSTALL FAILED!"; } } } else { // user can extract file via special "unzip:" link contents += ""; contents += filename; contents += ""; if ( IsRuleFile(filename) ) { // extract and install .rule file into userrules std::string outfile = userrules + filename; if (RuleInstalled(zfile, file_info, outfile)) { // file successfully installed rulelist.push_back(filename); contents += indent; contents += "[installed]"; if (diffdirs) { // check if this file overrides similarly named file in rulesdir std::string clashfile = rulesdir + filename; if (FileExists(clashfile)) { contents += indent; contents += "(overrides file in Rules folder)"; } } #ifdef WEB_GUI // ensure the .rule file persists beyond the current session CopyRuleToLocalStorage(outfile.c_str()); #endif } else { // file could not be installed contents += indent; contents += "[NOT installed]"; // file is probably incomplete so best to delete it if (FileExists(outfile)) RemoveFile(outfile); } rulefiles++; } else if ( IsHTMLFile(filename) || IsTextFile(filename) ) { textfiles++; } else if ( IsScriptFile(filename) ) { scriptfiles++; lastscript = name; scriptseps = sepcount; } else { patternfiles++; lastpattern = name; patternseps = sepcount; } } contents += "
\n"; } } } while (unzGoToNextFile(zfile) == UNZ_OK); } catch(const std::exception& e) { // display message set by throw std::runtime_error(...) Warning(e.what()); } err = unzClose(zfile); if (err != UNZ_OK) { Warning("Error closing zip file!"); } if (rulefiles > 0) { relpath = userrules; pos = relpath.find(userdir); if (pos == 0) relpath.erase(0, userdir.length()); contents += "

Files marked as \"[installed]\" have been stored in "; contents += relpath; contents += "."; } if (deprecated > 0) { std::string newrules = CreateRuleFiles(deplist, rulelist); if (newrules.length() > 0) { contents += "

Files marked as \"[deprecated]\" have been used to create new .rule files:
\n"; contents += newrules; } } contents += "\n"; // NOTE: The desktop version of Golly will load a pattern if it's in a "simple" zip file // but for the iPad version it's probably less confusing if the zip file's contents are // *always* displayed in the Help tab. We might change this if script support is added. // write contents to a unique temporary html file std::string htmlfile = CreateTempFileName("zip_contents"); htmlfile += ".html"; FILE* f = fopen(htmlfile.c_str(), "w"); if (f) { if (fputs(contents.c_str(), f) == EOF) { fclose(f); Warning("Could not write HTML data to temporary file!"); return; } } else { Warning("Could not create temporary HTML file!"); return; } fclose(f); // display temporary html file in Help tab ShowHelp(htmlfile.c_str()); } // ----------------------------------------------------------------------------- void OpenFile(const char* path, bool remember) { // convert path to a full path if necessary std::string fullpath = path; if (path[0] != '/') { if (fullpath.find("Patterns/") == 0) { // Patterns directory is inside supplieddir fullpath = supplieddir + fullpath; } else { fullpath = userdir + fullpath; } } if (IsHTMLFile(path)) { // show HTML file in Help tab ShowHelp(fullpath.c_str()); return; } if (IsTextFile(path)) { // show text file using InfoViewController ShowTextFile(fullpath.c_str()); return; } if (IsScriptFile(path)) { // execute script /*!!! if (remember) AddRecentScript(path); RunScript(path); */ Warning("This version of Golly cannot run scripts."); return; } if (IsZipFile(path)) { // process zip file if (remember) AddRecentPattern(path); // treat zip file like a pattern file OpenZipFile(fullpath.c_str()); // must use full path return; } if (IsRuleFile(path)) { // switch to rule (.rule file must be in rulesdir or userrules) SwitchToPatternTab(); std::string basename = GetBaseName(path); LoadRule(basename.substr(0, basename.rfind('.'))); return; } // anything else is a pattern file if (remember) AddRecentPattern(path); std::string basename = GetBaseName(path); // best to switch to Pattern tab first in case progress view appears SwitchToPatternTab(); LoadPattern(fullpath.c_str(), basename.c_str()); } // ----------------------------------------------------------------------------- const char* WritePattern(const char* path, pattern_format format, output_compression compression, int top, int left, int bottom, int right) { // if the format is RLE_format and the grid is bounded then force XRLE_format so that // position info is recorded (this position will be used when the file is read) if (format == RLE_format && (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0)) format = XRLE_format; const char* err = writepattern(path, *currlayer->algo, format, compression, top, left, bottom, right); return err; } // ----------------------------------------------------------------------------- void SaveSucceeded(const std::string& path) { // save old info for RememberNameChange std::string oldname = currlayer->currname; std::string oldfile = currlayer->currfile; bool oldsave = currlayer->savestart; bool olddirty = currlayer->dirty; //!!! if (allowundo && !currlayer->stayclean) SavePendingChanges(); if ( currlayer->algo->getGeneration() == currlayer->startgen ) { // no need to save starting pattern (ResetPattern can load currfile) currlayer->currfile = path; currlayer->savestart = false; } // set dirty flag false and update currlayer->currname std::string basename = GetBaseName(path.c_str()); MarkLayerClean(basename.c_str()); if (allowundo && !currlayer->stayclean) { currlayer->undoredo->RememberNameChange(oldname.c_str(), oldfile.c_str(), oldsave, olddirty); } } // ----------------------------------------------------------------------------- bool SavePattern(const std::string& path, pattern_format format, output_compression compression) { bigint top, left, bottom, right; int itop, ileft, ibottom, iright; currlayer->algo->findedges(&top, &left, &bottom, &right); if (currlayer->algo->hyperCapable()) { // algorithm uses hashlife if ( OutsideLimits(top, left, bottom, right) ) { // too big so only allow saving as MC file if (format != MC_format) { Warning("Pattern is outside +/- 10^9 boundary and can't be saved in RLE format."); return false; } itop = ileft = ibottom = iright = 0; } else { // allow saving as MC or RLE file itop = top.toint(); ileft = left.toint(); ibottom = bottom.toint(); iright = right.toint(); } } else { // allow saving file only if pattern is small enough if ( OutsideLimits(top, left, bottom, right) ) { Warning("Pattern is outside +/- 10^9 boundary and can't be saved."); return false; } itop = top.toint(); ileft = left.toint(); ibottom = bottom.toint(); iright = right.toint(); } const char* err = WritePattern(path.c_str(), format, compression, itop, ileft, ibottom, iright); if (err) { Warning(err); return false; } else { std::string msg = "Pattern saved as "; msg += GetBaseName(path.c_str()); DisplayMessage(msg.c_str()); AddRecentPattern(path.c_str()); SaveSucceeded(path); return true; } } // ----------------------------------------------------------------------------- void GetURL(const std::string& url, const std::string& pageurl) { const char* HTML_PREFIX = "GET-"; // prepended to html filename #ifdef ANDROID_GUI // LOGI("GetURL url=%s\n", url.c_str()); // LOGI("GetURL pageurl=%s\n", pageurl.c_str()); #endif #ifdef IOS_GUI // NSLog(@"GetURL url = %s", url.c_str()); // NSLog(@"GetURL pageurl = %s", pageurl.c_str()); #endif std::string fullurl; if (url.find("http:") == 0) { fullurl = url; } else { // relative get, so prepend full prefix extracted from pageurl std::string urlprefix = GetBaseName(pageurl.c_str()); // replace HTML_PREFIX with "http://" and convert spaces to '/' // (ie. reverse what we do below when building filepath) urlprefix.erase(0, strlen(HTML_PREFIX)); urlprefix = "http://" + urlprefix; std::replace(urlprefix.begin(), urlprefix.end(), ' ', '/'); urlprefix = urlprefix.substr(0, urlprefix.rfind('/')+1); fullurl = urlprefix + url; } std::string filename = GetBaseName(fullurl.c_str()); // remove ugly stuff at start of file names downloaded from ConwayLife.com if (filename.find("download.php?f=") == 0 || filename.find("pattern.asp?p=") == 0 || filename.find("script.asp?s=") == 0) { filename = filename.substr( filename.find('=')+1 ); } // create full path for downloaded file based on given url; // first remove initial "http://" std::string filepath = fullurl.substr( fullurl.find('/')+1 ); while (filepath[0] == '/') filepath.erase(0,1); if (IsHTMLFile(filename)) { // create special name for html file so above code can extract it and set urlprefix std::replace(filepath.begin(), filepath.end(), '/', ' '); #ifdef ANDROID_GUI // replace "?" with something else to avoid problem in Android's WebView.loadUrl std::replace(filepath.begin(), filepath.end(), '?', '$'); #endif filepath = HTML_PREFIX + filepath; } else { // no need for url info in file name filepath = filename; } if (IsRuleFile(filename)) { // create file in user's rules directory filepath = userrules + filename; } else if (IsHTMLFile(filename)) { // nicer to store html files in temporary directory filepath = tempdir + filepath; } else { // all other files are stored in user's download directory filepath = downloaddir + filepath; } // download the file and store it in filepath if (DownloadFile(fullurl, filepath)) { ProcessDownload(filepath); } } // ----------------------------------------------------------------------------- bool DownloadFile(const std::string& url, const std::string& filepath) { #ifdef ANDROID_GUI AndroidDownloadFile(url, filepath); // on Android the file is downloaded asynchronously, so we need to return false // here so that GetURL won't call ProcessDownload immediately (it will be called // later if the download succeeds) return false; #endif #ifdef WEB_GUI return WebDownloadFile(url, filepath); #endif #ifdef IOS_GUI NSURL *nsurl = [NSURL URLWithString:[NSString stringWithCString:url.c_str() encoding:NSUTF8StringEncoding]]; if (nsurl == nil) { std::string msg = "Bad URL: " + url; Warning(msg.c_str()); return false; } NSData *urlData = [NSData dataWithContentsOfURL:nsurl]; if (urlData) { [urlData writeToFile:[NSString stringWithCString:filepath.c_str() encoding:NSUTF8StringEncoding] atomically:YES]; return true; } else { Warning("Failed to download file!"); return false; } #endif } // ----------------------------------------------------------------------------- void ProcessDownload(const std::string& filepath) { // process a successfully downloaded file std::string filename = GetBaseName(filepath.c_str()); if (IsHTMLFile(filename)) { // display html file in Help tab ShowHelp(filepath.c_str()); } else if (IsRuleFile(filename)) { // load corresponding rule SwitchToPatternTab(); LoadRule(filename.substr(0, filename.rfind('.'))); } else if (IsTextFile(filename)) { // open text file in modal view ShowTextFile(filepath.c_str()); } else if (IsScriptFile(filename)) { // run script depending on safety check; if it is allowed to run // then we remember script in the Run Recent submenu //!!! CheckBeforeRunning(filepath, true, wxEmptyString); Warning("This version of Golly cannot run scripts."); } else { // assume it's a pattern/zip file, so open it OpenFile(filepath.c_str()); } } // ----------------------------------------------------------------------------- void LoadLexiconPattern(const std::string& lexpattern) { // copy lexpattern data to tempstart file FILE* f = fopen(currlayer->tempstart.c_str(), "w"); if (f) { if (fputs(lexpattern.c_str(), f) == EOF) { fclose(f); Warning("Could not write lexicon pattern to tempstart file!"); return; } } else { Warning("Could not create tempstart file!"); return; } fclose(f); // avoid any pattern conversion (possibly causing ChangeAlgorithm to beep with a message) NewPattern(); // all Life Lexicon patterns assume we're using Conway's Life so try // switching to B3/S23 or Life; if that fails then switch to QuickLife const char* err = currlayer->algo->setrule("B3/S23"); if (err) { // try "Life" in case current algo is RuleLoader and Life.rule/table/tree exists err = currlayer->algo->setrule("Life"); } if (err) { ChangeAlgorithm(QLIFE_ALGO, "B3/S23"); } // load lexicon pattern SwitchToPatternTab(); LoadPattern(currlayer->tempstart.c_str(), "lexicon"); } golly-3.3-src/gui-common/prefs.cpp0000644000175000017500000005503613171233731014122 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "lifealgo.h" #include "viewport.h" // for MAX_MAG #include "util.h" // for linereader, lifeerrors #include "utils.h" // for gColor, SetColor, Warning, Fatal, Beep #include "status.h" // for DisplayMessage #include "algos.h" // for NumAlgos, algoinfo, etc #include "layer.h" // for currlayer #include "prefs.h" #ifdef ANDROID_GUI #include "jnicalls.h" // for BeginProgress, etc #endif #ifdef WEB_GUI #include "webcalls.h" // for BeginProgress, etc #endif #ifdef IOS_GUI #import "PatternViewController.h" // for BeginProgress, etc #endif // ----------------------------------------------------------------------------- // Golly's preferences file is a simple text file. const int PREFS_VERSION = 1; // increment if necessary due to changes in syntax/semantics int currversion = PREFS_VERSION; // might be changed by prefs_version const int PREF_LINE_SIZE = 5000; // must be quite long for storing file paths std::string supplieddir; // path of parent directory for supplied help/patterns/rules std::string helpdir; // path of directory for supplied help std::string patternsdir; // path of directory for supplied patterns std::string rulesdir; // path of directory for supplied rules std::string userdir; // path of parent directory for user's rules/patterns/downloads std::string userrules; // path of directory for user's rules std::string savedir; // path of directory for user's saved patterns std::string downloaddir; // path of directory for user's downloaded files std::string tempdir; // path of directory for temporary data std::string clipfile; // path of temporary file for storing clipboard data std::string prefsfile; // path of file for storing user's preferences // initialize exported preferences: int debuglevel = 0; // for displaying debug info if > 0 int helpfontsize = 10; // font size in help window char initrule[256] = "B3/S23"; // initial rule bool initautofit = false; // initial autofit setting bool inithyperspeed = false; // initial hyperspeed setting bool initshowhashinfo = false; // initial showhashinfo setting bool savexrle = true; // save RLE file using XRLE format? bool showtool = true; // show tool bar? bool showlayer = false; // show layer bar? bool showedit = true; // show edit bar? bool showallstates = false; // show all cell states in edit bar? bool showstatus = true; // show status bar? bool showexact = false; // show exact numbers in status bar? bool showtimeline = false; // show timeline bar? bool showtiming = false; // show timing messages? bool showgridlines = true; // display grid lines? bool showicons = false; // display icons for cell states? bool swapcolors = false; // swap colors used for cell states? bool allowundo = true; // allow undo/redo? bool allowbeep = true; // okay to play beep sound? bool restoreview = true; // should reset/undo restore view? int canchangerule = 1; // if > 0 then paste can change rule if pattern is empty int randomfill = 50; // random fill percentage (1..100) int opacity = 80; // percentage opacity of live cells in overlays (1..100) int tileborder = 3; // thickness of tiled window borders int mingridmag = 2; // minimum mag to draw grid lines int boldspacing = 10; // spacing of bold grid lines bool showboldlines = true; // show bold grid lines? bool mathcoords = false; // show Y values increasing upwards? bool syncviews = false; // synchronize viewports? bool syncmodes = true; // synchronize touch modes? bool stacklayers = false; // stack all layers? bool tilelayers = false; // tile all layers? bool asktosave = true; // ask to save changes? int newmag = 5; // mag setting for new pattern bool newremovesel = true; // new pattern removes selection? bool openremovesel = true; // opening pattern removes selection? int mindelay = 250; // minimum millisec delay int maxdelay = 2000; // maximum millisec delay int maxhashmem = 100; // maximum memory (in MB) for hashlife-based algos int numpatterns = 0; // current number of recent pattern files int maxpatterns = 20; // maximum number of recent pattern files std::list recentpatterns; // list of recent pattern files gColor borderrgb; // color for border around bounded grid gColor selectrgb; // color for selected cells gColor pastergb; // color for pasted pattern paste_mode pmode = Or; // logical paste mode // ----------------------------------------------------------------------------- const char* GetPasteMode() { switch (pmode) { case And: return "AND"; case Copy: return "COPY"; case Or: return "OR"; case Xor: return "XOR"; default: return "unknown"; } } // ----------------------------------------------------------------------------- void SetPasteMode(const char* s) { if (strcmp(s, "AND") == 0) { pmode = And; } else if (strcmp(s, "COPY") == 0) { pmode = Copy; } else if (strcmp(s, "OR") == 0) { pmode = Or; } else { pmode = Xor; } } // ----------------------------------------------------------------------------- void CreateDefaultColors() { SetColor(borderrgb, 128, 128, 128); // 50% gray SetColor(selectrgb, 75, 175, 0); // dark green SetColor(pastergb, 255, 0, 0); // red } // ----------------------------------------------------------------------------- void GetColor(const char* value, gColor& rgb) { unsigned int r, g, b; sscanf(value, "%u,%u,%u", &r, &g, &b); SetColor(rgb, r, g, b); } // ----------------------------------------------------------------------------- void SaveColor(FILE* f, const char* name, const gColor rgb) { fprintf(f, "%s=%u,%u,%u\n", name, rgb.r, rgb.g, rgb.b); } // ----------------------------------------------------------------------------- void SavePrefs() { if (currlayer == NULL) { // should never happen but play safe Warning("Bug: currlayer is NULL!"); return; } FILE* f = fopen(prefsfile.c_str(), "w"); if (f == NULL) { Warning("Could not save preferences file!"); return; } fprintf(f, "prefs_version=%d\n", PREFS_VERSION); fprintf(f, "debug_level=%d\n", debuglevel); fprintf(f, "help_font_size=%d (%d..%d)\n", helpfontsize, minfontsize, maxfontsize); fprintf(f, "allow_undo=%d\n", allowundo ? 1 : 0); fprintf(f, "allow_beep=%d\n", allowbeep ? 1 : 0); fprintf(f, "restore_view=%d\n", restoreview ? 1 : 0); fprintf(f, "paste_mode=%s\n", GetPasteMode()); fprintf(f, "can_change_rule=%d (0..2)\n", canchangerule); fprintf(f, "random_fill=%d (1..100)\n", randomfill); fprintf(f, "min_delay=%d (0..%d millisecs)\n", mindelay, MAX_DELAY); fprintf(f, "max_delay=%d (0..%d millisecs)\n", maxdelay, MAX_DELAY); fprintf(f, "auto_fit=%d\n", currlayer->autofit ? 1 : 0); fprintf(f, "hyperspeed=%d\n", currlayer->hyperspeed ? 1 : 0); fprintf(f, "hash_info=%d\n", currlayer->showhashinfo ? 1 : 0); fprintf(f, "max_hash_mem=%d\n", maxhashmem); fputs("\n", f); fprintf(f, "init_algo=%s\n", GetAlgoName(currlayer->algtype)); for (int i = 0; i < NumAlgos(); i++) { fputs("\n", f); fprintf(f, "algorithm=%s\n", GetAlgoName(i)); fprintf(f, "base_step=%d\n", algoinfo[i]->defbase); SaveColor(f, "status_rgb", algoinfo[i]->statusrgb); SaveColor(f, "from_rgb", algoinfo[i]->fromrgb); SaveColor(f, "to_rgb", algoinfo[i]->torgb); fprintf(f, "use_gradient=%d\n", algoinfo[i]->gradient ? 1 : 0); fputs("colors=", f); for (int state = 0; state < algoinfo[i]->maxstates; state++) { // only write out state,r,g,b tuple if color is different to default if (algoinfo[i]->algor[state] != algoinfo[i]->defr[state] || algoinfo[i]->algog[state] != algoinfo[i]->defg[state] || algoinfo[i]->algob[state] != algoinfo[i]->defb[state] ) { fprintf(f, "%d,%d,%d,%d,", state, algoinfo[i]->algor[state], algoinfo[i]->algog[state], algoinfo[i]->algob[state]); } } fputs("\n", f); } fputs("\n", f); fprintf(f, "rule=%s\n", currlayer->algo->getrule()); fprintf(f, "show_tool=%d\n", showtool ? 1 : 0); fprintf(f, "show_layer=%d\n", showlayer ? 1 : 0); fprintf(f, "show_edit=%d\n", showedit ? 1 : 0); fprintf(f, "show_states=%d\n", showallstates ? 1 : 0); fprintf(f, "show_status=%d\n", showstatus ? 1 : 0); fprintf(f, "show_exact=%d\n", showexact ? 1 : 0); fprintf(f, "show_timeline=%d\n", showtimeline ? 1 : 0); fprintf(f, "show_timing=%d\n", showtiming ? 1 : 0); fprintf(f, "grid_lines=%d\n", showgridlines ? 1 : 0); fprintf(f, "min_grid_mag=%d (2..%d)\n", mingridmag, MAX_MAG); fprintf(f, "bold_spacing=%d (2..%d)\n", boldspacing, MAX_SPACING); fprintf(f, "show_bold_lines=%d\n", showboldlines ? 1 : 0); fprintf(f, "math_coords=%d\n", mathcoords ? 1 : 0); fputs("\n", f); fprintf(f, "sync_views=%d\n", syncviews ? 1 : 0); fprintf(f, "sync_modes=%d\n", syncmodes ? 1 : 0); fprintf(f, "stack_layers=%d\n", stacklayers ? 1 : 0); fprintf(f, "tile_layers=%d\n", tilelayers ? 1 : 0); fprintf(f, "tile_border=%d (1..10)\n", tileborder); fprintf(f, "ask_to_save=%d\n", asktosave ? 1 : 0); fputs("\n", f); fprintf(f, "show_icons=%d\n", showicons ? 1 : 0); fprintf(f, "swap_colors=%d\n", swapcolors ? 1 : 0); fprintf(f, "opacity=%d (1..100)\n", opacity); SaveColor(f, "border_rgb", borderrgb); SaveColor(f, "select_rgb", selectrgb); SaveColor(f, "paste_rgb", pastergb); fputs("\n", f); fprintf(f, "new_mag=%d (0..%d)\n", newmag, MAX_MAG); fprintf(f, "new_remove_sel=%d\n", newremovesel ? 1 : 0); fprintf(f, "open_remove_sel=%d\n", openremovesel ? 1 : 0); fprintf(f, "save_xrle=%d\n", savexrle ? 1 : 0); fprintf(f, "max_patterns=%d (1..%d)\n", maxpatterns, MAX_RECENT); if (!recentpatterns.empty()) { fputs("\n", f); std::list::iterator next = recentpatterns.begin(); while (next != recentpatterns.end()) { std::string path = *next; fprintf(f, "recent_pattern=%s\n", path.c_str()); next++; } } fclose(f); } // ----------------------------------------------------------------------------- bool GetKeywordAndValue(linereader& lr, char* line, char** keyword, char** value) { // the linereader class handles all line endings (CR, CR+LF, LF) // and terminates line buffer with \0 while ( lr.fgets(line, PREF_LINE_SIZE) != 0 ) { if ( line[0] == '#' || line[0] == 0 ) { // skip comment line or empty line } else { // line should have format keyword=value *keyword = line; *value = line; while ( **value != '=' && **value != 0 ) *value += 1; **value = 0; // terminate keyword *value += 1; return true; } } return false; } // ----------------------------------------------------------------------------- char* ReplaceDeprecatedAlgo(char* algoname) { if (strcmp(algoname, "RuleTable") == 0 || strcmp(algoname, "RuleTree") == 0) { // RuleTable and RuleTree algos have been replaced by RuleLoader return (char*)"RuleLoader"; } else { return algoname; } } // ----------------------------------------------------------------------------- // let gollybase code call Fatal, Warning, BeginProgress, etc class my_errors : public lifeerrors { public: virtual void fatal(const char* s) { Fatal(s); } virtual void warning(const char* s) { Warning(s); } virtual void status(const char* s) { DisplayMessage(s); } virtual void beginprogress(const char* s) { BeginProgress(s); // init flag for isaborted() calls aborted = false; } virtual bool abortprogress(double f, const char* s) { return AbortProgress(f, s); } virtual void endprogress() { EndProgress(); } virtual const char* getuserrules() { return (const char*) userrules.c_str(); } virtual const char* getrulesdir() { return (const char*) rulesdir.c_str(); } }; static my_errors myerrhandler; // create instance // ----------------------------------------------------------------------------- void GetPrefs() { int algoindex = -1; // unknown algorithm // let gollybase code call Fatal, Warning, BeginProgress, etc lifeerrors::seterrorhandler(&myerrhandler); CreateDefaultColors(); FILE* f = fopen(prefsfile.c_str(), "r"); if (f == NULL) { // should only happen 1st time app is run return; } linereader reader(f); char line[PREF_LINE_SIZE]; char* keyword; char* value; while ( GetKeywordAndValue(reader, line, &keyword, &value) ) { if (strcmp(keyword, "prefs_version") == 0) { sscanf(value, "%d", &currversion); } else if (strcmp(keyword, "debug_level") == 0) { sscanf(value, "%d", &debuglevel); } else if (strcmp(keyword, "help_font_size") == 0) { sscanf(value, "%d", &helpfontsize); if (helpfontsize < minfontsize) helpfontsize = minfontsize; if (helpfontsize > maxfontsize) helpfontsize = maxfontsize; } else if (strcmp(keyword, "allow_undo") == 0) { allowundo = value[0] == '1'; } else if (strcmp(keyword, "allow_beep") == 0) { allowbeep = value[0] == '1'; } else if (strcmp(keyword, "restore_view") == 0) { restoreview = value[0] == '1'; } else if (strcmp(keyword, "paste_mode") == 0) { SetPasteMode(value); } else if (strcmp(keyword, "can_change_rule") == 0) { sscanf(value, "%d", &canchangerule); if (canchangerule < 0) canchangerule = 0; if (canchangerule > 2) canchangerule = 2; } else if (strcmp(keyword, "random_fill") == 0) { sscanf(value, "%d", &randomfill); if (randomfill < 1) randomfill = 1; if (randomfill > 100) randomfill = 100; } else if (strcmp(keyword, "algorithm") == 0) { if (strcmp(value, "RuleTable") == 0) { // use deprecated RuleTable settings for RuleLoader // (deprecated RuleTree settings will simply be ignored) value = (char*)"RuleLoader"; } algoindex = -1; for (int i = 0; i < NumAlgos(); i++) { if (strcmp(value, GetAlgoName(i)) == 0) { algoindex = i; break; } } } else if (strcmp(keyword, "base_step") == 0) { if (algoindex >= 0 && algoindex < NumAlgos()) { int base; sscanf(value, "%d", &base); if (base < 2) base = 2; if (base > MAX_BASESTEP) base = MAX_BASESTEP; algoinfo[algoindex]->defbase = base; } } else if (strcmp(keyword, "status_rgb") == 0) { if (algoindex >= 0 && algoindex < NumAlgos()) GetColor(value, algoinfo[algoindex]->statusrgb); } else if (strcmp(keyword, "from_rgb") == 0) { if (algoindex >= 0 && algoindex < NumAlgos()) GetColor(value, algoinfo[algoindex]->fromrgb); } else if (strcmp(keyword, "to_rgb") == 0) { if (algoindex >= 0 && algoindex < NumAlgos()) GetColor(value, algoinfo[algoindex]->torgb); } else if (strcmp(keyword, "use_gradient") == 0) { if (algoindex >= 0 && algoindex < NumAlgos()) algoinfo[algoindex]->gradient = value[0] == '1'; } else if (strcmp(keyword, "colors") == 0) { if (algoindex >= 0 && algoindex < NumAlgos()) { int state, r, g, b; while (sscanf(value, "%d,%d,%d,%d,", &state, &r, &g, &b) == 4) { if (state >= 0 && state < algoinfo[algoindex]->maxstates) { algoinfo[algoindex]->algor[state] = r; algoinfo[algoindex]->algog[state] = g; algoinfo[algoindex]->algob[state] = b; } while (*value != ',') value++; value++; while (*value != ',') value++; value++; while (*value != ',') value++; value++; while (*value != ',') value++; value++; } } } else if (strcmp(keyword, "min_delay") == 0) { sscanf(value, "%d", &mindelay); if (mindelay < 0) mindelay = 0; if (mindelay > MAX_DELAY) mindelay = MAX_DELAY; } else if (strcmp(keyword, "max_delay") == 0) { sscanf(value, "%d", &maxdelay); if (maxdelay < 0) maxdelay = 0; if (maxdelay > MAX_DELAY) maxdelay = MAX_DELAY; } else if (strcmp(keyword, "auto_fit") == 0) { initautofit = value[0] == '1'; } else if (strcmp(keyword, "init_algo") == 0) { value = ReplaceDeprecatedAlgo(value); int i = staticAlgoInfo::nameToIndex(value); if (i >= 0 && i < NumAlgos()) initalgo = i; } else if (strcmp(keyword, "hyperspeed") == 0) { inithyperspeed = value[0] == '1'; } else if (strcmp(keyword, "hash_info") == 0) { initshowhashinfo = value[0] == '1'; } else if (strcmp(keyword, "max_hash_mem") == 0) { sscanf(value, "%d", &maxhashmem); if (maxhashmem < MIN_MEM_MB) maxhashmem = MIN_MEM_MB; if (maxhashmem > MAX_MEM_MB) maxhashmem = MAX_MEM_MB; } else if (strcmp(keyword, "rule") == 0) { strncpy(initrule, value, sizeof(initrule)); } else if (strcmp(keyword, "show_tool") == 0) { showtool = value[0] == '1'; } else if (strcmp(keyword, "show_layer") == 0) { showlayer = value[0] == '1'; } else if (strcmp(keyword, "show_edit") == 0) { showedit = value[0] == '1'; } else if (strcmp(keyword, "show_states") == 0) { showallstates = value[0] == '1'; } else if (strcmp(keyword, "show_status") == 0) { showstatus = value[0] == '1'; } else if (strcmp(keyword, "show_exact") == 0) { showexact = value[0] == '1'; } else if (strcmp(keyword, "show_timeline") == 0) { showtimeline = value[0] == '1'; } else if (strcmp(keyword, "show_timing") == 0) { showtiming = value[0] == '1'; } else if (strcmp(keyword, "grid_lines") == 0) { showgridlines = value[0] == '1'; } else if (strcmp(keyword, "min_grid_mag") == 0) { sscanf(value, "%d", &mingridmag); if (mingridmag < 2) mingridmag = 2; if (mingridmag > MAX_MAG) mingridmag = MAX_MAG; } else if (strcmp(keyword, "bold_spacing") == 0) { sscanf(value, "%d", &boldspacing); if (boldspacing < 2) boldspacing = 2; if (boldspacing > MAX_SPACING) boldspacing = MAX_SPACING; } else if (strcmp(keyword, "show_bold_lines") == 0) { showboldlines = value[0] == '1'; } else if (strcmp(keyword, "math_coords") == 0) { mathcoords = value[0] == '1'; } else if (strcmp(keyword, "sync_views") == 0) { syncviews = value[0] == '1'; } else if (strcmp(keyword, "sync_modes") == 0) { syncmodes = value[0] == '1'; } else if (strcmp(keyword, "stack_layers") == 0) { stacklayers = value[0] == '1'; } else if (strcmp(keyword, "tile_layers") == 0) { tilelayers = value[0] == '1'; } else if (strcmp(keyword, "tile_border") == 0) { sscanf(value, "%d", &tileborder); if (tileborder < 1) tileborder = 1; if (tileborder > 10) tileborder = 10; } else if (strcmp(keyword, "ask_to_save") == 0) { asktosave = value[0] == '1'; } else if (strcmp(keyword, "show_icons") == 0) { showicons = value[0] == '1'; } else if (strcmp(keyword, "swap_colors") == 0) { swapcolors = value[0] == '1'; } else if (strcmp(keyword, "opacity") == 0) { sscanf(value, "%d", &opacity); if (opacity < 1) opacity = 1; if (opacity > 100) opacity = 100; } else if (strcmp(keyword, "border_rgb") == 0) { GetColor(value, borderrgb); } else if (strcmp(keyword, "select_rgb") == 0) { GetColor(value, selectrgb); } else if (strcmp(keyword, "paste_rgb") == 0) { GetColor(value, pastergb); } else if (strcmp(keyword, "new_mag") == 0) { sscanf(value, "%d", &newmag); if (newmag < 0) newmag = 0; if (newmag > MAX_MAG) newmag = MAX_MAG; } else if (strcmp(keyword, "new_remove_sel") == 0) { newremovesel = value[0] == '1'; } else if (strcmp(keyword, "open_remove_sel") == 0) { openremovesel = value[0] == '1'; } else if (strcmp(keyword, "save_xrle") == 0) { savexrle = value[0] == '1'; } else if (strcmp(keyword, "max_patterns") == 0) { sscanf(value, "%d", &maxpatterns); if (maxpatterns < 1) maxpatterns = 1; if (maxpatterns > MAX_RECENT) maxpatterns = MAX_RECENT; } else if (strcmp(keyword, "recent_pattern") == 0) { if (numpatterns < maxpatterns && value[0]) { // append path to recentpatterns if file exists std::string path = value; if (path.find("Patterns/") == 0 || FileExists(userdir + path)) { recentpatterns.push_back(path); numpatterns++; } } } } reader.close(); // stacklayers and tilelayers must not both be true if (stacklayers && tilelayers) tilelayers = false; } golly-3.3-src/gui-common/select.cpp0000644000175000017500000020541613273534663014274 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "bigint.h" #include "lifealgo.h" #include "viewport.h" #include "utils.h" // for Warning, PollerReset, etc #include "prefs.h" // for randomfill, etc #include "status.h" // for Stringify, etc #include "undo.h" // for currlayer->undoredo->... #include "algos.h" // for *_ALGO, CreateNewUniverse #include "layer.h" // for currlayer, MarkLayerDirty, etc #include "view.h" // for OutsideLimits, etc #include "control.h" // for generating, etc #include "file.h" // for CreateUniverse #include "select.h" #include // for rand #ifdef ANDROID_GUI #include "jnicalls.h" // for BeginProgress, etc #endif #ifdef WEB_GUI #include "webcalls.h" // for BeginProgress, etc #endif #ifdef IOS_GUI #import "PatternViewController.h" // for BeginProgress, etc #endif // ----------------------------------------------------------------------------- Selection::Selection() { exists = false; } // ----------------------------------------------------------------------------- Selection::Selection(int t, int l, int b, int r) { // create rectangular selection if given edges are valid exists = (t <= b && l <= r); if (exists) { seltop = t; selleft = l; selbottom = b; selright = r; } } // ----------------------------------------------------------------------------- Selection::~Selection() { // no need to do anything at the moment } // ----------------------------------------------------------------------------- bool Selection::operator==(const Selection& s) const { if (!exists && !s.exists) { // neither selection exists return true; } else if (exists && s.exists) { // check if edges match return (seltop == s.seltop && selleft == s.selleft && selbottom == s.selbottom && selright == s.selright); } else { // one selection exists but not the other return false; } } // ----------------------------------------------------------------------------- bool Selection::operator!=(const Selection& s) const { return !(*this == s); } // ----------------------------------------------------------------------------- bool Selection::Exists() { return exists; } // ----------------------------------------------------------------------------- void Selection::Deselect() { exists = false; } // ----------------------------------------------------------------------------- bool Selection::TooBig() { return OutsideLimits(seltop, selleft, selbottom, selright); } // ----------------------------------------------------------------------------- void Selection::DisplaySize() { if (inscript) return; bigint wd = selright; wd -= selleft; wd += bigint::one; bigint ht = selbottom; ht -= seltop; ht += bigint::one; std::string msg = "Selection width x height = "; msg += Stringify(wd); msg += " x "; msg += Stringify(ht); #ifdef WEB_GUI msg += " (right-click on it to perform actions)"; #endif SetMessage(msg.c_str()); } // ----------------------------------------------------------------------------- void Selection::SetRect(int x, int y, int wd, int ht) { exists = (wd > 0 && ht > 0); if (exists) { seltop = y; selleft = x; // avoid int overflow ht--; wd--; selbottom = y; selbottom += ht; selright = x; selright += wd; } } // ----------------------------------------------------------------------------- void Selection::GetRect(int* x, int* y, int* wd, int* ht) { *x = selleft.toint(); *y = seltop.toint(); *wd = selright.toint() - *x + 1; *ht = selbottom.toint() - *y + 1; } // ----------------------------------------------------------------------------- void Selection::SetEdges(bigint& t, bigint& l, bigint& b, bigint& r) { exists = true; seltop = t; selleft = l; selbottom = b; selright = r; CheckGridEdges(); } // ----------------------------------------------------------------------------- void Selection::CheckGridEdges() { if (exists) { // change selection edges if necessary to ensure they are inside a bounded grid if (currlayer->algo->gridwd > 0) { if (selleft > currlayer->algo->gridright || selright < currlayer->algo->gridleft) { exists = false; // selection is outside grid return; } if (selleft < currlayer->algo->gridleft) selleft = currlayer->algo->gridleft; if (selright > currlayer->algo->gridright) selright = currlayer->algo->gridright; } if (currlayer->algo->gridht > 0) { if (seltop > currlayer->algo->gridbottom || selbottom < currlayer->algo->gridtop) { exists = false; // selection is outside grid return; } if (seltop < currlayer->algo->gridtop) seltop = currlayer->algo->gridtop; if (selbottom > currlayer->algo->gridbottom) selbottom = currlayer->algo->gridbottom; } } } // ----------------------------------------------------------------------------- bool Selection::Contains(bigint& t, bigint& l, bigint& b, bigint& r) { return ( seltop <= t && selleft <= l && selbottom >= b && selright >= r ); } // ----------------------------------------------------------------------------- bool Selection::Outside(bigint& t, bigint& l, bigint& b, bigint& r) { return ( seltop > b || selleft > r || selbottom < t || selright < l ); } // ----------------------------------------------------------------------------- bool Selection::ContainsCell(int x, int y) { return ( x >= selleft.toint() && x <= selright.toint() && y >= seltop.toint() && y <= selbottom.toint() ); } // ----------------------------------------------------------------------------- bool Selection::SaveDifferences(lifealgo* oldalgo, lifealgo* newalgo, int itop, int ileft, int ibottom, int iright) { int wd = iright - ileft + 1; int ht = ibottom - itop + 1; int cx, cy; double maxcount = (double)wd * (double)ht; int cntr = 0; bool abort = false; // compare patterns in given algos and call SaveCellChange for each different cell BeginProgress("Saving cell changes"); for ( cy=itop; cy<=ibottom; cy++ ) { for ( cx=ileft; cx<=iright; cx++ ) { int oldstate = oldalgo->getcell(cx, cy); int newstate = newalgo->getcell(cx, cy); if ( oldstate != newstate ) { // assume this is only called if allowundo currlayer->undoredo->SaveCellChange(cx, cy, oldstate, newstate); } cntr++; if ((cntr % 4096) == 0) { abort = AbortProgress((double)cntr / maxcount, ""); if (abort) break; } } if (abort) break; } EndProgress(); return !abort; } // ----------------------------------------------------------------------------- void Selection::Advance() { if (generating) return; if (!exists) { ErrorMessage(no_selection); return; } if (currlayer->algo->isEmpty()) { ErrorMessage(empty_selection); return; } bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); // check if selection is completely outside pattern edges if (Outside(top, left, bottom, right)) { ErrorMessage(empty_selection); return; } // save cell changes if undo/redo is enabled and script isn't constructing a pattern bool savecells = allowundo && !currlayer->stayclean; //!!! if (savecells && inscript) SavePendingChanges(); bool boundedgrid = currlayer->algo->unbounded && (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0); // check if selection encloses entire pattern; // can't do this if qlife because it uses gen parity to decide which bits to draw; // also avoid this if undo/redo is enabled (too messy to remember cell changes) if ( currlayer->algtype != QLIFE_ALGO && !savecells && Contains(top, left, bottom, right) ) { generating = true; PollerReset(); // step by one gen without changing gen count bigint savegen = currlayer->algo->getGeneration(); bigint saveinc = currlayer->algo->getIncrement(); currlayer->algo->setIncrement(1); if (boundedgrid) currlayer->algo->CreateBorderCells(); currlayer->algo->step(); if (boundedgrid) currlayer->algo->DeleteBorderCells(); currlayer->algo->setIncrement(saveinc); currlayer->algo->setGeneration(savegen); generating = false; // clear 1-cell thick strips just outside selection ClearOutside(); MarkLayerDirty(); UpdateEverything(); return; } // find intersection of selection and pattern to minimize work if (seltop > top) top = seltop; if (selleft > left) left = selleft; if (selbottom < bottom) bottom = selbottom; if (selright < right) right = selright; // check that intersection is within setcell/getcell limits if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage(selection_too_big); return; } // create a temporary universe of same type as current universe lifealgo* tempalgo = CreateNewUniverse(currlayer->algtype); if (tempalgo->setrule(currlayer->algo->getrule())) tempalgo->setrule(tempalgo->DefaultRule()); // copy live cells in selection to temporary universe if ( !CopyRect(top.toint(), left.toint(), bottom.toint(), right.toint(), currlayer->algo, tempalgo, false, "Saving selection") ) { delete tempalgo; return; } if ( tempalgo->isEmpty() ) { ErrorMessage(empty_selection); delete tempalgo; return; } // advance temporary universe by one gen generating = true; PollerReset(); tempalgo->setIncrement(1); if (boundedgrid) tempalgo->CreateBorderCells(); tempalgo->step(); if (boundedgrid) tempalgo->DeleteBorderCells(); generating = false; if ( !tempalgo->isEmpty() ) { // temporary pattern might have expanded bigint temptop, templeft, tempbottom, tempright; tempalgo->findedges(&temptop, &templeft, &tempbottom, &tempright); if (temptop < top) top = temptop; if (templeft < left) left = templeft; if (tempbottom > bottom) bottom = tempbottom; if (tempright > right) right = tempright; // but ignore live cells created outside selection edges if (top < seltop) top = seltop; if (left < selleft) left = selleft; if (bottom > selbottom) bottom = selbottom; if (right > selright) right = selright; } if (savecells) { // compare selection rect in currlayer->algo and tempalgo and call SaveCellChange // for each cell that has a different state if ( SaveDifferences(currlayer->algo, tempalgo, top.toint(), left.toint(), bottom.toint(), right.toint()) ) { if ( !currlayer->undoredo->RememberCellChanges("Advance Selection", currlayer->dirty) ) { // pattern inside selection didn't change delete tempalgo; return; } } else { currlayer->undoredo->ForgetCellChanges(); delete tempalgo; return; } } // copy all cells in new selection from tempalgo to currlayer->algo CopyAllRect(top.toint(), left.toint(), bottom.toint(), right.toint(), tempalgo, currlayer->algo, "Copying advanced selection"); delete tempalgo; MarkLayerDirty(); UpdateEverything(); } // ----------------------------------------------------------------------------- void Selection::AdvanceOutside() { if (generating) return; if (!exists) { ErrorMessage(no_selection); return; } if (currlayer->algo->isEmpty()) { ErrorMessage(empty_outside); return; } bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); // check if selection encloses entire pattern if (Contains(top, left, bottom, right)) { ErrorMessage(empty_outside); return; } // save cell changes if undo/redo is enabled and script isn't constructing a pattern bool savecells = allowundo && !currlayer->stayclean; //!!! if (savecells && inscript) SavePendingChanges(); bool boundedgrid = currlayer->algo->unbounded && (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0); // check if selection is completely outside pattern edges; // can't do this if qlife because it uses gen parity to decide which bits to draw; // also avoid this if undo/redo is enabled (too messy to remember cell changes) if ( currlayer->algtype != QLIFE_ALGO && !savecells && Outside(top, left, bottom, right) ) { generating = true; PollerReset(); // step by one gen without changing gen count bigint savegen = currlayer->algo->getGeneration(); bigint saveinc = currlayer->algo->getIncrement(); currlayer->algo->setIncrement(1); if (boundedgrid) currlayer->algo->CreateBorderCells(); currlayer->algo->step(); if (boundedgrid) currlayer->algo->DeleteBorderCells(); currlayer->algo->setIncrement(saveinc); currlayer->algo->setGeneration(savegen); generating = false; // clear selection in case pattern expanded into it Clear(); MarkLayerDirty(); UpdateEverything(); return; } // check that pattern is within setcell/getcell limits if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage("Pattern is outside +/- 10^9 boundary."); return; } lifealgo* oldalgo = NULL; if (savecells) { // copy current pattern to oldalgo, using same type and gen count // so we can switch to oldalgo if user decides to abort below oldalgo = CreateNewUniverse(currlayer->algtype); if (oldalgo->setrule(currlayer->algo->getrule())) oldalgo->setrule(oldalgo->DefaultRule()); oldalgo->setGeneration( currlayer->algo->getGeneration() ); if ( !CopyRect(top.toint(), left.toint(), bottom.toint(), right.toint(), currlayer->algo, oldalgo, false, "Saving pattern") ) { delete oldalgo; return; } } // create a new universe of same type lifealgo* newalgo = CreateNewUniverse(currlayer->algtype); if (newalgo->setrule(currlayer->algo->getrule())) newalgo->setrule(newalgo->DefaultRule()); newalgo->setGeneration( currlayer->algo->getGeneration() ); // copy (and kill) live cells in selection to new universe int iseltop = seltop.toint(); int iselleft = selleft.toint(); int iselbottom = selbottom.toint(); int iselright = selright.toint(); if ( !CopyRect(iseltop, iselleft, iselbottom, iselright, currlayer->algo, newalgo, true, "Saving and erasing selection") ) { // aborted, so best to restore selection if ( !newalgo->isEmpty() ) { newalgo->findedges(&top, &left, &bottom, &right); CopyRect(top.toint(), left.toint(), bottom.toint(), right.toint(), newalgo, currlayer->algo, false, "Restoring selection"); } delete newalgo; if (savecells) delete oldalgo; UpdateEverything(); return; } // advance current universe by 1 generation generating = true; PollerReset(); currlayer->algo->setIncrement(1); if (boundedgrid) currlayer->algo->CreateBorderCells(); currlayer->algo->step(); if (boundedgrid) currlayer->algo->DeleteBorderCells(); generating = false; if ( !currlayer->algo->isEmpty() ) { // find new edges and copy current pattern to new universe, // except for any cells that were created in selection // (newalgo contains the original selection) bigint t, l, b, r; currlayer->algo->findedges(&t, &l, &b, &r); int itop = t.toint(); int ileft = l.toint(); int ibottom = b.toint(); int iright = r.toint(); int ht = ibottom - itop + 1; int cx, cy; // for showing accurate progress we need to add pattern height to pop count // in case this is a huge pattern with many blank rows double maxcount = currlayer->algo->getPopulation().todouble() + ht; double accumcount = 0; int currcount = 0; int v = 0; bool abort = false; BeginProgress("Copying advanced pattern"); lifealgo* curralgo = currlayer->algo; for ( cy=itop; cy<=ibottom; cy++ ) { currcount++; for ( cx=ileft; cx<=iright; cx++ ) { int skip = curralgo->nextcell(cx, cy, v); if (skip >= 0) { // found next live cell in this row cx += skip; // only copy cell if outside selection if ( cx < iselleft || cx > iselright || cy < iseltop || cy > iselbottom ) { newalgo->setcell(cx, cy, v); } currcount++; } else { cx = iright; // done this row } if (currcount > 1024) { accumcount += currcount; currcount = 0; abort = AbortProgress(accumcount / maxcount, ""); if (abort) break; } } if (abort) break; } newalgo->endofpattern(); EndProgress(); if (abort && savecells) { // revert back to pattern saved in oldalgo delete newalgo; delete currlayer->algo; currlayer->algo = oldalgo; SetGenIncrement(); UpdateEverything(); return; } } // switch to new universe (best to do this even if aborted) delete currlayer->algo; currlayer->algo = newalgo; SetGenIncrement(); if (savecells) { // compare patterns in oldalgo and currlayer->algo and call SaveCellChange // for each cell that has a different state; note that we need to compare // the union of the original pattern's rect and the new pattern's rect int otop = top.toint(); int oleft = left.toint(); int obottom = bottom.toint(); int oright = right.toint(); if (!currlayer->algo->isEmpty()) { currlayer->algo->findedges(&top, &left, &bottom, &right); int ntop = top.toint(); int nleft = left.toint(); int nbottom = bottom.toint(); int nright = right.toint(); if (ntop < otop) otop = ntop; if (nleft < oleft) oleft = nleft; if (nbottom > obottom) obottom = nbottom; if (nright > oright) oright = nright; } if ( SaveDifferences(oldalgo, currlayer->algo, otop, oleft, obottom, oright) ) { delete oldalgo; if ( !currlayer->undoredo->RememberCellChanges("Advance Outside", currlayer->dirty) ) { // pattern outside selection didn't change UpdateEverything(); return; } } else { // revert back to pattern saved in oldalgo currlayer->undoredo->ForgetCellChanges(); delete currlayer->algo; currlayer->algo = oldalgo; SetGenIncrement(); UpdateEverything(); return; } } MarkLayerDirty(); UpdateEverything(); } // ----------------------------------------------------------------------------- void Selection::Modify(const int x, const int y, bigint& anchorx, bigint& anchory, bool* forceh, bool* forcev) { // assume tapped point is somewhere inside selection pair lt = currlayer->view->screenPosOf(selleft, seltop, currlayer->algo); pair rb = currlayer->view->screenPosOf(selright, selbottom, currlayer->algo); if (currlayer->view->getmag() > 0) { // move rb to pixel at bottom right corner of cell rb.first += (1 << currlayer->view->getmag()) - 1; rb.second += (1 << currlayer->view->getmag()) - 1; if (currlayer->view->getmag() > 1) { // allow for gap at scale 1:4 and above rb.first--; rb.second--; } } double wd = rb.first - lt.first + 1; double ht = rb.second - lt.second + 1; double onefifthx = lt.first + wd / 5.0; double fourfifthx = lt.first + wd * 4.0 / 5.0; double onefifthy = lt.second + ht / 5.0; double fourfifthy = lt.second + ht * 4.0 / 5.0; if ( y < onefifthy && x < onefifthx ) { // tap is near top left corner anchory = selbottom; anchorx = selright; } else if ( y < onefifthy && x > fourfifthx ) { // tap is near top right corner anchory = selbottom; anchorx = selleft; } else if ( y > fourfifthy && x > fourfifthx ) { // tap is near bottom right corner anchory = seltop; anchorx = selleft; } else if ( y > fourfifthy && x < onefifthx ) { // tap is near bottom left corner anchory = seltop; anchorx = selright; } else if ( x < onefifthx ) { // tap is near left edge *forceh = true; anchorx = selright; } else if ( x > fourfifthx ) { // tap is near right edge *forceh = true; anchorx = selleft; } else if ( y < onefifthy ) { // tap is near top edge *forcev = true; anchory = selbottom; } else if ( y > fourfifthy ) { // tap is near bottom edge *forcev = true; anchory = seltop; } else { // tap is in middle area, so move selection rather than resize *forceh = true; *forcev = true; } } // ----------------------------------------------------------------------------- void Selection::Move(const bigint& xcells, const bigint& ycells) { if (exists) { selleft += xcells; selright += xcells; seltop += ycells; selbottom += ycells; CheckGridEdges(); } } // ----------------------------------------------------------------------------- void Selection::SetLeftRight(const bigint& x, const bigint& anchorx) { if (x <= anchorx) { selleft = x; selright = anchorx; } else { selleft = anchorx; selright = x; } exists = true; } // ----------------------------------------------------------------------------- void Selection::SetTopBottom(const bigint& y, const bigint& anchory) { if (y <= anchory) { seltop = y; selbottom = anchory; } else { seltop = anchory; selbottom = y; } exists = true; } // ----------------------------------------------------------------------------- void Selection::Fit() { bigint newx = selright; newx -= selleft; newx += bigint::one; newx.div2(); newx += selleft; bigint newy = selbottom; newy -= seltop; newy += bigint::one; newy.div2(); newy += seltop; int mag = MAX_MAG; while (true) { currlayer->view->setpositionmag(newx, newy, mag); if (currlayer->view->contains(selleft, seltop) && currlayer->view->contains(selright, selbottom)) break; mag--; } } // ----------------------------------------------------------------------------- void Selection::Shrink(bool fit) { if (!exists) return; // check if there is no pattern if (currlayer->algo->isEmpty()) { ErrorMessage(empty_selection); if (fit) FitSelection(); return; } // check if selection encloses entire pattern bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if (Contains(top, left, bottom, right)) { // shrink edges SaveCurrentSelection(); seltop = top; selleft = left; selbottom = bottom; selright = right; RememberNewSelection("Shrink Selection"); DisplaySelectionSize(); if (fit) FitSelection(); // calls UpdateEverything else UpdatePatternAndStatus(); return; } // check if selection is completely outside pattern edges if (Outside(top, left, bottom, right)) { ErrorMessage(empty_selection); if (fit) FitSelection(); return; } // find intersection of selection and pattern to minimize work if (seltop > top) top = seltop; if (selleft > left) left = selleft; if (selbottom < bottom) bottom = selbottom; if (selright < right) right = selright; // check that selection is small enough to save if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage(selection_too_big); if (fit) FitSelection(); return; } // the easy way to shrink selection is to create a new temporary universe, // copy selection into new universe and then call findedges; // if only 2 cell states then use qlife because its findedges call is faster lifealgo* tempalgo = CreateNewUniverse(currlayer->algo->NumCellStates() > 2 ? currlayer->algtype : QLIFE_ALGO); // make sure temporary universe has same # of cell states if (currlayer->algo->NumCellStates() > 2) if (tempalgo->setrule(currlayer->algo->getrule())) tempalgo->setrule(tempalgo->DefaultRule()); // copy live cells in selection to temporary universe if ( CopyRect(top.toint(), left.toint(), bottom.toint(), right.toint(), currlayer->algo, tempalgo, false, "Copying selection") ) { if ( tempalgo->isEmpty() ) { ErrorMessage(empty_selection); } else { SaveCurrentSelection(); tempalgo->findedges(&seltop, &selleft, &selbottom, &selright); RememberNewSelection("Shrink Selection"); DisplaySelectionSize(); if (!fit) UpdatePatternAndStatus(); } } delete tempalgo; if (fit) FitSelection(); } // ----------------------------------------------------------------------------- bool Selection::Visible(gRect* visrect) { if (!exists) return false; pair lt = currlayer->view->screenPosOf(selleft, seltop, currlayer->algo); pair rb = currlayer->view->screenPosOf(selright, selbottom, currlayer->algo); if (lt.first > currlayer->view->getxmax() || rb.first < 0 || lt.second > currlayer->view->getymax() || rb.second < 0) { // no part of selection is visible return false; } // all or some of selection is visible in viewport; // only set visible rectangle if requested if (visrect) { // first we must clip coords to viewport if (lt.first < 0) lt.first = 0; if (lt.second < 0) lt.second = 0; if (rb.first > currlayer->view->getxmax()) rb.first = currlayer->view->getxmax(); if (rb.second > currlayer->view->getymax()) rb.second = currlayer->view->getymax(); if (currlayer->view->getmag() > 0) { // move rb to pixel at bottom right corner of cell rb.first += (1 << currlayer->view->getmag()) - 1; rb.second += (1 << currlayer->view->getmag()) - 1; if (currlayer->view->getmag() > 1) { // avoid covering gaps at scale 1:4 and above rb.first--; rb.second--; } // clip to viewport again if (rb.first > currlayer->view->getxmax()) rb.first = currlayer->view->getxmax(); if (rb.second > currlayer->view->getymax()) rb.second = currlayer->view->getymax(); } visrect->x = lt.first; visrect->y = lt.second; visrect->width = rb.first - lt.first + 1; visrect->height = rb.second - lt.second + 1; } return true; } // ----------------------------------------------------------------------------- void Selection::EmptyUniverse() { // save current step, scale, position and gen count int savebase = currlayer->currbase; int saveexpo = currlayer->currexpo; int savemag = currlayer->view->getmag(); bigint savex = currlayer->view->x; bigint savey = currlayer->view->y; bigint savegen = currlayer->algo->getGeneration(); // kill all live cells by replacing the current universe with a // new, empty universe which also uses the same rule CreateUniverse(); // restore step, scale, position and gen count currlayer->currbase = savebase; SetStepExponent(saveexpo); // SetStepExponent calls SetGenIncrement currlayer->view->setpositionmag(savex, savey, savemag); currlayer->algo->setGeneration(savegen); UpdatePatternAndStatus(); } // ----------------------------------------------------------------------------- void Selection::Clear() { if (!exists) return; // no need to do anything if there is no pattern if (currlayer->algo->isEmpty()) return; // save cell changes if undo/redo is enabled and script isn't constructing a pattern bool savecells = allowundo && !currlayer->stayclean; //!!! if (savecells && inscript) SavePendingChanges(); bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if ( !savecells && Contains(top, left, bottom, right) ) { // selection encloses entire pattern so just create empty universe EmptyUniverse(); MarkLayerDirty(); return; } // no need to do anything if selection is completely outside pattern edges if (Outside(top, left, bottom, right)) { return; } // find intersection of selection and pattern to minimize work if (seltop > top) top = seltop; if (selleft > left) left = selleft; if (selbottom < bottom) bottom = selbottom; if (selright < right) right = selright; // can only use setcell in limited domain if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage(selection_too_big); return; } // clear all live cells in selection int itop = top.toint(); int ileft = left.toint(); int ibottom = bottom.toint(); int iright = right.toint(); int wd = iright - ileft + 1; int ht = ibottom - itop + 1; int cx, cy; double maxcount = (double)wd * (double)ht; int cntr = 0; int v = 0; bool abort = false; bool selchanged = false; BeginProgress("Clearing selection"); lifealgo* curralgo = currlayer->algo; for ( cy=itop; cy<=ibottom; cy++ ) { for ( cx=ileft; cx<=iright; cx++ ) { int skip = curralgo->nextcell(cx, cy, v); if (skip + cx > iright) skip = -1; // pretend we found no more live cells if (skip >= 0) { // found next live cell cx += skip; curralgo->setcell(cx, cy, 0); selchanged = true; if (savecells) currlayer->undoredo->SaveCellChange(cx, cy, v, 0); } else { cx = iright + 1; // done this row } cntr++; if ((cntr % 4096) == 0) { double prog = ((cy - itop) * (double)(iright - ileft + 1) + (cx - ileft)) / maxcount; abort = AbortProgress(prog, ""); if (abort) break; } } if (abort) break; } if (selchanged) curralgo->endofpattern(); EndProgress(); if (selchanged) { if (savecells) currlayer->undoredo->RememberCellChanges("Clear", currlayer->dirty); MarkLayerDirty(); UpdatePatternAndStatus(); } } // ----------------------------------------------------------------------------- bool Selection::SaveOutside(bigint& t, bigint& l, bigint& b, bigint& r) { if ( OutsideLimits(t, l, b, r) ) { ErrorMessage(pattern_too_big); return false; } int itop = t.toint(); int ileft = l.toint(); int ibottom = b.toint(); int iright = r.toint(); // save ALL cells if selection is completely outside pattern edges bool saveall = Outside(t, l, b, r); // integer selection edges must not be outside pattern edges int stop = itop; int sleft = ileft; int sbottom = ibottom; int sright = iright; if (!saveall) { if (seltop > t) stop = seltop.toint(); if (selleft > l) sleft = selleft.toint(); if (selbottom < b) sbottom = selbottom.toint(); if (selright < r) sright = selright.toint(); } int wd = iright - ileft + 1; int ht = ibottom - itop + 1; int cx, cy; int v = 0; double maxcount = (double)wd * (double)ht; int cntr = 0; bool abort = false; BeginProgress("Saving outside selection"); lifealgo* curralgo = currlayer->algo; for ( cy=itop; cy<=ibottom; cy++ ) { for ( cx=ileft; cx<=iright; cx++ ) { int skip = curralgo->nextcell(cx, cy, v); if (skip + cx > iright) skip = -1; // pretend we found no more live cells if (skip >= 0) { // found next live cell cx += skip; if (saveall || cx < sleft || cx > sright || cy < stop || cy > sbottom) { // cell is outside selection edges currlayer->undoredo->SaveCellChange(cx, cy, v, 0); } } else { cx = iright + 1; // done this row } cntr++; if ((cntr % 4096) == 0) { double prog = ((cy - itop) * (double)(iright - ileft + 1) + (cx - ileft)) / maxcount; abort = AbortProgress(prog, ""); if (abort) break; } } if (abort) break; } EndProgress(); if (abort) currlayer->undoredo->ForgetCellChanges(); return !abort; } // ----------------------------------------------------------------------------- void Selection::ClearOutside() { if (!exists) return; // no need to do anything if there is no pattern if (currlayer->algo->isEmpty()) return; // no need to do anything if selection encloses entire pattern bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if (Contains(top, left, bottom, right)) { return; } // save cell changes if undo/redo is enabled and script isn't constructing a pattern bool savecells = allowundo && !currlayer->stayclean; //!!! if (savecells && inscript) SavePendingChanges(); if (savecells) { // save live cells outside selection if ( !SaveOutside(top, left, bottom, right) ) { return; } } else { // create empty universe if selection is completely outside pattern edges if (Outside(top, left, bottom, right)) { EmptyUniverse(); MarkLayerDirty(); return; } } // find intersection of selection and pattern to minimize work if (seltop > top) top = seltop; if (selleft > left) left = selleft; if (selbottom < bottom) bottom = selbottom; if (selright < right) right = selright; // check that selection is small enough to save if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage(selection_too_big); return; } // create a new universe of same type lifealgo* newalgo = CreateNewUniverse(currlayer->algtype); if (newalgo->setrule(currlayer->algo->getrule())) newalgo->setrule(newalgo->DefaultRule()); // set same gen count newalgo->setGeneration( currlayer->algo->getGeneration() ); // copy live cells in selection to new universe if ( CopyRect(top.toint(), left.toint(), bottom.toint(), right.toint(), currlayer->algo, newalgo, false, "Saving selection") ) { // delete old universe and point currlayer->algo at new universe delete currlayer->algo; currlayer->algo = newalgo; SetGenIncrement(); if (savecells) currlayer->undoredo->RememberCellChanges("Clear Outside", currlayer->dirty); MarkLayerDirty(); UpdatePatternAndStatus(); } else { // CopyRect was aborted, so don't change current universe delete newalgo; if (savecells) currlayer->undoredo->ForgetCellChanges(); } } // ----------------------------------------------------------------------------- void Selection::AddEOL(char* &chptr) { // use LF on Mac *chptr = '\n'; chptr += 1; } // ----------------------------------------------------------------------------- const int WRLE_NONE = -3; const int WRLE_EOP = -2; const int WRLE_NEWLINE = -1; void Selection::AddRun(int state, // in: state of cell to write int multistate, // true if #cell states > 2 unsigned int &run, // in and out unsigned int &linelen, // ditto char* &chptr) // ditto { // output of RLE pattern data is channelled thru here to make it easier to // ensure all lines have <= maxrleline characters const unsigned int maxrleline = 70; unsigned int i, numlen; char numstr[32]; if ( run > 1 ) { sprintf(numstr, "%u", run); numlen = (unsigned int)strlen(numstr); } else { numlen = 0; // no run count shown if 1 } // keep linelen <= maxrleline if ( linelen + numlen + 1 + multistate > maxrleline ) { AddEOL(chptr); linelen = 0; } i = 0; while (i < numlen) { *chptr = numstr[i]; chptr += 1; i++; } if (multistate) { if (state <= 0) *chptr = ".$!"[-state]; else { if (state > 24) { int hi = (state - 25) / 24; *chptr = hi + 'p'; chptr += 1; linelen += 1; state -= (hi + 1) * 24; } *chptr = 'A' + state - 1; } } else *chptr = "!$bo"[state+2]; chptr += 1; linelen += numlen + 1; run = 0; // reset run count } // ----------------------------------------------------------------------------- void Selection::CopyToClipboard(bool cut) { // can only use getcell/setcell in limited domain if (TooBig()) { ErrorMessage(selection_too_big); return; } int itop = seltop.toint(); int ileft = selleft.toint(); int ibottom = selbottom.toint(); int iright = selright.toint(); unsigned int wd = iright - ileft + 1; unsigned int ht = ibottom - itop + 1; // convert cells in selection to RLE data in textptr char* textptr; char* etextptr; int cursize = 4096; textptr = (char*)malloc(cursize); if (textptr == NULL) { ErrorMessage("Not enough memory for clipboard data!"); return; } etextptr = textptr + cursize; // add RLE header line sprintf(textptr, "x = %u, y = %u, rule = %s", wd, ht, currlayer->algo->getrule()); char* chptr = textptr; chptr += strlen(textptr); AddEOL(chptr); // save start of data in case livecount is zero int datastart = int(chptr - textptr); // add RLE pattern data unsigned int livecount = 0; unsigned int linelen = 0; unsigned int brun = 0; unsigned int orun = 0; unsigned int dollrun = 0; int laststate; int cx, cy; int v = 0; // save cell changes if undo/redo is enabled and script isn't constructing a pattern bool savecells = allowundo && !currlayer->stayclean; //!!! if (savecells && inscript) SavePendingChanges(); double maxcount = (double)wd * (double)ht; int cntr = 0; bool abort = false; if (cut) BeginProgress("Cutting selection"); else BeginProgress("Copying selection"); lifealgo* curralgo = currlayer->algo; int multistate = curralgo->NumCellStates() > 2; for ( cy=itop; cy<=ibottom; cy++ ) { laststate = WRLE_NONE; for ( cx=ileft; cx<=iright; cx++ ) { int skip = curralgo->nextcell(cx, cy, v); if (skip + cx > iright) skip = -1; // pretend we found no more live cells if (skip > 0) { // have exactly "skip" empty cells here if (laststate == 0) { brun += skip; } else { if (orun > 0) { // output current run of live cells AddRun(laststate, multistate, orun, linelen, chptr); } laststate = 0; brun = skip; } } if (skip >= 0) { // found next live cell cx += skip; livecount++; if (cut) { curralgo->setcell(cx, cy, 0); if (savecells) currlayer->undoredo->SaveCellChange(cx, cy, v, 0); } if (laststate == v) { orun++; } else { if (dollrun > 0) // output current run of $ chars AddRun(WRLE_NEWLINE, multistate, dollrun, linelen, chptr); if (brun > 0) // output current run of dead cells AddRun(0, multistate, brun, linelen, chptr); if (orun > 0) // output current run of other live cells AddRun(laststate, multistate, orun, linelen, chptr); laststate = v; orun = 1; } } else { cx = iright + 1; // done this row } cntr++; if ((cntr % 4096) == 0) { double prog = ((cy - itop) * (double)(iright - ileft + 1) + (cx - ileft)) / maxcount; abort = AbortProgress(prog, ""); if (abort) break; } if (chptr + 60 >= etextptr) { // nearly out of space; try to increase allocation char* ntxtptr = (char*) realloc(textptr, 2*cursize); if (ntxtptr == 0) { ErrorMessage("No more memory for clipboard data!"); // don't return here -- best to set abort flag and break so that // partially cut/copied portion gets saved to clipboard abort = true; break; } chptr = ntxtptr + (chptr - textptr); cursize *= 2; etextptr = ntxtptr + cursize; textptr = ntxtptr; } } if (abort) break; // end of current row if (laststate == 0) // forget dead cells at end of row brun = 0; else if (laststate >= 0) // output current run of live cells AddRun(laststate, multistate, orun, linelen, chptr); dollrun++; } if (livecount == 0) { // no live cells in selection so simplify RLE data to "!" chptr = textptr + datastart; *chptr = '!'; chptr++; } else { // terminate RLE data dollrun = 1; AddRun(WRLE_EOP, multistate, dollrun, linelen, chptr); if (cut) currlayer->algo->endofpattern(); } AddEOL(chptr); *chptr = 0; EndProgress(); if (cut && livecount > 0) { if (savecells) currlayer->undoredo->RememberCellChanges("Cut", currlayer->dirty); // update currlayer->dirty AFTER RememberCellChanges MarkLayerDirty(); UpdatePatternAndStatus(); } CopyTextToClipboard(textptr); free(textptr); } // ----------------------------------------------------------------------------- bool Selection::CanPaste(const bigint& wd, const bigint& ht, bigint& top, bigint& left) { bigint selht = selbottom; selht -= seltop; selht += 1; bigint selwd = selright; selwd -= selleft; selwd += 1; if ( ht > selht || wd > selwd ) return false; // set paste rectangle's top left cell coord top = seltop; left = selleft; return true; } // ----------------------------------------------------------------------------- void Selection::RandomFill() { if (!exists) return; // can only use getcell/setcell in limited domain if (TooBig()) { ErrorMessage(selection_too_big); return; } // save cell changes if undo/redo is enabled and script isn't constructing a pattern bool savecells = allowundo && !currlayer->stayclean; //!!! if (savecells && inscript) SavePendingChanges(); // no need to kill cells if selection is empty bool killcells = !currlayer->algo->isEmpty(); if ( killcells ) { // find pattern edges and compare with selection edges bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if (Contains(top, left, bottom, right)) { // selection encloses entire pattern so create empty universe if (savecells) { // don't kill pattern otherwise we can't use SaveCellChange below } else { EmptyUniverse(); killcells = false; } } else if (Outside(top, left, bottom, right)) { // selection is completely outside pattern edges killcells = false; } } int itop = seltop.toint(); int ileft = selleft.toint(); int ibottom = selbottom.toint(); int iright = selright.toint(); int wd = iright - ileft + 1; int ht = ibottom - itop + 1; double maxcount = (double)wd * (double)ht; int cntr = 0; bool abort = false; BeginProgress("Randomly filling selection"); int cx, cy; lifealgo* curralgo = currlayer->algo; int livestates = curralgo->NumRandomizedCellStates() - 1; // don't count dead state for ( cy=itop; cy<=ibottom; cy++ ) { for ( cx=ileft; cx<=iright; cx++ ) { // randomfill is from 1..100 if (savecells) { // remember cell change only if state changes int oldstate = curralgo->getcell(cx, cy); if ((rand() % 100) < randomfill) { int newstate = livestates < 2 ? 1 : 1 + (rand() % livestates); if (oldstate != newstate) { curralgo->setcell(cx, cy, newstate); currlayer->undoredo->SaveCellChange(cx, cy, oldstate, newstate); } } else if (killcells && oldstate > 0) { curralgo->setcell(cx, cy, 0); currlayer->undoredo->SaveCellChange(cx, cy, oldstate, 0); } } else { if ((rand() % 100) < randomfill) { if (livestates < 2) { curralgo->setcell(cx, cy, 1); } else { curralgo->setcell(cx, cy, 1 + (rand() % livestates)); } } else if (killcells) { curralgo->setcell(cx, cy, 0); } } cntr++; if ((cntr % 4096) == 0) { abort = AbortProgress((double)cntr / maxcount, ""); if (abort) break; } } if (abort) break; } currlayer->algo->endofpattern(); EndProgress(); if (savecells) currlayer->undoredo->RememberCellChanges("Random Fill", currlayer->dirty); // update currlayer->dirty AFTER RememberCellChanges MarkLayerDirty(); UpdatePatternAndStatus(); } // ----------------------------------------------------------------------------- bool Selection::FlipRect(bool topbottom, lifealgo* srcalgo, lifealgo* destalgo, bool erasesrc, int itop, int ileft, int ibottom, int iright) { int wd = iright - ileft + 1; int ht = ibottom - itop + 1; double maxcount = (double)wd * (double)ht; int cntr = 0; bool abort = false; int v = 0; int cx, cy, newx, newy, newxinc, newyinc; if (topbottom) { BeginProgress("Flipping top-bottom"); newy = ibottom; newyinc = -1; newxinc = 1; } else { BeginProgress("Flipping left-right"); newy = itop; newyinc = 1; newxinc = -1; } for ( cy=itop; cy<=ibottom; cy++ ) { newx = topbottom ? ileft : iright; for ( cx=ileft; cx<=iright; cx++ ) { int skip = srcalgo->nextcell(cx, cy, v); if (skip + cx > iright) skip = -1; // pretend we found no more live cells if (skip >= 0) { // found next live cell cx += skip; if (erasesrc) srcalgo->setcell(cx, cy, 0); newx += newxinc * skip; destalgo->setcell(newx, newy, v); } else { cx = iright + 1; // done this row } cntr++; if ((cntr % 4096) == 0) { double prog = ((cy - itop) * (double)(iright - ileft + 1) + (cx - ileft)) / maxcount; abort = AbortProgress(prog, ""); if (abort) break; } newx += newxinc; } if (abort) break; newy += newyinc; } if (erasesrc) srcalgo->endofpattern(); destalgo->endofpattern(); EndProgress(); return !abort; } // ----------------------------------------------------------------------------- bool Selection::Flip(bool topbottom, bool inundoredo) { if (!exists) return false; if (topbottom) { if (seltop == selbottom) return true; } else { if (selleft == selright) return true; } if (currlayer->algo->isEmpty()) return true; bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); bigint stop = seltop; bigint sleft = selleft; bigint sbottom = selbottom; bigint sright = selright; bool simpleflip; if (Contains(top, left, bottom, right)) { // selection encloses entire pattern so we may only need to flip a smaller rectangle if (topbottom) { bigint tdiff = top; tdiff -= stop; bigint bdiff = sbottom; bdiff -= bottom; bigint mindiff = tdiff; if (bdiff < mindiff) mindiff = bdiff; stop += mindiff; sbottom -= mindiff; sleft = left; sright = right; } else { bigint ldiff = left; ldiff -= sleft; bigint rdiff = sright; rdiff -= right; bigint mindiff = ldiff; if (rdiff < mindiff) mindiff = rdiff; sleft += mindiff; sright -= mindiff; stop = top; sbottom = bottom; } simpleflip = true; } else { // selection encloses part of pattern so we can clip some selection edges // if they are outside the pattern edges if (topbottom) { if (sleft < left) sleft = left; if (sright > right) sright = right; } else { if (stop < top) stop = top; if (sbottom > bottom) sbottom = bottom; } simpleflip = false; } // can only use getcell/setcell in limited domain if ( OutsideLimits(stop, sbottom, sleft, sright) ) { ErrorMessage(selection_too_big); return false; } int itop = stop.toint(); int ileft = sleft.toint(); int ibottom = sbottom.toint(); int iright = sright.toint(); if (simpleflip) { // selection encloses all of pattern so we can flip into new universe // (must be same type) without killing live cells in selection lifealgo* newalgo = CreateNewUniverse(currlayer->algtype); if (newalgo->setrule(currlayer->algo->getrule())) newalgo->setrule(newalgo->DefaultRule()); newalgo->setGeneration( currlayer->algo->getGeneration() ); if ( FlipRect(topbottom, currlayer->algo, newalgo, false, itop, ileft, ibottom, iright) ) { // switch to newalgo delete currlayer->algo; currlayer->algo = newalgo; SetGenIncrement(); } else { // user aborted flip delete newalgo; return false; } } else { // flip into temporary universe and kill all live cells in selection; // if only 2 cell states then use qlife because its setcell/getcell calls are faster lifealgo* tempalgo = CreateNewUniverse(currlayer->algo->NumCellStates() > 2 ? currlayer->algtype : QLIFE_ALGO); // make sure temporary universe has same # of cell states if (currlayer->algo->NumCellStates() > 2) if (tempalgo->setrule(currlayer->algo->getrule())) tempalgo->setrule(tempalgo->DefaultRule()); if ( FlipRect(topbottom, currlayer->algo, tempalgo, true, itop, ileft, ibottom, iright) ) { // find pattern edges in temporary universe (could be much smaller) // and copy temporary pattern into current universe tempalgo->findedges(&top, &left, &bottom, &right); CopyRect(top.toint(), left.toint(), bottom.toint(), right.toint(), tempalgo, currlayer->algo, false, "Adding flipped selection"); delete tempalgo; } else { // user aborted flip so flip tempalgo pattern back into current universe FlipRect(topbottom, tempalgo, currlayer->algo, false, itop, ileft, ibottom, iright); delete tempalgo; return false; } } // flips are always reversible so no need to use SaveCellChange and RememberCellChanges if (allowundo && !currlayer->stayclean && !inundoredo) { //!!! if (inscript) SavePendingChanges(); currlayer->undoredo->RememberFlip(topbottom, currlayer->dirty); } // update currlayer->dirty AFTER RememberFlip if (!inundoredo) MarkLayerDirty(); UpdatePatternAndStatus(); return true; } // ----------------------------------------------------------------------------- const char* rotate_clockwise = "Rotating selection +90 degrees"; const char* rotate_anticlockwise = "Rotating selection -90 degrees"; bool Selection::RotateRect(bool clockwise, lifealgo* srcalgo, lifealgo* destalgo, bool erasesrc, int itop, int ileft, int ibottom, int iright, int ntop, int nleft, int nbottom, int nright) { int wd = iright - ileft + 1; int ht = ibottom - itop + 1; double maxcount = (double)wd * (double)ht; int cntr = 0; bool abort = false; int cx, cy, newx, newy, newxinc, newyinc, v=0; if (clockwise) { BeginProgress(rotate_clockwise); newx = nright; newyinc = 1; newxinc = -1; } else { BeginProgress(rotate_anticlockwise); newx = nleft; newyinc = -1; newxinc = 1; } for ( cy=itop; cy<=ibottom; cy++ ) { newy = clockwise ? ntop : nbottom; for ( cx=ileft; cx<=iright; cx++ ) { int skip = srcalgo->nextcell(cx, cy, v); if (skip + cx > iright) skip = -1; // pretend we found no more live cells if (skip >= 0) { // found next live cell cx += skip; if (erasesrc) srcalgo->setcell(cx, cy, 0); newy += newyinc * skip; destalgo->setcell(newx, newy, v); } else { cx = iright + 1; // done this row } cntr++; if ((cntr % 4096) == 0) { double prog = ((cy - itop) * (double)(iright - ileft + 1) + (cx - ileft)) / maxcount; abort = AbortProgress(prog, ""); if (abort) break; } newy += newyinc; } if (abort) break; newx += newxinc; } if (erasesrc) srcalgo->endofpattern(); destalgo->endofpattern(); EndProgress(); return !abort; } // ----------------------------------------------------------------------------- bool Selection::RotatePattern(bool clockwise, bigint& newtop, bigint& newbottom, bigint& newleft, bigint& newright, bool inundoredo) { // create new universe of same type as current universe lifealgo* newalgo = CreateNewUniverse(currlayer->algtype); if (newalgo->setrule(currlayer->algo->getrule())) newalgo->setrule(newalgo->DefaultRule()); // set same gen count newalgo->setGeneration( currlayer->algo->getGeneration() ); // copy all live cells to new universe, rotating the coords by +/- 90 degrees int itop = seltop.toint(); int ileft = selleft.toint(); int ibottom = selbottom.toint(); int iright = selright.toint(); int wd = iright - ileft + 1; int ht = ibottom - itop + 1; double maxcount = (double)wd * (double)ht; int cntr = 0; bool abort = false; int cx, cy, newx, newy, newxinc, newyinc, firstnewy, v=0; if (clockwise) { BeginProgress(rotate_clockwise); firstnewy = newtop.toint(); newx = newright.toint(); newyinc = 1; newxinc = -1; } else { BeginProgress(rotate_anticlockwise); firstnewy = newbottom.toint(); newx = newleft.toint(); newyinc = -1; newxinc = 1; } lifealgo* curralgo = currlayer->algo; for ( cy=itop; cy<=ibottom; cy++ ) { newy = firstnewy; for ( cx=ileft; cx<=iright; cx++ ) { int skip = curralgo->nextcell(cx, cy, v); if (skip + cx > iright) skip = -1; // pretend we found no more live cells if (skip >= 0) { // found next live cell cx += skip; newy += newyinc * skip; newalgo->setcell(newx, newy, v); } else { cx = iright + 1; // done this row } cntr++; if ((cntr % 4096) == 0) { double prog = ((cy - itop) * (double)(iright - ileft + 1) + (cx - ileft)) / maxcount; abort = AbortProgress(prog, ""); if (abort) break; } newy += newyinc; } if (abort) break; newx += newxinc; } newalgo->endofpattern(); EndProgress(); if (abort) { delete newalgo; } else { // rotate the selection edges seltop = newtop; selbottom = newbottom; selleft = newleft; selright = newright; // switch to new universe and display results delete currlayer->algo; currlayer->algo = newalgo; SetGenIncrement(); DisplaySelectionSize(); // rotating entire pattern is easily reversible so no need to use // SaveCellChange and RememberCellChanges in this case if (allowundo && !currlayer->stayclean && !inundoredo) { //!!! if (inscript) SavePendingChanges(); currlayer->undoredo->RememberRotation(clockwise, currlayer->dirty); } // update currlayer->dirty AFTER RememberRotation if (!inundoredo) MarkLayerDirty(); UpdatePatternAndStatus(); } return !abort; } // ----------------------------------------------------------------------------- bool Selection::Rotate(bool clockwise, bool inundoredo) { if (!exists) return false; // determine rotated selection edges bigint halfht = selbottom; halfht -= seltop; halfht.div2(); bigint halfwd = selright; halfwd -= selleft; halfwd.div2(); bigint midy = seltop; midy += halfht; bigint midx = selleft; midx += halfwd; bigint newtop = midy; newtop += selleft; newtop -= midx; bigint newbottom = midy; newbottom += selright; newbottom -= midx; bigint newleft = midx; newleft += seltop; newleft -= midy; bigint newright = midx; newright += selbottom; newright -= midy; if (!inundoredo) { // check if rotated selection edges are outside bounded grid if ((currlayer->algo->gridwd > 0 && (newleft < currlayer->algo->gridleft || newright > currlayer->algo->gridright)) || (currlayer->algo->gridht > 0 && (newtop < currlayer->algo->gridtop || newbottom > currlayer->algo->gridbottom))) { ErrorMessage("New selection would be outside grid boundary."); return false; } } // if there is no pattern then just rotate the selection edges if (currlayer->algo->isEmpty()) { SaveCurrentSelection(); seltop = newtop; selbottom = newbottom; selleft = newleft; selright = newright; RememberNewSelection("Rotation"); DisplaySelectionSize(); UpdatePatternAndStatus(); return true; } // if the current selection and the rotated selection are both outside the // pattern edges (ie. both are empty) then just rotate the selection edges bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if ( (seltop > bottom || selbottom < top || selleft > right || selright < left) && (newtop > bottom || newbottom < top || newleft > right || newright < left) ) { SaveCurrentSelection(); seltop = newtop; selbottom = newbottom; selleft = newleft; selright = newright; RememberNewSelection("Rotation"); DisplaySelectionSize(); UpdatePatternAndStatus(); return true; } // can only use nextcell/getcell/setcell in limited domain if (TooBig()) { ErrorMessage(selection_too_big); return false; } // make sure rotated selection edges are also within limits if ( OutsideLimits(newtop, newbottom, newleft, newright) ) { ErrorMessage("New selection would be outside +/- 10^9 boundary."); return false; } // use faster method if selection encloses entire pattern if (Contains(top, left, bottom, right)) { return RotatePattern(clockwise, newtop, newbottom, newleft, newright, inundoredo); } int itop = seltop.toint(); int ileft = selleft.toint(); int ibottom = selbottom.toint(); int iright = selright.toint(); int ntop = newtop.toint(); int nleft = newleft.toint(); int nbottom = newbottom.toint(); int nright = newright.toint(); // save cell changes if undo/redo is enabled and script isn't constructing a pattern // and we're not undoing/redoing an earlier rotation bool savecells = allowundo && !currlayer->stayclean && !inundoredo; //!!! if (savecells && inscript) SavePendingChanges(); lifealgo* oldalgo = NULL; int otop = itop; int oleft = ileft; int obottom = ibottom; int oright = iright; if (savecells) { // copy current pattern to oldalgo using union of old and new selection rects if (otop > ntop) otop = ntop; if (oleft > nleft) oleft = nleft; if (obottom < nbottom) obottom = nbottom; if (oright < nright) oright = nright; oldalgo = CreateNewUniverse(currlayer->algo->NumCellStates() > 2 ? currlayer->algtype : QLIFE_ALGO); // make sure universe has same # of cell states if (currlayer->algo->NumCellStates() > 2) if (oldalgo->setrule(currlayer->algo->getrule())) oldalgo->setrule(oldalgo->DefaultRule()); if ( !CopyRect(otop, oleft, obottom, oright, currlayer->algo, oldalgo, false, "Saving part of pattern") ) { delete oldalgo; return false; } } // create temporary universe; doesn't need to match current universe so // if only 2 cell states then use qlife because its setcell/getcell calls are faster lifealgo* tempalgo = CreateNewUniverse(currlayer->algo->NumCellStates() > 2 ? currlayer->algtype : QLIFE_ALGO); // make sure temporary universe has same # of cell states if (currlayer->algo->NumCellStates() > 2) if (tempalgo->setrule(currlayer->algo->getrule())) tempalgo->setrule(tempalgo->DefaultRule()); // copy (and kill) live cells in selection to temporary universe, // rotating the new coords by +/- 90 degrees if ( !RotateRect(clockwise, currlayer->algo, tempalgo, true, itop, ileft, ibottom, iright, ntop, nleft, nbottom, nright) ) { // user aborted rotation if (savecells) { // use oldalgo to restore erased selection CopyRect(itop, ileft, ibottom, iright, oldalgo, currlayer->algo, false, "Restoring selection"); delete oldalgo; } else { // restore erased selection by rotating tempalgo in opposite direction // back into the current universe RotateRect(!clockwise, tempalgo, currlayer->algo, false, ntop, nleft, nbottom, nright, itop, ileft, ibottom, iright); } delete tempalgo; UpdatePatternAndStatus(); return false; } // copy rotated selection from temporary universe to current universe; // check if new selection rect is outside modified pattern edges currlayer->algo->findedges(&top, &left, &bottom, &right); if ( newtop > bottom || newbottom < top || newleft > right || newright < left ) { // safe to use fast nextcell calls CopyRect(ntop, nleft, nbottom, nright, tempalgo, currlayer->algo, false, "Adding rotated selection"); } else { // have to use slow getcell calls CopyAllRect(ntop, nleft, nbottom, nright, tempalgo, currlayer->algo, "Pasting rotated selection"); } // don't need temporary universe any more delete tempalgo; // rotate the selection edges seltop = newtop; selbottom = newbottom; selleft = newleft; selright = newright; if (savecells) { // compare patterns in oldalgo and currlayer->algo and call SaveCellChange // for each cell that has a different state if ( SaveDifferences(oldalgo, currlayer->algo, otop, oleft, obottom, oright) ) { Selection oldsel(itop, ileft, ibottom, iright); Selection newsel(ntop, nleft, nbottom, nright); currlayer->undoredo->RememberRotation(clockwise, oldsel, newsel, currlayer->dirty); } else { currlayer->undoredo->ForgetCellChanges(); Warning("You can't undo this change!"); } delete oldalgo; } // display results DisplaySelectionSize(); if (!inundoredo) MarkLayerDirty(); UpdatePatternAndStatus(); return true; } golly-3.3-src/gui-common/render.h0000644000175000017500000000143113145740437013724 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _RENDER_H_ #define _RENDER_H_ #include "utils.h" // for gRect class Layer; // Routines for rendering the pattern view: #ifdef WEB_GUI bool InitOGLES2(); // Return true if we can create the shaders and program objects // required by OpenGL ES 2. #endif void DrawPattern(int tileindex); // Draw the current pattern, grid lines, selection, etc. // The given tile index is only used when drawing tiled layers. void InitPaste(Layer* pastelayer, gRect& bbox); // Initialize some globals used to draw the pattern stored in pastelayer. // The given bounding box is not necessarily the *minimal* bounding box because // the paste pattern might have blank borders (in fact it could be empty). #endif golly-3.3-src/gui-common/undo.cpp0000644000175000017500000015303413247734027013755 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "bigint.h" #include "lifealgo.h" #include "writepattern.h" // for MC_format, XRLE_format #include "select.h" // for Selection #include "view.h" // for OutsideLimits, nopattupdate, etc #include "utils.h" // for Warning, Fatal, etc #include "algos.h" // for algo_type #include "layer.h" // for currlayer, numclones, MarkLayerDirty, etc #include "prefs.h" // for allowundo, etc #include "control.h" // for RestorePattern #include "file.h" // for SetPatternTitle #include "undo.h" // ----------------------------------------------------------------------------- const char* lack_of_memory = "Due to lack of memory, some changes can't be undone!"; // the following prefixes are used when creating temporary file names const char* genchange_prefix = "gg_"; const char* setgen_prefix = "gs_"; const char* dupe1_prefix = "g1_"; const char* dupe2_prefix = "g2_"; const char* dupe3_prefix = "g3_"; const char* dupe4_prefix = "g4_"; const char* dupe5_prefix = "g5_"; const char* dupe6_prefix = "g6_"; // ----------------------------------------------------------------------------- // the next two classes are needed because Golly allows multiple starting points // (by setting the generation count back to 0), so we need to ensure that a Reset // goes back to the correct starting info class VariableInfo { public: VariableInfo() {} ~VariableInfo() {} // note that we have to remember pointer to layer and not its index // (the latter can change if user adds/deletes/moves a layer) Layer* layerptr; std::string savename; bigint savex; bigint savey; int savemag; int savebase; int saveexpo; }; class StartingInfo { public: StartingInfo(StartingInfo* dupe, Layer* oldlayer, Layer* newlayer); ~StartingInfo(); void Restore(); void RemoveClone(Layer* cloneptr); // this info is the same in each clone bool savedirty; algo_type savealgo; std::string saverule; // this info can be different in each clone VariableInfo layer[MAX_LAYERS]; int count; }; // ----------------------------------------------------------------------------- StartingInfo::StartingInfo(StartingInfo* dupe, Layer* oldlayer, Layer* newlayer) { if (dupe) { // called from DuplicateHistory so duplicate given starting info savedirty = dupe->savedirty; savealgo = dupe->savealgo; saverule = dupe->saverule; // new duplicate layer is not a clone count = 0; for (int n = 0; n < dupe->count; n++) { if (dupe->layer[n].layerptr == oldlayer) { layer[0].layerptr = newlayer; layer[0].savename = dupe->layer[n].savename; layer[0].savex = dupe->layer[n].savex; layer[0].savey = dupe->layer[n].savey; layer[0].savemag = dupe->layer[n].savemag; layer[0].savebase = dupe->layer[n].savebase; layer[0].saveexpo = dupe->layer[n].saveexpo; count = 1; break; } } } else { // save current starting info (set by most recent SaveStartingPattern) savedirty = currlayer->startdirty; savealgo = currlayer->startalgo; saverule = currlayer->startrule; // save variable info for currlayer and its clones (if any) count = 0; for (int i = 0; i < numlayers; i++) { Layer* lptr = GetLayer(i); if (lptr == currlayer || (lptr->cloneid > 0 && lptr->cloneid == currlayer->cloneid)) { layer[count].layerptr = lptr; layer[count].savename = lptr->startname; layer[count].savex = lptr->startx; layer[count].savey = lptr->starty; layer[count].savemag = lptr->startmag; layer[count].savebase = lptr->startbase; layer[count].saveexpo = lptr->startexpo; count++; } } if (count == 0) Warning("Bug detected in StartingInfo ctor!"); } } // ----------------------------------------------------------------------------- StartingInfo::~StartingInfo() { // no need to do anything } // ----------------------------------------------------------------------------- void StartingInfo::Restore() { // restore starting info (for use by next ResetPattern) currlayer->startdirty = savedirty; currlayer->startalgo = savealgo; currlayer->startrule = saverule; // restore variable info for currlayer and its clones (if any); // note that currlayer might have changed since the starting info // was saved, and there might be more or fewer clones for (int i = 0; i < numlayers; i++) { Layer* lptr = GetLayer(i); for (int n = 0; n < count; n++) { if (lptr == layer[n].layerptr) { lptr->startname = layer[n].savename; lptr->startx = layer[n].savex; lptr->starty = layer[n].savey; lptr->startmag = layer[n].savemag; lptr->startbase = layer[n].savebase; lptr->startexpo = layer[n].saveexpo; break; } } } } // ----------------------------------------------------------------------------- void StartingInfo::RemoveClone(Layer* cloneptr) { for (int n = 0; n < count; n++) { if (layer[n].layerptr == cloneptr) { layer[n].layerptr = NULL; return; } } } // ----------------------------------------------------------------------------- // encapsulate change info stored in undo/redo lists typedef enum { cellstates, // one or more cell states were changed fliptb, // selection was flipped top-bottom fliplr, // selection was flipped left-right rotatecw, // selection was rotated clockwise rotateacw, // selection was rotated anticlockwise rotatepattcw, // pattern was rotated clockwise rotatepattacw, // pattern was rotated anticlockwise namechange, // layer name was changed // WARNING: code in UndoChange/RedoChange assumes only changes < selchange // can alter the layer's dirty state; ie. the olddirty/newdirty flags are // not used for all the following changes selchange, // selection was changed genchange, // pattern was generated setgen, // generation count was changed rulechange, // rule was changed algochange, // algorithm was changed scriptstart, // later changes were made by script scriptfinish // earlier changes were made by script } change_type; class ChangeNode { public: ChangeNode(change_type id); ~ChangeNode(); bool DoChange(bool undo); // do the undo/redo; if it returns false (eg. user has aborted a lengthy // rotate/flip operation) then cancel the undo/redo void ChangeCells(bool undo); // change cell states using cellinfo change_type changeid; // specifies the type of change bool olddirty; // layer's dirty state before change bool newdirty; // layer's dirty state after change // cellstates info cell_change* cellinfo; // dynamic array of cell changes unsigned int cellcount; // number of cell changes in array // rotatecw/rotateacw/selchange info Selection oldsel, newsel; // old and new selections // genchange info bool scriptgen; // gen change was done by script? std::string oldfile, newfile; // old and new pattern files bigint oldgen, newgen; // old and new generation counts bigint oldx, oldy, newx, newy; // old and new positions int oldmag, newmag; // old and new scales int oldbase, newbase; // old and new base steps int oldexpo, newexpo; // old and new step exponents StartingInfo* startinfo; // saves starting info for ResetPattern // also uses oldsel, newsel // setgen info bigint oldstartgen, newstartgen; // old and new startgen values bool oldsave, newsave; // old and new savestart states std::string oldtempstart, newtempstart; // old and new tempstart paths std::string oldcurrfile, newcurrfile; // old and new currfile paths // also uses oldgen, newgen // and startinfo // namechange info std::string oldname, newname; // old and new layer names Layer* whichlayer; // which layer was changed // also uses oldsave, newsave // and oldcurrfile, newcurrfile // rulechange info std::string oldrule, newrule; // old and new rules // also uses oldsel, newsel // algochange info algo_type oldalgo, newalgo; // old and new algorithm types // also uses oldrule, newrule // and oldsel, newsel }; // ----------------------------------------------------------------------------- ChangeNode::ChangeNode(change_type id) { changeid = id; startinfo = NULL; whichlayer = NULL; // simplifies UndoRedo::DeletingClone cellinfo = NULL; cellcount = 0; oldfile.clear(); newfile.clear(); oldtempstart.clear(); newtempstart.clear(); oldcurrfile.clear(); newcurrfile.clear(); } // ----------------------------------------------------------------------------- bool delete_all_temps = false; // ok to delete all temporary files? ChangeNode::~ChangeNode() { if (startinfo) delete startinfo; if (cellinfo) free(cellinfo); // it's always ok to delete oldfile and newfile if they exist if (!oldfile.empty() && FileExists(oldfile)) { RemoveFile(oldfile); } if (!newfile.empty() && FileExists(newfile)) { RemoveFile(newfile); } if (delete_all_temps) { // we're in ClearUndoRedo so it's safe to delete oldtempstart/newtempstart/oldcurrfile/newcurrfile // if they are in tempdir and not being used to store the current layer's starting pattern // (the latter condition allows user to Reset after disabling undo/redo) if (!oldtempstart.empty() && FileExists(oldtempstart) && oldtempstart.compare(0,tempdir.length(),tempdir) == 0 && oldtempstart != currlayer->currfile) { RemoveFile(oldtempstart); } if (!newtempstart.empty() && FileExists(newtempstart) && newtempstart.compare(0,tempdir.length(),tempdir) == 0 && newtempstart != currlayer->currfile) { RemoveFile(newtempstart); } if (!oldcurrfile.empty() && FileExists(oldcurrfile) && oldcurrfile.compare(0,tempdir.length(),tempdir) == 0 && oldcurrfile != currlayer->currfile) { RemoveFile(oldcurrfile); } if (!newcurrfile.empty() && FileExists(newcurrfile) && newcurrfile.compare(0,tempdir.length(),tempdir) == 0 && newcurrfile != currlayer->currfile) { RemoveFile(newcurrfile); } } } // ----------------------------------------------------------------------------- void ChangeNode::ChangeCells(bool undo) { // avoid possible pattern update during a setcell call (can happen if cellcount is large) nopattupdate = true; // change state of cell(s) stored in cellinfo array if (undo) { // we must undo the cell changes in reverse order in case // a script has changed the same cell more than once unsigned int i = cellcount; while (i > 0) { i--; currlayer->algo->setcell(cellinfo[i].x, cellinfo[i].y, cellinfo[i].oldstate); } } else { unsigned int i = 0; while (i < cellcount) { currlayer->algo->setcell(cellinfo[i].x, cellinfo[i].y, cellinfo[i].newstate); i++; } } if (cellcount > 0) currlayer->algo->endofpattern(); nopattupdate = false; } // ----------------------------------------------------------------------------- bool ChangeNode::DoChange(bool undo) { switch (changeid) { case cellstates: if (cellcount > 0) ChangeCells(undo); break; case fliptb: case fliplr: // pass in true so FlipSelection won't save changes or call MarkLayerDirty if (!FlipSelection(changeid == fliptb, true)) return false; break; case rotatepattcw: case rotatepattacw: // pass in true so RotateSelection won't save changes or call MarkLayerDirty if (!RotateSelection(changeid == rotatepattcw ? !undo : undo, true)) return false; break; case rotatecw: case rotateacw: if (cellcount > 0) ChangeCells(undo); // rotate selection edges if (undo) { currlayer->currsel = oldsel; } else { currlayer->currsel = newsel; } DisplaySelectionSize(); break; case selchange: if (undo) { currlayer->currsel = oldsel; } else { currlayer->currsel = newsel; } if (SelectionExists()) DisplaySelectionSize(); break; case genchange: currlayer->currfile = oldcurrfile; if (undo) { currlayer->currsel = oldsel; RestorePattern(oldgen, oldfile.c_str(), oldx, oldy, oldmag, oldbase, oldexpo); } else { if (startinfo) { // restore starting info for use by ResetPattern startinfo->Restore(); } currlayer->currsel = newsel; RestorePattern(newgen, newfile.c_str(), newx, newy, newmag, newbase, newexpo); } break; case setgen: if (undo) { ChangeGenCount(oldgen.tostring(), true); currlayer->startgen = oldstartgen; currlayer->savestart = oldsave; currlayer->tempstart = oldtempstart; currlayer->currfile = oldcurrfile; if (startinfo) { // restore starting info for use by ResetPattern startinfo->Restore(); } } else { ChangeGenCount(newgen.tostring(), true); currlayer->startgen = newstartgen; currlayer->savestart = newsave; currlayer->tempstart = newtempstart; currlayer->currfile = newcurrfile; } break; case namechange: if (whichlayer == NULL) { // the layer has been deleted so ignore name change } else { // note that if whichlayer != currlayer then we're changing the // name of a non-active cloned layer if (undo) { whichlayer->currname = oldname; currlayer->currfile = oldcurrfile; currlayer->savestart = oldsave; } else { whichlayer->currname = newname; currlayer->currfile = newcurrfile; currlayer->savestart = newsave; } if (whichlayer == currlayer) { if (olddirty == newdirty) SetPatternTitle(currlayer->currname.c_str()); // if olddirty != newdirty then UndoChange/RedoChange will call // MarkLayerClean/MarkLayerDirty (they call SetPatternTitle) } } break; case rulechange: if (undo) { RestoreRule(oldrule.c_str()); currlayer->currsel = oldsel; } else { RestoreRule(newrule.c_str()); currlayer->currsel = newsel; } if (cellcount > 0) { ChangeCells(undo); } // switch to default colors for new rule UpdateLayerColors(); break; case algochange: // pass in true so ChangeAlgorithm won't call RememberAlgoChange if (undo) { ChangeAlgorithm(oldalgo, oldrule.c_str(), true); currlayer->currsel = oldsel; } else { ChangeAlgorithm(newalgo, newrule.c_str(), true); currlayer->currsel = newsel; } if (cellcount > 0) { ChangeCells(undo); } // ChangeAlgorithm has called UpdateLayerColors() break; case scriptstart: case scriptfinish: // should never happen Warning("Bug detected in DoChange!"); break; } return true; } // ----------------------------------------------------------------------------- UndoRedo::UndoRedo() { numchanges = 0; // for 1st SaveCellChange maxchanges = 0; // ditto badalloc = false; // true if malloc/realloc fails cellarray = NULL; // play safe savecellchanges = false; // no script cell changes are pending savegenchanges = false; // no script gen changes are pending doingscriptchanges = false; // not undoing/redoing script changes prevfile.clear(); // play safe for ClearUndoRedo startcount = 0; // unfinished RememberGenStart calls // need to remember if script has created a new layer (not a clone) if (inscript) RememberScriptStart(); } // ----------------------------------------------------------------------------- UndoRedo::~UndoRedo() { ClearUndoRedo(); } // ----------------------------------------------------------------------------- void UndoRedo::ClearUndoHistory() { while (!undolist.empty()) { delete undolist.front(); undolist.pop_front(); } } // ----------------------------------------------------------------------------- void UndoRedo::ClearRedoHistory() { while (!redolist.empty()) { delete redolist.front(); redolist.pop_front(); } } // ----------------------------------------------------------------------------- void UndoRedo::SaveCellChange(int x, int y, int oldstate, int newstate) { if (numchanges == maxchanges) { if (numchanges == 0) { // initially allocate room for 1 cell change maxchanges = 1; cellarray = (cell_change*) malloc(maxchanges * sizeof(cell_change)); if (cellarray == NULL) { badalloc = true; return; } // ~ChangeNode or ForgetCellChanges will free cellarray } else { // double size of cellarray cell_change* newptr = (cell_change*) realloc(cellarray, maxchanges * 2 * sizeof(cell_change)); if (newptr == NULL) { badalloc = true; return; } cellarray = newptr; maxchanges *= 2; } } cellarray[numchanges].x = x; cellarray[numchanges].y = y; cellarray[numchanges].oldstate = oldstate; cellarray[numchanges].newstate = newstate; numchanges++; } // ----------------------------------------------------------------------------- void UndoRedo::ForgetCellChanges() { if (numchanges > 0) { if (cellarray) { free(cellarray); } else { Warning("Bug detected in ForgetCellChanges!"); } numchanges = 0; // reset for next SaveCellChange maxchanges = 0; // ditto badalloc = false; } } // ----------------------------------------------------------------------------- bool UndoRedo::RememberCellChanges(const char* action, bool olddirty) { if (numchanges > 0) { if (numchanges < maxchanges) { // reduce size of cellarray cell_change* newptr = (cell_change*) realloc(cellarray, numchanges * sizeof(cell_change)); if (newptr != NULL) cellarray = newptr; // in the unlikely event that newptr is NULL, cellarray should // still point to valid data } ClearRedoHistory(); // add cellstates node to head of undo list ChangeNode* change = new ChangeNode(cellstates); if (change == NULL) Fatal("Failed to create cellstates node!"); change->cellinfo = cellarray; change->cellcount = numchanges; change->olddirty = olddirty; change->newdirty = true; undolist.push_front(change); numchanges = 0; // reset for next SaveCellChange maxchanges = 0; // ditto if (badalloc) { Warning(lack_of_memory); badalloc = false; } return true; // at least one cell changed state } return false; // no cells changed state (SaveCellChange wasn't called) } // ----------------------------------------------------------------------------- void UndoRedo::RememberFlip(bool topbot, bool olddirty) { ClearRedoHistory(); // add fliptb/fliplr node to head of undo list ChangeNode* change = new ChangeNode(topbot ? fliptb : fliplr); if (change == NULL) Fatal("Failed to create flip node!"); change->olddirty = olddirty; change->newdirty = true; undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::RememberRotation(bool clockwise, bool olddirty) { ClearRedoHistory(); // add rotatepattcw/rotatepattacw node to head of undo list ChangeNode* change = new ChangeNode(clockwise ? rotatepattcw : rotatepattacw); if (change == NULL) Fatal("Failed to create simple rotation node!"); change->olddirty = olddirty; change->newdirty = true; undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::RememberRotation(bool clockwise, Selection& oldsel, Selection& newsel, bool olddirty) { ClearRedoHistory(); // add rotatecw/rotateacw node to head of undo list ChangeNode* change = new ChangeNode(clockwise ? rotatecw : rotateacw); if (change == NULL) Fatal("Failed to create rotation node!"); change->oldsel = oldsel; change->newsel = newsel; change->olddirty = olddirty; change->newdirty = true; // if numchanges == 0 we still need to rotate selection edges if (numchanges > 0) { if (numchanges < maxchanges) { // reduce size of cellarray cell_change* newptr = (cell_change*) realloc(cellarray, numchanges * sizeof(cell_change)); if (newptr != NULL) cellarray = newptr; } change->cellinfo = cellarray; change->cellcount = numchanges; numchanges = 0; // reset for next SaveCellChange maxchanges = 0; // ditto if (badalloc) { Warning(lack_of_memory); badalloc = false; } } undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::RememberSelection(const char* action) { if (currlayer->savesel == currlayer->currsel) { // selection has not changed return; } if (generating) { // don't record selection changes while a pattern is generating; // RememberGenStart and RememberGenFinish will remember the overall change return; } ClearRedoHistory(); // add selchange node to head of undo list ChangeNode* change = new ChangeNode(selchange); if (change == NULL) Fatal("Failed to create selchange node!"); change->oldsel = currlayer->savesel; change->newsel = currlayer->currsel; undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::SaveCurrentPattern(const char* tempfile) { const char* err = NULL; if ( currlayer->algo->hyperCapable() ) { // save hlife pattern in a macrocell file err = WritePattern(tempfile, MC_format, no_compression, 0, 0, 0, 0); } else { // can only save RLE file if edges are within getcell/setcell limits bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if ( OutsideLimits(top, left, bottom, right) ) { err = "Pattern is too big to save."; } else { // use XRLE format so the pattern's top left location and the current // generation count are stored in the file err = WritePattern(tempfile, XRLE_format, no_compression, top.toint(), left.toint(), bottom.toint(), right.toint()); } } if (err) Warning(err); } // ----------------------------------------------------------------------------- void UndoRedo::RememberGenStart() { startcount++; if (startcount > 1) { // return immediately and ignore next RememberGenFinish call; // this can happen in Linux app if user holds down space bar return; } if (inscript) { if (savegenchanges) return; // ignore consecutive run/step command savegenchanges = true; // we're about to do first run/step command of a (possibly long) // sequence, so save starting info } // save current generation, selection, position, scale, speed, etc prevgen = currlayer->algo->getGeneration(); prevsel = currlayer->currsel; prevx = currlayer->view->x; prevy = currlayer->view->y; prevmag = currlayer->view->getmag(); prevbase = currlayer->currbase; prevexpo = currlayer->currexpo; if (prevgen == currlayer->startgen) { // we can just reset to starting pattern prevfile.clear(); } else { // save starting pattern in a unique temporary file prevfile = CreateTempFileName(genchange_prefix); // if head of undo list is a genchange node then we can copy that // change node's newfile to prevfile; this makes consecutive generating // runs faster (setting prevfile to newfile would be even faster but it's // difficult to avoid the file being deleted if the redo list is cleared) if (!undolist.empty()) { std::list::iterator node = undolist.begin(); ChangeNode* change = *node; if (change->changeid == genchange) { if (CopyFile(change->newfile, prevfile)) { return; } else { Warning("Failed to copy temporary file!"); // continue and call SaveCurrentPattern } } } SaveCurrentPattern(prevfile.c_str()); } } // ----------------------------------------------------------------------------- void UndoRedo::RememberGenFinish() { startcount--; if (startcount > 0) return; if (startcount < 0) { // this can happen if a script has pending gen changes that need // to be remembered (ie. savegenchanges is now false) so reset // startcount for the next RememberGenStart call startcount = 0; } if (inscript && savegenchanges) return; // ignore consecutive run/step command // generation count might not have changed (can happen in Linux app and iOS Golly) if (prevgen == currlayer->algo->getGeneration()) { // delete prevfile created by RememberGenStart if (!prevfile.empty() && FileExists(prevfile)) { RemoveFile(prevfile); } prevfile.clear(); return; } std::string fpath; if (currlayer->algo->getGeneration() == currlayer->startgen) { // this can happen if script called reset() so just use starting pattern fpath.clear(); } else { // save finishing pattern in a unique temporary file fpath = CreateTempFileName(genchange_prefix); SaveCurrentPattern(fpath.c_str()); } ClearRedoHistory(); // add genchange node to head of undo list ChangeNode* change = new ChangeNode(genchange); if (change == NULL) Fatal("Failed to create genchange node!"); change->scriptgen = inscript; change->oldgen = prevgen; change->newgen = currlayer->algo->getGeneration(); change->oldfile = prevfile; change->newfile = fpath; change->oldx = prevx; change->oldy = prevy; change->newx = currlayer->view->x; change->newy = currlayer->view->y; change->oldmag = prevmag; change->newmag = currlayer->view->getmag(); change->oldbase = prevbase; change->newbase = currlayer->currbase; change->oldexpo = prevexpo; change->newexpo = currlayer->currexpo; change->oldsel = prevsel; change->newsel = currlayer->currsel; // also remember the file containing the starting pattern // (in case it is changed by by RememberSetGen or RememberNameChange) change->oldcurrfile = currlayer->currfile; if (change->oldgen == currlayer->startgen) { // save starting info set by recent SaveStartingPattern call // (the info will be restored when redoing this genchange node) change->startinfo = new StartingInfo(NULL, NULL, NULL); } // prevfile has been saved in change->oldfile (~ChangeNode will delete it) prevfile.clear(); undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::AddGenChange() { // add a genchange node to empty undo list if (!undolist.empty()) Warning("AddGenChange bug: undo list NOT empty!"); // use starting pattern info for previous state prevgen = currlayer->startgen; prevsel = currlayer->startsel; prevx = currlayer->startx; prevy = currlayer->starty; prevmag = currlayer->startmag; prevbase = currlayer->startbase; prevexpo = currlayer->startexpo; prevfile.clear(); // pretend RememberGenStart was called startcount = 1; // avoid RememberGenFinish returning early if inscript is true savegenchanges = false; RememberGenFinish(); if (undolist.empty()) Warning("AddGenChange bug: undo list is empty!"); } // ----------------------------------------------------------------------------- void UndoRedo::SyncUndoHistory() { // reset startcount for the next RememberGenStart call startcount = 0; // synchronize undo history due to a ResetPattern call; // wind back the undo list to just past the genchange node that // matches the current layer's starting gen count std::list::iterator node; ChangeNode* change; while (!undolist.empty()) { node = undolist.begin(); change = *node; // remove node from head of undo list and prepend it to redo list undolist.erase(node); redolist.push_front(change); if (change->changeid == genchange && change->oldgen == currlayer->startgen) { if (change->scriptgen) { // gen change was done by a script so keep winding back the undo list // until the scriptstart node, or until the list is empty while (!undolist.empty()) { node = undolist.begin(); change = *node; if (change->changeid == scriptstart) { undolist.erase(node); redolist.push_front(change); break; } // undo this change so Reset and Undo restore to the same pattern UndoChange(); } } return; } } // should never get here Warning("Bug detected in SyncUndoHistory!"); } // ----------------------------------------------------------------------------- void UndoRedo::RememberSetGen(bigint& oldgen, bigint& newgen, bigint& oldstartgen, bool oldsave) { std::string oldtempstart = currlayer->tempstart; std::string oldcurrfile = currlayer->currfile; if (oldgen > oldstartgen && newgen <= oldstartgen) { // if pattern is generated then tempstart will be clobbered by // SaveStartingPattern, so change tempstart to a new temporary file currlayer->tempstart = CreateTempFileName(setgen_prefix); // also need to update currfile (currlayer->savestart is true) currlayer->currfile = currlayer->tempstart; } ClearRedoHistory(); // add setgen node to head of undo list ChangeNode* change = new ChangeNode(setgen); if (change == NULL) Fatal("Failed to create setgen node!"); change->oldgen = oldgen; change->newgen = newgen; change->oldstartgen = oldstartgen; change->newstartgen = currlayer->startgen; change->oldsave = oldsave; change->newsave = currlayer->savestart; change->oldtempstart = oldtempstart; change->newtempstart = currlayer->tempstart; change->oldcurrfile = oldcurrfile; change->newcurrfile = currlayer->currfile; if (oldtempstart != currlayer->tempstart) { // save starting info set by most recent SaveStartingPattern call // (the info will be restored when undoing this setgen node) change->startinfo = new StartingInfo(NULL, NULL, NULL); } undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::RememberNameChange(const char* oldname, const char* oldcurrfile, bool oldsave, bool olddirty) { if (oldname == currlayer->currname && oldcurrfile == currlayer->currfile && oldsave == currlayer->savestart && olddirty == currlayer->dirty) return; ClearRedoHistory(); // add namechange node to head of undo list ChangeNode* change = new ChangeNode(namechange); if (change == NULL) Fatal("Failed to create namechange node!"); change->oldname = oldname; change->newname = currlayer->currname; change->oldcurrfile = oldcurrfile; change->newcurrfile = currlayer->currfile; change->oldsave = oldsave; change->newsave = currlayer->savestart; change->olddirty = olddirty; change->newdirty = currlayer->dirty; // cloned layers share the same undo/redo history but each clone can have // a different name, so we need to remember which layer was changed change->whichlayer = currlayer; undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::DeletingClone(int index) { // the given cloned layer is about to be deleted, so we need to go thru the // undo/redo lists and fix up any nodes that have pointers to that clone // (very ugly, but I don't see any better solution if we're going to allow // cloned layers to have different names) Layer* cloneptr = GetLayer(index); std::list::iterator node; node = undolist.begin(); while (node != undolist.end()) { ChangeNode* change = *node; if (change->whichlayer == cloneptr) { change->whichlayer = NULL; } if (change->startinfo) { change->startinfo->RemoveClone(cloneptr); } node++; } node = redolist.begin(); while (node != redolist.end()) { ChangeNode* change = *node; if (change->whichlayer == cloneptr) { change->whichlayer = NULL; } if (change->startinfo) { change->startinfo->RemoveClone(cloneptr); } node++; } } // ----------------------------------------------------------------------------- void UndoRedo::RememberRuleChange(const char* oldrule) { std::string newrule = currlayer->algo->getrule(); if (oldrule == newrule) return; ClearRedoHistory(); // add rulechange node to head of undo list ChangeNode* change = new ChangeNode(rulechange); if (change == NULL) Fatal("Failed to create rulechange node!"); change->oldrule = oldrule; change->newrule = newrule; // selection might have changed if grid became smaller change->oldsel = currlayer->savesel; change->newsel = currlayer->currsel; // SaveCellChange may have been called if (numchanges > 0) { if (numchanges < maxchanges) { // reduce size of cellarray cell_change* newptr = (cell_change*) realloc(cellarray, numchanges * sizeof(cell_change)); if (newptr != NULL) cellarray = newptr; } change->cellinfo = cellarray; change->cellcount = numchanges; numchanges = 0; // reset for next SaveCellChange maxchanges = 0; // ditto if (badalloc) { Warning(lack_of_memory); badalloc = false; } } undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::RememberAlgoChange(algo_type oldalgo, const char* oldrule) { ClearRedoHistory(); // add algochange node to head of undo list ChangeNode* change = new ChangeNode(algochange); if (change == NULL) Fatal("Failed to create algochange node!"); change->oldalgo = oldalgo; change->newalgo = currlayer->algtype; change->oldrule = oldrule; change->newrule = currlayer->algo->getrule(); // selection might have changed if grid became smaller change->oldsel = currlayer->savesel; change->newsel = currlayer->currsel; // SaveCellChange may have been called if (numchanges > 0) { if (numchanges < maxchanges) { // reduce size of cellarray cell_change* newptr = (cell_change*) realloc(cellarray, numchanges * sizeof(cell_change)); if (newptr != NULL) cellarray = newptr; } change->cellinfo = cellarray; change->cellcount = numchanges; numchanges = 0; // reset for next SaveCellChange maxchanges = 0; // ditto if (badalloc) { Warning(lack_of_memory); badalloc = false; } } undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::RememberScriptStart() { if (!undolist.empty()) { std::list::iterator node = undolist.begin(); ChangeNode* change = *node; if (change->changeid == scriptstart) { // ignore consecutive RememberScriptStart calls made by RunScript // due to cloned layers if (numclones == 0) Warning("Unexpected RememberScriptStart call!"); return; } } // add scriptstart node to head of undo list ChangeNode* change = new ChangeNode(scriptstart); if (change == NULL) Fatal("Failed to create scriptstart node!"); undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::RememberScriptFinish() { if (undolist.empty()) { // this can happen if RunScript calls RememberScriptFinish multiple times // due to cloned layers AND the script made no changes if (numclones == 0) { // there should be at least a scriptstart node (see ClearUndoRedo) Warning("Bug detected in RememberScriptFinish!"); } return; } // if head of undo list is a scriptstart node then simply remove it // and return (ie. the script didn't make any changes) std::list::iterator node = undolist.begin(); ChangeNode* change = *node; if (change->changeid == scriptstart) { undolist.erase(node); delete change; return; } else if (change->changeid == scriptfinish) { // ignore consecutive RememberScriptFinish calls made by RunScript // due to cloned layers if (numclones == 0) Warning("Unexpected RememberScriptFinish call!"); return; } // add scriptfinish node to head of undo list change = new ChangeNode(scriptfinish); if (change == NULL) Fatal("Failed to create scriptfinish node!"); undolist.push_front(change); } // ----------------------------------------------------------------------------- bool UndoRedo::CanUndo() { // we need to allow undo if generating even though undo list might be empty // (selecting Undo will stop generating and add genchange node to undo list) if (allowundo && generating) return true; return !undolist.empty() && !inscript; } // ----------------------------------------------------------------------------- bool UndoRedo::CanRedo() { return !redolist.empty() && !inscript && !generating; } // ----------------------------------------------------------------------------- void UndoRedo::UndoChange() { if (!CanUndo()) return; // get change info from head of undo list and do the change std::list::iterator node = undolist.begin(); ChangeNode* change = *node; if (change->changeid == scriptfinish) { // undo all changes between scriptfinish and scriptstart nodes; // first remove scriptfinish node from undo list and add it to redo list undolist.erase(node); redolist.push_front(change); while (change->changeid != scriptstart) { // call UndoChange recursively; temporarily set doingscriptchanges so // UndoChange won't return if DoChange is aborted doingscriptchanges = true; UndoChange(); doingscriptchanges = false; node = undolist.begin(); if (node == undolist.end()) Fatal("Bug in UndoChange!"); change = *node; } // continue below so that scriptstart node is removed from undo list // and added to redo list } else { // user might abort the undo (eg. a lengthy rotate/flip) if (!change->DoChange(true) && !doingscriptchanges) return; } // remove node from head of undo list (doesn't delete node's data) undolist.erase(node); if (change->changeid < selchange && change->olddirty != change->newdirty) { // change dirty flag if (change->olddirty) { currlayer->dirty = false; // make sure it changes MarkLayerDirty(); } else { MarkLayerClean(currlayer->currname.c_str()); } } // add change to head of redo list redolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::RedoChange() { if (!CanRedo()) return; // get change info from head of redo list and do the change std::list::iterator node = redolist.begin(); ChangeNode* change = *node; if (change->changeid == scriptstart) { // redo all changes between scriptstart and scriptfinish nodes; // first remove scriptstart node from redo list and add it to undo list redolist.erase(node); undolist.push_front(change); while (change->changeid != scriptfinish) { // call RedoChange recursively; temporarily set doingscriptchanges so // RedoChange won't return if DoChange is aborted doingscriptchanges = true; RedoChange(); doingscriptchanges = false; node = redolist.begin(); if (node == redolist.end()) Fatal("Bug in RedoChange!"); change = *node; } // continue below so that scriptfinish node is removed from redo list // and added to undo list } else { // user might abort the redo (eg. a lengthy rotate/flip) if (!change->DoChange(false) && !doingscriptchanges) return; } // remove node from head of redo list (doesn't delete node's data) redolist.erase(node); if (change->changeid < selchange && change->olddirty != change->newdirty) { // change dirty flag if (change->newdirty) { currlayer->dirty = false; // make sure it changes MarkLayerDirty(); } else { MarkLayerClean(currlayer->currname.c_str()); } } // add change to head of undo list undolist.push_front(change); } // ----------------------------------------------------------------------------- void UndoRedo::ClearUndoRedo() { // free cellarray in case there were SaveCellChange calls not followed // by ForgetCellChanges or RememberCellChanges ForgetCellChanges(); if (startcount > 0) { // RememberGenStart was not followed by RememberGenFinish if (!prevfile.empty() && FileExists(prevfile)) { RemoveFile(prevfile); } prevfile.clear(); startcount = 0; } // set flag so ChangeNode::~ChangeNode() can delete all temporary files delete_all_temps = true; // clear the undo/redo lists (and delete each node's data) ClearUndoHistory(); ClearRedoHistory(); delete_all_temps = false; if (inscript) { // script has called a command like new() so add a scriptstart node // to the undo list to match the final scriptfinish node RememberScriptStart(); // reset flags to indicate no pending cell/gen changes savecellchanges = false; savegenchanges = false; } } // ----------------------------------------------------------------------------- bool CopyTempFiles(ChangeNode* srcnode, ChangeNode* destnode, const char* tempstart1) { // if srcnode has any existing temporary files then, if necessary, create new // temporary file names in the destnode and copy such files bool allcopied = true; if ( !srcnode->oldfile.empty() && FileExists(srcnode->oldfile) ) { destnode->oldfile = CreateTempFileName(dupe1_prefix); if ( !CopyFile(srcnode->oldfile, destnode->oldfile) ) allcopied = false; } if ( !srcnode->newfile.empty() && FileExists(srcnode->newfile) ) { destnode->newfile = CreateTempFileName(dupe2_prefix); if ( !CopyFile(srcnode->newfile, destnode->newfile) ) allcopied = false; } if ( !srcnode->oldcurrfile.empty() && FileExists(srcnode->oldcurrfile) ) { if (srcnode->oldcurrfile == currlayer->tempstart) { // the file has already been copied to tempstart1 by Layer::Layer() destnode->oldcurrfile = tempstart1; } else if (srcnode->oldcurrfile.compare(0,tempdir.length(),tempdir) == 0) { destnode->oldcurrfile = CreateTempFileName(dupe3_prefix); if ( !CopyFile(srcnode->oldcurrfile, destnode->oldcurrfile) ) allcopied = false; } } if ( !srcnode->newcurrfile.empty() && FileExists(srcnode->newcurrfile) ) { if (srcnode->newcurrfile == srcnode->oldcurrfile) { // use destnode->oldcurrfile set above or earlier in DuplicateHistory destnode->newcurrfile = destnode->oldcurrfile; } else if (srcnode->newcurrfile == currlayer->tempstart) { // the file has already been copied to tempstart1 by Layer::Layer() destnode->newcurrfile = tempstart1; } else if (srcnode->newcurrfile.compare(0,tempdir.length(),tempdir) == 0) { destnode->newcurrfile = CreateTempFileName(dupe4_prefix); if ( !CopyFile(srcnode->newcurrfile, destnode->newcurrfile) ) allcopied = false; } } if ( !srcnode->oldtempstart.empty() && FileExists(srcnode->oldtempstart) ) { if (srcnode->oldtempstart == currlayer->tempstart) { // the file has already been copied to tempstart1 by Layer::Layer() destnode->oldtempstart = tempstart1; } else if (srcnode->oldtempstart.compare(0,tempdir.length(),tempdir) == 0) { destnode->oldtempstart = CreateTempFileName(dupe5_prefix); if ( !CopyFile(srcnode->oldtempstart, destnode->oldtempstart) ) allcopied = false; } } if ( !srcnode->newtempstart.empty() && FileExists(srcnode->newtempstart) ) { if (srcnode->newtempstart == srcnode->oldtempstart) { // use destnode->oldtempstart set above or earlier in DuplicateHistory destnode->newtempstart = destnode->oldtempstart; } else if (srcnode->newtempstart == currlayer->tempstart) { // the file has already been copied to tempstart1 by Layer::Layer() destnode->newtempstart = tempstart1; } else if (srcnode->newtempstart.compare(0,tempdir.length(),tempdir) == 0) { destnode->newtempstart = CreateTempFileName(dupe6_prefix); if ( !CopyFile(srcnode->newtempstart, destnode->newtempstart) ) allcopied = false; } } return allcopied; } // ----------------------------------------------------------------------------- void UndoRedo::DuplicateHistory(Layer* oldlayer, Layer* newlayer) { UndoRedo* history = oldlayer->undoredo; // clear the undo/redo lists; note that UndoRedo::UndoRedo has added // a scriptstart node to undolist if inscript is true, but we don't // want that here because the old layer's history will already have one ClearUndoHistory(); ClearRedoHistory(); // safer to do our own shallow copy (avoids setting undolist/redolist) savecellchanges = history->savecellchanges; savegenchanges = history->savegenchanges; doingscriptchanges = history->doingscriptchanges; numchanges = history->numchanges; maxchanges = history->maxchanges; badalloc = history->badalloc; prevfile = history->prevfile; prevgen = history->prevgen; prevx = history->prevx; prevy = history->prevy; prevmag = history->prevmag; prevbase = history->prevbase; prevexpo = history->prevexpo; prevsel = history->prevsel; startcount = history->startcount; // copy existing temporary file to new name if ( !prevfile.empty() && FileExists(prevfile) ) { prevfile = CreateTempFileName(genchange_prefix); if ( !CopyFile(history->prevfile, prevfile) ) { Warning("Could not copy prevfile!"); return; } } // do a deep copy of dynamically allocated data cellarray = NULL; if (numchanges > 0 && history->cellarray) { cellarray = (cell_change*) malloc(maxchanges * sizeof(cell_change)); if (cellarray == NULL) { Warning("Could not allocate cellarray!"); return; } // copy history->cellarray data to this cellarray memcpy(cellarray, history->cellarray, numchanges * sizeof(cell_change)); } std::list::iterator node; // build a new undolist using history->undolist node = history->undolist.begin(); while (node != undolist.end()) { ChangeNode* change = *node; ChangeNode* newchange = new ChangeNode(change->changeid); if (newchange == NULL) { Warning("Failed to copy undolist!"); ClearUndoHistory(); return; } // shallow copy the change node *newchange = *change; // deep copy any dynamically allocated data if (change->cellinfo) { int bytes = change->cellcount * sizeof(cell_change); newchange->cellinfo = (cell_change*) malloc(bytes); if (newchange->cellinfo == NULL) { Warning("Could not copy undolist!"); ClearUndoHistory(); return; } memcpy(newchange->cellinfo, change->cellinfo, bytes); } if (change->startinfo) { newchange->startinfo = new StartingInfo(change->startinfo, oldlayer, newlayer); } // if node is a name change then update whichlayer if (newchange->changeid == namechange) { if (change->whichlayer == oldlayer) { newchange->whichlayer = newlayer; } else { newchange->whichlayer = NULL; } } // copy any existing temporary files to new names if (!CopyTempFiles(change, newchange, newlayer->tempstart.c_str())) { Warning("Failed to copy temporary file in undolist!"); ClearUndoHistory(); return; } undolist.push_back(newchange); node++; } // build a new redolist using history->redolist node = history->redolist.begin(); while (node != redolist.end()) { ChangeNode* change = *node; ChangeNode* newchange = new ChangeNode(change->changeid); if (newchange == NULL) { Warning("Failed to copy redolist!"); ClearRedoHistory(); return; } // shallow copy the change node *newchange = *change; // deep copy any dynamically allocated data if (change->cellinfo) { int bytes = change->cellcount * sizeof(cell_change); newchange->cellinfo = (cell_change*) malloc(bytes); if (newchange->cellinfo == NULL) { Warning("Could not copy redolist!"); ClearRedoHistory(); return; } memcpy(newchange->cellinfo, change->cellinfo, bytes); } if (change->startinfo) { newchange->startinfo = new StartingInfo(change->startinfo, oldlayer, newlayer); } // if node is a name change then update whichlayer to point to new layer if (newchange->changeid == namechange) { if (change->whichlayer == oldlayer) { newchange->whichlayer = newlayer; } else { newchange->whichlayer = NULL; } } // copy any existing temporary files to new names if (!CopyTempFiles(change, newchange, newlayer->tempstart.c_str())) { Warning("Failed to copy temporary file in redolist!"); ClearRedoHistory(); return; } redolist.push_back(newchange); node++; } } golly-3.3-src/gui-common/utils.h0000644000175000017500000000577413145740437013623 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _UTILS_H_ #define _UTILS_H_ #include // for std::string class lifepoll; // Various types and utility routines: typedef struct { unsigned char r; unsigned char g; unsigned char b; } gColor; // a color in RGB space typedef struct { int x; int y; int width; int height; } gRect; // a rectangle void SetColor(gColor& color, unsigned char red, unsigned char green, unsigned char blue); // Set given gColor to given RGB values. void SetRect(gRect& rect, int x, int y, int width, int height); // Set given gRect to given location and size. void Warning(const char* msg); // Beep and display message in a modal dialog. bool YesNo(const char* msg); // Similar to Warning, but there are 2 buttons: Yes and No. // Returns true if Yes button is hit. void Fatal(const char* msg); // Beep, display message in a modal dialog, then exit app. void Beep(); // Play beep sound, depending on user setting. double TimeInSeconds(); // Get time of day, in seconds (accuracy in microsecs). std::string CreateTempFileName(const char* prefix); // Return path to a unique temporary file. bool FileExists(const std::string& filepath); // Does given file exist? void RemoveFile(const std::string& filepath); // Delete given file. bool CopyFile(const std::string& inpath, const std::string& outpath); // Return true if input file is successfully copied to output file. // If the output file existed it is replaced. bool MoveFile(const std::string& inpath, const std::string& outpath); // Return true if input file is successfully moved to output file. // If the output file existed it is replaced. void FixURLPath(std::string& path); // Replace "%..." with suitable chars for a file path (eg. %20 is changed to space). bool IsHTMLFile(const std::string& filename); // Return true if the given file's extension is .htm or .html // (ignoring case). bool IsTextFile(const std::string& filename); // Return true if the given file's extension is .txt or .doc, // or if it's not a HTML file and its name contains "readme" // (ignoring case). bool IsZipFile(const std::string& filename); // Return true if the given file's extension is .zip or .gar // (ignoring case). bool IsRuleFile(const std::string& filename); // Return true if the given file is a rule-related file with // an extension of .rule or .table or .tree or .colors or .icons // (ignoring case). bool IsScriptFile(const std::string& filename); // Return true if the given file is a Lua or Perl or Python script. // It simply checks if the file's extension is .lua or .pl or .py // (ignoring case). bool EndsWith(const std::string& str, const std::string& suffix); // Return true if given string ends with given suffix. lifepoll* Poller(); void PollerReset(); void PollerInterrupt(); extern int event_checker; // Poller is used by gollybase modules to process events. // If event_checker > 0 then we've been called from the event checking code. #endif golly-3.3-src/gui-common/undo.h0000644000175000017500000001225213145740437013415 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _UNDO_H_ #define _UNDO_H_ #include "bigint.h" // for bigint class #include "select.h" // for Selection class #include "algos.h" // for algo_type #include // for std::string #include // for std::list class ChangeNode; class Layer; // Golly supports unlimited undo/redo: typedef struct { int x; // cell's x position int y; // cell's y position int oldstate; // old state int newstate; // new state } cell_change; // stores a single cell change class UndoRedo { public: UndoRedo(); ~UndoRedo(); void SaveCellChange(int x, int y, int oldstate, int newstate); // cell at x,y has changed state void ForgetCellChanges(); // ignore cell changes made by any previous SaveCellChange calls bool RememberCellChanges(const char* action, bool olddirty); // remember cell changes made by any previous SaveCellChange calls, // and the state of the layer's dirty flag BEFORE the change; // the given action string will be appended to the Undo/Redo items; // return true if one or more cells changed state, false otherwise void RememberFlip(bool topbot, bool olddirty); // remember flip's direction void RememberRotation(bool clockwise, bool olddirty); // remember simple rotation (selection includes entire pattern) void RememberRotation(bool clockwise, Selection& oldsel, Selection& newsel, bool olddirty); // remember rotation's direction and old and new selections; // this variant assumes SaveCellChange may have been called void RememberSelection(const char* action); // remember selection change (no-op if selection hasn't changed) void RememberGenStart(); // remember info before generating the current pattern void RememberGenFinish(); // remember generating change after pattern has finished generating void AddGenChange(); // in some situations the undo list is empty but ResetPattern can still // be called because the gen count is > startgen, so this routine adds // a generating change to the undo list so the user can Undo or Reset // (and then Redo if they wish) void SyncUndoHistory(); // called by ResetPattern to synchronize the undo history void RememberSetGen(bigint& oldgen, bigint& newgen, bigint& oldstartgen, bool oldsave); // remember change of generation count void RememberNameChange(const char* oldname, const char* oldcurrfile, bool oldsave, bool olddirty); // remember change to current layer's name void DeletingClone(int index); // the given cloned layer is about to be deleted, so we must ignore // any later name changes involving this layer void RememberRuleChange(const char* oldrule); // remember rule change void RememberAlgoChange(algo_type oldalgo, const char* oldrule); // remember algorithm change, including a possible rule change // and possible cell changes (SaveCellChange may have been called) void RememberScriptStart(); // remember that script is about to start; this allows us to undo/redo // any changes made by the script all at once void RememberScriptFinish(); // remember that script has ended void DuplicateHistory(Layer* oldlayer, Layer* newlayer); // duplicate old layer's undo/redo history in new layer bool savecellchanges; // script's cell changes need to be remembered? bool savegenchanges; // script's gen changes need to be remembered? bool doingscriptchanges; // are script's changes being undone/redone? bool CanUndo(); // can a change be undone? bool CanRedo(); // can an undone change be redone? void UndoChange(); // undo a change void RedoChange(); // redo an undone change void ClearUndoRedo(); // clear all undo/redo history private: std::list undolist; // list of undoable changes std::list redolist; // list of redoable changes cell_change* cellarray; // dynamic array of cell changes unsigned int numchanges; // number of cell changes unsigned int maxchanges; // number allocated bool badalloc; // malloc/realloc failed? std::string prevfile; // for saving pattern at start of gen change bigint prevgen; // generation count at start of gen change bigint prevx, prevy; // viewport position at start of gen change int prevmag; // scale at start of gen change int prevbase; // base step at start of gen change int prevexpo; // step exponent at start of gen change Selection prevsel; // selection at start of gen change int startcount; // unfinished RememberGenStart calls void ClearUndoHistory(); // clear undolist void ClearRedoHistory(); // clear redolist void SaveCurrentPattern(const char* tempfile); // save current pattern to given temporary file }; #endif golly-3.3-src/gui-common/control.h0000644000175000017500000000231413145740437014126 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _CONTROL_H_ #define _CONTROL_H_ #include "bigint.h" // for bigint #include "algos.h" // for algo_type #include // for std::string #include // for std::list // Data and routines for generating patterns: extern bool generating; // currently generating pattern? extern int minexpo; // step exponent at maximum delay (must be <= 0) bool StartGenerating(); void StopGenerating(); void NextGeneration(bool useinc); void ResetPattern(bool resetundo = true); void RestorePattern(bigint& gen, const char* filename, bigint& x, bigint& y, int mag, int base, int expo); void SetMinimumStepExponent(); void SetStepExponent(int newexpo); void SetGenIncrement(); const char* ChangeGenCount(const char* genstring, bool inundoredo = false); void ClearOutsideGrid(); void ReduceCellStates(int newmaxstate); void ChangeRule(const std::string& rulestring); void ChangeAlgorithm(algo_type newalgotype, const char* newrule = "", bool inundoredo = false); std::string CreateRuleFiles(std::list& deprecated, std::list& keeprules); #endif golly-3.3-src/gui-common/file.h0000644000175000017500000000245013230774246013366 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _FILE_H_ #define _FILE_H_ #include // for std::string #include "writepattern.h" // for pattern_format, output_compression // Routines for opening, saving, unzipping, downloading files: void NewPattern(const char* title = "untitled"); bool LoadPattern(const char* path, const char* newtitle); void SetPatternTitle(const char* filename); bool SaveCurrentLayer(); void CreateUniverse(); void OpenFile(const char* path, bool remember = true); bool CopyTextToClipboard(const char* text); bool GetTextFromClipboard(std::string& text); bool SavePattern(const std::string& path, pattern_format format, output_compression compression); const char* WritePattern(const char* path, pattern_format format, output_compression compression, int top, int left, int bottom, int right); void UnzipFile(const std::string& zippath, const std::string& entry); void GetURL(const std::string& url, const std::string& pageurl); bool DownloadFile(const std::string& url, const std::string& filepath); void ProcessDownload(const std::string& filepath); void LoadLexiconPattern(const std::string& lexpattern); void LoadRule(const std::string& rulestring); std::string GetBaseName(const char* path); #endif golly-3.3-src/gui-common/utils.cpp0000644000175000017500000003353513171233731014143 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include // for gettimeofday #include // for std::transform #include // for tolower #include "lifepoll.h" // for lifepoll #include "util.h" // for linereader #include "prefs.h" // for allowbeep, tempdir #include "utils.h" #ifdef ANDROID_GUI #include "jnicalls.h" // for AndroidWarning, AndroidBeep, UpdateStatus, etc #endif #ifdef WEB_GUI #include "webcalls.h" // for WebWarning, WebBeep, UpdateStatus, etc #endif #ifdef IOS_GUI #import // for AudioServicesPlaySystemSound, etc #import "PatternViewController.h" // for UpdateStatus, etc #endif // ----------------------------------------------------------------------------- int event_checker = 0; // if > 0 then we're in gollypoller.checkevents() // ----------------------------------------------------------------------------- void SetColor(gColor& color, unsigned char red, unsigned char green, unsigned char blue) { color.r = red; color.g = green; color.b = blue; } // ----------------------------------------------------------------------------- void SetRect(gRect& rect, int x, int y, int width, int height) { rect.x = x; rect.y = y; rect.width = width; rect.height = height; } // ----------------------------------------------------------------------------- #ifdef IOS_GUI // need the following to make YesNo/Warning/Fatal dialogs modal: @interface ModalAlertDelegate : NSObject { NSInteger returnButt; } @property () NSInteger returnButt; - (void)alertView:(UIAlertView *)alertView clickedButtonAtIndex:(NSInteger)buttonIndex; @end @implementation ModalAlertDelegate @synthesize returnButt; - (void)alertView:(UIAlertView *)alertView clickedButtonAtIndex:(NSInteger)buttonIndex { returnButt = buttonIndex; } @end #endif // IOS_GUI // ----------------------------------------------------------------------------- bool YesNo(const char* msg) { Beep(); #ifdef ANDROID_GUI return AndroidYesNo(msg); #endif #ifdef WEB_GUI return WebYesNo(msg); #endif #ifdef IOS_GUI ModalAlertDelegate *md = [[ModalAlertDelegate alloc] init]; md.returnButt = -1; UIAlertView *a = [[UIAlertView alloc] initWithTitle:@"Warning" message:[NSString stringWithCString:msg encoding:NSUTF8StringEncoding] delegate:md cancelButtonTitle:@"No" otherButtonTitles:@"Yes", nil]; [a show]; // wait for user to hit button while (md.returnButt == -1) { event_checker++; [[NSRunLoop currentRunLoop] runUntilDate:[NSDate dateWithTimeIntervalSinceNow:0.1]]; event_checker--; } return md.returnButt != 0; #endif // IOS_GUI } // ----------------------------------------------------------------------------- void Warning(const char* msg) { Beep(); #ifdef ANDROID_GUI AndroidWarning(msg); #endif #ifdef WEB_GUI WebWarning(msg); #endif #ifdef IOS_GUI ModalAlertDelegate *md = [[ModalAlertDelegate alloc] init]; md.returnButt = -1; UIAlertView *a = [[UIAlertView alloc] initWithTitle:@"Warning" message:[NSString stringWithCString:msg encoding:NSUTF8StringEncoding] delegate:md cancelButtonTitle:@"OK" otherButtonTitles:nil]; [a show]; // wait for user to hit button while (md.returnButt == -1) { event_checker++; [[NSRunLoop currentRunLoop] runUntilDate:[NSDate dateWithTimeIntervalSinceNow:0.1]]; event_checker--; } #endif // IOS_GUI } // ----------------------------------------------------------------------------- void Fatal(const char* msg) { Beep(); #ifdef ANDROID_GUI AndroidFatal(msg); #endif #ifdef WEB_GUI WebFatal(msg); #endif #ifdef IOS_GUI ModalAlertDelegate *md = [[ModalAlertDelegate alloc] init]; md.returnButt = -1; UIAlertView *a = [[UIAlertView alloc] initWithTitle:@"Fatal Error" message:[NSString stringWithCString:msg encoding:NSUTF8StringEncoding] delegate:md cancelButtonTitle:@"Quit" otherButtonTitles:nil]; [a show]; // wait for user to hit button while (md.returnButt == -1) { event_checker++; [[NSRunLoop currentRunLoop] runUntilDate:[NSDate dateWithTimeIntervalSinceNow:0.1]]; event_checker--; } exit(1); #endif // IOS_GUI } // ----------------------------------------------------------------------------- void Beep() { if (!allowbeep) return; #ifdef ANDROID_GUI AndroidBeep(); #endif #ifdef WEB_GUI WebBeep(); #endif #ifdef IOS_GUI static SystemSoundID beepID = 0; if (beepID == 0) { // get the path to the sound file NSString* path = [[NSBundle mainBundle] pathForResource:@"beep" ofType:@"aiff"]; if (path) { NSURL* url = [NSURL fileURLWithPath:path]; OSStatus err = AudioServicesCreateSystemSoundID((__bridge CFURLRef)url, &beepID); if (err == kAudioServicesNoError && beepID > 0) { // play the sound AudioServicesPlaySystemSound(beepID); } } } else { // assume we got the sound AudioServicesPlaySystemSound(beepID); } #endif // IOS_GUI } // ----------------------------------------------------------------------------- double TimeInSeconds() { struct timeval trec; gettimeofday(&trec, 0); return double(trec.tv_sec) + double(trec.tv_usec) / 1.0e6; } // ----------------------------------------------------------------------------- std::string CreateTempFileName(const char* prefix) { /* std::string tmplate = tempdir; tmplate += prefix; tmplate += ".XXXXXX"; std::string path = mktemp((char*)tmplate.c_str()); */ // simpler to ignore prefix and create /tmp/0, /tmp/1, /tmp/2, etc char n[32]; static int nextname = 0; sprintf(n, "%d", nextname++); std::string path = tempdir + n; return path; } // ----------------------------------------------------------------------------- bool FileExists(const std::string& filepath) { FILE* f = fopen(filepath.c_str(), "r"); if (f) { fclose(f); return true; } else { return false; } } // ----------------------------------------------------------------------------- void RemoveFile(const std::string& filepath) { #ifdef ANDROID_GUI AndroidRemoveFile(filepath); #endif #ifdef WEB_GUI WebRemoveFile(filepath); #endif #ifdef IOS_GUI if ([[NSFileManager defaultManager] removeItemAtPath:[NSString stringWithCString:filepath.c_str() encoding:NSUTF8StringEncoding] error:NULL] == NO) { // should never happen Warning("RemoveFile failed!"); }; #endif } // ----------------------------------------------------------------------------- bool CopyFile(const std::string& inpath, const std::string& outpath) { #if defined(ANDROID_GUI) || defined(WEB_GUI) FILE* infile = fopen(inpath.c_str(), "r"); if (infile) { // read entire file into contents std::string contents; const int MAXLINELEN = 4095; char linebuf[MAXLINELEN + 1]; linereader reader(infile); while (true) { if (reader.fgets(linebuf, MAXLINELEN) == 0) break; contents += linebuf; contents += "\n"; } reader.close(); // fclose(infile) has been called // write contents to outpath FILE* outfile = fopen(outpath.c_str(), "w"); if (outfile) { if (fputs(contents.c_str(), outfile) == EOF) { fclose(outfile); Warning("CopyFile failed to copy contents to output file!"); return false; } fclose(outfile); } else { Warning("CopyFile failed to open output file!"); return false; } return true; } else { Warning("CopyFile failed to open input file!"); return false; } #endif // ANDROID_GUI or WEB_GUI #ifdef IOS_GUI if (FileExists(outpath)) { RemoveFile(outpath); } return [[NSFileManager defaultManager] copyItemAtPath:[NSString stringWithCString:inpath.c_str() encoding:NSUTF8StringEncoding] toPath:[NSString stringWithCString:outpath.c_str() encoding:NSUTF8StringEncoding] error:NULL]; #endif // IOS_GUI } // ----------------------------------------------------------------------------- bool MoveFile(const std::string& inpath, const std::string& outpath) { #ifdef ANDROID_GUI return AndroidMoveFile(inpath, outpath); #endif #ifdef WEB_GUI return WebMoveFile(inpath, outpath); #endif #ifdef IOS_GUI if (FileExists(outpath)) { RemoveFile(outpath); } return [[NSFileManager defaultManager] moveItemAtPath:[NSString stringWithCString:inpath.c_str() encoding:NSUTF8StringEncoding] toPath:[NSString stringWithCString:outpath.c_str() encoding:NSUTF8StringEncoding] error:NULL]; #endif } // ----------------------------------------------------------------------------- void FixURLPath(std::string& path) { // replace "%..." with suitable chars for a file path (eg. %20 is changed to space) #ifdef ANDROID_GUI AndroidFixURLPath(path); #endif #ifdef WEB_GUI WebFixURLPath(path); #endif #ifdef IOS_GUI NSString* newpath = [[NSString stringWithCString:path.c_str() encoding:NSUTF8StringEncoding] stringByReplacingPercentEscapesUsingEncoding:NSUTF8StringEncoding]; if (newpath) path = [newpath cStringUsingEncoding:NSUTF8StringEncoding]; #endif } // ----------------------------------------------------------------------------- bool IsHTMLFile(const std::string& filename) { size_t dotpos = filename.rfind('.'); if (dotpos == std::string::npos) return false; std::string ext = filename.substr(dotpos+1); return ( strcasecmp(ext.c_str(),"htm") == 0 || strcasecmp(ext.c_str(),"html") == 0 ); } // ----------------------------------------------------------------------------- bool IsTextFile(const std::string& filename) { if (!IsHTMLFile(filename)) { // if non-html file name contains "readme" then assume it's a text file std::string basename = filename; size_t lastsep = basename.rfind('/'); if (lastsep != std::string::npos) { basename = basename.substr(lastsep+1); } std::transform(basename.begin(), basename.end(), basename.begin(), tolower); if (basename.find("readme") != std::string::npos) return true; } size_t dotpos = filename.rfind('.'); if (dotpos == std::string::npos) return false; std::string ext = filename.substr(dotpos+1); return ( strcasecmp(ext.c_str(),"txt") == 0 || strcasecmp(ext.c_str(),"doc") == 0 ); } // ----------------------------------------------------------------------------- bool IsZipFile(const std::string& filename) { size_t dotpos = filename.rfind('.'); if (dotpos == std::string::npos) return false; std::string ext = filename.substr(dotpos+1); return ( strcasecmp(ext.c_str(),"zip") == 0 || strcasecmp(ext.c_str(),"gar") == 0 ); } // ----------------------------------------------------------------------------- bool IsRuleFile(const std::string& filename) { size_t dotpos = filename.rfind('.'); if (dotpos == std::string::npos) return false; std::string ext = filename.substr(dotpos+1); return ( strcasecmp(ext.c_str(),"rule") == 0 || strcasecmp(ext.c_str(),"table") == 0 || strcasecmp(ext.c_str(),"tree") == 0 || strcasecmp(ext.c_str(),"colors") == 0 || strcasecmp(ext.c_str(),"icons") == 0 ); } // ----------------------------------------------------------------------------- bool IsScriptFile(const std::string& filename) { size_t dotpos = filename.rfind('.'); if (dotpos == std::string::npos) return false; std::string ext = filename.substr(dotpos+1); return ( strcasecmp(ext.c_str(),"lua") == 0 || strcasecmp(ext.c_str(),"pl") == 0 || strcasecmp(ext.c_str(),"py") == 0 ); } // ----------------------------------------------------------------------------- bool EndsWith(const std::string& str, const std::string& suffix) { // return true if str ends with suffix size_t strlen = str.length(); size_t sufflen = suffix.length(); return (strlen >= sufflen) && (str.rfind(suffix) == strlen - sufflen); } // ----------------------------------------------------------------------------- // let gollybase modules process events class golly_poll : public lifepoll { public: virtual int checkevents(); virtual void updatePop(); }; int golly_poll::checkevents() { if (event_checker > 0) return isInterrupted(); event_checker++; #ifdef ANDROID_GUI AndroidCheckEvents(); #endif #ifdef WEB_GUI WebCheckEvents(); #endif #ifdef IOS_GUI [[NSRunLoop currentRunLoop] runUntilDate:[NSDate date]]; #endif event_checker--; return isInterrupted(); } void golly_poll::updatePop() { UpdateStatus(); } // ----------------------------------------------------------------------------- golly_poll gollypoller; // create instance lifepoll* Poller() { return &gollypoller; } void PollerReset() { gollypoller.resetInterrupted(); } void PollerInterrupt() { gollypoller.setInterrupted(); } golly-3.3-src/gui-common/control.cpp0000644000175000017500000012217013543255652014466 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "bigint.h" #include "lifealgo.h" #include "qlifealgo.h" #include "hlifealgo.h" #include "writepattern.h" #include "util.h" // for linereader #include "utils.h" // for Warning, TimeInSeconds, Poller, event_checker, etc #include "prefs.h" // for allowundo, etc #include "status.h" // for ErrorMessage, etc #include "file.h" // for WritePattern, LoadPattern, etc #include "algos.h" // for *_ALGO, algo_type, CreateNewUniverse, etc #include "layer.h" // for currlayer, RestoreRule, etc #include "view.h" // for UpdatePatternAndStatus, draw_pending, etc #include "undo.h" // for UndoRedo #include "control.h" #include // for std::runtime_error and std::exception #include // for std::ostringstream #include // for std::find #ifdef ANDROID_GUI #include "jnicalls.h" // for UpdateStatus, BeginProgress, etc #endif #ifdef IOS_GUI #import "PatternViewController.h" // for UpdateStatus, BeginProgress, etc #endif #ifdef WEB_GUI #include "webcalls.h" // for UpdateStatus, BeginProgress, etc #endif // ----------------------------------------------------------------------------- bool generating = false; // currently generating pattern? int minexpo = 0; // step exponent at maximum delay (must be <= 0) double begintime, endtime; // for timing info double begingen, endgen; // ditto const char* empty_pattern = "All cells are dead."; // ----------------------------------------------------------------------------- // macros for checking if a certain string exists in a list of strings #define FOUND(l,s) (std::find(l.begin(),l.end(),s) != l.end()) #define NOT_FOUND(l,s) (std::find(l.begin(),l.end(),s) == l.end()) // ----------------------------------------------------------------------------- bool SaveStartingPattern() { if ( currlayer->algo->getGeneration() > currlayer->startgen ) { // don't do anything if current gen count > starting gen return true; } // save current rule, dirty flag, scale, location, etc currlayer->startname = currlayer->currname; currlayer->startrule = currlayer->algo->getrule(); currlayer->startdirty = currlayer->dirty; currlayer->startmag = currlayer->view->getmag(); currlayer->startx = currlayer->view->x; currlayer->starty = currlayer->view->y; currlayer->startbase = currlayer->currbase; currlayer->startexpo = currlayer->currexpo; currlayer->startalgo = currlayer->algtype; // if this layer is a clone then save some settings in other clones if (currlayer->cloneid > 0) { for ( int i = 0; i < numlayers; i++ ) { Layer* cloneptr = GetLayer(i); if (cloneptr != currlayer && cloneptr->cloneid == currlayer->cloneid) { cloneptr->startname = cloneptr->currname; cloneptr->startx = cloneptr->view->x; cloneptr->starty = cloneptr->view->y; cloneptr->startmag = cloneptr->view->getmag(); cloneptr->startbase = cloneptr->currbase; cloneptr->startexpo = cloneptr->currexpo; } } } // save current selection currlayer->startsel = currlayer->currsel; if ( !currlayer->savestart ) { // no need to save pattern (use currlayer->currfile as the starting pattern) if (currlayer->currfile.empty()) Warning("Bug in SaveStartingPattern: currfile is empty!"); return true; } currlayer->currfile = currlayer->tempstart; // ResetPattern will load tempstart // save starting pattern in tempstart file if ( currlayer->algo->hyperCapable() ) { // much faster to save pattern in a macrocell file const char* err = WritePattern(currlayer->tempstart.c_str(), MC_format, no_compression, 0, 0, 0, 0); if (err) { ErrorMessage(err); // don't allow user to continue generating return false; } } else { // can only save as RLE if edges are within getcell/setcell limits bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage("Starting pattern is outside +/- 10^9 boundary."); // don't allow user to continue generating return false; } int itop = top.toint(); int ileft = left.toint(); int ibottom = bottom.toint(); int iright = right.toint(); // use XRLE format so the pattern's top left location and the current // generation count are stored in the file const char* err = WritePattern(currlayer->tempstart.c_str(), XRLE_format, no_compression, itop, ileft, ibottom, iright); if (err) { ErrorMessage(err); // don't allow user to continue generating return false; } } return true; } // ----------------------------------------------------------------------------- void SetGenIncrement() { if (currlayer->currexpo > 0) { bigint inc = 1; int maxexpo = 1 ; if (currlayer->currbase <= 10000) { int mantissa = currlayer->currbase ; int himantissa = 0x7fffffff ; while (mantissa > 1 && 0 == (mantissa & 1)) mantissa >>= 1 ; if (mantissa == 1) { maxexpo = 0x7fffffff ; } else { int p = mantissa ; while (p <= himantissa / mantissa) { p *= mantissa ; maxexpo++ ; } } } if (currlayer->currexpo > maxexpo) currlayer->currexpo = maxexpo ; // set increment to currbase^currexpo int i = currlayer->currexpo; while (i > 0) { if (currlayer->currbase > 10000) { inc = currlayer->currbase ; } else { inc.mul_smallint(currlayer->currbase); } i--; } currlayer->algo->setIncrement(inc); } else { currlayer->algo->setIncrement(1); } } // ----------------------------------------------------------------------------- void SetStepExponent(int newexpo) { currlayer->currexpo = newexpo; if (currlayer->currexpo < minexpo) currlayer->currexpo = minexpo; SetGenIncrement(); } // ----------------------------------------------------------------------------- void SetMinimumStepExponent() { // set minexpo depending on mindelay and maxdelay minexpo = 0; if (mindelay > 0) { int d = mindelay; minexpo--; while (d < maxdelay) { d *= 2; minexpo--; } } } // ----------------------------------------------------------------------------- void ResetPattern(bool resetundo) { if (currlayer->algo->getGeneration() == currlayer->startgen) return; if (currlayer->algo->getGeneration() < currlayer->startgen) { // if this happens then startgen logic is wrong Warning("Current gen < starting gen!"); return; } if (currlayer->currfile.empty()) { // if this happens then savestart logic is wrong Warning("Starting pattern cannot be restored!"); return; } // save current algo and rule algo_type oldalgo = currlayer->algtype; std::string oldrule = currlayer->algo->getrule(); // restore pattern and settings saved by SaveStartingPattern; // first restore algorithm currlayer->algtype = currlayer->startalgo; // restore starting pattern LoadPattern(currlayer->currfile.c_str(), ""); if (currlayer->algo->getGeneration() != currlayer->startgen) { // LoadPattern failed to reset the gen count to startgen // (probably because the user deleted the starting pattern) // so best to clear the pattern and reset the gen count CreateUniverse(); currlayer->algo->setGeneration(currlayer->startgen); std::string msg = "Failed to reset pattern from this file:\n"; msg += currlayer->currfile; Warning(msg.c_str()); } // restore settings saved by SaveStartingPattern RestoreRule(currlayer->startrule.c_str()); currlayer->currname = currlayer->startname; currlayer->dirty = currlayer->startdirty; if (restoreview) { currlayer->view->setpositionmag(currlayer->startx, currlayer->starty, currlayer->startmag); } // restore step size and set increment currlayer->currbase = currlayer->startbase; currlayer->currexpo = currlayer->startexpo; SetGenIncrement(); // if this layer is a clone then restore some settings in other clones if (currlayer->cloneid > 0) { for ( int i = 0; i < numlayers; i++ ) { Layer* cloneptr = GetLayer(i); if (cloneptr != currlayer && cloneptr->cloneid == currlayer->cloneid) { cloneptr->currname = cloneptr->startname; if (restoreview) { cloneptr->view->setpositionmag(cloneptr->startx, cloneptr->starty, cloneptr->startmag); } cloneptr->currbase = cloneptr->startbase; cloneptr->currexpo = cloneptr->startexpo; // also synchronize dirty flags and update items in Layer menu cloneptr->dirty = currlayer->dirty; //!!! UpdateLayerItem(i); } } } // restore selection currlayer->currsel = currlayer->startsel; // switch to default colors if algo/rule changed std::string newrule = currlayer->algo->getrule(); if (oldalgo != currlayer->algtype || oldrule != newrule) { UpdateLayerColors(); } // update window title in case currname, rule or dirty flag changed //!!! SetWindowTitle(currlayer->currname); if (allowundo) { if (resetundo) { // wind back the undo history to the starting pattern currlayer->undoredo->SyncUndoHistory(); } } } // ----------------------------------------------------------------------------- void RestorePattern(bigint& gen, const char* filename, bigint& x, bigint& y, int mag, int base, int expo) { // called to undo/redo a generating change if (gen == currlayer->startgen) { // restore starting pattern (false means don't call SyncUndoHistory) ResetPattern(false); } else { // restore pattern in given filename LoadPattern(filename, ""); if (currlayer->algo->getGeneration() != gen) { // best to clear the pattern and set the expected gen count CreateUniverse(); currlayer->algo->setGeneration(gen); std::string msg = "Could not restore pattern from this file:\n"; msg += filename; Warning(msg.c_str()); } // restore step size and set increment currlayer->currbase = base; currlayer->currexpo = expo; SetGenIncrement(); // restore position and scale, if allowed if (restoreview) currlayer->view->setpositionmag(x, y, mag); UpdatePatternAndStatus(); } } // ----------------------------------------------------------------------------- const char* ChangeGenCount(const char* genstring, bool inundoredo) { // disallow alphabetic chars in genstring for (unsigned int i = 0; i < strlen(genstring); i++) if ( (genstring[i] >= 'a' && genstring[i] <= 'z') || (genstring[i] >= 'A' && genstring[i] <= 'Z') ) return "Alphabetic character is not allowed in generation string."; bigint oldgen = currlayer->algo->getGeneration(); bigint newgen(genstring); if (genstring[0] == '+' || genstring[0] == '-') { // leading +/- sign so make newgen relative to oldgen bigint relgen = newgen; newgen = oldgen; newgen += relgen; if (newgen < bigint::zero) newgen = bigint::zero; } // set stop_after_script BEFORE testing newgen == oldgen so scripts // can call setgen("+0") to prevent further generating //!!! if (inscript) stop_after_script = true; if (newgen == oldgen) return NULL; if (!inundoredo && allowundo && !currlayer->stayclean && inscript) { // script called setgen() //!!! SavePendingChanges(); } // need IsParityShifted() method??? if (currlayer->algtype == QLIFE_ALGO && newgen.odd() != oldgen.odd()) { // qlife stores pattern in different bits depending on gen parity, // so we need to create a new qlife universe, set its gen, copy the // current pattern to the new universe, then switch to that universe bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if ( OutsideLimits(top, left, bottom, right) ) { return "Pattern is too big to copy."; } // create a new universe of same type and same rule lifealgo* newalgo = CreateNewUniverse(currlayer->algtype); const char* err = newalgo->setrule(currlayer->algo->getrule()); if (err) { delete newalgo; return "Current rule is no longer valid!"; } newalgo->setGeneration(newgen); // copy pattern if ( !CopyRect(top.toint(), left.toint(), bottom.toint(), right.toint(), currlayer->algo, newalgo, false, "Copying pattern") ) { delete newalgo; return "Failed to copy pattern."; } // switch to new universe delete currlayer->algo; currlayer->algo = newalgo; SetGenIncrement(); } else { currlayer->algo->setGeneration(newgen); } if (!inundoredo) { // save some settings for RememberSetGen below bigint oldstartgen = currlayer->startgen; bool oldsave = currlayer->savestart; // may need to change startgen and savestart if (oldgen == currlayer->startgen || newgen <= currlayer->startgen) { currlayer->startgen = newgen; currlayer->savestart = true; } if (allowundo && !currlayer->stayclean) { currlayer->undoredo->RememberSetGen(oldgen, newgen, oldstartgen, oldsave); } } UpdateStatus(); return NULL; } // ----------------------------------------------------------------------------- void DisplayTimingInfo() { endtime = TimeInSeconds(); if (endtime <= begintime) endtime = begintime + 0.000001; endgen = currlayer->algo->getGeneration().todouble(); double secs = endtime - begintime; double gens = endgen - begingen; char s[128]; sprintf(s, "%g gens in %g secs (%g gens/sec).", gens, secs, gens/secs); DisplayMessage(s); } // ----------------------------------------------------------------------------- bool StartGenerating() { if (generating) Warning("Bug detected in StartGenerating!"); lifealgo* curralgo = currlayer->algo; if (curralgo->isEmpty()) { ErrorMessage(empty_pattern); return false; } if (!SaveStartingPattern()) { return false; } if (allowundo) currlayer->undoredo->RememberGenStart(); // only show hashing info while generating lifealgo::setVerbose(currlayer->showhashinfo); // for DisplayTimingInfo begintime = TimeInSeconds(); begingen = curralgo->getGeneration().todouble(); generating = true; PollerReset(); // caller will start a repeating timer return true; } // ----------------------------------------------------------------------------- void StopGenerating() { if (!generating) Warning("Bug detected in StopGenerating!"); generating = false; PollerInterrupt(); if (showtiming) DisplayTimingInfo(); lifealgo::setVerbose(0); if (event_checker > 0) { // we're currently in the event poller somewhere inside step(), so we must let // step() complete and only call RememberGenFinish at the end of NextGeneration } else { if (allowundo) currlayer->undoredo->RememberGenFinish(); } // caller will stop the timer } // ----------------------------------------------------------------------------- void NextGeneration(bool useinc) { lifealgo* curralgo = currlayer->algo; bool boundedgrid = curralgo->unbounded && (curralgo->gridwd > 0 || curralgo->gridht > 0); if (generating) { // we were called via timer so StartGenerating has already checked // if the pattern is empty, etc (note that useinc is also true) } else { // we were called via Next/Step button if (curralgo->isEmpty()) { ErrorMessage(empty_pattern); return; } if (!SaveStartingPattern()) { return; } if (allowundo) currlayer->undoredo->RememberGenStart(); // only show hashing info while generating lifealgo::setVerbose(currlayer->showhashinfo); if (useinc && curralgo->getIncrement() > bigint::one) { // for DisplayTimingInfo begintime = TimeInSeconds(); begingen = curralgo->getGeneration().todouble(); } PollerReset(); } if (useinc) { // step by current increment if (boundedgrid) { // temporarily set the increment to 1 so we can call CreateBorderCells() // and DeleteBorderCells() around each step() int savebase = currlayer->currbase; int saveexpo = currlayer->currexpo; bigint inc = curralgo->getIncrement(); curralgo->setIncrement(1); while (inc > 0) { if (Poller()->checkevents()) break; if (savebase != currlayer->currbase || saveexpo != currlayer->currexpo) { // user changed step base/exponent, so reset increment to 1 inc = curralgo->getIncrement(); curralgo->setIncrement(1); } if (!curralgo->CreateBorderCells()) break; curralgo->step(); if (!curralgo->DeleteBorderCells()) break; inc -= 1; } // safe way to restore correct increment in case user altered base/expo in above loop SetGenIncrement(); } else { curralgo->step(); } } else { // step by 1 gen bigint saveinc = curralgo->getIncrement(); curralgo->setIncrement(1); if (boundedgrid) curralgo->CreateBorderCells(); curralgo->step(); if (boundedgrid) curralgo->DeleteBorderCells(); curralgo->setIncrement(saveinc); } if (!generating) { if (showtiming && useinc && curralgo->getIncrement() > bigint::one) DisplayTimingInfo(); lifealgo::setVerbose(0); if (allowundo) currlayer->undoredo->RememberGenFinish(); } // autofit is only used when doing many gens if (currlayer->autofit && (generating || useinc)) { FitInView(0); } if (draw_pending) { draw_pending = false; TouchBegan(pendingx, pendingy); } } // ----------------------------------------------------------------------------- void ClearOutsideGrid() { // check current pattern and clear any live cells outside bounded grid bool patternchanged = false; bool savechanges = allowundo && !currlayer->stayclean; // might also need to truncate selection currlayer->currsel.CheckGridEdges(); if (!currlayer->algo->unbounded) { if (currlayer->algo->clipped_cells.size() > 0) { // cells outside the grid were clipped if (savechanges) { for (size_t i = 0; i < currlayer->algo->clipped_cells.size(); i += 3) { int x = currlayer->algo->clipped_cells[i]; int y = currlayer->algo->clipped_cells[i+1]; int s = currlayer->algo->clipped_cells[i+2]; currlayer->undoredo->SaveCellChange(x, y, s, 0); } } currlayer->algo->clipped_cells.clear(); patternchanged = true; } } else { // algo uses an unbounded grid if (currlayer->algo->isEmpty()) return; // check if current pattern is too big to use nextcell/setcell bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage("Pattern too big to check (outside +/- 10^9 boundary)."); return; } int itop = top.toint(); int ileft = left.toint(); int ibottom = bottom.toint(); int iright = right.toint(); // no need to do anything if pattern is entirely within grid int gtop = currlayer->algo->gridtop.toint(); int gleft = currlayer->algo->gridleft.toint(); int gbottom = currlayer->algo->gridbottom.toint(); int gright = currlayer->algo->gridright.toint(); if (currlayer->algo->gridwd == 0) { // grid has infinite width gleft = INT_MIN; gright = INT_MAX; } if (currlayer->algo->gridht == 0) { // grid has infinite height gtop = INT_MIN; gbottom = INT_MAX; } if (itop >= gtop && ileft >= gleft && ibottom <= gbottom && iright <= gright) { return; } int ht = ibottom - itop + 1; int cx, cy; // for showing accurate progress we need to add pattern height to pop count // in case this is a huge pattern with many blank rows double maxcount = currlayer->algo->getPopulation().todouble() + ht; double accumcount = 0; int currcount = 0; bool abort = false; int v = 0; BeginProgress("Checking cells outside grid"); lifealgo* curralgo = currlayer->algo; for ( cy=itop; cy<=ibottom; cy++ ) { currcount++; for ( cx=ileft; cx<=iright; cx++ ) { int skip = curralgo->nextcell(cx, cy, v); if (skip >= 0) { // found next live cell in this row cx += skip; if (cx < gleft || cx > gright || cy < gtop || cy > gbottom) { // clear cell outside grid if (savechanges) currlayer->undoredo->SaveCellChange(cx, cy, v, 0); curralgo->setcell(cx, cy, 0); patternchanged = true; } currcount++; } else { cx = iright; // done this row } if (currcount > 1024) { accumcount += currcount; currcount = 0; abort = AbortProgress(accumcount / maxcount, ""); if (abort) break; } } if (abort) break; } curralgo->endofpattern(); EndProgress(); } if (patternchanged) { ErrorMessage("Pattern was truncated (live cells were outside grid)."); } } // ----------------------------------------------------------------------------- void ReduceCellStates(int newmaxstate) { // check current pattern and reduce any cell states > newmaxstate bool patternchanged = false; bool savechanges = allowundo && !currlayer->stayclean; // check if current pattern is too big to use nextcell/setcell bigint top, left, bottom, right; currlayer->algo->findedges(&top, &left, &bottom, &right); if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage("Pattern too big to check (outside +/- 10^9 boundary)."); return; } int itop = top.toint(); int ileft = left.toint(); int ibottom = bottom.toint(); int iright = right.toint(); int ht = ibottom - itop + 1; int cx, cy; // for showing accurate progress we need to add pattern height to pop count // in case this is a huge pattern with many blank rows double maxcount = currlayer->algo->getPopulation().todouble() + ht; double accumcount = 0; int currcount = 0; bool abort = false; int v = 0; BeginProgress("Checking cell states"); lifealgo* curralgo = currlayer->algo; for ( cy=itop; cy<=ibottom; cy++ ) { currcount++; for ( cx=ileft; cx<=iright; cx++ ) { int skip = curralgo->nextcell(cx, cy, v); if (skip >= 0) { // found next live cell in this row cx += skip; if (v > newmaxstate) { // reduce cell's current state to largest state if (savechanges) currlayer->undoredo->SaveCellChange(cx, cy, v, newmaxstate); curralgo->setcell(cx, cy, newmaxstate); patternchanged = true; } currcount++; } else { cx = iright; // done this row } if (currcount > 1024) { accumcount += currcount; currcount = 0; abort = AbortProgress(accumcount / maxcount, ""); if (abort) break; } } if (abort) break; } curralgo->endofpattern(); EndProgress(); if (patternchanged) { ErrorMessage("Pattern has changed (new rule has fewer states)."); } } // ----------------------------------------------------------------------------- void ChangeRule(const std::string& rulestring) { std::string oldrule = currlayer->algo->getrule(); int oldmaxstate = currlayer->algo->NumCellStates() - 1; // selection might change if grid becomes smaller, // so save current selection for RememberRuleChange/RememberAlgoChange SaveCurrentSelection(); const char* err = currlayer->algo->setrule( rulestring.c_str() ); if (err) { // try to find another algorithm that supports the given rule for (int i = 0; i < NumAlgos(); i++) { if (i != currlayer->algtype) { lifealgo* tempalgo = CreateNewUniverse(i); err = tempalgo->setrule( rulestring.c_str() ); delete tempalgo; if (!err) { // change the current algorithm and switch to the new rule ChangeAlgorithm(i, rulestring.c_str()); if (i != currlayer->algtype) { RestoreRule(oldrule.c_str()); Warning("Algorithm could not be changed (pattern is too big to convert)."); } else { UpdateEverything(); } return; } } } // should only get here if .rule file contains some sort of error RestoreRule(oldrule.c_str()); Warning("New rule is not valid in any algorithm!"); return; } std::string newrule = currlayer->algo->getrule(); int newmaxstate = currlayer->algo->NumCellStates() - 1; if (oldrule != newrule || oldmaxstate != newmaxstate) { UpdateStatus(); // if pattern exists and is at starting gen then ensure savestart is true // so that SaveStartingPattern will save pattern to suitable file // (and thus undo/reset will work correctly) if (currlayer->algo->getGeneration() == currlayer->startgen && !currlayer->algo->isEmpty()) { currlayer->savestart = true; } // if grid is bounded then remove any live cells outside grid edges if (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0) { ClearOutsideGrid(); } // new rule might have changed the number of cell states; // if there are fewer states then pattern might change if (newmaxstate < oldmaxstate && !currlayer->algo->isEmpty()) { ReduceCellStates(newmaxstate); } if (allowundo && !currlayer->stayclean) { currlayer->undoredo->RememberRuleChange(oldrule.c_str()); } } // set colors and icons for new rule UpdateLayerColors(); // pattern or colors or icons might have changed UpdateEverything(); } // ----------------------------------------------------------------------------- void ChangeAlgorithm(algo_type newalgotype, const char* newrule, bool inundoredo) { if (newalgotype == currlayer->algtype) return; // check if current pattern is too big to use nextcell/setcell bigint top, left, bottom, right; if ( !currlayer->algo->isEmpty() ) { currlayer->algo->findedges(&top, &left, &bottom, &right); if ( OutsideLimits(top, left, bottom, right) ) { ErrorMessage("Pattern cannot be converted (outside +/- 10^9 boundary)."); return; } } // save changes if undo/redo is enabled and script isn't constructing a pattern // and we're not undoing/redoing an earlier algo change bool savechanges = allowundo && !currlayer->stayclean && !inundoredo; if (savechanges && inscript) { // note that we must save pending gen changes BEFORE changing algo type // otherwise temporary files won't be the correct type (mc or rle) //!!! SavePendingChanges(); } // selection might change if grid becomes smaller, // so save current selection for RememberAlgoChange if (savechanges) SaveCurrentSelection(); bool rulechanged = false; std::string oldrule = currlayer->algo->getrule(); // change algorithm type, reset step size, and update status bar algo_type oldalgo = currlayer->algtype; currlayer->algtype = newalgotype; currlayer->currbase = algoinfo[newalgotype]->defbase; currlayer->currexpo = 0; UpdateStatus(); // create a new universe of the requested flavor lifealgo* newalgo = CreateNewUniverse(newalgotype); if (inundoredo) { // switch to given newrule const char* err = newalgo->setrule(newrule); if (err) newalgo->setrule(newalgo->DefaultRule()); } else { const char* err; if (newrule[0] == 0) { // try to use same rule err = newalgo->setrule(currlayer->algo->getrule()); } else { // switch to newrule err = newalgo->setrule(newrule); rulechanged = true; } if (err) { std::string defrule = newalgo->DefaultRule(); size_t oldpos = oldrule.find(':'); if (newrule[0] == 0 && oldpos != std::string::npos) { // switch to new algo's default rule, but preserve the topology in oldrule // so we can do things like switch from "LifeHistory:T30,20" in RuleLoader // to "B3/S23:T30,20" in QuickLife size_t defpos = defrule.find(':'); if (defpos != std::string::npos) { // default rule shouldn't have a suffix but play safe and remove it defrule = defrule.substr(0, defpos); } defrule += ":"; defrule += oldrule.substr(oldpos+1); } err = newalgo->setrule(defrule.c_str()); // shouldn't ever fail but play safe if (err) newalgo->setrule( newalgo->DefaultRule() ); rulechanged = true; } } // set same gen count newalgo->setGeneration( currlayer->algo->getGeneration() ); bool patternchanged = false; if ( !currlayer->algo->isEmpty() ) { // copy pattern in current universe to new universe int itop = top.toint(); int ileft = left.toint(); int ibottom = bottom.toint(); int iright = right.toint(); int ht = ibottom - itop + 1; int cx, cy; // for showing accurate progress we need to add pattern height to pop count // in case this is a huge pattern with many blank rows double maxcount = currlayer->algo->getPopulation().todouble() + ht; double accumcount = 0; int currcount = 0; bool abort = false; int v = 0; BeginProgress("Converting pattern"); // set newalgo's grid edges so we can save cells that are outside grid int gtop = newalgo->gridtop.toint(); int gleft = newalgo->gridleft.toint(); int gbottom = newalgo->gridbottom.toint(); int gright = newalgo->gridright.toint(); if (newalgo->gridwd == 0) { // grid has infinite width gleft = INT_MIN; gright = INT_MAX; } if (newalgo->gridht == 0) { // grid has infinite height gtop = INT_MIN; gbottom = INT_MAX; } // need to check for state change if new algo has fewer states than old algo int newmaxstate = newalgo->NumCellStates() - 1; lifealgo* curralgo = currlayer->algo; for ( cy=itop; cy<=ibottom; cy++ ) { currcount++; for ( cx=ileft; cx<=iright; cx++ ) { int skip = curralgo->nextcell(cx, cy, v); if (skip >= 0) { // found next live cell in this row cx += skip; if (cx < gleft || cx > gright || cy < gtop || cy > gbottom) { // cx,cy is outside grid if (savechanges) currlayer->undoredo->SaveCellChange(cx, cy, v, 0); // no need to clear cell from curralgo (that universe will soon be deleted) patternchanged = true; } else { if (v > newmaxstate) { // reduce v to largest state in new algo if (savechanges) currlayer->undoredo->SaveCellChange(cx, cy, v, newmaxstate); v = newmaxstate; patternchanged = true; } newalgo->setcell(cx, cy, v); } currcount++; } else { cx = iright; // done this row } if (currcount > 1024) { accumcount += currcount; currcount = 0; abort = AbortProgress(accumcount / maxcount, ""); if (abort) break; } } if (abort) break; } newalgo->endofpattern(); EndProgress(); } // delete old universe and point current universe to new universe delete currlayer->algo; currlayer->algo = newalgo; SetGenIncrement(); // if new grid is bounded then we might need to truncate the selection if (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0) { currlayer->currsel.CheckGridEdges(); } // switch to default colors for new algo+rule UpdateLayerColors(); if (!inundoredo) { // if pattern exists and is at starting gen then set savestart true // so that SaveStartingPattern will save pattern to suitable file // (and thus ResetPattern will work correctly) if (currlayer->algo->getGeneration() == currlayer->startgen && !currlayer->algo->isEmpty()) { currlayer->savestart = true; } if (rulechanged) { if (newrule[0] == 0) { if (patternchanged) { ErrorMessage("Rule has changed and pattern has changed."); } else { // don't beep DisplayMessage("Rule has changed."); } } else { if (patternchanged) { ErrorMessage("Algorithm has changed and pattern has changed."); } else { // don't beep DisplayMessage("Algorithm has changed."); } } } else if (patternchanged) { ErrorMessage("Pattern has changed."); } } if (savechanges) { currlayer->undoredo->RememberAlgoChange(oldalgo, oldrule.c_str()); } if (!inundoredo && !inscript) { // do this AFTER RememberAlgoChange so Undo button becomes enabled UpdateEverything(); } } // ----------------------------------------------------------------------------- static std::string CreateTABLE(const std::string& tablepath) { std::string contents = "\n@TABLE\n\n"; // append contents of .table file FILE* f = fopen(tablepath.c_str(), "r"); if (f) { const int MAXLINELEN = 4095; char linebuf[MAXLINELEN + 1]; linereader reader(f); while (true) { if (reader.fgets(linebuf, MAXLINELEN) == 0) break; contents += linebuf; contents += "\n"; } reader.close(); } else { std::ostringstream oss; oss << "Could not read .table file:\n" << tablepath.c_str(); throw std::runtime_error(oss.str().c_str()); } return contents; } // ----------------------------------------------------------------------------- static std::string CreateTREE(const std::string& treepath) { std::string contents = "\n@TREE\n\n"; // append contents of .tree file FILE* f = fopen(treepath.c_str(), "r"); if (f) { const int MAXLINELEN = 4095; char linebuf[MAXLINELEN + 1]; linereader reader(f); while (true) { if (reader.fgets(linebuf, MAXLINELEN) == 0) break; contents += linebuf; contents += "\n"; } reader.close(); } else { std::ostringstream oss; oss << "Could not read .tree file:\n" << treepath.c_str(); throw std::runtime_error(oss.str().c_str()); } return contents; } // ----------------------------------------------------------------------------- static void CreateOneRule(const std::string& rulefile, const std::string& folder, std::list& allfiles, std::string& htmlinfo) { std::string rulename = rulefile.substr(0,rulefile.rfind('.')); std::string tablefile = rulename + ".table"; std::string treefile = rulename + ".tree"; std::string tabledata, treedata; if (FOUND(allfiles,tablefile)) tabledata = CreateTABLE(folder + tablefile); if (FOUND(allfiles,treefile)) treedata = CreateTREE(folder + treefile); std::string contents = "@RULE " + rulename + "\n"; contents += tabledata; contents += treedata; // write contents to .rule file std::string rulepath = folder + rulefile; FILE* outfile = fopen(rulepath.c_str(), "w"); if (outfile) { if (fputs(contents.c_str(), outfile) == EOF) { fclose(outfile); std::ostringstream oss; oss << "Could not write data to rule file:\n" << rulepath.c_str(); throw std::runtime_error(oss.str().c_str()); } fclose(outfile); } else { std::ostringstream oss; oss << "Could not create rule file:\n" << rulepath.c_str(); throw std::runtime_error(oss.str().c_str()); } #ifdef WEB_GUI // ensure the .rule file persists beyond the current session CopyRuleToLocalStorage(rulepath.c_str()); #endif // append created file to htmlinfo htmlinfo += ""; htmlinfo += rulefile; htmlinfo += "
\n"; } // ----------------------------------------------------------------------------- std::string CreateRuleFiles(std::list& deprecated, std::list& keeprules) { // use the given list of deprecated .table/tree files to create new .rule files, // except for those .rule files in keeprules std::string htmlinfo; bool aborted = false; try { // create a list of candidate .rule files to be created std::string rulefile, filename, rulename; std::list candidates; std::list::iterator it; for (it=deprecated.begin(); it!=deprecated.end(); ++it) { filename = *it; rulename = filename.substr(0,filename.rfind('.')); if (EndsWith(filename,".table") || EndsWith(filename,".tree")) { // .table/tree file rulefile = rulename + ".rule"; // add .rule file to candidates if it hasn't been added yet // and if it isn't in the keeprules list if (NOT_FOUND(candidates,rulefile) && NOT_FOUND(keeprules,rulefile)) { candidates.push_back(rulefile); } } } // create the new .rule files (we overwrite any existing .rule files // that aren't in keeprules) for (it=candidates.begin(); it!=candidates.end(); ++it) { CreateOneRule(*it, userrules, deprecated, htmlinfo); } } catch(const std::exception& e) { // display message set by throw std::runtime_error(...) Warning(e.what()); aborted = true; // nice to also show error message in help window htmlinfo += "\n

*** CONVERSION ABORTED DUE TO ERROR ***\n

"; htmlinfo += std::string(e.what()); } if (!aborted) { // delete all the deprecated files std::list::iterator it; for (it=deprecated.begin(); it!=deprecated.end(); ++it) { RemoveFile(userrules + *it); } } return htmlinfo; } golly-3.3-src/gui-common/MiniZip/0000755000175000017500000000000012651666400013732 500000000000000golly-3.3-src/gui-common/MiniZip/crypt.h0000644000175000017500000001105712227612122015157 00000000000000/* crypt.h -- base code for crypt/uncrypt ZIPfile Version 1.01e, February 12th, 2005 Copyright (C) 1998-2005 Gilles Vollant This code is a modified version of crypting code in Infozip distribution The encryption/decryption parts of this source code (as opposed to the non-echoing password parts) were originally written in Europe. The whole source package can be freely distributed, including from the USA. (Prior to January 2000, re-export from the US was a violation of US law.) This encryption code is a direct transcription of the algorithm from Roger Schlafly, described by Phil Katz in the file appnote.txt. This file (appnote.txt) is distributed with the PKZIP program (even in the version without encryption capabilities). If you don't need crypting in your application, just define symbols NOCRYPT and NOUNCRYPT. This code support the "Traditional PKWARE Encryption". The new AES encryption added on Zip format by Winzip (see the page http://www.winzip.com/aes_info.htm ) and PKWare PKZip 5.x Strong Encryption is not supported. */ #define CRC32(c, b) ((*(pcrc_32_tab+(((int)(c) ^ (b)) & 0xff))) ^ ((c) >> 8)) /*********************************************************************** * Return the next byte in the pseudo-random sequence */ static int decrypt_byte(unsigned long* pkeys, const unsigned long* pcrc_32_tab) { unsigned temp; /* POTENTIAL BUG: temp*(temp^1) may overflow in an * unpredictable manner on 16-bit systems; not a problem * with any known compiler so far, though */ temp = ((unsigned)(*(pkeys+2)) & 0xffff) | 2; return (int)(((temp * (temp ^ 1)) >> 8) & 0xff); } /*********************************************************************** * Update the encryption keys with the next byte of plain text */ static int update_keys(unsigned long* pkeys,const unsigned long* pcrc_32_tab,int c) { (*(pkeys+0)) = CRC32((*(pkeys+0)), c); (*(pkeys+1)) += (*(pkeys+0)) & 0xff; (*(pkeys+1)) = (*(pkeys+1)) * 134775813L + 1; { register int keyshift = (int)((*(pkeys+1)) >> 24); (*(pkeys+2)) = CRC32((*(pkeys+2)), keyshift); } return c; } /*********************************************************************** * Initialize the encryption keys and the random header according to * the given password. */ static void init_keys(const char* passwd,unsigned long* pkeys,const unsigned long* pcrc_32_tab) { *(pkeys+0) = 305419896L; *(pkeys+1) = 591751049L; *(pkeys+2) = 878082192L; while (*passwd != '\0') { update_keys(pkeys,pcrc_32_tab,(int)*passwd); passwd++; } } #define zdecode(pkeys,pcrc_32_tab,c) \ (update_keys(pkeys,pcrc_32_tab,c ^= decrypt_byte(pkeys,pcrc_32_tab))) #define zencode(pkeys,pcrc_32_tab,c,t) \ (t=decrypt_byte(pkeys,pcrc_32_tab), update_keys(pkeys,pcrc_32_tab,c), t^(c)) #ifdef INCLUDECRYPTINGCODE_IFCRYPTALLOWED #define RAND_HEAD_LEN 12 /* "last resort" source for second part of crypt seed pattern */ # ifndef ZCR_SEED2 # define ZCR_SEED2 3141592654UL /* use PI as default pattern */ # endif static int crypthead( const char *passwd, /* password string */ unsigned char *buf, /* where to write header */ int bufSize, unsigned long* pkeys, const unsigned long* pcrc_32_tab, unsigned long crcForCrypting) { int n; /* index in random header */ int t; /* temporary */ int c; /* random byte */ unsigned char header[RAND_HEAD_LEN-2]; /* random header */ static unsigned calls = 0; /* ensure different random header each time */ if (bufSize> 7) & 0xff; header[n] = (unsigned char)zencode(pkeys, pcrc_32_tab, c, t); } /* Encrypt random header (last two bytes is high word of crc) */ init_keys(passwd, pkeys, pcrc_32_tab); for (n = 0; n < RAND_HEAD_LEN-2; n++) { buf[n] = (unsigned char)zencode(pkeys, pcrc_32_tab, header[n], t); } buf[n++] = zencode(pkeys, pcrc_32_tab, (int)(crcForCrypting >> 16) & 0xff, t); buf[n++] = zencode(pkeys, pcrc_32_tab, (int)(crcForCrypting >> 24) & 0xff, t); return n; } #endif golly-3.3-src/gui-common/MiniZip/zip.h0000644000175000017500000002121712227612122014617 00000000000000/* zip.h -- IO for compress .zip files using zlib Version 1.01e, February 12th, 2005 Copyright (C) 1998-2005 Gilles Vollant This unzip package allow creates .ZIP file, compatible with PKZip 2.04g WinZip, InfoZip tools and compatible. Multi volume ZipFile (span) are not supported. Encryption compatible with pkzip 2.04g only supported Old compressions used by old PKZip 1.x are not supported For uncompress .zip file, look at unzip.h I WAIT FEEDBACK at mail info@winimage.com Visit also http://www.winimage.com/zLibDll/unzip.html for evolution Condition of use and distribution are the same than zlib : This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. */ /* for more info about .ZIP format, see http://www.info-zip.org/pub/infozip/doc/appnote-981119-iz.zip http://www.info-zip.org/pub/infozip/doc/ PkWare has also a specification at : ftp://ftp.pkware.com/probdesc.zip */ #ifndef _zip_H #define _zip_H #ifdef __cplusplus extern "C" { #endif #ifndef _ZLIB_H #include "zlib.h" #endif #ifndef _ZLIBIOAPI_H #include "ioapi.h" #endif #if defined(STRICTZIP) || defined(STRICTZIPUNZIP) /* like the STRICT of WIN32, we define a pointer that cannot be converted from (void*) without cast */ typedef struct TagzipFile__ { int unused; } zipFile__; typedef zipFile__ *zipFile; #else typedef voidp zipFile; #endif #define ZIP_OK (0) #define ZIP_EOF (0) #define ZIP_ERRNO (Z_ERRNO) #define ZIP_PARAMERROR (-102) #define ZIP_BADZIPFILE (-103) #define ZIP_INTERNALERROR (-104) #ifndef DEF_MEM_LEVEL # if MAX_MEM_LEVEL >= 8 # define DEF_MEM_LEVEL 8 # else # define DEF_MEM_LEVEL MAX_MEM_LEVEL # endif #endif /* default memLevel */ /* tm_zip contain date/time info */ typedef struct tm_zip_s { uInt tm_sec; /* seconds after the minute - [0,59] */ uInt tm_min; /* minutes after the hour - [0,59] */ uInt tm_hour; /* hours since midnight - [0,23] */ uInt tm_mday; /* day of the month - [1,31] */ uInt tm_mon; /* months since January - [0,11] */ uInt tm_year; /* years - [1980..2044] */ } tm_zip; typedef struct { tm_zip tmz_date; /* date in understandable format */ uLong dosDate; /* if dos_date == 0, tmu_date is used */ /* uLong flag; */ /* general purpose bit flag 2 bytes */ uLong internal_fa; /* internal file attributes 2 bytes */ uLong external_fa; /* external file attributes 4 bytes */ } zip_fileinfo; typedef const char* zipcharpc; #define APPEND_STATUS_CREATE (0) #define APPEND_STATUS_CREATEAFTER (1) #define APPEND_STATUS_ADDINZIP (2) extern zipFile ZEXPORT zipOpen OF((const char *pathname, int append)); /* Create a zipfile. pathname contain on Windows XP a filename like "c:\\zlib\\zlib113.zip" or on an Unix computer "zlib/zlib113.zip". if the file pathname exist and append==APPEND_STATUS_CREATEAFTER, the zip will be created at the end of the file. (useful if the file contain a self extractor code) if the file pathname exist and append==APPEND_STATUS_ADDINZIP, we will add files in existing zip (be sure you don't add file that doesn't exist) If the zipfile cannot be opened, the return value is NULL. Else, the return value is a zipFile Handle, usable with other function of this zip package. */ /* Note : there is no delete function into a zipfile. If you want delete file into a zipfile, you must open a zipfile, and create another Of couse, you can use RAW reading and writing to copy the file you did not want delte */ extern zipFile ZEXPORT zipOpen2 OF((const char *pathname, int append, zipcharpc* globalcomment, zlib_filefunc_def* pzlib_filefunc_def)); extern int ZEXPORT zipOpenNewFileInZip OF((zipFile file, const char* filename, const zip_fileinfo* zipfi, const void* extrafield_local, uInt size_extrafield_local, const void* extrafield_global, uInt size_extrafield_global, const char* comment, int method, int level)); /* Open a file in the ZIP for writing. filename : the filename in zip (if NULL, '-' without quote will be used *zipfi contain supplemental information if extrafield_local!=NULL and size_extrafield_local>0, extrafield_local contains the extrafield data the the local header if extrafield_global!=NULL and size_extrafield_global>0, extrafield_global contains the extrafield data the the local header if comment != NULL, comment contain the comment string method contain the compression method (0 for store, Z_DEFLATED for deflate) level contain the level of compression (can be Z_DEFAULT_COMPRESSION) */ extern int ZEXPORT zipOpenNewFileInZip2 OF((zipFile file, const char* filename, const zip_fileinfo* zipfi, const void* extrafield_local, uInt size_extrafield_local, const void* extrafield_global, uInt size_extrafield_global, const char* comment, int method, int level, int raw)); /* Same than zipOpenNewFileInZip, except if raw=1, we write raw file */ extern int ZEXPORT zipOpenNewFileInZip3 OF((zipFile file, const char* filename, const zip_fileinfo* zipfi, const void* extrafield_local, uInt size_extrafield_local, const void* extrafield_global, uInt size_extrafield_global, const char* comment, int method, int level, int raw, int windowBits, int memLevel, int strategy, const char* password, uLong crcForCtypting)); /* Same than zipOpenNewFileInZip2, except windowBits,memLevel,,strategy : see parameter strategy in deflateInit2 password : crypting password (NULL for no crypting) crcForCtypting : crc of file to compress (needed for crypting) */ extern int ZEXPORT zipWriteInFileInZip OF((zipFile file, const void* buf, unsigned len)); /* Write data in the zipfile */ extern int ZEXPORT zipCloseFileInZip OF((zipFile file)); /* Close the current file in the zipfile */ extern int ZEXPORT zipCloseFileInZipRaw OF((zipFile file, uLong uncompressed_size, uLong crc32)); /* Close the current file in the zipfile, for fiel opened with parameter raw=1 in zipOpenNewFileInZip2 uncompressed_size and crc32 are value for the uncompressed size */ extern int ZEXPORT zipClose OF((zipFile file, const char* global_comment)); /* Close the zipfile */ #ifdef __cplusplus } #endif #endif /* _zip_H */ golly-3.3-src/gui-common/MiniZip/unzip.c0000644000175000017500000013564112362063145015171 00000000000000/* unzip.c -- IO for uncompress .zip files using zlib Version 1.01e, February 12th, 2005 Copyright (C) 1998-2005 Gilles Vollant Read unzip.h for more info */ /* Decryption code comes from crypt.c by Info-ZIP but has been greatly reduced in terms of compatibility with older software. The following is from the original crypt.c. Code woven in by Terry Thorsen 1/2003. */ /* Copyright (c) 1990-2000 Info-ZIP. All rights reserved. See the accompanying file LICENSE, version 2000-Apr-09 or later (the contents of which are also included in zip.h) for terms of use. If, for some reason, all these files are missing, the Info-ZIP license also may be found at: ftp://ftp.info-zip.org/pub/infozip/license.html */ /* crypt.c (full version) by Info-ZIP. Last revised: [see crypt.h] The encryption/decryption parts of this source code (as opposed to the non-echoing password parts) were originally written in Europe. The whole source package can be freely distributed, including from the USA. (Prior to January 2000, re-export from the US was a violation of US law.) */ /* This encryption code is a direct transcription of the algorithm from Roger Schlafly, described by Phil Katz in the file appnote.txt. This file (appnote.txt) is distributed with the PKZIP program (even in the version without encryption capabilities). */ #include #include #include #include "zlib.h" #include "unzip.h" #ifdef STDC # include # include # include #endif #ifdef NO_ERRNO_H extern int errno; #else # include #endif #ifndef local # define local static #endif /* compile with -Dlocal if your debugger can't find static symbols */ #ifndef CASESENSITIVITYDEFAULT_NO # if !defined(unix) && !defined(CASESENSITIVITYDEFAULT_YES) # define CASESENSITIVITYDEFAULT_NO # endif #endif #ifndef UNZ_BUFSIZE #define UNZ_BUFSIZE (16384) #endif #ifndef UNZ_MAXFILENAMEINZIP #define UNZ_MAXFILENAMEINZIP (256) #endif #ifndef ALLOC # define ALLOC(size) (malloc(size)) #endif #ifndef TRYFREE # define TRYFREE(p) {if (p) free(p);} #endif #define SIZECENTRALDIRITEM (0x2e) #define SIZEZIPLOCALHEADER (0x1e) const char unz_copyright[] = " unzip 1.01 Copyright 1998-2004 Gilles Vollant - http://www.winimage.com/zLibDll"; /* unz_file_info_interntal contain internal info about a file in zipfile*/ typedef struct unz_file_info_internal_s { uLong offset_curfile;/* relative offset of local header 4 bytes */ } unz_file_info_internal; /* file_in_zip_read_info_s contain internal information about a file in zipfile, when reading and decompress it */ typedef struct { char *read_buffer; /* internal buffer for compressed data */ z_stream stream; /* zLib stream structure for inflate */ uLong pos_in_zipfile; /* position in byte on the zipfile, for fseek*/ uLong stream_initialised; /* flag set if stream structure is initialised*/ uLong offset_local_extrafield;/* offset of the local extra field */ uInt size_local_extrafield;/* size of the local extra field */ uLong pos_local_extrafield; /* position in the local extra field in read*/ uLong crc32; /* crc32 of all data uncompressed */ uLong crc32_wait; /* crc32 we must obtain after decompress all */ uLong rest_read_compressed; /* number of byte to be decompressed */ uLong rest_read_uncompressed;/*number of byte to be obtained after decomp*/ zlib_filefunc_def z_filefunc; voidpf filestream; /* io structore of the zipfile */ uLong compression_method; /* compression method (0==store) */ uLong byte_before_the_zipfile;/* byte before the zipfile, (>0 for sfx)*/ int raw; } file_in_zip_read_info_s; /* unz_s contain internal information about the zipfile */ typedef struct { zlib_filefunc_def z_filefunc; voidpf filestream; /* io structore of the zipfile */ unz_global_info gi; /* public global information */ uLong byte_before_the_zipfile;/* byte before the zipfile, (>0 for sfx)*/ uLong num_file; /* number of the current file in the zipfile*/ uLong pos_in_central_dir; /* pos of the current file in the central dir*/ uLong current_file_ok; /* flag about the usability of the current file*/ uLong central_pos; /* position of the beginning of the central dir*/ uLong size_central_dir; /* size of the central directory */ uLong offset_central_dir; /* offset of start of central directory with respect to the starting disk number */ unz_file_info cur_file_info; /* public info about the current file in zip*/ unz_file_info_internal cur_file_info_internal; /* private info about it*/ file_in_zip_read_info_s* pfile_in_zip_read; /* structure about the current file if we are decompressing it */ int encrypted; # ifndef NOUNCRYPT unsigned long keys[3]; /* keys defining the pseudo-random sequence */ const unsigned long* pcrc_32_tab; # endif } unz_s; #ifndef NOUNCRYPT #include "crypt.h" #endif /* =========================================================================== Read a byte from a gz_stream; update next_in and avail_in. Return EOF for end of file. IN assertion: the stream s has been sucessfully opened for reading. */ local int unzlocal_getByte OF(( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, int *pi)); local int unzlocal_getByte( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, int *pi) { unsigned char c; int err = (int)ZREAD(*pzlib_filefunc_def,filestream,&c,1); if (err==1) { *pi = (int)c; return UNZ_OK; } else { if (ZERROR(*pzlib_filefunc_def,filestream)) return UNZ_ERRNO; else return UNZ_EOF; } } /* =========================================================================== Reads a long in LSB order from the given gz_stream. Sets */ local int unzlocal_getShort OF(( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong *pX)); local int unzlocal_getShort ( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong *pX) { uLong x ; int i; int err; err = unzlocal_getByte(pzlib_filefunc_def,filestream,&i); x = (uLong)i; if (err==UNZ_OK) err = unzlocal_getByte(pzlib_filefunc_def,filestream,&i); x += ((uLong)i)<<8; if (err==UNZ_OK) *pX = x; else *pX = 0; return err; } local int unzlocal_getLong OF(( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong *pX)); local int unzlocal_getLong ( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong *pX) { uLong x ; int i; int err; err = unzlocal_getByte(pzlib_filefunc_def,filestream,&i); x = (uLong)i; if (err==UNZ_OK) err = unzlocal_getByte(pzlib_filefunc_def,filestream,&i); x += ((uLong)i)<<8; if (err==UNZ_OK) err = unzlocal_getByte(pzlib_filefunc_def,filestream,&i); x += ((uLong)i)<<16; if (err==UNZ_OK) err = unzlocal_getByte(pzlib_filefunc_def,filestream,&i); x += ((uLong)i)<<24; if (err==UNZ_OK) *pX = x; else *pX = 0; return err; } /* My own strcmpi / strcasecmp */ local int strcmpcasenosensitive_internal ( const char* fileName1, const char* fileName2) { for (;;) { char c1=*(fileName1++); char c2=*(fileName2++); if ((c1>='a') && (c1<='z')) c1 -= 0x20; if ((c2>='a') && (c2<='z')) c2 -= 0x20; if (c1=='\0') return ((c2=='\0') ? 0 : -1); if (c2=='\0') return 1; if (c1c2) return 1; } } #ifdef CASESENSITIVITYDEFAULT_NO #define CASESENSITIVITYDEFAULTVALUE 2 #else #define CASESENSITIVITYDEFAULTVALUE 1 #endif #ifndef STRCMPCASENOSENTIVEFUNCTION #define STRCMPCASENOSENTIVEFUNCTION strcmpcasenosensitive_internal #endif /* Compare two filename (fileName1,fileName2). If iCaseSenisivity = 1, comparision is case sensitivity (like strcmp) If iCaseSenisivity = 2, comparision is not case sensitivity (like strcmpi or strcasecmp) If iCaseSenisivity = 0, case sensitivity is defaut of your operating system (like 1 on Unix, 2 on Windows) */ extern int ZEXPORT unzStringFileNameCompare ( const char* fileName1, const char* fileName2, int iCaseSensitivity) { if (iCaseSensitivity==0) iCaseSensitivity=CASESENSITIVITYDEFAULTVALUE; if (iCaseSensitivity==1) return strcmp(fileName1,fileName2); return STRCMPCASENOSENTIVEFUNCTION(fileName1,fileName2); } #ifndef BUFREADCOMMENT #define BUFREADCOMMENT (0x400) #endif /* Locate the Central directory of a zipfile (at the end, just before the global comment) */ local uLong unzlocal_SearchCentralDir OF(( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream)); local uLong unzlocal_SearchCentralDir( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream) { unsigned char* buf; uLong uSizeFile; uLong uBackRead; uLong uMaxBack=0xffff; /* maximum size of global comment */ uLong uPosFound=0; if (ZSEEK(*pzlib_filefunc_def,filestream,0,ZLIB_FILEFUNC_SEEK_END) != 0) return 0; uSizeFile = ZTELL(*pzlib_filefunc_def,filestream); if (uMaxBack>uSizeFile) uMaxBack = uSizeFile; buf = (unsigned char*)ALLOC(BUFREADCOMMENT+4); if (buf==NULL) return 0; uBackRead = 4; while (uBackReaduMaxBack) uBackRead = uMaxBack; else uBackRead+=BUFREADCOMMENT; uReadPos = uSizeFile-uBackRead ; uReadSize = ((BUFREADCOMMENT+4) < (uSizeFile-uReadPos)) ? (BUFREADCOMMENT+4) : (uSizeFile-uReadPos); if (ZSEEK(*pzlib_filefunc_def,filestream,uReadPos,ZLIB_FILEFUNC_SEEK_SET)!=0) break; if (ZREAD(*pzlib_filefunc_def,filestream,buf,uReadSize)!=uReadSize) break; for (i=(int)uReadSize-3; (i--)>0;) if (((*(buf+i))==0x50) && ((*(buf+i+1))==0x4b) && ((*(buf+i+2))==0x05) && ((*(buf+i+3))==0x06)) { uPosFound = uReadPos+i; break; } if (uPosFound!=0) break; } TRYFREE(buf); return uPosFound; } /* Open a Zip file. path contain the full pathname (by example, on a Windows NT computer "c:\\test\\zlib114.zip" or on an Unix computer "zlib/zlib114.zip". If the zipfile cannot be opened (file doesn't exist or in not valid), the return value is NULL. Else, the return value is a unzFile Handle, usable with other function of this unzip package. */ extern unzFile ZEXPORT unzOpen2 ( const char *path, zlib_filefunc_def* pzlib_filefunc_def) { unz_s us; unz_s *s; uLong central_pos,uL; uLong number_disk; /* number of the current dist, used for spaning ZIP, unsupported, always 0*/ uLong number_disk_with_CD; /* number the the disk with central dir, used for spaning ZIP, unsupported, always 0*/ uLong number_entry_CD; /* total number of entries in the central dir (same than number_entry on nospan) */ int err=UNZ_OK; if (unz_copyright[0]!=' ') return NULL; if (pzlib_filefunc_def==NULL) fill_fopen_filefunc(&us.z_filefunc); else us.z_filefunc = *pzlib_filefunc_def; us.filestream= (*(us.z_filefunc.zopen_file))(us.z_filefunc.opaque, path, ZLIB_FILEFUNC_MODE_READ | ZLIB_FILEFUNC_MODE_EXISTING); if (us.filestream==NULL) return NULL; central_pos = unzlocal_SearchCentralDir(&us.z_filefunc,us.filestream); if (central_pos==0) err=UNZ_ERRNO; if (ZSEEK(us.z_filefunc, us.filestream, central_pos,ZLIB_FILEFUNC_SEEK_SET)!=0) err=UNZ_ERRNO; /* the signature, already checked */ if (unzlocal_getLong(&us.z_filefunc, us.filestream,&uL)!=UNZ_OK) err=UNZ_ERRNO; /* number of this disk */ if (unzlocal_getShort(&us.z_filefunc, us.filestream,&number_disk)!=UNZ_OK) err=UNZ_ERRNO; /* number of the disk with the start of the central directory */ if (unzlocal_getShort(&us.z_filefunc, us.filestream,&number_disk_with_CD)!=UNZ_OK) err=UNZ_ERRNO; /* total number of entries in the central dir on this disk */ if (unzlocal_getShort(&us.z_filefunc, us.filestream,&us.gi.number_entry)!=UNZ_OK) err=UNZ_ERRNO; /* total number of entries in the central dir */ if (unzlocal_getShort(&us.z_filefunc, us.filestream,&number_entry_CD)!=UNZ_OK) err=UNZ_ERRNO; if ((number_entry_CD!=us.gi.number_entry) || (number_disk_with_CD!=0) || (number_disk!=0)) err=UNZ_BADZIPFILE; /* size of the central directory */ if (unzlocal_getLong(&us.z_filefunc, us.filestream,&us.size_central_dir)!=UNZ_OK) err=UNZ_ERRNO; /* offset of start of central directory with respect to the starting disk number */ if (unzlocal_getLong(&us.z_filefunc, us.filestream,&us.offset_central_dir)!=UNZ_OK) err=UNZ_ERRNO; /* zipfile comment length */ if (unzlocal_getShort(&us.z_filefunc, us.filestream,&us.gi.size_comment)!=UNZ_OK) err=UNZ_ERRNO; if ((central_pospfile_in_zip_read!=NULL) unzCloseCurrentFile(file); ZCLOSE(s->z_filefunc, s->filestream); TRYFREE(s); return UNZ_OK; } /* Write info about the ZipFile in the *pglobal_info structure. No preparation of the structure is needed return UNZ_OK if there is no problem. */ extern int ZEXPORT unzGetGlobalInfo ( unzFile file, unz_global_info *pglobal_info) { unz_s* s; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; *pglobal_info=s->gi; return UNZ_OK; } /* Translate date/time from Dos format to tm_unz (readable more easilty) */ local void unzlocal_DosDateToTmuDate ( uLong ulDosDate, tm_unz* ptm) { uLong uDate; uDate = (uLong)(ulDosDate>>16); ptm->tm_mday = (uInt)(uDate&0x1f) ; ptm->tm_mon = (uInt)((((uDate)&0x1E0)/0x20)-1) ; ptm->tm_year = (uInt)(((uDate&0x0FE00)/0x0200)+1980) ; ptm->tm_hour = (uInt) ((ulDosDate &0xF800)/0x800); ptm->tm_min = (uInt) ((ulDosDate&0x7E0)/0x20) ; ptm->tm_sec = (uInt) (2*(ulDosDate&0x1f)) ; } /* Get Info about the current file in the zipfile, with internal only info */ local int unzlocal_GetCurrentFileInfoInternal OF((unzFile file, unz_file_info *pfile_info, unz_file_info_internal *pfile_info_internal, char *szFileName, uLong fileNameBufferSize, void *extraField, uLong extraFieldBufferSize, char *szComment, uLong commentBufferSize)); local int unzlocal_GetCurrentFileInfoInternal ( unzFile file, unz_file_info *pfile_info, unz_file_info_internal *pfile_info_internal, char *szFileName, uLong fileNameBufferSize, void *extraField, uLong extraFieldBufferSize, char *szComment, uLong commentBufferSize) { unz_s* s; unz_file_info file_info; unz_file_info_internal file_info_internal; int err=UNZ_OK; uLong uMagic; long lSeek=0; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; if (ZSEEK(s->z_filefunc, s->filestream, s->pos_in_central_dir+s->byte_before_the_zipfile, ZLIB_FILEFUNC_SEEK_SET)!=0) err=UNZ_ERRNO; /* we check the magic */ if (err==UNZ_OK) { if (unzlocal_getLong(&s->z_filefunc, s->filestream,&uMagic) != UNZ_OK) err=UNZ_ERRNO; else if (uMagic!=0x02014b50) err=UNZ_BADZIPFILE; } if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.version) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.version_needed) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.flag) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.compression_method) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&file_info.dosDate) != UNZ_OK) err=UNZ_ERRNO; unzlocal_DosDateToTmuDate(file_info.dosDate,&file_info.tmu_date); if (unzlocal_getLong(&s->z_filefunc, s->filestream,&file_info.crc) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&file_info.compressed_size) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&file_info.uncompressed_size) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.size_filename) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.size_file_extra) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.size_file_comment) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.disk_num_start) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&file_info.internal_fa) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&file_info.external_fa) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&file_info_internal.offset_curfile) != UNZ_OK) err=UNZ_ERRNO; lSeek+=file_info.size_filename; if ((err==UNZ_OK) && (szFileName!=NULL)) { uLong uSizeRead ; if (file_info.size_filename0) && (fileNameBufferSize>0)) if (ZREAD(s->z_filefunc, s->filestream,szFileName,uSizeRead)!=uSizeRead) err=UNZ_ERRNO; lSeek -= uSizeRead; } if ((err==UNZ_OK) && (extraField!=NULL)) { uLong uSizeRead ; if (file_info.size_file_extraz_filefunc, s->filestream,lSeek,ZLIB_FILEFUNC_SEEK_CUR)==0) lSeek=0; else err=UNZ_ERRNO; } if ((file_info.size_file_extra>0) && (extraFieldBufferSize>0)) if (ZREAD(s->z_filefunc, s->filestream,extraField,uSizeRead)!=uSizeRead) err=UNZ_ERRNO; lSeek += file_info.size_file_extra - uSizeRead; } else lSeek+=file_info.size_file_extra; if ((err==UNZ_OK) && (szComment!=NULL)) { uLong uSizeRead ; if (file_info.size_file_commentz_filefunc, s->filestream,lSeek,ZLIB_FILEFUNC_SEEK_CUR)==0) lSeek=0; else err=UNZ_ERRNO; } if ((file_info.size_file_comment>0) && (commentBufferSize>0)) if (ZREAD(s->z_filefunc, s->filestream,szComment,uSizeRead)!=uSizeRead) err=UNZ_ERRNO; lSeek+=file_info.size_file_comment - uSizeRead; } else lSeek+=file_info.size_file_comment; if ((err==UNZ_OK) && (pfile_info!=NULL)) *pfile_info=file_info; if ((err==UNZ_OK) && (pfile_info_internal!=NULL)) *pfile_info_internal=file_info_internal; return err; } /* Write info about the ZipFile in the *pglobal_info structure. No preparation of the structure is needed return UNZ_OK if there is no problem. */ extern int ZEXPORT unzGetCurrentFileInfo ( unzFile file, unz_file_info *pfile_info, char *szFileName, uLong fileNameBufferSize, void *extraField, uLong extraFieldBufferSize, char *szComment, uLong commentBufferSize) { return unzlocal_GetCurrentFileInfoInternal(file,pfile_info,NULL, szFileName,fileNameBufferSize, extraField,extraFieldBufferSize, szComment,commentBufferSize); } /* Set the current file of the zipfile to the first file. return UNZ_OK if there is no problem */ extern int ZEXPORT unzGoToFirstFile (unzFile file) { int err=UNZ_OK; unz_s* s; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; s->pos_in_central_dir=s->offset_central_dir; s->num_file=0; err=unzlocal_GetCurrentFileInfoInternal(file,&s->cur_file_info, &s->cur_file_info_internal, NULL,0,NULL,0,NULL,0); s->current_file_ok = (err == UNZ_OK); return err; } /* Set the current file of the zipfile to the next file. return UNZ_OK if there is no problem return UNZ_END_OF_LIST_OF_FILE if the actual file was the latest. */ extern int ZEXPORT unzGoToNextFile (unzFile file) { unz_s* s; int err; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; if (!s->current_file_ok) return UNZ_END_OF_LIST_OF_FILE; if (s->gi.number_entry != 0xffff) /* 2^16 files overflow hack */ if (s->num_file+1==s->gi.number_entry) return UNZ_END_OF_LIST_OF_FILE; s->pos_in_central_dir += SIZECENTRALDIRITEM + s->cur_file_info.size_filename + s->cur_file_info.size_file_extra + s->cur_file_info.size_file_comment ; s->num_file++; err = unzlocal_GetCurrentFileInfoInternal(file,&s->cur_file_info, &s->cur_file_info_internal, NULL,0,NULL,0,NULL,0); s->current_file_ok = (err == UNZ_OK); return err; } /* Try locate the file szFileName in the zipfile. For the iCaseSensitivity signification, see unzipStringFileNameCompare return value : UNZ_OK if the file is found. It becomes the current file. UNZ_END_OF_LIST_OF_FILE if the file is not found */ extern int ZEXPORT unzLocateFile ( unzFile file, const char *szFileName, int iCaseSensitivity) { unz_s* s; int err; /* We remember the 'current' position in the file so that we can jump * back there if we fail. */ unz_file_info cur_file_infoSaved; unz_file_info_internal cur_file_info_internalSaved; uLong num_fileSaved; uLong pos_in_central_dirSaved; if (file==NULL) return UNZ_PARAMERROR; if (strlen(szFileName)>=UNZ_MAXFILENAMEINZIP) return UNZ_PARAMERROR; s=(unz_s*)file; if (!s->current_file_ok) return UNZ_END_OF_LIST_OF_FILE; /* Save the current state */ num_fileSaved = s->num_file; pos_in_central_dirSaved = s->pos_in_central_dir; cur_file_infoSaved = s->cur_file_info; cur_file_info_internalSaved = s->cur_file_info_internal; err = unzGoToFirstFile(file); while (err == UNZ_OK) { char szCurrentFileName[UNZ_MAXFILENAMEINZIP+1]; err = unzGetCurrentFileInfo(file,NULL, szCurrentFileName,sizeof(szCurrentFileName)-1, NULL,0,NULL,0); if (err == UNZ_OK) { if (unzStringFileNameCompare(szCurrentFileName, szFileName,iCaseSensitivity)==0) return UNZ_OK; err = unzGoToNextFile(file); } } /* We failed, so restore the state of the 'current file' to where we * were. */ s->num_file = num_fileSaved ; s->pos_in_central_dir = pos_in_central_dirSaved ; s->cur_file_info = cur_file_infoSaved; s->cur_file_info_internal = cur_file_info_internalSaved; return err; } /* /////////////////////////////////////////// // Contributed by Ryan Haksi (mailto://cryogen@infoserve.net) // I need random access // // Further optimization could be realized by adding an ability // to cache the directory in memory. The goal being a single // comprehensive file read to put the file I need in a memory. */ /* typedef struct unz_file_pos_s { uLong pos_in_zip_directory; // offset in file uLong num_of_file; // # of file } unz_file_pos; */ extern int ZEXPORT unzGetFilePos( unzFile file, unz_file_pos* file_pos) { unz_s* s; if (file==NULL || file_pos==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; if (!s->current_file_ok) return UNZ_END_OF_LIST_OF_FILE; file_pos->pos_in_zip_directory = s->pos_in_central_dir; file_pos->num_of_file = s->num_file; return UNZ_OK; } extern int ZEXPORT unzGoToFilePos( unzFile file, unz_file_pos* file_pos) { unz_s* s; int err; if (file==NULL || file_pos==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; /* jump to the right spot */ s->pos_in_central_dir = file_pos->pos_in_zip_directory; s->num_file = file_pos->num_of_file; /* set the current file */ err = unzlocal_GetCurrentFileInfoInternal(file,&s->cur_file_info, &s->cur_file_info_internal, NULL,0,NULL,0,NULL,0); /* return results */ s->current_file_ok = (err == UNZ_OK); return err; } /* // Unzip Helper Functions - should be here? /////////////////////////////////////////// */ /* Read the local header of the current zipfile Check the coherency of the local header and info in the end of central directory about this file store in *piSizeVar the size of extra info in local header (filename and size of extra field data) */ local int unzlocal_CheckCurrentFileCoherencyHeader ( unz_s* s, uInt* piSizeVar, uLong *poffset_local_extrafield, uInt *psize_local_extrafield) { uLong uMagic,uData,uFlags; uLong size_filename; uLong size_extra_field; int err=UNZ_OK; *piSizeVar = 0; *poffset_local_extrafield = 0; *psize_local_extrafield = 0; if (ZSEEK(s->z_filefunc, s->filestream,s->cur_file_info_internal.offset_curfile + s->byte_before_the_zipfile,ZLIB_FILEFUNC_SEEK_SET)!=0) return UNZ_ERRNO; if (err==UNZ_OK) { if (unzlocal_getLong(&s->z_filefunc, s->filestream,&uMagic) != UNZ_OK) err=UNZ_ERRNO; else if (uMagic!=0x04034b50) err=UNZ_BADZIPFILE; } if (unzlocal_getShort(&s->z_filefunc, s->filestream,&uData) != UNZ_OK) err=UNZ_ERRNO; /* else if ((err==UNZ_OK) && (uData!=s->cur_file_info.wVersion)) err=UNZ_BADZIPFILE; */ if (unzlocal_getShort(&s->z_filefunc, s->filestream,&uFlags) != UNZ_OK) err=UNZ_ERRNO; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&uData) != UNZ_OK) err=UNZ_ERRNO; else if ((err==UNZ_OK) && (uData!=s->cur_file_info.compression_method)) err=UNZ_BADZIPFILE; if ((err==UNZ_OK) && (s->cur_file_info.compression_method!=0) && (s->cur_file_info.compression_method!=Z_DEFLATED)) err=UNZ_BADZIPFILE; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&uData) != UNZ_OK) /* date/time */ err=UNZ_ERRNO; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&uData) != UNZ_OK) /* crc */ err=UNZ_ERRNO; else if ((err==UNZ_OK) && (uData!=s->cur_file_info.crc) && ((uFlags & 8)==0)) err=UNZ_BADZIPFILE; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&uData) != UNZ_OK) /* size compr */ err=UNZ_ERRNO; else if ((err==UNZ_OK) && (uData!=s->cur_file_info.compressed_size) && ((uFlags & 8)==0)) err=UNZ_BADZIPFILE; if (unzlocal_getLong(&s->z_filefunc, s->filestream,&uData) != UNZ_OK) /* size uncompr */ err=UNZ_ERRNO; else if ((err==UNZ_OK) && (uData!=s->cur_file_info.uncompressed_size) && ((uFlags & 8)==0)) err=UNZ_BADZIPFILE; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&size_filename) != UNZ_OK) err=UNZ_ERRNO; else if ((err==UNZ_OK) && (size_filename!=s->cur_file_info.size_filename)) err=UNZ_BADZIPFILE; *piSizeVar += (uInt)size_filename; if (unzlocal_getShort(&s->z_filefunc, s->filestream,&size_extra_field) != UNZ_OK) err=UNZ_ERRNO; *poffset_local_extrafield= s->cur_file_info_internal.offset_curfile + SIZEZIPLOCALHEADER + size_filename; *psize_local_extrafield = (uInt)size_extra_field; *piSizeVar += (uInt)size_extra_field; return err; } /* Open for reading data the current file in the zipfile. If there is no error and the file is opened, the return value is UNZ_OK. */ extern int ZEXPORT unzOpenCurrentFile3 ( unzFile file, int* method, int* level, int raw, const char* password) { int err=UNZ_OK; uInt iSizeVar; unz_s* s; file_in_zip_read_info_s* pfile_in_zip_read_info; uLong offset_local_extrafield; /* offset of the local extra field */ uInt size_local_extrafield; /* size of the local extra field */ # ifndef NOUNCRYPT char source[12]; # else if (password != NULL) return UNZ_PARAMERROR; # endif if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; if (!s->current_file_ok) return UNZ_PARAMERROR; if (s->pfile_in_zip_read != NULL) unzCloseCurrentFile(file); if (unzlocal_CheckCurrentFileCoherencyHeader(s,&iSizeVar, &offset_local_extrafield,&size_local_extrafield)!=UNZ_OK) return UNZ_BADZIPFILE; pfile_in_zip_read_info = (file_in_zip_read_info_s*) ALLOC(sizeof(file_in_zip_read_info_s)); if (pfile_in_zip_read_info==NULL) return UNZ_INTERNALERROR; pfile_in_zip_read_info->read_buffer=(char*)ALLOC(UNZ_BUFSIZE); pfile_in_zip_read_info->offset_local_extrafield = offset_local_extrafield; pfile_in_zip_read_info->size_local_extrafield = size_local_extrafield; pfile_in_zip_read_info->pos_local_extrafield=0; pfile_in_zip_read_info->raw=raw; if (pfile_in_zip_read_info->read_buffer==NULL) { TRYFREE(pfile_in_zip_read_info); return UNZ_INTERNALERROR; } pfile_in_zip_read_info->stream_initialised=0; if (method!=NULL) *method = (int)s->cur_file_info.compression_method; if (level!=NULL) { *level = 6; switch (s->cur_file_info.flag & 0x06) { case 6 : *level = 1; break; case 4 : *level = 2; break; case 2 : *level = 9; break; } } if ((s->cur_file_info.compression_method!=0) && (s->cur_file_info.compression_method!=Z_DEFLATED)) err=UNZ_BADZIPFILE; pfile_in_zip_read_info->crc32_wait=s->cur_file_info.crc; pfile_in_zip_read_info->crc32=0; pfile_in_zip_read_info->compression_method = s->cur_file_info.compression_method; pfile_in_zip_read_info->filestream=s->filestream; pfile_in_zip_read_info->z_filefunc=s->z_filefunc; pfile_in_zip_read_info->byte_before_the_zipfile=s->byte_before_the_zipfile; pfile_in_zip_read_info->stream.total_out = 0; if ((s->cur_file_info.compression_method==Z_DEFLATED) && (!raw)) { pfile_in_zip_read_info->stream.zalloc = (alloc_func)0; pfile_in_zip_read_info->stream.zfree = (free_func)0; pfile_in_zip_read_info->stream.opaque = (voidpf)0; pfile_in_zip_read_info->stream.next_in = NULL; // AKT was (voidpf)0; pfile_in_zip_read_info->stream.avail_in = 0; err=inflateInit2(&pfile_in_zip_read_info->stream, -MAX_WBITS); if (err == Z_OK) pfile_in_zip_read_info->stream_initialised=1; else { TRYFREE(pfile_in_zip_read_info); return err; } /* windowBits is passed < 0 to tell that there is no zlib header. * Note that in this case inflate *requires* an extra "dummy" byte * after the compressed stream in order to complete decompression and * return Z_STREAM_END. * In unzip, i don't wait absolutely Z_STREAM_END because I known the * size of both compressed and uncompressed data */ } pfile_in_zip_read_info->rest_read_compressed = s->cur_file_info.compressed_size ; pfile_in_zip_read_info->rest_read_uncompressed = s->cur_file_info.uncompressed_size ; pfile_in_zip_read_info->pos_in_zipfile = s->cur_file_info_internal.offset_curfile + SIZEZIPLOCALHEADER + iSizeVar; pfile_in_zip_read_info->stream.avail_in = (uInt)0; s->pfile_in_zip_read = pfile_in_zip_read_info; # ifndef NOUNCRYPT if (password != NULL) { int i; s->pcrc_32_tab = (const unsigned long *)get_crc_table(); init_keys(password,s->keys,s->pcrc_32_tab); if (ZSEEK(s->z_filefunc, s->filestream, s->pfile_in_zip_read->pos_in_zipfile + s->pfile_in_zip_read->byte_before_the_zipfile, SEEK_SET)!=0) return UNZ_INTERNALERROR; if(ZREAD(s->z_filefunc, s->filestream,source, 12)<12) return UNZ_INTERNALERROR; for (i = 0; i<12; i++) zdecode(s->keys,s->pcrc_32_tab,source[i]); s->pfile_in_zip_read->pos_in_zipfile+=12; s->encrypted=1; } # endif return UNZ_OK; } extern int ZEXPORT unzOpenCurrentFile (unzFile file) { return unzOpenCurrentFile3(file, NULL, NULL, 0, NULL); } extern int ZEXPORT unzOpenCurrentFilePassword ( unzFile file, const char* password) { return unzOpenCurrentFile3(file, NULL, NULL, 0, password); } extern int ZEXPORT unzOpenCurrentFile2 ( unzFile file, int* method, int* level, int raw) { return unzOpenCurrentFile3(file, method, level, raw, NULL); } /* Read bytes from the current file. buf contain buffer where data must be copied len the size of buf. return the number of byte copied if somes bytes are copied return 0 if the end of file was reached return <0 with error code if there is an error (UNZ_ERRNO for IO error, or zLib error for uncompress error) */ extern int ZEXPORT unzReadCurrentFile ( unzFile file, voidp buf, unsigned len) { int err=UNZ_OK; uInt iRead = 0; unz_s* s; file_in_zip_read_info_s* pfile_in_zip_read_info; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; pfile_in_zip_read_info=s->pfile_in_zip_read; if (pfile_in_zip_read_info==NULL) return UNZ_PARAMERROR; if (pfile_in_zip_read_info->read_buffer == NULL) return UNZ_END_OF_LIST_OF_FILE; if (len==0) return 0; pfile_in_zip_read_info->stream.next_out = (Bytef*)buf; pfile_in_zip_read_info->stream.avail_out = (uInt)len; if ((len>pfile_in_zip_read_info->rest_read_uncompressed) && (!(pfile_in_zip_read_info->raw))) pfile_in_zip_read_info->stream.avail_out = (uInt)pfile_in_zip_read_info->rest_read_uncompressed; if ((len>pfile_in_zip_read_info->rest_read_compressed+ pfile_in_zip_read_info->stream.avail_in) && (pfile_in_zip_read_info->raw)) pfile_in_zip_read_info->stream.avail_out = (uInt)pfile_in_zip_read_info->rest_read_compressed+ pfile_in_zip_read_info->stream.avail_in; while (pfile_in_zip_read_info->stream.avail_out>0) { if ((pfile_in_zip_read_info->stream.avail_in==0) && (pfile_in_zip_read_info->rest_read_compressed>0)) { uInt uReadThis = UNZ_BUFSIZE; if (pfile_in_zip_read_info->rest_read_compressedrest_read_compressed; if (uReadThis == 0) return UNZ_EOF; if (ZSEEK(pfile_in_zip_read_info->z_filefunc, pfile_in_zip_read_info->filestream, pfile_in_zip_read_info->pos_in_zipfile + pfile_in_zip_read_info->byte_before_the_zipfile, ZLIB_FILEFUNC_SEEK_SET)!=0) return UNZ_ERRNO; if (ZREAD(pfile_in_zip_read_info->z_filefunc, pfile_in_zip_read_info->filestream, pfile_in_zip_read_info->read_buffer, uReadThis)!=uReadThis) return UNZ_ERRNO; # ifndef NOUNCRYPT if(s->encrypted) { uInt i; for(i=0;iread_buffer[i] = zdecode(s->keys,s->pcrc_32_tab, pfile_in_zip_read_info->read_buffer[i]); } # endif pfile_in_zip_read_info->pos_in_zipfile += uReadThis; pfile_in_zip_read_info->rest_read_compressed-=uReadThis; pfile_in_zip_read_info->stream.next_in = (Bytef*)pfile_in_zip_read_info->read_buffer; pfile_in_zip_read_info->stream.avail_in = (uInt)uReadThis; } if ((pfile_in_zip_read_info->compression_method==0) || (pfile_in_zip_read_info->raw)) { uInt uDoCopy,i ; if ((pfile_in_zip_read_info->stream.avail_in == 0) && (pfile_in_zip_read_info->rest_read_compressed == 0)) return (iRead==0) ? UNZ_EOF : iRead; if (pfile_in_zip_read_info->stream.avail_out < pfile_in_zip_read_info->stream.avail_in) uDoCopy = pfile_in_zip_read_info->stream.avail_out ; else uDoCopy = pfile_in_zip_read_info->stream.avail_in ; for (i=0;istream.next_out+i) = *(pfile_in_zip_read_info->stream.next_in+i); pfile_in_zip_read_info->crc32 = crc32(pfile_in_zip_read_info->crc32, pfile_in_zip_read_info->stream.next_out, uDoCopy); pfile_in_zip_read_info->rest_read_uncompressed-=uDoCopy; pfile_in_zip_read_info->stream.avail_in -= uDoCopy; pfile_in_zip_read_info->stream.avail_out -= uDoCopy; pfile_in_zip_read_info->stream.next_out += uDoCopy; pfile_in_zip_read_info->stream.next_in += uDoCopy; pfile_in_zip_read_info->stream.total_out += uDoCopy; iRead += uDoCopy; } else { uLong uTotalOutBefore,uTotalOutAfter; const Bytef *bufBefore; uLong uOutThis; int flush=Z_SYNC_FLUSH; uTotalOutBefore = pfile_in_zip_read_info->stream.total_out; bufBefore = pfile_in_zip_read_info->stream.next_out; /* if ((pfile_in_zip_read_info->rest_read_uncompressed == pfile_in_zip_read_info->stream.avail_out) && (pfile_in_zip_read_info->rest_read_compressed == 0)) flush = Z_FINISH; */ err=inflate(&pfile_in_zip_read_info->stream,flush); if ((err>=0) && (pfile_in_zip_read_info->stream.msg!=NULL)) err = Z_DATA_ERROR; uTotalOutAfter = pfile_in_zip_read_info->stream.total_out; uOutThis = uTotalOutAfter-uTotalOutBefore; pfile_in_zip_read_info->crc32 = crc32(pfile_in_zip_read_info->crc32,bufBefore, (uInt)(uOutThis)); pfile_in_zip_read_info->rest_read_uncompressed -= uOutThis; iRead += (uInt)(uTotalOutAfter - uTotalOutBefore); if (err==Z_STREAM_END) return (iRead==0) ? UNZ_EOF : iRead; if (err!=Z_OK) break; } } if (err==Z_OK) return iRead; return err; } /* Give the current position in uncompressed data */ extern z_off_t ZEXPORT unztell (unzFile file) { unz_s* s; file_in_zip_read_info_s* pfile_in_zip_read_info; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; pfile_in_zip_read_info=s->pfile_in_zip_read; if (pfile_in_zip_read_info==NULL) return UNZ_PARAMERROR; return (z_off_t)pfile_in_zip_read_info->stream.total_out; } /* return 1 if the end of file was reached, 0 elsewhere */ extern int ZEXPORT unzeof (unzFile file) { unz_s* s; file_in_zip_read_info_s* pfile_in_zip_read_info; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; pfile_in_zip_read_info=s->pfile_in_zip_read; if (pfile_in_zip_read_info==NULL) return UNZ_PARAMERROR; if (pfile_in_zip_read_info->rest_read_uncompressed == 0) return 1; else return 0; } /* Read extra field from the current file (opened by unzOpenCurrentFile) This is the local-header version of the extra field (sometimes, there is more info in the local-header version than in the central-header) if buf==NULL, it return the size of the local extra field that can be read if buf!=NULL, len is the size of the buffer, the extra header is copied in buf. the return value is the number of bytes copied in buf, or (if <0) the error code */ extern int ZEXPORT unzGetLocalExtrafield ( unzFile file, voidp buf, unsigned len) { unz_s* s; file_in_zip_read_info_s* pfile_in_zip_read_info; uInt read_now; uLong size_to_read; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; pfile_in_zip_read_info=s->pfile_in_zip_read; if (pfile_in_zip_read_info==NULL) return UNZ_PARAMERROR; size_to_read = (pfile_in_zip_read_info->size_local_extrafield - pfile_in_zip_read_info->pos_local_extrafield); if (buf==NULL) return (int)size_to_read; if (len>size_to_read) read_now = (uInt)size_to_read; else read_now = (uInt)len ; if (read_now==0) return 0; if (ZSEEK(pfile_in_zip_read_info->z_filefunc, pfile_in_zip_read_info->filestream, pfile_in_zip_read_info->offset_local_extrafield + pfile_in_zip_read_info->pos_local_extrafield, ZLIB_FILEFUNC_SEEK_SET)!=0) return UNZ_ERRNO; if (ZREAD(pfile_in_zip_read_info->z_filefunc, pfile_in_zip_read_info->filestream, buf,read_now)!=read_now) return UNZ_ERRNO; return (int)read_now; } /* Close the file in zip opened with unzipOpenCurrentFile Return UNZ_CRCERROR if all the file was read but the CRC is not good */ extern int ZEXPORT unzCloseCurrentFile (unzFile file) { int err=UNZ_OK; unz_s* s; file_in_zip_read_info_s* pfile_in_zip_read_info; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; pfile_in_zip_read_info=s->pfile_in_zip_read; if (pfile_in_zip_read_info==NULL) return UNZ_PARAMERROR; if ((pfile_in_zip_read_info->rest_read_uncompressed == 0) && (!pfile_in_zip_read_info->raw)) { if (pfile_in_zip_read_info->crc32 != pfile_in_zip_read_info->crc32_wait) err=UNZ_CRCERROR; } TRYFREE(pfile_in_zip_read_info->read_buffer); pfile_in_zip_read_info->read_buffer = NULL; if (pfile_in_zip_read_info->stream_initialised) inflateEnd(&pfile_in_zip_read_info->stream); pfile_in_zip_read_info->stream_initialised = 0; TRYFREE(pfile_in_zip_read_info); s->pfile_in_zip_read=NULL; return err; } /* Get the global comment string of the ZipFile, in the szComment buffer. uSizeBuf is the size of the szComment buffer. return the number of byte copied or an error code <0 */ extern int ZEXPORT unzGetGlobalComment ( unzFile file, char *szComment, uLong uSizeBuf) { //AKT int err=UNZ_OK; unz_s* s; uLong uReadThis ; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; uReadThis = uSizeBuf; if (uReadThis>s->gi.size_comment) uReadThis = s->gi.size_comment; if (ZSEEK(s->z_filefunc,s->filestream,s->central_pos+22,ZLIB_FILEFUNC_SEEK_SET)!=0) return UNZ_ERRNO; if (uReadThis>0) { *szComment='\0'; if (ZREAD(s->z_filefunc,s->filestream,szComment,uReadThis)!=uReadThis) return UNZ_ERRNO; } if ((szComment != NULL) && (uSizeBuf > s->gi.size_comment)) *(szComment+s->gi.size_comment)='\0'; return (int)uReadThis; } /* Additions by RX '2004 */ extern uLong ZEXPORT unzGetOffset (unzFile file) { unz_s* s; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; if (!s->current_file_ok) return 0; if (s->gi.number_entry != 0 && s->gi.number_entry != 0xffff) if (s->num_file==s->gi.number_entry) return 0; return s->pos_in_central_dir; } extern int ZEXPORT unzSetOffset ( unzFile file, uLong pos) { unz_s* s; int err; if (file==NULL) return UNZ_PARAMERROR; s=(unz_s*)file; s->pos_in_central_dir = pos; s->num_file = s->gi.number_entry; /* hack */ err = unzlocal_GetCurrentFileInfoInternal(file,&s->cur_file_info, &s->cur_file_info_internal, NULL,0,NULL,0,NULL,0); s->current_file_ok = (err == UNZ_OK); return err; } golly-3.3-src/gui-common/MiniZip/ioapi.h0000644000175000017500000000474712227612122015127 00000000000000/* ioapi.h -- IO base function header for compress/uncompress .zip files using zlib + zip or unzip API Version 1.01e, February 12th, 2005 Copyright (C) 1998-2005 Gilles Vollant */ #ifndef _ZLIBIOAPI_H #define _ZLIBIOAPI_H #define ZLIB_FILEFUNC_SEEK_CUR (1) #define ZLIB_FILEFUNC_SEEK_END (2) #define ZLIB_FILEFUNC_SEEK_SET (0) #define ZLIB_FILEFUNC_MODE_READ (1) #define ZLIB_FILEFUNC_MODE_WRITE (2) #define ZLIB_FILEFUNC_MODE_READWRITEFILTER (3) #define ZLIB_FILEFUNC_MODE_EXISTING (4) #define ZLIB_FILEFUNC_MODE_CREATE (8) #ifndef ZCALLBACK #if (defined(WIN32) || defined (WINDOWS) || defined (_WINDOWS)) && defined(CALLBACK) && defined (USEWINDOWS_CALLBACK) #define ZCALLBACK CALLBACK #else #define ZCALLBACK #endif #endif #ifdef __cplusplus extern "C" { #endif typedef voidpf (ZCALLBACK *open_file_func) OF((voidpf opaque, const char* filename, int mode)); typedef uLong (ZCALLBACK *read_file_func) OF((voidpf opaque, voidpf stream, void* buf, uLong size)); typedef uLong (ZCALLBACK *write_file_func) OF((voidpf opaque, voidpf stream, const void* buf, uLong size)); typedef long (ZCALLBACK *tell_file_func) OF((voidpf opaque, voidpf stream)); typedef long (ZCALLBACK *seek_file_func) OF((voidpf opaque, voidpf stream, uLong offset, int origin)); typedef int (ZCALLBACK *close_file_func) OF((voidpf opaque, voidpf stream)); typedef int (ZCALLBACK *testerror_file_func) OF((voidpf opaque, voidpf stream)); typedef struct zlib_filefunc_def_s { open_file_func zopen_file; read_file_func zread_file; write_file_func zwrite_file; tell_file_func ztell_file; seek_file_func zseek_file; close_file_func zclose_file; testerror_file_func zerror_file; voidpf opaque; } zlib_filefunc_def; void fill_fopen_filefunc OF((zlib_filefunc_def* pzlib_filefunc_def)); #define ZREAD(filefunc,filestream,buf,size) ((*((filefunc).zread_file))((filefunc).opaque,filestream,buf,size)) #define ZWRITE(filefunc,filestream,buf,size) ((*((filefunc).zwrite_file))((filefunc).opaque,filestream,buf,size)) #define ZTELL(filefunc,filestream) ((*((filefunc).ztell_file))((filefunc).opaque,filestream)) #define ZSEEK(filefunc,filestream,pos,mode) ((*((filefunc).zseek_file))((filefunc).opaque,filestream,pos,mode)) #define ZCLOSE(filefunc,filestream) ((*((filefunc).zclose_file))((filefunc).opaque,filestream)) #define ZERROR(filefunc,filestream) ((*((filefunc).zerror_file))((filefunc).opaque,filestream)) #ifdef __cplusplus } #endif #endif golly-3.3-src/gui-common/MiniZip/unzip.h0000644000175000017500000003125012227612122015160 00000000000000/* unzip.h -- IO for uncompress .zip files using zlib Version 1.01e, February 12th, 2005 Copyright (C) 1998-2005 Gilles Vollant This unzip package allow extract file from .ZIP file, compatible with PKZip 2.04g WinZip, InfoZip tools and compatible. Multi volume ZipFile (span) are not supported. Encryption compatible with pkzip 2.04g only supported Old compressions used by old PKZip 1.x are not supported I WAIT FEEDBACK at mail info@winimage.com Visit also http://www.winimage.com/zLibDll/unzip.htm for evolution Condition of use and distribution are the same than zlib : This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. */ /* for more info about .ZIP format, see http://www.info-zip.org/pub/infozip/doc/appnote-981119-iz.zip http://www.info-zip.org/pub/infozip/doc/ PkWare has also a specification at : ftp://ftp.pkware.com/probdesc.zip */ #ifndef _unz_H #define _unz_H #ifdef __cplusplus extern "C" { #endif #ifndef _ZLIB_H #include "zlib.h" #endif #ifndef _ZLIBIOAPI_H #include "ioapi.h" #endif #if defined(STRICTUNZIP) || defined(STRICTZIPUNZIP) /* like the STRICT of WIN32, we define a pointer that cannot be converted from (void*) without cast */ typedef struct TagunzFile__ { int unused; } unzFile__; typedef unzFile__ *unzFile; #else typedef voidp unzFile; #endif #define UNZ_OK (0) #define UNZ_END_OF_LIST_OF_FILE (-100) #define UNZ_ERRNO (Z_ERRNO) #define UNZ_EOF (0) #define UNZ_PARAMERROR (-102) #define UNZ_BADZIPFILE (-103) #define UNZ_INTERNALERROR (-104) #define UNZ_CRCERROR (-105) /* tm_unz contain date/time info */ typedef struct tm_unz_s { uInt tm_sec; /* seconds after the minute - [0,59] */ uInt tm_min; /* minutes after the hour - [0,59] */ uInt tm_hour; /* hours since midnight - [0,23] */ uInt tm_mday; /* day of the month - [1,31] */ uInt tm_mon; /* months since January - [0,11] */ uInt tm_year; /* years - [1980..2044] */ } tm_unz; /* unz_global_info structure contain global data about the ZIPfile These data comes from the end of central dir */ typedef struct unz_global_info_s { uLong number_entry; /* total number of entries in the central dir on this disk */ uLong size_comment; /* size of the global comment of the zipfile */ } unz_global_info; /* unz_file_info contain information about a file in the zipfile */ typedef struct unz_file_info_s { uLong version; /* version made by 2 bytes */ uLong version_needed; /* version needed to extract 2 bytes */ uLong flag; /* general purpose bit flag 2 bytes */ uLong compression_method; /* compression method 2 bytes */ uLong dosDate; /* last mod file date in Dos fmt 4 bytes */ uLong crc; /* crc-32 4 bytes */ uLong compressed_size; /* compressed size 4 bytes */ uLong uncompressed_size; /* uncompressed size 4 bytes */ uLong size_filename; /* filename length 2 bytes */ uLong size_file_extra; /* extra field length 2 bytes */ uLong size_file_comment; /* file comment length 2 bytes */ uLong disk_num_start; /* disk number start 2 bytes */ uLong internal_fa; /* internal file attributes 2 bytes */ uLong external_fa; /* external file attributes 4 bytes */ tm_unz tmu_date; } unz_file_info; extern int ZEXPORT unzStringFileNameCompare OF ((const char* fileName1, const char* fileName2, int iCaseSensitivity)); /* Compare two filename (fileName1,fileName2). If iCaseSenisivity = 1, comparision is case sensitivity (like strcmp) If iCaseSenisivity = 2, comparision is not case sensitivity (like strcmpi or strcasecmp) If iCaseSenisivity = 0, case sensitivity is defaut of your operating system (like 1 on Unix, 2 on Windows) */ extern unzFile ZEXPORT unzOpen OF((const char *path)); /* Open a Zip file. path contain the full pathname (by example, on a Windows XP computer "c:\\zlib\\zlib113.zip" or on an Unix computer "zlib/zlib113.zip". If the zipfile cannot be opened (file don't exist or in not valid), the return value is NULL. Else, the return value is a unzFile Handle, usable with other function of this unzip package. */ extern unzFile ZEXPORT unzOpen2 OF((const char *path, zlib_filefunc_def* pzlib_filefunc_def)); /* Open a Zip file, like unzOpen, but provide a set of file low level API for read/write the zip file (see ioapi.h) */ extern int ZEXPORT unzClose OF((unzFile file)); /* Close a ZipFile opened with unzipOpen. If there is files inside the .Zip opened with unzOpenCurrentFile (see later), these files MUST be closed with unzipCloseCurrentFile before call unzipClose. return UNZ_OK if there is no problem. */ extern int ZEXPORT unzGetGlobalInfo OF((unzFile file, unz_global_info *pglobal_info)); /* Write info about the ZipFile in the *pglobal_info structure. No preparation of the structure is needed return UNZ_OK if there is no problem. */ extern int ZEXPORT unzGetGlobalComment OF((unzFile file, char *szComment, uLong uSizeBuf)); /* Get the global comment string of the ZipFile, in the szComment buffer. uSizeBuf is the size of the szComment buffer. return the number of byte copied or an error code <0 */ /***************************************************************************/ /* Unzip package allow you browse the directory of the zipfile */ extern int ZEXPORT unzGoToFirstFile OF((unzFile file)); /* Set the current file of the zipfile to the first file. return UNZ_OK if there is no problem */ extern int ZEXPORT unzGoToNextFile OF((unzFile file)); /* Set the current file of the zipfile to the next file. return UNZ_OK if there is no problem return UNZ_END_OF_LIST_OF_FILE if the actual file was the latest. */ extern int ZEXPORT unzLocateFile OF((unzFile file, const char *szFileName, int iCaseSensitivity)); /* Try locate the file szFileName in the zipfile. For the iCaseSensitivity signification, see unzStringFileNameCompare return value : UNZ_OK if the file is found. It becomes the current file. UNZ_END_OF_LIST_OF_FILE if the file is not found */ /* ****************************************** */ /* Ryan supplied functions */ /* unz_file_info contain information about a file in the zipfile */ typedef struct unz_file_pos_s { uLong pos_in_zip_directory; /* offset in zip file directory */ uLong num_of_file; /* # of file */ } unz_file_pos; extern int ZEXPORT unzGetFilePos( unzFile file, unz_file_pos* file_pos); extern int ZEXPORT unzGoToFilePos( unzFile file, unz_file_pos* file_pos); /* ****************************************** */ extern int ZEXPORT unzGetCurrentFileInfo OF((unzFile file, unz_file_info *pfile_info, char *szFileName, uLong fileNameBufferSize, void *extraField, uLong extraFieldBufferSize, char *szComment, uLong commentBufferSize)); /* Get Info about the current file if pfile_info!=NULL, the *pfile_info structure will contain somes info about the current file if szFileName!=NULL, the filemane string will be copied in szFileName (fileNameBufferSize is the size of the buffer) if extraField!=NULL, the extra field information will be copied in extraField (extraFieldBufferSize is the size of the buffer). This is the Central-header version of the extra field if szComment!=NULL, the comment string of the file will be copied in szComment (commentBufferSize is the size of the buffer) */ /***************************************************************************/ /* for reading the content of the current zipfile, you can open it, read data from it, and close it (you can close it before reading all the file) */ extern int ZEXPORT unzOpenCurrentFile OF((unzFile file)); /* Open for reading data the current file in the zipfile. If there is no error, the return value is UNZ_OK. */ extern int ZEXPORT unzOpenCurrentFilePassword OF((unzFile file, const char* password)); /* Open for reading data the current file in the zipfile. password is a crypting password If there is no error, the return value is UNZ_OK. */ extern int ZEXPORT unzOpenCurrentFile2 OF((unzFile file, int* method, int* level, int raw)); /* Same than unzOpenCurrentFile, but open for read raw the file (not uncompress) if raw==1 *method will receive method of compression, *level will receive level of compression note : you can set level parameter as NULL (if you did not want known level, but you CANNOT set method parameter as NULL */ extern int ZEXPORT unzOpenCurrentFile3 OF((unzFile file, int* method, int* level, int raw, const char* password)); /* Same than unzOpenCurrentFile, but open for read raw the file (not uncompress) if raw==1 *method will receive method of compression, *level will receive level of compression note : you can set level parameter as NULL (if you did not want known level, but you CANNOT set method parameter as NULL */ extern int ZEXPORT unzCloseCurrentFile OF((unzFile file)); /* Close the file in zip opened with unzOpenCurrentFile Return UNZ_CRCERROR if all the file was read but the CRC is not good */ extern int ZEXPORT unzReadCurrentFile OF((unzFile file, voidp buf, unsigned len)); /* Read bytes from the current file (opened by unzOpenCurrentFile) buf contain buffer where data must be copied len the size of buf. return the number of byte copied if somes bytes are copied return 0 if the end of file was reached return <0 with error code if there is an error (UNZ_ERRNO for IO error, or zLib error for uncompress error) */ extern z_off_t ZEXPORT unztell OF((unzFile file)); /* Give the current position in uncompressed data */ extern int ZEXPORT unzeof OF((unzFile file)); /* return 1 if the end of file was reached, 0 elsewhere */ extern int ZEXPORT unzGetLocalExtrafield OF((unzFile file, voidp buf, unsigned len)); /* Read extra field from the current file (opened by unzOpenCurrentFile) This is the local-header version of the extra field (sometimes, there is more info in the local-header version than in the central-header) if buf==NULL, it return the size of the local extra field if buf!=NULL, len is the size of the buffer, the extra header is copied in buf. the return value is the number of bytes copied in buf, or (if <0) the error code */ /***************************************************************************/ /* Get the current file offset */ extern uLong ZEXPORT unzGetOffset (unzFile file); /* Set the current file offset */ extern int ZEXPORT unzSetOffset (unzFile file, uLong pos); #ifdef __cplusplus } #endif #endif /* _unz_H */ golly-3.3-src/gui-common/MiniZip/zip.c0000644000175000017500000010655512651666400014634 00000000000000/* zip.c -- IO on .zip files using zlib Version 1.01e, February 12th, 2005 27 Dec 2004 Rolf Kalbermatter Modification to zipOpen2 to support globalComment retrieval. Copyright (C) 1998-2005 Gilles Vollant Read zip.h for more info */ #include #include #include #include #include "zlib.h" #include "zip.h" #ifdef STDC # include # include # include #endif #ifdef NO_ERRNO_H extern int errno; #else # include #endif #ifndef local # define local static #endif /* compile with -Dlocal if your debugger can't find static symbols */ #ifndef VERSIONMADEBY # define VERSIONMADEBY (0x0) /* platform depedent */ #endif #ifndef Z_BUFSIZE #define Z_BUFSIZE (16384) #endif #ifndef Z_MAXFILENAMEINZIP #define Z_MAXFILENAMEINZIP (256) #endif #ifndef ALLOC # define ALLOC(size) (malloc(size)) #endif #ifndef TRYFREE # define TRYFREE(p) {if (p) free(p);} #endif /* #define SIZECENTRALDIRITEM (0x2e) #define SIZEZIPLOCALHEADER (0x1e) */ /* I've found an old Unix (a SunOS 4.1.3_U1) without all SEEK_* defined.... */ #ifndef SEEK_CUR #define SEEK_CUR 1 #endif #ifndef SEEK_END #define SEEK_END 2 #endif #ifndef SEEK_SET #define SEEK_SET 0 #endif #ifndef DEF_MEM_LEVEL #if MAX_MEM_LEVEL >= 8 # define DEF_MEM_LEVEL 8 #else # define DEF_MEM_LEVEL MAX_MEM_LEVEL #endif #endif //const char zip_copyright[] = // " zip 1.01 Copyright 1998-2004 Gilles Vollant - http://www.winimage.com/zLibDll"; #define SIZEDATA_INDATABLOCK (4096-(4*4)) #define LOCALHEADERMAGIC (0x04034b50) #define CENTRALHEADERMAGIC (0x02014b50) #define ENDHEADERMAGIC (0x06054b50) #define FLAG_LOCALHEADER_OFFSET (0x06) #define CRC_LOCALHEADER_OFFSET (0x0e) #define SIZECENTRALHEADER (0x2e) /* 46 */ typedef struct linkedlist_datablock_internal_s { struct linkedlist_datablock_internal_s* next_datablock; uLong avail_in_this_block; uLong filled_in_this_block; uLong unused; /* for future use and alignement */ unsigned char data[SIZEDATA_INDATABLOCK]; } linkedlist_datablock_internal; typedef struct linkedlist_data_s { linkedlist_datablock_internal* first_block; linkedlist_datablock_internal* last_block; } linkedlist_data; typedef struct { z_stream stream; /* zLib stream structure for inflate */ int stream_initialised; /* 1 is stream is initialised */ uInt pos_in_buffered_data; /* last written byte in buffered_data */ uLong pos_local_header; /* offset of the local header of the file currenty writing */ char* central_header; /* central header data for the current file */ uLong size_centralheader; /* size of the central header for cur file */ uLong flag; /* flag of the file currently writing */ int method; /* compression method of file currenty wr.*/ int raw; /* 1 for directly writing raw data */ Byte buffered_data[Z_BUFSIZE];/* buffer contain compressed data to be writ*/ uLong dosDate; uLong crc32; int encrypt; #ifndef NOCRYPT unsigned long keys[3]; /* keys defining the pseudo-random sequence */ const unsigned long* pcrc_32_tab; int crypt_header_size; #endif } curfile_info; typedef struct { zlib_filefunc_def z_filefunc; voidpf filestream; /* io structore of the zipfile */ linkedlist_data central_dir;/* datablock with central dir in construction*/ int in_opened_file_inzip; /* 1 if a file in the zip is currently writ.*/ curfile_info ci; /* info on the file curretly writing */ uLong begin_pos; /* position of the beginning of the zipfile */ uLong add_position_when_writting_offset; uLong number_entry; #ifndef NO_ADDFILEINEXISTINGZIP char *globalcomment; #endif } zip_internal; #ifndef NOCRYPT #define INCLUDECRYPTINGCODE_IFCRYPTALLOWED #include "crypt.h" #endif local linkedlist_datablock_internal* allocate_new_datablock() { linkedlist_datablock_internal* ldi; ldi = (linkedlist_datablock_internal*) ALLOC(sizeof(linkedlist_datablock_internal)); if (ldi!=NULL) { ldi->next_datablock = NULL ; ldi->filled_in_this_block = 0 ; ldi->avail_in_this_block = SIZEDATA_INDATABLOCK ; } return ldi; } local void free_datablock(linkedlist_datablock_internal* ldi) { while (ldi!=NULL) { linkedlist_datablock_internal* ldinext = ldi->next_datablock; TRYFREE(ldi); ldi = ldinext; } } local void init_linkedlist(linkedlist_data* ll) { ll->first_block = ll->last_block = NULL; } /* AKT: not used local void free_linkedlist(linkedlist_data* ll) { free_datablock(ll->first_block); ll->first_block = ll->last_block = NULL; } */ local int add_data_in_datablock( linkedlist_data* ll, const void* buf, uLong len) { linkedlist_datablock_internal* ldi; const unsigned char* from_copy; if (ll==NULL) return ZIP_INTERNALERROR; if (ll->last_block == NULL) { ll->first_block = ll->last_block = allocate_new_datablock(); if (ll->first_block == NULL) return ZIP_INTERNALERROR; } ldi = ll->last_block; from_copy = (unsigned char*)buf; while (len>0) { uInt copy_this; uInt i; unsigned char* to_copy; if (ldi->avail_in_this_block==0) { ldi->next_datablock = allocate_new_datablock(); if (ldi->next_datablock == NULL) return ZIP_INTERNALERROR; ldi = ldi->next_datablock ; ll->last_block = ldi; } if (ldi->avail_in_this_block < len) copy_this = (uInt)ldi->avail_in_this_block; else copy_this = (uInt)len; to_copy = &(ldi->data[ldi->filled_in_this_block]); for (i=0;ifilled_in_this_block += copy_this; ldi->avail_in_this_block -= copy_this; from_copy += copy_this ; len -= copy_this; } return ZIP_OK; } /****************************************************************************/ #ifndef NO_ADDFILEINEXISTINGZIP /* =========================================================================== Inputs a long in LSB order to the given file nbByte == 1, 2 or 4 (byte, short or long) */ local int ziplocal_putValue OF((const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong x, int nbByte)); local int ziplocal_putValue ( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong x, int nbByte) { unsigned char buf[4]; int n; for (n = 0; n < nbByte; n++) { buf[n] = (unsigned char)(x & 0xff); x >>= 8; } if (x != 0) { /* data overflow - hack for ZIP64 (X Roche) */ for (n = 0; n < nbByte; n++) { buf[n] = 0xff; } } if (ZWRITE(*pzlib_filefunc_def,filestream,buf,nbByte)!=(uLong)nbByte) return ZIP_ERRNO; else return ZIP_OK; } local void ziplocal_putValue_inmemory OF((void* dest, uLong x, int nbByte)); local void ziplocal_putValue_inmemory ( void* dest, uLong x, int nbByte) { unsigned char* buf=(unsigned char*)dest; int n; for (n = 0; n < nbByte; n++) { buf[n] = (unsigned char)(x & 0xff); x >>= 8; } if (x != 0) { /* data overflow - hack for ZIP64 */ for (n = 0; n < nbByte; n++) { buf[n] = 0xff; } } } /****************************************************************************/ local uLong ziplocal_TmzDateToDosDate( const tm_zip* ptm, uLong dosDate) { uLong year = (uLong)ptm->tm_year; if (year>1980) year-=1980; else if (year>80) year-=80; return (uLong) (((ptm->tm_mday) + (32 * (ptm->tm_mon+1)) + (512 * year)) << 16) | ((ptm->tm_sec/2) + (32* ptm->tm_min) + (2048 * (uLong)ptm->tm_hour)); } /****************************************************************************/ local int ziplocal_getByte OF(( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, int *pi)); local int ziplocal_getByte( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, int *pi) { unsigned char c; int err = (int)ZREAD(*pzlib_filefunc_def,filestream,&c,1); if (err==1) { *pi = (int)c; return ZIP_OK; } else { if (ZERROR(*pzlib_filefunc_def,filestream)) return ZIP_ERRNO; else return ZIP_EOF; } } /* =========================================================================== Reads a long in LSB order from the given gz_stream. Sets */ local int ziplocal_getShort OF(( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong *pX)); local int ziplocal_getShort ( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong *pX) { uLong x ; int i; int err; err = ziplocal_getByte(pzlib_filefunc_def,filestream,&i); x = (uLong)i; if (err==ZIP_OK) err = ziplocal_getByte(pzlib_filefunc_def,filestream,&i); x += ((uLong)i)<<8; if (err==ZIP_OK) *pX = x; else *pX = 0; return err; } local int ziplocal_getLong OF(( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong *pX)); local int ziplocal_getLong ( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream, uLong *pX) { uLong x ; int i; int err; err = ziplocal_getByte(pzlib_filefunc_def,filestream,&i); x = (uLong)i; if (err==ZIP_OK) err = ziplocal_getByte(pzlib_filefunc_def,filestream,&i); x += ((uLong)i)<<8; if (err==ZIP_OK) err = ziplocal_getByte(pzlib_filefunc_def,filestream,&i); x += ((uLong)i)<<16; if (err==ZIP_OK) err = ziplocal_getByte(pzlib_filefunc_def,filestream,&i); x += ((uLong)i)<<24; if (err==ZIP_OK) *pX = x; else *pX = 0; return err; } #ifndef BUFREADCOMMENT #define BUFREADCOMMENT (0x400) #endif /* Locate the Central directory of a zipfile (at the end, just before the global comment) */ local uLong ziplocal_SearchCentralDir OF(( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream)); local uLong ziplocal_SearchCentralDir( const zlib_filefunc_def* pzlib_filefunc_def, voidpf filestream) { unsigned char* buf; uLong uSizeFile; uLong uBackRead; uLong uMaxBack=0xffff; /* maximum size of global comment */ uLong uPosFound=0; if (ZSEEK(*pzlib_filefunc_def,filestream,0,ZLIB_FILEFUNC_SEEK_END) != 0) return 0; uSizeFile = ZTELL(*pzlib_filefunc_def,filestream); if (uMaxBack>uSizeFile) uMaxBack = uSizeFile; buf = (unsigned char*)ALLOC(BUFREADCOMMENT+4); if (buf==NULL) return 0; uBackRead = 4; while (uBackReaduMaxBack) uBackRead = uMaxBack; else uBackRead+=BUFREADCOMMENT; uReadPos = uSizeFile-uBackRead ; uReadSize = ((BUFREADCOMMENT+4) < (uSizeFile-uReadPos)) ? (BUFREADCOMMENT+4) : (uSizeFile-uReadPos); if (ZSEEK(*pzlib_filefunc_def,filestream,uReadPos,ZLIB_FILEFUNC_SEEK_SET)!=0) break; if (ZREAD(*pzlib_filefunc_def,filestream,buf,uReadSize)!=uReadSize) break; for (i=(int)uReadSize-3; (i--)>0;) if (((*(buf+i))==0x50) && ((*(buf+i+1))==0x4b) && ((*(buf+i+2))==0x05) && ((*(buf+i+3))==0x06)) { uPosFound = uReadPos+i; break; } if (uPosFound!=0) break; } TRYFREE(buf); return uPosFound; } #endif /* !NO_ADDFILEINEXISTINGZIP*/ /************************************************************/ extern zipFile ZEXPORT zipOpen2 ( const char *pathname, int append, zipcharpc* globalcomment, zlib_filefunc_def* pzlib_filefunc_def) { zip_internal ziinit; zip_internal* zi; int err=ZIP_OK; if (pzlib_filefunc_def==NULL) fill_fopen_filefunc(&ziinit.z_filefunc); else ziinit.z_filefunc = *pzlib_filefunc_def; ziinit.filestream = (*(ziinit.z_filefunc.zopen_file)) (ziinit.z_filefunc.opaque, pathname, (append == APPEND_STATUS_CREATE) ? (ZLIB_FILEFUNC_MODE_READ | ZLIB_FILEFUNC_MODE_WRITE | ZLIB_FILEFUNC_MODE_CREATE) : (ZLIB_FILEFUNC_MODE_READ | ZLIB_FILEFUNC_MODE_WRITE | ZLIB_FILEFUNC_MODE_EXISTING)); if (ziinit.filestream == NULL) return NULL; ziinit.begin_pos = ZTELL(ziinit.z_filefunc,ziinit.filestream); ziinit.in_opened_file_inzip = 0; ziinit.ci.stream_initialised = 0; ziinit.number_entry = 0; ziinit.add_position_when_writting_offset = 0; init_linkedlist(&(ziinit.central_dir)); zi = (zip_internal*)ALLOC(sizeof(zip_internal)); if (zi==NULL) { ZCLOSE(ziinit.z_filefunc,ziinit.filestream); return NULL; } /* now we add file in a zipfile */ # ifndef NO_ADDFILEINEXISTINGZIP ziinit.globalcomment = NULL; if (append == APPEND_STATUS_ADDINZIP) { uLong byte_before_the_zipfile;/* byte before the zipfile, (>0 for sfx)*/ uLong size_central_dir; /* size of the central directory */ uLong offset_central_dir; /* offset of start of central directory */ uLong central_pos,uL; uLong number_disk; /* number of the current dist, used for spaning ZIP, unsupported, always 0*/ uLong number_disk_with_CD; /* number the the disk with central dir, used for spaning ZIP, unsupported, always 0*/ uLong number_entry; uLong number_entry_CD; /* total number of entries in the central dir (same than number_entry on nospan) */ uLong size_comment; central_pos = ziplocal_SearchCentralDir(&ziinit.z_filefunc,ziinit.filestream); if (central_pos==0) err=ZIP_ERRNO; if (ZSEEK(ziinit.z_filefunc, ziinit.filestream, central_pos,ZLIB_FILEFUNC_SEEK_SET)!=0) err=ZIP_ERRNO; /* the signature, already checked */ if (ziplocal_getLong(&ziinit.z_filefunc, ziinit.filestream,&uL)!=ZIP_OK) err=ZIP_ERRNO; /* number of this disk */ if (ziplocal_getShort(&ziinit.z_filefunc, ziinit.filestream,&number_disk)!=ZIP_OK) err=ZIP_ERRNO; /* number of the disk with the start of the central directory */ if (ziplocal_getShort(&ziinit.z_filefunc, ziinit.filestream,&number_disk_with_CD)!=ZIP_OK) err=ZIP_ERRNO; /* total number of entries in the central dir on this disk */ if (ziplocal_getShort(&ziinit.z_filefunc, ziinit.filestream,&number_entry)!=ZIP_OK) err=ZIP_ERRNO; /* total number of entries in the central dir */ if (ziplocal_getShort(&ziinit.z_filefunc, ziinit.filestream,&number_entry_CD)!=ZIP_OK) err=ZIP_ERRNO; if ((number_entry_CD!=number_entry) || (number_disk_with_CD!=0) || (number_disk!=0)) err=ZIP_BADZIPFILE; /* size of the central directory */ if (ziplocal_getLong(&ziinit.z_filefunc, ziinit.filestream,&size_central_dir)!=ZIP_OK) err=ZIP_ERRNO; /* offset of start of central directory with respect to the starting disk number */ if (ziplocal_getLong(&ziinit.z_filefunc, ziinit.filestream,&offset_central_dir)!=ZIP_OK) err=ZIP_ERRNO; /* zipfile global comment length */ if (ziplocal_getShort(&ziinit.z_filefunc, ziinit.filestream,&size_comment)!=ZIP_OK) err=ZIP_ERRNO; if ((central_pos0) { // AKT added (char*) ziinit.globalcomment = (char*) ALLOC(size_comment+1); if (ziinit.globalcomment) { size_comment = ZREAD(ziinit.z_filefunc, ziinit.filestream,ziinit.globalcomment,size_comment); ziinit.globalcomment[size_comment]=0; } } byte_before_the_zipfile = central_pos - (offset_central_dir+size_central_dir); ziinit.add_position_when_writting_offset = byte_before_the_zipfile; { uLong size_central_dir_to_read = size_central_dir; size_t buf_size = SIZEDATA_INDATABLOCK; void* buf_read = (void*)ALLOC(buf_size); if (ZSEEK(ziinit.z_filefunc, ziinit.filestream, offset_central_dir + byte_before_the_zipfile, ZLIB_FILEFUNC_SEEK_SET) != 0) err=ZIP_ERRNO; while ((size_central_dir_to_read>0) && (err==ZIP_OK)) { uLong read_this = SIZEDATA_INDATABLOCK; if (read_this > size_central_dir_to_read) read_this = size_central_dir_to_read; if (ZREAD(ziinit.z_filefunc, ziinit.filestream,buf_read,read_this) != read_this) err=ZIP_ERRNO; if (err==ZIP_OK) err = add_data_in_datablock(&ziinit.central_dir,buf_read, (uLong)read_this); size_central_dir_to_read-=read_this; } TRYFREE(buf_read); } ziinit.begin_pos = byte_before_the_zipfile; ziinit.number_entry = number_entry_CD; if (ZSEEK(ziinit.z_filefunc, ziinit.filestream, offset_central_dir+byte_before_the_zipfile,ZLIB_FILEFUNC_SEEK_SET)!=0) err=ZIP_ERRNO; } if (globalcomment) { *globalcomment = ziinit.globalcomment; } # endif /* !NO_ADDFILEINEXISTINGZIP*/ if (err != ZIP_OK) { # ifndef NO_ADDFILEINEXISTINGZIP TRYFREE(ziinit.globalcomment); # endif /* !NO_ADDFILEINEXISTINGZIP*/ TRYFREE(zi); return NULL; } else { *zi = ziinit; return (zipFile)zi; } } extern zipFile ZEXPORT zipOpen ( const char *pathname, int append) { return zipOpen2(pathname,append,NULL,NULL); } extern int ZEXPORT zipOpenNewFileInZip3 ( zipFile file, const char* filename, const zip_fileinfo* zipfi, const void* extrafield_local, uInt size_extrafield_local, const void* extrafield_global, uInt size_extrafield_global, const char* comment, int method, int level, int raw, int windowBits, int memLevel, int strategy, const char* password, uLong crcForCrypting) { zip_internal* zi; uInt size_filename; uInt size_comment; uInt i; int err = ZIP_OK; # ifdef NOCRYPT if (password != NULL) return ZIP_PARAMERROR; # endif if (file == NULL) return ZIP_PARAMERROR; if ((method!=0) && (method!=Z_DEFLATED)) return ZIP_PARAMERROR; zi = (zip_internal*)file; if (zi->in_opened_file_inzip == 1) { err = zipCloseFileInZip (file); if (err != ZIP_OK) return err; } if (filename==NULL) filename="-"; if (comment==NULL) size_comment = 0; else size_comment = (uInt)strlen(comment); size_filename = (uInt)strlen(filename); if (zipfi == NULL) zi->ci.dosDate = 0; else { if (zipfi->dosDate != 0) zi->ci.dosDate = zipfi->dosDate; else zi->ci.dosDate = ziplocal_TmzDateToDosDate(&zipfi->tmz_date,zipfi->dosDate); } zi->ci.flag = 0; if ((level==8) || (level==9)) zi->ci.flag |= 2; if (level==2) zi->ci.flag |= 4; if (level==1) zi->ci.flag |= 6; if (password != NULL) zi->ci.flag |= 1; zi->ci.crc32 = 0; zi->ci.method = method; zi->ci.encrypt = 0; zi->ci.stream_initialised = 0; zi->ci.pos_in_buffered_data = 0; zi->ci.raw = raw; zi->ci.pos_local_header = ZTELL(zi->z_filefunc,zi->filestream) ; zi->ci.size_centralheader = SIZECENTRALHEADER + size_filename + size_extrafield_global + size_comment; zi->ci.central_header = (char*)ALLOC((uInt)zi->ci.size_centralheader); ziplocal_putValue_inmemory(zi->ci.central_header,(uLong)CENTRALHEADERMAGIC,4); /* version info */ ziplocal_putValue_inmemory(zi->ci.central_header+4,(uLong)VERSIONMADEBY,2); ziplocal_putValue_inmemory(zi->ci.central_header+6,(uLong)20,2); ziplocal_putValue_inmemory(zi->ci.central_header+8,(uLong)zi->ci.flag,2); ziplocal_putValue_inmemory(zi->ci.central_header+10,(uLong)zi->ci.method,2); ziplocal_putValue_inmemory(zi->ci.central_header+12,(uLong)zi->ci.dosDate,4); ziplocal_putValue_inmemory(zi->ci.central_header+16,(uLong)0,4); /*crc*/ ziplocal_putValue_inmemory(zi->ci.central_header+20,(uLong)0,4); /*compr size*/ ziplocal_putValue_inmemory(zi->ci.central_header+24,(uLong)0,4); /*uncompr size*/ ziplocal_putValue_inmemory(zi->ci.central_header+28,(uLong)size_filename,2); ziplocal_putValue_inmemory(zi->ci.central_header+30,(uLong)size_extrafield_global,2); ziplocal_putValue_inmemory(zi->ci.central_header+32,(uLong)size_comment,2); ziplocal_putValue_inmemory(zi->ci.central_header+34,(uLong)0,2); /*disk nm start*/ if (zipfi==NULL) ziplocal_putValue_inmemory(zi->ci.central_header+36,(uLong)0,2); else ziplocal_putValue_inmemory(zi->ci.central_header+36,(uLong)zipfi->internal_fa,2); if (zipfi==NULL) ziplocal_putValue_inmemory(zi->ci.central_header+38,(uLong)0,4); else ziplocal_putValue_inmemory(zi->ci.central_header+38,(uLong)zipfi->external_fa,4); ziplocal_putValue_inmemory(zi->ci.central_header+42,(uLong)zi->ci.pos_local_header- zi->add_position_when_writting_offset,4); for (i=0;ici.central_header+SIZECENTRALHEADER+i) = *(filename+i); for (i=0;ici.central_header+SIZECENTRALHEADER+size_filename+i) = *(((const char*)extrafield_global)+i); for (i=0;ici.central_header+SIZECENTRALHEADER+size_filename+ size_extrafield_global+i) = *(comment+i); if (zi->ci.central_header == NULL) return ZIP_INTERNALERROR; /* write the local header */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)LOCALHEADERMAGIC,4); if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)20,2);/* version needed to extract */ if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)zi->ci.flag,2); if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)zi->ci.method,2); if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)zi->ci.dosDate,4); if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)0,4); /* crc 32, unknown */ if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)0,4); /* compressed size, unknown */ if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)0,4); /* uncompressed size, unknown */ if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)size_filename,2); if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)size_extrafield_local,2); if ((err==ZIP_OK) && (size_filename>0)) if (ZWRITE(zi->z_filefunc,zi->filestream,filename,size_filename)!=size_filename) err = ZIP_ERRNO; if ((err==ZIP_OK) && (size_extrafield_local>0)) if (ZWRITE(zi->z_filefunc,zi->filestream,extrafield_local,size_extrafield_local) !=size_extrafield_local) err = ZIP_ERRNO; zi->ci.stream.avail_in = (uInt)0; zi->ci.stream.avail_out = (uInt)Z_BUFSIZE; zi->ci.stream.next_out = zi->ci.buffered_data; zi->ci.stream.total_in = 0; zi->ci.stream.total_out = 0; if ((err==ZIP_OK) && (zi->ci.method == Z_DEFLATED) && (!zi->ci.raw)) { zi->ci.stream.zalloc = (alloc_func)0; zi->ci.stream.zfree = (free_func)0; zi->ci.stream.opaque = (voidpf)0; if (windowBits>0) windowBits = -windowBits; err = deflateInit2(&zi->ci.stream, level, Z_DEFLATED, windowBits, memLevel, strategy); if (err==Z_OK) zi->ci.stream_initialised = 1; } # ifndef NOCRYPT zi->ci.crypt_header_size = 0; if ((err==Z_OK) && (password != NULL)) { unsigned char bufHead[RAND_HEAD_LEN]; unsigned int sizeHead; zi->ci.encrypt = 1; zi->ci.pcrc_32_tab = (const unsigned long *)get_crc_table(); /*init_keys(password,zi->ci.keys,zi->ci.pcrc_32_tab);*/ sizeHead=crypthead(password,bufHead,RAND_HEAD_LEN,zi->ci.keys,zi->ci.pcrc_32_tab,crcForCrypting); zi->ci.crypt_header_size = sizeHead; if (ZWRITE(zi->z_filefunc,zi->filestream,bufHead,sizeHead) != sizeHead) err = ZIP_ERRNO; } # endif if (err==Z_OK) zi->in_opened_file_inzip = 1; return err; } extern int ZEXPORT zipOpenNewFileInZip2( zipFile file, const char* filename, const zip_fileinfo* zipfi, const void* extrafield_local, uInt size_extrafield_local, const void* extrafield_global, uInt size_extrafield_global, const char* comment, int method, int level, int raw) { return zipOpenNewFileInZip3 (file, filename, zipfi, extrafield_local, size_extrafield_local, extrafield_global, size_extrafield_global, comment, method, level, raw, -MAX_WBITS, DEF_MEM_LEVEL, Z_DEFAULT_STRATEGY, NULL, 0); } extern int ZEXPORT zipOpenNewFileInZip ( zipFile file, const char* filename, const zip_fileinfo* zipfi, const void* extrafield_local, uInt size_extrafield_local, const void* extrafield_global, uInt size_extrafield_global, const char* comment, int method, int level) { return zipOpenNewFileInZip2 (file, filename, zipfi, extrafield_local, size_extrafield_local, extrafield_global, size_extrafield_global, comment, method, level, 0); } local int zipFlushWriteBuffer(zip_internal* zi) { int err=ZIP_OK; if (zi->ci.encrypt != 0) { #ifndef NOCRYPT uInt i; int t; for (i=0;ici.pos_in_buffered_data;i++) zi->ci.buffered_data[i] = zencode(zi->ci.keys, zi->ci.pcrc_32_tab, zi->ci.buffered_data[i],t); #endif } if (ZWRITE(zi->z_filefunc,zi->filestream,zi->ci.buffered_data,zi->ci.pos_in_buffered_data) !=zi->ci.pos_in_buffered_data) err = ZIP_ERRNO; zi->ci.pos_in_buffered_data = 0; return err; } extern int ZEXPORT zipWriteInFileInZip ( zipFile file, const void* buf, unsigned len) { zip_internal* zi; int err=ZIP_OK; if (file == NULL) return ZIP_PARAMERROR; zi = (zip_internal*)file; if (zi->in_opened_file_inzip == 0) return ZIP_PARAMERROR; zi->ci.stream.next_in = (Bytef*)buf; // AKT was (void*)buf; zi->ci.stream.avail_in = len; zi->ci.crc32 = crc32(zi->ci.crc32, (Bytef*)buf, len); // AKT added (Bytef*) while ((err==ZIP_OK) && (zi->ci.stream.avail_in>0)) { if (zi->ci.stream.avail_out == 0) { if (zipFlushWriteBuffer(zi) == ZIP_ERRNO) err = ZIP_ERRNO; zi->ci.stream.avail_out = (uInt)Z_BUFSIZE; zi->ci.stream.next_out = zi->ci.buffered_data; } if(err != ZIP_OK) break; if ((zi->ci.method == Z_DEFLATED) && (!zi->ci.raw)) { uLong uTotalOutBefore = zi->ci.stream.total_out; err=deflate(&zi->ci.stream, Z_NO_FLUSH); zi->ci.pos_in_buffered_data += (uInt)(zi->ci.stream.total_out - uTotalOutBefore) ; } else { uInt copy_this,i; if (zi->ci.stream.avail_in < zi->ci.stream.avail_out) copy_this = zi->ci.stream.avail_in; else copy_this = zi->ci.stream.avail_out; for (i=0;ici.stream.next_out)+i) = *(((const char*)zi->ci.stream.next_in)+i); { zi->ci.stream.avail_in -= copy_this; zi->ci.stream.avail_out-= copy_this; zi->ci.stream.next_in+= copy_this; zi->ci.stream.next_out+= copy_this; zi->ci.stream.total_in+= copy_this; zi->ci.stream.total_out+= copy_this; zi->ci.pos_in_buffered_data += copy_this; } } } return err; } extern int ZEXPORT zipCloseFileInZipRaw ( zipFile file, uLong uncompressed_size, uLong crc32) { zip_internal* zi; uLong compressed_size; int err=ZIP_OK; if (file == NULL) return ZIP_PARAMERROR; zi = (zip_internal*)file; if (zi->in_opened_file_inzip == 0) return ZIP_PARAMERROR; zi->ci.stream.avail_in = 0; if ((zi->ci.method == Z_DEFLATED) && (!zi->ci.raw)) while (err==ZIP_OK) { uLong uTotalOutBefore; if (zi->ci.stream.avail_out == 0) { if (zipFlushWriteBuffer(zi) == ZIP_ERRNO) err = ZIP_ERRNO; zi->ci.stream.avail_out = (uInt)Z_BUFSIZE; zi->ci.stream.next_out = zi->ci.buffered_data; } uTotalOutBefore = zi->ci.stream.total_out; err=deflate(&zi->ci.stream, Z_FINISH); zi->ci.pos_in_buffered_data += (uInt)(zi->ci.stream.total_out - uTotalOutBefore) ; } if (err==Z_STREAM_END) err=ZIP_OK; /* this is normal */ if ((zi->ci.pos_in_buffered_data>0) && (err==ZIP_OK)) if (zipFlushWriteBuffer(zi)==ZIP_ERRNO) err = ZIP_ERRNO; if ((zi->ci.method == Z_DEFLATED) && (!zi->ci.raw)) { err=deflateEnd(&zi->ci.stream); zi->ci.stream_initialised = 0; } if (!zi->ci.raw) { crc32 = (uLong)zi->ci.crc32; uncompressed_size = (uLong)zi->ci.stream.total_in; } compressed_size = (uLong)zi->ci.stream.total_out; # ifndef NOCRYPT compressed_size += zi->ci.crypt_header_size; # endif ziplocal_putValue_inmemory(zi->ci.central_header+16,crc32,4); /*crc*/ ziplocal_putValue_inmemory(zi->ci.central_header+20, compressed_size,4); /*compr size*/ if (zi->ci.stream.data_type == Z_ASCII) ziplocal_putValue_inmemory(zi->ci.central_header+36,(uLong)Z_ASCII,2); ziplocal_putValue_inmemory(zi->ci.central_header+24, uncompressed_size,4); /*uncompr size*/ if (err==ZIP_OK) err = add_data_in_datablock(&zi->central_dir,zi->ci.central_header, (uLong)zi->ci.size_centralheader); free(zi->ci.central_header); if (err==ZIP_OK) { long cur_pos_inzip = ZTELL(zi->z_filefunc,zi->filestream); if (ZSEEK(zi->z_filefunc,zi->filestream, zi->ci.pos_local_header + 14,ZLIB_FILEFUNC_SEEK_SET)!=0) err = ZIP_ERRNO; if (err==ZIP_OK) err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,crc32,4); /* crc 32, unknown */ if (err==ZIP_OK) /* compressed size, unknown */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,compressed_size,4); if (err==ZIP_OK) /* uncompressed size, unknown */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,uncompressed_size,4); if (ZSEEK(zi->z_filefunc,zi->filestream, cur_pos_inzip,ZLIB_FILEFUNC_SEEK_SET)!=0) err = ZIP_ERRNO; } zi->number_entry ++; zi->in_opened_file_inzip = 0; return err; } extern int ZEXPORT zipCloseFileInZip (zipFile file) { return zipCloseFileInZipRaw (file,0,0); } extern int ZEXPORT zipClose ( zipFile file, const char* global_comment) { zip_internal* zi; int err = 0; uLong size_centraldir = 0; uLong centraldir_pos_inzip; uInt size_global_comment; if (file == NULL) return ZIP_PARAMERROR; zi = (zip_internal*)file; if (zi->in_opened_file_inzip == 1) { err = zipCloseFileInZip (file); } #ifndef NO_ADDFILEINEXISTINGZIP if (global_comment==NULL) global_comment = zi->globalcomment; #endif if (global_comment==NULL) size_global_comment = 0; else size_global_comment = (uInt)strlen(global_comment); centraldir_pos_inzip = ZTELL(zi->z_filefunc,zi->filestream); if (err==ZIP_OK) { linkedlist_datablock_internal* ldi = zi->central_dir.first_block ; while (ldi!=NULL) { if ((err==ZIP_OK) && (ldi->filled_in_this_block>0)) if (ZWRITE(zi->z_filefunc,zi->filestream, ldi->data,ldi->filled_in_this_block) !=ldi->filled_in_this_block ) err = ZIP_ERRNO; size_centraldir += ldi->filled_in_this_block; ldi = ldi->next_datablock; } } free_datablock(zi->central_dir.first_block); if (err==ZIP_OK) /* Magic End */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)ENDHEADERMAGIC,4); if (err==ZIP_OK) /* number of this disk */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)0,2); if (err==ZIP_OK) /* number of the disk with the start of the central directory */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)0,2); if (err==ZIP_OK) /* total number of entries in the central dir on this disk */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)zi->number_entry,2); if (err==ZIP_OK) /* total number of entries in the central dir */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)zi->number_entry,2); if (err==ZIP_OK) /* size of the central directory */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)size_centraldir,4); if (err==ZIP_OK) /* offset of start of central directory with respect to the starting disk number */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream, (uLong)(centraldir_pos_inzip - zi->add_position_when_writting_offset),4); if (err==ZIP_OK) /* zipfile comment length */ err = ziplocal_putValue(&zi->z_filefunc,zi->filestream,(uLong)size_global_comment,2); if ((err==ZIP_OK) && (size_global_comment>0)) if (ZWRITE(zi->z_filefunc,zi->filestream, global_comment,size_global_comment) != size_global_comment) err = ZIP_ERRNO; if (ZCLOSE(zi->z_filefunc,zi->filestream) != 0) if (err == ZIP_OK) err = ZIP_ERRNO; #ifndef NO_ADDFILEINEXISTINGZIP TRYFREE(zi->globalcomment); #endif TRYFREE(zi); return err; } golly-3.3-src/gui-common/MiniZip/ioapi.c0000644000175000017500000000665512227612122015122 00000000000000/* ioapi.c -- IO base function header for compress/uncompress .zip files using zlib + zip or unzip API Version 1.01e, February 12th, 2005 Copyright (C) 1998-2005 Gilles Vollant */ #include #include #include #include "zlib.h" #include "ioapi.h" /* I've found an old Unix (a SunOS 4.1.3_U1) without all SEEK_* defined.... */ #ifndef SEEK_CUR #define SEEK_CUR 1 #endif #ifndef SEEK_END #define SEEK_END 2 #endif #ifndef SEEK_SET #define SEEK_SET 0 #endif voidpf ZCALLBACK fopen_file_func OF(( voidpf opaque, const char* filename, int mode)); uLong ZCALLBACK fread_file_func OF(( voidpf opaque, voidpf stream, void* buf, uLong size)); uLong ZCALLBACK fwrite_file_func OF(( voidpf opaque, voidpf stream, const void* buf, uLong size)); long ZCALLBACK ftell_file_func OF(( voidpf opaque, voidpf stream)); long ZCALLBACK fseek_file_func OF(( voidpf opaque, voidpf stream, uLong offset, int origin)); int ZCALLBACK fclose_file_func OF(( voidpf opaque, voidpf stream)); int ZCALLBACK ferror_file_func OF(( voidpf opaque, voidpf stream)); voidpf ZCALLBACK fopen_file_func (voidpf opaque, const char* filename, int mode) { FILE* file = NULL; const char* mode_fopen = NULL; if ((mode & ZLIB_FILEFUNC_MODE_READWRITEFILTER)==ZLIB_FILEFUNC_MODE_READ) mode_fopen = "rb"; else if (mode & ZLIB_FILEFUNC_MODE_EXISTING) mode_fopen = "r+b"; else if (mode & ZLIB_FILEFUNC_MODE_CREATE) mode_fopen = "wb"; if ((filename!=NULL) && (mode_fopen != NULL)) file = fopen(filename, mode_fopen); return file; } uLong ZCALLBACK fread_file_func (voidpf opaque, voidpf stream, void* buf, uLong size) { uLong ret; ret = (uLong)fread(buf, 1, (size_t)size, (FILE *)stream); return ret; } uLong ZCALLBACK fwrite_file_func ( voidpf opaque, voidpf stream, const void* buf, uLong size) { uLong ret; ret = (uLong)fwrite(buf, 1, (size_t)size, (FILE *)stream); return ret; } long ZCALLBACK ftell_file_func ( voidpf opaque, voidpf stream) { long ret; ret = ftell((FILE *)stream); return ret; } long ZCALLBACK fseek_file_func ( voidpf opaque, voidpf stream, uLong offset, int origin) { int fseek_origin=0; long ret; switch (origin) { case ZLIB_FILEFUNC_SEEK_CUR : fseek_origin = SEEK_CUR; break; case ZLIB_FILEFUNC_SEEK_END : fseek_origin = SEEK_END; break; case ZLIB_FILEFUNC_SEEK_SET : fseek_origin = SEEK_SET; break; default: return -1; } ret = 0; fseek((FILE *)stream, offset, fseek_origin); return ret; } int ZCALLBACK fclose_file_func ( voidpf opaque, voidpf stream) { int ret; ret = fclose((FILE *)stream); return ret; } int ZCALLBACK ferror_file_func ( voidpf opaque, voidpf stream) { int ret; ret = ferror((FILE *)stream); return ret; } void fill_fopen_filefunc ( zlib_filefunc_def* pzlib_filefunc_def) { pzlib_filefunc_def->zopen_file = fopen_file_func; pzlib_filefunc_def->zread_file = fread_file_func; pzlib_filefunc_def->zwrite_file = fwrite_file_func; pzlib_filefunc_def->ztell_file = ftell_file_func; pzlib_filefunc_def->zseek_file = fseek_file_func; pzlib_filefunc_def->zclose_file = fclose_file_func; pzlib_filefunc_def->zerror_file = ferror_file_func; pzlib_filefunc_def->opaque = NULL; } golly-3.3-src/Rules/0000755000175000017500000000000013543257426011400 500000000000000golly-3.3-src/Rules/Tempesti.rule0000644000175000017500000005320512124663564014006 00000000000000@RULE Tempesti Transitions rules for Tempesti's self-replicating loops. Converted from rules given in Tempesti's thesis: http://lslwww.epfl.ch/pages/embryonics/thesis/ Note that there's an error in the text, where it says that states are given as clockwise from north: PS,N,NE,E,... but actually they start at NW: PS,NW,N,NE,... Note also that Table A-3 in his thesis has rules that are rotationally symmetric, but Table A-4's rules are not, despite what footnote 39 says. To make a single rule file we've had to expand A-3, giving 175*4+326=1026 rules. Hopefully this can be compressed further. As in Tempesti's thesis, variables are bound within each transition. For example, if a={1,2} then 4,a,0->a represents two transitions: 4,1,0->1 and 4,2,0->2 @TABLE # rules: 1026 # variables: 4 # format: C,N,NE,E,SE,S,SW,W,NW,C' # remaining cases default: state doesn't change # symmetry: none (no rotation/reflection) n_states:10 neighborhood:Moore symmetries:none var a={5,6,7,8,9} var b={5,6,7,8,9} var c={5,6,7,8,9} var d={5,6,7,8,9} 2,b,0,0,0,a,1,1,1,a a,0,0,b,1,1,1,2,0,b b,0,1,c,1,1,1,a,0,c b,1,0,c,d,1,1,a,0,c b,0,0,0,0,c,1,a,1,c c,b,0,0,0,d,1,1,a,d b,a,0,0,0,2,1,1,1,2 b,0,0,c,1,1,1,a,0,c c,b,0,0,0,2,1,1,a,2 b,0,0,0,0,2,1,a,1,2 2,b,0,0,0,a,1,1,c,a b,1,0,c,2,1,1,a,0,c b,2,0,0,0,c,1,1,a,c b,1,0,2,c,1,1,a,0,2 2,0,0,0,0,b,1,a,1,b 0,0,0,0,0,2,a,1,0,2 b,0,1,2,1,1,1,a,0,2 b,c,0,0,0,a,1,1,2,a 2,1,2,b,c,1,1,a,0,b a,2,0,0,0,b,1,2,1,b 0,0,0,0,2,2,0,0,0,2 2,0,0,0,0,a,2,2,0,0 2,0,1,b,1,1,1,a,0,b a,1,0,b,c,1,1,2,0,b 0,0,0,0,0,0,1,2,0,2 a,0,1,b,1,1,1,2,0,b 2,0,0,0,0,0,1,2,0,0 0,0,0,0,0,2,a,1,1,2 2,0,0,0,0,a,2,1,1,0 0,0,0,0,0,2,1,1,1,2 2,0,0,0,0,0,1,1,1,0 0,2,0,0,0,2,1,1,2,2 0,0,0,0,0,2,1,1,2,3 0,0,0,0,3,3,0,0,0,3 3,0,0,0,0,0,1,3,0,0 3,0,0,3,0,1,0,0,0,1 0,0,0,0,0,0,1,3,0,3 0,3,0,0,0,2,1,1,3,2 0,0,0,0,0,2,1,1,3,2 3,3,2,1,0,0,0,3,0,2 3,0,3,2,0,0,0,0,0,1 0,2,1,0,0,0,0,0,3,3 2,3,2,1,0,0,0,3,0,3 1,2,0,1,0,0,0,2,3,3 3,0,0,2,3,3,1,0,0,0 2,0,0,0,1,3,3,3,0,0 3,3,2,3,0,3,0,1,0,0 0,3,1,0,0,0,0,3,3,3 3,2,0,1,0,0,3,3,3,1 3,1,1,0,0,0,0,3,0,1 3,0,1,3,0,0,0,0,1,0 0,0,0,2,1,1,0,0,0,2 0,0,0,2,1,0,1,0,0,2 0,2,0,1,1,0,0,1,0,2 0,2,1,1,1,0,0,0,1,2 2,0,0,0,1,2,1,0,0,0 2,0,1,1,1,0,0,0,1,0 0,1,1,0,3,3,0,0,1,1 0,1,1,1,1,0,0,2,1,3 1,0,1,1,1,0,2,1,0,3 1,1,0,0,0,1,0,3,3,3 1,1,0,0,0,1,3,3,0,3 3,3,1,1,1,0,0,0,1,0 3,0,1,1,1,3,0,1,0,1 0,0,0,0,0,2,1,3,3,3 3,3,0,0,2,1,0,0,1,1 2,0,0,0,0,0,1,1,3,0 0,0,0,0,0,3,1,3,1,2 3,0,0,0,0,0,1,1,3,0 3,1,0,0,3,1,0,1,0,1 0,3,0,0,0,0,1,1,1,3 3,0,0,0,0,0,1,1,1,0 3,0,0,0,0,2,1,1,1,2 2,3,0,0,0,0,1,1,1,3 3,2,0,0,0,0,1,1,1,0 2,0,0,0,0,3,1,1,1,0 0,a,b,1,1,3,0,0,0,3 a,2,1,b,1,3,0,0,0,2 b,1,1,c,0,1,3,a,2,a b,1,1,c,0,1,3,2,a,2 3,2,a,1,1,0,0,0,0,2 2,b,1,a,1,3,0,0,0,b 1,a,b,0,0,1,0,3,2,2 0,2,2,1,1,0,0,0,0,2 2,a,2,2,1,0,0,0,0,a a,b,1,2,2,2,0,0,0,b a,2,1,1,1,b,0,0,2,2 2,1,1,c,0,2,2,a,b,a 2,2,b,0,0,1,0,2,a,1 2,a,1,1,1,0,0,0,0,a a,b,a,1,1,2,0,0,0,b a,1,1,2,0,1,a,b,c,b b,c,1,a,1,a,0,0,0,c b,c,b,1,1,a,0,0,0,c a,1,1,d,0,1,a,b,c,b 2,a,1,1,1,3,0,0,0,a 2,a,1,1,3,0,0,0,0,a 3,a,1,1,3,0,0,0,0,a a,b,1,1,1,3,0,0,0,b b,2,1,a,1,a,0,0,0,3 b,1,1,c,0,1,b,a,2,a b,3,c,1,1,a,0,0,0,3 a,1,1,b,0,1,a,3,c,2 3,a,1,b,1,b,0,0,0,a a,b,1,1,c,3,0,0,0,b b,3,1,1,1,a,0,0,0,3 2,1,1,a,0,1,3,b,c,b a,b,1,2,1,3,0,0,0,b 3,b,2,1,1,a,0,0,0,b 3,b,1,1,1,a,0,0,0,b a,b,a,1,1,3,0,0,0,b 2,a,1,1,0,0,0,0,0,a a,b,1,1,0,2,0,0,0,b 2,a,1,0,1,0,0,0,0,a 0,1,1,0,0,1,0,2,a,2 a,b,1,2,1,0,0,0,0,b 2,1,1,0,0,1,0,a,b,a 2,1,1,0,0,0,1,a,1,a c,3,1,1,a,b,0,0,0,2 0,0,0,0,a,3,1,1,1,4 3,0,0,a,1,3,1,1,1,a a,0,0,b,1,1,3,3,0,b 3,3,a,1,0,0,1,1,1,1 1,1,4,c,1,1,a,b,3,c a,4,0,b,1,1,1,1,1,b b,0,0,c,1,1,1,a,4,c 1,1,0,4,b,1,a,3,b,4 4,0,0,0,b,a,1,1,1,0 3,b,4,b,1,a,0,0,0,b 4,1,0,0,a,b,3,b,a,0 b,4,0,c,1,1,a,3,b,c a,b,1,4,a,3,0,0,0,0 1,1,0,0,0,4,a,b,c,4 3,b,c,1,1,a,0,0,0,b a,0,0,b,1,3,0,0,0,b b,0,0,c,1,1,3,a,0,c a,b,1,4,0,0,0,0,0,0 4,1,0,0,0,0,0,a,b,0 0,0,0,a,3,0,0,0,0,1 a,b,c,1,1,3,0,0,1,b b,0,0,c,1,a,0,1,0,c b,c,d,1,1,a,0,0,1,c 1,1,0,0,0,4,a,b,3,4 b,c,1,1,4,a,0,0,0,c b,c,b,1,4,a,0,0,0,1 1,b,a,0,0,4,a,b,c,0 a,2,1,b,0,1,0,0,0,2 b,1,1,c,0,0,1,a,2,a 1,a,b,0,0,0,0,0,2,2 2,2,b,0,0,0,0,2,a,1 2,2,0,1,0,0,0,0,0,1 1,1,0,0,0,2,0,0,2,3 2,3,3,2,0,0,0,0,0,3 2,3,0,0,0,0,0,2,3,3 3,1,0,0,0,2,2,3,0,1 3,0,1,3,2,2,0,0,0,0 0,3,3,2,0,0,0,0,0,3 2,3,0,0,0,0,0,0,3,3 3,1,0,0,0,2,0,3,0,1 3,0,1,3,2,0,0,0,0,0 2,0,1,1,0,0,0,0,0,0 2,1,1,0,0,1,0,2,0,0 2,a,1,b,0,1,0,0,0,a b,1,1,c,0,0,1,2,a,2 a,b,1,2,0,1,0,0,0,b 2,1,1,a,0,0,1,b,c,b a,1,1,2,0,0,1,b,c,b 1,1,0,0,0,0,0,0,0,4 2,0,1,1,4,0,0,0,0,0 4,1,0,0,0,0,0,0,0,0 1,1,0,0,0,4,0,0,0,4 0,a,b,1,4,0,0,0,0,1 1,b,c,0,0,4,0,0,a,0 2,a,2,1,4,0,0,0,0,0 1,b,2,0,0,4,0,0,a,0 2,0,0,a,1,1,1,b,0,a a,b,1,1,1,2,0,0,0,b b,c,1,1,1,a,0,0,1,c b,c,d,1,1,a,0,1,0,c b,0,0,c,1,a,1,0,0,c c,0,0,d,1,1,a,b,0,d b,0,0,2,1,1,1,a,0,2 b,c,1,1,1,a,0,0,0,c c,0,0,2,1,1,a,b,0,2 b,0,0,2,1,a,1,0,0,2 2,0,0,a,1,1,c,b,0,a b,c,2,1,1,a,0,1,0,c b,0,0,c,1,1,a,2,0,c b,2,c,1,1,a,0,1,0,2 2,0,0,b,1,a,1,0,0,b 0,0,0,2,a,1,0,0,0,2 b,2,1,1,1,a,0,0,1,2 b,0,0,a,1,1,2,c,0,a 2,b,c,1,1,a,0,1,2,b a,0,0,b,1,2,1,2,0,b 0,0,2,2,0,0,0,0,0,2 2,0,0,a,2,2,0,0,0,0 2,b,1,1,1,a,0,0,1,b a,b,c,1,1,2,0,1,0,b 0,0,0,0,1,2,0,0,0,2 a,b,1,1,1,2,0,0,1,b 2,0,0,0,1,2,0,0,0,0 0,0,0,2,a,1,1,0,0,2 2,0,0,a,2,1,1,0,0,0 0,0,0,2,1,1,1,0,0,2 2,0,0,0,1,1,1,0,0,0 0,0,0,2,1,1,2,2,0,2 0,0,0,2,1,1,2,0,0,3 0,0,3,3,0,0,0,0,0,3 3,0,0,0,1,3,0,0,0,0 3,3,0,1,0,0,0,0,0,1 0,0,0,0,1,3,0,0,0,3 0,0,0,2,1,1,3,3,0,2 0,0,0,2,1,1,3,0,0,2 3,1,0,0,0,3,0,3,2,2 3,2,0,0,0,0,0,0,3,1 0,0,0,0,0,0,3,2,1,3 2,1,0,0,0,3,0,3,2,3 1,1,0,0,0,2,3,2,0,3 3,2,3,3,1,0,0,0,0,0 2,0,1,3,3,3,0,0,0,0 3,3,0,3,0,1,0,3,2,0 0,0,0,0,0,3,3,3,1,3 3,1,0,0,3,3,3,2,0,1 3,0,0,0,0,3,0,1,1,1 3,3,0,0,0,0,1,0,1,0 0,2,1,1,0,0,0,0,0,2 0,2,1,0,1,0,0,0,0,2 0,1,1,0,0,1,0,2,0,2 0,1,1,0,0,0,1,2,1,2 2,0,1,2,1,0,0,0,0,0 2,1,1,0,0,0,1,0,1,0 0,0,3,3,0,0,1,1,1,1 0,1,1,0,0,2,1,1,1,3 1,1,1,0,2,1,0,0,1,3 1,0,0,1,0,3,3,1,0,3 1,0,0,1,3,3,0,1,0,3 3,1,1,0,0,0,1,3,1,0 3,1,1,3,0,1,0,0,1,1 0,0,0,2,1,3,3,0,0,3 3,0,2,1,0,0,1,3,0,1 2,0,0,0,1,1,3,0,0,0 0,0,0,3,1,3,1,0,0,2 3,0,0,0,1,1,3,0,0,0 3,0,3,1,0,1,0,1,0,1 0,0,0,0,1,1,1,3,0,3 3,0,0,0,1,1,1,0,0,0 3,0,0,2,1,1,1,0,0,2 2,0,0,0,1,1,1,3,0,3 3,0,0,0,1,1,1,2,0,0 2,0,0,3,1,1,1,0,0,0 0,1,1,3,0,0,0,a,b,3 a,b,1,3,0,0,0,2,1,2 b,c,0,1,3,a,2,1,1,a b,c,0,1,3,2,a,1,1,2 3,1,1,0,0,0,0,2,a,2 2,a,1,3,0,0,0,b,1,b 1,0,0,1,0,3,2,a,b,2 0,1,1,0,0,0,0,2,2,2 2,2,1,0,0,0,0,a,2,a a,2,2,2,0,0,0,b,1,b a,1,1,b,0,0,2,2,1,2 2,c,0,2,2,a,b,1,1,a 2,0,0,1,0,2,a,2,b,1 2,1,1,0,0,0,0,a,1,a a,1,1,2,0,0,0,b,a,b a,2,0,1,a,b,c,1,1,b b,a,1,a,0,0,0,c,1,c b,1,1,a,0,0,0,c,b,c a,d,0,1,a,b,c,1,1,b 2,1,1,3,0,0,0,a,1,a 2,1,3,0,0,0,0,a,1,a 3,1,3,0,0,0,0,a,1,a a,1,1,3,0,0,0,b,1,b b,a,1,a,0,0,0,2,1,3 b,c,0,1,b,a,2,1,1,a b,1,1,a,0,0,0,3,c,3 a,b,0,1,a,3,c,1,1,2 3,b,1,b,0,0,0,a,1,a a,1,c,3,0,0,0,b,1,b b,1,1,a,0,0,0,3,1,3 2,a,0,1,3,b,c,1,1,b a,2,1,3,0,0,0,b,1,b 3,1,1,a,0,0,0,b,2,b 3,1,1,a,0,0,0,b,1,b a,1,1,3,0,0,0,b,a,b 2,1,0,0,0,0,0,a,1,a a,1,0,2,0,0,0,b,1,b 2,0,1,0,0,0,0,a,1,a 0,0,0,1,0,2,a,1,1,2 a,2,1,0,0,0,0,b,1,b 2,0,0,1,0,a,b,1,1,a 2,0,0,0,1,a,1,1,1,a c,1,a,b,0,0,0,3,1,2 0,0,a,3,1,1,1,0,0,4 3,a,1,3,1,1,1,0,0,a a,b,1,1,3,3,0,0,0,b 3,1,0,0,1,1,1,3,a,1 1,c,1,1,a,b,3,1,4,c a,b,1,1,1,1,1,4,0,b b,c,1,1,1,a,4,0,0,c 1,4,b,1,a,3,b,1,0,4 4,0,b,a,1,1,1,0,0,0 3,b,1,a,0,0,0,b,4,b 4,0,a,b,3,b,a,1,0,0 b,c,1,1,a,3,b,4,0,c a,4,a,3,0,0,0,b,1,0 1,0,0,4,a,b,c,1,0,4 3,1,1,a,0,0,0,b,c,b a,b,1,3,0,0,0,0,0,b b,c,1,1,3,a,0,0,0,c a,4,0,0,0,0,0,b,1,0 4,0,0,0,0,a,b,1,0,0 0,a,3,0,0,0,0,0,0,1 a,1,1,3,0,0,1,b,c,b b,c,1,a,0,1,0,0,0,c b,1,1,a,0,0,1,c,d,c 1,0,0,4,a,b,3,1,0,4 b,1,4,a,0,0,0,c,1,c b,1,4,a,0,0,0,c,b,1 1,0,0,4,a,b,c,b,a,0 a,b,0,1,0,0,0,2,1,2 b,c,0,0,1,a,2,1,1,a 1,0,0,0,0,0,2,a,b,2 2,0,0,0,0,2,a,2,b,1 2,1,0,0,0,0,0,2,0,1 1,0,0,2,0,0,2,1,0,3 2,2,0,0,0,0,0,3,3,3 2,0,0,0,0,2,3,3,0,3 3,0,0,2,2,3,0,1,0,1 3,3,2,2,0,0,0,0,1,0 0,2,0,0,0,0,0,3,3,3 2,0,0,0,0,0,3,3,0,3 3,0,0,2,0,3,0,1,0,1 3,3,2,0,0,0,0,0,1,0 2,1,0,0,0,0,0,0,1,0 2,0,0,1,0,2,0,1,1,0 2,b,0,1,0,0,0,a,1,a b,c,0,0,1,2,a,1,1,2 a,2,0,1,0,0,0,b,1,b 2,a,0,0,1,b,c,1,1,b a,2,0,0,1,b,c,1,1,b 1,0,0,0,0,0,0,1,0,4 2,1,4,0,0,0,0,0,1,0 4,0,0,0,0,0,0,1,0,0 1,0,0,4,0,0,0,1,0,4 0,1,4,0,0,0,0,a,b,1 1,0,0,4,0,0,a,b,c,0 2,1,4,0,0,0,0,a,2,0 1,0,0,4,0,0,a,b,2,0 2,a,1,1,1,b,0,0,0,a a,1,1,2,0,0,0,b,1,b b,1,1,a,0,0,1,c,1,c b,1,1,a,0,1,0,c,d,c b,c,1,a,1,0,0,0,0,c c,d,1,1,a,b,0,0,0,d b,2,1,1,1,a,0,0,0,2 b,1,1,a,0,0,0,c,1,c c,2,1,1,a,b,0,0,0,2 b,2,1,a,1,0,0,0,0,2 2,a,1,1,c,b,0,0,0,a b,1,1,a,0,1,0,c,2,c b,c,1,1,a,2,0,0,0,c b,1,1,a,0,1,0,2,c,2 2,b,1,a,1,0,0,0,0,b 0,2,a,1,0,0,0,0,0,2 b,1,1,a,0,0,1,2,1,2 b,a,1,1,2,c,0,0,0,a 2,1,1,a,0,1,2,b,c,b a,b,1,2,1,2,0,0,0,b 0,2,0,0,0,0,0,0,2,2 2,a,2,2,0,0,0,0,0,0 2,1,1,a,0,0,1,b,1,b a,1,1,2,0,1,0,b,c,b 0,0,1,2,0,0,0,0,0,2 a,1,1,2,0,0,1,b,1,b 2,0,1,2,0,0,0,0,0,0 0,2,a,1,1,0,0,0,0,2 2,a,2,1,1,0,0,0,0,0 0,2,1,1,1,0,0,0,0,2 2,0,1,1,1,0,0,0,0,0 0,2,1,1,2,2,0,0,0,2 0,2,1,1,2,0,0,0,0,3 0,3,0,0,0,0,0,0,3,3 3,0,1,3,0,0,0,0,0,0 3,1,0,0,0,0,0,3,0,1 0,0,1,3,0,0,0,0,0,3 0,2,1,1,3,3,0,0,0,2 0,2,1,1,3,0,0,0,0,2 3,0,0,3,0,3,2,1,0,2 3,0,0,0,0,0,3,2,0,1 0,0,0,0,3,2,1,0,0,3 2,0,0,3,0,3,2,1,0,3 1,0,0,2,3,2,0,1,0,3 3,3,1,0,0,0,0,2,3,0 2,3,3,3,0,0,0,0,1,0 3,3,0,1,0,3,2,3,0,0 0,0,0,3,3,3,1,0,0,3 3,0,3,3,3,2,0,1,0,1 3,0,0,3,0,1,1,0,0,1 3,0,0,0,1,0,1,3,0,0 0,1,0,0,0,0,0,2,1,2 0,0,1,0,0,0,0,2,1,2 0,0,0,1,0,2,0,1,1,2 0,0,0,0,1,2,1,1,1,2 2,2,1,0,0,0,0,0,1,0 2,0,0,0,1,0,1,1,1,0 0,3,0,0,1,1,1,0,3,1 0,0,0,2,1,1,1,1,1,3 1,0,2,1,0,0,1,1,1,3 1,1,0,3,3,1,0,0,0,3 1,1,3,3,0,1,0,0,0,3 3,0,0,0,1,3,1,1,1,0 3,3,0,1,0,0,1,1,1,1 0,2,1,3,3,0,0,0,0,3 3,1,0,0,1,3,0,0,2,1 2,0,1,1,3,0,0,0,0,0 0,3,1,3,1,0,0,0,0,2 3,0,1,1,3,0,0,0,0,0 3,1,0,1,0,1,0,0,3,1 0,0,1,1,1,3,0,0,0,3 3,0,1,1,1,0,0,0,0,0 3,2,1,1,1,0,0,0,0,2 2,0,1,1,1,3,0,0,0,3 3,0,1,1,1,2,0,0,0,0 2,3,1,1,1,0,0,0,0,0 0,3,0,0,0,a,b,1,1,3 a,3,0,0,0,2,1,b,1,2 b,1,3,a,2,1,1,c,0,a b,1,3,2,a,1,1,c,0,2 3,0,0,0,0,2,a,1,1,2 2,3,0,0,0,b,1,a,1,b 1,1,0,3,2,a,b,0,0,2 0,0,0,0,0,2,2,1,1,2 2,0,0,0,0,a,2,2,1,a a,2,0,0,0,b,1,2,2,b a,b,0,0,2,2,1,1,1,2 2,2,2,a,b,1,1,c,0,a 2,1,0,2,a,2,b,0,0,1 2,0,0,0,0,a,1,1,1,a a,2,0,0,0,b,a,1,1,b a,1,a,b,c,1,1,2,0,b b,a,0,0,0,c,1,a,1,c b,a,0,0,0,c,b,1,1,c a,1,a,b,c,1,1,d,0,b 2,3,0,0,0,a,1,1,1,a 2,0,0,0,0,a,1,1,3,a 3,0,0,0,0,a,1,1,3,a a,3,0,0,0,b,1,1,1,b b,a,0,0,0,2,1,a,1,3 b,1,b,a,2,1,1,c,0,a b,a,0,0,0,3,c,1,1,3 a,1,a,3,c,1,1,b,0,2 3,b,0,0,0,a,1,b,1,a a,3,0,0,0,b,1,1,c,b b,a,0,0,0,3,1,1,1,3 2,1,3,b,c,1,1,a,0,b a,3,0,0,0,b,1,2,1,b 3,a,0,0,0,b,2,1,1,b 3,a,0,0,0,b,1,1,1,b a,3,0,0,0,b,a,1,1,b 2,0,0,0,0,a,1,1,0,a a,2,0,0,0,b,1,1,0,b 2,0,0,0,0,a,1,0,1,a 0,1,0,2,a,1,1,0,0,2 a,0,0,0,0,b,1,2,1,b 2,1,0,a,b,1,1,0,0,a 2,0,1,a,1,1,1,0,0,a c,b,0,0,0,3,1,1,a,2 0,3,1,1,1,0,0,0,a,4 3,3,1,1,1,0,0,a,1,a a,1,3,3,0,0,0,b,1,b 3,0,1,1,1,3,a,1,0,1 1,1,a,b,3,1,4,c,1,c a,1,1,1,1,4,0,b,1,b b,1,1,a,4,0,0,c,1,c 1,1,a,3,b,1,0,4,b,4 4,a,1,1,1,0,0,0,b,0 3,a,0,0,0,b,4,b,1,b 4,b,3,b,a,1,0,0,a,0 b,1,a,3,b,4,0,c,1,c a,3,0,0,0,b,1,4,a,0 1,4,a,b,c,1,0,0,0,4 3,a,0,0,0,b,c,1,1,b a,3,0,0,0,0,0,b,1,b b,1,3,a,0,0,0,c,1,c a,0,0,0,0,b,1,4,0,0 4,0,0,a,b,1,0,0,0,0 0,0,0,0,0,0,0,a,3,1 a,3,0,0,1,b,c,1,1,b b,a,0,1,0,0,0,c,1,c b,a,0,0,1,c,d,1,1,c 1,4,a,b,3,1,0,0,0,4 b,a,0,0,0,c,1,1,4,c b,a,0,0,0,c,b,1,4,1 1,4,a,b,c,b,a,0,0,0 a,1,0,0,0,2,1,b,0,2 b,0,1,a,2,1,1,c,0,a 1,0,0,0,2,a,b,0,0,2 2,0,0,2,a,2,b,0,0,1 2,0,0,0,0,2,0,1,0,1 1,2,0,0,2,1,0,0,0,3 2,0,0,0,0,3,3,2,0,3 2,0,0,2,3,3,0,0,0,3 3,2,2,3,0,1,0,0,0,1 3,2,0,0,0,0,1,3,2,0 0,0,0,0,0,3,3,2,0,3 2,0,0,0,3,3,0,0,0,3 3,2,0,3,0,1,0,0,0,1 3,0,0,0,0,0,1,3,2,0 2,0,0,0,0,0,1,1,0,0 2,1,0,2,0,1,1,0,0,0 2,1,0,0,0,a,1,b,0,a b,0,1,2,a,1,1,c,0,2 a,1,0,0,0,b,1,2,0,b 2,0,1,b,c,1,1,a,0,b a,0,1,b,c,1,1,2,0,b 1,0,0,0,0,1,0,0,0,4 2,0,0,0,0,0,1,1,4,0 4,0,0,0,0,1,0,0,0,0 1,4,0,0,0,1,0,0,0,4 0,0,0,0,0,a,b,1,4,1 1,4,0,0,a,b,c,0,0,0 2,0,0,0,0,a,2,1,4,0 1,4,0,0,a,b,2,0,0,0 2,1,1,b,0,0,0,a,1,a a,2,0,0,0,b,1,1,1,b b,a,0,0,1,c,1,1,1,c b,a,0,1,0,c,d,1,1,c b,a,1,0,0,0,0,c,1,c c,1,a,b,0,0,0,d,1,d b,1,1,a,0,0,0,2,1,2 b,a,0,0,0,c,1,1,1,c c,1,a,b,0,0,0,2,1,2 b,a,1,0,0,0,0,2,1,2 2,1,c,b,0,0,0,a,1,a b,a,0,1,0,c,2,1,1,c b,1,a,2,0,0,0,c,1,c b,a,0,1,0,2,c,1,1,2 2,a,1,0,0,0,0,b,1,b 0,1,0,0,0,0,0,2,a,2 b,a,0,0,1,2,1,1,1,2 b,1,2,c,0,0,0,a,1,a 2,a,0,1,2,b,c,1,1,b a,2,1,2,0,0,0,b,1,b 0,0,0,0,0,0,2,2,0,2 2,2,0,0,0,0,0,a,2,0 2,a,0,0,1,b,1,1,1,b a,2,0,1,0,b,c,1,1,b 0,2,0,0,0,0,0,0,1,2 a,2,0,0,1,b,1,1,1,b 2,2,0,0,0,0,0,0,1,0 0,1,1,0,0,0,0,2,a,2 2,1,1,0,0,0,0,a,2,0 0,1,1,0,0,0,0,2,1,2 2,1,1,0,0,0,0,0,1,0 0,1,2,2,0,0,0,2,1,2 0,1,2,0,0,0,0,2,1,3 0,0,0,0,0,0,3,3,0,3 3,3,0,0,0,0,0,0,1,0 3,0,0,0,0,3,0,1,0,1 0,3,0,0,0,0,0,0,1,3 0,1,3,3,0,0,0,2,1,2 0,1,3,0,0,0,0,2,1,2 3,3,0,3,2,1,0,0,0,2 3,0,0,0,3,2,0,0,0,1 0,0,3,2,1,0,0,0,0,3 2,3,0,3,2,1,0,0,0,3 1,2,3,2,0,1,0,0,0,3 3,0,0,0,0,2,3,3,1,0 2,3,0,0,0,0,1,3,3,0 3,1,0,3,2,3,0,3,0,0 0,3,3,3,1,0,0,0,0,3 3,3,3,2,0,1,0,0,3,1 3,3,0,1,1,0,0,0,0,1 3,0,1,0,1,3,0,0,0,0 0,0,0,0,0,2,1,1,0,2 0,0,0,0,0,2,1,0,1,2 0,1,0,2,0,1,1,0,0,2 0,0,1,2,1,1,1,0,0,2 2,0,0,0,0,0,1,2,1,0 2,0,1,0,1,1,1,0,0,0 0,0,1,1,1,0,3,3,0,1 0,2,1,1,1,1,1,0,0,3 1,1,0,0,1,1,1,0,2,3 1,3,3,1,0,0,0,1,0,3 1,3,0,1,0,0,0,1,3,3 3,0,1,3,1,1,1,0,0,0 3,1,0,0,1,1,1,3,0,1 0,3,3,0,0,0,0,2,1,3 3,0,1,3,0,0,2,1,0,1 2,1,3,0,0,0,0,0,1,0 0,3,1,0,0,0,0,3,1,2 3,1,3,0,0,0,0,0,1,0 3,1,0,1,0,0,3,1,0,1 0,1,1,3,0,0,0,0,1,3 3,1,1,0,0,0,0,0,1,0 3,1,1,0,0,0,0,2,1,2 2,1,1,3,0,0,0,0,1,3 3,1,1,2,0,0,0,0,1,0 2,1,1,0,0,0,0,3,1,0 0,0,0,a,b,1,1,3,0,3 a,0,0,2,1,b,1,3,0,2 b,a,2,1,1,c,0,1,3,a b,2,a,1,1,c,0,1,3,2 3,0,0,2,a,1,1,0,0,2 2,0,0,b,1,a,1,3,0,b 1,3,2,a,b,0,0,1,0,2 0,0,0,2,2,1,1,0,0,2 2,0,0,a,2,2,1,0,0,a a,0,0,b,1,2,2,2,0,b a,0,2,2,1,1,1,b,0,2 2,a,b,1,1,c,0,2,2,a 2,2,a,2,b,0,0,1,0,1 2,0,0,a,1,1,1,0,0,a a,0,0,b,a,1,1,2,0,b a,b,c,1,1,2,0,1,a,b b,0,0,c,1,a,1,a,0,c b,0,0,c,b,1,1,a,0,c a,b,c,1,1,d,0,1,a,b 2,0,0,a,1,1,1,3,0,a 2,0,0,a,1,1,3,0,0,a 3,0,0,a,1,1,3,0,0,a a,0,0,b,1,1,1,3,0,b b,0,0,2,1,a,1,a,0,3 b,a,2,1,1,c,0,1,b,a b,0,0,3,c,1,1,a,0,3 a,3,c,1,1,b,0,1,a,2 3,0,0,a,1,b,1,b,0,a a,0,0,b,1,1,c,3,0,b b,0,0,3,1,1,1,a,0,3 2,b,c,1,1,a,0,1,3,b a,0,0,b,1,2,1,3,0,b 3,0,0,b,2,1,1,a,0,b 3,0,0,b,1,1,1,a,0,b a,0,0,b,a,1,1,3,0,b 2,0,0,a,1,1,0,0,0,a a,0,0,b,1,1,0,2,0,b 2,0,0,a,1,0,1,0,0,a 0,2,a,1,1,0,0,1,0,2 a,0,0,b,1,2,1,0,0,b 2,a,b,1,1,0,0,1,0,a 2,a,1,1,1,0,0,0,1,a c,0,0,3,1,1,a,b,0,2 0,1,1,0,0,0,a,3,1,4 3,1,1,0,0,a,1,3,1,a a,3,0,0,0,b,1,1,3,b 3,1,1,3,a,1,0,0,1,1 1,b,3,1,4,c,1,1,a,c a,1,1,4,0,b,1,1,1,b b,a,4,0,0,c,1,1,1,c 1,3,b,1,0,4,b,1,a,4 4,1,1,0,0,0,b,a,1,0 3,0,0,b,4,b,1,a,0,b 4,b,a,1,0,0,a,b,3,0 b,3,b,4,0,c,1,1,a,c a,0,0,b,1,4,a,3,0,0 1,b,c,1,0,0,0,4,a,4 3,0,0,b,c,1,1,a,0,b a,0,0,0,0,b,1,3,0,b b,a,0,0,0,c,1,1,3,c a,0,0,b,1,4,0,0,0,0 4,a,b,1,0,0,0,0,0,0 0,0,0,0,0,a,3,0,0,1 a,0,1,b,c,1,1,3,0,b b,1,0,0,0,c,1,a,0,c b,0,1,c,d,1,1,a,0,c 1,b,3,1,0,0,0,4,a,4 b,0,0,c,1,1,4,a,0,c b,0,0,c,b,1,4,a,0,1 1,b,c,b,a,0,0,4,a,0 a,0,0,2,1,b,0,1,0,2 b,a,2,1,1,c,0,0,1,a 1,0,2,a,b,0,0,0,0,2 2,2,a,2,b,0,0,0,0,1 2,0,0,2,0,1,0,0,0,1 1,0,2,1,0,0,0,2,0,3 2,0,0,3,3,2,0,0,0,3 2,2,3,3,0,0,0,0,0,3 3,3,0,1,0,0,0,2,2,1 3,0,0,0,1,3,2,2,0,0 0,0,0,3,3,2,0,0,0,3 2,0,3,3,0,0,0,0,0,3 3,3,0,1,0,0,0,2,0,1 3,0,0,0,1,3,2,0,0,0 2,0,0,0,1,1,0,0,0,0 2,2,0,1,1,0,0,1,0,0 2,0,0,a,1,b,0,1,0,a b,2,a,1,1,c,0,0,1,2 a,0,0,b,1,2,0,1,0,b 2,b,c,1,1,a,0,0,1,b a,b,c,1,1,2,0,0,1,b 1,0,0,1,0,0,0,0,0,4 2,0,0,0,1,1,4,0,0,0 4,0,0,1,0,0,0,0,0,0 1,0,0,1,0,0,0,4,0,4 0,0,0,a,b,1,4,0,0,1 1,0,a,b,c,0,0,4,0,0 2,0,0,a,2,1,4,0,0,0 1,0,a,b,2,0,0,4,0,0 # # rules for construction: # 1,7,2,1,0,0,1,1,5,5 7,0,0,2,5,1,5,5,0,2 2,0,0,7,1,5,1,7,0,7 1,7,5,1,0,0,0,5,2,5 5,2,7,1,0,0,1,1,7,1 7,0,0,5,5,1,1,2,0,5 5,0,0,6,1,5,1,7,0,6 1,6,6,1,0,0,0,5,5,6 0,5,6,0,0,0,0,0,1,5 0,6,1,0,0,0,0,5,5,6 0,5,6,0,0,0,0,0,0,5 0,6,0,0,0,0,0,5,5,6 6,0,0,7,1,6,5,6,0,7 6,7,6,1,0,6,5,5,6,7 6,0,0,7,6,5,1,6,0,7 7,0,0,6,1,6,5,6,0,6 7,6,6,1,0,6,5,5,7,6 6,7,1,0,0,6,5,5,5,7 6,0,0,9,1,6,5,6,0,9 7,6,1,0,0,6,5,5,5,6 6,7,0,0,0,6,5,5,5,7 7,6,0,0,0,6,5,5,5,6 6,0,0,9,6,5,1,6,0,9 6,9,6,1,0,6,5,5,6,9 9,0,0,6,1,6,5,6,0,6 9,0,0,6,9,5,1,6,0,6 6,9,1,0,0,6,5,5,5,9 9,6,1,0,0,6,5,5,5,6 6,9,0,0,0,6,5,5,5,9 9,6,0,0,0,6,5,5,5,6 2,0,0,6,1,6,5,6,0,6 2,0,0,6,6,5,1,6,0,6 9,6,2,1,0,6,5,5,9,6 6,0,0,2,1,9,5,9,0,2 6,0,0,2,6,5,1,9,0,2 6,7,0,0,0,0,5,5,5,7 6,7,0,0,0,0,0,5,5,7 5,5,7,0,0,0,0,0,0,7 0,7,0,0,0,0,0,5,5,7 0,0,0,0,0,0,0,7,6,7 7,6,0,0,0,0,5,5,5,6 6,9,0,0,7,6,5,5,5,9 7,0,0,0,0,0,7,6,6,6 7,5,6,7,0,0,0,0,0,5 7,6,7,0,0,0,0,7,5,5 0,7,0,0,0,0,0,7,6,5 0,0,0,0,0,0,0,5,6,5 9,6,0,0,6,6,5,5,5,6 6,9,0,6,5,5,5,5,5,9 6,0,0,8,1,6,5,6,0,8 6,8,6,1,0,6,5,5,6,8 6,0,0,8,6,5,1,6,0,8 8,0,0,6,1,6,5,6,0,6 0,0,0,0,0,5,5,6,0,6 6,0,0,0,5,5,5,9,6,9 9,6,0,6,5,5,5,5,5,6 6,8,1,0,0,6,5,5,5,8 8,0,0,6,8,5,1,6,0,6 8,6,6,1,0,6,5,5,8,6 6,8,0,0,0,6,5,5,5,8 8,6,1,0,0,6,5,5,5,6 8,6,0,0,0,6,5,5,5,6 6,0,0,0,0,5,5,9,0,9 9,0,0,6,5,5,5,6,6,6 9,0,0,0,5,5,5,6,0,6 5,0,0,0,0,0,0,5,9,7 0,0,0,0,0,5,5,9,0,9 6,7,0,0,6,6,5,5,5,7 9,0,0,0,0,7,5,6,0,6 0,0,0,0,0,0,0,7,9,6 7,9,0,0,0,0,0,5,6,0 7,6,0,0,6,6,5,5,5,6 6,7,0,6,5,5,5,5,5,7 0,0,0,0,0,6,0,6,0,6 7,6,0,6,5,5,5,5,5,6 6,0,0,6,5,5,5,7,6,7 6,6,0,0,0,0,0,0,6,5 6,0,0,6,0,5,5,7,0,7 7,0,0,6,5,5,5,6,6,6 6,7,0,0,7,6,5,5,5,7 6,0,0,6,5,0,5,7,0,7 7,0,0,6,0,5,5,6,0,6 7,0,0,6,5,0,5,6,0,6 6,0,0,6,5,5,0,7,0,7 6,8,0,0,7,6,5,5,5,8 7,0,0,6,5,5,0,6,0,6 6,0,0,0,5,5,5,7,0,7 6,9,2,1,0,6,5,5,6,9 9,0,0,2,1,6,5,6,0,2 9,0,0,2,9,5,1,6,0,2 2,0,0,6,1,9,5,9,0,6 9,2,6,1,0,6,5,5,9,6 2,0,0,6,6,5,1,9,0,6 7,0,0,6,5,5,5,6,0,6 6,0,0,0,0,5,5,7,0,7 0,0,0,0,0,5,5,7,0,7 5,0,0,0,0,0,0,5,7,7 0,0,0,0,0,7,6,0,0,7 7,0,0,0,5,5,5,6,0,6 7,0,0,0,7,6,6,0,0,6 6,0,7,6,5,5,5,7,0,7 7,0,0,0,0,7,5,6,7,5 7,7,0,0,0,0,0,5,6,5 0,0,0,0,0,7,6,7,0,5 0,0,0,0,0,5,6,0,0,5 6,6,5,5,5,5,5,7,0,7 7,0,6,6,5,5,5,6,0,6 6,8,0,6,5,5,5,5,5,8 8,6,0,0,6,6,5,5,5,6 6,0,0,6,5,5,5,8,6,8 8,6,0,6,5,5,5,5,5,6 8,0,0,6,5,5,5,6,6,6 6,0,0,6,0,5,5,8,0,8 6,0,0,6,5,0,5,8,0,8 8,0,0,6,0,5,5,6,0,6 8,0,0,6,5,0,5,6,0,6 7,6,5,5,5,5,5,6,0,6 0,0,0,5,5,6,0,0,0,6 6,0,5,5,5,7,6,0,0,7 6,0,0,6,5,5,0,8,0,8 6,8,0,0,6,6,5,5,5,8 6,0,7,6,5,5,5,8,0,8 6,0,0,5,5,7,0,0,0,7 7,6,5,5,5,6,6,0,0,6 8,0,0,6,5,5,0,6,0,6 0,0,0,5,5,7,0,0,0,7 5,0,0,0,0,5,7,0,0,7 0,0,0,7,6,0,0,0,0,7 7,0,5,5,5,6,0,0,0,6 6,6,5,5,5,5,5,8,0,8 8,0,6,6,5,5,5,6,0,6 0,0,0,7,6,7,0,0,0,5 7,0,0,7,5,6,7,0,0,5 7,0,0,0,0,5,6,7,0,5 7,0,7,6,6,0,0,0,0,6 8,6,5,5,5,5,5,6,0,6 6,6,5,5,5,8,6,0,7,8 6,5,5,5,5,8,0,6,5,8 8,6,5,5,5,6,6,0,6,6 0,0,0,5,6,0,0,0,0,5 6,0,0,8,1,6,5,2,0,8 6,0,0,8,6,5,1,2,0,8 6,0,0,8,5,1,1,2,0,8 6,5,5,8,6,0,0,0,5,8 0,5,5,6,0,0,0,0,0,6 8,5,5,5,5,6,0,6,5,6 6,9,0,0,6,6,5,5,5,9 6,5,5,8,0,0,0,0,0,8 6,0,6,6,5,5,5,8,0,8 6,0,0,6,5,5,5,9,6,9 8,5,5,6,6,0,0,6,5,6 6,0,0,6,0,5,5,9,0,9 0,5,5,8,0,0,0,0,0,8 6,8,0,0,9,6,5,5,5,8 8,5,5,6,0,0,0,0,5,6 5,0,0,5,6,8,0,0,0,8 6,6,5,5,5,8,6,0,6,8 6,0,0,6,5,0,5,9,0,9 9,0,0,6,0,5,5,6,0,6 8,5,5,6,0,0,0,0,0,6 6,0,0,6,5,5,0,9,0,9 8,0,0,5,6,6,0,0,0,6 9,0,0,6,5,0,5,6,0,6 0,0,0,0,5,5,8,0,0,5 6,0,0,5,1,6,5,6,0,5 6,5,5,8,6,0,0,6,5,8 6,0,6,6,5,5,5,9,0,9 9,0,0,6,5,5,0,6,0,6 6,0,0,5,6,5,1,6,0,5 6,5,5,1,0,6,5,5,6,5 6,5,5,8,0,0,0,6,6,8 9,0,6,6,5,5,5,6,0,6 6,6,5,5,5,5,5,9,0,9 6,5,1,0,0,6,5,5,5,5 6,5,0,0,0,6,5,5,5,0 5,5,5,6,6,5,0,0,0,0 5,5,1,0,0,6,5,5,5,0 5,5,5,5,6,5,0,0,1,0 6,6,5,8,0,0,0,0,0,8 6,6,5,5,5,9,6,0,6,9 8,5,5,6,0,0,0,6,6,6 9,6,5,5,5,5,5,6,0,6 6,0,0,0,0,6,5,5,0,0 6,6,5,5,6,8,0,0,0,8 6,0,9,6,5,5,5,8,0,8 6,5,5,5,5,9,0,6,5,9 9,6,5,5,5,6,6,0,6,6 8,6,5,6,0,0,0,0,0,6 6,0,0,0,0,6,5,5,5,0 6,5,5,9,6,0,0,6,5,9 6,6,5,5,5,8,0,0,0,8 8,6,5,5,6,6,0,0,0,6 9,5,5,5,5,6,0,6,5,6 8,6,5,5,5,6,0,0,0,6 9,5,5,6,6,0,0,6,5,6 6,6,5,5,5,8,6,0,9,8 6,5,5,9,0,0,0,6,6,9 6,0,5,5,5,8,0,0,0,8 6,6,5,9,0,0,0,0,0,9 9,5,5,6,0,0,0,6,6,6 6,0,0,5,5,8,0,0,0,8 6,6,5,5,6,9,0,0,0,9 9,6,5,6,0,0,0,0,0,6 0,0,0,5,5,8,0,0,0,8 6,6,5,5,5,9,0,0,0,9 6,5,5,8,0,0,0,6,9,8 9,6,5,5,6,6,0,0,0,6 8,0,5,5,5,6,0,0,0,6 8,0,0,5,5,6,0,0,0,6 9,6,5,5,5,6,0,0,0,6 5,0,0,0,0,5,6,8,0,8 8,0,0,0,0,5,6,6,0,6 0,0,0,0,0,0,5,5,8,5 6,0,0,0,7,6,5,5,5,0 6,0,0,6,5,5,5,5,5,0 6,6,6,5,5,9,0,0,0,9 6,0,0,6,5,9,0,0,0,9 9,6,6,5,5,6,0,0,0,6 6,0,0,6,5,5,5,0,0,0 6,0,0,6,0,5,5,0,0,0 6,0,6,6,5,5,5,7,0,7 6,0,0,6,5,5,6,9,0,9 9,0,0,6,5,6,0,0,0,6 9,0,0,6,5,5,6,6,0,6 6,0,0,6,5,5,5,9,0,9 6,6,9,5,5,8,0,0,0,8 6,0,0,6,5,0,5,0,0,0 6,6,5,5,5,7,6,0,6,7 6,0,0,6,5,5,0,0,0,0 6,0,0,6,5,8,0,0,0,8 6,0,0,0,5,5,5,9,0,9 8,6,6,5,5,6,0,0,0,6 9,0,0,6,5,5,5,6,0,6 6,0,0,6,5,5,6,8,0,8 8,0,0,6,5,6,0,0,0,6 8,0,0,6,5,5,6,6,0,6 7,6,5,5,5,6,6,0,6,6 6,5,5,5,5,7,0,6,5,7 6,0,0,6,5,5,5,8,0,8 6,0,7,6,5,5,5,0,0,0 6,6,5,5,5,5,5,0,0,0 6,5,5,7,6,0,0,6,5,7 8,0,0,6,5,5,5,6,0,6 7,5,5,5,5,6,0,6,5,6 6,5,5,7,0,0,0,6,6,7 7,5,5,6,6,0,0,6,5,6 6,6,5,5,5,0,0,0,7,0 6,0,0,6,6,0,5,8,0,8 6,6,5,7,0,0,0,0,0,7 7,5,5,6,0,0,0,6,6,6 6,5,5,5,5,0,0,6,5,0 6,0,0,0,0,5,0,8,0,8 6,6,5,5,6,7,0,0,0,7 7,6,5,6,0,0,0,0,0,6 6,5,5,0,0,0,0,6,5,0 0,0,0,0,0,5,5,8,0,8 8,0,0,0,5,5,0,6,0,6 5,8,0,0,0,0,0,5,6,8 8,0,0,0,0,5,5,6,0,6 8,6,0,0,0,0,0,5,6,6 0,5,8,0,0,0,0,0,0,5 6,6,5,5,5,7,0,0,0,7 7,6,5,5,6,6,0,0,0,6 6,5,5,0,0,0,0,6,7,0 6,6,5,0,0,0,0,0,0,0 7,6,5,5,5,6,0,0,0,6 6,6,5,5,0,0,0,0,0,0 6,6,5,5,5,0,0,0,0,0 6,6,6,5,5,7,0,0,0,7 6,0,0,6,5,7,0,0,0,7 7,6,6,5,5,6,0,0,0,6 7,0,0,6,5,6,0,0,0,6 6,0,0,6,5,5,6,7,0,7 7,0,0,6,6,0,0,0,0,0 6,6,7,5,5,0,0,0,7,0 7,0,0,6,5,5,6,6,0,6 6,0,0,6,5,5,5,7,0,7 6,0,0,6,5,0,0,0,0,0 6,0,0,6,6,5,0,7,0,7 6,0,0,0,0,6,5,7,0,7 7,0,0,6,6,5,0,6,0,6 7,0,0,0,0,6,5,6,0,6 6,7,0,0,0,6,5,5,6,7 7,6,0,0,0,6,5,5,6,6 6,0,0,6,7,5,0,0,0,0 6,0,0,0,0,6,5,0,0,0 6,0,0,0,0,5,5,0,0,0 6,0,0,0,5,5,5,0,0,0 5,5,5,1,0,5,5,5,5,7 5,0,0,2,1,7,5,5,0,2 5,0,0,2,7,5,1,5,0,2 2,0,0,5,1,7,5,5,0,5 2,0,0,5,7,5,1,5,0,5 a,0,0,b,1,7,5,c,0,b a,0,0,b,7,5,1,c,0,b 7,0,0,2,1,7,5,5,0,2 7,0,0,2,7,5,1,5,0,2 2,0,0,7,1,7,5,7,0,7 2,0,0,7,7,5,1,7,0,7 7,0,0,5,1,7,5,2,0,5 7,0,0,5,7,5,1,2,0,5 6,0,0,2,1,7,5,9,0,2 6,0,0,2,7,5,1,9,0,2 2,0,0,6,1,7,5,6,0,6 2,0,0,6,7,5,1,6,0,6 9,0,0,2,1,7,5,6,0,2 9,0,0,2,7,5,1,6,0,2 2,0,0,6,1,7,5,9,0,6 2,0,0,6,7,5,1,9,0,6 6,0,0,8,1,7,5,2,0,8 6,0,0,8,7,5,1,2,0,8 6,0,0,7,5,1,1,6,0,7 7,0,0,6,5,1,1,6,0,6 6,0,0,9,5,1,1,6,0,9 9,0,0,6,5,1,1,6,0,6 6,0,0,2,5,1,1,9,0,2 2,0,0,6,5,1,1,6,0,6 6,0,0,8,5,1,1,6,0,8 8,0,0,6,5,1,1,6,0,6 9,0,0,2,5,1,1,6,0,2 2,0,0,6,5,1,1,9,0,6 6,0,0,5,5,1,1,6,0,5 5,0,0,2,5,1,1,5,0,2 2,0,0,5,5,1,1,5,0,5 7,0,0,2,5,1,1,5,0,2 2,0,0,7,5,1,1,7,0,7 @COLORS # colors from # http://lslwww.epfl.ch/pages/embryonics/thesis/AppendixA.html 1 255 255 255 2 255 0 0 3 0 255 255 4 0 255 0 5 255 0 255 6 0 0 255 7 255 255 0 8 85 85 85 9 170 170 170 golly-3.3-src/Rules/Chou-Reggia-1.rule0000644000175000017500000001425212124663564014443 00000000000000@RULE Chou-Reggia-1 J. A. Reggia, S.L.Armentrout, H.-H. Chou, and Y. Peng. ``Simple systems that exhibit self-directed replication.'' Science, Vol. 259, pages 1282-1287, February 1993. Transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java Credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" @TABLE # rules: 174 # format: CNESWC' n_states:8 neighborhood:vonNeumann symmetries:rotate4 000000 000200 000110 004420 006301 001447 003030 046000 060400 062102 051060 010420 010360 012152 032000 401033 410011 431206 640406 660630 616600 636000 000440 000260 000330 004512 005103 001540 003100 045002 060600 061110 051710 010506 010320 030400 076010 460313 410633 600000 640106 610006 616100 636100 000420 000231 000705 006030 002020 001210 040000 045600 060100 050006 020320 010140 016000 036000 400035 466633 410100 606100 660060 610106 613001 676600 000600 000100 004040 006440 001010 001110 040160 041040 060166 050306 024200 010154 016100 036606 400313 423106 411033 606313 660460 614004 630160 500000 000540 000152 004010 006110 001030 003000 044400 060066 062030 054040 023010 010340 012000 036300 405033 410061 431033 640006 660615 616000 630360 500044 500011 230000 100111 101044 146004 143321 166611 121121 117044 300111 340066 366611 374017 200100 100044 104414 101601 141403 160414 161101 112244 130414 304011 340611 314001 703010 203010 100011 104674 101301 141424 160111 161301 111044 133001 301471 340261 314676 703330 240400 100441 106101 103011 141141 164104 120414 113011 133011 301303 340211 313023 733630 210102 100414 105011 103103 141121 166644 124104 113601 300101 307141 344011 331001 @TREE num_states=8 num_neighbors=4 num_nodes=195 1 0 1 2 3 4 0 0 7 1 0 1 0 1 4 1 6 7 1 0 1 2 3 4 5 6 7 1 0 1 0 3 5 5 6 7 1 0 4 2 3 4 4 6 7 1 6 1 2 3 4 5 6 7 1 5 1 2 3 4 5 6 7 2 0 1 2 3 4 5 2 6 1 0 1 2 1 1 5 6 7 1 0 1 2 3 4 5 1 7 1 0 1 2 1 4 5 4 7 1 2 1 2 3 4 5 6 7 1 0 1 2 3 4 5 0 7 2 1 8 2 9 10 11 12 2 1 1 1 2 3 4 5 6 7 2 2 2 2 14 2 2 2 2 1 0 3 2 1 3 5 6 7 2 3 16 2 2 2 2 12 2 1 0 4 2 3 4 5 6 7 2 4 18 2 2 2 11 18 2 1 3 1 2 3 4 5 6 7 2 5 20 2 2 2 2 2 2 1 0 1 2 3 1 5 0 7 1 0 1 2 6 4 5 6 7 1 6 1 2 3 4 5 0 7 2 2 22 2 14 23 2 24 2 2 6 2 2 2 2 2 2 2 3 7 13 15 17 19 21 25 26 2 1 8 2 16 18 20 22 2 1 0 1 2 3 0 5 6 7 1 4 1 2 3 4 5 6 7 2 29 2 2 2 2 30 12 2 1 0 1 2 3 6 5 6 7 2 2 2 2 32 18 2 2 2 1 0 1 0 3 3 5 6 0 1 0 1 2 3 3 5 6 7 2 34 35 2 35 2 2 12 2 1 0 4 2 1 4 5 6 7 2 37 18 2 2 18 11 2 2 2 5 2 2 2 2 2 2 2 1 0 1 2 3 3 5 3 7 2 2 2 11 40 18 2 2 2 2 2 2 2 2 2 2 2 2 3 28 31 33 36 38 39 41 42 2 2 32 2 2 2 2 2 2 2 2 18 2 2 2 2 2 2 3 42 42 42 44 45 42 42 42 2 3 9 14 2 2 2 14 2 2 34 2 2 2 2 2 12 2 1 0 1 2 3 4 5 6 0 2 2 2 2 49 2 2 12 2 1 6 1 2 3 3 5 6 7 2 51 2 2 2 2 2 2 2 3 47 48 42 50 45 52 42 42 2 4 10 2 2 2 2 23 2 1 7 1 2 1 4 5 6 7 1 0 1 2 7 4 5 6 7 2 37 2 2 2 55 2 2 56 1 0 1 2 1 4 5 6 7 2 2 58 2 2 2 2 58 2 1 0 1 0 3 4 5 6 7 1 0 3 2 3 4 5 6 7 2 60 61 2 2 2 2 2 2 2 2 58 2 2 2 2 2 2 3 54 57 59 42 62 42 63 63 2 5 11 2 2 11 2 2 2 3 65 39 42 52 42 42 42 42 2 2 12 2 12 18 2 24 2 2 2 2 2 2 2 2 24 2 2 2 35 2 2 2 2 5 2 2 2 18 2 2 2 2 12 2 1 0 1 2 3 4 5 5 7 2 2 71 2 12 2 2 2 2 2 2 2 2 2 2 2 12 2 3 67 68 42 69 70 42 72 73 2 2 2 2 2 58 2 2 2 2 2 18 2 2 2 2 18 2 3 26 75 42 42 76 42 42 42 4 27 43 46 53 64 66 74 77 2 1 29 2 34 37 5 2 2 2 8 2 2 2 2 2 2 2 2 9 2 2 2 2 2 2 2 2 10 2 2 2 55 2 2 58 2 11 30 2 2 2 2 2 2 2 12 12 2 12 2 2 24 2 2 2 2 2 2 56 2 2 2 3 79 80 42 81 82 83 84 85 2 8 2 2 35 18 2 2 2 3 87 42 42 42 42 42 42 42 2 2 2 2 2 2 2 11 2 2 58 2 2 2 2 2 2 2 2 2 11 2 2 2 2 2 2 3 89 42 42 42 90 91 42 42 2 16 2 32 35 2 2 40 2 2 35 2 2 2 2 2 2 2 2 32 2 2 2 2 2 2 2 3 93 94 95 42 42 42 94 42 2 18 2 18 2 18 2 18 2 2 18 2 2 2 2 2 2 2 2 18 2 18 2 2 2 2 2 2 61 2 18 2 2 2 2 2 3 97 98 99 98 100 42 98 98 2 20 30 2 2 11 2 2 2 3 102 42 91 42 42 42 42 42 2 22 12 2 12 2 2 2 2 2 71 2 2 2 2 2 58 2 3 104 42 42 42 90 42 105 42 2 58 2 2 2 2 2 23 2 3 42 42 42 42 107 42 42 42 4 86 88 92 96 101 103 106 108 2 14 32 2 2 2 2 2 2 3 42 75 42 110 45 42 75 42 2 2 2 2 2 2 11 2 2 2 2 2 2 2 18 2 2 2 3 33 112 113 42 42 42 42 42 3 42 42 42 42 45 42 42 42 3 42 42 42 42 42 42 42 42 2 11 2 2 2 2 2 2 2 3 42 117 42 42 42 42 42 42 4 111 114 115 116 115 116 118 116 2 3 34 2 2 2 51 2 2 2 16 35 32 2 2 2 35 2 2 2 35 2 49 2 2 2 2 2 12 12 2 12 2 2 5 2 3 120 121 42 122 42 42 123 42 2 9 2 2 2 18 2 2 2 3 125 42 42 42 42 42 42 42 2 14 2 2 2 2 2 2 2 3 127 95 42 42 42 42 42 42 2 2 2 2 49 2 2 2 2 2 49 2 2 2 2 2 49 2 3 129 94 42 130 42 42 129 42 2 14 12 2 12 2 2 2 2 2 40 2 2 2 2 2 2 2 2 12 2 2 2 2 2 35 2 3 132 133 42 129 42 42 134 42 4 124 126 128 131 116 116 135 116 2 4 37 2 2 60 2 2 2 2 18 18 18 18 61 2 18 18 2 11 11 2 2 2 2 2 2 2 18 2 2 2 2 2 12 18 3 137 138 42 42 45 139 140 42 2 10 2 58 2 61 2 58 58 2 55 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 23 3 142 42 113 42 143 42 144 90 2 18 2 18 2 18 2 2 2 3 42 146 42 42 42 42 42 42 2 2 55 2 2 2 2 2 2 3 148 98 42 42 42 42 42 42 2 23 2 58 2 2 2 2 2 2 2 2 2 2 2 2 18 2 3 150 98 42 42 42 42 151 42 2 2 56 2 2 2 2 2 2 3 153 42 42 42 42 42 42 42 4 141 145 147 116 149 116 152 154 2 5 5 2 51 2 2 2 2 2 20 2 2 2 2 2 2 2 3 156 157 42 42 42 42 42 42 2 30 2 11 2 2 2 2 2 3 117 159 42 42 42 42 42 42 3 117 117 42 42 42 42 42 42 4 158 160 116 116 161 116 116 116 2 22 2 2 2 58 2 71 2 2 14 40 2 2 2 2 12 2 2 23 18 2 2 2 2 2 2 2 24 2 2 2 2 2 2 2 3 42 163 91 164 165 42 166 42 2 12 2 2 35 18 2 71 2 2 12 2 2 2 2 2 2 2 2 24 2 2 2 2 2 58 2 3 168 169 42 169 42 42 170 42 3 42 42 42 42 90 42 42 42 2 12 2 2 2 2 2 12 2 2 12 2 2 49 2 2 2 2 2 5 2 2 2 2 2 35 2 3 173 169 42 174 42 42 175 42 2 12 2 2 2 2 2 18 2 2 18 23 2 2 2 2 2 2 3 98 42 42 42 42 42 177 178 2 24 24 2 5 12 2 2 12 2 2 2 2 2 2 2 58 2 2 2 2 2 2 2 2 35 2 2 2 58 2 35 18 2 2 2 3 180 181 42 182 151 42 183 42 3 42 42 42 42 42 42 169 42 4 167 171 172 176 179 116 184 185 3 26 75 42 42 42 42 73 42 2 56 2 2 2 2 2 2 2 3 113 42 42 42 188 42 42 42 3 63 42 42 42 42 42 42 42 2 2 2 2 2 23 2 2 2 3 113 191 42 42 42 42 42 42 4 187 189 116 116 190 116 192 116 5 78 109 119 136 155 162 186 193 @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 golly-3.3-src/Rules/Turmite_181181121010.rule0000644000175000017500000006501612124005036015120 00000000000000@RULE Turmite_181181121010 @TREE num_states=18 num_neighbors=4 num_nodes=27 1 0 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 1 6 14 14 14 14 14 14 14 14 14 14 14 14 14 6 6 6 6 1 2 10 10 10 10 10 10 10 10 10 10 10 10 10 2 2 2 2 2 0 0 0 1 0 0 0 0 0 1 0 1 0 0 2 0 0 0 1 9 17 17 17 17 17 17 17 17 17 17 17 17 17 9 9 9 9 2 4 4 4 0 4 4 4 4 4 0 4 0 4 4 0 4 4 4 1 5 13 13 13 13 13 13 13 13 13 13 13 13 13 5 5 5 5 2 6 6 6 0 6 6 6 6 6 0 6 0 6 6 0 6 6 6 3 3 3 5 3 3 3 3 3 5 3 5 3 3 3 3 3 3 7 1 7 15 15 15 15 15 15 15 15 15 15 15 15 15 7 7 7 7 2 9 9 9 0 9 9 9 9 9 0 9 0 9 9 0 9 9 9 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 10 10 11 10 10 10 10 10 11 10 11 10 10 10 10 10 10 11 1 3 11 11 11 11 11 11 11 11 11 11 11 11 11 3 3 3 3 2 13 13 13 0 13 13 13 13 13 0 13 0 13 13 0 13 13 13 3 14 14 11 14 14 14 14 14 11 14 11 14 14 14 14 14 14 11 4 8 8 8 8 12 8 12 8 8 8 8 8 12 8 8 15 8 8 1 8 16 16 16 16 16 16 16 16 16 16 16 16 16 8 8 8 8 2 17 17 17 0 17 17 17 17 17 0 17 0 17 17 0 17 17 17 3 18 18 11 18 18 18 18 18 11 18 11 18 18 18 18 18 18 11 3 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 4 19 19 19 19 20 19 20 19 19 19 19 19 20 19 19 20 19 19 1 4 12 12 12 12 12 12 12 12 12 12 12 12 12 4 4 4 4 2 22 22 22 0 22 22 22 22 22 0 22 0 22 22 0 22 22 22 3 23 23 11 23 23 23 23 23 11 23 11 23 23 23 23 23 23 11 4 24 24 24 24 20 24 20 24 24 24 24 24 20 24 24 20 24 24 5 16 16 16 16 16 21 16 21 16 16 16 16 16 21 16 16 25 16 @COLORS 0 0 0 0 1 0 155 67 2 131 12 251 3 131 12 251 4 131 12 251 5 131 12 251 6 132 132 132 7 132 132 132 8 132 132 132 9 132 132 132 10 23 130 99 11 23 130 99 12 23 130 99 13 23 130 99 14 23 151 78 15 23 151 78 16 23 151 78 17 23 151 78 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 527 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 2 */ "..............................." ".......C...............C......." ".......C...............C......." "........C.............C........" "........C.............C........" ".........CCCIICCCIICCC........." "............IICCCII............" ".............CCCCC............." "........CC....CCC....CC........" ".........CC...CCC...CC........." "..........CC..CCC..CC.........." "...........CCCCCCCCC..........." "............CCCCCCC............" "..............CCC.............." "..............CCC.............." "...........CCCCCCCCC..........." "..........CCCCCCCCCCC.........." ".........CC...CCC...CC........." "........CC....CCC....CC........" ".............CCCCC............." "............CCCCCCC............" "...........CC.CCC.CC..........." "..........CC..CCC..CC.........." ".........CC...CCC...CC........." "........CC...ECCCE...CC........" ".............CCCCC............." ".............CCCCC............." ".............ECCCE............." "..............CCC.............." "..............................." "..............................." /* icon for state 3 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "............................CC." "......C.....C.........C...CC..." "......CC....CC.......CC..C....." ".......CC....CC.....CC...C....." "........CC....CC...CC....C....." ".........CC...CC..CC....II....." "...ECCE...CC..CC..CC...CII....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "...ECCE...CC..CC..CC...CII....." ".........CC...CC..CC....II....." "........CC....CC...CC....C....." ".......CC....CC.....CC...C....." "......CC....CC.......CC..C....." "......C.....C.........C...CC..." "............................CC." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 4 */ "..............................." "..............................." "..............CCC.............." ".............ECCCE............." ".............CCCCC............." ".............CCCCC............." "........CC...ECCCE...CC........" ".........CC...CCC...CC........." "..........CC..CCC..CC.........." "...........CC.CCC.CC..........." "............CCCCCCC............" ".............CCCCC............." "........CC....CCC....CC........" ".........CC...CCC...CC........." "..........CCCCCCCCCCC.........." "...........CCCCCCCCC..........." "..............CCC.............." "..............CCC.............." "............CCCCCCC............" "...........CCCCCCCCC..........." "..........CC..CCC..CC.........." ".........CC...CCC...CC........." "........CC....CCC....CC........" ".............CCCCC............." "............IICCCII............" ".........CCCIICCCIICCC........." "........C.............C........" "........C.............C........" ".......C...............C......." ".......C...............C......." "..............................." /* icon for state 5 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".CC............................" "...CC...C.........C.....C......" ".....C..CC.......CC....CC......" ".....C...CC.....CC....CC......." ".....C....CC...CC....CC........" ".....II....CC..CC...CC........." ".....IIC...CC..CC..CC...ECCE..." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....IIC...CC..CC..CC...ECCE..." ".....II....CC..CC...CC........." ".....C....CC...CC....CC........" ".....C...CC.....CC....CC......." ".....C..CC.......CC....CC......" "...CC...C.........C.....C......" ".CC............................" "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 6 */ "..............................." ".......D...............D......." ".......D...............D......." "........D.............D........" "........D.............D........" ".........DDDIIDDDIIDDD........." "............IIDDDII............" ".............DDDDD............." "........DD....DDD....DD........" ".........DD...DDD...DD........." "..........DD..DDD..DD.........." "...........DDDDDDDDD..........." "............DDDDDDD............" "..............DDD.............." "..............DDD.............." "...........DDDDDDDDD..........." "..........DDDDDDDDDDD.........." ".........DD...DDD...DD........." "........DD....DDD....DD........" ".............DDDDD............." "............DDDDDDD............" "...........DD.DDD.DD..........." "..........DD..DDD..DD.........." ".........DD...DDD...DD........." "........DD...FDDDF...DD........" ".............DDDDD............." ".............DDDDD............." ".............FDDDF............." "..............DDD.............." "..............................." "..............................." /* icon for state 7 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "............................DD." "......D.....D.........D...DD..." "......DD....DD.......DD..D....." ".......DD....DD.....DD...D....." "........DD....DD...DD....D....." ".........DD...DD..DD....II....." "...FDDF...DD..DD..DD...DII....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "...FDDF...DD..DD..DD...DII....." ".........DD...DD..DD....II....." "........DD....DD...DD....D....." ".......DD....DD.....DD...D....." "......DD....DD.......DD..D....." "......D.....D.........D...DD..." "............................DD." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 8 */ "..............................." "..............................." "..............DDD.............." ".............FDDDF............." ".............DDDDD............." ".............DDDDD............." "........DD...FDDDF...DD........" ".........DD...DDD...DD........." "..........DD..DDD..DD.........." "...........DD.DDD.DD..........." "............DDDDDDD............" ".............DDDDD............." "........DD....DDD....DD........" ".........DD...DDD...DD........." "..........DDDDDDDDDDD.........." "...........DDDDDDDDD..........." "..............DDD.............." "..............DDD.............." "............DDDDDDD............" "...........DDDDDDDDD..........." "..........DD..DDD..DD.........." ".........DD...DDD...DD........." "........DD....DDD....DD........" ".............DDDDD............." "............IIDDDII............" ".........DDDIIDDDIIDDD........." "........D.............D........" "........D.............D........" ".......D...............D......." ".......D...............D......." "..............................." /* icon for state 9 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".DD............................" "...DD...D.........D.....D......" ".....D..DD.......DD....DD......" ".....D...DD.....DD....DD......." ".....D....DD...DD....DD........" ".....II....DD..DD...DD........." ".....IID...DD..DD..DD...FDDF..." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....IID...DD..DD..DD...FDDF..." ".....II....DD..DD...DD........." ".....D....DD...DD....DD........" ".....D...DD.....DD....DD......." ".....D..DD.......DD....DD......" "...DD...D.........D.....D......" ".DD............................" "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 10 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAAACCCIICCCIICCCAAAAAAAAA" "AAAAAAAAAAAAIICCCIIAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAACCCCCCCCCCCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAACCACCCACCAAAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAGCCCGAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAAGCCCGAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 11 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAACCA" "AAAAAACAAAAACAAAAAAAAACAAACCAAA" "AAAAAACCAAAACCAAAAAAACCAACAAAAA" "AAAAAAACCAAAACCAAAAACCAAACAAAAA" "AAAAAAAACCAAAACCAAACCAAAACAAAAA" "AAAAAAAAACCAAACCAACCAAAAIIAAAAA" "AAAGCCGAAACCAACCAACCAAACIIAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AAAGCCGAAACCAACCAACCAAACIIAAAAA" "AAAAAAAAACCAAACCAACCAAAAIIAAAAA" "AAAAAAAACCAAAACCAAACCAAAACAAAAA" "AAAAAAACCAAAACCAAAAACCAAACAAAAA" "AAAAAACCAAAACCAAAAAAACCAACAAAAA" "AAAAAACAAAAACAAAAAAAAACAAACCAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAACCA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 12 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAGCCCGAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAGCCCGAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAAAACCACCCACCAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCCCCCCCCCCAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAIICCCIIAAAAAAAAAAAA" "AAAAAAAAACCCIICCCIICCCAAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 13 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "ACCAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAACCAAACAAAAAAAAACAAAAACAAAAAA" "AAAAACAACCAAAAAAACCAAAACCAAAAAA" "AAAAACAAACCAAAAACCAAAACCAAAAAAA" "AAAAACAAAACCAAACCAAAACCAAAAAAAA" "AAAAAIIAAAACCAACCAAACCAAAAAAAAA" "AAAAAIICAAACCAACCAACCAAAGCCGAAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAAIICAAACCAACCAACCAAAGCCGAAA" "AAAAAIIAAAACCAACCAAACCAAAAAAAAA" "AAAAACAAAACCAAACCAAAACCAAAAAAAA" "AAAAACAAACCAAAAACCAAAACCAAAAAAA" "AAAAACAACCAAAAAAACCAAAACCAAAAAA" "AAACCAAACAAAAAAAAACAAAAACAAAAAA" "ACCAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 14 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAAADDDIIDDDIIDDDAAAAAAAAA" "AAAAAAAAAAAAIIDDDIIAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAADDDDDDDDDDDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAADDADDDADDAAAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAHDDDHAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAAHDDDHAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 15 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAADDA" "AAAAAADAAAAADAAAAAAAAADAAADDAAA" "AAAAAADDAAAADDAAAAAAADDAADAAAAA" "AAAAAAADDAAAADDAAAAADDAAADAAAAA" "AAAAAAAADDAAAADDAAADDAAAADAAAAA" "AAAAAAAAADDAAADDAADDAAAAIIAAAAA" "AAAHDDHAAADDAADDAADDAAADIIAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AAAHDDHAAADDAADDAADDAAADIIAAAAA" "AAAAAAAAADDAAADDAADDAAAAIIAAAAA" "AAAAAAAADDAAAADDAAADDAAAADAAAAA" "AAAAAAADDAAAADDAAAAADDAAADAAAAA" "AAAAAADDAAAADDAAAAAAADDAADAAAAA" "AAAAAADAAAAADAAAAAAAAADAAADDAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAADDA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 16 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAHDDDHAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAHDDDHAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAAAADDADDDADDAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDDDDDDDDDDAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAIIDDDIIAAAAAAAAAAAA" "AAAAAAAAADDDIIDDDIIDDDAAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 17 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "ADDAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAADDAAADAAAAAAAAADAAAAADAAAAAA" "AAAAADAADDAAAAAAADDAAAADDAAAAAA" "AAAAADAAADDAAAAADDAAAADDAAAAAAA" "AAAAADAAAADDAAADDAAAADDAAAAAAAA" "AAAAAIIAAAADDAADDAAADDAAAAAAAAA" "AAAAAIIDAAADDAADDAADDAAAHDDHAAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAAIIDAAADDAADDAADDAAAHDDHAAA" "AAAAAIIAAAADDAADDAAADDAAAAAAAAA" "AAAAADAAAADDAAADDAAAADDAAAAAAAA" "AAAAADAAADDAAAAADDAAAADDAAAAAAA" "AAAAADAADDAAAAAAADDAAAADDAAAAAA" "AAADDAAADAAAAAAAAADAAAAADAAAAAA" "ADDAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "15 255 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 2 */ "....C.....C...." ".....C...C....." "......ICI......" "...C..CCC..C..." "....C..C..C...." ".....CCCCC....." ".......C......." "....CCCCCCC...." "...C...C...C..." ".....CCCCC....." "....C..C..C...." "...C..ECE..C..." "......CCC......" "......ECE......" "..............." /* icon for state 3 */ "..............." "..............." "..............." "...C..C....C..." "....C..C..C...C" ".....C.C.C...C." ".ECE.C.C.C.CI.." ".CCCCCCCCCCCC.." ".ECE.C.C.C.CI.." ".....C.C.C...C." "....C..C..C...C" "...C..C....C..." "..............." "..............." "..............." /* icon for state 4 */ "..............." "......ECE......" "......CCC......" "...C..ECE..C..." "....C..C..C...." ".....CCCCC....." "...C...C...C..." "....CCCCCCC...." ".......C......." ".....CCCCC....." "....C..C..C...." "...C..CCC..C..." "......ICI......" ".....C...C....." "....C.....C...." /* icon for state 5 */ "..............." "..............." "..............." "...C....C..C..." "C...C..C..C...." ".C...C.C.C....." "..IC.C.C.C.ECE." "..CCCCCCCCCCCC." "..IC.C.C.C.ECE." ".C...C.C.C....." "C...C..C..C...." "...C....C..C..." "..............." "..............." "..............." /* icon for state 6 */ "....D.....D...." ".....D...D....." "......IDI......" "...D..DDD..D..." "....D..D..D...." ".....DDDDD....." ".......D......." "....DDDDDDD...." "...D...D...D..." ".....DDDDD....." "....D..D..D...." "...D..FDF..D..." "......DDD......" "......FDF......" "..............." /* icon for state 7 */ "..............." "..............." "..............." "...D..D....D..." "....D..D..D...D" ".....D.D.D...D." ".FDF.D.D.D.DI.." ".DDDDDDDDDDDD.." ".FDF.D.D.D.DI.." ".....D.D.D...D." "....D..D..D...D" "...D..D....D..." "..............." "..............." "..............." /* icon for state 8 */ "..............." "......FDF......" "......DDD......" "...D..FDF..D..." "....D..D..D...." ".....DDDDD....." "...D...D...D..." "....DDDDDDD...." ".......D......." ".....DDDDD....." "....D..D..D...." "...D..DDD..D..." "......IDI......" ".....D...D....." "....D.....D...." /* icon for state 9 */ "..............." "..............." "..............." "...D....D..D..." "D...D..D..D...." ".D...D.D.D....." "..ID.D.D.D.FDF." "..DDDDDDDDDDDD." "..ID.D.D.D.FDF." ".D...D.D.D....." "D...D..D..D...." "...D....D..D..." "..............." "..............." "..............." /* icon for state 10 */ "AAAACAAAAACAAAA" "AAAAACAAACAAAAA" "AAAAAAICIAAAAAA" "AAACAACCCAACAAA" "AAAACAACAACAAAA" "AAAAACCCCCAAAAA" "AAAAAAACAAAAAAA" "AAAACCCCCCCAAAA" "AAACAAACAAACAAA" "AAAAACCCCCAAAAA" "AAAACAACAACAAAA" "AAACAAGCGAACAAA" "AAAAAACCCAAAAAA" "AAAAAAGCGAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 11 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAACAACAAAACAAA" "AAAACAACAACAAAC" "AAAAACACACAAACA" "AGCGACACACACIAA" "ACCCCCCCCCCCCAA" "AGCGACACACACIAA" "AAAAACACACAAACA" "AAAACAACAACAAAC" "AAACAACAAAACAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 12 */ "AAAAAAAAAAAAAAA" "AAAAAAGCGAAAAAA" "AAAAAACCCAAAAAA" "AAACAAGCGAACAAA" "AAAACAACAACAAAA" "AAAAACCCCCAAAAA" "AAACAAACAAACAAA" "AAAACCCCCCCAAAA" "AAAAAAACAAAAAAA" "AAAAACCCCCAAAAA" "AAAACAACAACAAAA" "AAACAACCCAACAAA" "AAAAAAICIAAAAAA" "AAAAACAAACAAAAA" "AAAACAAAAACAAAA" /* icon for state 13 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAACAAAACAACAAA" "CAAACAACAACAAAA" "ACAAACACACAAAAA" "AAICACACACAGCGA" "AACCCCCCCCCCCCA" "AAICACACACAGCGA" "ACAAACACACAAAAA" "CAAACAACAACAAAA" "AAACAAAACAACAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 14 */ "AAAADAAAAADAAAA" "AAAAADAAADAAAAA" "AAAAAAIDIAAAAAA" "AAADAADDDAADAAA" "AAAADAADAADAAAA" "AAAAADDDDDAAAAA" "AAAAAAADAAAAAAA" "AAAADDDDDDDAAAA" "AAADAAADAAADAAA" "AAAAADDDDDAAAAA" "AAAADAADAADAAAA" "AAADAAHDHAADAAA" "AAAAAADDDAAAAAA" "AAAAAAHDHAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 15 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAADAADAAAADAAA" "AAAADAADAADAAAD" "AAAAADADADAAADA" "AHDHADADADADIAA" "ADDDDDDDDDDDDAA" "AHDHADADADADIAA" "AAAAADADADAAADA" "AAAADAADAADAAAD" "AAADAADAAAADAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 16 */ "AAAAAAAAAAAAAAA" "AAAAAAHDHAAAAAA" "AAAAAADDDAAAAAA" "AAADAAHDHAADAAA" "AAAADAADAADAAAA" "AAAAADDDDDAAAAA" "AAADAAADAAADAAA" "AAAADDDDDDDAAAA" "AAAAAAADAAAAAAA" "AAAAADDDDDAAAAA" "AAAADAADAADAAAA" "AAADAADDDAADAAA" "AAAAAAIDIAAAAAA" "AAAAADAAADAAAAA" "AAAADAAAAADAAAA" /* icon for state 17 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAADAAAADAADAAA" "DAAADAADAADAAAA" "ADAAADADADAAAAA" "AAIDADADADAHDHA" "AADDDDDDDDDDDDA" "AAIDADADADAHDHA" "ADAAADADADAAAAA" "DAAADAADAADAAAA" "AAADAAAADAADAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "7 119 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" /* icon for state 2 */ ".C...C." "..ICI.." "...C..." ".CCCCC." "...C..." ".CCCCC." "...C..." /* icon for state 3 */ "......." ".C.C..C" ".C.C.I." "CCCCCC." ".C.C.I." ".C.C..C" "......." /* icon for state 4 */ "...C..." ".CCCCC." "...C..." ".CCCCC." "...C..." "..ICI.." ".C...C." /* icon for state 5 */ "......." "C..C.C." ".I.C.C." ".CCCCCC" ".I.C.C." "C..C.C." "......." /* icon for state 6 */ ".D...D." "..IDI.." "...D..." ".DDDDD." "...D..." ".DDDDD." "...D..." /* icon for state 7 */ "......." ".D.D..D" ".D.D.I." "DDDDDD." ".D.D.I." ".D.D..D" "......." /* icon for state 8 */ "...D..." ".DDDDD." "...D..." ".DDDDD." "...D..." "..IDI.." ".D...D." /* icon for state 9 */ "......." "D..D.D." ".I.D.D." ".DDDDDD" ".I.D.D." "D..D.D." "......." /* icon for state 10 */ "ACAAACA" "AAICIAA" "AAACAAA" "ACCCCCA" "AAACAAA" "ACCCCCA" "AAACAAA" /* icon for state 11 */ "AAAAAAA" "ACACAAC" "ACACAIA" "CCCCCCA" "ACACAIA" "ACACAAC" "AAAAAAA" /* icon for state 12 */ "AAACAAA" "ACCCCCA" "AAACAAA" "ACCCCCA" "AAACAAA" "AAICIAA" "ACAAACA" /* icon for state 13 */ "AAAAAAA" "CAACACA" "AIACACA" "ACCCCCC" "AIACACA" "CAACACA" "AAAAAAA" /* icon for state 14 */ "ADAAADA" "AAIDIAA" "AAADAAA" "ADDDDDA" "AAADAAA" "ADDDDDA" "AAADAAA" /* icon for state 15 */ "AAAAAAA" "ADADAAD" "ADADAIA" "DDDDDDA" "ADADAIA" "ADADAAD" "AAAAAAA" /* icon for state 16 */ "AAADAAA" "ADDDDDA" "AAADAAA" "ADDDDDA" "AAADAAA" "AAIDIAA" "ADAAADA" /* icon for state 17 */ "AAAAAAA" "DAADADA" "AIADADA" "ADDDDDD" "AIADADA" "DAADADA" "AAAAAAA" golly-3.3-src/Rules/Banks-I.rule0000644000175000017500000000044612124663564013437 00000000000000@RULE Banks-I Edwin Roger Banks, PhD Thesis 1971 Two-state, five-neighbor CA for a universal computer (Appendix I) http://www.bottomlayer.com/bottom/banks/banks_commentary.htm @TABLE # Format: C,N,E,S,W,C' n_states:2 neighborhood:vonNeumann symmetries:rotate4reflect 111000 011101 011111 golly-3.3-src/Rules/Ed-rep.rule0000644000175000017500000000202412124663564013321 00000000000000@RULE Ed-rep Rule tree written automatically by Scripts/Python/Rule-Generators/FredkinModN-gen.py. Winograd's generalization of Fredkin's parity rule (B1357/S1357) to modulo-n: c,{s} -> sum(s)%n, where n=2 for original rule. Winograd, T. (1970) A simple algorithm for self-replication A. I. Memo 197, Project MAC. MIT. http://hdl.handle.net/1721.1/5843 @TREE num_states=7 num_neighbors=4 num_nodes=29 1 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 1 3 3 3 3 3 3 3 1 4 4 4 4 4 4 4 1 5 5 5 5 5 5 5 1 6 6 6 6 6 6 6 2 0 1 2 3 4 5 6 2 1 2 3 4 5 6 0 2 2 3 4 5 6 0 1 2 3 4 5 6 0 1 2 2 4 5 6 0 1 2 3 2 5 6 0 1 2 3 4 2 6 0 1 2 3 4 5 3 7 8 9 10 11 12 13 3 8 9 10 11 12 13 7 3 9 10 11 12 13 7 8 3 10 11 12 13 7 8 9 3 11 12 13 7 8 9 10 3 12 13 7 8 9 10 11 3 13 7 8 9 10 11 12 4 14 15 16 17 18 19 20 4 15 16 17 18 19 20 14 4 16 17 18 19 20 14 15 4 17 18 19 20 14 15 16 4 18 19 20 14 15 16 17 4 19 20 14 15 16 17 18 4 20 14 15 16 17 18 19 5 21 22 23 24 25 26 27 @COLORS 1 56 32 16 2 104 80 56 3 120 120 72 4 168 120 104 5 200 168 120 6 216 176 168 golly-3.3-src/Rules/Evoloop-finite.rule0000644000175000017500000001036512060231465015101 00000000000000@RULE Evoloop-finite @TABLE # a mod of Evoloop, using state 9 as the background # rules: 132 n_states:10 neighborhood:vonNeumann symmetries:rotate4 var a={9,2,5} var b={9,1,2,3,4,5,6,7} var c={9,1,2,3,4,5,6,7} var d={1,4,6,7} var e={1,4} var f={9,1} var g={9,1,2,3,4,5,6,7,8} var h={9,1,2,3,4,5,6,7,8} var i={2,3,4,5,6,7} var j={9,2,3,5} var k={9,2,3,4,5,6,7} var l={4,6,7} var m={2,5} var n={9,1,8} var o={9,3,5} var p={2,3,5} var q={3,5} var r={2,4,6,7} var s={9,1} var t={9,1} var u={9,1,2,3,4,7} var v={5,6} var w={1,6,7} var x={9,3,5} var y={9,3,5} var z={1,3,5} var A={9,1,3,5} var B={9,1,3,5} var C={1,3,5} var D={1,3,5} var E={9,1,2,3,4,5} var F={9,1,2,4,5} var G={1,2,4} var H={9,1,3,4,5,6} var I={9,1,2,3,4,5,6} var J={1,2,4,6} var K={9,1,2,4,5,6,7} var L={9,1,2,3,4,5,7} var M={1,2,4,6,7} var N={9,3} var O={9,1,2,3,5} var P={9,1,2,3,4} var Q={9,2,3,5,6} var R={9,1,3,4,5,6,7} var S={1,3} var T={1,2,3,5} var U={9,1,3,4,5} var V={9,1,4,5,6} var W={1,4,6} var X={2,3,5} var Y={9,5} var Z={1,2} var aa={9,1,5} var ab={9,2} var ac={2,3,4,5} var ad={2,3,4,5,6} var ae={9,3} var af={9,3} var ag={3,7} var ah={2,8} var ai={9,2,8} var aj={9,8} var ak={9,2,8} var al={6,8} var am={9,1,4,5,6,7} var an={9,1,4,5,6,7} var ao={1,4,6,7} var ap={1,3,4,5,6,7} var aq={2,3,5,8} var ar={9,1,2,3,4,5,6,7,8} var as={9,1,4,6,7} var at={1,5,6} var au={4,7} var av={1,3,4,5,7} var aw={9,4,5,7} var ax={1,4,5,6,7} var ay={9,4,5,7} var az={1,4,5,6,7} var aA={9,1,3,5,6,7} var aB={1,2,3,4,5,7} var aC={9,1,4,7} var aD={2,4,6,7,8} var aE={3,5,6} var aF={2,3,5,6} var aG={2,3,5,6} var aH={2,3} var aI={9,1,3,4,7} var aJ={2,5,6,7} var aK={1,2,3,4,6,7} var aL={1,3,4,7} var aM={9,2,3} var aN={1,2,4,7} var aO={3,6} var aP={1,2,3,4,7} var aQ={3,4,7} var aR={1,2,3,4,5,6,7} var aS={3,4,6,7,8} var aT={9,3,6} var aU={3,4,5,7} var aV={2,3,6} var aW={1,2,3,4,5,6,7} var aX={9,8} var aY={9,8} var aZ={4,5,6,7} var ba={4,6,7,8} var bb={1,2,4,6,7} var bc={4,5} var bd={4,7,8} var be={9,1,4,5,7} var bf={4,5,7} var bg={1,2,4,5,7} var bh={1,2,4,5,7} var bi={9,1,2,3,4,6,7} var bj={2,5,6} var bk={1,3,4,6,7} var bl={9,4,6,7} var bm={6,7,8} var bn={1,3,4,5,6,7} var bo={1,4,7} var bp={2,3,5,6} var bq={2,3,5,6} var br={9,1,2,3,4,5,6,7} var bs={9,1,2,3,4,5,6,7} 9,a,9,9,1,2 9,9,9,9,4,3 9,b,c,1,d,1 9,9,9,2,e,2 f,g,h,i,8,8 9,j,k,l,1,1 9,9,9,4,m,2 9,9,9,7,5,2 f,b,n,8,i,8 9,o,1,j,d,1 9,9,1,9,2,2 9,o,1,2,p,1 9,j,1,q,r,1 f,s,i,t,8,8 9,u,2,1,p,1 9,9,r,p,1,1 9,9,2,3,2,2 9,9,q,1,2,1 9,o,q,2,1,1 9,1,2,v,2,6 w,o,x,y,k,8 z,A,B,C,D,8 1,E,F,G,4,4 1,H,I,J,6,6 1,K,L,M,7,7 1,N,A,j,p,8 1,O,P,4,G,4 1,Q,I,6,J,6 1,b,R,7,M,7 1,N,S,f,T,8 1,O,e,o,4,4 1,U,J,o,6,6 1,V,M,I,7,7 1,I,W,7,3,7 1,o,2,N,4,4 S,j,p,O,5,8 C,j,p,2,X,8 1,9,2,3,2,4 1,f,2,5,2,7 1,f,2,5,4,3 1,f,2,7,3,5 1,Y,3,Z,4,4 C,aa,q,ab,D,8 1,o,5,4,Z,4 1,f,6,2,4,4 1,o,7,3,M,7 C,f,2,X,q,8 1,e,ac,6,2,6 C,f,A,5,ab,8 1,1,4,3,3,4 1,X,2,5,4,4 1,ad,2,7,3,7 1,2,4,3,3,3 1,2,6,2,7,6 X,9,9,9,9,8 2,N,ae,af,ag,1 ah,ai,aj,ak,al,9 X,am,an,d,ao,8 2,b,R,ap,3,1 aq,g,h,ar,8,9 2,as,ab,3,ap,1 2,9,9,3,2,4 2,9,9,4,2,3 X,am,an,v,at,8 2,ab,9,5,au,5 2,9,9,8,av,9 X,aw,ax,ay,az,8 2,aA,ap,ab,3,1 2,9,aB,9,8,9 2,aC,2,9,6,5 2,9,2,9,7,3 2,am,2,ax,3,1 2,aC,2,3,2,3 2,9,2,5,2,5 aD,9,2,6,Y,9 2,9,3,2,ax,1 2,ab,3,aE,2,1 2,2,aF,aG,3,1 2,2,3,4,5,1 3,9,9,9,aH,2 3,R,k,b,v,8 3,9,9,9,7,4 3,aI,R,aJ,aK,8 3,9,9,3,2,2 3,u,U,aL,ao,8 3,9,9,4,2,1 3,aM,b,aN,aO,8 3,9,1,9,2,1 3,f,aP,s,aQ,8 q,R,ax,aR,aK,8 aS,9,1,2,5,9 3,9,2,aT,2,8 3,aC,2,5,2,1 3,9,3,3,2,1 aU,ap,aR,aV,aW,8 4,aj,aX,aY,ai,1 aZ,o,x,y,ap,8 ba,9,am,M,bb,9 l,ar,g,h,8,1 4,o,x,2,q,8 bc,9,o,q,2,8 4,9,9,8,ap,1 ba,9,ao,o,M,9 4,9,ap,9,8,1 ba,9,M,bb,ap,9 bd,9,2,be,M,9 4,9,2,9,q,8 ba,9,2,C,ao,9 4,9,2,aH,2,1 au,9,2,6,2,6 ba,9,3,ao,M,9 ba,9,3,2,ao,9 4,9,3,2,2,1 bf,bg,bh,aR,aW,8 5,b,bi,aF,bj,8 5,9,9,2,3,2 5,aI,bk,bl,bi,8 5,9,1,2,1,8 5,9,2,9,m,2 5,9,2,1,5,2 5,9,2,au,5,8 5,9,3,1,2,9 6,9,2,aC,2,2 al,9,2,aF,2,9 bm,9,3,2,2,9 6,ap,bn,aR,aW,8 6,ap,2,bn,2,8 al,bo,2,2,2,9 6,aF,aG,bp,bq,8 7,9,2,2,2,1 7,9,2,3,2,9 8,b,c,br,bs,9 @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 8 255 128 0 # this is the background state for Evoloop-finite 9 0 0 0 golly-3.3-src/Rules/Worm-1252121.rule0000644000175000017500000001135112140624403013732 00000000000000@RULE Worm-1252121 Paterson's worms (by Dean Hickerson, 11/20/2008) Pattern #155 Sven Kahrkling's notation 1252121 Gardner's notation 1a2d3cbcc4b Final outcome unknown; doesn't finish within 1.1*10^17 steps. Forms almost full regular hexagons at certain times. Points and lines of hexagonal grid are mapped to points of square grid as below. "*" is a point of the hex grid, "-", "/", and "\" are lines of the hex grid. +--+--+--+--+ |- |* |- |* | +--+--+--+--+ | /| \| /| \| +--+--+--+--+ |* |- |* |- | +--+--+--+--+ Each step of the worm is simulated by 2 gens in the rule. In even gens, there's an arrow at one point of the hex grid showing which way the worm will move next. In odd gens, there's an arrow on one line of the hex grid. The transitions from even to odd gens are the same for all worms. Those from odd to even depend on the specific type of worm: If a point (state 0 or 1) has a line with an arrow pointing at it, it becomes a 'point with arrow'; the direction depends on the 6 neighboring lines, which are the NW, N, E, S, SW, and W neighbors in the square grid. Gen 0 consists of a single point in state 1, a 'point with arrow' pointing east. (Starting with a point in state 2, 3, 4, 5, or 6 would also work, rotating the whole pattern.) States are: 0 empty (unvisited point or line) 1-6 'point with arrow', showing direction of next movement (1=E; 2=SE; 3=SW; 4=W; 5=NW; 6=NE) 7 point that's been visited 8,9,10 edge - (8=line; 9=E arrow; 10=W arrow) 11,12,13 edge / (11=line; 12=NE arrow; 13=SW arrow) 14,15,16 edge \ (14=line; 15=SE arrow; 16=NW arrow) @TABLE n_states:17 neighborhood:Moore symmetries:none var point={1,2,3,4,5,6} var a0={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a1={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a2={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a3={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a4={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a5={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a6={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a7={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var n={8,11,14} var o={8,11,14} var p={8,11,14} var q={8,11,14} var b={0,7} # point with arrow becomes point that's been visited point,a0,a1,a2,a3,a4,a5,a6,a7,7 # line with arrow becomes line without arrow 9,a0,a1,a2,a3,a4,a5,a6,a7,8 10,a0,a1,a2,a3,a4,a5,a6,a7,8 12,a0,a1,a2,a3,a4,a5,a6,a7,11 13,a0,a1,a2,a3,a4,a5,a6,a7,11 15,a0,a1,a2,a3,a4,a5,a6,a7,14 16,a0,a1,a2,a3,a4,a5,a6,a7,14 # point with arrow creates line with arrow next to it 0,a0,a1,a2,a3,a4,a5,1,a6,9 0,2,a0,a1,a2,a3,a4,a5,a6,15 0,a0,3,a1,a2,a3,a4,a5,a6,13 0,a0,a1,4,a2,a3,a4,a5,a6,10 0,a0,a1,a2,5,a3,a4,a5,a6,16 0,a0,a1,a2,a3,6,a4,a5,a6,12 # 4 eaten: use only remaining direction # 0 (straight): b,0,a0,n,a1,o,12,p,q,6 b,n,a0,0,a1,o,p,9,q,1 b,n,a0,o,a1,0,p,q,15,2 b,13,a0,n,a1,o,0,p,q,3 b,n,a0,10,a1,o,p,0,q,4 b,n,a0,o,a1,16,p,q,0,5 # 1 (gentle right): b,n,a0,0,a1,o,12,p,q,1 b,n,a0,o,a1,0,p,9,q,2 b,n,a0,o,a1,p,0,q,15,3 b,13,a0,n,a1,o,p,0,q,4 b,n,a0,10,a1,o,p,q,0,5 b,0,a0,n,a1,16,o,p,q,6 # 2 (sharp right): b,n,a0,o,a1,0,12,p,q,2 b,n,a0,o,a1,p,0,9,q,3 b,n,a0,o,a1,p,q,0,15,4 b,13,a0,n,a1,o,p,q,0,5 b,0,a0,10,a1,n,o,p,q,6 b,n,a0,0,a1,16,o,p,q,1 # 4 (sharp left): b,n,a0,o,a1,p,12,0,q,4 b,n,a0,o,a1,p,q,9,0,5 b,0,a0,n,a1,o,p,q,15,6 b,13,a0,0,a1,n,o,p,q,1 b,n,a0,10,a1,0,o,p,q,2 b,n,a0,o,a1,16,0,p,q,3 # 5 (gentle left): b,n,a0,o,a1,p,12,q,0,5 b,0,a0,n,a1,o,p,9,q,6 b,n,a0,0,a1,o,p,q,15,1 b,13,a0,n,a1,0,o,p,q,2 b,n,a0,10,a1,o,0,p,q,3 b,n,a0,o,a1,16,p,0,q,4 # rule-specific transitions at point with arrow coming in # rule 1252121 # none eaten: 1 = gentle right b,0,a0,0,a1,0,12,0,0,1 b,0,a0,0,a1,0,0,9,0,2 b,0,a0,0,a1,0,0,0,15,3 b,13,a0,0,a1,0,0,0,0,4 b,0,a0,10,a1,0,0,0,0,5 b,0,a0,0,a1,16,0,0,0,6 # 1 eaten(1): 2 = sharp right b,0,a0,n,a1,0,12,0,0,2 b,0,a0,0,a1,n,0,9,0,3 b,0,a0,0,a1,0,n,0,15,4 b,13,a0,0,a1,0,0,n,0,5 b,0,a0,10,a1,0,0,0,n,6 b,n,a0,0,a1,16,0,0,0,1 # 2 eaten(24): 5 = gentle left b,0,a0,0,a1,n,12,o,0,5 b,0,a0,0,a1,0,n,9,o,6 b,o,a0,0,a1,0,0,n,15,1 b,13,a0,o,a1,0,0,0,n,2 b,n,a0,10,a1,o,0,0,0,3 b,0,a0,n,a1,16,o,0,0,4 # 3 eaten(045): 2 = sharp right b,n,a0,0,a1,0,12,o,p,2 b,p,a0,n,a1,0,0,9,o,3 b,o,a0,p,a1,n,0,0,15,4 b,13,a0,o,a1,p,n,0,0,5 b,0,a0,10,a1,o,p,n,0,6 b,0,a0,0,a1,16,o,p,n,1 # 2 eaten(04): 1 = gentle right b,n,a0,0,a1,0,12,o,0,1 b,0,a0,n,a1,0,0,9,o,2 b,o,a0,0,a1,n,0,0,15,3 b,13,a0,o,a1,0,n,0,0,4 b,0,a0,10,a1,o,0,n,0,5 b,0,a0,0,a1,16,o,0,n,6 # 2 eaten(15): 2 = sharp right b,0,a0,o,a1,0,12,0,n,2 b,n,a0,0,a1,o,0,9,0,3 b,0,a0,n,a1,0,o,0,15,4 b,13,a0,0,a1,n,0,o,0,5 b,0,a0,10,a1,0,n,0,o,6 b,o,a0,0,a1,16,0,n,0,1 # 2 eaten(02): 1 = gentle right b,n,a0,0,a1,o,12,0,0,1 b,0,a0,n,a1,0,o,9,0,2 b,0,a0,0,a1,n,0,o,15,3 b,13,a0,0,a1,0,n,0,o,4 b,o,a0,10,a1,0,0,n,0,5 b,0,a0,o,a1,16,0,0,n,6 golly-3.3-src/Rules/LifeOnTheSlope.rule0000644000175000017500000001010412124005036015003 00000000000000@RULE LifeOnTheSlope @TREE num_states=3 num_neighbors=8 num_nodes=78 1 0 0 0 1 0 0 2 1 0 1 0 2 0 1 2 1 2 2 0 1 0 1 2 2 1 4 5 1 1 0 1 2 2 5 7 3 3 6 8 1 2 0 0 2 4 0 10 1 1 0 0 2 5 10 12 3 6 11 13 2 7 12 0 3 8 13 15 4 9 14 16 2 0 0 2 1 0 2 1 2 10 2 19 3 11 18 20 2 12 19 1 3 13 20 22 4 14 21 23 2 0 1 0 3 15 22 25 4 16 23 26 5 17 24 27 2 2 2 7 2 19 7 4 3 20 29 30 2 1 4 1 3 22 30 32 4 23 31 33 3 25 32 25 4 26 33 35 5 27 34 36 6 28 37 28 3 18 18 29 4 21 39 31 5 24 40 34 2 7 7 0 3 29 29 42 2 4 0 4 3 30 42 44 4 31 43 45 3 32 44 32 4 33 45 47 5 34 46 48 6 41 49 41 7 38 38 50 4 39 39 43 5 40 52 46 2 0 0 0 3 42 42 54 4 43 43 55 3 44 54 44 4 45 55 57 5 46 56 58 6 53 59 53 7 50 50 60 8 51 51 61 4 35 47 35 5 36 48 63 6 37 64 37 4 47 57 47 5 48 58 66 6 49 67 49 7 65 65 68 3 54 54 54 4 55 55 70 4 57 70 57 5 58 71 72 6 59 73 59 7 68 68 74 8 69 69 75 9 62 76 62 @COLORS 1 200 200 255 pale blue 2 200 200 255 pale blue @ICONS XPM /* width height num_colors chars_per_pixel */ "31 62 2 1" /* colors */ "A c #FFFFFF" ". c #000000" /* icon for state 1 */ "AAA............................" "AAAA..........................." "AAAAA.........................." ".AAAAA........................." "..AAAAA........................" "...AAAAA......................." "....AAAAA......................" ".....AAAAA....................." "......AAAAA...................." ".......AAAAA..................." "........AAAAA.................." ".........AAAAA................." "..........AAAAA................" "...........AAAAA..............." "............AAAAA.............." ".............AAAAA............." "..............AAAAA............" "...............AAAAA..........." "................AAAAA.........." ".................AAAAA........." "..................AAAAA........" "...................AAAAA......." "....................AAAAA......" ".....................AAAAA....." "......................AAAAA...." ".......................AAAAA..." "........................AAAAA.." ".........................AAAAA." "..........................AAAAA" "...........................AAAA" "............................AAA" /* icon for state 2 */ "............................AAA" "...........................AAAA" "..........................AAAAA" ".........................AAAAA." "........................AAAAA.." ".......................AAAAA..." "......................AAAAA...." ".....................AAAAA....." "....................AAAAA......" "...................AAAAA......." "..................AAAAA........" ".................AAAAA........." "................AAAAA.........." "...............AAAAA..........." "..............AAAAA............" ".............AAAAA............." "............AAAAA.............." "...........AAAAA..............." "..........AAAAA................" ".........AAAAA................." "........AAAAA.................." ".......AAAAA..................." "......AAAAA...................." ".....AAAAA....................." "....AAAAA......................" "...AAAAA......................." "..AAAAA........................" ".AAAAA........................." "AAAAA.........................." "AAAA..........................." "AAA............................" XPM /* width height num_colors chars_per_pixel */ "15 30 2 1" /* colors */ "A c #FFFFFF" ". c #000000" /* icon for state 1 */ "AA............." "AAA............" ".AAA..........." "..AAA.........." "...AAA........." "....AAA........" ".....AAA......." "......AAA......" ".......AAA....." "........AAA...." ".........AAA..." "..........AAA.." "...........AAA." "............AAA" ".............AA" /* icon for state 2 */ ".............AA" "............AAA" "...........AAA." "..........AAA.." ".........AAA..." "........AAA...." ".......AAA....." "......AAA......" ".....AAA......." "....AAA........" "...AAA........." "..AAA.........." ".AAA..........." "AAA............" "AA............." XPM /* width height num_colors chars_per_pixel */ "7 14 2 1" /* colors */ "A c #FFFFFF" ". c #000000" /* icon for state 1 */ "A......" ".A....." "..A...." "...A..." "....A.." ".....A." "......A" /* icon for state 2 */ "......A" ".....A." "....A.." "...A..." "..A...." ".A....." "A......" golly-3.3-src/Rules/AbsoluteTurmite_0S11W11E21S21W00N0.rule0000644000175000017500000002637112124005036017550 00000000000000@RULE AbsoluteTurmite_0S11W11E21S21W00N0 @TREE num_states=8 num_neighbors=4 num_nodes=17 1 0 1 0 1 1 1 1 0 1 2 5 2 5 5 5 5 2 2 0 0 0 0 0 0 0 1 2 1 1 1 1 1 1 1 0 1 3 6 3 6 6 6 6 3 2 4 4 4 4 4 4 4 0 3 2 2 2 2 3 5 2 2 1 4 7 4 7 7 7 7 4 2 7 7 7 7 7 7 7 0 2 0 0 0 0 0 0 0 0 3 8 8 8 8 9 9 8 8 4 6 6 6 10 6 6 6 6 3 5 5 5 5 9 9 5 5 3 9 9 9 9 9 9 9 9 4 12 12 12 13 12 12 12 12 4 10 10 10 13 10 10 10 10 5 11 11 14 11 11 11 15 11 @COLORS 0 0 0 0 1 0 155 67 2 123 4 243 3 124 124 124 4 178 177 94 5 71 72 170 6 71 141 101 7 102 171 84 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 217 12 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #3F4DA1" "G c #408D61" "H c #5CA951" "I c #7F00FF" "J c #808080" "K c #B9B860" "L c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 2 */ "..............................." "..............................." ".............CCCCC............." "..........CIIIIIIIIIC.........." "........CIIIIIIIIIIIIIC........" ".......CIIIIIIIIIIIIIIIC......." "......CIIIIIIIIIIIIIIIIIC......" ".....CIIIIIIIIIIIIIIIIIIIC....." "....CIIIIILLIIIIIIIIIIIIIIC...." "....IIIIILLIIIIIIIIIIIIIIII...." "...CIIIILLIIIIIIIIIIIIIIIIIC..." "...IIIIILLIIIIIIIIIIIIIIIIII..." "...IIIIILIIIIIIIIIIIIIIIIIII..." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "...IIIIIIIIIIIIIIIIIIIIIIIII..." "...IIIIIIIIIIIIIIIIIIIIIIIII..." "...CIIIIIIIIIIIIIIIIIIIIIIIC..." "....IIIIIIIIIIIIIIIIIIIIIII...." "....CIIIIIIIIIIIIIIIIIIIIIC...." ".....CIIIIIIIIIIIIIIIIIIIC....." "......CIIIIIIIIIIIIIIIIIC......" ".......CIIIIIIIIIIIIIIIC......." "........CIIIIIIIIIIIIIC........" "..........CIIIIIIIIIC.........." ".............CCCCC............." "..............................." "..............................." /* icon for state 3 */ "..............................." "..............................." ".............DDDDD............." "..........DJJJJJJJJJD.........." "........DJJJJJJJJJJJJJD........" ".......DJJJJJJJJJJJJJJJD......." "......DJJJJJJJJJJJJJJJJJD......" ".....DJJJJJJJJJJJJJJJJJJJD....." "....DJJJJJLLJJJJJJJJJJJJJJD...." "....JJJJJLLJJJJJJJJJJJJJJJJ...." "...DJJJJLLJJJJJJJJJJJJJJJJJD..." "...JJJJJLLJJJJJJJJJJJJJJJJJJ..." "...JJJJJLJJJJJJJJJJJJJJJJJJJ..." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "...JJJJJJJJJJJJJJJJJJJJJJJJJ..." "...JJJJJJJJJJJJJJJJJJJJJJJJJ..." "...DJJJJJJJJJJJJJJJJJJJJJJJD..." "....JJJJJJJJJJJJJJJJJJJJJJJ...." "....DJJJJJJJJJJJJJJJJJJJJJD...." ".....DJJJJJJJJJJJJJJJJJJJD....." "......DJJJJJJJJJJJJJJJJJD......" ".......DJJJJJJJJJJJJJJJD......." "........DJJJJJJJJJJJJJD........" "..........DJJJJJJJJJD.........." ".............DDDDD............." "..............................." "..............................." /* icon for state 4 */ "..............................." "..............................." ".............EEEEE............." "..........EKKKKKKKKKE.........." "........EKKKKKKKKKKKKKE........" ".......EKKKKKKKKKKKKKKKE......." "......EKKKKKKKKKKKKKKKKKE......" ".....EKKKKKKKKKKKKKKKKKKKE....." "....EKKKKKLLKKKKKKKKKKKKKKE...." "....KKKKKLLKKKKKKKKKKKKKKKK...." "...EKKKKLLKKKKKKKKKKKKKKKKKE..." "...KKKKKLLKKKKKKKKKKKKKKKKKK..." "...KKKKKLKKKKKKKKKKKKKKKKKKK..." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "...KKKKKKKKKKKKKKKKKKKKKKKKK..." "...KKKKKKKKKKKKKKKKKKKKKKKKK..." "...EKKKKKKKKKKKKKKKKKKKKKKKE..." "....KKKKKKKKKKKKKKKKKKKKKKK...." "....EKKKKKKKKKKKKKKKKKKKKKE...." ".....EKKKKKKKKKKKKKKKKKKKE....." "......EKKKKKKKKKKKKKKKKKE......" ".......EKKKKKKKKKKKKKKKE......." "........EKKKKKKKKKKKKKE........" "..........EKKKKKKKKKE.........." ".............EEEEE............." "..............................." "..............................." /* icon for state 5 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAFFFFFAAAAAAAAAAAAA" "AAAAAAAAAAFIIIIIIIIIFAAAAAAAAAA" "AAAAAAAAFIIIIIIIIIIIIIFAAAAAAAA" "AAAAAAAFIIIIIIIIIIIIIIIFAAAAAAA" "AAAAAAFIIIIIIIIIIIIIIIIIFAAAAAA" "AAAAAFIIIIIIIIIIIIIIIIIIIFAAAAA" "AAAAFIIIIILLIIIIIIIIIIIIIIFAAAA" "AAAAIIIIILLIIIIIIIIIIIIIIIIAAAA" "AAAFIIIILLIIIIIIIIIIIIIIIIIFAAA" "AAAIIIIILLIIIIIIIIIIIIIIIIIIAAA" "AAAIIIIILIIIIIIIIIIIIIIIIIIIAAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAAIIIIIIIIIIIIIIIIIIIIIIIIIAAA" "AAAIIIIIIIIIIIIIIIIIIIIIIIIIAAA" "AAAFIIIIIIIIIIIIIIIIIIIIIIIFAAA" "AAAAIIIIIIIIIIIIIIIIIIIIIIIAAAA" "AAAAFIIIIIIIIIIIIIIIIIIIIIFAAAA" "AAAAAFIIIIIIIIIIIIIIIIIIIFAAAAA" "AAAAAAFIIIIIIIIIIIIIIIIIFAAAAAA" "AAAAAAAFIIIIIIIIIIIIIIIFAAAAAAA" "AAAAAAAAFIIIIIIIIIIIIIFAAAAAAAA" "AAAAAAAAAAFIIIIIIIIIFAAAAAAAAAA" "AAAAAAAAAAAAAFFFFFAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 6 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAGGGGGAAAAAAAAAAAAA" "AAAAAAAAAAGJJJJJJJJJGAAAAAAAAAA" "AAAAAAAAGJJJJJJJJJJJJJGAAAAAAAA" "AAAAAAAGJJJJJJJJJJJJJJJGAAAAAAA" "AAAAAAGJJJJJJJJJJJJJJJJJGAAAAAA" "AAAAAGJJJJJJJJJJJJJJJJJJJGAAAAA" "AAAAGJJJJJLLJJJJJJJJJJJJJJGAAAA" "AAAAJJJJJLLJJJJJJJJJJJJJJJJAAAA" "AAAGJJJJLLJJJJJJJJJJJJJJJJJGAAA" "AAAJJJJJLLJJJJJJJJJJJJJJJJJJAAA" "AAAJJJJJLJJJJJJJJJJJJJJJJJJJAAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAAJJJJJJJJJJJJJJJJJJJJJJJJJAAA" "AAAJJJJJJJJJJJJJJJJJJJJJJJJJAAA" "AAAGJJJJJJJJJJJJJJJJJJJJJJJGAAA" "AAAAJJJJJJJJJJJJJJJJJJJJJJJAAAA" "AAAAGJJJJJJJJJJJJJJJJJJJJJGAAAA" "AAAAAGJJJJJJJJJJJJJJJJJJJGAAAAA" "AAAAAAGJJJJJJJJJJJJJJJJJGAAAAAA" "AAAAAAAGJJJJJJJJJJJJJJJGAAAAAAA" "AAAAAAAAGJJJJJJJJJJJJJGAAAAAAAA" "AAAAAAAAAAGJJJJJJJJJGAAAAAAAAAA" "AAAAAAAAAAAAAGGGGGAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 7 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAHHHHHAAAAAAAAAAAAA" "AAAAAAAAAAHKKKKKKKKKHAAAAAAAAAA" "AAAAAAAAHKKKKKKKKKKKKKHAAAAAAAA" "AAAAAAAHKKKKKKKKKKKKKKKHAAAAAAA" "AAAAAAHKKKKKKKKKKKKKKKKKHAAAAAA" "AAAAAHKKKKKKKKKKKKKKKKKKKHAAAAA" "AAAAHKKKKKLLKKKKKKKKKKKKKKHAAAA" "AAAAKKKKKLLKKKKKKKKKKKKKKKKAAAA" "AAAHKKKKLLKKKKKKKKKKKKKKKKKHAAA" "AAAKKKKKLLKKKKKKKKKKKKKKKKKKAAA" "AAAKKKKKLKKKKKKKKKKKKKKKKKKKAAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAAKKKKKKKKKKKKKKKKKKKKKKKKKAAA" "AAAKKKKKKKKKKKKKKKKKKKKKKKKKAAA" "AAAHKKKKKKKKKKKKKKKKKKKKKKKHAAA" "AAAAKKKKKKKKKKKKKKKKKKKKKKKAAAA" "AAAAHKKKKKKKKKKKKKKKKKKKKKHAAAA" "AAAAAHKKKKKKKKKKKKKKKKKKKHAAAAA" "AAAAAAHKKKKKKKKKKKKKKKKKHAAAAAA" "AAAAAAAHKKKKKKKKKKKKKKKHAAAAAAA" "AAAAAAAAHKKKKKKKKKKKKKHAAAAAAAA" "AAAAAAAAAAHKKKKKKKKKHAAAAAAAAAA" "AAAAAAAAAAAAAHHHHHAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "15 105 12 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #3F4DA1" "G c #408D61" "H c #5CA951" "I c #7F00FF" "J c #808080" "K c #B9B860" "L c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 2 */ "..............." "......CCC......" "....CIIIIIC...." "...CIIIIIIIC..." "..CIILIIIIIIC.." "..IILIIIIIIII.." ".CIILIIIIIIIIC." ".CIIIIIIIIIIIC." ".CIIIIIIIIIIIC." "..IIIIIIIIIII.." "..CIIIIIIIIIC.." "...CIIIIIIIC..." "....CIIIIIC...." "......CCC......" "..............." /* icon for state 3 */ "..............." "......DDD......" "....DJJJJJD...." "...DJJJJJJJD..." "..DJJLJJJJJJD.." "..JJLJJJJJJJJ.." ".DJJLJJJJJJJJD." ".DJJJJJJJJJJJD." ".DJJJJJJJJJJJD." "..JJJJJJJJJJJ.." "..DJJJJJJJJJD.." "...DJJJJJJJD..." "....DJJJJJD...." "......DDD......" "..............." /* icon for state 4 */ "..............." "......EEE......" "....EKKKKKE...." "...EKKKKKKKE..." "..EKKLKKKKKKE.." "..KKLKKKKKKKK.." ".EKKLKKKKKKKKE." ".EKKKKKKKKKKKE." ".EKKKKKKKKKKKE." "..KKKKKKKKKKK.." "..EKKKKKKKKKE.." "...EKKKKKKKE..." "....EKKKKKE...." "......EEE......" "..............." /* icon for state 5 */ "AAAAAAAAAAAAAAA" "AAAAAAFFFAAAAAA" "AAAAFIIIIIFAAAA" "AAAFIIIIIIIFAAA" "AAFIILIIIIIIFAA" "AAIILIIIIIIIIAA" "AFIILIIIIIIIIFA" "AFIIIIIIIIIIIFA" "AFIIIIIIIIIIIFA" "AAIIIIIIIIIIIAA" "AAFIIIIIIIIIFAA" "AAAFIIIIIIIFAAA" "AAAAFIIIIIFAAAA" "AAAAAAFFFAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 6 */ "AAAAAAAAAAAAAAA" "AAAAAAGGGAAAAAA" "AAAAGJJJJJGAAAA" "AAAGJJJJJJJGAAA" "AAGJJLJJJJJJGAA" "AAJJLJJJJJJJJAA" "AGJJLJJJJJJJJGA" "AGJJJJJJJJJJJGA" "AGJJJJJJJJJJJGA" "AAJJJJJJJJJJJAA" "AAGJJJJJJJJJGAA" "AAAGJJJJJJJGAAA" "AAAAGJJJJJGAAAA" "AAAAAAGGGAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 7 */ "AAAAAAAAAAAAAAA" "AAAAAAHHHAAAAAA" "AAAAHKKKKKHAAAA" "AAAHKKKKKKKHAAA" "AAHKKLKKKKKKHAA" "AAKKLKKKKKKKKAA" "AHKKLKKKKKKKKHA" "AHKKKKKKKKKKKHA" "AHKKKKKKKKKKKHA" "AAKKKKKKKKKKKAA" "AAHKKKKKKKKKHAA" "AAAHKKKKKKKHAAA" "AAAAHKKKKKHAAAA" "AAAAAAHHHAAAAAA" "AAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "7 49 12 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #3F4DA1" "G c #408D61" "H c #5CA951" "I c #7F00FF" "J c #808080" "K c #B9B860" "L c #FFFFFF" /* icon for state 1 */ "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" /* icon for state 2 */ "..CCC.." ".CIIIC." "CILIIIC" "CIIIIIC" "CIIIIIC" ".CIIIC." "..CCC.." /* icon for state 3 */ "..DDD.." ".DJJJD." "DJLJJJD" "DJJJJJD" "DJJJJJD" ".DJJJD." "..DDD.." /* icon for state 4 */ "..EEE.." ".EKKKE." "EKLKKKE" "EKKKKKE" "EKKKKKE" ".EKKKE." "..EEE.." /* icon for state 5 */ "AAFFFAA" "AFIIIFA" "FILIIIF" "FIIIIIF" "FIIIIIF" "AFIIIFA" "AAFFFAA" /* icon for state 6 */ "AAGGGAA" "AGJJJGA" "GJLJJJG" "GJJJJJG" "GJJJJJG" "AGJJJGA" "AAGGGAA" /* icon for state 7 */ "AAHHHAA" "AHKKKHA" "HKLKKKH" "HKKKKKH" "HKKKKKH" "AHKKKHA" "AAHHHAA" golly-3.3-src/Rules/Sand-square4cyclic_emulated.rule0000644000175000017500000003503212060231465017516 00000000000000@RULE Sand-square4cyclic_emulated @TREE num_states=9 num_neighbors=8 num_nodes=460 1 0 1 1 3 3 5 5 7 7 1 0 1 2 3 4 5 6 7 8 2 0 1 0 1 0 1 0 1 0 1 0 2 1 4 3 6 5 8 7 1 0 2 2 4 4 6 6 8 8 2 3 4 3 4 3 4 3 4 3 2 1 1 0 1 0 1 0 1 0 3 2 5 6 5 6 5 6 5 6 2 1 1 1 1 1 1 1 1 1 3 5 5 8 5 8 5 8 5 8 3 6 8 6 8 6 8 6 8 6 4 7 9 10 9 10 9 10 9 10 2 4 4 1 4 1 4 1 4 1 3 8 12 8 12 8 12 8 12 8 3 12 12 8 12 8 12 8 12 8 3 8 8 8 8 8 8 8 8 8 4 13 14 15 14 15 14 15 14 15 2 3 1 3 1 3 1 3 1 3 3 2 17 2 17 2 17 2 17 2 3 17 17 8 17 8 17 8 17 8 3 2 8 2 8 2 8 2 8 2 4 18 19 20 19 20 19 20 19 20 5 11 16 21 16 21 16 21 16 21 2 0 1 3 1 3 1 3 1 3 1 0 1 2 3 2 5 6 7 8 2 4 24 4 24 4 24 4 24 4 2 4 24 4 1 4 1 4 1 4 3 23 25 2 26 2 26 2 26 2 2 4 1 4 1 4 1 4 1 4 3 28 25 8 26 8 26 8 26 8 4 27 29 20 29 20 29 20 29 20 2 1 24 1 24 1 24 1 24 1 2 1 24 1 1 1 1 1 1 1 3 8 31 8 32 8 32 8 32 8 4 33 33 15 33 15 33 15 33 15 3 17 28 2 28 2 28 2 28 2 3 28 28 8 28 8 28 8 28 8 4 35 36 20 36 20 36 20 36 20 5 30 34 37 34 37 34 37 34 37 2 0 4 0 4 0 4 0 4 0 2 3 4 0 4 0 4 0 4 0 1 0 1 2 1 4 5 6 7 8 2 1 1 41 1 41 1 41 1 41 2 1 1 41 1 1 1 1 1 1 3 39 40 42 40 43 40 43 40 43 3 40 40 8 40 8 40 8 40 8 3 8 8 42 8 43 8 43 8 43 4 44 45 46 45 46 45 46 45 46 4 14 14 15 14 15 14 15 14 15 3 2 2 42 2 43 2 43 2 43 3 2 2 8 2 8 2 8 2 8 4 49 50 46 50 46 50 46 50 46 5 47 48 51 48 51 48 51 48 51 3 23 26 2 26 2 26 2 26 2 3 28 26 8 26 8 26 8 26 8 4 53 54 20 54 20 54 20 54 20 3 8 32 8 32 8 32 8 32 8 4 56 56 15 56 15 56 15 56 15 5 55 57 37 57 37 57 37 57 37 3 39 40 43 40 43 40 43 40 43 3 8 8 43 8 43 8 43 8 43 4 59 45 60 45 60 45 60 45 60 3 2 2 43 2 43 2 43 2 43 4 62 50 60 50 60 50 60 50 60 5 61 48 63 48 63 48 63 48 63 6 22 38 52 58 64 58 64 58 64 3 23 28 2 28 2 28 2 28 2 2 0 41 0 41 0 41 0 41 0 3 67 8 67 8 67 8 67 8 67 2 0 41 0 1 0 1 0 1 0 3 69 8 69 8 69 8 69 8 69 4 66 36 68 36 70 36 70 36 70 2 1 41 1 41 1 41 1 41 1 3 72 8 72 8 72 8 72 8 72 2 1 41 1 1 1 1 1 1 1 3 74 8 74 8 74 8 74 8 74 4 15 15 73 15 75 15 75 15 75 5 71 76 37 76 37 76 37 76 37 4 27 29 68 29 70 29 70 29 70 4 33 33 73 33 75 33 75 33 75 5 78 79 37 79 37 79 37 79 37 4 15 15 15 15 15 15 15 15 15 5 81 81 81 81 81 81 81 81 81 4 53 54 68 54 70 54 70 54 70 4 56 56 73 56 75 56 75 56 75 5 83 84 37 84 37 84 37 84 37 6 77 80 82 85 82 85 82 85 82 3 39 40 8 40 8 40 8 40 8 1 0 1 1 3 1 5 5 7 7 2 3 4 88 4 88 4 88 4 88 3 89 89 8 89 8 89 8 89 8 2 3 4 88 4 0 4 0 4 0 3 91 91 8 91 8 91 8 91 8 4 87 90 15 92 15 92 15 92 15 2 0 1 88 1 88 1 88 1 88 3 94 94 8 94 8 94 8 94 8 2 0 1 88 1 0 1 0 1 0 3 96 96 8 96 8 96 8 96 8 4 50 95 15 97 15 97 15 97 15 5 93 48 98 48 98 48 98 48 98 4 44 90 46 92 46 92 46 92 46 4 49 95 46 97 46 97 46 97 46 5 100 48 101 48 101 48 101 48 101 4 59 90 60 92 60 92 60 92 60 4 62 95 60 97 60 97 60 97 60 5 103 48 104 48 104 48 104 48 104 6 99 82 102 82 105 82 105 82 105 4 66 36 70 36 70 36 70 36 70 4 15 15 75 15 75 15 75 15 75 5 107 108 37 108 37 108 37 108 37 4 27 29 70 29 70 29 70 29 70 4 33 33 75 33 75 33 75 33 75 5 110 111 37 111 37 111 37 111 37 4 53 54 70 54 70 54 70 54 70 4 56 56 75 56 75 56 75 56 75 5 113 114 37 114 37 114 37 114 37 6 109 112 82 115 82 115 82 115 82 4 87 92 15 92 15 92 15 92 15 4 50 97 15 97 15 97 15 97 15 5 117 48 118 48 118 48 118 48 118 4 44 92 46 92 46 92 46 92 46 4 49 97 46 97 46 97 46 97 46 5 120 48 121 48 121 48 121 48 121 4 59 92 60 92 60 92 60 92 60 4 62 97 60 97 60 97 60 97 60 5 123 48 124 48 124 48 124 48 124 6 119 82 122 82 125 82 125 82 125 7 65 86 106 116 126 116 126 116 126 4 66 36 20 36 20 36 20 36 20 1 0 4 2 4 4 6 6 8 8 2 129 1 129 1 129 1 129 1 129 3 17 130 2 130 2 130 2 130 2 3 28 130 8 130 8 130 8 130 8 4 131 132 20 132 20 132 20 132 20 5 128 81 37 81 133 81 37 81 133 5 30 34 37 34 133 34 37 34 133 5 55 57 37 57 133 57 37 57 133 6 134 135 82 136 82 136 82 136 82 5 71 76 37 76 133 76 37 76 133 5 78 79 37 79 133 79 37 79 133 5 83 84 37 84 133 84 37 84 133 6 138 139 82 140 82 140 82 140 82 6 82 82 82 82 82 82 82 82 82 5 107 108 37 108 133 108 37 108 133 5 110 111 37 111 133 111 37 111 133 5 113 114 37 114 133 114 37 114 133 6 143 144 82 145 82 145 82 145 82 7 137 141 142 146 142 146 142 146 142 4 87 45 15 45 15 45 15 45 15 4 50 50 15 50 15 50 15 50 15 1 0 1 4 3 4 5 6 7 8 2 150 150 1 150 1 150 1 150 1 3 12 12 151 12 151 12 151 12 151 3 8 8 151 8 151 8 151 8 151 4 152 14 153 14 153 14 153 14 153 5 148 48 149 154 149 48 149 154 149 5 47 48 51 154 51 48 51 154 51 5 61 48 63 154 63 48 63 154 63 6 155 82 156 82 157 82 157 82 157 5 93 48 98 154 98 48 98 154 98 5 100 48 101 154 101 48 101 154 101 5 103 48 104 154 104 48 104 154 104 6 159 82 160 82 161 82 161 82 161 5 117 48 118 154 118 48 118 154 118 5 120 48 121 154 121 48 121 154 121 5 123 48 124 154 124 48 124 154 124 6 163 82 164 82 165 82 165 82 165 7 158 142 162 142 166 142 166 142 166 3 17 28 2 130 2 130 2 130 2 3 28 28 8 130 8 130 8 130 8 4 168 169 20 169 20 169 20 169 20 5 128 81 170 81 133 81 37 81 170 5 30 34 170 34 133 34 37 34 170 5 55 57 170 57 133 57 37 57 170 6 171 172 82 173 82 173 82 173 82 5 71 76 170 76 133 76 37 76 170 5 78 79 170 79 133 79 37 79 170 5 83 84 170 84 133 84 37 84 170 6 175 176 82 177 82 177 82 177 82 5 107 108 170 108 133 108 37 108 170 5 110 111 170 111 133 111 37 111 170 5 113 114 170 114 133 114 37 114 170 6 179 180 82 181 82 181 82 181 82 7 174 178 142 182 142 182 142 182 142 3 12 12 8 12 151 12 151 12 151 3 8 8 8 8 151 8 151 8 151 4 184 14 185 14 185 14 185 14 185 5 148 186 149 154 149 48 149 186 149 5 47 186 51 154 51 48 51 186 51 5 61 186 63 154 63 48 63 186 63 6 187 82 188 82 189 82 189 82 189 5 93 186 98 154 98 48 98 186 98 5 100 186 101 154 101 48 101 186 101 5 103 186 104 154 104 48 104 186 104 6 191 82 192 82 193 82 193 82 193 5 117 186 118 154 118 48 118 186 118 5 120 186 121 154 121 48 121 186 121 5 123 186 124 154 124 48 124 186 124 6 195 82 196 82 197 82 197 82 197 7 190 142 194 142 198 142 198 142 198 8 127 147 167 183 199 147 167 147 167 1 0 1 3 3 3 5 5 7 7 2 201 1 201 1 201 1 201 1 201 3 202 8 202 8 202 8 202 8 202 4 35 36 203 36 203 36 203 36 203 5 128 81 37 81 204 81 37 81 204 5 30 34 37 34 204 34 37 34 204 5 55 57 37 57 204 57 37 57 204 6 205 206 82 207 82 207 82 207 82 5 71 76 37 76 204 76 37 76 204 5 78 79 37 79 204 79 37 79 204 5 83 84 37 84 204 84 37 84 204 6 209 210 82 211 82 211 82 211 82 5 107 108 37 108 204 108 37 108 204 5 110 111 37 111 204 111 37 111 204 5 113 114 37 114 204 114 37 114 204 6 213 214 82 215 82 215 82 215 82 7 208 212 142 216 142 216 142 216 142 4 131 132 203 132 203 132 203 132 203 5 128 81 37 81 218 81 37 81 218 5 30 34 37 34 218 34 37 34 218 5 55 57 37 57 218 57 37 57 218 6 219 220 82 221 82 221 82 221 82 5 71 76 37 76 218 76 37 76 218 5 78 79 37 79 218 79 37 79 218 5 83 84 37 84 218 84 37 84 218 6 223 224 82 225 82 225 82 225 82 5 107 108 37 108 218 108 37 108 218 5 110 111 37 111 218 111 37 111 218 5 113 114 37 114 218 114 37 114 218 6 227 228 82 229 82 229 82 229 82 7 222 226 142 230 142 230 142 230 142 7 142 142 142 142 142 142 142 142 142 4 168 169 203 169 203 169 203 169 203 5 128 81 170 81 218 81 37 81 233 5 30 34 170 34 218 34 37 34 233 5 55 57 170 57 218 57 37 57 233 6 234 235 82 236 82 236 82 236 82 5 71 76 170 76 218 76 37 76 233 5 78 79 170 79 218 79 37 79 233 5 83 84 170 84 218 84 37 84 233 6 238 239 82 240 82 240 82 240 82 5 107 108 170 108 218 108 37 108 233 5 110 111 170 111 218 111 37 111 233 5 113 114 170 114 218 114 37 114 233 6 242 243 82 244 82 244 82 244 82 7 237 241 142 245 142 245 142 245 142 8 217 231 232 246 232 231 232 231 232 2 129 129 1 129 1 129 1 129 1 3 248 248 8 248 8 248 8 248 8 4 14 249 15 249 15 249 15 249 15 5 148 48 149 250 149 48 149 250 149 5 47 48 51 250 51 48 51 250 51 5 61 48 63 250 63 48 63 250 63 6 251 82 252 82 253 82 253 82 253 5 93 48 98 250 98 48 98 250 98 5 100 48 101 250 101 48 101 250 101 5 103 48 104 250 104 48 104 250 104 6 255 82 256 82 257 82 257 82 257 5 117 48 118 250 118 48 118 250 118 5 120 48 121 250 121 48 121 250 121 5 123 48 124 250 124 48 124 250 124 6 259 82 260 82 261 82 261 82 261 7 254 142 258 142 262 142 262 142 262 4 152 249 153 249 153 249 153 249 153 5 148 48 149 264 149 48 149 264 149 5 47 48 51 264 51 48 51 264 51 5 61 48 63 264 63 48 63 264 63 6 265 82 266 82 267 82 267 82 267 5 93 48 98 264 98 48 98 264 98 5 100 48 101 264 101 48 101 264 101 5 103 48 104 264 104 48 104 264 104 6 269 82 270 82 271 82 271 82 271 5 117 48 118 264 118 48 118 264 118 5 120 48 121 264 121 48 121 264 121 5 123 48 124 264 124 48 124 264 124 6 273 82 274 82 275 82 275 82 275 7 268 142 272 142 276 142 276 142 276 4 184 249 185 249 185 249 185 249 185 5 148 186 149 264 149 48 149 278 149 5 47 186 51 264 51 48 51 278 51 5 61 186 63 264 63 48 63 278 63 6 279 82 280 82 281 82 281 82 281 5 93 186 98 264 98 48 98 278 98 5 100 186 101 264 101 48 101 278 101 5 103 186 104 264 104 48 104 278 104 6 283 82 284 82 285 82 285 82 285 5 117 186 118 264 118 48 118 278 118 5 120 186 121 264 121 48 121 278 121 5 123 186 124 264 124 48 124 278 124 6 287 82 288 82 289 82 289 82 289 7 282 142 286 142 290 142 290 142 290 8 263 232 277 232 291 232 277 232 277 4 35 36 20 36 203 36 203 36 203 5 128 81 293 81 204 81 37 81 293 5 30 34 293 34 204 34 37 34 293 5 55 57 293 57 204 57 37 57 293 6 294 295 82 296 82 296 82 296 82 5 71 76 293 76 204 76 37 76 293 5 78 79 293 79 204 79 37 79 293 5 83 84 293 84 204 84 37 84 293 6 298 299 82 300 82 300 82 300 82 5 107 108 293 108 204 108 37 108 293 5 110 111 293 111 204 111 37 111 293 5 113 114 293 114 204 114 37 114 293 6 302 303 82 304 82 304 82 304 82 7 297 301 142 305 142 305 142 305 142 4 131 132 20 132 203 132 203 132 203 5 128 81 293 81 218 81 37 81 307 5 30 34 293 34 218 34 37 34 307 5 55 57 293 57 218 57 37 57 307 6 308 309 82 310 82 310 82 310 82 5 71 76 293 76 218 76 37 76 307 5 78 79 293 79 218 79 37 79 307 5 83 84 293 84 218 84 37 84 307 6 312 313 82 314 82 314 82 314 82 5 107 108 293 108 218 108 37 108 307 5 110 111 293 111 218 111 37 111 307 5 113 114 293 114 218 114 37 114 307 6 316 317 82 318 82 318 82 318 82 7 311 315 142 319 142 319 142 319 142 4 168 169 20 169 203 169 203 169 203 5 128 81 321 81 218 81 37 81 321 5 30 34 321 34 218 34 37 34 321 5 55 57 321 57 218 57 37 57 321 6 322 323 82 324 82 324 82 324 82 5 71 76 321 76 218 76 37 76 321 5 78 79 321 79 218 79 37 79 321 5 83 84 321 84 218 84 37 84 321 6 326 327 82 328 82 328 82 328 82 5 107 108 321 108 218 108 37 108 321 5 110 111 321 111 218 111 37 111 321 5 113 114 321 114 218 114 37 114 321 6 330 331 82 332 82 332 82 332 82 7 325 329 142 333 142 333 142 333 142 8 306 320 232 334 232 320 232 320 232 4 14 14 15 249 15 249 15 249 15 5 148 336 149 250 149 48 149 336 149 5 47 336 51 250 51 48 51 336 51 5 61 336 63 250 63 48 63 336 63 6 337 82 338 82 339 82 339 82 339 5 93 336 98 250 98 48 98 336 98 5 100 336 101 250 101 48 101 336 101 5 103 336 104 250 104 48 104 336 104 6 341 82 342 82 343 82 343 82 343 5 117 336 118 250 118 48 118 336 118 5 120 336 121 250 121 48 121 336 121 5 123 336 124 250 124 48 124 336 124 6 345 82 346 82 347 82 347 82 347 7 340 142 344 142 348 142 348 142 348 4 152 14 153 249 153 249 153 249 153 5 148 336 149 264 149 48 149 350 149 5 47 336 51 264 51 48 51 350 51 5 61 336 63 264 63 48 63 350 63 6 351 82 352 82 353 82 353 82 353 5 93 336 98 264 98 48 98 350 98 5 100 336 101 264 101 48 101 350 101 5 103 336 104 264 104 48 104 350 104 6 355 82 356 82 357 82 357 82 357 5 117 336 118 264 118 48 118 350 118 5 120 336 121 264 121 48 121 350 121 5 123 336 124 264 124 48 124 350 124 6 359 82 360 82 361 82 361 82 361 7 354 142 358 142 362 142 362 142 362 4 184 14 185 249 185 249 185 249 185 5 148 364 149 264 149 48 149 364 149 5 47 364 51 264 51 48 51 364 51 5 61 364 63 264 63 48 63 364 63 6 365 82 366 82 367 82 367 82 367 5 93 364 98 264 98 48 98 364 98 5 100 364 101 264 101 48 101 364 101 5 103 364 104 264 104 48 104 364 104 6 369 82 370 82 371 82 371 82 371 5 117 364 118 264 118 48 118 364 118 5 120 364 121 264 121 48 121 364 121 5 123 364 124 264 124 48 124 364 124 6 373 82 374 82 375 82 375 82 375 7 368 142 372 142 376 142 376 142 376 8 349 232 363 232 377 232 363 232 363 5 128 81 37 81 204 81 37 81 293 5 30 34 37 34 204 34 37 34 293 5 55 57 37 57 204 57 37 57 293 6 379 380 82 381 82 381 82 381 82 5 71 76 37 76 204 76 37 76 293 5 78 79 37 79 204 79 37 79 293 5 83 84 37 84 204 84 37 84 293 6 383 384 82 385 82 385 82 385 82 5 107 108 37 108 204 108 37 108 293 5 110 111 37 111 204 111 37 111 293 5 113 114 37 114 204 114 37 114 293 6 387 388 82 389 82 389 82 389 82 7 382 386 142 390 142 390 142 390 142 5 128 81 37 81 218 81 37 81 307 5 30 34 37 34 218 34 37 34 307 5 55 57 37 57 218 57 37 57 307 6 392 393 82 394 82 394 82 394 82 5 71 76 37 76 218 76 37 76 307 5 78 79 37 79 218 79 37 79 307 5 83 84 37 84 218 84 37 84 307 6 396 397 82 398 82 398 82 398 82 5 107 108 37 108 218 108 37 108 307 5 110 111 37 111 218 111 37 111 307 5 113 114 37 114 218 114 37 114 307 6 400 401 82 402 82 402 82 402 82 7 395 399 142 403 142 403 142 403 142 5 128 81 170 81 218 81 37 81 321 5 30 34 170 34 218 34 37 34 321 5 55 57 170 57 218 57 37 57 321 6 405 406 82 407 82 407 82 407 82 5 71 76 170 76 218 76 37 76 321 5 78 79 170 79 218 79 37 79 321 5 83 84 170 84 218 84 37 84 321 6 409 410 82 411 82 411 82 411 82 5 107 108 170 108 218 108 37 108 321 5 110 111 170 111 218 111 37 111 321 5 113 114 170 114 218 114 37 114 321 6 413 414 82 415 82 415 82 415 82 7 408 412 142 416 142 416 142 416 142 8 391 404 232 417 232 404 232 404 232 5 148 48 149 250 149 48 149 336 149 5 47 48 51 250 51 48 51 336 51 5 61 48 63 250 63 48 63 336 63 6 419 82 420 82 421 82 421 82 421 5 93 48 98 250 98 48 98 336 98 5 100 48 101 250 101 48 101 336 101 5 103 48 104 250 104 48 104 336 104 6 423 82 424 82 425 82 425 82 425 5 117 48 118 250 118 48 118 336 118 5 120 48 121 250 121 48 121 336 121 5 123 48 124 250 124 48 124 336 124 6 427 82 428 82 429 82 429 82 429 7 422 142 426 142 430 142 430 142 430 5 148 48 149 264 149 48 149 350 149 5 47 48 51 264 51 48 51 350 51 5 61 48 63 264 63 48 63 350 63 6 432 82 433 82 434 82 434 82 434 5 93 48 98 264 98 48 98 350 98 5 100 48 101 264 101 48 101 350 101 5 103 48 104 264 104 48 104 350 104 6 436 82 437 82 438 82 438 82 438 5 117 48 118 264 118 48 118 350 118 5 120 48 121 264 121 48 121 350 121 5 123 48 124 264 124 48 124 350 124 6 440 82 441 82 442 82 442 82 442 7 435 142 439 142 443 142 443 142 443 5 148 186 149 264 149 48 149 364 149 5 47 186 51 264 51 48 51 364 51 5 61 186 63 264 63 48 63 364 63 6 445 82 446 82 447 82 447 82 447 5 93 186 98 264 98 48 98 364 98 5 100 186 101 264 101 48 101 364 101 5 103 186 104 264 104 48 104 364 104 6 449 82 450 82 451 82 451 82 451 5 117 186 118 264 118 48 118 364 118 5 120 186 121 264 121 48 121 364 121 5 123 186 124 264 124 48 124 364 124 6 453 82 454 82 455 82 455 82 455 7 448 142 452 142 456 142 456 142 456 8 431 232 444 232 457 232 444 232 444 9 200 247 292 335 378 247 292 418 458 @COLORS 1 90 90 90 2 62 62 62 3 255 255 0 4 220 220 0 5 120 100 0 6 100 80 0 7 148 148 148 8 103 103 103 golly-3.3-src/Rules/LifeOnTheEdge.rule0000644000175000017500000001257712124005036014605 00000000000000@RULE LifeOnTheEdge @TREE num_states=4 num_neighbors=8 num_nodes=58 1 0 0 0 3 1 0 1 1 2 1 1 0 0 2 2 0 1 1 2 1 0 2 2 1 1 0 3 3 0 1 1 2 2 0 2 4 5 5 6 1 2 0 0 1 1 2 1 1 0 1 3 0 0 0 2 8 9 9 10 3 3 7 7 11 1 0 2 2 0 2 5 6 6 13 1 2 0 0 0 2 9 10 10 15 1 0 1 1 0 1 1 0 0 0 1 0 0 0 0 2 17 18 18 19 3 14 16 16 20 4 12 12 21 21 2 10 15 15 15 2 18 19 19 19 3 23 24 24 24 4 21 21 25 25 5 22 26 22 26 6 27 27 27 27 1 0 0 0 2 2 1 2 2 29 3 30 14 14 16 2 6 13 13 13 3 32 23 23 24 4 31 31 33 33 2 15 15 15 15 2 19 19 19 19 3 35 36 36 36 4 33 33 37 37 5 34 38 34 38 6 39 39 39 39 7 28 28 40 40 1 0 0 0 1 2 42 17 17 18 3 7 11 11 43 3 16 20 20 20 4 44 44 45 45 3 24 24 24 24 4 45 45 47 47 5 46 48 46 48 6 49 49 49 49 3 36 36 36 36 4 25 25 51 51 5 26 52 26 52 6 53 53 53 53 7 50 50 54 54 8 41 55 41 55 9 56 56 56 56 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 93 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............................." "..............................." "..............................." "..............................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." /* icon for state 2 */ "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 3 */ "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." "BBBB..........................." XPM /* width height num_colors chars_per_pixel */ "15 45 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............." "..............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." /* icon for state 2 */ "..BBBBBBBBBBBBB" "..BBBBBBBBBBBBB" "..............." "..............." "..............." "..............." "..............." "..............." "..............." "..............." "..............." "..............." "..............." "..............." "..............." /* icon for state 3 */ "..BBBBBBBBBBBBB" "..BBBBBBBBBBBBB" "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." "BB............." XPM /* width height num_colors chars_per_pixel */ "7 21 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "......." "B......" "B......" "B......" "B......" "B......" "B......" /* icon for state 2 */ ".BBBBBB" "......." "......." "......." "......." "......." "......." /* icon for state 3 */ ".BBBBBB" "B......" "B......" "B......" "B......" "B......" "B......" golly-3.3-src/Rules/Byl-Loop.rule0000644000175000017500000001043212124663564013644 00000000000000@RULE Byl-Loop J. Byl. "Self-Reproduction in small cellular automata." Physica D, Vol. 34, pages 295-299, 1989. Transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java Credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" @TABLE # rules: 145 # format: CNESWC' n_states:6 neighborhood:vonNeumann symmetries:rotate4 000000 000010 000031 000420 000110 000120 000311 000330 000320 000200 000242 000233 004330 005120 001400 001120 001305 001310 001320 003020 003400 003420 003120 002040 002050 002010 002020 002420 002500 002520 002200 002250 002220 040000 050000 050500 010052 010022 010400 010100 020055 400233 405235 401233 442024 452020 415233 411233 412024 412533 432024 421433 422313 501302 502230 540022 542002 512024 530025 520025 520442 523242 522020 100000 100010 100033 100330 101233 103401 103244 111244 113244 112404 133244 121351 123444 123543 122414 122434 300100 300300 300211 300233 304233 301100 301211 303211 303233 302233 344233 343233 351202 353215 314233 311233 313251 313211 312211 335223 333211 320533 324433 325415 321433 321511 321321 323411 200000 200042 200032 200022 200442 200515 200112 200122 200342 200332 200242 200212 201502 203202 202302 244022 245022 242042 242022 254202 255042 252025 210042 214022 215022 #212052 this line appears to be inserted through an error - correct transition is the one below 212055 212022 230052 234022 235002 235022 232042 232022 220042 220020 220533 221552 @TREE num_states=6 num_neighbors=4 num_nodes=152 1 0 0 0 3 4 5 1 0 0 2 0 4 5 1 0 1 2 3 4 5 1 1 3 2 0 4 5 2 0 1 2 3 2 2 1 0 1 2 0 4 5 1 5 1 2 3 4 2 2 1 5 2 6 2 2 1 2 1 2 1 4 5 1 0 1 0 3 4 5 1 3 1 2 3 3 5 1 2 1 2 3 4 2 2 2 8 9 10 11 2 1 1 1 2 3 4 5 1 0 0 2 3 4 5 2 3 13 2 14 2 2 1 0 1 2 3 4 2 2 2 2 16 2 2 2 1 2 1 5 3 4 5 1 5 1 2 3 4 5 2 2 18 19 2 2 2 3 4 7 12 15 17 20 2 1 5 8 13 2 18 1 0 1 2 1 4 5 2 2 2 23 2 2 2 2 2 2 2 2 2 2 3 22 24 25 24 25 25 2 2 2 9 2 16 19 1 0 1 2 3 4 4 1 0 1 2 3 4 0 1 0 1 5 3 0 5 2 2 28 29 2 2 30 2 2 2 2 2 16 2 1 0 1 5 2 4 5 1 0 1 3 3 4 5 2 2 33 2 34 2 2 3 27 25 31 25 32 35 2 3 6 10 14 2 2 1 0 3 2 3 3 5 2 2 2 38 2 2 2 2 2 2 29 2 2 2 1 0 1 2 3 5 5 2 2 2 41 2 2 2 3 37 39 40 25 25 42 2 2 2 11 2 2 2 1 0 4 2 3 4 5 2 2 2 45 2 2 2 3 44 46 25 46 25 25 3 25 25 25 25 25 25 4 21 26 36 43 47 48 2 1 2 2 2 2 2 2 5 2 2 2 2 2 2 2 23 2 38 45 2 2 6 2 2 2 2 2 3 50 51 52 53 25 25 1 0 1 2 3 3 5 2 2 2 23 55 45 2 3 51 25 56 24 25 25 2 8 23 2 23 2 2 2 2 2 23 23 2 2 2 28 2 2 2 2 2 2 2 2 2 55 2 2 1 0 1 2 5 4 5 2 2 23 2 62 2 2 3 58 59 60 59 61 63 2 13 2 2 2 2 2 2 2 2 55 2 2 2 2 2 2 55 2 2 55 3 65 66 67 25 25 66 2 2 2 45 23 2 62 3 25 46 69 46 25 25 2 18 2 2 2 2 2 2 33 23 2 2 2 2 3 71 25 72 24 25 25 4 54 57 64 68 70 73 2 8 2 28 2 2 2 2 9 2 29 29 2 2 2 10 2 2 2 2 2 2 11 2 2 2 2 2 2 2 2 30 2 2 2 3 25 75 76 77 78 79 2 2 2 28 2 2 33 2 23 2 2 2 2 23 2 2 23 2 55 45 2 2 38 55 2 2 23 2 2 45 45 2 2 2 2 2 2 2 2 55 62 2 3 81 82 83 84 85 86 2 9 2 29 2 2 2 2 2 23 2 23 2 2 2 29 2 2 2 2 2 2 29 55 2 2 2 2 2 2 45 2 45 2 2 3 88 89 90 91 92 25 2 2 2 2 2 2 34 2 23 23 2 23 55 62 2 2 23 2 2 45 2 2 45 45 16 45 2 2 2 2 23 2 2 2 2 3 94 95 96 25 97 98 2 16 2 2 2 16 2 1 0 3 2 3 4 5 2 2 2 16 2 45 101 3 100 25 25 102 25 25 2 19 2 30 2 2 2 2 41 55 2 2 2 2 3 104 25 25 105 25 25 4 80 87 93 99 103 106 2 3 2 2 2 2 2 2 14 2 2 2 2 2 3 108 65 96 109 25 25 2 2 23 23 2 45 23 3 53 25 111 24 25 25 2 10 38 29 2 2 41 2 2 55 55 2 2 55 2 2 2 2 2 101 2 3 113 114 32 25 96 115 3 109 25 96 25 25 25 2 2 55 45 2 2 2 3 25 25 118 46 25 25 2 34 62 2 2 2 2 3 25 66 120 25 25 25 4 110 112 116 117 119 121 2 16 2 2 2 2 2 3 25 25 123 25 17 25 3 25 25 25 66 25 25 2 11 45 2 45 2 2 2 2 45 45 45 2 2 2 2 2 2 16 2 2 2 2 2 45 45 2 2 3 126 127 128 129 25 25 3 25 24 25 25 46 25 2 16 2 2 45 2 2 3 25 25 132 25 25 25 2 2 2 62 2 2 2 2 2 2 2 101 2 2 3 25 134 135 25 25 25 4 124 125 130 131 133 136 2 18 2 33 2 2 2 2 19 2 2 41 2 2 2 2 2 34 2 2 2 3 25 138 139 140 25 25 3 25 24 61 134 25 25 2 2 2 2 23 2 2 2 30 2 2 2 2 2 2 2 55 2 2 2 2 2 2 62 2 2 2 2 3 25 143 144 145 146 25 2 2 2 101 2 2 2 3 25 25 25 25 148 25 4 141 142 147 149 48 48 5 49 74 107 122 137 150 @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 golly-3.3-src/Rules/Banks-II.rule0000644000175000017500000000065612124663564013553 00000000000000@RULE Banks-II Edwin Roger Banks, PhD Thesis 1971 Three-state, five-neighbor CA for a universal computer (Appendix II) http://www.bottomlayer.com/bottom/banks/banks_commentary.htm @TABLE # Format: C,N,E,S,W,C' n_states:3 neighborhood:vonNeumann symmetries:rotate4reflect 010002 011122 011202 012002 012022 012222 022201 022222 021012 110002 112220 122200 122000 200001 211120 211221 212221 @COLORS 1 255 0 0 2 200 200 200 golly-3.3-src/Rules/TripATronMargolus_emulated.rule0000644000175000017500000000357712060231465017465 00000000000000@RULE TripATronMargolus_emulated @TREE num_states=5 num_neighbors=8 num_nodes=114 1 0 2 2 4 4 1 0 1 2 3 4 2 0 1 0 1 0 2 1 1 1 1 1 1 0 2 1 4 3 2 0 1 4 1 4 3 2 3 5 3 5 3 3 3 3 3 3 3 5 3 5 3 5 4 6 7 8 7 8 4 7 7 7 7 7 2 4 1 4 1 4 3 2 3 11 3 11 3 11 3 11 3 11 4 12 7 13 7 13 5 9 10 14 10 14 1 0 1 1 3 3 2 16 1 16 1 16 3 17 3 17 3 17 4 18 7 18 7 18 5 19 10 19 10 19 1 0 4 2 4 4 2 0 1 21 1 0 3 2 3 22 3 2 4 23 7 23 7 23 5 24 10 24 10 24 1 0 2 2 2 4 2 0 1 0 1 26 3 2 3 2 3 27 4 28 7 28 7 28 5 29 10 29 10 29 6 15 20 25 20 30 5 10 10 10 10 10 6 20 20 32 20 32 3 2 3 2 3 2 1 0 1 4 3 4 2 1 1 35 1 1 3 36 36 3 36 3 4 34 37 34 7 34 5 38 10 38 10 38 4 23 37 23 7 23 5 40 10 40 10 40 4 28 37 28 7 28 5 42 10 42 10 42 6 39 32 41 32 43 1 0 1 2 3 2 2 1 1 1 1 45 3 46 46 3 46 3 4 34 7 34 47 34 5 48 10 48 10 48 4 23 7 23 47 23 5 50 10 50 10 50 4 28 7 28 47 28 5 52 10 52 10 52 6 49 32 51 32 53 7 31 33 44 33 54 6 32 32 32 32 32 7 33 33 56 33 56 4 34 7 34 7 34 2 35 35 1 35 1 3 3 3 59 3 3 4 60 7 60 7 60 5 58 61 58 10 58 5 24 61 24 10 24 5 29 61 29 10 29 6 62 32 63 32 64 5 38 61 38 10 38 5 40 61 40 10 40 5 42 61 42 10 42 6 66 32 67 32 68 5 48 61 48 10 48 5 50 61 50 10 50 5 52 61 52 10 52 6 70 32 71 32 72 7 65 56 69 56 73 2 45 45 1 45 1 3 3 3 3 3 75 4 76 7 76 7 76 5 58 10 58 77 58 5 24 10 24 77 24 5 29 10 29 77 29 6 78 32 79 32 80 5 38 10 38 77 38 5 40 10 40 77 40 5 42 10 42 77 42 6 82 32 83 32 84 5 48 10 48 77 48 5 50 10 50 77 50 5 52 10 52 77 52 6 86 32 87 32 88 7 81 56 85 56 89 8 55 57 74 57 90 1 0 1 3 3 3 2 92 1 92 1 92 3 93 3 93 3 93 4 18 7 94 7 18 5 19 10 95 10 19 6 96 96 32 96 32 7 97 97 56 97 56 7 56 56 56 56 56 8 98 98 99 98 99 5 58 10 58 10 58 6 101 32 25 32 30 7 102 56 44 56 54 8 103 99 74 99 90 1 0 1 1 3 1 2 105 1 105 1 105 3 106 3 106 3 106 4 18 7 18 7 107 5 19 10 19 10 108 6 109 109 32 109 32 7 110 110 56 110 56 8 111 111 99 111 99 9 91 100 104 112 104 @COLORS 1 90 90 90 2 62 62 62 3 0 255 127 4 0 178 88 golly-3.3-src/Rules/Worm-1042015.rule0000644000175000017500000001127212140624403013733 00000000000000@RULE Worm-1042015 Paterson's worms (by Dean Hickerson, 11/20/2008) Pattern #061 Sven Kahrkling's notation 1042015 Gardner's notation 1a2c3caca4a Final outcome unknown; doesn't finish within 1.3*10^18 steps. Very chaotic. Points and lines of hexagonal grid are mapped to points of square grid as below. "*" is a point of the hex grid, "-", "/", and "\" are lines of the hex grid. +--+--+--+--+ |- |* |- |* | +--+--+--+--+ | /| \| /| \| +--+--+--+--+ |* |- |* |- | +--+--+--+--+ Each step of the worm is simulated by 2 gens in the rule. In even gens, there's an arrow at one point of the hex grid showing which way the worm will move next. In odd gens, there's an arrow on one line of the hex grid. The transitions from even to odd gens are the same for all worms. Those from odd to even depend on the specific type of worm: If a point (state 0 or 1) has a line with an arrow pointing at it, it becomes a 'point with arrow'; the direction depends on the 6 neighboring lines, which are the NW, N, E, S, SW, and W neighbors in the square grid. Gen 0 consists of a single point in state 1, a 'point with arrow' pointing east. (Starting with a point in state 2, 3, 4, 5, or 6 would also work, rotating the whole pattern.) States are: 0 empty (unvisited point or line) 1-6 'point with arrow', showing direction of next movement (1=E; 2=SE; 3=SW; 4=W; 5=NW; 6=NE) 7 point that's been visited 8,9,10 edge - (8=line; 9=E arrow; 10=W arrow) 11,12,13 edge / (11=line; 12=NE arrow; 13=SW arrow) 14,15,16 edge \ (14=line; 15=SE arrow; 16=NW arrow) @TABLE n_states:17 neighborhood:Moore symmetries:none var point={1,2,3,4,5,6} var a0={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a1={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a2={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a3={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a4={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a5={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a6={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a7={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var n={8,11,14} var o={8,11,14} var p={8,11,14} var q={8,11,14} var b={0,7} # point with arrow becomes point that's been visited point,a0,a1,a2,a3,a4,a5,a6,a7,7 # line with arrow becomes line without arrow 9,a0,a1,a2,a3,a4,a5,a6,a7,8 10,a0,a1,a2,a3,a4,a5,a6,a7,8 12,a0,a1,a2,a3,a4,a5,a6,a7,11 13,a0,a1,a2,a3,a4,a5,a6,a7,11 15,a0,a1,a2,a3,a4,a5,a6,a7,14 16,a0,a1,a2,a3,a4,a5,a6,a7,14 # point with arrow creates line with arrow next to it 0,a0,a1,a2,a3,a4,a5,1,a6,9 0,2,a0,a1,a2,a3,a4,a5,a6,15 0,a0,3,a1,a2,a3,a4,a5,a6,13 0,a0,a1,4,a2,a3,a4,a5,a6,10 0,a0,a1,a2,5,a3,a4,a5,a6,16 0,a0,a1,a2,a3,6,a4,a5,a6,12 # 4 eaten: use only remaining direction # 0 (straight): b,0,a0,n,a1,o,12,p,q,6 b,n,a0,0,a1,o,p,9,q,1 b,n,a0,o,a1,0,p,q,15,2 b,13,a0,n,a1,o,0,p,q,3 b,n,a0,10,a1,o,p,0,q,4 b,n,a0,o,a1,16,p,q,0,5 # 1 (gentle right): b,n,a0,0,a1,o,12,p,q,1 b,n,a0,o,a1,0,p,9,q,2 b,n,a0,o,a1,p,0,q,15,3 b,13,a0,n,a1,o,p,0,q,4 b,n,a0,10,a1,o,p,q,0,5 b,0,a0,n,a1,16,o,p,q,6 # 2 (sharp right): b,n,a0,o,a1,0,12,p,q,2 b,n,a0,o,a1,p,0,9,q,3 b,n,a0,o,a1,p,q,0,15,4 b,13,a0,n,a1,o,p,q,0,5 b,0,a0,10,a1,n,o,p,q,6 b,n,a0,0,a1,16,o,p,q,1 # 4 (sharp left): b,n,a0,o,a1,p,12,0,q,4 b,n,a0,o,a1,p,q,9,0,5 b,0,a0,n,a1,o,p,q,15,6 b,13,a0,0,a1,n,o,p,q,1 b,n,a0,10,a1,0,o,p,q,2 b,n,a0,o,a1,16,0,p,q,3 # 5 (gentle left): b,n,a0,o,a1,p,12,q,0,5 b,0,a0,n,a1,o,p,9,q,6 b,n,a0,0,a1,o,p,q,15,1 b,13,a0,n,a1,0,o,p,q,2 b,n,a0,10,a1,o,0,p,q,3 b,n,a0,o,a1,16,p,0,q,4 # rule-specific transitions at point with arrow coming in # rule 1042015 # none eaten: 1 = gentle right b,0,a0,0,a1,0,12,0,0,1 b,0,a0,0,a1,0,0,9,0,2 b,0,a0,0,a1,0,0,0,15,3 b,13,a0,0,a1,0,0,0,0,4 b,0,a0,10,a1,0,0,0,0,5 b,0,a0,0,a1,16,0,0,0,6 # 1 eaten(1): 0 = straight b,0,a0,n,a1,0,12,0,0,6 b,0,a0,0,a1,n,0,9,0,1 b,0,a0,0,a1,0,n,0,15,2 b,13,a0,0,a1,0,0,n,0,3 b,0,a0,10,a1,0,0,0,n,4 b,n,a0,0,a1,16,0,0,0,5 # 2 eaten(02): 4 = sharp left b,n,a0,0,a1,o,12,0,0,4 b,0,a0,n,a1,0,o,9,0,5 b,0,a0,0,a1,n,0,o,15,6 b,13,a0,0,a1,0,n,0,o,1 b,o,a0,10,a1,0,0,n,0,2 b,0,a0,o,a1,16,0,0,n,3 # 2 eaten(15): 2 = sharp right b,0,a0,o,a1,0,12,0,n,2 b,n,a0,0,a1,o,0,9,0,3 b,0,a0,n,a1,0,o,0,15,4 b,13,a0,0,a1,n,0,o,0,5 b,0,a0,10,a1,0,n,0,o,6 b,o,a0,0,a1,16,0,n,0,1 # 2 eaten(24): 0 = straight b,0,a0,0,a1,n,12,o,0,6 b,0,a0,0,a1,0,n,9,o,1 b,o,a0,0,a1,0,0,n,15,2 b,13,a0,o,a1,0,0,0,n,3 b,n,a0,10,a1,o,0,0,0,4 b,0,a0,n,a1,16,o,0,0,5 # 2 eaten(04): 1 = gentle right b,n,a0,0,a1,0,12,o,0,1 b,0,a0,n,a1,0,0,9,o,2 b,o,a0,0,a1,n,0,0,15,3 b,13,a0,o,a1,0,n,0,0,4 b,0,a0,10,a1,o,0,n,0,5 b,0,a0,0,a1,16,o,0,n,6 # 3 eaten(124): 5 = gentle left b,0,a0,n,a1,o,12,p,0,5 b,0,a0,0,a1,n,o,9,p,6 b,p,a0,0,a1,0,n,o,15,1 b,13,a0,p,a1,0,0,n,o,2 b,o,a0,10,a1,p,0,0,n,3 b,n,a0,o,a1,16,p,0,0,4 golly-3.3-src/Rules/Codd.rule0000644000175000017500000002016112124663564013060 00000000000000@RULE Codd Codd's cellular automaton. Codd, E.F., _Cellular_Automata_, Academic Press 1968 (ACM Monograph #3). Originally distributed with XLife as codd.r. Several corrections have been made. Stasis transitions have been taken out. Tim Hutton @TABLE n_states:8 neighborhood:vonNeumann symmetries:rotate4 var a={4,5} var b={2,3} var c={2,3} var d={4,5,6,7} var e={4,5,6} var f={0,1} var g={1,2} var h={0,1,2} var i={1,2,6} var j={1,6} var k={4,5} var l={4,6,7} var m={1,2,3} var n={6,7} var o={1,2,7} var p={0,2,3} # Almost all configurations with neighborhoods in [0-3] are stable # These are the exceptions (Codd's `short table', page 66) 0,1,2,1,2,1 # Path self-repair 3,0,0,0,2,2 # Path self-repair 3,0,1,0,2,2 # Gate control 3,0,1,0,3,0 # Gate control 2,1,2,3,2,3 # Gate control 3,1,2,3,2,2 # Gate control 0,0,2,1,3,1 # Path end self-repair 0,1,2,3,2,6 # Echo generation 0,1,2,2,2,7 # Echo generation # The long table 0,0,2,7,2,1 # j 0,0,3,6,3,1 # i 0,1,1,2,d,1 # fi = fan-in 0,1,1,e,2,1 # fi 0,1,2,1,d,1 # fi 0,1,2,2,d,1 # p = signal propagation 0,1,2,3,5,1 # p 0,1,2,4,2,1 # p 0,1,2,4,4,1 # fo = fan-out 0,1,2,5,b,1 # p (was fi) 0,1,2,5,5,1 # fo 0,1,2,6,2,1 # p 0,1,2,6,6,1 # fo 0,1,2,7,b,1 # p 0,1,2,7,7,1 # fo 0,1,3,2,4,1 # p 0,1,3,d,2,1 # pg - propagation at gate (subordibate path) 0,1,3,7,3,1 # t7 = transforming to 07 0,1,4,2,2,1 # p 0,1,4,2,4,1 # fo 0,1,4,3,2,1 # p 0,1,4,4,2,1 # fo 0,1,5,2,b,1 # p 0,1,5,2,5,1 # fo 0,1,5,3,2,1 # p 0,1,5,5,2,1 # fo 0,1,6,2,2,1 # p 0,1,6,2,6,1 # fo 0,1,6,6,2,1 # fo 0,1,7,2,2,1 # p 0,1,7,2,7,1 # fo 0,1,7,7,2,1 # fo 0,0,0,f,6,2 # k 0,0,0,2,5,2 # xl = extend left 0,0,0,2,6,2 # sh = sheathing 0,0,0,4,2,2 # xr = extend right 0,0,0,6,1,2 # k 0,0,0,6,2,2 # sh 0,0,0,6,6,2 # sh 0,0,1,0,6,2 # sh 0,0,1,1,6,2 # k 0,0,1,2,6,2 # sh 0,0,1,6,1,2 # k 0,0,1,6,2,2 # sh 0,0,1,6,6,2 # sh 0,0,2,0,6,2 # g = gate control 0,0,2,2,6,2 # sh 0,0,2,6,g,2 # sh 0,0,6,1,1,2 # k 0,0,6,2,1,2 # sh 0,0,6,2,2,2 # sh 0,0,6,2,6,2 # sh 0,0,6,6,1,2 # sh 0,1,1,1,6,2 # k 0,1,1,6,6,2 # sh 0,2,2,2,6,2 # sh 0,2,2,6,6,2 # sh 0,0,0,0,7,3 # k 0,0,0,1,5,3 # i 0,0,0,5,1,3 # i 0,0,1,0,7,3 # e 0,0,2,0,7,3 # g 1,0,0,0,4,0 # e 1,0,0,1,4,0 # e 1,0,0,4,1,0 # e 1,0,1,0,4,0 # e 1,0,1,1,4,0 # e 1,0,1,4,1,0 # e 1,0,4,1,1,0 # e 1,1,1,1,4,0 # e 1,0,0,3,6,2 # i 1,0,0,6,3,2 # i # error in codd.r: 10107[23] # s = sense 1,0,1,0,7,2 # s = sense 1,0,0,0,7,3 # s 1,0,0,2,4,4 # xr 1,0,b,4,c,4 # pe = path end 1,1,1,2,4,4 # fo 1,1,g,4,2,4 # fo,p 1,1,2,g,4,4 # fo,p 1,1,2,4,3,4 # pg 1,1,2,7,7,4 # fi 1,1,4,2,2,4 # p 1,1,7,2,7,4 # fi 1,1,7,7,2,4 # fi 1,2,b,2,4,4 # pe 1,2,b,4,3,4 # pe 1,2,2,4,4,4 # c = collision 1,2,3,2,4,4 # pe 1,b,3,3,4,4 # pe 1,2,4,2,2,4 # c 1,2,4,3,3,4 # pe 1,0,0,5,2,5 # xl 1,0,1,0,5,5 # i 1,0,b,5,c,5 # pe 1,1,1,2,5,5 # fo 1,1,g,5,2,5 # fo,p 1,1,2,g,5,5 # fo,p 1,1,2,4,4,5 # fi 1,1,2,5,3,5 # pg 1,1,4,2,4,5 # fi 1,1,4,4,2,5 # fi 1,1,5,2,2,5 # p 1,2,2,b,5,5 # pe 1,2,2,5,3,5 # pe 1,2,2,5,5,5 # c 1,2,3,b,5,5 # pe 1,2,3,5,3,5 # pe 1,2,5,2,5,5 # c 1,2,5,3,3,5 # pe 1,3,3,3,5,5 # pe 1,0,0,h,6,6 # sh 1,0,0,6,i,6 # sh 1,0,1,h,6,6 # sh 1,0,1,6,i,6 # sh 1,0,2,2,6,6 # pe 1,0,2,6,1,6 # sh 1,0,b,6,c,6 # pe 1,0,6,0,6,6 # sh 1,0,6,1,j,6 # sh 1,0,6,2,g,6 # sh,pe 1,0,6,2,6,6 # c 1,0,6,0,6,6 # sh 1,0,6,1,j,6 # sh 1,0,6,2,i,6 # sh,pe,c 1,0,6,6,1,6 # sh 1,1,1,1,5,6 # i 1,1,1,2,6,6 # fo 1,1,1,6,2,6 # fo 1,1,2,1,6,6 # fo 1,1,2,2,6,6 # p 1,1,2,5,5,6 # fi 1,1,2,6,2,6 # p 1,1,2,6,3,6 # pg 1,1,2,6,6,6 # fi 1,1,5,2,5,6 # fi 1,1,5,5,2,6 # fi 1,1,6,2,2,6 # p 1,1,6,2,6,6 # fi 1,1,6,6,2,6 # fi 1,2,2,b,6,6 # pe 1,2,2,6,3,6 # pe 1,2,2,6,6,6 # c 1,2,3,b,6,6 # pe 1,2,3,6,3,6 # pe 1,2,6,2,6,6 # c 1,2,6,3,3,6 # pe 1,3,3,3,6,6 # pe 1,0,2,7,b,7 # pe 1,0,3,7,b,7 # pe 1,1,1,2,7,7 # fo 1,1,1,7,2,7 # fo 1,1,2,g,7,7 # fo,p 1,1,2,7,b,7 # p,pg 1,1,3,e,3,7 # t7 1,1,3,7,3,7 # t7 1,1,7,2,2,7 # p 1,2,2,b,7,7 # pe 1,2,2,7,3,7 # pe 1,2,2,7,7,7 # c 1,2,3,b,7,7 # pe 1,2,3,7,3,7 # pe 1,2,7,2,7,7 # c 1,2,7,3,3,7 # pe 1,3,3,3,7,7 # pe 2,0,h,0,6,0 # k,k,g 2,0,0,f,7,1 # s,x 2,0,0,7,1,1 # x = extend 2,0,1,0,7,1 # s 2,0,1,1,7,1 # x 2,0,1,7,1,1 # x 2,0,7,1,1,1 # x 2,1,1,1,7,1 # x 2,0,0,2,5,3 # qm = cell q change of state 2,0,0,4,2,3 # pm = cell p change of state 2,0,1,4,2,3 # pm (was missing in codd.r) 2,0,2,0,7,3 # g 2,0,2,5,1,3 # qm 2,0,3,0,n,3 # g 2,2,3,2,d,3 # g (was missing in codd.r) 3,0,0,2,n,0 # r,m 3,0,0,6,2,0 # r 3,0,0,7,2,0 # m 3,0,1,6,2,0 # pm 3,0,1,7,2,0 # m 3,0,2,6,1,0 # qm 3,0,2,7,1,0 # m 3,0,0,0,6,1 # s 3,0,0,2,5,1 # qm 3,0,0,4,2,1 # pm 3,2,3,2,d,2 # g 3,0,1,0,6,4 # e 3,0,1,0,7,7 # j 4,0,0,0,1,0 # e 4,0,0,1,2,0 # fi 4,0,0,2,1,0 # fi 4,0,1,0,2,0 # fi 4,0,1,1,2,0 # fo 4,0,1,2,1,0 # fo 4,0,1,2,2,0 # p 4,0,2,1,1,0 # fo 4,0,2,1,2,0 # p 4,0,2,2,1,0 # p 4,0,3,1,2,0 # pg 4,0,0,0,2,1 # xr 4,0,0,2,2,1 # c 4,0,2,0,2,1 # pe 4,0,2,2,2,1 # pe 4,0,2,2,3,1 # pe 4,0,2,3,2,1 # pe 4,0,2,3,3,1 # pe 4,0,3,2,2,1 # pe 4,0,3,2,3,1 # pe 4,0,3,3,2,1 # pe 4,0,3,3,3,1 # pe 5,0,0,0,1,0 # i 5,0,0,1,2,0 # fi 5,0,0,2,1,0 # fi 5,0,1,0,2,0 # fi 5,0,1,1,2,0 # fo 5,0,1,2,1,0 # fo 5,0,1,2,2,0 # p 5,0,2,1,1,0 # fo 5,0,2,1,2,0 # p 5,0,2,2,1,0 # p 5,0,3,1,2,0 # pg 5,0,0,0,2,1 # xl 5,0,0,2,2,1 # c 5,0,2,p,b,1 # pe 5,0,3,b,c,1 # pe (was missing in codd.r) 6,0,0,0,1,0 # sh 6,0,0,1,1,0 # sh 6,0,0,1,2,0 # fi 6,0,0,2,1,0 # fi 6,0,1,0,1,0 # sh 6,0,1,0,2,0 # fi 6,0,1,1,1,0 # i 6,0,1,1,2,0 # fo 6,0,1,2,1,0 # fo 6,0,1,2,2,0 # p 6,0,2,1,1,0 # fo 6,0,2,1,2,0 # p 6,0,2,2,1,0 # p 6,0,2,2,3,0 # pe 6,0,2,3,2,0 # pe 6,0,2,3,3,0 # pe 6,0,3,1,2,0 # pg 6,0,3,2,2,0 # pe 6,0,3,2,3,0 # pe 6,0,3,3,2,0 # pe 6,0,3,3,3,0 # pe 6,1,2,3,2,0 # s 6,0,0,0,0,1 # sh 6,0,0,0,2,1 # sh 6,0,0,2,2,1 # c 6,0,2,0,2,1 # pe 6,0,2,2,2,1 # sh 7,0,0,0,1,0 # j 7,0,1,1,2,0 # fo 7,0,1,2,1,0 # fo 7,0,1,2,2,0 # p 7,0,2,1,1,0 # fo 7,0,2,1,2,0 # p 7,0,2,2,1,0 # p 7,0,2,2,3,0 # pe 7,0,2,3,2,0 # pe 7,0,2,3,3,0 # pe 7,0,3,1,2,0 # pg 7,0,3,1,3,0 # pe 7,0,3,2,2,0 # pe 7,0,3,2,3,0 # pe 7,0,3,3,2,0 # pe 7,0,3,3,3,0 # pe 7,1,2,2,2,0 # s 7,0,0,0,2,1 # pe 7,0,0,2,2,1 # c 7,0,2,0,2,1 # pe 7,0,2,2,2,1 # x # End of ruleset @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 golly-3.3-src/Rules/Codd2.rule0000644000175000017500000002154512124663564013151 00000000000000@RULE Codd2 Codd, E.F., _Cellular_Automata_, Academic Press 1968 (ACM Monograph #3). Originally distributed with XLife as codd.r. Several corrections have been made from the XLife version, to match Codd's printed transition table. Stasis transitions have been taken out. More importantly, some extra transitions have been added, to deal with sheathing- signal collision cases that Codd hadn't considered. These additions are at the bottom of the file and clearly marked. Hopefully these changes can be considered to be the intent of Codd's work, if not his exact specification. Just to be clear, these changes change nothing about the way the examples in Codd's book work, and only affect rarely-encountered situations. Contact: Tim Hutton @TABLE n_states:8 neighborhood:vonNeumann symmetries:rotate4 var a={4,5} var b={2,3} var c={2,3} var d={4,5,6,7} var e={4,5,6} var f={0,1} var g={1,2} var h={0,1,2} var i={1,2,6} var j={1,6} var k={4,5} var l={4,6,7} var m={1,2,3} var n={6,7} var o={1,2,7} var p={0,2,3} # Almost all configurations with neighborhoods in [0-3] are stable # These are the exceptions (Codd's `short table', page 66) 0,1,2,1,2,1 # Path self-repair 3,0,0,0,2,2 # Path self-repair 3,0,1,0,2,2 # Gate control 3,0,1,0,3,0 # Gate control 2,1,2,3,2,3 # Gate control 3,1,2,3,2,2 # Gate control 0,0,2,1,3,1 # Path end self-repair 0,1,2,3,2,6 # Echo generation 0,1,2,2,2,7 # Echo generation # The long table 0,0,2,7,2,1 # j 0,0,3,6,3,1 # i 0,1,1,2,d,1 # fi = fan-in 0,1,1,e,2,1 # fi 0,1,2,1,d,1 # fi 0,1,2,2,d,1 # p = signal propagation 0,1,2,3,5,1 # p 0,1,2,4,2,1 # p 0,1,2,4,4,1 # fo = fan-out 0,1,2,5,b,1 # p (was fi) 0,1,2,5,5,1 # fo 0,1,2,6,2,1 # p 0,1,2,6,6,1 # fo 0,1,2,7,b,1 # p 0,1,2,7,7,1 # fo 0,1,3,2,4,1 # p 0,1,3,d,2,1 # pg - propagation at gate (subordinate path) 0,1,3,7,3,1 # t7 = transforming to 07 0,1,4,2,2,1 # p 0,1,4,2,4,1 # fo 0,1,4,3,2,1 # p 0,1,4,4,2,1 # fo 0,1,5,2,b,1 # p 0,1,5,2,5,1 # fo 0,1,5,3,2,1 # p 0,1,5,5,2,1 # fo 0,1,6,2,2,1 # p 0,1,6,2,6,1 # fo 0,1,6,6,2,1 # fo 0,1,7,2,2,1 # p 0,1,7,2,7,1 # fo 0,1,7,7,2,1 # fo 0,0,0,f,6,2 # k 0,0,0,2,5,2 # xl = extend left 0,0,0,2,6,2 # sh = sheathing 0,0,0,4,2,2 # xr = extend right 0,0,0,6,1,2 # k 0,0,0,6,2,2 # sh 0,0,0,6,6,2 # sh 0,0,1,0,6,2 # sh 0,0,1,1,6,2 # k 0,0,1,2,6,2 # sh 0,0,1,6,1,2 # k 0,0,1,6,2,2 # sh 0,0,1,6,6,2 # sh 0,0,2,0,6,2 # g = gate control 0,0,2,2,6,2 # sh 0,0,2,6,g,2 # sh 0,0,6,1,1,2 # k 0,0,6,2,1,2 # sh 0,0,6,2,2,2 # sh 0,0,6,2,6,2 # sh 0,0,6,6,1,2 # sh 0,1,1,1,6,2 # k 0,1,1,6,6,2 # sh 0,2,2,2,6,2 # sh 0,2,2,6,6,2 # sh 0,0,0,0,7,3 # k 0,0,0,1,5,3 # i 0,0,0,5,1,3 # i 0,0,1,0,7,3 # e 0,0,2,0,7,3 # g 1,0,0,0,4,0 # e 1,0,0,1,4,0 # e 1,0,0,4,1,0 # e 1,0,1,0,4,0 # e 1,0,1,1,4,0 # e 1,0,1,4,1,0 # e 1,0,4,1,1,0 # e 1,1,1,1,4,0 # e 1,0,0,3,6,2 # i 1,0,0,6,3,2 # i # error in codd.r: 10107[23] # s = sense 1,0,1,0,7,2 # s = sense 1,0,0,0,7,3 # s 1,0,0,2,4,4 # xr 1,0,b,4,c,4 # pe = path end 1,1,1,2,4,4 # fo 1,1,g,4,2,4 # fo,p 1,1,2,g,4,4 # fo,p 1,1,2,4,3,4 # pg 1,1,2,7,7,4 # fi 1,1,4,2,2,4 # p 1,1,7,2,7,4 # fi 1,1,7,7,2,4 # fi 1,2,b,2,4,4 # pe 1,2,b,4,3,4 # pe 1,2,2,4,4,4 # c = collision 1,2,3,2,4,4 # pe 1,b,3,3,4,4 # pe 1,2,4,2,2,4 # c 1,2,4,3,3,4 # pe 1,0,0,5,2,5 # xl 1,0,1,0,5,5 # i 1,0,b,5,c,5 # pe 1,1,1,2,5,5 # fo 1,1,g,5,2,5 # fo,p 1,1,2,g,5,5 # fo,p 1,1,2,4,4,5 # fi 1,1,2,5,3,5 # pg 1,1,4,2,4,5 # fi 1,1,4,4,2,5 # fi 1,1,5,2,2,5 # p 1,2,2,b,5,5 # pe 1,2,2,5,3,5 # pe 1,2,2,5,5,5 # c 1,2,3,b,5,5 # pe 1,2,3,5,3,5 # pe 1,2,5,2,5,5 # c 1,2,5,3,3,5 # pe 1,3,3,3,5,5 # pe 1,0,0,h,6,6 # sh 1,0,0,6,i,6 # sh 1,0,1,h,6,6 # sh 1,0,1,6,i,6 # sh 1,0,2,2,6,6 # pe 1,0,2,6,1,6 # sh 1,0,b,6,c,6 # pe 1,0,6,0,6,6 # sh 1,0,6,1,j,6 # sh 1,0,6,2,g,6 # sh,pe 1,0,6,2,6,6 # c 1,0,6,0,6,6 # sh 1,0,6,1,j,6 # sh 1,0,6,2,i,6 # sh,pe,c 1,0,6,6,1,6 # sh 1,1,1,1,5,6 # i 1,1,1,2,6,6 # fo 1,1,1,6,2,6 # fo 1,1,2,1,6,6 # fo 1,1,2,2,6,6 # p 1,1,2,5,5,6 # fi 1,1,2,6,2,6 # p 1,1,2,6,3,6 # pg 1,1,2,6,6,6 # fi 1,1,5,2,5,6 # fi 1,1,5,5,2,6 # fi 1,1,6,2,2,6 # p 1,1,6,2,6,6 # fi 1,1,6,6,2,6 # fi 1,2,2,b,6,6 # pe 1,2,2,6,3,6 # pe 1,2,2,6,6,6 # c 1,2,3,b,6,6 # pe 1,2,3,6,3,6 # pe 1,2,6,2,6,6 # c 1,2,6,3,3,6 # pe 1,3,3,3,6,6 # pe 1,0,2,7,b,7 # pe 1,0,3,7,b,7 # pe 1,1,1,2,7,7 # fo 1,1,1,7,2,7 # fo 1,1,2,g,7,7 # fo,p 1,1,2,7,b,7 # p,pg 1,1,3,e,3,7 # t7 1,1,3,7,3,7 # t7 1,1,7,2,2,7 # p 1,2,2,b,7,7 # pe 1,2,2,7,3,7 # pe 1,2,2,7,7,7 # c 1,2,3,b,7,7 # pe 1,2,3,7,3,7 # pe 1,2,7,2,7,7 # c 1,2,7,3,3,7 # pe 1,3,3,3,7,7 # pe 2,0,h,0,6,0 # k,k,g 2,0,0,f,7,1 # s,x 2,0,0,7,1,1 # x = extend 2,0,1,0,7,1 # s 2,0,1,1,7,1 # x 2,0,1,7,1,1 # x 2,0,7,1,1,1 # x 2,1,1,1,7,1 # x 2,0,0,2,5,3 # qm = cell q change of state 2,0,0,4,2,3 # pm = cell p change of state 2,0,1,4,2,3 # pm (was missing in codd.r) 2,0,2,0,7,3 # g 2,0,2,5,1,3 # qm 2,0,3,0,n,3 # g 2,2,3,2,d,3 # g (was missing in codd.r) 3,0,0,2,n,0 # r,m 3,0,0,6,2,0 # r 3,0,0,7,2,0 # m 3,0,1,6,2,0 # pm 3,0,1,7,2,0 # m 3,0,2,6,1,0 # qm 3,0,2,7,1,0 # m 3,0,0,0,6,1 # s 3,0,0,2,5,1 # qm 3,0,0,4,2,1 # pm 3,2,3,2,d,2 # g 3,0,1,0,6,4 # e 3,0,1,0,7,7 # j 4,0,0,0,1,0 # e 4,0,0,1,2,0 # fi 4,0,0,2,1,0 # fi 4,0,1,0,2,0 # fi 4,0,1,1,2,0 # fo 4,0,1,2,1,0 # fo 4,0,1,2,2,0 # p 4,0,2,1,1,0 # fo 4,0,2,1,2,0 # p 4,0,2,2,1,0 # p 4,0,3,1,2,0 # pg 4,0,0,0,2,1 # xr 4,0,0,2,2,1 # c 4,0,2,0,2,1 # pe 4,0,2,2,2,1 # pe 4,0,2,2,3,1 # pe 4,0,2,3,2,1 # pe 4,0,2,3,3,1 # pe 4,0,3,2,2,1 # pe 4,0,3,2,3,1 # pe 4,0,3,3,2,1 # pe 4,0,3,3,3,1 # pe 5,0,0,0,1,0 # i 5,0,0,1,2,0 # fi 5,0,0,2,1,0 # fi 5,0,1,0,2,0 # fi 5,0,1,1,2,0 # fo 5,0,1,2,1,0 # fo 5,0,1,2,2,0 # p 5,0,2,1,1,0 # fo 5,0,2,1,2,0 # p 5,0,2,2,1,0 # p 5,0,3,1,2,0 # pg 5,0,0,0,2,1 # xl 5,0,0,2,2,1 # c 5,0,2,p,b,1 # pe 5,0,3,b,c,1 # pe (was missing in codd.r) 6,0,0,0,1,0 # sh 6,0,0,1,1,0 # sh 6,0,0,1,2,0 # fi 6,0,0,2,1,0 # fi 6,0,1,0,1,0 # sh 6,0,1,0,2,0 # fi 6,0,1,1,1,0 # i 6,0,1,1,2,0 # fo 6,0,1,2,1,0 # fo 6,0,1,2,2,0 # p 6,0,2,1,1,0 # fo 6,0,2,1,2,0 # p 6,0,2,2,1,0 # p 6,0,2,2,3,0 # pe 6,0,2,3,2,0 # pe 6,0,2,3,3,0 # pe 6,0,3,1,2,0 # pg 6,0,3,2,2,0 # pe 6,0,3,2,3,0 # pe 6,0,3,3,2,0 # pe 6,0,3,3,3,0 # pe 6,1,2,3,2,0 # s 6,0,0,0,0,1 # sh 6,0,0,0,2,1 # sh 6,0,0,2,2,1 # c 6,0,2,0,2,1 # pe 6,0,2,2,2,1 # sh 7,0,0,0,1,0 # j 7,0,1,1,2,0 # fo 7,0,1,2,1,0 # fo 7,0,1,2,2,0 # p 7,0,2,1,1,0 # fo 7,0,2,1,2,0 # p 7,0,2,2,1,0 # p 7,0,2,2,3,0 # pe 7,0,2,3,2,0 # pe 7,0,2,3,3,0 # pe 7,0,3,1,2,0 # pg 7,0,3,1,3,0 # pe 7,0,3,2,2,0 # pe 7,0,3,2,3,0 # pe 7,0,3,3,2,0 # pe 7,0,3,3,3,0 # pe 7,1,2,2,2,0 # s 7,0,0,0,2,1 # pe 7,0,0,2,2,1 # c 7,0,2,0,2,1 # pe 7,0,2,2,2,1 # x # End of Codd's original ruleset # TJH added some extra cases for collisions between sheathing-signals: # (see top of file) # for 2-way collisions: 0,0,6,6,2,2 # sh 0,6,6,0,2,2 # sh (reflected form of above) # for 3-way collisions: 1,6,6,6,0,6 # sh @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 golly-3.3-src/Rules/Devore.rule0000644000175000017500000001442612124663564013442 00000000000000@RULE Devore Devore's cellular automaton (a variation on Codd's CA). See patterns in Patterns/Devore/. Devore,J. and Hightower,R. (1992) The Devore variation of the Codd self-replicating computer, Third Workshop on Artificial Life, Santa Fe, New Mexico, Original work carried out in the 1970s though apparently never published. Reported by John R. Koza, "Artificial life: spontaneous emergence of self-replicating and evolutionary self-improving computer programs," in Christopher G. Langton, Artificial Life III, Proc. Volume XVII Santa Fe Institute Studies in the Sciences of Complexity, Addison-Wesley Publishing Company, New York, 1994, p. 260. @TABLE n_states:8 neighborhood:vonNeumann symmetries:rotate4 var a={4,5} 0,0,0,0,4,0 # j 0,0,0,0,5,0 0,0,0,0,6,2 0,0,0,1,4,0 0,0,0,1,6,2 0,0,0,2,5,2 0,0,0,2,6,2 0,0,0,3,5,0 0,0,0,4,1,0 0,0,0,4,2,2 0,0,0,6,1,2 0,0,0,6,2,2 0,0,0,6,6,2 0,0,1,0,4,0 0,0,1,0,5,0 0,0,1,0,6,2 0,0,1,0,7,3 0,0,1,1,6,2 0,0,1,6,2,2 0,0,1,6,6,2 0,0,2,0,6,2 0,0,2,1,3,1 0,0,2,2,6,2 0,0,2,6,1,2 0,0,2,6,2,2 0,0,2,6,6,2 0,0,2,7,2,1 0,0,2,7,3,0 0,0,3,0,7,0 0,0,3,1,2,1 0,0,3,6,3,1 0,0,3,7,2,0 0,0,6,2,2,2 0,0,6,6,1,2 0,0,6,6,2,2 0,1,1,1,6,2 0,1,1,2,4,1 0,1,1,2,5,1 0,1,1,2,6,1 0,1,1,2,7,1 0,1,1,4,2,1 0,1,1,5,2,1 0,1,1,6,2,1 0,1,1,6,6,3 0,1,1,7,2,1 0,1,1,7,3,1 0,1,2,1,2,1 0,1,2,1,3,1 0,1,2,1,4,1 0,1,2,1,5,1 0,1,2,1,6,1 0,1,2,1,7,1 0,1,2,2,2,7 0,1,2,2,3,1 0,1,2,2,4,1 0,1,2,2,5,1 0,1,2,2,6,1 0,1,2,2,7,1 0,1,2,3,2,6 0,1,2,3,5,1 0,1,2,4,2,1 0,1,2,4,3,1 0,1,2,4,4,1 0,1,2,5,2,1 0,1,2,5,3,1 0,1,2,5,5,1 0,1,2,6,2,1 0,1,2,6,6,1 0,1,2,7,2,1 0,1,2,7,3,1 0,1,2,7,7,1 0,1,3,2,2,1 0,1,3,2,4,1 0,1,3,4,2,1 0,1,3,4,3,1 0,1,3,4,4,1 0,1,3,5,2,1 0,1,3,6,2,1 0,1,3,7,2,1 0,1,3,7,3,1 0,1,4,2,2,1 0,1,4,2,3,1 0,1,4,2,4,1 0,1,4,3,2,1 0,1,4,3,3,1 0,1,4,4,2,1 0,1,5,2,2,1 0,1,5,2,3,1 0,1,5,2,5,1 0,1,5,3,2,1 0,1,5,5,2,1 0,1,6,2,2,1 0,1,6,2,3,1 0,1,6,2,6,1 0,1,6,6,2,1 0,1,6,6,6,3 0,1,7,2,2,1 0,1,7,2,3,1 0,1,7,2,7,1 0,1,7,7,2,1 0,2,2,2,6,2 0,2,2,6,6,2 0,2,3,2,6,1 0,2,6,6,6,2 1,0,0,0,4,0 1,0,0,0,5,0 1,0,0,0,6,6 1,0,0,0,7,3 1,0,0,1,4,0 1,0,0,1,5,3 1,0,0,1,6,6 1,0,0,1,7,2 1,0,0,2,4,4 1,0,0,2,6,6 1,0,0,3,6,2 1,0,0,5,1,3 1,0,0,5,2,5 1,0,0,6,1,6 1,0,0,6,2,6 1,0,0,6,3,2 1,0,0,6,6,6 1,0,0,7,1,2 1,0,1,0,4,0 1,0,1,0,5,0 1,0,1,0,6,6 1,0,1,0,7,2 1,0,1,1,6,6 1,0,1,2,6,6 1,0,1,6,1,6 1,0,1,6,2,6 1,0,1,6,6,6 1,0,2,2,6,6 1,0,2,5,2,5 1,0,2,6,1,6 1,0,2,6,2,6 1,0,2,6,6,6 1,0,2,7,2,7 1,0,3,5,2,5 1,0,6,0,6,6 1,0,6,1,1,6 1,0,6,1,6,6 1,0,6,2,1,6 1,0,6,2,2,6 1,0,6,2,6,6 1,0,6,6,1,6 1,0,6,6,6,6 1,1,1,1,4,0 1,1,1,1,5,6 1,1,1,1,6,6 1,1,1,2,4,4 1,1,1,2,5,5 1,1,1,2,6,6 1,1,1,2,7,7 1,1,1,4,2,4 1,1,1,5,2,5 1,1,1,6,2,6 1,1,1,6,6,6 1,1,1,7,2,7 1,1,2,1,4,4 1,1,2,1,5,5 1,1,2,1,6,6 1,1,2,1,7,7 1,1,2,2,4,4 1,1,2,2,5,5 1,1,2,2,6,6 1,1,2,2,7,7 1,1,2,3,5,5 1,1,2,4,2,4 1,1,2,4,3,1 1,1,2,4,4,3 1,1,2,5,2,5 1,1,2,5,3,1 1,1,2,5,5,3 1,1,2,6,2,6 1,1,2,6,3,1 1,1,2,6,6,3 1,1,2,7,2,7 1,1,2,7,3,1 1,1,2,7,7,3 1,1,3,4,2,1 1,1,3,4,3,7 1,1,3,5,2,1 1,1,3,5,3,7 1,1,3,6,2,1 1,1,3,6,3,7 1,1,3,7,2,1 1,1,3,7,3,7 1,1,3,7,6,7 1,1,3,7,7,1 1,1,4,2,2,4 1,1,4,2,4,5 1,1,4,3,2,4 1,1,4,4,2,4 1,1,5,2,2,5 1,1,5,2,5,6 1,1,5,5,2,5 1,1,6,2,2,6 1,1,6,6,2,6 1,1,6,7,2,1 1,1,7,2,2,7 1,1,7,2,7,4 1,1,7,7,2,7 1,2,2,2,3,3 1,2,2,2,4,4 1,2,2,2,5,5 1,2,2,2,6,6 1,2,2,2,7,7 1,2,2,3,5,5 1,2,2,3,6,6 1,2,2,4,3,4 1,2,2,4,4,1 1,2,2,5,3,5 1,2,2,5,5,1 1,2,2,6,3,6 1,2,2,6,6,1 1,2,2,7,7,1 1,2,3,2,4,4 1,2,3,2,5,5 1,2,3,2,6,6 1,2,3,2,7,7 1,2,3,6,3,6 1,2,3,7,3,7 1,2,5,3,3,5 1,2,6,2,6,6 1,3,3,3,6,6 2,0,0,0,4,2 2,0,0,0,5,2 2,0,0,0,6,0 2,0,0,0,7,1 2,0,0,1,4,2 2,0,0,1,5,2 2,0,0,1,6,2 2,0,0,1,7,1 2,0,0,2,4,2 2,0,0,2,5,3 2,0,0,2,6,2 2,0,0,2,7,2 2,0,0,3,4,2 2,0,0,3,5,2 2,0,0,3,6,2 2,0,0,3,7,2 2,0,0,4,1,2 2,0,0,4,2,3 2,0,0,5,1,2 2,0,0,5,2,2 2,0,0,5,3,2 2,0,0,6,1,2 2,0,0,6,2,2 2,0,0,6,3,2 2,0,0,7,1,1 2,0,0,7,2,2 2,0,0,7,3,2 2,0,1,0,4,2 2,0,1,0,5,2 2,0,1,0,6,0 2,0,1,0,7,1 2,0,1,1,4,2 2,0,1,1,5,2 2,0,1,1,6,2 2,0,1,1,7,1 2,0,1,4,1,2 2,0,1,4,2,3 2,0,1,5,1,2 2,0,1,5,2,2 2,0,1,5,3,2 2,0,1,6,1,2 2,0,1,6,2,2 2,0,1,7,1,1 2,0,1,7,2,2 2,0,2,0,6,2 2,0,2,0,7,3 2,0,2,1,4,2 2,0,2,1,5,2 2,0,2,1,6,2 2,0,2,1,7,2 2,0,2,2,4,2 2,0,2,2,5,2 2,0,2,2,6,2 2,0,2,2,7,2 2,0,2,4,1,2 2,0,2,4,2,2 2,0,2,4,3,2 2,0,2,5,1,3 2,0,2,5,2,2 2,0,2,5,3,2 2,0,2,6,1,2 2,0,2,6,2,2 2,0,2,6,3,2 2,0,2,6,6,2 2,0,2,7,1,2 2,0,2,7,2,2 2,0,2,7,3,2 2,0,2,7,7,2 2,0,3,0,6,3 2,0,3,0,7,3 2,0,3,1,6,2 2,0,3,1,7,2 2,0,3,4,1,2 2,0,3,4,2,2 2,0,3,4,3,2 2,0,3,5,2,2 2,0,3,5,3,2 2,0,3,6,2,2 2,0,3,7,1,2 2,0,3,7,2,2 2,0,3,7,3,2 2,0,4,1,2,2 2,0,4,2,2,2 2,0,5,1,2,2 2,0,5,2,2,2 2,0,6,1,2,2 2,0,6,1,3,2 2,0,6,2,2,2 2,0,6,6,2,2 2,0,7,1,2,2 2,0,7,2,2,2 2,0,7,3,2,2 2,0,7,7,2,2 2,1,1,1,4,2 2,1,1,1,5,2 2,1,1,1,6,5 2,1,1,1,7,1 2,1,1,6,2,2 2,1,2,2,4,2 2,1,2,2,5,2 2,1,2,2,6,2 2,1,2,2,7,2 2,1,2,3,2,3 2,1,2,3,4,2 2,1,2,3,5,2 2,1,2,3,6,2 2,1,2,3,7,2 2,1,3,2,6,2 2,1,3,2,7,2 2,1,4,2,2,2 2,1,5,2,2,2 2,1,5,3,2,2 2,1,5,3,3,2 2,1,6,2,2,2 2,1,6,2,3,2 2,1,6,3,2,2 2,1,7,2,2,2 2,1,7,2,3,2 2,1,7,3,2,2 2,1,7,7,2,2 2,2,2,2,4,2 2,2,2,2,5,2 2,2,2,2,6,2 2,2,2,2,7,2 2,2,2,3,4,2 2,2,2,4,3,2 2,2,2,4,4,2 2,2,2,5,3,2 2,2,2,5,5,2 2,2,2,6,3,2 2,2,2,6,6,2 2,2,2,6,7,2 2,2,2,7,3,2 2,2,2,7,6,2 2,2,2,7,7,2 2,2,3,7,6,2 2,2,3,7,7,2 2,2,6,7,3,2 2,2,7,7,3,2 3,0,0,0,2,2 3,0,0,0,4,3 3,0,0,0,5,3 3,0,0,0,6,1 3,0,0,1,1,1 3,0,0,2,5,1 3,0,0,2,6,0 3,0,0,2,7,0 3,0,0,4,2,1 3,0,0,5,2,3 3,0,0,6,2,0 3,0,0,7,2,0 3,0,1,0,2,2 3,0,1,0,3,2 3,0,1,0,4,3 3,0,1,0,5,3 3,0,1,0,6,4 3,0,1,0,7,7 3,0,1,1,1,1 3,0,1,5,2,3 3,0,1,6,2,0 3,0,1,7,2,0 3,0,2,6,1,0 3,0,2,7,1,0 3,1,1,1,1,1 3,1,1,1,2,1 3,1,1,1,3,1 3,1,1,7,2,7 3,1,2,3,2,2 3,2,2,2,7,3 4,0,0,0,1,0 4,0,0,0,2,1 4,0,0,2,1,0 4,0,1,0,2,0 4,0,1,1,2,0 4,0,1,2,1,0 4,0,1,2,2,0 4,0,2,1,1,0 4,0,2,1,2,0 4,0,2,2,1,0 4,0,2,2,2,1 4,0,2,3,2,1 4,0,3,2,2,1 5,0,0,0,2,1 5,0,0,2,1,0 5,0,1,0,2,0 5,0,1,1,1,0 5,0,1,1,2,0 5,0,1,2,1,0 5,0,1,2,2,0 5,0,2,0,2,1 5,0,2,1,1,0 5,0,2,1,2,0 5,0,2,2,1,0 5,0,2,2,2,1 5,0,2,2,3,1 5,0,3,2,2,1 5,0,3,3,2,1 6,0,0,0,0,1 6,0,0,0,1,0 6,0,0,0,2,1 6,0,0,1,1,0 6,0,0,1,2,0 6,0,0,2,1,0 6,0,0,2,2,1 6,0,1,0,1,0 6,0,1,0,2,0 6,0,1,1,1,0 6,0,1,1,2,0 6,0,1,2,1,0 6,0,1,2,2,0 6,0,2,0,2,1 6,0,2,1,1,0 6,0,2,1,2,0 6,0,2,2,1,0 6,0,2,2,2,1 6,0,2,2,3,0 6,0,2,3,2,0 6,0,3,2,2,0 6,0,3,2,3,0 6,0,3,3,3,0 6,1,2,3,2,0 7,0,0,0,1,0 7,0,0,1,3,0 7,0,0,2,1,0 7,0,1,1,2,0 7,0,1,2,1,0 7,0,1,2,2,0 7,0,2,0,2,1 7,0,2,1,1,0 7,0,2,1,2,0 7,0,2,2,1,0 7,0,2,2,2,1 7,0,2,3,2,0 7,0,3,1,3,0 7,0,3,2,3,0 7,1,2,2,2,0 # End of ruleset @COLORS 1 0 0 255 2 0 220 0 3 255 255 0 4 0 255 255 5 255 0 255 6 255 0 0 7 255 255 255 golly-3.3-src/Rules/Turmite_180121020081.rule0000644000175000017500000006475612124005036015131 00000000000000@RULE Turmite_180121020081 @TREE num_states=18 num_neighbors=4 num_nodes=27 1 0 1 1 1 1 1 0 0 0 0 1 1 1 1 0 0 0 0 1 2 10 10 10 10 10 2 2 2 2 10 10 10 10 2 2 2 2 1 6 14 14 14 14 14 6 6 6 6 14 14 14 14 6 6 6 6 2 0 0 0 1 0 0 0 0 0 1 0 0 0 2 0 2 0 0 1 5 13 13 13 13 13 5 5 5 5 13 13 13 13 5 5 5 5 2 4 4 4 0 4 4 4 4 4 0 4 4 4 0 4 0 4 4 1 9 17 17 17 17 17 9 9 9 9 17 17 17 17 9 9 9 9 2 6 6 6 0 6 6 6 6 6 0 6 6 6 0 6 0 6 6 3 3 3 5 3 3 3 3 3 5 3 3 3 7 3 7 3 3 3 1 3 11 11 11 11 11 3 3 3 3 11 11 11 11 3 3 3 3 2 9 9 9 0 9 9 9 9 9 0 9 9 9 0 9 0 9 9 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 10 10 11 10 10 10 10 10 11 10 10 10 11 10 11 10 10 10 1 7 15 15 15 15 15 7 7 7 7 15 15 15 15 7 7 7 7 2 13 13 13 0 13 13 13 13 13 0 13 13 13 0 13 0 13 13 3 14 14 11 14 14 14 14 14 11 14 14 14 11 14 11 14 14 14 4 8 8 8 8 12 8 12 8 8 8 15 8 8 8 8 8 15 8 1 4 12 12 12 12 12 4 4 4 4 12 12 12 12 4 4 4 4 2 17 17 17 0 17 17 17 17 17 0 17 17 17 0 17 0 17 17 3 18 18 11 18 18 18 18 18 11 18 18 18 11 18 11 18 18 18 3 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 4 19 19 19 19 20 19 20 19 19 19 20 19 19 19 19 19 20 19 1 8 16 16 16 16 16 8 8 8 8 16 16 16 16 8 8 8 8 2 22 22 22 0 22 22 22 22 22 0 22 22 22 0 22 0 22 22 3 23 23 11 23 23 23 23 23 11 23 23 23 11 23 11 23 23 23 4 24 24 24 24 20 24 20 24 24 24 20 24 24 24 24 24 20 24 5 16 16 16 16 16 21 16 21 16 16 16 25 16 16 16 16 16 25 @COLORS 0 0 0 0 1 0 155 67 2 131 12 251 3 131 12 251 4 131 12 251 5 131 12 251 6 132 132 132 7 132 132 132 8 132 132 132 9 132 132 132 10 23 130 99 11 23 130 99 12 23 130 99 13 23 130 99 14 23 151 78 15 23 151 78 16 23 151 78 17 23 151 78 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 527 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 2 */ "..............................." ".......C...............C......." ".......C...............C......." "........C.............C........" "........C.............C........" ".........CCCIICCCIICCC........." "............IICCCII............" ".............CCCCC............." "........CC....CCC....CC........" ".........CC...CCC...CC........." "..........CC..CCC..CC.........." "...........CCCCCCCCC..........." "............CCCCCCC............" "..............CCC.............." "..............CCC.............." "...........CCCCCCCCC..........." "..........CCCCCCCCCCC.........." ".........CC...CCC...CC........." "........CC....CCC....CC........" ".............CCCCC............." "............CCCCCCC............" "...........CC.CCC.CC..........." "..........CC..CCC..CC.........." ".........CC...CCC...CC........." "........CC...ECCCE...CC........" ".............CCCCC............." ".............CCCCC............." ".............ECCCE............." "..............CCC.............." "..............................." "..............................." /* icon for state 3 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "............................CC." "......C.....C.........C...CC..." "......CC....CC.......CC..C....." ".......CC....CC.....CC...C....." "........CC....CC...CC....C....." ".........CC...CC..CC....II....." "...ECCE...CC..CC..CC...CII....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "...ECCE...CC..CC..CC...CII....." ".........CC...CC..CC....II....." "........CC....CC...CC....C....." ".......CC....CC.....CC...C....." "......CC....CC.......CC..C....." "......C.....C.........C...CC..." "............................CC." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 4 */ "..............................." "..............................." "..............CCC.............." ".............ECCCE............." ".............CCCCC............." ".............CCCCC............." "........CC...ECCCE...CC........" ".........CC...CCC...CC........." "..........CC..CCC..CC.........." "...........CC.CCC.CC..........." "............CCCCCCC............" ".............CCCCC............." "........CC....CCC....CC........" ".........CC...CCC...CC........." "..........CCCCCCCCCCC.........." "...........CCCCCCCCC..........." "..............CCC.............." "..............CCC.............." "............CCCCCCC............" "...........CCCCCCCCC..........." "..........CC..CCC..CC.........." ".........CC...CCC...CC........." "........CC....CCC....CC........" ".............CCCCC............." "............IICCCII............" ".........CCCIICCCIICCC........." "........C.............C........" "........C.............C........" ".......C...............C......." ".......C...............C......." "..............................." /* icon for state 5 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".CC............................" "...CC...C.........C.....C......" ".....C..CC.......CC....CC......" ".....C...CC.....CC....CC......." ".....C....CC...CC....CC........" ".....II....CC..CC...CC........." ".....IIC...CC..CC..CC...ECCE..." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....IIC...CC..CC..CC...ECCE..." ".....II....CC..CC...CC........." ".....C....CC...CC....CC........" ".....C...CC.....CC....CC......." ".....C..CC.......CC....CC......" "...CC...C.........C.....C......" ".CC............................" "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 6 */ "..............................." ".......D...............D......." ".......D...............D......." "........D.............D........" "........D.............D........" ".........DDDIIDDDIIDDD........." "............IIDDDII............" ".............DDDDD............." "........DD....DDD....DD........" ".........DD...DDD...DD........." "..........DD..DDD..DD.........." "...........DDDDDDDDD..........." "............DDDDDDD............" "..............DDD.............." "..............DDD.............." "...........DDDDDDDDD..........." "..........DDDDDDDDDDD.........." ".........DD...DDD...DD........." "........DD....DDD....DD........" ".............DDDDD............." "............DDDDDDD............" "...........DD.DDD.DD..........." "..........DD..DDD..DD.........." ".........DD...DDD...DD........." "........DD...FDDDF...DD........" ".............DDDDD............." ".............DDDDD............." ".............FDDDF............." "..............DDD.............." "..............................." "..............................." /* icon for state 7 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "............................DD." "......D.....D.........D...DD..." "......DD....DD.......DD..D....." ".......DD....DD.....DD...D....." "........DD....DD...DD....D....." ".........DD...DD..DD....II....." "...FDDF...DD..DD..DD...DII....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "...FDDF...DD..DD..DD...DII....." ".........DD...DD..DD....II....." "........DD....DD...DD....D....." ".......DD....DD.....DD...D....." "......DD....DD.......DD..D....." "......D.....D.........D...DD..." "............................DD." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 8 */ "..............................." "..............................." "..............DDD.............." ".............FDDDF............." ".............DDDDD............." ".............DDDDD............." "........DD...FDDDF...DD........" ".........DD...DDD...DD........." "..........DD..DDD..DD.........." "...........DD.DDD.DD..........." "............DDDDDDD............" ".............DDDDD............." "........DD....DDD....DD........" ".........DD...DDD...DD........." "..........DDDDDDDDDDD.........." "...........DDDDDDDDD..........." "..............DDD.............." "..............DDD.............." "............DDDDDDD............" "...........DDDDDDDDD..........." "..........DD..DDD..DD.........." ".........DD...DDD...DD........." "........DD....DDD....DD........" ".............DDDDD............." "............IIDDDII............" ".........DDDIIDDDIIDDD........." "........D.............D........" "........D.............D........" ".......D...............D......." ".......D...............D......." "..............................." /* icon for state 9 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".DD............................" "...DD...D.........D.....D......" ".....D..DD.......DD....DD......" ".....D...DD.....DD....DD......." ".....D....DD...DD....DD........" ".....II....DD..DD...DD........." ".....IID...DD..DD..DD...FDDF..." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....IID...DD..DD..DD...FDDF..." ".....II....DD..DD...DD........." ".....D....DD...DD....DD........" ".....D...DD.....DD....DD......." ".....D..DD.......DD....DD......" "...DD...D.........D.....D......" ".DD............................" "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 10 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAAACCCIICCCIICCCAAAAAAAAA" "AAAAAAAAAAAAIICCCIIAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAACCCCCCCCCCCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAACCACCCACCAAAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAGCCCGAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAAGCCCGAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 11 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAACCA" "AAAAAACAAAAACAAAAAAAAACAAACCAAA" "AAAAAACCAAAACCAAAAAAACCAACAAAAA" "AAAAAAACCAAAACCAAAAACCAAACAAAAA" "AAAAAAAACCAAAACCAAACCAAAACAAAAA" "AAAAAAAAACCAAACCAACCAAAAIIAAAAA" "AAAGCCGAAACCAACCAACCAAACIIAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AAAGCCGAAACCAACCAACCAAACIIAAAAA" "AAAAAAAAACCAAACCAACCAAAAIIAAAAA" "AAAAAAAACCAAAACCAAACCAAAACAAAAA" "AAAAAAACCAAAACCAAAAACCAAACAAAAA" "AAAAAACCAAAACCAAAAAAACCAACAAAAA" "AAAAAACAAAAACAAAAAAAAACAAACCAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAACCA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 12 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAGCCCGAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAGCCCGAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAAAACCACCCACCAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCCCCCCCCCCAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAIICCCIIAAAAAAAAAAAA" "AAAAAAAAACCCIICCCIICCCAAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 13 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "ACCAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAACCAAACAAAAAAAAACAAAAACAAAAAA" "AAAAACAACCAAAAAAACCAAAACCAAAAAA" "AAAAACAAACCAAAAACCAAAACCAAAAAAA" "AAAAACAAAACCAAACCAAAACCAAAAAAAA" "AAAAAIIAAAACCAACCAAACCAAAAAAAAA" "AAAAAIICAAACCAACCAACCAAAGCCGAAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAAIICAAACCAACCAACCAAAGCCGAAA" "AAAAAIIAAAACCAACCAAACCAAAAAAAAA" "AAAAACAAAACCAAACCAAAACCAAAAAAAA" "AAAAACAAACCAAAAACCAAAACCAAAAAAA" "AAAAACAACCAAAAAAACCAAAACCAAAAAA" "AAACCAAACAAAAAAAAACAAAAACAAAAAA" "ACCAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 14 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAAADDDIIDDDIIDDDAAAAAAAAA" "AAAAAAAAAAAAIIDDDIIAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAADDDDDDDDDDDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAADDADDDADDAAAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAHDDDHAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAAHDDDHAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 15 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAADDA" "AAAAAADAAAAADAAAAAAAAADAAADDAAA" "AAAAAADDAAAADDAAAAAAADDAADAAAAA" "AAAAAAADDAAAADDAAAAADDAAADAAAAA" "AAAAAAAADDAAAADDAAADDAAAADAAAAA" "AAAAAAAAADDAAADDAADDAAAAIIAAAAA" "AAAHDDHAAADDAADDAADDAAADIIAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AAAHDDHAAADDAADDAADDAAADIIAAAAA" "AAAAAAAAADDAAADDAADDAAAAIIAAAAA" "AAAAAAAADDAAAADDAAADDAAAADAAAAA" "AAAAAAADDAAAADDAAAAADDAAADAAAAA" "AAAAAADDAAAADDAAAAAAADDAADAAAAA" "AAAAAADAAAAADAAAAAAAAADAAADDAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAADDA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 16 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAHDDDHAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAHDDDHAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAAAADDADDDADDAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDDDDDDDDDDAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAIIDDDIIAAAAAAAAAAAA" "AAAAAAAAADDDIIDDDIIDDDAAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 17 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "ADDAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAADDAAADAAAAAAAAADAAAAADAAAAAA" "AAAAADAADDAAAAAAADDAAAADDAAAAAA" "AAAAADAAADDAAAAADDAAAADDAAAAAAA" "AAAAADAAAADDAAADDAAAADDAAAAAAAA" "AAAAAIIAAAADDAADDAAADDAAAAAAAAA" "AAAAAIIDAAADDAADDAADDAAAHDDHAAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAAIIDAAADDAADDAADDAAAHDDHAAA" "AAAAAIIAAAADDAADDAAADDAAAAAAAAA" "AAAAADAAAADDAAADDAAAADDAAAAAAAA" "AAAAADAAADDAAAAADDAAAADDAAAAAAA" "AAAAADAADDAAAAAAADDAAAADDAAAAAA" "AAADDAAADAAAAAAAAADAAAAADAAAAAA" "ADDAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "15 255 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 2 */ "....C.....C...." ".....C...C....." "......ICI......" "...C..CCC..C..." "....C..C..C...." ".....CCCCC....." ".......C......." "....CCCCCCC...." "...C...C...C..." ".....CCCCC....." "....C..C..C...." "...C..ECE..C..." "......CCC......" "......ECE......" "..............." /* icon for state 3 */ "..............." "..............." "..............." "...C..C....C..." "....C..C..C...C" ".....C.C.C...C." ".ECE.C.C.C.CI.." ".CCCCCCCCCCCC.." ".ECE.C.C.C.CI.." ".....C.C.C...C." "....C..C..C...C" "...C..C....C..." "..............." "..............." "..............." /* icon for state 4 */ "..............." "......ECE......" "......CCC......" "...C..ECE..C..." "....C..C..C...." ".....CCCCC....." "...C...C...C..." "....CCCCCCC...." ".......C......." ".....CCCCC....." "....C..C..C...." "...C..CCC..C..." "......ICI......" ".....C...C....." "....C.....C...." /* icon for state 5 */ "..............." "..............." "..............." "...C....C..C..." "C...C..C..C...." ".C...C.C.C....." "..IC.C.C.C.ECE." "..CCCCCCCCCCCC." "..IC.C.C.C.ECE." ".C...C.C.C....." "C...C..C..C...." "...C....C..C..." "..............." "..............." "..............." /* icon for state 6 */ "....D.....D...." ".....D...D....." "......IDI......" "...D..DDD..D..." "....D..D..D...." ".....DDDDD....." ".......D......." "....DDDDDDD...." "...D...D...D..." ".....DDDDD....." "....D..D..D...." "...D..FDF..D..." "......DDD......" "......FDF......" "..............." /* icon for state 7 */ "..............." "..............." "..............." "...D..D....D..." "....D..D..D...D" ".....D.D.D...D." ".FDF.D.D.D.DI.." ".DDDDDDDDDDDD.." ".FDF.D.D.D.DI.." ".....D.D.D...D." "....D..D..D...D" "...D..D....D..." "..............." "..............." "..............." /* icon for state 8 */ "..............." "......FDF......" "......DDD......" "...D..FDF..D..." "....D..D..D...." ".....DDDDD....." "...D...D...D..." "....DDDDDDD...." ".......D......." ".....DDDDD....." "....D..D..D...." "...D..DDD..D..." "......IDI......" ".....D...D....." "....D.....D...." /* icon for state 9 */ "..............." "..............." "..............." "...D....D..D..." "D...D..D..D...." ".D...D.D.D....." "..ID.D.D.D.FDF." "..DDDDDDDDDDDD." "..ID.D.D.D.FDF." ".D...D.D.D....." "D...D..D..D...." "...D....D..D..." "..............." "..............." "..............." /* icon for state 10 */ "AAAACAAAAACAAAA" "AAAAACAAACAAAAA" "AAAAAAICIAAAAAA" "AAACAACCCAACAAA" "AAAACAACAACAAAA" "AAAAACCCCCAAAAA" "AAAAAAACAAAAAAA" "AAAACCCCCCCAAAA" "AAACAAACAAACAAA" "AAAAACCCCCAAAAA" "AAAACAACAACAAAA" "AAACAAGCGAACAAA" "AAAAAACCCAAAAAA" "AAAAAAGCGAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 11 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAACAACAAAACAAA" "AAAACAACAACAAAC" "AAAAACACACAAACA" "AGCGACACACACIAA" "ACCCCCCCCCCCCAA" "AGCGACACACACIAA" "AAAAACACACAAACA" "AAAACAACAACAAAC" "AAACAACAAAACAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 12 */ "AAAAAAAAAAAAAAA" "AAAAAAGCGAAAAAA" "AAAAAACCCAAAAAA" "AAACAAGCGAACAAA" "AAAACAACAACAAAA" "AAAAACCCCCAAAAA" "AAACAAACAAACAAA" "AAAACCCCCCCAAAA" "AAAAAAACAAAAAAA" "AAAAACCCCCAAAAA" "AAAACAACAACAAAA" "AAACAACCCAACAAA" "AAAAAAICIAAAAAA" "AAAAACAAACAAAAA" "AAAACAAAAACAAAA" /* icon for state 13 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAACAAAACAACAAA" "CAAACAACAACAAAA" "ACAAACACACAAAAA" "AAICACACACAGCGA" "AACCCCCCCCCCCCA" "AAICACACACAGCGA" "ACAAACACACAAAAA" "CAAACAACAACAAAA" "AAACAAAACAACAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 14 */ "AAAADAAAAADAAAA" "AAAAADAAADAAAAA" "AAAAAAIDIAAAAAA" "AAADAADDDAADAAA" "AAAADAADAADAAAA" "AAAAADDDDDAAAAA" "AAAAAAADAAAAAAA" "AAAADDDDDDDAAAA" "AAADAAADAAADAAA" "AAAAADDDDDAAAAA" "AAAADAADAADAAAA" "AAADAAHDHAADAAA" "AAAAAADDDAAAAAA" "AAAAAAHDHAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 15 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAADAADAAAADAAA" "AAAADAADAADAAAD" "AAAAADADADAAADA" "AHDHADADADADIAA" "ADDDDDDDDDDDDAA" "AHDHADADADADIAA" "AAAAADADADAAADA" "AAAADAADAADAAAD" "AAADAADAAAADAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 16 */ "AAAAAAAAAAAAAAA" "AAAAAAHDHAAAAAA" "AAAAAADDDAAAAAA" "AAADAAHDHAADAAA" "AAAADAADAADAAAA" "AAAAADDDDDAAAAA" "AAADAAADAAADAAA" "AAAADDDDDDDAAAA" "AAAAAAADAAAAAAA" "AAAAADDDDDAAAAA" "AAAADAADAADAAAA" "AAADAADDDAADAAA" "AAAAAAIDIAAAAAA" "AAAAADAAADAAAAA" "AAAADAAAAADAAAA" /* icon for state 17 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAADAAAADAADAAA" "DAAADAADAADAAAA" "ADAAADADADAAAAA" "AAIDADADADAHDHA" "AADDDDDDDDDDDDA" "AAIDADADADAHDHA" "ADAAADADADAAAAA" "DAAADAADAADAAAA" "AAADAAAADAADAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "7 119 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" /* icon for state 2 */ ".C...C." "..ICI.." "...C..." ".CCCCC." "...C..." ".CCCCC." "...C..." /* icon for state 3 */ "......." ".C.C..C" ".C.C.I." "CCCCCC." ".C.C.I." ".C.C..C" "......." /* icon for state 4 */ "...C..." ".CCCCC." "...C..." ".CCCCC." "...C..." "..ICI.." ".C...C." /* icon for state 5 */ "......." "C..C.C." ".I.C.C." ".CCCCCC" ".I.C.C." "C..C.C." "......." /* icon for state 6 */ ".D...D." "..IDI.." "...D..." ".DDDDD." "...D..." ".DDDDD." "...D..." /* icon for state 7 */ "......." ".D.D..D" ".D.D.I." "DDDDDD." ".D.D.I." ".D.D..D" "......." /* icon for state 8 */ "...D..." ".DDDDD." "...D..." ".DDDDD." "...D..." "..IDI.." ".D...D." /* icon for state 9 */ "......." "D..D.D." ".I.D.D." ".DDDDDD" ".I.D.D." "D..D.D." "......." /* icon for state 10 */ "ACAAACA" "AAICIAA" "AAACAAA" "ACCCCCA" "AAACAAA" "ACCCCCA" "AAACAAA" /* icon for state 11 */ "AAAAAAA" "ACACAAC" "ACACAIA" "CCCCCCA" "ACACAIA" "ACACAAC" "AAAAAAA" /* icon for state 12 */ "AAACAAA" "ACCCCCA" "AAACAAA" "ACCCCCA" "AAACAAA" "AAICIAA" "ACAAACA" /* icon for state 13 */ "AAAAAAA" "CAACACA" "AIACACA" "ACCCCCC" "AIACACA" "CAACACA" "AAAAAAA" /* icon for state 14 */ "ADAAADA" "AAIDIAA" "AAADAAA" "ADDDDDA" "AAADAAA" "ADDDDDA" "AAADAAA" /* icon for state 15 */ "AAAAAAA" "ADADAAD" "ADADAIA" "DDDDDDA" "ADADAIA" "ADADAAD" "AAAAAAA" /* icon for state 16 */ "AAADAAA" "ADDDDDA" "AAADAAA" "ADDDDDA" "AAADAAA" "AAIDIAA" "ADAAADA" /* icon for state 17 */ "AAAAAAA" "DAADADA" "AIADADA" "ADDDDDD" "AIADADA" "DAADADA" "AAAAAAA" golly-3.3-src/Rules/DLA-Margolus-emulated.rule0000644000175000017500000001107012060231465016161 00000000000000@RULE DLA-Margolus-emulated @TREE num_states=7 num_neighbors=8 num_nodes=204 1 0 2 2 4 4 6 6 1 0 1 2 3 4 5 6 2 0 1 0 1 0 1 0 2 1 1 1 1 1 1 1 1 0 2 1 4 3 6 5 2 0 1 4 1 4 1 4 3 2 3 5 3 5 3 5 3 3 3 3 3 3 3 3 3 5 3 5 3 5 3 5 4 6 7 8 7 8 7 8 4 7 7 7 7 7 7 7 2 4 1 4 1 4 1 4 3 2 3 11 3 11 3 11 3 11 3 11 3 11 3 11 4 12 7 13 7 13 7 13 5 9 10 14 10 14 10 14 1 0 1 1 3 3 5 5 2 16 1 16 1 16 1 16 3 17 3 17 3 17 3 17 4 18 7 18 7 18 7 18 5 19 10 19 10 19 10 19 1 0 2 2 2 4 6 6 1 0 2 2 6 4 6 6 2 0 1 21 1 0 1 22 1 0 4 2 4 4 6 6 2 0 1 0 1 24 1 0 2 0 1 22 1 0 1 0 3 2 3 23 3 25 3 26 4 27 7 27 7 27 7 27 5 28 10 28 10 28 10 28 1 0 4 2 2 4 6 6 2 0 1 30 1 0 1 0 2 0 1 21 1 24 1 0 3 2 3 31 3 32 3 2 4 33 7 33 7 33 7 33 5 34 10 34 10 34 10 34 2 0 1 0 1 0 1 22 3 2 3 36 3 2 3 26 4 37 7 37 7 37 7 37 5 38 10 38 10 38 10 38 6 15 20 29 20 35 20 39 5 10 10 10 10 10 10 10 6 20 20 41 20 41 20 41 3 2 3 2 3 2 3 2 1 0 1 2 3 2 5 6 1 0 1 2 3 6 5 6 2 1 1 44 1 1 1 45 3 46 46 3 46 3 46 3 1 0 1 4 3 4 5 6 2 1 1 1 1 48 1 1 3 49 49 3 49 3 49 3 2 1 1 45 1 1 1 1 3 51 51 3 51 3 51 3 4 43 47 43 50 43 52 43 5 53 10 53 10 53 10 53 4 27 47 27 50 27 52 27 5 55 10 55 10 55 10 55 4 33 47 33 50 33 52 33 5 57 10 57 10 57 10 57 4 37 47 37 50 37 52 37 5 59 10 59 10 59 10 59 6 54 41 56 41 58 41 60 1 0 1 4 3 2 5 6 2 1 1 62 1 44 1 1 3 63 63 3 63 3 63 3 4 43 64 43 50 43 7 43 5 65 10 65 10 65 10 65 4 27 64 27 50 27 7 27 5 67 10 67 10 67 10 67 4 33 64 33 50 33 7 33 5 69 10 69 10 69 10 69 4 37 64 37 50 37 7 37 5 71 10 71 10 71 10 71 6 66 41 68 41 70 41 72 2 1 1 1 1 1 1 45 3 74 74 3 74 3 74 3 4 43 75 43 7 43 52 43 5 76 10 76 10 76 10 76 4 27 75 27 7 27 52 27 5 78 10 78 10 78 10 78 4 33 75 33 7 33 52 33 5 80 10 80 10 80 10 80 4 37 75 37 7 37 52 37 5 82 10 82 10 82 10 82 6 77 41 79 41 81 41 83 7 40 42 61 42 73 42 84 6 41 41 41 41 41 41 41 7 42 42 86 42 86 42 86 4 43 7 43 7 43 7 43 2 44 44 1 44 1 44 1 2 45 45 1 45 1 45 1 3 3 3 89 3 3 3 90 4 91 7 91 7 91 7 91 2 48 48 1 48 1 48 1 3 3 3 3 3 93 3 3 4 94 7 94 7 94 7 94 3 3 3 90 3 3 3 3 4 96 7 96 7 96 7 96 5 88 92 88 95 88 97 88 5 28 92 28 95 28 97 28 5 34 92 34 95 34 97 34 5 38 92 38 95 38 97 38 6 98 41 99 41 100 41 101 5 53 92 53 95 53 97 53 5 55 92 55 95 55 97 55 5 57 92 57 95 57 97 57 5 59 92 59 95 59 97 59 6 103 41 104 41 105 41 106 5 65 92 65 95 65 97 65 5 67 92 67 95 67 97 67 5 69 92 69 95 69 97 69 5 71 92 71 95 71 97 71 6 108 41 109 41 110 41 111 5 76 92 76 95 76 97 76 5 78 92 78 95 78 97 78 5 80 92 80 95 80 97 80 5 82 92 82 95 82 97 82 6 113 41 114 41 115 41 116 7 102 86 107 86 112 86 117 2 62 62 1 62 1 62 1 3 3 3 119 3 3 3 3 4 120 7 120 7 120 7 120 3 3 3 89 3 93 3 3 4 122 7 122 7 122 7 122 5 88 121 88 123 88 10 88 5 28 121 28 123 28 10 28 5 34 121 34 123 34 10 34 5 38 121 38 123 38 10 38 6 124 41 125 41 126 41 127 5 53 121 53 123 53 10 53 5 55 121 55 123 55 10 55 5 57 121 57 123 57 10 57 5 59 121 59 123 59 10 59 6 129 41 130 41 131 41 132 5 65 121 65 123 65 10 65 5 67 121 67 123 67 10 67 5 69 121 69 123 69 10 69 5 71 121 71 123 71 10 71 6 134 41 135 41 136 41 137 5 76 121 76 123 76 10 76 5 78 121 78 123 78 10 78 5 80 121 80 123 80 10 80 5 82 121 82 123 82 10 82 6 139 41 140 41 141 41 142 7 128 86 133 86 138 86 143 3 3 3 3 3 3 3 90 4 145 7 145 7 145 7 145 5 88 146 88 10 88 97 88 5 28 146 28 10 28 97 28 5 34 146 34 10 34 97 34 5 38 146 38 10 38 97 38 6 147 41 148 41 149 41 150 5 53 146 53 10 53 97 53 5 55 146 55 10 55 97 55 5 57 146 57 10 57 97 57 5 59 146 59 10 59 97 59 6 152 41 153 41 154 41 155 5 65 146 65 10 65 97 65 5 67 146 67 10 67 97 67 5 69 146 69 10 69 97 69 5 71 146 71 10 71 97 71 6 157 41 158 41 159 41 160 5 76 146 76 10 76 97 76 5 78 146 78 10 78 97 78 5 80 146 80 10 80 97 80 5 82 146 82 10 82 97 82 6 162 41 163 41 164 41 165 7 151 86 156 86 161 86 166 8 85 87 118 87 144 87 167 1 0 1 1 3 1 5 5 2 169 1 169 1 169 1 169 3 170 3 170 3 170 3 170 1 0 1 1 3 5 5 5 2 172 1 172 1 172 1 172 3 173 3 173 3 173 3 173 4 18 7 171 7 18 7 174 1 0 1 3 3 3 5 5 2 176 1 176 1 176 1 176 3 177 3 177 3 177 3 177 4 18 7 18 7 178 7 18 4 18 7 174 7 18 7 18 5 19 10 175 10 179 10 180 6 181 181 41 181 41 181 41 7 182 182 86 182 86 182 86 7 86 86 86 86 86 86 86 8 183 183 184 183 184 183 184 5 88 10 88 10 88 10 88 6 186 41 29 41 35 41 39 7 187 86 61 86 73 86 84 8 188 184 118 184 144 184 167 1 0 1 3 3 1 5 5 2 190 1 190 1 190 1 190 3 191 3 191 3 191 3 191 4 18 7 192 7 171 7 18 5 19 10 193 10 179 10 19 6 194 194 41 194 41 194 41 7 195 195 86 195 86 195 86 8 196 196 184 196 184 196 184 4 18 7 18 7 18 7 174 5 19 10 198 10 19 10 180 6 199 199 41 199 41 199 41 7 200 200 86 200 86 200 86 8 201 201 184 201 184 201 184 9 168 185 189 197 189 202 189 @COLORS 1 90 90 90 2 62 62 62 3 0 0 255 4 0 0 220 5 255 255 255 6 220 220 220 golly-3.3-src/Rules/Turmite_121181121020.rule0000644000175000017500000006501612124005036015113 00000000000000@RULE Turmite_121181121020 @TREE num_states=18 num_neighbors=4 num_nodes=27 1 0 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 1 6 14 14 14 14 14 14 14 14 14 14 14 14 14 6 6 6 6 1 2 10 10 10 10 10 10 10 10 10 10 10 10 10 2 2 2 2 2 0 0 0 0 0 1 0 0 0 1 0 1 0 0 0 0 0 2 1 9 17 17 17 17 17 17 17 17 17 17 17 17 17 9 9 9 9 2 4 4 4 4 4 0 4 4 4 0 4 0 4 4 4 4 4 0 1 5 13 13 13 13 13 13 13 13 13 13 13 13 13 5 5 5 5 2 6 6 6 6 6 0 6 6 6 0 6 0 6 6 6 6 6 0 3 3 3 3 3 5 3 3 3 5 3 5 3 3 3 3 3 7 3 1 7 15 15 15 15 15 15 15 15 15 15 15 15 15 7 7 7 7 2 9 9 9 9 9 0 9 9 9 0 9 0 9 9 9 9 9 0 2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 10 10 10 10 11 10 10 10 11 10 11 10 10 10 10 10 11 10 1 3 11 11 11 11 11 11 11 11 11 11 11 11 11 3 3 3 3 2 13 13 13 13 13 0 13 13 13 0 13 0 13 13 13 13 13 0 3 14 14 14 14 11 14 14 14 11 14 11 14 14 14 14 14 11 14 4 8 8 12 8 8 8 12 8 8 8 8 8 12 8 15 8 8 8 1 8 16 16 16 16 16 16 16 16 16 16 16 16 16 8 8 8 8 2 17 17 17 17 17 0 17 17 17 0 17 0 17 17 17 17 17 0 3 18 18 18 18 11 18 18 18 11 18 11 18 18 18 18 18 11 18 3 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 4 19 19 20 19 19 19 20 19 19 19 19 19 20 19 20 19 19 19 1 4 12 12 12 12 12 12 12 12 12 12 12 12 12 4 4 4 4 2 22 22 22 22 22 0 22 22 22 0 22 0 22 22 22 22 22 0 3 23 23 23 23 11 23 23 23 11 23 11 23 23 23 23 23 11 23 4 24 24 20 24 24 24 20 24 24 24 24 24 20 24 20 24 24 24 5 16 16 16 21 16 16 16 21 16 16 16 16 16 21 16 25 16 16 @COLORS 0 0 0 0 1 0 155 67 2 131 12 251 3 131 12 251 4 131 12 251 5 131 12 251 6 132 132 132 7 132 132 132 8 132 132 132 9 132 132 132 10 23 130 99 11 23 130 99 12 23 130 99 13 23 130 99 14 23 151 78 15 23 151 78 16 23 151 78 17 23 151 78 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 527 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 2 */ "..............................." ".......C...............C......." ".......C...............C......." "........C.............C........" "........C.............C........" ".........CCCIICCCIICCC........." "............IICCCII............" ".............CCCCC............." "........CC....CCC....CC........" ".........CC...CCC...CC........." "..........CC..CCC..CC.........." "...........CCCCCCCCC..........." "............CCCCCCC............" "..............CCC.............." "..............CCC.............." "...........CCCCCCCCC..........." "..........CCCCCCCCCCC.........." ".........CC...CCC...CC........." "........CC....CCC....CC........" ".............CCCCC............." "............CCCCCCC............" "...........CC.CCC.CC..........." "..........CC..CCC..CC.........." ".........CC...CCC...CC........." "........CC...ECCCE...CC........" ".............CCCCC............." ".............CCCCC............." ".............ECCCE............." "..............CCC.............." "..............................." "..............................." /* icon for state 3 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "............................CC." "......C.....C.........C...CC..." "......CC....CC.......CC..C....." ".......CC....CC.....CC...C....." "........CC....CC...CC....C....." ".........CC...CC..CC....II....." "...ECCE...CC..CC..CC...CII....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "..CCCCCCCCCCCCCCCCCCCCCCCC....." "...ECCE...CC..CC..CC...CII....." ".........CC...CC..CC....II....." "........CC....CC...CC....C....." ".......CC....CC.....CC...C....." "......CC....CC.......CC..C....." "......C.....C.........C...CC..." "............................CC." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 4 */ "..............................." "..............................." "..............CCC.............." ".............ECCCE............." ".............CCCCC............." ".............CCCCC............." "........CC...ECCCE...CC........" ".........CC...CCC...CC........." "..........CC..CCC..CC.........." "...........CC.CCC.CC..........." "............CCCCCCC............" ".............CCCCC............." "........CC....CCC....CC........" ".........CC...CCC...CC........." "..........CCCCCCCCCCC.........." "...........CCCCCCCCC..........." "..............CCC.............." "..............CCC.............." "............CCCCCCC............" "...........CCCCCCCCC..........." "..........CC..CCC..CC.........." ".........CC...CCC...CC........." "........CC....CCC....CC........" ".............CCCCC............." "............IICCCII............" ".........CCCIICCCIICCC........." "........C.............C........" "........C.............C........" ".......C...............C......." ".......C...............C......." "..............................." /* icon for state 5 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".CC............................" "...CC...C.........C.....C......" ".....C..CC.......CC....CC......" ".....C...CC.....CC....CC......." ".....C....CC...CC....CC........" ".....II....CC..CC...CC........." ".....IIC...CC..CC..CC...ECCE..." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....CCCCCCCCCCCCCCCCCCCCCCCC.." ".....IIC...CC..CC..CC...ECCE..." ".....II....CC..CC...CC........." ".....C....CC...CC....CC........" ".....C...CC.....CC....CC......." ".....C..CC.......CC....CC......" "...CC...C.........C.....C......" ".CC............................" "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 6 */ "..............................." ".......D...............D......." ".......D...............D......." "........D.............D........" "........D.............D........" ".........DDDIIDDDIIDDD........." "............IIDDDII............" ".............DDDDD............." "........DD....DDD....DD........" ".........DD...DDD...DD........." "..........DD..DDD..DD.........." "...........DDDDDDDDD..........." "............DDDDDDD............" "..............DDD.............." "..............DDD.............." "...........DDDDDDDDD..........." "..........DDDDDDDDDDD.........." ".........DD...DDD...DD........." "........DD....DDD....DD........" ".............DDDDD............." "............DDDDDDD............" "...........DD.DDD.DD..........." "..........DD..DDD..DD.........." ".........DD...DDD...DD........." "........DD...FDDDF...DD........" ".............DDDDD............." ".............DDDDD............." ".............FDDDF............." "..............DDD.............." "..............................." "..............................." /* icon for state 7 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "............................DD." "......D.....D.........D...DD..." "......DD....DD.......DD..D....." ".......DD....DD.....DD...D....." "........DD....DD...DD....D....." ".........DD...DD..DD....II....." "...FDDF...DD..DD..DD...DII....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "..DDDDDDDDDDDDDDDDDDDDDDDD....." "...FDDF...DD..DD..DD...DII....." ".........DD...DD..DD....II....." "........DD....DD...DD....D....." ".......DD....DD.....DD...D....." "......DD....DD.......DD..D....." "......D.....D.........D...DD..." "............................DD." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 8 */ "..............................." "..............................." "..............DDD.............." ".............FDDDF............." ".............DDDDD............." ".............DDDDD............." "........DD...FDDDF...DD........" ".........DD...DDD...DD........." "..........DD..DDD..DD.........." "...........DD.DDD.DD..........." "............DDDDDDD............" ".............DDDDD............." "........DD....DDD....DD........" ".........DD...DDD...DD........." "..........DDDDDDDDDDD.........." "...........DDDDDDDDD..........." "..............DDD.............." "..............DDD.............." "............DDDDDDD............" "...........DDDDDDDDD..........." "..........DD..DDD..DD.........." ".........DD...DDD...DD........." "........DD....DDD....DD........" ".............DDDDD............." "............IIDDDII............" ".........DDDIIDDDIIDDD........." "........D.............D........" "........D.............D........" ".......D...............D......." ".......D...............D......." "..............................." /* icon for state 9 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".DD............................" "...DD...D.........D.....D......" ".....D..DD.......DD....DD......" ".....D...DD.....DD....DD......." ".....D....DD...DD....DD........" ".....II....DD..DD...DD........." ".....IID...DD..DD..DD...FDDF..." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....DDDDDDDDDDDDDDDDDDDDDDDD.." ".....IID...DD..DD..DD...FDDF..." ".....II....DD..DD...DD........." ".....D....DD...DD....DD........" ".....D...DD.....DD....DD......." ".....D..DD.......DD....DD......" "...DD...D.........D.....D......" ".DD............................" "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 10 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAAACCCIICCCIICCCAAAAAAAAA" "AAAAAAAAAAAAIICCCIIAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAACCCCCCCCCCCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAACCACCCACCAAAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAGCCCGAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAAGCCCGAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 11 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAACCA" "AAAAAACAAAAACAAAAAAAAACAAACCAAA" "AAAAAACCAAAACCAAAAAAACCAACAAAAA" "AAAAAAACCAAAACCAAAAACCAAACAAAAA" "AAAAAAAACCAAAACCAAACCAAAACAAAAA" "AAAAAAAAACCAAACCAACCAAAAIIAAAAA" "AAAGCCGAAACCAACCAACCAAACIIAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AACCCCCCCCCCCCCCCCCCCCCCCCAAAAA" "AAAGCCGAAACCAACCAACCAAACIIAAAAA" "AAAAAAAAACCAAACCAACCAAAAIIAAAAA" "AAAAAAAACCAAAACCAAACCAAAACAAAAA" "AAAAAAACCAAAACCAAAAACCAAACAAAAA" "AAAAAACCAAAACCAAAAAAACCAACAAAAA" "AAAAAACAAAAACAAAAAAAAACAAACCAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAACCA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 12 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAGCCCGAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAGCCCGAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAAAACCACCCACCAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAAAACCCCCCCCCCCAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAAAACCCAAAAAAAAAAAAAA" "AAAAAAAAAAAACCCCCCCAAAAAAAAAAAA" "AAAAAAAAAAACCCCCCCCCAAAAAAAAAAA" "AAAAAAAAAACCAACCCAACCAAAAAAAAAA" "AAAAAAAAACCAAACCCAAACCAAAAAAAAA" "AAAAAAAACCAAAACCCAAAACCAAAAAAAA" "AAAAAAAAAAAAACCCCCAAAAAAAAAAAAA" "AAAAAAAAAAAAIICCCIIAAAAAAAAAAAA" "AAAAAAAAACCCIICCCIICCCAAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAAACAAAAAAAAAAAAACAAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAACAAAAAAAAAAAAAAACAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 13 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "ACCAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAACCAAACAAAAAAAAACAAAAACAAAAAA" "AAAAACAACCAAAAAAACCAAAACCAAAAAA" "AAAAACAAACCAAAAACCAAAACCAAAAAAA" "AAAAACAAAACCAAACCAAAACCAAAAAAAA" "AAAAAIIAAAACCAACCAAACCAAAAAAAAA" "AAAAAIICAAACCAACCAACCAAAGCCGAAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAACCCCCCCCCCCCCCCCCCCCCCCCAA" "AAAAAIICAAACCAACCAACCAAAGCCGAAA" "AAAAAIIAAAACCAACCAAACCAAAAAAAAA" "AAAAACAAAACCAAACCAAAACCAAAAAAAA" "AAAAACAAACCAAAAACCAAAACCAAAAAAA" "AAAAACAACCAAAAAAACCAAAACCAAAAAA" "AAACCAAACAAAAAAAAACAAAAACAAAAAA" "ACCAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 14 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAAADDDIIDDDIIDDDAAAAAAAAA" "AAAAAAAAAAAAIIDDDIIAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAADDDDDDDDDDDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAADDADDDADDAAAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAHDDDHAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAAHDDDHAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 15 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAADDA" "AAAAAADAAAAADAAAAAAAAADAAADDAAA" "AAAAAADDAAAADDAAAAAAADDAADAAAAA" "AAAAAAADDAAAADDAAAAADDAAADAAAAA" "AAAAAAAADDAAAADDAAADDAAAADAAAAA" "AAAAAAAAADDAAADDAADDAAAAIIAAAAA" "AAAHDDHAAADDAADDAADDAAADIIAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AADDDDDDDDDDDDDDDDDDDDDDDDAAAAA" "AAAHDDHAAADDAADDAADDAAADIIAAAAA" "AAAAAAAAADDAAADDAADDAAAAIIAAAAA" "AAAAAAAADDAAAADDAAADDAAAADAAAAA" "AAAAAAADDAAAADDAAAAADDAAADAAAAA" "AAAAAADDAAAADDAAAAAAADDAADAAAAA" "AAAAAADAAAAADAAAAAAAAADAAADDAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAADDA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 16 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAHDDDHAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAHDDDHAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAAAADDADDDADDAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAAAADDDDDDDDDDDAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAAAADDDAAAAAAAAAAAAAA" "AAAAAAAAAAAADDDDDDDAAAAAAAAAAAA" "AAAAAAAAAAADDDDDDDDDAAAAAAAAAAA" "AAAAAAAAAADDAADDDAADDAAAAAAAAAA" "AAAAAAAAADDAAADDDAAADDAAAAAAAAA" "AAAAAAAADDAAAADDDAAAADDAAAAAAAA" "AAAAAAAAAAAAADDDDDAAAAAAAAAAAAA" "AAAAAAAAAAAAIIDDDIIAAAAAAAAAAAA" "AAAAAAAAADDDIIDDDIIDDDAAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAAADAAAAAAAAAAAAADAAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAADAAAAAAAAAAAAAAADAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 17 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "ADDAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAADDAAADAAAAAAAAADAAAAADAAAAAA" "AAAAADAADDAAAAAAADDAAAADDAAAAAA" "AAAAADAAADDAAAAADDAAAADDAAAAAAA" "AAAAADAAAADDAAADDAAAADDAAAAAAAA" "AAAAAIIAAAADDAADDAAADDAAAAAAAAA" "AAAAAIIDAAADDAADDAADDAAAHDDHAAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAADDDDDDDDDDDDDDDDDDDDDDDDAA" "AAAAAIIDAAADDAADDAADDAAAHDDHAAA" "AAAAAIIAAAADDAADDAAADDAAAAAAAAA" "AAAAADAAAADDAAADDAAAADDAAAAAAAA" "AAAAADAAADDAAAAADDAAAADDAAAAAAA" "AAAAADAADDAAAAAAADDAAAADDAAAAAA" "AAADDAAADAAAAAAAAADAAAAADAAAAAA" "ADDAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "15 255 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 2 */ "....C.....C...." ".....C...C....." "......ICI......" "...C..CCC..C..." "....C..C..C...." ".....CCCCC....." ".......C......." "....CCCCCCC...." "...C...C...C..." ".....CCCCC....." "....C..C..C...." "...C..ECE..C..." "......CCC......" "......ECE......" "..............." /* icon for state 3 */ "..............." "..............." "..............." "...C..C....C..." "....C..C..C...C" ".....C.C.C...C." ".ECE.C.C.C.CI.." ".CCCCCCCCCCCC.." ".ECE.C.C.C.CI.." ".....C.C.C...C." "....C..C..C...C" "...C..C....C..." "..............." "..............." "..............." /* icon for state 4 */ "..............." "......ECE......" "......CCC......" "...C..ECE..C..." "....C..C..C...." ".....CCCCC....." "...C...C...C..." "....CCCCCCC...." ".......C......." ".....CCCCC....." "....C..C..C...." "...C..CCC..C..." "......ICI......" ".....C...C....." "....C.....C...." /* icon for state 5 */ "..............." "..............." "..............." "...C....C..C..." "C...C..C..C...." ".C...C.C.C....." "..IC.C.C.C.ECE." "..CCCCCCCCCCCC." "..IC.C.C.C.ECE." ".C...C.C.C....." "C...C..C..C...." "...C....C..C..." "..............." "..............." "..............." /* icon for state 6 */ "....D.....D...." ".....D...D....." "......IDI......" "...D..DDD..D..." "....D..D..D...." ".....DDDDD....." ".......D......." "....DDDDDDD...." "...D...D...D..." ".....DDDDD....." "....D..D..D...." "...D..FDF..D..." "......DDD......" "......FDF......" "..............." /* icon for state 7 */ "..............." "..............." "..............." "...D..D....D..." "....D..D..D...D" ".....D.D.D...D." ".FDF.D.D.D.DI.." ".DDDDDDDDDDDD.." ".FDF.D.D.D.DI.." ".....D.D.D...D." "....D..D..D...D" "...D..D....D..." "..............." "..............." "..............." /* icon for state 8 */ "..............." "......FDF......" "......DDD......" "...D..FDF..D..." "....D..D..D...." ".....DDDDD....." "...D...D...D..." "....DDDDDDD...." ".......D......." ".....DDDDD....." "....D..D..D...." "...D..DDD..D..." "......IDI......" ".....D...D....." "....D.....D...." /* icon for state 9 */ "..............." "..............." "..............." "...D....D..D..." "D...D..D..D...." ".D...D.D.D....." "..ID.D.D.D.FDF." "..DDDDDDDDDDDD." "..ID.D.D.D.FDF." ".D...D.D.D....." "D...D..D..D...." "...D....D..D..." "..............." "..............." "..............." /* icon for state 10 */ "AAAACAAAAACAAAA" "AAAAACAAACAAAAA" "AAAAAAICIAAAAAA" "AAACAACCCAACAAA" "AAAACAACAACAAAA" "AAAAACCCCCAAAAA" "AAAAAAACAAAAAAA" "AAAACCCCCCCAAAA" "AAACAAACAAACAAA" "AAAAACCCCCAAAAA" "AAAACAACAACAAAA" "AAACAAGCGAACAAA" "AAAAAACCCAAAAAA" "AAAAAAGCGAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 11 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAACAACAAAACAAA" "AAAACAACAACAAAC" "AAAAACACACAAACA" "AGCGACACACACIAA" "ACCCCCCCCCCCCAA" "AGCGACACACACIAA" "AAAAACACACAAACA" "AAAACAACAACAAAC" "AAACAACAAAACAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 12 */ "AAAAAAAAAAAAAAA" "AAAAAAGCGAAAAAA" "AAAAAACCCAAAAAA" "AAACAAGCGAACAAA" "AAAACAACAACAAAA" "AAAAACCCCCAAAAA" "AAACAAACAAACAAA" "AAAACCCCCCCAAAA" "AAAAAAACAAAAAAA" "AAAAACCCCCAAAAA" "AAAACAACAACAAAA" "AAACAACCCAACAAA" "AAAAAAICIAAAAAA" "AAAAACAAACAAAAA" "AAAACAAAAACAAAA" /* icon for state 13 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAACAAAACAACAAA" "CAAACAACAACAAAA" "ACAAACACACAAAAA" "AAICACACACAGCGA" "AACCCCCCCCCCCCA" "AAICACACACAGCGA" "ACAAACACACAAAAA" "CAAACAACAACAAAA" "AAACAAAACAACAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 14 */ "AAAADAAAAADAAAA" "AAAAADAAADAAAAA" "AAAAAAIDIAAAAAA" "AAADAADDDAADAAA" "AAAADAADAADAAAA" "AAAAADDDDDAAAAA" "AAAAAAADAAAAAAA" "AAAADDDDDDDAAAA" "AAADAAADAAADAAA" "AAAAADDDDDAAAAA" "AAAADAADAADAAAA" "AAADAAHDHAADAAA" "AAAAAADDDAAAAAA" "AAAAAAHDHAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 15 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAADAADAAAADAAA" "AAAADAADAADAAAD" "AAAAADADADAAADA" "AHDHADADADADIAA" "ADDDDDDDDDDDDAA" "AHDHADADADADIAA" "AAAAADADADAAADA" "AAAADAADAADAAAD" "AAADAADAAAADAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 16 */ "AAAAAAAAAAAAAAA" "AAAAAAHDHAAAAAA" "AAAAAADDDAAAAAA" "AAADAAHDHAADAAA" "AAAADAADAADAAAA" "AAAAADDDDDAAAAA" "AAADAAADAAADAAA" "AAAADDDDDDDAAAA" "AAAAAAADAAAAAAA" "AAAAADDDDDAAAAA" "AAAADAADAADAAAA" "AAADAADDDAADAAA" "AAAAAAIDIAAAAAA" "AAAAADAAADAAAAA" "AAAADAAAAADAAAA" /* icon for state 17 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAADAAAADAADAAA" "DAAADAADAADAAAA" "ADAAADADADAAAAA" "AAIDADADADAHDHA" "AADDDDDDDDDDDDA" "AAIDADADADAHDHA" "ADAAADADADAAAAA" "DAAADAADAADAAAA" "AAADAAAADAADAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "7 119 9 1" /* colors */ "A c #009B43" ". c #000000" "C c #7F00FF" "D c #808080" "E c #3F007F" "F c #404040" "G c #3F4DA1" "H c #408D61" "I c #FFFFFF" /* icon for state 1 */ "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" /* icon for state 2 */ ".C...C." "..ICI.." "...C..." ".CCCCC." "...C..." ".CCCCC." "...C..." /* icon for state 3 */ "......." ".C.C..C" ".C.C.I." "CCCCCC." ".C.C.I." ".C.C..C" "......." /* icon for state 4 */ "...C..." ".CCCCC." "...C..." ".CCCCC." "...C..." "..ICI.." ".C...C." /* icon for state 5 */ "......." "C..C.C." ".I.C.C." ".CCCCCC" ".I.C.C." "C..C.C." "......." /* icon for state 6 */ ".D...D." "..IDI.." "...D..." ".DDDDD." "...D..." ".DDDDD." "...D..." /* icon for state 7 */ "......." ".D.D..D" ".D.D.I." "DDDDDD." ".D.D.I." ".D.D..D" "......." /* icon for state 8 */ "...D..." ".DDDDD." "...D..." ".DDDDD." "...D..." "..IDI.." ".D...D." /* icon for state 9 */ "......." "D..D.D." ".I.D.D." ".DDDDDD" ".I.D.D." "D..D.D." "......." /* icon for state 10 */ "ACAAACA" "AAICIAA" "AAACAAA" "ACCCCCA" "AAACAAA" "ACCCCCA" "AAACAAA" /* icon for state 11 */ "AAAAAAA" "ACACAAC" "ACACAIA" "CCCCCCA" "ACACAIA" "ACACAAC" "AAAAAAA" /* icon for state 12 */ "AAACAAA" "ACCCCCA" "AAACAAA" "ACCCCCA" "AAACAAA" "AAICIAA" "ACAAACA" /* icon for state 13 */ "AAAAAAA" "CAACACA" "AIACACA" "ACCCCCC" "AIACACA" "CAACACA" "AAAAAAA" /* icon for state 14 */ "ADAAADA" "AAIDIAA" "AAADAAA" "ADDDDDA" "AAADAAA" "ADDDDDA" "AAADAAA" /* icon for state 15 */ "AAAAAAA" "ADADAAD" "ADADAIA" "DDDDDDA" "ADADAIA" "ADADAAD" "AAAAAAA" /* icon for state 16 */ "AAADAAA" "ADDDDDA" "AAADAAA" "ADDDDDA" "AAADAAA" "AAIDIAA" "ADAAADA" /* icon for state 17 */ "AAAAAAA" "DAADADA" "AIADADA" "ADDDDDD" "AIADADA" "DAADADA" "AAAAAAA" golly-3.3-src/Rules/Caterpillars.rule0000644000175000017500000000102412060231465014617 00000000000000@RULE Caterpillars @TREE num_states=4 num_neighbors=8 num_nodes=38 1 0 2 3 0 1 0 1 3 0 2 0 1 0 0 2 1 1 1 1 3 2 3 2 2 1 1 2 3 0 2 1 5 1 1 3 3 6 3 3 4 4 7 4 4 2 5 1 5 5 3 6 9 6 6 4 7 10 7 7 5 8 11 8 8 3 9 3 9 9 4 10 13 10 10 5 11 14 11 11 6 12 15 12 12 3 3 3 3 3 4 13 17 13 13 5 14 18 14 14 6 15 19 15 15 7 16 20 16 16 1 1 1 3 0 2 1 22 1 1 3 3 23 3 3 4 17 24 17 17 5 18 25 18 18 6 19 26 19 19 7 20 27 20 20 8 21 28 21 21 2 22 5 22 22 3 23 30 23 23 4 24 31 24 24 5 25 32 25 25 6 26 33 26 26 7 27 34 27 27 8 28 35 28 28 9 29 36 29 29 golly-3.3-src/Rules/TableGenerators/0000755000175000017500000000000013543257426014461 500000000000000golly-3.3-src/Rules/TableGenerators/make-ruletable.cpp0000644000175000017500000005472013145740437020004 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include #include #include #include #include #include #include #include #include using namespace std; /* Makes a rule-table for your transition function. To compile: g++ -O5 -o make-ruletable make-ruletable.cpp or in Microsoft Visual Studio, add to an empty CLR project. To use: 1) fill slowcalc with your own transition function. 2) set the parameters in main() at the bottom. 3) execute the program from the command line (no options taken) For a 32-state 5-neighbourhood rule it took 16mins on a 2.2GHz machine. For a 4-state 9-neighbourhood rule it took 4s. The merging is very simple - if a transition is compatible with the first rule, then merge the transition into the rule. If not, try the next rule. If there are no more rules, add a new rule containing just the transition. === Worked example: === Transitions: 1,0,0->3 1,2,0->3 2,0,0->3 2,2,0->1 Start. First transition taken as first rule: rule 1: 1,0,0->3 Next transition - is it compatible with rule 1? i.e. is 1,[0,2],0->3 valid for all permutations? Yes. rule 1 now: 1,[0,2],0->3 Next transition - is it compatible with rule 1? i.e. is [1,2],[0,2],0->3 valid for all permutations? no - because 2,2,0 ->1, not ->3. so add the transition as a new rule: rule 1 still: 1,[0,2],0 -> 3 rule 2 now : 2,0,0->3 Next transition - is it compatible with rule 1? no - output is different. Is it compatible with rule 2? no - output is different. Final output: 1,[0,2],0 -> 3 2,0,0 -> 3 2,2,0 -> 1 Written with variables: var a={0,2} 1,a,0,3 2,0,0,3 2,2,0,1 =============== In the function produce_rule_table, the state space is exhaustively traversed. If your transition function consists of transition rules already then you can optimise by running through the transitions instead. You might also want to turn off the optimisation in rule::can_merge, to see if it gives you better compression. Also note: I feel sure there are better ways to compress rule tables than this... Contact: Tim Hutton */ // some typedefs and compile-time constants typedef unsigned short state; enum TSymm { none, rotate4, rotate8, reflect, rotate4reflect, rotate8reflect }; static const string symmetry_strings[] = {"none","rotate4","rotate8","reflect","rotate4reflect","rotate8reflect"}; // fill in this function with your desired transition rules // (for von Neumann neighbourhoods, just ignore the nw,se,sw,ne inputs) state slowcalc(state nw,state n,state ne,state w,state c,state e,state sw,state s,state se) { // wireworld: switch (c) { case 0: return 0 ; case 1: return 2 ; case 2: return 3 ; case 3: if ((((1+(nw==1)+(n==1)+(ne==1)+(w==1)+(e==1)+(sw==1)+ (s==1)+(se==1))) | 1) == 3) return 1 ; else return 3 ; default: return 0 ; // should throw an error here } } vector rotate_inputs(const vector& inputs,int rot) { vector rotinp(inputs); rotate_copy(inputs.begin()+1,inputs.begin()+1+rot,inputs.end(),rotinp.begin()+1); return rotinp; } vector reflect_inputs(const vector& inputs,int neighbourhood_size) { vector refinp(inputs); if(neighbourhood_size==5) // CNESW { refinp[2]=inputs[4]; // swap E and W refinp[4]=inputs[2]; } else // neighbourhood_size==9 (C,N,NE,E,SE,S,SW,W,NW) { refinp[2]=inputs[8]; refinp[8]=inputs[2]; refinp[3]=inputs[7]; refinp[7]=inputs[3]; refinp[4]=inputs[6]; refinp[6]=inputs[4]; // swap all E and W } return refinp; } // simple rule structure, e.g. 1,2,[4,5],8,2 -> 0 class rule { public: set inputs[9]; // c,n,ne,e,se,s,sw,w,nw or c,n,e,s,w state ns; // new state int n_inputs; // 5: von Neumann; 9: Moore TSymm symm; public: // constructors rule(const rule& r) : ns(r.ns),n_inputs(r.n_inputs),symm(r.symm) { for(int i=0;i& inputs,int n_inputs,state ns1,TSymm symm1) : ns(ns1),n_inputs(n_inputs),symm(symm1) { merge(inputs); } // if we merge the rule and the supplied transition, will the rule remain true for all cases? bool can_merge(const vector& test_inputs,state ns1) const { if(ns1!=ns) return false; // can't merge if the outputs are different // If you are running through your own transitions, or for small state spaces, // you might want to turn off this optimisation, to get better compression. // On JvN29 it doesn't make any difference but on Nobili32 it does. const bool forbid_multiple_input_differences = true; if(forbid_multiple_input_differences) { // optimisation: we skip this rule if more than 2 entries are different, we // assume we will have considered the relevant one-change rules before this. int n_different=0; for(int i=0;i1) return false; // just check the new permutations for(int i=0;i& new_inputs) { for(int i=0;i& test_inputs) const { int n_rotations,rotation_skip; bool do_reflect; switch(symm) { default: case none: n_rotations=1; rotation_skip=1; do_reflect=false; break; case rotate4: if(n_inputs==5) { n_rotations=4; rotation_skip=1; do_reflect=false; } else { n_rotations=4; rotation_skip=2; do_reflect=false; } break; case rotate8: n_rotations=8; rotation_skip=1; do_reflect=false; break; case reflect: n_rotations=1; rotation_skip=1; do_reflect=true; break; case rotate4reflect: if(n_inputs==5) { n_rotations=4; rotation_skip=1; do_reflect=true; } else { n_rotations=4; rotation_skip=2; do_reflect=true; } break; case rotate8reflect: n_rotations=8; rotation_skip=1; do_reflect=true; break; } for(int iRot=0;iRot& test_inputs) const { for(int i=0;i::const_iterator c_it,n_it,ne_it,e_it,se_it,s_it,sw_it,w_it,nw_it; if(n_inputs==9) { for(c_it = inputs[0].begin();c_it!=inputs[0].end();c_it++) for(n_it = inputs[1].begin();n_it!=inputs[1].end();n_it++) for(ne_it = inputs[2].begin();ne_it!=inputs[2].end();ne_it++) for(e_it = inputs[3].begin();e_it!=inputs[3].end();e_it++) for(se_it = inputs[4].begin();se_it!=inputs[4].end();se_it++) for(s_it = inputs[5].begin();s_it!=inputs[5].end();s_it++) for(sw_it = inputs[6].begin();sw_it!=inputs[6].end();sw_it++) for(w_it = inputs[7].begin();w_it!=inputs[7].end();w_it++) for(nw_it = inputs[8].begin();nw_it!=inputs[8].end();nw_it++) if(slowcalc(*nw_it,*n_it,*ne_it,*w_it,*c_it,*e_it,*sw_it,*s_it,*se_it)!=ns) return false; } else { for(c_it = inputs[0].begin();c_it!=inputs[0].end();c_it++) for(n_it = inputs[1].begin();n_it!=inputs[1].end();n_it++) for(e_it = inputs[2].begin();e_it!=inputs[2].end();e_it++) for(s_it = inputs[3].begin();s_it!=inputs[3].end();s_it++) for(w_it = inputs[4].begin();w_it!=inputs[4].end();w_it++) if(slowcalc(0,*n_it,0,*w_it,*c_it,*e_it,0,*s_it,0)!=ns) return false; } return true; } }; // makes a unique variable name for a given value string get_variable_name(unsigned int iVar) { const char VARS[52]={'a','b','c','d','e','f','g','h','i','j', 'k','l','m','n','o','p','q','r','s','t','u','v','w','x', 'y','z','A','B','C','D','E','F','G','H','I','J','K','L', 'M','N','O','P','Q','R','S','T','U','V','W','X','Y','Z'}; ostringstream oss; if(iVar<52) oss << VARS[iVar]; else if(iVar<52*52) oss << VARS[(iVar-(iVar%52))/52 - 1] << VARS[iVar%52]; else oss << "!"; // we have a 52*52 limit ("should be enough for anyone") return oss.str(); } void print_rules(const vector& rules,ostream& out) { // first collect all variables (makes reading easier) map< string , set > vars; ostringstream rules_out; for(vector::const_iterator r_it=rules.begin();r_it!=rules.end();r_it++) { vector variables_used; for(int i=0;in_inputs;i++) { // if more than one state for this input, we need a variable if(r_it->inputs[i].size()>1) { string var; // is there a variable that matches these inputs, and that we haven't used? bool found_unused_var=false; for(map >::const_iterator v_it=vars.begin();v_it!=vars.end();v_it++) { if(v_it->second==r_it->inputs[i] && find(variables_used.begin(),variables_used.end(),v_it->first)==variables_used.end()) { found_unused_var = true; var = v_it->first; break; } } if(!found_unused_var) { // we need to make a new one for this set of inputs var = get_variable_name(vars.size()); // add it to the list of made variables vars[var] = r_it->inputs[i]; // print it out << "var " << var << "={"; set::const_iterator it=r_it->inputs[i].begin(); while(true) { out << (int)*it; it++; if(it!=r_it->inputs[i].end()) out << ","; else break; } out << "}\n"; } // add the variable to the list of used ones variables_used.push_back(var); rules_out << var << ","; } else { // just a state, output it rules_out << (int)*r_it->inputs[i].begin() << ","; } } rules_out << (int)r_it->ns << endl; } out << rules_out.str(); } void produce_rule_table(vector& rules,int N,int nhood_size,TSymm symm,bool remove_stasis) { int n_rotations,rotation_skip; bool do_reflect; switch(symm) { default: case none: n_rotations=1; rotation_skip=1; do_reflect=false; break; case rotate4: if(nhood_size==5) { n_rotations=4; rotation_skip=1; do_reflect=false; } else { n_rotations=4; rotation_skip=2; do_reflect=false; } break; case rotate8: n_rotations=8; rotation_skip=1; do_reflect=false; break; case reflect: n_rotations=1; rotation_skip=1; do_reflect=true; break; case rotate4reflect: if(nhood_size==5) { n_rotations=4; rotation_skip=1; do_reflect=true; } else { n_rotations=4; rotation_skip=2; do_reflect=true; } break; case rotate8reflect: n_rotations=8; rotation_skip=1; do_reflect=true; break; } state c,n,ne,nw,sw,s,se,e,w,ns; vector::iterator it; bool merged; for(c=0;c inputs(9); inputs[0]=c; for(n=0;n inputs(5); inputs[0]=c; for(n=0;n& rules,const vector& inputs) { for(vector::const_iterator it=rules.begin();it!=rules.end();it++) if(it->matches(inputs)) return it->ns; return inputs[0]; // default: no change } bool is_correct(const vector&rules,int N,int neighbourhood_size) { // exhaustive check state c,n,ne,nw,sw,s,se,e,w; if(neighbourhood_size==9) { vector inputs(9); for(c=0;c inputs(5); for(c=0;c rules; time_t t1,t2; time(&t1); produce_rule_table(rules,N_STATES,nhood_size,symmetry,remove_stasis_transitions); time(&t2); int n_secs = (int)difftime(t2,t1); cout << "\nProcessing took: " << n_secs << " seconds." << endl; { ofstream out(output_filename.c_str()); out << "# rules: " << rules.size() << "\n#"; out << "\n# Golly rule-table format.\n# Each rule: C,"; if(nhood_size==5) out << "N,E,S,W"; else out << "N,NE,E,SE,S,SW,W,NW"; out << ",C'"; out << "\n# N.B. Where the same variable appears multiple times in a transition,\n# it takes the same value each time.\n#"; if(remove_stasis_transitions) out << "\n# Default for transitions not listed: no change\n#"; else out << "\n# All transitions should be included below, including no-change ones.\n#"; out << "\nn_states:" << N_STATES; out << "\nneighborhood:" << ((nhood_size==5)?("vonNeumann"):("Moore")); out << "\nsymmetries:" << symmetry_strings[symmetry] << "\n"; print_rules(rules,out); } cout << rules.size() << " rules written." << endl; // optional: run through the entire state space, checking that new_slowcalc matches slowcalc cout << "Verifying is correct (can abort if you're confident)..."; cout.flush(); if(is_correct(rules,N_STATES,nhood_size)) cout << "yes." << endl; else cout << "no! Either there's a bug in the code, or the transition function does not have the symmetry you selected." << endl; } golly-3.3-src/Rules/Chou-Reggia-2.rule0000644000175000017500000000630512124663564014444 00000000000000@RULE Chou-Reggia-2 J. A. Reggia, S.L.Armentrout, H.-H. Chou, and Y. Peng. ``Simple systems that exhibit self-directed replication.'' Science, Vol. 259, pages 1282-1287, February 1993. Transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java Credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" @TABLE # rules: 65 # format: CNESWC' n_states:8 neighborhood:vonNeumann symmetries:rotate4 000000 000440 000547 000100 000110 000330 004040 004445 004100 001040 001010 001740 003000 003010 003030 007040 007030 007104 007110 040000 040070 047100 050007 017000 070000 070077 071010 400101 400313 401033 407103 411033 431033 500033 503330 100045 100011 100414 101044 101301 103011 107131 140414 141044 111044 133011 177711 304011 305011 305141 307141 344011 345011 354010 314001 377711 700000 700337 707100 707141 707110 717000 730007 770070 770711 @TREE num_states=8 num_neighbors=4 num_nodes=101 1 0 1 2 3 4 5 6 0 1 0 1 2 3 1 5 6 7 1 0 1 2 3 4 5 6 7 1 0 1 2 3 4 3 6 7 1 0 5 2 3 4 5 6 7 1 7 1 2 3 4 5 6 7 2 0 1 2 3 4 5 2 2 1 0 1 2 1 4 5 6 7 2 1 2 2 2 7 2 2 0 2 2 2 2 2 2 2 2 2 1 0 1 2 3 3 5 6 7 2 3 10 2 2 2 2 2 2 1 0 4 2 3 4 5 6 7 2 4 12 2 2 2 2 2 2 2 5 2 2 2 5 2 2 2 1 4 1 2 3 3 5 6 0 1 7 1 2 3 4 5 6 0 2 2 15 2 2 2 2 2 16 3 6 8 9 11 13 14 9 17 2 1 2 2 10 12 2 2 15 2 10 10 2 10 2 2 2 2 1 0 4 2 1 4 5 6 7 2 21 12 2 2 12 2 2 2 2 7 2 2 2 2 2 2 2 2 2 0 2 2 2 2 2 2 3 19 9 9 20 22 23 9 24 3 9 9 9 9 9 9 9 9 2 3 2 2 2 2 2 2 2 2 10 2 2 2 2 2 2 2 1 0 1 2 3 4 0 6 7 2 2 2 2 29 2 2 2 2 3 27 28 9 30 9 9 9 9 2 4 7 2 2 2 5 2 2 1 0 1 2 0 4 5 6 7 2 21 2 2 2 7 33 2 2 1 5 1 2 3 4 5 6 7 2 2 12 2 2 35 2 2 2 2 2 7 2 2 2 2 2 2 1 0 1 2 1 4 5 6 1 2 2 38 2 2 2 2 2 2 3 32 34 9 9 36 37 9 39 2 5 2 2 2 2 2 2 2 2 7 2 2 2 7 2 2 2 3 41 42 9 9 9 9 9 9 2 2 0 2 2 2 2 2 16 1 0 1 2 3 4 5 6 1 2 2 45 2 2 2 2 2 2 3 44 9 9 9 9 9 9 46 4 18 25 26 31 40 43 26 47 2 1 2 2 10 21 7 2 2 2 7 2 2 2 7 7 2 2 2 2 2 2 2 33 2 2 2 2 0 2 2 2 2 2 2 2 3 49 9 9 9 50 51 9 52 2 2 2 2 10 12 2 2 0 3 54 9 9 9 9 9 9 9 2 10 2 2 10 2 2 2 2 3 56 28 9 9 9 9 9 9 2 12 2 2 2 12 2 2 2 2 12 2 2 2 2 2 2 2 3 58 59 9 9 59 9 9 9 3 9 9 9 9 23 9 9 9 2 15 2 2 2 2 2 2 2 2 38 2 2 2 2 2 2 2 2 45 2 2 2 2 2 2 7 3 62 52 9 9 63 9 9 64 4 53 55 26 57 60 61 26 65 4 26 26 26 26 26 26 26 26 2 10 10 2 2 2 2 2 2 2 2 10 2 29 2 2 2 2 3 11 68 9 69 9 9 9 9 2 29 2 2 2 2 2 2 2 3 30 28 9 71 9 9 9 9 4 70 26 26 72 26 26 26 26 2 4 21 2 2 2 2 2 2 2 12 12 2 2 12 2 2 2 3 74 75 9 9 36 9 9 9 2 7 2 2 2 12 7 2 38 3 77 9 9 9 23 23 9 9 2 2 7 2 2 35 2 2 2 2 35 2 2 2 2 2 2 2 3 79 59 9 9 80 9 9 9 2 5 33 2 2 2 2 2 2 3 82 9 9 9 9 9 9 9 4 76 78 26 26 81 83 26 26 2 5 7 2 2 2 2 2 2 2 2 2 2 2 7 2 2 2 3 85 86 9 9 41 9 9 9 2 33 2 2 2 2 2 2 2 3 9 9 9 9 88 9 9 9 3 37 9 9 9 9 9 9 9 4 87 89 26 26 90 26 26 26 2 15 0 2 2 38 2 2 45 2 16 2 2 2 2 2 2 2 3 9 92 9 9 9 9 9 93 2 0 2 2 2 2 2 2 45 2 2 2 2 2 2 2 2 7 3 95 9 9 9 9 9 9 96 3 93 96 9 9 9 9 9 37 4 94 97 26 26 26 26 26 98 5 48 66 67 73 84 91 67 99 @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 golly-3.3-src/Rules/Worm-1040512.rule0000644000175000017500000001125112140624403013730 00000000000000@RULE Worm-1040512 Paterson's worms (by Dean Hickerson, 11/19/2008) Pattern #055 Sven Kahrkling's notation 1040512 Gardner's notation 1a2c3cbaa4b Finishes after 569804 steps, almost filling a regular hexagon. Points and lines of hexagonal grid are mapped to points of square grid as below. "*" is a point of the hex grid, "-", "/", and "\" are lines of the hex grid. +--+--+--+--+ |- |* |- |* | +--+--+--+--+ | /| \| /| \| +--+--+--+--+ |* |- |* |- | +--+--+--+--+ Each step of the worm is simulated by 2 gens in the rule. In even gens, there's an arrow at one point of the hex grid showing which way the worm will move next. In odd gens, there's an arrow on one line of the hex grid. The transitions from even to odd gens are the same for all worms. Those from odd to even depend on the specific type of worm: If a point (state 0 or 1) has a line with an arrow pointing at it, it becomes a 'point with arrow'; the direction depends on the 6 neighboring lines, which are the NW, N, E, S, SW, and W neighbors in the square grid. Gen 0 consists of a single point in state 1, a 'point with arrow' pointing east. (Starting with a point in state 2, 3, 4, 5, or 6 would also work, rotating the whole pattern.) States are: 0 empty (unvisited point or line) 1-6 'point with arrow', showing direction of next movement (1=E; 2=SE; 3=SW; 4=W; 5=NW; 6=NE) 7 point that's been visited 8,9,10 edge - (8=line; 9=E arrow; 10=W arrow) 11,12,13 edge / (11=line; 12=NE arrow; 13=SW arrow) 14,15,16 edge \ (14=line; 15=SE arrow; 16=NW arrow) @TABLE n_states:17 neighborhood:Moore symmetries:none var point={1,2,3,4,5,6} var a0={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a1={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a2={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a3={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a4={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a5={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a6={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a7={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var n={8,11,14} var o={8,11,14} var p={8,11,14} var q={8,11,14} var b={0,7} # point with arrow becomes point that's been visited point,a0,a1,a2,a3,a4,a5,a6,a7,7 # line with arrow becomes line without arrow 9,a0,a1,a2,a3,a4,a5,a6,a7,8 10,a0,a1,a2,a3,a4,a5,a6,a7,8 12,a0,a1,a2,a3,a4,a5,a6,a7,11 13,a0,a1,a2,a3,a4,a5,a6,a7,11 15,a0,a1,a2,a3,a4,a5,a6,a7,14 16,a0,a1,a2,a3,a4,a5,a6,a7,14 # point with arrow creates line with arrow next to it 0,a0,a1,a2,a3,a4,a5,1,a6,9 0,2,a0,a1,a2,a3,a4,a5,a6,15 0,a0,3,a1,a2,a3,a4,a5,a6,13 0,a0,a1,4,a2,a3,a4,a5,a6,10 0,a0,a1,a2,5,a3,a4,a5,a6,16 0,a0,a1,a2,a3,6,a4,a5,a6,12 # 4 eaten: use only remaining direction # 0 (straight): b,0,a0,n,a1,o,12,p,q,6 b,n,a0,0,a1,o,p,9,q,1 b,n,a0,o,a1,0,p,q,15,2 b,13,a0,n,a1,o,0,p,q,3 b,n,a0,10,a1,o,p,0,q,4 b,n,a0,o,a1,16,p,q,0,5 # 1 (gentle right): b,n,a0,0,a1,o,12,p,q,1 b,n,a0,o,a1,0,p,9,q,2 b,n,a0,o,a1,p,0,q,15,3 b,13,a0,n,a1,o,p,0,q,4 b,n,a0,10,a1,o,p,q,0,5 b,0,a0,n,a1,16,o,p,q,6 # 2 (sharp right): b,n,a0,o,a1,0,12,p,q,2 b,n,a0,o,a1,p,0,9,q,3 b,n,a0,o,a1,p,q,0,15,4 b,13,a0,n,a1,o,p,q,0,5 b,0,a0,10,a1,n,o,p,q,6 b,n,a0,0,a1,16,o,p,q,1 # 4 (sharp left): b,n,a0,o,a1,p,12,0,q,4 b,n,a0,o,a1,p,q,9,0,5 b,0,a0,n,a1,o,p,q,15,6 b,13,a0,0,a1,n,o,p,q,1 b,n,a0,10,a1,0,o,p,q,2 b,n,a0,o,a1,16,0,p,q,3 # 5 (gentle left): b,n,a0,o,a1,p,12,q,0,5 b,0,a0,n,a1,o,p,9,q,6 b,n,a0,0,a1,o,p,q,15,1 b,13,a0,n,a1,0,o,p,q,2 b,n,a0,10,a1,o,0,p,q,3 b,n,a0,o,a1,16,p,0,q,4 # rule-specific transitions at point with arrow coming in # rule 1040512 # none eaten: 1 = gentle right b,0,a0,0,a1,0,12,0,0,1 b,0,a0,0,a1,0,0,9,0,2 b,0,a0,0,a1,0,0,0,15,3 b,13,a0,0,a1,0,0,0,0,4 b,0,a0,10,a1,0,0,0,0,5 b,0,a0,0,a1,16,0,0,0,6 # 1 eaten(1): 0 = straight b,0,a0,n,a1,0,12,0,0,6 b,0,a0,0,a1,n,0,9,0,1 b,0,a0,0,a1,0,n,0,15,2 b,13,a0,0,a1,0,0,n,0,3 b,0,a0,10,a1,0,0,0,n,4 b,n,a0,0,a1,16,0,0,0,5 # 2 eaten(02): 4 = sharp left b,n,a0,0,a1,o,12,0,0,4 b,0,a0,n,a1,0,o,9,0,5 b,0,a0,0,a1,n,0,o,15,6 b,13,a0,0,a1,0,n,0,o,1 b,o,a0,10,a1,0,0,n,0,2 b,0,a0,o,a1,16,0,0,n,3 # 2 eaten(15): 0 = straight b,0,a0,o,a1,0,12,0,n,6 b,n,a0,0,a1,o,0,9,0,1 b,0,a0,n,a1,0,o,0,15,2 b,13,a0,0,a1,n,0,o,0,3 b,0,a0,10,a1,0,n,0,o,4 b,o,a0,0,a1,16,0,n,0,5 # 2 eaten(24): 5 = gentle left b,0,a0,0,a1,n,12,o,0,5 b,0,a0,0,a1,0,n,9,o,6 b,o,a0,0,a1,0,0,n,15,1 b,13,a0,o,a1,0,0,0,n,2 b,n,a0,10,a1,o,0,0,0,3 b,0,a0,n,a1,16,o,0,0,4 # 2 eaten(04): 1 = gentle right b,n,a0,0,a1,0,12,o,0,1 b,0,a0,n,a1,0,0,9,o,2 b,o,a0,0,a1,n,0,0,15,3 b,13,a0,o,a1,0,n,0,0,4 b,0,a0,10,a1,o,0,n,0,5 b,0,a0,0,a1,16,o,0,n,6 # 3 eaten(145): 2 = sharp right b,0,a0,n,a1,0,12,o,p,2 b,p,a0,0,a1,n,0,9,o,3 b,o,a0,p,a1,0,n,0,15,4 b,13,a0,o,a1,p,0,n,0,5 b,0,a0,10,a1,o,p,0,n,6 b,n,a0,0,a1,16,o,p,0,1 golly-3.3-src/Rules/TMGasMargolus_emulated.rule0000644000175000017500000002421712060231465016550 00000000000000@RULE TMGasMargolus_emulated @TREE num_states=9 num_neighbors=8 num_nodes=340 1 0 2 2 4 4 6 6 8 8 1 0 1 2 3 4 5 6 7 8 2 0 1 0 1 0 1 0 1 0 2 1 1 1 1 1 1 1 1 1 1 0 2 1 4 3 6 5 8 7 2 0 1 4 1 4 1 4 1 4 3 2 3 5 3 5 3 5 3 5 3 3 3 3 3 3 3 3 3 3 3 5 3 5 3 5 3 5 3 5 4 6 7 8 7 8 7 8 7 8 4 7 7 7 7 7 7 7 7 7 2 4 1 4 1 4 1 4 1 4 3 2 3 11 3 11 3 11 3 11 3 11 3 11 3 11 3 11 3 11 4 12 7 13 7 13 7 13 7 13 5 9 10 14 10 14 10 14 10 14 1 0 1 1 3 3 5 5 7 7 2 16 1 16 1 16 1 16 1 16 3 17 3 17 3 17 3 17 3 17 4 18 7 18 7 18 7 18 7 18 5 19 10 19 10 19 10 19 10 19 1 0 2 2 4 4 2 6 2 8 1 0 2 2 4 4 8 6 6 8 1 0 8 2 4 4 8 6 8 8 1 0 2 2 4 4 6 6 2 8 2 0 1 21 1 22 1 23 1 24 1 0 2 2 4 4 8 6 8 8 1 0 2 2 4 4 6 6 6 8 2 0 1 22 1 22 1 26 1 27 1 0 2 2 4 4 2 6 8 8 2 0 1 29 1 26 1 26 1 0 1 0 6 2 4 4 6 6 6 8 2 0 1 31 1 27 1 0 1 27 3 2 3 25 3 28 3 30 3 32 4 33 7 33 7 33 7 33 7 33 5 34 10 34 10 34 10 34 10 34 2 0 1 26 1 26 1 26 1 0 2 0 1 27 1 27 1 0 1 27 3 2 3 28 3 28 3 36 3 37 4 38 7 38 7 38 7 38 7 38 5 39 10 39 10 39 10 39 10 39 2 0 1 26 1 26 1 23 1 0 2 0 1 29 1 26 1 23 1 0 3 2 3 41 3 36 3 42 3 2 4 43 7 43 7 43 7 43 7 43 5 44 10 44 10 44 10 44 10 44 2 0 1 27 1 27 1 0 1 24 2 0 1 31 1 27 1 0 1 31 3 2 3 46 3 37 3 2 3 47 4 48 7 48 7 48 7 48 7 48 5 49 10 49 10 49 10 49 10 49 6 15 20 35 20 40 20 45 20 50 5 10 10 10 10 10 10 10 10 10 6 20 20 52 20 52 20 52 20 52 3 2 3 2 3 2 3 2 3 2 1 0 1 2 3 4 5 2 7 2 1 0 1 2 3 4 5 8 7 6 1 0 1 2 3 4 5 2 7 8 1 0 1 6 3 4 5 6 7 6 2 1 1 55 1 56 1 57 1 58 3 59 59 3 59 3 59 3 59 3 1 0 1 2 3 4 5 8 7 8 1 0 1 2 3 4 5 6 7 6 2 1 1 56 1 56 1 61 1 62 3 63 63 3 63 3 63 3 63 3 1 0 1 8 3 4 5 8 7 8 2 1 1 65 1 61 1 61 1 1 3 66 66 3 66 3 66 3 66 3 1 0 1 2 3 4 5 6 7 2 2 1 1 68 1 62 1 1 1 62 3 69 69 3 69 3 69 3 69 3 4 54 60 54 64 54 67 54 70 54 5 71 10 71 10 71 10 71 10 71 4 33 60 33 64 33 67 33 70 33 5 73 10 73 10 73 10 73 10 73 4 38 60 38 64 38 67 38 70 38 5 75 10 75 10 75 10 75 10 75 4 43 60 43 64 43 67 43 70 43 5 77 10 77 10 77 10 77 10 77 4 48 60 48 64 48 67 48 70 48 5 79 10 79 10 79 10 79 10 79 6 72 52 74 52 76 52 78 52 80 2 1 1 61 1 61 1 61 1 1 3 82 82 3 82 3 82 3 82 3 2 1 1 62 1 62 1 1 1 62 3 84 84 3 84 3 84 3 84 3 4 54 64 54 64 54 83 54 85 54 5 86 10 86 10 86 10 86 10 86 4 33 64 33 64 33 83 33 85 33 5 88 10 88 10 88 10 88 10 88 4 38 64 38 64 38 83 38 85 38 5 90 10 90 10 90 10 90 10 90 4 43 64 43 64 43 83 43 85 43 5 92 10 92 10 92 10 92 10 92 4 48 64 48 64 48 83 48 85 48 5 94 10 94 10 94 10 94 10 94 6 87 52 89 52 91 52 93 52 95 2 1 1 61 1 61 1 57 1 1 3 97 97 3 97 3 97 3 97 3 2 1 1 65 1 61 1 65 1 1 3 99 99 3 99 3 99 3 99 3 4 54 98 54 83 54 100 54 7 54 5 101 10 101 10 101 10 101 10 101 4 33 98 33 83 33 100 33 7 33 5 103 10 103 10 103 10 103 10 103 4 38 98 38 83 38 100 38 7 38 5 105 10 105 10 105 10 105 10 105 4 43 98 43 83 43 100 43 7 43 5 107 10 107 10 107 10 107 10 107 4 48 98 48 83 48 100 48 7 48 5 109 10 109 10 109 10 109 10 109 6 102 52 104 52 106 52 108 52 110 2 1 1 62 1 62 1 1 1 58 3 112 112 3 112 3 112 3 112 3 2 1 1 68 1 62 1 1 1 58 3 114 114 3 114 3 114 3 114 3 4 54 113 54 85 54 7 54 115 54 5 116 10 116 10 116 10 116 10 116 4 33 113 33 85 33 7 33 115 33 5 118 10 118 10 118 10 118 10 118 4 38 113 38 85 38 7 38 115 38 5 120 10 120 10 120 10 120 10 120 4 43 113 43 85 43 7 43 115 43 5 122 10 122 10 122 10 122 10 122 4 48 113 48 85 48 7 48 115 48 5 124 10 124 10 124 10 124 10 124 6 117 52 119 52 121 52 123 52 125 7 51 53 81 53 96 53 111 53 126 6 52 52 52 52 52 52 52 52 52 7 53 53 128 53 128 53 128 53 128 4 54 7 54 7 54 7 54 7 54 2 55 55 1 55 1 55 1 55 1 2 56 56 1 56 1 56 1 56 1 2 65 65 1 65 1 65 1 65 1 2 68 68 1 68 1 68 1 68 1 3 3 3 131 3 132 3 133 3 134 4 135 7 135 7 135 7 135 7 135 2 61 61 1 61 1 61 1 61 1 2 62 62 1 62 1 62 1 62 1 3 3 3 132 3 132 3 137 3 138 4 139 7 139 7 139 7 139 7 139 2 57 57 1 57 1 57 1 57 1 3 3 3 141 3 137 3 137 3 3 4 142 7 142 7 142 7 142 7 142 2 58 58 1 58 1 58 1 58 1 3 3 3 144 3 138 3 3 3 138 4 145 7 145 7 145 7 145 7 145 5 130 136 130 140 130 143 130 146 130 5 34 136 34 140 34 143 34 146 34 5 39 136 39 140 39 143 39 146 39 5 44 136 44 140 44 143 44 146 44 5 49 136 49 140 49 143 49 146 49 6 147 52 148 52 149 52 150 52 151 5 71 136 71 140 71 143 71 146 71 5 73 136 73 140 73 143 73 146 73 5 75 136 75 140 75 143 75 146 75 5 77 136 77 140 77 143 77 146 77 5 79 136 79 140 79 143 79 146 79 6 153 52 154 52 155 52 156 52 157 5 86 136 86 140 86 143 86 146 86 5 88 136 88 140 88 143 88 146 88 5 90 136 90 140 90 143 90 146 90 5 92 136 92 140 92 143 92 146 92 5 94 136 94 140 94 143 94 146 94 6 159 52 160 52 161 52 162 52 163 5 101 136 101 140 101 143 101 146 101 5 103 136 103 140 103 143 103 146 103 5 105 136 105 140 105 143 105 146 105 5 107 136 107 140 107 143 107 146 107 5 109 136 109 140 109 143 109 146 109 6 165 52 166 52 167 52 168 52 169 5 116 136 116 140 116 143 116 146 116 5 118 136 118 140 118 143 118 146 118 5 120 136 120 140 120 143 120 146 120 5 122 136 122 140 122 143 122 146 122 5 124 136 124 140 124 143 124 146 124 6 171 52 172 52 173 52 174 52 175 7 152 128 158 128 164 128 170 128 176 3 3 3 137 3 137 3 137 3 3 4 178 7 178 7 178 7 178 7 178 3 3 3 138 3 138 3 3 3 138 4 180 7 180 7 180 7 180 7 180 5 130 140 130 140 130 179 130 181 130 5 34 140 34 140 34 179 34 181 34 5 39 140 39 140 39 179 39 181 39 5 44 140 44 140 44 179 44 181 44 5 49 140 49 140 49 179 49 181 49 6 182 52 183 52 184 52 185 52 186 5 71 140 71 140 71 179 71 181 71 5 73 140 73 140 73 179 73 181 73 5 75 140 75 140 75 179 75 181 75 5 77 140 77 140 77 179 77 181 77 5 79 140 79 140 79 179 79 181 79 6 188 52 189 52 190 52 191 52 192 5 86 140 86 140 86 179 86 181 86 5 88 140 88 140 88 179 88 181 88 5 90 140 90 140 90 179 90 181 90 5 92 140 92 140 92 179 92 181 92 5 94 140 94 140 94 179 94 181 94 6 194 52 195 52 196 52 197 52 198 5 101 140 101 140 101 179 101 181 101 5 103 140 103 140 103 179 103 181 103 5 105 140 105 140 105 179 105 181 105 5 107 140 107 140 107 179 107 181 107 5 109 140 109 140 109 179 109 181 109 6 200 52 201 52 202 52 203 52 204 5 116 140 116 140 116 179 116 181 116 5 118 140 118 140 118 179 118 181 118 5 120 140 120 140 120 179 120 181 120 5 122 140 122 140 122 179 122 181 122 5 124 140 124 140 124 179 124 181 124 6 206 52 207 52 208 52 209 52 210 7 187 128 193 128 199 128 205 128 211 3 3 3 137 3 137 3 133 3 3 4 213 7 213 7 213 7 213 7 213 3 3 3 141 3 137 3 133 3 3 4 215 7 215 7 215 7 215 7 215 5 130 214 130 179 130 216 130 10 130 5 34 214 34 179 34 216 34 10 34 5 39 214 39 179 39 216 39 10 39 5 44 214 44 179 44 216 44 10 44 5 49 214 49 179 49 216 49 10 49 6 217 52 218 52 219 52 220 52 221 5 71 214 71 179 71 216 71 10 71 5 73 214 73 179 73 216 73 10 73 5 75 214 75 179 75 216 75 10 75 5 77 214 77 179 77 216 77 10 77 5 79 214 79 179 79 216 79 10 79 6 223 52 224 52 225 52 226 52 227 5 86 214 86 179 86 216 86 10 86 5 88 214 88 179 88 216 88 10 88 5 90 214 90 179 90 216 90 10 90 5 92 214 92 179 92 216 92 10 92 5 94 214 94 179 94 216 94 10 94 6 229 52 230 52 231 52 232 52 233 5 101 214 101 179 101 216 101 10 101 5 103 214 103 179 103 216 103 10 103 5 105 214 105 179 105 216 105 10 105 5 107 214 107 179 107 216 107 10 107 5 109 214 109 179 109 216 109 10 109 6 235 52 236 52 237 52 238 52 239 5 116 214 116 179 116 216 116 10 116 5 118 214 118 179 118 216 118 10 118 5 120 214 120 179 120 216 120 10 120 5 122 214 122 179 122 216 122 10 122 5 124 214 124 179 124 216 124 10 124 6 241 52 242 52 243 52 244 52 245 7 222 128 228 128 234 128 240 128 246 3 3 3 138 3 138 3 3 3 134 4 248 7 248 7 248 7 248 7 248 3 3 3 144 3 138 3 3 3 144 4 250 7 250 7 250 7 250 7 250 5 130 249 130 181 130 10 130 251 130 5 34 249 34 181 34 10 34 251 34 5 39 249 39 181 39 10 39 251 39 5 44 249 44 181 44 10 44 251 44 5 49 249 49 181 49 10 49 251 49 6 252 52 253 52 254 52 255 52 256 5 71 249 71 181 71 10 71 251 71 5 73 249 73 181 73 10 73 251 73 5 75 249 75 181 75 10 75 251 75 5 77 249 77 181 77 10 77 251 77 5 79 249 79 181 79 10 79 251 79 6 258 52 259 52 260 52 261 52 262 5 86 249 86 181 86 10 86 251 86 5 88 249 88 181 88 10 88 251 88 5 90 249 90 181 90 10 90 251 90 5 92 249 92 181 92 10 92 251 92 5 94 249 94 181 94 10 94 251 94 6 264 52 265 52 266 52 267 52 268 5 101 249 101 181 101 10 101 251 101 5 103 249 103 181 103 10 103 251 103 5 105 249 105 181 105 10 105 251 105 5 107 249 107 181 107 10 107 251 107 5 109 249 109 181 109 10 109 251 109 6 270 52 271 52 272 52 273 52 274 5 116 249 116 181 116 10 116 251 116 5 118 249 118 181 118 10 118 251 118 5 120 249 120 181 120 10 120 251 120 5 122 249 122 181 122 10 122 251 122 5 124 249 124 181 124 10 124 251 124 6 276 52 277 52 278 52 279 52 280 7 257 128 263 128 269 128 275 128 281 8 127 129 177 129 212 129 247 129 282 1 0 1 1 3 3 5 1 7 1 2 284 1 284 1 284 1 284 1 284 3 285 3 285 3 285 3 285 3 285 1 0 1 1 3 3 5 7 7 5 2 287 1 287 1 287 1 287 1 287 3 288 3 288 3 288 3 288 3 288 1 0 1 1 3 3 5 1 7 7 2 290 1 290 1 290 1 290 1 290 3 291 3 291 3 291 3 291 3 291 1 0 1 5 3 3 5 5 7 5 2 293 1 293 1 293 1 293 1 293 3 294 3 294 3 294 3 294 3 294 4 18 7 286 7 289 7 292 7 295 1 0 1 1 3 3 5 7 7 7 2 297 1 297 1 297 1 297 1 297 3 298 3 298 3 298 3 298 3 298 1 0 1 1 3 3 5 5 7 5 2 300 1 300 1 300 1 300 1 300 3 301 3 301 3 301 3 301 3 301 4 18 7 289 7 289 7 299 7 302 1 0 1 7 3 3 5 7 7 7 2 304 1 304 1 304 1 304 1 304 3 305 3 305 3 305 3 305 3 305 4 18 7 306 7 299 7 299 7 18 1 0 1 1 3 3 5 5 7 1 2 308 1 308 1 308 1 308 1 308 3 309 3 309 3 309 3 309 3 309 4 18 7 310 7 302 7 18 7 302 5 19 10 296 10 303 10 307 10 311 6 312 312 52 312 52 312 52 312 52 7 313 313 128 313 128 313 128 313 128 7 128 128 128 128 128 128 128 128 128 8 314 314 315 314 315 314 315 314 315 5 130 10 130 10 130 10 130 10 130 6 317 52 35 52 40 52 45 52 50 7 318 128 81 128 96 128 111 128 126 8 319 315 177 315 212 315 247 315 282 4 18 7 299 7 299 7 299 7 18 4 18 7 302 7 302 7 18 7 302 5 19 10 303 10 303 10 321 10 322 6 323 323 52 323 52 323 52 323 52 7 324 324 128 324 128 324 128 324 128 8 325 325 315 325 315 325 315 325 315 4 18 7 299 7 299 7 292 7 18 4 18 7 306 7 299 7 306 7 18 5 19 10 327 10 321 10 328 10 19 6 329 329 52 329 52 329 52 329 52 7 330 330 128 330 128 330 128 330 128 8 331 331 315 331 315 331 315 331 315 4 18 7 302 7 302 7 18 7 295 4 18 7 310 7 302 7 18 7 295 5 19 10 333 10 322 10 19 10 334 6 335 335 52 335 52 335 52 335 52 7 336 336 128 336 128 336 128 336 128 8 337 337 315 337 315 337 315 337 315 9 283 316 320 326 320 332 320 338 320 @COLORS 1 90 90 90 2 62 62 62 3 0 255 127 4 0 178 88 5 255 255 255 6 220 220 220 7 255 255 0 8 220 220 0 golly-3.3-src/Rules/Banks-III.rule0000644000175000017500000000153312124663564013657 00000000000000@RULE Banks-III Edwin Roger Banks, PhD Thesis 1971 Two-state, nine-neighbor CA for a universal computer (Appendix III) NOTE: The rules listed in the thesis start at the corner, not at N,S,E or W. We have converted them to Golly's format. http://www.bottomlayer.com/bottom/banks/banks_commentary.htm @TABLE # Format: C,N,NE,E,SE,S,SW,W,NW,C' n_states:2 neighborhood:Moore symmetries:rotate4reflect # transitions for signal propagation: 1111111010 1011000010 0111010111 0101000111 # transitions for echo: 0010000011 0111010011 0111110011 1101010100 1011000010 1010000010 0101010111 1100000010 0111110001 1110100010 0101000001 0101010001 1011010010 0101010011 # transitions for junction properties: 0111111111 0111111101 1010011010 1011001010 0101010111 1110110010 1111101011 0101010111 1100011010 1101101010 1010100010 0110110111 0111011011 0110111011 golly-3.3-src/Rules/Sand-Margolus-emulated.rule0000644000175000017500000000622612060231465016455 00000000000000@RULE Sand-Margolus-emulated @TREE num_states=9 num_neighbors=8 num_nodes=113 1 0 2 2 4 4 6 6 8 8 1 0 1 2 3 4 5 6 7 8 2 0 1 0 1 0 1 0 1 0 2 1 1 1 1 1 1 1 1 1 1 0 2 1 4 3 6 5 8 7 2 0 1 4 1 4 1 4 1 4 3 2 3 5 3 5 3 5 3 5 3 3 3 3 3 3 3 3 3 3 3 5 3 5 3 5 3 5 3 5 4 6 7 8 7 8 7 8 7 8 4 7 7 7 7 7 7 7 7 7 2 4 1 4 1 4 1 4 1 4 3 2 3 11 3 11 3 11 3 11 3 11 3 11 3 11 3 11 3 11 4 12 7 13 7 13 7 13 7 13 5 9 10 14 10 14 10 14 10 14 1 0 1 1 3 3 5 5 7 7 2 16 1 16 1 16 1 16 1 16 3 17 3 17 3 17 3 17 3 17 4 18 7 18 7 18 7 18 7 18 5 19 10 19 10 19 10 19 10 19 1 0 2 2 2 4 6 6 8 8 2 0 1 21 1 21 1 21 1 21 2 0 1 21 1 0 1 0 1 0 3 2 3 22 3 23 3 23 3 23 4 24 7 24 7 24 7 24 7 24 5 25 10 25 10 25 10 25 10 25 3 2 3 23 3 23 3 23 3 23 4 27 7 27 7 27 7 27 7 27 5 28 10 28 10 28 10 28 10 28 6 15 20 26 20 29 20 29 20 29 5 10 10 10 10 10 10 10 10 10 6 20 20 31 20 31 20 31 20 31 3 2 3 2 3 2 3 2 3 2 1 0 1 2 3 2 5 6 7 8 2 1 1 34 1 34 1 34 1 34 3 35 35 3 35 3 35 3 35 3 2 1 1 34 1 1 1 1 1 1 3 37 37 3 37 3 37 3 37 3 4 33 36 33 38 33 38 33 38 33 5 39 10 39 10 39 10 39 10 39 4 24 36 24 38 24 38 24 38 24 5 41 10 41 10 41 10 41 10 41 4 27 36 27 38 27 38 27 38 27 5 43 10 43 10 43 10 43 10 43 6 40 31 42 31 44 31 44 31 44 4 33 38 33 38 33 38 33 38 33 5 46 10 46 10 46 10 46 10 46 4 24 38 24 38 24 38 24 38 24 5 48 10 48 10 48 10 48 10 48 4 27 38 27 38 27 38 27 38 27 5 50 10 50 10 50 10 50 10 50 6 47 31 49 31 51 31 51 31 51 7 30 32 45 32 52 32 52 32 52 6 31 31 31 31 31 31 31 31 31 7 32 32 54 32 54 32 54 32 54 4 33 7 33 7 33 7 33 7 33 1 0 1 4 3 4 5 6 7 8 2 57 57 1 57 1 57 1 57 1 3 3 3 58 3 58 3 58 3 58 4 59 7 59 7 59 7 59 7 59 5 56 10 56 60 56 10 56 60 56 5 25 10 25 60 25 10 25 60 25 5 28 10 28 60 28 10 28 60 28 6 61 31 62 31 63 31 63 31 63 5 39 10 39 60 39 10 39 60 39 5 41 10 41 60 41 10 41 60 41 5 43 10 43 60 43 10 43 60 43 6 65 31 66 31 67 31 67 31 67 5 46 10 46 60 46 10 46 60 46 5 48 10 48 60 48 10 48 60 48 5 50 10 50 60 50 10 50 60 50 6 69 31 70 31 71 31 71 31 71 7 64 54 68 54 72 54 72 54 72 3 3 3 3 3 58 3 58 3 58 4 74 7 74 7 74 7 74 7 74 5 56 75 56 60 56 10 56 75 56 5 25 75 25 60 25 10 25 75 25 5 28 75 28 60 28 10 28 75 28 6 76 31 77 31 78 31 78 31 78 5 39 75 39 60 39 10 39 75 39 5 41 75 41 60 41 10 41 75 41 5 43 75 43 60 43 10 43 75 43 6 80 31 81 31 82 31 82 31 82 5 46 75 46 60 46 10 46 75 46 5 48 75 48 60 48 10 48 75 48 5 50 75 50 60 50 10 50 75 50 6 84 31 85 31 86 31 86 31 86 7 79 54 83 54 87 54 87 54 87 8 53 55 73 55 88 55 73 55 73 1 0 1 3 3 3 5 5 7 7 2 90 1 90 1 90 1 90 1 90 3 91 3 91 3 91 3 91 3 91 4 18 7 92 7 92 7 92 7 92 5 19 10 19 10 93 10 19 10 93 6 94 94 31 94 31 94 31 94 31 7 95 95 54 95 54 95 54 95 54 7 54 54 54 54 54 54 54 54 54 8 96 96 97 96 97 96 97 96 97 5 56 10 56 10 56 10 56 10 56 6 99 31 26 31 29 31 29 31 29 7 100 54 45 54 52 54 52 54 52 8 101 97 73 97 88 97 73 97 73 4 18 7 18 7 92 7 92 7 92 5 19 10 103 10 93 10 19 10 103 6 104 104 31 104 31 104 31 104 31 7 105 105 54 105 54 105 54 105 54 8 106 106 97 106 97 106 97 106 97 5 19 10 19 10 93 10 19 10 103 6 108 108 31 108 31 108 31 108 31 7 109 109 54 109 54 109 54 109 54 8 110 110 97 110 97 110 97 110 97 9 89 98 102 107 102 98 102 111 102 @COLORS 1 90 90 90 2 62 62 62 3 255 255 0 4 220 220 0 5 120 100 0 6 100 80 0 7 148 148 148 8 103 103 103 golly-3.3-src/Rules/Langtons-Loops.rule0000644000175000017500000001574612124663564015103 00000000000000@RULE Langtons-Loops C.G.Langton. "Self-reproduction in cellular automata." Physica D, Vol. 10, pages 135-144, 1984. Transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java Credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" @TABLE # rules: 219 # format: CNESWC' n_states:8 neighborhood:vonNeumann symmetries:rotate4 000000 000012 000020 000030 000050 000063 000071 000112 000122 000132 000212 000220 000230 000262 000272 000320 000525 000622 000722 001022 001120 002020 002030 002050 002125 002220 002322 005222 012321 012421 012525 012621 012721 012751 014221 014321 014421 014721 016251 017221 017255 017521 017621 017721 025271 100011 100061 100077 100111 100121 100211 100244 100277 100511 101011 101111 101244 101277 102026 102121 102211 102244 102263 102277 102327 102424 102626 102644 102677 102710 102727 105427 111121 111221 111244 111251 111261 111277 111522 112121 112221 112244 112251 112277 112321 112424 112621 112727 113221 122244 122277 122434 122547 123244 123277 124255 124267 125275 200012 200022 200042 200071 200122 200152 200212 200222 200232 200242 200250 200262 200272 200326 200423 200517 200522 200575 200722 201022 201122 201222 201422 201722 202022 202032 202052 202073 202122 202152 202212 202222 202272 202321 202422 202452 202520 202552 202622 202722 203122 203216 203226 203422 204222 205122 205212 205222 205521 205725 206222 206722 207122 207222 207422 207722 211222 211261 212222 212242 212262 212272 214222 215222 216222 217222 222272 222442 222462 222762 222772 300013 300022 300041 300076 300123 300421 300622 301021 301220 302511 401120 401220 401250 402120 402221 402326 402520 403221 500022 500215 500225 500232 500272 500520 502022 502122 502152 502220 502244 502722 512122 512220 512422 512722 600011 600021 602120 612125 612131 612225 700077 701120 701220 701250 702120 702221 702251 702321 702525 702720 @TREE num_states=8 num_neighbors=4 num_nodes=222 1 0 1 2 3 4 5 6 7 1 2 1 2 3 4 5 1 7 1 0 1 2 2 4 2 1 7 1 0 1 2 1 4 5 6 7 1 3 1 2 3 4 5 6 7 1 1 7 1 6 4 5 6 7 2 0 1 2 0 3 0 4 5 1 2 1 2 3 4 5 6 7 2 1 7 7 7 0 0 0 0 1 0 1 2 3 4 2 6 7 1 0 4 2 3 4 5 6 7 1 0 1 0 3 4 5 6 7 1 2 7 2 3 4 2 6 7 2 2 7 0 9 10 11 7 12 1 0 1 6 3 4 5 6 7 2 0 0 14 0 0 0 0 0 1 0 1 3 1 4 5 6 7 2 3 0 16 0 0 0 0 0 1 0 1 7 3 4 5 6 7 1 5 1 2 3 4 0 6 7 1 0 1 5 3 4 5 6 7 2 0 18 19 0 0 0 0 20 1 2 1 2 2 4 5 6 7 2 4 0 22 0 0 0 0 0 2 5 0 7 0 0 0 0 0 3 6 8 13 15 17 21 23 24 2 1 7 7 0 0 18 0 0 2 0 0 0 0 0 0 0 0 1 2 1 2 1 4 5 6 7 1 0 0 2 3 4 5 6 7 2 28 0 0 0 0 3 0 29 3 26 27 30 15 27 27 27 27 2 2 7 0 14 16 19 22 7 1 0 1 2 3 0 5 6 0 1 0 1 2 0 0 5 6 0 2 28 33 34 0 0 0 0 0 1 0 6 2 3 4 2 6 7 1 5 1 2 3 0 2 0 0 1 0 1 2 3 1 0 6 1 1 2 7 1 3 6 5 6 1 1 0 1 0 3 0 5 6 5 1 0 6 2 3 4 5 6 7 1 0 7 2 3 4 2 6 0 2 36 37 38 39 10 40 41 42 1 0 1 6 3 1 5 6 7 2 0 0 44 0 0 0 0 0 1 0 7 2 3 4 5 6 7 1 0 1 1 3 4 5 6 7 2 0 0 7 0 46 47 0 20 1 0 1 3 3 4 5 6 7 2 49 0 0 0 0 0 0 0 3 32 35 43 45 27 48 27 50 2 0 7 9 0 0 0 0 0 3 52 27 27 27 27 27 27 27 2 3 0 10 0 0 0 0 0 2 0 0 10 0 0 0 0 0 1 0 4 2 3 4 4 6 7 2 0 0 56 0 0 0 10 0 3 54 55 57 27 27 27 27 27 2 0 0 11 0 0 0 0 0 2 0 0 33 0 0 0 0 0 1 0 1 2 3 4 5 6 1 2 0 9 61 0 0 0 0 0 3 59 60 62 27 27 27 27 27 2 4 0 7 0 0 0 0 0 1 0 3 2 3 4 5 6 7 2 0 0 65 0 0 0 0 0 3 64 27 66 27 27 27 27 27 2 5 0 12 0 0 20 0 0 2 0 0 46 0 0 0 0 0 2 49 0 46 0 0 0 46 0 3 68 69 70 27 27 27 27 27 4 25 31 51 53 58 63 67 71 2 1 0 28 0 0 0 0 0 2 7 0 33 0 0 0 0 0 2 7 0 34 0 10 33 0 46 2 7 0 0 0 0 0 0 0 3 73 74 75 76 27 27 27 27 2 33 0 0 0 10 0 47 46 1 0 2 2 3 4 5 6 7 2 0 0 79 0 0 0 0 0 3 76 27 78 27 27 80 27 27 2 7 0 0 14 0 0 0 0 2 0 0 0 0 0 79 0 0 1 0 1 2 3 4 2 5 7 1 0 1 2 3 4 0 5 7 1 1 1 2 3 4 5 6 7 1 1 4 2 3 4 2 6 7 1 5 1 2 3 4 5 6 7 1 1 7 2 3 4 2 6 7 2 37 84 85 86 87 88 86 89 1 0 1 2 3 4 5 1 7 2 0 91 0 0 0 0 0 0 2 0 0 86 86 86 0 0 86 2 9 0 0 0 0 0 0 0 2 0 0 86 0 0 86 86 86 3 82 83 90 92 93 94 27 95 3 27 27 92 27 27 27 27 27 3 27 55 55 27 27 27 27 27 2 18 0 3 0 0 0 0 0 2 0 0 0 0 0 0 0 86 2 0 0 86 0 0 0 0 0 2 0 0 88 0 0 0 0 0 3 99 27 100 27 27 27 101 102 2 0 0 47 0 0 0 0 0 3 27 104 27 27 27 27 27 27 2 0 0 29 0 0 0 0 0 3 106 69 69 27 27 27 27 27 4 77 81 96 97 98 103 105 107 2 2 28 36 0 0 0 0 49 2 7 0 37 0 0 9 0 0 2 0 0 38 0 56 61 65 46 2 9 0 39 0 0 0 0 0 2 10 0 10 0 0 0 0 0 2 11 3 40 0 0 0 0 0 2 7 0 41 0 10 0 0 46 2 12 29 42 0 0 0 0 0 3 109 110 111 112 113 114 115 116 2 7 33 37 0 0 0 0 0 2 0 0 84 91 0 0 0 0 2 34 0 85 0 10 0 0 46 2 10 10 87 0 0 0 0 0 2 33 0 88 0 0 0 0 0 2 0 47 86 0 0 0 0 0 2 46 46 89 0 0 86 0 0 3 118 119 120 101 121 122 123 124 2 0 34 38 44 0 7 0 0 2 0 0 85 0 86 0 0 86 2 38 85 0 0 10 0 0 46 2 56 10 10 10 0 0 0 0 2 61 0 0 0 46 0 0 0 2 65 0 0 0 0 0 0 0 2 46 46 46 0 0 0 0 0 3 126 127 128 27 129 130 131 132 2 14 0 39 0 0 0 0 0 2 14 0 86 0 86 0 0 0 2 44 0 0 0 10 0 0 0 3 134 135 136 27 55 27 27 69 2 16 0 10 0 0 46 0 0 2 0 0 87 0 86 0 0 0 2 0 86 10 0 0 46 0 0 1 0 5 2 3 4 5 6 7 2 0 0 141 0 0 0 0 0 3 138 139 140 55 27 142 69 27 2 19 0 40 0 0 47 0 0 2 0 79 88 0 0 0 0 86 1 1 5 2 3 4 5 6 7 2 0 0 146 0 0 0 0 0 3 144 145 76 27 142 27 27 147 2 22 0 41 0 0 0 0 0 2 0 0 86 0 0 0 0 86 2 0 86 0 0 0 0 0 0 3 149 150 27 27 69 151 27 27 2 7 0 42 0 0 20 0 0 2 0 0 89 0 86 0 0 86 2 0 86 46 0 0 0 0 0 2 0 88 146 0 0 0 0 0 3 153 154 155 69 27 156 27 27 4 117 125 133 137 143 148 152 157 2 14 14 44 0 0 0 0 0 3 27 27 159 27 27 27 27 27 2 0 0 91 0 0 0 0 0 3 76 161 27 27 27 27 27 27 2 39 86 0 0 10 0 0 46 3 94 27 163 27 27 27 27 27 3 27 27 27 27 27 27 27 27 2 0 86 10 0 0 0 0 0 3 27 27 166 27 27 27 27 27 4 160 162 164 165 167 165 165 165 2 3 0 0 0 0 0 0 0 2 16 0 0 0 0 0 0 0 3 169 27 170 27 27 27 27 27 3 27 27 101 101 101 27 27 101 2 10 10 56 0 0 0 0 0 2 0 10 10 0 0 0 0 0 2 10 87 10 10 0 141 46 0 3 173 174 175 55 27 27 27 27 3 27 27 151 27 27 27 27 27 2 46 0 46 0 0 0 0 0 3 27 27 178 27 27 27 27 27 3 55 27 27 27 27 27 27 27 4 171 172 176 165 177 179 180 165 2 18 0 0 0 0 0 0 0 2 19 0 7 0 0 0 0 0 2 20 0 20 0 0 0 0 0 3 27 182 183 27 69 104 27 184 2 0 0 9 0 0 0 0 0 2 0 79 0 0 0 0 0 0 3 186 27 187 27 27 27 27 27 2 11 33 61 0 0 0 0 0 2 3 0 0 0 0 0 86 88 2 40 88 0 0 141 0 0 146 3 189 190 191 27 69 27 27 27 2 47 0 0 0 0 0 0 0 3 27 27 193 27 27 27 27 27 3 27 101 151 27 27 27 27 27 4 185 188 192 165 165 194 165 195 2 4 0 0 0 0 0 0 0 2 22 0 0 0 0 0 0 0 3 197 27 198 27 27 27 27 27 2 0 0 0 0 0 86 0 0 3 27 27 200 27 27 27 27 27 2 7 0 65 0 0 0 0 0 2 0 47 0 0 0 0 0 0 2 41 86 0 0 46 0 0 0 2 10 0 0 0 0 0 0 0 2 46 0 0 0 0 0 0 0 3 202 203 204 27 205 27 27 206 4 199 201 207 165 165 165 165 177 2 5 0 49 0 0 0 0 0 3 209 27 76 27 27 27 27 27 2 0 0 86 0 0 88 0 0 3 27 27 211 27 27 101 101 101 2 12 46 46 0 0 0 0 0 2 29 46 46 0 0 0 0 0 2 42 89 46 46 0 146 0 0 3 213 214 215 27 27 151 27 27 2 20 0 0 0 0 0 0 0 3 217 27 217 27 27 27 27 27 3 69 27 27 27 27 27 27 27 4 210 212 216 165 177 218 219 177 5 72 108 158 168 181 196 208 220 @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 8 255 128 0 golly-3.3-src/Rules/Evoloop.rule0000644000175000017500000003760712124663564013647 00000000000000@RULE Evoloop Hiroki Sayama "Toward the Realization of an Evolving Ecosystem on Cellular Automata", Proceedings of the Fourth International Symposium on Artificial Life and Robotics (AROB 4th '99), M. Sugisaka and H. Tanaka, eds., pp.254-257, Beppu, Oita, Japan, 1999. Transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java Credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" Note that the transition table given in the above link is incomplete, and is patched by the function set_undefined_rule(). The table below has these changes incorporated, and was produced automatically by a bottom-up merging procedure from the full 9^5 rule table. See Rules/TableGenerators/make_ruletable.cpp @TABLE # rules: 132 # variables: 123 # format: C,N,E,S,W,C' # # Variables are bound within each transition. # For example, if a={1,2} then 4,a,0->a represents # two transitions: 4,1,0->1 and 4,2,0->2 n_states:9 neighborhood:vonNeumann symmetries:rotate4 var a={0,2,5} var b={0,1,2,3,4,5,6,7} var c={0,1,2,3,4,5,6,7} var d={1,4,6,7} var e={1,4} var f={0,1} var g={0,1,2,3,4,5,6,7,8} var h={0,1,2,3,4,5,6,7,8} var i={2,3,4,5,6,7} var j={0,2,3,5} var k={0,2,3,4,5,6,7} var l={4,6,7} var m={2,5} var n={0,1,8} var o={0,3,5} var p={2,3,5} var q={3,5} var r={2,4,6,7} var s={0,1} var t={0,1} var u={0,1,2,3,4,7} var v={5,6} var w={1,6,7} var x={0,3,5} var y={0,3,5} var z={1,3,5} var A={0,1,3,5} var B={0,1,3,5} var C={1,3,5} var D={1,3,5} var E={0,1,2,3,4,5} var F={0,1,2,4,5} var G={1,2,4} var H={0,1,3,4,5,6} var I={0,1,2,3,4,5,6} var J={1,2,4,6} var K={0,1,2,4,5,6,7} var L={0,1,2,3,4,5,7} var M={1,2,4,6,7} var N={0,3} var O={0,1,2,3,5} var P={0,1,2,3,4} var Q={0,2,3,5,6} var R={0,1,3,4,5,6,7} var S={1,3} var T={1,2,3,5} var U={0,1,3,4,5} var V={0,1,4,5,6} var W={1,4,6} var X={2,3,5} var Y={0,5} var Z={1,2} var aa={0,1,5} var ab={0,2} var ac={2,3,4,5} var ad={2,3,4,5,6} var ae={0,3} var af={0,3} var ag={3,7} var ah={2,8} var ai={0,2,8} var aj={0,8} var ak={0,2,8} var al={6,8} var am={0,1,4,5,6,7} var an={0,1,4,5,6,7} var ao={1,4,6,7} var ap={1,3,4,5,6,7} var aq={2,3,5,8} var ar={0,1,2,3,4,5,6,7,8} var as={0,1,4,6,7} var at={1,5,6} var au={4,7} var av={1,3,4,5,7} var aw={0,4,5,7} var ax={1,4,5,6,7} var ay={0,4,5,7} var az={1,4,5,6,7} var aA={0,1,3,5,6,7} var aB={1,2,3,4,5,7} var aC={0,1,4,7} var aD={2,4,6,7,8} var aE={3,5,6} var aF={2,3,5,6} var aG={2,3,5,6} var aH={2,3} var aI={0,1,3,4,7} var aJ={2,5,6,7} var aK={1,2,3,4,6,7} var aL={1,3,4,7} var aM={0,2,3} var aN={1,2,4,7} var aO={3,6} var aP={1,2,3,4,7} var aQ={3,4,7} var aR={1,2,3,4,5,6,7} var aS={3,4,6,7,8} var aT={0,3,6} var aU={3,4,5,7} var aV={2,3,6} var aW={1,2,3,4,5,6,7} var aX={0,8} var aY={0,8} var aZ={4,5,6,7} var ba={4,6,7,8} var bb={1,2,4,6,7} var bc={4,5} var bd={4,7,8} var be={0,1,4,5,7} var bf={4,5,7} var bg={1,2,4,5,7} var bh={1,2,4,5,7} var bi={0,1,2,3,4,6,7} var bj={2,5,6} var bk={1,3,4,6,7} var bl={0,4,6,7} var bm={6,7,8} var bn={1,3,4,5,6,7} var bo={1,4,7} var bp={2,3,5,6} var bq={2,3,5,6} var br={0,1,2,3,4,5,6,7} var bs={0,1,2,3,4,5,6,7} 0,a,0,0,1,2 0,0,0,0,4,3 0,b,c,1,d,1 0,0,0,2,e,2 f,g,h,i,8,8 0,j,k,l,1,1 0,0,0,4,m,2 0,0,0,7,5,2 f,b,n,8,i,8 0,o,1,j,d,1 0,0,1,0,2,2 0,o,1,2,p,1 0,j,1,q,r,1 f,s,i,t,8,8 0,u,2,1,p,1 0,0,r,p,1,1 0,0,2,3,2,2 0,0,q,1,2,1 0,o,q,2,1,1 0,1,2,v,2,6 w,o,x,y,k,8 z,A,B,C,D,8 1,E,F,G,4,4 1,H,I,J,6,6 1,K,L,M,7,7 1,N,A,j,p,8 1,O,P,4,G,4 1,Q,I,6,J,6 1,b,R,7,M,7 1,N,S,f,T,8 1,O,e,o,4,4 1,U,J,o,6,6 1,V,M,I,7,7 1,I,W,7,3,7 1,o,2,N,4,4 S,j,p,O,5,8 C,j,p,2,X,8 1,0,2,3,2,4 1,f,2,5,2,7 1,f,2,5,4,3 1,f,2,7,3,5 1,Y,3,Z,4,4 C,aa,q,ab,D,8 1,o,5,4,Z,4 1,f,6,2,4,4 1,o,7,3,M,7 C,f,2,X,q,8 1,e,ac,6,2,6 C,f,A,5,ab,8 1,1,4,3,3,4 1,X,2,5,4,4 1,ad,2,7,3,7 1,2,4,3,3,3 1,2,6,2,7,6 X,0,0,0,0,8 2,N,ae,af,ag,1 ah,ai,aj,ak,al,0 X,am,an,d,ao,8 2,b,R,ap,3,1 aq,g,h,ar,8,0 2,as,ab,3,ap,1 2,0,0,3,2,4 2,0,0,4,2,3 X,am,an,v,at,8 2,ab,0,5,au,5 2,0,0,8,av,0 X,aw,ax,ay,az,8 2,aA,ap,ab,3,1 2,0,aB,0,8,0 2,aC,2,0,6,5 2,0,2,0,7,3 2,am,2,ax,3,1 2,aC,2,3,2,3 2,0,2,5,2,5 aD,0,2,6,Y,0 2,0,3,2,ax,1 2,ab,3,aE,2,1 2,2,aF,aG,3,1 2,2,3,4,5,1 3,0,0,0,aH,2 3,R,k,b,v,8 3,0,0,0,7,4 3,aI,R,aJ,aK,8 3,0,0,3,2,2 3,u,U,aL,ao,8 3,0,0,4,2,1 3,aM,b,aN,aO,8 3,0,1,0,2,1 3,f,aP,s,aQ,8 q,R,ax,aR,aK,8 aS,0,1,2,5,0 3,0,2,aT,2,8 3,aC,2,5,2,1 3,0,3,3,2,1 aU,ap,aR,aV,aW,8 4,aj,aX,aY,ai,1 aZ,o,x,y,ap,8 ba,0,am,M,bb,0 l,ar,g,h,8,1 4,o,x,2,q,8 bc,0,o,q,2,8 4,0,0,8,ap,1 ba,0,ao,o,M,0 4,0,ap,0,8,1 ba,0,M,bb,ap,0 bd,0,2,be,M,0 4,0,2,0,q,8 ba,0,2,C,ao,0 4,0,2,aH,2,1 au,0,2,6,2,6 ba,0,3,ao,M,0 ba,0,3,2,ao,0 4,0,3,2,2,1 bf,bg,bh,aR,aW,8 5,b,bi,aF,bj,8 5,0,0,2,3,2 5,aI,bk,bl,bi,8 5,0,1,2,1,8 5,0,2,0,m,2 5,0,2,1,5,2 5,0,2,au,5,8 5,0,3,1,2,0 6,0,2,aC,2,2 al,0,2,aF,2,0 bm,0,3,2,2,0 6,ap,bn,aR,aW,8 6,ap,2,bn,2,8 al,bo,2,2,2,0 6,aF,aG,bp,bq,8 7,0,2,2,2,1 7,0,2,3,2,0 8,b,c,br,bs,0 @TREE num_states=9 num_neighbors=4 num_nodes=377 1 0 8 8 8 1 8 8 8 0 1 2 1 2 3 8 8 8 8 0 1 0 8 2 2 1 5 8 8 0 1 0 8 1 2 8 8 8 8 0 1 3 8 2 3 8 8 8 8 0 1 0 8 2 8 8 8 8 8 0 1 0 8 0 8 8 8 8 8 0 1 0 8 1 4 8 8 8 8 0 1 0 1 0 0 1 0 1 1 0 2 0 1 2 3 4 5 6 7 8 1 1 8 8 8 0 8 0 0 0 1 2 1 2 3 0 5 0 0 0 1 0 8 1 8 8 8 8 8 0 1 1 4 8 8 0 8 0 0 0 1 2 8 2 8 8 8 8 8 0 1 1 6 8 8 0 8 0 0 0 1 1 7 8 8 0 8 0 0 0 2 1 10 11 12 13 14 15 16 8 1 2 1 2 8 0 5 0 0 0 1 0 8 2 8 0 8 0 0 0 1 0 8 2 8 8 2 8 8 0 1 2 4 2 8 0 5 0 0 0 1 0 6 0 8 0 8 0 0 0 1 0 7 2 8 0 5 0 0 0 1 8 8 0 0 1 0 1 1 0 2 2 18 19 20 21 5 22 23 24 1 0 8 4 2 8 8 8 8 0 2 3 12 26 12 12 12 12 12 24 1 2 4 3 1 0 5 0 0 0 1 0 4 8 8 0 8 0 0 0 1 0 6 8 8 0 8 0 0 0 1 0 7 8 8 0 8 0 0 0 2 4 13 28 12 29 14 30 31 24 1 0 8 8 8 8 8 8 8 0 1 0 8 5 8 8 8 8 8 0 2 5 33 5 12 34 33 33 34 24 2 6 15 22 12 30 33 30 31 24 2 7 16 23 12 31 14 31 31 24 2 8 8 24 24 24 24 24 24 8 3 9 17 25 27 32 35 36 37 38 2 1 10 18 12 13 33 15 16 8 1 1 1 2 8 0 8 0 0 0 1 1 8 1 8 0 8 0 0 0 2 10 10 41 42 13 10 15 16 8 1 2 8 2 1 0 8 0 0 0 1 1 4 2 8 0 8 0 0 0 1 1 6 2 8 0 8 0 0 0 1 1 7 2 8 0 8 0 0 0 2 44 41 41 42 45 41 46 47 24 1 1 4 1 8 0 8 0 0 0 1 1 6 1 8 0 8 0 0 0 1 1 7 1 8 0 8 0 0 0 2 12 42 42 12 49 12 50 51 24 2 13 13 45 49 13 13 15 16 24 1 1 8 2 8 0 8 0 0 0 2 33 10 54 12 13 33 15 16 24 2 15 15 41 50 15 15 15 16 24 2 16 16 47 51 16 16 16 16 24 3 40 43 48 52 53 55 56 57 38 2 2 11 19 26 28 5 22 23 24 2 44 54 54 42 45 54 46 47 24 1 0 1 2 8 0 2 2 0 0 1 1 1 2 3 0 5 2 0 0 1 0 8 2 8 1 8 0 1 0 1 2 4 3 8 1 8 0 0 0 1 0 4 2 3 0 5 2 0 0 1 0 7 5 1 0 8 0 0 0 1 0 6 0 8 6 8 0 6 0 1 0 7 2 3 0 5 2 0 0 2 61 62 63 64 65 66 67 68 24 1 1 8 2 8 0 0 0 0 0 1 0 8 2 8 1 8 0 0 0 1 0 8 1 1 8 8 8 8 0 1 0 4 2 8 0 8 0 0 0 1 0 6 1 8 0 8 0 0 0 1 0 7 2 8 0 8 0 0 0 2 5 70 71 72 73 12 74 75 24 1 0 4 1 8 0 8 0 0 0 1 0 6 2 8 0 8 0 0 0 2 73 45 73 77 73 73 78 75 24 1 0 4 5 8 0 8 0 0 0 1 0 7 5 8 0 8 0 0 0 2 20 41 19 12 80 5 78 81 24 1 0 6 5 8 0 8 0 0 0 1 1 6 5 8 0 8 0 0 0 2 83 84 78 74 83 78 78 81 24 1 0 7 3 8 0 8 0 0 0 1 0 7 1 8 0 8 0 0 0 2 86 47 75 87 75 75 75 75 24 2 24 24 24 24 24 24 24 24 24 3 59 60 69 76 79 82 85 88 89 2 3 12 20 12 12 12 12 12 24 1 1 1 1 8 0 8 0 0 0 1 0 5 1 8 0 8 0 0 0 2 5 92 19 12 77 12 74 93 24 2 12 12 12 12 12 12 12 12 24 2 12 49 77 12 77 12 74 87 24 2 12 50 74 12 74 12 74 87 24 2 12 51 87 12 87 12 87 87 24 3 91 52 94 95 96 95 97 98 89 2 4 13 21 12 29 34 30 31 24 1 0 3 2 8 0 8 0 0 0 2 73 45 73 77 73 101 78 75 24 2 29 13 73 77 29 29 30 31 24 2 33 13 73 12 29 33 30 31 24 2 30 15 73 74 30 30 30 31 24 2 31 16 75 87 31 31 31 31 24 3 100 53 102 96 103 104 105 106 89 2 5 14 5 12 14 33 33 14 24 1 1 8 2 0 0 8 0 0 0 2 33 10 109 12 13 33 15 16 24 1 1 8 2 8 0 2 0 0 0 2 20 111 19 12 73 5 22 75 24 2 12 12 12 12 5 12 12 12 24 2 33 33 5 12 33 33 33 33 24 2 33 15 78 12 30 33 30 31 24 2 33 16 75 12 31 33 31 31 24 3 108 110 112 113 104 114 115 116 89 2 15 15 46 50 15 15 15 16 24 2 83 46 78 74 78 78 78 75 24 2 30 15 78 74 30 30 30 31 24 3 36 118 119 97 120 115 120 106 89 2 7 16 23 12 31 34 31 31 24 3 122 57 88 98 106 116 106 106 89 3 38 38 89 89 89 89 89 89 38 4 39 58 90 99 107 117 121 123 124 2 1 10 44 12 13 33 15 16 8 2 10 10 54 42 13 10 15 16 8 2 11 41 54 42 45 109 46 47 24 2 14 10 54 12 13 33 15 16 24 3 126 127 128 52 53 129 118 57 38 1 1 8 8 8 8 8 8 8 0 1 1 1 2 8 8 8 8 8 0 1 1 8 1 8 8 8 8 8 0 1 1 4 8 8 8 8 8 8 0 1 1 6 8 8 8 8 8 8 0 1 1 7 8 8 8 8 8 8 0 2 10 131 132 133 134 131 135 136 8 1 1 4 2 8 8 8 8 8 0 1 1 6 2 8 8 8 8 8 0 1 1 7 2 8 8 8 8 8 0 2 54 132 132 133 138 132 139 140 24 1 1 4 1 8 8 8 8 8 0 1 1 6 1 8 8 8 8 8 0 1 1 7 1 8 8 8 8 8 0 2 42 133 133 133 142 133 143 144 24 2 13 134 138 142 134 134 135 136 24 1 1 8 2 8 8 8 8 8 0 2 10 131 147 133 134 131 135 136 24 2 15 135 132 143 135 135 135 136 24 2 16 136 140 144 136 136 136 136 24 3 43 137 141 145 146 148 149 150 38 2 18 41 41 42 45 54 41 47 24 2 41 132 132 133 138 147 132 140 24 1 1 1 2 3 8 8 8 8 0 1 1 1 2 8 8 8 0 8 0 1 1 1 3 8 8 8 8 8 0 1 1 4 2 3 8 8 8 8 0 1 6 7 2 1 8 8 8 8 0 1 6 6 2 8 8 8 8 8 0 1 1 7 2 3 8 8 8 8 0 2 62 154 155 156 157 158 159 160 24 1 1 1 1 8 8 8 8 8 0 2 92 162 132 162 142 133 143 144 24 2 45 138 138 142 138 138 139 140 24 2 111 132 147 133 138 147 139 140 24 2 46 139 139 143 139 139 139 140 24 2 47 140 140 144 140 140 140 140 24 3 152 153 161 163 164 165 166 167 89 1 1 5 1 8 8 8 8 8 0 2 70 162 147 133 142 133 143 169 24 2 12 133 133 12 142 12 143 144 24 2 49 142 142 142 142 142 143 144 24 2 50 143 143 143 143 143 143 144 24 2 51 144 144 144 144 144 144 144 24 3 52 145 170 171 172 171 173 174 89 1 1 3 2 8 8 8 8 8 0 2 45 138 138 142 138 176 139 140 24 2 15 135 138 143 135 135 135 136 24 3 53 146 177 172 146 146 178 150 89 2 33 10 41 12 13 33 15 16 24 2 10 131 132 133 134 131 135 136 24 2 41 132 147 133 138 147 139 140 24 2 33 131 147 12 134 33 135 136 24 2 15 135 139 143 135 135 135 136 24 3 180 181 182 171 146 183 184 150 89 2 84 139 139 143 139 139 139 140 24 3 118 184 186 173 184 184 184 150 89 3 57 150 167 174 150 150 150 150 89 4 130 151 168 175 179 185 187 188 124 2 2 44 61 5 73 20 83 86 24 2 18 41 62 92 45 111 46 47 24 2 19 41 63 19 73 19 78 75 24 2 20 42 64 12 77 12 74 87 24 2 21 45 65 77 73 73 78 75 24 2 5 41 66 12 101 5 78 75 24 2 22 46 67 74 78 22 78 75 24 2 23 47 68 93 75 75 75 75 24 3 190 191 192 193 194 195 196 197 89 2 11 54 62 70 45 41 84 47 24 2 41 132 154 162 138 132 139 140 24 2 54 132 155 147 138 147 139 140 24 2 42 133 156 133 142 133 143 144 24 2 45 138 157 142 138 138 139 140 24 2 109 132 158 133 176 147 139 140 24 2 46 139 159 143 139 139 139 140 24 2 47 140 160 169 140 140 140 140 24 3 199 200 201 202 203 204 205 206 89 2 19 54 63 71 73 19 78 75 24 2 41 132 155 132 138 147 139 140 24 1 0 4 2 8 8 8 0 8 0 1 0 6 2 8 8 8 8 8 0 1 0 7 2 8 8 8 0 8 0 2 63 155 5 12 210 5 211 212 24 1 0 4 2 8 8 8 8 8 0 1 0 6 1 8 8 8 8 8 0 1 0 7 2 8 8 8 8 8 0 2 19 147 12 12 214 12 215 216 24 2 73 138 210 214 214 214 211 216 24 2 19 147 5 12 214 5 211 216 24 2 78 139 211 215 211 211 211 216 24 2 75 140 212 216 216 216 216 216 24 3 208 209 213 217 218 219 220 221 89 2 26 42 64 72 77 12 74 87 24 2 42 133 156 162 142 133 143 144 24 2 71 132 12 12 214 12 215 216 24 1 0 4 1 8 8 8 8 8 0 1 0 7 1 8 8 8 8 8 0 2 12 133 12 12 226 12 215 227 24 1 0 4 3 8 8 8 8 8 0 1 0 3 1 8 8 8 8 8 0 2 77 142 229 230 226 226 215 227 24 2 74 143 215 215 215 215 215 227 24 1 0 7 3 8 8 8 8 8 0 2 87 144 233 227 227 227 227 227 24 3 223 224 225 228 231 228 232 234 89 2 28 45 65 73 73 80 83 75 24 2 77 142 229 226 226 226 215 227 24 1 0 4 2 3 8 8 8 8 0 2 73 138 238 226 214 214 211 216 24 1 0 4 2 1 8 8 8 8 0 2 73 138 240 226 214 214 211 216 24 1 0 7 2 3 8 8 8 8 0 2 75 140 242 227 216 216 216 216 24 3 236 203 218 237 239 241 220 243 89 2 5 54 66 12 73 5 78 75 24 2 54 147 158 133 138 147 139 140 24 2 5 147 5 12 214 5 211 216 24 1 0 7 2 1 8 8 8 8 0 2 75 140 248 227 216 216 216 216 24 3 245 246 219 228 241 247 220 249 89 2 22 46 67 74 78 78 78 75 24 2 41 132 159 143 139 139 139 140 24 2 73 138 211 215 211 211 211 216 24 2 75 140 211 227 216 216 216 216 24 3 251 252 220 232 253 220 220 254 89 2 23 47 68 75 75 81 81 75 24 2 47 140 160 144 140 140 140 140 24 3 256 257 221 234 243 249 254 243 89 3 89 89 89 89 89 89 89 89 89 4 198 207 222 235 244 250 255 258 259 2 3 12 5 12 12 12 12 12 24 2 12 42 70 12 49 12 50 51 24 2 26 42 71 12 77 12 74 87 24 2 12 12 72 12 12 12 12 12 24 2 12 49 73 12 77 5 74 87 24 2 12 51 75 12 87 12 87 87 24 3 261 262 263 264 265 95 97 266 89 2 12 42 92 12 49 12 50 51 24 2 42 133 162 133 142 133 143 144 24 2 42 133 132 133 142 133 143 144 24 2 12 133 162 12 142 12 143 144 24 3 268 269 270 271 172 171 173 174 89 2 20 42 19 12 77 12 74 87 24 2 42 133 147 133 142 133 143 144 24 2 64 156 12 12 229 12 215 233 24 2 77 142 214 226 226 226 215 227 24 2 87 144 216 227 227 227 227 227 24 3 273 274 275 228 276 228 232 277 89 2 72 162 12 12 230 12 215 227 24 2 12 142 226 12 226 12 215 227 24 2 12 143 215 12 215 12 215 227 24 2 12 144 227 12 227 12 227 227 24 3 95 171 279 95 280 95 281 282 89 2 12 142 230 12 226 12 215 227 24 2 77 142 226 226 226 226 215 227 24 2 87 144 227 227 227 227 227 227 24 3 96 172 276 284 285 280 232 286 89 3 95 171 228 95 280 95 281 282 89 3 97 173 232 281 232 281 232 286 89 2 12 51 93 12 87 12 87 87 24 2 51 144 169 144 144 144 144 144 24 3 290 291 277 282 286 282 286 286 89 4 267 272 278 283 287 288 289 292 259 2 4 13 73 12 29 33 30 31 24 2 28 45 73 77 73 73 78 75 24 2 14 13 73 12 29 33 30 31 24 3 294 53 295 96 103 296 120 106 89 3 53 146 164 172 146 146 184 150 89 2 21 45 73 77 73 73 73 75 24 2 45 138 138 142 138 138 138 140 24 2 65 157 210 229 238 240 211 242 24 2 77 142 214 230 226 226 215 227 24 2 73 138 214 226 214 214 211 216 24 2 75 140 216 227 216 216 216 216 24 3 299 300 301 302 303 303 220 304 89 2 73 142 214 226 226 226 215 227 24 2 5 142 226 12 226 12 215 227 24 3 96 172 306 280 285 307 232 286 89 1 0 4 8 8 8 8 8 8 0 1 0 6 8 8 8 8 8 8 0 1 0 7 8 8 8 8 8 8 0 2 29 134 214 226 309 309 310 311 24 2 30 135 211 215 310 310 310 311 24 2 31 136 216 227 311 311 311 311 24 3 103 146 303 285 312 312 313 314 89 2 34 13 101 12 29 33 30 31 24 2 13 134 176 142 134 134 135 136 24 2 80 138 214 226 214 214 211 216 24 2 33 134 214 12 309 33 310 311 24 3 316 317 318 280 312 319 313 314 89 2 83 139 211 215 211 211 211 216 24 3 120 184 321 232 313 313 313 314 89 3 106 150 304 286 314 314 314 314 89 4 297 298 305 308 315 320 322 323 259 2 5 33 20 12 33 33 33 33 24 2 5 54 19 12 73 5 78 75 24 2 34 13 80 12 29 33 30 31 24 2 34 16 81 12 31 33 31 31 24 3 325 180 326 95 327 114 115 328 89 2 14 10 111 12 13 33 15 16 24 2 54 147 147 133 138 147 139 140 24 3 330 181 331 171 146 183 184 150 89 2 5 109 19 12 73 5 78 75 24 2 66 158 5 12 240 5 211 248 24 2 101 176 214 226 214 214 211 216 24 3 333 182 334 228 335 247 220 304 89 2 14 13 73 5 29 33 30 31 24 3 337 146 303 280 312 319 313 314 89 2 33 135 211 12 310 33 310 311 24 2 33 136 216 12 311 33 311 311 24 3 114 183 247 95 319 114 339 340 89 2 33 15 22 12 30 33 30 31 24 3 342 184 220 281 313 339 313 314 89 2 14 16 75 12 31 33 31 31 24 3 344 150 304 282 314 340 314 314 89 4 329 332 336 288 338 341 343 345 259 2 6 15 83 12 30 33 30 31 24 2 15 15 84 50 15 15 15 16 24 2 22 41 78 74 73 78 78 75 24 2 30 15 83 74 30 30 30 31 24 2 31 16 81 87 31 31 31 31 24 3 347 348 349 97 350 115 120 351 89 2 46 132 139 143 138 139 139 140 24 3 118 184 353 173 184 184 184 150 89 2 22 46 78 74 78 78 78 75 24 2 67 159 211 215 211 211 211 211 24 2 22 139 211 215 211 211 211 216 24 3 355 166 356 232 220 357 220 304 89 3 120 184 220 232 313 313 313 314 89 3 115 184 220 281 313 339 313 314 89 4 352 354 358 289 359 360 359 323 259 2 7 16 86 12 31 33 31 31 24 2 23 47 75 87 75 75 75 75 24 3 362 57 363 98 106 344 106 106 89 2 68 160 212 233 242 248 211 242 24 2 93 169 216 227 227 227 227 227 24 3 363 167 365 366 304 304 304 304 89 2 75 144 216 227 227 227 227 227 24 3 98 174 368 282 286 282 286 286 89 2 34 16 75 12 31 33 31 31 24 2 81 140 216 227 216 216 216 216 24 3 370 150 371 282 314 340 314 314 89 3 106 150 371 286 314 314 314 314 89 4 364 188 367 369 323 372 373 323 259 4 124 124 259 259 259 259 259 259 124 5 125 189 260 293 324 346 361 374 375 @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 8 255 128 0 # this is the background state for Evoloop-finite 9 0 0 0 golly-3.3-src/Rules/AbsoluteTurmite_1N10S11S30N21W01N11S20E1.rule0000644000175000017500000003467612124005036020315 00000000000000@RULE AbsoluteTurmite_1N10S11S30N21W01N11S20E1 @TREE num_states=10 num_neighbors=4 num_nodes=21 1 0 1 1 1 1 1 0 0 1 0 1 3 7 7 7 7 7 3 3 7 3 1 4 8 8 8 8 8 4 4 8 4 2 0 0 1 0 0 0 0 2 1 0 1 2 6 6 6 6 6 2 2 6 2 2 4 4 0 4 4 4 4 0 0 4 3 3 3 3 3 5 3 3 3 3 3 2 1 1 0 1 1 1 1 0 0 1 2 0 0 0 0 0 0 0 0 0 0 3 7 7 7 7 8 7 7 7 7 7 4 6 6 6 6 6 6 6 6 6 9 1 5 9 9 9 9 9 5 5 9 5 2 11 11 0 11 11 11 11 0 0 11 3 12 12 12 12 8 12 12 12 12 12 3 8 8 8 8 8 8 8 8 8 8 4 13 13 13 13 13 13 13 13 13 14 2 2 2 0 2 2 2 2 0 0 2 3 16 16 16 16 8 16 16 16 16 16 4 17 17 17 17 17 17 17 17 17 14 4 9 9 9 9 9 9 9 9 9 14 5 10 10 10 15 10 18 19 10 10 10 @COLORS 0 0 0 0 1 0 155 67 2 123 4 243 3 124 124 124 4 178 177 94 5 4 98 243 6 71 72 170 7 71 141 101 8 102 171 84 9 2 126 170 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 279 15 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #00327F" "G c #3F4DA1" "H c #408D61" "I c #5CA951" "J c #007FA1" "K c #7F00FF" "L c #808080" "M c #B9B860" "N c #0064FF" "O c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 2 */ "..............................." "..............................." ".............CCCCC............." "..........CKKKKKKKKKC.........." "........CKKKKKKKKKKKKKC........" ".......CKKKKKKKKKKKKKKKC......." "......CKKKKKKKKKKKKKKKKKC......" ".....CKKKKKKKKKKKKKKKKKKKC....." "....CKKKKKOOKKKKKKKKKKKKKKC...." "....KKKKKOOKKKKKKKKKKKKKKKK...." "...CKKKKOOKKKKKKKKKKKKKKKKKC..." "...KKKKKOOKKKKKKKKKKKKKKKKKK..." "...KKKKKOKKKKKKKKKKKKKKKKKKK..." "..CKKKKKKKKKKKKKKKKKKKKKKKKKC.." "..CKKKKKKKKKKKKKKKKKKKKKKKKKC.." "..CKKKKKKKKKKKKKKKKKKKKKKKKKC.." "..CKKKKKKKKKKKKKKKKKKKKKKKKKC.." "..CKKKKKKKKKKKKKKKKKKKKKKKKKC.." "...KKKKKKKKKKKKKKKKKKKKKKKKK..." "...KKKKKKKKKKKKKKKKKKKKKKKKK..." "...CKKKKKKKKKKKKKKKKKKKKKKKC..." "....KKKKKKKKKKKKKKKKKKKKKKK...." "....CKKKKKKKKKKKKKKKKKKKKKC...." ".....CKKKKKKKKKKKKKKKKKKKC....." "......CKKKKKKKKKKKKKKKKKC......" ".......CKKKKKKKKKKKKKKKC......." "........CKKKKKKKKKKKKKC........" "..........CKKKKKKKKKC.........." ".............CCCCC............." "..............................." "..............................." /* icon for state 3 */ "..............................." "..............................." ".............DDDDD............." "..........DLLLLLLLLLD.........." "........DLLLLLLLLLLLLLD........" ".......DLLLLLLLLLLLLLLLD......." "......DLLLLLLLLLLLLLLLLLD......" ".....DLLLLLLLLLLLLLLLLLLLD....." "....DLLLLLOOLLLLLLLLLLLLLLD...." "....LLLLLOOLLLLLLLLLLLLLLLL...." "...DLLLLOOLLLLLLLLLLLLLLLLLD..." "...LLLLLOOLLLLLLLLLLLLLLLLLL..." "...LLLLLOLLLLLLLLLLLLLLLLLLL..." "..DLLLLLLLLLLLLLLLLLLLLLLLLLD.." "..DLLLLLLLLLLLLLLLLLLLLLLLLLD.." "..DLLLLLLLLLLLLLLLLLLLLLLLLLD.." "..DLLLLLLLLLLLLLLLLLLLLLLLLLD.." "..DLLLLLLLLLLLLLLLLLLLLLLLLLD.." "...LLLLLLLLLLLLLLLLLLLLLLLLL..." "...LLLLLLLLLLLLLLLLLLLLLLLLL..." "...DLLLLLLLLLLLLLLLLLLLLLLLD..." "....LLLLLLLLLLLLLLLLLLLLLLL...." "....DLLLLLLLLLLLLLLLLLLLLLD...." ".....DLLLLLLLLLLLLLLLLLLLD....." "......DLLLLLLLLLLLLLLLLLD......" ".......DLLLLLLLLLLLLLLLD......." "........DLLLLLLLLLLLLLD........" "..........DLLLLLLLLLD.........." ".............DDDDD............." "..............................." "..............................." /* icon for state 4 */ "..............................." "..............................." ".............EEEEE............." "..........EMMMMMMMMME.........." "........EMMMMMMMMMMMMME........" ".......EMMMMMMMMMMMMMMME......." "......EMMMMMMMMMMMMMMMMME......" ".....EMMMMMMMMMMMMMMMMMMME....." "....EMMMMMOOMMMMMMMMMMMMMME...." "....MMMMMOOMMMMMMMMMMMMMMMM...." "...EMMMMOOMMMMMMMMMMMMMMMMME..." "...MMMMMOOMMMMMMMMMMMMMMMMMM..." "...MMMMMOMMMMMMMMMMMMMMMMMMM..." "..EMMMMMMMMMMMMMMMMMMMMMMMMME.." "..EMMMMMMMMMMMMMMMMMMMMMMMMME.." "..EMMMMMMMMMMMMMMMMMMMMMMMMME.." "..EMMMMMMMMMMMMMMMMMMMMMMMMME.." "..EMMMMMMMMMMMMMMMMMMMMMMMMME.." "...MMMMMMMMMMMMMMMMMMMMMMMMM..." "...MMMMMMMMMMMMMMMMMMMMMMMMM..." "...EMMMMMMMMMMMMMMMMMMMMMMME..." "....MMMMMMMMMMMMMMMMMMMMMMM...." "....EMMMMMMMMMMMMMMMMMMMMME...." ".....EMMMMMMMMMMMMMMMMMMME....." "......EMMMMMMMMMMMMMMMMME......" ".......EMMMMMMMMMMMMMMME......." "........EMMMMMMMMMMMMME........" "..........EMMMMMMMMME.........." ".............EEEEE............." "..............................." "..............................." /* icon for state 5 */ "..............................." "..............................." ".............FFFFF............." "..........FNNNNNNNNNF.........." "........FNNNNNNNNNNNNNF........" ".......FNNNNNNNNNNNNNNNF......." "......FNNNNNNNNNNNNNNNNNF......" ".....FNNNNNNNNNNNNNNNNNNNF....." "....FNNNNNOONNNNNNNNNNNNNNF...." "....NNNNNOONNNNNNNNNNNNNNNN...." "...FNNNNOONNNNNNNNNNNNNNNNNF..." "...NNNNNOONNNNNNNNNNNNNNNNNN..." "...NNNNNONNNNNNNNNNNNNNNNNNN..." "..FNNNNNNNNNNNNNNNNNNNNNNNNNF.." "..FNNNNNNNNNNNNNNNNNNNNNNNNNF.." "..FNNNNNNNNNNNNNNNNNNNNNNNNNF.." "..FNNNNNNNNNNNNNNNNNNNNNNNNNF.." "..FNNNNNNNNNNNNNNNNNNNNNNNNNF.." "...NNNNNNNNNNNNNNNNNNNNNNNNN..." "...NNNNNNNNNNNNNNNNNNNNNNNNN..." "...FNNNNNNNNNNNNNNNNNNNNNNNF..." "....NNNNNNNNNNNNNNNNNNNNNNN...." "....FNNNNNNNNNNNNNNNNNNNNNF...." ".....FNNNNNNNNNNNNNNNNNNNF....." "......FNNNNNNNNNNNNNNNNNF......" ".......FNNNNNNNNNNNNNNNF......." "........FNNNNNNNNNNNNNF........" "..........FNNNNNNNNNF.........." ".............FFFFF............." "..............................." "..............................." /* icon for state 6 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAGGGGGAAAAAAAAAAAAA" "AAAAAAAAAAGKKKKKKKKKGAAAAAAAAAA" "AAAAAAAAGKKKKKKKKKKKKKGAAAAAAAA" "AAAAAAAGKKKKKKKKKKKKKKKGAAAAAAA" "AAAAAAGKKKKKKKKKKKKKKKKKGAAAAAA" "AAAAAGKKKKKKKKKKKKKKKKKKKGAAAAA" "AAAAGKKKKKOOKKKKKKKKKKKKKKGAAAA" "AAAAKKKKKOOKKKKKKKKKKKKKKKKAAAA" "AAAGKKKKOOKKKKKKKKKKKKKKKKKGAAA" "AAAKKKKKOOKKKKKKKKKKKKKKKKKKAAA" "AAAKKKKKOKKKKKKKKKKKKKKKKKKKAAA" "AAGKKKKKKKKKKKKKKKKKKKKKKKKKGAA" "AAGKKKKKKKKKKKKKKKKKKKKKKKKKGAA" "AAGKKKKKKKKKKKKKKKKKKKKKKKKKGAA" "AAGKKKKKKKKKKKKKKKKKKKKKKKKKGAA" "AAGKKKKKKKKKKKKKKKKKKKKKKKKKGAA" "AAAKKKKKKKKKKKKKKKKKKKKKKKKKAAA" "AAAKKKKKKKKKKKKKKKKKKKKKKKKKAAA" "AAAGKKKKKKKKKKKKKKKKKKKKKKKGAAA" "AAAAKKKKKKKKKKKKKKKKKKKKKKKAAAA" "AAAAGKKKKKKKKKKKKKKKKKKKKKGAAAA" "AAAAAGKKKKKKKKKKKKKKKKKKKGAAAAA" "AAAAAAGKKKKKKKKKKKKKKKKKGAAAAAA" "AAAAAAAGKKKKKKKKKKKKKKKGAAAAAAA" "AAAAAAAAGKKKKKKKKKKKKKGAAAAAAAA" "AAAAAAAAAAGKKKKKKKKKGAAAAAAAAAA" "AAAAAAAAAAAAAGGGGGAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 7 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAHHHHHAAAAAAAAAAAAA" "AAAAAAAAAAHLLLLLLLLLHAAAAAAAAAA" "AAAAAAAAHLLLLLLLLLLLLLHAAAAAAAA" "AAAAAAAHLLLLLLLLLLLLLLLHAAAAAAA" "AAAAAAHLLLLLLLLLLLLLLLLLHAAAAAA" "AAAAAHLLLLLLLLLLLLLLLLLLLHAAAAA" "AAAAHLLLLLOOLLLLLLLLLLLLLLHAAAA" "AAAALLLLLOOLLLLLLLLLLLLLLLLAAAA" "AAAHLLLLOOLLLLLLLLLLLLLLLLLHAAA" "AAALLLLLOOLLLLLLLLLLLLLLLLLLAAA" "AAALLLLLOLLLLLLLLLLLLLLLLLLLAAA" "AAHLLLLLLLLLLLLLLLLLLLLLLLLLHAA" "AAHLLLLLLLLLLLLLLLLLLLLLLLLLHAA" "AAHLLLLLLLLLLLLLLLLLLLLLLLLLHAA" "AAHLLLLLLLLLLLLLLLLLLLLLLLLLHAA" "AAHLLLLLLLLLLLLLLLLLLLLLLLLLHAA" "AAALLLLLLLLLLLLLLLLLLLLLLLLLAAA" "AAALLLLLLLLLLLLLLLLLLLLLLLLLAAA" "AAAHLLLLLLLLLLLLLLLLLLLLLLLHAAA" "AAAALLLLLLLLLLLLLLLLLLLLLLLAAAA" "AAAAHLLLLLLLLLLLLLLLLLLLLLHAAAA" "AAAAAHLLLLLLLLLLLLLLLLLLLHAAAAA" "AAAAAAHLLLLLLLLLLLLLLLLLHAAAAAA" "AAAAAAAHLLLLLLLLLLLLLLLHAAAAAAA" "AAAAAAAAHLLLLLLLLLLLLLHAAAAAAAA" "AAAAAAAAAAHLLLLLLLLLHAAAAAAAAAA" "AAAAAAAAAAAAAHHHHHAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 8 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAIIIIIAAAAAAAAAAAAA" "AAAAAAAAAAIMMMMMMMMMIAAAAAAAAAA" "AAAAAAAAIMMMMMMMMMMMMMIAAAAAAAA" "AAAAAAAIMMMMMMMMMMMMMMMIAAAAAAA" "AAAAAAIMMMMMMMMMMMMMMMMMIAAAAAA" "AAAAAIMMMMMMMMMMMMMMMMMMMIAAAAA" "AAAAIMMMMMOOMMMMMMMMMMMMMMIAAAA" "AAAAMMMMMOOMMMMMMMMMMMMMMMMAAAA" "AAAIMMMMOOMMMMMMMMMMMMMMMMMIAAA" "AAAMMMMMOOMMMMMMMMMMMMMMMMMMAAA" "AAAMMMMMOMMMMMMMMMMMMMMMMMMMAAA" "AAIMMMMMMMMMMMMMMMMMMMMMMMMMIAA" "AAIMMMMMMMMMMMMMMMMMMMMMMMMMIAA" "AAIMMMMMMMMMMMMMMMMMMMMMMMMMIAA" "AAIMMMMMMMMMMMMMMMMMMMMMMMMMIAA" "AAIMMMMMMMMMMMMMMMMMMMMMMMMMIAA" "AAAMMMMMMMMMMMMMMMMMMMMMMMMMAAA" "AAAMMMMMMMMMMMMMMMMMMMMMMMMMAAA" "AAAIMMMMMMMMMMMMMMMMMMMMMMMIAAA" "AAAAMMMMMMMMMMMMMMMMMMMMMMMAAAA" "AAAAIMMMMMMMMMMMMMMMMMMMMMIAAAA" "AAAAAIMMMMMMMMMMMMMMMMMMMIAAAAA" "AAAAAAIMMMMMMMMMMMMMMMMMIAAAAAA" "AAAAAAAIMMMMMMMMMMMMMMMIAAAAAAA" "AAAAAAAAIMMMMMMMMMMMMMIAAAAAAAA" "AAAAAAAAAAIMMMMMMMMMIAAAAAAAAAA" "AAAAAAAAAAAAAIIIIIAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 9 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAJJJJJAAAAAAAAAAAAA" "AAAAAAAAAAJNNNNNNNNNJAAAAAAAAAA" "AAAAAAAAJNNNNNNNNNNNNNJAAAAAAAA" "AAAAAAAJNNNNNNNNNNNNNNNJAAAAAAA" "AAAAAAJNNNNNNNNNNNNNNNNNJAAAAAA" "AAAAAJNNNNNNNNNNNNNNNNNNNJAAAAA" "AAAAJNNNNNOONNNNNNNNNNNNNNJAAAA" "AAAANNNNNOONNNNNNNNNNNNNNNNAAAA" "AAAJNNNNOONNNNNNNNNNNNNNNNNJAAA" "AAANNNNNOONNNNNNNNNNNNNNNNNNAAA" "AAANNNNNONNNNNNNNNNNNNNNNNNNAAA" "AAJNNNNNNNNNNNNNNNNNNNNNNNNNJAA" "AAJNNNNNNNNNNNNNNNNNNNNNNNNNJAA" "AAJNNNNNNNNNNNNNNNNNNNNNNNNNJAA" "AAJNNNNNNNNNNNNNNNNNNNNNNNNNJAA" "AAJNNNNNNNNNNNNNNNNNNNNNNNNNJAA" "AAANNNNNNNNNNNNNNNNNNNNNNNNNAAA" "AAANNNNNNNNNNNNNNNNNNNNNNNNNAAA" "AAAJNNNNNNNNNNNNNNNNNNNNNNNJAAA" "AAAANNNNNNNNNNNNNNNNNNNNNNNAAAA" "AAAAJNNNNNNNNNNNNNNNNNNNNNJAAAA" "AAAAAJNNNNNNNNNNNNNNNNNNNJAAAAA" "AAAAAAJNNNNNNNNNNNNNNNNNJAAAAAA" "AAAAAAAJNNNNNNNNNNNNNNNJAAAAAAA" "AAAAAAAAJNNNNNNNNNNNNNJAAAAAAAA" "AAAAAAAAAAJNNNNNNNNNJAAAAAAAAAA" "AAAAAAAAAAAAAJJJJJAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "15 135 15 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #00327F" "G c #3F4DA1" "H c #408D61" "I c #5CA951" "J c #007FA1" "K c #7F00FF" "L c #808080" "M c #B9B860" "N c #0064FF" "O c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 2 */ "..............." "......CCC......" "....CKKKKKC...." "...CKKKKKKKC..." "..CKKOKKKKKKC.." "..KKOKKKKKKKK.." ".CKKOKKKKKKKKC." ".CKKKKKKKKKKKC." ".CKKKKKKKKKKKC." "..KKKKKKKKKKK.." "..CKKKKKKKKKC.." "...CKKKKKKKC..." "....CKKKKKC...." "......CCC......" "..............." /* icon for state 3 */ "..............." "......DDD......" "....DLLLLLD...." "...DLLLLLLLD..." "..DLLOLLLLLLD.." "..LLOLLLLLLLL.." ".DLLOLLLLLLLLD." ".DLLLLLLLLLLLD." ".DLLLLLLLLLLLD." "..LLLLLLLLLLL.." "..DLLLLLLLLLD.." "...DLLLLLLLD..." "....DLLLLLD...." "......DDD......" "..............." /* icon for state 4 */ "..............." "......EEE......" "....EMMMMME...." "...EMMMMMMME..." "..EMMOMMMMMME.." "..MMOMMMMMMMM.." ".EMMOMMMMMMMME." ".EMMMMMMMMMMME." ".EMMMMMMMMMMME." "..MMMMMMMMMMM.." "..EMMMMMMMMME.." "...EMMMMMMME..." "....EMMMMME...." "......EEE......" "..............." /* icon for state 5 */ "..............." "......FFF......" "....FNNNNNF...." "...FNNNNNNNF..." "..FNNONNNNNNF.." "..NNONNNNNNNN.." ".FNNONNNNNNNNF." ".FNNNNNNNNNNNF." ".FNNNNNNNNNNNF." "..NNNNNNNNNNN.." "..FNNNNNNNNNF.." "...FNNNNNNNF..." "....FNNNNNF...." "......FFF......" "..............." /* icon for state 6 */ "AAAAAAAAAAAAAAA" "AAAAAAGGGAAAAAA" "AAAAGKKKKKGAAAA" "AAAGKKKKKKKGAAA" "AAGKKOKKKKKKGAA" "AAKKOKKKKKKKKAA" "AGKKOKKKKKKKKGA" "AGKKKKKKKKKKKGA" "AGKKKKKKKKKKKGA" "AAKKKKKKKKKKKAA" "AAGKKKKKKKKKGAA" "AAAGKKKKKKKGAAA" "AAAAGKKKKKGAAAA" "AAAAAAGGGAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 7 */ "AAAAAAAAAAAAAAA" "AAAAAAHHHAAAAAA" "AAAAHLLLLLHAAAA" "AAAHLLLLLLLHAAA" "AAHLLOLLLLLLHAA" "AALLOLLLLLLLLAA" "AHLLOLLLLLLLLHA" "AHLLLLLLLLLLLHA" "AHLLLLLLLLLLLHA" "AALLLLLLLLLLLAA" "AAHLLLLLLLLLHAA" "AAAHLLLLLLLHAAA" "AAAAHLLLLLHAAAA" "AAAAAAHHHAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 8 */ "AAAAAAAAAAAAAAA" "AAAAAAIIIAAAAAA" "AAAAIMMMMMIAAAA" "AAAIMMMMMMMIAAA" "AAIMMOMMMMMMIAA" "AAMMOMMMMMMMMAA" "AIMMOMMMMMMMMIA" "AIMMMMMMMMMMMIA" "AIMMMMMMMMMMMIA" "AAMMMMMMMMMMMAA" "AAIMMMMMMMMMIAA" "AAAIMMMMMMMIAAA" "AAAAIMMMMMIAAAA" "AAAAAAIIIAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 9 */ "AAAAAAAAAAAAAAA" "AAAAAAJJJAAAAAA" "AAAAJNNNNNJAAAA" "AAAJNNNNNNNJAAA" "AAJNNONNNNNNJAA" "AANNONNNNNNNNAA" "AJNNONNNNNNNNJA" "AJNNNNNNNNNNNJA" "AJNNNNNNNNNNNJA" "AANNNNNNNNNNNAA" "AAJNNNNNNNNNJAA" "AAAJNNNNNNNJAAA" "AAAAJNNNNNJAAAA" "AAAAAAJJJAAAAAA" "AAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "7 63 15 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #00327F" "G c #3F4DA1" "H c #408D61" "I c #5CA951" "J c #007FA1" "K c #7F00FF" "L c #808080" "M c #B9B860" "N c #0064FF" "O c #FFFFFF" /* icon for state 1 */ "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" /* icon for state 2 */ "..CCC.." ".CKKKC." "CKOKKKC" "CKKKKKC" "CKKKKKC" ".CKKKC." "..CCC.." /* icon for state 3 */ "..DDD.." ".DLLLD." "DLOLLLD" "DLLLLLD" "DLLLLLD" ".DLLLD." "..DDD.." /* icon for state 4 */ "..EEE.." ".EMMME." "EMOMMME" "EMMMMME" "EMMMMME" ".EMMME." "..EEE.." /* icon for state 5 */ "..FFF.." ".FNNNF." "FNONNNF" "FNNNNNF" "FNNNNNF" ".FNNNF." "..FFF.." /* icon for state 6 */ "AAGGGAA" "AGKKKGA" "GKOKKKG" "GKKKKKG" "GKKKKKG" "AGKKKGA" "AAGGGAA" /* icon for state 7 */ "AAHHHAA" "AHLLLHA" "HLOLLLH" "HLLLLLH" "HLLLLLH" "AHLLLHA" "AAHHHAA" /* icon for state 8 */ "AAIIIAA" "AIMMMIA" "IMOMMMI" "IMMMMMI" "IMMMMMI" "AIMMMIA" "AAIIIAA" /* icon for state 9 */ "AAJJJAA" "AJNNNJA" "JNONNNJ" "JNNNNNJ" "JNNNNNJ" "AJNNNJA" "AAJJJAA" golly-3.3-src/Rules/Banks-IV.rule0000644000175000017500000000122612124663564013562 00000000000000@RULE Banks-IV Edwin Roger Banks, PhD Thesis 1971 Four-state, five-neighbor universal constructor (Appendix IV) http://www.bottomlayer.com/bottom/banks/banks_commentary.htm @TABLE # Format: C,N,E,S,W,C' n_states:4 neighborhood:vonNeumann symmetries:rotate4reflect 031301 132302 231300 013331 310002 220001 120002 123332 211103 213330 233300 311001 122002 211003 310301 100000 130000 011001 310002 020003 200000 012131 010303 033203 020303 023003 013102 230000 033331 331001 113000 121313 313132 230301 133333 130303 011301 321311 133000 013133 011132 320101 113330 133303 123003 120303 021332 020201 120202 210100 213300 210001 213130 320000 223230 010101 golly-3.3-src/Rules/BBM-Margolus-emulated.rule0000644000175000017500000000652712060231465016174 00000000000000@RULE BBM-Margolus-emulated @TREE num_states=5 num_neighbors=8 num_nodes=126 1 0 2 2 4 4 1 0 1 2 3 4 2 0 1 0 1 0 2 1 1 1 1 1 1 0 2 1 4 3 2 0 1 4 1 4 3 2 3 5 3 5 3 3 3 3 3 3 3 5 3 5 3 5 4 6 7 8 7 8 4 7 7 7 7 7 2 4 1 4 1 4 3 2 3 11 3 11 3 11 3 11 3 11 4 12 7 13 7 13 5 9 10 14 10 14 1 0 1 1 3 3 2 16 1 16 1 16 3 17 3 17 3 17 4 18 7 18 7 18 5 19 10 19 10 19 1 0 2 2 2 4 2 0 1 21 1 0 1 0 4 2 4 4 2 0 1 0 1 23 3 2 3 22 3 24 4 25 7 25 7 25 5 26 10 26 10 26 1 0 4 2 2 4 2 0 1 28 1 0 3 2 3 29 3 2 4 30 7 30 7 30 5 31 10 31 10 31 6 15 20 27 20 32 5 10 10 10 10 10 6 20 20 34 20 34 3 2 3 2 3 2 1 0 1 2 3 2 2 1 1 37 1 1 3 38 38 3 38 3 1 0 1 4 3 4 2 1 1 1 1 40 3 41 41 3 41 3 4 36 39 36 42 36 5 43 10 43 10 43 4 25 39 25 42 25 5 45 10 45 10 45 4 30 39 30 42 30 5 47 10 47 10 47 6 44 34 46 34 48 1 0 1 4 3 2 2 1 1 50 1 1 3 51 51 3 51 3 4 36 52 36 7 36 5 53 10 53 10 53 4 25 52 25 7 25 5 55 10 55 10 55 4 30 52 30 7 30 5 57 10 57 10 57 6 54 34 56 34 58 7 33 35 49 35 59 6 34 34 34 34 34 7 35 35 61 35 61 4 36 7 36 7 36 2 37 37 1 37 1 3 3 3 64 3 3 4 65 7 65 7 65 2 40 40 1 40 1 3 3 3 3 3 67 4 68 7 68 7 68 5 63 66 63 69 63 5 26 66 26 69 26 5 31 66 31 69 31 6 70 34 71 34 72 5 43 66 43 69 43 5 45 66 45 69 45 5 47 66 47 69 47 6 74 34 75 34 76 5 53 66 53 69 53 5 55 66 55 69 55 5 57 66 57 69 57 6 78 34 79 34 80 7 73 61 77 61 81 2 50 50 1 50 1 3 3 3 83 3 3 4 84 7 84 7 84 5 63 85 63 10 63 5 26 85 26 10 26 5 31 85 31 10 31 6 86 34 87 34 88 5 43 85 43 10 43 5 45 85 45 10 45 5 47 85 47 10 47 6 90 34 91 34 92 5 53 85 53 10 53 5 55 85 55 10 55 5 57 85 57 10 57 6 94 34 95 34 96 7 89 61 93 61 97 8 60 62 82 62 98 1 0 1 1 3 1 2 100 1 100 1 100 3 101 3 101 3 101 4 18 7 102 7 18 1 0 1 3 3 3 2 104 1 104 1 104 3 105 3 105 3 105 4 18 7 18 7 106 5 19 10 103 10 107 6 108 108 34 108 34 7 109 109 61 109 61 7 61 61 61 61 61 8 110 110 111 110 111 5 63 10 63 10 63 6 113 34 27 34 32 7 114 61 49 61 59 8 115 111 82 111 98 1 0 1 3 3 1 2 117 1 117 1 117 3 118 3 118 3 118 4 18 7 119 7 18 5 19 10 120 10 19 6 121 121 34 121 34 7 122 122 61 122 61 8 123 123 111 123 111 9 99 112 116 124 116 @COLORS 1 90 90 90 2 62 62 62 3 0 255 127 4 0 178 88 5 127 0 255 6 88 0 178 7 148 148 148 8 103 103 103 9 128 255 0 10 89 178 0 11 255 0 128 12 178 0 89 13 0 128 255 14 0 89 178 15 1 159 0 16 0 111 0 17 159 0 1 18 111 0 0 19 255 254 96 20 178 177 67 21 0 1 159 22 0 0 111 23 96 255 254 24 67 178 177 25 254 96 255 26 177 67 178 27 126 125 21 28 88 87 14 29 21 126 125 30 14 88 87 31 125 21 126 32 87 14 88 33 255 116 116 34 178 81 81 35 116 255 116 36 81 178 81 37 116 116 255 38 81 81 178 39 228 227 0 40 159 158 0 41 28 255 27 42 19 178 18 43 255 27 28 44 178 18 19 45 0 228 227 46 0 159 158 47 227 0 228 48 158 0 159 49 27 28 255 50 18 19 178 51 59 59 59 52 41 41 41 53 234 195 176 54 163 136 123 55 175 196 255 56 122 137 178 57 171 194 68 58 119 135 47 59 194 68 171 60 135 47 119 61 68 171 194 62 47 119 135 63 72 184 71 64 50 128 49 65 184 71 72 66 128 49 50 67 71 72 184 68 49 50 128 69 169 255 188 70 118 178 131 71 252 179 63 72 176 125 44 73 63 252 179 74 44 176 125 75 179 63 252 76 125 44 176 77 80 9 0 78 56 6 0 79 0 80 9 80 0 56 6 81 9 0 80 82 6 0 56 83 255 175 250 84 178 122 175 85 199 134 213 86 139 93 149 87 115 100 95 88 80 70 66 89 188 163 0 90 131 114 0 91 0 188 163 92 0 131 114 93 163 0 188 94 114 0 131 95 203 73 0 96 142 51 0 97 0 203 73 98 0 142 51 99 73 0 203 100 51 0 142 101 94 189 0 102 65 132 0 103 189 0 94 104 132 0 65 golly-3.3-src/Rules/HPP.rule0000644000175000017500000006466112124663564012653 00000000000000@RULE HPP HPP Lattice gas J. Hardy, O. de Pazzis, and Y. Pomeau (1973) J. Math. Phys. 14, 470. The earliest lattice gas model. Later made obsolete by the FHP gas on a hexagonal lattice, which has better physical properties. States following http://pages.cs.wisc.edu/~wylie/doc/PhD_thesis.pdf Each cell can contain up to 4 particles, each moving in one of the four directions. Outgoing directions SENW map onto 4 bits, so W=0001=1, SEW=1101=13, etc. Next state is simply the collected inputs, in most cases. The exceptions are 5 (EW) and 10 (NS) which get swapped (bounce on collision). To make the gas useful in Golly's infinite area, I've added reflecting boundary states, 16-31. These work in the same way as gas particles (collecting inputs) but reverse their direction. Contact: Tim Hutton Sink boundary: (or you can vent to the outside but this way is neater) 32 Source boundary: (haven't really worked out how to use this well yet) 33 The HPP gas can also be run using the Margolus-neighborhood emulator in Golly (see e.g. Patterns/Margolus/BBM.rle) but this CA is neater. @TABLE n_states:34 neighborhood:vonNeumann symmetries:none # a = any of the gas states var a={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15} # b = any of the reflecting boundary states var b={16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31} # s = has an outgoing south particle var s={8,9,10,11,12,13,14,15,24,25,26,27,28,29,30,31,33} # Ns = doesn't have an outgoing south particle var Ns={0,1,2,3,4,5,6,7,16,17,18,19,20,21,22,23,32} # e = has an outgoing east particle var e={4,5,6,7,12,13,14,15,20,21,22,23,28,29,30,31,33} # Ne = doesn't have an outgoing east particle var Ne={0,1,2,3,8,9,10,11,16,17,18,19,24,25,26,27,32} # n = has an outgoing north particle var n={2,3,6,7,10,11,14,15,18,19,22,23,26,27,30,31,33} # Nn = doesn't have an outgoing north particle var Nn={0,1,4,5,8,9,12,13,16,17,20,21,24,25,28,29,32} # w = has an outgoing west particle var w={1,3,5,7,9,11,13,15,17,19,21,23,25,27,29,31,33} # Nw = doesn't have an outgoing north particle var Nw={0,2,4,6,8,10,12,14,16,18,20,22,24,26,28,30,32} # straightforward transport (no interactions) except 5 and 10 which are swapped a,Ns,Nw,Nn,Ne,0 a,Ns,w,Nn,Ne,1 a,Ns,Nw,n,Ne,2 a,Ns,w,n,Ne,3 a,Ns,Nw,Nn,e,4 a,Ns,w,Nn,e,10 a,Ns,Nw,n,e,6 a,Ns,w,n,e,7 a,s,Nw,Nn,Ne,8 a,s,w,Nn,Ne,9 a,s,Nw,n,Ne,5 a,s,w,n,Ne,11 a,s,Nw,Nn,e,12 a,s,w,Nn,e,13 a,s,Nw,n,e,14 a,s,w,n,e,15 # reflecting boundaries: b,Ns,Nw,Nn,Ne,16 b,Ns,Nw,Nn,e,17 b,s,Nw,Nn,Ne,18 b,s,Nw,Nn,e,19 b,Ns,w,Nn,Ne,20 b,Ns,w,Nn,e,21 b,s,w,Nn,Ne,22 b,s,w,Nn,e,23 b,Ns,Nw,n,Ne,24 b,Ns,Nw,n,e,25 b,s,Nw,n,Ne,26 b,s,Nw,n,e,27 b,Ns,w,n,Ne,28 b,Ns,w,n,e,29 b,s,w,n,Ne,30 b,s,w,n,e,31 @COLORS # the grey-level intensity is proportional to the number of particles # in the square 1 120 120 120 2 120 120 120 3 160 160 160 4 120 120 120 5 160 160 160 6 160 160 160 7 220 220 220 8 120 120 120 9 160 160 160 10 160 160 160 11 220 220 220 12 160 160 160 13 220 220 220 14 220 220 220 15 255 255 255 16 200 180 0 17 255 255 0 18 255 255 0 19 255 255 0 20 255 255 0 21 255 255 0 22 255 255 0 23 255 255 0 24 255 255 0 25 255 255 0 26 255 255 0 27 255 255 0 28 255 255 0 29 255 255 0 30 255 255 0 31 255 255 0 32 255 0 0 33 0 255 0 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 496 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".....B........................." "....BB........................." "...BBB........................." "..BBBB........................." ".BBBBBBBBBBBBBBBBBBBBBBBBBB...." "BBBBBBBBBBBBBBBBBBBBBBBBBBB...." ".BBBBBBBBBBBBBBBBBBBBBBBBBB...." "..BBBB........................." "...BBB........................." "....BB........................." ".....B........................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 2 */ "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............................." "..............................." "..............................." "..............................." /* icon for state 3 */ "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." ".....B........BBB.............." "....BB........BBB.............." "...BBB........BBB.............." "..BBBB........BBB.............." ".BBBBBBBBBBBBBBBBBBBBBBBBBB...." "BBBBBBBBBBBBBBBBBBBBBBBBBBB...." ".BBBBBBBBBBBBBBBBBBBBBBBBBB...." "..BBBB........BBB.............." "...BBB........BBB.............." "....BB........BBB.............." ".....B........BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............................." "..............................." "..............................." "..............................." /* icon for state 4 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".........................B....." ".........................BB...." ".........................BBB..." ".........................BBBB.." "....BBBBBBBBBBBBBBBBBBBBBBBBBB." "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBB." ".........................BBBB.." ".........................BBB..." ".........................BB...." ".........................B....." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 5 */ "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." ".....B...................B....." "....BB...................BB...." "...BBB...................BBB..." "..BBBB...................BBBB.." ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBB." "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBB." "..BBBB...................BBBB.." "...BBB...................BBB..." "....BB...................BB...." ".....B...................B....." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." "..............................." /* icon for state 6 */ "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB........B....." "..............BBB........BB...." "..............BBB........BBB..." "..............BBB........BBBB.." "....BBBBBBBBBBBBBBBBBBBBBBBBBB." "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBB." "..............BBB........BBBB.." "..............BBB........BBB..." "..............BBB........BB...." "..............BBB........B....." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............................." "..............................." "..............................." "..............................." /* icon for state 7 */ "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." ".....B........BBB........B....." "....BB........BBB........BB...." "...BBB........BBB........BBB..." "..BBBB........BBB........BBBB.." ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBB." "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBB." "..BBBB........BBB........BBBB.." "...BBB........BBB........BBB..." "....BB........BBB........BB...." ".....B........BBB........B....." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............................." "..............................." "..............................." "..............................." /* icon for state 8 */ "..............................." "..............................." "..............................." "..............................." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." /* icon for state 9 */ "..............................." "..............................." "..............................." "..............................." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." ".....B........BBB.............." "....BB........BBB.............." "...BBB........BBB.............." "..BBBB........BBB.............." ".BBBBBBBBBBBBBBBBBBBBBBBBBB...." "BBBBBBBBBBBBBBBBBBBBBBBBBBB...." ".BBBBBBBBBBBBBBBBBBBBBBBBBB...." "..BBBB........BBB.............." "...BBB........BBB.............." "....BB........BBB.............." ".....B........BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." /* icon for state 10 */ "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." /* icon for state 11 */ "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." ".....B........BBB.............." "....BB........BBB.............." "...BBB........BBB.............." "..BBBB........BBB.............." ".BBBBBBBBBBBBBBBBBBBBBBBBBB...." "BBBBBBBBBBBBBBBBBBBBBBBBBBB...." ".BBBBBBBBBBBBBBBBBBBBBBBBBB...." "..BBBB........BBB.............." "...BBB........BBB.............." "....BB........BBB.............." ".....B........BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." /* icon for state 12 */ "..............................." "..............................." "..............................." "..............................." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB........B....." "..............BBB........BB...." "..............BBB........BBB..." "..............BBB........BBBB.." "....BBBBBBBBBBBBBBBBBBBBBBBBBB." "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBB." "..............BBB........BBBB.." "..............BBB........BBB..." "..............BBB........BB...." "..............BBB........B....." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." /* icon for state 13 */ "..............................." "..............................." "..............................." "..............................." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." ".....B........BBB........B....." "....BB........BBB........BB...." "...BBB........BBB........BBB..." "..BBBB........BBB........BBBB.." ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBB." "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBB." "..BBBB........BBB........BBBB.." "...BBB........BBB........BBB..." "....BB........BBB........BB...." ".....B........BBB........B....." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." /* icon for state 14 */ "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB........B....." "..............BBB........BB...." "..............BBB........BBB..." "..............BBB........BBBB.." "....BBBBBBBBBBBBBBBBBBBBBBBBBB." "....BBBBBBBBBBBBBBBBBBBBBBBBBBB" "....BBBBBBBBBBBBBBBBBBBBBBBBBB." "..............BBB........BBBB.." "..............BBB........BBB..." "..............BBB........BB...." "..............BBB........B....." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." /* icon for state 15 */ "...............B..............." "..............BBB.............." ".............BBBBB............." "............BBBBBBB............" "...........BBBBBBBBB..........." "..........BBBBBBBBBBB.........." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." ".....B........BBB........B....." "....BB........BBB........BB...." "...BBB........BBB........BBB..." "..BBBB........BBB........BBBB.." ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBB." "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" ".BBBBBBBBBBBBBBBBBBBBBBBBBBBBB." "..BBBB........BBB........BBBB.." "...BBB........BBB........BBB..." "....BB........BBB........BB...." ".....B........BBB........B....." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..............BBB.............." "..........BBBBBBBBBBB.........." "...........BBBBBBBBB..........." "............BBBBBBB............" ".............BBBBB............." "..............BBB.............." "...............B..............." /* icon for states 16 to 33 */ "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBBBBBBBBBBBBBBBBBB" XPM /* width height num_colors chars_per_pixel */ "15 240 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "..............." "..............." "..............." "..............." "..............." "..B............" ".BB............" "BBBBBBBBBBBBB.." ".BB............" "..B............" "..............." "..............." "..............." "..............." "..............." /* icon for state 2 */ ".......B......." "......BBB......" ".....BBBBB....." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." "..............." "..............." /* icon for state 3 */ ".......B......." "......BBB......" ".....BBBBB....." ".......B......." ".......B......." "..B....B......." ".BB....B......." "BBBBBBBBBBBBB.." ".BB....B......." "..B....B......." ".......B......." ".......B......." ".......B......." "..............." "..............." /* icon for state 4 */ "..............." "..............." "..............." "..............." "..............." "............B.." "............BB." "..BBBBBBBBBBBBB" "............BB." "............B.." "..............." "..............." "..............." "..............." "..............." /* icon for state 5 */ "..............." "..............." "..............." "..............." "..............." "..B.........B.." ".BB.........BB." "BBBBBBBBBBBBBBB" ".BB.........BB." "..B.........B.." "..............." "..............." "..............." "..............." "..............." /* icon for state 6 */ ".......B......." "......BBB......" ".....BBBBB....." ".......B......." ".......B......." ".......B....B.." ".......B....BB." "..BBBBBBBBBBBBB" ".......B....BB." ".......B....B.." ".......B......." ".......B......." ".......B......." "..............." "..............." /* icon for state 7 */ ".......B......." "......BBB......" ".....BBBBB....." ".......B......." ".......B......." "..B....B....B.." ".BB....B....BB." "BBBBBBBBBBBBBBB" ".BB....B....BB." "..B....B....B.." ".......B......." ".......B......." ".......B......." "..............." "..............." /* icon for state 8 */ "..............." "..............." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".....BBBBB....." "......BBB......" ".......B......." /* icon for state 9 */ "..............." "..............." ".......B......." ".......B......." ".......B......." "..B....B......." ".BB....B......." "BBBBBBBBBBBBB.." ".BB....B......." "..B....B......." ".......B......." ".......B......." ".....BBBBB....." "......BBB......" ".......B......." /* icon for state 10 */ ".......B......." "......BBB......" ".....BBBBB....." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".......B......." ".....BBBBB....." "......BBB......" ".......B......." /* icon for state 11 */ ".......B......." "......BBB......" ".....BBBBB....." ".......B......." ".......B......." "..B....B......." ".BB....B......." "BBBBBBBBBBBBB.." ".BB....B......." "..B....B......." ".......B......." ".......B......." ".....BBBBB....." "......BBB......" ".......B......." /* icon for state 12 */ "..............." "..............." ".......B......." ".......B......." ".......B......." ".......B....B.." ".......B....BB." "..BBBBBBBBBBBBB" ".......B....BB." ".......B....B.." ".......B......." ".......B......." ".....BBBBB....." "......BBB......" ".......B......." /* icon for state 13 */ "..............." "..............." ".......B......." ".......B......." ".......B......." "..B....B....B.." ".BB....B....BB." "BBBBBBBBBBBBBBB" ".BB....B....BB." "..B....B....B.." ".......B......." ".......B......." ".....BBBBB....." "......BBB......" ".......B......." /* icon for state 14 */ ".......B......." "......BBB......" ".....BBBBB....." ".......B......." ".......B......." ".......B....B.." ".......B....BB." "..BBBBBBBBBBBBB" ".......B....BB." ".......B....B.." ".......B......." ".......B......." ".....BBBBB....." "......BBB......" ".......B......." /* icon for state 15 */ ".......B......." "......BBB......" ".....BBBBB....." ".......B......." ".......B......." "..B....B....B.." ".BB....B....BB." "BBBBBBBBBBBBBBB" ".BB....B....BB." "..B....B....B.." ".......B......." ".......B......." ".....BBBBB....." "......BBB......" ".......B......." /* icon for states 16 to 33 */ "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" "BBBBBBBBBBBBBBB" XPM /* width height num_colors chars_per_pixel */ "7 112 2 1" /* colors */ ". c #000000" "B c #FFFFFF" /* icon for state 1 */ "......." "......." ".B....." "BBBBBB." ".B....." "......." "......." /* icon for state 2 */ "...B..." "..BBB.." "...B..." "...B..." "...B..." "...B..." "......." /* icon for state 3 */ "...B..." "..BBB.." ".B.B..." "BBBBBB." ".B.B..." "...B..." "......." /* icon for state 4 */ "......." "......." ".....B." ".BBBBBB" ".....B." "......." "......." /* icon for state 5 */ "......." "......." ".B...B." "BBBBBBB" ".B...B." "......." "......." /* icon for state 6 */ "...B..." "..BBB.." "...B.B." ".BBBBBB" "...B.B." "...B..." "......." /* icon for state 7 */ "...B..." "..BBB.." ".B.B.B." "BBBBBBB" ".B.B.B." "...B..." "......." /* icon for state 8 */ "......." "...B..." "...B..." "...B..." "...B..." "..BBB.." "...B..." /* icon for state 9 */ "......." "......." ".B....." "BBBB..." ".B.B..." "..BBB.." "...B..." /* icon for state 10 */ "...B..." "..BBB.." "...B..." "...B..." "...B..." "..BBB.." "...B..." /* icon for state 11 */ "...B..." "..BBB.." ".B.B..." "BBBBBB." ".B.B..." "..BBB.." "...B..." /* icon for state 12 */ "......." "...B..." "...B.B." ".BBBBBB" "...B.B." "..BBB.." "...B..." /* icon for state 13 */ "......." "...B..." ".B.B.B." "BBBBBBB" ".B.B.B." "..BBB.." "...B..." /* icon for state 14 */ "...B..." "..BBB.." "...B.B." ".BBBBBB" "...B.B." "..BBB.." "...B..." /* icon for state 15 */ "...B..." "..BBB.." ".B.B.B." "BBBBBBB" ".B.B.B." "..BBB.." "...B..." /* icon for states 16 to 33 */ "BBBBBBB" "BBBBBBB" "BBBBBBB" "BBBBBBB" "BBBBBBB" "BBBBBBB" "BBBBBBB" golly-3.3-src/Rules/AbsoluteTurmite_0N21S10E00S01W11N2.rule0000644000175000017500000002633712124005036017540 00000000000000@RULE AbsoluteTurmite_0N21S10E00S01W11N2 @TREE num_states=8 num_neighbors=4 num_nodes=16 1 0 1 0 0 1 1 0 1 1 4 7 4 4 7 7 4 7 2 0 0 1 0 0 0 0 1 1 3 6 3 3 6 6 3 6 2 3 3 0 3 3 3 3 0 3 2 2 2 2 4 2 2 2 1 2 5 2 2 5 5 2 5 2 6 6 0 6 6 6 6 0 2 0 0 0 0 0 0 0 0 3 7 7 7 7 8 7 7 7 4 5 5 5 9 5 5 5 5 3 4 4 4 4 8 4 4 4 3 8 8 8 8 8 8 8 8 4 11 11 11 12 11 11 11 11 4 9 9 9 12 9 9 9 9 5 10 10 10 10 10 13 14 10 @COLORS 0 0 0 0 1 0 155 67 2 123 4 243 3 124 124 124 4 178 177 94 5 71 72 170 6 71 141 101 7 102 171 84 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 217 12 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #3F4DA1" "G c #408D61" "H c #5CA951" "I c #7F00FF" "J c #808080" "K c #B9B860" "L c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 2 */ "..............................." "..............................." ".............CCCCC............." "..........CIIIIIIIIIC.........." "........CIIIIIIIIIIIIIC........" ".......CIIIIIIIIIIIIIIIC......." "......CIIIIIIIIIIIIIIIIIC......" ".....CIIIIIIIIIIIIIIIIIIIC....." "....CIIIIILLIIIIIIIIIIIIIIC...." "....IIIIILLIIIIIIIIIIIIIIII...." "...CIIIILLIIIIIIIIIIIIIIIIIC..." "...IIIIILLIIIIIIIIIIIIIIIIII..." "...IIIIILIIIIIIIIIIIIIIIIIII..." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "..CIIIIIIIIIIIIIIIIIIIIIIIIIC.." "...IIIIIIIIIIIIIIIIIIIIIIIII..." "...IIIIIIIIIIIIIIIIIIIIIIIII..." "...CIIIIIIIIIIIIIIIIIIIIIIIC..." "....IIIIIIIIIIIIIIIIIIIIIII...." "....CIIIIIIIIIIIIIIIIIIIIIC...." ".....CIIIIIIIIIIIIIIIIIIIC....." "......CIIIIIIIIIIIIIIIIIC......" ".......CIIIIIIIIIIIIIIIC......." "........CIIIIIIIIIIIIIC........" "..........CIIIIIIIIIC.........." ".............CCCCC............." "..............................." "..............................." /* icon for state 3 */ "..............................." "..............................." ".............DDDDD............." "..........DJJJJJJJJJD.........." "........DJJJJJJJJJJJJJD........" ".......DJJJJJJJJJJJJJJJD......." "......DJJJJJJJJJJJJJJJJJD......" ".....DJJJJJJJJJJJJJJJJJJJD....." "....DJJJJJLLJJJJJJJJJJJJJJD...." "....JJJJJLLJJJJJJJJJJJJJJJJ...." "...DJJJJLLJJJJJJJJJJJJJJJJJD..." "...JJJJJLLJJJJJJJJJJJJJJJJJJ..." "...JJJJJLJJJJJJJJJJJJJJJJJJJ..." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "..DJJJJJJJJJJJJJJJJJJJJJJJJJD.." "...JJJJJJJJJJJJJJJJJJJJJJJJJ..." "...JJJJJJJJJJJJJJJJJJJJJJJJJ..." "...DJJJJJJJJJJJJJJJJJJJJJJJD..." "....JJJJJJJJJJJJJJJJJJJJJJJ...." "....DJJJJJJJJJJJJJJJJJJJJJD...." ".....DJJJJJJJJJJJJJJJJJJJD....." "......DJJJJJJJJJJJJJJJJJD......" ".......DJJJJJJJJJJJJJJJD......." "........DJJJJJJJJJJJJJD........" "..........DJJJJJJJJJD.........." ".............DDDDD............." "..............................." "..............................." /* icon for state 4 */ "..............................." "..............................." ".............EEEEE............." "..........EKKKKKKKKKE.........." "........EKKKKKKKKKKKKKE........" ".......EKKKKKKKKKKKKKKKE......." "......EKKKKKKKKKKKKKKKKKE......" ".....EKKKKKKKKKKKKKKKKKKKE....." "....EKKKKKLLKKKKKKKKKKKKKKE...." "....KKKKKLLKKKKKKKKKKKKKKKK...." "...EKKKKLLKKKKKKKKKKKKKKKKKE..." "...KKKKKLLKKKKKKKKKKKKKKKKKK..." "...KKKKKLKKKKKKKKKKKKKKKKKKK..." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "..EKKKKKKKKKKKKKKKKKKKKKKKKKE.." "...KKKKKKKKKKKKKKKKKKKKKKKKK..." "...KKKKKKKKKKKKKKKKKKKKKKKKK..." "...EKKKKKKKKKKKKKKKKKKKKKKKE..." "....KKKKKKKKKKKKKKKKKKKKKKK...." "....EKKKKKKKKKKKKKKKKKKKKKE...." ".....EKKKKKKKKKKKKKKKKKKKE....." "......EKKKKKKKKKKKKKKKKKE......" ".......EKKKKKKKKKKKKKKKE......." "........EKKKKKKKKKKKKKE........" "..........EKKKKKKKKKE.........." ".............EEEEE............." "..............................." "..............................." /* icon for state 5 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAFFFFFAAAAAAAAAAAAA" "AAAAAAAAAAFIIIIIIIIIFAAAAAAAAAA" "AAAAAAAAFIIIIIIIIIIIIIFAAAAAAAA" "AAAAAAAFIIIIIIIIIIIIIIIFAAAAAAA" "AAAAAAFIIIIIIIIIIIIIIIIIFAAAAAA" "AAAAAFIIIIIIIIIIIIIIIIIIIFAAAAA" "AAAAFIIIIILLIIIIIIIIIIIIIIFAAAA" "AAAAIIIIILLIIIIIIIIIIIIIIIIAAAA" "AAAFIIIILLIIIIIIIIIIIIIIIIIFAAA" "AAAIIIIILLIIIIIIIIIIIIIIIIIIAAA" "AAAIIIIILIIIIIIIIIIIIIIIIIIIAAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAFIIIIIIIIIIIIIIIIIIIIIIIIIFAA" "AAAIIIIIIIIIIIIIIIIIIIIIIIIIAAA" "AAAIIIIIIIIIIIIIIIIIIIIIIIIIAAA" "AAAFIIIIIIIIIIIIIIIIIIIIIIIFAAA" "AAAAIIIIIIIIIIIIIIIIIIIIIIIAAAA" "AAAAFIIIIIIIIIIIIIIIIIIIIIFAAAA" "AAAAAFIIIIIIIIIIIIIIIIIIIFAAAAA" "AAAAAAFIIIIIIIIIIIIIIIIIFAAAAAA" "AAAAAAAFIIIIIIIIIIIIIIIFAAAAAAA" "AAAAAAAAFIIIIIIIIIIIIIFAAAAAAAA" "AAAAAAAAAAFIIIIIIIIIFAAAAAAAAAA" "AAAAAAAAAAAAAFFFFFAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 6 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAGGGGGAAAAAAAAAAAAA" "AAAAAAAAAAGJJJJJJJJJGAAAAAAAAAA" "AAAAAAAAGJJJJJJJJJJJJJGAAAAAAAA" "AAAAAAAGJJJJJJJJJJJJJJJGAAAAAAA" "AAAAAAGJJJJJJJJJJJJJJJJJGAAAAAA" "AAAAAGJJJJJJJJJJJJJJJJJJJGAAAAA" "AAAAGJJJJJLLJJJJJJJJJJJJJJGAAAA" "AAAAJJJJJLLJJJJJJJJJJJJJJJJAAAA" "AAAGJJJJLLJJJJJJJJJJJJJJJJJGAAA" "AAAJJJJJLLJJJJJJJJJJJJJJJJJJAAA" "AAAJJJJJLJJJJJJJJJJJJJJJJJJJAAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAGJJJJJJJJJJJJJJJJJJJJJJJJJGAA" "AAAJJJJJJJJJJJJJJJJJJJJJJJJJAAA" "AAAJJJJJJJJJJJJJJJJJJJJJJJJJAAA" "AAAGJJJJJJJJJJJJJJJJJJJJJJJGAAA" "AAAAJJJJJJJJJJJJJJJJJJJJJJJAAAA" "AAAAGJJJJJJJJJJJJJJJJJJJJJGAAAA" "AAAAAGJJJJJJJJJJJJJJJJJJJGAAAAA" "AAAAAAGJJJJJJJJJJJJJJJJJGAAAAAA" "AAAAAAAGJJJJJJJJJJJJJJJGAAAAAAA" "AAAAAAAAGJJJJJJJJJJJJJGAAAAAAAA" "AAAAAAAAAAGJJJJJJJJJGAAAAAAAAAA" "AAAAAAAAAAAAAGGGGGAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" /* icon for state 7 */ "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAHHHHHAAAAAAAAAAAAA" "AAAAAAAAAAHKKKKKKKKKHAAAAAAAAAA" "AAAAAAAAHKKKKKKKKKKKKKHAAAAAAAA" "AAAAAAAHKKKKKKKKKKKKKKKHAAAAAAA" "AAAAAAHKKKKKKKKKKKKKKKKKHAAAAAA" "AAAAAHKKKKKKKKKKKKKKKKKKKHAAAAA" "AAAAHKKKKKLLKKKKKKKKKKKKKKHAAAA" "AAAAKKKKKLLKKKKKKKKKKKKKKKKAAAA" "AAAHKKKKLLKKKKKKKKKKKKKKKKKHAAA" "AAAKKKKKLLKKKKKKKKKKKKKKKKKKAAA" "AAAKKKKKLKKKKKKKKKKKKKKKKKKKAAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAHKKKKKKKKKKKKKKKKKKKKKKKKKHAA" "AAAKKKKKKKKKKKKKKKKKKKKKKKKKAAA" "AAAKKKKKKKKKKKKKKKKKKKKKKKKKAAA" "AAAHKKKKKKKKKKKKKKKKKKKKKKKHAAA" "AAAAKKKKKKKKKKKKKKKKKKKKKKKAAAA" "AAAAHKKKKKKKKKKKKKKKKKKKKKHAAAA" "AAAAAHKKKKKKKKKKKKKKKKKKKHAAAAA" "AAAAAAHKKKKKKKKKKKKKKKKKHAAAAAA" "AAAAAAAHKKKKKKKKKKKKKKKHAAAAAAA" "AAAAAAAAHKKKKKKKKKKKKKHAAAAAAAA" "AAAAAAAAAAHKKKKKKKKKHAAAAAAAAAA" "AAAAAAAAAAAAAHHHHHAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "15 105 12 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #3F4DA1" "G c #408D61" "H c #5CA951" "I c #7F00FF" "J c #808080" "K c #B9B860" "L c #FFFFFF" /* icon for state 1 */ "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 2 */ "..............." "......CCC......" "....CIIIIIC...." "...CIIIIIIIC..." "..CIILIIIIIIC.." "..IILIIIIIIII.." ".CIILIIIIIIIIC." ".CIIIIIIIIIIIC." ".CIIIIIIIIIIIC." "..IIIIIIIIIII.." "..CIIIIIIIIIC.." "...CIIIIIIIC..." "....CIIIIIC...." "......CCC......" "..............." /* icon for state 3 */ "..............." "......DDD......" "....DJJJJJD...." "...DJJJJJJJD..." "..DJJLJJJJJJD.." "..JJLJJJJJJJJ.." ".DJJLJJJJJJJJD." ".DJJJJJJJJJJJD." ".DJJJJJJJJJJJD." "..JJJJJJJJJJJ.." "..DJJJJJJJJJD.." "...DJJJJJJJD..." "....DJJJJJD...." "......DDD......" "..............." /* icon for state 4 */ "..............." "......EEE......" "....EKKKKKE...." "...EKKKKKKKE..." "..EKKLKKKKKKE.." "..KKLKKKKKKKK.." ".EKKLKKKKKKKKE." ".EKKKKKKKKKKKE." ".EKKKKKKKKKKKE." "..KKKKKKKKKKK.." "..EKKKKKKKKKE.." "...EKKKKKKKE..." "....EKKKKKE...." "......EEE......" "..............." /* icon for state 5 */ "AAAAAAAAAAAAAAA" "AAAAAAFFFAAAAAA" "AAAAFIIIIIFAAAA" "AAAFIIIIIIIFAAA" "AAFIILIIIIIIFAA" "AAIILIIIIIIIIAA" "AFIILIIIIIIIIFA" "AFIIIIIIIIIIIFA" "AFIIIIIIIIIIIFA" "AAIIIIIIIIIIIAA" "AAFIIIIIIIIIFAA" "AAAFIIIIIIIFAAA" "AAAAFIIIIIFAAAA" "AAAAAAFFFAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 6 */ "AAAAAAAAAAAAAAA" "AAAAAAGGGAAAAAA" "AAAAGJJJJJGAAAA" "AAAGJJJJJJJGAAA" "AAGJJLJJJJJJGAA" "AAJJLJJJJJJJJAA" "AGJJLJJJJJJJJGA" "AGJJJJJJJJJJJGA" "AGJJJJJJJJJJJGA" "AAJJJJJJJJJJJAA" "AAGJJJJJJJJJGAA" "AAAGJJJJJJJGAAA" "AAAAGJJJJJGAAAA" "AAAAAAGGGAAAAAA" "AAAAAAAAAAAAAAA" /* icon for state 7 */ "AAAAAAAAAAAAAAA" "AAAAAAHHHAAAAAA" "AAAAHKKKKKHAAAA" "AAAHKKKKKKKHAAA" "AAHKKLKKKKKKHAA" "AAKKLKKKKKKKKAA" "AHKKLKKKKKKKKHA" "AHKKKKKKKKKKKHA" "AHKKKKKKKKKKKHA" "AAKKKKKKKKKKKAA" "AAHKKKKKKKKKHAA" "AAAHKKKKKKKHAAA" "AAAAHKKKKKHAAAA" "AAAAAAHHHAAAAAA" "AAAAAAAAAAAAAAA" XPM /* width height num_colors chars_per_pixel */ "7 49 12 1" /* colors */ "A c #009B43" ". c #000000" "C c #3F007F" "D c #404040" "E c #5C5C30" "F c #3F4DA1" "G c #408D61" "H c #5CA951" "I c #7F00FF" "J c #808080" "K c #B9B860" "L c #FFFFFF" /* icon for state 1 */ "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" "AAAAAAA" /* icon for state 2 */ "..CCC.." ".CIIIC." "CILIIIC" "CIIIIIC" "CIIIIIC" ".CIIIC." "..CCC.." /* icon for state 3 */ "..DDD.." ".DJJJD." "DJLJJJD" "DJJJJJD" "DJJJJJD" ".DJJJD." "..DDD.." /* icon for state 4 */ "..EEE.." ".EKKKE." "EKLKKKE" "EKKKKKE" "EKKKKKE" ".EKKKE." "..EEE.." /* icon for state 5 */ "AAFFFAA" "AFIIIFA" "FILIIIF" "FIIIIIF" "FIIIIIF" "AFIIIFA" "AAFFFAA" /* icon for state 6 */ "AAGGGAA" "AGJJJGA" "GJLJJJG" "GJJJJJG" "GJJJJJG" "AGJJJGA" "AAGGGAA" /* icon for state 7 */ "AAHHHAA" "AHKKKHA" "HKLKKKH" "HKKKKKH" "HKKKKKH" "AHKKKHA" "AAHHHAA" golly-3.3-src/Rules/BriansBrain.rule0000644000175000017500000000050512060231465014367 00000000000000@RULE BriansBrain @TREE num_states=3 num_neighbors=8 num_nodes=27 1 0 2 0 2 0 0 0 1 1 2 0 2 0 2 0 3 1 3 1 2 2 0 2 3 3 5 3 4 4 6 4 3 5 1 5 4 6 8 6 5 7 9 7 3 1 1 1 4 8 11 8 5 9 12 9 6 10 13 10 4 11 11 11 5 12 15 12 6 13 16 13 7 14 17 14 5 15 15 15 6 16 19 16 7 17 20 17 8 18 21 18 6 19 19 19 7 20 23 20 8 21 24 21 9 22 25 22 golly-3.3-src/Rules/LifeHistory.rule0000644000175000017500000002622212124663564014454 00000000000000@RULE LifeHistory A variant of HistoricalLife with two extra ON states and two extra OFF states, for annotation purposes: state 0: OFF state 1: ON state 2: history/envelope (state=2 if cell was ever ON) state 3: marked ON (may change to OFF but will always remain marked) state 4: marked OFF (may change to ON but will always remain marked) state 5: start ON (becomes a normal marked OFF cell when it dies) state 6: boundary OFF (can never turn on -- can keep subpatterns in a stamp collection from interfering with each other) @TABLE n_states:7 neighborhood:Moore symmetries:rotate8 var a={0,2,4,6} var b={0,2,4,6} var c={0,2,4,6} var d={0,2,4,6} var e={0,2,4,6} var f={0,2,4,6} var g={3,5} var h={0,1,2} var i={0,1,2,3,4,5,6} var j={0,1,2,3,4,5,6} var k={0,1,2,3,4,5,6} var l={0,1,2,3,4,5,6} var m={0,1,2,3,4,5,6} var n={0,1,2,3,4,5,6} var o={0,1,2,3,4,5,6} var p={0,1,2,3,4,5,6} var q={1,3,5} var R={1,3,5} var S={1,3,5} var T={1,3,5} var u={3,4,5} # boundary cell always stays a boundary cell 6,i,j,k,l,m,n,o,p,6 # anything else that touches a boundary cell dies # (using 'u' instead of 'g' below lets gliders survive as blocks) g,6,i,j,k,l,m,n,o,4 1,6,i,j,k,l,m,n,o,2 # marked 3-neighbour birth # (has to be separate from the next section # only to handle the extra 'start' state 5) 4,R,S,T,a,b,c,d,e,3 4,R,S,a,T,b,c,d,e,3 4,R,S,a,b,T,c,d,e,3 4,R,S,a,b,c,T,d,e,3 4,R,S,a,b,c,d,T,e,3 4,R,a,S,b,T,c,d,e,3 4,R,a,S,b,c,T,d,e,3 # marked 3-neighbour survival g,R,S,T,a,b,c,d,e,g g,R,S,a,T,b,c,d,e,g g,R,S,a,b,T,c,d,e,g g,R,S,a,b,c,T,d,e,g g,R,S,a,b,c,d,T,e,g g,R,a,S,b,T,c,d,e,g g,R,a,S,b,c,T,d,e,g # normal 3-neighbour birth h,R,S,T,a,b,c,d,e,1 h,R,S,a,T,b,c,d,e,1 h,R,S,a,b,T,c,d,e,1 h,R,S,a,b,c,T,d,e,1 h,R,S,a,b,c,d,T,e,1 h,R,a,S,b,T,c,d,e,1 h,R,a,S,b,c,T,d,e,1 # 2-neighbour survival q,R,S,a,b,c,d,e,f,q q,R,a,S,b,c,d,e,f,q q,R,a,b,S,c,d,e,f,q q,R,a,b,c,S,d,e,f,q # ON states 3 and 5 go to history state 4 if they don't survive g,i,j,k,l,m,n,o,p,4 # Otherwise ON states die and become the history state q,i,j,k,l,m,n,o,p,2 @COLORS 1 0 255 0 2 0 0 128 3 216 255 216 4 255 0 0 5 255 255 0 6 96 96 96 @ICONS XPM /* width height num_colors chars_per_pixel */ "31 186 5 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" /* icon for state 1 */ "..............................." "..............................." "..........BCDEEEEEDCB.........." ".........CEEEEEEEEEEEC........." ".......BEEEEEEEEEEEEEEEB......." "......DEEEEEEEEEEEEEEEEED......" ".....DEEEEEEEEEEEEEEEEEEED....." "....BEEEEEEEEEEEEEEEEEEEEEB...." "....EEEEEEEEEEEEEEEEEEEEEEE...." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "....EEEEEEEEEEEEEEEEEEEEEEE...." "....BEEEEEEEEEEEEEEEEEEEEEB...." ".....DEEEEEEEEEEEEEEEEEEED....." "......DEEEEEEEEEEEEEEEEED......" ".......BEEEEEEEEEEEEEEEB......." ".........CEEEEEEEEEEEC........." "..........BCDEEEEEDCB.........." "..............................." "..............................." /* icon for state 2 */ ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." /* icon for state 3 */ "..............................." "..............................." "..........BCDEEEEEDCB.........." ".........CEEEEEEEEEEEC........." ".......BEEEEEEEEEEEEEEEB......." "......DEEEEEEEEEEEEEEEEED......" ".....DEEEEEEEEEEEEEEEEEEED....." "....BEEEEEEEEEEEEEEEEEEEEEB...." "....EEEEEEEEEEEEEEEEEEEEEEE...." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "....EEEEEEEEEEEEEEEEEEEEEEE...." "....BEEEEEEEEEEEEEEEEEEEEEB...." ".....DEEEEEEEEEEEEEEEEEEED....." "......DEEEEEEEEEEEEEEEEED......" ".......BEEEEEEEEEEEEEEEB......." ".........CEEEEEEEEEEEC........." "..........BCDEEEEEDCB.........." "..............................." "..............................." /* icon for state 4 */ ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." /* icon for state 5 */ "..............................." "..............................." "..........BCDEEEEEDCB.........." ".........CEEEEEEEEEEEC........." ".......BEEEEEEEEEEEEEEEB......." "......DEEEEEEEEEEEEEEEEED......" ".....DEEEEEEEEEEEEEEEEEEED....." "....BEEEEEEEEEEEEEEEEEEEEEB...." "....EEEEEEEEEEEEEEEEEEEEEEE...." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..EEEEEEEEEEEEEEEEEEEEEEEEEEE.." "..DEEEEEEEEEEEEEEEEEEEEEEEEED.." "..CEEEEEEEEEEEEEEEEEEEEEEEEEC.." "..BEEEEEEEEEEEEEEEEEEEEEEEEEB.." "...CEEEEEEEEEEEEEEEEEEEEEEEC..." "....EEEEEEEEEEEEEEEEEEEEEEE...." "....BEEEEEEEEEEEEEEEEEEEEEB...." ".....DEEEEEEEEEEEEEEEEEEED....." "......DEEEEEEEEEEEEEEEEED......" ".......BEEEEEEEEEEEEEEEB......." ".........CEEEEEEEEEEEC........." "..........BCDEEEEEDCB.........." "..............................." "..............................." /* icon for state 6 */ ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E.E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E.E.E.E.E.E.E.E.E." XPM /* width height num_colors chars_per_pixel */ "15 90 5 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" /* icon for state 1 */ "..............." "....BDEEEDB...." "...DEEEEEEED..." "..DEEEEEEEEED.." ".BEEEEEEEEEEEB." ".DEEEEEEEEEEED." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".DEEEEEEEEEEED." ".BEEEEEEEEEEEB." "..DEEEEEEEEED.." "...DEEEEEEED..." "....BDEEEDB...." "..............." /* icon for state 2 */ ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." /* icon for state 3 */ "..............." "....BDEEEDB...." "...DEEEEEEED..." "..DEEEEEEEEED.." ".BEEEEEEEEEEEB." ".DEEEEEEEEEEED." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".DEEEEEEEEEEED." ".BEEEEEEEEEEEB." "..DEEEEEEEEED.." "...DEEEEEEED..." "....BDEEEDB...." "..............." /* icon for state 4 */ "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" /* icon for state 5 */ "..............." "....BDEEEDB...." "...DEEEEEEED..." "..DEEEEEEEEED.." ".BEEEEEEEEEEEB." ".DEEEEEEEEEEED." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".EEEEEEEEEEEEE." ".DEEEEEEEEEEED." ".BEEEEEEEEEEEB." "..DEEEEEEEEED.." "...DEEEEEEED..." "....BDEEEDB...." "..............." /* icon for state 6 */ "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" ".E.E.E.E.E.E.E." "E.E.E.E.E.E.E.E" XPM /* width height num_colors chars_per_pixel */ "7 42 6 1" /* colors */ ". c #000000" "B c #404040" "C c #808080" "D c #C0C0C0" "E c #FFFFFF" "F c #E0E0E0" /* icon for state 1 */ ".BFEFB." "BEEEEEB" "FEEEEEF" "EEEEEEE" "FEEEEEF" "BEEEEEB" ".BFEFB." /* icon for state 2 */ ".E.E.E." "E.E.E.E" ".E.E.E." "E.E.E.E" ".E.E.E." "E.E.E.E" ".E.E.E." /* icon for state 3 */ ".BFEFB." "BEEEEEB" "FEEEEEF" "EEEEEEE" "FEEEEEF" "BEEEEEB" ".BFEFB." /* icon for state 4 */ "E.E.E.E" ".E.E.E." "E.E.E.E" ".E.E.E." "E.E.E.E" ".E.E.E." "E.E.E.E" /* icon for state 5 */ ".BFEFB." "BEEEEEB" "FEEEEEF" "EEEEEEE" "FEEEEEF" "BEEEEEB" ".BFEFB." /* icon for state 6 */ "E.E.E.E" ".E.E.E." "E.E.E.E" ".E.E.E." "E.E.E.E" ".E.E.E." "E.E.E.E" golly-3.3-src/Rules/Worm-1525115.rule0000644000175000017500000001135112140624403013740 00000000000000@RULE Worm-1525115 Paterson's worms (by Dean Hickerson, 11/24/2008) Pattern #322 Sven Kahrkling's notation 1525115 Gardner's notation 1a2b3cbcc4a Final outcome unknown; doesn't finish within 1.4*10^17 steps. Forms almost full regular hexagons at certain times. Points and lines of hexagonal grid are mapped to points of square grid as below. "*" is a point of the hex grid, "-", "/", and "\" are lines of the hex grid. +--+--+--+--+ |- |* |- |* | +--+--+--+--+ | /| \| /| \| +--+--+--+--+ |* |- |* |- | +--+--+--+--+ Each step of the worm is simulated by 2 gens in the rule. In even gens, there's an arrow at one point of the hex grid showing which way the worm will move next. In odd gens, there's an arrow on one line of the hex grid. The transitions from even to odd gens are the same for all worms. Those from odd to even depend on the specific type of worm: If a point (state 0 or 1) has a line with an arrow pointing at it, it becomes a 'point with arrow'; the direction depends on the 6 neighboring lines, which are the NW, N, E, S, SW, and W neighbors in the square grid. Gen 0 consists of a single point in state 1, a 'point with arrow' pointing east. (Starting with a point in state 2, 3, 4, 5, or 6 would also work, rotating the whole pattern.) States are: 0 empty (unvisited point or line) 1-6 'point with arrow', showing direction of next movement (1=E; 2=SE; 3=SW; 4=W; 5=NW; 6=NE) 7 point that's been visited 8,9,10 edge - (8=line; 9=E arrow; 10=W arrow) 11,12,13 edge / (11=line; 12=NE arrow; 13=SW arrow) 14,15,16 edge \ (14=line; 15=SE arrow; 16=NW arrow) @TABLE n_states:17 neighborhood:Moore symmetries:none var point={1,2,3,4,5,6} var a0={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a1={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a2={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a3={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a4={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a5={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a6={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var a7={0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16} var n={8,11,14} var o={8,11,14} var p={8,11,14} var q={8,11,14} var b={0,7} # point with arrow becomes point that's been visited point,a0,a1,a2,a3,a4,a5,a6,a7,7 # line with arrow becomes line without arrow 9,a0,a1,a2,a3,a4,a5,a6,a7,8 10,a0,a1,a2,a3,a4,a5,a6,a7,8 12,a0,a1,a2,a3,a4,a5,a6,a7,11 13,a0,a1,a2,a3,a4,a5,a6,a7,11 15,a0,a1,a2,a3,a4,a5,a6,a7,14 16,a0,a1,a2,a3,a4,a5,a6,a7,14 # point with arrow creates line with arrow next to it 0,a0,a1,a2,a3,a4,a5,1,a6,9 0,2,a0,a1,a2,a3,a4,a5,a6,15 0,a0,3,a1,a2,a3,a4,a5,a6,13 0,a0,a1,4,a2,a3,a4,a5,a6,10 0,a0,a1,a2,5,a3,a4,a5,a6,16 0,a0,a1,a2,a3,6,a4,a5,a6,12 # 4 eaten: use only remaining direction # 0 (straight): b,0,a0,n,a1,o,12,p,q,6 b,n,a0,0,a1,o,p,9,q,1 b,n,a0,o,a1,0,p,q,15,2 b,13,a0,n,a1,o,0,p,q,3 b,n,a0,10,a1,o,p,0,q,4 b,n,a0,o,a1,16,p,q,0,5 # 1 (gentle right): b,n,a0,0,a1,o,12,p,q,1 b,n,a0,o,a1,0,p,9,q,2 b,n,a0,o,a1,p,0,q,15,3 b,13,a0,n,a1,o,p,0,q,4 b,n,a0,10,a1,o,p,q,0,5 b,0,a0,n,a1,16,o,p,q,6 # 2 (sharp right): b,n,a0,o,a1,0,12,p,q,2 b,n,a0,o,a1,p,0,9,q,3 b,n,a0,o,a1,p,q,0,15,4 b,13,a0,n,a1,o,p,q,0,5 b,0,a0,10,a1,n,o,p,q,6 b,n,a0,0,a1,16,o,p,q,1 # 4 (sharp left): b,n,a0,o,a1,p,12,0,q,4 b,n,a0,o,a1,p,q,9,0,5 b,0,a0,n,a1,o,p,q,15,6 b,13,a0,0,a1,n,o,p,q,1 b,n,a0,10,a1,0,o,p,q,2 b,n,a0,o,a1,16,0,p,q,3 # 5 (gentle left): b,n,a0,o,a1,p,12,q,0,5 b,0,a0,n,a1,o,p,9,q,6 b,n,a0,0,a1,o,p,q,15,1 b,13,a0,n,a1,0,o,p,q,2 b,n,a0,10,a1,o,0,p,q,3 b,n,a0,o,a1,16,p,0,q,4 # rule-specific transitions at point with arrow coming in # rule 1525115 # none eaten: 1 = gentle right b,0,a0,0,a1,0,12,0,0,1 b,0,a0,0,a1,0,0,9,0,2 b,0,a0,0,a1,0,0,0,15,3 b,13,a0,0,a1,0,0,0,0,4 b,0,a0,10,a1,0,0,0,0,5 b,0,a0,0,a1,16,0,0,0,6 # 1 eaten(1): 5 = gentle left b,0,a0,n,a1,0,12,0,0,5 b,0,a0,0,a1,n,0,9,0,6 b,0,a0,0,a1,0,n,0,15,1 b,13,a0,0,a1,0,0,n,0,2 b,0,a0,10,a1,0,0,0,n,3 b,n,a0,0,a1,16,0,0,0,4 # 2 eaten(15): 2 = sharp right b,0,a0,o,a1,0,12,0,n,2 b,n,a0,0,a1,o,0,9,0,3 b,0,a0,n,a1,0,o,0,15,4 b,13,a0,0,a1,n,0,o,0,5 b,0,a0,10,a1,0,n,0,o,6 b,o,a0,0,a1,16,0,n,0,1 # 2 eaten(24): 5 = gentle left b,0,a0,0,a1,n,12,o,0,5 b,0,a0,0,a1,0,n,9,o,6 b,o,a0,0,a1,0,0,n,15,1 b,13,a0,o,a1,0,0,0,n,2 b,n,a0,10,a1,o,0,0,0,3 b,0,a0,n,a1,16,o,0,0,4 # 2 eaten(02): 1 = gentle right b,n,a0,0,a1,o,12,0,0,1 b,0,a0,n,a1,0,o,9,0,2 b,0,a0,0,a1,n,0,o,15,3 b,13,a0,0,a1,0,n,0,o,4 b,o,a0,10,a1,0,0,n,0,5 b,0,a0,o,a1,16,0,0,n,6 # 2 eaten(04): 1 = gentle right b,n,a0,0,a1,0,12,o,0,1 b,0,a0,n,a1,0,0,9,o,2 b,o,a0,0,a1,n,0,0,15,3 b,13,a0,o,a1,0,n,0,0,4 b,0,a0,10,a1,o,0,n,0,5 b,0,a0,0,a1,16,o,0,n,6 # 3 eaten(024): 5 = gentle left b,n,a0,0,a1,o,12,p,0,5 b,0,a0,n,a1,0,o,9,p,6 b,p,a0,0,a1,n,0,o,15,1 b,13,a0,p,a1,0,n,0,o,2 b,o,a0,10,a1,p,0,n,0,3 b,0,a0,o,a1,16,p,0,n,4 golly-3.3-src/Rules/Perrier.rule0000644000175000017500000002454712124663564013633 00000000000000@RULE Perrier J.-Y. Perrier, M. Sipper, and J. Zahnd "Toward a viable, self-reproducing universal computer" Physica D, vol. 97, pp. 335-352, 1996 Thanks to Gianluca Tempesti for the transition table and the pattern. Two small changes have been made. Firstly a conflicting rule has been removed. This only causes a problem in some packages, where the first applicable rule is used - other packages used the last applicable rule. Secondly a rule has been added to correct what appears to be a rare bug that shows up when trying to write to the first entry on the data tape. Other such cases might exist. Contact: tim.hutton@gmail.com @TABLE # rules: 637 n_states:64 neighborhood:vonNeumann symmetries:none var a={14,15,16} var b={11,12} var c={4,5,6,7,8,9,10} var d={32,33,34,35,36,37,38} var e={0,1,2,14,15,16} var f={32,33,34,35,36,37,38} var g={39,40} var h={39,40} var i={28,29,30,31,41} var j={28,29,30,31,41} var k={4,5,6,7,8} var l={9,10} var m={11,12} var n={2,28,29,30,31,41} var o={11,12} var p={47,48} 1,2,a,2,0,a 0,2,1,2,a,1 a,2,0,2,1,0 1,a,2,0,2,a a,0,2,1,2,0 0,1,2,a,2,1 1,2,0,2,a,a a,2,1,2,0,0 0,2,a,2,1,1 1,1,2,a,2,a 0,a,2,1,2,1 1,2,a,0,2,a 0,1,a,3,2,1 a,1,1,2,0,0 a,2,2,0,1,0 1,2,1,2,a,a a,2,0,1,2,0 1,a,0,3,2,a 0,a,a,2,1,1 a,1,2,0,2,0 0,2,2,1,a,1 0,2,1,a,2,1 a,0,1,3,2,0 1,0,0,2,a,a 1,0,2,a,2,a 1,2,2,2,a,a a,2,2,2,0,1 2,0,0,0,14,1 0,0,0,1,2,2 0,0,0,0,1,2 0,1,0,0,2,2 1,2,2,a,1,a 1,2,a,2,1,a 1,2,2,a,0,a 1,2,a,1,2,a 1,a,2,1,2,a 1,a,1,3,2,a 1,1,1,2,a,a 2,0,0,15,2,17 0,17,2,1,a,1 17,0,0,0,2,2 2,0,15,2,0,17 0,2,1,a,17,1 17,0,0,2,0,2 1,17,2,2,15,15 17,0,0,15,2,1 15,17,2,2,0,1 0,0,0,1,0,2 0,0,0,2,1,2 1,1,2,2,a,a 1,2,2,a,2,a a,1,2,2,0,0 2,0,0,14,0,1 14,2,2,0,2,1 0,a,2,2,1,1 0,0,1,2,0,2 1,0,2,2,a,a 15,2,2,0,2,1 1,2,2,15,17,15 17,0,15,2,0,1 15,2,2,0,17,1 0,0,2,1,0,2 0,0,1,0,0,2 1,2,a,2,2,a 2,0,14,0,0,1 14,2,0,2,2,1 0,1,2,0,0,2 2,15,2,0,0,17 15,2,0,2,2,1 1,2,15,17,2,15 17,15,2,0,0,1 15,2,0,17,2,1 0,2,1,0,0,2 0,1,0,0,0,2 1,a,2,2,2,a 2,14,0,0,0,1 14,0,2,2,2,1 0,2,0,0,1,2 0,1,0,2,0,2 2,14,0,2,0,17 2,17,2,0,2,1 17,1,0,2,0,1 0,2,1,2,0,2 1,1,0,2,14,0 1,2,0,2,0,16 0,2,0,2,1,18 18,2,0,2,1,2 1,14,18,1,2,19 1,19,2,0,2,19 19,0,2,1,2,0 0,1,2,19,2,1 18,2,0,2,14,2 14,2,18,2,0,18 0,1,16,2,18,1 1,19,0,2,2,19 2,0,2,18,2,0 18,2,2,2,1,0 1,2,18,2,14,18 2,19,2,0,2,20 1,2,0,2,19,14 19,0,1,2,2,0 0,14,18,2,1,1 2,18,2,2,2,18 18,2,0,2,0,2 0,1,a,20,2,1 2,1,18,b,2,18 18,2,2,2,2,2 a,1,2,18,0,0 18,15,2,b,2,2 2,0,18,2,2,18 2,18,0,2,b,21 1,2,0,18,a,a 18,1,2,2,2,2 2,a,18,0,2,18 0,2,a,18,1,1 18,0,2,0,2,2 2,1,18,0,2,18 2,16,0,0,2,20 18,1,2,0,2,2 0,a,2,20,1,1 1,a,0,20,2,a a,0,1,20,2,0 1,0,2,20,a,a a,1,2,20,0,0 a,2,1,18,0,0 18,a,2,0,2,2 2,0,18,2,3,18 18,1,2,2,3,2 2,18,0,2,c,18 18,2,0,2,4,32 18,2,0,2,5,33 18,2,0,2,6,34 18,2,0,2,7,35 18,2,0,2,8,36 18,2,0,2,9,37 18,2,0,2,10,38 18,d,0,2,6,34 18,d,0,2,5,33 18,d,0,2,7,35 18,d,0,2,8,36 18,d,0,2,9,37 18,d,0,2,10,38 d,2,0,18,c,2 2,e,2,d,3,d 1,2,0,d,a,a d,e,2,2,3,2 2,e,2,0,d,d 2,f,0,d,c,d d,e,2,0,2,2 2,e,f,d,3,d d,2,0,2,c,2 2,e,f,0,d,d 0,2,e,d,1,1 2,e,2,2,d,d a,2,1,d,0,0 1,a,1,20,2,a d,e,2,2,2,2 2,e,2,b,d,d 2,2,2,21,d,d d,e,2,b,2,2 1,0,2,d,a,a 2,e,f,2,d,d 2,18,0,0,c,18 d,2,2,21,2,2 2,e,f,b,d,d 18,f,0,0,6,34 18,f,0,0,4,32 18,f,0,0,5,33 18,f,0,0,7,35 18,f,0,0,8,36 18,f,0,0,9,37 18,f,0,0,10,38 2,2,f,21,d,d 0,20,0,0,0,22 2,2,20,0,d,d d,2,20,0,2,2 0,d,22,0,0,d 0,a,2,d,1,1 a,1,2,d,0,0 2,2,20,f,d,d 22,20,0,0,32,4 22,20,0,0,33,5 22,20,0,0,34,6 22,20,0,0,35,7 22,20,0,0,36,8 22,20,0,0,37,9 22,20,0,0,38,10 d,2,22,0,0,2 0,2,0,0,c,2 0,c,0,0,0,22 2,d,c,0,0,d d,2,20,2,2,2 d,2,c,0,0,2 22,c,0,0,34,6 22,c,0,0,33,5 22,c,0,0,32,4 22,c,0,0,35,7 22,c,0,0,36,8 22,c,0,0,37,9 22,c,0,0,38,10 2,d,c,f,0,d 1,1,2,20,14,14 d,2,c,2,0,2 d,2,0,0,c,23 d,2,0,23,c,23 23,d,0,0,c,2 23,d,0,2,c,2 d,e,2,23,3,23 23,e,d,2,3,2 d,e,2,0,23,23 23,e,d,0,2,2 d,e,2,2,23,23 23,e,d,2,2,2 d,e,2,b,23,23 23,e,d,b,2,2 d,2,2,21,23,23 23,2,d,21,2,2 d,2,20,2,23,23 d,23,c,2,0,23 23,2,20,d,2,2 23,2,c,d,0,2 d,23,c,0,0,23 d,23,22,0,0,23 0,23,22,0,0,23 23,2,c,23,0,2 23,23,22,0,0,0 22,c,0,0,23,2 21,23,0,2,b,24 24,2,0,2,12,40 24,2,0,2,11,39 2,24,0,2,b,24 2,2,2,g,2,g g,2,0,24,b,2 24,g,0,2,11,39 24,g,0,2,12,40 2,0,2,0,g,g g,2,2,2,2,2 2,h,0,g,b,g g,0,2,0,2,2 2,2,h,g,2,g g,2,0,2,b,2 1,14,1,2,2,14 2,e,2,c,g,g 2,0,h,0,g,g a,0,1,2,2,0 2,e,2,2,g,g g,0,2,c,2,2 2,2,h,2,g,g 0,1,a,g,2,1 2,24,0,0,b,24 2,e,2,0,g,g g,0,2,2,2,2 0,2,a,g,1,1 2,1,h,c,g,g 24,g,0,0,12,40 24,g,0,0,11,39 1,a,0,2,2,a 2,1,h,2,g,g g,a,2,c,2,2 40,2,0,0,12,13 39,2,0,0,11,13 2,1,h,0,g,g g,a,2,2,2,2 a,2,1,g,0,0 0,1,a,2,2,1 2,0,h,c,g,g g,2,0,13,b,13 13,g,0,0,b,2 g,a,2,0,2,2 2,0,h,2,g,g g,1,2,c,2,2 1,a,0,g,2,a 13,g,0,2,b,2 2,e,20,0,g,g g,1,2,2,2,2 1,2,0,g,a,a 2,a,h,c,g,g 0,g,22,0,0,g g,e,20,0,2,2 g,1,2,0,2,2 2,a,h,2,g,g 22,20,0,0,40,12 22,20,0,0,39,11 g,2,22,0,0,2 2,e,20,h,g,g 2,a,h,0,g,g a,0,1,g,2,0 0,0,0,0,b,2 0,b,0,0,0,22 2,g,b,0,0,g g,e,20,2,2,2 g,2,b,0,0,2 g,2,2,13,2,13 g,0,2,0,13,13 13,2,g,2,2,2 2,e,13,b,2,13 2,g,b,h,0,g 2,g,22,0,0,g g,2,b,2,0,2 g,2,2,2,13,13 13,0,g,0,2,0 22,b,0,0,39,11 22,b,0,0,40,12 0,2,0,0,b,2 13,e,2,b,2,2 2,e,13,2,2,13 0,a,2,13,1,1 13,2,g,2,0,2 a,2,1,13,0,0 13,e,2,2,2,2 2,e,13,0,2,13 2,13,b,2,0,25 g,e,2,2,3,3 13,e,2,0,2,2 1,2,0,13,a,a 25,2,b,2,0,26 g,e,2,0,3,3 3,e,g,2,3,2 0,2,26,0,0,25 26,2,b,2,0,2 0,2,a,13,1,1 3,e,g,0,2,2 2,e,13,2,3,13 13,e,2,2,3,2 2,13,0,2,c,25 g,e,20,2,3,3 1,2,0,3,a,a g,3,b,2,0,23 20,e,0,b,3,3 3,e,20,g,2,2 0,2,0,2,3,3 3,e,0,b,2,2 g,23,b,2,0,23 23,2,b,g,0,2 1,0,2,3,a,a 2,2,0,3,e,26 3,2,0,2,2,2 0,a,26,2,1,1 a,1,26,2,0,0 g,23,11,0,0,23 g,23,22,0,0,23 22,b,0,0,23,2 23,2,b,23,0,2 1,1,26,2,14,14 1,0,26,2,14,14 1,0,26,2,15,15 1,0,26,2,16,17 1,0,2,17,2,14 17,1,26,2,0,0 0,2,17,2,1,1 26,2,0,2,17,27 27,2,0,2,0,1 0,14,27,2,1,1 0,0,0,0,27,17 1,0,1,2,14,14 1,2,17,2,14,14 14,2,17,2,0,1 17,0,0,0,14,27 27,0,0,0,1,1 1,2,17,2,15,15 17,0,0,0,15,1 15,2,17,2,0,27 17,0,0,27,2,2 0,0,0,1,17,2 27,17,1,2,1,1 1,2,27,2,15,14 25,2,0,2,4,28 25,2,0,2,5,29 25,2,0,2,6,30 25,2,0,2,7,31 25,2,0,2,8,41 2,e,2,i,3,i i,2,0,25,c,2 25,i,0,2,4,28 25,i,0,2,5,29 25,i,0,2,6,30 25,i,0,2,7,31 25,i,0,2,8,41 a,2,1,i,0,0 2,e,2,0,i,i 2,j,0,i,c,i i,e,2,0,2,2 2,e,j,i,3,i i,2,0,2,c,2 1,2,0,i,a,a i,e,2,2,3,2 2,e,j,0,i,i 2,25,0,2,k,25 2,25,0,2,l,42 i,2,0,42,8,2 2,e,2,25,i,i 2,e,2,2,28,28 i,e,2,25,2,2 2,e,2,2,29,29 2,e,2,2,30,30 2,e,2,2,31,43 2,e,2,2,41,41 0,2,a,i,1,1 2,e,j,25,i,i i,e,2,2,2,2 43,e,2,2,2,2 2,28,b,2,25,44 44,2,b,2,25,2 b,2,2,m,44,11 2,e,2,44,30,30 2,e,2,44,28,28 2,e,2,44,29,29 2,e,2,44,31,43 2,e,2,44,41,41 2,30,b,2,25,45 25,n,45,0,0,45 45,2,b,2,25,2 2,e,2,45,29,29 2,e,2,45,28,28 2,e,2,45,30,30 2,e,2,45,31,43 2,e,2,45,41,41 2,e,j,45,i,i 2,i,b,2,45,i 45,n,2,0,0,0 0,45,2,0,0,25 2,e,2,j,28,28 2,e,2,j,29,29 2,e,2,j,30,30 2,e,2,j,31,43 2,e,2,j,41,41 i,2,b,2,0,2 2,29,b,2,25,46 a,2,1,43,0,0 b,m,2,o,46,12 46,2,b,2,25,2 2,e,43,0,i,i 2,43,b,46,0,31 2,28,b,46,0,28 2,29,b,46,0,29 2,30,b,46,0,30 2,41,b,46,0,41 0,n,31,25,0,25 25,25,2,0,0,0 2,41,12,2,25,48 2,41,11,2,25,47 47,2,11,2,25,2 48,2,11,2,25,2 2,e,2,p,2,p 0,2,a,p,1,1 p,e,2,2,2,2 2,e,p,25,2,p a,2,1,p,0,0 p,e,2,25,2,2 2,e,p,0,2,p 1,2,0,p,a,a p,e,2,0,2,2 2,e,p,2,3,p p,e,2,2,3,2 2,p,0,2,c,p p,2,0,2,c,2 2,p,0,42,c,p p,2,0,42,c,2 42,47,0,2,c,49 49,2,0,2,c,2 2,49,0,2,l,49 2,49,0,2,k,25 2,2,0,i,c,i 2,25,0,0,c,25 25,i,0,0,6,30 25,i,0,0,5,29 25,i,0,0,4,28 25,i,0,0,7,31 25,i,0,0,8,41 i,2,0,0,c,2 25,0,45,0,0,45 2,i,b,45,0,i 45,0,2,0,0,0 2,i,b,j,0,i 20,e,2,c,23,2 2,30,b,0,25,50 25,0,50,0,0,0 50,2,b,0,25,2 0,50,2,0,0,50 2,i,b,50,0,i 0,0,50,0,0,25 50,2,2,0,0,2 2,b,0,0,50,11 0,50,22,0,0,50 0,50,0,0,0,51 0,b,0,0,51,2 51,2,0,0,0,0 2,41,11,51,25,47 2,41,12,51,25,48 2,32,b,51,25,44 2,33,b,51,25,46 2,30,b,51,25,50 2,43,b,45,0,31 2,43,b,i,0,31 0,0,31,25,0,25 2,e,43,25,31,31 2,43,b,2,25,52 0,2,a,43,1,1 1,2,0,43,a,a 2,e,2,52,31,43 2,e,2,52,28,28 2,e,2,52,29,29 2,e,2,52,30,30 2,52,b,2,0,53 53,52,b,2,0,52 2,53,b,2,0,53 52,52,b,53,0,25 52,25,b,53,0,2 52,2,b,53,0,2 2,53,b,0,0,53 0,53,2,0,0,53 53,52,b,0,0,52 2,b,0,0,53,b 53,52,2,0,0,2 b,m,2,2,52,53 0,53,0,0,0,52 0,b,0,0,52,2 52,2,0,0,0,0 53,b,2,m,2,b b,m,2,53,2,53 b,m,2,53,25,53 53,b,2,m,25,b b,2,2,53,52,53 53,2,2,b,52,11 52,43,53,25,25,53 25,53,b,2,0,2 53,i,11,25,25,2 53,43,11,25,25,2 43,e,2,2,i,2 i,e,2,2,j,2 1,2,1,i,14,14 1,2,1,43,14,14 i,e,2,25,j,2 i,e,2,0,j,2 52,2,53,25,25,53 53,2,11,25,25,2 g,e,2,c,13,3 1,2,1,f,14,14 1,2,0,23,a,a 1,0,2,23,a,a 1,2,1,13,14,14 i,e,2,j,3,2 2,e,43,25,i,i i,2,0,j,c,2 52,i,53,25,25,53 1,14,1,g,2,14 1,2,1,g,14,14 1,0,2,13,a,a a,2,1,3,0,0 a,1,2,3,0,0 48,2,12,2,25,2 42,48,0,2,10,55 55,2,0,2,10,54 2,55,0,2,10,55 55,54,0,2,10,54 54,54,0,56,c,2 2,57,0,2,k,56 57,2,0,2,c,2 2,54,0,57,c,54 54,54,0,2,c,2 2,54,0,56,c,54 2,54,0,54,c,54 54,2,0,2,c,2 2,55,0,2,k,56 56,54,0,2,c,57 56,2,0,2,k,58 54,2,0,58,k,2 58,54,0,2,l,57 58,2,0,2,k,25 2,2,b,p,0,p p,2,b,2,0,2 42,48,0,2,9,59 2,2,0,59,8,59 60,2,0,2,c,2 2,59,0,60,c,60 2,60,0,60,c,60 61,2,0,2,c,2 #2,2,0,61,c,59 - this rule is overwritten by later rules 59,2,0,2,l,2 2,61,0,60,c,60 59,2,0,2,k,62 62,2,0,60,k,61 60,62,0,2,c,2 2,59,0,2,10,63 2,59,0,63,c,60 2,63,0,2,10,63 63,2,0,2,10,2 2,60,0,63,c,60 62,2,0,2,c,25 2,i,b,2,0,i 2,41,12,0,25,48 2,41,11,0,25,47 48,2,12,0,25,2 47,2,11,0,25,2 2,43,b,2,0,31 g,23,b,0,0,23 18,d,0,2,4,32 2,57,0,2,l,57 58,54,0,2,k,57 57,54,0,2,c,2 54,2,0,58,l,2 0,2,a,23,1,1 0,a,2,23,1,1 a,1,2,13,0,0 2,57,0,0,k,56 56,2,0,0,k,58 58,54,0,0,k,2 0,2,a,3,1,1 58,2,0,0,k,25 25,2,0,0,6,30 25,2,0,0,5,29 25,2,0,0,4,28 25,2,0,0,7,31 25,2,0,0,8,41 2,2,0,61,k,59 2,2,0,61,l,61 0,a,2,3,1,1 2,63,0,0,10,63 63,2,0,0,10,2 b,m,2,o,44,11 b,2,2,m,46,12 2,43,b,44,0,31 2,28,b,44,0,28 2,29,b,44,0,29 2,30,b,44,0,30 2,31,b,44,0,31 2,41,b,44,0,41 a,2,1,23,0,0 a,1,2,23,0,0 1,2,1,p,14,14 2,29,b,0,25,46 46,2,b,0,25,2 b,m,2,2,46,12 b,m,2,2,44,11 2,28,b,0,25,44 44,2,12,0,25,2 2,e,2,52,41,41 2,e,2,46,i,i # rule added by TJH to correct an apparent bug @COLORS 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 8 255 128 0 9 159 116 187 10 255 135 128 11 184 25 181 12 235 199 185 13 187 40 166 14 99 110 94 15 226 149 86 16 52 181 122 17 221 138 196 18 97 152 80 19 57 189 164 20 252 38 183 21 211 148 59 22 59 241 164 23 203 170 40 24 222 164 132 25 162 204 172 26 179 133 87 27 55 203 233 28 92 71 22 29 188 231 154 30 145 96 127 31 112 205 26 32 40 94 120 33 28 29 23 34 31 70 253 35 29 80 34 36 174 45 190 37 143 50 251 38 227 98 100 39 41 115 190 40 167 65 28 41 243 50 195 42 104 21 68 43 40 30 20 44 73 82 194 45 176 35 168 46 216 102 181 47 90 199 188 48 83 70 120 49 211 218 78 50 174 115 98 51 205 183 158 52 179 112 83 53 220 158 134 54 80 190 199 55 108 218 146 56 45 94 219 57 211 176 68 58 246 20 49 59 91 92 85 60 188 165 228 61 71 246 39 62 232 202 95 63 169 99 242 golly-3.3-src/Rules/CrittersMargolus_emulated.rule0000644000175000017500000000670712060231465017400 00000000000000@RULE CrittersMargolus_emulated @TREE num_states=5 num_neighbors=8 num_nodes=132 1 0 2 2 4 4 1 0 1 2 3 4 2 0 1 0 1 0 2 1 1 1 1 1 1 0 2 1 4 3 2 0 1 4 1 4 3 2 3 5 3 5 3 3 3 3 3 3 3 5 3 5 3 5 4 6 7 8 7 8 4 7 7 7 7 7 2 4 1 4 1 4 3 2 3 11 3 11 3 11 3 11 3 11 4 12 7 13 7 13 5 9 10 14 10 14 1 0 1 1 3 3 2 16 1 16 1 16 3 17 3 17 3 17 4 18 7 18 7 18 5 19 10 19 10 19 1 0 4 2 2 4 1 0 4 2 4 4 2 0 1 21 1 22 2 0 1 22 1 0 3 2 3 23 3 24 4 25 7 25 7 25 5 26 10 26 10 26 1 0 2 2 2 4 2 0 1 22 1 28 2 0 1 28 1 28 3 2 3 29 3 30 4 31 7 31 7 31 5 32 10 32 10 32 6 15 20 27 20 33 5 10 10 10 10 10 6 20 20 35 20 35 3 2 3 2 3 2 1 0 1 4 3 2 1 0 1 4 3 4 2 1 1 38 1 39 3 40 40 3 40 3 2 1 1 39 1 1 3 42 42 3 42 3 4 37 41 37 43 37 5 44 10 44 10 44 4 25 41 25 43 25 5 46 10 46 10 46 4 31 41 31 43 31 5 48 10 48 10 48 6 45 35 47 35 49 1 0 1 2 3 2 2 1 1 39 1 51 3 52 52 3 52 3 2 1 1 51 1 51 3 54 54 3 54 3 4 37 53 37 55 37 5 56 10 56 10 56 4 25 53 25 55 25 5 58 10 58 10 58 4 31 53 31 55 31 5 60 10 60 10 60 6 57 35 59 35 61 7 34 36 50 36 62 6 35 35 35 35 35 7 36 36 64 36 64 4 37 7 37 7 37 2 38 38 1 38 1 2 39 39 1 39 1 3 3 3 67 3 68 4 69 7 69 7 69 3 3 3 68 3 3 4 71 7 71 7 71 5 66 70 66 72 66 5 26 70 26 72 26 5 32 70 32 72 32 6 73 35 74 35 75 5 44 70 44 72 44 5 46 70 46 72 46 5 48 70 48 72 48 6 77 35 78 35 79 5 56 70 56 72 56 5 58 70 58 72 58 5 60 70 60 72 60 6 81 35 82 35 83 7 76 64 80 64 84 2 51 51 1 51 1 3 3 3 68 3 86 4 87 7 87 7 87 3 3 3 86 3 86 4 89 7 89 7 89 5 66 88 66 90 66 5 26 88 26 90 26 5 32 88 32 90 32 6 91 35 92 35 93 5 44 88 44 90 44 5 46 88 46 90 46 5 48 88 48 90 48 6 95 35 96 35 97 5 56 88 56 90 56 5 58 88 58 90 58 5 60 88 60 90 60 6 99 35 100 35 101 7 94 64 98 64 102 8 63 65 85 65 103 1 0 1 3 3 1 2 105 1 105 1 105 3 106 3 106 3 106 1 0 1 3 3 3 2 108 1 108 1 108 3 109 3 109 3 109 4 18 7 107 7 110 4 18 7 110 7 18 5 19 10 111 10 112 6 113 113 35 113 35 7 114 114 64 114 64 7 64 64 64 64 64 8 115 115 116 115 116 5 66 10 66 10 66 6 118 35 27 35 33 7 119 64 50 64 62 8 120 116 85 116 103 1 0 1 1 3 1 2 122 1 122 1 122 3 123 3 123 3 123 4 18 7 110 7 124 4 18 7 124 7 124 5 19 10 125 10 126 6 127 127 35 127 35 7 128 128 64 128 64 8 129 129 116 129 116 9 104 117 121 130 121 @COLORS 1 90 90 90 2 62 62 62 3 0 255 127 4 0 178 88 5 127 0 255 6 88 0 178 7 148 148 148 8 103 103 103 9 128 255 0 10 89 178 0 11 255 0 128 12 178 0 89 13 0 128 255 14 0 89 178 15 1 159 0 16 0 111 0 17 159 0 1 18 111 0 0 19 255 254 96 20 178 177 67 21 0 1 159 22 0 0 111 23 96 255 254 24 67 178 177 25 254 96 255 26 177 67 178 27 126 125 21 28 88 87 14 29 21 126 125 30 14 88 87 31 125 21 126 32 87 14 88 33 255 116 116 34 178 81 81 35 116 255 116 36 81 178 81 37 116 116 255 38 81 81 178 39 228 227 0 40 159 158 0 41 28 255 27 42 19 178 18 43 255 27 28 44 178 18 19 45 0 228 227 46 0 159 158 47 227 0 228 48 158 0 159 49 27 28 255 50 18 19 178 51 59 59 59 52 41 41 41 53 234 195 176 54 163 136 123 55 175 196 255 56 122 137 178 57 171 194 68 58 119 135 47 59 194 68 171 60 135 47 119 61 68 171 194 62 47 119 135 63 72 184 71 64 50 128 49 65 184 71 72 66 128 49 50 67 71 72 184 68 49 50 128 69 169 255 188 70 118 178 131 71 252 179 63 72 176 125 44 73 63 252 179 74 44 176 125 75 179 63 252 76 125 44 176 77 80 9 0 78 56 6 0 79 0 80 9 80 0 56 6 81 9 0 80 82 6 0 56 83 255 175 250 84 178 122 175 85 199 134 213 86 139 93 149 87 115 100 95 88 80 70 66 89 188 163 0 90 131 114 0 91 0 188 163 92 0 131 114 93 163 0 188 94 114 0 131 95 203 73 0 96 142 51 0 97 0 203 73 98 0 142 51 99 73 0 203 100 51 0 142 101 94 189 0 102 65 132 0 103 189 0 94 104 132 0 65 golly-3.3-src/Rules/HPPMargolus_emulated.rule0000644000175000017500000000426112060231465016221 00000000000000@RULE HPPMargolus_emulated @TREE num_states=5 num_neighbors=8 num_nodes=132 1 0 2 2 4 4 1 0 1 2 3 4 2 0 1 0 1 0 2 1 1 1 1 1 1 0 2 1 4 3 2 0 1 4 1 4 3 2 3 5 3 5 3 3 3 3 3 3 3 5 3 5 3 5 4 6 7 8 7 8 4 7 7 7 7 7 2 4 1 4 1 4 3 2 3 11 3 11 3 11 3 11 3 11 4 12 7 13 7 13 5 9 10 14 10 14 1 0 1 1 3 3 2 16 1 16 1 16 3 17 3 17 3 17 4 18 7 18 7 18 5 19 10 19 10 19 1 0 2 2 2 4 2 0 1 21 1 21 1 0 4 2 2 4 2 0 1 21 1 23 3 2 3 22 3 24 4 25 7 25 7 25 5 26 10 26 10 26 1 0 4 2 4 4 2 0 1 23 1 28 2 0 1 28 1 28 3 2 3 29 3 30 4 31 7 31 7 31 5 32 10 32 10 32 6 15 20 27 20 33 5 10 10 10 10 10 6 20 20 35 20 35 3 2 3 2 3 2 1 0 1 2 3 2 2 1 1 38 1 38 3 39 39 3 39 3 1 0 1 4 3 2 2 1 1 38 1 41 3 42 42 3 42 3 4 37 40 37 43 37 5 44 10 44 10 44 4 25 40 25 43 25 5 46 10 46 10 46 4 31 40 31 43 31 5 48 10 48 10 48 6 45 35 47 35 49 1 0 1 4 3 4 2 1 1 41 1 51 3 52 52 3 52 3 2 1 1 51 1 51 3 54 54 3 54 3 4 37 53 37 55 37 5 56 10 56 10 56 4 25 53 25 55 25 5 58 10 58 10 58 4 31 53 31 55 31 5 60 10 60 10 60 6 57 35 59 35 61 7 34 36 50 36 62 6 35 35 35 35 35 7 36 36 64 36 64 4 37 7 37 7 37 2 38 38 1 38 1 3 3 3 67 3 67 4 68 7 68 7 68 2 41 41 1 41 1 3 3 3 67 3 70 4 71 7 71 7 71 5 66 69 66 72 66 5 26 69 26 72 26 5 32 69 32 72 32 6 73 35 74 35 75 5 44 69 44 72 44 5 46 69 46 72 46 5 48 69 48 72 48 6 77 35 78 35 79 5 56 69 56 72 56 5 58 69 58 72 58 5 60 69 60 72 60 6 81 35 82 35 83 7 76 64 80 64 84 2 51 51 1 51 1 3 3 3 70 3 86 4 87 7 87 7 87 3 3 3 86 3 86 4 89 7 89 7 89 5 66 88 66 90 66 5 26 88 26 90 26 5 32 88 32 90 32 6 91 35 92 35 93 5 44 88 44 90 44 5 46 88 46 90 46 5 48 88 48 90 48 6 95 35 96 35 97 5 56 88 56 90 56 5 58 88 58 90 58 5 60 88 60 90 60 6 99 35 100 35 101 7 94 64 98 64 102 8 63 65 85 65 103 1 0 1 1 3 1 2 105 1 105 1 105 3 106 3 106 3 106 4 18 7 107 7 107 1 0 1 3 3 1 2 109 1 109 1 109 3 110 3 110 3 110 4 18 7 107 7 111 5 19 10 108 10 112 6 113 113 35 113 35 7 114 114 64 114 64 7 64 64 64 64 64 8 115 115 116 115 116 5 66 10 66 10 66 6 118 35 27 35 33 7 119 64 50 64 62 8 120 116 85 116 103 1 0 1 3 3 3 2 122 1 122 1 122 3 123 3 123 3 123 4 18 7 111 7 124 4 18 7 124 7 124 5 19 10 125 10 126 6 127 127 35 127 35 7 128 128 64 128 64 8 129 129 116 129 116 9 104 117 121 130 121 @COLORS 1 90 90 90 2 62 62 62 3 0 255 127 4 0 178 88 golly-3.3-src/Rules/SDSR-Loop.rule0000644000175000017500000003531112124663564013674 00000000000000@RULE SDSR-Loop Hiroki Sayama. "Introduction of Structural Dissolution into Langton's Self-Reproducing Loop." Artificial Life VI: Proceedings of the Sixth International Conference on Artificial Life, C. Adami, R. K. Belew, H. Kitano, and C. E. Taylor, eds., pp.114-122, Los Angeles, California, 1998, MIT Press. Transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java Credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" Note that the transition table given in the above link is incomplete (it's the original Langton's Loops one), and is patched by the function set_undefined_rule(). The table below has these changes incorporated, and was produced automatically by a bottom-up merging procedure from the full 9^5 rule table. Tim Hutton @TABLE # rules: 142 # variables: 123 # format: CNESWC' # # Variables are bound within each transition. # For example, if a={1,2} then 4,a,0->a represents # two transitions: 4,1,0->1 and 4,2,0->2 n_states:9 neighborhood:vonNeumann symmetries:rotate4 var a={0,1,2} var b={0,1} var c={0,1} var d={0,1} var e={2,3} var f={0,1,2,3,4,5,6,7} var g={0,1,2,3,4,6,7} var h={4,6,7} var i={6,7} var j={0,1,2,3,4,5,6,7,8} var k={0,1,2,3,4,5,6,7,8} var l={2,3,4,5,6,7} var m={0,1,2,3,5} var n={0,1,8} var o={1,4,6,7} var p={0,1,3,5} var q={1,2,4,6,7} var r={3,5} var s={2,3,4,5,6} var t={0,3,5} var u={1,3,5} var v={0,5} var w={2,3,5} var x={0,2} var y={1,4,7} var z={0,3,5} var A={0,3,5} var B={0,2,3,4,5} var C={0,2,4,6,7} var D={0,1,2,4,6,7} var E={0,1,2,4,6,7} var F={1,3,4,6,7} var G={0,1,2,3,4,5} var H={0,1,2,3,4} var I={1,2,4} var J={0,3,5,6} var K={0,1,3,4,5,6} var L={1,2,4,6} var M={0,3} var N={0,2,3,5} var O={1,3,4,5,6,7} var P={0,1,3,4} var Q={1,2} var R={2,4,6,7} var S={0,1,2,3,4,5,6} var T={0,1,3,4,5,6,7} var U={1,5} var V={0,1,3,4,5} var W={1,3,5} var X={1,3,5} var Y={0,3,4,5,6} var Z={0,6} var aa={0,6} var ab={1,3} var ac={2,5} var ad={2,3,5} var ae={0,7} var af={2,7} var ag={1,4,6,7,8} var ah={1,3,5} var ai={1,2,3,4,5} var aj={1,4,5,6,7} var ak={1,2,3,5} var al={1,2,3,5} var am={4,7} var an={0,5,6} var ao={0,5,6} var ap={0,5,6} var aq={0,5,6} var ar={0,3} var as={0,3} var at={3,7} var au={2,3,5,8} var av={0,1,2,3,4,5,6,7,8} var aw={0,1,4,5,6,7} var ax={0,1,4,5,6,7} var ay={1,4,6,7} var az={0,1,2,3,4,5,6,7} var aA={2,8} var aB={4,5,6,7} var aC={4,5,6} var aD={0,1,5} var aE={0,1,5} var aF={1,4,5,6,7} var aG={0,1,2,4,5,6,7} var aH={5,6,7} var aI={0,2,3,4,5,6,7} var aJ={0,4,6,7} var aK={2,3,5,7} var aL={1,2,3,4,6,7} var aM={1,2,3,4,5,6,7} var aN={3,4,6,7,8} var aO={1,3,4,5,6,7} var aP={2,4,6,7} var aQ={4,5} var aR={0,1,3,4,6,7} var aS={4,6,7,8} var aT={1,2,4,6,7} var aU={4,6,8} var aV={1,2,3,4,5,6,7} var aW={1,2,3,4,5,6,7} var aX={1,2,3,4,5,6,7} var aY={0,3,7} var aZ={0,1,2,3} var ba={0,3,4,5,6,7} var bb={5,8} var bc={0,1,7} var bd={0,1,3,7} var be={1,2,7} var bf={1,3,6,7} var bg={0,1,2,3,7} var bh={3,6} var bi={5,6} var bj={2,3,4,5,6,7} var bk={2,3,4,5,6,7} var bl={2,3,4,5,6,7} var bm={6,8} var bn={6,7,8} var bo={3,4,6,7} var bp={1,6} var bq={0,1,4,6,7} var br={0,1,2,3,4,5,6,7} var bs={0,1,2,3,4,5,6,7} 0,0,0,a,1,2 0,0,0,0,6,3 0,b,c,d,7,1 0,0,0,1,e,2 0,f,g,1,h,1 0,0,0,2,i,2 b,j,k,l,8,8 0,m,f,h,1,1 0,0,0,5,2,5 0,0,0,i,2,2 b,f,n,8,l,8 0,m,1,f,o,1 0,0,1,0,2,2 0,p,1,q,r,1 0,m,1,s,2,1 b,c,l,d,8,8 0,t,2,1,u,1 0,v,2,1,2,5 0,0,2,w,1,1 0,0,2,3,2,2 0,0,r,1,q,1 0,0,r,2,1,1 0,0,5,2,2,2 x,1,q,3,f,1 0,1,7,2,5,5 0,2,5,2,7,1 y,t,z,A,B,8 1,C,D,E,7,7 F,A,t,f,r,8 1,G,H,I,4,4 1,J,K,L,6,6 1,M,p,N,w,8 O,A,t,3,f,8 1,m,P,4,Q,4 F,0,A,5,R,8 1,S,K,6,L,6 1,f,T,7,q,7 U,M,u,m,w,8 1,p,I,A,4,4 1,A,L,V,6,6 u,A,W,w,X,8 1,p,q,f,7,7 1,p,L,7,Y,7 1,Z,2,aa,2,6 1,A,w,U,W,8 ab,N,w,ac,ad,8 1,0,2,2,6,3 1,ae,af,3,2,7 1,B,2,6,W,6 1,0,2,6,4,4 ag,0,2,7,1,0 O,A,r,v,D,8 1,b,s,L,7,7 1,p,5,I,4,4 1,A,5,4,1,4 1,x,5,4,2,7 1,0,7,r,L,7 O,W,X,u,ah,8 1,1,Q,2,7,7 ab,m,Q,5,x,8 1,ai,2,6,4,6 aj,ak,5,ad,al,8 1,W,5,4,2,4 1,2,ad,2,6,6 1,2,am,2,5,5 1,2,4,2,6,7 ad,an,ao,ap,aq,8 2,M,ar,as,at,1 au,j,k,av,8,0 ad,aw,ax,o,ay,8 2,f,az,O,3,1 aA,x,0,2,5,0 2,aw,x,3,aj,1 2,a,0,3,2,6 2,0,0,4,2,3 ad,aw,ax,aB,aC,8 2,0,0,5,1,7 2,0,b,5,aC,8 2,x,0,5,7,5 ad,aD,aj,aE,aF,8 2,0,O,x,3,1 2,0,2,0,7,3 2,aG,l,2,3,1 af,0,2,3,2,1 2,0,3,2,aB,1 2,0,3,aH,2,1 2,0,5,5,2,1 2,1,1,2,6,1 3,0,0,Z,2,2 3,aI,az,f,r,8 3,x,0,0,4,1 3,0,0,0,7,6 3,D,aJ,aK,aL,8 3,v,1,0,2,1 3,az,aM,F,aL,8 aN,0,1,2,2,0 r,T,O,az,aO,8 3,0,R,0,aP,8 aQ,A,0,v,aR,8 h,av,j,k,8,1 aS,0,aw,q,aT,0 aS,0,ay,A,aT,0 aU,0,aT,q,O,0 aU,0,2,aw,aT,0 aS,0,2,aM,ay,0 4,0,e,2,2,1 4,0,2,3,2,6 aS,0,e,ay,aT,0 aS,0,3,2,ay,0 am,aM,aV,aW,aX,8 5,aY,0,0,2,2 5,aZ,T,F,az,8 5,az,ba,e,aC,8 bb,0,0,5,2,0 5,b,2,bc,2,2 5,0,e,bd,h,8 5,v,e,be,bf,8 5,0,2,1,5,2 bb,b,2,2,2,0 5,0,2,2,4,4 5,0,2,af,5,8 5,bg,2,bh,2,8 5,1,2,4,2,2 bi,l,bj,bk,bl,8 6,0,0,0,aJ,8 6,0,0,0,Q,1 i,0,0,5,1,8 bm,0,2,e,2,0 bn,0,3,2,2,0 6,O,aF,aM,bj,8 6,1,2,Q,2,5 6,1,2,1,3,1 6,1,e,bo,2,8 6,1,3,2,2,8 7,0,0,0,bp,8 7,0,ay,aT,r,0 7,0,2,bq,2,0 7,0,2,ay,r,0 7,0,2,2,ac,1 7,0,2,2,3,0 7,0,2,5,2,5 8,az,f,br,bs,0 @TREE num_states=9 num_neighbors=4 num_nodes=339 1 0 8 8 8 8 8 8 8 0 1 2 1 2 3 8 8 1 8 0 1 0 8 2 2 8 2 1 8 0 1 0 8 1 8 8 8 8 8 0 1 0 8 2 1 8 8 8 8 0 1 3 1 8 8 8 8 8 8 0 1 1 7 1 6 8 8 8 7 0 1 0 1 0 0 1 0 1 1 0 2 0 1 2 3 4 0 5 6 7 1 2 1 8 8 0 8 0 0 0 1 2 1 2 3 0 8 0 0 0 1 2 8 1 8 8 8 8 8 0 1 1 4 8 8 0 8 0 0 0 1 0 8 2 8 8 8 8 8 0 1 1 6 8 8 0 8 0 0 0 1 1 7 8 8 0 8 0 0 0 2 1 9 10 11 12 13 14 15 7 1 2 1 2 8 0 5 0 0 0 1 0 8 2 8 0 5 0 0 0 1 0 8 2 8 8 2 8 8 0 1 0 4 2 8 0 8 0 0 0 1 0 8 0 8 8 8 8 8 0 1 2 6 2 8 0 8 0 0 0 1 2 7 2 8 0 2 0 0 0 1 8 8 0 0 1 0 1 1 0 2 2 17 18 19 20 21 22 23 24 1 0 8 6 8 8 8 8 8 0 2 3 3 26 3 3 3 3 3 24 1 0 4 3 1 0 8 0 0 0 1 0 4 8 8 0 8 0 0 0 1 0 6 8 8 0 8 0 0 0 1 0 7 8 8 0 8 0 0 0 2 4 12 28 3 29 0 30 31 24 1 0 1 7 8 8 8 8 8 0 1 5 8 2 8 8 0 8 8 0 1 0 8 5 8 8 8 8 8 0 2 0 33 34 3 0 0 0 35 24 1 2 6 2 2 0 8 0 0 0 2 5 14 37 3 30 0 30 31 24 1 2 7 2 8 0 8 0 0 0 2 6 15 39 3 31 0 31 31 24 2 7 7 24 24 24 24 24 24 7 3 8 16 25 27 32 36 38 40 41 2 1 9 17 3 12 33 14 15 7 1 1 1 8 8 0 8 0 0 0 1 1 8 2 8 0 8 0 0 0 1 1 8 1 8 0 8 0 0 0 1 1 8 8 8 0 8 0 0 0 2 44 44 45 46 12 47 14 15 7 1 2 8 2 1 0 8 0 0 0 1 1 1 2 8 0 8 0 0 0 1 1 4 2 8 0 8 0 0 0 1 1 8 2 1 0 8 0 0 0 1 1 6 2 8 0 8 0 0 0 1 1 0 2 8 0 8 0 0 0 2 49 45 50 46 51 52 53 54 24 1 1 8 6 8 0 8 0 0 0 1 1 4 1 8 0 8 0 0 0 1 1 6 1 8 0 8 0 0 0 1 1 7 1 8 0 8 0 0 0 2 3 46 56 3 57 3 58 59 24 2 12 12 51 57 12 12 14 15 24 2 0 47 45 3 12 0 14 15 24 2 14 14 53 58 14 14 14 15 24 1 1 7 2 8 0 8 0 0 0 2 15 15 64 59 15 15 15 15 24 3 43 48 55 60 61 62 63 65 41 2 2 10 18 26 28 34 37 39 24 1 0 8 2 8 0 8 0 0 0 1 1 8 2 0 0 8 0 0 0 2 49 68 69 46 51 45 53 64 24 1 0 6 2 8 0 2 0 0 0 1 5 1 2 8 0 2 0 0 0 1 0 8 2 8 1 0 0 1 0 1 2 7 1 8 6 8 0 1 0 1 0 8 0 8 0 8 0 5 0 1 0 6 2 8 0 8 0 0 0 1 0 7 2 8 0 2 0 0 0 2 71 72 73 74 20 75 76 77 24 1 0 8 6 8 1 8 0 0 0 1 0 6 1 8 0 8 0 0 0 1 0 7 1 8 0 8 0 0 0 2 13 45 79 3 20 3 80 81 24 1 0 4 1 8 0 8 0 0 0 1 0 7 2 8 0 8 0 0 0 2 20 51 20 83 20 20 76 84 24 1 2 8 2 8 0 8 0 0 0 1 0 7 5 8 0 8 0 0 0 2 13 45 86 3 84 3 76 87 24 2 76 53 76 80 76 76 76 84 24 1 0 7 3 8 0 8 0 0 0 2 90 64 84 81 84 84 84 84 24 2 24 24 24 24 24 24 24 24 24 3 67 70 78 82 85 88 89 91 92 2 3 11 19 3 3 3 3 3 24 2 3 46 46 3 57 3 58 59 24 1 0 8 1 8 0 8 0 0 0 2 13 46 96 3 83 3 80 81 24 2 3 3 3 3 3 3 3 3 24 2 3 57 83 3 83 3 80 81 24 2 3 58 80 3 80 3 80 81 24 2 3 59 81 3 81 3 81 81 24 3 94 95 97 98 99 98 100 101 92 2 4 12 20 3 29 0 30 31 24 1 0 4 2 8 0 4 0 0 0 2 20 51 104 83 20 20 20 84 24 2 29 12 20 83 29 29 30 31 24 2 0 12 20 3 29 0 30 31 24 2 30 14 76 80 30 30 30 31 24 2 31 15 84 81 31 31 31 31 24 3 103 61 105 99 106 107 108 109 92 2 0 13 21 3 0 0 0 0 24 1 1 8 2 8 0 2 0 0 0 1 0 8 2 8 0 8 0 1 0 2 13 112 113 3 20 13 76 84 24 2 0 0 13 3 0 0 0 0 24 2 0 14 76 3 30 0 30 31 24 2 0 15 84 3 31 0 31 31 24 3 111 62 114 98 107 115 116 117 92 2 5 14 22 3 30 0 30 31 24 1 0 3 2 8 0 8 0 0 0 2 76 53 120 80 76 76 76 84 24 3 119 63 121 100 108 116 108 109 92 2 6 15 23 3 31 35 31 31 24 3 123 65 91 101 109 117 109 109 92 3 41 41 92 92 92 92 92 92 41 4 42 66 93 102 110 118 122 124 125 2 1 44 49 3 12 0 14 15 7 2 9 44 68 46 12 47 14 15 7 2 10 45 69 46 51 45 53 64 24 2 11 46 46 3 57 3 58 59 24 2 13 47 45 3 12 0 14 15 24 3 127 128 129 130 61 131 63 65 41 2 9 44 45 46 12 47 14 15 7 1 1 8 8 8 8 8 8 8 0 1 1 1 2 8 8 8 8 8 0 1 1 8 1 8 8 8 8 8 0 1 1 4 8 8 8 8 8 8 0 1 1 6 8 8 8 8 8 8 0 1 1 7 8 8 8 8 8 8 0 2 44 134 135 136 137 134 138 139 7 1 1 4 2 8 8 8 8 8 0 1 1 1 1 8 8 8 8 8 0 1 1 7 2 8 8 8 8 8 0 2 68 135 135 136 141 135 142 143 24 1 1 4 1 8 8 8 8 8 0 1 1 6 1 8 8 8 8 8 0 1 1 7 1 8 8 8 8 8 0 2 46 136 136 136 145 136 146 147 24 2 12 137 141 145 137 137 138 139 24 1 1 8 2 8 8 8 8 8 0 2 47 134 150 136 137 134 138 139 24 1 1 6 2 8 8 8 8 8 0 2 14 138 152 146 138 138 138 139 24 2 15 139 143 147 139 139 139 139 24 3 133 140 144 148 149 151 153 154 41 2 17 45 50 56 51 45 53 64 24 2 45 135 135 136 141 150 152 143 24 1 1 1 2 8 8 2 5 8 0 1 1 1 2 8 8 0 5 8 0 1 1 4 2 8 8 2 8 8 0 1 5 8 2 8 8 8 8 8 0 1 1 7 2 8 8 2 8 8 0 2 72 158 159 142 160 161 135 162 24 1 1 8 1 8 8 8 1 8 0 2 46 164 142 136 145 136 146 147 24 2 51 141 141 145 141 141 152 143 24 2 112 150 150 136 141 150 152 143 24 2 53 152 152 146 152 152 152 143 24 2 64 143 143 147 143 143 143 143 24 3 156 157 163 165 166 167 168 169 92 2 45 164 136 136 145 136 146 147 24 2 3 136 136 3 145 3 146 147 24 2 57 145 145 145 145 145 146 147 24 2 58 146 146 146 146 146 146 147 24 2 59 147 147 147 147 147 147 147 24 3 95 148 171 172 173 172 174 175 92 3 61 149 166 173 149 149 153 154 92 2 33 47 52 3 12 0 14 15 24 2 47 134 135 136 137 134 138 139 24 2 45 150 135 136 141 150 152 143 24 2 0 134 150 3 137 0 138 139 24 1 5 7 2 8 8 8 8 8 0 2 15 139 182 147 139 139 139 139 24 3 178 179 180 172 149 181 153 183 92 2 14 138 142 146 138 138 138 139 24 3 63 185 168 174 153 153 153 154 92 2 15 15 54 59 15 15 15 15 24 3 187 154 169 175 154 154 154 154 92 4 132 155 170 176 177 184 186 188 125 2 2 49 71 13 20 13 76 90 24 2 17 45 72 46 51 112 53 64 24 2 18 50 73 96 104 113 120 84 24 2 19 46 74 3 83 3 80 81 24 2 21 52 75 3 20 13 76 84 24 2 22 53 76 80 20 76 76 84 24 2 23 54 77 81 84 84 84 84 24 3 190 191 192 193 85 194 195 196 92 2 10 68 72 45 51 45 53 64 24 2 45 135 158 164 141 150 152 143 24 2 69 135 159 136 141 135 152 143 24 2 46 136 142 136 145 136 146 147 24 2 51 141 160 145 141 141 152 143 24 2 45 135 161 136 141 150 152 143 24 2 53 142 135 146 152 152 152 143 24 2 64 143 162 147 143 143 143 143 24 3 198 199 200 201 202 203 204 205 92 2 18 69 73 79 20 86 76 84 24 2 50 135 159 142 141 150 152 143 24 1 0 4 2 8 8 8 8 8 0 1 0 6 2 8 8 8 8 8 0 1 0 7 2 8 8 8 8 8 0 2 73 159 13 3 209 13 210 211 24 1 0 4 1 8 8 8 8 8 0 1 0 6 1 8 8 8 8 8 0 1 0 7 1 8 8 8 8 8 0 2 96 136 3 3 213 3 214 215 24 2 104 141 209 213 209 209 210 211 24 2 113 135 13 3 211 13 210 211 24 2 120 152 210 214 210 210 210 211 24 2 84 143 211 215 211 211 211 211 24 3 207 208 212 216 217 218 219 220 92 2 26 46 74 3 83 3 80 81 24 2 56 136 142 136 145 136 146 147 24 2 79 142 3 3 213 3 214 215 24 2 3 136 3 3 213 3 214 215 24 2 83 145 213 213 213 213 214 215 24 2 80 146 214 214 214 214 214 215 24 2 81 147 215 215 215 215 215 215 24 3 222 223 224 225 226 225 227 228 92 2 28 51 20 20 20 84 76 84 24 2 20 141 209 213 209 211 210 211 24 2 20 141 209 213 209 209 210 211 24 1 0 5 2 8 8 8 8 8 0 2 20 141 233 213 209 209 210 211 24 2 76 152 211 214 210 210 210 211 24 3 230 202 231 226 232 234 235 220 92 2 34 45 75 3 20 3 76 84 24 2 45 150 161 136 141 150 152 143 24 2 86 150 13 3 209 13 210 211 24 2 13 150 13 3 209 13 210 211 24 2 76 152 210 214 210 210 210 211 24 1 1 5 2 8 8 8 8 8 0 2 84 143 242 215 211 211 211 211 24 3 237 238 239 225 234 240 241 243 92 2 37 53 76 80 76 76 76 84 24 2 53 152 135 146 152 152 152 143 24 3 245 246 241 227 235 241 241 220 92 2 39 64 77 81 84 87 84 84 24 2 84 182 242 215 211 211 211 211 24 3 248 205 220 228 220 249 220 220 92 3 92 92 92 92 92 92 92 92 92 4 197 206 221 229 236 244 247 250 251 2 3 3 13 3 3 3 3 3 24 2 3 46 45 3 57 3 58 59 24 2 26 56 79 3 83 3 80 81 24 2 3 57 20 3 83 3 80 81 24 3 253 254 255 98 256 98 100 101 92 2 46 136 164 136 145 136 146 147 24 3 130 258 201 172 173 172 174 175 92 2 19 46 96 3 83 3 80 81 24 2 74 142 3 3 213 3 214 215 24 3 260 148 261 225 226 225 227 228 92 2 3 145 213 3 213 3 214 215 24 2 3 146 214 3 214 3 214 215 24 2 3 147 215 3 215 3 215 215 24 3 98 172 225 98 263 98 264 265 92 3 99 173 226 263 226 263 227 228 92 3 100 174 227 264 227 264 227 228 92 3 101 175 228 265 228 265 228 228 92 4 257 259 262 266 267 266 268 269 251 2 28 51 20 83 20 20 76 84 24 3 103 61 271 99 106 107 108 109 92 2 20 51 104 83 20 20 76 84 24 2 20 160 209 213 209 233 211 211 24 3 273 166 274 226 232 232 241 220 92 2 20 145 213 213 213 213 214 215 24 3 99 173 276 263 226 263 227 228 92 1 0 4 8 8 8 8 8 8 0 1 0 6 8 8 8 8 8 8 0 1 0 7 8 8 8 8 8 8 0 2 29 137 209 213 278 278 279 280 24 2 30 138 210 214 279 279 279 280 24 2 31 139 211 215 280 280 280 280 24 3 106 149 232 226 281 281 282 283 92 2 84 141 211 213 209 209 210 211 24 2 0 137 209 3 278 0 279 280 24 3 107 149 285 263 281 286 282 283 92 2 30 14 20 80 30 30 30 31 24 3 288 153 241 227 282 282 282 283 92 3 109 154 220 228 283 283 283 283 92 4 272 177 275 277 284 287 289 290 251 2 33 47 45 3 12 0 14 15 24 2 34 45 86 3 20 13 76 84 24 2 0 12 84 3 29 0 30 31 24 2 0 0 3 3 0 0 0 0 24 2 35 15 87 3 31 0 31 31 24 3 115 292 293 98 294 295 116 296 92 2 13 47 112 3 12 0 14 15 24 2 45 150 150 136 141 150 152 143 24 3 298 151 299 172 149 181 153 154 92 2 21 45 113 3 20 13 76 84 24 2 52 135 135 136 141 150 152 182 24 2 75 161 13 3 233 13 210 242 24 2 20 141 211 213 209 209 210 211 24 3 301 302 303 225 304 240 241 220 92 3 107 149 232 263 281 286 282 283 92 2 3 150 13 3 209 13 210 211 24 2 0 138 210 3 279 0 279 280 24 2 0 139 211 3 280 0 280 280 24 3 115 181 307 98 286 115 308 309 92 3 116 153 241 264 282 308 282 283 92 3 117 154 220 265 283 309 283 283 92 4 297 300 305 266 306 310 311 312 251 2 5 14 76 3 30 0 30 31 24 3 314 63 245 100 108 116 108 109 92 3 63 153 168 174 153 153 153 154 92 2 22 53 120 80 76 76 76 84 24 2 53 142 152 146 152 152 152 143 24 2 76 135 210 214 211 210 210 211 24 2 20 152 210 214 210 210 210 211 24 3 317 318 319 227 320 241 241 220 92 3 108 153 241 227 282 282 282 283 92 4 315 316 321 268 322 311 322 290 251 2 6 15 90 3 31 0 31 31 24 2 39 64 84 81 84 84 84 84 24 3 324 65 325 101 109 117 109 109 92 2 64 143 143 147 143 182 143 143 24 3 65 154 327 175 154 154 154 154 92 2 23 64 84 81 84 84 84 84 24 2 54 143 143 147 143 143 143 143 24 2 77 162 211 215 211 242 211 211 24 3 329 330 331 228 220 220 220 220 92 2 35 15 84 3 31 0 31 31 24 2 87 143 211 215 211 211 211 211 24 3 333 154 334 265 283 309 283 283 92 4 326 328 332 269 290 335 290 290 251 4 125 125 251 251 251 251 251 251 125 5 126 189 252 270 291 313 323 336 337 @COLORS # colors from # http://necsi.org/postdocs/sayama/sdsr/java/loops.java # Color.black,Color.blue,Color.red,Color.green, # Color.yellow,Color.magenta,Color.white,Color.cyan,Color.orange 1 0 0 255 2 255 0 0 3 0 255 0 4 255 255 0 5 255 0 255 6 255 255 255 7 0 255 255 8 255 128 0 golly-3.3-src/Rules/TreeGenerators/0000755000175000017500000000000013543257426014331 500000000000000golly-3.3-src/Rules/TreeGenerators/RuleTreeGen.cpp0000644000175000017500000000270012026730263017123 00000000000000#include // for strlen #include #include #include #include using namespace std ; /** * Set the state count, neighbor count, and put your function here. */ const int numStates = 2 ; const int numNeighbors = 8 ; /* order for nine neighbors is nw, ne, sw, se, n, w, e, s, c */ /* order for five neighbors is n, w, e, s, c */ int f(int *a) { int n = a[0] + a[1] + a[2] + a[3] + a[4] + a[5] + a[6] + a[7] ; if (n == 2 && a[8]) return 1 ; if (n == 3) return 1 ; return 0 ; } const int numParams = numNeighbors + 1 ; map world ; vector r ; int nodeSeq, params[9] ; int getNode(const string &n) { map::iterator it = world.find(n) ; if (it != world.end()) return it->second ; world[n] = nodeSeq ; r.push_back(n) ; return nodeSeq++ ; } int recur(int at) { if (at == 0) { return f(params) ; } else { char buf[256*10] ; sprintf(buf, "%d", at) ; for (int i=0; i world = new HashMap() ; ArrayList r = new ArrayList() ; int[] params = new int[numParams] ; int nodeSeq = 0 ; int getNode(String n) { Integer found = world.get(n) ; if (found == null) { found = nodeSeq++ ; r.add(n) ; world.put(n, found) ; } return found ; } int recur(int at) { if (at == 0) return f(params) ; String n = "" + at ; for (int i=0; i #include #include #include using namespace std ; /** * Set the state count, neighbor count, and put your function here. */ const int numStates = 3 ; const int numNeighbors = 8 ; /** 0: (nothing set) 1: \ 2: / */ /* order for nine neighbors is nw, ne, sw, se, n, w, e, s, c */ int f(int *a) { int on1 = (a[0] & 1) + (a[3] & 1) + (a[4] >> 1) + (a[5] >> 1) + (a[6] >> 1) + (a[7] >> 1) + (a[8] & 1) ; int on2 = (a[1] >> 1) + (a[2] >> 1) + (a[4] & 1) + (a[5] & 1) + (a[6] & 1) + (a[7] & 1) + (a[8] >> 1) ; if (on1 == 2) if (on2 == 2) return 0 ; else return 1 ; else if (on2 == 2) return 2 ; else return 0 ; } const int numParams = numNeighbors + 1 ; map world ; vector r ; int nodeSeq, params[9] ; int getNode(const string &n) { map::iterator it = world.find(n) ; if (it != world.end()) return it->second ; world[n] = nodeSeq ; r.push_back(n) ; return nodeSeq++ ; } int recur(int at) { if (at == 0) { return f(params) ; } else { char buf[256*10] ; sprintf(buf, "%d", at) ; for (int i=0; i=1): #C #C A(n) = 9 2^(6n+1) - 261 n 2^(3n-2) - (179 2^(3n-2) + 13)/7 #C #C B(n) = A(n) + (45n - 2) 2^(3n-2) #C = 9 2^(6n+1) - 27 n 2^(3n+1) - (193 2^(3n-2) + 13)/7 #C #C C(n) = 9 2^(6n+3) - 9 n 2^(3n+4) - (1425 2^(3n-2) + 13)/7 #C #C D(n) = C(n) + (27n - 11) 2^(3n) + 12 #C = 9 2^(6n+3) - 117 n 2^(3n) - (1733 2^(3n-2) - 71)/7 #C #C (The hexagon at time A(1) doesn't quite fit the pattern.) #C #C Here are the first few values: #C #C n A(n) B(n) C(n) D(n) #C 1 577 663 3047 3187 #C 2 64965 66373 273221 275985 #C 3 4615093 4632117 18627125 18662977 #C 4 300894645 301076917 1205391797 1205789121 #C x = 1, y = 1, rule = Worm-1525115 A! golly-3.3-src/Patterns/Patersons-Worms/worm-1252121.rle0000644000175000017500000000426712026730263017413 00000000000000#C One of Paterson's worms #C Implemented in Golly by Dean Hickerson, 11/30/2008 #C Pattern #155 #C Sven Kahrkling's notation 1252121 #C Gardner's notation 1a2d3cbcc4b #C #C This almost certainly runs forever, repeatedly forming almost solid #C hexagons at certain times, as described below. (Here all times and #C distances are in terms of the Golly implementation. Divide by 2 to get #C measurements in terms of the original worm.) #C #C The worm forms a hexagon, whose horizontal sides have length 2^(3n+2)-2, #C completing the boundary at a point P in the middle of one side, in #C generation a(n). Then it wanders around inside for a while and leaves at #C the corner that's 210 degrees clockwise from P, in generation b(n). #C #C Next it builds a new hexagon, whose horizontal sides have length #C 2^(3n+3)-2, completing the boundary in the middle of the side that's 120 #C degrees clockwise from P, in generation c(n). Again it wanders inside, #C this time emerging in the middle of the side that's 60 degrees clockwise #C from P, in generation d(n). #C #C Next it builds a hexagon, with horizontal sides of length 2^(3n+5)-2, #C completing the boundary in the middle of the side that's 60 degrees #C clockwise from P, in generation a(n+1). Then the process repeats. #C #C The uneaten parts of the hexagons have a fractal structure, which can #C be viewed by changing the rule to "worm-complement" and running for #C one generation. #C #C Here are the formulas for a(n), ..., d(n) (for n>=1): #C #C a(n) = 9 2^(6n+3) - 261 n 2^(3n-1) - (197 2^(3n+1) + 5)/7 #C #C b(n) = a(n) + (45n + 13) 2^(3n-1) #C = 9 2^(6n+3) - 27 n 2^(3n+2) - (697 2^(3n-1) + 5)/7 #C #C c(n) = 9 2^(6n+5) - 9 n 2^(3n+5) - (2769 2^(3n-1) + 5)/7 #C #C d(n) = c(n) + (27n - 2) 2^(3n+1) + 12 #C = 9 2^(6n+5) - 117 n 2^(3n+1) - (2825 2^(3n-1) - 79)/7 #C #C (The hexagon at time a(1) doesn't quite fit the pattern.) #C #C Here are the first few values: #C #C n a(n) b(n) c(n) d(n) #C 1 3113 3345 14545 14957 #C 2 274605 277901 1130125 1136793 #C 3 18645101 18682989 74953837 75034745 #C 4 1205590893 1205986157 4826309485 4827177849 #C x = 1, y = 1, rule = Worm-1252121 A! golly-3.3-src/Patterns/Patersons-Worms/worm-1040512.rle0000644000175000017500000000045312026730263017403 00000000000000#C One of Paterson's worms #C Implemented in Golly by Dean Hickerson, 11/30/2008 #C Pattern #055 #C Sven Kahrkling's notation 1040512 #C Gardner's notation 1a2c3cbaa4b #C Finishes after 569804 steps (1139608 gens in Golly), almost filling #C a regular hexagon. x = 1, y = 1, rule = Worm-1040512 A! golly-3.3-src/Patterns/Patersons-Worms/worm-1042020.rle0000644000175000017500000000043312026730263017375 00000000000000#C One of Paterson's worms #C Implemented in Golly by Dean Hickerson, 11/30/2008 #C Pattern #062a #C Sven Kahrkling's notation 1042020 #C Gardner's notation 1a2c3aaca4a #C Finishes after 57,493,855,205,939 steps, as determined by Tomas Rokicki. x = 1, y = 1, rule = Worm-1042020 A! golly-3.3-src/Patterns/WireWorld/0000755000175000017500000000000013543257426014024 500000000000000golly-3.3-src/Patterns/WireWorld/gate-NOT.mcl0000644000175000017500000000077112026730263016012 00000000000000#MCell 4.00 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 60x60 #SPEED 100 #WRAP 0 #CCOLORS 4 #PALETTE 8 colors #D NOT (clocked, has to be) #D #D A correctly timed signal from left (shown) will cancel the signal that #D would otherwise leave at right. #D #D Harold V. McIntosh #L 3CBACCBACCBACCBAC$18.C$17.3C$18.C$17.C.11C$16.C$15.B.C$16.A7$6CBA6CBA #L CC$18.C$17.3C$18.C$17.C.11C$15.CC$14.C..C$14.C..C$15.BA golly-3.3-src/Patterns/WireWorld/gate-XOR.mcl0000644000175000017500000000140512026730263016015 00000000000000#MCell 4.00 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 60x60 #SPEED 100 #WRAP 0 #CCOLORS 4 #PALETTE 8 colors #D XOR (EXCLUSIVE OR) #D #D A signal from top or bottom (not both) will cause a signal to leave at right. #D No signal will pass through from top to bottom or vice versa. #D #D As a circuit element it is not much used in design, but it has a theoretical #D importance with respect to minimal collections of gates from which all #D others can be derived. For example, NANDs by themselves are sufficient #D for the purpose. #D #D Harold V. McIntosh #L .A$.C$.C$.C$4C$C.10C$4C$.C$.C$.C$.C3$.C$.C$.C$.C$4C$C.10C$4C$.C$.C$.C$ #L .A3$.A$.C$.C$.C$4C$C.10C$4C$.C$.C$.C$.A golly-3.3-src/Patterns/WireWorld/Langtons-ant.zip0000644000175000017500000000761412706123635017037 00000000000000PKV[Hinit.luaUX ÷EWTCWõ]‘Ñnƒ0 Eßù k/£R;[¥jÒ~e’ nˆb›¢vÚ¿ÏJÝÆCäúú87p‹|€ã®å¦(v;ÙkÛƒØ2Ôï5`ì@§O'ÀIywò <ªçÂwñÌñY³EÛctöÝS„UÉ*E1©€£H ÕGW¸!ЕÕfݯ~åSn`þOÛj%¢(S2–ž åÀI #û) T Û+  Ä>`ÊО üC(ž–ŸB« F…/´”ÂK– t‰ÇÑÀd¥Y[•_Õàíðg³í0Á%¼ðû©ó±•Ô ›ýþ®Þõ Ç0Ñ_ys=–E>÷^ÿ)_ͳÊ,ûjiñ½y`Ïq tÑG¯ÞÂ¥1Þ>ëüÆ ûŽÔò`“Bço·+ÌhçDòmj5qh¯­eŠ‰§þâiAzNëõQ¨l÷èrŸ²Þ?PKÏJARSPK À\H __MACOSX/UX ÷EW÷EWõPKV[H__MACOSX/._init.luaUX ÷EWTCWõc`cg`b`ðMLVðVˆP€'q%ƒø«˜!Ä5"„/p bðg>Õ1ˆùÑ”0"ÄÅ“ósõ rRõBR+J\ó’óS2óÒ’¡!nºÖ†Æ&F†æ–&PKܵÖóe«PKäNÍ:Langtons-ant.mcUX ÷EWÜê2Jõ]XËn#ɼó+ ØÃî M׳»|3|µ/¶=6À•Zbc(r@¶–½#"«šÔb$Mw=2#_‘Uý¯¿…»ŸÞÎÇãwž†Ÿw?üÝýº\æ_Ï—ãË¸–ë}Ä}Û¯ë|9¹ëòþqܯóÕýuz[ϧ¯îϧÕ-'·wo—åÅ_]þ›·Çðó|<^Ÿ(ïóìëúíO_¾Ün·§Ã¼\ç§ÛõËÑÄ<Ö÷£{=_Ü˼î—ãÕOîp¾¹eu·óåëâ„«Éx߯‡‘=ÝÎÇ×Ëþýéùüþ¥aºÑ]àûù2»ýoçõ3fÂÚ,íöáq9=?^æ³éË7÷º!áx>½¹Û²0z\Öc×çËòmuëa¿RÒu^¯îãæOËóŒý˺ìî÷e¾¹ëŽîûùÃö¿Ïn=»—3Õ]×ýeuoói¾ì×åôFA°ÕÝöëó¢g÷úqºcÝŸà læÄí|z™/Wºœ¯‡ýõp\^ õí|Ð÷_Üò*•°é2ï¯3× é:£”0ý'rì$?/x>!#ÖýWHq¯Ä=?CËUž¤FûX,O˜¼^ö/óûþòÕ–·Ãmÿ]–U;.[Ýüò6w Ê“Ÿö¯ð¸†‚R~†aóÂøóÓλÁEþîþòŸßÅöÚ,Þõ4´§Øž‚K.ã¹´YJéëâ&yäÉUç‡&ztÞkÔK_×ïcI+½þdNø“¤½ãÍÎO<Ùü@, ÝððÄ•Á»‚é ÖC{uæÅ]Âœ/.¤Í&/ã_ÙÔш0Qpä6Ü}MatrFª‹¾I«Z‚ø)zÆ~jëG!òæVÂõôBéƒâé;™1q¼RæÈ壹*b¸ºQqVÂ×35×6ì9S ÅEÂOr)»Tèˆ..Á®QÊC3Üœ<µbM•Ø.¯?ƒÇ#­4ŸñÇËt{FÜ°=ã?ü ¯Ìñ=’æHçh¦ Â@ca¨’ŽO2/Ý£@gL"ÞØÃgï2b_]I†T©${˜²ì‘|ì/®Œ®@›baðÍo{ÍPË–dñ-´ õˆüön nŒ}ÊÐ*t^¡ðJºÒÜbX¸9»±¸qtã¤/\ל?}D‹¯Rb°˜LX„wˆ¤å¥º1¹±º)íûˆ/BŸÝ”·¸XíXPP ­:§ÑMS³/x׋¶’è6§™ó{V'çû¨UJ “TD “«YY´â®#«;¹©º Ç M'¼¡ ‘„ƒKiÌÞhV¡•/UîÇnH¦ü@?Ò¿|N¾á%Sµ²0ý0Z O¢ ,smhÉìþàø$ð~ÀN©‡:º+¢ñDÙŒôL*’]fò57ÀÏ9VR³05&ĨÅrÏ´+xÜ×ÝØé9 ¬ÒB§%ØB)pœV'²XbЩhJÔ#­õ@!khg ñÑ×y§Ä€ê)SsÓêÁe>Œ\NDܼ& r ö2™úz`Gþí Ó Á©½_ »ÚM@aµ]`bhÚdŒ”ÓeDhŠÛ\Üà#ÕO]>ë*Þç¨-oo…«ûÊÄ îH|â/:U‡$´˜ÞÍ|Ê›†@-Û[¥¤M Iø®!<Øê³´l˜qù¾1r󽼶JtÆ-'‰È-犒rÜ2kPbÙJ±g†'kefïyNÙ‚SX¨¦” nQƒo`ÁϾlîð™}2 b(®÷u«vՇحK`YÚ¢Úž(aC¾{p¤=‘ƒi=¸’ÙØåõ]zôz·'ý[z¦:(Óƒ3ý8±®—a6ž½Ó“JšÐy̓ýDöÄäL€u~us"²võ¼ukê%Éq˜Ç"[HZê7»dÔ8˜1¹¶NÜÕÈHºd•ìkôé7 ¬;P–8¸ÔW>'e@îq€ê µ‘ \0€$@¢·vþÁ»ØÕ؇èHÄœ¯<Q úeήu‘n3˜Õíœ$ ÝÒ |$ 5ŠëÈØŽ$¥!3š§ãynƒûÝ‚@îól8àó0p’0Õ¼º+w¹ód‡Ïso‡#ÓdR¹Á3EéhÀÅéiT›³f§À2¨ÕÌC¤’KØbYF–¬ÛX–®%í6’¥Ôý˜ÁªGÆ pØïšL“¼UäoÓ$ÏάЂØWîŠÍ& ¨4‹•Çjä!Ôˆ›Èˆ†æû*l“З²0Ëã>ð¥*I¸×h’dXÂã ˆ5Ä  ÎÑmÝåÖ;º©R%ó;r¹¡¶h9£–X>D>[D'nÐ¥JÂr!L¸!âÁ‚nÈ%o ÷ºÈ.®„@ToˆŒV´ó}g¢ÜÒî¡õ†ÄÜÜÒ#–ˆ=,q’ý„#ÿ¡¯Zpî5 „ì{¬´b²}Ÿš+÷mÝ5d–UêaP@âî?¬ÐtÃi0è:dšI ì\AüÄÒÇš,­º©fP±J‹K‡-§È¡õàœJìnÕ”Í5œ7‡w<Äöì¡ÀŠZOÈú[䤡9ˆ®ÖÙÀÒº6›…ƒõKë‰>Z.e³žxÑ›‰ oh4§ñ€¢*–ÄCóÔ ¢a’Pm„1™-#åY"´À.EÄ› —0W‹ŠáÚõøøŽK’ùKÉX;É¿ŒjÚp a0Y†‹»¦`¾›èÃBÿ¼8bíÄËœ03±i-ý<ÊvÙh7-Q>dC9kx&“>±µFJž(•:ù,»Ì¿Ý»ÒýÛ}@9àÅPC÷·<l§Ù§5É2ż+í¾¡d˳˜xÐì˜8€CU61Ó¨Ï,–ä`ÒÍbŽ˜ºÅ’LºY,Éù))~jxwš‹"u‘y#¹‘Mdí²¤GZ]±Ìa~у#¡¾Šãä^†6í"±•ßdW½Ô®•Yo£Ê$N 7ØÙæôaeÚœ]UK+ h%?¡ü¢NWºŒš­Ö×îi‡µ8YW‰“Jg*š· lÐ=tèRÛi'N¹ïäŽ*l5(™ÜH:à­Ævn‰ ©ÉÒŽ,ÅŠa¾jc>vZ«ôZ¬"ŸÊ v5ÎdJà°ˆ”4YD™-É Úp´”Š­›AòŽßjõñlhî8R ‡9¨øZ}ô¬Ñ¸ÕrXBpÆ^/Êø`lmù©5­:ªå‰6–F íSìƒçiH Q‘£ì’ù9!d Œ•3),âT@ÏÉó:‹²áçT+½˜y9wÿPK°¬F߉ ÍPKV[HÏJARS @¤init.luaUX÷EWTCWPK À\H @ýA˜__MACOSX/UX÷EW÷EWPKV[HܵÖóe« @¤Ï__MACOSX/._init.luaUX÷EWTCWPKäNÍ:°¬F߉ Í @¤…Langtons-ant.mcUX÷EWÜê2JPK[golly-3.3-src/Patterns/WireWorld/circuit.mcl0000644000175000017500000000351512026730263016075 00000000000000#MCell 4.00 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 80x80 #SPEED 100 #WRAP 0 #CCOLORS 4 #PALETTE 8 colors #D The cellular automaton WireWorld is attributed to Brian Silverman and #D was included in his program PHANTOM FISH TANK. #D A. K. Dewdney publicized WireWorld in his "Computer Recreations" #D column (Scientific American, January, 1990). #D #D Cells in WireWorld have one of four possible states: background (0), #D electron head (1), electron tail (2), and wire (3). #D #D The rules for updating cells are: #D #D - background (0) always remains background. #D - electron head (1) always changes to electron tail. #D - electron tail (2) always changes to wire. #D - wire (3) changes to electron head if one or two of its neighbours are electron heads. #D #D These simple rules allow fairly complicated logic circuits to be #D constructed. #L .49C$C49.C$C49.C$C49.C$C49.C$C49.C$C9.C23.C15.C$C8.C.C.CC.CC15.C.C.CC. #L CC8.C$C8.C..CC.C.4C12.C..CC.C.4C5.C$C8.C3.CC.CC3.C.3C7.C3.CC.CC3.C.3C$ #L C6.CC8.C4.C3.7C8.C4.C$C12.CC..C.CC.C14.CC..C.CC.C$C6.7C.CC.C.CC9.7C.CC #L .C.CC$C5.C6.CC4.CC9.C6.CC4.CC$C5.C23.C$C5.C23.C$C5.C23.C$C6.19C5.19C$C #L 25.C23.C$C25.C23.C$C25.C23.C$C9.C15.C7.C15.C$C8.C.C.CC.CC8.C6.C.C.CC. #L CC8.C$C8.C..CC.C.4C5.C6.C..CC.C.4C5.C$C8.C3.CC.CC3.C.3C7.C3.CC.CC3.C. #L 3C$C6.CC8.C4.C3.7C8.C4.C$C12.CC..C.CC.C14.CC..C.CC.C$C6.7C.CC.C.CC9.7C #L .CC.C.CC$C5.C6.CC4.CC9.C6.CC4.CC$C5.C23.C$C5.C23.C$C5.C23.C$C6.19C5. #L 19C$C25.C23.C$C25.C23.C$C25.C23.C$C9.C15.C7.C15.C$C8.C.C.CC.CC8.C6.C.C #L .CC.CC8.C$C8.C..CC.C.4C5.C6.C..CC.C.4C5.C$C8.C3.CC.CC3.C.3C7.C3.CC.CC #L 3.C.3C$C6.CC8.C4.C3.7C8.C4.C$C.CC9.CC..C.CC.C14.CC..C.CC.C$.CC.10C.CC. #L C.CC9.7C.CC.C.CC$..CC9.CC4.CC9.C6.CC4.CC$30.C$30.C$30.C$30.C$30.C$30.C #L $30.C$.3C.25C$C3.C$C3.C$C3.C$.CBA golly-3.3-src/Patterns/WireWorld/flip-flop.mcl0000644000175000017500000000161612026730263016323 00000000000000#MCell 4.00 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 60x60 #SPEED 100 #WRAP 0 #CCOLORS 4 #PALETTE 8 colors #D The following is a negative going edge-triggered flip flop. #D #D Using this circuit, you can construct counters, dividers and #D things- though the Transit time does pose a bit of a problem... #D #D Transit: 21 (measured from entry of entry of a 'missing' electron) #D IBI: 5 #D Size: 16x13 #D #D The right pattern is a flip flop that toggles with every electron sent in. #D #D Transit: 14 #D IBI: 5 #D Size: 11x13 #D #D Ian Woollard, March 1990 #L ..C18.C$..C18.C$..C18.C$..C18.C$..C3.3C12.C3.3C$..C.3C.CC11.C.3C.CC$3. #L C..C.C.C11.C..C.C.C$..3C.3C.C10.3C.3C.C$..C.C..C..C10.C.C..C..C$.CC.3C #L ..C10.CC.3C..C$C.3C3.C10.C.3C3.C$C6.C11.C6.C$.6C13.6C$6.C.C16.A$7.3C$ #L 4.3C.C.C$3.C6.C$4.7C$10.A golly-3.3-src/Patterns/WireWorld/gate-AND.mcl0000644000175000017500000000151012026730263015744 00000000000000#MCell 4.00 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 60x60 #SPEED 100 #WRAP 0 #CCOLORS 4 #PALETTE 8 colors #D AND #D #D A little ingenuity produces the following AND gate; #D the signals enter at the top corners, their AND exits #D at the bottom right hand corner. #D #D This literal construction shows too many cells; the circuit #D can be rearranged into other forms. #D #D Harold V. McIntosh #L 14.A5C$20.C$10.A5C5.3C$16.C.C.C3.C$17.3C4.C$18.C.C.C.C$21.3C$22.C.10C #L 11$4.A5C19.6C$10.C24.C$6C5.3C11.A5C5.3C$6.C.C.C3.C16.C.C.C3.C$7.3C4.C #L 17.3C4.C$8.C.C.C.C18.C.C.C.C$11.3C22.3C$12.C.10C13.C.10C6$4.CA4C19.A5C #L $10.C24.C$A5C5.3C11.CA4C5.3C$6.C.C.C3.C16.C.C.C3.C$7.3C4.C17.3C4.C$8.C #L .C.C.C18.C.C.C.C$11.3C22.3C$12.C.10C13.C.10C golly-3.3-src/Patterns/WireWorld/unary-multiplier.mcl0000644000175000017500000003344512026730263017762 00000000000000#MCell 4.20 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 200x200 #WRAP 0 #CCOLORS 4 #PALETTE 2_2_1 #D #D A Unary Multiplier Wrapped in a Turing Machine Inside WireWorld #D by Nyles Heise, March 12, 2004 #D nylesheise@yahoo.com #D #D First of all, my thanks to #D #D A.K.Dewdney for introducing me to WireWorld with his Scientific American #D article in 1990 and for writing "The New Turing Omnibus", #D from which I took many ideas for the design. #D #D Karl Scherer for his great work in WireWorld design. Karl's web site #D (http://karl.kiwi.gen.nz) has a voluminous amount of devices #D from basic elements to complex multipliers. Some of these #D devices have been used here. Karl and I have also recently #D cooperated is coming up with some more-compact versions of #D the 4-cycle logic I devised in 1990. The free game page, #D (http://www.zillions-of-games.com/games/index.html), to the #D Zillions of Games (http://www.zillions-of-games.com/) #D contains a downloadable, operational file that allows you #D to watch WireWorld in aciton. #D #D This is a WireWorld implementation of a Turing Machine, M, that multiplies two #D unary numbers. I set out to do the exact multipler found in Mr. Dewdney's #D "The New Turing Omnibus", however, backed off to a design the requirs less #D logic. The design I came up with takes 9 States, plus halt, but only #D 2 Symbols. It is basically a nested pair of move loops, as found in the #D Turing_Machine download to Zillions. #D (http://www.zillions-of-games.com/games/index.html) #D #D The logic is set up to do the multiply 5 * 4 = 20. The Turing #D algorithm that's implemented starts with the first number, a "Blank", the second #D number and finally another "Blank". The blanks extend to infinity in both #D directions. #D #D ... B B 1 1 1 1 1 B 1 1 1 1 B B ... #D #D After the machine halts, the tape contains the product along with the initial #D numbers and blanks for demarcation. #D #D ... B B 1 1 1 1 1 B 1 1 1 1 B 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 B B ... #D #D Strictly speaking, the output of M should be only the number 20, however, I've #D chosen to leave the input numbers as well since this eased the design of the #D control mechanism logic. #D #D #D -----Quintuple notation #D #D I'm using the quintuple notation to describe the Turing Machine program as #D found on page 207 and following in "The New Turing Omnibus" by A. K. Dewdney. Each #D quintuple gives the next state, new symbol to be written, and tape direction #D as a function of the present state and the symbol on the tape at the location #D of the Read/Write Head. Let Q be the state and S be the symbol. Then each #D quintile is of the form #D #D {present Q, present S, next Q, next S, direction} #D #D The state comes from the following set #D #D PO Pick up the UIT, outer loop #D PI Pick up the UIT, inner loop #D CO Carry the UIT, outer loop #D CI Carry the UIT, inner loop #D CIT Carry the UIT, inner loop, about to write a 1 #D LO Move to the left, outer loop #D LOT Move to the left, outer loop, about to go right #D LI Move to the left, inner loop #D LIT Move to the left, inner loop, about to go right #D #D The symbol comes from the alphabet #D #D B Blank #D 1 A UIT #D #D The tape motion comes from the set #D #D Left #D Right #D Stop #D #D #D -----Unary Multiplier Quintuple Specification #D #D Only quintuples that change state or write to the tape are listed. #D #D PO 1 C0 B Right #D CO B PI B Right #D PI 1 CI B Right #D CI B CIT B Right #D CIT B LI 1 Left #D LI B LIT B Left #D LIT B PI 1 Right #D PI B LO B Left #D LO B LOT B Left #D LOT B PO 1 Right #D PO B Halt #D #D #D -----Description of the Control Mechanism #D #D The control mechanism contains the random logic to generate the next state for #D Q and S. It is essentially a clocked, sequential state machine with 5 latches, #D 4 for Q and 1 for S. The latches for Q and S are found within the control #D mechanism. There are 9 states (plus halt), that are represented by 4 latches, #D L, I, T, and P. #D #D PO L=0 I=0 T=0 P=1 #D CO L=0 I=0 T=0 P=0 #D PI L=0 I=1 T=0 P=1 #D CI L=0 I=1 T=0 P=0 #D CIT L=0 I=1 T=1 P=0 #D LO L=1 I=0 T=0 P=0 #D LOT L=1 I=0 T=1 P=0 #D LI L=1 I=1 T=0 P=0 #D LIT L=1 I=1 T=1 P=0 #D #D There are 2 symbols that are represented by a single latch, S. #D #D B S=0 #D 1 S=1 #D #D #D -----Random Logic Equations #D #D Triggered latches are used for Q. A triggered latch has one input. The latch #D keeps its value if the input is 0. It is flipped if the input is 1. #D #D L_trigger = (~S) ^ (P + T) #D I_trigger = (~S) ^ ( P + ~(L + I) ) #D T_trigger = (~S) ^ ( (P ^ ~I) + ~( P + ~(L + I) ) #D P_trigger = P + (~S) ^ ( (L ^ T) + ~(L + I) ) #D #D A clocked D latch is used for S. #D #D S_next = T + S ^ ~P #D #D #D -----Machine Advancement #D #D The tape is simulated as a loop with electrons passing around the control #D mechanism. This is basically the concept developed by Karl Scherer which he #D used to design his very ingenious binary multiplier. #D There are only two symbols, B and 1, so each symbol on the tape #D requires only one WireWorld bit, however, the location of the R/W head must #D be maintained. This is accomplished by having a clock position for each #D tape location. A second WireWorld bit is used for this purpose. Since the #D implementation uses 4-tick logic, each tape location can be represented with #D 8 WireWorld cells. Identically one clock is present on the tape when it #D leaves the control mechanism. #D #D As the tape passes the control mechanism the clock and symbol under the R/W #D head are removed and a new clock inserted in anticipation for a right move. #D The new values for Q are clocked into the latches. If a left move is indicated #D the clock is inserted onto the tape and the previously inserted clock removed. #D The new symbol in written on the tape. And finally the symbol under the moved #d R/W head is written. #D #D #D -----Description of the WireWorld Layout #D #D The control mechanism contains the State Q latches, the S latch, and the random #D logic to generate the next states for Q and S. It modifies the clock and data at #D the appropriate places on the tape. #D #D The tape is simulated as a loop that continually moves around the control #D mechanism. The Turing tape extends to infinity in both, but it is truncated #D here to 320 cells. This is the minimum length possible with the present #D implementation. This equates to 40 tape locations. #D #D The minimum length required to do a multiply is 8 times the sum of the two numbers #D + the product + 3. 5 times 4 could be done with 256 WireWorld cells. Larger #D multiplies can be done by merely extending the loop after it leaves the control #D mechanism by 8 cells per tape location. #D #D The portion of the logic at the very bottom is not actually required to do the #D multiply, but included to aid in viewing. The two numbers and the clock are #D loaded into the multiplier from this extension during the first few cycles of #D operation. After 640 ticks the tape returns with the first Turing step taken. #D The viewing data is then blocked from reentering the machine. #D #D The entire multiply takes 606 advancements of the tape. Including the first 320 #D ticks for loading, this is a total of 194240 ticks. #D #D The control logic detects when the operation is complete and simply removes the #D clock from the tape. With no clock, the tape continues to move without future #D modification. #D #D #D -----Description of the WireWorld devices #D #D The design uses 4-tick devices - ORs, ANDs, LATCHES, etc. 4-tick logic was my #D invention in 1990, at which time I devised the method that allows data to be #D spaced at a distance of 4 cells. Recently several better configurations of some #D of these devices have been laid out by myself and Karl Scherer. #D #D I use a clocked, vectored approach for storing and moving data. The 4 Q latches #D are contained in one 16-cell latch. The data leaving the latches have 4 phases, #D repeating every 16 ticks. The Q latch contains L, I, T, and P. #D #D Q = {L: I: T: P}. #D #D The S latch contain only one bit and is 4 cells in length. #D #D S = {S} #D #D The tape contains a symbol and a clock, 8 cells per tape location. The symbol #D comes first. #D #D Tape = {S: Clock} #D #D The vectored approach enables the logic to be implemented more easily than the #D one-bit-per-latch method. Normal crossing of wires in not required. As a matter #D of fact, there are no 3-XOR cross devices in the design. #D #D #D -----Viewing tips #D #D Non-functional extensions have been appended to the shift register latches for #D easier viewing. The period of the machine is 320. I believe the following #D settings provide best viewing #D #D CTRL g Grid off #D ALT CTRL c Black background (color 0), white electron head (color 1), #D dark blue electron tail and wire (colors 2 and 3) #D The .mcl file sets the 2_2_1 Palette, the closest I could find. #D ALT CTRL n Run for 194240 cycles #D Redraw the universe every 320 cycles #D n Runs to completion #D #D #D -----Enjoy #D #L 31.C.C.C..C..C..CC..C.C3.C3.C.C.C.C3.3C.3C.CC..C3.3C.3C.CC$31.C.C.CC.C #L .C.C.C.C.C.C3.CC.CC.C.C.C4.C3.C..C.C.C4.C..C3.C.C$31.C.C.C.CC.3C.CC3.C #L 4.C.C.C.C.C.C4.C3.C..CC..C4.C..CC..CC$31.C.C.C..C.C.C.C.C..C4.C3.C.C.C #L .C4.C3.C..C3.C4.C..C3.C.C$32.C..C..C.C.C.C.C..C4.C3.C..C..3C..C..3C.C #L 3.3C.3C.3C.C.C5$..11C3.92C3.3C.3C3.6C$.C11.C.C92.C.C3.C3.C.C6.C$C6.3C. #L C.4C16.C5.59C7.CC..3C.3C..C.C6.C$C..B..A3.BCC..C..CC.C.C5.C..A.C.A.C #L 59.C5.C..C..C3.C3.C.C6.C$C.C.A..BCA.C.C..CC..3C.C3.C.C..B.BAC3.3C.7C. #L 3C.12C.4C.CC.10C5.BC3.C.C.4C.C3.3C5.C7.C$C..C9.CC4.C.C..C..C..C..A..A #L 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C7.C3.C3.C3.C7.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C #L 3.C$..C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C #L 3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C$6.C3.C3.C3.C3.C7.C3.C3.C3.C7.C3.C3.C #L 3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C3.C golly-3.3-src/Patterns/WireWorld/primes.mc0000644000175000017500000022606012026730263015560 00000000000000[M2] (golly 2.0) #C #C Copyright 1992, 2008 David Moore and Mark Owen #C (http://www.quinapalus.com/wi-index.html) #C #C A WireWorld computer designed by David Moore and Mark Owen, with the #C help of many others. The program stored in this configuration is #C due to Michael Fryers and computes prime numbers. Results are #C displayed in decimal in large 7-segment pattterns. For details #C on the technology behind this computer, visit the site above. #C #R WireWorld 1 0 3 3 0 2 0 0 0 1 3 0 0 0 2 4 0 0 0 3 1 0 0 0 3 2 0 0 0 5 1 3 3 0 0 1 3 0 0 3 2 0 0 7 8 2 5 8 7 7 3 0 6 9 10 1 3 3 3 3 2 0 0 12 12 1 0 0 3 3 2 14 14 7 7 3 13 13 15 15 4 0 0 11 16 5 0 0 4 17 1 0 3 0 3 2 0 0 0 19 3 0 0 0 20 1 3 3 0 3 2 1 5 5 22 2 1 5 0 19 1 3 0 3 0 2 25 12 25 12 3 2 23 24 26 2 0 19 0 19 3 0 28 0 28 3 28 26 28 26 4 21 27 29 30 2 8 0 19 8 2 22 22 0 8 2 19 25 19 25 1 3 0 3 3 2 35 0 12 19 3 32 33 34 36 2 12 12 14 14 2 7 7 12 12 3 38 38 39 39 2 12 19 12 19 3 34 41 34 41 2 12 12 12 12 3 43 43 43 43 4 37 40 42 44 2 0 19 0 0 2 25 12 8 22 3 28 26 46 47 4 29 30 29 48 2 19 25 19 8 1 0 3 0 0 1 3 0 0 0 2 12 51 52 5 3 34 41 50 53 3 43 43 39 39 4 42 44 54 55 5 31 45 49 56 6 0 18 0 57 4 0 0 16 16 2 0 0 35 0 2 14 8 7 7 2 0 0 8 0 3 60 0 61 62 4 0 0 63 0 5 0 0 59 64 4 40 40 44 44 2 12 22 14 52 2 52 5 5 22 2 52 5 12 19 3 67 68 69 26 2 35 0 12 0 3 32 0 34 71 3 41 26 41 26 2 12 0 12 0 3 34 74 34 74 4 70 72 73 75 4 44 44 55 55 2 7 19 35 0 3 41 26 78 47 2 12 0 52 0 3 34 74 50 80 4 73 75 79 81 5 66 76 77 82 6 65 0 83 0 2 0 14 19 5 2 14 14 14 14 2 19 19 19 51 1 3 3 3 0 2 12 88 5 5 3 85 86 87 89 2 19 5 19 19 2 19 19 19 19 3 91 26 92 26 4 29 90 29 93 1 0 0 3 0 1 0 3 3 3 2 52 95 96 5 2 7 95 8 5 3 97 10 98 33 3 15 15 38 38 3 34 36 34 41 3 39 39 43 43 4 99 100 101 102 3 92 26 92 26 4 29 104 29 104 4 42 44 42 44 5 94 103 105 106 2 0 51 0 0 3 0 28 0 108 2 19 19 51 95 2 95 51 51 95 2 95 22 19 0 3 110 47 111 112 2 95 8 51 95 3 108 114 0 108 4 109 113 0 115 2 19 52 25 5 3 50 53 117 10 3 39 39 15 15 2 51 95 8 51 2 22 22 95 8 3 120 121 114 120 2 7 7 7 7 2 7 7 7 95 3 38 38 123 124 4 118 119 122 125 2 95 8 96 95 2 51 19 7 7 3 108 127 46 128 2 5 7 22 52 2 95 25 25 51 2 0 7 14 95 2 8 0 19 0 3 130 131 132 133 2 0 5 35 25 3 0 0 6 135 2 5 19 22 22 2 51 95 0 25 2 22 96 0 0 2 8 51 5 35 3 137 138 139 140 4 129 134 136 141 5 116 126 0 142 6 0 107 0 143 4 100 100 102 102 2 0 95 8 14 2 52 95 5 5 3 61 146 67 147 2 25 0 51 8 2 0 0 14 0 2 7 14 8 5 3 149 150 151 114 3 69 26 41 26 2 35 19 12 19 3 34 154 34 41 4 148 152 153 155 4 44 44 44 44 4 73 42 73 42 5 145 156 157 158 3 0 0 62 0 2 19 0 19 0 3 161 0 161 0 4 160 0 162 0 4 162 0 162 0 5 163 0 164 0 2 7 7 0 0 3 38 38 166 166 4 119 119 167 167 2 0 22 8 0 3 78 47 61 169 2 12 19 52 1 2 19 52 25 1 2 1 5 5 52 3 50 171 172 173 2 52 25 1 5 2 52 1 1 5 2 5 52 52 1 3 67 175 176 177 2 25 25 52 25 2 25 0 25 0 2 52 0 0 0 3 179 180 173 181 4 170 174 178 182 2 1 8 88 19 2 51 7 0 0 2 95 5 25 19 3 184 0 185 186 2 1 8 25 22 2 5 1 52 5 2 7 52 5 7 2 0 25 95 25 3 188 189 190 191 2 25 1 25 25 2 95 0 25 0 2 25 8 25 19 3 0 193 194 195 2 19 51 1 7 2 88 0 5 95 2 25 96 35 1 3 197 198 161 199 4 187 192 196 200 2 1 5 0 25 2 0 25 0 25 3 177 202 161 203 3 181 0 0 0 2 1 0 0 0 3 161 203 206 203 4 204 205 207 0 5 168 183 201 208 3 161 0 181 0 4 210 0 0 0 5 211 0 0 0 6 159 165 209 212 7 58 84 144 213 2 0 5 5 52 3 0 6 6 215 2 5 35 5 25 3 0 0 0 217 2 0 22 5 22 2 22 0 96 8 2 25 0 35 0 2 0 5 0 5 3 219 220 221 222 4 0 216 218 223 5 0 0 0 224 3 0 6 0 219 2 0 0 52 0 2 5 5 22 22 3 0 0 227 228 2 52 7 0 0 2 52 8 0 22 3 217 221 230 231 4 0 226 229 232 2 25 35 7 52 3 215 234 220 6 2 0 0 8 5 2 5 25 52 7 2 22 22 22 96 3 236 237 238 62 2 35 35 25 35 2 5 52 22 0 2 7 52 0 0 3 222 240 241 242 2 5 0 0 0 2 8 5 22 22 2 52 7 52 0 3 244 217 245 246 4 235 239 243 247 2 0 5 35 35 3 249 139 234 236 2 8 0 5 35 2 5 22 25 0 2 35 0 52 8 3 251 252 237 253 3 6 238 240 0 2 35 0 35 0 3 62 219 217 256 4 250 254 255 257 2 96 8 0 5 3 259 135 215 234 3 139 251 236 237 2 22 52 96 8 2 35 25 25 35 3 262 6 222 263 3 238 62 0 217 4 260 261 264 265 5 233 248 258 266 2 0 5 0 0 3 268 234 0 0 4 0 136 0 269 3 228 246 139 251 2 5 52 22 52 2 5 22 35 0 3 231 272 273 259 3 253 215 219 262 4 271 274 239 275 2 0 7 0 0 3 0 217 0 277 3 221 222 231 241 2 0 22 0 0 3 280 259 0 268 4 278 279 0 281 5 270 276 0 282 3 242 245 135 139 3 246 231 251 252 3 234 236 6 238 3 237 253 62 219 4 284 285 286 287 3 272 242 259 135 3 245 230 139 251 4 289 290 235 239 3 240 0 242 245 3 217 256 230 231 3 135 139 234 236 3 251 273 237 253 4 292 293 294 295 3 222 263 241 242 2 52 7 0 95 3 0 217 245 298 2 22 51 51 95 2 1 95 25 19 2 51 88 19 19 3 139 300 301 302 4 297 299 260 303 5 288 291 296 304 6 225 267 283 305 2 25 19 19 51 3 253 307 219 262 2 19 51 95 25 2 95 0 51 95 2 25 51 51 95 2 95 25 25 8 3 309 310 311 312 2 8 19 22 22 3 263 110 242 314 4 308 313 279 315 2 5 7 19 51 2 95 25 88 0 2 1 7 19 0 3 317 318 319 0 2 0 0 95 0 2 25 0 8 0 3 120 321 203 322 4 320 0 323 0 3 273 259 253 215 4 325 294 223 255 2 95 25 25 19 3 140 327 237 253 2 25 0 19 0 3 0 0 329 0 2 25 0 35 1 3 62 219 217 331 2 22 0 96 22 2 0 51 95 51 2 95 8 88 0 3 333 310 334 335 4 328 330 332 336 5 316 324 326 337 2 0 0 0 51 1 0 2 0 0 2 0 0 0 340 3 0 0 339 341 4 0 0 0 342 2 0 0 5 0 3 0 0 301 344 2 96 95 1 95 2 22 52 19 0 2 35 8 25 51 2 19 0 1 0 3 346 347 348 349 4 345 0 350 0 2 0 0 0 95 3 0 0 0 352 1 0 3 1 1 2 0 0 0 354 1 0 3 1 3 2 0 1 356 95 1 0 2 3 2 2 0 358 1 340 1 1 3 0 0 2 19 95 360 51 3 355 357 359 361 1 3 3 1 0 1 0 2 3 0 1 1 0 1 3 2 51 363 364 365 2 96 96 356 19 3 0 366 367 321 2 25 0 88 95 2 0 51 0 364 2 0 96 0 356 2 96 95 19 95 3 369 370 371 372 4 353 362 368 373 5 0 343 351 374 3 231 241 252 259 3 242 245 249 139 2 22 52 96 22 3 253 215 219 378 3 234 301 310 346 4 376 377 379 380 2 52 25 0 96 2 95 1 8 35 3 298 382 300 383 2 19 19 95 22 2 19 0 52 25 2 95 19 8 19 2 0 96 0 19 3 385 386 387 388 1 0 3 2 2 1 0 0 2 0 2 25 25 390 391 3 302 203 347 392 2 51 1 51 88 1 0 0 0 2 2 0 395 5 52 1 1 0 0 0 2 0 8 395 397 3 394 396 398 181 4 384 389 393 399 3 331 334 382 385 1 0 1 0 0 2 25 402 25 0 3 335 348 386 403 3 383 387 203 394 1 0 1 0 2 2 0 96 0 406 2 95 5 395 397 3 407 408 215 181 4 401 404 405 409 2 19 5 5 52 1 1 1 2 0 2 412 395 8 52 2 397 0 0 0 3 349 411 413 414 4 415 205 205 0 5 381 400 410 416 2 25 51 25 0 1 1 0 0 2 2 88 0 419 0 2 95 5 5 52 2 52 0 0 358 3 418 420 421 422 2 95 364 88 88 1 0 3 1 0 1 0 2 3 3 2 0 425 426 0 2 35 88 0 0 3 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3 1984 2988 123 123 3 123 123 2095 2099 2 7 7 452 360 3 123 123 2991 2095 4 2983 2989 2990 2992 5 2978 2979 2987 2993 2 0 0 7 452 3 1984 2995 123 123 3 123 123 2980 2991 3 123 123 2095 2980 4 2983 2996 2997 2998 2 52 0 7 7 3 2682 0 3000 1984 4 3001 2086 2992 2997 5 0 0 2999 3002 6 2967 2976 2994 3003 4 2086 2086 2998 2992 3 486 0 486 0 4 2086 160 2997 3006 5 0 0 3005 3007 6 0 0 3008 0 7 2929 2956 3004 3009 8 2833 0 3010 0 4 1735 1735 1735 1735 2 7 466 7 7 3 123 123 3013 123 4 1735 3014 1735 1735 5 3012 3015 3012 3012 2 466 7 7 7 3 123 123 3017 123 3 123 123 123 3017 4 3018 3019 1735 1735 5 3012 3012 3020 3012 5 3012 3012 3012 3012 3 123 123 123 3013 4 3023 1735 1735 1735 4 1735 3023 1735 1735 4 1735 3019 1735 1735 3 123 123 3017 3013 4 1735 3027 1735 1735 5 3024 3025 3026 3028 6 3016 3021 3022 3029 3 123 3017 123 123 3 3013 123 123 123 4 3031 3032 1735 1735 3 3017 3013 123 123 4 3034 3006 1735 3006 4 1735 3006 1735 3006 5 3033 3035 3012 3036 4 3019 3014 1735 1735 4 3018 3006 1735 3006 5 3012 3036 3038 3039 6 3037 0 3040 0 3 166 166 1984 1984 4 3042 3042 1735 1735 3 166 166 2322 1984 4 3044 3042 1735 1735 5 3043 3045 3012 3012 2 7 7 466 7 3 123 123 123 3047 4 3042 3044 1735 3048 3 166 166 2544 1984 2 7 7 7 466 3 3051 123 123 123 3 123 3051 3047 3051 4 3042 3050 3052 3053 3 123 3047 123 123 3 123 123 123 3051 4 1735 3055 3056 3055 3 123 123 3051 123 3 123 3051 123 123 4 3058 3059 1735 3053 5 3049 3054 3057 3060 4 1735 1735 1735 3058 5 3012 3012 3012 3062 3 123 3051 3047 123 4 3059 3048 3064 3048 3 123 123 3047 123 4 3052 3066 3052 1735 3 3047 123 123 3051 3 3047 123 123 123 4 3068 1735 3069 1735 5 3065 3067 3070 3012 6 3046 3061 3063 3071 3 166 166 2322 2544 3 123 3047 123 3047 3 3051 123 3051 123 4 3073 2541 3074 3075 3 166 166 2544 2450 3 181 0 62 0 2 452 360 7 466 3 3047 3079 3047 123 4 3077 3078 3080 3006 4 3074 3058 3055 1735 5 3076 3081 3082 3036 5 3012 3036 3012 3036 6 3083 0 3084 0 7 3030 3041 3072 3085 2 7 452 7 7 3 3079 3087 123 123 3 2396 3079 123 123 4 1735 1735 3088 3089 3 3087 2396 123 123 2 452 360 7 7 3 3092 3087 123 123 4 1735 3052 3091 3093 2 360 7 7 14 3 123 123 3087 3095 2 95 5 25 8 2 25 0 471 1 3 166 3097 0 3098 4 1735 3096 2264 3099 2 452 360 14 14 2 7 452 14 14 3 123 123 3101 3102 2 360 7 14 14 3 123 123 3104 3101 4 3103 3105 2255 2255 5 3090 3094 3100 3106 2 360 7 7 7 3 3108 3092 123 123 3 3087 3108 123 123 4 1735 1735 3109 3110 3 3092 3087 3051 123 3 2396 123 123 123 4 1735 3056 3112 3113 3 123 123 3102 3104 3 123 123 2546 3102 4 3115 3116 2255 2255 2 397 0 14 14 3 2455 166 3118 2117 2 0 0 14 95 3 166 166 2117 3120 2 14 1 14 14 3 86 3122 1978 1978 4 3119 3121 2255 3123 5 3111 3114 3117 3124 2 0 19 0 51 3 0 20 0 3126 2 0 0 7 95 2 437 25 25 25 2 0 25 7 0 3 3128 3129 3130 779 2 0 5 5 14 2 7 52 1 7 3 3132 240 1399 3133 4 3127 3131 0 3134 2 8 8 51 51 3 1897 1397 3136 181 2 25 0 7 7 3 0 0 3138 1984 4 3137 0 3139 2086 3 0 0 166 2517 2 51 452 7 7 3 1983 3142 2595 2586 2 51 96 0 0 3 2557 1984 3144 1978 3 2544 2450 1978 1978 4 3141 3143 3145 3146 3 3108 3092 2546 2595 3 123 123 2560 2546 3 2450 1984 1978 1978 4 3148 3149 2592 3150 5 3135 3140 3147 3151 4 0 0 2086 2086 2 0 0 5 95 2 51 52 7 7 2 14 14 5 14 3 3154 0 3155 3156 2 14 0 95 8 3 0 0 3158 344 4 0 0 3157 3159 3 123 123 2546 2546 3 1984 1984 2563 1978 2 562 14 0 5 3 1984 9 3163 2618 4 3161 3161 3162 3164 2 52 0 7 8 3 123 3166 2610 2607 2 96 14 96 0 2 0 8 8 5 3 3168 2619 3169 2620 3 2612 2615 2619 2622 2 8 1 1 0 2 22 51 88 5 3 2616 3172 2623 3173 4 3167 3170 3171 3174 5 3153 3160 3165 3175 6 3107 3125 3152 3176 3 3087 3108 3087 3108 3 3092 123 3051 123 4 3048 3058 3178 3179 3 3047 3051 3047 3079 4 3066 3006 3181 3006 2 452 360 0 0 3 3183 166 0 0 3 0 0 181 0 4 2264 3184 3185 0 4 2264 205 0 0 5 3180 3182 3186 3187 3 2622 2117 2624 1815 3 2117 2117 0 344 2 88 88 95 51 2 5 52 96 1 2 88 19 52 1 2 51 5 7 52 3 3191 3192 3193 3194 2 1 7 88 0 2 52 88 1 5 2 52 1 88 5 2 5 52 52 5 3 3196 3197 3198 3199 4 3189 3190 3195 3200 3 0 0 1730 0 2 95 0 52 5 2 8 0 52 0 3 3203 3204 1721 0 4 3202 0 3205 0 5 0 0 3201 3206 6 3188 0 3207 0 3 2560 2552 1984 1984 3 2546 2546 2544 1984 3 2563 1978 2549 2546 4 3209 3210 2585 3211 3 2546 2546 1984 1984 3 1978 1978 2546 2546 3 1978 2118 2610 2607 4 3213 3213 3214 3215 3 1984 2450 1978 1978 3 2546 2552 1984 1984 3 2546 2610 9 2612 4 3150 3217 3218 3219 2 562 14 0 579 3 1984 2611 3221 2600 2 579 390 5 51 2 558 0 14 96 3 3223 3224 2619 2622 3 2620 2624 3172 3191 4 3222 3225 2617 3226 5 3212 3216 3220 3227 2 51 96 19 51 3 1815 3229 3192 3196 2 1 88 5 52 3 3173 3193 3229 3231 3 3194 3198 1997 3199 4 3226 3230 3232 3233 3 3231 1997 3197 3199 4 3174 3195 3230 3235 3 3199 1721 1721 0 4 3200 3237 3237 0 5 2626 3234 3236 3238 3 1978 2599 2606 2607 3 2600 2619 2614 2620 4 3240 3241 3171 3174 4 2625 3232 3195 3200 4 3235 3237 3237 0 5 3242 3243 3234 3244 4 3233 3237 3237 0 5 3246 0 0 0 6 3228 3239 3245 3247 5 3244 0 0 0 6 3249 0 0 0 7 3177 3208 3248 3250 8 3086 0 3251 0 9 3011 0 3252 0 2 25 14 1 5 3 2 173 173 3254 4 0 3 3 3255 2 1 5 5 25 3 2 173 3257 2489 4 0 3 3 3258 2 52 1 0 25 3 2 3257 173 3260 2 25 22 7 52 2 5 52 22 7 2 14 35 0 52 3 2489 3262 3263 3264 2 35 7 52 14 2 7 0 8 88 3 3254 3266 3262 3267 2 52 8 35 5 2 52 5 35 22 3 3269 2436 3270 2437 4 3261 3265 3268 3271 5 0 3256 3259 3272 4 0 3 3 3261 3 3260 3263 3266 3269 3 3264 2428 2436 2443 4 3258 3268 3275 3276 5 0 3274 3256 3277 3 3267 3270 2428 2429 4 3255 3275 3265 3279 2 0 35 0 51 2 51 25 51 52 3 2450 1984 3281 3282 4 3276 2447 2494 3283 3 2443 2446 2448 1984 2 7 7 35 19 2 7 7 95 0 3 181 3281 3286 3287 4 3271 3285 2447 3288 3 166 3286 1984 2322 3 3287 166 3000 1984 2 51 25 51 0 3 3292 0 166 166 4 3290 3291 3293 3141 5 3280 3284 3289 3294 6 0 3273 3278 3295 5 0 3259 3274 3280 2 466 7 88 19 2 7 466 95 0 3 181 2523 3298 3299 4 3271 3285 2505 3300 2 35 0 25 0 3 3267 3270 2428 3302 2 7 5 1 52 2 95 14 96 95 3 2437 2448 3304 3305 2 22 52 0 52 2 95 1 88 88 2 0 1 406 579 3 3307 1997 3308 3309 2 395 561 52 95 2 1 0 5 8 2 19 19 1023 19 2 19 5 0 22 3 3311 3312 3313 3314 4 3303 3306 3310 3315 2 0 88 8 51 2 19 52 0 52 3 1984 1984 3317 3318 3 2322 3000 0 0 2 0 7 14 14 2 0 0 7 96 2 8 14 95 0 3 3321 166 3322 3323 2 14 7 0 7 3 166 166 1978 3325 4 3319 3320 3324 3326 5 3277 3301 3316 3327 6 0 3297 3273 3328 2 51 51 7 7 3 166 3286 1984 3330 4 3279 2449 3285 3331 2 19 0 51 0 3 1984 1984 2523 3333 4 3276 2447 2449 3334 2 7 7 88 5 3 181 3281 3336 3287 2 19 25 0 52 3 3338 0 166 166 3 3330 3000 0 0 4 3337 3339 3340 2460 5 3272 3332 3335 3341 2 51 25 0 52 3 1984 1984 3281 3343 2 7 7 25 0 3 3345 166 3000 1984 3 2534 166 1984 2535 4 3344 3340 3346 3347 4 2574 2577 2580 3213 2 7 7 14 96 3 0 2387 2546 3350 3 2535 1984 3144 1978 4 3141 3351 3352 2578 3 2605 1978 2546 2546 4 3214 3354 2578 2578 5 3348 3349 3353 3355 2 7 7 88 51 3 166 3357 1984 3330 2 7 8 0 0 2 5 5 698 2419 3 3282 0 3359 3360 2 7 7 581 0 3 0 0 3362 2517 4 3358 3291 3361 3363 3 166 166 1984 2535 3 0 2387 2546 2546 4 3365 2548 3366 3214 2 0 5 7 52 2 703 22 0 0 3 3368 3369 0 0 2 52 0 8 466 3 3371 1984 2387 2310 3 3359 123 123 123 4 3370 3372 3373 1735 3 2544 2450 2563 1978 3 1984 1984 2310 2563 4 3375 3376 1735 1735 5 3364 3367 3374 3377 4 3213 3213 3214 3214 2 7 7 7 8 3 3013 123 123 3380 2 7 466 7 8 3 123 3382 1730 3223 4 2593 3375 3381 3383 3 2607 2614 3224 2616 4 3222 3171 3385 3226 5 3379 3216 3384 3386 6 3342 3356 3378 3387 7 0 3296 3329 3388 8 0 0 0 3389 4 0 3 3 2477 3 2 2475 2468 2469 4 0 3 3 3392 3 2476 2479 2482 2485 3 2480 2498 2428 2429 4 2473 2484 3394 3395 5 0 3391 3393 3396 3 2 173 3257 2476 4 0 3 3 3398 3 2 2475 173 2469 3 3254 2478 2479 2480 3 2483 2436 2498 2437 4 3400 3394 3401 3402 5 0 2474 3399 3403 2 0 8 0 7 2 7 7 8 51 3 181 3405 3406 3299 4 3402 3285 2505 3407 2 7 7 8 19 3 166 3409 1984 2529 4 3395 2449 2527 3410 3 1984 1984 3405 3282 2 7 51 7 7 2 52 0 7 466 3 3413 3414 0 0 3 3287 166 3414 1984 3 2534 166 2544 2535 4 3412 3415 3416 3417 5 2487 3408 3411 3418 6 0 3397 3404 3419 3 3267 3270 2428 2503 4 3255 3275 3265 3421 5 0 3259 3274 3422 3 2443 2504 2448 1984 2 7 7 22 51 3 166 3425 1984 3413 4 3421 2449 3424 3426 3 2450 1984 2451 3292 4 3276 2447 2494 3428 2 7 7 22 19 3 181 2451 3430 3287 3 3282 0 166 166 3 2458 3414 0 0 3 1984 2544 0 352 4 3431 3432 3433 3434 5 3272 3427 3429 3435 6 0 3278 3423 3436 2 5 397 22 7 2 35 7 52 559 2 52 8 365 5 3 3260 3438 3439 3440 3 3267 2498 2428 2429 4 3255 3441 3265 3442 3 1984 1984 3405 3343 4 2486 2447 2449 3444 2 7 7 22 5 3 181 3405 3446 3287 4 3271 3285 2447 3447 3 166 3409 1984 3413 4 3449 3346 3339 3141 5 3443 3445 3448 3450 2 466 7 8 19 3 181 3405 3452 3287 3 3318 0 166 166 3 3413 3000 0 0 4 3453 3454 3455 2574 4 3141 3366 2577 2578 4 3365 2580 3366 3214 5 3456 3457 3458 3379 3 1984 1984 2451 3333 2 7 51 466 7 3 3461 3000 0 0 3 3299 166 3414 1984 2 466 7 52 0 3 3464 2507 1984 2557 4 3460 3462 3463 3465 3 2517 2549 1984 1984 4 2574 2577 3467 3209 3 0 2387 2549 3350 3 2535 1984 3144 2310 4 2518 3469 3470 3375 4 2590 3354 2592 2593 5 3466 3468 3471 3472 3 1984 1984 2310 1978 3 2549 2560 1984 1984 3 2546 2549 1984 1984 4 2578 3474 3475 3476 3 2549 2606 9 3223 4 2578 2578 3209 3478 4 3214 3214 3375 3222 4 3215 2621 3171 3174 5 3477 3479 3480 3481 6 3451 3459 3473 3482 7 0 3420 3437 3483 4 3392 3394 2481 3402 2 52 7 7 7 3 166 2506 1984 3486 4 3395 2449 2527 3487 2 12 0 51 0 3 2450 1984 2454 3489 4 2486 2505 2494 3490 2 466 7 25 12 3 181 2454 3492 166 2 22 0 51 0 3 3494 0 166 166 4 3493 3495 2573 2460 5 3485 3488 3491 3496 2 88 0 51 0 3 2450 1984 2454 3498 2 52 51 7 7 3 3500 2450 0 0 3 3464 2507 2544 2557 4 3499 3501 2541 3502 3 2517 2553 1984 1984 4 2556 2558 3504 3218 3 0 2387 2595 2586 4 3141 3506 3352 2578 3 2310 2563 2546 2546 3 2605 1978 2560 2552 4 3508 3509 2592 2593 5 3503 3505 3507 3510 2 466 7 8 5 3 166 3512 1984 3413 3 3299 166 3000 1984 3 3333 0 166 2515 4 3513 3514 3515 2518 3 2515 166 1984 2535 3 1978 2309 2552 2553 4 3517 2548 2550 3518 4 2556 2558 3467 3209 5 3516 3519 3520 2568 3 2553 2546 1984 1984 3 1978 1978 2553 2546 4 3218 3522 3214 3523 3 2552 2595 1984 1984 4 3525 3213 3214 3215 3 2546 2610 9 3223 4 2578 3146 2583 3527 3 1984 2611 2599 2600 4 3529 3225 3385 3226 5 3524 3526 3528 3530 6 3497 3511 3521 3531 3 1984 1984 1978 2563 3 2595 3350 2544 1984 4 2564 3533 3534 3213 3 2450 1984 2605 1978 3 2553 2610 2611 3223 4 3536 3217 2583 3537 3 1978 1978 2549 2546 3 2310 2563 2552 2546 3 1984 9 3221 2600 4 3539 3540 2564 3541 3 1978 2599 2610 2607 4 3543 3241 3171 3174 5 3535 3538 3542 3544 4 3541 3225 3385 3226 5 3546 3236 3243 3246 3 2549 2610 2611 2612 4 3548 2617 2621 2625 2 0 1 1 579 3 3194 3198 3550 3199 4 3226 3230 3232 3551 2 5 583 52 395 3 3231 3550 3197 3553 4 3174 3195 3230 3554 2 579 52 583 5 3 3196 3197 3198 3556 3 3553 1718 1721 0 3 3199 1722 1718 0 4 3557 3558 3559 0 5 3549 3552 3555 3560 2 5 583 52 5 3 3231 3550 3197 3562 3 3556 1721 1721 0 4 3563 3237 3564 0 5 3565 0 0 0 6 3545 3547 3561 3566 4 3214 3214 2578 2578 3 2310 2551 2546 2546 3 1984 2598 2118 2618 4 3214 3569 2578 3570 4 3219 2617 2621 2625 5 3568 3571 3216 3572 3 1978 3221 2610 2607 4 3574 3241 3171 3174 4 2625 3232 3195 3557 3 3556 1721 1722 0 4 3554 3559 3577 0 5 3575 3576 3552 3578 3 1984 9 2118 2618 4 3580 3171 3385 3226 4 3551 3577 3558 0 5 3581 3555 3576 3582 5 3560 0 0 0 6 3573 3579 3583 3584 5 3582 0 0 0 6 3586 0 0 0 7 3532 3567 3585 3587 3 181 2451 3430 3345 4 3271 3424 2447 3589 2 7 7 35 5 3 166 3591 1984 3330 4 3279 2449 3285 3592 3 1984 1984 2451 3338 4 3594 3455 3291 3347 5 3277 3590 3593 3595 2 466 7 22 19 3 166 3597 1984 3413 3 3343 0 166 166 4 3598 3514 3599 3141 3 2515 2507 1984 2535 3 2517 2549 1984 2547 3 1978 2309 2546 2546 4 3601 3602 3366 3603 4 2578 2565 3213 2567 5 3600 3604 3349 3605 2 7 7 35 51 3 181 3281 3607 3287 3 3333 0 166 166 2 51 51 466 7 3 3610 3414 0 0 4 3608 3609 3611 2556 4 3141 3366 2558 3375 3 1978 1978 2546 3350 4 3213 3213 3214 3614 5 3612 3613 3458 3615 4 3214 3214 2592 2593 3 1978 2551 2546 2553 2 0 391 466 8 3 1984 3619 2118 2618 4 3214 3618 3375 3620 3 2605 2118 2610 2607 4 3213 3213 3214 3622 5 3617 3621 3623 3572 6 3596 3606 3616 3624 3 2553 2560 1984 2450 3 1978 1978 2560 2546 3 1978 1978 2546 2560 4 3209 3626 3627 3628 3 2552 2549 1984 1984 3 1978 1978 2546 2595 4 3630 2583 3631 3215 3 2546 2606 9 2612 4 3150 2578 2561 3633 3 1984 2611 2118 2618 4 3635 3171 2617 3226 5 3629 3632 3634 3636 4 3478 3385 2621 2625 5 3638 3234 3236 3238 5 3544 3243 3234 3244 2 5 25 52 25 3 3199 3641 1721 203 4 3233 3237 3642 0 3 0 203 0 203 4 3644 0 3644 0 5 3643 0 3645 0 6 3637 3639 3640 3646 3 2546 3350 1984 1984 4 2578 2578 3648 3213 3 1984 1984 2605 1978 4 3650 2578 3213 3219 4 3214 3214 2578 3580 5 3649 3651 3652 3481 4 3580 3171 2617 3226 3 3196 3197 3198 1721 4 2625 3232 3195 3655 2 5 52 52 395 3 3194 3198 1997 3657 2 395 52 397 0 3 3199 3659 1721 0 2 0 497 0 19 2 0 592 0 497 3 1721 3661 0 3662 4 3658 3660 3663 0 5 3654 3236 3656 3664 3 3194 3198 1997 1721 4 3226 3230 3232 3666 3 3231 1997 3197 1721 4 3174 3195 3230 3668 3 1721 0 0 0 4 3655 3670 3670 0 5 3572 3667 3669 3671 2 5 52 52 14 3 3673 2117 203 20 3 2108 28 161 28 4 3668 3674 3670 3675 2 0 19 14 95 2 95 0 19 19 2 95 19 19 19 3 2117 3677 3678 3679 3 92 92 92 92 4 3680 0 3681 0 3 161 28 2112 3679 4 0 3683 0 3681 4 3681 0 3681 0 5 3676 3682 3684 3685 6 3653 3665 3672 3686 5 3238 0 0 0 2 0 12 0 0 3 0 0 3689 108 4 3644 0 3644 3690 2 0 0 1 0 2 0 0 5 14 2 88 7 51 0 3 3692 3693 3694 2962 2 0 0 771 14 3 3696 2117 1978 1978 4 0 0 3695 3697 5 3645 0 3691 3698 2 0 95 0 25 3 3700 0 352 0 2 0 96 0 0 2 0 14 0 96 3 3702 0 3703 0 4 3644 3701 3644 3704 3 352 0 280 0 2 0 14 0 8 3 3707 0 352 0 4 3644 3706 3644 3708 5 3705 0 3709 0 6 3688 3699 0 3710 7 3625 3647 3687 3711 3 3199 1722 1721 0 4 3235 3713 3237 0 5 3714 0 0 0 6 3715 0 0 0 3 2117 2117 1978 1978 4 0 0 3717 3717 5 0 0 3718 3718 3 2117 0 1978 181 4 0 0 3720 0 5 0 0 3721 0 6 3719 3722 0 0 7 3716 0 3723 0 8 3484 3588 3712 3724 3 0 0 6 2117 3 2223 86 515 1978 4 3726 2150 3727 2255 2 96 1 51 51 3 86 227 1978 3729 2 8 7 22 8 3 0 215 3731 181 4 2150 2150 3730 3732 5 0 0 3728 3733 6 0 0 0 3734 3 2 173 173 181 4 0 3 3 3736 3 0 0 3693 2117 2 0 0 14 88 2 0 0 14 1 3 0 0 3739 3740 3 277 215 215 181 4 3738 3741 205 3742 2 52 5 0 19 2 95 5 1 19 2 1 51 0 0 3 3744 3745 46 3746 2 5 0 19 51 2 14 0 95 5 2 1 5 0 0 2 1 19 0 19 3 3748 3749 3750 3751 4 3736 205 3747 3752 5 0 3737 3743 3753 3 181 3262 0 0 2 8 0 19 5 3 0 215 215 3756 4 3736 3755 205 3757 3 2443 2446 3693 2117 2 0 0 14 35 2 5 14 35 0 3 166 166 3760 3761 4 3279 2494 3759 3762 3 0 215 215 181 2 0 22 0 19 3 181 3765 344 885 2 19 0 52 8 2 0 0 88 35 2 35 25 19 0 3 3767 3768 0 3769 2 25 7 52 0 3 3771 242 1730 0 4 3764 3766 3770 3772 2 52 0 5 19 2 22 52 0 14 2 51 1 14 14 3 3774 1767 3775 3776 2 5 35 52 52 2 96 0 8 1 3 3778 3779 2117 1984 3 2387 310 0 108 2 5 14 25 0 3 3782 1984 0 0 4 3777 3780 3781 3783 5 3758 3763 3773 3784 6 0 3278 3754 3785 3 6 1984 28 2096 3 28 2096 6 123 4 3787 2983 3788 1735 3 1984 1984 123 3380 2 0 19 7 52 3 3791 0 166 166 2 7 52 7 7 2 7 8 7 52 3 123 3793 123 3794 2 95 14 88 14 2 52 25 52 25 3 3796 3761 0 3797 4 3790 3792 3795 3798 2 7 7 5 7 3 0 3800 0 277 3 123 123 166 166 4 3801 3802 0 0 3 123 3794 166 3359 3 0 1325 1397 2248 3 180 0 180 222 4 3804 3805 0 3806 5 3789 3799 3803 3807 2 0 19 0 96 3 180 28 1730 3809 2 8 19 0 52 3 0 3811 0 0 4 0 3810 0 3812 5 0 3813 0 0 6 0 3808 0 3814 2 0 0 5 88 2 7 8 5 8 2 52 7 14 0 3 0 3816 3817 3818 2 19 0 1 95 2 88 52 88 0 2 0 25 0 96 2 88 7 95 0 3 3820 3821 3822 3823 2 52 0 0 14 2 0 8 14 14 2 19 0 19 51 3 3825 3826 3827 2251 2 95 95 51 88 3 3122 2117 3829 86 4 3819 3824 3828 3830 2 88 95 88 95 2 52 51 0 0 3 3832 3832 3833 3833 2 1 95 25 25 2 88 51 88 95 2 51 51 0 0 3 3835 3836 3837 2054 2 95 0 96 14 2 19 0 52 0 3 2117 321 3839 3840 4 3834 3838 3841 0 2 96 95 19 14 2 0 1 14 8 2 0 5 0 51 3 3843 3844 2445 3845 2 5 95 25 51 2 22 7 14 14 2 88 5 52 5 3 344 3847 3848 3849 2 8 0 5 7 2 35 5 8 19 2 7 7 0 19 3 3851 1984 3852 3853 2 95 51 0 14 3 3128 242 3855 2314 4 3846 3850 3854 3856 2 35 5 25 25 2 88 35 35 25 3 349 0 3858 3859 3 0 0 3322 321 2 96 95 51 14 2 51 95 14 1 3 3862 3863 0 0 2 19 51 22 7 2 51 96 22 51 2 51 14 0 5 3 3865 3866 0 3867 4 3860 3861 3864 3868 5 3831 3842 3857 3869 2 96 22 19 96 2 1 96 0 19 3 3871 3872 203 0 2 22 1 96 0 3 3874 0 2962 1978 2 0 0 8 14 3 203 0 515 3876 3 2096 123 2117 2117 4 3873 3875 3877 3878 2 14 95 0 1 2 5 0 5 95 3 0 0 3880 3881 2 0 0 0 395 3 0 3883 0 2743 2 5 5 22 8 2 0 0 96 1 3 2529 3885 2117 3886 2 14 14 95 0 2 1 8 0 51 3 3888 1978 3889 321 4 3882 3884 3887 3890 2 0 8 51 19 3 6 2117 3892 0 2 95 1 51 95 2 7 8 0 22 2 35 35 35 96 3 3894 3895 3896 1774 2 7 22 52 0 2 52 0 7 0 2 7 7 0 51 3 3898 3899 3900 166 4 0 3893 3897 3901 2 51 19 14 52 3 2117 3903 0 0 2 14 35 0 0 3 0 6 2962 3905 3 2117 2117 1978 2118 4 3904 2383 3906 3907 5 3879 3891 3902 3908 2 25 25 0 25 3 161 2052 1676 3910 2 19 5 19 0 2 35 0 25 51 2 88 22 0 22 3 3912 3913 2067 3914 2 0 1 0 51 2 7 7 8 7 3 539 3413 3916 3917 2 7 52 8 5 2 7 52 466 7 3 3919 3920 490 3087 4 3911 3915 3918 3921 2 630 7 88 0 2 1 8 51 95 2 19 5 52 22 2 14 2006 19 52 3 3923 3924 3925 3926 2 5 22 1506 14 2 8 5 14 22 3 236 1983 3928 3929 2 0 51 7 466 2 88 19 0 0 3 3931 3932 3108 3092 2 402 0 7 419 2 19 0 5 7 2 19 51 52 0 3 3934 3935 3793 3936 4 3927 3930 3933 3937 2 22 52 51 14 3 0 3939 0 0 3 1476 0 0 0 4 3940 3941 0 0 2 1 7 51 7 3 0 0 3943 123 3 2084 1984 185 166 4 0 3944 0 3945 5 3922 3938 3942 3946 2 52 8 95 0 2 1 7 8 35 2 51 95 8 52 2 0 8 5 52 3 3948 3949 3950 3951 2 7 7 95 95 2 1 88 0 0 3 3953 166 3954 3800 2 95 25 88 22 2 0 7 5 7 2 88 88 0 51 3 3956 3957 3958 3840 3 123 3204 0 0 4 3952 3955 3959 3960 3 166 166 123 123 2 95 5 0 19 3 166 3359 123 3963 2 0 88 0 25 3 0 0 3965 166 3 6 2215 242 0 4 3962 3964 3966 3967 3 0 181 123 123 4 3969 1679 2089 2089 2 7 0 7 14 3 203 6 3971 1721 2 7 7 88 7 3 1726 1978 1765 3973 2 7 95 0 25 3 3130 0 3975 0 2 8 14 5 14 2 25 0 8 14 3 203 3977 203 3978 4 3972 3974 3976 3979 5 3961 3968 3970 3980 6 3870 3909 3947 3981 7 3735 3786 3815 3982 2 7 0 0 1 2 95 88 0 52 3 2429 3984 3985 1391 2 0 51 7 7 3 1984 3987 0 0 4 3276 3986 2449 3988 2 433 5 436 52 2 14 7 0 1 3 2443 2446 3990 3991 2 52 1 0 340 2 7 88 679 51 2 7 96 0 51 2 7 25 22 52 3 3993 3994 3995 3996 4 3271 3992 2505 3997 2 7 7 0 5 2 7 52 95 19 3 166 3999 123 4000 2 5 7 7 25 3 123 124 4002 111 2 8 35 52 52 2 51 22 419 395 2 364 679 51 52 2 14 703 14 14 3 4004 4005 4006 4007 2 22 52 5 8 2 0 51 5 88 2 52 5 14 52 2 52 7 0 19 3 4009 4010 4011 4012 4 4001 4003 4008 4013 5 3280 3989 3998 4014 2 25 579 19 7 2 96 95 51 51 2 22 52 52 7 3 2012 4016 4017 4018 2 697 51 96 14 2 1 52 14 7 2 51 0 812 770 2 0 487 7 51 3 4020 4021 4022 4023 2 88 19 51 0 3 123 123 0 4025 3 123 3380 1476 108 4 4019 4024 4026 4027 2 51 1 8 1 2 697 0 52 19 3 3413 4029 4030 2257 2 95 7 51 7 3 190 3987 4032 123 4 4031 1735 4033 1735 3 166 166 3880 2535 2 8 5 1 51 3 4036 2546 539 1984 2 1 0 22 0 2 88 5 51 52 3 4038 2387 4039 2546 4 4035 4037 4040 3214 3 1978 1978 2546 2552 4 3213 3213 4042 3523 5 4028 4034 4041 4043 2 14 5 5 22 2 419 0 52 0 3 2450 4045 3916 4046 2 0 7 7 7 2 0 5 0 25 3 1984 4048 0 4049 2 7 436 0 8 2 14 14 0 14 3 4051 3287 4052 1659 2 8 630 0 0 3 2534 4054 0 0 4 4047 4050 4053 4055 2 814 558 433 51 2 8 0 7 96 3 123 1984 4057 4058 2 51 14 14 5 3 2535 1984 4060 3888 2 460 8 0 22 2 7 51 52 811 2 0 25 51 88 2 88 1503 0 2917 3 4062 4063 4064 4065 2 0 25 95 51 2 51 7 8 0 2 88 812 52 1 2 583 0 7 7 3 4067 4068 4069 4070 4 4059 4061 4066 4071 2 96 0 8 0 2 0 8 7 22 3 1424 4073 1984 4074 3 1896 1984 161 0 2 0 5 7 22 2 5 1 8 96 3 4077 4078 0 108 3 349 0 0 0 4 4075 4076 4079 4080 2 5 52 25 0 3 386 0 4082 0 2 360 0 0 0 3 4084 0 0 0 2 25 0 25 52 2 5 14 8 14 3 4086 4087 3138 62 2 771 14 14 14 3 4089 86 0 0 4 4083 4085 4088 4090 5 4056 4072 4081 4091 3 123 1984 1978 1978 2 7 7 5 562 2 25 0 0 0 3 4094 3350 4095 0 3 2546 2546 0 0 4 4093 2578 4096 4097 2 5 96 0 51 3 2546 2610 0 4099 4 2578 2578 4097 4100 3 86 86 0 0 4 0 0 4102 4102 3 86 86 2117 2117 4 0 0 4104 4104 5 4098 4101 4103 4105 6 4015 4044 4092 4106 3 3047 123 2095 2980 3 123 123 123 2095 2 8 5 96 1 3 123 3380 3092 4110 4 4108 4109 1735 4111 3 2310 1978 2546 2546 4 3213 3213 4113 3215 5 3012 4112 4114 3572 2 7 95 7 5 2 7 7 425 8 3 123 4116 4117 2607 3 4110 2619 2614 2620 2 0 96 5 51 3 4120 2615 2619 2622 4 4118 4119 4121 3174 4 3668 3670 3670 0 5 4122 3656 3667 4123 2 52 88 1 0 2 5 0 25 25 3 3231 1466 4125 4126 4 3174 3195 3230 4127 3 0 2623 108 0 3 86 227 2117 150 2 52 88 1 95 2 22 52 0 8 3 185 4131 0 4132 4 4129 3232 4130 4133 2 52 1 88 0 2 5 0 52 25 3 3194 4135 1997 4136 2 25 25 8 51 3 6 4138 108 1496 2 5 52 25 5 2 19 22 22 96 2 25 51 52 0 3 4140 4141 4142 310 2 0 19 8 22 2 19 0 88 25 3 4144 220 4145 1466 4 4137 4139 4143 4146 5 3654 4128 4134 4147 3 28 0 28 0 4 3655 3670 4149 0 2 0 19 8 19 3 4151 0 92 0 2 19 19 0 52 3 4153 0 0 0 4 4152 0 4154 0 5 4150 0 4155 0 6 4115 4124 4148 4156 3 486 0 206 0 3 1978 1978 0 0 4 4158 0 4159 4159 3 885 181 46 62 3 2394 515 0 1730 3 62 0 515 62 4 4161 0 4162 4163 3 1984 9 0 435 2 5 0 22 7 2 1 0 88 0 3 4166 1984 4167 0 3 2117 2117 86 86 3 1476 0 86 86 4 4165 4168 4169 4170 3 1984 321 0 1730 3 1730 515 0 1730 2 14 95 14 1 3 0 0 86 4174 3 133 28 161 28 4 4172 4173 4175 4176 5 4160 4164 4171 4177 2 51 14 0 14 3 0 2111 0 4179 2 0 51 14 14 3 2117 4181 86 86 3 0 2387 0 2 3 1978 1978 1984 1984 4 4180 4182 4183 4184 3 86 86 86 4174 2 35 7 52 7 2 1 7 88 95 3 4187 4188 1984 3130 4 4186 4102 4184 4189 2 0 8 0 19 3 62 203 4191 203 3 3943 123 3943 123 3 28 1391 28 1391 4 4192 4193 4194 1735 2 7 5 7 22 2 5 95 8 96 3 124 166 4196 4197 2 7 95 7 0 3 4199 435 4199 0 4 1735 4198 1735 4200 5 4185 4190 4195 4201 2 22 8 0 0 2 14 0 0 25 3 62 0 4203 4204 3 3368 2012 0 6 3 6 1721 1721 0 4 4205 1012 4206 4207 2 5 7 52 0 3 0 0 4209 166 3 161 28 2445 46 3 0 0 0 215 4 4210 4211 0 4212 2 14 52 14 14 3 4052 4214 2529 1984 3 2117 1466 1984 1984 4 4215 4216 4104 4104 3 166 166 1984 1669 3 166 181 1978 1978 2 14 0 14 52 3 86 4220 2117 150 4 4218 4219 4221 0 5 4208 4213 4217 4222 2 0 51 95 0 3 3126 4224 236 161 2 88 22 22 22 3 4226 3000 181 0 2 0 0 7 14 3 4228 150 0 277 4 4225 2264 4227 4229 2 7 95 0 19 3 4231 0 28 0 2 7 95 0 51 3 0 0 4233 321 4 2264 4232 4234 4149 2 95 0 51 7 3 4236 1984 0 0 4 2121 0 2959 4237 2 35 0 0 22 3 0 4239 0 46 2 0 0 22 0 3 108 310 4241 108 2 35 95 0 25 3 3128 0 108 4243 3 138 0 1983 1984 4 4240 4242 4244 4245 5 4230 4235 4238 4246 6 4178 4202 4223 4247 2 95 8 1 0 3 2251 4249 1466 0 2 0 0 96 8 3 3876 4251 0 509 3 0 1466 1466 2243 4 4250 4252 0 4253 2 0 14 1 0 2 0 14 0 35 3 4255 3122 1466 4256 2 35 88 14 14 2 0 95 52 25 3 4258 86 4259 3097 2 0 35 0 0 2 7 19 52 19 2 8 19 8 19 3 0 4261 4262 4263 2 52 8 0 0 2 52 14 0 0 2 8 5 8 19 2 8 19 19 19 3 4265 4266 4267 4268 4 4257 4260 4264 4269 2 7 1 1 14 2 14 1 95 0 3 166 4271 4272 3693 2 51 14 14 14 3 321 2029 4274 4214 2 25 5 25 8 2 35 0 35 14 3 161 4276 217 4277 2 14 14 14 0 2 5 52 1 95 2 0 0 95 19 3 4279 3885 4280 4281 4 4273 4275 4278 4282 3 166 277 2117 2117 3 2188 230 0 352 2 0 0 35 1 3 86 4286 2394 1476 3 4095 0 0 0 4 4284 4285 4287 4288 5 4254 4270 4283 4289 3 86 86 1338 0 2 8 0 8 0 3 181 0 4292 0 4 4291 4102 4293 0 3 86 4220 0 0 4 4295 0 0 0 2 51 0 0 0 3 4297 268 3883 486 3 2096 2268 0 0 3 2743 206 0 0 3 0 0 0 2111 4 4298 4299 4300 4301 3 123 123 0 2111 2 0 0 14 7 3 123 123 4304 1984 2 19 0 51 14 3 0 4306 2117 2117 2 0 579 14 0 2 770 95 7 0 2 0 25 1 0 3 4308 4309 4310 0 4 4303 4305 4307 4311 5 4294 4296 4302 4312 2 25 7 51 95 3 4314 181 108 2222 2 88 22 14 1 2 0 51 8 0 3 2370 4316 1984 4317 2 0 96 0 1 2 95 1 95 25 2 25 19 25 19 3 4319 4320 203 4321 2 7 8 0 25 2 0 8 5 95 2 19 0 406 0 2 25 96 25 19 3 4323 4324 4325 4326 4 4315 4318 4322 4327 2 52 96 0 96 2 95 96 19 19 2 7 5 0 0 2 35 0 8 14 3 4329 4330 4331 4332 2 22 95 96 51 2 0 0 8 35 2 8 0 14 7 2 25 52 88 7 3 4334 4335 4336 4337 2 95 5 0 22 2 7 8 52 0 3 1397 0 4339 4340 2 7 95 8 51 2 0 0 95 95 3 0 0 4342 4343 4 4333 4338 4341 4344 2 0 25 5 35 2 25 19 51 52 2 95 25 51 51 3 4346 4347 4348 123 2 19 19 19 0 2 51 22 7 433 2 452 51 95 1 3 4350 4351 3486 4352 3 0 2096 1984 4224 2 7 7 1 8 2 88 19 8 1 3 4355 3987 4356 0 4 4349 4353 4354 4357 2 7 25 51 88 2 25 14 51 25 2 0 22 7 52 3 4359 4360 2529 4361 2 95 25 88 5 2 1 88 35 14 2 52 25 0 51 2 52 0 812 391 3 4363 4364 4365 4366 3 123 123 2250 86 3 123 2529 86 86 4 4362 4367 4368 4369 5 4328 4345 4358 4370 2 8 35 25 52 2 5 7 8 0 3 0 0 4372 4373 2 51 95 52 25 2 7 88 0 51 3 0 4375 166 4376 2 8 96 0 96 2 96 95 14 25 2 51 14 0 51 3 4378 4379 2248 4380 2 7 7 96 14 2 7 7 5 0 3 227 1490 4382 4383 4 4374 4377 4381 4384 2 5 0 52 0 3 1490 0 4386 0 3 227 1490 0 0 4 4387 4388 2457 2457 2 95 95 1 88 2 8 0 1 0 2 25 5 1 22 2 19 0 7 25 3 4390 4391 4392 4393 2 51 14 1 0 2 22 7 0 0 2 51 7 1 7 3 4395 4396 4397 123 2 25 22 0 0 2 14 96 14 14 3 4399 2443 86 4400 2 25 1 0 8 3 4402 2546 86 86 4 4394 4398 4401 4403 2 7 7 1 7 3 4405 123 421 4405 2 7 8 8 0 3 123 3794 123 4407 2 52 19 14 52 2 5 7 19 0 2 1 0 0 19 3 4409 4410 86 4411 3 166 2445 86 86 4 4406 4408 4412 4413 5 4385 4389 4404 4414 6 4290 4313 4371 4415 7 4107 4157 4248 4416 2 0 5 0 8 3 0 0 0 4418 4 0 4419 0 0 3 0 0 86 86 3 0 0 86 1131 3 0 244 0 0 4 4421 4422 0 4423 5 0 0 4420 4424 6 0 4425 0 0 4 0 0 3 2086 2 0 14 7 25 2 95 0 88 1 3 0 108 4428 4429 2 14 95 25 88 3 166 166 2535 4431 2 52 471 590 19 3 3765 4433 0 3260 2 22 52 19 19 2 406 0 19 0 3 347 4435 4436 2188 4 4430 4432 4434 4437 2 0 0 1 8 3 166 166 4439 4428 2 0 95 8 7 3 166 166 4429 4441 2 25 22 19 19 2 52 22 0 19 2 1 19 25 19 3 4443 4444 4445 0 2 52 25 19 19 3 4447 347 3260 161 4 4440 4442 4446 4448 5 4427 3153 4438 4449 3 203 0 203 0 3 203 3782 203 180 3 203 0 3130 0 2 25 0 51 7 3 203 180 203 4454 4 4451 4452 4453 4455 3 166 166 4431 4439 3 166 166 4428 4429 3 4435 4443 2188 4445 3 4444 4447 0 3260 4 4457 4458 4459 4460 2 0 25 8 7 2 14 433 25 436 3 3975 0 4462 4463 2 1 7 25 0 2 0 0 364 679 2 25 14 7 25 3 1725 4465 4466 4467 3 347 4435 161 2188 2 25 698 19 19 2 397 22 0 19 2 630 19 25 19 3 4470 4471 4472 0 4 4464 4468 4469 4473 5 3153 4456 4461 4474 4 2294 205 0 0 3 509 0 0 0 3 108 181 0 0 4 4477 4478 0 0 5 4476 4479 0 0 3 0 509 0 0 4 4481 2294 0 0 4 205 4477 0 0 5 4482 4483 0 0 6 4450 4475 4480 4484 7 4426 4485 0 0 4 4159 4159 2086 2086 3 1978 2012 0 0 4 4488 0 2086 2086 3 166 166 4429 2535 4 4490 4457 4448 4459 4 4458 4432 4460 4469 5 4487 4489 4491 4492 4 0 0 2086 533 3 0 4261 0 0 2 14 14 0 19 3 4496 0 46 1397 3 0 185 0 0 4 4495 4497 0 4498 2 0 0 1 52 3 166 166 4500 0 2 25 52 19 0 3 4502 0 4445 0 4 4501 0 4503 0 5 4494 4499 4504 0 4 4478 4481 0 0 5 4506 4476 0 0 4 4477 0 0 0 5 4508 0 0 0 6 4493 4505 4507 4509 3 0 1730 0 108 3 0 2 1978 206 4 4511 4512 2264 2264 3 236 3693 4226 3000 3 2117 2117 1984 1669 4 4514 4515 205 0 5 4513 4516 0 0 2 0 14 14 14 3 2117 4518 1978 1978 4 4519 2255 0 0 3 86 2129 1978 1978 4 4521 2255 0 0 5 4520 4522 0 0 6 4517 4523 0 0 7 4510 4524 0 0 8 3983 4417 4486 4525 4 3666 3670 3670 0 5 4527 0 0 0 4 0 3681 0 3681 5 4529 3685 4529 3685 2 19 19 19 589 3 92 92 4531 92 3 2352 92 1122 92 4 4532 0 4533 0 3 4531 92 2352 92 3 1122 92 4531 92 4 4535 0 4536 0 5 4529 4534 4529 4537 6 4528 4530 0 4538 2 0 14 0 19 3 3689 0 4540 0 3 2111 0 3689 0 4 3644 4541 3644 4542 2 0 14 0 22 3 4544 0 352 0 2 0 25 0 0 2 12 0 0 0 3 4546 4547 3700 194 4 3644 4545 3644 4548 5 4543 0 4549 0 2 96 0 0 0 3 352 321 4546 4551 2 14 0 96 0 3 3700 4553 352 321 4 3644 4552 3644 4554 2 22 0 0 0 2 14 0 8 0 3 4546 4556 3700 4557 3 0 203 2 206 4 3644 4558 4559 0 5 4555 0 4560 0 6 0 4550 0 4561 3 123 123 3128 0 3 1983 2117 0 0 3 321 0 1671 4255 4 4563 541 4564 4565 3 3204 0 0 0 3 0 0 4236 1984 3 0 0 4052 86 4 541 4567 4568 4569 5 0 0 4566 4570 4 4533 0 4535 0 3 0 0 86 3122 2 19 19 1 19 2 0 19 14 52 3 4574 92 4575 92 4 0 3681 4573 4576 2 2006 589 19 590 2 19 19 2006 589 3 4578 4153 4579 0 3 2352 0 4578 0 4 4580 0 4581 0 5 4529 4572 4577 4582 4 0 0 4234 0 3 227 0 0 4049 2 1 0 25 0 3 4586 0 181 0 2 0 0 19 7 2 5 25 52 0 3 4588 4589 161 0 4 4585 4587 4590 0 2 88 14 0 0 2 0 25 25 1 3 1765 4592 4593 1669 2 1 0 5 7 3 2314 0 4595 1984 2 1 19 95 19 3 195 4049 4597 161 4 4594 4596 4598 205 2 19 0 7 0 3 161 0 4600 0 4 4601 0 0 0 5 4584 4591 4599 4602 3 0 92 0 2188 4 0 2110 0 4604 2 19 19 340 425 3 4606 0 0 0 3 0 2 2 206 3 0 2 166 2445 4 4607 4608 4609 1962 5 4605 4610 0 0 6 4571 4583 4603 4611 4 0 4608 4608 1962 4 1962 0 0 0 5 0 4613 4613 4614 5 4614 0 0 0 6 4615 4616 4616 0 7 4539 4562 4612 4617 2 1 19 14 52 3 4619 161 1978 181 4 4620 0 0 0 5 4621 0 0 0 6 4622 0 0 0 7 4623 0 0 0 8 4618 0 4624 0 9 3390 3725 4526 4625 6 3688 0 0 0 7 4627 0 0 0 8 4628 0 0 0 9 4629 0 0 0 10 2631 3253 4626 4630 11 0 0 0 4631 golly-3.3-src/Patterns/WireWorld/memory-cell.mcl0000644000175000017500000000214612026730263016657 00000000000000#MCell 4.00 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 60x60 #SPEED 100 #WRAP 0 #CCOLORS 4 #PALETTE 8 colors #D The wire on the left is the SET input, the wire on top the CLEAR input, #D and the wire on the right is the output. The inputs and outputs are #D supposed to be pulsed at 6-cycle intervals. #D #D Initially there are no electrons in the loop. At a tick which we'll number #D 0, an electron enters the device as shown in the top picture. #D Some cycles later, it leaves the output, and a duplicate rounds the bottom of #D the loop for another cycle, so that the memory will continue outputing #D the pulse. #D #D But, if at this time (or any multiple of 6 cycles afterwards) a pulse #D arrives in the CLEAR input, then two cycles later, the pulse in the loop #D will go away, and pulses will stop coming out the output. #D #D Mike Frank, March 1990 #L 8.C$8.C$7.3C$8.C$7.C.C$7.C.C$BA7C.14C$7.C6$8.B$8.A$8.C$8.C$8.C$8.C$8.C #L $8.C$8.C$8.C$8.C$8.C$8.C$8.C$8.C$8.C$8.C$8.C$8.C$8.C$7.3C$8.C$7.C.C$7. #L C.C$BA7C.14C$7.C golly-3.3-src/Patterns/WireWorld/NylesHeise.mcl0000644000175000017500000001202212026730263016474 00000000000000#MCell 4.20 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 400x200 #WRAP 0 #CCOLORS 4 #D Design by Nyles Heise (nylesheise@yahoo.com). Previous multipliers #D by Nick Gardner and Karl Scherer. #D #D This is 32-bit by 32-bit binary muliplier producing a 64 bit product. #D Two versions are given. The compact version is crammed into the #D minimum area I could get to (you may be able to do better). The #D expanded version has the component separated and labeled, to give a #D better view of what's going on. #D #D A is the multiplicand, 252 cells. B is the multiplier, 124 cells. #D C is the product, 256 cells in the expanded version. FA is a single #D full adder. Gate is used to gate the bits of A into FA when the #D corresponding bit of B was on. Also turns off the B bit after it #D has been used. Clock tells Gate when to look at B. It's a fill-empty #D ring counter, 128 cells and a period of 252 cycles. #D The first partial result appears in the expanded verion in C after #D 205 cycles, next in another 256, and so on. Final product in a total #D of 8141 cycles. 8116 is the compact verion, some bits always in the FA. #D #D The design uses 4-tick logic elements. 6-tick takes 50% more space for #D the loops and 50% more overall time. All the normal logic elements #D are available in 4-tick (OR, XOR, AND, INVERT, R-S LATCH, T LATCH). #D The 4-tick INVERTER is shown bottom left. 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It is essential that the stem rise one #D cell above the crossbar, thereby isolating the incoming signals; #D a barrier lurks beneath it all. #D #D Harold V. McIntosh #L .A$.C$.C$.C$.C$12C$.C$.C$.C$.C$.C3$.C$.C$.C$.C$.C$12C$.C$.C$.C$.C$.A3$ #L .A$.C$.C$.C$.C$12C$.C$.C$.C$.C$.A golly-3.3-src/Patterns/WireWorld/clocks.mcl0000644000175000017500000000254112026730263015707 00000000000000#MCell 4.00 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 60x60 #SPEED 100 #WRAP 0 #CCOLORS 4 #PALETTE 8 colors #D Clocks #D #D To establish a clock it is only necessary to set up a ring whose #D circumference has the desired period, draw the signal off at some #D point, and insert an electron. Diodes can be used to protect the clock, #D and to ensure a particular direction of circulation. More elaborate #D clocks can be constructed by spacing out several electrons within #D the same circumference. #D #D WireWorld inherits the basic three-cell loop from the Zhabotinsky reactions, #D yielding all kinds of period-3 clocks. That is also the closest spacing that #D two electrons can have, but it is entirely too fast and dense for most applications. #D #D Loops yielding period six or even longer lead to more conservative constructions. #D Period six allows the inclusion of ultrafast period three subassemblies. #D #D A clock seems to be the only way to create the boolean constant TRUE; #D once again it is worth emphasizing that the constant only appears at intervals #D and propagates with a finite velocity. #D #D Harold V. McIntosh #L 7.A13C$7.B6$7.C$6.B.13C$7.A5$5.3C$4.C3.C$4.C3.13C$4.C3.C$5.CBA5$4.4C$ #L 3.C4.C$3.C4.13C$3.C4.C$4.CCBA5$.7C$C7.C$C7.13C$C7.C$.5CBA golly-3.3-src/Patterns/WireWorld/NickGardner.mcl0000644000175000017500000004203512026730263016622 00000000000000#MCell 4.20 #GAME Rules table #GOLLY WireWorld #RULE 1,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,2,2,2,2,2,2,0,3,3,3,3,3,3,3,3,3, #RULE 0,3,1,1,3,3,3,3,3,3 #BOARD 400x200 #SPEED 20 #WRAP 0 #D 8-bit multiplier by Nick Gardner, Aug 2002. #D (see http://www.maa.org/editorial/mathgames/mathgames_05_24_04.html) #D #D C15 to C0 consist of 16 half-adders each made of an AND gate and an XOR gate. #D When set to one, a C-bit is represented by a looping electron. #D #D The bits of A7-A0 shift rightwards across the pattern. The bits of B7-B0 arrive #D in procession to meet the A bits at the AND gates just below the half adders. #D If the B bit is one the A bits proceed up to the half adders, otherwise they #D are cancelled. #D #D An unset C-loop will be set if an A bit arrives. A set C-loop will become unset #D and will throw a carry leftwards to the next C-loop. #D #D C-loops are 15 generations long. 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C.C$135.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C$135.C. #L C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C$135.C.C.C.C.C.C. #L C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C.C$136.C3.C3.C3.C3.C3.C3.C3.C #L 3.C3.C3.C3.C3.C3.C golly-3.3-src/Patterns/Larger-than-Life/0000755000175000017500000000000013543257426015127 500000000000000golly-3.3-src/Patterns/Larger-than-Life/SlowShip.rle0000644000175000017500000000051213127300132017276 00000000000000#C Range-10, diagonal, speed 2/1846 spaceship. #C Dean Hickerson, Sep 1, 2002. x = 26, y = 26, rule = R10,C0,M1,S154..262,B133..265,NM 13bo$15bo$12b5o$11b5obo$10b7obo$9b9o$8b10o$4bo2b12o$3bob15o$4b17o$b10o 4b7o$ob8o6b7o$ob8o6b7o$ob8o6b8obo$3b7o6b8obo$3b8o4b10o$4b18obo$6b14o2b o$7b12o2bo$8b10o$8b9o$7bob7o$8bob5o$10b4o$10bo$12bo! golly-3.3-src/Patterns/Larger-than-Life/R500-alien-bug.rle0000644000175000017500000004450413140227320020030 00000000000000# An orthogonal bug (speed = 16123261c/144331) created by scaling up # the R100-alien-bug in the following way: # # The R100-alien-bug was loaded into Golly and a screenshot saved at # scale 1:1. The resulting png file was opened in an image editor, # the background changed to white, the live cells changed to black, # and the image was magnified by 500%. # # The modified png file was then opened in Golly in an empty universe # using the following R500 rule. The new S and B limits were calculated # from the R100 limits using the formula: # # newlimit = oldlimit * (2*500+1)^2 / (2*100+1)^2 # # The oscar.lua script was then run to find the resulting bug's speed. # x = 1018, y = 1012, rule = R500,C0,M1,S256694..390374,B231893..306545,NM 451b116o$431b156o$422b174o$415b188o$410b198o$404b210o$400b218o$395b 228o$390b238o$386b246o$381b256o$377b264o$373b272o$370b278o$366b286o$ 363b292o$360b298o$358b302o$355b308o$352b314o$350b318o$348b322o$345b 328o$343b332o$341b336o$338b342o$336b346o$334b350o$332b354o$330b358o$ 328b362o$326b366o$325b368o$323b372o$321b376o$319b380o$318b382o$316b 386o$314b390o$313b392o$311b396o$310b398o$308b402o$307b404o$305b408o$ 304b410o$302b414o$301b416o$300b418o$298b422o$297b424o$296b426o$294b 430o$293b432o$292b434o$290b438o$289b440o$288b442o$287b444o$286b446o$ 284b450o$283b452o$282b454o$281b456o$280b458o$279b460o$278b462o$277b 464o$276b466o$275b468o$274b470o$273b472o$272b474o$271b476o$270b478o$ 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364o$328b362o$329b360o$330b358o$331b356o$333b352o$334b350o$335b348o$ 336b346o$338b342o$339b340o$340b338o$341b336o$342b334o$344b330o$345b 328o$346b326o$348b322o$349b320o$350b318o$352b314o$353b312o$354b310o$ 356b306o$357b304o$358b302o$360b298o$361b296o$362b294o$364b290o$365b 288o$367b284o$368b282o$370b278o$371b276o$373b272o$374b270o$376b266o$ 377b264o$379b260o$380b258o$382b254o$383b252o$385b248o$387b244o$388b 242o$390b238o$392b234o$393b232o$395b228o$397b224o$399b220o$401b216o$ 403b212o$405b208o$407b204o$409b200o$412b194o$415b188o$417b184o$420b 178o$423b172o$426b166o$428b162o$431b156o$434b150o$437b144o$440b138o$ 443b132o$446b126o$449b120o$453b112o$456b106o$460b98o$464b90o$469b80o$ 475b68o$481b56o$488b42o! golly-3.3-src/Patterns/Larger-than-Life/Globe.mcl0000755000175000017500000000301713125321675016572 00000000000000#MCell 3.00 #GAME Larger than Life #RULE R8,C0,M0,S163..223,B74..252,NM #BOARD 160x160 #SPEED 20 #WRAP 1 #CCOLORS 9 #D Globe #D #D Dense-enough to survive small starting patterns form circular #D shapes that resemble planets watched from spaceships. #D #D Mirek Wojtowicz, March 2000 #L 23.14A$17.14A6.AA$16.6A.6A..AA6.A$15.A.11A.5A6.AA$14.16A3.3A6.A$10.4A. #L AA.5A4.A.8A6.AA$10.3A.6A3.AA3.A..3A.A.AA5.A$9.AA..5A3.10A.4A..A5.A$8. #L AA..22A.3A.A4.A$8.A..30A3.A$7.A..18A3.16A$6.A..6A.7A3.3A..3A..5A.A.A.. #L A$6.10A.AA..A4.A..5A..A..4A.A..A$5.4A..7A..A4.A4.7A..4A.A3.A$4.AA.A.. #L AA.AA.A3.A4.A.AA.4A..A..4A.A4.A$4.3A3.4A.A3.A4.A.9A.A..A.AA.A4.A$3.4A #L 3.6A3.A4.3A.7A.A..A.AA.A4.A$..4A3.5A.A..A4.AA3.A.5A.A..A.AA.A4.A$..4A #L 3.6A..A3.3A3.8A.A..A.AA.A4.A$..3A3.7A.A4.AA3.9A.A..A.3A5.A$..AA3.7A.A #L 4.3A.5A.4A.AA..A.3A5.A$..AA..A.8A4.5A.8A.AA..A.3A5.A$.3A..8A5.A.3A.9A. #L AA..A.3A5.A$.AA..AA.6A4.A.3A..AA.5A..AA..A.3A5.A$3A..A.6A4.AA.A.A.3A.A #L .3A..AA..A.3A5.A$3A4.6A4.A.A.A..AA..5A..AA..A.3A5.A$3A4.6A4.A.A.A.A.5A #L .AA..AA..5A5.A$3A4.6A5.A.A.A.5A.A.A..A3.4A5.A$3A4.6A4.AA.AA.6A.A.A.AA #L 3.4A5.A$3A4.6A4.4A.8A..A.AA..5A4.A$3A4.6A4.10A.AA..AA.3A.4A4.A$6A.15A. #L 5A.A.AA.AA3.AA.A3.A$3A3.20A..A.A.AA.A3.A..A3.A$3A4.AA.4A.AA5.4A..4A3.A #L ..AA.AA..A$3A4.AA.3A.A..14A4.A.3A.A3.A$3A4.AA.A.10A3.3A..A4.3A..A3.A$ #L 3A5.19A..A..4A.A.AA3.A$5A3.A..3A7.11A..A.A..A..3A$..A.3A..A.A.3A3.AA3. #L A.3A4.A.A..4A$3.AA.21A5.A..4A$5.A.12A3.AA..10A.A$6.6A.A3.14A..A..A$10. #L 27A$11.A7.10A6.A$12.3A18.3A$15.3A12.3A$18.3A6.3A$21.6A golly-3.3-src/Patterns/Larger-than-Life/Majority.mcl0000755000175000017500000006721413125321675017351 00000000000000#MCell 2.20 #GAME Larger than Life #RULE R4,C0,M1,S41..81,B41..81,NM #BOARD 180x180 #SPEED 0 #WRAP 1 #CCOLORS 25 #COLORING 2 #D #D Many basic two-color CA rules can be thought of as voter models. #D Using our Vote palette, think of Blue=Democrat, Red=Republican. Majority #D vote is perhaps the simplest CA voting scheme: the occupant of each cell #D survey's a 'Mr. Roger's neighborhood' and decides to ally with the more #D popular opinion next time. In the present case, a range 4 Box has 81 #D cells, so each party needs 41 or more for a local majority. Note that we #D can view this and related threshold voting rules either as special cases #D of Larger than Life or as 2-color cases of the Cyclic Cellular Automaton. #D We choose the former interpretation for its better performance. #D #D So how does Majority Vote behave starting from a completely random #D initial state with equal densities of the two opinions? Press the Step #D button once to see massive self-organization in the first update, again #D to observe dramatic smoothing of the edges and a third time to see a #D two-color tessellation of the array with boundaries that appear #D continuous within the resolution of a range 4 discretization. Now press #D start to see convexification, and erosion of bounded regions, according #D to dynamics that approximate a continuous flow known as Motion by Mean #D Curvature (MMC). This process continues until the boundaries achieve #D uniformly small curvature, at which point the system fixates. For a #D better approximation to the continuous flow one must do Majority Vote #D with larger range. In the style of Riemann these CA approximations, #D suitably scaled, converge to Euclidean dynamics that cluster #D indefinitely. #D #D By keeping the range fixed at 4 but varying the threshold, you will #D discover an indication of two cutoff phenomena. For example, try #D thresholds of about 30-32, and about 55-57. Also, note the structure of #D the final boundaries for threshold 33. (To modify the present experiment #D you will need to figure out the proper LtLife settings corresponding to #D these parameter values...) #D #D David Griffeath #L 7.6A.7A.A..AA.A..A.AA3.3A.A..3A..A.A.A3.AA4.A..AA.6A3.A.AA..4A.A.A..AA #L 4.A5.3A.A.3A..7A.4A.3A3.A.A.A.A.A.7A.AA..AA.3A.A.A..A..A..AA$.3A.AA.3A #L .A3.A.A.3A.A.A..5A..AA.A5.AA.A3.A..A.3A..A..4A4.AA3.AA..A3.3A.3A.3A..A #L ..A.4A.6A3.3A..A4.3A3.A.AA.A..3A.4A.A.A4.3A.3A5.AA.A4.AA$A3.A.3A3.AA.A #L .AA..A..A..AA.A.4A3.A.AA3.AA5.7A3.3A.AA.AA..AA..A.A.A.A..3A7.A.A3.A5. #L 4A.A.A.4A..3A6.A4.3A3.AA.3A.A.AA..A.AA3.4A.A.A5.AA$4A.A.A5.A.AA..AA.AA #L .A.7A.A.A.AA..A4.A.A.AA3.A..3A.4A8.3A..A.A..A.AA3.A.3A..4A.A3.6A.AA.3A #L 3.A5.A.3A.A3.A.A.A.A.3A3.A.A.3A.A..3A.AA.3A.A.A$.A4.3A3.A7.A3.5A.A..3A #L .AA.A.A.A..AA.A..AA..A..7A.A.A.8A.A..AA.AA.3A.6A..AA..AA..5A.5A4.A.5A #L ..A.AA..A.A3.4A.A.A.5A.AA..AA3.A3.4A$A.AA.AA.AA.AA4.3A3.A.A.AA.6A.5A. #L 4A.AA.3A..A5.A.3A.3A..6A.A.AA.3A6.AA.A..3A.A.AA4.6A..5A.4A6.4A3.AA5.A #L 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golly-3.3-src/Patterns/Larger-than-Life/R100-alien-bug.rle0000644000175000017500000000611113140227320020014 00000000000000# An orthogonal bug (speed = 68261c/3043) in a range 100 rule. # See figure 11.41, page 219, in Chapter 11, "Larger than Life's Extremes" # by Kellie Michele Evans, in Game of Life Cellular Automata # (Andrew Adamatzky, ed., Springer 2010). # x = 204, y = 203, rule = R100,C0,M1,S10350..15740,B9350..12360,NM 85b34o$79b46o$75b54o$72b60o$69b66o$67b70o$65b74o$63b78o$62b80o$60b84o$ 59b86o$58b88o$56b92o$55b94o$54b96o$53b98o$52b100o$51b102o$51b102o$50b 104o$49b106o$48b108o$47b110o$47b110o$46b112o$45b114o$45b114o$44b116o$ 44b116o$43b118o$42b120o$42b120o$41b122o$41b122o$40b124o$40b124o$39b 126o$39b126o$38b128o$38b128o$37b130o$36b132o$36b132o$35b134o$35b134o$ 34b136o$33b138o$33b138o$32b140o$31b142o$31b142o$30b144o$30b144o$29b 146o$28b148o$28b148o$27b150o$27b150o$26b152o$25b154o$25b154o$24b156o$ 24b11ob60o12b60ob11o$23b12ob57o18b57ob12o$23b11ob56o22b56ob11o$23b10o 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18o64b18o$53b18o62b18o$54b18o60b18o$55b19o56b19o$56b19o54b19o$57b20o 50b20o$58b21o46b21o$59b22o42b22o$59b25o36b25o$60b27o30b27o$59b31o24b 31o$59b37o12b37o$58b88o$59b86o$60b84o$61b82o$62b80o$63b78o$64b76o$65b 74o$67b70o$68b68o$69b66o$70b64o$72b60o$73b58o$75b54o$76b52o$78b48o$79b 46o$81b42o$84b36o$87b30o$90b24o$93b18o! golly-3.3-src/Patterns/Larger-than-Life/GunCollection.rle0000644000175000017500000001000713140227320020275 00000000000000#C Smallest known period-166 guns for 7 spaceships in Bosco's Rule. #C All are based on collisions between the sparks of 2 Boscos. #C These were found by Dean Hickerson and Kellie Evans in April-May, 2000. x = 510, y = 527, rule = R5,C0,M1,S34..58,B34..45,NM:P700,700 13bo3bo306bo4bo$13bo9bo299b3o3bo$11b3o3bo3b3o3b3o281b3o3b3o4bo4b3o$11b obo3bo3bobo3bobo281bobo3bo6bo4bobo$11b3o3bo3b3o3b3o281b3o3bo6bo4bobo$ 29bo$27b3o14$43b3o300b4o$41b6o298b7o30b3o$41b7o296b2o2b6o27b5o$40b9o 294b2o4b5o25b5ob2o$40b3o3b4o265b3o7bo3b3o10b2o6b4o24b5o3b2o$40b3o3b4o 265bo8bo4bo12b3o6b4o22b5o5b2o$40bo5b4o265b3o5bo5b3o10b4o4b4o23b4o6b3o$ 40bo5b4o267bo4bo6bobo11b4o2b4o24b4o5b4o$40b2o2b6o265b3o3bo7b3o11b9o26b 4o3b4o$41b7o296b7o28b10o$43b3o298b6o30b8o$345b4o32b7o$382b5o$383b2o4$ 64b5o$64b6o$63b8o$63b9o$62b3o4b4o$62b3o4b4o$62b2o5b4o$63bo3b5o$b3o3b3o 7bo3bobo3b3o33b2o2b5o$3bo5bo6bo4bobo5bo34b6o$b3o3b3o5bo5b3o3b3o$bo7bo 4bo8bo3bo$b3o3b3o3bo9bo3b3o280bobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobo7$96b6o$96b6o$96b6o$96b6o$96b6o$96b6o3$381b3o$380b 6o$379b8o$378b10o$376b5o3b4o$110b6o259b5o4b5o$110b6o259b4o6b4o$110b6o 259b4o6b4o111b3o$110b6o259b5o5b3o110b6o$110b6o259b5o5b2o110b8o$110b6o 259b6o3bo111b10o$377b8o111b11o$380b3o112b5o4b5o$495b5o4b6o$495b4o6b5o$ 495b4o6b5o$497b2o5b6o$499bo4b6o$500b2ob6o$501b5o$502b2o10$obobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob 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bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobo25$43b3o62b3o$42b5o60b5o$40b4o2b 2o58b2o2b4o$39b5o3b2o56b2o3b5o$39b4o5bo56bo5b4o$38b4o5b3o54b3o5b4o$39b 4o3b3o56b3o3b4o$39b10o56b10o$40b8o26b6o26b8o$41b7o26b6o26b7o$42b5o27b 6o27b5o$74b6o$74b6o$74b6o3$bo2bo6b3o2bo7bo2bobo$o3bo8bo3bo5bo3bobo$o3b o6b3o3bo4bo4b3o$o3bo2b2o2bo5bo3bo7bo$bo2bo2b2o2b3o2bo3bo8bo$8bo$7bo8$ 60b6o$60b7o$59b9o$59b4ob5o$58b4o3b5o$58b3o5b4o$58bo7b4o$59bo5b5o$59b2o 3b5o$60b2ob5o$61b5o$63bo! golly-3.3-src/Patterns/Larger-than-Life/ModernArt.mcl0000755000175000017500000000077513125321675017445 00000000000000#MCell 4.00 #GAME Larger than Life #RULE R10,C255,M1,S2..3,B3..3,NM #BOARD 120x120 #SPEED 20 #WRAP 1 #CCOLORS 255 #D Most simple patterns expand into lines and blocks of color, except #D for the really simple ones, which form stable power blocks (literally). #D #D Discovered by Charles A. Rockafellor, March 2000 #L 4A$4.AA15.6A$6.AA11.AA$8.3A5.3A$11.AA..A$13.AA$12.A..AA$11.A5.AA$11.A #L 7.AA$10.A10.3A$9.A14.AA$8.A17.AA$7.A20.AA$6.A23.AA$5.A26.3A$4.A30.A$ #L 36.A$37.A$38.A$39.AA$41.AA$42.A golly-3.3-src/Patterns/Larger-than-Life/Gnarl.mcl0000755000175000017500000000163513125321675016611 00000000000000#MCell 2.20 #GAME Larger than Life #RULE R1,C0,M1,S1..1,B1..1,NN #BOARD 160x160 #SPEED 0 #WRAP 1 #CCOLORS 2 #D A popular form of recreational mathematics is to grow fractals, #D snowflakes, and related patterns from simple CA rules. Here is a nice #D example provided by Kellie Evans. The rule is an LTL model in which cell #D x is occupied next time if and only if the range 1 Diamond neighborhood #D centered at x contains exactly 1 occupied cell this time. Started from a #D configuration of two diagonally adjacent occupied cells, a periodic #D tiling emerges in two quadrants of the plane while complex dynamics #D occupy the other two quadrants. We have named this experiment in homage #D to Rudy Rucker. His book "Artificial Life Lab" (Waite Group, 1993) #D suggests that the three fundamental characteristics of life are gnarl, #D sex and death. Check it out. #D #D David Griffeath #L .A$A golly-3.3-src/Patterns/Larger-than-Life/R100-NN-bug.rle0000644000175000017500000000312513140227320017241 00000000000000# An orthogonal bug (speed = 85c/10) in a range 100 rule # using the extended von Neumann neighborhood. # Very similar to the period-3 bug shown in figure 11.38, page 218, # in Chapter 11, "Larger than Life's Extremes" by Kellie Michele Evans, # in Game of Life Cellular Automata (Andrew Adamatzky, ed., Springer 2010). # x = 138, y = 124, rule = R100,C0,M1,S5612..9776,B5612..7585,NN 34b16o38b16o$31b30o16b30o$28b82o$26b86o$25b88o$23b92o$22b94o$20b98o$ 19b100o$18b102o$17b104o$16b106o$15b108o$14b110o$13b112o$12b114o$11b 116o$11b116o$10b118o$9b120o$8b122o$8b122o$7b124o$7b124o$6b126o$5b128o$ 5b128o$4b130o$4b130o$3b132o$3b132o$3b132o$2b134o$2b134o$2b134o$b136o$b 136o$b136o$b136o$138o$138o$138o$66o6b66o$61o16b61o$58o22b58o$55o28b55o $53o32b53o$52o34b52o$50o38b50o$49o40b49o$49o40b49o$b48o40b48o$b47o42b 47o$b47o42b47o$b46o44b46o$b46o44b46o$2b45o44b45o$2b45o44b45o$2b45o44b 45o$3b43o46b43o$3b43o46b43o$3b43o46b43o$4b42o46b42o$4b42o46b42o$5b41o 46b41o$5b41o46b41o$5b41o46b41o$6b40o46b40o$6b40o46b40o$6b40o46b40o$7b 39o46b39o$7b39o46b39o$7b39o46b39o$8b38o46b38o$8b38o46b38o$9b37o46b37o$ 9b37o46b37o$9b37o46b37o$10b36o46b36o$10b36o46b36o$10b36o46b36o$11b35o 46b35o$11b35o46b35o$11b35o46b35o$12b34o46b34o$12b34o46b34o$12b34o46b 34o$12b34o46b34o$13b33o46b33o$13b33o46b33o$13b33o46b33o$13b33o46b33o$ 14b32o46b32o$14b32o46b32o$14b32o46b32o$14b32o46b32o$15b31o46b31o$15b 31o46b31o$15b31o46b31o$16b30o46b30o$16b30o46b30o$16b30o46b30o$17b29o 46b29o$17b29o46b29o$17b29o46b29o$18b29o44b29o$18b33o36b33o$19b37o26b 37o$19b100o$20b98o$21b96o$21b96o$22b94o$23b92o$24b90o$26b86o$28b82o$ 30b78o$33b72o$37b64o$41b56o$46b46o$52b34o$58b22o! golly-3.3-src/Patterns/Larger-than-Life/BugReactions.rle0000644000175000017500000000263013125321675020133 00000000000000#C Three reactions in which blocks modify a passing bug: #C #C First, a diagonal, speed 8/16 bug becomes an orthogonal, #C speed 5/6 bug. #C #C Second, an orthogonal, speed 4/5 bug becomes an orthogonal, #C speed 8/12 bug. (Another 4/5 bug is shown below to make the #C change clearer.) #C #C Third, pairs of blocks can slow down a Bosco oscillator, giving #C oscillators with periods 166 + 188n. Here are a normal #C Bosco (p166), one using one pair of blocks (p284), and one #C using two pairs of blocks (p402). #C #C Dean Hickerson, May 2000. x = 266, y = 250, rule = R5,C0,M1,S34..58,B34..45,NM:T400,400 114bo$113b4o$111b2ob5o$111bo3b5o$110bo5b5o$109b3o5b4o$110b3o3b5o$110b 4ob5o$111b8o$111b7o$112b5o$113b3o8$151b6o$151b6o$151b6o$151b6o$151b6o$ 151b6o48$134b6o$134b6o$134b6o$134b6o$134b6o$134b6o7$113b2o$112b5o$111b 8o$110bob8o$109b2o4b5o$109b2o4b5o$109b2o4b5o$110bob8o$111b8o$112b5o$ 113b2o9$113b2o$112b5o$111b8o$110bob8o$109b2o4b5o$109b2o4b5o$109b2o4b5o $110bob8o$111b8o$112b5o$113b2o80$4b3o91b3o91b3o$3b7o87b7o87b7o$2bo3b5o 85bo3b5o85bo3b5o$bo5b4o84bo5b4o84bo5b4o$2o5b4o83b2o5b4o83b2o5b4o$b2o4b 4o84b2o4b4o31b6o47b2o4b4o31b6o$b4o2b4o84b4o2b4o31b6o47b4o2b4o31b6o$2b 8o86b8o32b6o48b8o32b6o$2b7o87b7o33b6o48b7o33b6o$3b5o89b5o34b6o49b5o34b 6o$4b3o91b3o35b6o50b3o35b6o12$94b6o88b6o$94b6o88b6o$94b6o88b6o$94b6o 88b6o$94b6o88b6o$94b6o88b6o7$260b6o$260b6o$260b6o$260b6o$260b6o$260b6o 12$218b6o$218b6o$218b6o$218b6o$218b6o$218b6o! golly-3.3-src/Patterns/Larger-than-Life/Jitterbug.rle0000644000175000017500000000037313127300132017472 00000000000000#C Jitterbug #C A range-4 bug that alternately moves north and south, but #C also a little bit east each time. Its speed is 4/40. #C Dean Hickerson, Dec 22, 2001. x = 7, y = 8, rule = R4,C0,M1,S24..38,B22..31,NM b4o$o4bo$o4b2o$2o2b3o$7o$b4o$b4o$b4o! golly-3.3-src/Patterns/Larger-than-Life/SoldierBugs.rle0000644000175000017500000000306513127300132017756 00000000000000#CXRLE Pos=-56,-56 # # Dean Hickerson discovered the "soldier bug" in 2001. # A single soldier bug moves around in a circle, with period 552. # The following pattern by Dave Greene shows how twelve soldier bugs # can be arranged to create a period 46 oscillator. # x = 113, y = 113, rule = R7,C0,M1,S65..114,B65..95,NM 49b4o$47b7o$46b10o$45b12o$45b13o19b2o$44b3o5b6o17b6o$22b3o19b3o5b6o16b 9o$20b7o17b3o5b6o15b11o$19b9o16b3o5b6o14b3ob9o$18b12o15b3o2b8o14b3o4b 7o$18b13o14b12o14b3o6b6o$17b5o3b6o15b10o15b3o6b6o$17b2o7b5o16b7o17b3o 6b6o$17b2o7b5o18b3o20b3obo2b7o$17b3o5b6o41b13o$17b3o2b9o42b11o$18b3ob 8o44b8o$19b10o46b6o16b5o$20b7o50b2o17b8o$21b5o69b4o2b4o$94b3o4b5o$93b 3o5b5o$93b5o4b5o$93b5o4b5o$93b5o4b5o$93b6o2b5o$94b12o$9b5o81b10o$8b7o 80b9o$7b9o80b8o$6b10o81b6o$6b11o$5b13o$5b5o3b5o$4b5o5b5o$4b5o5b5o$5b4o 4b5o$5b3o6b4o$6b4o3b4o$7b9o$8b7o$10b3o3$104b4o$102b8o$101b10o$100b4o4b 4o$100b3o5b4o$99b4o5b5o$99b5o4b5o$99b5o4b5o$100b13o$100b12o$101b10o$4b 6o91b10o$3b8o91b8o$2b10o91b6o$2b10o$b12o$13o$5o4b5o$5o4b5o$5o5b4o$b4o 5b3o$b4o4b4o$2b10o$3b8o$5b4o3$100b3o$98b7o$97b9o$96b4o3b4o$95b4o6b3o$ 95b5o4b4o$94b5o5b5o$94b5o5b5o$95b5o3b5o$95b13o$96b11o$10b6o81b10o$9b8o 80b9o$9b9o80b7o$8b10o81b5o$7b12o$7b5o2b6o$6b5o4b5o$6b5o4b5o$6b5o4b5o$ 7b5o5b3o$7b5o4b3o$8b4o2b4o69b5o$9b8o17b2o50b7o$11b5o16b6o46b10o$31b8o 44b8ob3o$29b11o42b9o2b3o$28b13o41b6o5b3o$27b7o2bob3o20b3o18b5o7b2o$27b 6o6b3o17b7o16b5o7b2o$27b6o6b3o15b10o15b6o3b5o$27b6o6b3o14b12o14b13o$ 27b7o4b3o14b8o2b3o15b12o$28b9ob3o14b6o5b3o16b9o$29b11o15b6o5b3o17b7o$ 30b9o16b6o5b3o19b3o$32b6o17b6o5b3o$34b2o19b13o$56b12o$57b10o$59b7o$60b 4o! golly-3.3-src/Patterns/Larger-than-Life/BugCollection.rle0000644000175000017500000000372513140227320020272 00000000000000#C Collection of spaceships in Bosco's Rule. #C Found by Kellie Evans and Dean Hickerson, about 2000-2003. x = 123, y = 131, rule = R5,C0,M1,S34..58,B34..45,NM:T400,400 11bo3bo78bo4bo$11bo9bo71b3o3bo$9b3o3bo3b3o3b3o53b3o3b3o4bo4b3o$9bobo3b o3bobo3bobo53bobo3bo6bo4bobo$9b3o3bo3b3o3b3o53b3o3bo6bo4bobo$27bo$25b 3o6$42b3o70b3o$40b6o68b6o$40b7o66b9o$7b3o7bo3bo3b3o12b8o41bo7bo3bo10b 2o3b6o$7bo8bo4bo3bobo11b4o2b5o39bo6bo4bo10bo5b5o$7b3o5bo5bo3bobo11b3o 4b4o39bo5bo5bo9b2o6b4o$7bobo4bo6bo3bobo10b3o6b4o38bo4bo6bo10bo5b5o$7b 3o3bo7bo3b3o11bo6b5o38bo3bo7bo10b2o3b6o$39b2o4b5o63b9o$40b2o2b6o64b6o$ 41b2ob5o66b3o$43b3o10$115b4o$43b4o67b7o$42b6o65b9o$41b8o36b3o7bo3b3o 10b2o3b5o$b3o3b3o7bo3bobo3b3o11b9o37bo6bo6bo10bo5b5o$3bo5bo6bo4bobo5bo 10b3o4b4o34b3o5bo5b3o10bo5b5o$b3o3b3o5bo5b3o3b3o10b2o5b4o34bo6bo6bo12b 2o3b5o$bo7bo4bo8bo3bo12b2o5b4o34b3o3bo7b3o11b9o$b3o3b3o3bo9bo3b3o11bo 4b5o63b7o$42bo2b5o65b4o$43b5o$44b2o9$116bo$115b4o$43b5o66b7o$42b6o37b 3o7bo3b3o11b10o$42b7o36bo8bo4bo12b2o4b5o$9b3o7bo3bo3b3o11b10o34b3o5bo 5b3o10bo6b4o$9bobo6bo4bo3bo13b3o3b4o36bo4bo6bobo10bo6b4o$9b3o5bo5bo3b 3o10b3o4b4o34b3o3bo7b3o10b2o4b5o$9bobo4bo6bo3bobo11bo5b4o62b10o$9b3o3b o7bo3b3o11b2o3b5o63b7o$42b2ob5o65b4o$43b5o68bo$45bo10$116b2o$42b4o69b 5o$41b6o67b8o$41b7o37bobo7bo3b3o11bob8o$15bo7bo3b3o11b8o36bobo6bo4bo 12b2o4b5o$15bo6bo6bo10b4ob5o35b3o5bo5b3o10b2o4b5o$15bo5bo5b3o10b2o4b4o 37bo4bo8bo10b2o4b5o$15bo4bo6bo12bo5b4o37bo3bo7b3o11bob8o$15bo3bo7b3o 10b2o4b4o64b8o$41b2o2b5o65b5o$42b7o67b2o$43b3o10$116bo$115b3o$114b6o$ 113b8o$81b3o7bo3bo3b3o10b3o2b6o$81bobo6bo4bo5bo10bo5b5o$81b3o5bo5bo3b 3o9b2o6b4o$81bobo4bo6bo3bo12bo5b5o$81b3o3bo7bo3b3o10b3o2b6o$113b8o$ 114b6o$115b3o$116bo11$116b2o$114b6o$43b4o66b9o$42b6o33b3o7bo3bo3b3o10b 4o2b4o$bo2bo6b3o2bo7bo2bobo11b9o33bo6bo4bo5bo10b2o5b4o$o3bo8bo3bo5bo3b obo10b10o33bo5bo5bo3b3o10b2o5b4o$o3bo6b3o3bo4bo4b3o10b2o4b4o33bo4bo6bo 5bo10b2o5b4o$o3bo2b2o2bo5bo3bo7bo10b2o4b4o33bo3bo7bo3b3o10b3o4b4o$bo2b o2b2o2b3o2bo3bo8bo10b2o3b5o62b4o2b4o$8bo32b2ob6o63b9o$7bo34b7o65b6o$ 44b2o70b2o! golly-3.3-src/Patterns/Larger-than-Life/Blinkers.mcl0000755000175000017500000000046213125321675017314 00000000000000#MCell 2.20 #GAME Larger than Life #RULE R10,C0,M1,S123..212,B123..170,NM #BOARD 100x100 #SPEED 0 #WRAP 1 #CCOLORS 2 #D "Bugsmovie" rule oscillators #L 6.3A$4.7A$3.9A$..11A20.11A$.13A18.13A$.13A18.13A$15A17.13A$15A17.13A$ #L 15A17.13A$.13A18.13A$.13A18.13A$..11A19.13A$3.9A20.13A$4.7A22.11A$6.3A golly-3.3-src/Patterns/Larger-than-Life/Bosco.mcl0000755000175000017500000000072313140227320016575 00000000000000#MCell 2.20 #GAME Larger than Life #RULE R5,C0,M1,S34..58,B34..45,NM #BOARD 100x100 #SPEED 0 #WRAP 1 #CCOLORS 2 #D Bosco's Rule #D #D Here's a little range 5, Larger than Life creature that Kellie Evans #D discovered while exploring LtLife phase space on the CAM8 cellular automaton #D machine. It's a period 166 oscillator. #D #D David Griffeath #L 29.A$27.5A$25.5A.AA$24.5A3.AA$24.4A5.A$23.4A5.3A$24.4A3.3A$24.5A.4A$ #L 25.8A$26.7A$27.5A31$A golly-3.3-src/Patterns/Larger-than-Life/BugGun.rle0000644000175000017500000000067513140227320016731 00000000000000#C First gun found in Bosco's Rule. #C Constructed by Dean Hickerson, Feb 27, 2000. x = 28, y = 90, rule = R5,C0,M1,S34..58,B34..45,NM:P200,200 4b2o15b3o$2b6o12b5o$b2o2b4o10b7o$2o3b5o9b8o$o5b4o8b4o2b4o$3o3b4o8b2o4b 4o$10o7b2o6b3o$b8o9bo5b4o$b7o11bo3b5o$2b5o13b7o$4b2o15b3o32$19b6o$19b 6o$19b6o$19b6o$19b6o$19b6o32$4b2o15b3o$2b5o13b7o$b7o11bo3b5o$b8o9bo5b 4o$10o7b2o6b3o$3o3b4o8b2o4b4o$o5b4o8b4o2b4o$2o3b5o9b8o$b2o2b4o10b7o$2b 6o12b5o$4b2o15b3o! golly-3.3-src/Patterns/Larger-than-Life/Butterfly.rle0000644000175000017500000000106413127300132017511 00000000000000#C Range-5, orthogonal, speed 9/31 spaceship, whose population #C varies by a factor of 10 (min 37, max 370). #C Dean Hickerson, Feb 28, 2000 x = 25, y = 37, rule = R5,C0,M1,S34..52,B31..45,NM 18b4o$16b4ob3o$14b5o3b3o$14b3o5b3o$13b3o6b3o$11b3o9b2o$b7o2b3o10b2o$3o b7o12b2o$11o13bo$3o2b4o14b2o$3o4b2o2b3o8b2o$3o18b2o$o17bob2o$o16b4o$2o 13bob3o$b2o13b2o$b3obo6bob3o$2b5o4b4o$3b4o5b2o$2b5o4b4o$b3obo6bob3o$b 2o13b2o$2o13bob3o$o16b4o$o17bob2o$3o18b2o$3o4b2o2b3o8b2o$3o2b4o14b2o$ 11o13bo$3ob7o12b2o$b7o2b3o10b2o$11b3o9b2o$13b3o6b3o$14b3o5b3o$14b5o3b 3o$16b4ob3o$18b4o! golly-3.3-src/Patterns/Larger-than-Life/Waffle.mcl0000755000175000017500000000260413125321675016747 00000000000000#MCell 2.20 #GAME Larger than Life #RULE R7,C0,M1,S100..200,B75..170,NM #BOARD 300x300 #SPEED 0 #WRAP 1 #CCOLORS 25 #COLORING 2 #D #D Here is a a beautiful 'waffle' for the range 7 Box Larger than Life rule #D with birth interval [75,170] and survival interval [100,200], after 90 #D updates, with all 0's boundary conditions. The initial configuration is #D a central lattice circle of occupied sites with radius 12. #D #D Starting from a 50-50 random mix of live and dead cells, the dynamics #D produce a familiar nucleation scenario - most of the space relaxes to #D all 0's, but isolated pockets of activity form seeds for spreading #D colonies of 1's. Try it! Early on we observe an assortment of waffles, #D most imperfect, but some highly patterned and nearly symmetric. Later the #D imperfections take over and cover the space with another variety of #D pseduo-random 'seething gurp'. #D #D Intrigued by the delicate transient droplet patterns, Kellie Evans segued #D into 'engineering' mode in search of the perfect waffle. She discovered #D that for the LtL given here, if we start from a radius 10 lattice circle, #D then the waffle appears to grow 'perfectly' for more than 70 updates before #D beginning to unravel. #D #D David Griffeath #L 7.9A$5.13A$4.15A$3.17A$..19A$.21A$.21A$23A$23A$23A$23A$23A$23A$23A$23A #L $23A$.21A$.21A$..19A$3.17A$4.15A$5.13A$7.9A golly-3.3-src/Patterns/Self-Rep/0000755000175000017500000000000013543257425013522 500000000000000golly-3.3-src/Patterns/Self-Rep/Devore/0000755000175000017500000000000013543257426014747 500000000000000golly-3.3-src/Patterns/Self-Rep/Devore/Devore-body.rle0000644000175000017500000010107213151213347017540 00000000000000#CXRLE Pos=-37,-10 # Devore, J. and Hightower, R. (1992) # The Devore variation of the Codd self-replicating computer, # Third Workshop on Artificial Life, Santa Fe, New Mexico, # Original work carried out in the 1970s though apparently never published. # Reported by John R. Koza, "Artificial life: spontaneous emergence of # self-replicating and evolutionary self-improving computer programs," # in Christopher G. Langton, Artificial Life III, Proc. Volume XVII # Santa Fe Institute Studies in the Sciences of Complexity, # Addison-Wesley Publishing Company, New York, 1994, p. 260. # # See make-Devore-tape.py for a script to write tapes for this machine. # # John Devore writes: (part III) # "I then converted from a "microcode" to a "hardware" design which allowed # for tremendous miniaturization. I had estimated that a full-blown realization # of Codd's space would take at least a 10,000 x 10,000 array or 100,000,000 # cells. My design fit nicely in a 250 x 350 array or 87,500 cells -- less than # 1/1000 the estimated Codd size. Further it operated much more efficiently on # an instruction by instruction basis even if they had had the same distance for # signals to travel. Of course, Codd, was just trying to show that a self- # reproducing UCC was possible. 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(1992) # Third Workshop on Artificial Life, Santa Fe, New Mexico, # Original work carried out in the 1970s though apparently never published. # Reported by John R. Koza, "Artificial life: spontaneous emergence of # self-replicating and evolutionary self-improving computer programs," # in Christopher G. Langton, Artificial Life III, Proc. Volume XVII # Santa Fe Institute Studies in the Sciences of Complexity, # Addison-Wesley Publishing Company, New York, 1994, p. 260. # # Zoom in on the left-hand end of the line to see the main machine. A step size # of 8^7 or higher will be needed, as replication takes 1.02E11 generations. # # See make-Devore-tape.py for the script that wrote the tapes for this machine, # and for more information about the encoding. See the other patterns in this # folder for information about the machine body. # # John Devore writes: (part IV) # "Where Codd used two read heads, one to read the program and a parallel one # to read the "marker" tape, I used a single head that could "look" either left # or right so read both. Also, as I recall I made my branches "relative" to the # current position and could branch forward or backward from the current # instruction. I think Codd used absolute addressing so had to go back to the # start of the program and count entry points to the address." # # I asked John: "You say you worked on an IBM 360/50 computer. Without a # monitor, is that right? So you would load your machine into memory and ask for # a printout after N iterations, or something like that? (I have heard about # such days but never experienced them.)" # # And John said: "Yes. I started with all 1's and 0's (which I printed as blanks # for readability) except for the injection signals on an injection head. I # printed a snapshot every 100 steps during sheathing (takes about 600 to # complete) and every 1000 to 5000 after that. Each snapshot was printed on 9 # sheets of wide (white -- really lost something on the standard green-bar # paper) band printer paper. I disabled page skips so only had to cut one edge # of two three-page sets and tape into the 3x3 with two strips of tape. I also # used 8-lines/inch instead of the standard 6 so almost had square cells -- # 10/inch across x 8/inch high. I still have a stack of printouts that have # never been trimmed and taped." # # Thanks to Ron Hightower and John Devore for getting us to the point where we # can run this pattern in Golly. 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It uses # two compact "7-transforms" and a special T-junction structure to direct the # flow of signals appropriately. Unlike in Codd's CA, these structures are # initialised by the sheathing structure. # # John Devore writes: (part II) # "I recall two other important components. One was a miniature 7-transform. # Any signal that went through it came out as a 7. ... [And then] there was a # 6-7 discriminator. This latter one had an input and two outputs (sort of like # a T junction, but with a more complex structure at the junction). If a 6 came # in the input a 7 would go out one of the outputs. If a 7 came in the input a 7 # would go out the other output. This one required some minor modification to # the collision rules -- actually addition of rules to handle collision of # different signals -- Codd only defined collision of identical signals." # x = 79, y = 14, rule = Devore 67.5A4.3A$47.A19.A3.A6.A$43.25A3.A6.A$43.A3.A5.A13.A3.A5.A$43.A9.A13. 5A5.A$.35B7.A9.A$B3A.F29A.F17A$BA24BA9B4.A12.A$BAB22.BAB12.A12.A13.5A 5.A$BAB22.BAB12.A6.A5.A13.A3.A4.A$BAB22.BAB12.28A3.A4.2A$BA24BAB19.A 5.A13.A3.A4.A.A$B21AG.3AB39.5A5.A$.26B! golly-3.3-src/Patterns/Self-Rep/Devore/crossover.rle0000644000175000017500000000433413151213347017411 00000000000000# A demo of one-way units (diodes) and three-way funnelling units (triodes) in # the Devore variant of Codd's CA. With two diodes and two triodes arranged as # shown, a crossover can be made, for signals of any type (4, 5, 6 or 7). # # John Devore writes: (part I) # "I did the original work as a masters report back in 1973. The text of that # report may be completely lost, but I have a file of notes I have used in # presentations so could reconstruct all the important information again. I was # working full time while I worked on my masters degree and I never did follow # up appropriately on publishing results. I did all my simulations at that time # on an IBM 360/50 computer. The component I call a diode was suggested by Rod # Bates who was working on his PhD in EE at the time. It takes advantage of the # fact that the Codd space must include triplicate collision rules for signals # colliding at a T junction. A straight-on, a left-hand, and a right-hand # collision. Codd had treated these all the same and had to make diodes out of # extremely elaborate race conditions driving his "gates". By suggesting that # either the right or left collision annihilate the colliding signals Rod could # create a diode from "wires" arranged in a square with leads at two opposite # corners where one lead forms a right-hand T connection with two sides of the # square and the other lead forms a left-hand T connection. I discovered that # the square needed NO sheathing (with no additional rules) -- just a 2x2 array # of cells with values of 1's -- so the diode was extremely small. Further I # found one could add a third lead in the correct configuration to make what I # called the "triode" with the terrifically useful property of "funneling" # signals from either of two of the leads into the third while being blocked # from going out the other input lead. 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Under # this rule, a simple tape with pulses can construct any pattern of # quiescent cells. # x = 131, y = 33, rule = Hutton32 MIMIM4IMI4MI4MI4MI4MI4MI4MI4MIMI4MIM5IM5IM5IM5IM5IM5IM5IM5IM5IM5IM5IM IM3IM2IMIN$N2OKOK4OKOK4OKO5KO3KOKO5KO5KO5KO5KO5KO5KO5KO5KO5KO5K4OKO4K OKO4KOKO4KOKO4KOKO4KOKO$MI4MIMI4MIMIM4IMI4M5IM5IM5IM5IM5IM5IM5IM5IM5I M5IMIM3IM5IMI4MIMI4MIMIM4IMI4MIM3IJ$J4OKOK4OKOK4OK4OKO4KOKOK4OKOK4OKO 5KO3KOKO5KO5KO5KO5KO5KO5KO5KO5KO5KO5K4OKO4KOKO$M5IM5IM5IM5IM5IM5IM5IM 5IM5IM5IMIM3IM5IMI4MIMI4MIMIM4IMI4MI4MIMIM4IMI4MI4MIMI4MJ$N2OKO4KOKOK 4OKOK4OK4OKO4KOKOK4OK4OKO4KOKOK4OKOK4OKO5KO3KOKO5KO5KO5KO5KO5KO5KO5KO 5KO$M5IM5IM5IM5IM5IM5IMIM3IM5IMI4MIMI4MIMIM4IMI4MIM4IMIM4IMI4MI4MIMIM 4IMIM4IMI4M5IM4IJ$J4KO5KO5K4OKO4KOKOK4OK4OK4OK4OKO4KOKOK4OKOK4OKOK4OK O5KO3KOKOK4OKO5KO3KOKO5KO5KO5KO2K$M5IM5IM5IM5IM5IM5IM5IM5IM5IMIM3IM5I MI4MIMI4MIMI4MIMIMI2MIMIMI2MIMIMI2MIMIMI2MIM5IM5IM2IJ$J4KOK2OKOKOK2OK OKOK4OK3O2KOKOK4OKOK4OKOK4OKOK4OK2O3KOKOK4OKOK4OKO5KO3KOKO5KO5KO5KO5K O5KO5KO$5IMIM3IM5IMI4MIMI4MIMIM3I2MI4MIMI4MIMI4MIMI4MIMIM2I3MI4MIMI4M IMI4MIMIM2I3M5IM5IM5IM5IM4IJ$N5KO5KO5KO5KO5KO5KO5KO5KO5KO5K3O2KOKOK4O KOK4OKOK4OKOK4OK4OK4OKOK4OKOK4OKOK4OKOK3O$2MIMI4MIMI4MIMI4MI4MIMI4MIM IM2I3M5IM5IM5IM5IM5IM5IM5IM5IM5IM5IM5IMIM3IM5IMI4MIMIN$NOKOK4OKOK2OKO KOK2OKOKOK4OKOK4OKO5KO3KOKO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5K3O2KOKOK4O KO$5IM5IM5IM5IM5IM5IM5IM5IM5IMIM3IM5IMI4MIMIM3I2MI4MIMI4MIMI4MI4MIMI 4MIMI4MIMI4MI4MJ$N5K2OKOKOK2OKOKOKOK4OKOK4OKOK4OKOK4OK4OKOK4OKOK4OK2O 3KOKOK4OKO5KO3KOKO5KO5KO5KO5KO5KO5KOK$3M5IM5IM5IM5IM5IM5IM5IM5IM5IM5I MIM3IM5IMI4MIMIM3I2MI4MIMI4MIMI4MIMI4MIMI4MI4M3IJ$JKOKOK4OKOK4OKOK4OK OK4OK2O3KOKOK4OKOK4OKOK4OK2O3KOKOK4OKO5KO3KOKO5KO5KO5KO5KO5KO5KO5KO2K $2IM5IM5IM5IM5IMIM3IM5IMI4MIMI4MIMIMIMI2MIMIMI2MI4MIMIM3I2MI4MIMI4MIM I4MIMI4MIMIM2I3M5IM5IM2IJ$J2KO5KO5KO5KO5K2OKOKOK2OKOKOK2OKOKOK2OKOKOK OK4OKOK4OKOK4OKOK4OKOK4OKOK4OKO5KO3KOKOK4OKO5KO3KOKO2K$MIM3IM5IMI4MIM I4MIMIM4IMI4MI4MI4MI4MI4MI4MI4MI4M5IM5IM5IM5IM5IM5IM5IM5IM5IM2IJ$J4KO 5KO5KO5KO5KO5KO5KO5KO5KO5KO4KOKO4KOKO4KOKO4KOKO4KOKO4KOKO4KOK4OKO4KOK OK4OKOK2O$3IMIM3IM5IMI4MIMI4MIMIM4IMI4M5IM5IM5IMIM3IM5IMI4MIMI4MIMIM 4IMI4M5IM5IM5IMIM3IM5IMIMN$JKO5KO5K4OKO4KOKOK4OKOK4OKO5KO3KOKOK4OKO5K O3KOKO5KO5KO5KO5KO5KO5KO5KO5KO5KO5K$3IM5IM5IM5IM5IM5IM5IM5IM5IM5IMIM 3IM5IMI4MIMI4MIMIM4IMI4MI4MI4MI4MI4MI4MI4MI3MN$JKO4KOKO4KOKO4KOKO4KOK O4KOKO4KOKO4KOK4OKO4KOKOK4OKOK4OKO5KO3KOKO5KO5KO5K4OKO4KOKOK4OKOK3O$ 4IMIM3IM5IMI4MIMI4MIMIM4IMI4M5IM5IM5IMIM3IM5IMI4MIMI4MIMIM4IMI4M5IM5I M5IMIM3IM5IMIN$JO5KO5KO5KO5KO5KO5KO5KO5KO5K4OK4OK4OK4OKOK4OKOK4OKOK4O KOK4OKOK4OKOK4OKOK4OKO5KO$3MIMI4MIMI4MIMI4MIMIM4IMI4MIM4IMIM4IMIM4IMI M4IM5IM5IM5IM5IM5IM5IM5IM5IM5IM5IMIM2IJ$NKOK4OKO5KO3KOKO5KO5KO5KO5KO 5KO5K4OK4OK4OK4OK4OKOK4OKOK4OKO5KO3KOKO5KO5KO5KO4K$4IM5IM5IM5IM5IM5IM 5IM5IM5IM5IMIM3IM5IMI4MIMI4MIMIM4IMIM4IMIM4IMIM4IMI4M5IM5IMJ$J4OK4OK 4OK4OKO4KOKO4KOKOK4OKOK4OKOK4OKOK4OKOK4OKO5KO3KOKO5KO5KO5KO5KO5KO5KO 5KO5KO$50.I4MIMI4MIMI4MIMI4MIMI4MIMI4MIMIM4IMIM4IMIM4IMIM4IM5IM4IJ! golly-3.3-src/Patterns/Self-Rep/JvN/small-JvN-self-replicator.rle0000755000175000017500000004141313543255652021545 00000000000000#N small-JvN-self-replicator.rle #O Redstoneboi, 17 August 2018 #C smaller and faster JvN linear self-replicator, period 221693. #C http://www.conwaylife.com/forums/viewtopic.php?p=62707#p62707 #C Inspired in part by a small JvN self-replicator by Rohan Ridenour, #C http://www.conwaylife.com/forums/viewtopic.php?p=61421#p61421 x = 12314, y = 21, rule = JvN29 2.2IpAIpA3IL.pAIpA4IpAT$2.JLpAKpA2K.pA.J2.2IL.R$.pAJ.pAT.IpAQ.2pAK2pA IpAIpAI$IJ2ILQI2J2.L.I2J.J.pAJ$pAIpAIpAIpAIpA2.2IpAIpALJIJ$J3.2IJ6.2I JI2J$J7IpA9IJLK$2J6KpA10KLJ$2J5.R2.pAKpA.L3KJ2pA$2J.KpA2KpAKpAK.J2.L. pAIpAJ$JK2pAK3.IpAL.J3KJ.JpAK$.IJ3.pAIpAL5I.pA3IpA$.J2IL.JIJ3IL.2RL.Q R$.JpAIpAIpAJ4.L.RpAK.R$.IJ.2IJ5.L2.I2.pA$.JTpA$.JKpA$.IpA$.J$.pDK3OK 2OK3O5K5OKO3KOKOKOK5OK5O2K6OKOK4OK5OK2O2K2O2K2O2K2O2K2O2K2O2K2O2K2O2K 2O2K2O2K2O2K2O2K2O2K2O2K2O2K2O2K2O2KOK2OK3OK3OK3OK3OK3OK3OK3OK3OK3OK 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5M3IMI4MI5M3IM3I4MI2MI5MIM3IMI5M5IM2IMI5M5I3MI2MI3MI5MIMIM2IMI5M3IM3I M2I2MI5M5IM3IMI5M5I3MI2MI3MI5MIMIM2IMI5M3IM3IM2I2MI5M5IM3IMI5M5I3MI2M I3MI5MIMIM2IMI5M3IM2IM2I2MI5M5IM3IMI5M5I3MI2MI3MI5MIMIM2IMI5M3IM2IM2I 2MI5M5IM3IMI5M5I3MI2MI3MI5MIMIM2IMI5M3IM2IM2I2MI5M5IM3IMI5M5I3MI2MI3M I5MIMIM2IMI5M3IM2IM2I2MI5M5IM3IMI5M5I3MI2MI3MI5MIMIM2IMI5M3IM2IM2I2MI 5M5IM3IMI5M5I3MI2MI3MI5MIMIM2IMI5M3IM2IM2I2MI5M5IM3IMI5M5I3MI2MI3MI5M IMIM2IMI5M3I4M2I2MI5M5IM3IMI5M5I3MI2MJ!golly-3.3-src/Patterns/Self-Rep/JvN/Hutton-replicator.rle0000644000175000017500000002452313151213347020262 00000000000000# Hutton-replicator - a self-reproducing machine in a modified version # of von Neumann's cellular automaton. # Author: Tim Hutton # # Having modified the von Neumann CA transition rules, a new form of # self-replicator becomes possible, one that replicates much faster # and exhibits exponential growth in the initial stages. # # Motivation: In the original von Neumann transition rules, lines of # transmission states can extend themselves by writing out binary # signal trains, e.g. 10000 for extend with a right-directed ordinary # transmission state (OTS). But for construction, a dual-stranded # construction arm (c-arm) is needed, simply because the arm must be # retracted after each write. I noticed that there was room to add the # needed write-and-retract operation by modifying the transition rules # slightly. This allows the machine to be greatly reduced in size and # speed of replication. # # Another modification was made when it was noticed that the # construction could be made rotationally invariant simply by basing # the orientation of the written cell on the orientation of the one # writing it. Instead of "write an up arrow" we have "turn left". This # allows us to spawn offspring in different directions and to fill up # the space with more and more copies in a manner inspired by # Langton's Loops. # # A single OTS line can now act as a c-arm in any direction. Below are # the signal trains: # # 100000 : move forward (write an OTS arrow in the same direction) # 100010 : turn left # 10100 : turn right # 100001 : write a forward-directed OTS and retract # 100011 : write a left-directed OTS and retract # 10011 : write a reverse-directed OTS and retract # 10101 : write a right-directed OTS and retract # 101101 : write a forward-directed STS and retract # 110001 : write a left-directed STS and retract # 110101 : write a reverse-directed STS and retract # 111001 : write a right-directed STS and retract # 1111 : write a confluent state and retract # 101111 : retract # # Achieving these features without adding new states required making # some slight changes elsewhere, though hopefully these don't affect # the computation- or construction-universality of the CA. The most # important effects are listed here: # # 1) OTS's cannot destroy special transmission states (STS's). This # functionality was used in von Neumann's construction and read- # write arms but isn't needed for the logic organs, as far as I # know. The opposite operation is still enabled. # 2) STS lines can only construct one cell type: an OTS in the forward # direction. Some logic organs will need to be redesigned. # # Under this modified JvN rule, a self-replicator can be much smaller, # consisting only of a tape contained within a repeater-emitter loop. # One early example consisted of 5521 cells in total, and replicates # in 44,201 timesteps, compared with 8 billion timesteps for the # smallest known JvN-32 replicator. This became possible because the # construction process runs at the same speed as a moving signal, # allowing the tape to be simply stored in a repeater-emitter loop. # The machine simply creates a loop of the right size (by counting # tape circuits) before allowing the tape contents to fill up their # new home. # # The rotational invariance allows the machine to make multiple copies # oriented in different directions. The population growth starts off # as exponential but soons slows down as the long tapes obstruct the # new copies. # # Some context for these modifications to von Neumann's rule table: # Codd simplified vN's CA to a rotationally-invariant 8 states. # Langton modified this to make a self-replicating repeater-emitter, # his 'loops'. Other loops were made by Sayama, Perrier, Tempesti, # Byl, Chou-Reggia, and others. So there are other CA derived from # vN's that support faster replication than that achieveable here, and # some of them retain the computation- and construction-universality # that von Neumann was considering. Our modifications are mostly a # historical exploration of the possibility space around vN's CA, to # explore the questions of why he made the design decisions he did. # In particular, why didn't von Neumann design for a tape loop stored # within a repeater-emitter? It would have made his machine much # simpler from the beginning. Why didn't he consider write-and- # retraction instead of designing a complicated c-arm procedure? Of # course this is far from criticism of vN - his untimely death # interrupted his work in this area. # # Some details of the modifications are given below: # # The transition rules are as in Nobili32 (or JvN29), except the # following: # 1) The end of an OTS wire, when writing a new cell, adopts one of # two states: excited OTS and excited STS, standing for bits 1 and # 0 respectively. After writing the cell reverts to being an OTS. # 2) A sensitized cell that is about to revert to an arrow bases its # direction upon that of the excited arrow that is pointing to it. # 3) A TS 'c', with a sensitized state 's' on its output that will # become an OTS next (based on the state of 'c'), reverts to the # ground state if any of 'c's input is 1, else it quiesces. # 4) A TS 'c', with a sensitized state 's' on its output that will # become a confluent state next (based on the state of 'c'), # reverts to the first sensitized state S is any of 'c's input is # one, else it reverts to the ground state. # 5) A TS 'c', with an STS on its output, reverts to the ground state # if any of 'c's input is 1. # # The body of the machine looks fiddly but it only does these things: # 1) detect a unique mark on the tape as it goes round # 2) starts and stops a 6-period pulser # 3) codes for: extend, turn left, turn left, extend some more # 4) counts when 3 tape marks have gone past, and switches coder # 5) when finished writing an empty tape of the right length, # divert the tape to copy itself into the new holder # 6) after the tape is copied across, it separates itself from its # old tape to prevent infection spreading from multiple copies. # x = 3129, y = 4, rule = Hutton32 2.J$2.J$2KpAOKO2KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO 5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO3KOKO5KO5KO5KO5KO 5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KOKO2KO5KO 5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KOKOKOKO4KOK4OKO 4KOKO4KOKO4KOKO4KOKO4KOKO4KOKO4KOKO4KOKOK4OKOK4OK2OKOKOK3O2KOKOK4OKOK 4OKOK4OKOK4OKOK4OKOK4OKOKO2KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO 5KO5KO5KO5KO5KO5KOKOKOKOK4OKOKOKOKOK4OKOK4OKOK4OKO3K2OKOK4OKO2K2OKO2K 2OKO3K2OKOKOKOKO4KOK4OK3O2KOKOK4OKOK4OKOK4OKOK4OKOK4OKOK4OKOKO2KO5KO 5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5K4OKO4KOKOK4OK 4OKOK4OKOKOKOKO4KOKO3K2OKOK4OKO3K2OKO4KOKO4KOKO4KOKO2K2OKO3K2OKOK2OKO 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After copying # the tape, the machine then obeys its instructions, creating and # then activating an exact copy of itself. # # Replication takes around 9.59e+09 generations. With larger step # sizes (8^8 or higher) it should only take a few minutes on a # modern machine. # # This machine uses run-length encoding to compress the tape. # Blocks of repeated codons are replaced with a codon and a value # specifying the number of repeats. A special organ in the body # of the machine decompresses the tape before use. # # Length of tape: 56,325 cells # Replication time: 9.59 x 10^9 (9.59 billion timesteps) # # http://www.pd.infn.it/~rnobili/wjvn/index.htm # http://www.pd.infn.it/~rnobili/au_cell/ # http://en.wikipedia.org/wiki/Von_Neumann_universal_constructor # Originally distributed as SR_CCN_AP.EVN # Redistributed with permission. # # About the tape: # The machine was originally not supplied with a complete tape because # before 2008 it was not possible to run these machines sufficiently # fast. Following the instructions here: # http://www.pd.infn.it/~rnobili/au_cell/ # under the section "Cell + cell-number coding modes", a Golly python # script was written to produce a suitable tape. 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Set the machine running at # a slow speed to see it working. # # Note that this counter only works for well-separated pulses. If pulses # arrive with less than 32 quiescent cells between them then the counter # may break or miscount. # # After ten pulses, the output pulse is duplicated and sent to the special # transmission states (STS) under the wire. These annihilate the section # of OTS wire above, causing the gap to be restored and the counter to be # reset to zero. # # Counters for other values can be made in a similar fashion. Counters for # large values can be made by chaining counters together. # # http://www.pd.infn.it/~rnobili/wjvn/index.htm # http://www.pd.infn.it/~rnobili/au_cell/ # http://en.wikipedia.org/wiki/Von_Neumann_universal_constructor # http://en.wikipedia.org/wiki/Von_Neumann_cellular_automata # # Originally distributed as: SIMPLE_COUNTERS.EVN # Redistributed with permission. # x = 60, y = 26, rule = JvN29 5.2pA.pA.pA3.pA.2pA2.pA3.3pA4.2pA2.2pA2.pA2.pA.pA2.pA.3pA.3pA.2pA$4.pA 3.pA.2pA.2pA.pA.pA.pA3.pA5.pA3.pA2.pA.pA2.pA.2pA.pA2.pA2.pA3.pA.pA$5. pA2.pA.pA.pA.pA.pA.pA.pA3.2pA4.pA3.pA2.pA.pA2.pA.pA.2pA2.pA2.2pA2.pA. pA$6.pA.pA.pA3.pA.2pA2.pA3.pA5.pA3.pA2.pA.pA2.pA.pA2.pA2.pA2.pA3.2pA$ 4.2pA2.pA.pA3.pA.pA3.3pA.3pA4.2pA2.2pA3.2pA2.pA2.pA2.pA2.3pA.pA.pA7$ 17.pA.pA2.pA25.2pA2.pA2.pA.3pA$17.pA.2pA.pA24.pA2.pA.pA2.pA2.pA$17.pA .pA.2pA24.pA2.pA.pA2.pA2.pA$17.pA.pA2.pA25.2pA3.2pA3.pA3$10IpA22I9.IpA 14I$J9.L22.9R.L$J9.L22.RpA2RpA2RpAR.L$J9.L23.J2.J2.J2.L$J9.L23.J2KpA 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Use # the edit bar and the pencil tool to draw a right-directed excited # ordinary tranmission state (OTS, green arrow, 13) at the start of # one of the 14 input lines on the left. Set the machine running at # a slow speed to see it working. # # The first 9 inputs pass the pulse through quiescent cell coders # (QCC) before passing along the special transmission states (STS, red # arrows) of the c-arm. At the end the quiescent cell specified is # written. Immediately after writing, a sequence of pulses is sent to # retract the c-arm by one cell, to allow the next cell to be written. # # The next 4 inputs below allow the c-arm to be moved around in the # directions shown. The pulse passes through various coders that send # a choreographed sequence of instructions down both wires of the # c-arm. You will discover that the c-arm can be broken by moving it # down or left without having previously moved it up or right, # respectively. # # The final input inserts an activation pulse (AP) - an excited pulse # that enters the configuration you have constructed. This is used in # self-replication for triggering the new copy into life. If there is # no cell immediately above the final STS (red arrow) then the pulse # causes a right-directed OTS (blue arrow) to be written. # # The construction arm is designed to be capable of writing any pattern # of quiescent (non-active) cells, and of inserting one or more # activation pulses. 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The signal trains needed for each are shown # on the left. Advance five generations to see the result. # # These nine signal trains can be created by using coders. On the right # are shown the necessary coders for each, converting a single excited # pulse into the necessary signal train. 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J°Ïƒdç*ý­7—:g½¹¼€˜³ÙÏ&Ĉ³95nAVϘ¶°¨?„ćáâhüxHÍyŽn"è&=X\öÂ[µ‚ƒ\Ûhhö˜ZRrŠzŽOO…³Oøÿfß,dÝ/ϳùíä² ô=䄘0Š¯Ælq(–:g?¬¢[”¹‘ìg2†ÑÜVÄgæ1qæÁDsìçIY„ÑßõÎ~T…0:û©Kˆ÷žíÆ*À7*µ|’ÎdþŒ\ÍùçÿL V·fgolly-3.3-src/Patterns/Self-Rep/JvN/Boustrophedon-replicator.rle0000644000175000017500000002537413151213347021641 00000000000000#C Boustrophedon replicator #C #C This is similar in design to Hutton-replicator, but with a #C two-dimensional data tape. This facilitates quadratic growth, #C unlike the original Hutton-replicator, which grows at a #C linear rate. Langton's Loops also grow quadratically. #C #C The dimensions of the loop are controlled by two seven-bit #C binary counters. It is a fortunate coincidence that the tape #C fits in this loop; the next size up is twice as large in #C diameter! #C #C The name of the replicator is derived from the ancient #C boustrophedon scripts, which alternate direction in the #C same way as this tape. #C #C Adam P. 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2I3M2IMI6M2I3M2I3M2IMI6M2I3M2I3M2IMI6M2I3M2I3M2IMI6M2I3M2I3M2IMI6M2I 3M2I3M2IMI5MN$LN2OKOK2OK4OK4OKO3K3O3K3OK4OKOK4OKOK4OKOK4OKOK4OKOK4OKO K4OKOK4OKOK4OKOKO2KO5KO5KO5KO5KOK$LMI4MIMI4MIMI4MIMI4MIMI4MIMI4MIMI4M I3M3I3M2I3M3IMI4MI2MIMIM5IM5IM5IM5IM5IM5IM5IM3IJ$LJ4OKOK4OKOKO2KO5KO 5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO5KO2K3O2K6OKO3K3OK4OKOK4OK$L3IM5IM5IM5I M5IM5IM5IM5IM5IM5IM5IM2IMIMI4MIMI4MIMI4MIMI4MIMI4MIMI4MIMI4MIMI4MIN$L N2O5KO10K8O$27IJ! golly-3.3-src/Patterns/Self-Rep/JvN/read-arm-demo.rle0000644000175000017500000001142213151213347017243 00000000000000# Read arm demo. # Author: Renato Nobili # # Controls are provided to direct the read arm (r-arm). 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L.L.L.L.2LKLKLKLKLK7.JLJL.2L$27.J4.LpA7.LJ6.LJK.pA.J10.L.L.L.L.L.LILI LILILIL.ILILILJLJL.2L$27.J4.2L3.LKLKLJ6.LIJIJ.J10.L.L.L.L.L.L.L.2LKLK LK.JLJLJLJLJL.2L$27.J3K.LpA3.LJLJLJ6.LJKJK.J10.L.L.L.L.L.L.L.LILILIL. JLJLJLJLJL.2L$28.pA.J.pA4.LJLJLJ6.2IpAIpAIpA10.L.L.pA.pA.pA.pA.pA.pA. L.L.L.JLJLJLJLJL.LIpAIL$28.J.J.T4.LJLJLJ23.22IJIJIJIJIJ4IpAQL$28.pAKpA KpAK3.LJLJLJ60.L.L.L.L.L.L.L.L.L.L.L$33.J4KJKJKJ61K! golly-3.3-src/Patterns/Self-Rep/JvN/codon5-auto-retract.rle0000644000175000017500000011254013151213347020433 00000000000000# A self-reproducing machine for Nobili cellular automata. # Copyright (C) 2008 by William R. Buckley # # The machine corpus appears at the left of the observed line; # zoom to see the machine. # # This configuration employs one mechanism of tape message # compression: the assumption that during construction (whether # of daughter corpus or tape copy), retraction of the construction # arm should be automatic - no need for a specific retract # instruction to appear on tape (such as after appearance of a # construct instruction). 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Ç golly-3.3-src/Patterns/Self-Rep/Banks/Banks-II-demo.rle0000644000175000017500000000364213151213347017456 00000000000000# Edwin Roger Banks, PhD Thesis 1971 # # Three-state, five-neighbor CA for a universal computer. # (Appendix II) # # While Banks's Appendix I rule (Banks-I) required an infinite extent # to be computation universal, his Appendix II rule seen here allows # a construction to grow its memory space as required. # # At the top are shown various wires and signals. Two signals that # collide head-on either annihilate each other or pass through each # other, depending on their initial separation. # # Below, junctions can be used to fan-out the signals, and for making # turns. Where two signals meet at right angles they pass through each # other (crossover). Where three signals meet they annihilate each other. # # If a wire ends with a single cell as shown, a signal causes it to # extend by two cells. An echo signal is generated, though this can # easily be destroyed by a second signal if required. # # A wire can be extended at each end by a bouncing signal, for a bit # of fun. # # In the lower-right is shown a repeater-emitter reminiscent of # Langton's Loops. Two signals are sent around a loop and down an # extender wire. # # See: http://www.bottomlayer.com/bottom/banks/banks_commentary.htm # x = 59, y = 85, rule = Banks-II 17.25B$17.2B.A17BA.2B$17.25B2$17.25B$17.2B.A16BA.3B$17.25B5$14.3B$14. 3B$14.3B$14.3B$14.3B27.3B$14.3B27.3B$14.3B27.B.B$14.3B5.3B19.BAB$14. 3B5.3B19.3B$25B19.3B$2B.A21B19.3B$25B19.3B$14.3B5.3B11.19B$14.3B5.3B 11.2B.A15B$14.3B5.3B11.19B$14.3B5.3B19.3B$14.3B5.3B19.3B$12.19B13.3B$ 12.19B13.3B$12.19B13.BAB$22.3B19.B.B$22.3B19.3B$22.3B19.3B$22.3B$22. 3B$22.3B$22.3B4$18.22B$18.16B.A5B$18.22B3$18.22B$18.B.A13B.A5B$18.22B 4$26.7B$25.2B.A5B$26.7B3$28.3B$28.3B$28.3B$28.3B$28.3B$28.3B$25.9B$ 24.2B.A7B$25.9B$28.BAB$28.B.B$28.3B$29.B9.3B3.3B$39.3B3.3B$39.3B3.3B$ 36.15B$36.15B$36.15B$39.3B3.3B$39.BAB3.B.B$39.B.B3.BAB$39.3B3.3B$36. 22B$36.23B$36.22B$39.3B3.3B$39.3B3.3B$39.3B3.3B! golly-3.3-src/Patterns/Self-Rep/Banks/Banks-IV-demo.rle0000644000175000017500000000473013151213347017472 00000000000000# Edwin Roger Banks, PhD Thesis 1971 # # Four-state, five-neighbor CA for universal computation and construction. # (Appendix IV) # # At the top are shown some wires, signals and junctions. These operate # in a similar fashion to Banks' first three CA. Junctions can act as # fan-outs and logic gates. # # Another type of action is possible here, however. A 'compute' signal # can be converted to a 'construct' signal which passes down a single- # cell wire. # # Where two construct signals meet, a new arm is constructed to the # side. Further construct signal pairs extend the arm further. # # Each time an arm is extended further, an echo signal returns. If the # timing of this echo and the next construct signal pair is correct, # they trigger the creation of an erasing wing. This travels up the # arm, deleting it and then depositing a new cell at the end. # # Below are shown four examples of erasing wings travelling up # construction arms and writing new cells at the end. These show that # any pattern consisting of cells in state 3 ('x') can be constructed. # # To activate the new construction, a method is provided to convert # an erasing wing to a compute signal. It leaves behind some stray cells # (garbage) but this can be cleaned up if required by writing some new # cells and then sending a new erasing wing (bottom-most example). # # See: http://www.bottomlayer.com/bottom/banks/banks_commentary.htm # x = 93, y = 112, rule = Banks-IV 37.3C$37.C.C$37.C.C$37.C.C$37.C.C3.3C$37.C.C3.C.C22.C.C$28.10C.5C.3C 20.C.C$30.BA6.C5.C2.C20.C.C$28.10C.5C.3C20.CBC$37.C.C3.C.C22.CAC$37.C .C3.C.C22.C.C$37.C.C3.C.C22.C.C$37.C.C3.C.C22.C.C$35.3C.5C.3C12.9C. 10C$35.C2.C5.C2.C15.BA4.C4.AB$35.3C.5C.3C12.9C.10C$37.C.C3.C.C22.C.C$ 37.3C3.C.C22.C.C$43.C.C22.C.C$37.3C3.C.C3.3C16.C.C$37.C.C3.C.C3.C.C 16.C.C$35.3C.5C.5C.3C14.C.C$35.C2.C5.C5.C2.C14.C.C$35.3C.5C.5C.3C14.C .C$37.C.C3.C.C3.C.C16.C.C$37.C.C3.3C3.C.C$37.C.C9.C.C$37.C.C9.C.C$37. C.C9.C.C$37.C.C3.3C3.C.C$37.C.C3.C.C3.C.C$35.3C.5C.5C.3C$35.C2.C5.C5. C2.C$35.3C.5C.5C.3C21.C$37.C.C3.C.C3.C.C10.15C$37.3C3.C.C3.3C11.BA12. 16C$43.C.C16.15C$43.C.C30.C$43.C.C$43.3C7$4CA8CA9CA12CA15CA12CA9CA8CA 6C$3.A8.A9.A12.A17.A12.A9.A8.A10$16.7CA12CA15CA12CA7C$22.A12.A8.C8.A 12.A$44.C$44.C$44.C$44.C$44.C$44.C$44.C8$35.A$36.A10C$35.A3$35.A$36.A 10C.C$35.A3$35.A11.C$36.A10C$35.A3$35.A11.C$36.A10C.C$35.A5$47.C$46. 3C$36.A11.15C$37.A10C14.C$36.A11.15C$46.3C$47.C4$47.C$47.2C$43.2C3. 15C$40.A21.C$41.A3C3.15C$40.A3.C2.2C$47.C! golly-3.3-src/Patterns/Self-Rep/Banks/Banks-III-demo.rle0000644000175000017500000000177713151213347017576 00000000000000# Edwin Roger Banks, PhD Thesis 1971 # # Two-state, nine-neighbor CA for a universal computer. # (Appendix III) # # Here Banks shows that his previous 3-state CA can be implemented # in a 2-state version, using nine neighbors instead of four. Wires # and signals operate in a similar fashion to Banks-II. # # See: http://www.bottomlayer.com/bottom/banks/banks_commentary.htm # x = 89, y = 54, rule = Banks-III 30bo35bo$52bo$6b2ob26o14b4ob30o$5b4ob23o16b5ob30o$6b2ob23o17b4ob30o$ 31bo$31bo34bo5$6b2ob23o$5b4ob23o$6b2ob23o6$6b3ob22o$5b5ob22o$6b3ob22o 4$14b3o$14b3o34b3o23b3o$14b3o34b3o23b3o$15bo36bo25bo$14bobo34bobo23bob o$14b3o34b3o23b3o$14b3o34b3o23b3o$14b3o34b3o23b3o$3bo8bob3obo8bo21bob 3obo19bob3obo$3bo10b3o10bo23b3o23b3o$3b25o14b2ob18o5b2ob18o$2b27o13b3o b17o5b3ob17o$31o11b2ob18o5b2ob18o$14b3o34b3o23b3o$4bo7bob3obo7bo22bob 3obo19bob3obo$14b3o34b3o23b3o$14b3o34b3o23b3o$14b3o34b3o23b3o$14b3o34b 3o23bobo$14b3o34b3o24bo$14b3o34b3o23b3o$14b3o34b3o23b3o$14b3o$14b3o$ 14b3obo$12b5o$15b2o$16bo$16bo! golly-3.3-src/Patterns/Self-Rep/Codd/0000755000175000017500000000000013543257426014374 500000000000000golly-3.3-src/Patterns/Self-Rep/Codd/signals-demo.rle0000644000175000017500000000056613151213347017376 00000000000000# Signal-trains in Codd's CA # # Six signal-trains are shown, travelling along a wire. Their functions # are listed here: # # 4456 : turn left # 5546 : turn right # 76 : advance # x = 27, y = 15, rule = Codd .24B$B5A.F2A.E2A.D2A.D5AB$BA23B$BAB$BA24B$B2AG.2AF.6AG.2AF.5AB$.24BAB $24.BAB$.24BAB$B4A.F2A.D2A.E2A.E7AB$BA24B$BAB$BA23B$B2AG.2AF.6AG.2AF. 4AB$.24B! golly-3.3-src/Patterns/Self-Rep/Codd/coders-demo.rle0000644000175000017500000000126713151213347017214 00000000000000# Coders in Codd's CA # # When two signals collide head-on, the result is a change in state. Here # three coders are used to successively transform a 7-0 signal: # # 7-0 -> 4-0 -> 5-0 -> 6-0 # # In Codd's CA, 7-0 signals are the main carriers of binary information, # for logical operations and computation. For construction, they can get # transformed into states 4, 5 and 6 using one or more coders. # # Signals 4, 5 and 6 can get transformed back into 7 - see gates-demo.rle. # x = 44, y = 10, rule = Codd .5B$B5AB$BA3BAB$BAB.BAB5.3B7.3B7.3B$BAB.BAB4.B3AB5.B3AB5.B3AB$BA3BA6B ABA7BABA7BABA9B$B2A.G8AB9AB9AB9AB$.11BABA7BABA7BABA9B$11.B3AB5.B3AB5. B3AB$12.3B7.3B7.3B! golly-3.3-src/Patterns/Self-Rep/Codd/golly-constructor.rle.gz0000644000175000017500000001257713151213347021151 00000000000000‹‹¬5Igolly-constructor.rleíœÝoÛFÅßõWpÑéb5RR»)¶‹uÛD»À>Û>,öMµéX­-’Ü4ÿ})Ù—¿ï çãÎÌ’Ò¼¢Æ—?žsfH©ùìûÿý÷?o³7»o_Ì_½9Ÿ?ñj6ùlòY¶ØÜÞ~Ê.7ëÝ~{¹ßl³Õ:û~suõl—}q<äÿ›ÍÝ¡ºYgû›<Û®Þßì_Ü,×WY^üÝ\«·«už}ñëýnŸí?}ȳgw³gÍíò}1ÈᘻååÍá°íýz½Z¿ŸåâÏÏ7«]VüYfWùݱå~Uü®ÇËÖµËå‡å/«ÛÕ~•ï<6ZŒ2{söuÑð4»XOçzõþþi Ëüövw8‡Ý~¹Ï³Ù±±—Åpëì—üðöò·äW‡Ãö‡ž®—»›âýÓ#„‹ë}¾­4ó<ÛÜd»Õûõ²{¹Í‹7þš?Ž°ß›_ç³Ë}ñÖu1Æý®8ëcýáÈCsÛü2_ý^ ýÅífóÛ®àø[ïo»ÕîÛÍÇ|ûâ6¿Þ?ô¹]çÛi-Ï®WÛ‚ö®¸xg/^>6Sô²¹/ÎïðîÇ_þ<ÛÝäËâ¬Öï‹AVûl¹;ü÷ý&ßM.Àò¶øE»Ó÷dÅ9pîwÅ ]º8¼´)þ³-Fx<ë‡>vyåê䜎óü©Ÿ7«Ë‚}¯ºeYþûázÔPM³#ò?^‡üå݇ۼÒÛUÑùúپؗòÓñÄ#_ßß>?œØQ‡Å¿ . ©ì6wùÉ¥*ñ|Ül¯²gG<{¸Î?åù7ÙO—ÛÕ‡ýîË‹‘7ë/ï–¿å/R{qâ“é‡OYÜGl¿É~^Ýeÿºßÿû~u7½9þüÏ÷wËÕíôrs÷bð?²o³G÷eŸŠŸ_ÍžV(NìÛ£Ž'Åkgç³éÅìåôâüøçóCéõÙôë‹×Ó7Åß–—.Š?¯•‡—']¯Ÿµ½y6;y+½8é}µëÅ7Õ—&O¯vË×^ÌOßYyõüpÀÉ‹“ÞW‡_¤SyS¼vøu±=À|xÛWÅaó§³k­Mº|ýpòlz6{:böò8Âùìì»ÏçÓw'ßÖ~þ¡o2pÀ»¡û““ÂâñﻯNŽXœ¼H#¾=iõXŸ´¸¨ýZ¥VO¾å\ßR'õ-û}.&Ö·½µu¢¼?;Àœ!Öþ˜«&`’ª±˜ Ó¢>ÈЃ[n²õnûÒ8ì.¶äb0“0˜PÅDi¾9í$áŒE'Ñzy&`Ò΄ŠœÓJWžTæ•–×SÎØ„:‹]¹LÀÄ :ˆ3À¢Î„u[Òvœ÷dC';IÅ;È0I„ 9à.ômáb_.01Á„j,&é c[™ ÂL6t¢0 $êä ˜„É„j,&J©Ïy¦N²¡¤½\ƒ ˜´@5­5ý<ÊdK¹xGaLÀÄ6ª±˜ †x}­%z˜É–@'2 ƒI¢LÊA8oè ëÓ<Ñëx’-¢Nàž}0ÓL¨Æb2¸‚®½çïy"'ÙìD¦báb0‰ƒI9ç Ù[w±Ö‚8±d“Û ¼ÃÜ0aì#cÑ k=+F±p1˜ÈdB5“Î,­mË( /ORìÞAž€ {¿„ó†ÞÈÄg^¡u¦báb0q„jøîV:À;È0)÷©Æb2µA*ÇEš'át‰báb0ÑaB5¥¤›0Œ0OäuïXò˜HdB5­µ[ây⯓H ƒÉi‘3@#¸º¼SI®–×SÎëÀ;®¼&˜ÐAœu&¬¥UÛqÞ]a'©(.Ž’ 9`¥$±xÇ—wÀD ÕXLÓ±­äM˜.–ßIªŠ…‹C`Òš+øôMp'ðŽï€ÉSÅDk]2ÒŸߋbRƇÉ`LÔÑZf„ébkÈÐ ¼““rÎzãàÔ;Úq‹GwÅÂÅÖ˜PÅDùfÁ»w丘݉LÀ;!2)ἡÓÝuÅjMꉹ˜åj(Lûp±ïNÂÐ ¼# ÕXL°¢6Ø  wì—ƒpÞÐkJ<Ýâu¦Nà L¨†OšlwÅ&ëâÒd&ÊËÎÓz¤Þ:0À; ‡‰’—&Œ#ôN¯‡ Ø˜´z¦‹‰Öü“ؼ©NRôN¯7æM+Tö»tÒº6ëÚÆá(6X+[€³R´€wÅë$Dàe©Ÿî'œöP¬T÷*kû¦’Õ‰<ï´*Or XÎ>žÛ P,tâÈ;¥ñ)mS€Þ¯N„Š-ἡWp§:Ñœ÷¹:1䪱˜(O©ÞuÂV¬Ì«#_±©ß:N´sEÌÕÁ¼c['q¸ëX¦N¼:£çÒÕ‘Þ'ââò2ö Þs¶H®ëj…ûÜÞÿ+ê^…ó9 ÅÚ¿:½ô‡à{ÿ^Å*'›2dNž BŽôuXŠuÃ$ŽŒÅªÀ–§œ¯c­x§L]Ì;#¯ŽûyÇ‹‹±Ží¸ìÖ×±2]Üëj܇êâÊeìЊ‹Ùá|ºí»:½áÜwu™‹å¯ÁL´˜PQãÉÆN81ÏÙЉF'ÈÍÁ$&T”ÁD+¤ç ³–¡‰%›³NbõòÄ*Ê`¢Ht:£i.ÉÅø÷¨ábcL]î”I¯ËÃxF-ÏÅ𼓨wdèDžw:•Ç'’¥r ¬ÖªÑd'øÌKC'½‰6æê4ÖüÆ’-Ñ‘D²!ÙlÔ‰Üd“§ä‰!&y“E‰uïôÆ…lîD†b#t±– Å0YÔ™XWl§ åzGËCr‹u,Ö±]t`E'x§Sêa0aKýt+óSÚÑi/ïêXQ,+¼ÃeÒªh««¥ðvr—áD'“ŠÞ¼3ŠIE¹NtÂR.kN±ŠH{%&½«+:ÑZcU0¬“Š¹Ša’ÒS ™W§W?ò“­7ÉT®[?t:Æ+#O›‹ÁLœ0¡Z$LÑéìIÎàbPÞ3%tÂïy¢9 ˜„À„Š‘0QZA×·‘~‚@'ÈÞI„ Õ"aÂJ¼HŸ‚ÊO6¸Ø’‹ý3aåH8L”VNF½£•#V:qž'ê$ŒÒ¾s#÷.`.nÛO(OÀ$&T“‡ŸgÂïwä¤}Ä$àÁýó$&T“'×Wt"'Ù:靖w"‡‰³N'Šû 3¡˜WÐIÞQ^†:OûÎeh¤Š•½>0 ‡ ÕÀ„7@c6»¶ïœœw"‡IBÈóòL"bBE0ὡ÷FJVÆjMV:‘Ã$œN"ôòLÞÕŠ`Â{æ¨ÓÞX'ðŽâ~ÂL¨&Lô†0gë,O38¼d3ÞI ŠMÔÅT¦Nl!$›À;f˜P L˜:Ñ (/.n (™yb¬(6TS L˜:ÁJI@ÆÖ·uï´3¡"˜ðt2˜7b\,ð_²5Ί9€5&Z¹9­\“'‹:X­\Až Oûå `ÂÓÉຄ¶Þó¤Œïà~'ød£˜ðö+1!Â;.V^fÈÍ“ðt¨wXqVÈõŽVÈL6¸x¼b[™°lŸö*`.Ú;Ê«khÝ̃։ïôš3Q&½ælû®…Å*{‡eN§ybýêUl¯Ée‚Ðp'‰è„í¥„˜°½$Ë;Z–ÕNœ_7Še{†öãZ³)»¸uþ‘éíùŸª4­~ÚÛ÷NïÚ¬këÅ;­Ö°Ú‰ÿ«£e|š¯æb¶¼?·/-`½“0tB57: ƒ ÒžÙ‰¼«Ó4gÀÈ;ô¬í¡íŽÀL‚`B50ÑÔÉàÂÇûھщöta¼9Lê.ÖØ0á2¡"˜èé$ ;/í;°ç¹ŒV,\ &r™P L4uÒ:!©l'[ç|„´wЉÅÂÅ¡0¡ƒÀDo€2›ÃÉÖÍ‚ÌdsÑÉwŸÏ_½9Ÿ}÷—ÉŸ Lj»golly-3.3-src/Patterns/Self-Rep/Codd/echo-discriminator.rle0000644000175000017500000000541513151213347020575 00000000000000# Echo discriminator # from: # Cellular Automata, Edgar F. Codd (Fig. 5.13, page 78) # # The 'sense' operation is used to read the 0/1 state of the cell # at the end of an arm in Codd's CA. It returns an 'echo' signal # 60/70 respectively. The configuration shown here can be used to # discriminate between these two echo signals. # # Set the machine running. A periodic emitter in the lower-right # activates the machine by turning on some gates. Later signals are # blocked, as the machine is now waiting for an echo signal. # # The first echo *must* be 70 else the machine doesn't work. Stop the # demo and manually add the 70 signal to the input line at the top- # right. Both the lower two output lines on the left emit a signal, # indicating that '70' was detected. The machine then resets itself. # # Now manually add a 60 signal to the input line. Notice that now # the output signals are seen on the top and bottom output lines, # indicating that indeed a '60' signal was detected. # # The input signals must be well separated, else the machine fails. # # See sensing-demo.rle for a demonstration of how sensing works. # # Adapted from a pattern originally distributed with XLife: # esr "Eric S. Raymond"@snark.thyrsus.com Thu May 11 07:41:55 1995 # x = 119, y = 57, rule = Codd 69.30B$68.B29AB$68.BA27BAB$43.26BAB25.BAB$42.B27AB19.7BA5B$42.BA21BA 3BAB.6B11.B13A$42.BAB19.BAB.BA2B6AB10.BA12B$42.BAB16.2B.BAB.BAB.BA3BA B10.BAB2.B$42.BA11B5.B2A2BAB.BAB.BAB.BAB10.BAB.BAB$42.B12AB4.BAB.BAB. BAB.BAB.BAB10.BAB.BAB$43.11BAB4.BAB.BAB.BAB.BA2B2AB10.BAB.BA5B$53.BAB 4.BA3BAB.BAB.BAB.2B11.BAB.B6AB$43.11BAB4.B5AB.BA3BAB14.BAB.BA4BAB$42. B12AB5.4BAB.B5AB14.BAB.BAB2.BAB$42.BA11B9.BAB.BA4B15.BAB.BAB.2BAB$42. BAB19.BAB.BAB18.BAB.BA2B3AB$42.BAB20.B2.BAB18.BAB.BAB.3B$42.BA25BAB 18.BAB.BAB$42.B27AB18.BA3BAB$43.26BAB18.B5AB$68.BAB19.4BAB$69.B23.BAB $81B5.5B2.BAB$B80AB3.B5AB.BAB$59BA11BA3BA4BAB3.BA3BAB.BAB$58.BAB9.BAB .BAB2.BAB3.BAB.BAB.BAB$43.16BAB9.BAB.BAB2.BAB3.BAB2.B2.BAB$42.B17AB9. BAB.BAB2.BAB.3BA7BAB$42.BA11BA3BAB.6B2.BAB.BAB2.BA2B12AB$42.BAB9.BAB. BA2B6AB.BAB.BAB2.BAB.11BAB$42.BAB6.2B.BAB.BAB.BA3BAB.BAB.BAB2.BAB11.B AB$42.BAB5.B2A2BAB.BAB.BAB.BAB.BAB.BAB.2BA13BAB$42.BAB5.BAB.BAB.BAB.B AB.BAB.BAB.BA2B17AB$42.BAB5.BAB.BAB.BAB.BA2B2AB.BAB.BAB.16BAB$42.BAB 5.BA3BAB.BAB.BAB.2B2.BAB.BAB16.BAB$42.BAB5.B5AB.BA3BAB5.BAB.BAB13.2B. BAB$42.BAB6.4BAB.B5AB5.BAB.BAB12.B2A2BAB$42.BAB9.BAB.BA4B6.BAB.BAB12. BAB.BA4B$42.BAB9.BAB.BAB9.BAB.BAB12.BAB.B5AB$42.BAB10.B2.BAB9.BAB.BAB 12.BA3BA3BAB$42.BA15BAB9.BAB.BAB12.B5AB.BAB$42.B17AB9.BAB.BAB13.4BAB. BAB$43.16BAB9.BAB.BAB16.BA2B2AB$58.BAB4.6BAB.BAB16.BAB.2B$59.B4.B7AB. BA18BAB$65BA5BAB.B20AB$B65AB3.BAB.20BAB$67B3.BAB20.BAB$70.BAB20.BAB$ 71BAB20.BAB$B71AB20.BA23B$72B21.B24AB$93.BG22BAB$93.B.B20.BAB$93.BA 22BAB$93.B24AB$94.24B! golly-3.3-src/Patterns/Self-Rep/Codd/echo-switch-demo.rle0000644000175000017500000003476113151213347020157 00000000000000# Echo switch demo - Codd's CA (Fig. 5.12, page 77) # # In this demo, an 'echo switch' is shown, connected to a tape head on # the right. The output of the echo switch passes into an echo # discriminator, which emits a signal on the line marked 0 or 1 # depending on the cell state under the tape head. The echo # discriminator also emits an echo receipt, which in this demo is passed # through a stack of coders in order to advance the tape head by one # cell and to read the next state. # # For the pattern to work correctly, the input signals must be # sufficiently well spaced. The first signal must be 7, and the first # echo must be 7, so the first tape entry must be 1. # # The other demos in this folder show components from this pattern. # x = 370, y = 659, rule = Codd 128.29B$127.B29AB$127.BA27BAB$102.26BAB25.BAB$101.B27AB19.7BA56B$101. BA21BA3BAB.6B11.B64AB$101.BAB19.BAB.BA2B6AB10.BA62BAB$101.BAB16.2B.BA B.BAB.BA3BAB10.BAB2.B57.BAB$101.BA11B5.B2A2BAB.BAB.BAB.BAB10.BAB.BAB 56.BAB$101.B12AB4.BAB.BAB.BAB.BAB.BAB10.BAB.BAB56.BAB$102.11BAB4.BAB. BAB.BAB.BA2B2AB10.BAB.BA5B52.BAB$112.BAB4.BA3BAB.BAB.BAB.2B11.BAB.B6A B51.BAB$102.11BAB4.B5AB.BA3BAB14.BAB.BA4BAB51.BAB$101.B12AB5.4BAB.B5A B14.BAB.BAB2.BAB51.BAB$2.2A97.BA11B9.BAB.BA4B15.BAB.BAB.2BAB51.BAB$.A 2.A96.BAB19.BAB.BAB18.BAB.BA2B3AB51.BAB$.A2.A96.BAB20.B2.BAB18.BAB.BA B.3B52.BAB$.A2.A96.BA25BAB18.BAB.BAB56.BAB$.A2.A96.B27AB18.BA3BAB56.B AB$2.2A98.26BAB18.B5AB56.BAB$127.BAB19.4BAB56.BAB$128.B23.BAB56.BAB$ 140B5.5B2.BAB56.BAB$B139AB3.B5AB.BAB56.BAB$118BA11BA3BA4BAB3.BA3BAB.B AB56.BAB$117.BAB9.BAB.BAB2.BAB3.BAB.BAB.BAB56.BAB$102.16BAB9.BAB.BAB 2.BAB3.BAB2.B2.BAB56.BAB$101.B17AB9.BAB.BAB2.BAB.3BA7BAB56.BAB$101.BA 11BA3BAB.6B2.BAB.BAB2.BA2B12AB56.BAB$101.BAB9.BAB.BA2B6AB.BAB.BAB2.BA B.11BAB56.BAB$101.BAB6.2B.BAB.BAB.BA3BAB.BAB.BAB2.BAB11.BAB56.BAB$ 101.BAB5.B2A2BAB.BAB.BAB.BAB.BAB.BAB.2BA13BAB56.BAB$101.BAB5.BAB.BAB. BAB.BAB.BAB.BAB.BA2B17AB56.BAB$101.BAB5.BAB.BAB.BAB.BA2B2AB.BAB.BAB. 16BAB56.BAB$101.BAB5.BA3BAB.BAB.BAB.2B2.BAB.BAB16.BAB56.BAB$101.BAB5. 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BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$ 54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.B AB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB 18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.B AB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BAB18.BAB$54.BA18B.BAB$ 54.B19A2BAB$55.4BA10BA3B.BAB$58.BA4B3.B.BA3B.BAB$58.B5AB.BA2B4A2BAB$ 59.4BAB.B4A2BA2BAB$62.BAB2.4B2.B.BAB$62.BA12BAB$62.B14AB$63.14B! golly-3.3-src/Patterns/Self-Rep/Codd/extend-coder-demo.rle0000644000175000017500000000206413151213347020312 00000000000000# Extend coder - Codd's CA # # This coder generates 7-6 signals, causing the output line to extend. # # Initially in the unsheathed state as it would be after construction, # the pattern is first sheathed by the 6 signal, and then repeatedly # triggered by a 7 signal coming from a periodic emitter. # # Four gates are required for the machine to function correctly. One stops # the 7 signals from entering the lower section the wrong way. One stops # the 6 signals from entering the upper section the wrong way. The other two # stop these previous gates from being turned off. # # See construction-arm-demo.rle and golly-constructor.rle.gz for examples of # construction. Other demos show gates, sheathing and signals. # x = 54, y = 20, rule = Codd 34.5A$34.A3.A$.5B28.A3.A$B5AB27.A2.2A$BA3BAB27.A3.A$BAB.BAB27.A$BAB.B AB27.A$BAB.BAB21.13A$BAB.BAB21.A11.A$BAB.BAB21.A11.14A$BAB.BA9B13.A 11.A$BAB.B7A.F24A2.A$BAB.BA9B11.A6.A6.A$BAB.BAB19.A6.A6.A$BAB.BAB19.A 3.A2.A4.3A$BAB.BAB19.A3.4A4.A.A$BAB.BAB19.A11.3A$BA3BAB19.3A6.4A$BAG. 2AB19.A.A6.A.A$.5B20.12A! golly-3.3-src/Patterns/Self-Rep/Codd/repeater-emitter-demo.rle0000644000175000017500000000202313151213347021202 00000000000000# Repeater-emitter demo in Codd's CA # # Signals travel along state 1 wires, sheathed in state 2 cells. # # As in WireWorld, each signal has a trailing state to indicate its # direction. Here the signals 7 and 6 each with their trailing 0. # # T-junctions act as fan-outs - duplicating the signal onto the two # output wires. Here the two signals circulate around the loop but are # also copied onto the output wire. # # The effect of the 7-0 signal hitting the capped end is to expose the # bare wire. When 6-0 comes along afterwards it 'repairs' this exposed # end, restoring the sheath cells. The effect of a 7-0..6-0 signal train # is therefore to extend the wire by one cell. # # By putting the 7-0..6-0 signal trains in a repeater-emitter loop, the # extending operation happens again and again. This simple but useful # component became the inspiration for Langton's Loops (see # Patterns/Loops). # x = 21, y = 11, rule = Codd .9B$B9AB$BA7BAB$BFB5.BAB$B.B5.BAB$BAB5.B.B$BAB5.BGB$BAB5.BAB$BA7BA10B $B19AB$.19B! golly-3.3-src/Patterns/Self-Rep/Codd/decoder-4bit-demo.rle.gz0000644000175000017500000024270013151213347020620 00000000000000‹ru¬Idecoder-4bit-demo.rleìýmÏ59r&ˆ}¿~EÛ€féàä{¦|ŸÂÚ0`؆½†ýµ¤.©k·UÕö×;ù$ƒdù´F3Ð]÷y’q] 23I&ñ?|ÿÿýþ_ÿ§ïþ¿üú?þÝ´\ÓßþÝ´ž þ‡ïîÿ­÷÷?ýöÝïü‡_~ÿãŸï¿ÿüËw÷Ý÷¿üþ÷óëwß}÷ŸþO?ýÓë»í5­ûÝŸ~ø§¿;®ÿŒÿáÆýÏøéW#~ÿýá;Eò÷JôþÞí·þ×ïÂ_¿ûéç?ýå·ïÎïþøÓÏ÷…?ÿø§?ÿøë?ÿöÓÏÿt3ýË~üí·ô?üþûå¿[Ù¯ŠöÿñÏ¿|÷Ÿ~ûåO÷5Mñëþî—?÷ËÏ?~÷Ÿþþ—ß~ûåŸCÁëfúÿüáÇŸo[~ýéŸ~þáßýðç?ÿô_nu¿üüÝÍkýá÷÷Ëm†2â»ÛÜ[ÁŸ~øõ×Küö‹–¹9~øÓŸþüËŸþüÓ¿ýøÝ-ý'øOï¿›¶ïþñÏ·NeÐ 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¯þUP>‚=ÑШÃå¿Ãœßé¤(M>|›«ßbÎ%½dë¾Gk)ðH)ô|ÒTq%’#ç´(×á sN Ëç;¶…„ó&2‹ÛIai½çcJìAt“jÚHø8Eù¯ªÎ¼¨Ôƒ—qÍ™§ ¦S`drOí³û@&Ô¦Dß}'·½Ëžk"¦œ~TK®†Îø`5 EÖHy‹áVï™ò_‘áéÖŠÂíG¬UÉ•ø6$÷‡ÿw|'wäMLy*=U{²¾ëÿá±ë¹¾ìOÿÿ¯ˆÝÀõ golly-3.3-src/Patterns/Self-Rep/Codd/construction-arm-demo.rle0000644000175000017500000000251713151213347021243 00000000000000#CXRLE Pos=-284,-2 # # Construction arm demo # # In this demo, a construction arm moves into position and writes a cell # before retracting back to its starting position. Hit 'm8' to see the # target area more closely, and set the demo running at a slow speed. # # Three 'advance' signals (76) arrive first, moving the construction arm # forwards three cells. The next signal (4456) turns the construction # arm left. It then advances three more cells before turning right (5546) # and advancing three more cells. A 'mark' signal is sent (764576) to # write a cell (state 1) and the construction arm then retracts. The # correct sequence of retract (4566), retract-left (5666) and # retract-right (4666) is needed to retrace the path of the arm. # # By scanning across an empty area, the construction arm can write any # pattern of cells in state 1. The pattern can then be sheathed and # triggered, to bring it to life. See sheathing-demo.rle and # golly-constructor.rle.gz for examples. # x = 289, y = 3, rule = Codd 288B$A.F2A.F2A.E2A.D2A.F2A.F2A.E2A.D2A.F2A.F2A.E2A.D2A.F2A.F2A.F2A.E 2A.F2A.F2A.E2A.D2A.F2A.F2A.E2A.D2A.F2A.F2A.E2A.D2A.F2A.F2A.F2A.D2A.F 2A.F2A.E2A.D2A.F2A.F2A.E2A.D2A.F2A.F2A.E2A.D2A.F2A.G2A.E2A.D2A.F2A.G 2A.FA.G2A.FA.G2A.FA.G2A.FA.D2A.E2A.E2A.F2A.G2A.FA.G2A.FA.GA.FA.EA.DA. DA.FA.GA.FA.GA.FA.GAB$288B! golly-3.3-src/Patterns/Self-Rep/Codd/gates-demo.rle0000644000175000017500000000172413151213347017036 00000000000000# Gates in Codd's CA # # Signals can be stopped by the use of cells in state 3 embedded in # the sheath to the right of a signal (relative to its direction of # travel). A gate to the signal's left allows the signal through. # # The wire below shows two gate cells on either side of the same point # on a wire. This configuration has the effect of transforming signals # into 7-0, whatever their initial state. See coders-demo.rle for coders # that work the other way round. # # Gates can be constructed by injection of a 7-0 signal into the side # of the wire to be gated. In the pattern at the bottom, a 7-0 signal is # diverted to gate the wire. Only one 7-0 signal ever makes it to the # dead end, the others are blocked. # x = 50, y = 27, rule = Codd 25BC24B$BA.D2A.E2A.F2A.G33AB$36BC13B4$30BC19B$BA.D2A.E2A.F2A.G33AB$ 30BC19B6$7.17B$6.B17AB$6.BA15BAB$6.BGB13.BAB$6.B.B13.BAB$6.BA15BA20B$ 6.B36AB$7.26BA10B$28.B3.BAB$27.BAB2.BAB$27.BA4BAB$27.B6AB$28.6B! golly-3.3-src/Patterns/Self-Rep/Codd/sensing-demo.rle0000644000175000017500000000134713151213347017402 00000000000000# Sensing demo - Codd's CA # # Two wires are shown, one with a state 1 cell just beyond the end, the # other without. Using the 'sense' command 70-70, the wire can detect which # case it is without disturbing the cell. # # The sense command first exposes the end of the wire, then generates one of # two 'echo signals' based on the state detected - '60' for a 0 cell, '70' for # a 1 cell. # # In our examples, these signals are then removed with the gate (state 3). # # The end of the wire is then repaired using the sequence '40-60'. # # See echo-discriminator.rle for an example that shows how these echo signals # can be used. # x = 41, y = 8, rule = Codd 29BC9B$A.F2A.D24A.G2A.G2AB$39B3$29BC9B$A.F2A.D24A.G2A.G2ABA$39B! golly-3.3-src/Patterns/Self-Rep/Codd/Goucher-replicator.mc.gz0000644000175000017500000036750613151213347021020 00000000000000‹HDòIGoucher-replicator.mctý[¯&É‘%Š½ç¯Ø€ Ì Ài„»›ßôÖ˜3:jaNë`Îzô,&ÉR+©ªb÷ô¿—¯enn汩F3*w|qñð‹¹]–-ûýoùÿýñÿôý§Ÿþý#ÿÃóŸ¾üŸþËÇùþ—¿þôí·o¿~ûéÿù—oýéǾþöãÏúøË×þüãÏß>~üy]ô‡?ü‡_?~øöÓOûéë/_ÿöÛ÷¿|ýíûÏë 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This causes a 6 signal to travel # around the bare wires, sheathing them as it goes. # # In this example the construction arm then retracts (4566), leaving the new # pattern sheathed but inactive. An 'inject_trigger' signal (67766) could instead # be sent, which would activate the pattern by causing a 7 signal to start # travelling through it. This latter method is designed to be used in # self-reproducing machines to cause the daughter copy to come alive. # # See construction-arm-demo.rle for an example of writing a pattern. # See golly-constructor.rle.gz for an example of writing, sheathing and triggering. # x = 55, y = 9, rule = Codd 41.7A$41.A5.A$41.A5.A3.A$41.A5.A3.A$41.7A3.A$44.A6.A$35B3.A5.A6.A$2A. FA.FA.EA.D4A.FA.EA.G4A.FA.GAB.18A$35B3.A! golly-3.3-src/Patterns/Self-Rep/Codd/clocking-on-demo.rle0000644000175000017500000000170713151213347020137 00000000000000# "Clocking-on" - a method for initializing a periodic pulser in Codd's CA # # From a starting point of quiescent cells (those in states 0,1,2) it is # slighty tricky to cause a periodic pulser to start emitting. For example, # if you just send a signal into a loop then it will collide with itself. # # One method is presented here. Three gates are created. One in the body of # the loop itself prevents the newly-injected signal from colliding with # itself by only allowing signals to go around the loop in one direction. # Another prevents signals from the loop returning back up the injection # wire. A third prevents later signals from disrupting the system. # x = 39, y = 20, rule = Codd 23B$BA.G19AB$15BA6BAB$10.B3.BAB4.BAB$9.BAB2.BAB4.BA5B$9.BAB2.BAB4.B6A B$9.BA4BAB4.BA4BAB$9.B6AB4.BAB2.BAB$10.5BAB4.BAB2.BAB$14.BAB4.BAB.2BA B$15.B5.BA2B3AB$13.9BAB.3B$12.B10AB$12.BA5BA3B$12.BAB3.BAB$12.BAB3.BA B$12.BAB3.BAB$12.BA5BA19B$12.B25AB$13.26B! golly-3.3-src/Patterns/Self-Rep/Codd/sheathing-problems.rle0000644000175000017500000000331413151213347020601 00000000000000# A demonstration of the sheathing problems in Codd's ruleset. Run # the pattern and note that the sheathing goes wrong on every case. # At the top is shown the problem in isolated form, while the bottom # row shows a real-world example of the problem in context. # # Now reload the pattern (or undo back to generation 0) and change the # rule to Codd2 (Control menu | Set rule...). Now all the examples # sheath correctly. # # To achieve this, the following three transition rules were added to # Codd's ruleset: # 0,0,6,6,2,2 # 0,6,6,0,2,2 # 1,6,6,6,0,6 # # In simple patterns it is easy to avoid these problem patterns, by # introducing delays in various places. On more complex patterns though # this is not so easy - introducing a delay in one place causes the # sheathing problems to reappear elsewhere. For patterns over a certain # threshold there is no easy alternative to using the extended ruleset. # x = 99, y = 33, rule = Codd 87.BAB$8.A14.A20.BAB16.BAB21.BAB$8.A14.A20.B.B16.B.B21.BAB$8.A14.A21. F18.F22.B.B$2.3B3.A.3B6.3B.A3.3B15.A18.A23.F$2.2A.F3AF.2A6.2A.F3AF.2A 9.5B.A18.A.5B11.4B2.A2.4B$2.3B5.3B6.3B5.3B9.4A.F5A10.5AF.4A11.3A.F3AF .3A$39.5B22.5B11.4B5.4B5$5.6A11.6A16.7A10.6A$5.A4.A11.A4.A16.A5.A10.A 4.A16.6A4.6A$5.A4.A11.A4.A7.2B7.A5.A10.A4.9A8.A4.A4.A4.A$5.A4.A6.2B3. A4.A7.A.F7A5.A10.A9.A11.A4.A4.A4.A$2B3.A4.A6.A.F3A4.5A3.2B3.A9.A5.2B 3.A9.A6.2B3.A4.A4.A4.A$A.F3A4.5A2.2B3.A4.A12.A9.A5.A.F7A5.A6.A.F3A4. 6A4.A$2B3.A4.A11.A4.A12.A4.9A2.2B7.A5.A6.2B3.A14.A$5.A4.A11.A4.A12.A 4.A19.A5.A11.A14.A$5.A4.A11.A4.A12.6A19.7A11.A2.5A7.A$5.6A11.6A55.A2. A3.A7.A$83.A2.A3.A7.A$83.A2.A3.A7.A$83.4A3.A3.5A$83.A6.A3.A3.A$83.A6. A3.A3.A$83.A6.A3.A3.A$83.A6.5A3.A$83.A14.A$83.A14.A$83.A14.A$83.16A! golly-3.3-src/Patterns/Self-Rep/Codd/crossover-unidir-demo.rle0000644000175000017500000000673113151213347021253 00000000000000# Crossover for two unidirectional paths - Codd's CA (Fig. 5.9, page 75) # # This pattern shows a configuration that allows two signal-paths to cross. # As long as signals arrive with a sufficient delay between them, signals # from the top will arrive at the bottom, and signals from the left will # arrive at the right. # # Here we've connected the output wires to make a figure-of-8 shape, to # demonstrate the crossover. # # The first signals on each channel must be a 7, else the machine won't be # initialized correctly. Set the demo running and allow the signal to loop # once around completely. Now you can change the signal to 4, 5 or 6, and # see that the crossover still functions correctly - two "type 7" # transformers convert the signal into a 7 where necessary to turn gates # on and off. # # Originally distributed as unicross.l with XLife, credits: # esr "The System Owner"@snark Tue Dec 22 11:48:44 1992 # x = 128, y = 90, rule = Codd 69.58B$58.A9.B58AB$58.A9.BA56BAB$58.A9.BAB54.BAB$58.A9.BAB54.BAB$58.A 9.BAB54.BAB$58.A9.BAB54.BAB$54.9A5.B.B54.BAB$55.7A6.BGB54.BAB$56.5A7. BAB54.BAB$57.3A8.BAB54.BAB$58.A9.BAB54.BAB$68.BAB54.BAB$68.BAB54.BAB$ 68.BAB54.BAB$68.BAB54.BAB$68.BAB54.BAB$60.9BAB54.BAB$59.B10AB54.BAB$ 59.BA9B55.BAB$59.BAB2.B60.BAB$59.BAB.BAB59.BAB$59.BAB.BAB59.BAB$59.BA B.BA5B55.BAB$59.BAB.B6AB54.BAB$59.BAB.BA4BAB54.BAB$59.BAB.BAB2.BAB54. BAB$59.BAB.BAB.2BAB54.BAB$59.BAB.BA2B3AB54.BAB$59.BAB.BAB.3B55.BAB$ 59.BAB.BAB59.BAB$59.BA3BA14B4.19B23.BAB$59.B19AB2.B19AB22.BAB$60.9BA 8BAB2.BA17BAB22.BAB$68.BAB6.BAB2.BAB15.BAB22.BAB$18.34B5.5B3.4BAB6.BA B2.BAB15.BAB22.BAB$17.B34AB3.B5AB.B5AB6.BAB2.BAB15.BAB22.BAB$17.BA32B AB3.BA3BAB.BA3BAB6.BA4BAB15.BAB22.BAB$7.A9.BAB30.BAB3.BAB.BAB.BAB.BAB 6.B6AB15.BAB12.A9.BAB$7.2A8.BAB20.5B5.BAB3.BAB2.B2.BAB.BAB7.6B16.BAB 12.2A8.BAB$7.3A7.BAB19.B5AB4.BAB.3BA7BAB.BAB29.BAB12.3A7.BAB$7.4A6.BA B19.BA3BAB4.BA2B12AB.BAB29.BAB12.4A6.BAB$.11A5.BAB19.BAB.BAB4.BAB.11B AB.BAB29.BAB6.11A5.BAB$7.4A6.BAB2.10B7.BAB2.B5.BAB11.BAB.BAB29.BAB12. 4A6.BAB$7.3A7.BAB.B10AB6.BA7B2.BA13BAB.BAB29.BAB12.3A7.BAB$7.2A8.BAB. BA4BA3BAB6.B8AB.B15AB.BAB20.5B4.BAB12.2A8.BAB$7.A9.BAB.BAB2.BAB.BAB6. BA6BAB2.15B2.BAB19.B5AB3.BAB12.A9.BAB$17.BAB.BAB2.BA2B2AB6.BAB4.BAB 19.BAB19.BA3BAB3.BAB22.BAB$17.BAB2.B3.BAB.2B8.B5.BAB19.BAB19.BAB.BAB 3.BAB22.BAB$.17BA8BA19BA19B.BAB2.10B7.BAB2.B4.BA24BAB$B66A2BAB.B10AB 6.BA7B.B26AB$BA32BA3BA13BA14B.BAB.BA4BA3BAB6.B8AB.26B$BAB19.B10.BAB.B AB11.BAB14.BAB.BAB2.BAB.BAB6.BA6BAB3.B$BAB18.BAB2.5B2.BAB.BA11B.BAB 14.BAB.BAB2.BA2B2AB6.BAB4.BAB2.BAB$BAB18.BAB.B5AB.BAB.B12A2BAB14.BAB 2.B3.BAB.2B8.B5.BAB2.BAB$BAB18.BAB.BA3BAB.BAB.BA7BA3B.BAB14.BA8BA19BA 4BAB$BAB18.BAB.BAB2.B2.BAB.BAB2.B2.BAB3.BAB14.B35AB$BAB18.BA3BA7BAB.B AB.BAB.BAB3.BAB14.BA15BA3BA13BAB$BAB18.B13AB.BAB.BA3BAB3.BAB14.BAB2.B 10.BAB.BAB11.BAB$BAB19.13B2.BAB.B5AB3.BAB14.BAB.BAB2.5B2.BAB.BA11B.BA B$BAB34.BAB2.5B4.BAB14.BAB.BAB.B5AB.BAB.B12A2BAB$BAB34.BAB11.BA8B7.BA B.BAB.BA3BAB.BAB.BA7BA3B.BAB$BAB34.BAB11.B9AB6.BAB.BAB.BAB2.B2.BAB.BA B2.B2.BAB3.BAB$BAB34.BAB12.8BAB6.BAB.BA3BA7BAB.BAB.BAB.BAB3.BAB$BAB 34.BAB19.BAB6.BAB.B13AB.BAB.BA3BAB3.BAB$BAB34.BAB19.BAB6.BAB2.13B2.BA B.B5AB3.BAB$BAB34.BAB19.BAB6.BAB17.BAB2.5B4.BAB$BAB34.BAB19.BAB6.BAB 17.BAB11.BAB$BAB34.BA21BAB6.BAB17.BA13BAB$BAB34.B23AB6.BAB17.B15AB$BA B35.23B7.BAB18.15B$BAB65.BAB$BAB65.BAB$BAB65.BAB$BAB58.A6.BAB$BAB58.A 6.BAB$BAB58.A6.BAB$BAB58.A6.BAB$BAB58.A6.BAB$BAB58.A6.BAB$BAB54.9A2.B AB$BAB55.7A3.BAB$BAB56.5A4.BAB$BAB57.3A5.BAB$BAB58.A6.BAB$BAB65.BAB$B AB65.BAB$BA67BAB$B69AB$.69B! golly-3.3-src/Patterns/Self-Rep/Codd/tape-reader-demo.rle0000644000175000017500000001064013151213347020121 00000000000000# Tape Reader demo - Codd's CA # # In this demo, a stack of coders is repeatedly triggered. The coded # sequence is 4666,76,5546,77,7,46. The first four sets are the commands # retract-right, extend, extend_right, and sense. These cause the tape # head to advance one square and to read the tape cell at that position. # An echo signal bounces back: either 6 or 7 depending whether the # tape cell was 0 or 1. To keep this demo simple we just delete the echo # by colliding a 7 signal with it. The final 46 then caps the end of # the read head that was exposed for sensing, and the process can repeat. # # In Codd's design for a self-replicating machine the echo signal would # instead be passed as output. See echo-discriminator-demo.rle for a demo # that shows how the echo can be used. # # Within each coder, three gates are required. 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BAB13.A3.A2.A7.A5.A$BAB8.BAB13.A3.A2.A7.A5.A$BAB8.BAB13.A3.4A4.A2.4A 2.A$BAB8.BAB13.A6.A4.4A2.A2.A$BAB8.BAB13.A6.A13.A$BAB8.BAB13.A6.A13.A $BAB8.BAB13.A6.15A$BAB8.BAB13.A20.A$BAB8.BAB13.A20.A$BAB8.BAB13.19A2. A$BAB8.BAB16.A.A9.A5.A$BAB8.BAB16.3A9.A5.A$BAB8.B.B18.3A4.A2.4A2.A$BA B8.BGB18.A.A4.4A2.A2.A$BAB8.BAB18.6A10.A$BA10BAB21.A.A10.A$B12AB21. 14A$.12B! golly-3.3-src/Patterns/Other-Rules/0000755000175000017500000000000013543257426014257 500000000000000golly-3.3-src/Patterns/Other-Rules/b2ein-spaceships-and-rakes.rle0000755000175000017500000000722513543255652021715 00000000000000#N b2ein-spaceships-and-rakes.rle #C #C Left: small fast Orthogonoid by AforAmpere, 17 April 2019 #C Speed is 48c/3066, or slightly faster than C/64 (~C/63.87). #C http://www.conwaylife.com/forums/viewtopic.php?p=75164#p75164 #C #C Right, top to bottom: small spaceships and rakes by Luka Okanishi; #C see http://www.conwaylife.com/forums/viewtopic.php?p=75667#p75667 #C Individual 4-rep (3,0)c/20 p80 G-loop spaceship #C 3-rep (3,0)c/20 p80 spaceship: #C 2 different 2-rep (3,0)c/20 p80 G/L trans-backrakes #C 2-rep (3,0)c/20 p80 trans-backG-sideA-rake #C 2-rep (3,0)c/20 p160 cis_double-barreled G backrake #C 2-rep 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Adams-Watters described a CA in which all the action # occurs on the edges of a square grid. Each edge can be on or off and has # six neighbors, three at each end. An edge is on in the next generation # iff exactly two of the edges in its seven edge neighborhood (including # the edge itself) are on. # # The LifeOnTheEdge rule has 3 live states with suitable icons that allow # any pattern of edges to be created. # # This pattern shows a still life, some oscillators, a few spaceships and # a couple of puffers. # x = 53, y = 23, rule = LifeOnTheEdge 12.2A15.CA17.A$28.BAC17.B$47.A.A$47.CABA$48.BC4$2.A10.A$.3A8.2C14.C3B A$B2.B7.BC14.BA2B.C$.B2AC$3.A4$48.B$48.CA$12.2CA16.CA15.CA$11.C2.BA 13.AB.C15.B$11.C2.BA12.B2.A12.B2ABAC.AC$11.B2AC15.2B15.BAC$12.2B14.B. B17.B! golly-3.3-src/Patterns/Other-Rules/Langtons-Ant.rle0000644000175000017500000000112612026730263017176 00000000000000# Emulation of Langton's Ant using a von Neumann CA # # http://en.wikipedia.org/wiki/Langton's_ant # # extra states are used to code the ant's current direction: # # -----------------------------empty squares--------------------- # 0 : white # 1 : black # ----------------------------------------------ant is here------ # 2 : ant is facing north on a white square # 3 : east, white # 4 : south, white # 5 : west, white # 6 : north, black # 7 : east, black # 8 : south, black # 9 : west, black # --------------------------------------------------------------- # x = 1, y = 1, rule = Langtons-Ant E! golly-3.3-src/Patterns/Other-Rules/NoTimeAtAll-demo.zip0000755000175000017500000001011313543255652017754 00000000000000PKÈ®ÈNø»£„Ú4NoTimeAtAll.ruelUT Çfü\Fgü\ux èÙuSßkÛ0~×_q°—œb'é õJJ7B MºJ”X‰´Ê’‘äxYÉþöÝÉvi{ˆãóÝ}÷}÷ãjù°^ÝÎ XÚµ*Er­Ûá–ow×sÆ–ë<‡³wþ(Ö —¢.¹1Ð(§Ì\­4R8^í ×>­-+ëEvœIÁ 8ó#°Æà¦@¸À•î=“ÇB×q^øÞ™ D/•æŽ è{´Nçð+t…;§˜Ä) TEÜ´2"õÐK^!­u/ ¨€EPº¯´ 3ÊâæS]!m#Â%½²;'Äo%4AjPFˆ-PžY£…jV€ø¥Bc1ÀÐãØ¢`6È,*ès1GХﱌa½´’zBª”©êà[A-Kúj뀟 "¦ÍZò⣛9M{TABhlF˜I6ðãîöØó>J"Þ¿qÄp(m`šàüÕV’£68ç¹>gìÁhõ"º†¾ÛÄñ5†sßKZˆ·y&»G”ƒ­¬¶ûc»C[å¶5öºä! >ÚÑŒEYØÊa¼ ÊOˆ±‘ ù•#–Na£¹yaÙ4n¼6'6êÞSx•é‰;3C3;±É´ÝÏ×pB€«ë»ÅÝýŠ¥)B¥ìââ3F³›1&É”oè?cyžc…¯ó/‹9‹Ûë§pÁŒP{¹±NZ[L鎺3bLÂ%œÉ·-0¢…°¦5ôÕøÎü±,EpŠ°+áÊ:Æ>Árþ}~4iñêÚ»l׫±µ.`C‹ ¼øɷ„¨h—ÿŒg(ë¾³$bâÄN‹m 2+:º—5¥¿ø‘ñ žFÏÿ%¸êÊÐ4–æÁ¨ç2Š\0«./³þÈÛ»á”A 2ko8–µt8”Yûù){~G  Aw+™¼Ñ¦ú“Ž0ôÞ ‘ø PKã®ÈN Žúø„NoTimeAtAll.ruleUT ùfü\Fgü\ux èÙ…SmoÚ0þî_qÇ”¢¼±MT“Ê:¦v¢0Qªî[e—Xuld;06í¿ïl'4´ÚB.¾{žÇwçËÅòn6…¹ZñšMìDòö?—ÀåâæÛõlú¾,70¿[Ý^Mg3xt×.Ž†ïŽË#àŸ[õ®ha©¾œ2_M&ð¦—㸠;%Ï欩©”°çšË èF0ØWL30|#©0ªÞ*ÃJP@IÅh oŒ¥–A JC6*K”³”‹.’Àjºc¨P¨‹òÌtÁd¡zÍÕÄ*¸ÇؽҢÂ5îÐn Tk¾Cµ`+5/KÌMpÉ|"°:3ÝbZJ?EÀ-n‚í7[Áí¹cQy…TÝ"*µg;¦£®2‡GÍØOæKØSi¤Å2¬o7DI*nÏ-“À~py,¤{‚ öh™ù :.¢ñZú·‘¤+­v=qUq¹m¬ …,W5ÝNÂÓÎC{nØi˜h†M»ç¶»W­˜“@¦;a ßKØ`Ï;T…z¯q.óJYâ ž?/*h$ž€6T ¹“‚?±¶¡½iAÓ œøº›»8žg¾{.e«¶J¨Í!ÌPÁuÑ`¯kj-êcBàf4©°,ìÇV#^[®¤qŠ¾‘ è+ÇTH<†µ ò‰$c?Y$ b’µo ÉÇ~"N..³Åò–Äà$#w'qJRHG#%x“ÌÙ°$9$ïãî«É§Ù”HÆ7ÕZéJ©rì> öû!æP×ÌjÎÌ´rcžkö(Xa‰|ðc!;ªÝ`cø¿â(‰Ò(‹òßG‚~?zÒO˜È œ·Zíz÷µóg¯SöÑà)z¸U´¨¢J_y²SOyTêÕâ¼^«ìãÒWžìè!IyJ & &ð4ño_­«œÅGH^;FëMN™¿Oih½Ùi“ðÍ æEÏÁêႾSÁ´«´Ç„2îLL &‘“ü/þ(\APKУÈN³>Ç?‰˜ NTAA-demo.rleUT (Sü\ifü\ux èÙ•XQo£H~·äÿЧµt;’™Œý°Fw{šËH{9ͽ›ÄìˆÇ“ûõ÷UU74$™Ù“àîªê¯ª¾ªnç§TÝ4·åc‘ôIU©Ÿon“äƒ*;•«ç¦þxS\óºVײ-ëÕ^ªBÛ"ï‹“º{QÏ}Þ¦Ÿ–‹ŸR¥TY«/Ǿ¹+Z¥7þn­šZõçB¥M}Í_>—÷ÅçæR?*+»cÓž0 ['ÔÙĿʇ:¯°x‹ešÇ§¦Ã:Í=Àœ!§~îz¬¬´jZ|Py}ÂLŸ—• ?$}›?AΫOà/:+åX«®|,«¼U}£¾bîkÓVŽ_iÉŽÁK[>C9ïÙ—ÇòtB`»d·»sþœ÷MûÇÚF¢Ç’ˆg÷T•½§TÒí‹j`¡Aun®ÅsÑ®Í:(Ü·EñßÂX!¯9l]êN’rA¹iê ¶ÀSQ«â-ñõŒW€.Ž ´Ä¦5c=ÀÄ=éD÷žý!ínͯýµ™‚A îàç$.$XÖO—¾÷É «Ë‰ŒÛ<©=¶oÐ4—ÚäKxê ùu-»‚mÓmq‚[ef`²¦MïóDÒZýçËoêYµ¢`”¸FþJLœç¦g9›¡ë¹<žÉÆ¥FpÚ.¯ØMÅ×UùGaÒåp&» ÔòNýãù†h8g-Yý웧¦j^$LDz=^ÉǼﱕ •ÚZÕÀ… ¨§òm_6µuÖ9žªÊ_°è–âC«ߎÅÉ’ýÙP¸Í½›vëÛ¬Bûû¥>²ö|Ìái®Nåý=èU‘†f3•aÕ´–,’œ5ùß¿5¹AãOìU­îŠª¹zFû–’”W錥ºëÛ‹¬ ƒ&$ƼB‹à0œ.ÇÂÐå+LI ¦¶xÈ[Ôb×Yxœv™9KAsZœ×^ŠŠÊ °àóöx(” ³º€ˆWPÉ@ø§÷+¨Õ–gâÒ hu.PÀù{qD(„GÆÍÇz¦–ù‘[~WYO¤˜eêÚ–=MÁƒ'´¥¢FW¢¼sPÐõªâ›J!§l%3rkªê€ÐÑêÂ@ÐÁ-ô69|þDä¹ýíÓ'†oêåGþZ½ÐK°]K'ÿÅ Ìr‘d©—dºWôLͽʼÃÎKW‰wÈøN3?Ø'«”¾y‰j/Yô²4Y.²4LB“,ižòòæûlD^–‹áÕ½ÒwL¾õ ’Õrxiì%š®€@ò–¾†ž†€ !áŠ0à† Gú–lñ‡¬@GóͯôDTHŸ¬Å¤ÌJ_ã'r¾ Àû¦k•øY}k ÓŽ:AÑ }[.ìÛŠƒäáAgápeÉwALÌ!¾d>EdOÞrxÁ`ˆ€«7 üGž¼“d±Àýá%nSVÞ‰Íw?«)¤û€;žÏŽ±ù® Ñf+»÷bóþþÇë¼2ü9½ÙRË”þDdõÊ×”Ma;èµ © é¢ -QâïflXí÷žöiL›ôZ­ƒ(F‰ØtÐÄ;„œT=.äWó<ù02²£„kKS+K eôýÈ¡0n7Ö¡à3ZŒÖ)WÑ F¸f51ãfÖU²¥ç8: ’ýÄË傆W(g_Kª9Œþ†e‡ä“@S[5BÄeh,ܳ('¤9ÉâKÕ¸óü]ºÃî:(bN8&ÚŸˆ äಗ´…Oƒœ‹!RËEhdM¢lä¥Y#V\’ë˜N$— V¤økî™´†c—¯q¢¶ëôaÕ›y«¥ Pp×ßÎH> "°øC 7&¨„Ðíµã+iêÁqÏ4,¶OË…³ùÞâz3V 03#µ!É=Ç€–ö+*zÄ”Èi€z¥·ß‘™½-!Ñ2û˜‘Ý&žïS·œl B‰ç–ÙëïÆÈ õkHš‰­ƒØzÕÅÄš*â;°Y'ÂÝÈpË ¢6‚×=‰:ö• : O6° fí‰"p©¿'ˆ™Y+ºPÙ̧°ð+éÈX´¡   3é)ô[qÍßø@?'[ÂÃv¼R¹–‹-+8$_°j4 ;;¸}ëB&¸Ëè×+b¡ 9h/å'ÞS~Oõ;ãÔ!ÞkôC„ÞbgÈ¥÷æþÄ—æt}çþŽÝýž{*·NÂoSD)œwRN¨»¨æʶÕzÜ­4vŒ…³·nþvN“¥öæl1v÷ߺe'6i!êÚ¼Ï4Y.6» šÞ ÈÍgž¶×ÊóEiBcÖœ †DÇÃÎ;¸lŽó3DÌ%6S6‚¾ññÚ9I{¦êvtÈvÕî@ I«[>IK;5ý~n+ò$]Íè¯Ï‰šö £2‰ô`žIOš;…-âc3Œô„¨³™˜%Xt@FàBúõ°â(£E%Bâ¤lDÓLÀØ•3Í?Œh@¯LmÚ CŠ ZÒ–š˜3JcôçíÑ͇a†'8M¹#¢‚ÓF3³«iT~üɼåfžñžåìÄ€'RÊÆë.h`ßî4gÁdi.g¤„ƒ›Wæ¤ïA01‚Ñ\jçG|à¯[ßMS˜†#³§GØ]V±ã î¬âY—å‚¢Q‚>œíMPÞ¡®oqV‘_aÁXõÜæôd?sß^;–±õ¸.%“mŽŽ “Éñ‰¨xáügl¼£Ýs€Ê¿g‰æ|~ظŒHœw»Ìë©åg7âC` .[ÅÛfRMÿS@Eê” ÌÁ|Йƒ w9L»§}»ð ÍlJÐl9šÏB:~ý;]R» G&}ÒƒµÙ“éÁ‹xš¦žù$:”F–ãÏ\mdø ïË—Hãä/ËÅÿPKÈ®ÈNø»£„Ú4¤NoTimeAtAll.ruelUTÇfü\ux èÙPKã®ÈN Žúø„¤$NoTimeAtAll.ruleUTùfü\ux èÙPKУÈN³>Ç?‰˜ ¤fNTAA-demo.rleUT(Sü\ux èÙPKÿ6golly-3.3-src/Patterns/Other-Rules/life-on-the-slope.rle0000644000175000017500000000175412026730263020127 00000000000000# In 2007 Franklin T. Adams-Watters described a CA in which all the action # occurs on the edges of a square grid. Each edge can be on or off and has # six neighbors, three at each end. An edge is on in the next generation # iff exactly two of the edges in its seven edge neighborhood (including # the edge itself) are on. # # LifeOnTheSlope has exactly the same behavior as LifeOnTheEdge, except # that patterns are rotated by 45 degrees. There are only 2 live states # (with icons \ and /), so it's a lot easier to enter patterns and they # run quite a bit faster. # # This pattern shows a still life, some oscillators, a few spaceships and # a couple of puffers. # x = 58, y = 63, rule = LifeOnTheSlope AB.B$2.B$A2.B17.B$B2.A18.B$.B$B.BA6$11.ABAB$11.BABA7$37.ABA$.BABA32.B .B$BA2.BA32.BA$A4.B$B4.A$AB2.AB$.ABAB2$27.ABA$27.B2.A$29.A.A$30.A.A$ 32.B$31.BA6$18.AB37.B$21.ABA30.B2.A$16.A6.B29.BA$19.AB.BA30.B.B$18.A. A33.A.A$54.BAB11$34.A7.A$34.B5.BA$35.B3.BAB$37.A.AB$36.AB$36.B.BA$36. ABA$40.B$41.BA! golly-3.3-src/Patterns/Other-Rules/Ed-rep.rle0000644000175000017500000000535112026730263016011 00000000000000# A replicating photo of Ed Fredkin - run until 49 generations. # # In 1970, Terry Winograd generalized Fredkin's parity rule (B1357/S1357) # (also known as Replicator) to an N-state version, with the parity rule # replaced by modulo-N. He proved that if N is prime then the resulting # CA will have the replicating properties of the parity rule (for which # N=2). # # As with the parity rule, the effect works with many different # neighborhoods, such as Moore, von Neumann, hexagonal, even in 3D. Here # we're using the von Neumann neighborhood so there are four copies made. # The script FredkinModN-gen.py in Scripts/Python enables you to explore # the rules for different N and different neighborhoods. # # In this demo we've used N=7 and imported a 6-color photo of Ed # Fredkin to use as an example pattern. At 49 generations four copies are # visible, as at higher powers of 7: 343, 2401, etc. # # At some intermediate generations (e.g. 196) multiple copies are seen # with color-inversions and other effects. # # Winograd, T. (1970) A simple algorithm for self-replication # A. I. Memo 197, Project MAC. MIT. http://hdl.handle.net/1721.1/5843 # # Contact: tim.hutton@gmail.com x = 49, y = 49, rule = Ed-rep ABA2B2ADE17F4E11D4B4A$2A2B2AB23FE10D2B3AB2A$4B2AD24F3E7DB4AB2A$3B3AE 24F3E7DB7A$3B2AB25F7E3DCB6A$3B2AC3FE17F6E2D2BC3DCB4ABA$3B2AC3FE19F4D 5B2DED2B3A2B$2B3AD12FE9FD3B4A3BD2EDB4AB$2B2ABE2F3E7FE5F3EDBA2BA4B3CDE D3B2AB$BC2ABD3FE7F2E5F3DB2D2BC5D2C2DC3B3A$2BA2BD10FE2D3F2E6DC10D3C3B 2A$2BA2BC7F6DEF3E5DC3D2E7DBCD3BA$2BA2BC3F2DC3BC3DEFE5DC3DE2FE4D2EDBCD 2CBA$BCA3BEFDB3AB3D5E3D3BC3DB7AB2DCD2C2B$BCA3BDFD2B2C7D4ED4BDB6A4BC5D CB$BCB2ABCF3D2E7DE3FD5B3AB2C11D2B$B2C3ABF8E5D3FE4B2DCDEFE6DE4D2B$ABCB 3A2FDF2E3FE2D2B3FD3BD2E3D2E2DB2D3E2DEDB$A3B3AEF3E2FDBA3BD3FEC8BC5D4E 4DB$2ABCB2AEF2EFC6ABE3FD2B10D3E7DEC$CABC2BAEF2E4A2B2CE4FE4D3E2FE4FEDE 3D3ED$DABC2BADFEDAD3FEB2D4FE2DBD3EFEF7E3D4E$BA2BCBAD2FBD3FD2B2D4F2E5D EF6E6DE2DE$6BAC2FD2E2DBC2E5F2DED3BD3F4E5D2E2DE$D3BC2BD2F2E4DE7F3EFC2A BD2F4E5D3EDE$DA2BC2BD3F5E8FE2DEF2B2A13DEDE$C3B2DCB11FD5F3DF2DB2AB13DE $2C2BCEDC10F2D5F3D2F6B11D2E$C2BCB2E2D9FBD4F3DB2D6B9DC3D$2B3C2E2C8FDB 2FE2FE2DB2DBD4B9DC3D$B2C2B2EDBE6FDBA2FE2F4DB3A4BC8D2C2D$3BABC2EDE4F2E DAB5F3DB3A7BD2BC7D$A3B2AEF3E2FE3DAB8DBA6BC2B2DBDE6D$3B3AB7E2DBA3DBABD 2BA6BDC2B2CBCE3DB2D$B3AB2C7E2D2BFD2E2DC6BC2DCD4BCDE6D$CBC2BECBCD5EDBD F2D2E2D3C8DB2AB9D$ECECBC3ACDF3EDBD6EDC7D3B3AB9D$CB4C2A3CF2E2DA2D2E2D 2F3ED4B5AB2C5DC2D$2B2CECBCECBEFEDCB5EFE2D2BABDB5ACD3C4DC2D$2B4CB2CBAE FE2DBDED2FE4BDB6ABC8DCB2D$10BABFE7D3BC2DB4ABCB3C6D2CB2D$2B2A8B4E4DB8A CD4BDBC2DC4DBC2D$B2AC5BCD2EF3E2DBDECBA3BC5D3B8DBC2D$BABC5BCE2CFEDE2DB D2FEDED3F2DBC2BCD2C5DBC2D$C2BC3BC2BCAB2ED2E3DE2F2E5D4CB3C3DCDCBC2D$EB A2B6C2BD5E2D6E2DB2CDC3BC6D3B2C$B4A4B5C6ED5E8DC9DC2B2C$2AB2A3B3C9ED3E 10DB9DC2B2C$2B3CE2CE4C2BDF3ED4E19DC2B2C! golly-3.3-src/Patterns/Other-Rules/HPP-demo.rle0000644000175000017500000020173012026730263016245 00000000000000# HPP Lattice gas # # J. Hardy, O. de Pazzis, and Y. Pomeau (1973) J. Math. Phys. 14, 470. # # The earliest lattice gas model. Later made obsolete by the FHP gas on # a hexagonal lattice, which has better physical properties. # # Gas particles bounce around inside a box (for a simpler example, see # HPP-demo-small.rle). An area of high density has been created, this # spreads out in a circular wave and reflects off the walls. # # In 1986, Norman Margolus ran an almost identical pattern on his # purpose-built CA machines, CAM-6. It ran at 60 frames per second. # N. Margolus, T. Toffoli, and G. Vichniac. # "Cellular-Automata Supercomputers for Fluid-Dynamics Modeling" # Physical Review Letters 56(16), 1986. # http://people.csail.mit.edu/nhm/ # # States following http://pages.cs.wisc.edu/~wylie/doc/PhD_thesis.pdf # # Each cell can contain up to 4 particles, each moving in one of the four directions. # Outgoing directions SENW map onto 4 bits, so W=0001=1, SEW=1101=13, etc. # Next state is simply the collected inputs, in most cases. # The exceptions are 5 (EW) and 10 (NS) which get swapped (bounce on collision). # # To make the gas useful in Golly's infinite area, I've added reflecting boundary # states, 16-31. These work in the same way as gas particles (collecting inputs) # but reverse their direction. 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]Ý"TJÇC}õêÑqC\ÝvÜÈbËmóùáðžr¯º&®€w\:Þ»+à'/Sº‰ßºeßq™_ ûë§/SçÜ­YZÀ±œ˜hz‚–Y®œ8ú‡þ¨P\i±ãrâª'Ʀñ¾>ç×;‚rS4zÅ®Ÿ0‡½€³¹bÄW¶M£0bÔ}œŽ¨§ÕöË™Ø3Áܤ#GÅDzWß “m¾¦¾| k¶•”Ô'iô6º²W>Jæе`Y>¦½´ã(Kð‰‰Á ^EBîa§.{Åayþq«J¸Ÿ3Éã¶I½Ñ ¦ñ(Dzcöà|Õ\µàó‘+k\s`3Þ¨îh$NâÀ–#ÇJÚMZd,ô¢Ÿ9P·DS¢¢\Å“"ea Œò´CH\“qeR…yÀ Šo&Û&uü?tÅ ,ùÀeOjc}e8c„xÇx¦qxOÇþ^@-bsrÅ@€[k®šÍ!¬<™E¤˜¶¬ÁúЦ[JáW°`™’‰’J•fJKåPv÷‰\ýå„)þNå‰U®œ²s]™ÊÏM‘9*KŠP mœ¢üµµ¼0óBÍÏøê@ ÓaʪŒyV#=5>}Óh[ê¢À^@Q›÷*ù¨$Žoš±2MåJ^”“_þPK‡TÌNÓ‡sí.^ AnimatedPixelArt.rulePK™TÌNø7"ä' /animated-pixel-art-sample.rlePKŽ‚4golly-3.3-src/Patterns/Other-Rules/HPP-demo-small.rle0000644000175000017500000000261012026730263017347 00000000000000# HPP Lattice gas # # J. Hardy, O. de Pazzis, and Y. Pomeau (1973) J. Math. Phys. 14, 470. # # The earliest lattice gas model. Later made obsolete by the FHP gas on # a hexagonal lattice, which has better physical properties. # # In this simple demo, four gas particles bounce around inside a box. # They pass through each other unless meeting head-on, in which case they # collide and the particles leave at right angles to their initial # directions. Although it seems trivial, this is sufficient to simulate # fluid dynamics - see HPP-demo.rle. # # States following http://pages.cs.wisc.edu/~wylie/doc/PhD_thesis.pdf # # Each cell can contain up to 4 particles, each moving in one of the four directions. # Outgoing directions SENW map onto 4 bits, so W=0001=1, SEW=1101=13, etc. # Next state is simply the collected inputs, in most cases. # The exceptions are 5 (EW) and 10 (NS) which get swapped (bounce on collision). # # To make the gas useful in Golly's infinite area, I've added reflecting boundary # states, 16-31. These work in the same way as gas particles (collecting inputs) # but reverse their direction. Contact: Tim Hutton # # Sink boundary: (or you can vent to the outside but this way is neater) # 32 # Source boundary: (haven't really worked out how to use this well yet) # 33 # x = 14, y = 10, rule = HPP 14P$P12.P$P12.P$P8.A3.P$P12.P$P12.P$P3.M8.P$P12.P$P12.P$14P! golly-3.3-src/Patterns/Margolus/0000755000175000017500000000000013543257426013677 500000000000000golly-3.3-src/Patterns/Margolus/HPP.rle0000644000175000017500000000274612026730263014751 00000000000000#CXRLE Pos=-10,-10 # HPP Gas implemented in the Margolus neighborhood, as described in: # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using state 1. Next select-all and # run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # n_states:2 # neighborhood:Margolus # symmetries:rotate4 # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # 1,0,0,0 : 0,0,0,1 # one particle moves to the opposite corner # 1,1,0,0 : 0,0,1,1 # two particles pass through each other # 1,0,0,1 : 0,1,1,0 # two particles collide head-on # 1,1,1,0 : 0,1,1,1 # three particles pass through each other # x = 20, y = 20, rule = HPPMargolus_emulated:T20,20 20B$BABABABABABABABABABA$20B$BABABABABABABABABABA$12BD7B$BABABABABABA BCBABABA$20B$BABABABABABABABABABA$20B$BABABABABABABABABABA$20B$BABABA BABABABABABABA$20B$BABABABABABABABABABA$20B$BABABABABABABABABABA$20B$ BABABABABABABABABABA$20B$BABABABABABABABABABA! golly-3.3-src/Patterns/Margolus/TMGas_largeWithHole.rle0000644000175000017500000036264712026730263020124 00000000000000#CXRLE Pos=-212,-214 Gen=0 # Toffoli-Margolus gas, from: # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using states 1, 2 and 3. Next # select-all and run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # # original Margolus states: # # 0 : background # # 1 : wall # # 2 : gas particle in an even step of the simulation # # 3 : gas particle in an odd step of the simulation # # neighborhood:Margolus # n_states:4 # symmetries:rotate4 # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # 0,0,0,2 : 0,0,3,0 # even step: rotate clockwise # 0,0,0,3 : 0,2,0,0 # odd step: rotate anti-clockwise # 0,0,1,2 : 0,0,1,3 # contains a wall: no movement # 0,0,1,3 : 0,0,1,2 # contains a wall: no movement # 0,0,2,1 : 0,0,3,1 # contains a wall: no movement # 0,0,2,2 : 3,0,3,0 # even step: rotate clockwise # 0,0,3,1 : 0,0,2,1 # contains a wall: no movement # 0,0,3,3 : 0,2,0,2 # odd step: rotate anti-clockwise # 0,1,1,2 : 0,1,1,3 # contains a wall: no movement # 0,1,1,3 : 0,1,1,2 # contains a wall: no movement # 0,1,2,0 : 0,1,3,0 # contains a wall: no movement # 0,1,2,1 : 0,1,3,1 # contains a wall: no movement # 0,1,2,2 : 0,1,3,3 # contains a wall: no movement # 0,1,3,0 : 0,1,2,0 # contains a wall: no movement # 0,1,3,1 : 0,1,2,1 # contains a wall: no movement # 0,1,3,3 : 0,1,2,2 # contains a wall: no movement # 0,2,1,1 : 0,3,1,1 # contains a wall: no movement # 0,2,1,2 : 0,3,1,3 # contains a wall: no movement # 0,2,2,0 : 0,3,3,0 # two or four particles collide: no movement # 0,2,2,1 : 0,3,3,1 # contains a wall: no movement # 0,2,2,2 : 3,0,3,3 # even step: rotate clockwise # 0,3,1,1 : 0,2,1,1 # contains a wall: no movement # 0,3,1,3 : 0,2,1,2 # contains a wall: no movement # 0,3,3,0 : 0,2,2,0 # two or four particles collide: no movement # 0,3,3,1 : 0,2,2,1 # contains a wall: no movement # 0,3,3,3 : 2,2,0,2 # odd step: rotate anti-clockwise # 1,1,1,2 : 1,1,1,3 # contains a wall: no movement # 1,1,1,3 : 1,1,1,2 # contains a wall: no movement # 1,1,2,2 : 1,1,3,3 # contains a wall: no movement # 1,1,3,3 : 1,1,2,2 # contains a wall: no movement # 1,2,2,1 : 1,3,3,1 # contains a wall: no movement # 1,2,2,2 : 1,3,3,3 # contains a wall: no movement # 1,3,3,1 : 1,2,2,1 # contains a wall: no movement # 1,3,3,3 : 1,2,2,2 # contains a wall: no movement # 2,2,2,2 : 3,3,3,3 # two or four particles collide: no movement # 3,3,3,3 : 2,2,2,2 # two or four particles collide: no movement # x = 370, y = 432, rule = TMGasMargolus_emulated 370B$BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABA$370B$BABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB 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ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA! golly-3.3-src/Patterns/Margolus/TMGas.rle0000644000175000017500000001003212026730263015260 00000000000000#CXRLE Pos=-18,-14 Gen=0 # Toffoli-Margolus gas, from: # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using states 1, 2 and 3. Next # select-all and run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # # original Margolus states: # # 0 : background # # 1 : wall # # 2 : gas particle in an even step of the simulation # # 3 : gas particle in an odd step of the simulation # # neighborhood:Margolus # n_states:4 # symmetries:rotate4 # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # 0,0,0,2 : 0,0,3,0 # even step: rotate clockwise # 0,0,0,3 : 0,2,0,0 # odd step: rotate anti-clockwise # 0,0,1,2 : 0,0,1,3 # contains a wall: no movement # 0,0,1,3 : 0,0,1,2 # contains a wall: no movement # 0,0,2,1 : 0,0,3,1 # contains a wall: no movement # 0,0,2,2 : 3,0,3,0 # even step: rotate clockwise # 0,0,3,1 : 0,0,2,1 # contains a wall: no movement # 0,0,3,3 : 0,2,0,2 # odd step: rotate anti-clockwise # 0,1,1,2 : 0,1,1,3 # contains a wall: no movement # 0,1,1,3 : 0,1,1,2 # contains a wall: no movement # 0,1,2,0 : 0,1,3,0 # contains a wall: no movement # 0,1,2,1 : 0,1,3,1 # contains a wall: no movement # 0,1,2,2 : 0,1,3,3 # contains a wall: no movement # 0,1,3,0 : 0,1,2,0 # contains a wall: no movement # 0,1,3,1 : 0,1,2,1 # contains a wall: no movement # 0,1,3,3 : 0,1,2,2 # contains a wall: no movement # 0,2,1,1 : 0,3,1,1 # contains a wall: no movement # 0,2,1,2 : 0,3,1,3 # contains a wall: no movement # 0,2,2,0 : 0,3,3,0 # two or four particles collide: no movement # 0,2,2,1 : 0,3,3,1 # contains a wall: no movement # 0,2,2,2 : 3,0,3,3 # even step: rotate clockwise # 0,3,1,1 : 0,2,1,1 # contains a wall: no movement # 0,3,1,3 : 0,2,1,2 # contains a wall: no movement # 0,3,3,0 : 0,2,2,0 # two or four particles collide: no movement # 0,3,3,1 : 0,2,2,1 # contains a wall: no movement # 0,3,3,3 : 2,2,0,2 # odd step: rotate anti-clockwise # 1,1,1,2 : 1,1,1,3 # contains a wall: no movement # 1,1,1,3 : 1,1,1,2 # contains a wall: no movement # 1,1,2,2 : 1,1,3,3 # contains a wall: no movement # 1,1,3,3 : 1,1,2,2 # contains a wall: no movement # 1,2,2,1 : 1,3,3,1 # contains a wall: no movement # 1,2,2,2 : 1,3,3,3 # contains a wall: no movement # 1,3,3,1 : 1,2,2,1 # contains a wall: no movement # 1,3,3,3 : 1,2,2,2 # contains a wall: no movement # 2,2,2,2 : 3,3,3,3 # two or four particles collide: no movement # 3,3,3,3 : 2,2,2,2 # two or four particles collide: no movement # x = 40, y = 38, rule = TMGasMargolus_emulated 40B$BABABABABABABABABABABABABABABABABABABABA$40B$BABABCDCDCDCDCDCDCDC DCDCDCDCDCDCDCDABABA$5BD28BD5B$BABABCBABABABABABABABABABABABABABADABA BA$5BD28BD5B$BABABCBABABABABABABABABABABABABABADABABA$5BD28BD5B$BABAB CBABABABABABABABABABABABABABADABABA$5BD28BD5B$BABABCBABABABABABABABAB ABABABABABADABABA$5BD28BD5B$BABABCBABABABABABABABABABABABABABADABABA$ 5BD6BF3B2F3B3F10BD5B$BABABCBABABABEBABABEBEBEBABABABABADABABA$5BD5B2F BF2B2F2BF12BD5B$BABABCBABAFAFEFABAFEFABABABABABABADABABA$5BD4B2FBF2BF 2BF3BF10BD5B$BABABCBABABABEBEFEBABEBEBABABABABADABABA$5BD3BF4BFB3F4BF 10BD5B$BABABCBABABEFEBABABABAFABABABABABADABABA$5BD3BFB2F5BFB2F12BD5B $BABABCBABEBAFABEBABEBEBEBABABABABADABABA$5BD7BF2BF5BF11BD5B$BABABCBA BEBEBABABABABEFABABABABABADABABA$5BD5BFB2F4B2F13BD5B$BABABCBABABABABA FABABABEBABABABABADABABA$5BD28BD5B$BABABCBABABABABABABABABABABABABABA DABABA$5BD28BD5B$BABABCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDABABA$40B$BABABAB ABABABABABABABABABABABABABABABABA$40B$BABABABABABABABABABABABABABABAB ABABABABA$40B$BABABABABABABABABABABABABABABABABABABABA! golly-3.3-src/Patterns/Margolus/DLA.rle0000644000175000017500000015337412026730263014726 00000000000000#CXRLE Pos=1,0 # Diffusion Limited Aggregation # # Particles move around at random until they encounter a stuck particle, # when they themselves become stuck. A familiar fractal growth pattern # emerges, as seen in many natural processes. # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using states 1 and 2. Next select-all # and run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # # Diffusion Limited Aggregation, in a Margolus neighborhood CA # # n_states:3 # neighborhood:Margolus # symmetries:rotate4reflect # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # # 0: vacuum # # 1: gas particle # # 2: stuck particle # # # random gas-like rules: # 1,0,0,0 : 0,0,0,1 # a diagonally-travelling particle keeps going # 1,1,0,0 : 1,1,0,0 # two particles collide # 0,1,1,0 : 1,0,0,1 # two particles collide head-on # 1,1,1,0 : 1,1,0,1 # three particles pass through each other # # # plus aggregation rules: (these seem to suffice) # 1,0,2,0 : 2,0,2,0 # 1,0,2,2 : 2,0,2,2 # x = 313, y = 236, rule = DLA-Margolus-emulated D4BD15BD2BD2BD3B2D9BD5BD2BD2B4D3BD3BD16B2D12BD12BD4BD11BD24BD28BD2BD 2B2D12BD8BD9BD5BD4B2D3BD3B2DBD6B2D2B3D2BD2BDBD4BDBD6BD15BD4BD2BD3BD7B $ABCBABABABABABABABABABABABABABCBABABCBABABABABABABABABABABABABABABAB 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ABADABABABABCDADABABABABABABCBABABABABABABABABABCBABABABABADA$D3BD4BD BD7BD15BD6BDBD12BD12BD4B2D7B2D7BD10BD10BD2BD6BD2BD8BD19BD18BD5BD7BD2B D4BD4BD3BD10BDBD6BDBD11BD6B2D13BD5BD2BD2BD2BD10BD5BD2B2D2BD7BDBD$ABAB ABABCBABABCBCBADABADCBABADABABADABABABABABABADABABADCBABABADCBABABCBA BABABABABABABADCBCBABABABABABABABABADABADABABABABABABCBABABCBADADABAB ABABABABABABABCBABADABABCBABABABABCBABABCBADABADABABABABCBABCBABABCBA BABABABCBCBADCBABABABABABABADABABABABABADADABCBABABABCDABABABABABABAB ABADADABABCBABABABABABABABABABABA$B2D11BD3BD9B2D8BD9BD4BD3BDBD6BD11BD 17BD5BD17BD6BDBD14BD9B2D3BD5BD8BDBD2BD7BD2BD2BD8BD7BD2BD4BD5BDBD6BD 20BD16BDBD3B2DBDBD4BD4BDBD2BD7BD2BD3BD$ABCBCBABABABABADABABABABABABAB ADCBABADABABABADABABCBABABADABABABADABABCBABABABABABABABABABCDABADABA BABABABCBABABABABABABABABABABADADABABABCDABABABABABABCBCBABABADABABAB CBABABABABABABABADABABADABABCDABADABABCBABABCBABABCBABABABADABABADABA BABABABABADABCBABABABABABABABADABADABABABABABADABABABCBABCBABABABABAB ABABABA$BD5BD5BD14BD2B2D9BD4BD2BDB2D17BD20BD2BDBD3BD6B3DB2D4BDB2D6B2D 2BD9BD4B2D4BD5BD5BD13B2DBD2BD14B2DBD2BD14BD14BD7BD2BD6BD11B2D6B2D2BDB D7BD6BD13BD3B$CDCBABABABABCBABADABABABABABABCBCDADABCBCBABABABABCDCBA DABABABCBADABABABCBABADABABABABABABABADCBABADADABABABABCDCBADABCDABAB ABABADABCBABCBCBABABABCDCBABABABABADABCBABCBCBABCBABCBCBADABABABADABC BADCBABADABADABABABABCBCBADCDCBABABABABCDABABABABCDABCBABADABABABADAB CBADABADABCBABABCBABABADABABADABABABABABABABABABABC! golly-3.3-src/Patterns/Margolus/TripATron.rle0000644000175000017500000000465112026730263016201 00000000000000#CXRLE Pos=-25,-25 # Trip-a-Tron, from: # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # Compare with the pattern generated by Turmites/ComputerArt.rle # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using state 1. Next select-all and # run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # n_states:2 # neighborhood:Margolus # symmetries:none # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # 0,0,0,0 : 1,1,1,1 # 1,1,1,1 : 0,0,0,0 x = 50, y = 50, rule = TripATronMargolus_emulated:T50,50 ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABAB ABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABAB ABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABAB ABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$A BABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABA BABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABCDABABABABA BABABABABABABABABABAB$18B2D30B$ABABABABABABABABABCDABABABABABABABABAB ABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$ 50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABAB ABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABAB ABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABCD ABABABABABAB$36B2D12B$ABABABABABABABABABABABABABABABABABABABABABABABA BAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABAB ABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABAB ABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABAB ABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABAB AB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABA BABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABA BABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABA BABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABA B$50B! golly-3.3-src/Patterns/Margolus/HPP_large.rle0000644000175000017500000010340612026730263016116 00000000000000#CXRLE Pos=-100,-100 # HPP Gas implemented in the Margolus neighborhood, as described in: # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using state 1. Next select-all and # run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # n_states:2 # neighborhood:Margolus # symmetries:rotate4 # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # 1,0,0,0 : 0,0,0,1 # one particle moves to the opposite corner # 1,1,0,0 : 0,0,1,1 # two particles pass through each other # 1,0,0,1 : 0,1,1,0 # two particles collide head-on # 1,1,1,0 : 0,1,1,1 # three particles pass through each other # x = 200, y = 200, rule = HPPMargolus_emulated:T200,200 4BDBDB2DBDBD2BD3B3DB2D3BDB4D3BD2B2D7BD3BD4BD4B5D2BD4BD3BD4BDB3D6B3D3B 2DBD3BDB2D2B10D2BD2B6D2BDBD2B7D2B2DB2DB2D2B2D2B3D4B4DB4D8BD2B3D4B$BCD CDCDCBCDCDCDABABCDADABCBADCDCDCBCBADCDCBABABCDADCBABABCDCDABCDCDADADA DCBCBCBADCDCDCDABCBCDABCBCDADADABCDADADCBCDCBCDABADCBABADADADCDADABCB ADABABCDABCDCBCBABCBCBCBCDCBABABCDCDADCDCBABADADADABABCBADC$2BDB3DBD 2BD2BDB3DB4DBDBD3B2D4B4DB2DBDB3DBDB2DB2D5B2DBD2BD2B5D2BD2B4D2B2D2BDBD 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2DBD7BD3BD3B2DB6DBD3B2DBD4BD2BDB3D3BD3BD2BDB2D$DADABADCDCDABABADCBCBA DCDABCDABADABABABCDADCBCDCDADCDCBABCDABCDADCDCBCDCBABCDCDABCDADCBABAB ADABADCDCBCDCDABCBCDCDCBADADABCBCBABCDADABCDABCBABCBADADCDABCBABADADC DCBCDCBADADABCDABCDCDABABCDADCBADCDCDADA$3D4B7D3BDBD2B5D2B4D2B7DB4DBD 2B2D5BD4B3DB5D2BD2B2DBDBDBDB2D3B2D3BD7BD3B2D2BDB2DBD2B4DBD5BD5B2D2BDB DB3DB2DBDB2DB2DB2D2BD4B2D3B3DBD4BD2B2D3B2DBDB2DBD$BADCDCBCDCDCBCBCBCB CDCBABCBCBADADCDCBABCBCDABCBABCDABCBCDABADADADCBADABCBADCDABABADCBCDC BADCDADADADADADCDCBCDCBABCBCDCDABCDABABADCBABCDCBCDCBABABCBABCBCDABAD CBADADADCDABCBCBADABCBCDABCBADCBADABADCBABA! golly-3.3-src/Patterns/Margolus/TripATron_BlockAligned.rle0000644000175000017500000000470712026730263020601 00000000000000#CXRLE Pos=-25,-25 # Trip-a-Tron, from: # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # With a Margolus-block-aligned pattern, the behaviour of the CA is # different. # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using state 1. Next select-all and # run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # n_states:2 # neighborhood:Margolus # symmetries:none # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # 0,0,0,0 : 1,1,1,1 # 1,1,1,1 : 0,0,0,0 x = 50, y = 50, rule = TripATronMargolus_emulated:T50,50 ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABAB ABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABAB ABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABAB ABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$A BABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABA BABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABCDABABABABA BABABABABABABABABABAB$18B2D30B$ABABABABABABABABABABABABABABABABABABAB ABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$ 50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABAB ABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABAB ABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABCD ABABABABABAB$36B2D12B$ABABABABABCDCDCDABABABABABABABABABABABABABABABA BAB$10B6D34B$ABABABABABCDCDCDABABABABABABABABABABABABABABABABAB$10B6D 34B$ABABABABABCDCDCDABABABABABABABABABABABABABABABABAB$10B6D34B$ABABA BABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABA BABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABA BABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABA BAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABAB ABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABAB ABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABAB ABABABABABABABAB$50B! golly-3.3-src/Patterns/Margolus/CrittersCircle.rle0000644000175000017500000014156512026730263017246 00000000000000#CXRLE Pos=-150,-150 Gen=0 # Starting from a random-filled square in the Critters rule # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # http://zvold.blogspot.com/2010/03/margolus-neighborhood-in-cellular.html # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using state 1. Next select-all and # run import.py. 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ABABABABABABABABABABABA$300B$BABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABA! golly-3.3-src/Patterns/Margolus/BBM.rle0000644000175000017500000001213412026730263014712 00000000000000#CXRLE Pos=1,0 # Billiard Ball Machine # # A Margolus-neighborhood implementation of a rule by Edward Fredkin. # Signals and logic gates are simulated by 'billiard balls' that bounce # off walls and each other. # # E. Fredkin, T. Toffoli, "Conservative logic", International Journal of # Theoretical Physics, 21:3-4, 219-253 (1982) # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using state 1. Next select-all and # run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # neighborhood:Margolus # n_states:2 # symmetries:rotate4 # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # 1,0,0,0 : 0,0,0,1 # balls travel # 0,1,1,0 : 1,0,0,1 # balls collide head-on # x = 88, y = 74, rule = BBM-Margolus-emulated 88D$CDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDC DCDCDCDCDCDCDCDCDCDCDCD$2D84B2D$CDABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABCD$2D84B2D$CDABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABCD$2D84B2D$CDABABABABABABABABABABABABABABABABABABADCBABABABAB ABABABABABABABABABABABABABABABABABABCD$2D37B2D45B2D$CDABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB CD$2D84B2D$CDABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABCD$2D84B2D$CDABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABCD$2D84B2D$CD ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABCD$2D84B2D$CDABABABABABADCDCDCDCDCDCDCDCDCDCDCDCDCDCDC DCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCBABABABABABCD$2D11B62D11B2D$CDABABABA BABADCBABABABABABABABABABABABABABABABABABABABABABABABABABABABABADCBAB ABABABABCD$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABADCBABABABABABCD$2D11B2D58B2D11B2D$CD ABABABABABADCBABABABABABABABABABABABABABABABABABABABABABABABABABABABA BADCBABABABABABCD$2D11B2D58B2D11B2D$CDCBABABABABADCBABABABABABABABABA BABABABABABABABABABABABABABABABABABABABADCBABABABABABCD$2D11B2D28BD 29B2D11B2D$CDABCBABABABADCBABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABADCBABABABABABCD$2D11B2D30BD27B2D11B2D$CDABABABABABADCB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABADCBABABABABA BCD$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABABABABABABABABABABABABA BABABABABABABABABABABABABADCBABABABABABCD$2D11B2D58B2D11B2D$CDABABABA BABADCBABABABABABABABABABABABABABABABABABABABABABABABABABABABABADCBAB ABABABABCD$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABADCBABABABABABCD$2D11B2D58B2D11B2D$CD ABABABABABADCBABABABABABABABABABABABABABABABABABABABABABABABABABABABA BADCBABABABABABCD$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABABABABABA BABABABABABABABABABABABABABABABABABABABADCBABABABABABCD$2D11B2D58B2D 11B2D$CDABABABABABADCBABABABABABABABABABABABABABABABABABABABABABABABA BABABABABADCBABABABABABCD$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABA BABABABABABABABABABABABABABABABABABABABABABABABADCBABABABABABCD$2D11B 2D58B2D11B2D$CDABABABABABADCBABABABABABABABABABABABABABABABABABABABAB ADABABABABABABABADCBABABABABABCD$2D11B2D58B2D11B2D$CDABABABABABADCBAB ABABABABABABABABABABABABABABABABABABADABABABABABABABABADCBABABABABABC D$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABABABABABABABABABABABABABA BABABABABABABABABABABABADCBABABABABABCD$2D11B2D58B2D11B2D$CDABABABABA BADCBABABABABABABABABABABABABABABABABABABABABABABABABABABABABADCBABAB ABABABCD$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABADCBABABABABABCD$2D11B2D58B2D11B2D$CDAB ABABABABADCBABABABABABABABABABABABABABABABABABABABABABABABABABABABABA DCBABABABABABCD$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABABABABABABA BABABABABABABABABABABABABABABABABABABADCBABABABABABCD$2D11B2D58B2D11B 2D$CDABABABABABADCBABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABADCBABABABABABCD$2D11B2D58B2D11B2D$CDABABABABABADCBABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABADCBABABABABABCD$2D11B2D 58B2D11B2D$CDABABABABABADCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCD CDCDCDCDCDCDCDCDCBABABABABABCD$2D11B62D11B2D$CDABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABCD$2D 84B2D$CDABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABCD$2D84B2D$CDABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABCD$2D84B2D$CDABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABCD$88D$CDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCD CDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCDCD! golly-3.3-src/Patterns/Margolus/CrittersOscillators.rle0000644000175000017500000000521612026730263020333 00000000000000#CXRLE Pos=-25,-25 # Some oscillators in the Critters rule # # T. Toffoli, N. Margolus "Cellular Automata Machines: A New # Environment for Modeling", MIT Press (1987) # # http://zvold.blogspot.com/2010/03/margolus-neighborhood-in-cellular.html # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using state 1. Next select-all and # run import.py. You can now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # neighborhood:Margolus # n_states:2 # symmetries:rotate4 # # # The Margolus transition a,b,c,d : e,f,g,h means: # # # # a b becomes e f # # c d g h # # 0,0,0,0 : 1,1,1,1 # 0 cells: state reversal # 0,0,0,1 : 1,1,1,0 # 1 cell: state reversal # 0,1,1,1 : 0,0,0,1 # 3 cells: 180-degree rotation plus state reversal # 1,1,1,1 : 0,0,0,0 # 4 cells: state reversal # x = 50, y = 50, rule = CrittersMargolus_emulated:T50,50 ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABAB ABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABAB ABABABABABABABABABABAB$16B2D32B$ABABABABABABABABABABABABABABABABABABA BABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$ 50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABAB ABABABADCBABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABAB ABABABABABABABABABABABABAB$34B10D6B$ABABABABABABABABABABABABABABABABA BABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABA BAB$9B2D2B2D35B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$ 50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABAB ABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABCDABCDABABABAB ABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABAB ABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$ 39B3D8B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABAB ABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABAB ABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABAB ABABABABABABABAB$50B$ABABABABABABABABABABABABABABABABABABABABCDCBABAB AB$10B2D2B2D2B2D30B$ABABABABABABABABABABABABABABABABABABABABABABABABA B$50B$ABABABABABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABAB ABABABABABABABABABABABABABABABABABABABABAB$50B$ABABABABABABABABABABAB ABABABABABABABABABABABABABAB$50B! golly-3.3-src/Patterns/Margolus/Sand.rle0000644000175000017500000007403312026730263015205 00000000000000# A simple simulation of sand particles using the Margolus neighborhood # - inspired by MCell's version. # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. The odd-numbered cells # are those in the top-left corner of the 2x2 block to be updated. # Configurations must have the correct pattern of states to work correctly # - you can't just scribble on the pattern! First run export.py in # Scripts/Python/Margolus. Then draw, using states 1, 2 and 3. Next # select-all and run import.py. 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BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABA$204B$BABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABA$204B$BABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABA$204B$BABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABA BABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABABAB ABABABABABABABABABABABABABABA! golly-3.3-src/Patterns/Margolus/Sand-Test.rle0000644000175000017500000000376012026730263016121 00000000000000#CXRLE Pos=-6,-12 # A simple simulation of sand particles using the Margolus neighborhood # - inspired by MCell's version. # # Note that with the Sand-Margolus-emulated rule, only two of the blocks # of sand collapse. Now change rule (Control | Set Rule...) to # Sand-square4cyclic_emulated, and note that all four blocks of sand # collapse. # # At the time of writing, Golly does not support the Margolus neighborhood, # so we are emulating it by using some extra states. In the Margolus nhood, # odd-numbered cells are those in the top-left corner of each 2x2 block. # In the square4_cyclic neighborhood (if you've changed the rule to # Sand-square4cyclic_emulated), on odd-numbered generations it is the even- # numbered cells that are in the top-left corner of each block. On even # generations the pattern is the same as in the Margolus neighborhood. # # These background states means that you can't just scribble on the pattern. # Either carefully maintain the appropriate odd-and-even pattern, or use the # helper scripts provided: a) First run export.py in Scripts/Python/Margolus. # b) Draw, using states 1, 2 and 3. c) Select-all and run import.py. You can # now continue running the CA. # # Rule tree produced by RuleTableToTree.py from the Margolus rule table: # # n_states:4 # neighborhood:Margolus # (or square4_cyclic) # symmetries:reflect_horizontal # # # The Margolus transition a,b,c,d : e,f,g,h means: # # a b --> e f # # c d g h # # # 0 : air # # 1 : sand # # 2 : wood # # 3 : magical source of sand # # var a={0,1,2,3} # var b={0,1,2,3} # # 1,1,0,0 : 0,0,1,1 # a pair of sand particles falls # 1,a,0,b : 0,a,1,b # otherwise, sand falls next to a static column # 1,0,a,0 : 0,0,a,1 # otherwise, it can topple # 3,a,0,b : 3,a,1,b # sand can appear from the magical source x = 15, y = 14, rule = Sand-Margolus-emulated 15B$BABABABABABABAB$15B$BABADCBABCDABAB$4B2D3B2D4B$BAFEFEFEFEFEFAB$ 15B$BABABABABABABAB$4B2D3B2D4B$BABADCBABCDABAB$2B11F2B$BABABABABABABA B$15B$BABABABABABABAB! golly-3.3-src/Patterns/Non-Totalistic/0000755000175000017500000000000013543257426014755 500000000000000golly-3.3-src/Patterns/Non-Totalistic/rr14gun.rle0000644000175000017500000000040113171233731016664 00000000000000#C rr14gun #C Reflectorless rotating period 1016 14-barrelled shotgun #C Daniel R. Collazo, 19 February 2017 #C http://conwaylife.com/forums/viewtopic.php?f=11&t=1638&p=40766#p40761 x = 4, y = 6, rule = B2-ac3ai/S1c2-n3-aky4a 3o$ob2o$ob2o$2bo$3bo$2b2o!golly-3.3-src/Patterns/Non-Totalistic/p42-knightship.rle0000644000175000017500000000070112750014265020141 00000000000000# 4,12c/42 knightship discovered by muzik. # For more patterns in this rule see the tDryLife thread: # http://www.conwaylife.com/forums/viewtopic.php?f=11&t=2266 x = 32, y = 33, rule = B37/S2-i34q 16bo$15b2o$15bo3bo$14bo2bob2o$13b2o5bo$13bo2bo2bo$7bo5b2o4bo$7bobo5b2o $7bobo6bo4$2o$obo$b2o$17b2o5b2ob3o$16bo3bo2b2ob2obo$16b2o5b2obob2o$17b 2o3bobo$17bo2bo$18bob2o4$6b3o$6bo19bo$7bo19bobo$29b2o$22b2o2bo4bo$22b 2ob2ob2obo$22bo2bo2b3o$22b2o2b2o$23b5o! golly-3.3-src/Patterns/Non-Totalistic/limited-spacefiller.rle0000644000175000017500000000077713171233731021320 00000000000000#C limited spacefiller from soup, in "organized explosion" rule #C Dave Greene, 10 July 2017 #C http://conwaylife.com/forums/viewtopic.php?f=&p=46828#p46337 #C rule found by Daniel R. Collazo, 4 June 2017 #C http://conwaylife.com/forums/viewtopic.php?f=&p=44061#p44061 x = 16, y = 16, rule = B2-a5/S1e2-a35678 2bobobob4obobo$bob2obo2bo2b2o$2bobo4b3ob3o$3obo5bob2o$3o4b2o4b3o$2o5b 8o$bo2bo5b3o$o2b2o4bo2b2o$o2bobob3o4bo$2o2b4o3b3o$3o2b2obo3b4o$3bo5bob 2ob2o$o4b6o2b2o$4ob3obob2o$2b4ob2o3bobo$ob2o4b4ob2o!golly-3.3-src/Patterns/Non-Totalistic/infinite-binary-ruler-generator.rle0000644000175000017500000000202513140227320023561 00000000000000#C infinite binary ruler generator from random asymmetric soup #C Daniel R. Collazo, 30 May 2017 #C http://www.conwaylife.com/forums/viewtopic.php?f=11&t=803&p=43939#p43939 x = 32, y = 32, rule = B2ak3nr4iy/S3-nr4ent5er o2bobob2o3b3o2bob2ob6o3bo$2bob5o2bo3b3obo3bobo3bobo$ob4ob3obo2b5ob2obo 3b5o$o2bo4b2obobo2bob2obob2o3bob2o$2bo2bo3b5obo2bobob3o$10bo2bob2obo3b 2o3bo2bo$o4bo2bo2b3obo2bob8ob3o$bob2obobo2bo3bobob3o2b2o2b2obo$bo2bo2b 2obobo5bo3b5obo$bobo3b4o2bob5o2b3ob2o2b2o$b2obo2bobobo2bob3o2bo5bo2b2o $b3ob3ob4o2bo4b2o2b8o$bo3bo2bo2b2o3bo2bo2bo2bo2bobo$3bo2b3obob7o2bobo 4b4o$2o4bo2bo2b4obobobo3b3ob3o$7obo6bob3o2bobobob2obo$o3bob2obo3bob2o 2b3ob2o2b2o$3obobo3b2obob7ob2ob2o2bo$b5o2b3obobo4b3ob3obo3bo$bob2ob5o 2b2obo2bo4b4ob2o$bob4o2bo2bo3bo4b3ob4o2bo$b4obob6o3bo3bobo2b5o$2bo4bob ob2ob2o2bobobobo2b2obo$ob4obo2bob4o7b2ob2o2b2o$3ob2obo2bobob3o2bo5b2ob 2o$4b2ob2o2bo6bobo2bo4bob2o$bo4bob6o3b7obob3o$7bo4bobo5bobo4bobo$o2bo 5b2obo3b2ob5obo2b4o$b3o2bob2o2b2ob3ob5o3bobobo$3b2ob2o3bobo3bobo2b4ob 3o$b2o3b2obobob3obob2obo3b3ob2o! golly-3.3-src/Patterns/Non-Totalistic/intergalactic-cruise-ship-factory.rle0000644000175000017500000000044113140227320024066 00000000000000#C intergalactic cruise ship factory #C Brian Prentice, 26 June 2017 #C http://conwaylife.com/forums/viewtopic.php?f=11&t=2792&p=45314#p45314 x = 118, y = 5, rule = B2aei3r4kn5jnr6k/S2ai3k4iknqr5r6ai o116bo$bo114bo$35bo3bo5bobo5bo3bo2bo3bo5bobo5bo3bo$35bo21bo2bo21bo$36b o19bo4bo19bo!golly-3.3-src/Patterns/Non-Totalistic/pondpuffer-spaceship.rle0000644000175000017500000006175213171233731021527 00000000000000#C p1552 spaceship based on tDryLife pondpuffers #C Luka Okanishi, 21 June 2017 #C http://www.conwaylife.com/forums/viewtopic.php?f=&p=44806#p44806 x = 1879, y = 1900, rule = B37/S2-i34q 1227b2o$1227bob2o$1227bo3b2o$1227b3ob2o4b2o$1227bo3b2o4b2o$1228bobo$ 1228b3o2$1238bo$1238bo$1202b2o27b3o3b3o$1201bo2bo25bo2bo2bo2bo$1201bo 2bo26bobo6bo$1202b2o28bo4bobo5$1220b3o2$1220bobo$1191b2o28bo$1190bo2bo $1190bo2bo$1191b2o5$1234bo$1233bobo$1229b2o2b2o$1180b2o47b2o3bobo$ 1179bo2bo53b2o$1179bo2bo53b2o$1180b2o55bo$1236b2o$1236b2o6$1169b2o$ 1168bo2bo50b2o$1168bo2bo49bo2bo$1169b2o50bo2bo$1222b2o7$1158b2o$1157bo 2bo$1157bo2bo$1158b2o8$1147b2o$1146bo2bo$1146bo2bo$1147b2o5$1261b4o$ 1260b2o$1263b3o$1136b2o121bo2b3o$1135bo2bo126bo$1135bo2bo124bo$1136b2o 122bo4bo$1261bo$1263bo6$1125b2o$1124bo2bo$1124bo2bo$1125b2o8$1114b2o$ 1113bo2bo$1113bo2bo$1114b2o5$1278b3o$1278bob2o$1277b2ob2o$1276b2o3bo$ 1280bo$1280b3o$1279bo3b2o$1280b5o$1279bo$1276bo$1276b2o$1275bo2bo$ 1250bo25bobo$1249b3o26bo$1092b2o155b3o24bobo$1091bo2bo180bo2bo$1091bo 2bo177b2obo2b3o$1092b2o157b2o19b9o$1250bo2bo22bo$1250bo2bo$1251b2o10$ 1281b2o$1281b2o$1275b4o$1275b2ob2o11b2o$1274bo5bo9bo2bo$1275bobo2bob2o b3o3bo2bo$1070b2o204b2ob2ob2ob3o4b2o$1069bo2bo205bo3bo2bo$1069bo2bo 206bob4o$1070b2o206bo5bo8b2o$1282b2o9b2o$1282bo$1281bo2$1286b2o4$1291b o$1291bo9$1048b2o$1047bo2bo$1047bo2bo$1048b2o18$1330b2o$1026b2o302b2o$ 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2o$1067b2o473b2ob2o$1066bo2bo471b2o3bo$1066bo2bo475bo$1067b2o476b3o$ 1544bo3b2o$1039b2o504b5o$1038bo2bo502bo$1038bo2bo499bo$1039b2o500b2o$ 1540bo2bo$1541bobo$828b2o226b2o485bo$827bo2bo224bo2bo482bobo$827bo2bo 224bo2bo481bo2bo$828b2o226b2o479b2obo2b3o$1537b9o$1028b2o511bo$1027bo 2bo$1027bo2bo$1028b2o$1246b3o$1247bo$1045b2o$1044bo2bo$1044bo2bo$1045b 2o2$1017b2o$1016bo2bo526b2o$1016bo2bo526b2o$1017b2o521b4o$1540b2ob2o 11b2o$1539bo5bo9bo2bo$806b2o226b2o504bobo2bob2ob3o3bo2bo$805bo2bo224bo 2bo504b2ob2ob2ob3o4b2o$805bo2bo224bo2bo506bo3bo2bo$806b2o226b2o508bob 4o$1543bo5bo8b2o$1006b2o539b2o9b2o$1005bo2bo538bo$1005bo2bo537bo$1006b 2o$1551b2o2$1023b2o$1022bo2bo$1022bo2bo530bo$1023b2o531bo2$995b2o$994b o2bo$994bo2bo$995b2o600b3o$1597bob2o$1596b2ob2o$784b2o226b2o581b2o3bo$ 783bo2bo224bo2bo584bo$783bo2bo224bo2bo584b3o$784b2o226b2o584bo3b2o$ 1599b5o$984b2o612bo$983bo2bo608bo$983bo2bo608b2o$984b2o608bo2bo$1595bo bo$1597bo$1001b2o592bobo$1000bo2bo590bo2bo$1000bo2bo587b2obo2b3o$1001b 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458b2o1128b2o$457bo2bo1126bo2bo$457bo2bo1126bo2bo200b2o$458b2o1128b2o 200bo2bo$1790bo2bo$430b2o1128b2o229b2o$429bo2bo791b3o332bo2bo$429bo2bo 1126bo2bo$430b2o792bobo333b2o$1225bo2$447b2o1128b2o$446bo2bo1126bo2bo$ 446bo2bo1126bo2bo200b2o$447b2o1128b2o200bo2bo$1779bo2bo$419b2o1128b2o 229b2o$418bo2bo1126bo2bo$418bo2bo54b2o1070bo2bo$419b2o54bo2bo1070b2o$ 475bo2bo$476b2o$436b2o1128b2o$435bo2bo323bo802bo2bo$435bo2bo323b2o801b o2bo200b2o$436b2o324bobo801b2o200bo2bo$765bo1002bo2bo$408b2o351b2ob2o 772b2o229b2o$407bo2bo349b3obo772bo2bo$407bo2bo344bo4b2o2bo772bo2bo$ 408b2o343b4obo3bo775b2o$753b3o$758bobo$425b2o330b2o2bo793b2o$424bo2bo 329bo3bo792bo2bo$424bo2bo319b2o8bo3b2o791bo2bo$425b2o320b2o10bo795b2o 2$397b2o328b2o26b3o769b2o$396bo2bo326bo2bo27bo768bo2bo$396bo2bo54b2o 270bo2bo21b2o3b5o765bo2bo$397b2o54bo2bo270b2o19bo2b2o2b7o765b2o$453bo 2bo290bob2o3b4o2bobo$454b2o291bo2b4o4bo2bo$414b2o332b2o8bo2bo782b2o$ 413bo2bo1126bo2bo$413bo2bo1126bo2bo200b2o$414b2o1128b2o200bo2bo$1746bo 2bo$386b2o328b2o798b2o229b2o$385bo2bo326bo2bo796bo2bo$385bo2bo326bo2bo 796bo2bo$386b2o328b2o798b2o3$403b2o328b2o798b2o$402bo2bo326bo2bo33b3o 760bo2bo$402bo2bo326bo2bo34bo761bo2bo$403b2o328b2o798b2o2$375b2o328b2o 798b2o$374bo2bo326bo2bo796bo2bo$374bo2bo54b2o270bo2bo796bo2bo$375b2o 54bo2bo270b2o798b2o$431bo2bo$432b2o$392b2o328b2o798b2o$391bo2bo326bo2b o796bo2bo$391bo2bo326bo2bo796bo2bo200b2o$392b2o328b2o798b2o200bo2bo$ 1724bo2bo$364b2o328b2o798b2o229b2o$363bo2bo326bo2bo796bo2bo$363bo2bo 326bo2bo796bo2bo$364b2o328b2o798b2o3$381b2o328b2o798b2o$380bo2bo326bo 2bo796bo2bo$380bo2bo326bo2bo796bo2bo$381b2o328b2o798b2o2$353b2o328b2o 798b2o$352bo2bo326bo2bo796bo2bo$352bo2bo54b2o270bo2bo796bo2bo$353b2o 54bo2bo270b2o798b2o$409bo2bo$410b2o$370b2o328b2o798b2o$369bo2bo326bo2b o796bo2bo$369bo2bo326bo2bo796bo2bo200b2o$370b2o328b2o691bobo104b2o200b o2bo$1393b2o307bo2bo$342b2o328b2o208b2o510bo77b2o229b2o$341bo2bo326bo 2bo206b2o588bo2bo$341bo2bo326bo2bo208bo587bo2bo$342b2o328b2o798b2o3$ 359b2o328b2o798b2o$358bo2bo326bo2bo796bo2bo$358bo2bo326bo2bo796bo2bo$ 359b2o328b2o798b2o2$331b2o328b2o798b2o$330bo2bo326bo2bo796bo2bo$330bo 2bo54b2o270bo2bo796bo2bo$331b2o54bo2bo270b2o798b2o$387bo2bo$388b2o$ 348b2o328b2o798b2o$347bo2bo326bo2bo796bo2bo$347bo2bo326bo2bo796bo2bo 200b2o$348b2o328b2o798b2o200bo2bo$1680bo2bo$320b2o328b2o798b2o229b2o$ 319bo2bo326bo2bo796bo2bo$319bo2bo326bo2bo796bo2bo$320b2o328b2o798b2o3$ 337b2o328b2o798b2o$336bo2bo326bo2bo796bo2bo$336bo2bo326bo2bo796bo2bo$ 337b2o328b2o798b2o2$309b2o328b2o798b2o$308bo2bo326bo2bo796bo2bo$308bo 2bo54b2o270bo2bo796bo2bo$309b2o54bo2bo270b2o798b2o$365bo2bo$366b2o$ 326b2o328b2o798b2o$325bo2bo326bo2bo796bo2bo$325bo2bo326bo2bo796bo2bo 200b2o$326b2o328b2o798b2o200bo2bo$1658bo2bo$298b2o328b2o798b2o229b2o$ 297bo2bo326bo2bo796bo2bo$297bo2bo326bo2bo796bo2bo$298b2o328b2o798b2o3$ 315b2o328b2o798b2o$314bo2bo326bo2bo796bo2bo$314bo2bo326bo2bo796bo2bo$ 315b2o328b2o798b2o2$287b2o328b2o798b2o$286bo2bo326bo2bo796bo2bo$286bo 2bo54b2o270bo2bo796bo2bo$287b2o54bo2bo270b2o798b2o$343bo2bo$344b2o$ 304b2o328b2o798b2o$303bo2bo326bo2bo796bo2bo$303bo2bo326bo2bo796bo2bo 200b2o$304b2o328b2o798b2o200bo2bo$1636bo2bo$276b2o328b2o798b2o229b2o$ 275bo2bo326bo2bo350bobo443bo2bo$275bo2bo326bo2bo351b2o443bo2bo$276b2o 328b2o352bo445b2o3$293b2o328b2o798b2o$292bo2bo326bo2bo796bo2bo$292bo2b o326bo2bo796bo2bo$293b2o328b2o798b2o2$265b2o328b2o798b2o$264bo2bo326bo 2bo796bo2bo$264bo2bo54b2o270bo2bo796bo2bo$265b2o54bo2bo270b2o798b2o$ 321bo2bo$322b2o$282b2o328b2o798b2o$281bo2bo326bo2bo796bo2bo$281bo2bo 326bo2bo796bo2bo200b2o$282b2o328b2o798b2o200bo2bo$1614bo2bo$254b2o328b 2o798b2o229b2o$253bo2bo326bo2bo796bo2bo$253bo2bo326bo2bo796bo2bo$254b 2o328b2o798b2o3$271b2o328b2o798b2o$270bo2bo326bo2bo796bo2bo$270bo2bo 326bo2bo796bo2bo$271b2o328b2o798b2o2$243b2o328b2o798b2o$242bo2bo326bo 2bo796bo2bo$242bo2bo54b2o270bo2bo796bo2bo$243b2o54bo2bo270b2o798b2o$ 299bo2bo$300b2o$260b2o328b2o798b2o$259bo2bo326bo2bo796bo2bo$259bo2bo 326bo2bo796bo2bo200b2o$260b2o328b2o798b2o200bo2bo$1592bo2bo$232b2o328b 2o798b2o229b2o$231bo2bo326bo2bo796bo2bo$231bo2bo326bo2bo796bo2bo$232b 2o328b2o798b2o3$249b2o328b2o798b2o$248bo2bo326bo2bo796bo2bo$248bo2bo 326bo2bo796bo2bo$249b2o328b2o798b2o2$221b2o328b2o798b2o$220bo2bo326bo 2bo796bo2bo$220bo2bo54b2o270bo2bo796bo2bo$221b2o54bo2bo270b2o798b2o$ 277bo2bo$278b2o$238b2o328b2o798b2o$237bo2bo326bo2bo188bo607bo2bo$237bo 2bo326bo2bo187b3o606bo2bo200b2o$238b2o328b2o188b3o607b2o200bo2bo$1570b o2bo$210b2o328b2o798b2o229b2o$209bo2bo326bo2bo796bo2bo$209bo2bo326bo2b o796bo2bo$210b2o328b2o798b2o3$227b2o328b2o798b2o$226bo2bo326bo2bo796bo 2bo$226bo2bo326bo2bo796bo2bo$227b2o328b2o798b2o2$199b2o328b2o798b2o$ 198bo2bo326bo2bo796bo2bo$198bo2bo54b2o270bo2bo796bo2bo$199b2o54bo2bo 270b2o798b2o$255bo2bo$256b2o$216b2o328b2o798b2o$215bo2bo326bo2bo796bo 2bo$215bo2bo326bo2bo796bo2bo200b2o$216b2o328b2o798b2o200bo2bo$1548bo2b o$188b2o328b2o798b2o229b2o$187bo2bo326bo2bo796bo2bo$187bo2bo326bo2bo 796bo2bo$188b2o328b2o798b2o3$205b2o328b2o798b2o$204bo2bo326bo2bo796bo 2bo$204bo2bo326bo2bo796bo2bo$205b2o328b2o798b2o2$177b2o328b2o798b2o$ 176bo2bo326bo2bo796bo2bo$176bo2bo54b2o270bo2bo796bo2bo$177b2o54bo2bo 270b2o798b2o$233bo2bo$234b2o$194b2o328b2o798b2o$193bo2bo326bo2bo796bo 2bo$193bo2bo326bo2bo796bo2bo200b2o$194b2o328b2o798b2o200bo2bo$1526bo2b o$166b2o328b2o798b2o229b2o$165bo2bo326bo2bo796bo2bo$165bo2bo326bo2bo 796bo2bo$166b2o328b2o798b2o3$183b2o328b2o798b2o$182bo2bo326bo2bo796bo 2bo$182bo2bo326bo2bo796bo2bo$183b2o328b2o798b2o2$155b2o328b2o798b2o$ 154bo2bo326bo2bo796bo2bo$154bo2bo54b2o270bo2bo796bo2bo$155b2o54bo2bo 270b2o798b2o$211bo2bo$212b2o$172b2o328b2o798b2o$171bo2bo326bo2bo796bo 2bo$171bo2bo326bo2bo796bo2bo200b2o$172b2o328b2o798b2o200bo2bo$1504bo2b o$144b2o328b2o798b2o229b2o$143bo2bo326bo2bo796bo2bo$143bo2bo326bo2bo 796bo2bo$144b2o328b2o798b2o2$1188bobo$161b2o328b2o695b2o101b2o$160bo2b o326bo2bo695bo100bo2bo$160bo2bo326bo2bo796bo2bo$161b2o328b2o798b2o2$ 133b2o328b2o798b2o$132bo2bo326bo2bo796bo2bo$132bo2bo54b2o270bo2bo796bo 2bo$133b2o54bo2bo270b2o798b2o$189bo2bo$190b2o$150b2o328b2o798b2o$149bo 2bo326bo2bo796bo2bo$149bo2bo326bo2bo796bo2bo200b2o$150b2o328b2o798b2o 200bo2bo$1482bo2bo$122b2o328b2o798b2o229b2o$121bo2bo326bo2bo796bo2bo$ 121bo2bo326bo2bo796bo2bo$122b2o328b2o798b2o3$139b2o328b2o798b2o$138bo 2bo326bo2bo796bo2bo$138bo2bo326bo2bo796bo2bo$139b2o328b2o798b2o2$111b 2o328b2o798b2o$110bo2bo326bo2bo796bo2bo$110bo2bo326bo2bo796bo2bo$111b 2o328b2o798b2o3$128b2o328b2o798b2o$127bo2bo326bo2bo796bo2bo$127bo2bo 326bo2bo796bo2bo200b2o$128b2o328b2o798b2o200bo2bo$1460bo2bo$100b2o328b 2o798b2o229b2o$99bo2bo326bo2bo796bo2bo$99bo2bo326bo2bo796bo2bo$100b2o 328b2o771bo26b2o$1203bo$1202b3o$117b2o328b2o798b2o$116bo2bo326bo2bo 796bo2bo$116bo2bo326bo2bo796bo2bo$117b2o328b2o798b2o2$89b2o328b2o798b 2o$88bo2bo326bo2bo796bo2bo$88bo2bo326bo2bo796bo2bo$89b2o328b2o798b2o3$ 106b2o328b2o798b2o$105bo2bo326bo2bo796bo2bo$105bo2bo326bo2bo796bo2bo 200b2o$106b2o328b2o798b2o200bo2bo$1438bo2bo$78b2o328b2o798b2o229b2o$ 77bo2bo157bo168bo2bo796bo2bo$77bo2bo156b2o168bo2bo796bo2bo$78b2o157bob o168b2o798b2o3$95b2o328b2o798b2o$94bo2bo326bo2bo796bo2bo$94bo2bo326bo 2bo796bo2bo$95b2o328b2o798b2o2$67b2o328b2o798b2o$66bo2bo326bo2bo608bob o185bo2bo$66bo2bo326bo2bo607bo2bo185bo2bo$67b2o328b2o609bobo186b2o3$ 84b2o328b2o798b2o$83bo2bo326bo2bo796bo2bo$83bo2bo326bo2bo796bo2bo200b 2o$84b2o328b2o798b2o200bo2bo$1416bo2bo$56b2o328b2o1029b2o$55bo2bo326bo 2bo454bo$55bo2bo326bo2bo452b2o2bo$56b2o328b2o455bo3$73b2o328b2o726b2o 70b2o$72bo2bo326bo2bo725bobo68bo2bo$72bo2bo326bo2bo341b3o380bo2bo6b2o 60bo2bo$73b2o328b2o727b2o6bobo60b2o$747bobo381bo$45b2o328b2o371bo387b 2o5bo$44bo2bo326bo2bo298bo460b3o3bo$44bo2bo326bo2bo298b3o458b2o$45b2o 328b2o299bo459b2o2bo2bo$1105b2o27b6ob2o$1104bo2bo26bob3o2bobo$62b2o 328b2o710bo2bo27b2o5bo2b2o$61bo2bo326bo2bo710b2o37bo2bo$61bo2bo326bo2b o748bo251b2o$62b2o328b2o752bo247bo2bo$1122b2o19bobo248bo2bo$34b2o328b 2o755bo2bo270b2o$33bo2bo326bo2bo143bo610bo2bo$33bo2bo326bo2bo142b2o 611b2o$34b2o328b2o144bo$1094b2o$1093bo2bo$51b2o328b2o710bo2bo$50bo2bo 326bo2bo710b2o$50bo2bo326bo2bo$51b2o328b2o$1111b2o$23b2o1085bo2bo$22bo 2bo317b2o765bo2bo$22bo2bo317b3o765b2o$23b2o318b2o$1083b2o$1082bo2bo$ 40b2o1040bo2bo$39bo2bo1040b2o$39bo2bo1330b2o$40b2o1330bo2bo$1100b2o 270bo2bo$12b2o1085bo2bo270b2o$11bo2bo1084bo2bo$11bo2bo1085b2o$12b2o$ 1072b2o$1071bo2bo$29b2o1040bo2bo$28bo2bo1040b2o$28bo2bo$29b2o$1089b2o$ b2o1085bo2bo$o2bo8bo1075bo2bo$o2bo6b2o2bo1074b2o$b2o9bo$1061b2o$1060bo 2bo$18b2o1040bo2bo$17bo2bo1040b2o$17bo2bo1330b2o$18b2o1330bo2bo$1078b 2o270bo2bo$1077bo2bo270b2o$1077bo2bo$1078b2o2$1050b2o$1049bo2bo$1049bo 2bo$1050b2o3$1067b2o$1066bo2bo$1066bo2bo$1067b2o2$1039b2o$1038bo2bo$ 1038bo2bo$1039b2o$1329b2o$1328bo2bo$1056b2o270bo2bo$1055bo2bo270b2o$ 1055bo2bo$1056b2o2$1028b2o$1027bo2bo$1027bo2bo$1028b2o3$1045b2o$1044bo 2bo$1044bo2bo$1045b2o2$1017b2o$1016bo2bo$1016bo2bo$1017b2o$1307b2o$ 1306bo2bo$1034b2o270bo2bo$1033bo2bo270b2o$1033bo2bo$1034b2o2$1006b2o$ 1005bo2bo$1005bo2bo$1006b2o3$1023b2o$1022bo2bo$1022bo2bo$1023b2o2$995b 2o$994bo2bo$994bo2bo$995b2o$1285b2o$1284bo2bo$1012b2o270bo2bo$1011bo2b o270b2o$1011bo2bo$1012b2o2$984b2o$983bo2bo$983bo2bo$984b2o3$1001b2o$ 1000bo2bo$1000bo2bo$1001b2o2$973b2o$972bo2bo$972bo2bo$973b2o$1263b2o$ 1262bo2bo$990b2o270bo2bo$989bo2bo270b2o$989bo2bo$990b2o2$962b2o$961bo 2bo$961bo2bo$962b2o3$979b2o$978bo2bo$978bo2bo$979b2o2$951b2o$950bo2bo$ 950bo2bo$951b2o$737bo503b2o$1240bo2bo77bo$736bobo229b2o270bo2bo76bob2o $737bo229bo2bo270b2o75bobo2bo$737bo229bo2bo347bo3b2o$968b2o348bob2o$ 1319bobo$940b2o377b2o$939bo2bo373bo$939bo2bo372b3o$940b2o372bo4bo$ 1314bo$1314b2o3bo$957b2o357b3o$956bo2bo356b3o$956bo2bo332b2o$957b2o 332bo2bo$1291bo2bo$929b2o361b2o$928bo2bo$928bo2bo$929b2o$1219b2o$1218b o2bo$946b2o270bo2bo$945bo2bo270b2o$945bo2bo332b2o$946b2o332bo2bo$1280b o2bo$918b2o361b2o$917bo2bo$917bo2bo$918b2o378b2o$1297bo2bo$1297bo2bo$ 935b2o361b2o$934bo2bo$934bo2bo332b2o$935b2o332bo2bo$1269bo2bo$907b2o 361b2o$906bo2bo$906bo2bo$907b2o378b2o$1197b2o87bo2bo$1196bo2bo86bo2bo$ 924b2o270bo2bo87b2o$533bo389bo2bo270b2o$534b2o387bo2bo332b2o$533b2o 389b2o332bo2bo$1258bo2bo$896b2o361b2o$895bo2bo$895bo2bo$896b2o378b2o$ 1275bo2bo$1275bo2bo$913b2o361b2o$912bo2bo$912bo2bo332b2o$913b2o332bo2b o$1247bo2bo$885b2o361b2o$884bo2bo$884bo2bo$885b2o378b2o$1175b2o87bo2bo $1174bo2bo86bo2bo$902b2o270bo2bo87b2o$901bo2bo270b2o$901bo2bo332b2o$ 902b2o332bo2bo$1236bo2bo$874b2o361b2o$873bo2bo$873bo2bo$874b2o378b2o$ 1253bo2bo$1253bo2bo$891b2o361b2o$890bo2bo$890bo2bo332b2o$891b2o332bo2b o$1225bo2bo$863b2o361b2o$862bo2bo$862bo2bo$863b2o378b2o$1153b2o87bo2bo $1152bo2bo86bo2bo$880b2o270bo2bo87b2o$879bo2bo270b2o$879bo2bo332b2o$ 880b2o332bo2bo$1214bo2bo$852b2o361b2o$851bo2bo$851bo2bo$852b2o378b2o$ 1231bo2bo$1231bo2bo$869b2o361b2o$868bo2bo$868bo2bo332b2o$869b2o332bo2b o$1203bo2bo$841b2o361b2o$840bo2bo$840bo2bo$841b2o378b2o$1131b2o87bo2bo 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763bo2bo$763bo2bo$764b2o378b2o$1143bo2bo$1143bo2bo$781b2o361b2o$780bo 2bo$780bo2bo332b2o$781b2o332bo2bo$1115bo2bo$753b2o361b2o$752bo2bo$752b o2bo$753b2o378b2o$1043b2o87bo2bo$1042bo2bo86bo2bo$770b2o270bo2bo87b2o$ 769bo2bo270b2o$769bo2bo332b2o$770b2o332bo2bo$1104bo2bo$742b2o361b2o$ 741bo2bo$741bo2bo$742b2o378b2o$1121bo2bo$1121bo2bo$759b2o361b2o$758bo 2bo$758bo2bo332b2o$759b2o332bo2bo$1093bo2bo$731b2o361b2o$730bo2bo$730b o2bo$731b2o378b2o$1021b2o87bo2bo$1020bo2bo86bo2bo$748b2o270bo2bo87b2o$ 747bo2bo270b2o$747bo2bo332b2o$748b2o332bo2bo$1082bo2bo$1083b2o3$1100b 2o$1099bo2bo$1099bo2bo$737b2o361b2o$736bo2bo$736bo2bo332b2o$737b2o332b o2bo$1071bo2bo$1072b2o3$1089b2o$999b2o87bo2bo$998bo2bo86bo2bo$998bo2bo 87b2o$999b2o$1061b2o$1060bo2bo$1060bo2bo$1061b2o$339bobo$340b2o$340bo 737b2o$1077bo2bo$1077bo2bo$1078b2o2$1050b2o$1049bo2bo$1049bo2bo$1050b 2o3$1067b2o$977b2o87bo2bo$976bo2bo86bo2bo$976bo2bo87b2o$977b2o$1039b2o $1038bo2bo$1038bo2bo$1039b2o3$1056b2o$1055bo2bo$1055bo2bo$1056b2o2$ 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2o2$731b2o$730bo2bo$730bo2bo$731b2o3$748b2o$747bo2bo$747bo2bo$748b2o2$ 720b2o$719bo2bo$719bo2bo$720b2o3$737b2o$736bo2bo$736bo2bo$737b2o2$709b 2o$708bo2bo$708bo2bo$709b2o3$726b2o$725bo2bo$725bo2bo$726b2o2$698b2o$ 697bo2bo$697bo2bo$698b2o3$715b2o$714bo2bo$714bo2bo$715b2o8$704b2o$703b o2bo$703bo2bo$704b2o!golly-3.3-src/Patterns/Non-Totalistic/horiship-guns.rle0000644000175000017500000006774112750014265020206 00000000000000#C p420 (left) and p56 (right) horiship guns by AbhpzTa, 30 July 2016 #C http://www.conwaylife.com/forums/viewtopic.php?f=11&t=2162&p=33755#p33753 x = 1163, y = 397, rule = B2cek3i_S12cei 884bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobo2$882bo107bo$382bobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobo$880bo3bobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo3b 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107bo3bo$380bo111bo$878bo3bo107bo3bo$380bo111bo$878bo3bo107bo3bo$380bo 111bo$878bo3bo107bo3bo$380bo111bo$880bo3bobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobo3bo$380bo111bo$882bo107bo$382bobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobo$884bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobo! golly-3.3-src/Patterns/Non-Totalistic/Sierpinski-builder.rle0000644000175000017500000000017212750014265021134 00000000000000#C A 6-cell double Sierpinski triangle builder found by Daniel R. 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(Here M=3 and N=1). #C David I. Bell, August 2004 x = 292, y = 292, rule = B2-a/S12 140b7o$$142bobo$142bobo$142bobo7$141b3o$143bo3$154bo$152b3o$135boo$ 137bo3$160bo$158bobo$129boo$$130bo$$166bo$166bo$165bo5$118bobo$120bo3$ 177bo$175boo$112b3o$114bo3$183bo$181b3o$106boo$108bo3$189bo$187bobo5$ 96bo$97bo$97bo$$199bo$$198boo$89bobo$91bo3$206bo$204boo$83b3o$85bo3$ 212bo$210b3o5$73boo$74bo$74bo$$222bo$222bo$67bo153boo$68bo$68bo$$228bo $$227boo$60bobo$62bo3$235bo$233boo5$50boo$$51bo$$245bo$245bo$44boo198b o$45bo$45bo$$251bo$251bo$38bo211boo$39bo$39bo$$257bo$$256boo5$27boo$ 29bo3$268bo$266bobo$21boo$$22bo$$274bo$274bo$15boo256bo$16bo$16bo$291b o$280bo10bo$280bo6b3obo$279boo10bo$287b3obo$o290bo$o290bo$ob3o$o10boo$ ob3o6bo$o10bo$o$275bo$275bo$18bo256boo$17bo$17bo$$269bo$$269boo$23bobo $23bo3$262bo$263boo5$34boo$$34bo$$252bo$252bo$40boo211bo$40bo$40bo$$ 246bo$246bo$47bo198boo$46bo$46bo$$240bo$$240boo5$57boo$56bo3$229bo$ 229bobo$63boo$$63bo$$223bo$223bo$69boo153bo$69bo$69bo$$217bo$217bo$ 217boo5$79b3o$79bo3$206bo$206b3o$86boo$85bo3$200bo$200bobo$92boo$$92bo $$194bo$194bo$195bo5$102bobo$102bo3$183bo$184boo$108b3o$108bo3$177bo$ 177b3o$115boo$114bo3$171bo$171bobo5$126bo$125bo$125bo$$161bo$$161boo$ 131bobo$131bo3$154bo$155boo$137b3o$137bo3$148bo$148b3o7$147bobo$147bob o$147bobo$$145b7o! golly-3.3-src/Patterns/Non-Totalistic/JustFriends/spaceships.rle0000644000175000017500000000712012750014265021772 00000000000000#C A collection of some spaceships of speeds c/3, c/4, and c/5. #C Paul Tooke, July 2000 x = 200, y = 140, rule = B2-a/S12 6bo14bo$4b3o12b3o$bboo3bo9boo3bo$5b3o12b3o$bbo4bo7bo6bo$7bo13bo$4bobbo 7boobobbo$boo3boo12boo78boo8b4o18boo$4b3o11b3o79bo12boo17bo$bo15bo13b oo3bo67bo7bo6bo$31bo4bo64boo5boboboo3bobo13boobo$3bo11bobboo11boo71boo 3boo6boobo$bbo13boo17bo3bo73b3oboo12boobo$bboo14bobo14bobo65boo6boo4bo 13bobbo$5b3o10bo3bo10boo71bo3bobbo18b3o$oo4boo24bobboo24bo45b3o4bo18bo $o15bobboo19bo18bobo44bo3bobbo16boobo$oo3bo11boo11bobb4o18boo3bo42boo 6boo4bo12bo$4bobo12bo11boo3boo17bo57b3oboo13bo$6bo14bo11b4obbo15boo4bo 42boo3boo6boobo12bo$60boo39boo5boboboo3bobo11boo$57boo45bo7bo6bo13bo$ 57bobbo39bo12boo19bo$57boo41boo8b4o20bobo$60boo$31boo3bo18boo4bo$33bo bbo18bo78bobo$31boobboo18boo3bo73bo$14bo20bo23bobo71bo$3boo7bobo18b3o 25bo69boo$oo6boo3bo18bobbo97bo$obbobbo28bobbo93bo$oo4boboo4boo14bobb3o bbo61boo8b5o3bo11bo$3b3o7b3o15boo4bo62bo12boboobo11boobo$6b6o21b4o67bo 7bo4b3o13bo$101boo5boboboo6bo11b3o$104boo3boo8boo10bobbo$113b3o4bo10b oobo$103boo6boo4bobbo$106bo3bobbo19boobo$107b3o4bo$40bo65bo3bobbo18bo$ 8bo7bobbo12boo5boo62boo6boo4bobbo11boo$5boo7bo4bo14boboo75b3o4bo$5bobb 5o5bo13boobbobboo20bo42boo3boo8boo$3b4o5boo18bobooboobbo17bo41boo5bobo boo6bo$oo5bobobbo5bo16bobobbo16boo45bo7bo4b3o$obbo6bobbooboo12bobb3obo bbo15bobboo39bo12boboobo$oo4boboo5bo15boo6bo60boo8b5o3bo$3b5o25b6o19bo 3bo$58bobo72b3o$56boo74bobboo$55bobboo73bobbo$133boobo$57bo42boo8b4o$ 58boo40bo12boo16boobo$59bo44bo7bo18bobbo$12boo18boo5bo19bo41boo5bobob oo3bo14b3o$7bo6bo19boboo20boo44boo3boo6bo15bo$5boo5bo3bo15boobbobb3o 15bo55b3oboo11boobo$4bobb5obboo16bobooboo64boo6boo4bo12bo$oo8b3o22bobo bbobo12bobboo46bo3bobbo18bo$o4bo3bobobboo14bobb3obobbo3bo11boo49b3o4bo 18bo$oo3bo3bo5bo15boo6bo18bobo45bo3bobbo17boo$9boo22b6o19bo3bo40boo6b oo4bo15bo$113b3oboo15bo$56bobboo43boo3boo6bo16bobo$57boo42boo5boboboo 3bo$59bo44bo7bo$61bo38bo12boo19bobo$100boo8b4o20bo$133bo50bo8b3o$10bo 120boo55boobbo$8bobo30bo3bo87bo49bobo4bob3o$4boo3bo18b4o7bobobo88bo48b oobboo5bobbo$4bo22bobbob5obb3o88bo53bo12bobo$5bo4bo3bo22bobb3o87boobo 48b3o10boo$oo7boobo12bobboobb3o6bo91bo47bobbo8boobbo$o4b3o18boo5bo4boo 4bo73bo13b3o48bo4bo$oo6b4o16bo6bo5bo65boo3bobb4obo10bobbo45bo3bobbobo$ 109bo11bobo7boobo48bo$101boo4bobbobobboo4bo58bo3bobbobo$101bo5boobo22b oobo46bo4bo$118bo14bobbo44bobbo8boobbo$56boo44boobob9o16bobboo45b3o10b oo$59bo73b3o48bo12bobo$56bo3boo39boobob9o66boobboo5bobbo$7b6o48bo55bo 65bobo4bob3o$4boo31boo16boo4boo37bo5boobo78boobbo$4bobbobb4obo12b4o23b o5bo38boo4bobbobobboo4bo63bo8b3o$5b5o3boobo10bobboboo4boobo13bob3obo 46bo11bobo$oo7bobobo23boboobo13bo49boo3bobb4obo$o4b3o5bobbo8bobboobboo bbo3bobbo12boobo57bo$oo7boo4boo9boo5boo5bobbo15bo$11b5o12bo7bo21b3o$ 59bo$56boobo$56bo$55bob3obo45boo3bobboo3bo5bo$55bo5bo47bo10boobboo$55b oo4boo38boo4bobbobobb3o3b3o6bo$61bo39bo5boobo5bobobo6bo$10bo45bo3boo 58boboo5bo$8bobo17b4o3b4o20bo42boobob13o$4boo3bo17bobbob3obboboo15boo$ 4bo36bo59boobob13o$5bo4boo13bobboobb3o7bo76boboo5bo$oo7b3o14boo5bo5bo bbo57bo5boobo5bobobo6bo$o4b3o20bo8bo62boo4bobbobobb3o3b3o6bo$oo33boo 71bo10boobboo$106boo3bobboo3bo5bo6$5b3o$bboo51boo3bo41b3o4b3o$bbobbobo bbo17b4o3b4o16bo4bo40bobboobbo3bo$3boo5boo15bobboboo5bo15boo45bobboboo 4bo$4bo5bo24bobobbo18bo42boobobob3obo$5bo3boo14bobboobb4obobbo16boo48b o$oo6bo17boo5bob3o63boobobobbobo$o4boo21bo7bo18bo3bo46boobobobo$oo34bo 21boo40bo9bo$55boo43boo$57b3obo$61bo$60b3o$61bo$57b3obo$5b4o46boo45boo 10boo$bboo4boo48boo42bo11bo$bbobboobbobo27bo15bo3bo54bobbo$3boo23b4o5b obo63boobo8b3o$4bobbo19bobbob3o3bo18boo$5b3o3bo47bo41boobo8boobo$oo7bo 15bobboobb3o4boo14boo$o4b4o17boo5bo4b3o14bo4bo39bo11bo$oo26bo6boo18boo 3bo39boo10boo! golly-3.3-src/Patterns/Non-Totalistic/JustFriends/p384drifter.rle0000644000175000017500000000512112750014265021705 00000000000000#C A period 384 drifter oscillator. #C This uses copies of a 27-generation 90 degree turn component and #C a 23-generation flipping component. #C Dean Hickerson, August 2000 x = 88, y = 64, rule = B2-a/S12 38bo4b2o17bo4b2o$38bobo4b4o13bobo4b4o$35bo2bobob2o15bo2bobob2o$20bo2bo 10b2o8bo2bo10b2o8bo2bo$13b6obo2bo13b6obo2bo13b6obo2bo$11b2o9bo13bo9bo 13bo9bo$18b3obob3o3bo5bo5b3obob3o3bo5bo5b3obob2o$10b3obo7bo4b2obo2bo2b obo7bo4b2obo2bo2bobo7bo5b4o$7bo6bobob3o2bo6bo2bo4bobob3o2bo6bo2bo4bobo b3o2bo$7bob4obobo5bo3b2o2bobo2b2obobo5bo3b2o2bobo2b2obobo5bo3b2o2bo$7b o10bobobo7bobobo7bobobo7bobobo7bobobo7bobo$7bo5b2o3bobobo2b2o3bobobo2b 2o3bobobo2b2o3bobobo2b2o3bobobo2b2o3bobobo$9bo8bo3bo7bobobo7bobobo7bob 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13b4o4bobo9b7obobobobo$3b2obobob2o2bo17b2obobo2bo15b2obobo2bo14bobo3bo bo$6bobo19bo2bo8b2o10bo2bo8b2o7bob3obobob2o2bo$4bobobob5ob2o10bo2bob6o 13bo2bob6o10bo12bo$4bo10bo13bo9bo13bo9bo5bo2bo2b4ob3o3bo$4bo3b2o11bo3b 3obob3o5bo5bo3b3obob3o5bo5bo2bobo4bo3b2obo$4bo8bob3o3bob2o4bo7bobo2bo 2bob2o4bo7bobo2bo3bobobo6bo4bo$4bo2b3obobo4b2obo6bo2b3obobo4bo2bo6bo2b 3obobo4b2obo6bo4bo$4bo6bobob2o4bo2b2o3bo5bobob2o2bobo2b2o3bo5bobob2o4b o2b3obobo$5bobobo7bobobo7bobobo7bobobo7bobobo7bo3bo8bo$5bobobo3b2o2bob obo3b2o2bobobo3b2o2bobobo3b2o2bobobo3b2o2bobobo3b2o5bo$7bobo7bobobo7bo bobo7bobobo7bobobo7bobobo10bo$9bo2b2o3bo5bobob2o2bobo2b2o3bo5bobob2o2b obo2b2o3bo5bobob4obo$16bo2b3obobo4bo2bo6bo2b3obobo4bo2bo6bo2b3obobo6bo $8b4o5bo7bobo2bo2bob2o4bo7bobo2bo2bob2o4bo7bob3o$14b2obob3o5bo5bo3b3ob ob3o5bo5bo3b3obob3o$17bo9bo13bo9bo13bo9b2o$16bo2bob6o13bo2bob6o13bo2bo b6o$16bo2bo8b2o10bo2bo8b2o10bo2bo$20b2obobo2bo15b2obobo2bo$15b4o4bobo 13b4o4bobo$19b2o4bo17b2o4bo! golly-3.3-src/Patterns/Non-Totalistic/JustFriends/oscillators.rle0000644000175000017500000004006312750014265022171 00000000000000#C A collection of some oscillators in "Just Friends". #C These were found by a team of people (e.g, Dean Hickerson, #C David Bell, Paul Tooke, Jason Summers, Mark Niemiec). x = 621, y = 269, rule = B2-a/S12 313b6o21boo127bo100bo13bo$335bo131bobobo97boob11oboo$312boobobo17bob3o 15b5o44b6obbo6bobb3obbo18bo20bobobo$315bobo14bobbo5bo11boo57bo6bo7bo 18bo19bo5bo61b4obbo6bo7bo14bobbobobo6bo$206bo6bobb3obbo110bo4boo17bobo 16bo36bo6bo7bo20boo18bob3o67bo6bo7bo14bobbo7boobo$206bo6bo7bo34b4o5b4o 37bo25boboo16b3o11bo9boo34bo6bo7bo17boo5boo14bo71bo6bo7bo14bo3bo4boo3b o$206bo6bo7bo56bo27boboo11bo8boboo32bobobobboo37bo6bo7bo20bo3bob5o81bo 6bo7bo14bo3b3obbobbobo$206bo6bo7bo13boo5boo11b4o7b4o8bo18bo8bo8bo5bobo 6bo3bo4bo26bo9bo27bobb3obbo6bo7bo14b5obo3bo20bo66bo6bo7bo14bo8bo4bo$ 206bo6bo7bo13bo7bo14bo7bo23bo3bobbo8boboo3b3o7bo10bo4bo3bo24bobo3bobo 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500000000000000golly-3.3-src/Patterns/Loops/Byl-Loop.rle0000644000175000017500000000102012026730263015242 00000000000000# Byl Loop # # J. Byl. "Self-Reproduction in small cellular automata." # Physica D, Vol. 34, pages 295-299, 1989. # # transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java # credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" # # Loops history at a glance: # Langton (1984), Byl (1989), Chou-Reggia (1993), Tempesti (1995), SDSR (1998), # Evoloop (1999) ... there are more... # Ancestors: JvN29 (1948), Codd (1968) # x = 4, y = 4, rule = Byl-Loop .2B$BCAB$BCDB$.BE! golly-3.3-src/Patterns/Loops/Perrier-Loop.rle0000644000175000017500000000353112026730263016135 00000000000000#CXRLE Pos=0,0 # Perrier loop # # J.-Y. Perrier, M. Sipper, and J. Zahnd # "Toward a viable, self-reproducing universal computer" # Physica D, vol. 97, pp. 335-352, 1996 # # After replicating the loop and the program and data stacks, Perrier's loop # then executes its program, sending commands and data along the sheath between # the two stacks. # # Here are the important states: # # state in the paper description # ----- ------------ --------------------------- # 14 7 advance (used inside the loop) # 15 4 turn left (used inside the loop) # 3 A the start of the program # 4 P program instruction: print 0 # 5 P program instruction: print 1 # 6 P program instruction: move data head down # 7 P program instruction: move data head up # 8 P program instruction: if (see paper for details) # 9 P,J program instruction: jump (sign 0) # 10 P,J program instruction: jump (sign 1) # 11,12 D 0,1 data (initial sequence in this example: 1001000) # # Thanks to Gianluca Tempesti for the transition table and the pattern. # # The program in this example is just a demo of some of the commands. Firstly it # does: move down, print 1, move down, print 1, move down. Then it checks the # value of the data tape at the current point. If 1 then it repeats from the # start. If false it moves the data head up 8 places. The last two of these # require the tape to be extended, shuffling all the entries down in turn. # x = 15, y = 31, rule = Perrier .8B$BAN.AO.AOB$B.6B.B$BNB4.BAB$BAB4.BAB$B.B4.BAB$BNB4.BAB$BA6BA5B$B.N A.NA.N5AB$BC12B$BFB4.BLB$BEB4.BKB$BFB4.BKB$BEB4.BLB$BFB4.BKB$BHB4.BKB $BIB4.BKB$BJB5.B$BJB$BJB$BJB$BJB$BGB$BGB$BGB$BGB$BGB$BGB$BGB$BGB$.B! golly-3.3-src/Patterns/Loops/Evoloop-finite.rle0000644000175000017500000000635712026730263016526 00000000000000# A modification of Evoloop created to make it work within a finite # area. Extend or restrict the area of state 9 cells to change the # range of action. # # In a finite area the evolving properties are more easily seen since # only the most successful loops can survive the overcrowding. Smaller # loops rapidly outcompete the larger ones. # x = 628, y = 533, rule = Evoloop-finite 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $261I15B352I$260IBGIAGIAGIAGI4AB351I$260IBA13BAB351I$260IBIB11IBAB 351I$260IBGB11IBAB351I$260IBAB11IBAB351I$260IBIB11IBAB351I$260IBGB11I BAB351I$260IBAB11IBAB351I$260IBIB11IBAB351I$260IBGB11IBGB351I$260IBAB 11IBIB351I$260IBIB11IBAB351I$260IBGB11IBGB351I$260IBA13BIB351I$260IBI GAIGAIGAIDAIDAB351I$261I14BE352I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I $628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$628I$ 628I$628I$628I$628I$628I$628I$628I$628I$628I! golly-3.3-src/Patterns/Loops/Evoloop.rle0000644000175000017500000000151712026730263015243 00000000000000# Evoloop # # Hiroki Sayama "Toward the Realization of an Evolving Ecosystem on # Cellular Automata", Proceedings of the Fourth International # Symposium on Artificial Life and Robotics (AROB 4th '99), # M. Sugisaka and H. Tanaka, eds., pp.254-257, Beppu, Oita, Japan, 1999. # # transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java # credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" # # Loops history at a glance: # Langton (1984), Byl (1989), Chou-Reggia (1993), SDSR (1998), # Tempesti (1999), Evoloop (1999) ... there are more... # Ancestors: JvN29 (1948), Codd (1968) # x = 17, y = 17, rule = Evoloop .15B$BG.AG.AG.AG.4AB$BA13BAB$B.B11.BAB$BGB11.BAB$BAB11.BAB$B.B11.BAB$ BGB11.BAB$BAB11.BAB$B.B11.BAB$BGB11.BGB$BAB11.B.B$B.B11.BAB$BGB11.BGB $BA13B.B$B.GA.GA.GA.DA.DAB$.14BE! golly-3.3-src/Patterns/Loops/Langtons-Loops.rle0000644000175000017500000000114112026730263016470 00000000000000# Langton's Loops # # C.G.Langton. "Self-reproduction in cellular automata." # Physica D, Vol. 10, pages 135-144, 1984. # # transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java # credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" # # Loops history at a glance: # Langton (1984), Byl (1989), Chou-Reggia (1993), Tempesti (1995), SDSR (1998), # Evoloop (1999) ... there are more... # Ancestors: JvN29 (1948), Codd (1968) # x = 15, y = 10, rule = Langtons-Loops .8B$BAG.AD.ADB$B.6B.B$BGB4.BAB$BAB4.BAB$B.B4.BAB$BGB4.BAB$BA6BA5B$B.G A.GA.G5AB$.13B! golly-3.3-src/Patterns/Loops/Chou-Reggia-Loop-1.rle0000644000175000017500000000113512026730263016753 00000000000000# Chou-Reggia Loop 1 # # J. A. Reggia, S.L.Armentrout, H.-H. Chou, and Y. Peng. # ``Simple systems that exhibit self-directed replication.'' # Science, Vol. 259, pages 1282-1287, February 1993. # # transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java # credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" # # Loops history at a glance: # Langton (1984), Byl (1989), Chou-Reggia (1993), Tempesti (1995), SDSR (1998), # Evoloop (1999) ... there are more... # Ancestors: JvN29 (1948), Codd (1968) # x = 4, y = 2, rule = Chou-Reggia-1 2A$CD2A! golly-3.3-src/Patterns/Loops/Tempesti-Loop.rle0000644000175000017500000000505312026730263016320 00000000000000# Tempesti's self-replicating loops. # # G. Tempesti. # # "A New Self-Reproducing Cellular Automaton Capable of Construction and # Computation". Advances in Artificial Life, Proc. 3rd European Conference on # Artificial Life, Granada, Spain, June 4-6, 1995, Lecture Notes in Artificial # Intelligence, 929, Springer Verlag, Berlin, 1995, pp. 555-563. # # Implemented from Tempesti's thesis: # http://lslwww.epfl.ch/pages/embryonics/thesis/ # # This loop first constructs a skeleton of the right size, before # allowing the loop instructions to flow into the new copy. The loop # then opens a gate into its interior and writes the letters "LSL" # using a constructing arm, in a similar way to von Neumann's CA. # LSL are the initials of the Logic Systems Laboratory. # # The rules are not rotationally symmetric, so the letters are always # written the right way up, even though the loops are created in # different orientations. # # State Function # ------------------------loop function------ # 0 background # 1 sheath # 2 control # 3 construction # 4 destruction # ----------------------------programmable--- # 5 NOP (no operation) # 6 advance # 7 turn left # 8 turn right # 9 write an empty space # ------------------------------------------- # # In the initial configuration, the control states (2) are found in each # corner. These determine that size of the loop that is to be written. States # 5-9 contain the program that is to be executed by the construction arm, these # are not used for the loop replication. To see this, overwrite them all with # state 5 - the loop will replicate but won't write anything. # # The program contained in the loop is the following: # (read clockwise from the bottom-right corner) # 7275 - initiation sequence, opens a gate in the top-left of the loop # Advance 11,turn left,advance 2,write an empty space,advance 4 (the control # state gets converted to an advance), turn left, advance 2, turn left, # advance 2, turn right, advance 4, turn right, advance 3, write an empty # space, advance 2, turn right, advance 7, turn left, advance 2. # 55 - close the gate # # Loops history at a glance: # Langton (1984), Byl (1989), Chou-Reggia (1993), Tempesti (1995), SDSR (1998), # Evoloop (1999) ... there are more... # Ancestors: JvN29 (1948), Codd (1968) # x = 22, y = 22, rule = Tempesti 19.A$.BFH7FG2F6EB$AI18AE$.FA16.AE$.FA16.AE$.FA16.AE$.HA16.AE$.FA16.AE $.FA16.AE$.FA16.AE$.FA16.AE$.HA16.AE$.FA16.AE$.FA16.AE$.GA16.AE$.FA 16.AE$.FA16.AE$.GA16.AE$.FA16.AE$.F18AGA$.BFI2FG11FEGB$2.A! golly-3.3-src/Patterns/Loops/Perrier-Parenthesis-Checker.rle0000644000175000017500000001207512026730263021056 00000000000000#CXRLE Pos=-11,-2 # # Parenthesis Checker - in Perrier's self-reproducing loop # # See Perrier-Loop.rle for a simpler example, and for an explanation # of the states used in the program. # # This is an implementation of the 64 instruction program listed in # the appendix of Perrier's paper. The numbers on the left # correspond to the program instructions in the paper. The program # checks that a string has matching parentheses. In this example # the string "(()())" is encoded in the data tape. After many # timesteps the program halts (the program head drops off the end) # and the value under the data head is '1', indicating that the # expression is well-formed, and the parentheses do indeed match. # # (Here we've disabled the self-reproduction part of the loop's # function simply to avoid distracting us from the computation part. # To re-enable, set (19,6) to state 1, (10,8) to state 2, and # (14,8) to state 0.) # # The data tape is encoded with '(' = 10 and ')'=11. The rest of the # tape should contain zeros. (In Perrier's loop, the tape can be # expanded as required, and contains zeros by default, so here we # don't have to worry about the trailing zeros for example but you # can put them in if you want.) # # In our example, "(()())" = 101011101111 # # Caveat: the data head must be positioned just before (above) the # first parenthesis, else the result may be incorrect. In Perrier's # loop, the data head always starts at the top of the tape provided, # so our tape contains an initial '0': 0101011101111 # # There's a slight error in the paper, where it says that the final # result will be written in the uppermost data slot. This is not # always the case. The final position of the data head indicates # where the final result is stored. # # Enter your own sequence of brackets for checking. # # Contact: tim.hutton@gmail.com # x = 34, y = 376, rule = Perrier 20.8B$19.BAN.AO.AOB$19.B.6B.B$19.BNB4.BAB$19.BAB4.BAB$19.B.B4.BAB$19. 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A. Reggia, S.L.Armentrout, H.-H. Chou, and Y. Peng. # ``Simple systems that exhibit self-directed replication.'' # Science, Vol. 259, pages 1282-1287, February 1993. # # transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java # credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" # # Loops history at a glance: # Langton (1984), Byl (1989), Chou-Reggia (1993), Tempesti (1995), SDSR (1998), # Evoloop (1999) ... there are more... # Ancestors: JvN29 (1948), Codd (1968) # x = 3, y = 2, rule = Chou-Reggia-2 2A$CDA! golly-3.3-src/Patterns/Loops/SDSR-Loop.rle0000644000175000017500000000145212026730263015300 00000000000000# SDSR Loop # # Hiroki Sayama. "Introduction of Structural Dissolution into # Langton's Self-Reproducing Loop." Artificial Life VI: Proceedings # of the Sixth International Conference on Artificial Life, C. Adami, # R. K. Belew, H. Kitano, and C. E. Taylor, eds., pp.114-122, # Los Angeles, California, 1998, MIT Press. # # transition rules from: http://necsi.org/postdocs/sayama/sdsr/java/loops.java # credits: "Self-Replicating Loops & Ant, Programmed by Eli Bachmutsky, Copyleft Feb.1999" # # Loops history at a glance: # Langton (1984), Byl (1989), Chou-Reggia (1993), Tempesti (1995), SDSR (1998), # Evoloop (1999) ... there are more... # Ancestors: JvN29 (1948), Codd (1968) # x = 15, y = 10, rule = SDSR-Loop .8B$BAG.AD.ADB$B.6B.B$BGB4.BAB$BAB4.BAB$B.B4.BAB$BGB4.BAB$BA6BA5B$B.G A.GA.G5AB$.13B! golly-3.3-src/Patterns/Turmites/0000755000175000017500000000000013543257426013722 500000000000000golly-3.3-src/Patterns/Turmites/ComputerArt.rle0000644000175000017500000000175112026730263016605 00000000000000# Computer Art - a 2-state 2-color Turmite discovered by Ed Pegg, Jr. # # The turmite works on a painting within an ever-expanding frame. Compare with # the pattern made by Margolus/TripATron.rle # # http://en.wikipedia.org/wiki/Turmite # http://demonstrations.wolfram.com/Turmites/ # http://www.mathpuzzle.com/26Mar03.html # # Specification string: {{{1, 8, 0}, {1, 2, 1}}, {{0, 2, 0}, {0, 8, 1}}} # # This string is a curly-bracketed table of n_states rows and n_colors columns, # where each entry is a triple of integers. The elements of each triple are: # - new color of the square # - direction(s) for the turmite to turn: 1=noturn, 2=right, 4=u-turn, 8=left # - new internal state of the turmite # # For example, the triple {1,2,1} says: # - set the color of the square to 1 # - turn right (2) # - adopt state 1 and move forward one square # # To generate Turmites like this one, run this script: # Scripts/Python/Rule-Generators/Turmite-gen.py # x = 1, y = 1, rule = Turmite_180121020081 B! golly-3.3-src/Patterns/Turmites/AlienCounter.rle0000644000175000017500000000221012675334101016720 00000000000000# A 3-state 2-color absolute-movement turmite (2D Turing machine) discovered by # Tim J. Hutton # # Appears to be counting, but in some clever alien way we haven't understood. If # you work it out, please let us know! Adam Goucher suggested that some of the # time it is counting in base-phi (the golden ratio), if that makes any sense to # you. # # http://github.com/GollyGang/ruletablerepository/wiki/TwoDimensionalTuringMachines # http://en.wikipedia.org/wiki/Turmite # # Specification string: # {{{0,'N',2},{1,'S',1}},{{0,'E',0},{0,'S',0}},{{1,'W',1},{1,'N',2}}} # # This string is a curly-bracketed table of n_states rows and n_colors columns, # where each entry is a triple. The elements of each triple are: # - new color of the square # - direction(s) for the turmite to move: 'N' = North, etc. # - new internal state of the turmite # # For example, the triple {0,'N',2} says: # - set the color of the square to 0 # - move North # - adopt state 2 and move forward one square # # To generate Turmites like this one, run this script: # Scripts/Python/Rule-Generators/AbsoluteTurmite-gen.py x = 1, y = 1, rule = AbsoluteTurmite_0N21S10E00S01W11N2 B! golly-3.3-src/Patterns/Turmites/TriangularLangtonsAnt.rle0000644000175000017500000000102712026730263020615 00000000000000# Langton's Ant on a triangular grid. # # This turmite has the same instructions as the normal Langton's Ant: turn right # on 0, left on 1 - but works on a triangular grid instead of a square one, and # so the resulting behaviour is different. As with some of the n-color Ants, # the resulting pattern is symmetrical and growth appears unbounded - presumably # the same proof of this as in the square grid case applies. # # Rule generated by Scripts/Python/Rule-Generators/TriTurmite-gen.py # x = 1, y = 1, rule = TriTurmite_120010 B! golly-3.3-src/Patterns/Turmites/LangtonsAnt_LLRR.rle0000644000175000017500000000150112026730263017414 00000000000000# An extension of Langton's Ant to multiple colors. This example has the # specification "LLRR", meaning that on the four colors 0, 1, 2 and 3, the # ant turns left, left, right and right, respectively. # # The color of the square is always changed to the next color in order, in # a cyclical fashion: 0 -> 1 -> 2 -> 3 -> 0 # # The LLRR ant makes a symmetrical cardioid shape as it grows. The behavior # of these ants was investigated in a 1995 paper: # # Gale, D.; J. Propp, S. Sutherland, S.Troubetzkoy (1995). # "Further Travels with My Ant". # Mathematical Entertainments column, Mathematical Intelligencer 17: 48–56. # http://www.math.sunysb.edu/cgi-bin/preprint.pl?ims95-1. # # The rule tree was generated by this script: # Scripts/Python/Rule-Generators/Langtons-Ant-gen.py # x = 1, y = 1, rule = LangtonsAnt_LLRR G! golly-3.3-src/Patterns/Turmites/TriangularAnt_period92.rle0000644000175000017500000000126112026730263020624 00000000000000# Langton's Ant on a triangular grid. # # This turmite has the same instructions as the normal Langton's Ant: turn right # on 0, left on 1 - but works on a triangular grid instead of a square one. # # Unlike the square grid ant, some patterns on the triangular grid cause the ant # to follow a bounded trajectory. This pattern has period 92, and is from this # webpage: # http://www.ing-mat.udec.cl/~anahi/langton/general.html # (Although they call it a hexagonal grid after the graph joining the cells, # rather than the shape of the cells themselves.) # # Rule generated by Scripts/Python/Rule-Generators/TriTurmite-gen.py # x = 5, y = 5, rule = TriTurmite_120010 2.A$3.H$H.M.A$.A$2.H! golly-3.3-src/Patterns/Turmites/FibonacciSpiral.rle0000644000175000017500000000155612026730263017373 00000000000000# Fibonacci Spiral - a 2-state 2-color Turmite discovered by Ed Pegg, Jr. # # http://en.wikipedia.org/wiki/Turmite # http://demonstrations.wolfram.com/Turmites/ # http://www.mathpuzzle.com/26Mar03.html # # Specification string: {{{1, 8, 1}, {1, 8, 1}}, {{1, 2, 1}, {0, 1, 0}}} # # This string is a curly-bracketed table of n_states rows and n_colors columns, # where each entry is a triple of integers. The elements of each triple are: # - new color of the square # - direction(s) for the turmite to turn: 1=noturn, 2=right, 4=u-turn, 8=left # - new internal state of the turmite # # For example, the triple {1,8,1} says: # - set the color of the square to 1 # - turn left (8) # - adopt state 1 and move forward one square # # To generate Turmites like this one, run this script: # Scripts/Python/Rule-Generators/Turmite-gen.py # x = 1, y = 1, rule = Turmite_181181121010 B! golly-3.3-src/Patterns/Turmites/Extinction.rle0000644000175000017500000000241012026730263016455 00000000000000# A 3-state 3-color Turmite discovered by Ed Pegg, Jr. # # Ed Pegg, Jr. suggested two extensions of the turmite idea: that turmites # can turn in more than one direction, thus multiplying, and that when two or # more turmites land on the same square they annihilate each other. In certain # rare cases, such as this one, a population of turmites grows and then goes # extinct. # # http://en.wikipedia.org/wiki/Turmite # http://demonstrations.wolfram.com/Turmites/ # http://www.mathpuzzle.com/26Mar03.html # # Specification string: {{{1, 2, 0}, {2, 8, 2}, {2, 1, 1}}, # {{1, 1, 2}, {1, 1, 1}, {1, 8, 1}}, {{2, 10, 0}, {2, 8, 1}, {2, 8, 2}}} # # This string is a curly-bracketed table of n_states rows and n_colors columns, # where each entry is a triple of integers. The elements of each triple are: # - new color of the square # - direction(s) for the turmite to turn: 1=noturn, 2=right, 4=u-turn, 8=left # - new internal state of the turmite # # For example, the triple {2,10,0} says: # - set the color of the square to 2 # - turn left (8) *and* right (2) (8+2=10) # - adopt state 0 and move forward one square # # To generate Turmites like this one, run this script: # Scripts/Python/Rule-Generators/Turmite-gen.py # x = 1, y = 1, rule = Turmite_1202822111121111812a0281282 C! golly-3.3-src/Patterns/Turmites/WormTrails.rle0000644000175000017500000000171112026730263016437 00000000000000# Worm Trails - a 2-state 2-color Turmite discovered by Ed Pegg, Jr. # # After building happily for 4 million timesteps the turmite gets stuck in # a short cycle. # # http://en.wikipedia.org/wiki/Turmite # http://demonstrations.wolfram.com/Turmites/ # http://www.mathpuzzle.com/26Mar03.html # # Specification string: {{{1, 2, 1}, {1, 8, 1}}, {{1, 2, 1}, {0, 2, 0}}} # # This string is a curly-bracketed table of n_states rows and n_colors columns, # where each entry is a triple of integers. The elements of each triple are: # - new color of the square # - direction(s) for the turmite to turn: 1=noturn, 2=right, 4=u-turn, 8=left # - new internal state of the turmite # # For example, the triple {1,2,1} says: # - set the color of the square to 1 # - turn right (2) # - adopt state 1 and move forward one square # # To generate Turmites like this one, run this script: # Scripts/Python/Rule-Generators/Turmite-gen.py # x = 1, y = 1, rule = Turmite_121181121020 B! golly-3.3-src/Patterns/Turmites/Perfectionist.rle0000644000175000017500000000206412675334101017155 00000000000000# A 3-state 2-color absolute-movement turmite (2D Turing machine) discovered by # Tim J. Hutton # # Seemingly random for 15.5 million timesteps before making a highway. One of # the very few 3-state 2-color 2D Turing machines to exhibit interesting # behavior. # # http://github.com/GollyGang/ruletablerepository/wiki/TwoDimensionalTuringMachines # http://en.wikipedia.org/wiki/Turmite # # Specification string: # {{{0,'S',1},{1,'W',1}},{{1,'E',2},{1,'S',2}},{{1,'W',0},{0,'N',0}}} # # This string is a curly-bracketed table of n_states rows and n_colors columns, # where each entry is a triple. The elements of each triple are: # - new color of the square # - direction(s) for the turmite to move: 'N' = North, etc. # - new internal state of the turmite # # For example, the triple {0,'S',1} says: # - set the color of the square to 0 # - move South # - adopt state 1 and move forward one square # # To generate Turmites like this one, run this script: # Scripts/Python/Rule-Generators/AbsoluteTurmite-gen.py # x = 1, y = 1, rule = AbsoluteTurmite_0S11W11E21S21W00N0 B! golly-3.3-src/Patterns/Turmites/Highway2074575.rle0000644000175000017500000000247712675334101016525 00000000000000# A 4-state 2-color absolute-movement turmite (2D Turing machine) discovered by # Stephen Wolfram # # Wolfram devotes a page to this 2D Turing machine and describes it as: "one # example where the behavior seems in many respects completely random." If you # let it run for long enough, you can see that the pattern is periodic, with # period 2,074,575 and dx=3953, dy=1912. # # http://www.wolframscience.com/nksonline/page-185 # http://www.wolframscience.com/nksonline/page-186 # http://github.com/GollyGang/ruletablerepository/wiki/TwoDimensionalTuringMachines # http://en.wikipedia.org/wiki/Turmite # # Specification string: {{{1,'N',1},{0,'S',1}},{{1,'S',3},{0,'N',2}}, # {{1,'W',0},{1,'N',1}},{{1,'S',2},{0,'E',1}}} # # This string is a curly-bracketed table of n_states rows and n_colors columns, # where each entry is a triple. The elements of each triple are: # - new color of the square # - direction(s) for the turmite to move: 'N' = North, etc. # - new internal state of the turmite # # For example, the triple {1,'N',1} says: # - set the color of the square to 1 # - move North # - adopt state 1 and move forward one square # # To generate Turmites like this one, run this script: # Scripts/Python/Rule-Generators/AbsoluteTurmite-gen.py x = 1, y = 1, rule = AbsoluteTurmite_1N10S11S30N21W01N11S20E1 B! golly-3.3-src/Patterns/Generations/0000755000175000017500000000000013543257425014363 500000000000000golly-3.3-src/Patterns/Generations/Lines.mcl0000755000175000017500000001106312026730263016045 00000000000000#MCell 4.00 #GAME Generations #RULE 012345/458/3 #BOARD 200x200 #WRAP 1 #D The rule quickly self-organizes into linear structures, with separate #D orthogonally hatched areas. To see most interesting behaviour seed #D the universe with a circle with r >= 40 and a density of 20%. #D #D Anders Starmark, September 2000 #L 41.A6.A8.A$39.A4.A8.A6.A..A$39.A16.A3.A4.AA$35.AA.AA4.A6.A..AA3.A5.3A$ #L 33.A3.A12.A..A.AA7.A..3A$31.A6.A.AA.A3.AA4.A3.AA7.A..3A$27.A4.A3.A17.A #L ..A.A..AA..A..AA$22.A..A3.A.A.A3.A4.A5.AA8.A..A7.A3.A$23.A4.A..A..A6.A #L 8.A6.A.A8.A..A5.A$20.A8.A5.A.A..A13.A.A11.AA4.A$42.A..A..3A.A5.A5.A11. #L 3A$26.A..A..A6.A8.A13.A3.A7.AA4.A$22.3A12.A7.A..AA15.A..A4.A6.A.A$20.A #L 3.A5.A11.A3.A4.A3.3A9.A4.A..A6.A$20.A4.3A10.A4.AA6.AA6.A5.A.A.A3.A.A.A #L .A4.A$15.A7.A..A9.A4.A.A6.A4.AA18.A4.AA$13.A8.A..AA..3A26.A3.A.A..AA.A #L ..A9.A.A$17.A3.A11.A3.A9.AA.A6.A.A4.A3.A8.A8.A$32.A.A..A7.3A16.A.A8.A #L ..AA3.A$17.A10.AA10.A4.A.AA3.A.A4.A.A4.A10.A8.AA$10.A5.A.A4.A.A10.A3.A #L 4.A..AA7.A7.A..A6.AA11.A$9.A5.AA..A5.AA4.A3.A6.A..A4.A4.A..AA.A5.A4.A #L 15.A$14.A28.A3.A8.A10.A..A.A5.AA3.A.A$7.A..A9.AA5.A6.A6.A4.A3.A12.A6.A #L 3.A4.A5.A.AA.A$9.A16.A3.A17.3A3.A..AA3.A4.AA3.A.A10.A$18.A23.AA13.AA8. #L AA..AA5.A12.A$10.A..A8.AA.A.AA8.A5.A..AA6.A5.A4.A3.A..A.A..A3.A.A.A..A #L 4.A$10.A.A..A8.A6.A7.A.A8.A3.AA4.A.AA5.A6.A10.A..A$4.A.A3.A3.A9.A4.A. #L AA5.A12.A10.AA.AA7.A11.AA$4.A5.A4.A.A4.A..A11.A3.A..A3.A8.A.A.A.AA.A #L 15.AA$5.A11.A..A6.AA13.A..A3.A3.A8.A3.A..AA3.A4.A3.A.A$5.A6.A6.A6.AA5. #L A.A6.AA8.A.A4.A.A.A6.A9.A8.A4.A$4.A3.A11.A.A3.A12.A12.A..A6.A19.A3.A4. #L A3.A$12.A10.A7.A3.AA.A3.A5.A6.AA4.AA..A3.AA.A4.AA12.A$..A.A8.A.A8.A12. #L A..A.A4.A5.A5.A4.A3.3A.A..A5.A3.A.AA.A5.A$13.A9.A16.AA.A4.A..A19.A.AA #L 9.AA8.A.A$3.3A..3A.A.A7.A..A4.A8.A..A12.A3.A4.A..A..A3.A9.A..A5.A$..AA #L .A3.A3.A20.A.4A.A6.A..A7.A..AA.A8.A.A9.A..A4.A.A$8.A.A4.A.A3.AA..A10. #L 3A3.A7.AA5.A22.A11.AA..A$.A3.A.A4.AA4.A..AA.A.A11.AA6.A9.A.A3.A4.A5.A #L 9.A.A$10.3A9.A.A11.A13.A.4A.A6.A5.A12.A8.A.A.A$3.A6.A.A10.A9.A.AA3.A.. #L A..A9.3A5.A8.AA..A3.A5.A.AA.A..A$9.AA3.A.A..A.A7.A4.A.A7.A6.A5.A3.A4. #L AA4.A3.A4.AA3.A10.A$A5.AA4.4A.A.A9.A4.AA3.A.A..3A4.A.A.A10.A7.A6.3A6.A #L $6.A.A9.A3.AA18.A4.AA4.A5.AA5.A9.A.A3.A3.A4.AA5.A$4.A3.A..A4.A.AA.AA6. #L A..A3.A3.A8.A8.AA4.A..A3.A.A.A9.A4.A5.A$..A3.A4.A8.A5.A..A..A5.A..A.A #L ..A5.A10.A6.A20.A$10.A8.A7.A.A8.A.A10.A..A7.A7.A7.A7.AA.A.A$A..A..AA3. #L A9.A5.A4.A.A.A.A8.A.A7.AA3.AA14.A.AA3.A4.A6.AA$A.A.3A7.A.A20.3A..A6.A #L 13.A3.A12.A12.A4.A$3.A9.A.AA..A..A3.AA4.A5.A3.A.A10.A16.A11.4A.A.A4.A$ #L 3.AA3.A.A.A16.3A.A13.A21.AA4.A11.A4.AA$.A4.A3.A5.AA3.A4.A7.A..A5.AA5.A #L .AA..A..A.A3.A.AA.A.A.A6.A3.AA3.A3.A.A$8.A..A.A9.A13.A12.A.3A5.AA4.3A #L 4.AA..A6.A8.A3.A$A23.A.AA..A4.AA11.A3.A8.A4.A7.A.A..A10.AA3.A.AA$6.A.. #L AA.AA..A3.AA.A..A3.A.A4.A3.A6.A7.AA..A3.AA5.A9.A.AA4.A3.A$A4.A11.A4.A #L 3.AA4.A.A5.AA5.A7.A4.A11.A7.A10.A$25.A3.3A4.A.A6.A.AA4.3A3.A..A3.3A5.A #L 3.AA3.A3.A..A.AA$AA5.A.A10.A4.AA.A6.A7.A..A..A..A3.A..A4.A15.AA9.AA3.A #L $.A12.A3.A..A9.A.A.A..A4.A5.A3.A3.A.A.A.A3.A.A.A3.A9.AA.AA.A4.AA$3.A.. #L A4.AA.A12.A10.A..A3.AA3.A..A4.A3.A.A4.A5.AA4.A.A3.A5.A$4.A3.3A12.AA4.A #L 4.A8.A12.AA12.A3.A9.AA4.A.A$..AA.A4.A.A6.A3.A6.A5.A6.A3.A3.A.AA5.A.A.A #L .A.AA..A15.A..A3.A.A$..A.A.A5.A.A14.A..A4.A4.3A4.3A.A11.A5.A.A12.A3.4A #L .A.A$13.A.A..AA..A..AA11.AA4.3A3.A..AA.A3.AA18.A.A$4.A.A5.A6.A6.A5.A.A #L .A..A13.A7.A.A5.A3.A4.A16.A$..A.A5.AA..3A5.A10.A..A3.3A3.AA..AA3.A12.A #L .A5.A3.A6.AA..A$9.AA.A12.3A7.A..A11.A9.A7.AA4.A10.A.AA..A.A$5.A.A.A20. #L A4.A5.AA..A..A.A3.A.A5.A6.A..A3.A6.A..A..A4.A$5.A3.A.A10.A8.AA..3A9.A #L 5.A.A.A.A.A11.A4.A5.A5.A.A$5.A6.A..A12.A7.A13.A.A5.A9.A..3A5.A10.A$5.A #L .A4.A14.AA6.A.A..A..A5.A6.A.A.A6.A..A5.AA3.A6.A$6.AA5.AA3.A3.A9.A4.AA #L 6.3A3.A.A14.A14.A9.A$6.A4.A10.A.AA..A3.A6.A..A..AA3.A4.A.A7.AA3.A3.A.. #L A..A.A3.A.A3.A$6.A..A3.A4.AA6.AA5.A3.A7.A4.AA6.A4.AA8.A.AA3.AA4.A$20. #L AA7.A4.A.A..A3.A10.AA12.AA3.A16.A$9.A3.A..A8.A12.AA3.A.A.A8.A.A4.A14.A #L ..A5.A$8.A.A3.A3.A11.A10.A6.A.A3.A..A3.A5.A8.A..A10.A$9.A3.AA..A19.A.. #L A4.A5.A.A3.A12.A4.A3.A4.A.A$16.A6.A4.A.AA9.AA.A..A7.A8.A16.A6.A$14.A6. #L A6.AA25.A8.A3.A5.AA.A4.A3.A$13.AA13.AA7.A25.A.A6.A9.AA$14.A3.AA..AA.A #L 10.3A3.A..A.A.AA4.A3.A11.AA.A3.AA$18.A12.A4.A3.A3.A..AA3.A.AA.AA7.A..A #L .A..A.AA3.A3.A$17.AA9.AA..A10.A14.AA8.A5.A.A..A$20.A3.A9.A.A3.3A.A3.A #L 23.A.A6.A$16.A5.A..A8.A4.A14.A4.A4.A..3A4.A4.A$17.A..A3.A5.A3.A7.A4.A #L 7.A..A6.A4.A3.A.A$27.A..A22.AA20.AA.A.A$19.AA.5A3.AA..A3.A4.A18.A7.A4. #L A$21.A4.A..A6.A.A5.A3.A10.A6.A..AA.A$25.A4.A9.AA.A7.AA3.A.A..A4.A6.A.A #L $38.A4.A16.A.AA.A7.A$26.A.A3.A5.A10.AA5.3A10.A$44.3A4.A.A..A3.A$31.AA #L 3.AA8.A8.A$34.A4.A4.4A8.A..A$36.A.A5.A.A.A3.A3.A$40.AA3.A3.A5.AA golly-3.3-src/Patterns/Generations/Burst.mcl0000755000175000017500000000117512026730263016075 00000000000000#MCell 4.00 #GAME Generations #RULE 0235678/3468/9 #BOARD 400x400 #SPEED 0 #WRAP 1 #CCOLORS 9 #D Burst, a generations rule related to Nova, Prairie Fire and others #D which features large areas of cells that slowly die out or decay #D into oscillators. #D #D Named after a characteristic exploding oscillator. Similar to Day&Night #D in that constructions can be built both with inside and outside #D oscillations and growth/decay. Has still lifes similar to Life. #D #D Michael Sweney, March 2000 #L 12.A$12.A$12.A$12.A$12.A$12.A$12.A$11.3A$11.3A$9.7A$9.7A$7.11A$25A$7. #L 11A$9.7A$9.7A$11.3A$11.3A$12.A$12.A$12.A$12.A$12.A$12.A$12.A golly-3.3-src/Patterns/Generations/Banner.mcl0000755000175000017500000000050412026730263016176 00000000000000#MCell 2.0 #GAME Generations #RULE 2367/3457/5 #BOARD 800x800 #SPEED 0 #WRAP 1 #D "Banners" rule collection #D #D The banner. #D #D Mirek Wojtowicz, June 1999 #L 19.AA$19.ADAA$20.DBA$17.D.ABBA$16.C..3A$15.BDDAA$14.ACCA$11.D.ABBA$6.D #L 3.C..3A$4.CC3.BDDAA$4.DD..ACCA$3.CDD.ABBA$..AAD..3A$.ABBDDAA$.ABCCA$. #L BBCA$ADBA$3A golly-3.3-src/Patterns/Generations/MeteorGuns.mcl0000755000175000017500000000117212026730263017063 00000000000000#MCell 4.00 #GAME Generations #RULE 01245678/3/8 #BOARD 180x180 #WRAP 0 #D MeteorGuns #D #D Almost any design above a certain level of complexity results in #D a slowly exploding ball of fire which then spits fairly large numbers #D of generational gliders "meteors". #D #D There are easily discovered stable oscillators and static patterns. #D A truly satisfying environment (if only finding a limited growth meteor #D gun were as easy...). #D #D Discovered by Charles A. Rockafellor, March 2000 #L 8.A$8.A$9.A$10.A7.5A$10.A6.A$11.A3.AA$12.A.A$12.AA$11.A..A$10.A4.A$9.A #L 6.A$8.A7.A$6.AA9.A$5.A12.A$3.AA14.A$..A16.A$.A17.A$.A$AA golly-3.3-src/Patterns/Generations/Steeplechase.mcl0000755000175000017500000000226012026730263017377 00000000000000#MCell 2.0 #GAME Generations #RULE 345/2/4 #BOARD 500x500 #SPEED 50 #WRAP 0 #D Star Wars Fun collection #D #D Steeplechase, p20 #D #D Mirek Wojtowicz, May 1999 #L 135.A$134.3A$4.CB118.A10.A$6.C9.A12.A6.A11.A6.A6.A..A11.A4.A8.A4.A4.A #L 11.A9.3A9.A$3.A.A.B7.3A10.3A4.3A9.3A4.3A4.6A9.3A..3A6.3A..3A..3A9.3A7. #L AA.AA8.AA$A.6A8.A12.A6.A11.A6.A6.A..A11.A.AA.A8.A.AA.A.AA.A9.AA.AA5.AA #L .A.AA7.A$BAA..A.A8.A12.A6.A11.A6.A6.A..A11.A.AA.A8.A.AA.A.AA.A8.AA.A. #L AA5.AA.A.AA6.A$C.BA.CB8.3A10.3A4.3A9.3A4.3A4.6A9.3A..3A6.3A..3A..3A6. #L AA.A.AA7.AA.AA7.AA$16.A12.A6.A11.A6.A6.A..A11.A4.A8.A4.A4.A8.AA.AA9.3A #L 8.A$111.3A11.A9.A$112.A21.3A$135.A16$37.A$36.3A15.A..A$37.A15.6A$37.A #L 16.A..A$36.3A15.A..A$37.A15.6A$37.A16.A..A49.CB$36.3A15.A..A49.A.A25.A #L $37.A15.6A47.3A25.3A$4.CB31.A16.A..A12.A..A..A..A..A24.A27.A$6.C29.3A #L 15.A..A11.15A51.A$3.A.A.B29.A15.6A11.A..A..A..A..A35.A.C14.AA$A.6A29.A #L 16.A..A12.A..A..A..A..A34.3AB14.A$BAA..A.A15.A12.3A15.A..A11.15A34.A.A #L 14.A$C.BA.CB15.3A12.A15.6A11.A..A..A..A..A52.AA$23.A13.A16.A..A77.A$ #L 23.A12.3A96.A$22.3A12.A96.3A$23.A13.A97.A$23.A12.3A$22.3A12.A$23.A13.A #L $23.A12.3A$22.3A12.A$23.A$$105.AB$105.A.C11.C$104.3A11.B.A$105.A12.4A$ #L 120.A golly-3.3-src/Patterns/Generations/Sawfish.rle0000644000175000017500000000115412026730263016403 00000000000000#C The most spectacular of several naturally occuring puffer engines #C found by Tony Smith during the first day of running Generations #C 3458/37/4, a previously neglected rule with several other #C surprises. While moving laterally at c/2, the sawfish puffer engine #C alternates left-right with period 40*2, forming 5 blocks and a #C period 250 switch engine which moves away diagonally 2 cells per #C half cycle, each switch engine phase being repeated 1016 cells back #C and 16 cells further away from the stable core axis. x = 8, y = 10, rule = 3458/37/4 4.CA$4.B3A$.B3.C2A$C7A$.2ACA$4.A$3.C4A$3.B.C2A$4.B3A$4.CA! golly-3.3-src/Patterns/Generations/Transers.mcl0000755000175000017500000000037412026730263016577 00000000000000#MCell 2.0 #GAME Generations #RULE 345/26/5 #BOARD 200x200 #SPEED 10 #WRAP 1 #CCOLORS 5 #D Transers rule by John Elliott #D #D The original pattern by John Elliott #D #D Slightly enhanced by Mirek Wojtowicz, May 1999 #L 4A$4A$.AA$.AA20$4A$4A$.AA$.AA golly-3.3-src/Patterns/Generations/Bloomerang.mcl0000755000175000017500000000037112026730263017060 00000000000000#MCell 4.00 #GAME Generations #RULE 234/34678/24 #BOARD 80x80 #WRAP 1 #D Bloomerang #D #D A wave rule that rebounds into a kinder, gentler form #D of kaleidoscopics - rounded, soft, full, and slow. #D #D John Elliott, July 2000 #L 5A$5A$5A$5A$5A golly-3.3-src/Patterns/Generations/Delta.rle0000644000175000017500000000134512026730263016032 00000000000000#C Generations 345/3/6 was noted and named "LivingOnTheEdge" by Mirek Wojtowicz in 2000. #C There is no evidence of this rule being explored in depth before Golly 2.0. #C This puffer head was found by Tony Smith in 2008 at iteration 191601 from a simple seed. #C "Delta" demonstrates how 345/3/6 bridges the border of order--edge of chaos. #C Stabilisation lengthens behind the puffer head at roughly half its c/2 forward speed. #C Mechanisms in the head show period doubling 2 to 8 then multiply by 7 before doubling more. #C Look for the illusion of space ships entering muck then re-emerging on time and on course. x = 13, y = 10, rule = 345/3/6 8.DB$7.EC3A$.ED2A.A2.DB2A$DC.AB7A$AB.A.A.A.A$2A.B.A.A.A$2A.AC7A$2.EBA .A2.DB2A$7.EC3A$8.DB! golly-3.3-src/Patterns/Generations/Nova.mcl0000755000175000017500000000046012026730263015675 00000000000000#MCell 2.0 #GAME Generations #RULE 45678/2478/25 #BOARD 300x300 #SPEED 10 #WRAP 0 #D "Nova" rule by Mirek Wojtowicz #D #D June 1999 #L 14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$ #L 14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$14A$ #L 14A$14A$14A$14A$14A$14A golly-3.3-src/Patterns/Generations/Caterpillars.mcl0000755000175000017500000000100612026730263017414 00000000000000#MCell 2.0 #GAME Generations #RULE 124567/378/4 #BOARD 300x300 #SPEED 50 #WRAP 1 #D "Caterpillars" rule by Mirek Wojtowicz #D #D June 1999 #L 51.AB$51.3AC$51.3AC$51.AB5$51.AB.B$51.5AC$51.5AC$51.AB.B5$51.AB.B.AC$ #L 51.7AB$51.7AB$51.AB.B.AC10$52.AA$54.AA$$54.A.AA7$54.A$53.A$52.A$51.A.A #L $51.A.A$52.A$53.A$54.A8$52.3A$51.A9$54.A$53.A$52.A$51.A.A$51.A.A$52.A #L 8$51.A$51.A$51.A$51.A8$66.A$..BA46.AB14.A$C3A46.3AC12.A$C3A46.3AC12.A$ #L ..BA46.AB14.A$66.A$66.A$66.A$66.A$$3.BA45.AB$.C3A45.3AC$.C3A45.3AC$3.B #L A45.AB golly-3.3-src/Patterns/Generations/SediMental.mcl0000755000175000017500000001572012026730263017024 00000000000000#MCell 2.20 #GAME Generations #RULE 45678/25678/4 #BOARD 220x220 #SPEED 0 #WRAP 1 #CCOLORS 4 #D "SediMental" rule. #D #D From a random seed state of 30% ones, it tends to form stable #D "islands", with active coastlines and fascinating inter-island #D "commerce". But an orbit's fate is quite sensitive to the starting percentage. #D Below 25% or so the world remains sparsely Brain-like, whereas somewhere #D above 30% the islands begin to accrete into larger "landmasses", so that by #D 40% you nearly always end up with a single huge "continent". #D #D As for simple seeds, they often lead to surprising results. And the rule #D clearly has great potential from the "engineering" standpoint. #D #D John Elliott, November 1999 #L .A..A..AA.A11.A4.A3.AA.A10.A3.A.AA5.A..AA4.AA10.A7.A..AA.A.A$A3.AA..A #L 3.A.A3.3A16.A..A6.AA3.A4.AA.A4.3A3.A5.A12.AA5.AA$A.A..3A4.AA..A.A..A7. #L A.AA3.AA.AA8.A..A.5A.A.A3.A7.AA19.A$AA..A..A4.AA.AA.AA..AA5.AA..A4.A.A #L .A..5A4.A..A..A3.A..A.A3.3A3.A3.A..A$..A.A3.A..A8.A9.AA..A.A..AA3.A3. #L AA..A6.A..AA7.A..AA..A4.A.A7.3A$4.A.AA.A4.A.A.A11.A.AA..A3.3A3.A3.5A.. #L A..A.A7.AA4.A3.A.A3.A..A6.AA$..A8.A4.A.A7.A4.3A4.A.A..A16.3A.A.AA4.A.. #L A4.A..A..AA..A..A..A.A$7.A5.A5.A3.A3.A6.AA9.AA8.A6.A.A3.A..A.A.A..A7.A #L ..AA6.AA$.A6.AA3.AA..AA.AA..A..A..A18.A4.A..A6.A..AA.A.AA.A..5A3.AA9.A #L $.A3.AA4.A6.AA.A..3A4.A5.A..A.A.A..A3.A5.A11.A.A3.AA3.A8.A..AA$4.A..AA #L 3.AA4.A5.A.A.4A7.A.A7.A.A10.4A5.5A.AA.A.A3.A.AA6.A$A.4A3.A..A.4A3.A6.A #L 3.A3.A..A4.A.AA..A8.AA9.AA.AA6.A11.A$A5.A3.5A.A5.A6.3A.A5.A5.A.A..A.A #L 3.A.A.A.A.AA.A..A7.A..3A6.AA..A$.3A.A.AA..A3.A..AA.4A4.4A.AA3.A.A.A.A #L 9.A..A5.AA..A3.A4.A.A5.AA6.A..AA$.A..A.AA.5A.A..AA3.5A.A..A.AA3.4A6.A #L 3.A.A.8A5.AA.5A.4A4.A.A.A.4A.A$..A..A..AA.A11.A4.A3.AA.A10.A3.A.AA5.A #L ..AA4.AA10.A7.A..AA.A.A$AA3.AA..A3.A.A3.3A16.A..A6.AA3.A4.AA.A4.3A3.A #L 5.A12.AA5.AA$.A.A..3A4.AA..A4.A9.AA3.AA.AA8.A..A.5A.A.A3.A7.AA19.A$.AA #L ..A..A4.AA.AA..A..AA3.A..A..A4.A.A.A..5A4.A..A..A3.A..A.A3.3A3.A3.A..A #L $A..A.A3.A..A4.A3.A9.AA..A.A..AA3.A3.AA..A6.A..AA7.A..AA..A4.A.A7.3A$ #L 3.A.A.AA.A4.A.3A11.A.AA..A3.3A3.A3.5A..A..A.A7.AA4.A3.A.A3.A..A6.AA$A. #L AA8.A4.3A7.A4.3A4.A.A..A16.3A.A.AA4.A..A4.A..A..AA..A..A..A.A$3.A4.A5. #L A5.A3.A3.A6.AA9.AA8.A6.A.A3.A..A.A.A..A7.A..AA6.AA$.AA6.AA3.AA..AA.AA #L ..A..A..A18.A4.A..A6.A..AA.A.AA.A..5A3.AA9.A$..A3.AA4.A6.A..A..3A4.A5. #L A..A.A.A..A3.A5.A11.A.A3.AA3.A8.A..AA$..A..A..AA3.AA4.A.A3.A.A.4A7.A.A #L 7.A.A6.A3.4A5.5A.AA.A.A3.A.AA6.A$.AA.3A3.A..A.4A3.A6.A3.A3.A..A4.A.AA #L ..A8.AA9.AA.AA6.A11.A$.AA4.A3.5A.A5.A6.3A.A5.A5.A.A..A.A3.A.A.A.A.AA.A #L 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3.A5.A.A3.A.AA11.AA..AA..A3.AA..A..AA3.A..A5.A$.A..A.A4.A10.3A.A4.A.A #L 9.A5.A4.A.AA.A.A.A5.AA.A.AA12.A5.AA..AA$.A..A.A.A..AA4.A.AA4.A4.AA.4A #L 6.A..AA.A4.A..A..A3.3A6.A..AA..A.A..A.A10.AA$.A.A.AA..A3.3A4.A12.A..A #L 4.A.A..A..AA6.A..AA.A..AA.A..A3.A7.5A..A.A.A.A.A$9.3A..A7.A3.A3.A.A.A. #L AA.3A..A..A3.A.A.A.A..4A.A.A11.A..A7.A4.A3.A$7.AA.AA9.A.A3.AA..A..3A.A #L .A5.A5.AA.A5.A3.A10.A9.A.AA7.A$5.A.A14.A11.A..AA.A.AA3.A..A4.A..3A3.A #L 3.A9.3A..AA..A..A$7.AA.AA8.A4.A8.A..AA.A3.AA..A5.A3.A3.A.A.A4.A4.A3.AA #L 5.3A.A.A..AA$3.A5.A.AA..A.A12.AA21.A10.AA..A..A6.AA6.AA.AA..A.A.A$3.A #L 9.A4.A.A.A3.A3.A..A4.A4.3A7.A6.AA.AA10.A3.A4.3A..A.AA.A$5.A.A5.A..A.A #L 13.AA..A5.AA3.A8.A..A..A.AA5.A3.A11.A.A7.3A$..AA..5A..A6.A12.A4.A7.A3. #L A.A7.A6.AA6.A8.A..A.AA7.AA$4.AA4.AA9.A..A6.A6.A..AA.AA..A3.AA5.A5.A8.A #L .A.A.A3.A.AA3.AA.A..A$3.A.AA8.A4.A4.5A3.A3.3A6.A..A.A.A.3A.A.A.A..A.. #L 3A3.A5.A.AA5.A3.AA.AA$3.A6.3A..A..A..A..A.A.A..A5.A4.A..AA3.AA..AA..A #L 7.3A.AA4.A.A..AA.A..A.A..A..AA.A$5.A..3A.A.A.3A7.3A.A14.5A6.AA.A..A10. #L A..A.3A..A5.A..AA..A..A$.AA3.A4.AA..A.A.A3.A3.A..AA15.3A5.A..AA.AA3.AA #L .A..AA.A8.A6.A6.AA$3.A3.AA..AA.A4.AA5.A.A.AA.A5.A.4A..A3.3A4.A4.3A6.AA #L .AA..3A.A.A..A4.A$.A4.A11.A.3A..AA4.A..A6.A4.AA7.A.A.4A4.A.AA3.A5.A.. #L 3A7.3A3.A$7.A.AA.A3.A..A..A5.A..3A.A12.AA..AA9.AA8.A4.A..A..A.AA6.3A.A #L $3.A6.A4.A3.A4.A4.AA..A6.A..A..AA3.A.A.A..AA..A3.AA3.A.A4.AA4.A.AA.A.. #L A..A..A$3.A6.A.A..A..AA..AA.AA..A.5A.A.A6.A.A.A..A6.A.3A6.3A.4A.3A.A3. #L A..A3.A3.A$3.A..AA..A12.3A3.A..3A..A..A5.4A7.AA.AA.A..A5.AA.AA3.A11.AA #L ..A..A$3.AA.A.A3.A.A9.A6.A3.A4.AA5.A.A5.A3.A.A8.AA.4A..A4.A3.A.AA3.A$ #L 3.A.AA7.A7.A.AA4.A3.A3.AA8.A.AA7.A.AA5.AA.A..3A.A3.AA.A..A6.AA.AA$.AA #L 7.A.A.A.A5.3A..AA.AA3.A3.3A.A10.AA..A5.A3.5A.A3.AA6.A..5A3.A.A$4.A.A5. #L A..AA..AA3.A6.4A4.A8.A.AA.A.A..A.A..A3.A..AA5.3A6.A..A.A5.A.A$7.A4.A5. #L A4.A.A.A.AA.A.A5.A4.A..A.7A5.A3.AA4.A4.A3.A.3A3.AA.AA..A.AA$.A..AA.AA #L 7.A5.AA..A5.A.A..A.A6.4A.A4.A.AA4.A.A..A.A.A10.A.AA4.A4.A$5.A.AA4.A..A #L .A.AA4.A..AA.A5.A6.3A.7A..3A4.A..A6.A4.3A..A4.A$.AA4.A..A..AA..A.A5.A #L 4.3A3.3A.A..A4.A.A3.A5.A4.A.AA4.A..A5.A.A3.AA..3A.A$.A3.A3.A.A8.3A.A3. #L A.A20.A3.AA17.A..A..A6.4A.A3.AA.A$5.4A3.AA6.A.A..A6.A.AA.4A3.3A.A3.3A #L 13.A5.A5.A6.AA.A.AA3.A$3.AA.A..AA.A4.A8.AA3.A9.A3.A..A..A4.A5.3A5.A4.A #L ..A14.A4.A$.AA.3A.A6.A3.A6.AA4.A..AA.A4.A.A3.3A..4A.A3.AA6.A3.A7.3A.A #L ..AA5.A$.AA.A6.A5.AA5.AA5.5A.A3.AA5.A6.A4.A4.A.3A4.A.AA15.A.A$4.A.AA3. #L A3.A..A5.A5.AA4.A..A..A..A..A12.A.A3.3A7.A3.A.A.AA3.AA.3A..A$.AA.3A8.A #L .A.AA3.A8.A.A3.A..A.A..A..A.A..AA..A.A4.A..A3.A..A.A6.A..A..A3.A3.A$7. #L A8.A..3A..A6.3A4.A3.3A15.AA.4A.A.A.A..AA.A..A..A.AA6.A golly-3.3-src/Patterns/Generations/Fireworks.mcl0000755000175000017500000000031012026730263016737 00000000000000#MCell 2.0 #GAME Generations #RULE 2/13/21 #BOARD 200x200 #SPEED 0 #WRAP 0 #D Fireworks #D An admirably beautiful rule by John Elliott #D #D Sample starting pattern. #L 88.A6$A58$61.A24$107.A11$37.A golly-3.3-src/Patterns/Generations/Lava.mcl0000755000175000017500000000555412026730263015666 00000000000000#MCell 2.0 #GAME Generations #RULE 12345/45678/8 #BOARD 300x300 #SPEED 0 #WRAP 1 #CCOLORS 8 #D Lava rule by Mirek Wojtowicz #D #D June 1999 #L A115.64A7.26A$A115.A62.A7.A24.A$A115.A62.A7.A24.A$A115.A62.A7.A24.A$A #L 115.A62.A7.A24.A$A115.A62.A7.A24.A$A115.A62.A7.A24.A$A115.A62.A7.A24.A #L $A115.A62.A7.A24.A$A115.A62.A7.A24.A$A115.A62.A7.A24.A$A115.A62.A7.A #L 24.A$A115.A62.A7.A24.A$A115.A62.A7.A24.A5.13A$A55.A59.A62.A7.A24.A5.A #L 11.A$A55.A59.A62.A7.A24.A5.A11.A$A55.A59.A62.A7.A24.A5.A11.A$A55.A59.A #L 62.A7.A24.A5.A11.A$A55.A59.A62.A7.A24.A5.A11.A$A55.A59.A62.A7.A24.A5.A #L 11.A$A55.A59.A62.A7.A24.A5.A11.A$A55.A59.A62.A7.A24.A5.A11.A$A55.A59.A #L 62.A7.A24.A5.A11.A$A55.A59.A62.A7.A24.A5.A11.A$A55.A59.A62.A7.A24.A5.A #L 11.A$A55.A59.A62.A7.26A5.13A$A55.A59.A62.A$A55.A59.A62.A$A55.A59.A62.A #L $A55.A59.A62.A$A55.A59.A62.A$A55.A59.A62.A7.48A$A55.A59.A62.A7.A46.A$A #L 55.A59.A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59. #L A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59.A62.A7. #L A46.A$A55.A59.A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59.A62.A7.A46.A$A #L 55.A59.A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59. #L A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59.A62.A7.A46.A$A55.A59.A62.A7. #L A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A #L 7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A #L 62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A #L 115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A #L $A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A #L 46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A #L 7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.A46.A$A115.A #L 62.A7.A46.A$A115.A62.A7.A46.A$A115.A62.A7.48A$A115.A62.A$A41.57A17.A #L 62.A$A115.A62.A$A115.A62.A$A115.A62.A$A115.A62.A$A115.A62.A7.55A$A115. #L A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A #L 115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A #L $A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A #L 53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A #L 7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A #L 62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A #L 115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A #L $A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A #L 53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A #L 7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A #L 62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A #L 115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A #L $A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A #L 53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$A115.A62.A7.A53.A$72A44.64A7. #L 55A golly-3.3-src/Patterns/Generations/Ebb-and-Flow.mcl0000755000175000017500000000114212026730263017125 00000000000000#MCell 2.0 #GAME Generations #RULE 012478/36/18 #BOARD 300x300 #SPEED 10 #WRAP 0 #CCOLORS 18 #D Ebb&Flow #D #D A slow exploding rule with interesting internal dynamics #D within the growth boundaries. Different types of symmetries will #D often determine whether a pattern grows indefinitely or dies out. #D Presents challenging engineering problems. #D #D Best viewed with MCell standard/default color palette #D at speeds of 10 or slower. #D #D Michael Sweney, October 1999 #L 12A$A..6A..A$A.8A.A$3A.4A.3A$3A.4A.3A$A.8A.A$A.3A..3A.A$A.3A..3A.A$A. #L 3A..3A.A$A.8A.A$3A.4A.3A$3A.4A.3A$A.8A.A$A..6A..A$12A golly-3.3-src/Patterns/Generations/Perfect-spiral.mcl0000755000175000017500000000032012026730263017645 00000000000000#MCell 2.0 #GAME Generations #RULE 2/234/5 #BOARD 200x200 #SPEED 50 #WRAP 0 #D "Spirals" rule collection #D #D Perfect spiral construction #D #D Discovered by Mirek Wojtowicz, June 1999 #L .D$.AAD$.3A$DAAD golly-3.3-src/Patterns/Generations/What-a-mess.mcl0000755000175000017500000000056212026730263017063 00000000000000#MCell 2.0 #GAME Generations #RULE /2/3 #BOARD 800x300 #SPEED 10 #WRAP 0 #CCOLORS 3 #D Interesting puffer causing a lot of mess... #D #D Mirek Wojtowicz, June 1999 #L ..AB7.BA$.B.A4.BA.BA$..AAB..AA.BA$3.B.A.AB$..BB.B..BA$BB6.AA$3A.BB..BA #L $3.BB..AB$4.A5.BA$ABBA7.BA$ABBA7.BA$4.A5.BA$3.BB..AB$3A.BB..BA$BB6.AA$ #L ..BB.B..BA$3.B.A.AB$..AAB..AA.BA$.B.A4.BA.BA$..AB7.BA golly-3.3-src/Patterns/Life-Like/0000755000175000017500000000000013543257426013647 500000000000000golly-3.3-src/Patterns/Life-Like/Morley/0000755000175000017500000000000013543257426015116 500000000000000golly-3.3-src/Patterns/Life-Like/Morley/breeder2.rle0000644000175000017500000001075112026730263017226 00000000000000#C An unusual breeder. #C By Stephen Morley -- http://www.safalra.com/special/b368s245/ x = 337, y = 95, rule = S245/B368 161boo$160b4o10boo$161bobbo8b4o$161bo3bo6bobbo$100boo62bo6bo3bo$99b4o 49boo9bo8bo62boo$100bobbo10boo35b4o6bob3o7bo9boo49b4o$100bo3bo8b4o33bo bbo6boobo7b3obo6b4o35boo10bobbo$103bo8bobbo33bo3bo7boo10boboo6bobbo33b 4o8bo3bo$91boo9bo8bo3bo34bo8boobboo9boo7bo3bo33bobbo8bo$53boo35b4o6bob 3o7bo38bo8b4o8boobboo8bo34bo3bo8bo9boo$52b4o33bobbo6boobo10bo9boo24b3o bo5bo4bo8b4o8bo38bo7b3obo6b4o35boo$51bobbo33bo3bo7boo9b3obo6b4o25boboo 6boo9bo4bo5bob3o24boo9bo10boboo6bobbo33b4o$50bo3bo34bo8boobboo9boboo6b obbo25boo6b4o10boo6boobo25b4o6bob3o9boo7bo3bo33bobbo$51bo38bo8b4o11boo 7bo3bo22boobboo17b4o6boo25bobbo6boobo9boobboo8bo34bo3bo$52bo9boo24b3ob o5bo4bo8boobboo8bo24b4o26boobboo22bo3bo7boo11b4o8bo38bo$50b3obo6b4o25b oboo6boo11b4o8bo24bo4bo26b4o24bo8boobboo8bo4bo5bob3o24boo9bo$52boboo6b obbo25boo6b4o9bo4bo5bob3o24boo6bobbo17bo4bo24bo8b4o11boo6boobo25b4o6bo b3o$53boo7bo3bo22boobboo19boo6boobo25b4o6boo10bobbo6boo24b3obo5bo4bo9b 4o6boo25bobbo6boobo$51boobboo8bo24b4o19b4o6boo36boo11boo6b4o25boboo6b oo19boobboo22bo3bo7boo$52b4o8bo24bo4bo4b4o18boobboo47boo36boo6b4o19b4o 24bo8boobboo$51bo4bo5bob3o24boo7boo20b4o84boobboo18b4o4bo4bo24bo8b4o$ 53boo6boobo25b4o27bo4bo24bobbo56b4o20boo7boo24b3obo5bo4bo$52b4o6boo36b oo11bobbo6boo18boo7boo28bobbo24bo4bo27b4o25boboo6boo$60boobboo48boo6b 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4boo37bo5boobboo15bo40b4o8boo47boo9boo38bobboo16boo9bo44bobbobboob3o3b o$4obb3oboboobboobo4boo36b3o5b4o7b4o107boo8b4o40bo15boobboo5bo37boo4bo boobboobobo6boo$bo5boboobbobbo45boo5bo4bo7boo168b4o7b4o5b3o36boo4boboo bboobob3obb4o$9bobo49bobobo5boo180boo7bo4bo5boo45bobbobboobo5bo$60b5ob o3b4o8boo47bobbo129boo5bobobo49bobo$61bobboo66boo68bobbo47boo8b4o3bob 5o$64bo67boo69boo66boobbo$14bobo19bo33b4o129boo67bo$6bo5boboobbobbo9bo 3b3o33boo190b4o33bo19bobo$5b4obb3oboboobboobo8boobo45boo180boo33b3o3bo 9bobbobboobo5bo$5boo6boboboobboobo7b5o34boo9boo169boo45boboo8boboobboo bob3obb4o$6bo3b3oboobbobbo11bobb3o214boo9boo34b5o7boboobboobobo6boo$7b obobobbobo18bobo260b3obbo11bobbobboob3o3bo$8bobbo24bo262bobo18bobobbob obo$142boo156bo24bobbo$71boo68bob3o47boo$32bobo36boo66bo4bo46b3obo68b oo$24bo5boboobbobbo17bobboo78boobbo47bo4bo66boo36bobo$23b4obb3oboboobb oobo4boo8b3obo76bob4o48bobboo78boobbo17bobbobboobo5bo$23boo6boboboobb oobo4boo8boobboo16b6o52boboo4bo47b4obo76bob3o8boo4boboobboobob3obb4o$ 24bo3b3oboobbobbo17boboboo16bobboo52bob6o47bo4boobo52b6o16boobboo8boo 4boboobboobobo6boo$25bobobobbobo22bobobo17b3obo53b3obboo49b6obo52boobb o16boobobo17bobbobboob3o3bo$26bobbo27b5o14boboo4bo51b4o53boobb3o53bob 3o17bobobo22bobobbobobo$60bobo13boob6o45boo5boo58b4o51bo4boobo14b5o27b obbo$61bo16bobboo47boo66boo5boo45b6oboo13bobo$60booboo11bo53boboo71boo 47boobbo16bo$32bobbo28bo10boo53b4o69boobo53bo11booboo$31bobobobbobo28b 3o131b4o53boo10bo28bobbo$30bo3b3oboobbobbo24boo193b3o28bobobbobobo$29b oo6boboboobboobo4boo16bo193boo24bobbobboob3o3bo$29b4obb3oboboobboobo4b oo10b3o197bo16boo4boboobboobobo6boo$30bo5boboobbobbo19boo202b3o10boo4b oboobboobob3obb4o$38bobo24bo204boo19bobbobboobo5bo$271bo24bobo$$14bobb o24bo$13bobobobbobo18bobo250bo24bobbo$12bo3b3oboobbobbo11bobb3o248bobo 18bobobbobobo$11boo6boboboobboobo7b5o249b3obbo11bobbobboob3o3bo$11b4o bb3oboboobboobo8boobo251b5o7boboobboobobo6boo$12bo5boboobbobbo9bo3b3o 250boboo8boboobboobob3obb4o$20bobo19bo250b3o3bo9bobbobboobo5bo$294bo 19bobo3$15bobo$7bo5boboobbobbo296bobo$6b4obb3oboboobboobo4boo282bobbo bboobo5bo$6boo6boboboobboobo4boo273boo4boboobboobob3obb4o$7bo3b3oboobb obbo282boo4boboobboobobo6boo$8bobobobbobo296bobbobboob3o3bo$9bobbo306b obobbobobo$324bobbo! golly-3.3-src/Patterns/Life-Like/Morley/growing-ship.rle0000644000175000017500000000552412026730263020153 00000000000000#C A growing ship. #C By Stephen Morley -- http://www.safalra.com/special/b368s245/ x = 196, y = 247, rule = B368/S245 66boo60boo$25b4o36b4o58b4o36b4o$26boo38bobbo56bobbo38boo$24boobo38bo3b o54bo3bo38boboo$16boo5boo44bo5b4o38b4o5bo44boo5boo$15b4o5bo43bo7boo40b oo7bo43bo5b4o$7boo7bobbo3bobbo39bob3o3boobo6b4o3boo10boo3b4o6boboo3b3o bo39bobbo3bobbo7boo$4obb4o6bo3bo3bobboo36boobo4boo10boo3b4o8b4o3boo10b oo4boboo36boobbo3bo3bo6b4obb4o$boobbobbo10bo6boo38boo6bo10bobobobbo10b obbobobo10bo6boo38boo6bo10bobbobboo$bobo4bo4boo3bo5boboobo34boobboo3bo bbob4obboo6bo10bo6boobb4obobbo3boobboo34boboobo5bo3boo4bo4bobo$9boboo 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34boo64boo34boo$26b4o34boboo60boobo34b4o$27boo35b4o60b4o35boo10$62bo 70bo$30b3o28boo70boo28b3o$30boo29b4o66b4o29boo$30bo31boo68boo31bo10$ 34bo126bo$35bo22b3o74b3o22bo$32bobo24boo74boo24bobo$33bo26bo74bo26bo 10$37boo17bo82bo17boo$36bo18bo84bo18bo$35bobo18bobo78bobo18bobo$35bobb o18bo80bo18bobbo9$40bo114bo$40bo11boo88boo11bo$41bo12bo86bo12bo$37boob oo11bobo84bobo11booboo$39boo11bobbo84bobbo11boo9$50bo94bo$42b3o5bo94bo 5b3o$41boboo4bo96bo4boobo$41b3o5booboo88booboo5b3o$41boo7boo92boo7boo 9$46boo100boo$45bobbo98bobbo$46boo100boo7$49bobbo$49bobo96boo$50bo96bo bbo$51boo95boo4$60b4o$60boboo$60boo$60boo$46boo100boo$45bobbo98bobbo$ 46boo28b4o68boo$76boboo$76boo$76boo3$92b4o$92boboo$46boo44boo54boo$45b obbo43boo53bobbo$46boo100boo$$108b4o$108boboo$108boo$108boo3$46boo76b 4o20boo$45bobbo75boboo19bobbo$46boo76boo22boo$124boo3$140b4o$140boboo$ 140boo$140boo$46boo$45bobbo$46boo89bo$136bobo$139bo$138bo3$121bo$120bo bo$46boo75bo$45bobbo73bo$46boo$$105bo$104bobo$107bo$106bo3$46boo41bo$ 45bobbo39bobo$46boo43bo$90bo3$73bo$72bobo$75bo$74bo$46boo$45bobbo$46b oo9bo$56bobo$59bo$58bo3$54boo$53b3o$52boobo$52b3o3$70boo$69b3o$68boobo $68b3o3$86boo$85b3o$84boobo$84b3o3$102boo$101b3o$100boobo$100b3o3$118b oo$117b3o$116boobo$116b3o3$134boo$133b3o$132boobo12boo$132b3o12bobbo$ 148boo3$144bo$144boo$144b3o! golly-3.3-src/Patterns/Life-Like/Morley/enterprise-gun.rle0000644000175000017500000003712212026730263020504 00000000000000#C An almost-state-of-the-art enterprise gun. #C The dotted sections can be moved away from each other to create #C space for the construction of enterprise salvos. #C By Stephen Morley -- http://www.safalra.com/special/b368s245/ x = 509, y = 559, rule = B368/S245 obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob 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obobobobobobobobobobobobobobobobobobobobobobobobobobobobo119bobobobo 48bobo18bo$432boo4bo49bobo$o231bo35bo162booboobbo49bobo4bobbo9bo$7bobb obobbo417bo4bo46bobboo5boobo3b4o$o6b4ob4o216bo35bo162booboobbo32b4o7b 3obbooboobboobboobb4obbo$9bobobo418boo4bo32b4o7b3obbooboobboobboo$o7bo bobobo217bo35bo163bobobobo46bobboo5boobo9bo$7bobbobobbo415boobb3o50bob o4bobbo$o5b3o5b3o33boo48b4o128bo35bo91boo74boo50bobo17bo$6boo7boo33boo 30boo10bobo4boobo255boo125bobo$o7b7o35boo30boo9bobobobboo3bo7boo117bo 35bo91boo126bo19bo$50boo30boo9bobobobboo3bo7boo245boo$o81boo10bobo4boo bo8boo117bo35bo239bo$13bo86b4o9boo$o17bo213bo35bo239bo$18b4o$o18b3o 210bo35bo239bo$16b4obboob3o$o3b4o7booboobo5boo203bo35bo239bo$4b4o6boob obbo7boo5b4o$o13boobobbo7boo5b4o28b4o161bo35bo239bo$15booboobo5boo38b 4o$o15b4obboob3o204bo35bo89b4o146bo$15bobob3o335boobboo$o17b4o210bo35b o88b6o145bo$18bo339bobbo$o231bo35bo239bo$72bobobo$o16bo52b4o3bo154bo 35bo239bo$17b4o49bobooboo$o13bobob3o48boo4boo155bo35bo239bo$15b4obboob 3o41boobo4boo339bo$obb4o7booboobo5boo40booboobbo156bo35bo148bo90bo$3b 4o6boobobbo7boo5b4o30boobo4boo339bo$o12boobobbo7boo5b4o31boo4boo155bo 35bo239bo$14booboobo5boo42bobooboo340bo$o14b4obboob3o43b4o3bo154bo35bo 148bo90bo$14bobob3o51bobobo340bo$o16b4o211bo35bo239bo$17bo341boo$o231b o35bo90boo147bo$359boo$o231bo35bo90boo147bo$47bobbobobbo$o45bob3ob3obo 175bo35bo239bo$48booboboo$o45bo9bo175bo35bo108bobbobobbo122bo$47boo5b oo82bo238b4ob4o$o45b3obbobb3o33boo45bobo92bo35bo51boo55bobobobobo122bo $47bobb3obbo34boo30boo14bobo179boo56bo5bo$o46b3o3b3o34boo30boo12boobo 13boo77bo35bo51boo54boo7boo5bobbo112bo$49b5o36boo30boo12boobo13boo165b oo54boo7boo5bobo$o49b3o69boo14bobo12boo77bo35bo108bobb3obbo7bo114bo$ 137bobo13boo222b9o8boo$o137bo93bo35bo50boo47b4o7b5o124bo$318bobbo46b4o $o231bo35bo49bobbo143boo41bo$318bobbo143boobo$o43b4o11boboo169bo35bo 48b6o107bobobo28bo3boboo37bo$44b4o9boobbobo11b4o238b6o106bo3b4o24b3obb obboo$o56boobbobo11b4o28b4o121bo35bo48b6o107booboobo22boobobboboboboo 35bo$59boboo44b4o206b6o107boo4boo21boboo3bobobobo$o231bo35bo48b6o106b oo4boboo20boboo3bobobobo27b4o4bo$318bobbo109bobbooboo20boobobboboboboo 27b4o$o231bo35bo49b4o107boo4boboo22b3obbobboo37bo$318b4o108boo4boo25bo 3boboo$o231bo35bo49b4o108booboobo28boobo39bo$111boo206boo108bo3b4o28b oo$o110b3obboo114bo35bo161bobobo73bo$110bobobobo$o109bo4boo115bo35bo 195boo42bo$110bobbooboo240boo104boobo$o42b4o11boboo48bo4bo116bo35bo89b oo102bo3boboo38bo$43b4o9boobbobo11b4o32bobbooboo240boo100b3obbobboo$o 55boobbobo11b4o32bo4boo115bo35bo89boo76b4o18boobobboboboboo36bo$58bob oo48bobobobo319b4o18boboo3bobobobo$o110b3obboo114bo35bo189boboo3bobobo bo27b4o5bo$111boo345boobobboboboboo27b4o$o231bo35bo191b3obbobboo38bo$ 106b3o210boo84bo56bo3boboo$o105boo124bo35bo50boo83bo59boobo40bo$106bo 212boo82b3obo56boo$o231bo35bo50boo39boo30boo10bobbo100bo$87bobbobobbo 264b3o29boo10bobo10boo4boo$o86b4ob4o128b4o4bo35bo91boboo28boo10b3o9b3o 4boo30boo51bo$89bobobo130boobo133b3o28boo10b3o9b3o4boo30boo35b7o$o87bo bobobo131boo4bo35bo68booboboboo21b4o33bobo10boo4boo30boo33boo7boo7bo$ 87bobbobobbo71bo58boo110b3ob3o22b4o10b4o19bobbo47boo33b3o5b3o$o85b3o5b 3o33boo35bo6bo57bo35bo11boo57bobobo37b4o18b3obo83bobbobobbo8bo$86boo7b oo33boo33bobo6boobo102boo57bo3bo60bo87bobobobo$o87b7o35boo32boo7boobb oo14boo37bo35bo11boo55bo7bo59bo87bobobo10bo$130boo32boo7boobboo14boo 85boo55b4ob4o145b4ob4o$o164bobo6boobo15boo37bo35bo68boo5boo145bobbobo bbo8bo$167bo6bo18boo142b9o$o99bobo64bo64bo35bo59b4o7b5o164bo$98bob4o 224b4o7b5o$o96bob3obo128bo35bo72bo166bo$93boobbooboboobo261b4o$o83b4o 5bobbobb3obboo126bo35bo10boo100b4o123bo$84b4o4b3ob6obboo9b4o159b4o$o 91b3ob6obboo9b4o28b4o81bo35bo98b4o137bo$93bobbobb3obboo41b4o125b3obb3o 80b10o7b4o$o92boobbooboboobo126bo35bo7b8o79bobo6bobo3b10o120bo$97bob3o bo173b6o81b3o4b3o3bobo6bobo$o97bob4o128bo35bo9b4o81booboobbooboo3b3o4b 3o120bo$100bobo173b3obb3o82bo4bo5booboobbooboo$o231bo35bo7b8o84boo10bo 4bo122bo$152bobobo119bob4obo98boo$o98bobo48b4o3bo74bo35bo9b4o70bo3b4o 148bo$97bob4o47bobooboo195boo3b3o7b4o$o95bob3obo36boo8boo4boo75bo35bo 84b3obob3o5b4o10b4o123bo$92boobbooboboobo34boo7boobo4boo160boo32boo3bo b3o4boobboo9b4o$o82b4o5bobbobb3obboo32boobo7booboobbo76bo35bo49boo34bo 4b4o5boo10boobboo122bo$83b4o4b3ob6obboo9b4o19b4o7boobo4boo160boo32boo 3bob3o20boo$o90b3ob6obboo9b4o31boo4boo75bo35bo49boo33b3obob3o146bo$92b obbobb3obboo45bobooboo195boo3b3o$o91boobbooboboobo45b4o3bo74bo35bo83bo 3b4o148bo$96bob3obo49bobobo209b4o$o96bob4o129bo35bo97b4o10b4o124bo$99b obo177boo99b4o$o231bo35bo10boo227bo$279boo$o231bo35bo10boo227bo$$o219b oo10bo35bo239bo$220boo$o219boo10bo35bo28bobbobobbo202bo$220boo75b4ob4o 21b4o$o231bo35bo28bobobobobo19bob4obo8b4o163bo$298bo5bo20bobobbobo6bob 4obo$o127boo102bo35bo27boo7boo18b3obb3o6bobobbobo161bo$128boo166boo7b oo19b6o7b3obb3o$o127boo71bo30bo35bo28bobb3obbo21b4o9b6o162bo$128boo71b oo94b9o35b4o$o200b3o28bo35bo19b4o7b5o204bo$288b4o$o126boo103bo35bo239b o$125b6o$o125b4o102bo35bo239bo$126bobbo$o123bobobbobo100bo35bo239bo$ 124b3obb3o89boo119bo$o122b4obb4o86boboobo7bo35bo72bobo164bo$124b3obb3o 87boobboo119bo$o123bobobbobo87boboobo7bo35bo71boboo164bo$170bo50boo 117bo$o124b6o38bobo49boo9bo35bo239bo$125b6o36booboo144boo$o125bobbo37b obboo60bo35bo43b3ob4o188bo$126bobbo39bobo141bobo3bo$o126boo41bo61bo35b o44boo4boo187bo$278boo32boo4b3o$o220boo9bo35bo9boo34bo3b3o187bo$220b4o 54boo32boo4b3o$o231bo35bo9boo33boo4boo187bo$220b4o89bobo3bo$o231bo35bo 43b3ob4o188bo$316boo8b4o$o231bo35bo19boo36b4o10b4o164bo$288boo12boo36b 4o$o231bo35bo33boo204bo$127boo158b4o$o126boo67bobbobobbo27bo35bo17bob oobo9b4o203bo$127boo67b4ob4o82b4o9boboobo$o126boo67bobobobobo27bo35bo 16bob4obo8b4o203bo$197bo5bo83b4o8bob4obo$o194boo7boo26bo35bo18b4o10b4o 203bo$195boo7boo82boo11b4o$o144bobbobobbo42bobb3obbo27bo35bo33boo204bo $145b4ob4o42b9o$o144bobobobobo44b5o7b4o18bo35bo239bo$146bo5bo57b4o$o 143boo7boo77bo35bo239bo$144boo7boo$o144bobb3obbo78bo35bo239bo$145b9o$o 135b4o7b5o80bo35bo239bo$136b4o$o231bo35bo239bo$$o231bo35bo239bo$$o231b o35bo239bo$$o231bo35bo239bo$$o231bo35bo239bo$222boo$o221boo8bo35bo3bo 3b4o228bo$222boo48boo3b3o$o221boo8bo35bo4b3obob3o226bo$272boo3bob3o$o 231bo35bo5bo4b4o225bo$126boo144boo3bob3o$o125boo104bo35bo4b3obob3o226b o$126boo144boo3b3o$o125boo104bo35bo3bo3b4o228bo$286b4o$o231bo35bo17b4o 10b4o204bo$300b4o$o231bo35bo239bo$$o210b4o17bo35bobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobo$197b4o10b4o$o196b4o31bo$$o231bo$$o134bobbo93bo$136boo11bobb o$o133bo4bo10boo80bo$134b6o8bo4bo$o132bobobbobo7b6o58boo18bo$133boo4b oo6bobobbobo43boo12boo$o132bob4obo6boo4boo43boo10bo4bo16bo$136boo9bob 4obo41bo4bo7boo4boo$o149boo43boo4boo5bobbobbobbo14bo$194bobbobbobbo3bo 10bo$o192bo10bo4boobooboo15bo$195boobooboo5boobboobboo$o193boobboobboo 4boboboobobo14bo$194boboboobobo5boo4boo$o194boo4boo6bo6bo15bo$150boo 43bo6bo7boobboo$o148bo46boobboo20b4o3bobbo$149bobbo57boboobo6b3o3boo$o 147boo46boboobo9b4o5b3obob3o3bo$150bo46b4o9bo4bo4b3obo3boo$o195bo4bo 10boo5b4o4bo4bo$198boo20b3obo3boo$o119bo3b4o92b3obob3o3bo$120boo3b3o 94b3o3boo$o120b3obob3o92b4o3bobbo$120boo3bob3o82b4o$o121bo4b4o67b4o10b 4o16bo$120boo3bob3o68b4o$o120b3obob3o102bo$120boo3b3o$o119bo3b4o104bo$ 134b4o$o133b4o10b4o80bo$148b4o$o231bo$$obobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo! golly-3.3-src/Patterns/Life-Like/coral.rle0000644000175000017500000000053412026730263015363 00000000000000#C "Coral": this rule produces patterns with a surprisingly slow #C rate of expansion and an interesting coral-like texture. #C From MCell 4.20 by Mirek Wojtowicz-- rule author unknown. x = 17, y = 17, rule = B3/S45678 bb13o$b15o$bo13boo$oo13boo$oo13boo$oo13boo$oo13boo$oo13boo$oo13boo$oo 13boo$oo13boo$oo13boo$oo13boo$oo13boo$oo13boo$b15o$3b11o! golly-3.3-src/Patterns/Life-Like/p168-knightship.rle0000644000175000017500000000014612026730263017126 00000000000000#C p168 knightship found by David Eppstein x = 7, y = 4, rule = B013568/S01 bo4bo$b2ob3o$2o3bo$2bobo! golly-3.3-src/Patterns/Life-Like/alt-wicks.lua0000644000175000017500000000331012706123635016157 00000000000000-- Based on alt_wicks.py from PLife (http://plife.sourceforge.net/). local g = golly() local gp = require "gplus" local pattern = gp.pattern g.new("alt-wicks") -- best to create empty universe before setting rule -- to avoid converting an existing pattern (slow if large) g.setrule("B3/S135") local head_a_c3 = pattern([[ 23bo6bo$5bo3b2o2bobobo4b2o2b6ob2obobo$3b2o2bo6bobobo3bob3o2b2obo2b obobo$2b2o4bobo2bo2bobobob3o4bo$4bo2bo2bo2b3obo11bo$2obo8b3ob2o2b o2b2obo$4bo2bo2bo2b3obo11bo$2b2o4bobo2bo2bobobob3o4bo$3b2o2bo6bo bobo3bob3o2b2obo2bobobo$5bo3b2o2bobobo4b2o2b6ob2obobo$23bo6bo! ]], -5, 39, gp.rccw) local tail_a_c5 = pattern([[ 5bobo$6bo$4bo3bo$5bobo$4bo3bo$o11bo$3bo5bo$2obo5bob2o$bo9bo2$2bo7b o$3bo5bo$2bo7bo!]], -6, 0) local head_b_c5 = pattern([[ 2bobo3bobo$bo3bobo3bo$2bobo3bobo$b2ob2ob2ob2o$2b3o3b3o$2b3o3b3o$3b 2o3b2o$2b4ob4o$bo9bo$4bo3bo$5bobo$2obo5bob2o$2o2bo3bo2b2o$bobo5b obo$2b2obobob2o2$6bo$2bobo3bobo$2b2o2bo2b2o$3b2o3b2o!]], -6, 0) local converter_bc_c5 = pattern([[ 6bobo$6bobo2$4b3ob3o$4bo5bo$4b2o3b2o$4bobobobo$3bo2bobo2bo$5bo3bo $4bobobobo$bo3b2ob2o3bo$2bo3bobo3bo$b2o3bobo3b2o$3bob2ob2obo$2b2o 7b2o2$4bo5bo$4bo5bo$ob2obo3bob2obo$o13bo2$3b2o5b2o$5bo3bo2$4b3ob 3o$2b5ob5o3$2bo3bobo3bo$3bobo3bobo$2bo3bobo3bo!]], -7, 0) local tail_c_c5 = pattern([[ 2bo9bo$bobobo3bobobo$4b3ob3o$6bobo$3b2ob3ob2o$3bo2bobo2bo$3bobo3b obo$2bo2b5o2bo$bo2b7o2bo$bo3bobobo3bo$6obob6o$2o11b2o$2b3obobob3o $b2obobobobob2o$5bo3bo$4b3ob3o$3b3o3b3o$5bo3bo$5b2ob2o$obobo5bob obo$bobo3bo3bobo$bo2bo5bo2bo$5bo3bo$6bobo$5bo3bo!]], -7, 0) local A = head_a_c3 + tail_a_c5.t(0, -13) local B = (head_b_c5[84] + converter_bc_c5.t(0, -31))[100] + tail_c_c5.t(0, -56) local all = A.t(-25, 0) + B.t(24, 0) all.display("") -- don't change name golly-3.3-src/Patterns/Life-Like/Day-and-Night-gun-and-antigun.rle0000644000175000017500000000306012750014265021577 00000000000000#C This is a period 400 rocket gun which demonstrates the symmetry of the #C Day/Night rules, and how a signal can be sent across the border between #C day and night regions. Here a period 400 anti-gun destroys every other #C rocket from a normal period 200 rocket gun. Based on a reaction by #C Dean Hickerson. #C David Bell, April 2009 x = 107, y = 80, rule = B3678/S34678 87booboboo$76boo9b7o9boo$76boo10b5o10boo$75b4o8b7o8b4o$75b3obo7b7o7bob 3o$74b4obo7b7o7bob4o$74b4obo8b5o8bob4o$74b4obo8b5o8bob4o$75b3obo7b7o7b ob3o$75b3obo8b5o8bob3o$74b4obo7b7o7bob4o$74b4obo8b5o8bob4o$74b4obo7b7o 7bob4o$75b3obo7b7o7bob3o$75b4o11bo11b4o$76boo25boo$76boo25boo$89bobo$ 88bobobo$88b5o$89b3o$89b3o$88b5o$89b3o$87bob3obo$87b7o$88b5o$88b5o$89b 3o$89b3o$90bo$88bobobo$86boob3oboo$86b9o$87b7o$3bobbobbobbobbobbobbobb obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo7b9o$b80o3b13o$ b80o3bob9obo$82o3b11o$b8o3boo3b65o3bob7obo$b6o12b62o7b5o$5o16b60o6b7o$ b4o16b61o6b5o$b6ob10ob62o8b3o$8o10b31obboobb26o9bo$b46o4boo4b25o$b46o 3bobbo3b24o$49obboobb26o$b81o$b80o$81o$b36ob8obb34o$b3obbo3boobobobb 11ob6obb8o4b22obb7o$4o14b4obboobooboob3o3bobb3obo3bob4o3b13obb7o$b4o 13b3obo8booboo8boo5bob4o3b22o$4o15b3o39b21o$b4o13b3obo8booboo8boo14b 21o$4o14b4obboobooboob3o3bobb3obo9boob22o$b3obbo3boobobobb11ob6obb8o8b obob22o$b36ob8obbobb4ob24o$50ob28o$b78o$b77o$78o$b76o$b76o$8o10b52obb 4o$b6ob10ob46obbo4b4o$b4o16b44o6b4o$5o16b43o7b4o$b6o12b45o3boob4o$b8o 3boo3b45o5boob4o$62o9boo$b59o5b4ob3o$b59o5booboo3boo$3bobbobbobbobbobb obbobbobbobbobbobbobbobbobbobbobbobbobbo12boobb3o$70boob4o$71boboo$70b oo$70boo! golly-3.3-src/Patterns/Life-Like/ice-nine.rle0000644000175000017500000000040412026730263015746 00000000000000#CXRLE Pos=-2,-9 #C #C A 3-cell pattern runs chaotically, with average density about 25%, #C until about gen 435175. Then an iceball forms, which slowly grows, #C filling the torus completely in gen 435374. #C x = 3, y = 2, rule = B25678/S5678:T20,20 2o$2bo! golly-3.3-src/Patterns/Life-Like/HighLife-replicator-spaceship.rle0000644000175000017500000000620713171233731022064 00000000000000#C A small c/18 HighLife spaceship -- many orders of magnitude smaller #C than other known slow spaceships in this rule, e.g., the Basilisk: #C pentadecathlon.com/lifeNews/2013/01/new_highlife_velocities.html #C Luka Okanishi, 4 October 2017 #C http://conwaylife.com/forums/viewtopic.php?f=&p=51616#p51616 x = 588, y = 601, rule = B36/S23 267b2o$266b2o$267b2obo$268b3o$269bo10$280b3o$279bo2bo$282bo$278bo3bo$ 282bo$279bobo4$242bo$241b3o$244bo$240b3ob2o$239bo2b3o$240b2o12$242b2o$ 239b3o2bo$238b2ob3o$239bo$240b3o$241bo3$230bo$229b3o$229bob2o$232b2o$ 231b2o26$288b3o$287bo2bo$209b2o79bo$208b2o76bo3bo$209b2obo77bo$210b3o 74bobo$211bo12$193bo$192b3o$192bob2o$195b2o$194b2o12$176bo$176b2o$172b o3bobo$172bo4b3o4$176b2o23$296b3o$295bo2bo$137bo160bo$137bo12bo143bo3b o$150bo147bo$295bobo8$126b2o4$124b3o4bo$125bobo3bo$126b2o$127bo23$86b 3o$82b2o5bo$84bo4bo$89bo2$87bo$88bo$88bo24bo$114b2o$113b2o2$72bo$72bo$ 73bo2$71bo$71bo4bo$71bo5b2o$72b3o3$304b3o$303bo2bo$306bo$54b2o246bo3bo $53b2o251bo$54b2obo245bobo$55b3o$50bo5bo$49b3o$49bob2o$52b2o$51b2o19$ 141bo$142b2o$141b2o6$32b5o$31bo4bo$36bo$31bo3bo$20b2o11bo4$96b5o$95bo 4bo$100bo$95bo3bo$97bo4$160b5o$159bo4bo$164bo$159bo3bo$11b3o147bo$11bo 2bo$11bo3bo$12bo2bo$7b3o3b3o208b5o$7bo2bo60bo151bo4bo$7bo3bo58b2o156bo 83b3o$8bo2bo58bobo150bo3bo83bo2bo$9b3o213bo88bo$310bo3bo$314bo$311bobo $288b5o$287bo4bo$292bo$287bo3bo$169bo119bo$170b2o$169b2o$o$o351b5o$o 350bo4bo$356bo$351bo3bo$353bo4$416b5o$415bo4bo$420bo$415bo3bo$417bo$ 115bo$114b2o$114bobo$480b5o$479bo4bo$484bo$479bo3bo$481bo4$544b5o$543b o4bo$548bo$543bo3bo$545bo6$587bo$587bo5$197bo$159bo38b2o$158b2o37b2o$ 158bobo5$583b2o$582b2o$320b3o260b2obo$319bo2bo261b3o$322bo262bo$318bo 3bo$322bo$319bobo$575bo$574b3o$574bob2o$577b2o$576b2o9$203bo347b2o$ 202b2o346b2o$202bobo346b2obo$552b3o$553bo4$543bo$542b3o$542bob2o$545b 2o$544b2o3$225bo$226b2o307b2o$225b2o307b2o$535b2obo$536b3o$537bo$519b 2o$518b2obo$519bobo3b2o$520bob3ob2o$521b2ob3obo$522b2o3bobo$527bob2o$ 247bo280b2o$246b2o263bo$246bobo261b3o$510bob2o$513b2o$512b2o12$328b3o$ 327bo2bo$330bo$326bo3bo$330bo$327bobo6$291bo$290b2o$290bobo$253bo$254b 2o$253b2o9$471bo$471b2o$467bo3bobo$467bo4b3o2$464b2o2$471b2o2$462b3o4b o$463bobo3bo$464b2o$465bo2$335bo$334b2o$334bobo17$281bo$282b2o$281b2o 158bo$441b2o$437bo3bobo$437bo4b3o$336b3o$335bo2bo95b2o$338bo$334bo3bo 40bo61b2o$338bo39b2o$335bobo40bobo51b3o4bo$433bobo3bo$434b2o$435bo4$ 425bo$425b2o$421bo3bobo$421bo4b3o2$418b2o2$425b2o2$416b3o4bo$417bobo3b o$418b2o$419bo11$414b3o$410b2o5bo$412bo4bo$309bo98bo8bo$310b2o96bo$ 309b2o98bo5bo$416bo$407bo8bo$407bo4bo$407bo5b2o$408b3o7$388bobo$387bo 2bo$387bo3bo$387b4obo$387bobo3bo$386bo$384b3o4bo$384bo7b2o$394bo$385bo bobo$387b3o3bo$390bob2o$344b3o39b3ob3o$343bo2bo40b2ob2o$346bo45bo$342b o3bo45bo$346bo$343bobo13$337bo$338b2o34b2o$337b2o34b2o$374b2obo$375b3o $370bo5bo$369b3o$369bob2o$372b2o$366b2o3b2o$365b2o$366b2obo$367b3o$ 362bo5bo$361b3o$361bob2o$364b2o$363b2o10$334b3o$334bo2bo$334bo3bo$335b o2bo$330b3o3b3o$330bo2bo$330bo3bo$331bo2bo$326b3o3b3o$326bo2bo$326bo3b o$327bo2bo$322b3o3b3o$322bo2bo$322bo3bo$323bo2bo$318b3o3b3o$318bo2bo$ 318bo3bo$319bo2bo$314b3o3b3o$314bo2bo$314bo3bo$315bo2bo$316b3o3$315bo$ 315bo$315bo!golly-3.3-src/Patterns/Life-Like/white-whale.rle0000644000175000017500000000053412026730263016501 00000000000000#C White Whale - an oscillator with a very long period (160,000,346). #D Discovered by Andrew Trevorrow. x = 19, y = 29, rule = B345/S5 8b2o2$6b6o2$4b7ob2o2$2b14o$2o15bo$2bo7b5obo$2o15b2o$2b2o3b5o2b3o$2o15b 2o$2bob7o3b3o$2o15b2o$2b13obo$2o15b2o$2b4o2b3ob5o$2o15b2o$2b5ob4o4bo$ 2o15b2o$2b6o2b2o3b2o$2o15bo$2bo2b4o2b5o$2o$2b2ob5o2b2o2$4b2ob5o2$6b4o! golly-3.3-src/Patterns/Life-Like/replicator.rle0000644000175000017500000000022712026730263016426 00000000000000#C All patterns in this rule replicate. x = 13, y = 6, rule = B1357/S1357 b2o3bo2bo2bo$o2bo2bobo3bo$o2bo2b2o4bo$o2bo2bobo3bo$o2bo2bo2bo$b2o3bo2b o2bo! golly-3.3-src/Patterns/Life-Like/persian-rugs.lif0000644000175000017500000000010412026730263016663 00000000000000#Life 1.05 #R B234 #D The easy way to create Persian rugs. #P ** ** golly-3.3-src/Patterns/Life-Like/spiral-growth.rle0000644000175000017500000000123312026730263017062 00000000000000#C Spiral growth with 1, 2, 3, 4, 5, 6, 8, and 12 plows; for details, #C see http://www.radicaleye.com/DRH/B34568S15678.html . #C The spirals crash in generation 2005 and eventually stabilize #C into a large irregular p2 octagon. Dean Hickerson, 2 June 2006. x = 217, y = 240, rule = B34568/S15678 213bobo$213bo2bo$211bo2bo$212bobo2$129bo$128bo2bo$131bo$129b3o$128bo3b o5$56bo2b2o$57bobo$57b3o$60bo7$2bobo$obobo$2o$b2o70$28b6o$28b4o$28bo3b 2o$28bo2bo$30b2obo100b4o$137b3o$134b2o2b2o$134b3o$136b4o104$15b2obo2b 2o$15b2obob3o$16b2o2bo$21b2o$15b2o$17bo2b2o$15b3obob2o$15b2o2bob2o16$ 156b4obobo$159bo3bo$156bo3bo2bo$158bo3b2o$156b2o3bo$156bo2bo3bo$156bo 3bo$156bobob4o! golly-3.3-src/Patterns/HashLife/0000755000175000017500000000000013543257425013570 500000000000000golly-3.3-src/Patterns/HashLife/jagged.mc0000644000175000017500000000624012026730263015243 00000000000000[M2] (golly 2.0) #C Jagged lines of gliders, formed by a drifting collision of two #C LWSS streams, crash to form an approximately vertical jagged line #C of pairs of blocks. I don't know if the line stays within a #C bounded distance of the center line, or extends infinitely far to #C the left, or to the right, or both. #C Dean Hickerson, 5/3/2005 $$$$$$$..*$ 4 0 0 0 1 $$$$$$$*$ 4 0 0 0 3 5 0 0 2 4 6 0 0 0 5 $$$$$$$....*$ 4 0 0 7 0 4 0 0 1 0 5 0 0 8 9 6 0 0 10 0 7 0 0 6 11 $$$$****$*...*$*$.*$ $$$$.**$**.**$.****$..**$ 4 0 0 13 14 $$$.......*$ 4 0 0 0 16 $$...**$..*..*$..*..*$..**.**$....**$ $.....*$.....**$.......*$..*****$..****$..*$ $$****$*...*$*$.*$ $...***$..*****$.**.***$..**$ 4 18 19 20 21 $$...*$....**$...**$ $$$$$$...**$..****$ 4 0 23 24 0 5 15 17 22 25 .***$**.*$***$.**....*$.......*$ $.***$*****$*.***$**$ $.***$*..*$...*$...*$...*$..*$ 4 0 27 28 29 .......*$.*....**$***...**$..**...*$...*$**.*$..**$ **$.*$*$*$ .......*$.......*$.......*$.......*$$..*$**.*$*..*$ **$..*$$$*$ 4 31 32 33 34 $....**$.....*$ $$$$.....**$....****$...**.**$....**$ 4 0 36 37 0 $...*$..*.*$.*$ $$$$$$$.***$ 4 39 0 0 40 5 30 35 38 41 $$$$$$$..****$ $$$$$$$...**$ 4 0 0 43 44 .**.**$..**$$$.......*$.....***$....*.**$...**$ $$$$$*$***$...*$ ....***$.....***$$$...**$..****$.**.**$..**$ *...*$...*$..*$$$..****$..*...*$..*$ 4 46 47 48 49 ..*...*$..*$...*$$$.....*$....*$....*$ ..**.**$...****$....**$$$....*$....**$...**$ ....**$......*$$$$..****$..*...*$..*$ ..**$$**$ 4 51 52 53 54 ...*$$$$$$.......*$.......*$ $$$$$$....*$...*$ $$$..***$..*$...*$ 4 0 56 57 58 5 45 50 55 59 $$$$.***$.*$..*$ 4 0 0 0 61 $$$$$$$.......*$ *..*$...*$...*$...*$..*$$$*$ ......**$.......*$ .***$****$***$ 4 63 64 65 66 $....***$....*$.....*$$$**$ *$ 4 68 0 69 0 5 62 67 70 0 6 26 42 60 71 ...***$...*.**$....***$....**$ $...*$..***$.**..*$.*...*$.*.**$.**$ ...***$..*..*$.....*$.....*$....*$ $$$$$..*$.*.**$.*..*$ 4 73 74 75 76 .***$.*.**$..***$..**$ $.***$.*..*$.*$.*$.*$..*$ $.***$*****$***.**$...**$ 4 78 0 79 80 $.*$*.*$...*$ 4 0 82 40 0 $$$$......**$.....***$.....**$.......*$ $$$$$*$**$*$ 4 0 16 84 85 5 77 81 83 86 $$$$..**$**.**$****$.**$ $$$$.****$*...*$....*$...*$ 4 0 0 88 89 $$.*$*$**$ $.......*$......**$.....*$......**$.......*$ $.......*$......**$......**$$$**$***$ 4 91 92 63 93 $$$.......*$***....*$***...**$..*....*$ $$**$..*$..*$.**$*$ $**$***$*.**$.**$ $$.****$*...*$....*$...*$ 4 95 96 97 98 5 0 90 94 99 .*..*$.*$.*$.*$..*$$$....**$ .***.**$.*****$..***$ 4 101 0 102 0 $$$$.***$...*$..*$ $$$$$.......*$......*$ 4 0 0 104 105 $......**$$.......*$ $*$*$$$$...***$.....*$ ....*$ 4 107 108 0 109 5 103 106 0 110 .......*$$$$.....*$....****$..*****$.*$ *.**$.**$$$$$*$**$ *...*.**$.*...***$..*$$$***....*$..*....*$..*$ *$$$$**$***$*.**$.**$ 4 112 113 114 115 $$$$$$$**.....*$ $$$$$$$***$ 4 0 0 117 118 .*$ ......**$......**$.......*$$$$.......*$ $$$***$..*$.*$ $$$$$$*$.*$ 4 120 121 122 123 .**...*$**$*$$$*......*$*$**$ ..*$..*$.*$$$$*$*$ .**....*$......*$...**$$$.......*$......*$ *$$$$$***$..*$..*$ 4 125 126 127 128 5 116 119 124 129 6 87 100 111 130 ...*$ 4 132 0 0 0 ...*...*$...****$ 4 134 0 0 0 5 133 135 0 0 6 136 0 0 0 .....*$......**$ .*$**$ 4 138 139 0 0 4 0 120 0 0 5 140 141 0 0 6 0 142 0 0 7 72 131 137 143 8 0 12 0 144 golly-3.3-src/Patterns/HashLife/jagged2.mc0000644000175000017500000001776412026730263015342 00000000000000[M2] (golly 2.0) #C A variant of the jagged line pattern in which some of the gliders #C from the LWSS collision undergo 3 kickback reactions. #C #C The pattern looks roughly like this; view in a fixed-width font: #C #C F #C . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C . . #C I . . J #C . . . . #C . . . L . #C . . ...... . #C . . ...... . . . #C . K ... . . . #C . . ... . . . #C . . .. . . . #C . . ... . . #C . . . ... . . #C .. . .... #C G .. . . H #C . .. . . . #C . .. . . . #C . .. . . . #C . .. . . . #C . ... . . #C . .. . . #C . . .. . . #C . . ... . #C ............................................................................. #C A B . C D E #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C . #C M #C #C The lines AE, BF, and DF are straight; the others are jagged. CG is #C actually two jagged lines, which sometimes cross. #C #C BF and DF are lines of gliders headed southwest and southeast. #C #C AC and CD are lines of LWSSs headed toward C. At C, they crash to form #C gliders headed northwest (CI) and northeast (CJ). #C #C At H some of the gliders reflect toward the northwest, forming HK. The #C rest escape, forming HJ. #C #C At K the gliders reflect again, toward the northeast, forming KL. #C #C At L they reflect again, toward the southwest, forming LM. #C #C At G some of the northwestward gliders hit gliders in BF, forming #C blinkers which are the other part of CG. The rest escape, forming GI. #C #C In generation t, some of the coordinates are (asymptotically): #C #C A=(-t/2,0) B=(-t/6,0) D=(t/6,0) E=(t/2,0) F=(0,t/2) #C I=(-t/4,t/4) J=(t/4,t/4) M=(-t/4,-t/4) #C #C If the collision point C didn't drift, then the coordinates of the #C other points would be: #C #C C=(0,0) G=(-t/8,t/8) H=(t/8,t/8) K=(-t/10,t/5) #C L=(t/11,5t/22) #C #C But it does drift, and I don't know if it oscillates back and forth, #C or moves slowly but steadily in one direction. (In gen 17409 it's moved #C 260 units west; in gen 72609 it's 700 units east.) #C #C In addition to the headon LWSS crashes at C, the glider+LWSS crashes #C at B and D, the kickbacks at H, K, and L, and the glider+glider -> #C blinker collisions at G, there are some other reactions that occur #C occasionally: #C #C When C drifts far enough to the left, one of the gliders on CH may hit #C one of the blinkers, turning it into a pond; this first happens at gen #C 11986. A subsequent glider on the same path turns it into a block (first #C happens at 12056), and a third glider deletes it (first at 12300). #C #C Sometimes a glider on LM will hit a glider on CG, deleting both (first at #C gen 11808). And sometimes an LM glider will hit an eastward LWSS on BC; #C this is a ternary reaction which deletes the glider and 2 LWSSs (first at #C gen 5393). #C #C Unless I've overlooked something, that's all that ever happens. #C #C The open question here is what happens to the collision point C. Does it #C drift infinitely far west? Infinitely far east? Both? #C #C Dean Hickerson (dean.hickerson@yahoo.com) 7 May 2005 $$$$$$$.....***$ 4 0 0 0 1 $$$$$$$...***$ 4 0 0 0 3 5 0 0 2 4 6 0 0 0 5 7 0 0 6 0 $$$$$$$****$ $$$$$$$.**$ 4 0 0 8 9 $$$$$$.......*$ 4 0 0 0 11 5 0 0 10 12 .....*$.....*$.....*$......*$ ......*$.....***$....**.*$....***$....***$.....**$ 4 0 14 0 15 *$....***$...*..*$...*...*$..**..*$....*$.....**$.....***$ ...*..*$...*$...*$....*$*$$*$....*$ .....***$$$$$.....*$.....**$....*..*$ ...***$...*.**$....***$....**$ 4 17 18 19 20 $$$$.***$*****$*.***$**$ 4 0 0 22 0 ......**$ $$$$$$......*$.....***$ 4 24 0 0 25 5 16 21 23 26 *...*$*$.*$$$...**$..*..*$..*..*$ **.**$.****$..**$$.....*$.....**$.......*$..*****$ ..**.**$....**$$$$****$*...*$*$ ..****$..*$$$...***$..*****$.**.***$..**$ 4 28 29 30 31 $$$$$...*$....**$...**$ 4 0 33 0 0 .*$ 4 35 0 0 0 $...**$..****$.**.**$..**$$$.......*$ .....***$....*.**$...**$....***$.....***$$$...**$ *$***$...*$*...*$...*$..*$ 4 37 0 38 39 5 32 34 36 40 $$$$$$$.....**$ 4 0 0 42 0 ....**.*$....***$....***$.....**$ 4 0 44 0 0 ....****$...**.**$....**$ $$$$$$$.***$ 4 46 0 0 47 $$.......*$......**$.......*$ $$*$.***$****$***...*$.....*.*$......*$ 4 0 0 49 50 5 43 45 48 51 6 13 27 41 52 $$....*$...***$...*.**$....***$....**$ $$$$...*$..***$.**..*$.*...*$ $$$...***$..*..*$.....*$.....*$..*.*$ .*.**$.**$ 4 54 55 56 57 $$..*$.***$.*.**$..***$..**$ $$$$.***$.*..*$.*$.*$ $$$$.***$*****$***.**$...**$ 4 59 0 60 61 5 0 0 58 62 $$$$$$$..**$ $$$$$$$.****$ 4 0 0 64 65 5 0 0 0 66 ..*$.*.**$.*..*$$.*$*.*$...*$ 4 0 68 0 0 .*$..*$ $$$$$$$......**$ 4 70 11 71 0 $$.***$.*..*$.*$.*$.*$..*$ $$....**$.***.**$.*****$..***$ 4 73 0 74 0 .....***$.....**$.......*$ *$**$*$ 4 76 77 47 0 5 69 72 75 78 $$$$$.*$*$**$ $$$$.......*$......**$.....*$......**$ .......*$$$$.......*$......**$......**$ 4 80 81 0 82 **.**$****$.**$$$$.......*$***....*$ *...*$....*$...*$$$**$..*$..*$ ***...**$..*....*$$$**$***$*.**$.**$ .**$*$$$$.****$*...*$....*$ 4 84 85 86 87 $$.......*$.......*$$$$.....*$ $**$***$*.**$.**$ ....****$..*****$.*$*...*.**$.*...***$..*$ $*$**$*$$$$**$ 4 89 90 91 92 ...*$ 4 0 94 0 0 5 83 88 93 95 6 63 67 79 96 $$..****$..*...*$..*$...*$ $$...**$..**.**$...****$....**$ .....*$....*$....*$....**$......*$ ....*$....**$...**$..**$$**$ 4 98 99 100 101 ..****$.**.**$..**$ ..****$..*...*$..*$...*$ $.......*$.......*$$$$..***$..*$ 4 103 104 0 105 4 104 0 0 0 $....*$...*$...*...*$...****$ 4 108 94 0 0 5 102 106 107 109 $$$$....***$....*$.....*$ $**$$*$ 4 111 70 112 0 5 113 0 0 0 6 110 114 0 0 ...*$..*$$$......**$$.......*$ .......*$......*$$$*$*$ $...***$.....*$....*$ 4 116 117 0 118 5 0 119 0 0 ***....*$..*....*$..*$.*$ ***$*.**$.**$......**$......**$.......*$ $$$$$$***$..*$ $.......*$ 4 121 122 123 124 $$**.....*$.**...*$**$*$ $$***$..*$..*$.*$ *......*$*$**$.**....*$......*$...**$ $*$*$*$ 4 126 127 128 129 .*$$$.....*$......**$ $*$.*$.*$**$ 4 131 132 0 0 .......*$......*$ ***$..*$..*$.*$ 4 134 135 0 0 5 125 130 133 136 6 120 137 0 0 7 53 97 115 138 8 0 7 0 139 golly-3.3-src/Patterns/HashLife/gotts-dots.mc0000644000175000017500000000152512651666400016137 00000000000000[M2] (golly 2.0) #C 'Gotts Dots': sprouts its nth switchengine at t ~ 2^(24n-6) -- #C 41 ON cells, growth rate O(t ln t): Bill Gosper, 11 March 2006 #C More precisely, at t = 215643, 3662092278363, 61439713210231265883, #C ..., = 3 (4281 4096^(2 n - 1) - 211655)/241 whereat the #C populations go 316387, 5742718768151, 103173468009186875005, ..., #C = (9280232545511 2^(24 n) - 888556308770717696)/529964572999680 #C + (614 + 1427 2^(24 n - 12)/241) n. 25 Jan 2015 $$$$$$$*$ 4 0 0 1 0 5 0 0 2 0 6 0 0 3 0 7 0 0 4 0 8 0 0 5 0 *$*$ $$....*$.....*.*$......*$ $$*$$.*$.*$.*$ 4 7 0 8 9 5 10 0 0 0 6 11 0 0 0 7 12 0 0 0 $$$$$$$.*$ $......*$.......*$...*$....**$...*$.......*$......*$ ..*$..*$***$$$$***$..*$ 4 0 14 15 16 5 0 0 0 17 $$.......*$$..*$...*****$ 4 0 19 0 0 $$$*$*$*$ ..*$.*$ 4 21 22 0 0 5 20 23 0 0 6 0 18 0 24 7 25 0 0 0 8 13 26 0 0 9 0 6 0 27 golly-3.3-src/Patterns/HashLife/broken-lines.mc0000644000175000017500000002067512026730263016422 00000000000000[M2] (golly 2.0) #C Broken lines pattern - does it work forever? #C Dean Hickerson, 7 May 2005 #C See also http://yucs.org/~gnivasch/life/broken_lines/ #C #C A p48 gun sends LWSSs eastward, while an eastward p24 puffer sends LWSSs #C westward, and a northward p24 rake sends gliders southeastward. When LWSSs #C collide, they send gliders northeast and southwest. The southwest ones #C escape, forming the longest broken line. A northeast glider may crash into #C one from the rake, in a kickback reaction that sends a glider southwest. #C The surviving southeast gliders delete westward LWSSs. #C #C Sometimes a kicked-back glider hits another northeast glider, forming a #C block. Sometimes a block will be deleted by yet another northeast glider. #C But some of the blocks survive, and some of the kicked-back gliders don't #C meet other gliders; in that case they either delete one LWSS from the #C eastward stream, or pass through the westward stream and escape. #C #C There's just one problem: It's possible that a block may be formed close #C enough to the LWSS streams so that a LWSS will hit it; in that case it's #C possible (but not certain) that a mess will form that will prevent future #C LWSS collisions, and maybe destroy the gun. It doesn't happen within the #C first 535000 gens, but I'm not willing to guess that it never will. (I #C think that the times when the pattern could fail are exponentially sparse, #C so even if I knew that it worked for billions of generations, I wouldn't #C be confident that it always would.) $$$$$$$.....***$ 4 0 0 0 1 $$$$$$$...***$ 4 0 0 3 0 5 0 0 2 4 6 0 0 5 0 7 0 0 6 0 8 0 0 0 7 $$$$$$...*..*$.******$ 4 0 0 9 0 5 0 0 10 0 $$$$$$.......*$......*$ 4 0 0 0 12 $$.......*$......*$.......*$$......*$......**$ .....**$.**...*$**.*.*$...*$*****.*$*...***$..**...*$***.****$ $$.......*$$.*.**$.**.*$*$..**$ ...*$**....**$..*...*$*....*$.*.*$...**.**$...*****$......*$ 4 14 15 16 17 ......*$.......*$ $$$.......*$......*$......*$.......*$ 4 0 19 0 20 **.*...*$..*...*$.*....**$...**.*$*..*...*$*..***$..**$*..***$ *$*$.......*$$*...*$*..**$*...*$*......*$ *..*...*$...**.*$.*....**$..*...*$**.*...*$..**$*$.**.*$ *.....*$......*$$*$*$ 4 22 23 24 25 5 13 18 21 26 *$*.******$*.*...*$*...**$****.*.*$....*.**$.**..***$.*$ .*$**..*$..***$**$...**$*...*$***$.**$ .*$*....*.*$......*$...**.*$...**.**$..**..**$..**$....*$ $.*$..*....*$......*$**.*...*$..*....*$.....***$.....***$ 4 28 29 30 31 $$*$****$.***..**$.*.*.*.*$.......*$...*.*.*$ $$**$*.*$..*..**$.**.*.*$.*..*$..**.*$ 4 0 0 33 34 $$*$..*$..*..*$.**..*$ ....**$....***$***.**$.....***$.....***$.......*$.......*$......*$ $..*$..*...*$.*.....*$..***$....*$ .......*$*$*$*$$$...****$..*...*$ 4 36 37 38 39 ....*$$....*$...*.*.*$.......*$.*.*.*.*$.***..**$****$ *..*.*$...*.**$*..*.*$..**.*$.*..*$.**.*.*$..*..**$*.*$ *$$$$$$.......*$......*$ **$$$$$$***$..*$ 4 41 42 43 44 5 32 35 40 45 6 0 11 27 46 $$$.....**$...***.*$..*$...****$....*$ 4 0 0 0 48 .......*$.....***$.**.*$*.*.*.**$*...*.*$.*..*$..*.****$..*$ ..*$***$.....*$******$......**$**.***$.....*.*$*.....*$ 4 0 0 50 51 5 0 0 49 52 $$$*$*$$*$*$ 4 0 0 54 0 5 0 0 55 0 $$$$$$.....*.*$.....**$ ..*...*$..****$.......*$....***$...*$....***$*.....**$*$ ...**$..*...**$..*.**.*$...*..*$......**$......**$......*$.....*$ .......*$$...**$..*.*$..*$***.*$..***..*$....***$ 4 57 58 59 60 ...*.**$****.*$*....*$..***$.**$.......*$.**$...*$ .*....**$..**..*$....***$..*$*.**$*.*.***$....***$.**..**$ ......*$*.**...*$$$$*$.*....*$..*....*$ *$$.......*$....*.*$....*$....*.**$$*$ 4 62 63 64 65 .....**$.....*$......*$......**$......**$...*..*$..*.**.*$..*...**$ ...***.*$....**$..***$***.*$..*$..*.*$...**$ ...**$.....**$.....*.*$$$$...****$..*...*$ $*$*$$$$.......*$......*$ 4 67 68 69 70 .*....**$*$$$.....**$.....*$......**$ $$$$....*$.....**$*...**$*$ $$$$$$***$..*$ $$$$$$...****$..*...*$ 4 72 73 74 75 5 61 66 71 76 $$$$...**.*$..*....*$..**$...*.*.*$ $$$$....**$....*.*$..**..*$*..*.**$ .*....*$...*$...*$..*$...*$...*$.*....*$...*.*.*$ ...*.*$*.**.***$*......*$......**$*......*$*.**.***$...*.*$*..*.**$ 4 78 79 80 81 $$$$$$.**$*.*$ *$.*$.*$.**$.*$.*$*$*.*$ 4 83 0 84 0 ..**$..*....*$...**.*$ ..**..*$....*.*$....**$ $$..*$...**$..**$$.......*$......*$ 4 86 87 88 74 .**$ 4 90 0 0 12 5 82 85 89 91 6 53 56 77 92 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It has since been #C surpassed by "metacatacryst". #C #C You need to run this at least 41,000 generations to #C see anything interesting happen. #C Nick Gotts, 21 Apr 2000 $$$$$$$......*$ 4 0 0 0 1 5 0 0 2 0 6 0 0 0 3 7 0 0 4 0 8 0 0 5 0 9 0 0 0 6 10 0 0 7 0 11 0 0 8 0 12 0 0 0 9 $$$$...*$..**$*..*$ *.*$.*$ 4 11 0 12 0 5 0 0 13 0 $$$$......*$......*$....**$...*$ ...*$...*$...*$ 4 0 15 0 16 5 0 17 0 0 6 14 0 18 0 7 0 0 19 0 8 0 0 20 0 9 21 0 0 0 10 0 0 22 0 $$$$$$$....**$ 4 0 0 0 24 5 0 0 0 25 .*$.*$..**$....*$....*$....*$....*$ 4 0 0 27 0 5 0 28 0 0 ......*$......*$.......*$ 4 0 30 0 0 5 0 31 0 0 $$***$ 4 33 0 0 0 5 34 0 0 0 6 26 29 32 35 7 36 0 0 0 8 0 0 0 37 9 38 0 0 0 10 0 0 39 0 11 0 0 23 40 ......*$....**$...*$...*$...*$...*$ 4 0 42 0 0 5 43 0 0 0 6 0 44 0 0 $$$$$......*$$......*$ $$$.*$**$.*$$*$ 4 0 0 46 47 .......*$ 4 49 0 0 0 5 48 0 50 0 6 51 0 0 0 7 45 52 0 0 $$$$$**$.**$.*$ 4 0 54 0 0 5 0 0 0 55 $$$$..*$.*.*$...*$....*$ 4 0 57 0 0 5 0 0 58 0 6 0 56 0 59 7 0 60 0 0 8 53 0 0 61 9 0 62 0 0 10 63 0 0 0 11 64 0 0 0 12 41 65 0 0 13 0 10 0 66 golly-3.3-src/Patterns/HashLife/unlimited-novelty.mc0000644000175000017500000000127312026730263017513 00000000000000[M2] (golly 2.0) #C nick-gotts-n type rake interaction with apparently unlimited novelty #C (screenshot at 4.9e8: www.tweedledum.com/rwg/nick-gotts-g.png). #C The interaction of the downward puffer's trail with the first #C bounce of its backrake produces two very sparse LWSS waves. #C Bill Gosper, 27 Feb 2006 $$$$$$$..****$ 4 0 0 0 1 5 0 0 0 2 6 0 0 0 3 7 0 0 4 0 .*...*$.....*$....*$$$..*$...*$...*$ $....*$...**$ ..**$.*$$$$..****$.*...*$.....*$ 4 0 6 7 8 ....*$ 4 0 10 0 0 5 0 9 0 11 $$$$$$$.*$ $...*$..**$$$$$..*....*$ 4 0 0 13 14 5 0 0 15 0 6 0 12 16 0 *.....*$*......*$*..*$***$ .*....*$**....*$......*$......**$ 4 18 19 0 0 $$.*$*$ 4 21 0 0 0 5 20 22 0 0 6 23 0 0 0 7 17 0 24 0 8 0 5 0 25 golly-3.3-src/Patterns/HashLife/mosquito5.mc0000644000175000017500000000213412026730263015765 00000000000000[M2] (golly 2.0) #C mosquito5 -- a 71-cell pattern with a quadratic growth rate. #C Nick Gotts, 21 Oct 1998 $$$$$$$......*$ 4 0 0 0 1 5 0 0 0 2 6 0 0 0 3 7 0 0 4 0 8 0 0 5 0 9 0 0 6 0 10 0 0 0 7 11 0 0 8 0 12 0 0 0 9 $$$$...*$....*$*...*$.****$ 4 11 0 0 0 5 0 0 12 0 6 0 0 13 0 7 14 0 0 0 $.......*$.....*$.....***$......*$ 4 0 0 0 16 $$**$ 4 0 0 18 0 5 17 19 0 0 6 0 20 0 0 7 21 0 0 0 8 0 0 15 22 9 0 0 23 0 .*****$*....*$.....*$....*$ 4 0 0 25 0 5 0 0 0 26 6 0 0 0 27 7 0 0 28 0 $$$$$$$.....*$ $$$$$*$.*$.*$ ......**$ **$ 4 30 31 32 33 5 0 34 0 0 6 35 0 0 0 7 36 0 0 0 8 29 0 37 0 9 0 38 0 0 $$$$$.......*$ $$$.*$**$.*$ 4 40 41 0 0 5 0 42 0 0 $$$$$$***$ 4 0 44 0 0 5 0 0 0 45 6 43 46 0 0 7 0 0 47 0 8 48 0 0 0 9 0 49 0 0 10 24 0 39 50 11 51 0 0 0 .......*$...*...*$....****$ 4 0 53 0 0 5 0 54 0 0 6 0 55 0 0 7 56 0 0 0 $.....*$......**$$$$.....*$......**$ .......*$.......*$......*$$$$$.....*$ 4 0 58 0 59 4 0 32 0 0 5 0 60 0 61 6 0 0 0 62 $$$$$$$*$ 4 0 0 64 0 5 0 0 65 0 .*$.*$**$ 4 67 0 31 0 4 33 0 0 0 5 68 0 69 0 6 66 0 70 0 7 63 71 0 0 8 57 72 0 0 9 73 0 0 0 10 0 74 0 0 11 75 0 0 0 12 52 76 0 0 13 0 10 0 77 golly-3.3-src/Patterns/HashLife/puzzle.mc0000644000175000017500000000141712026730263015354 00000000000000[M2] (golly 2.0) #C At 2.3e12 (www.tweedledum.com/rwg/gottspuzz.png) this pattern seems #C to have regularized: the last twelve bursts from the left formed #C a geometric progression of trapezoids. But the top two corners #C of the next "trapezoid" are missing, as were several previous. #C To see that the trapezoid progression is exactly doubling, #C click with the up/down scaling cursor on the limit point. #C Bill Gosper, 27 Feb 2006 $$$$$$$*$ 4 0 0 1 0 5 0 0 2 0 6 0 0 3 0 7 0 0 4 0 *$*$ $$....*$.....*.*$......*$ $$*$$.*$.*$.*$ 4 6 0 7 8 5 9 0 0 0 6 10 0 0 0 $$$$......**$.....*$ 4 0 0 0 12 $$$$***$..*$..*$.*$ 4 0 0 14 0 $$$$.......*$$.......*$ .....*$......*$..*...*$...****$$**$$...****$ ..*...*$......*$.....*$ 4 16 17 0 18 5 13 15 0 19 6 0 20 0 0 7 11 21 0 0 8 0 5 0 22 golly-3.3-src/Patterns/HashLife/nick-gotts-2.mc0000644000175000017500000000102112026730263016233 00000000000000[M2] (golly 2.0) #C nikk-nikkm1r90-w4s164 #C by Nick Gotts (see http://nickgotts-eventful.blogspot.com/) $$$$$$$......*$ 4 0 0 1 0 5 0 0 2 0 6 0 0 3 0 7 0 0 4 0 8 0 0 5 0 .....*.*$$....*..*$....**$....*$ 4 7 0 0 0 5 8 0 0 0 $$$$$..*.*$.....*$.*..*$ 4 0 0 10 0 5 0 0 11 0 ***$ 4 13 0 0 0 5 14 0 0 0 6 9 12 0 15 7 16 0 0 0 $$$....*$.....*.*$......*$ 4 0 18 0 0 $$$$$$$*$ 4 0 0 20 0 5 0 19 21 0 $$$*$$.*$.*$.*$ 4 23 0 0 0 5 24 0 0 0 6 0 0 22 25 .*$..*$.*$*$..***$ 4 27 0 0 0 5 28 0 0 0 6 29 0 0 0 7 26 0 30 0 8 17 0 31 0 9 0 6 0 32 golly-3.3-src/Patterns/HashLife/totalperiodic.mc0000644000175000017500000000276212651666400016676 00000000000000[M2] (golly 2.7) #R B3/S23 #C Total periodic, by Bill Gosper. #C #C Without the block, every cell in the universe is aperiodic. #C #C The block starts to delete the nth shuttling glider at time #C 14 - 35 (-1)^n - 2 n +=A0 (1 + 12 n) 3^(2 + 5 n) #C 28478, 13286000, 4778186074, 1537671920812,... #C each time lurching slightly northeast. Thus every cell in #C the universe is eventually permanently vacant. #C #C Neil Bickford has "shewn that" no shuttling glider escapes #C the reflecting walls, although all that is required is that #C infinitely many hit the block. $$$$$$$......*$ 4 0 0 1 0 5 0 0 2 0 6 0 0 0 3 $$$$...**..*$...**..*$ 4 0 0 0 5 5 0 0 0 6 .....***$....**.*$....***$.....**$ $.....*$....***$...*..**$...***$ .....***$.....*$.....*$.....*$......*$ $*$$$*$ 4 8 9 10 11 $$$...***$..*..*$.....*$.*...*$.....*$ ..*.*$ 4 13 0 14 0 $$$...***$...*..*$...*$...*...*$...*$ ....*.*$$$***$****$**.**$..**$ $$$$$....**$...****$...**.**$ 4 16 0 17 18 $$$$..*$.***$**.*$***$ .**$$$$$...*..*$.......*$...*...*$ 4 20 0 21 0 5 12 15 19 22 .**$****$**.**$..**$ 4 0 0 24 0 $$$$$..*$*...*$.....*$ *....*$.*****$$$$$.....**$......**$ $......*$$......*$.......*$ 4 26 0 27 28 $$$$$$$.*****$ $$$$$.....***$....*$ *....*$.....*$*...*$ ....*..*$ 4 30 31 32 33 .....**$.....*$$$......**$*....***$*....**$*......*$ $$$$$*$**$*$ 4 35 36 0 0 5 25 29 34 37 .....**$ $.*$..*$..*$***$ $$$$$.......*$.......*$ 4 0 39 40 41 ....****$$$$$...***$.....*$.....*$ ....*$$$$..**$**.**$****$***$ 4 43 0 44 0 5 42 45 0 0 6 7 23 38 46 7 0 4 0 47 golly-3.3-src/Patterns/HashLife/triple-Snark-wick-extruder.rle.gz0000644000175000017500000005024113151213347021771 00000000000000‹ ¬}]%GrÝ{þŠ6T«ÝÊï,‚aˆ`?л)ns99EÌ µÚïŠsNdÕí鹂´œ¾uëÖGfdĉùÿüô¯ï?üåÇçüî‡w><ÿøôÝñáÓç¿|÷ùýñáéÝÇŸ>Ù‘Ïï?ürüòéÇ¿==ÿÇçç>òôù‡ÏÏO}ÿÝ¿} ÿðÏOOO¿|ºwüüþùÓÓñýÓ»§õÿüü;ø¯Þ}ü·§Ïß½ÿùùéý‡óÔç§ï?á4^ãæé/?¾ÿóóǧóAžßýtþs||þ³ýâÝÓŸ_öó„O?¿ÿøîÇ?Úþç»~ú—óúžÿð”âÓÿùåÃóSZcÿÃÓþîÓù»ó=>>z~÷ñ»žÞ}øó“þüåóûß>Ÿ’wÞÿvŽÄOç¹ÿëßÎÛ?áÔÿþçóöÿ÷OÿrüòÝÏÿøôôŸ?¾?Îgùô”ZŠ¥<}¶°±ËüïïÏS<‡é‡wŸžž?¿ü凧Ÿž:>þíéÝ¿¿{ÿã»óÙÿp¾÷ùóŸß}þüüñÃ9€?þøôñ—Oß¿ûtàüûü4þ_y:>žÿÔ§wߟ_<}ÿþÃûO?Ø¿ÿüéüôñÓçÇÉúîoßW×Û<÷î—OÏO?½ûð7^êó™~8ßùœÜs>‡åÑ}ÿËç_>>óóu~øüùçÿú§?ýõ¯ýãy§¿¾ûÛï¿>ÿüéOç´ýòÓ§?ýûûç¿~>§ú»?þüÃÏÿíç*%ò?Ÿÿôn×ø§:§¤Ö?<ýíü+Žÿp¾ë9ÿôô?òŸþ5å°¥¶§c±ŽÝþûQx¤ìå8ÿJ»ý?>Ûú?œÑýcÀÓÁkdûɲųâ¶}þµ•¿]Ïúy®ýË{ûpðG9îù<ÓþÊû‘Ïßò1cå-âyëÈ«æ2Ÿ<Žgi;û|¢Â—Kþàz™Í?οq­O^òtéó!wÿK÷.ÑF…¯o7çýrÓ_ù8ß?Û3Ÿ/ÁËø-³îV–1ÎqÆ“ý2ÙßÍŒ±8Gç6!æWf$F=þWæå>-áÍyY³ó5;«Ý0VL >Û=².c… Ÿ3Ôy—±á´ó»攃©™\FÃÅlŒF³kÂ(ÕW§ñå,Æ´¿2“64Ó n7ÎÁ)ÝGdŒóQÊyN;?åcã({Ó%ý>áíŤ7l3¿ÏÜ0ƒ¼ÌØì^¯ûê”S„þ÷|¢¿¾PìWç4Ù ¥ø‘tlEkrdÌù¶þÊÊ oˆÀ¨¸voúÛ.iOÒìÏm}‹ó !cÀö‡¥kW¶Ë,£ÛGŒ_®øl/[ÑwüÓ$&®E£¢D‰ß¸d(-Ã^’×±ÈÓxþ™ío{¥s4V“µ88bqŇª/ìIm¤âæÚ"™šÀï0¸&XMxJÜz+Êb`·ü¶ÆEËÑõF‘èšÀ“Š¸žo’]º6S*ýQÀ¶tJKš Lbv>û×:•Œ”^…–à‚Àlãî•y ]7Õq/¨ûœpà¦Îº•gØÈûÛ–t³¹ #ÛÒÅC$L.Ö+o5ì°°±úâ Pã’6¸µðÀ8ŸƒŸ$!/–­÷Z]“=HlL3¼à]x#Nܤ8Ö„ûÙ|×?”/h¶q‘©Þº NLij·¾ñ)9ì89ÑÒõ©²ÛžZÊÞÐÔþ:ç«ž‹˜‘3JòkÉH¡èu³udr‡;?žßa^»=i\ÏK5»D„*ëç¯ÏQ…Èu»PMxª¶™-áú=¿‰¸¯IÚ˜K+I¨Ÿ©Oc©>¯Â`ëÝb-Óð_âßÜŠ=H+SínL^XÍSJµ V}>5ÊÚ1³{3Z瑶SøŸŒ3Ò7ÈÈœj}‰WÀÿV7F*wþè¼ .ŸcnÆÊé°H0A=c\ð[ªéj¿¥ܨ°F؉äúw\›kA †¶­¸¬ÙÀˆY¦TB‡ŒÇf7Tñx×D=•dè_à®8Kƒ?¬²¾¦èË]ba5¤™|­„¥›(™üBpíSò?±äº­æ%>æjÙ)ȵðð¸L¤!nxªÇ⪊ÑE²CKà *Ã.P’;qFN¦Ú1Χfkà¸è´<ÆoÚO¡çô¯«¸iÁJF{òó﬿ÏÑ/\;!íïC+ù4Hf171VŒÀ¹’´nêe ¹†¨þnÈÄìÆi§ë »±JǸíÝxô^¤úðÖ\ãø=óy #hOì Úfï ¼‚9´1 p~AlÃdJAƒÛ6{"èùMr<¥¹s*òµ]¹Ør;€¥š[¢óX§Ž\l+ô[ÜôŒçªlƒªŸsfWšÇuÓKâ¾1i€¨Å•–Ñž?®ýZ‹CŸ1+ªeLUœõZçÛh`²©0q&@Áù·Ý‡a&à¸n`ËQU.È4¤„X­á)M5Ÿc®À0ñ¶ŒMëöÆ6èK‘:a­¼†éZ–Å.CËnSmØÚ†M6Ä6—… tIƒ£ žy ;ɸŸj>0Uöt°ý)_ s…|óåào„DÜ“„‡ãJÿbÓF»¾6ÉÜyØ}.û˜Ïkƒ`Ça"»ë¡º:Ïh4€xpšìH Š&Øëƒê…Ú‡°/QŠìmhúrÇœ›ìQ ¾_ˆuÖ©¡ðøÍŸ¶ ò%»g‡í4€ÉΡåºK͆[¶2l ›uØ^6BŸà©OMÿG~ù bOnR܆¶F¼Õâ\îD]¶¨ÃùÁ†«p@¸ä ÞÌDõYºû©vAd›s. 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S¸m­}¬Z|àã‚Q“xfÞݽá:Ì ÷l¶ssŸ{Ù|N¸slKLö5ß]a¡bÞ^)ó)úó§bÅ)`WÙm¼uo ?n.Ûß0Ü*ø=4’ÐdÃe‡í£†LÍ¡™pIç†K#ÛÇÙëU~¬¡uáõ¡!Øï©ÞpÑä†û¥ƒo„"m: lH‚âòÒ ¯›b1l.ŽÜp…å†ûM¥ÁlàâÍö‘; |URÿ…ÚØ¥£qXûu.ÒÇv ç¹I1`8XýƒwQ ;†47ÜÆØ>6-F°;. m‡óó#ƒzñnç‹ñF ¯rÞp*ŠñžÕ Ëm¸Æ´}ìZ\ðoÐÀxoœ£¸—ëµëuÀ­¸*¶}qpQá†W8¶t—ª£$ ‹¶#Nî<³áe{[¶›kðgã‹:í18÷ëm¸e±}(%A‰ >Æ}§íCáƒÇ•Á¾xñnûPøàqáÂÔ ×$n¹(|ð»pm膗&·E 8òm¸®}ì7Èm¸õàáB³ o‰Üpÿžcx°+nÒÛp‰žKL `c|3æ½s>^ŒÝ>² ÖÆK»Ú‡B·÷ìm¸’oÃÕxR|JóÃÆûá®?G'/ëÕ­RhmG ø¡z…ÂΫÝÚð4Fƒe2x:ƒ§Q|²úOã@}Û솫þ–ðë_®ñÛð^ß 7íµƒÅxƒá†{ 7\=¸•uÑ⌂TX“WûXóÓªp\Œ§+ŸK)˜™e\›ÛGÖbŒ™Xc™µüÉÚú/YÝpbûÐæ`XÜ°·É•£X—émÜZÀ­,æz·p+KHÅR¼9¬5Þü¹áþ¿öqj1É‚Ë[=<Câ2» ·Ïmxõ­»¼4ð4®½CÁÿ¤Ž_h-golly-3.3-src/Patterns/HashLife/hashlife-oddity1.mc0000644000175000017500000000077612026730263017170 00000000000000[M2] (golly 2.0) #C Forward-shooting switchengine interacts with a dirty Schickoidal #C backrake to produce complex long-term behavior. #C Bill Gosper, 26 February 2006 $$$$$$$***$ 4 0 0 1 0 5 0 0 2 0 6 0 0 3 0 7 0 0 4 0 $$$...*$....*$.....*$....*$...*$ .....***$ 4 0 6 0 7 5 8 0 0 0 6 9 0 0 0 $....*$.....*$*....*$.*****$ $$$$$$$......**$ 4 0 0 11 12 $$$$$$$**$ 4 0 0 14 0 .....*$$.**..*$.***$.**..*$$.....*$......**$ 4 0 16 0 0 .*$.*$*$$*$.*$.*$**$ 4 18 0 0 0 5 13 15 17 19 6 0 20 0 0 7 10 21 0 0 8 0 5 0 22 golly-3.3-src/Patterns/HashLife/ruler.mc0000644000175000017500000001070112026730263015150 00000000000000[M2] (golly 2.0) #C This produces groups of LWSSs headed west, with gaps of fixed size #C between them. The lengths of the groups form the 'ruler' sequence, #C 1 2 1 3 1 2 1 4 1 2 1 3 1 2 1 5 ... (Sloane's A001511). The first #C group of length n is emitted about generation 96*2^n. The pattern #C uses a Corderman eater puffer found by Paul Tooke (Jan 2004), a #C p48 glider gun by Noam Elkies (Jun 1997), a p8 glider reflector by #C Noam Elkies (Sep 1998), and a p24 LWSS puffer (source unknown). #C Dean Hickerson, 4/20/2005 $$$$$$$.*$ 4 0 0 0 1 5 0 0 0 2 6 0 0 3 0 7 0 0 4 0 8 0 0 5 0 $$$$**$*$ 4 0 7 7 0 .......*$$.......*$.......*$ *.**$$*$$.*$.*$ $$$$$$......**$......*$ ...*$***$$$***$***$.**$ 4 9 10 11 12 ......**$ *$$$$$$.......*$.......*$ $......**$......*$.......*$ 4 14 15 0 16 5 8 13 0 17 $$$$$$**$**$ *$ $$$$$$$...**$ 4 19 0 20 21 $.......*$......*$.....*$$...**.*$....*.*$.....*$ $$*..**$.****$*$ 4 0 0 23 24 5 0 0 22 25 $$$$$$$.......*$ ...*$ ......**$.....*.*$....***$......*$.......*$ $*$.*$*.*$.*.*$*..***$.**.*$..**$ 4 27 28 29 30 $$$.......*$.......*$.......*$$.....***$ .....**$......**$ 4 0 32 0 33 ..*...*$.....*.*$......**$..**$.*.*$.*.....*$**.....*$ 4 0 35 0 0 $$$$$*$*$ 4 37 0 0 0 5 31 34 36 38 6 18 26 0 39 $$....**$...***$*.*.**$.**$ 4 0 0 41 0 5 0 0 42 0 $$$.*$..*..*$.**.*.*$.....*$ $$$$.....*.*$....**.*$....**.*$...*$ ....*$....*$ 4 44 45 0 46 $$$$$*$ 4 48 0 0 0 $$$$$.**$.*$ $$$...**$...*$ 4 0 50 51 0 5 47 49 52 0 $$$$****$*...*$*$.*$ 4 0 0 0 54 5 0 0 0 55 6 43 0 53 56 $$...**$...*..**$....**$......**$..***.*$.*..***$ $$*...**$***..*$...**$***$*.*.***$..***..*$ .**$...****$...*..*$$....*.**$..*.*$.*...*$....*$ ......**$..****$..*..*$$.**.*$....*.*$...*...*$....*$ 4 58 59 60 61 $$$$**.**$.*.*.*$.*..****$*.**...*$ $$.....**$......*$......*$.....**$......*$......*$ *.*....*$*.*...*$*.....*$*.*..*$*.*.*$*..*$**.*.*$...*.***$ 4 27 63 64 65 .*$.*.**.**$..**$.....*$$$..***$..***$ .......*$.**.**.*$*....**$...*$$.*$$***$ ..**$.*$***.*$....*$.**..*$..*...*$.....*$ 4 67 68 69 0 5 0 62 66 70 ****$.....**$*..**.*$..*...*$**....**$.*.....*$*..*.*$**.*..*$ .*.**.*$.*.*..*$..*..**$ 4 9 72 0 73 *$*...*.*$**.*..*$.*.*$......*$...*.*$*.**$*.*$ $$$....*$...***$...***$$....***$ *.*....*$.*.....*$$$...**$...*..**$....*.*$...**..*$ *.******$...*.*.*$****...*$..*$..*$.**$****.*.*$....***$ 4 75 76 77 78 .....*.*$.....*$......**$ $*$ 4 80 81 0 0 5 74 79 0 82 6 0 71 0 83 $$.....**$.....*$......**$$....***$...*..**$ $$.**$.*$ ...**$.....***$.....*$$......*$....*.*$...*...*$......*$ 4 0 85 86 87 $$$$$.....**$.....*$ $$$$...**$...*$.*.*$.**$ 4 0 89 90 0 ...*$...*.**$....**$.......*$ $$$$......**$.......*$.......*$ $$$$$$.*$**.....*$ 4 0 92 93 94 5 0 88 91 95 $$..*...**$*****..*$.....**$*****$*.*.*.**$*...***$ $$$$$$*$.*$ $*...****$*...*..*$$**.**.*$......*$.....*$......*$ **$$$$$*$.*$ 4 97 98 99 100 $**.**.**$..*....*$.....*$$$......**$***...**$ .*$.*$*$$......**$.....*.*$*..****$*..*...*$ .......*$$......*$......*$.....*$....*$*....*$*$ *..*$.*..*$***.*$.....*$**....*$*......*$.....*.*$...***.*$ 4 102 103 104 105 $$$$.**$.*$.*$*.**$ ......**$.......*$......*$ *.*$*.*$..*.**$*.*.*$*.*.*$..*.**$.**.*$....*$ $$$$$$...****$..*...*$ 4 107 108 109 110 5 101 0 106 111 *.**$...*$***$*$*.....**$**.**..*$***.*.*$...*..**$ 4 0 0 113 0 .......*$$$......*$......*$......*$$....***$ .......*$.......*$$$...**$...*..**$....*.*$...**..*$ 4 0 115 116 78 ...*.*$..*..*$...**$ 4 118 0 0 0 5 114 117 119 82 .*$....*.*$....*..*$.......*$....*$.....*.*$.......*$ ..*....*$..*.**$.**.*.**$.*..*$...**$...*$*.*..*.*$*.*.*..*$ *.*.*.**$.*..*..*$....**$ 4 121 122 113 123 ****$$..**$*..*$.**$.*$..*$.**$ ......*$.....*$ .*$.*$*$ 4 125 126 127 0 5 124 128 119 0 6 96 112 120 129 7 40 57 84 130 $$$..****$.******$.****.**$.....**$ 4 0 0 132 0 $$$....*$...**$...**..*$ $.......*$.......*$*..*$*...*$....**$*...*$*..*$ $$$.******$*.....*$......*$.....*$ .......*$.......*$ 4 134 135 136 137 **$***$*.**$.**$$$$.**$ *.**$***$**$ 4 139 0 140 0 5 133 0 138 141 6 0 0 142 0 $$$$$..*$.**$.*.*$ ...*$....*$*...*$.****$ 4 0 144 145 27 $.......*$......**$......**$ $***$****$**.**$..**$ $$$$$$$*$ ..*....*$..*...**$.....*$.**...**$*.*....*$ 4 147 148 149 150 .....**$.*...***$..*...**$*..*$..*...**$.*...***$.....**$.......*$ $.......*$$..*$...*****$ $$*$*$*$ 4 81 152 153 154 **$*$......*$.......*$$*$**$*$ ...*$....*$....*$*****$ 4 156 157 0 0 5 146 151 155 158 $$$$$$.....***$....*$ $$$$$$*$*$ *$**..*..*$.**$**..*..*$*$....*$.....***$ *$$$$*$*$*$ 4 160 161 162 163 5 164 0 0 0 6 159 165 0 0 7 143 0 166 0 8 131 167 0 0 9 0 6 0 168 golly-3.3-src/Patterns/HashLife/metacatacryst.mc0000644000175000017500000000216212026730263016665 00000000000000[M2] (golly 2.0) #C metacatacryst -- a 52-cell pattern exhibiting quadratic growth. #C Found by Nick Gotts, December 2000. $$$$$$$......*$ 4 0 0 1 0 5 0 0 2 0 6 0 0 3 0 7 0 0 4 0 8 0 0 5 0 9 0 0 6 0 10 0 0 7 0 11 0 0 0 8 12 0 0 0 9 13 0 0 0 10 14 0 0 0 11 15 0 0 12 0 16 0 0 13 0 ......*$....**$...*$...*$...*$...*$ 4 15 0 0 0 $$$$$......*$$......*$ 4 0 0 0 17 .......*$ 4 0 19 0 0 5 16 18 0 20 $$$.*$**$.*$$*$ 4 0 0 22 0 5 23 0 0 0 6 21 24 0 0 7 25 0 0 0 $$$$$**$.**$.*$ 4 27 0 0 0 5 0 0 0 28 $$$$..*$.*.*$...*$....*$ 4 30 0 0 0 5 0 0 31 0 6 29 0 32 0 7 0 33 0 0 8 26 0 0 34 9 35 0 0 0 10 36 0 0 0 11 0 37 0 0 12 0 38 0 0 13 0 39 0 0 $$$$$$$.*...*$ ..*.*$*..*$*$*$ 4 41 0 42 0 5 43 0 0 0 6 0 0 44 0 $$.......*$$$.....***$ 4 0 46 0 0 5 0 47 0 0 .*$*$$*$.*$ 4 49 0 0 0 5 50 0 0 0 6 48 51 0 0 7 45 0 52 0 8 53 0 0 0 9 0 0 54 0 10 55 0 0 0 11 56 0 0 0 12 0 0 57 0 13 0 0 58 0 14 0 40 59 0 15 60 0 0 0 $$..**$.**$..*$ 4 0 62 0 0 5 0 0 63 0 6 0 0 64 0 $$$$.......*$ $.*$*.*$*$ 4 66 67 0 0 5 0 0 0 68 6 69 0 0 0 7 0 65 0 70 8 0 0 71 0 9 0 72 0 0 10 0 0 73 0 11 74 0 0 0 12 0 75 0 0 13 76 0 0 0 14 0 77 0 0 15 0 78 0 0 16 61 79 0 0 17 0 14 0 80 golly-3.3-src/Patterns/HashLife/wedge-grow.mc0000644000175000017500000000216512026730263016073 00000000000000[M2] (golly 2.0) #C 26-cell quadratic growth pattern: a forward-glider-producing switch #C engine repeatedly overtakes a crystal formed by collision with #C sideways gliders produced by a c/12 rake assembly. When the #C switch engine reaches the crystal, a reaction produces an #C orthogonal block-laying switch engine and restarts the crystal #C production at the c/12 rake boundary. #C Nick Gotts, 17 March 2006 -- closely based on Bill Gosper's #C 41-cell O(t ln t)-growth pattern from 11 March. $$$$$$$.**$ 4 0 0 1 0 5 0 0 2 0 6 0 0 3 0 7 0 0 4 0 8 0 0 5 0 9 0 0 6 0 10 0 0 7 0 11 0 0 8 0 12 0 0 9 0 13 0 0 10 0 14 0 0 11 0 **$.*$ 4 13 0 0 0 $$$$$$$.......*$ 4 0 0 0 15 $$$$$$*$.*$ 4 0 0 17 0 5 14 0 16 18 .......*$......*$ 4 0 20 0 0 5 21 0 0 0 6 19 0 22 0 7 23 0 0 0 8 24 0 0 0 9 25 0 0 0 10 26 0 0 0 11 27 0 0 0 12 28 0 0 0 13 29 0 0 0 $...*...*$....*.*$.....*$ 4 0 31 0 0 5 0 0 0 32 $$.......*$$$$.......*$ 4 0 0 0 34 5 0 35 0 0 $$$*$.*$*$$.***$ 4 0 0 37 0 5 38 0 0 0 6 0 33 36 39 $$$*$*$*$ 4 41 0 0 0 5 0 0 42 0 6 43 0 0 0 7 0 0 40 44 8 0 0 45 0 9 0 46 0 0 10 0 0 0 47 11 0 48 0 0 12 0 0 0 49 13 0 0 0 50 14 30 0 0 51 15 0 12 0 52 golly-3.3-src/Patterns/HashLife/logarithmic-width.mc0000644000175000017500000005527212026730263017452 00000000000000[M2] (golly 2.0) #C Patterns whose population grows logarithmically have #C long been known, but this is believed to be the first pattern #C whose *diameter* grows logarithmically. It is based on a #C blinker puffer that can be deleted by its own output (a blinker), #C or push a block out by 8 cells. #C #C By Jason Summers with Gabriel Nivasch, 16 Aug 03 #C #C Analysis by Dean Hickerson: #C #C Let g(n) be the generation in which the leading puffer is in the #C same position as in gen 0, the block is 8n units to the right of #C its initial position, and there are no blinkers in between. I.e., #C the puffer is on its way to push the block from position n to #C position n+1. g(n) is always a multiple of 240; the first few #C values are: #C n 0 1 2 3 4 5 6 7 8 9 10 #C g(n) 0 240 720 1440 2400 3840 6000 9120 13680 20400 30240 #C g(n)/240 0 1 3 6 10 16 25 38 57 85 126 #C #C Letting h(n)=g(n)/240, we have the recurrence #C h(n) = h(n-1) + h(n-3) + 3. #C #C Also, #C h(n) = round(C * R^n) - 3, #C #C where #C R = (2 + cbrt(116 + 12 sqrt(93)) + cbrt(116 - 12 sqrt(93))) / 6 #C ~ 1.465571231876768026656731225219939108025577568472285701643 #C #C and #C C = 1 + cbrt((13113 + 151 sqrt(93))/17298) + #C cbrt((13113 - 151 sqrt(93))/17298) #C ~ 2.82110012372929333835936935875070702572316547898891137253679 #C (C satisfies 31 C^3 - 93 C^2 + 16C - 1 = 0.) #C #C Since the diameter in generation g(n) is 8n + O(1), we find that #C the diameter in gen t is asymptotic to A * log(t), where #C A = 8/log(R) #C ~ 20.92898063664810844728999060141708775230924963625537466402 $$$$$$$....**$ 4 0 0 1 0 5 0 0 2 0 6 0 0 0 3 7 0 0 0 4 8 0 0 0 5 9 0 0 6 0 10 0 0 7 0 11 0 0 8 0 $$$$$$$.**$ 4 0 0 0 10 ....**$....**$$$$$$...***$ .**$ $...*.*$..*****$.**...**$.**...**$$$....*$ 4 12 13 14 0 5 0 11 0 15 $$$$.....*$.....*.*$......*$......*$ $$$$......*$......*$*.....*$.*$ 4 0 0 17 18 $$..**$.***...*$**.....*$.*....*$**$.***$ $$.*.....*$...*...*$$....*$...**..*$.......*$ 4 0 0 20 21 ......*$.....*.*$.....*$ *$$.......*$$.......*$ ......**$.....***$....****$...**$....****$.....***$......**$ **$***$****$...**$****$***$**$ 4 23 24 25 26 ..**$$$**$*.....*$......*$......*$.......*$ $$$.....**$*....*$.*....*$.*.....*$**$ $.....**$.....**$....*$....*.**$.....***$......*$ ***$***$.**$ 4 28 29 30 31 5 19 22 27 32 6 0 0 16 33 $$*$*$$*$.*$.*$ 4 0 0 35 0 *$$$*.**$...*$..*$**$ $$$$$$.......*$.......*$ $$$$.*$*.*$...**$...**$ 4 37 0 38 39 $$$$$$$**$ 4 0 0 41 0 5 36 0 40 42 6 0 0 43 0 $$$$....**$....**$ $$......*$....*.*$..**$..**$..**$....*.*$ $$$$$**$**$ ......*$$$.....*$....*.*$....**.*$....**.*$....**.*$ 4 45 46 47 48 ..**$$.*$.*$.....*$..*$....**$ $$$$$$*$ 4 50 0 51 0 ....*.*$.....*$$$$$$......**$ .......*$ 4 0 53 0 54 $$***$***$$$$...**$ $......**$......**$$$......*$.....**$.....*.*$ ****$***$.*$$$$$.....**$ $$$$$$$.....**$ 4 56 57 58 59 5 49 52 55 60 $$$$$$$.....*$ 4 0 0 0 62 .......*$......*$.....*$......*$.......*$ *****$.....*$......*$.....*$*****$ $$$......*$.....***$**..*..*$**..**$ $$$......*$*.....*$*$$.*$ 4 64 65 66 67 .....*$....*.*$.....*$.....*$.....*$.....*$....*.*$.....*$ $$$$*$.**....*$.**....*$.**$ .....*$$$$$*$*$ 4 0 69 70 71 5 0 63 68 72 .....**$$.**$.**$ ....***$.....**$ 4 74 75 0 0 5 0 76 0 0 $$**$**$ .*....*$.*....*$ 4 78 79 0 0 *$ 4 81 0 0 0 5 80 82 0 0 6 61 73 77 83 ...**$*.*$.*$ 4 54 85 0 0 **$ 4 87 0 0 0 5 86 88 0 0 $$$$$.......*$$.......*$ 4 0 90 1 0 $$$$$..*$...*$...*$ ****$ $...****$..*...*$......*$..*..*$ 4 92 0 93 94 ....**$$$$$$....***$...**.**$ ...**.**$...*****$..**...*$ $$*$ 4 96 0 97 98 $$$$$..*$.*.*$.**.*$ 4 0 0 100 0 5 91 95 99 101 ...*$..**$..*.*$ $..**$..*.*$..*$ 4 0 0 103 104 .**.**$.**.*$.*.*$..*$......**$......**$ .**$.**...**$......**$ ......**$......**$$$$....**$.....***$......**$ *$*$$$$.**$**$*$ 4 106 107 108 109 $.*$*.*$$$***$***$.*$ $$.*$***$***$$$*.*$ 4 0 111 0 112 .......*$.***$.*$..*$ $....***$$....*.*$...*****$..**...*$..**...*$ $$$$$*$*$ 4 114 0 115 116 5 105 110 113 117 6 89 102 0 118 7 34 44 84 119 $$$$$$$....*$ 4 0 0 0 121 ...***$..**.**$.***.***$.***.***$.***.***$.***.***$..**.**$...***$ ....*$ 4 0 123 0 124 5 122 0 125 0 6 0 0 0 126 $$.......*$......*$$.....*$.....*$ $***$...*$....*$$.....*$.....*$ 4 0 0 128 129 ......*$.......*$ ....*$...*$***$ $....*.*$....**$.....*$ 4 131 132 0 133 5 0 130 0 134 ....**$$$$.....*$....***$...*...*$..*.***$ $$$$$$$*$ ...*****$$$$$$....*..*$....*.*$ 4 136 137 138 51 ...**$..**$..**.*$...***$$$....**$.......*$ $$$$$$.**$ ....*$.....**$......*$.......*$.......*$ ..*$**$*$$.....**$.....**$ 4 140 141 142 143 $$.......*$......*$......*$......*$.......*$ $**$.*$.....***$.*..*..*$.....**$.*$**$ 4 0 0 145 146 5 139 0 144 147 ......*$.....*$.....***$ 4 0 0 149 0 $...***$$$$$.....*$....*.**$ $$$......**$......*$.**....*$*..*$.**....*$ ...*...*$...*****$..**...*$...*****$....***$.....*$ ......*$......**$*$ 4 151 152 153 154 $$$$$$....**$....**$ 4 156 0 0 0 5 150 155 0 157 $......**$......**$$*$**$***$**$ $$$$$.**$.**$ 4 159 160 81 0 $$$$$$$......*$ $$$$$$$.*....*$ ....***$......*$ .******$.*....*$ 4 162 163 164 165 5 161 166 0 0 6 135 148 158 167 $$$$$$....**$...*.*$ 4 0 0 0 169 $$$$$.*******$.*.****$.*******$ $$$$$$$*.*$ 4 0 171 0 172 $$$$$*$*$*$ .....*$$$$$$...**$....**$ $$$$$....*$....**$...*.*$ ...*$ 4 174 175 176 177 5 0 170 173 178 .....*.*$......*$......*$......*$.....*.*$.....*$ $$$$....***$...*...*$..*$..*$ $$$$$$*$*$ 4 0 180 181 182 $*....**$.*...**$*$ 4 184 0 0 0 5 63 0 183 185 *...*$....*$*....*$....*$*...*$*.*$ 4 0 187 0 0 $.......*$.....*$....*$....*$....*$.....*$.......*$ $*$*$....**$...*$....****$*$*$ 4 189 190 0 0 5 188 191 0 0 .....*$...*...*$*...***$.*...*$.*$*$....**$....**$ 4 193 0 0 0 5 194 0 0 0 6 179 186 192 195 4 90 92 0 93 4 0 0 94 0 $$$$$$$...*.*$ 4 0 0 0 199 4 0 0 172 0 5 197 198 200 201 *.*..*$...*.*$ $$$**$**....**$ $..*.*$.*..*$**.....*$...*...*$**.....*$.*..*..*$..*.*$ 4 54 203 204 205 *..*.**$*.*$ $$$$.**$*.*$..*$ $$**$**.**..*$...*...*$.*$*......*$ $$$*$.*$..*$..*$..*$ 4 207 208 209 210 .......*$.......*$ .*$*$ 4 212 213 0 0 5 206 211 0 214 6 0 202 0 215 7 127 168 196 216 .*$ 4 0 218 0 0 $.....*$......**$$$$....*..*$....**$ $$$$*$ 4 220 221 0 0 5 219 222 0 0 6 0 223 0 0 7 0 224 0 0 8 120 217 225 0 $$$$$$$...*$ ..*.*$.*.**$**.**$.*.**$..*.*$...*$ $$.......*$.......*$ 4 227 0 228 229 $$$$$$$...**$ ...**$$*$*$.....**$ 4 231 0 232 0 5 0 0 230 233 $....*.*$.....**$.....*$$$$.*$ .***$.*$ ....*$.....**$....**$.....**$......**$......*$.......*$ 4 235 0 236 237 $.**...**$..*****$..**.**$..**.**$...***$ $$$$$*$ $...**$.*..*$*$*......*$*$.*..*$...**$ 4 239 0 240 241 $$$.***$*****$***.**$...**$ 4 0 0 243 0 ......*$....***$ 4 62 0 245 0 5 238 242 244 246 $$$*****$.....*$**...*$....*$ 4 0 0 248 0 5 249 0 0 0 6 234 0 247 250 4 0 0 0 172 5 0 0 0 252 $$$$$.......*$.....*$....*$ $$$$$*$*$....****$ 4 0 0 254 255 $$$$$....**$....**$*$ 4 0 0 257 0 5 0 0 256 258 $$......**$......**$ 4 0 260 0 0 4 0 187 0 171 5 261 262 0 0 ....*$....*$.....*$.......*$$...*.*$....**$....*$ ...*$....**$*$*$ $$$$...*$....**$...**$ 4 264 265 174 266 .*$.*...*$*...***$...*...*$.....*$..*$..*$...*...*$ ....***$ 4 268 116 269 62 $$$.......*$.......*$ 4 0 271 0 0 $$$*$*$ 4 273 180 0 243 5 267 270 272 274 6 253 259 263 275 $$$$$$**$.**$ $$.......*$......**$ 4 277 0 81 278 $$.**$*.*$$..*$.*$ $....*.*$..*...*$..*$.*....*$..*$..*...*$....*.*$ 4 0 0 280 281 .....*$.....*.*$......**$$$$.....**$.....*.*$ $.......*$....****$...****$...*..*$...****$....****$.......*$ 4 1 0 283 284 5 0 279 282 285 $$*$$*$ 4 0 0 287 0 $$$.***$ 4 0 0 0 289 $$$$$$$.......*$ $$$$$$$..**$ 4 0 0 291 292 5 288 0 290 293 $......**$......**$.....*$....*$.....*$......**$ $*$*$.*$..*$.*$*$ $$$$$..**$..**$ 4 295 296 297 0 $*$ 4 212 299 0 0 ......**$......**$ 4 301 0 0 0 5 298 300 302 0 $......**$......*$.......*$ ...*****$..*.***$...*...*$....***$.....*$ $*$$$$.**..**$.**..**$.....**$ 4 0 304 305 306 ......*$*......*$ ..***..*$..**$ ......**$......*$......*$..*$..**$...**$...***$...**$ $*$$......*$......*$......*$ 4 308 309 310 311 .....**$.....**$ 4 313 0 0 0 ..**$..*$ 4 315 0 0 0 5 307 312 314 316 6 286 294 303 317 4 0 90 0 0 $$$$$$$**..*$ 4 0 0 320 0 $$......**$....*$...*$..*$..*$..*$ 4 0 0 0 322 5 0 319 321 323 $$$.*$..*$...*$...*$...*$ $$$$$......**$.....*.*$.......*$ 4 0 0 325 326 $.***$ .......*$......**$.....***$......**$.......*$ 4 0 0 328 329 5 95 0 327 330 **...*$**..*$ $..**$.***$**$.*....*$**.....*$.***...*$..**$ $$$...**$....*$$...*$.*$ 4 332 0 333 334 ...*$....*$......**$$$$$.....*$ $**$**$ ....*.*$....**.*$....**.*$....**.*$....*.*$.....*$ 4 0 336 337 338 5 335 339 0 0 ..*$.*$$$$......**$$.......*$ $$*......*$......**$....**$......**$.......*$ $*.*$..*$$.*$.....**$..*....*$*.*$ 4 341 116 342 343 $$.......*$......**$.....***$....*.*$....**$ $$$*$**$*.*$.**$ $.......*$......*$..**..*$..**...*$......**$......**$......**$ $$*$*$ 4 345 346 347 348 5 344 349 0 0 6 324 331 340 350 7 251 276 318 351 $*$.*...**$*....**$ $$$$$$.*..*$.....*$ 4 353 0 354 0 5 0 0 355 0 6 0 0 356 0 $.......*$.......*$ ......**$*.....*$*.....**$.......*$ 4 0 291 358 359 5 0 0 0 360 $$$$$$..*$***...**$ $$$$......**$......*$.......*$ **...**$.*...**$**....*$***...*$..*$ .......*$*.**..*$*.**..**$**$ 4 362 363 364 365 $$$$$*$**$***$ $$$$.....**$.....**$$.**$ **$*$$$$$$*$ .**$$$$$$......*$.....***$ 4 367 368 369 370 5 0 0 366 371 $$$$...*$.**.****$...*$ $$$$*$.**$*$ 4 373 374 0 0 .**$**$ ....****$...**$....****$....*$.....*.*$......*$ $*$.*$**$ 4 376 377 0 378 4 0 0 243 354 5 375 379 0 380 6 361 372 0 381 .*...*$..****$$$..***$.*****$.***.**$....**$ 4 383 0 0 0 ***$.*.*...*$.*..*..*$.*.*$***$*$ $*$*$ 4 137 0 385 386 5 384 0 387 0 $$$$......**$$.....*$ 4 0 0 0 389 5 0 0 0 390 4 0 0 0 229 .....**$$$$$$$..**$ $.......*$*.....**$*......*$ ..**$*$*$*$..**$..**$ 4 0 393 394 395 $$$$$..**$.**$...*$ 4 0 0 397 292 5 392 396 122 398 6 388 391 0 399 $$$$$....*$...*.*$.**...*$ ....**$....**$$*$.**$$...*$ .**...*$.**...*$...*.*$....*$ 4 47 401 402 403 $$$...*$.**$..**$ ....*.*$...***$..***$...***$....*.*$.....**$ 4 0 59 405 406 5 0 197 404 407 4 0 383 0 0 $..**$.*..****$..**.***$ $$$$.....*$.....***$.....*$ 4 0 0 410 411 $$$$*.**.*$*.**.***$*.**.*$ $$$$*$*$*$ 4 0 0 413 414 5 198 409 412 415 *.**$$$$$.**$ $$$..*.*$..**$...*$ $$$.....**$.....**$ 4 417 418 419 0 $$$$$...*..*$...****$...*..*$ $$$$$**.*..*$**.****$**.*..*$ 4 421 422 0 0 5 420 423 0 0 $$$$$$.......*$......*$ ....**$....**$ .....***$....***$.....***$......*$.......*$ 4 0 425 426 427 $$....**$...*.*$.....*$ ....**$...*..**$....***$*....**$*......*$ ..*$.*.*$*...*$*...*$*...*$.*.*$..*$ 4 182 429 430 431 5 428 432 0 0 6 408 416 424 433 7 357 382 400 434 $...**..*$...**..*$.......*$ ....**$*....**$*....***$*....**$....**$....*$ $$$$$....**$....**$ 4 436 437 0 438 $$$$......**$......*$ ..*.*$..*$$$$*$*$**$ $$$$.*$..**$..**$..**$ 4 440 441 271 442 .*$$.....*$....*.*$...*...*$...*****$..**...*$...*****$ ....***$.....*$ 4 212 444 0 445 5 439 443 0 446 $$.....**$.....**$ 4 0 448 0 0 5 0 449 0 0 6 0 447 0 450 $$$$..*$..*$..*$ 4 0 0 452 0 $$$$$$..**$.**$ ...*$$$$$....**$...*.*$..***$ 4 51 454 10 455 $...*$.**.****$...*$ $*$.**$*$ $$$$..**.*$**.*.*$**.*.**$.....**$ $$$.*$.****$..****$..*..*$..****$ 4 457 458 459 460 5 453 0 456 461 $$$$$...**$...**$ 4 0 0 463 0 5 0 0 464 0 .***$..***$...*.*$....**$ 4 13 466 0 0 ....**$ .****$.*$ 4 468 469 0 0 5 467 470 0 0 6 462 465 471 0 7 451 472 0 0 8 352 435 0 473 9 226 474 0 0 $...***$...***$..*...*$.*.....*$..*...*$...***$ 4 0 45 0 476 5 0 0 0 477 $$$$$$....**$**.*..*$ $$$$.**$.*.*$....*$.*..*$ **..**$ ....*$.*.*$.**$......*$....**$.....**$ 4 479 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2bo45bo$1590bo621bo26bo23bo$2063bo156b2o89bo$2221bo$2063bo155b o7b2o5b2o5b2o5b2o61bo$2185b2o5b2o31bo3bo3bo2bo3bo2bo3bo3bo$2063b o113b4obobobo5bobobob4o23bo3bobob3o5b3obobo3bo59bo$1630b2o544b 3obobob2obo3bob2obobob3o22bo5b2o2b3ob3o2b2o5bo$1630bobo430bo112b o3bobo13bobo3bo22b2ob3o15b3ob2o59bo$1630bo546bob3o5b2ob2o5b3o bo23bo25bo$2063bo113b2o21b2o24bo3bo15bo3bo60bo$2177b5o15b5o25b o2bo15bo2bo$2063bo116b2o15b2o112bo2$2063bo247bo$1672bo$1671b2o 390bo247bo$1671bobo$2063bo247bo$2219bo5b2o5b2o5bo$2063bo153bo 2b2ob2o2bo3bo2b2ob2o2bo69bo$2215b3o4bobo3bobo3bobo4b3o$2063bo 151b2o2bo2b3ob2o3b2ob3o2bo2b2o67bo$2215b3o2b3o4bo3bo4b3o2b3o$ 1712b3o348bo152bobo2bo15bo2bobo68bo$1712bo504bo23bo$1713bo349b o247bo2$2063bo247bo2$2063bo247bo2$1754b2o307bo247bo$1753b2o$1755b o307bo247bo2$2063bo146b2o99bo$2176bo3b3o5b3o3bo15b2o$2063bo109b 2ob5ob2o3b2ob5ob2o113bo$2171bob2obo5bobobobo5bob2obo$1795b2o266b o106bo3bobo3b5ob5o3bobo3bo110bo154b2o$1795bobo376b3o5b2o3b2o5b 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o247bo$1960b2o339b2o$1960bobo100bo236bobo8bo$1960bo341bo$2063b o247bo2$2063bo247bo2$2063bo247bo$2002bo257bo$2001b2o60bo196b2o 49bo$2001bobo255bobo$2063bo247bo2$2063bo247bo2$2063bo247bo2$2042b 3o18bo154b3o90bo$2042bo177bo$2043bo19bo155bo91bo2$2063bo247bo 2$2063bo247bo2$2063bo20b2o225bo$2083b2o$2063bo21bo225bo2$2063b o97b2o5b2o5b2o5b2o127bo$2159bo3bo3bo2bo3bo2bo3bo3bo$2063bo95b o3bobob3o5b3obobo3bo125bo$2159bo5b2o2b3ob3o2b2o5bo24bo3b3o5b3o 3bo$2063bo61b2o32b2ob3o15b3ob2o21b2ob5ob2o3b2ob5ob2o79bo$2125b obo31bo25bo19bob2obo5bobobobo5bob2obo$2063bo61bo34bo3bo15bo3b o19bo3bobo3b5ob5o3bobo3bo76bo$2161bo2bo15bo2bo24b3o5b2o3b2o5b 3o$2063bo141bo2bob3o13b3obo2bo77bo$2207bo23bo$2063bo247bo2$2063b o103bo143bo$2166b2o$2063bo102bobo142bo2$2063bo247bo$2207bo3b3o 5b3o3bo$2063bo140b2ob5ob2o3b2ob5ob2o82bo$2202bob2obo5bobobobo 5bob2obo$2063bo122bo14bo3bobo3b5ob5o3bobo3bo79bo$2185bo2bo16b 3o5b2o3b2o5b3o$2063bo122b2o14bo2bob3o13b3obo2bo80bo$2204bo23b o$2063bo247bo2$2063bo126b2ob3obo113bo$2190b2o4b2o$2063bo126b2o 119bo$2192b2o2bo$2063bo130b2o115bo$2170bo7bo$2063bo100b2obobo b2o3b2obobob2o126bo$2161b3obob3o9b3obob3o$2063bo97bo3bobo5bob o5bobo3bo123bo$2165b2o6bobo6b2o$2063bo98b2o9bobo9b2o124bo$2162b 2ob2o15b2ob2o$2063bo102bo15bo128bo2$2063bo247bo2$2063bo247bo2$ 2063bo247bo2$2063bo247bo$2064bobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobo$! golly-3.3-src/Patterns/Life/Rakes/spider-rake.rle0000644000175000017500000000726112026730263016660 00000000000000#C p360 Spider Rake #C Nine gliders travel in a figure-8 loop, trapped by c/5 spiders, #C liberating one glider each time. The gliders in the loop collide #C with the prepulsar part of a c/5 spider combo to form a Herschel #C traveling downwards. The Herschel is guided by other spiders, #C producing a glider with the correct parity to form a large period #C spaceship - in this case, p3240, which can be divided by 9 to form #C a p360 spaceship. The Herschel on the left side is then killed, #C but the Herschel on the right side is pushed a little further to #C liberate one more glider before it is killed. #C On the far right side, another c/5 spider-prepulsar spaceship #C reflects the forward gliders, making this a backward rake. #C By David Bell, June 3, 1998 #C From Alan Hensel's "lifebc" pattern collection. x = 500, y = 127, rule = B3/S23 34bo5bo346bo5bo$33bobo3bobo344bobo3bobo$32bo3bobo3bo342bo3bobo3bo$33bo bo3bobo344bobo3bobo$34bo5bo346bo5bo$5boo5boo5boo5boo19boo5boo5boo5boo 288boo5boo5boo5boo19boo5boo5boo5boo$3bo3bo3bobbo3bobbo3bo3bo15bo3bo3bo bbo3bobbo3bo3bo284bo3bo3bobbo3bobbo3bo3bo15bo3bo3bobbo3bobbo3bo3bo$3bo 3bobob3o5b3obobo3bo9boo4bo3bobob3o5b3obobo3bo284bo3bobob3o5b3obobo3bo 4boo9bo3bobob3o5b3obobo3bo$3bo5boobb3ob3obboo5bo8bobbo3bo5boobb3ob3obb oo5bo284bo5boobb3ob3obboo5bo3bobbo8bo5boobb3ob3obboo5bo$3boob3o15b3ob oo9boo4boob3o15b3oboo284boob3o15b3oboo4boo9boob3o15b3oboo$3bo25bo15bo 25bo284bo25bo15bo25bo$4bo3bo15bo3bo17bo3bo15bo3bo286bo3bo15bo3bo17bo3b o15bo3bo$5bobbo15bobbo19bobbo15bobbo288bobbo15bobbo19bobbo15bobbo3$47b oo$47bobo$47bo7$334boo$333bobo$335bo4$55bo7bo300bo7bo$4bo5boo5boo5bo 24booboboboo3booboboboo288booboboboo3booboboboo24bo5boo5boo5bo$bbobboo boobbo3bobbooboobbo19b3obob3o9b3obob3o282b3obob3o9b3obob3o19bobbooboo bbo3bobbooboobbo$3o4bobo3bobo3bobo4b3o17bo3bobo5bobo5bobo3bo64boo216bo 3bobo5bobo5bobo3bo17b3o4bobo3bobo3bobo4b3o$oobbobb3oboo3boob3obbobboo 21boo6bobo6boo68bobo219boo6bobo6boo21boobbobb3oboo3boob3obbobboo$3obb 3o4bo3bo4b3obb3o18boo9bobo9boo65bo218boo9bobo9boo18b3obb3o4bo3bo4b3obb 3o$bobobbo15bobbobo19booboo15booboo284booboo15booboo19bobobbo15bobbobo $bbo23bo24bo15bo292bo15bo24bo23bo5$244boo$243bobo$245bo6$389bo$47bo5b oo5boo5bo159boo131bo5boo5boo5bo8bobo$45bobbooboobbo3bobbooboobbo157bob o128bobbooboobbo3bobbooboobbo6b3o$43b3o4bobo3bobo3bobo4b3o155bo128b3o 4bobo3bobo3bobo4b3o$43boobbobb3oboo3boob3obbobboo284boobbobb3oboo3boob 3obbobboo$43b3obb3o4bo3bo4b3obb3o284b3obb3o4bo3bo4b3obb3o$44bobobbo15b obbobo286bobobbo15bobbobo$45bo23bo288bo23bo3$154boo$153bobo$155bo7$ 317boo$317bobo$317bo7$64boo$63bobo394bo$65bo393bobo$466bo$459b3o3bobo $$11boo5boo445b3o$3b4obobobo5bobobob4o405bo3b3o5b3o3bo$bb3oboboboobo3b oboobobob3o401boob5oboo3boob5oboo$bbo3bobo13bobo3bo17bo5boo5boo5bo361b oboobo5bobobobo5boboobo18bo3b3o5b3o3bo$3bob3o5booboo5b3obo16bobbooboo bbo3bobbooboobbo358bo3bobo3b5ob5o3bobo3bo14boob5oboo3boob5oboo$3boo21b oo14b3o4bobo3bobo3bobo4b3o360b3o5boo3boo5b3o16boboobo5bobobobo5boboobo $3b5o15b5o14boobbobb3oboo3boob3obbobboo357bobbob3o13b3obobbo12bo3bobo 3b5ob5o3bobo3bo$6boo15boo17b3obb3o4bo3bo4b3obb3o339bo7bo11bo23bo18b3o 5boo3boo5b3o$43bobobbo15bobbobo334booboboboo3booboboboo45bobbob3o13b3o bobbo$44bo23bo332b3obob3o9b3obob3o44bo23bo$356boo5boo5boo5boo22bo3bobo 5bobo5bobo3bo$354bo3bo3bobbo3bobbo3bo3bo24boo6bobo6boo$354bo3bobob3o5b 3obobo3bo21boo9bobo9boo$354bo5boobb3ob3obboo5bo21booboo15booboo$354boo b3o15b3oboo25bo15bo$354bo25bo$355bo3bo15bo3bo$356bobbo15bobbo11$360boo 5boo5boo5boo$358bo3bo3bobbo3bobbo3bo3bo$358bo3bobob3o5b3obobo3bo$358bo 5boobb3ob3obboo5bo$358boob3o15b3oboo$358bo25bo$359bo3bo15bo3bo$360bobb o15bobbo28bo7bo$405booboboboo3booboboboo$402b3obob3o9b3obob3o$402bo3bo bo5bobo5bobo3bo$406boo6bobo6boo$403boo9bobo9boo$403booboo15booboo$407b o15bo! golly-3.3-src/Patterns/Life/Rakes/2c5-spaceship-rake-p240.rle0000644000175000017500000006735512026730263020435 00000000000000#C p240 c/2 forward rake for a 2c/5 spaceship. #C This is the first rake in which the output travels in the #C same direction as the rake, but at a slower speed. #C Rake constructed by Jason Summers, March 2003. #C Synthesis of 2c/5 spaceship mostly by Noam Elkies. x = 1376, y = 297, rule = B3/S23 1215boo$1199boo13booboo$1198b4o13b4o$944bobbo249booboo14boo$943bo254b oo$943bo3bo$926b4o13b4o$926bo3bo281boo4bo$926bo274boo9boo3b3o7bo$927bo bbo269bobbo12booboo4boo$1199boobbo11b3ob3o4boo$940boo4bo253boobbo11boo b3o$929boo9boo3bobo6bo246b4o12bobo$928bobbo12bo3bo5bobo275bo48b4o$928b obbo12bo3bo5boo274boo7boo24bobbo12bo3bo$928booboo11bo3bo250boo30boo5b oob3o20bo16bo$930boo13bobbo21bo227b4o4b4o29b5o20bo3bo13bobbo$946bo12bo 8bo3bo224booboo4bo3bo3bobbo22b3o21b4o$959bobo5bo230boo6bo6bo23bo48b3o$ 959boo6bo4bo234bobbobbo3bo17boo$926b4o5boo30b5o241b4o9boo8boo32boo14bo bbo$926bo3bo3booboo4boo274b3o5boo39bo18bobo$926bo8b4o3b4o18bo254booboo 6b3o33boo4boo20bo$927bobbo5boo3booboo9bo8bobo252b3o5boo37bo6boo18bo$ 410boo530boo11bo8boo247b4o9boo38bo7boo17b3o$409boob4o532bobo4boobbo 253bo3bo49bobbo3bo$401boo7b6o531boobbo7bo253bo55bo$400booboo6b4o533bob o4boobbo254bobbo81bo5b5o$388boo11b4o537boo11bo276bobbo11bo17bobbo5boo 22bo6bo4bo$386bo15boo537booboo9bo275bo13boo17bo8b4o21b3o4bo$385bo6boo 3boo543b4o285bo3bo10boo16bo3bo3booboo29bo3bo$385bo7bobbo546boo286b4o 29b4o5boo5boo26bo$385b12oboo561boo11bo304booboo8bo$390boobboob3o560b4o 10bobo303b4o3bo4bobo9boo$395bobo561booboo10boo256b3o3bo42boo3bo5bobbo 7bo$396bo563boo269b5obboo45bobbo6bo8boo$386boo412bobbo426boob4obo42boo 3bo5bobbo$385booboo409bo168bo262boo47b4o3bo4bobo14bo$386b4o409bo3bo 160b6o309booboo8bo15bo$369bobbo14boo393b4o13b4o156b8o3bo309boo26b3o$ 368bo413bo3bo172bo8boo281bo$368bo3bo409bo176bo6b3o276boo4bo$368b4o9boo 12boo386bobbo173bo5boo276booboobboo45boo$374b3o5boo10boo566boo281b4ob 3o44booboo$374booboo6b3o8bo399boo4bo359b4o80b4o3boboo41b4o$374b3o5boo 401boo9boo3bobo6bo350b6o83bob5o42boo$368b4o9boo401bobbo12bo3bo5bobo 153b4o183boo5boob4o82booboo46bo5b3o$362bobbobbo3bo17boo26boo364bobbo 12bo3bo5boo138bobbo12bo3bo181b4o5boo88bo46bo3bo3boobo$353boo6bo6bo20b oo25bo4bo362booboo11bo3bo144bo16bo184booboo91booboo45bo5bo5bo$352boob oo4bo3bo3bobbo18bo3b3o17bo370boo13bobbo21bo122bo3bo13bobbo181boo92b5o 46bo5bo3b3o$353b4o4b4o29b5o16bo6bo6boo371bo12bo8bo3bo120b4o292boob3o 46b6obo3bo$354boo37boob3o16b8o8bo383bobo5bo147b3o162b6o104boo58bo$385b oo7boo24boo393boo6bo4bo307bo5b4o110bobbo$363bo20boo41bobbo351b4o5boo 30b5o127boo14bobbo161bo5boboo109bo$94b4o258bo3bo4bo20bo40bobo352bo3bo 3booboo4boo152bo18bobo162bo3bobboo109bo3bo$78bobbo12bo3bo256boo4bo3bo 3booboo42boo364bo8b4o3b4o18bo130boo4boo20bo159bo98b4o13b4o$77bo16bo 259boo5bo8bobbo41booboo49bo313bobbo5boo3booboo9bo8bobo128bo6boo18bo 159boo98bo3bo$77bo3bo13bobbo256boo13b3o7boo34b4o50bo327boo11bo8boo129b o7boo17b3o156b4o97bo$77b4o283bobbo11boo23boo11boo49b3o333bobo4boobbo 136bobbo3bo176booboo98bobbo$365boo14bo20bo5boo393boobbo7bo138bo182boo 125bo$104bo296bo6b3o393bobo4boobbo168bo5b5o154bo93boo19bobo$82bobo18bo 297bo8boo386boo11bo138bobbo5boo22bo6bo4bo123b4o25boo91b5o18boo$81bo3b oob3o12b3o247boo46b8o3bo384booboo9bo137bo8b4o21b3o4bo128bo3bo9bo14bobo 89bo4bobb3obo$79boobob4o4boo258booboo14boo33b6o386b4o147bo3bo3booboo 29bo3bo123bo11boo107bobb3o3bo3boo$79bo4b5o5boo257b4o13b4o36bo55bobo 330boo148b4o5boo5boo26bo126bobbobboo5b3o104boobbo7bobo14bo$79bo3bo5bo 4boo13bo244boo13booboo93boo348boo11bo133booboo20bo135b3o6b3o7bo97boo7b oobo14bobo10bo$80b3o8b5o12bo261boo30boo55bobo5bo348b4o10bobo132b4o3bo 5b3o7bo131bobbobboo5b3o7bo19boo87boo15boo9bo3bo$82bo9boo14b3o290booboo 46boo5bobbo352booboo10boo134boo3boboo3b3obbo4b3o128bo11boo11bo16bo90bo 26bo$118b5o279b4o45boob4o3boo353boo152bo3bo6bobo121boo12bo3bo9bo26bo6b o111bo4bo$78bobbo5boo29bo4bo279boo47b5o6bo302b4o56bo139boo3boboo3b3obb o120b4o4b4o3b4o37bo8bo68b4o5boo25bo4b5o$77bo8b4o24bo3bo266boo66b3o5boo 302b7o4boo47bobo137b4o3bo5b3o122booboo4bo3bo22bo20b8obo68bo3bo3booboo 4boo17bobo$77bo3bo3booboo23bo5bo3bo260b4o70booboo301boob3oboobbobo42b oobboob3o134booboo135boo6bo25boo5boo18boo71bo8b4o3b4o16boo$77b4o5boo5b oo18b3o5bo261booboo11bo11boo352boo3boobbobboo36b12oboo135boo146bobbo 21bobo3boob3o89bobbo5boo3booboo$92booboo12bo274boo5bobbo3boboo9bobo38b 4o318bobbo37bo7bobbo318b5o104boo5boob3o$93b4o3bo8bo280bo3bo4b5o7bo40bo 3bo7boo302boo4bobo38bo6boo3boo317b3o12boo97bo5boo11bo$94boo3bobobboo 283boo4bo4bobbo48bo10boo301bo8bo40bo166boo129boo18bo25booboo94boo7bo 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4o5boo164b3o8b5o12bo$951bo4b3o3boo15bo11bo104boo5boob4o159bo3bo5bo4boo 13bo$949boo4b5o6boo136b6o159bo4b5o5boo$949bo6boobo4b3o138b4o160boobob 4o4boo$949bo9boo4bo8boo295bo3boob3o12b3o$950bobbo5boo13bobo295bobo18bo $952bo6boo13bo319bo$$948bobbo315b4o$947bo319bo3bo13bobbo$947bo3bo315bo 16bo$947b4o13b4o300bobbo12bo3bo$964bo3bo315b4o$964bo$965bobbo! golly-3.3-src/Patterns/Life/Rakes/weekender-distaff.rle.gz0000644000175000017500000003627413307733370020473 00000000000000#N weekenderdistaff.rle.gz #O Ivan Fomichev #C 2c/7 adjustable-period rake, constructed on May 22, 2014 #C Many but not all periods of the form (16982+224*n)/q are possible. #C http://www.conwaylife.com/forums/viewtopic.php?p=12047#p12047 #C http://conwaylife.com/wiki/Weekender_distaff x = 281, y = 2206, rule = B3/S23 202b3o10b3o6b3o10b3o$224bobo10bobo$202bobo10bobo6b3o10b3o$203bo12bo8b 2o4b2o4b2o$230bo2bo$204b2ob6ob2o10bobo6bobo$227b10o$205bo2bo2bo2bo5b3o 6bo4bo$220bo2bo5bo4bo$206b8o6bo8bo4bo$209b2o9bo$206b2o4b2o7bobo3$196bo 12bo25bo12bo$195b3o10b3o23b3o10b3o$194b5o8b5o21b5o8b5o$194b5o8b5o21b5o 8b5o$195bo6b2o6bo23bo6b2o6bo$196b3o3b2o3b3o25b3o3b2o3b3o$199bobo2bobo 31bobo2bobo$201bo2bo35bo2bo$199bo6bo31bo6bo$200b6o33b6o$200bo4bo33bo4b o5$230bo12bo$229bobo10bobo$228bo3bo8bo3bo$229bo2bo8bo2bo$229bobo4b2o4b obo$230b3o3b2o3b3o$233bo6bo$232bo2b4o2bo$236b2o$233b3o2b3o2$186b3o10b 3o$186bobo10bobo$186b3o10b3o$187b2o4b2o4b2o$192bo2bo$188bobo6bobo$189b 10o$191bo4bo$191bo4bo$191bo4bo31$228bo12bo$227b3o10b3o$227b3o10b3o3$ 230bo3b2o3bo$228bob4o2b4obo$228bob4o2b4obo2$232b6o$231b2o4b2o$231b2o4b 2o7$230b3o10b3o$230bobo10bobo$230b3o10b3o$231b2o4b2o4b2o$236bo2bo$232b obo6bobo$233b10o$235bo4bo$235bo4bo$235bo4bo9$183bo12bo30b3o10b3o$182b 3o10b3o$182b3o10b3o29bobo10bobo$228bo12bo2$185bo3b2o3bo34b2ob6ob2o$ 183bob4o2b4obo$183bob4o2b4obo33bo2bo2bo2bo2$187b6o38b8o$186b2o4b2o40b 2o$186b2o4b2o37b2o4b2o13$163bo12bo$162bobo10bobo$161bo3bo8bo3bo$162bo 2bo8bo2bo$162bobo4b2o4bobo$163b3o3b2o3b3o19bo12bo$166bo6bo22bo12bo$ 165bo2b4o2bo20bobo10bobo$169b2o25bo12bo$166b3o2b3o22bo12bo$197bo3b4o3b o$201b4o$197b4o4b4o2$199bo6bo$200b2o2b2o9$196bo12bo$195bobo10bobo$194b o3bo8bo3bo$195bo2bo8bo2bo$195bobo4b2o4bobo$196b3o3b2o3b3o$199bo6bo$ 198bo2b4o2bo$202b2o$199b3o2b3o3$164bo12bo$164bo12bo$163bobo10bobo$164b o12bo$164bo12bo$165bo3b4o3bo$169b4o$165b4o4b4o2$167bo6bo$168b2o2b2o23b o12bo$196b3o10b3o$195b5o8b5o$195b5o8b5o$196bo6b2o6bo$197b3o3b2o3b3o$ 200bobo2bobo$202bo2bo$200bo6bo$201b6o$201bo4bo4$154b3o10b3o23b3o10b3o 2$154bobo10bobo23bobo10bobo$155bo12bo25bo12bo2$156b2ob6ob2o27b2ob6ob2o 2$157bo2bo2bo2bo29bo2bo2bo2bo2$158b8o31b8o$161b2o37b2o$158b2o4b2o31b2o 4b2o4$160bo12bo$159b3o10b3o$159b3o10b3o3$162bo3b2o3bo$160bob4o2b4obo 23bo12bo$160bob4o2b4obo23bo12bo$196bobo10bobo$164b6o27bo12bo$163b2o4b 2o26bo12bo$163b2o4b2o27bo3b4o3bo$202b4o$198b4o4b4o2$200bo6bo$201b2o2b 2o35$162bo12bo$161b3o10b3o$161b3o10b3o3$164bo3b2o3bo$162bob4o2b4obo$ 162bob4o2b4obo2$166b6o$165b2o4b2o$165b2o4b2o4$193b3o10b3o$193bobo10bob 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$164b5o8b5o$164b5o8b5o$165bo6b2o6bo$166b3o3b2o3b3o$169bobo2bobo$171bo 2bo$169bo6bo$170b6o$170bo4bo4$197b3o10b3o2$197bobo10bobo$198bo12bo2$ 199b2ob6ob2o2$200bo2bo2bo2bo$164b3o10b3o$163bo3bo8bo3bo20b8o$204b2o$ 167bo8bo24b2o4b2o$163bo7b2o7bo$165b3o2bo2bo2b3o$166b2ob2o2b2ob2o3$168b 8o25bo12bo$169bob2obo25bobo10bobo$199bo3bo8bo3bo$200bo2bo8bo2bo$200bob o4b2o4bobo$201b3o3b2o3b3o$204bo6bo$203bo2b4o2bo$207b2o$204b3o2b3o10$ 152b3o10b3o2$152bobo10bobo$153bo12bo2$154b2ob6ob2o2$155bo2bo2bo2bo2$ 156b8o$159b2o$156b2o4b2o13$133bo12bo$132b3o10b3o$131b5o8b5o$131b5o8b5o $132bo6b2o6bo$133b3o3b2o3b3o$136bobo2bobo21b3o10b3o$138bo2bo23bobo10bo bo$136bo6bo21b3o10b3o$137b6o23b2o4b2o4b2o$137bo4bo28bo2bo$167bobo6bobo $168b10o$170bo4bo$170bo4bo$170bo4bo6$164bo12bo$163bobo10bobo$162bo3bo 8bo3bo$163bo2bo8bo2bo$163bobo4b2o4bobo$164b3o3b2o3b3o$167bo6bo$166bo2b 4o2bo$170b2o$167b3o2b3o91$249bo12bo$248bobo10bobo$247bo3bo8bo3bo$248bo 2bo8bo2bo$248bobo4b2o4bobo$249b3o3b2o3b3o$252bo6bo$251bo2b4o2bo$255b2o $252b3o2b3o19$236bo12bo$235bobo10bobo$234bo3bo8bo3bo$235bo2bo8bo2bo$ 235bobo4b2o4bobo$236b3o3b2o3b3o$239bo6bo$238bo2b4o2bo$242b2o$239b3o2b 3o7$231bo12bo$230bobo10bobo$229bo3bo8bo3bo$230bo2bo8bo2bo$230bobo4b2o 4bobo$231b3o3b2o3b3o$234bo6bo$233bo2b4o2bo$237b2o$234b3o2b3o!golly-3.3-src/Patterns/Life/Rakes/2c5-engineless-rake-p185.rle0000644000175000017500000001357612026730263020616 00000000000000#C engineless p185 2c/5 rake: Paul Tooke, 14 December 2004; #C some updates by Jason Summers, 15 December 2004. x = 531, y = 201, rule = B3/S23 392bo$390b2obo$388b3o$387bo2bo$386bo$387bo2bo2bo$388b4obo$390bob3o$ 381bobo8b3o$378bo4bo7b2o$377b3o4bo6bo2b2obo$376bobo12bo2b3o$375b2o2b2o 4bo6b2obo$376b2o2b5o4$342b2o32b2o2b5o$341b3o31b2o2b2o4bo$307bobo15b2o 12bo36bobo$307bobo2bo11b3o11b2obo35b3o4bo$306bo3bob3o8bo2bo2bobo5b2o 39bo4bo7b3o$307b2ob6o7b2o3bo2bo6b2ob3o37bobo6bo2bo$307b2obobo2bo5bo9bo 7bo51bob2o$310bobobo2bo3b8obo10bo49b3o$310bo3bo2bo12bo14bo$311b2o2b2ob 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231bo213b2obo$218b2o10b2ob2o213b2o$100b2obo113bob3o9bo3bo195b2obo13b2o $99bob2obo45b2o64bo3b3o11bo195bo2b3o9b3o$99bo3bo45b3o65bobo10bo199bo2b 2obo9bo$99bob2o44bo70bo9bo201b2o$100b2obo42b2obo77b2ob3o198b3o$103bobo 39b2o79b2o201bob3o$103bobo40b2ob3o75b2obo196b4obo$147bo80bo197bo2bo2bo $149bo80b3o192bo$153bo77b2o193bo2bo$150bo3bo272b3o$149b2ob2o275b2obo$ 150bo37b3o240bo$151b2ob2o31bo2bob2o$187b3o$188b5o$190b2o$189bobo$190bo $188bo$185b4o2bo$184b2ob2o2bo$185b2o2b2o3$191b3o$185b3ob6o$185bo2b3ob 3o$185b2o3bo$189bo$187b3o2b3o$192bo! golly-3.3-src/Patterns/Life/Rakes/c4-sideways-rake.rle0000644000175000017500000012735412026730263017534 00000000000000#C p4508+32N c/4 adjustable-period sideways glider rake. #C This rake has an engine convoy at the front, two convoys #C forming lines behind that, and a V-shaped convoy at the back. #C The recipe to create the next rake in the series is: #C - Move the top line convoy orthogonally right by 6 cells. #C - Move the left line convoy orthogonally down by 6 cells. #C - Move the V-shaped convoy diagonally back by 6 cells. #C This will increase the period by 32 generations. #C The modifications can be be made in the opposite direction #C to form the earlier rakes in the series. Moving the convoys #C by 300 cells creates the first rake in the series (period 4508). #C Note that each rake has to be run a few cycles before it becomes #C fully populated and begins to emit gliders. #C David Bell, 14 October 2005 x = 3285, y = 3306, rule = B3/S23 18boo$17boo$19bo$21boo$20bo$$19bobbo$11boo5boo$10boo5bo$12bo4bobo$8bo 5boobbo$7boo5boo$7bobo8bo26b3o$17bobo25bobb3o$10boo6bobo25bobo$10boo7b obo29bo$20boo27bo$bo6boo3bo37bobo$oo5bobbobobo9boo18boobo6bo$obo3boobo 3bobo7bobbo16boo3bobbobbo$4bo9bobo7bobo10b3o4bobbobbo3bo$3bo11boo8bo 11bo6bobbobbo3bo$3bobbo33bo3bo6bobo$19bo17bobbo8boo$18bobo17bobbo6b3o$ 18bobbo9bo7bo5bo3bo23boo$19boo9bobo8boboboobo23boo3bo$29bo13boo29boboo $29boo16bo28b3o$27boo47bo$26bobo15bobbo30b3o$25bo45boobo4boo$26bo44bob oo3bobo$65boo4boboo3b3o$64boo6bo5b3o$65bobo4boo4bobo$65b3o4boobboo$20b oobo41boo6bobo$20bo3bo42bobo3boo3bo$20bo4bo47b4o$22boo45bobo$24bobo44b 4o$71b4o$19bo6boo44boo$18b5o4bobbo$12boo4bo6boo$12bobo11bo$12bo5boboo 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6booboobbo959b6o$1949bo6bobbo3boobboo3bo960b3o$1950bo4b6o4bobo$1952b4o boboo6bobbobo$1953boo12boo3bo$1968b3o$1968bo$1970bo$1970bo9$2970b3o$ 2970bobb3o$2971bobo$2976bo$2974bo$2976bobo$2969boobo6bo$2968boo3bobbo bbo$2962b3o4bobbobbo3bo$2962bo6bobbobbo3bo$2965bo3bo6bobo$2962bobbo8b oo$2963bobbo6b3o$2964bo5bo3bo$2966boboboobo$2968boo$2972bo$$2969bobbo 42$1891bo$1890b5o$1890bobboo$1892boobo$$1895bobo$$1888b3o6b3o$1883bo4b obb3o4b3o$1882boo5boob5ob3o$1882bobo3b3o4booboo$1894bobo$1884b3o6bobbo $1883b3o7bo$1885bobob4obbo$1887booboo$1887b6o5$1870boo$1869boo3bo$ 1871boboo$1873b3o$1873bo$1875b3o$1868boobo4boo$1868boboo3bobo$1862boo 4boboo3b3o$1861boo6bo5b3o$1862bobo4boo4bobo$1862b3o4boobboo$1862boo6bo bo$1864bobo3boo3bo$1870b4o$1866bobo$1868b4o$1868b4o$1869boo20$1875boo$ 1875bobo$1875bo$1876boo$1876bobbo$1876bo$1878bobo$1882bo$1880bobbo$ 1880bobbo$1882b3o$1878b3ob3o$1874b3oboobb3o$1874bo7boo$1875bo6boo$ 1878b5o$1880boo$1879boo40boo$1879boo40bobo$1878bobo40bo$1877boo45bo$ 1877bobo44boo$1876bo47boo$1877boo44boo$1919booboo$1919bo4bo$1919bob4o 4boo$1923boo3boobo$1923boo4bo$1923boo4bobo$1925bobboobo$1924boo$1924bo 4bo3bo$1925bo4bo4boo$1931bobo3boo$1932bo5b3o$1935b3o$1937bo$1938bo3bo$ 1937bo$1938bobbo$1939bo7$1981bo$1969boo9boo$1968boo3bo6bobo$1970boboo 15b3o$1972b3o5bobo4booboo$1972bo6boobobobo$1974b3obo6boboo$1975boo7bo$ 1975boo5boo$1977b5o4$1997bo$1996boo$1996bobo7boo$2003boobo$1999boobboo $1999boobboo$2000boo$2000b4obo$1999boboboobobb3o4boo$1998boo9bobb3oboo boo$1998bobobb3obboo6bo3bo$1944b3o50bo11boo9boo$1944bo53boo7b3o7booboo $1945bo61bobo9b3o$1947boo54b3o12bobo$1948bo3boo49bo15bo$1951boo53bo$ 1954boo47bo$1948b6o50bobo$1948bobboobo49bobo$1935boo13bo4bo$1935bobo 10bo6bo47boobo$1935bo11bo55boob4o$1938bo7boo3bo52bobb4o$1938boobboobo bb3o54boo$1942bo5bo$1942bobo3bo$1940boboo3bo$1939booboo$1939bobbo$ 1941bobo$1941bobboo4$1965boo$1964boo$1965bobo$1965b3o$1965boo$1967bobo 75boobo$2045bo3bo$1969bobo73bo4bo$1971b3o73boo$1971bo77bobo$1970bo$ 1965boboobo4bo68bo6boo$1964booboobo72b5o4bobbo$1964bobo4bo65boo4bo6boo $1969boo66bobo11bo$1969bo3bo63bo5boboo6bobo1219bo$1968bo3bo65boo4bo4bo bo1222b5o$2038bobbo6b3o1223bobboo$1968bobbo66bo6booboo1226boobo$1967b oobo69bobobobbo$1967bo1311bobo$1966boo74bo4bo$1966bo76b4o1225b3o6b3o$ 1967bo1299bo4bobb3o4b3o$3266boo5boob5ob3o$3266bobo3b3o4booboo$3278bobo $3268b3o6bobbo$3267b3o7bo$3269bobob4obbo$3271booboo$3271b6o5$3254boo$ 3253boo3bo$3255boboo$3257b3o$3257bo$3259b3o$3252boobo4boo$3252boboo3bo bo$3246boo4boboo3b3o$2270bo10boo962boo6bo5b3o$2269b5o6boo964bobo4boo4b obo$2269bobboo8bo7boo954b3o4boobboo$2271boobo5boo6b3obo953boo6bobo$ 1991boo287boo3boboo959bobo3boo3bo$1990boo282bobo6boo969b4o$1991bobo 285b3obo4bo961bobo$1991b3o282b3o3bo4bo16b3o945b4o$1991boo284bo7bo18bo 947b4o$1993bobo281bo6bo20bo947boo$2307boo$1995bobo282bo27bo3boo$1997b 3o311boo$1997bo316boo$1996bo311b6o$1991boboobo4bo306bobboobo$1990boob oobo298boo13bo4bo$1990bobo4bo297bobo10bo6bo$1995boo298bo11bo$1995bo3bo 298bo7boo3bo$1994bo3bo299boobboobobb3o$2302bo5bo$1994bobbo304bobo3bo$ 1993boobo303boboo3bo$1993bo305booboo$1992boo305bobbo$1992bo308bobo$ 1993bo307bobboo7$2295bo$2294boo$2294bob5o$2290bo6bo4bo$2289b4o3bo5bo$ 2289bobboo10bo$2283b3o5bo6booboobbo$2283bo6bobbo3boobboo3bo$2284bo4b6o 4bobo$2286b4oboboo6bobbobo$2287boo12boo3bo$2302b3o$2302bo$2304bo$2304b o141$2243bo$2242b5o$2242bobboo$2244boobo$$2247bobo$$2240b3o6b3o$2235bo 4bobb3o4b3o$2234boo5boob5ob3o$2234bobo3b3o4booboo$2246bobo$2236b3o6bo bbo$2235b3o7bo$2237bobob4obbo$2239booboo$2239b6o5$2222boo$2221boo3bo$ 2223boboo$2225b3o$2225bo$2227b3o$2220boobo4boo$2220boboo3bobo$2214boo 4boboo3b3o$2213boo6bo5b3o$2214bobo4boo4bobo$2214b3o4boobboo$2214boo6bo bo$2216bobo3boo3bo$2222b4o$2218bobo$2220b4o$2220b4o$2221boo19$2255boo$ 2227boo26bobo$2227bobo25bo$2227bo30bo$2228boo28boo$2228bobbo26boo$ 2228bo28boo$2230bobo20booboo$2234bo18bo4bo$2232bobbo17bob4o4boo$2232bo bbo21boo3boobo$2234b3o20boo4bo$2230b3ob3o20boo4bobo$2226b3oboobb3o22bo bboobo$2226bo7boo22boo$2227bo6boo22bo4bo3bo$2230b5o24bo4bo4boo$2232boo 31bobo3boo$2231boo33bo5b3o$2231boo36b3o$2230bobo38bo$2229boo41bo3bo$ 2229bobo39bo$2228bo43bobbo$2229boo42bo7$2315bo$2303boo9boo$2302boo3bo 6bobo$2304boboo15b3o$2306b3o5bobo4booboo$2306bo6boobobobo$2308b3obo6bo boo$2309boo7bo$2309boo5boo$2311b5o4$2331bo$2330boo$2330bobo7boo$2337b oobo$2333boobboo$2333boobboo$2334boo$2334b4obo$2333boboboobobb3o4boo$ 2332boo9bobb3obooboo$2332bobobb3obboo6bo3bo$2278b3o50bo11boo9boo$2278b o53boo7b3o7booboo$2279bo61bobo9b3o$2281boo54b3o12bobo$2282bo3boo49bo 15bo$2285boo53bo$2288boo47bo$2282b6o50bobo$2282bobboobo49bobo$2269boo 13bo4bo$2269bobo10bo6bo47boobo$2269bo11bo55boob4o$2272bo7boo3bo52bobb 4o$2272boobboobobb3o54boo$2276bo5bo$2276bobo3bo$2274boboo3bo$2273boob oo$2273bobbo$2275bobo$2275bobboo4$2299boo$2298boo$2299bobo$2299b3o$ 2299boo$2301bobo75boobo$2379bo3bo$2303bobo73bo4bo$2305b3o73boo$2305bo 77bobo$2304bo$2299boboobo4bo68bo6boo$2298booboobo72b5o4bobbo$2298bobo 4bo65boo4bo6boo$2303boo66bobo11bo$2303bo3bo63bo5boboo6bobo$2302bo3bo 65boo4bo4bobo$2372bobbo6b3o$2302bobbo66bo6booboo$2301boobo69bobobobbo$ 2301bo$2300boo74bo4bo$2300bo76b4o$2301bo$2325boo$2325bobo$2325bo$2326b oo$2326bobbo$2326bo$2328bobo$2332bo$2330bobbo$2330bobbo$2332b3o$2328b 3ob3o$2324b3oboobb3o$2324bo7boo$2325bo6boo$2328b5o$2330boo$2329boo$ 2329boo$2328bobo$2327boo$2327bobo$2326bo$2327boo241$2631bo$2630b5o$ 2630bobboo$2632boobo$$2635bobo$$2628b3o6b3o$2623bo4bobb3o4b3o$2622boo 5boob5ob3o$2622bobo3b3o4booboo$2634bobo$2624b3o6bobbo$2623b3o7bo$2625b obob4obbo$2627booboo$2627b6o5$2610boo$2609boo3bo$2611boboo$2613b3o$ 2613bo$2615b3o$2608boobo4boo$2608boboo3bobo$2602boo4boboo3b3o$2601boo 6bo5b3o$2602bobo4boo4bobo$2602b3o4boobboo$2602boo6bobo$2604bobo3boo3bo $2610b4o$2606bobo$2608b4o3boo$2608b4o3bobo$2609boo4bo$2616boo$2616bobb o$2616bo$2618bobo$2622bo$2620bobbo$2620bobbo$2622b3o$2618b3ob3o$2614b 3oboobb3o$2614bo7boo$2615bo6boo$2618b5o$2620boo$2619boo$2619boo$2618bo bo$2617boo$2617bobo$2616bo$2617boo! golly-3.3-src/Patterns/Life/Rakes/forward-LWSS-rake-p90.rle0000644000175000017500000003627012026730263020234 00000000000000#C A c/3 period 90 forward MWSS rake, shooting a period 90 MWSS stream #C which travels ahead of the puffer. This works by taking a forward #C period 90 LWSS rake, and converting each of the LWSS's into MWSS's #C using two period 90 sideways LWSS rakes. The "hammer" reaction #C converting three LWSS's into a MWSS was found by Dieter Leithner. #C David I. Bell, August 2002 x = 269, y = 475, rule = B3/S23 171bo$90b3o77bobo$90b3o61bo14bo3bo14bo$70b2ob3o13bo3bo13b3ob2o37b3ob3o 13b3o13b3ob3o$70b2o4b2ob2o21b2ob2o4b2o36bo6bob3o21b3obo6bo$69bo2bobo4b 2o7bo5bo7b2o4bobo2bo36b2o3bo5bo6b2o3b2o6bo5bo3b2o$76b2obo2b2o4b2obob2o 4b2o2bob2o51b7o3b2o3b2o3b7o$82bob2o11b2obo55bo2b2o3b2o2b3ob3o2b2o3b2o 2bo$77b3ob2o2bo3bo3bo3bo2b2ob3o51b2obo4b2o9b2o4bob2o$77bo3b3obo4bobo4b ob3o3bo57b4o2b2ob2o2b4o$75b2obob2o4bo2bo3bo2bo4b2obob2o47b2ob4o7b2ob2o 7b4ob2o$74bobo2bo8bobobobo8bo2bobo45bobob2o5b2obob3obob2o5b2obobo$72b 3obo2bo5b2obo2bo2bob2o5bo2bob3o40b2obo10b2obo5bob2o10bob2o$71b2obo9bob obob3obobobo9bob2o39b2obo9bobobo5bobobo9bob2o$70bo3bo9bobo2b2ob2o2bobo 9bo3bo38bobo10bo3bo5bo3bo10bobo$85b3o2bobo2b3o72bobo$86bob2o3b2obo67bo 3b3ob3o3bo$84b2o3bo3bo3b2o65bob5ob5obo$84bobo4bo4bobo65bobo9bobo$86bo 2bobobo2bo69bob2obob2obo$86bob3ob3obo68b2obob3obob2o$86bobo5bobo69bobo b3obobo$83b2obobo2bo2bobob2o63b2obob2o3b2obob2o$83b2obobo2bo2bobob2o 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3o$107bo57bo$166bo$155bo$154b2o$154bobo2$64bob2o22b2obo34b3o6bo5b2o$ 63b2ob2ob2o16b2ob2ob2o15b2ob3o14bo4b2o6bobo$62bo2bobo2bo16bo2bobo2bo 14b2o4b2o11bo6b2o5bo$63bo5b2o4b2o4b2o4b2o5bo14bo2bobo3bo$72b2ob2o4b2ob 2o30b3o2b3o8b2o$72b2o3bo2bo3b2o32b3obobo6b2o$72b2o10b2o32bo4bo9bo$119b 2o2$119b2o$118bo2bo$118bo2bo$117b2obo$118bobob2o$115b2obobo$115b2obobo bo$116bobobo2bo$117bo2bo3b2o$116b5o2b3o$117b3obob2o$121bo$121bo! golly-3.3-src/Patterns/Life/Guns/0000755000175000017500000000000013543257426013701 500000000000000golly-3.3-src/Patterns/Life/Guns/pseudo-p34-gun.rle0000644000175000017500000001577512026730263017024 00000000000000#C Pseudo p34 gun based on two p102 Herschel factories. #C Karel Suhajda, 18 Apr 2003 -- from Jason Summers' "guns1j" #C collection, which now contains the smallest known glider gun of #C every period between 14 and 999. A separate "guns2j" collection #C contains a selection of small higher-period guns. #C Construction methods are known for glider guns of all periods above #C the minimum of 14, and also for true period guns above p61 #C -- the period of 'true' guns matches the period of the output, #C unlike pseudo-period guns such as this example. As of this #C writing [September 2006] true guns are unknown for 36 periods. #C It is quite possible that true guns exist for all these periods, #C but current search programs are unable to perform exhaustive #C searches for oscillators at anywhere near the periods neede to #C make direct glider generation possible. #C In general, prime period guns need more space than composite #C numbers, especially multiples of large powers of two or three; #C in the latter case, various doubling and counting mechanisms #C can be used. See p97307852711.rle in the Oscillators folder, #C which is trivial to convert to a prime-period gun. #C P34 traffic-light eater from Jason Summers' "jslife" collection. x = 243, y = 157, rule = B3/S23 185boboo$183b3obobbo9bo$182bo4boboo7b3o$178boobbooboobo8bo24bo$177bob 3o3bobbo8boo22bobo$155boo7bo12bo4boobboboo18bo12bob3o$154bobo7b3o9boob oobobobo4bo3bo12b3o9boo4bo$154bo12bo7bobbobobobbobboobobbobo14bo7bobb 5o$152boob4o7boo8bobo3boobobo3bobbobboboo9boo8bobbo3boo$151bobo4bo16b oobobo3boboboo4bobboboo18boobob3obbo$151boboboobboo8bo4bobboboboobobob o5bobbo15bo8boboboboo$150boobo3boobbo6bobobb3o3bobbobobobo5boo16bobob oobboobobbo$149bo3boboobbooboboobboo4bobbobobboboboo8bo11boobboo7bobob oo$150b3o4bo4boboo9boo4boobbo22boo9boobobo$152boboobob3o14bobo4bobo34b obobo$153bobooboo15bobbobobobboo33bobbo$176boo4bobo36boo$178b4obbo$ 115bo62bobbobo$101boo10b3o66bo40boo5boo$100bobbo8bo45bo63bobo5bo$99bob obo8boo43bobo62bo5bobo$99boboboo53boo61bo3bobboo$97boobobo3bo3bo43boo 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bbo5boo26bobo27b5obo10bo4bo14bo6bo70bobbo5b3o5bobob3obob3o$boo5boo28bo 27bo4boo11b4o8bo10b3o72boo16bo3b5o$34b4oboo26b3o11b3o3bobo4b3o10bo92bo 33boo5boo$34bobbo3bo27boboo4bo3bobbo3boo3bo104boboo32boo5bo$32boo5bobo 28bobo3bobo3bobo8boo103boobbo36bobo$31bobb3o4boo32bobobboboboo19boo94b oo36boo$21boo7boboo4boo3bo31bobboobo3bo5bo12bobo99bo28boo$20boo8bo3bob o3b3o33bobobbob3o4bobo11bo100bobo27bobo$22bo8b3o3boobo34boobobobobbo5b oobbooboobboob4o97boo28bo$5boo5boo19bobobobo35bobbo5boo9boobobbobobobb o84boo7boo$6bo5boo20b3o39boo4bobo15booboo4boo82bo7bobo$6bobo7bo18bo42b 5obo16bobob4obbo40bobo36bobo7bo5boo$7boo6bo62bo4bo17boboobobboobo40boo 36boo7boo5boo5b3o$11boobb3o54bo6b4o19bo4bo4bo40bo60bo20b5o$10bobo21bo 38bo29b3o3b3o95boo6bo17b3obob3o$11bo21bobo24b3o8b3o5boo24bobobo85bo11b o24bo4bo4bo$33boo25bobbo15boo25b3o85bobo12bo21boboobobboobo$11bo25boo 21bobbo130bobo11b4o19bobo3boobbo$11bo25bobo21bobbo128boob3o8bo4bo17boo bobbobboo$32boo5bo20boobbo96bo37bo7b5obo14bobbobo4bo$7bobo3bo18boo5boo 17b3obbo17bobo22bo55boo29boob3o6boobbobobo10boobboobboob4o$6boboobob3o 41boo3bo18boo22bobo53boo30boobo7bobboobobboo5boobboo8bo$4b3o4boo3bo15b oo16boobo3bobboo20bo22boo97boobobboo3bo3bobo12bobo$3bo3boboobboobo14bo bbo15boboo4b3o48boo89boo5bobboboboo4bo14boo$4booboobboobbo3boo10bobobo 73bobo68boo18bo6boobo4bo$5boboboobboo4boobboo5boobobo61bo6boo5bo67bobo 16bobo8boboboo7boo$5bobobobbo10bobo4bo3boboo59boo5boo5boo66bo18boo9bob obo8bo$6boob4o11bo6boobobbo58bobo79boo10bo19bobbo9b3o$8bo21bobbobobob oo147booboo18boo12bo$8bobo10boo7boobobobobbo22boo38boo84bobbo$9boo11bo 8bo6boo22bobbo38bo78bo6boo$19b3o9bob5o23bobobo36bo79bo$19bo9boobo4bo 23boboboo9boo22b4o78b3o$29bobbob3o22boobo4bo4boobboo21bo4bo$31boobo24b obboboboo3bobo24bob5o$56boobobboo3bo4bo13boo10bobo4boo82bo$56bobboobo bboo19boobboo5boo5bobbo70bo9bobo$57boobbobobo8boo14bobo4bobboboboboo 71boo7bobo$59b5obo8bo16bo5b3obobbo73boo9bo$59bo4boboo7b3o19bo3boboo69b oo17boo$60b3obobbo9bo10boo7boobobo70bobo17bobo$62boboo23bo8bobobo70bo 21bo$86b3o9bobbo70boo21boo$86bo12boo$$186bobo$187boo$187bo6$195bo$196b oo$195boo7$203bobo$204boo$204bo$$214b3o$$212bo5bo$212bo5bo$212bo5bo$$ 214b3o! golly-3.3-src/Patterns/Life/Guns/vacuum-cleaner.rle0000644000175000017500000000242712026730263017227 00000000000000#C Double p46 gun found by Dieter Leithner pulls blocks and beehives #C Dean Hickerson, 2/21/97; from Jason Summers' "jslife" collection x = 90, y = 97, rule = B3/S23 boo23boo$boo23bo$24bobo$6bo3boo12boo36boo5boo$oobboobob3o50boo5boo$oo bbo4b3o$4bo3bo$5b3o$44boo$5b3o36boo$4bo3bo$oobbo4b3o25boo$oobboobob3o 25bobo5boo$6bo3boo25boboo4boo$21boo15boo$boo35bo$boo20bo$23bobo12bo23b oo5boo$20bo17boo21bobbo3bobbo$20bo5bo10boboo4boo17booboo$20bo5bo10bobo 5boo16bobobobo$22bo3bo10boo24bobobobo$22bo38bo9bo$22bobbo18boo14bo11bo $22b3o19boo$65bobo$62bo9bo$62bo3bo5boo$32bo31b3o6bo$28boobbo34booboo$ 27bo5bo13boo$26boobbobo14boo$27boo3bo$28b3o34bo7bo$41boo3boo18bobobobo $28b3o9bobbobobbo17bobobobo$27boo3bo6bo9bo15bobooboobo$26boobbobo5boo 9boo14boo5boo$27bo5bo5bo9bo5bo$16boo10boobbo7bobbobobbo5bo$15bobo14bo 8boo3boo6b3o$15bo$14boo$$28bo5bo22boo$26bobo3bobo21b4o$27boo4boo20bobb obo$54bobobboo$53bobo$52boo$43bo8b3o10boo5boo$43bobo7bobo9boo5boo$43b oo9boo$$63boo$39bo5bo16b4o7boo$40bo5bo14bobobo6bobboo11boo$38b3o3b3o7b oo5boob3o4b6o11boo$54boo8boobo5b4o$64boobo$$64boobo$64boobo5b4o$30boo 31bobbo4b6o11boo$29bobo32boo6bobboo11boo$29bo34boo7boo$28boo9boo$40bo 10bo5bo$37b3o9bobo3bobo$37bo12boo4boo$62bo$61bobo$61bobo$62bo5$64boo$ 64boo$$67boo4bo$67boo3bobo$72bobo$73bo5$75boo$75boo$$78boo$78boo$$81b oo$81boo! golly-3.3-src/Patterns/Life/Guns/golly-ticker.rle0000644000175000017500000003641412026730263016730 00000000000000#C GollyTicker-Take4, based on Alan Hensel's Decimal Counter (1994). #C Created by Brice Due Sept 2005, modified by Dave Greene Sept 2006. #C #C Info: The graphic logo displayed by this 'ticker tape gun' was #C designed around the phases of a period 8 oscillator known as #C Kok's Galaxy, found by Jan Kok in 1971. Period 8 means there are #C 8 distinct patterns (called 'phases') which repeat cyclically, #C one phase per Life generation. The 'ticker tape parade' shown here #C is bounded on the left by two columns of these Galaxy patterns. #C At any given moment all 8 phases are present in different places. #C #C The 'O' in 'GOLLY' is represented by one of the 8 phases of Kok's #C Galaxy, while the two 'L's are derived from another phase -- #C divided and rotated. The memory loop technology is borrowed from #C Alan Hensel's Decimal Counter, listed on Dean Hickerson's webpage: #C http://www.radicaleye.com/DRH/dec.counter.html . #C #C P.S. In hash mode at step 8^6, the tape appears to run in reverse! #C And if you are new to Life, you will gain some insight by pondering #C why the Kok's Galaxies at the left appear frozen when running in #C hash mode at step sizes above 8^0 -- or in regular qlife mode at #C step sizes above 10^2. Hint: Life is all about timing. x = 2993, y = 747, rule = B3/S23 2354b4o7b2o$2353bo3bo6bo2bo12b2o$2353bo10bo2b2o11b2o$2354bob2obo4bo2bo $2357b3o6bo2$2357b3o6bo$2356b2obo4bo2bo$2355bo8bo2b2o$2356b2o6bo2bo$ 2357bo7b2o3$2390b2o$2390b2o4$2469b4o7b2o$2384bo5bo77bo3bo6bo2bo12b2o$ 2383b3o3b3o76bo10bo2b2o11b2o$2382bo2b2ob2o2bo76bob2obo4bo2bo$2382bo3bo bo3bo79b3o6bo$2384bobobobo$2472b3o6bo$2381b2ob2o3b2ob2o77b2obo4bo2bo$ 2383bo7bo78bo8bo2b2o$2471b2o6bo2bo$2472bo7b2o3$2390bo114b2o$2389b3o 113b2o$2388bo3bo$2387bo5bo$2387bo5bo$2388bo3bo191b4o7b2o$2499bo5bo77bo 3bo6bo2bo12b2o$2388bo3bo105b3o3b3o76bo10bo2b2o11b2o$2387bo5bo103bo2b2o b2o2bo76bob2obo4bo2bo$2383b2o2bo5bo103bo3bobo3bo79b3o6bo$2383b2o3bo3bo 106bobobobo$2389b3o195b3o6bo$2390bo105b2ob2o3b2ob2o77b2obo4bo2bo$2498b o7bo78bo8bo2b2o$2586b2o6bo2bo$2587bo7b2o3$2505bo114b2o$2504b3o113b2o$ 2503bo3bo$2502bo5bo89bo$2502bo5bo76bo11b2o$2503bo3bo76bo12bobo99b4o7b 2o$2584b3o27bo5bo77bo3bo6bo2bo12b2o$2503bo3bo105b3o3b3o76bo10bo2b2o11b 2o$2502bo5bo103bo2b2ob2o2bo76bob2obo4bo2bo$2447bo50b2o2bo5bo103bo3bobo 3bo79b3o6bo$2446bo51b2o3bo3bo106bobobobo$2446b3o55b3o195b3o6bo$2505bo 105b2ob2o3b2ob2o77b2obo4bo2bo$2613bo7bo78bo8bo2b2o$2701b2o6bo2bo$2609b 2o91bo7b2o$2573bo34b2o$2573bobo34bo$2573b2o45bo114b2o$2619b3o113b2o$ 2474bo143bo3bo$2435bo38b2o141bo5bo$2435bobo35bobo141bo5bo$2435b2o181bo 3bo191b4o7b2o$2729bo5bo77bo3bo6bo2bo12b2o$2618bo3bo105b3o3b3o76bo10bo 2b2o11b2o$2617bo5bo103bo2b2ob2o2bo76bob2obo4bo2bo$2562bo37b2o11b2o2bo 5bo103bo3bobo3bo79b3o6bo$2561bo39b2o10b2o3bo3bo106bobobobo$2561b3o36bo 18b3o195b3o6bo$2620bo105b2ob2o3b2ob2o77b2obo4bo2bo$2728bo7bo78bo8bo2b 2o$2462b2o352b2o6bo2bo$2463b2o352bo7b2o$2462bo225bo$2688bobo$2688b2o 45bo114b2o$2734b3o113b2o$2589bo143bo3bo$2589b2o141bo5bo$2588bobo141bo 5bo$2733bo3bo191b4o7b2o$2844bo5bo77bo3bo6bo2bo12b2o$2451bo281bo3bo105b 3o3b3o76bo10bo2b2o11b2o$2451b2o279bo5bo103bo2b2ob2o2bo76bob2obo4bo2bo$ 2450bobo224bo50b2o2bo5bo103bo3bobo3bo79b3o6bo$2676bo51b2o3bo3bo106bobo bobo$2676b3o55b3o195b3o6bo$2735bo105b2ob2o3b2ob2o77b2obo4bo2bo$2843bo 7bo78bo8bo2b2o$2931b2o6bo2bo$2932bo7b2o3$2850bo114b2o$2401bo37b2o408b 3o113b2o$2400bo39b2o406bo3bo$2400b3o36bo407bo5bo89bo$2847bo5bo88b2o$ 2848bo3bo89bobo$2959bo5bo$2848bo3bo105b3o3b3o$2847bo5bo103bo2b2ob2o2bo $2792bo37b2o11b2o2bo5bo103bo3bobo3bo$2791bo39b2o10b2o3bo3bo106bobobobo $2791b3o36bo18b3o$2428bo421bo105b2ob2o3b2ob2o$2389bo38b2o528bo7bo$ 2389bobo35bobo262b2o$2389b2o302b2o$2692bo2$2965bo$2554b2o408b3o$2555b 2o406bo3bo$2554bo225bo181bo5bo$2780bobo179bo5bo$2780b2o181bo3bo2$2681b o281bo3bo$2681b2o279bo5bo$2680bobo224bo37b2o11b2o2bo5bo$2906bo39b2o10b 2o3bo3bo$2906b3o36bo18b3o$2965bo$2504bo$2504bobo$2504b2o4$2631bo$2630b o303bo$2630b3o301b2o$2933bobo2$2493bo$2492bo303bo$2492b3o301b2o$2795bo bo4$2619bo$2619bobo$2619b2o7$2382bo$2343bo38b2o$2343bobo35bobo$2343b2o 5$2773bo$2773b2o$2772bobo2$2332bo$2331bo$2331b3o$2861bo$2860bo$2860b3o $2497bo$2458bo38b2o$2458bobo35bobo262b2o$2458b2o302b2o$2761bo3$2623b2o $2624b2o$2623bo3$2447bo$2446bo$2446b3o6$2876b2o$2877b2o$2876bo3$2136b 2o$2136b2o4$2562bo37b2o$2561bo39b2o262bo$2561b3o36bo225bo38b2o$2198bo 627bobo35bobo$2198b2o626b2o$2197bobo2$2688bo$2688bobo$2129b3o3b3o550b 2o$2129bo2bobo2bo186b2o$2129b2obobob2o187b2o262bo$2129b2o5b2o186bo225b o38b2o$2251b2o297bobo35bobo$2251b2o297b2o$2186b2o$2187b2o262bo$2131b2o b2o50bo264b2o$2129bo2bobo2bo312bobo224bo$2129bobo3bo3bo3b3o530bo$2129b 3o3bo3bo3bobo530b3o$2137bo2bobo2bo$2139b2ob2o130bo$2274bobo$2274b2o$ 2803bo$2175bo627bobo$2137b2o5b2o29b2o67b3o3b3o550b2o$2137b2obobob2o28b obo67bo2bobo2bo148bo$2137bo2bobo2bo98b2obobob2o147bo303bo$2137b3o3b3o 98b2o5b2o147b3o301b2o$2366b2o335bobo$2366b2o$2263bo37b2o$2262bo39b2o$ 2246b2ob2o11b3o36bo$2244bo2bobo2bo539bo$2244bobo3bo3bo3b3o530bo$2163b 2o79b3o3bo3bo3bobo530b3o$2164b2o86bo2bobo2bo167bo$2156b2o5bo90b2ob2o 130bo38b2o$2156b2o231bobo35bobo262b2o$2389b2o302b2o$2144b2o546bo$2144b 2o144bo$2252b2o5b2o29b2o67b3o3b3o$2252b2obobob2o28bobo67bo2bobo2bo148b o$2252bo2bobo2bo98b2obobob2o147bo$2252b3o3b3o98b2o5b2o147b3o262bo$ 2481b2o297bobo$2481b2o297b2o$2416b2o$2215b2o200b2o$2215b2o144b2ob2o50b o$2359bo2bobo2bo$2359bobo3bo3bo3b3o$2156bo7bo44bo5bo143b3o3bo3bo3bobo$ 2155b4o3b4o42b3o3b3o61bo88bo2bobo2bo$2155bo3bobo3bo42bob2ob2obo54b2o4b 3o89b2ob2o130bo$2156bo2bobo2bo42b2o7b2o53b2o3bo3bo223bobo262bo37b2o$ 2156b3o3b3o42b2o7b2o58b2ob2o223b2o262bo39b2o$2207b3o5b3o41b2o15b2ob2o 487b3o36bo$2209b3ob3o43b2o$2211bobo62b2ob2o86b2o5b2o98b3o3b3o$2208bo2b obo2bo59b2ob2o86b2obobob2o98bo2bobo2bo$2207bo2bo3bo2bo58bo3bo86bo2bobo 2bo98b2obobob2o$2208b2o5b2o60b3o14b2o71b3o3b3o98b2o5b2o$2163b2o113bo 14bo2bo299b2o$2163b2o128bobo300b2o$2294bo236b2o$2330b2o200b2o262bo$ 2299b2o29b2o144b2ob2o50bo264b2o$2298bo2bo172bo2bobo2bo312bobo$2298bobo 173bobo3bo3bo3b3o$2271bo7bo19bo24bo5bo143b3o3bo3bo3bobo$2270b4o3b4o42b 3o3b3o61bo88bo2bobo2bo$17b2o2251bo3bobo3bo23b2o17bob2ob2obo54b2o4b3o 89b2ob2o130bo$16bobo2252bo2bobo2bo23bo2bo15b2o7b2o53b2o3bo3bo223bobo$ 16bo2254b3o3b3o23bobo16b2o7b2o58b2ob2o223b2o$15b2o2198b2o87bo17b3o5b3o 41b2o15b2ob2o$2215b2o107b3ob3o43b2o144bo$2309b2o15bobo62b2ob2o86b2o5b 2o29b2o67b3o3b3o$2308bo2bo11bo2bobo2bo59b2ob2o86b2obobob2o28bobo67bo2b obo2bo148bo37b2o$2308bobo11bo2bo3bo2bo58bo3bo86bo2bobo2bo98b2obobob2o 147bo39b2o$2309bo13b2o5b2o60b3o14b2o71b3o3b3o98b2o5b2o147b3o36bo$2278b 2o113bo14bo2bo299b2o$2278b2o128bobo300b2o$15b2o11b2o2379bo198bo37b2o$ 7b2o7bo10b4o2414b2o160bo39b2o$4bo11bobo7bob2ob2obo2379b2o29b2o144b2ob 2o11b3o36bo$3bobo2b2o7b2o12b2o2bo2377bo2bo172bo2bobo2bo$bobob3o2bo15b 2o2b2o2b3o2376bobo173bobo3bo3bo3b3o$bo2b6o16b4obo2b3o2349bo7bo19bo24bo 5bo143b3o3bo3bo3bobo$4b2ob2o16bo2bo3bo2bo2349b4o3b4o42b3o3b3o61bo88bo 2bobo2bo167bo$3b6o2bo12b3o2bob4o2350bo3bobo3bo23b2o17bob2ob2obo54b2o4b 3o89b2ob2o130bo38b2o$2bo2b3obobo12b3o2b2o2b2o2351bo2bobo2bo23bo2bo15b 2o7b2o53b2o3bo3bo223bobo35bobo$3b2o2bobo15bo2b2o2356b3o3b3o23bobo16b2o 7b2o58b2ob2o223b2o$8bo17bob2ob2obo2295b2o87bo17b3o5b3o41b2o15b2ob2o$4b 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oboo$168bo3bo31bobo25bo3boo23bobbo51boo61bobo71bobo69b3o38boo5boo9bobo 32boo37boo22b3oboo$204bo26bobo3bo23boo56boo58bobo46boo25bo42boo25b3o 39bo5boo10bo21bo3bobboobbo62bo11boo$170boo31boo26boo3bo33boo48bo58b3o 3boo42bo25boo20boo19bo23b3o42bobo18b3o15bo4bobbo3bo27bo35b3oboo5bo$ 213boo20bo12boo20boo25boo18b3o65boo18bobo21bobo15boo29bo17bobo23b3o28b oo13boo17bo17bobobo5b3o26b3o37bobobbo4b3o$213bo17b5obo10bo49bo18bo88b oo22boo15boo29bobo15boo24b3o7boo19bo18boo13bo3bo12bobobo4bobo4boo5boo 14bo44boo6bo$214b3o14bo4boo11b3o33boo11bobo105bo72boo4bo6boo39bo17bobo 17bobo13bobbobo9bo4bo5boo6bo5boo14boo$216bo15b3o16bo27boo5bo12boo71boo 12boo96bobo4bobbo38bobo15boo19bo16bobobbo7bo3bo14bobo$234boboo41bo6bob o84bo5boo5bo97bobo5boo40boo4bo27bo21bo3bo27boo$235bobo42bo6boobboo77b 3o6boo6b3o95bo10boo10boo29bobo52bo9boo20boo$279boo10boo77bo18bo106bobo 9boo29bobo24b3obo20b3o31bobo$498bo41bo10boo12boboo57bo$279boo217boo51b obo11boobo53bo30bo$278bobo202boo68bo9bob3o53b3o27b3o$279bo12boo190bo 68boo65bob3o25bo$286boo4boo187b3o54boo25bo53bo3bo26boo$286boo138booboo bboo46bo57bo78bo3bo5boo8bo$427bobobbobo13boo86b3o78b3obo6boo6bobo$426b o3boo16bobo85bo81b3o16boo$260boo165boobo19bo117b3o48bo$261bo166bobobbo 16boo116b3o$261bobo164bobobobo59boo72b3o10bo$262boo23boo140booboo59bob o38boo5boo28b3o5b3o$286bobo204bo40boo5bo29b3o4bo61boo$286bo205boo45bob o29b3o4boo60boo$285boo252boo$518boo5boo8boo39bo$519bo5boo8bobo37bobo$ 519bobo14bobboo35boobboo$438boo80boo58boo$438boo73boo9boo11bo3bo65boo 5boo$279boo232bo9bobo11bo4bo64boo5bo43bo$279boo233b3o3bo3bo14bobobo68b obo42bobo$516bo3boo18bobobo67boo44bo$263boo254boobo18bo4bo61boo$263boo 253bobb3o18bo3bo61bobo$449boo34boo5boo23bobobo87bo$275booboo148boo19bo 36bo5boo22bobobo22boo68bo34boo3boo$275boobo150bo17bobo36bobo25b3obbo 92bobo33boo3boo$259boo19bo148bobo15boo38boo26boboo55boo35bo3bo$258boo 14bob5o149boo4bo6boo46boo23boo26boo5boo17boobboo3boo31bo3bo$260bo13boo 159bobo4bobbo44bobo10boo12bo26boo5bo17bobo6bobo32bo3bo22boboo$277boo 156bobo5boo46bo11boo44bobo18bo7bo35bo3bo19b3oboo$278bo157bo10boo10boo 88boo26boo36bobo19bo11boo$255boo18b3o169bobo9boo25b3o56boo19boo4boobbo 39bo21b3oboo5bo$256bo18bo173bo36b3o38boo5boo9bobo16boboo4bo3bo27bo35bo bobbo4b3o$243boo11bobo190boo35b3o39bo5boo10bo16bo9b3o26b3o39boo6bo$ 244bo12boo12boo161boo47b3o42bobo18b3o14bo4bobo4boo5boo14bo$244bobo24b oo162bo47b3o28boo13boo17bo13boobo5boo6bo5boo14boo$245boobboo181b3o48b 3o7boo19bo18boo13bo3bo9boo15bobo$249boo181bo61bo17bobo17bobo13bobbobo 26boo$494bobo15boo19bo16bobobbo28boo$270boo223boo4bo27bo21bo3bo27bobo$ 500bobo52bo24bo3bo$250boo248bobo24b3obo20b3o25boo29bo$244boo4boo11boo 180boo54bo10boo12boboo49boobo26b3o$244boo16bobo6boo171bobo38boo5boo18b obo11boobo48bobb3o24bo$261boobo6bobo170bo40boo5bo21bo9bob3o48bobobo26b oo$262boo9bo169boo45bobo21boo60bobobo5boo$263bo3b4obbo216boo7boo25bo 47b3obbo6boo$268bobobo196boo5boo8boo12bo74boboo$270boo198bo5boo8bobo8b 3o76boo$245boo223bobo14bo9bo79bo$244bobo224boo18bo37b3o$244bo219boo9b oo52b3o$243boo219bo9bobo12bob3o35b3o10bo55boo$465b3o3boobbo15boobo37b 3o5b3o55boo$467bo23boboo37b3o4bo$470bo3bo17b3obo35b3o4boo$469bo4bo$ 436boo5boo23bobobo21bo42bo$437bo5boo22bobobo64bobo$437bobo25bo4bo66boo bboo$438boo25bo3bo71boo73bo$442boo51boo5boo64boo5boo38bobo$441bobo10b oo11boo26boo5bo65boo5bo40bo$442bo11boo44bobo70bobo$438bo61boo71boo$ 437bobo56boo71boo$436bo3bo37boo5boo9bobo70bobo34boo3boo$435bo3bo39bo5b oo10bo3bo68bo35boo3boo$434bo3bo40bobo18boo72bo$433bo3bo27boo13boo17bob oo70bobo$434bobo7boo19bo18boo12b3obbo31boo35bo3bo21boboo$435bo9bo17bob o17bobo14bobobo26boobboo3boo31bo3bo18b3oboo$445bobo15boo19bo16bobobo 24bobo6bobo32bo3bo16bo11boo$446boo4bo49bobb3o23bo7bo35bo3bo16b3oboo5bo $451bobo26boo21boobo31boo36bobo19bobobbo4b3o$451bobo24boboo22boo21boo 4boobbo39bo24boo6bo$452bo10boo12bo26bo20boboo4bo3bo16bobo8bo$463bobo 14bo43bo9b3o17boo7b3o$465bo10boobo47bo4bobo4boo5boo7bo6bo$465boo9boo 45boobo5boo6bo5boo14boo$450boo71boo15bobo$451bo89boo$448b3o94boo$448bo 32bo62bobo$480bobo58bo3bo$479bo3bo57boo29bo$480bo3bo8bo46boobo26b3o$ 481bo3bo5b3o45bobb3o24bo$482bo3bo3bo47bobobo26boo$483bobo4boo45bobobo 5boo$484bo50b3obbo6boo$488bo47boboo$487bobo47boo$488boobboo44bo$492boo $519boo5boo$519boo5bo32boo$524bobo32boo$524boo$520boo$520bobo$521bo$ 525bo$524b3o$486boo35b3obo49bo$482boobboo3boo31bo3bo47bobo$481bobo6bob o32bo3bo47bo$482bo7bo35bob3o$489boo36b3o$477b3o4boobbo39bo$477b3o4bo3b o13b3o11bo50boo3boo$477b3o5b3o14bo11b3o50boo3boo$474b3o6bobo4boo5boo4b o9bo$474b3o6boo6bo5boo14boo$474b3o14bobo65boboo$492boo63b3oboo$496boo 58bo11boo$495bobo59b3oboo5bo$492boobbo62bobobbo4b3o$523bo39boo6bo$491b o3bo25b3o$490bo4bo24bo$489bobobo14bo11boo$488bobobo5boo7bobo$486bo4bo 6boo7bobo$486bo3bo17bo$$488boo$511booboo$511booboo$511booboo$517bobo$ 514boo$515bo3bo$515bo$518boo$519bo$514bo4bo$514bo3bo9bo$516boo9bobo$ 528bo4$518boo3boo$518boo3boo3$510boboo$508b3oboo$507bo11boo$508b3oboo 5bo$510bobobbo4b3o$514boo6bo! golly-3.3-src/Patterns/Life/Guns/p59-gun-with-Snark-reflectors.rle0000644000175000017500000001631412250742662021724 00000000000000#C Smaller p59 gun #C #C By Dave Greene, 2 May 2013, using Mike Playle's Snark reflector. #C Based on an earlier p59 gun by Adam P. Goucher and Jason Summers. x = 299, y = 239, rule = B3/S23 118b2o3b2o$118b2o2bob3o$122bo4bo$118b4ob2o2bo$118bo2bobobob2o$121bobob obo$122b2obobo$126bo2$112b2o$113bo7b2o$113bobo$114b2o$121b2o$121b2obo 98b2o3b2o26b2o3b2o$122b2o99b2o2bob3o22b3obo2b2o$123bo103bo4bo20bo4bo$ 223b4ob2o2bo20bo2b2ob4o$223bo2bobobob2o18b2obobobo2bo$124b2o100bobobob o20bobobobo$124bo102b2obobo20bobob2o$125b3o103bo22bo$127bo$136bobo78b 2o48b2o$137b2o79bo7b2o29b3o7bo$126b2o3b2o4bo80bobo5b2o28bo3bo4bobo$ 124b3obo2b2o86b2o34bo5bo3b2o$108b2o13bo4bo125bo3bo3bo$109b2o12bo2b2ob 4o121bo2bobo2bo$108bo13b2obobobo2bo92b2o27bo3bo3bo$123bobobobo94bobo 28bo5bo$123bobob2o97bo33bo$124bo130bo3bo$229b2o24bo$137b2o90bo8bobo15b o$128bo8bo92b3o6b2o12b3o$127b3o5bobo94bo6bo13bo$126b5o4b2o15bo$125b2o 3b2o21bo115bo$124b3o3b3o18b3o87bo26b2o$125b2o3b2o107b2o27bobo$126b5o 109b2o$93b3o31b3o$95bo30b3o$94bo30b2o83b2o$126bo54bo29b2o$123b3o55b3o 26bo$123bo60bo$183b2o69bo$153bo16b2o48b2o33bo$110bo27b3o12b3o14b2o48b 2o31b3o34bo$110bobo25bo17bo115b2o14b5o$110b2o27bo15b2o9bo103bo2bo13bo 5bo$167b2o101b2obobo4bo7b3o2bo$92bo67b3o3b2o12b3o26b3o13bo46bob2o3bobo 9bob2o$92b3o64bo4bo13bo4bo24bo4bo11bobo44bo5bo3bo5b4o2bo$79bo15bo129b 2o7b2o34b3o5bo3bo5bo3b2o$79b2o13b2o59bobo2bo3bo13bo3bo2bobo16bobo2bo3b o20bo34bo8bo3bo6b3o$78bobo74bobo3b3o6b3o6b3o3bobo16bobo3b3o6b3o10bobo 34b2o8bobo9bo$154bo15b3o15bo14bo15b3o10b2o46bo10bob2o$86b2o66b2o15bo 15b2o14b2o15bo69b2ob2o$86bo67b3o14bo14b3o14b3o14bo15b2o7bo21b2o$83b2ob o68b2o14bo14b2o16b2o14bo15b2o5b3o20bo2bo$83bo2b3o7bobo53b2ob2o13bobo 15bo14bo15bobo20bo39b2o$84b2o3bo6bo2bo53bobo81bo4b2o22b3o13bo$86b4o6bo 2bo48b2o4bo81bobo20b2o22b3o$86bo11bo3b2o45bo20bobo15bo14bo15bobo13b2ob 2o18bobo24bo$87b3o12bobo41b3o5b2o15bo14b2o16b2o14bo14b2o21bo$90bo13bo 41bo7b2o15bo14b3o14b3o14bo14b3o19b2o$85b5o14b2o65bo15b2o14b2o15bo15b2o $84bo73b2o10b3o15bo14bo15b3o15bo33bo$64b2o17bo2b2o69bobo10b3o6b3o3bobo 16bobo3b3o6b3o6b3o3bobo30b2obobo$63bobo16bob2obo69bo20bo3bo2bobo16bobo 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4b2o$68b4ob2o2bo24b2o8bobo76b2o5b2o4b2o31bo6b2o2bo4bobo38b2ob2o$68bo2b o3bob2o24bobobo6bo84bo6bo30b2o3b2o2b2o34bo12bob2o$71bobobobo26b3o7b2o 80b3o43b2obo34bobo12bo$72b2obobo83b3o32bo31b2o15bo35b2o4b2o4b3o$76bo 24bo3bo57bo63bobo12b3o24bo17b2o3bo3b2o$100bob2obo56bo64bo13bo9b2o14b5o 20b4o2bo$34bo27b2o36bobo3b2o118b2o5bobo6b5o5bo13bo5bo5b2o15bob2o$34b3o 26bo8bo26b2obobobo2bo40bobo68bo11b2o11bo5bobo12b3o2bo4bobo12b3o2bo$37b o25bobo5b2o27bo2b2ob4o40b2o69b3o10bo9bo8b2o15bob2o3bo13bo5bo$20bo15b2o 26b2o34bo4bo45bo72bo19b2o21b4o2bo2b2o14b5o$20b2o56bo22b3obo2b2o113b2o 37b2o3bo3b2o21bo$19bobo57bo23b2o3b2o11bo140b2o4b3o$25b2ob2o12bo34b3o 41b2o132b2o13bo$25b2obo13bobo75bobo53bobo75bobo13bob2o$28bo13b2o132b2o 41b3o34bo12b2ob2o$28b3o4b2o140bo11b2o3b2o23bo57bobo$4bo21b2o3bo3b2o37b 2o113b2o2bob3o22bo56b2o$2b5o14b2o2bo2b4o21b2o19bo72bo45bo4bo34b2o26b2o 15bo$bo5bo13bo3b2obo15b2o8bo9bo10b3o69b2o40b4ob2o2bo27b2o5bobo25bo$bo 2b3o12bobo4bo2b3o12bobo5bo11b2o11bo68bobo40bo2bobobob2o26bo8bo26b3o$2o 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6b3o3bobo74bobo$7b3o6bo3bo8bo34bo20bo3bo2bobo16bobo2bo3bo13bo3bo2bobo 59b2o13b2o$5b2o3bo5bo3bo5b3o34b2o7b2o129bo15bo$4bo2b4o5bo3bo5bo44bobo 11bo4bo24bo4bo13bo4bo64b3o$4b2obo9bobo3b2obo46bo13b3o26b3o12b2o3b3o67b o$5bo2b3o7bo4bobob2o101b2o$5bo5bo13bo2bo103bo9b2o15bo27b2o$6b5o14b2o 115bo17bo25bobo$8bo34b3o31b2o48b2o14b3o12b3o27bo$43bo33b2o48b2o16bo$ 44bo$175bo$88bo28bo55b3o$72bo13b2o30b2o52bo$72b3o12b2o28b2o53b2o30bo$ 75bo94b3o30bo$74b2o93b3o31b3o$57b2o109b5o$28bobo27b2o107b2o3b2o$29b2o 26bo87b3o18b3o3b3o$29bo115bo21b2o3b2o$146bo15b2o4b5o$45bo13bo6bo94bobo 5b3o$43b3o12b2o6b3o92bo8bo$42bo15bobo8bo90b2o$43bo24b2o$39bo3bo130bo$ 38bo33bo60bo36b2obobo$37bo5bo28bobo56bobo35bobobobo$36bo3bo3bo27b2o58b 2o32bo2bobobob2o13bo$36bo2bobo2bo121b4ob2o2bo12b2o$36bo3bo3bo125bo4bo 13b2o$32b2o3bo5bo34b2o86b2o2bob3o$31bobo4bo3bo28b2o5bobo80bo4b2o3b2o$ 31bo7b3o29b2o7bo79b2o$30b2o48b2o78bobo$171bo$44bo22bo103b3o$40b2obobo 20bobob2o102bo$39bobobobo20bobobobo100b2o$36bo2bobobob2o18b2obobobo2bo $36b4ob2o2bo20bo2b2ob4o$40bo4bo20bo4bo74bobo26bo$36b2o2bob3o22b3obo2b 2o71b2o26b2o$36b2o3b2o26b2o3b2o71bo26bob2o$176b2o$183b2o$183bobo$176b 2o7bo$185b2o2$172bo$171bobob2o$171bobobobo$170b2obobobo2bo$171bo2b2ob 4o$162bo8bo4bo$163bo8b3obo2b2o$161b3o10b2o3b2o!golly-3.3-src/Patterns/Life/Guns/gun-p165mwss.rle0000644000175000017500000000342212026730263016510 00000000000000#C p165 MWSS gun based on a three-gliders -> MWSS+glider+LoM reaction #C by Dietrich Leithner. David Bell and Jason Summers, 5/2002. #C From Jason Summers' "jslife" pattern collection. x = 178, y = 218, rule = B3/S23 125b3o$125bobo$125b3o6bo$125b3o5b3o$125b3o$125b3o$125bobo5b3o$125b3o$ 133bobo$133bobo$$133b3o$111boo6boo$110bobbo4bobbo$110bobbo4bobbo11b3o$ 110bobbo4bobbo12bo$111boo6boo$$137bobboo4boobbo$136bo3b3obb3o3bo$137bo bboo4boobbo7$139bo$139b3o4bobobbobo$138bob4obobbobbobboboo$120bobo23bo bobbobo$120boo$121bo$139b3o$139b3o$44b3o93bo$45bo94bo$45bo94bo$44b3o 92bobo$$44b3o$44b3o92bobo$140bo$44b3o93bo$45bo94bo$45bo93b3o$44b3o92b 3o$$51boo6boo$49bo4bobbo4bo$49bo4bobbo4bo$49bo4bobbo4bo4bo$51boo6boo5b 3o8bo$65bobobo6b3o$65bobobo5bobobo$66b3o6bobobo$67bo8b3o$77bo$$67bo$ 66b3o8bo$17bo47bobobo6b3o$16b3o46bobobo5bobobo$15bobobo46b3o6bobobo$ 15bobobo47bo8b3o$16b3o12bo45bo$17bo11boo$30boo$$17bo79b3o$16b3o80bo$ 15bobobo59bo18bo$15bobobo59bobo$16b3o49bo10boo$17bo49boo$67bobo$78b3o$ bbobbo4bobbo64bo$3obb6obb3o63bo$bbobbo4bobbo$$81boo$82boo$81bo$$48bo$ 46boo$47boo$58bobobbobo$54boobobbobbobboboo$58bobobbobo$$22b3o52b3o$$ 21bo3bo50bo3bo$21bo3bo50bo3bo$$22b3o52b3o$88b3o$88b3o$22b3o52b3o9bo$ 89bo$21bo3bo50bo3bo8bo$21bo3bo17bobo30bo3bo7bobo$44boo$22b3o19bo32b3o$ 88bobo$89bo$8bobboboobobbo69bo$8b4oboob4o69bo$8bobboboobobbo68b3o$37b oo6boo41b3o$35bo4bobbo4bo$35bo4bobbo4bo$35bo4bobbo4bo$37boo6boo$$51b3o 66boo$52bo66boo$52bo68bo$51b3o$$51b3o$38bobo10b3o$39boo$39bo11b3o$52bo $52bo$51b3o26$159bo$159b3o4bobobbobo$158bob4obobbobbobboboo$166bobobbo bo3$159b3o$159b3o$160bo$160bo$81bo78bo$79bobo77bobo$80boo$$159bobo$ 160bo$160bo$160bo$159b3o$159b3o23$117b3o$119bo$118bo$100boo6boo$99bobb o4bobbo$99bobbo4bobbo$99bobbo4bobbo$100boo6boo$114b3o$$113bo3bo$113bo 3bo$$114b3o3$114b3o$$113bo3bo$113bo3bo$$114b3o! golly-3.3-src/Patterns/Life/Guns/7-in-a-row-Cordership-V-gun.rle0000644000175000017500000025404612026730263021215 00000000000000#C p726 V-gun for seven-engine-in-a-row Cordership: a 21-glider salvo #C meets a 27-glider salvo, following a recipe posted on 7 May 2003. #C The p726 Herschel factories are made from matched pairs of stable #C glider reflectors; they could be replaced by Herschel factories #C of any desired period >726. #C Dave Greene, 30 Jun 2003; Cordership eater from 4 July 2003, #C based on a glider-extraction reaction found by Karel Suhajda. x = 2325, y = 2210, rule = B3/S23 150bo$122b2o24b3o$123bo23bo$112bo10bobo21b2o$110b3o11b2o$94bo14bo$94b 3o12b2o$97bo64b2o$96b2o64b2o3$97b2o$97b2o17b2o$116b2o$167b2o$167b2o4$ 113b2o32b2o$113bo20b2o11b2o$115bo19bo$114b2o16b3o$110b2o20bo$110bo$ 111b3o$113bo3$100b3o$100bo2bo$99bo3bo$99b4o16b2o$100bo18bo$117bobo$ 117b2o$110b2o2bo$105b2o5b2obo$113bobo$198bo$71b2o5b2o90b2o24b3o$72bo5b 2o91bo23bo$72bobo85bo10bobo21b2o$73b2o83b3o11b2o$77b2o63bo14bo$76bobo 63b3o12b2o$77bo67bo64b2o$99b2o43b2o64b2o$76bo14b2o5bobo$76bo14b2o5bo$ 96bobo46b2o$74bo3bo17b2o47b2o17b2o$72b3obob3o11b2o70b2o$67b2o2bo4b2o3b o10bobo120b2o$67bo2bobob2o2b2obo11bo121b2o$69b2ob2o2b2o2bo$70bobob2o2b 2o$70bobobo2bo38bobo$71b2ob4o14b3o22b2o42b2o32b2o$73bo17bobobo13b2o6bo 43bo20b2o11b2o$73bobo13b3o3b3o11b2o52bo19bo$74b2o12bo4bo4bo63b2o16b3o$ 87bob2obo2b2obo23b2o34b2o20bo$87bobob4o2bo24bobo33bo$62bo23b2ob2o4b2o 27bo34b3o$62b3o19bo2bobobo2bo29b2o35bo$65bo18b2o2b2ob4o3b2o$64b2o24bo 8bo19b2o$79b2o9bobo6bobo17bo$79bo11b2o7b2o15bobo$77bobo24b2o6bo4b2o$ 66bo10b2o24bo2bo4bobo53b2o$65bobo5b2o29b2o5bobo53bo$65bobo4bo2bo24b2o 10bo35b2o15bobo$60b2o4bo6b2o24bobo46b2o15b2o$59bobo15b2o7b2o11bo$59bo 17bobo6bobo9b2o$58b2o19bo8bo24b2o$79b2o3b4ob2o2b2o18bo$84bo2bobobo2bo 19b3o2b2o5b2o$54b2o26b2o2b2obob2o23bo3bo5b2o2046bo$55bo25bo2b2o2b2obo 28bobo116bo1934b3o24b2o$55bobo22bob2o2b2obobo29b2o88b2o24b3o1937bo23bo $56b2o22bo3b2o4bo12b2o20b2o85bo23bo1939b2o21bobo10bo$68b2o11b3obob3o 13bobo18bobo74bo10bobo21b2o1961b2o11b3o$68b2o13bo3bo17bo19bo73b3o11b2o 2000bo14bo$101b4ob2o2b2o35b2o34bo14bo2015b2o12b3o$85bo15bo2bobobo2bo 27b2o5bobo34b3o12b2o1961b2o64bo$85bo13b2o4b2ob2o29b2o5bo39bo64b2o1908b 2o64b2o$98bo2b4obobo35bobo38b2o64b2o$85bo11bob2o2bob2obo13b5o17b2o$84b obo10bo4bo4bo12b3obob3o11b2o2084b2o$52b3o30b2o11b3o3b3o8b2o2bo4bo4bo 10bobo43b2o2019b2o17b2o$54bo26b2o17bobobo10bo2bob2obo2b2obo11bo44b2o 17b2o2000b2o$53bo26bobo18b3o13b2obo3b2o2bo76b2o1949b2o$80bo5b2o30bobo 2bo2b2o128b2o1898b2o$78bobo5b2o30bobo4bo14b3o113b2o$78b2o39b2ob4o$101b o19bo17bobobo13b2o$100bobo18bobo13b3obob3o11b2o2017b2o32b2o$100b2o20b 2o12bo5bo3bo55b2o32b2o1938b2o11b2o20bo$104b2o29bobob2o2b2obo23b2o30bo 20b2o11b2o1951bo19bo$104bobo28bob2o2b2o2bo24bobo31bo19bo1965b3o16b2o$ 99b2o5bo3bo23b2o4bo2b2o27bo30b2o16b3o1968bo20b2o$o18bo79b2o5b2o2b3o19b o2bobobo2bo29b2o25b2o20bo1992bo$3o6b2o6b3o93bo18b2o2b2ob4o3b2o51bo 2011b3o$3bo5b2o5bo95b2o24bo8bo19b2o31b3o2008bo$2b2o12b2o109b2o9bobo6bo bo17bo34bo$127bo11b2o7b2o15bobo$60b2o15b2o46bobo32bo4b2o$15b2o42bobo 15b2o35bo10b2o32bobo$10b2o3b2o42bo53bobo5b2o36bobo$10b2o46b2o53bobo4bo 2bo24b2o10bo72bo1970b2o$108b2o4bo6b2o24bobo58b2o23bobo1969bo$107bobo 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5b2o3bo9b3o4b2o2bo4bo4bo10bobo46b2o1955b2o4bo37bo11bob2o2b2obobo2bo$2b 3o121bobo5b2o20bo2bob2obo2b2obo11bo47b2o17b2o1917b2o17b2o4b2o49bo2b2o 3bob2o$81b2o43b2o30b2obob4o2bo79b2o1917b2o75b2o2b2obobo$4bobo74bo67bo 9bob2o4b2o13bo117b2o1815b2o112bo15bo4bobo$5b3o60b2o12b3o63bobo8bobobo 2bo15bo117b2o1815b2o111b3o14b4ob2o$7bo43b2o16bo14bo63b2o10b2ob4o2047b 2o13bobobo17bo$6bo44bo14b3o83b2o8bo17bo3bo13b2o2014b2o11b3o3b3o13bobo$ 30b2o20b3o11bo85bobo7bobo13b3obob3o11b2o2026bo3bobo3bo12b2o$31bo22bo 92b2o5bo8b2o12bo4b2o3bo45b3o10b2o32b2o1855b2o32b2o28b2o23bob2o4b2obo$ 28b3o17bo18bo79b2o5b2o20bobob2o2b2obo23b2o23bo9bo20b2o11b2o1855b2o11b 2o20bo27bobo11b3o10bo2b3o4bo$28bo19b3o6b2o6b3o108bob2o2b2o2bo24bobo19b o2bo11bo19bo1881bo19bo29bo27b2o5bob2o23bo$51bo5b2o5bo86bo23b2obob2o2b 2o27bo20b2o11b2o16b3o1883b3o16b2o27b2o16bo12bo2bo3bo2bo19b3o$50b2o12b 2o85b3o19bo2bobobo2bo29b2o19b2o7b2o20bo1887bo20b2o37bo2bo8b2o3b4ob2o2b 2o18bo$154bo18b2o2b2ob4o3b2o44bo2bo6bo1931bo28b2o7b3o9bo8bo24b2o$108b 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3o15bo$1808b2obo$1808bobo2$1764b2o$1765bo$1765bobo$1766b2o2$2063bo$ 2062bobo$2063bo$1784b2o$1738bo6b2o37bo$1738b3o4bo2bobo31bobo$1741bo5b 2ob3o29b2o$1740b2o11bo$1747b2ob3o$1747b2obo3$1736b2o3b2o$1736b2o3b2o4$ 1732bo$1731bobo30b2o15b2o$1732bo30bobo15b2o$1763bo$1762b2o303b2obo$ 2067b2ob3o$2073bo$2067b2ob3o$2068bobo$1749b2o296b2obo17bobo$1749b2o18b o277b2ob3o16bo$1769b3o281bo$1772bo274b2ob3o$1771b2o275bobo$2048bobo$ 2049bo$1761b2o3b2o$1761b2o3b2o$1739b2o$1740bo$1737b3o$1737bo3$1795b2o$ 1795bobo$1797bo$1746b2o49b2o235b2obo$1747bo286b2ob3o$1744b3o38b2o253bo $1744bo40b2o247b2ob3o$2035bobo$2035bobo$2036bo4$1780b2o$1780bobo$1782b o$1782b2o2$2028b2obo$2028b2ob3o$2034bo$2028b2ob3o$2029bobo$2029bobo$ 2030bo6$2015b2obo$2015b2ob3o$2021bo$2015b2ob3o$2016bobo$2016bobo$2017b o7$1997b2obo$1997b2ob3o$2003bo$1997b2ob3o$1998bobo$1998bobo$1999bo9$ 1972bo$1971bobo$1972bo3$1992b2obo$1992b2ob3o$1998bo$1992b2ob3o$1993bob o$1993bobo$1994bo10$1902bo$1900b3o$1899bo$1899b2o$1845b2o31b2o$1845b2o 32bo$1879bobo$1880bobo$1881bo3b2o$1885b2o2$1863bo$1862bobo39b2o$1862bo 2bo38b2o$1863b2o$1915bo$1852b2o59b3o$1852b2o58bo$1912b2o6$1839b2o$ 1839b2o$1843b2o42b2o$1842bobo41bobo$1842bo43bo$1841b2o42b2o$1854b2o$ 1854b2o35b2o$1891b2o2$1856b2o$1856b2o$1891b2o$1891b2o8$1865bo$1864bobo $1864bobo$1863b2ob2o16b2o$1884b2o$1863b2ob2o$1864bob2o34b2o$1862bo39bo bo$1862b2o40bo$1904b2o2$1870b2o$1864b2o4b2o$1863bobo27b2o$1863bo29bobo $1862b2o31bo$1870b2o23b2o$1870b2o3$1876bo$1875bobo$1876bo! golly-3.3-src/Patterns/Life/Guns/2c5-spaceship-gun-p416.rle0000644000175000017500000021216312026730263020145 00000000000000#C p416 2c/5 spaceship gun: Dave Greene, 11 Apr 2003 #C 64 p416 guns driving 60 Herschel-based glider inserters #C to produce four construction salvos totalling 63 gliders. #C Synthesis of 2c/5 spaceship mostly by Noam Elkies. x = 990, y = 979, rule = B3/S23 864bobo$867bo9boo$863bo4bobboo3bobbo$863boobobboboo3bobobo34boo$867boo 8bobbo22boo10b3o$881bo20bobbo3boobbobbobo$878bobo22bobo3boobboobboo$ 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25bo18bobbo543boo8b3o47bo7bo9bobbo9bo38boo3bo8boo44b3o46bo$39boo58bo3b o19boo21boboo5boo4bo20bobo553bo58boo7boo10bobo42bo54bo48boo$21bo17boo 59boobo19boo21bobo6boo4b3o16boobo18boo7boo583boo20bobo37bobboo56bo$6b oo12bobo16boo61boo43bo18bo13b3o18bobbo6bobo605bo38bobbo115bo$5b3o13bo 18bo40boo64boo16bobo12boo22boo7bo645bo115b3o8boo$4boboo23boo6bobo39boo 15bobo34bo11boo17bo36bo9boo601boo3boo145bo5bo11bobbo$3bobo25boo5boobo 55bobbo33bobo10boo59boo608bobbo19boo111bo12bobo4boo$3bobbo91boboo32bob o64boo6bo573boo20b3o7bo6b3o15bobo11boo6bo19boo6boo60boobo12bo17bobbo$ 4boo5bo89bo33bo64bobbo579boo31boo6bo15bo13boo6b3o18bo7bo59bo26boo5bobb o$10bobo26boo60boo98b3obo597bo5bo29boo24bo14b3o5b3o59bobobbo22boo5bobo $9booboobboo21boo91boo3bo67bo597bo5bo54boo14bo7bo61bobbo32bo$10boo3bob o94boo19bo3boo9bo47bobo604bo5bo48boo91boo$4boo3bobobb3o5bo40boo6boo19b o6boo11bobo15b3o4boo9bo21boo23bo762bo3boo22boo$4boo9boo4bo41bo7bo18b3o 6boo13bo15bo7bo9bo21boo24bobbo8boo595b3o48bo3bo95boobob3o22boo$4boo15b 3o15boo23b3o5b3o14bo24boo80bobobo3boobobboboo642bo4bo36boo56bo4b3o7bo$ 5bo32bobbo24bo7bo14boo53b3o3b3o44bobbo3boobbo4bo585boo57bobobo8bo21boo 3boo51boo3bo3bo8boo$4bobo5boo25bobo156boo9bo588bobo58bobobo5b3o21boo 56bobbobb3o10boo$3boobo5boo23boobo107bo61bobo587bo15bo43bo4bobbo90bo 26boo$23bo13b3o108bo657boo8b3o42bo3bobboo81bobbo30bobbo$16boo4bobo12b oo16boo91bo657boo11bo5bo66boo12boo42bobbo5boo22bobbobo$4boo11bo5bo31b oo3boo756boo4bobo12bobo20boobbo26bo5boo5bo43bobo6boo26bo$4boo8b3o43boo 82boo679bo12bo26bobo22b3o6boo6b3o41bo18bo12boboo$14bo129boo17bo641boo 7boo23bobbo23boobboo18bo18bo59bobo12bo$162bobo12bo627boobo5boo23bobobo 14bo11boo79boo17bo$47boo12boo81bo18bo12boboo628bo15bo15bobbo12b3o92boo $48bo5boo5bo81bobo6boo5boo19bo627bo14boo16boo12bo27bo9bo$45b3o6boo6b3o 78bobbo5boo4boo16bobbobo617boo4bobbo7bobo4bobo29boo26b3o5b3o44b3o$45bo 18bo79bobbo12bo17bobbo599bo17bobo4boo5bobbobbo25boo39bo3bo13boo33boo$ 179boo599bobo17b3o12bo3bo26bo38boo3boo13bo29bo3bo$144bobbo618b3o12bo 19boo8bobboobboo21boo3bobo55bo29bo3bo$144boo618bob3o22boo5boo11booboo 25boo4boo4boo49boo29boo18bo18boo$158boo603bobobo23boo5b3o5boo5bo38bobb o80bo18bo18boo$157bobo19boo582bobbo6boo30bobbo44boo94bo5bo$153bo5bo19b oo583boo6bobbo29bobobo23boo5boo23boo82bo$144boo7bo4bo614boo4boo18boo5b obbo23boo5boobo21boo82bo$143bobbo6bo25bo597boobbo17boo9bo12bo19bo$143b obobbo6bo15boo5bobo596booboo25bobo12bobo18bo63boo42b3o$144bo26boo5bobb o582boo12b3o42bo16bobbo63boo$145boobo12bo17bobbo581bobo74boo87bobo$ 147bo12bobo4boo596b3o31boo129boo16boo$161bo5bo11bobbo583boo30bobbo129b o16boo17bo$168b3o8boo582boo7boo23bobobo164bobo$170bo592b3o6boo22b3obo 50boo3boo109bo12b3o$783bo12b3o54bobbo19boo69b3o6boo22b3obo$776boo4bobo 33boo30bo6b3o15bobo11boo6bo19boo6boo20boo7boo23bobobo$764boo11bo5bo34b oo31boo6bo15bo13boo6b3o18bo7bo23boo30bobbo$764boo8b3o97boo24bo14b3o5b 3o23b3o31boo$774bo64b3o57boo14bo7bo24bobo4b3o9boo$841bo106boo4boo3bo7b obo$840bo112boobbobo7bo$954bo5bo22boo$933boo20boobbo23boo$928boo3boo 13boo9bo$844boo82boo17bobbo$826bo17boo101bobobo23boo5b3o$811boo12bobo 16boo102bob3o22boo5boo$810b3o13bo18bo81boo12boo7b3o12bo19boo$809boboo 23boo6bobo81bo5boo5bo22bobo4boo11b3o$808bobo25boo5boobo78b3o6boo6b3o 20bo5bo11bobo$808bobbo113bo18bo27b3o8boo$809boo5bo157bo$815bobo26boo$ 814booboobboo21boo$815boo3bobo$809boo3bobobb3o5bo$809boo9boo4bo$809boo 15b3o15boo$810bo32bobbo$809bobo5boo25bobo$808boobo5boo23boobo$828bo13b 3o$821boo4bobo12boo$809boo11bo5bo$809boo8b3o$819bo! golly-3.3-src/Patterns/Life/Guns/p690-PT-Cordership-gun.rle0000644000175000017500000001505612026730263020230 00000000000000#C 15-glider construction of a 3-engine Cordership. #C p690 gun shown; minimum repeat rate is 542 generations. #C Construction cleanup reaction found by Jason Summers. #C Paul Tooke, 19 January 2004 x = 517, y = 471, rule = B3/S23 115bo$106bo8b2o$105bobo2b2o4b2o$105bobo2b2o4b3o7b2o$106bo3b2o4b2o8b2o$ 115b2o62b2o$115bo63b2o$23b2o78b2o3b2o$23b2o78b2o3b2o2$105b3o116b2o$24b o80b3o115bobo$23bobo80bo23b2o90bo6b2o$22bo3bo86b2o14b2ob2o6b2o80bo2bo 2bo2bob2o$22b5o86b2o15bo2bo6b2o37bo42bo6b2o2b2o$21b2o3b2o102bo2bo44b3o 31b3o8bobo28b2o$22b5o73bobo28b2o44b5o42b2o28b2o$23b3o74bo3bo71b2o3b2o 29bobo$24bo65b2o12bo9b3ob3o10b2o78b5o$90b2o8bo4bo7bob2ob2obo8bo2bo27b 2o47b2o3b2o$104bo7b2o7b2o7bo2bo6b2o2b2o14b2ob2o6b2o37b2o3b2o$41b2o57bo 3bo8bob2ob2obo7b2ob2o6b2o2b2o15bo2bo6b2o5b3o73bo$31b2o7bobo15b2o40bobo 11b3ob3o9b2o29bo2bo13b3o46b2o2bobo20bo$31b2o6b2obo15b2o102b2o19b2o28bo 6b2o4b3obo3bo12b2o4bobo$40b2o141b2o26b2o7b2o3b2o6bo13b2o3b2ob2o$17b2o 22bo120b2o14b2o6b2o6b2o30bob5o18bo5bo$17bobo141bo2bo12bo2bo5b3o5b2o11b o2bo16b3o24bo$8b3ob2o4b3o20bo102b2o15bo2bo13b2o6b2o17bobo2bo40b2o3b2o$ 8b4o2bo4b3o18b2o102b2o14b2ob2o18b2o12b2o4b2o9bo12b3o33b2o$12b2o4b3o18b 2obo15b2o101b2o20b2o12b2o4b2o6bo14bob5o30bobo$17bobo20bobo15b2o143b2o 8b2o10b2o6bo13b2o5bo3b2o4b3o$17b2o22b2o162bobo18b3obo3bo12b2o4bob3o2bo 4b3o$207bo19b2o2bobo19bob2ob2o4b3o$186b2o66bo8bobo$186b2o75b2o$53b2o$ 54bo$54bobo8b2o119b3o$20b2o5b2o26b2o6bo2bo7bo111b3o70b2o$20b2o5b2o33bo 7b2o3bo177bo5b2o$62bo6bo5bo176b3o$62bo7b5o176bo3bo14bo$63bo2bo117b2o3b 2o60b2ob2o13b3o$65b2o118b5o78b5o$76b2o108b3o63b3o12b2o3b2o$77bo109bo 64b3o13b5o$77bobo8b2o84bo93bo3bo$78b2o7b3o83bobo93bobo$84bob2o9b2o73bo b2o94bo$84bo2bo4bo5bo67b2o3b2ob2o$84bob2o5bo72b2o4bob2o$87b3o3bo3bo75b obo70bo7b2ob2o10b2o$88b2o5bo78bo48b2o19b3o7b2ob2o10b2o$223bo19bo10b2ob 2o$210bo10bobo19b2o7bob2ob2obo$19b2obo3bob2o66b2o111bobo9b2o29b3o3b3o$ 19bo2bo3bo2bo67bo83b2o19b2o3b2o3bo40bo5bo$20b3o3b3o68bobo10bo69bo2bo 18b2o3b2o3bo27b3o$98b2o9b4o67bo7bo18b2o3bo27b3o$108b2obobo3b2o61bo2bo 3bobo19bobo27bo3bo$107b3obo2bo2b2o61b2ob2ob2ob2o19bo27bo5bo$108b2obobo 70bobo52bo3bo$109b4o70b2ob2o52b3o$110bo$130bo$20b2o108b3o119b2o5b2o$ 20b2o111bo118b2o5b2o$132b2o47b3o3b3o$180bo9bo$180bo3bobo3bo$14b2o165b 3o3b3o$14bobo165bo5bo$9b2o6bo223b2o$5b2obo2bo2bo2bo116b3o104b2o$5b2o2b 2o6bo115bo3bo$14bobo8b3o$14b2o116bo5bo$25bobo104b2o3b2o$24b5o$23b2o3b 2o$23b2o3b2o105bo92bo$134bobo89b3o$134bobo88bo$26bo109bo44b2o5b2o35b2o $27b2o107bo44b2o5b2o$133bo2bo86bo$29bo104b2o86b3o$221bo3bo$25bo2bo194b o$25b2o193bo5bo$220bo5bo$221bo3bo$222b3o4$228bo2bo$231bo7b3o23bo$227bo 9bo4bo21bobo$227b2o8bo5bo19bob2o$233bo8bo19b2ob2o10b2o$52b2o14bo7b2o 145b2o5b2o8b2o21bob2o10b2o$51bobo13b2o6bo2bo12b2o130b2o39bobo$50bo6b2o 7bo8bo2b2o11b2o137b2o8b2o23bo$41b2o7bo2bo2bo2bo7b2obo4bo2bo154bo8bo$ 41b2o7bo6b2o9b3o6bo149b2o8bo5bo10b2o$51bobo173bo9bo4bo11b2o$52b2o14b3o 6bo153bo7b3o19b3o$65bob2obo4bo2bo18b2o129bo2bo28b2ob2o$56b3o5bo10bo2b 2o11b2o4bobo160b2ob2o$56b3o5bo3bo6bo2bo12b2o5b3o159b5o$11b2o42bo3bo5b 4o7b2o21b2o158b2o3b2o$10bobo13b3o5b4o12b2o2bo5bo38b2o$9b3o4b2o8bo7b2ob o12b2o3bo3bo37bobo$2o6b3o4bo2bo7b2obo7bo18b3o39bo$2o7b3o4b2o10b2o5b2o$ 10bobo247b2o$11b2o15b2o5b2o58b2o3b2o$16bo9b2obo7bo57b2o3b2o$15bobo5b4o 7b2obo12b2o$14bo3bo4b6o5b4o12b2o45b3o162b2o$14b5o67bo10b3o162b2o$13b2o 3b2o66b2o10bo$14b5o58b2o2b2o4b2o$15b3o38b2o19b2o2b2o4b3o$16bo39b2o23b 2o4b2o$86b2o$86bo4$92b2o$74b2o16b2o$74b2o$15b2o$15b2o2$93bo5bo$92b3o3b 3o$91bo2b2ob2o2bo$91bo3bobo3bo$93bobobobo$72b2obob2o$90b2ob2o3b2ob2o$ 72bo5bo13bo7bo$63b2o$63b2o8b2ob2o$54b2o3bo6b2o7bo$54bobo3bo5b3o$55b5o 6b2o$56b3o4b2o$63b2o4$51b2o16b2o$51b2o16b2o$75b3o$74bo3bo13b2o5b2o$74b 2ob2o13b2o5b2o2$74b2ob2o$76bo$148bo$147bobo$147b2obo$69bo7bo69b2ob2o3b 2o$49b2o3b2o12bo2bo3bo2bo68b2obo4b2o$40bobo8b3o18bobo61b2o9bobo$40bo2b o6bo3bo17bobo60bobo10bo$31b2o10b2o6bobo18bobo60bo$31b2o8bo3b2o5bo15bo 2bo3bo2bo55b2o$36b2o5b2o24b3o3b3o$35bo4bo2bo$40bobo4$46b2o5bo$27b2o17b 2o4b3o$27b2o22b2ob2o2$50bobobobo12b2o5b2o$69b2o5b2o$51b2ob2o61bo$51b2o b2o60bobo$53bo60b2o3bo$114b2o3bo9b2o$28bo85b2o3bo9b2o$27b3o80b2o4bobo$ 26b5o78bobo5bo$25b2o3b2o77bo$20bo87b2o$19bobo$7b2o10b2obo$7b2o10b2ob2o 3b3o15b2obo3bob2o$19b2obo4b3o15bo2bo3bo2bo$19bobo24b3o3b3o$20bo4$22b2o 4b3o$22b2o3bo3bo$27b2ob2o$28bobo15b2o5b2o39bo$46b2o5b2o39b4o196b2o$28b obo64b4o195b2o$27b2ob2o63bo2bo5b2o$27bo3bo63b4o5b2o$28b3o54b2o7b4o$84b obo7bo$84bo206bobo$83b2o204bo4bo$289bo4bo7b2o$293b2o7b2o2$289b2o2b2o$ 289b2o2b2o$21b3o5b3o258bob3o$21bo2b2ob2o2bo261bo$22b3o3b3o261bo$23bo5b o$63bobo224b2o14bo$63bo2bo223bobo12b4o$66b2o237bob2o$64bo3b2o4b2o214bo 16b2o$66b2o6b2o215bobo$55b2o6bo2bo224bo$22b2o5b2o23bobo6bobo220b2o4bo 10b2o$22b2o5b2o23bo230bobo4bo10b3o$53b2o228bobo2bo14b3obo$284bo2bo14b 2ob4o$286bo16b3o2bo$37bo3bo242b2o4b2o12bob2obo$21b2o13bobobobo8b4o235b 2o14b3o$21bobo10b2o2bobo2b2o6bo2b2o6b2o216bobo23b3o$16b2o6bo9b2o7b2o7b o2b2o5b2o215bo3bo21bo2bo$12b2obo2bo2bo2bo9b2o2bobo2b2o7bo2bo228b2o20b 3o$12b2o2b2o6bo11bobobobo10b2o224bo5bo21bo$21bobo13bo3bo237bo6bo$21b2o 30b2o206bo12bo5b2o4bo$52bo2bo204bo11b3o11bo$35b2o15bo2b2o5b2o196b3o9b 5o5bo3bo$35b2o14bo2b2o6b2o207b3o8bo3bo$51b4o209b2o17bobo$267bo15b3o$ 264bo2bo$264bo2bo$27b3o234b3o$26bo3bo232bo$25bo5bo5bobo223bo$26bo3bo4b o3bo$27b3o5bo12b2o210b2o14bo$27b3o4bo4bo8b2o210bobo12b4o$35bo239bob2o$ 35bo3bo212b2o6bo16b2o$37bobo212b2o7bobo$261bo$262bo10b2o$262bo10b3o$ 273b3obo$272b2ob4o71b2o$273b3o2bo71b3o$260b2o12bob2obo72bo$260b2o14b3o 70bob3o$276b3o70b3ob2o$275bo2bo74bo$276b3o70bob2o$277bo71bo3bo$353b2o 3b2o$354bo3b2o$352b3o$352bo2$344bo$343bob2o$343bob2o10b2o$344b2o10bobo $355b2obo4b3o$356b2o$357bo2$343b3o$339b5ob2o$338bo2bo5bo14b2o$338b3ob 5o14bo$344b2o16b2o3$346b2o$346b2o14bo$358b2ob2o$361bo2bo$359bo6bo$359b o2bo3bo$360b4o2b3o$360bo2bo2b2o$338b2o22bo3bo$337b4o20bob3o$335b2ob2o 22b3o$337bo4bo20bo$336bo2b2ob2o$336b2o2bobo2bo$337bo2bobo2bo$338b2o3b 2o$338bo3bo$327b2o13bo$326bobo10b3o$325b2obo4b3o$326b2o$327bo$308b2o$ 308b2o2$332b2o$331bo$332b2o3$316b2o$316b2o14bo$328b2ob2o$331bo2bo$329b o6bo$329bo2bo3bo$330b4o2b3o$330bo2bo2b2o$332bo3bo$331bob3o$332b3o$333b o51$470b2o$470b2o6$457b3o10bobo$459bo10bobo5b2o$458bo9b4o6b2o$461bobo 4b2o$460b4o4b2o$459b2obo$459bo2bo$459bo3bo$460bo$462b2o5$467b2o$466bo 2bo11bo$469bo3bo6b3o$466b5o3bo5b3o$468bo6bo7b3o$469bo3b2o$469b2o2$457b 3o2$451bo5bo3bo43b2o$444b3o4bo6b4o43b2o$446bo14bo$443bo2bo$442bo2bo$ 435b2o7bo$434bob3o$433b2o3bo3bo5b2o$435bob2o2bo6b2o63b2o$431bo81b2o$ 430b2o$420b2o4b2o4bo$420b2o4bo2b2o$427b2o$428bo5$428b2o$428b2o7b2o$ 436bo2bo11bo$439bo3bo6b3o$436b5o3bo5b3o$438bo6bo7b3o$439bo3b2o$439b2o$ 510b2obo$510b2ob3o$516bo$510b2ob3o$511bobo$511bobo$512bo$487b2obo$487b 2ob3o$493bo$487b2ob3o$488bobo$488bobo$489bo6$451b2o$451b2o4$478b2obo$ 478b2ob3o$484bo$459b2o17b2ob3o$459b2o18bobo$479bobo$480bo! golly-3.3-src/Patterns/Life/Guns/2c5-spaceship-gun-p690.rle0000644000175000017500000007670412026730263020162 00000000000000#C p690 gun for a 2c/5 spaceship. #C Based on a glider synthesis primarily by Noam Elkies. #C Jason Summers, 28 Oct 03 #C (Note: The first gun for this spaceship was built by #C Dave Greene in April 2003 -- see 2c5-spaceship-gun-p416.rle. #C This one was constructed independently.) x = 871, y = 854, rule = B3/S23 21boo$21boo5$844boo$844boo$21b3o$20bo3bo$844bo$19bo5bo817b3o$19boo3boo 816bo3bo$844bo$38b4o799bo5bo$22bo6boo6boobbo14boo783bo5bo$21bobo5boo5b 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bbobbo7boo220bo132boo$174boobboo4b3o122bobobboo6bo229bo3bo119bo3boo4b oo8boo$161boo5boo8boo4boo124bo8bobo232bobo118bobobboo4b3o7boo$161boo5b oo13boo134boo354bobobboo4boo$183bo89boo401bo8boo$274bo33b3o147bo226bo 20boo5boo$274bobo7bo23b3o146b3o84boo14boo144boo5boo$275boo7b4o19b5o3b oo139b5o83boo14boo$189boo26bo67b4o5boo10boo3boobboo16boo120bobobobo 212b3o$189boo25boo67bobbo5boo10boo3boo20boo120boo3boo195bo16b3o4boo$ 215boo4boobboo58b4o367boo8bo6bo3bo3boo$214b3o4boobboo57b4o154boobo99bo 99boo8boo4boobbobo4bo5bo$215boo4boo61bo48bo89boo12b3obboobbo3boo6bo85b obo13b3o3b3o76boo7b3o4boobbobo5booboo$205bo10boo88boo3boo19bobo88boo 13boo6bo3boo5bobo83bo3bo12bobbobobbo86boo4boo3bo$204b3o10bo88boo3boo 18bo3bo103b3o3boo10bobo84b3o12bo3bobo3bo86boo15booboo$204b3o100b5o19b 5o104bo3bo13bo3bobo77boo3boo11bobbobobbo88bo14bo5bo$308b3o19boo3boo 120boo3bobbo96bo3bo96boo3boo3bo3bo$202boo3boo99b3o20b5o104bo3bo12boo6b oo6boo85boo5boo94boo3boo4b3o$202boo3boo123b3o104b3o3boo9bobbo3bo3boo4b 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Goucher and Dave Greene. #C http://www.conwaylife.com/forums/viewtopic.php?t=&p=65762#p65762 #C http://www.conwaylife.com/wiki/Period-52_glider_gun x = 126, y = 97, rule = B3/S23 64bo$62b3o$61bo$61b2o2$57bo$56bobo$46b3o2bo3bo2bo$43bo2b2obobo4b2o$42b obobo4bo$43bo3b3o31b2o$39bo6bo26bo7bo9bo$38bobo2bo2b2o13bo11b3o2b2obo 7b3o$37bo2b4o16b2o14bo3bo7bo$38b2o2b2o2bo13bobo12bo12b2o$40b2o8bo25b3o $40bo8bo$41bo7b3o30bobo$38b3o36b2ob3ob3o$38bo38b2ob2obobo$82b3o$57b2o 23b3o$56bobo$50b2o4bo$48bo2bo2b2ob4o$48b2obobobobo2bo13bo$51bobobobo15b 2o$51bobob2o16bobo34b2o$37bo14bo57bo$36bo70b2obo$36b3o26b2o2b2o6b3o24b o4bo$65bo2bo2bo4bo18b2o6bo4bo$56bo6bobo10bo2bo14b2o7bo3b3o$55b3o5b2o12b 2o17bo7bo4b2o$54b5o8bo2bo14b2o22bo$53b2o3b2o7bob2o9b2o4bo23b3o$54b5o9b ob3o7bo5bobo15bo7bo$55b3o7b3o3bobo7b3o3bobo13bobo$56bo8bo7bo9bo5bo2b2o 9bo2bo$73b2o11bo2bo2b2o10b2o$53b2o31bo$24bo29bo32bo23b2o$9bo13bo27b3o 30b3o9b3o9b2o2bo$9b3o11b3o25bo32bo13bo9bob2o$12bo27bobo23bo30bo12bo$11b 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17bo$20bob2o44bo2bo32bo2bo16b2o$18b3obo42bo2bob2o32bo2bo$17bo4bobo27b obo9bo2bo39bo$17b2o3b2obo27b2o10bobo33b2o3bo5b2o$25bo28bo46bo3bo6b2o$ 25b2o14b2o48b2o9b3o$42bo49bo$39b3o47b3o8b2o$39bo42bo6bo11bo$63b2o18bo 14b3o$63bo4b2ob2o8b3o14bo$60b2obobo3b2obo$59bo2bob2obo4bobo$59b2obo3b ob4obob3o$62bo3bo4bobo2bob2o$62bobobob2obo2bobob2o$63b2obobo2b2obo3bo $65bobo2bo3bobobo$65bo5b3o6b2o2b2o$64b2o8b2ob3o2bo2bo$71b2o2bobo2b5o$ 71bob2o4bo15bo$80b3o13bo$82bo11b3o!golly-3.3-src/Patterns/Life/Guns/loafer-gun-p210.rle0000644000175000017500000001074112250742662017042 00000000000000#C p210 gun for c/7 loafer spaceships #C Shannon Omick, 18 February 2013 #C http://conwaylife.com/forums/viewtopic.php?f=2&t=1031#p7466 x = 226, y = 195, rule = B3/S23 174b2o5bo20bo$174b2o5b3o18bobo$184bo5b2o11bobo7bo$183b2o5b2o11bo2bo6b 2o$203bobo2b2o4b2o$202bobo3b2o4b3o7b2o$202bo5b2o4b2o8b2o$213b2o$213bo$ 127b2o54b2o3b2o11bo$126bo2bo44bo11bo13bo$126bo46b3o7bo5bo10b3o$126bo 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48b2obob3o6bo$19b2obo43b2o5b2o10b2ob2o6bobo$17bo2bo8bo7bo29bo5b2o10b2o bo7b2o$17bobo9bo7bo19b2o5b3o18bobo$57b2o5bo21bo$30bo5bo$31bo3bo$32b3o$ 18b3o$17bo3bo$16bo5bo$17bo3bo$18b3o$18b3o4$19b2o$19b2o!golly-3.3-src/Patterns/Life/Signal-Circuitry/0000755000175000017500000000000013543257426016155 500000000000000golly-3.3-src/Patterns/Life/Signal-Circuitry/Turing-Machine-3-state.rle0000644000175000017500000027454412026730263022677 00000000000000#C 3-state, 3-symbol Turing machine: Paul Rendell, 3 February 2000 #C http://rendell.server.org.uk/gol/tm.htm x = 1714, y = 1647, rule = B3/S23 247boo$248bo$248bobo$249boo6$257boo$256boo$258bo5$265bo$264boo$264bobo 6$272boo$271boo$273bo5$280bo$279boo$279bobo6$287boo$286boo$288bo3$244b oo$242bobbo$241bo15bobo35bo$233boo6bo10b3obbo3bo32boo$233boo6bo19bo32b obo$242bobbobboo7bo4bo4boo$244boobbobbobo7bo5boo$249b3o5bo3bo$257bobo $$302boo34boo$242bo58boo36bo$241bo61bo35bobo9bo$241b3o96boo8bobo$349bo 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Date: Thu Mar 2, 2000 2:16am Subject: A Turing Machine A Turing Machine in Conyway's Game Life I put this pattern together mainly using patterns that I created in the 1980's. The basic design has a Universal Turing Machine in mind so design expands easily to 16 states and 8 symbols. I have a design for a Universal Turing Machine which fits in that size. This is the first fully working Turing machine so I made it small, just 3 states and 3 symbols. It takes 11040 generations for one cycle. Turing Machine Program The program I chose is one that duplicates a pattern of 1's. With 2 1's on the tape to the right of the reading position it takes 16 cycles to stop with 4 1's on the tape. This takes over one hour on my computer. The numbers for each state transition are State,Symbol,Direction State \Input Symbol 0 Symbol 1 Symbol 2 0 Find next 1 2,0,R 1,2,R 0,2,L 1 Write 2*2 0,2,L - 1,2,R 2 Convert 2 to 1 Halt - 2,1,R A P240 gun has been placed to insert the instruction "Next State = 0, Symbol = 0, Direction = R" when the blocking glider is deleted. This starts up the Turing Machine. I have put an extra fanout in the addressing of the finite state machine to give a trace of the operation. Paul Rendell 02/03/00 golly-3.3-src/Patterns/Life/Signal-Circuitry/p30-racetrack.rle0000644000175000017500000001111112026730263021121 00000000000000#C A very long period oscillator: 1800 generations. In more humorous #C moments, known as the glider racetrack. Sometimes you're a glider, #C sometimes a spaceship, and sometimes just a hole #C -- David Goodenough #C #C This uses several reactions: #C #C The glider starts travelling SW, and enters a three-glider->LWSS #C synthesis found by David Buckingham. There are two parallel streams #C of gliders moving in opposite directions, a NW P30 and and a SE #C P60. When idling, these fall into eaters, but when *THE* glider #C arrives, a single instance of the synthesis takes place, sending a #C LWSS west. The gun firing SE has to be P60 to let the LWSS escape. #C #C Next, the LWSS hits a glider going NE from another P60 gun, and is #C converted back into a glider going SE. I'm not sure who this #C reaction is due to. #C #C Next, the kickback reaction with a NE stream from a P30 gun is used #C to turn the glider around so it's going NW, and send it back #C through the stream from the P60. As far as the LWSS + glider to #C glider synthesis goes, a P30 gun would be OK. However, since you #C can't get a glider back through a P30 stream without a crash, I #C need a P60 stream to let the glider back through. #C #C Now it goes to a shuttle that turns it NE, and then it hits a #C stream of SE gliders from a P30 gun. When it hits the stream, it #C destroys exactly one glider in the stream, creating a hole. When #C idling, the stream hits another shuttle that turns it NW, and then #C runs into what would be a P30 gun, except that the inbound stream #C keeps it permanently turned off. This is part of the switchable P30 #C LWSS gun found by David I. Bell, AKA an in-line NOT gate for glider #C guns. When the hole arrives, it allows a single glider to escape #C NE, which is promptly turned SE by another shuttle. #C #C The glider then runs into the westbound output of a P120 LWSS gun, #C in a reaction found by Dean Hickerson. It undergoes the same #C glider+LWSS->glider reaction, creating a glider going NE. This is #C then reversed to SW by the "ping" reaction with a PD, and at that #C point it's on its starting path. 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Some of these events only occur if the Cell is LIVE. #C 0: Current state glider starts from pair of long boats #C 400: Current state glider arrives at fanout device #C 600: Output gliders escape from the fanout device #C 900: Missing LWSS turned into boat to hold Cell's current state #C 1800: First glider arrives at the glider detector to be turned #C into a block #C 4000: Last glider arrives at the glider detector to be turned #C into a block, and the high period glider guns fire #C 4700: Stream of 10 gliders starts sweep through glider detector #C to count the number of blocks in the detector #C 5200: Gliders from stream react in the Life Logic circuit to #C calculate the new current state glider #C 5700: New current state glider arrives back at the pair of long #C boats #C Dave Greene, 17 September 2005 x = 511, y = 511, rule = B3/S23 oo507boo$obo505bobo$bobo503bobo$bbo505bo6$130bo$128b3o$127bo63boo$127b oo62bo$125b3o50bo10bobo103boo$124bobo50bobo9boo104bo$124bobo48boo3bo 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147boo5bobo7boo3boo$226bo17boo60b3o126booboo15bobo$225bobo77bo3bo127bo 17bo$215boo6boo3bo44booboboo174boo8boo7boo$214bobo4boobo3bo44bo5bo24b oo3boo133bo19boo7boo$26boo185b3o4b3obo3bo45bo3bo150boo12bo28bo$27bo 176boo6b3o4bobboobobo8boo37b3o144b3o4boo12b3o6boo18b3o$24b3o177boo7b3o 4boo4bo9bobo182b5o6boo18boo22bo$24bo189bobo21bo20boo3boo154bobo3bo5b3o 37b5o$215boo21boo180boo3bo6boo7b3o30boo$260bo3bo147boo15boo$229bo31b3o 149bo15boo$227bobo31b3o149bobo7bo47boo3boo$228boo44bo34boo103boo7bobo 46b5o$36bo236bo35bo116boo4boo18bo19booboo$36b3o184boo48b3o34b3o95boo 16boo4boo17b3o18booboo$39bo98boo82bobo87bo95boo16boo22b5o18b3o$38boo 99bo72bo11bo198bobo23bobobobo$139bobo9bo60bobo45bo162bo25boo3boo$140b oo8boo49boo12boo9boo31b3o$149boo4boo44boo12boo9boo31b3o14b5o$148b3o4b oobboo54boo6boo42boo6bob3obo$149boo4boobboo51bobo7b3o32boo3boo3boo7bo 3bo127b3o62boo$150boo60bo10boo32boo3boo13b3o127booboo61boo$151bo74boo 5boo43bo128booboo18boo22boo$226boo5bobo171b5o17bobo22bo$40b3o192bo8bo 29bo5boo124boo3boo17bo24b3o$39bo3bo191boo5bobo27bobo5bo159bo16bo$38bo 5bo181bo16boo28boo6b3o156boo$39bo3bo182bobo33boo19bo151boo4boo$40b3o 166boo18boo31bo147bo24boo4b3o7boo$40b3o164bo3bo17boo32b3o144bo20bo3boo 4boo8boo$206bo5bo16boo34bo145bo18b3o7boo$201boobboobo3bo8bo4bobo4boo 168boo24bo3bo6bo$201boo3bo5bo9bo3bo6bobo165bobbo5bo13boobbob3obo$40boo 165bo3bo5bobb3o12bo164bo9bo13boo3b5o$40boo73bo93boo24boo155boo6bo13boo $114bobo275boo6bo12bobo8bo$115bobo283bobbo9bo8bobo$116bobo104boo178boo 18bobo$117boo103bobo199bo$224bo4bo29bo29bo$227bobo27bobo27bobo$120b3o 105boo28boo28boo131booboboo$122bo85bobo210bo5bo$121bo85bobbo3boo206bo 3bo$198boo6boo5b3oboobboo200b3o4boo$125boo71boo4boo3bo3bo3bo3bobo206b oo$125bobo78boo5bobo8bo$126bobo78bobbobboo6bobbo$127bobo78bobo13bo$ 128bo92bobo6boo$221boo7bobo193boo$232bo148bo4bo39bo$232boo145boob4oboo 38b3o$222bobo156bo4bo42bo$221bobbo19bo29bo29bo$211bo8boo20bobo27bobo 27bobo$210bobo5boo3bo19boo28boo28boo$210boobo6boo$198boo10booboo6bobbo 5boo$198boo10boobo8bobo5bobo154bo$210bobo19bo102boo48bobo$211bo20boo 102bo46boo$336bobo6bo37boo$163boo57boo113boo4bobo37boo$163boo57boo118b obo34boo4bobo$160boo10bo4bo163bobbo11boo20bobo6bo$148bobo8b3o10bo4bobo 162bobo11boo20bo$148bo3bo7boo10bo7boo13boo146bobo31boo16boo3boo$132bo 19bo10boobboo11boo14bo148bo49boo3boo$130b4o14bo4bo9boobbobboo8boo14bob o5boo9b3o11bo29bo29bo29bo76b5o19boo$129boboboo4bo12bo15b4o5bobo4boo11b oo5bobbo9bo9bobo27bobo27bobo27bobo77bobo21bo$124boobbobbob3o5boobo3bo 3bo16bo7bo6bobo21bo7bo5bo5boo28boo28boo28boo101bobo6bo$124boo3boboboo 5b4obobbobo35bo21bo12b4o172b3o22boo4bobo$130b4o6boobboo40boo20bo11boob obo200boo18boo$132bo36boo9boo22bobbo11b3obobbo199boo17bo3bo$25boo6boo 125bobo5bobbobb3obbobbo21boo14booboboo199boo16bo5bo$24bobbo4bobbo124b oo6b3obb5obb3o38b4ob3o166boo31bobo4bo8bo3boboobboo$24bobbo4bobbo125bo 9b9o42bo4bobo166bo33bo3bo9bo5bo3boo$24bobbo4bobbo134bo9bo48bo163b3o38b 3obbo5bo3bo$25boo6boo115bobo17boo7boo48boo162bo52boo$151boo$151bo$$ 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oo42bo$92bo3bo4bo323bobo$71boo3boobbo13bobo328boobo4boo$72b5o3b3o342b ooboo3boo$73b3o7bo23boo316boobo$74bo7boo23boo281b3o32bobo$57booboboo 325bo3bo32bo$412bo$57bo5bo324bo5bo16bobo$388boo3boo17boo$58booboo$60bo 52boo$73bo39bobo275bo26boo$71boo35boo4b3o273bobo25bobo$72boo8boo3boo 15b4obbo4b3o272bobo25bo$84b3o17b3oboo4b3o275bo12boo5bo$83bo3bo25bobo6b oo268bo11b3o3bo3bo$84bobo26boo7bobo264bobbo8boboo5bo$57b3o25bo18bo19bo 170bo94boo9bobbo4bo5bo$56bo3bo12boo3boo15bo7bobo18boo167b3o105boboo9b oo$65boo8b3o16bobo4boo3bo9boo174bo103boo6b3o11bo$55bo5bo3boo7bo3bo15b oo5boo3bo9boo174boo101bobo7boo11b3o$55boo3boo13bobo6boo15boo3bo288bo 25bo$76bo7boo17bobo288boo24boo$100bo3bo$70bobo5boo19bobo$71boo5bo20bob o$71bo7b3o18bo186boo3boo15bo$60boo19bo205boo3boo13b3o$60bo245bo114boo$ 61b3o33booboboo185b3o14boo109boobboo$63bo33bo5bo185b3o125boo$98bo3bo 187bo$99b3o$67bobboo15bo364boo$66bo3boobboo11boo331boo18b3obbo5bo3bo$ 66bo7boo6boo4boo331boo13bo3bo9bo5bo3boo$67b4o11boo4b3o205boo112bo9bo 13bobo4bo8bo3boboobboo$82boo4boo197b3o6bobo111bobo19boo16bo5bo$79boo6b oo7boo4boo183b3o6bo4boo3boo90boo11bobo9boo7boo17bo3bo$78bobo6bo8bobo3b o183bo3bo12b3o92boo11bobbo7b3o7boo18boo$78bo19bo4b3o196bo3bo104bobo5bo boo5boo4bobo$77boo19boo5bo179boo3boo11bobo104bobo6bobbo4bobbo5bo$304bo 105bo8boboo5boo$422b3o$301b3o119boo$301b3o4$205bo84boo7boo3boo$204b4o 82bo9b5o$203boobobo82b3o7b3o$192boo8b3obobbo83bo8bo$192boo9boobobo$ 204b4o3boo$205bo5bobo$213bo$213boo3$301boo$301boo22$bbo505bo$bobo503bo bo$obo505bobo$oo507boo! golly-3.3-src/Patterns/Life/Signal-Circuitry/Unit-Life-Deep-Cell.rle0000644000175000017500000003764312026730263022130 00000000000000#C Deep Cell by Jared James Prince. A slight modification of David #C Bell's Unit Cell -- see Unit-Life-Cell-512x512.rle in the same #C folder. For the original pattern and some background, see #C http://radicaleye.com/lifepage/patterns/unitcell/ucdesc.html. ) #C #C The Deep Cell runs two Life universes instead of one. The two #C universes (referred to as A0 and B0) do not interact with each #C other. The ON/OFF state of A0 is found every 7680 ticks and is #C indicated by the presence or absence of a glider between the #C 6 boats in the upper left quadrant. The state of B0 is indicated #C the same way but offset by 3840 ticks -- thus the state readout #C occurs every n*7680 for A0 and n*7680+3840 for B0. #C #C This version is set with A0 initially ON (indicated by glider in #C boats) and B0 in a pre-start ON state (indicated by 3 blocks in #C the vertical chamber in the lower left quadrant) so B0 will be #C officially ON in 3840 rounds. To start A0 OFF, delete the glider. #C To start B0 OFF, delete the 3 blocks. #C #C An infinite tiling of Deep Cells allows for an infinite hierarchy #C as follows: Set universe A0 to generate an arbitrary Life pattern. #C Set universe B0 to generate another layer of Deep Cells. This #C new layer has two universes, called A1 and B1. Set universe A1 #C to generate an arbitrary Life pattern. Set universe B1 to generate #C another layer of Deep Cells. This new layer has two universes, #C called A2 and B2. Set universe A2 to generate an arbitrary Life #C pattern. Set universe B2 to generate another layer of Deep Cells. #C This new layer has two universes, called A3 and B3... #C #C Written in 1998 but couldn't be tested properly, forgotten, then #C remembered and tested in 2004. x = 499, y = 516, rule = B3/S23 49boo$49boo4$48b3o$48b3o$47bo3bo$46bo5bo$47bo3bo10boo$48b3o11boo5$47bo bo13bo$47bobbo12bo$oo47boobo9bobo432boo$obo58booboo430bobo$bobo45bo10b o5bo428bobo$bbo46boboo10bo432bo$50bo9boo3boo3$44boo3boo10b4o$45b5o11bo bboo$45booboo7bobooboboo$45booboo6bobbo$35boo9b3o8bobo3boo126boo$35bo bbo25bo126bo$181boo6bobo103boo$39bo141boo6boo104bo$44boo12booboboo71bo 41boo97bo5boo8bobo$37boo6bo12bo5bo69b3o33boo5b3o6bo88bo3bo3b3o7boo$36b o5b3o14bo3bo69bo36boo6boo6bo92bo5boobo$42bo17b3o70boo46boo91bo5bo4bobb o$181boo91boo9boobo$33boo3boo243b3o$33boo3boo243boo$34b5o$35bobo$58boo 71bo251boo$35b3o21bo70b3o250boo$56b3o70b5o$56bo71bobobobo$128boo3boo 246bo$382bo$33boo347bo$34bo96bo$31b3o96bobo$31bo98bobo247boo3boo$131bo 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The Star Gate implements two copies #C of a reaction in which crashing gliders create a Fast Forward #C Force Field which allows LWSSs to travel by way of a tunnel effect. #C Dieter Leithner, 26 Oct 1996 #C From Alan Hensel's "lifebc" pattern collection. x = 155, y = 133, rule = B3/S23 25boo85boo$24bobo44bobo37bobo$10bo12b3o4boo34bo4bobbo35bo13bobo$5bo4b 4o8b3o4bobb4o31boo5boo8bo16boo7bobbo6boobbobbo$5bo5b4o8b3o4boob3o26boo 8bo3boo5bobo15boo7bo8bobo5boo$oo9bobbo9bobo35boo10boo6boboo25bobo3bo3b o3bo3boo4boo$oo9b4o10boo44bobbo6booboo10boo14boobboob3o5boo6boo$10b4o 8bo48bobo8boboo10boo21boo3bobbo$10bo12bo59bobo20boo16bobo$21b3o50bo9bo 21bo$34boo19boo16bo21boo7bobo$5boo28bo19bo17b3o19b3o6boo4bo$5boo28bobo 6boo7bobo25bo15boobo9bobo$36b3o5bobo6boo24bobo4b3o8bobbo9boo$38b3o6bo 30bobo16boobo$5bo32bobbobbobbo29bobbo7bobboobb3o$4bobo32boo6bo8bo21bob o7bo3bobboo$3bo3bo8b3o25bobo9b3o7bo7boo3bobo6bobbo29boo23boo$3b5o10bo 25boo13bo6bobo4bobo5bo8boo11bo17bobo22bo$bboo3boo8bo40boo6boo5bo28bo 13boo6bo11bobo5bobo$3b5o13bo30boo18boo28b3o7boobobbobbobbo10bobbo5boo$ 4b3o12b3o31bo58boobboo6bo9boo12boo$5bo12bo18bo6bo8bobo65bobo8boo3bo10b oo$18boo18bo6boo7boo21boo42boo11boo12boo$9boo25b3o5boo15boo13b4o11boo 33bo8bobbo10bo$8bobo4bo12boo30booboo10booboo10booboo29boo10bobo9bobo$ 10bo4bo11bobo31b4o11boo13b4o21boo7boo21bobo$29bo32boo28boo22bo32bo$ 106bo7bobo$13boo3boo79boobo3b4o4boo$14b5o4boo68boobboobobo4b4o35boo3b oo$15b3o4bobbo66bobobbooboboo3bobbo35bobobobo$16bo49bo24b3o8boo3b4o6bo bo27b5o$6b3o11bo43bobo15boo6b3o8boo3b4o7boo29b3o$5bo3bo12bo42boo15boo 7b3o12bo11bo30bo$21bo70bobo$4bo5bo82boo$4boo3boo41bo6bo83boo$30b3o20bo 6boo81bo$30bo20b3o5boo50bo21bobo5bobo$7bo23bo77boo22bo3bo3boo$6bobo8b 3o90boo5bo19bo8bobo$6bobo106b4o14bo4bo7boo$6bo10bobo26bobo65boboboo4bo 12bo9bo$6bo9b5o17b3o5bo3bo62bobbob3o5boobo3bo3bo$6bobbo5boo3boo11boobb obbobo7bo42bo19booboboo5b4obobbobo$7boo6boo3boo9bobbobboo7bo4bo41b3o 15b3ob4o6boobboo19b3o$30bo19bo30bo14bo5bobo5bobo4bo31bo3bo$30bo10b3obb o3bo3boo23bobo13boo5boo6bo29bo7bo5bo$18bo11bo15bobo5bobo23boo7boo12bo 5boo27boo9bo3bo$16boo6boo5bobbo21bo33bo48boo9b3o$23bobo7boo21boo32bobo 57b3o$15bo7bo43bo6bo16boo4bobbo26bobbo$22boo44bo6boo19bo14b4o11bo$16bo bbo46b3o5boo20bo3bo10bo3bo10bo3bo$18boo76b4o11bo14b4o20boo$112bobbo34b oo$135boo8bo$135bobbo6bobo$130boobbo3bo7bobo4boo$129b3obboobbo7bobbo3b oo$119boo5boboo16bobo$96bo5bobo14boo5bobbo8b3o4bobo$94bobo6boo21boboo 15bo$95boo6bo25b3o$130boo$$82bo6bo$83bo6boo$17boo28boo28boobb3o5boo$ 15booboo25booboo25booboo$15b4o26b4o26b4o9bo$16boo28boo28boo9boo$87bobo $$128boo$128boo$112boo26boo$111boo27boo$88bo24bo$88b3o$91bo51bo$90boo 36b3o11bo$142bo$128bobo$127b5o$103bo22boo3boo5boo3boo$93bo8boo22boo3b oo8bo$92b3o7bobo33bo5bo$91b5o43booboo$90bobobobo43bobo$90boo3boo44bo$ 127boo12bo$126boo$93bo31bobbobboo$92bobo32bo3bo$91boobo37b3o$91b3o40bo $90bobbo43bobo$90b3o44boo$89bo3bo44bo3b3o$88bo5bo23bo22bo3bo$89bo3bo5b o17boo21bo5bo$90b3o7bo16bobo20booboboo$98b3o$131bo$129boo$130boo$111b oo$110bobo32boo$107bo4bo12boo18bo$88boo15bobo17boo19b3o$89bo16boo40bo$ 86b3o26boo21boo$86bo29bo21bobbo$92boo22bobo9bo3b3o7bo$90bo3bo5bobb3o 11boo8b5o3bo6bo$89bo5bo9bo3bo16booboo3bo7bo$88bobbo3bo8bo4bobo13b3oboo 3bo3bobbo5boo$95bo16boo12boob4o5boo7bobo$86bo3bo3bo17boo13b4o18bo$85bo boo3boo18boo14bo20boo$85bo23bobo4boo$84boo23bo6bobo$118bo$118boo4$17b oo28boo28boo$15booboo25booboo25booboo$15b4o26b4o26b4o$16boo28boo28boo! golly-3.3-src/Patterns/Life/Signal-Circuitry/reflectors.rle0000644000175000017500000004135613543255652020761 00000000000000#C Fast, low-period glider reflectors. #C #C Clockwise loops: #C These are color-changing reflectors, commonly called "bouncers". #C They work for any period >=22 that is a multiple of their period. #C #C Periods 5, 6, 8: Noam Elkies, 16-Sep-1998 #C Period 7: Noam Elkies, 1-Aug-1999 #C Period 15: oscillator by Karel Suhajda, Dec-02. #C P5 reflector later improved by David Eppstein and Noam Elkies. #C #C Note that there are two possible positions for the spark #C in the p6, p7, and p15 versions. Examples are shown of each. #C Originally from Jason Summers' "jslife" pattern collection. #C #C Counter-clockwise loops: #C These are color-preserving reflectors, commonly called "bumpers". #C Most of these are variants of a mechanism found by Tanner Jacobi #C in April 2016, with different oscillators providing a one-bit #C spark. These reflectors work for any period 34 or higher that #C is a multiple of the oscillator's period. #C #C Mnemonic: #C The words "bumper" and (color-) "preserving" each contain a "P". #C The words "bouncer" and (color-) "changing" each contain a "C". #C #C Perimeter: #C Around the outside of the stamp collection is a glider racetrack #C with a period of 5040 ticks. If the length is changed to any #C non-multiple of 5*7*8*9 = 2520, or if the glider is moved forward #C in the track by less than 2520 ticks, then one or more of the #C reflectors will have to be adjusted. #C #C The p22 bumper was not included in the racetrack. This would have #C required building a much longer period 11*2520 = 27720 racetrack. #C #C http://conwaylife.com/wiki/Bumper #C http://conwaylife.com/wiki/Bouncer #C x = 528, y = 416, rule = B3/S23 35b2o139bo14b2o$34bobo139b3o12b2o2b2o65b2o$28b2o4bo144bo9b2obo2b2o65bo bo$26bo2bo2b2ob4o139b2o9b3o72bo4b2o$26b2obobobobo2bo221b4ob2o2bo2bo$ 29bobobobo80b2o65bo76bo2bobobobob2o$29bobob2o81bobo63bobo5b2o71bobobob o$30bo87bo4b2o57bo2bo4b2o72b2obobo$114b4ob2o2bo2bo56b2o83bo$43b2o69bo 2bobobobob2o209b2o$34b2o7bo73bobobobo130b2o80bobo$34b2o5bobo74b2obobo 131bo7b2o73bo4b2o$15bo25b2o79bo132bobo5b2o69b4ob2o2bo2bo$15b3o238b2o 76bo2bobobobob2o$18bo89b2o227bobobobo73b3o$17b2o90bo7b2o219b2obobo73b 3o$109bobo5b2o223bo63bo10b3o$110b2o294b3o5b3o$9b2o317b2o79bo4b3o$9bo 21b2o296bo7b2o69b2o4b3o$6b2obo22bo233b2o61bobo5b2o$6bo2b3o4b2o11b3o 234bo63b2o79bo$7b2o3bo3b2o11bo22bo214b3o140bobo$9b4o21b2o14b5o214bo 136b2o2b2o$9bo15b2o8bo13bo5bo64b2o284b2o$10b3o12bobo7bobo12b3o2bo64bo$ 13bo13bo8b2o15bob2o64b3o$8b5o14b2o21b4o2bo66bo$7bo2bo22bo11b2o3bo3b2o 284b2o$7b2o22b3o11b2o4b3o286bo$30bo22bo287b3o$30b2o5b2o14bob2o286bo$ 36bobo13b2ob2o$38bo2$44b2o$44bo$45b3o$20b2o25bo$19bobo5b2o$19bo7b2o$ 18b2o138b2o$157bobo2bo$32bo124bobobobo146bo$22b2o4b2obobo122b2o2bobobo 143b3o$21bo2bo2bobobobo121bo2bobobobo142bo$22b2o3bobobob2o109b2o8b3obo b2ob2ob2o139b2o$24b4ob2o2bo110b2o2b2o4bo10bobo$24bo3bo4bo114bobo3bo3bo bob2obo$25bo2bob3o116bo4bo7bo2bo73b2o$26bobobo110b2o11bo3bobo3bo75bo$ 27bo112bo2bo2bobo6b2ob2ob3o74bo$143b4o9bo4bo74b4o$142b3o11bob3o74bo4bo 56b2o$140bo7bob2o2b2obo76bob5o55bobo5b2o$139bobo7bobo3bo2bo63b2o10bo6b 2o53bo7b2o$139b2o8b2ob3o2b2o63b2o2b2o5b2obobobo2bo51b2o$149bo76bobo4bo 2bobobob2o143b2o$153b2o72bo6b2obo2bo68bo76bobo$148bobobo2bo77bo3bob2o 64b2obobo75bo$146b3ob3ob2o68b2o7b2obobo65bobobobo63b2o9b2obo2bo$27b2o 68b2o3b2o41bo3bo2bobo24bob2o42bo8bobobo28b2obo30bo2bobobobob2o32bob2o 24b2o2b2o5bo2b4o44b2obo$28bo68b2o3b2o41b2o2bob2obo24b2obo39b3o9bo2bo 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164b3o115b3o206b3o6bo$167bo117bo75b2o129b2o5bo$166b2o116b2o58b2o4b2o5b 2o2b2o127bobo5b2o$343bo2bo2bo2bo3bobo132bo7bob3o$343b2obo2bob2o4bo145b o$346bo2bo136b2o13bobo$345b2o2b2o8b2o126bo14bo$359bo124b3o$360b3o121bo $176b2o116b2o66bo$169b2o5bobo108b2o5bobo45bo2bo4bo2bo149bo$169b2o7bo 108b2o7bo43b3o2b6o2b3o146bobo$178b2o116b2o44bo2bo4bo2bo148bo$502b3obo$ 165bo117bo222b2o$164bobob2o4b2o106bobob2o4b2o212bo$164bobobobo2bo2bo 105bobobobo2bo2bo210bo$163b2obobobo3b2o105b2obobobo3b2o$164bo2b2ob4o 108bo2b2ob4o208b2o$164bo4bo3bo108bo4bo3bo209bo$165b3obo2bo110b3obo2bo 207b3o$167bobobo113bobobo208bo$170bo117bo!golly-3.3-src/Patterns/Life/Signal-Circuitry/chase-the-glider.rle0000644000175000017500000012433312750014265021703 00000000000000#C A pattern which "chases the glider". #C Here a glider is bounced back and forth in increasingly long #C paths using convoys which arrive just in time at each end point. #C Each bounce pushes the path of the glider further out by 7.5 cells. #C The convoys are triggered by returning LWSSs from the bounces. #C This shows a "race" between a diagonal signal and two horizontal #C signals. Two advancer lanes are required so that the horizontal #C signals can "cheat" a bit to allow the convoys to be built in #C time to be used. Thanks to Jason Summers for showing me the #C elegant bounce reaction used here. #C David I. 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516bo11b4o26b4o1136b4o13bo$512bo3bo10bo3bo25bo3bo1135bo3bo14bo$513b4o 14bo29bo1139bo12b3o$527bobbo26bobbo1136bobbo$500bobo1204b5o$499bobbo3b oo1117bobbo77bo4bo$490boo6boo5b3oboobboo62boo1050bo81bo$490boo4boo3bo 3bo3bo3bobo61bo150boo895bo3bo5boo69bo3bo$498boo5bobo8bo7boo40bobo6bobo 150boo189boo705b4o3booboo70bo$499bobbobboo6bobbo7boo38bo3bo6boo342boo 712b4o$500bobo13bo39bo7bo1069boo$513bobo39b4o4bo4bo31boo122b3o$513boo 39boobobo4bo13b3o20bo101b3o20bo50bo$543boo8b3obobbo3bo3bo11bo20bobo8bo 91bo20bo48b4o136bo54bo57bobo560boo$543boo9boobobo6bobo10bo22boo7boo91b o68b4o16bo101bo18boo52boo56bobbo558booboo$555b4o38boo11boo11boo78b3o 60boo5bobbo8boo5bobo99b3o16bobo51boo11boo43boo6boo553b4o$556bo39boo11b 3o7bo3b3o140boo5b4o14bo3boo96booboo59boo7b3o7bo3b3o34boo4boo3bo3bobbo 553boo$567bo30bo11boo5b4o4boobo74b3o68b4o3boobobo4bo3boo3boo90b3ob3o 58boo8boo5b4o4boobo31boo6boo6boo$565bobo43boobbo4bo4bobbo5boo67b3o71bo bbo3boo5bo3boo3boo90b3ob3o69boobbo4bo4bobbo5boo33bobbo3boo$566boo44bo bbo3bo5boobo5boo80boo63bo10bobo97b3ob3o70bobbo3bo5boobo5boo34bobo3bo$ 616boboo3b3o77b3o11boo62bobbo8bo98b3ob3o74boboo3b3o49bobo$570boo51boo 79bo11bo26bo149booboo82boo50bobo$570boo114boo16bo37boo150b3o8b3o125bo$ 687bo15b3o16bobbo4bobbo8bobo132boo16bo11bo8b6o$556bobo51bo76bobo9bo20b 3obb6obb3o38bo3b3o97bo27bo8bo6bo12boo29bobo$555bobbo3boo124boo8bobo10b o10bobbo4bobbo39bo4bo99bobo5boo26bo8bo11bobo28boo62boo3boo$546boo6boo 5b3oboobboo37bo89boobo9boo5bo54b3o3bo99boo5boo27bo6bo12bo31bo4bo57bobo bobo$546boo4boo3bo3bo3bo3bobo36bo89booboo7bobo4bobo169boo25b6o49boo58b 5o$554boo5bobo8bo7boo79boo22b3o10boobo14bo3bo71boo95b3o8boo69bobo58b3o $555bobbobboo6bobbo7boo42bo35b3o35bobo16b3o67bo4boo60bo34boo8bobo80bo 50bo$556bobo13bo38boobboo6b4o21bo8boboo23bo3bo10bo15boo3boo59boob5o6b oo6boo48b4o29boo13bo6b3o70bobo$569bobo34bobobbob4o5boobobo3boo15bobo6b obbo23bo3bo91bo4boobbo5b3o5boo31boo14boobobo28boo19bo3bo58bo8boo3bo9b oo$569boo33bo3bo3boboo5b3obobbobboo16bobo5boboo118bo8boo5boo39bobbo11b 3obobbo17b3o91b4o5boo3bo9boo$597boo5bo12bo4boobobo8boo11bobbo7b3o5boo 15b3o13b3o75bo7bo4boo34b5o7bo11booboboo17bobo27bo5bo58b4o4boo3bo64boo$ 597boo4bo4bo14b4o9boo11bobo9boo5bobo32bo75bo12boo33bo5bo6bo12b4ob3o15b 3o27boo3boo58bobbo6bobo65boo$604bo19bo23bobo19bo31bo68boo7bo46bo3boo7b o7bo5bo4bobo14b3o12bo79b4o7bo$604bo3bo39bo21boo13b3o70bo11bobo8boo45bo 7bobbo9bo11bo14b3o12boo69boo6b4o59boo$606bobo148boo11bo65boo9b3o11boo 13b3o11bobo68bobo6bo62boo$660boo22bo3bo61bo6bobo9boo105bobo82bo$660boo 6boo14bo3bo31boo26b4o98boo24b3o64bobo4boo8boo$669bo27bo8boo6boo4bo26bo boboo96bobo7boo50boo29bobbo4bo$669bobo6bo6b3o9bobo5bobbo4bobbo4b3o22bo bbob3o97bo8bo50bo29boo7bobo96bo$670boo4bobo18bobbo3b6obb6o5bo22boobob oo107bobo7boo27bo4bo7b3o24boo3bo103b3o$674boo22bobo4bobbo4bobbo27b3ob 4o9boo93bo4boo6bobo14boo4boo3boob4oboo7bo26boo104b5o61bo$642boo9boo10b obo6boo23bo6boo6boo27bobo4bo10bobo90bobo11b3o16boobbo7bo4bo30boo5bobbo 6boo92bobobobo59b3o$642bobo9boo10boo6boo9boo56bo19bo69bo8boo11boo10b3o 4boobo8bo4b3o40bobo6bobo6bobo91boo3boo$633b3oboo4b3o7bo6bo5bo9bobo5bo 57boo19boo66bobo6bobbo24b3o4boo57bo19bo$633b4obbo4b3o12bobo16bo6bobbo 135boo4bobo7bo3bobboo20bobo61boo19boo69bo86b3o$637boo4b3o12bo3boo22boo 136boo3bobbo7bobboobb3o20boo153b3o21bo$642bobo13bo3boo23bo10booboboo 125bobo16boobo23boo11booboboo132bo19bobo61bobo$642boo14bo3boo167bobo4b 3o8bobbo22bobo11bo5bo131boo19boboo60bobo$659bobo3boo31bo5bo128bo15boob o24bo12bo3bo154b3o$660bo4bobo179b3o6boo33b3o155bobbo59b3o$667bo31boob oo143boo7bobo171bo19b3o$667boo32bo156bo171bo18bo3bo$682boo174boo169bob o16bo5bo57b3o$670boo9bobo344booboo10bo5bo3bo59bo$670bo12bo5boo170boo 164bo5bobboo4bo7b3o$660bo7bobo17bo3bo168bo9boo5bo151bo5boo4b3o75bo6bo$ 658bobo7boo17bo5bo7boo149boo5bobo10boo4b4o145boo3boo85boo6boo$648boo6b oo29bo3bobbo6boo148bobo5boo10bo7b4o9boo224b3o6b3o$647bo3bo4boo14bo14bo 149bo12b3o26bobbo9boo225boo6boo$646bo5bo3boo14boo4boo8bo3bo3bo135bo4b 4o8b3o27b4o146b4o87bo6bo$636boo8bo3boboo4bobo10bobo3bobo9boo3boobo134b o5b4o8b3o16boo7b4o4boo140boobbo$636boo8bo5bo7bo16bo19bo97bobboboobobbo 20boo9bobbo9bobo7boo5bobo7bo7bobo139booboboobo$647bo3bo24boo19boo95boo bbo4bobboo19boo9b4o10boo6bobo5bo19bo145bobbo15boo$648boo145bobboboobo bbo30b4o8bo12bo4boo19boo139boo3bobo16bo$659bo177bo12bo178bo24b3o59bo4b o$660boo129bo56b3o205bo57boob4oboo$659boo130bo324bo4bo$790b3o209boo25b ooboboo$663boo337boo25bo5bo$663boo189boo174bo3bo$790b3o61boo175b3o74bo $650bo140bo315bobo$647b4o3boboo133bo50bo263bo3bo$639boo5b4o4boboboobb oo127bo49boo263bo3bo$639boo5bobbo3booboboobbobo126bo38boo8boo4boo5bo 252bo3bo$646b4o3boo8b3o7boo115b3o37boo7b3o4boo3bobo148b3o101bo3bo$647b 4o3boo8b3o6boo165boo4boobbobo11boo135bo3bo100bo3bo$650bo12b3o175boo6bo bbo11boo157bo82bo3bo$662bobo125b3o49bo7bobo147bo5bo14b3o7boo74bobo$ 662boo127bo59bobo146boo3boo13bo10boo75bo$791bo61bo166boo$775bo242b3o$ 775bo224boo15bobo$774bobo222bobo4boo8bo3bo$775bo223bobbo4bo8b5o$775bo 223boo3b4o7boo3boo$775bo229bo10b5o$775bo224bobbo13b3o$774bobo226bo14bo $775bo$775bo237boo70bo$998booboboo8bobo69bobo$1013bo72bobo4boo$998bo5b o81bobbo3boo$1086bobo$999booboo70boo9bobo$1001bo71bobo9bo$1073bo$1072b oo$1015b3o$1014bo3bo$1001boo$1001boo10bo5bo$1013boo3boo3$1016bo$1015bo bo$1015bobo$1017bo$1017bo$1014bobbo$1015boo! golly-3.3-src/Patterns/Life/Signal-Circuitry/advancer.rle0000644000175000017500000000226012026730263020352 00000000000000#C p30 glider advancer #6, advances gliders by 60 generations. #C The device uses six copies of David Bell's p30 in-line NOT gate. #C Speed of information transmission within the device: 13/36 = 0.361c #C Dieter Leithner, 27 Dec 1993; from Jason Summers' jslife collection. x = 135, y = 144, rule = B3/S23 38bo$36bobo$37boo14$22bo$20bobo$21boo12$68bo$66bobo$67boo4$bbo$obo$boo 8$52bo$50bobo$51boo18$32bo$30bobo$31boo11$88bo$86bobo$77bo7bobo$76boo 6bobbo11boo$65boo8boo4boobbobo11boo$65boo7b3o4boo3bobo$75boo4boo5bo$ 76boo$77bo10bo$89bo$86boo5boo$86b3o4b3o$79bo7bo7boobo$77bobo15bobbo5b oo$70boo4bobo9b3o4boobo5boo$70boo3bobbo8boobobb3o$76bobo7bo3bobboo$77b obo6bobbo$79bo8boo19boo$109bo6bo$101bo5bobo4b3o$100boo5boo4bo$84boo13b oo12boo$84b3o11b3o$75boo9boobo9boo3boo14boo$75bo5bo4bobbo10boo18boo$ 80bo5boobo11bo$76bo3bo3b3o10bo$78bo5boo9bobo13bo$96boo12b3o8bo8boo$ 109b5o6bobo7bobbo$108boo3boo4bo3bo$120b3o11bo$118boo3boo$104bo27boo$ 105bo4b3o18bo$103b3o4b3o$$109bo9bo8boo3boo$108bobo8bo8boo3boo$107bo3bo 7bob3o5b5o$108b3o19bobo$106boo3boo11bo$121boboo5b3o$121boo3$116boo3boo 8bo$116boo3boo7bobo$117b5o$118bobo$$118b3o8bo$109boo17b3o$109boo16b5o$ 126boo3boo3$119boo$119boo7b3o$128b3o3$129boo$129boo! golly-3.3-src/Patterns/Life/Signal-Circuitry/heisenburp-46.rle0000644000175000017500000000422512026730263021165 00000000000000#C Period 46 pure Heisenburp device #C Detects and duplicates a stream of gliders without influencing it, #C even temporarily. The reaction used works for any period >= 35. #C Jason Summers, 29 Jun 1999; from "jslife" collection. x = 213, y = 209, rule = B3/S23 187boo$186booboo$187bobbo$160boo25bobbo4bo$150boo7bobo26boo5b3o$150boo 6boobo36bo$159boo27boo5b3o$160bo26bobbo4bo$187bobbo$160bo25booboo$159b oo18bo7boo$150boo6boobo15bobo$150boo7bobo16boo$160boo8$190bo$191bo$ 189b3o5$186bo$186boo$185bobo10$174boo$175boo$174bo$183boo$184bo$184bob o$185boo12boo$197boobbo$197b6o$197b4o4bo3bo$205b7o$163bo48bo$163boo40b 7o$162bobo32b4o4bo3bo$169b3o3bo21b6o$167b5obbobo20boobbo$171boo3bo22b oo$165boboo3bobbo$163b3oboo3b3o$162bo$163b3oboo3b3o$165boboo3bobbo13b oo$171boo3bo13bo$151boo14b5obbobo$152boo15b3o3bo10b3oboo$151bo34boobb oo$188b4o$184bobboboo$184bo3b3o$188boo$186bobo$186b3o3bo$193bo3bo$188b oo8bo12boo$140bo47bo5boobbo12boo$140boo46bobo5boo$139bobo38bo8boo3b3o$ 179bobo$179boo8boo3b3o$188bobo5boo$188bo5boobbo12boo$165b4o19boo8bo12b oo$141boo21b6o23bo3bo$140boob4o16boob4o22bo$141b6o17boo$142b4o$$131bo 47bo$130b3o45boboobo14bo$129boobo45bo4bo13boo$129b3o47bobo14b3obo9boo$ 129b3o51boo10boo13boo$130boo5b3o43boo11boo$137bo46bo12bo$138bo$197bo$ 196boo$195boo13boo$161boo14b3o16b3obo9boo$161boo12bo3bo17boo$115bo58bo 4bo18bo$114bobo57bo3bo$114bobo$113booboo31boo23bo3bo$149bobo22bo4bo$ 149bo11boo12bo3bo$161boo14b3o$187boo$187bobo$189bo$131bo5boo5boo43boo$ 130b3o4boo5boo$130boboo$113booboo13b3o$93bo18bo5bo12b3o$93boo36boo27b 3o$92bobo16bo7bo40bo$111bobbobobbo41bo$111b3o3b3o$137b3o3b3o$136bobbo 3bobbo$136boobo3boboo4$188boo9boo$172boo15boo8boo$172bobo10b5o$152boo 8b3o7bo12b4o$109bo5bo36boo8bo3bo$108b3o3b3o45bo4bo17b4o$107boobo3boboo 45bo3bo17b5o$123bo65boo8boo$124bo6bo31bo3bo20boo9boo$110bo3bo7b3o5b3o 29bo4bo$110bo3bo14boobo19boo8bo3bo$129b3o20boo8b3o$70bo58b3o7bo$70boo 58boo5boo$69bobo66boo8$119b3o7boo8b3o5b3o$118bo4bo4bobbo7bobbooboobbo$ 58boo57bo5bo4bobbo8b3o3b3o$59boo57bo8bo3bo9bo5bo$58bo60boo$127boboo$ 119boo6bobo$118bo8boo$105boo10bo5bo$105boo11bo4bo$119b3o8boobo6boo5boo $130boob3o4boo5boo$136bo$130boob3o$128bobbobo$128boo21$24bo$24boo$23bo bo10$12boo$13boo$12bo9$bo$boo$obo! golly-3.3-src/Patterns/Life/Signal-Circuitry/loafer-mwss-signal-loop.rle.gz0000755000175000017500000001267213543255652023713 00000000000000‹ ”[ËräÊqÝ×WÀºXX¡y Þ€" Ù {#i!‡÷Ù3lI0Øœ;}½+ÏÉ, 9÷JᘘîFU¢ù8ù¨âO¶›O§—÷ß.—÷—ó秛‡÷ÛöüáåáôáóßÝOþc{¸{=>½,K}7øáÏ7߇0ùÙýôïÃÝŸ†Ïç»6Âëöžc ÿýþv{úùôòÚ~oOÃk£y9¾.pøz9]†¿=ݼ|¹¼“!†áòýåüô¹µÞ<Ý ?ß¼œ·¯—á?O/—ÛûÓÃûõærº.Ïç×6àexÝÚ O·÷/ÛÓùï'Žà']ºo¾œÚXÃüžºÇáåt{~>½¾_ï‡×oÛðå|ûe½¹ýrùp½—Ã7¯ç¶¬ùføÍÝöu}8Ý)£Ú\Û×óëo~ÏUœnnïí:_%ÖÓ§íå4œ_‡ÓwÐ&R2n«íž#<žnïožÎ—ÇwàÅÍð|jܸӡÀÍã$Ï7m#7Û·¶:Žðéåtnï·óíiØ>a—wçOm÷mîáõüئº ÿúØÆœûaþt÷?_/¯­óÒÈ9Äï>¾Ÿÿ2Ü6®§6óÓI¦½yúÎéÖïÃãös¦­ÎÏÓû»Óg™òåôéátûº½pŒFÕ†8=<46œo>omµßÁåû××çßüøíÛ·MK¾Ý|8:µŸ—¾>^>þ|>}{ݞϷžïŸÿøü‡¼ÔzÆ—ûßáÃ2ÇwÃ÷ö£¤¦/_Ní÷¿Åký9®ÛØ>bû,ë‚<æ5lajmÞ·ÇÚÚ}Š(qižmÛæö䤽½ÞڃСQ^ý$­aŒ“tÖöÑn˜f IÚ<ëæbéTÖÜæ“çÂEÅ }øé=¹enk™eÞ²´Oç³,ºd¦q‘.²ùlDò¢|nò°HY/¾¤Í{!sòÕfý‚NùL2Tʺÿ7¿KcGÜ·Tåctø=b%E†X÷‡M¾ªí{õðqxr¿D2zÙDÀ¬[œI`ÏAsÕä~CÉâbBý0ÊÞìþåd‘Ev-ß»ˆ2@Ô‰“;4 YüU2.“Y2—ðÚ–ƒw\Íú©ò/Q[øŸËk^Ùáú;o(Æ%èV¦þÆjë–õ„µJ#%æVe,¶þÉãÒºe\™{+Öâm¶C˜ÂZеSÛþ_ƒô©ÅòaU’ðí9à¿æ6JÔ.%’dåõ?zustbw;¬Wõ &W„õ =b²Ðƒ&E‡O1ú±”#¹¶Oµeµì\å!«UöïÖ:®¤¢TösÝ­X[Œ7»ŠÚ†ýh:åJ©W ¥]ƒ}ceÀÊö%d¹Ë¦5PPÀM¼à£ ; ´ |½a´ì,ç ¾Ø˜"\Hœbçx‚f:Ò6óUtD¯¶Å:¶W¶]¸¢eQ§ .I}Kkbcƒ†J äV®±Á-^mË!·¹$¯þdëÍkôÁ„÷ØÕLAPV™Ü—gÙ{äÚ„Tç £ŒeŠª¸í'Üv +A׆ǮnBB~Ë[XŸ£sÊ:D" áÄ[Š~ék˜H%>Ð%ÉÙ Eæ‹Ck ˆ\½IjÆÓZ3×9C7¤A&t ˤ—-eâÛÏæmDS¥ÁÊ©RSéBÊ_¤¬ó\©éª‚¢±òÛ±hVšuz8í4Û¨AÐN8‘¹Ï£ZÒœÆ\¡àØô™.?·ÕbM‘’±Qè7!Á”3ƒ‹¹&‹ VH[8aÉ(P%m#‡j°¤ °óו>&Xy:k!SYÀÊÀ J €eµH½í ›÷¡ëî­ ´iö:´§¤2¨<‚“sãÒ˜ êå­Å8Žö•ÑªL¸£Kλ¤VƒkDÒ=©š™F*”åJàƒŽðJ> JåÈdM¾Ö®‘"7’èòÂH8gOªÝWË ¾{ ¯‚ÙÑžÁ8¼¨ÈOËÃHhrÊÅ<8ãKUåµ9$ñI§…ût7YŒÝ¥ ÖYõuÑiÁ*—¨%Q½¡5p»ö­µm"1ìöp69x¸“¾ØqÜï½1PÑC£pwègòå›’:2×çº#I’‰gŠ6ø]O°c†gÅìÆuâ'*~°Ä¦ÑŸžŠ¥vɘƒE "väá!6¡’ÜOhÔ4¡š“À7ö0Q$ibŒƒÍJ³"»ÐFc5ãæ´ÂScPa´0rt šfù0u6Ç^sßHø°ø¥*—‘ !ö›„¦qwwÍ·%æ4оm™w– 8Â]cYÖ0å<Cƒ´oÓت”Ùà¢ÄjÂtGɅ®Ie-›z£ú³Œ,|ç€óÿ4¢Ì—à2¨ÈÑ _ Mè® æ5/ ÄmØ –LxEæ?§' }„@Ü]Ù•ñO‚Ñ;s~™|hÍ3]Ÿ 4·åTdÛ‘ÞcÁBªï3'ÆC²/Õ©~K³É1¨Gi†-Æ|Ž–àK6á5$Ì!ðS3IX—n]Õ. I2,V{¥˜Bjª«( ‹¡L³­„òˆ<Â,ørqÅ¢-Uœ¥Oyµ( " ì/ç`êá@•³N‡ÎhX„À]ár& ìmæ èhêéŒÒ¬ŽÝpü"àÈ(ºáÓ„0~koÀ¬»Áî6%Rð…xëƒæjœYmª€Y:ùDyq¸D*ð›Â!+ 1•$¶`…$‚8R¯ ˆ4H1ÏÈí¦ÉX€ô:Cx¦IÓh …ÐùCݧôEÔˆZ3Æ” ]U f¢JyGß—g(tåî´…1K$ä™ûJ+UØÁ¾Õ[å.PD~éÎT˜ îG}ÙÑ}ðxÀF8à‚_hHÌ‹á²Ü¯|©<ûÛ㺔ŽÈ½ ÀK=¾Š‰º LÒï$Ít«œàd@îÅÛ¦rç‹hðT@ÊYÕ¹«F“‘ô‚DH+P/Ž=üòA³\Cv€J¦ú2˜p°a3:a”—´þ¨¢eø>[‘°-/:{sMÄ=ã3Âú™¾„yµ•ž5…Ÿ Éœ ‰Ì1^•8ˆÚTW",óÖY$‹CAÍ#Œ!hÚÔØÙ Ÿ•®Œa)]íy¦ò’h:w”#A´€á âlhGÊR4h>Ä™z‚µÆT "µvYÂzǸ¼ÑïY«Þ«·+™¸èq[PEîä² |-¾_TYOß'¯†TÉl]`œC9®ÛÅÉà‰«t_mžÑìaÑÌPý’'7s´z'ùœ,2l+Jë1HѪ¸ð)zà‚yÇöBì_Aö¬%˜õpRBÒîùÛ€Ž;úPräàås¢ncÅà(X,¦M$-€»l$©P"»&âõíÌ/{e¢k"έ©„ s_lƺð$ESPòi¦ê ô\)@S`ëÂÛ —[Võè!X…@ |#k‘ ä-™y³r1SV ó! ‚ϼnâûÌÔžþ²Ú®I*Á’wMÔ$ù‚éäÂô³ƒÂ¸Ä¤Vü†ñ…ÍÂÊreüØûî”yìä™h»“ó«Ã¸Ðµ©?¹9+šHòóÄb‹Û³„iÕЯM_¨ZxO¨jmI÷F‡!DÜ=fójHª¶b2®Z†È| ÙMº^cŸMåz.ÀÃŽÜ=~wÅä©Ãñ²TdõÐ =d½Y+szð¬$Z_àžÔÄW=N5šÙÌÖ"ÏÂÎtÄÐŽ³r8;Ö{Â8Õà Y¨ÁüjEšXr´KðÌž¦«å7B,ÙL²Ø%¾Z‚‰Í"ðb…AéN–†ô«j¶W½^Û«©‡ç6¯pA¶•Gð¸[ª±Ìƒùy´Î$tȸåqÙMnSw“J0tÆÝØ°2µJÀ÷¹®ª^¨4R7&b!¶o&Ȭ¯Io´ ɈajìI…‰Ý^™÷é9åªY”÷e$VÒûÕÅ™3_7O][¶HK`€6ÁÁWœ¦x¸HòaÖý³žœX#ª&>® ¯gÅiŒ(x95ÜMoœ§Ôís´Â;Ô¤AÊÒ±Š·KY’îˆ)’½ÅàR’Ìhç]«¹?9݉vÛ”W] Ø•q‰·b㶘Ik^³ô«íyÚÌ3: ,ÐWµÜhé$—J1GU’¼j’ë{1ÞqñŒ|¨}P+•§×¿A iñ¾RPÐÿp 0¸† "êU^]Mz'-\å²Eí4dM`õr ³½³Ók%­Å˜LšÑä>|Të¤Q3ÄFPõÛT§b˜Ã‹ý•@±ö@9h­ŠG=Ü}ÕàTóþØÉWÝ”.øÇh×çÈlä»Â`ÏijטWr\„9Õ[aP¯3âNl¿à]Cìh&2jÄz®À.Ãè1éj'B¤âÁ‘'d €jRÁp‘pˆVÎ çÕOÞJÕrºÅt_aÔ¬@ÐL•Ý<žÂâŠøqD¢š«0ÂY™´ÕÉ÷Êù6éRºIú  öÕ‹Èž Ϻ¥ãj{ꢪŠJJ´ëQPKAª¬·YXz*‡ƒ RÉAërˆîX4 ® ` ¯ÛÈ”±;X%O¬P W?íX®"×Æde‰"Ñ/á[À\PNš°êÌS/wÁù‘{U/Ú1°Ç ¦^Ä+ñvg6¶Z/]‡‚É<X­|3ñ~׈TH ¹dPÛ®€~cG©u¿&M¨&î*j·¤Ûw[LI-ò"­”d±lÔãï‹FfÈ4!jÀ0ÂÝê½úBWÁ>áì¦7e1LÒdcÙcŒ~Í˹ËÈr%½‘‡õ,U%Ö­û 4ýÍœ-09ŽÄ;)x®A¯†À©C·Q"-­VÔÒí]‡ÉŒS#]I¿\»Í3•~'Y+«¼õÊ ˆþñ.Ì«nV-Åòz¤c“?3Ûx:„°cQ´5áy›×c¢íRC­§z;¼¬zÄërÜsA*¬7…›‰#^Y:æzCâQot7Qu(ÇÁ:Dï猼TEÃÛ‚²[Ö/"Ó1 #1 [ ˆ¬ ·É*é«Æh£‰àp«¥ÔndÒõ¢èü¹ŒÙ 5ä ?KÿpÌø‰±Â›ŸqL„ˆ^ýǯqÿÿÿòpŸKG;golly-3.3-src/Patterns/Life/Signal-Circuitry/reflectors2.rle0000644000175000017500000003032712026730263021026 00000000000000#C A selection of 90-degree glider reflectors. #C Note that this is not a complete collection of #C known glider reflectors, and that in many cases #C there are better ways to reflect gliders than this. #C #C The loop on the far right is a demonstration #C of how a herschel loop can reflect gliders. This #C is the only known way to reflect p57, 58, 59, and #C p61 glider streams. It is demonstrated at p60 #C because the other reflectors would be very large. #C #C p33: both by David Bell, May 01 #C p45: by Mark Niemiec, 6 Jan 96 #C p88: by David Bell, 27 Dec 99 #C From Jason Summers' "jslife" pattern collection. x = 583, y = 289, rule = B3/S23 473b8o$473bob4obo$190b3o125bo154b8o$43boo145b3o125b3o$44bo105boo3boo4b oobo25b3o128bo$39bobbo55boo50boo3boo4boboo28b3o124boo115boobo6boobo51b o$bboobo6boboo23b8o52bo59boo4boo26b3o81boobo6boobo43bo102boboo6boboo 49b3o17boo$bboboo6boobo21boo8bo46bobbo52boo3boobbo5bo27b3o81boboo6bob oo41b3o100boo8boo4boo28bobo15bo20bo$6boobboo25bobboboo3bo46b8o48bobobo bo3bo5bo108boo4boobboo4boo38bo103bo9bo5bo24b3o7boo11boo20bo$6bo4bo26b 3ob4oboo43boo8bo49bobo4boo4boo108bo5bo3bo5bo39boo4boo97bo9bo5bo23bobb oo4bobo32boo$7bobbo35bobbo42bobboboo3bo48boobo4bo5bo21b3o86bo5bo3bo5bo 44bo97boo8boo4boo23boob4o46boo$6boobboo26b4o6boo43b3ob4oboo51boo3bo5bo 18bob3o85boo4boobboo4boo34boo6bobo99boobo4bo5bo26b3o47bobo$bboobo6bob oo21bo4bo58bobbo51bobboo4boo17bobobo88boobo6boobo36boo6boo100boboo5bo 5bo14boo60bo$bboboo6boobo21boo3boo49b4o6boo50bo3bo5bo18bobbo4b3o82bob oo6boboo144boo4boobboo4boo14bobo70b3o$oo14boo28bo45bo4bo57boo3bo5bo18b oo88boo4boobboo4boo37bo104bo5bo3bo5bo16bo28bobbo39b3o$o16bo24b4obo44b oo3boo57bobboo4boo14boo7bo5bo78bo5bo3bo5bo36boobo104bo5bo3bo5bo43boobb oboo17bobo17bo$bo14bo25boobobo53bo53bo5boobo16boo7bo5bo79bo5bo3bo5bo 34bo107boo4boobboo4boo42bo4boboo15boobbo17bo$oo14boo20bo5booboboo46b4o bo52boo4boboo16boo7bo5bo78boo4boobboo4boo34boboo106boobo6boobo51boo17b o19bo$bboobo6boboo21bobobboobobobo47boobobo78bo95boobo6boobo25boo10bo 108boboo6boboo44boo4bo38bobo$bboboo6boobo20bobb4o4bobbo42bo5booboboo 74bobo9b3o82boboo6boboo24bobo179booboo$36b3obb3obbobob3o39bobobboobobo bo75boboo131bo$39bo3boobboo4bo37bobb4o4bobbo206boobo4boo7boo132boboo4b 3o66bobo$38bobbo4bobboboo38b3obb3obbobob3o204boobobo3bo7boo132boobo3bo bboo23boo3bo37bo$38boobo4boboobo42bo3boobboo4bo72boo8b3o121bob4o149boo 3bo22bo3bobo36bo$42b4o5bo41bobbo4bobboboo73boo7bo3bo120bo155b3obbo8boo 12bo3bobo35bo$36b4oboobboob3o42boobo4boboobo83bo3bo121b3o154boobbo6bob o13bo4bo34b3o$36bobboboboobobo48b4o5bo83bo3bo124bo7boo9boo134bobbo6bo 12b3o5boo8bo24b3o$91b4oboobboob3o85b3o118boo4boo7boo9bobo132bobbo6boo 12bo17b3o$41bo4bo44bobboboboobobo209bo24bo134bobbo41bo5bo7boo$185b3o 125bobo157b3o41boo4bo7boboo$43boo51bo4bo82bo3bo13b3o109boo10bo195bobo 6bobbo$184bo3bo13bo122boboo203b3o$42bo55boo84bo3bo7boo5bo121bo194boo3b obo4boo$41bobo141b3o8boo128boobo191boob4o$40bobbo53bo230bo193b3obbo$ 41boo53bobo425boo$95bobbo96boobo126boo6boo148bo41bo$96boo86b3o9bobo 126boo6bobo145b3o$197bo137bo144bo$42boo138bo5bo7boo131boo4boo137boo3bo bo$41bobbo137bo5bo7boo14b3o114bo132boo9bobo4bo34boo$41bobo9bo43boo83bo 5bo7boo14bo117b3o130bo11bo40bobboo$42bo9boo42bobbo92boo19bo118bo130bob o16bo33bobobo13boo$52bobo41bobo8boo75b3o4bobbo123boo144boo13bobobo33bo 16bobo$40boo55bo8boo82bobobo124bo147boo10boobbo52bo$108bo80b3obo122b3o 148boo14boo34bo16boo$38bo4bo51boo92b3o124bo152b3o46bobo$466boobbo48bo$ 33bobboboboobobo12b3o32bo4bo261boo104boob3o44b3o$33b4oboobboob3o10bo 54boo68b3o174bobo104boo47bo$39b4o5bo10bo28bobboboboobobo12bobo67b3o36b 3o135bo107bobboo$35boobo4boboobo39b4oboobboob3o10bo69b3o36bo246b3o71bo $35bobbo4bobboboo44b4o5bo82b3o34bo246bo70b3o$36bo3boobboo4bo39boobo4bo boobo82b3o351bo$33b3obb3obbobob3o15boo23bobbo4bobboboo81b3o335boo3bo 10boo$33bobb4o4bobbo16boo25bo3boobboo4bo14bo344boo57b3ob3o$34bobobboob obobo19bo21b3obb3obbobob3o14boo344boo14boo43boo3bo$35bo5booboboo40bobb 4o4bobbo16bobo359bo45boobboo$39boobobo44bobobboobobobo380b3o45boo$39b 4obo45bo5booboboo381bo44boo$43bo50boobobo428boo$34boo3boo53b4obo357bo 69boo$34bo4bo58bo358b3o69bo$35b4o6boo42boo3boo221bo15bo126bo6bo59bo$ 43bobbo42bo4bo222b3o11b3o125bobo6bo57boo$35b3ob4oboo44b4o6boo218bo9bo 129bo4bob3o7boo46bobbo13boo$34bobboboo3bo53bobbo217boo9boo132boobboo7b o47b3o10boobbo$34boo8bo45b3ob4oboo175boo5boobo6boobo161bo5boobboo5bobo 45b3o12bobobo$36b8o45bobboboo3bo177bo5boboo6boboo160bobobo13boo45bobo 16bo$36bobbo49boo8bo176bo4boo4boobboo4boo158bobboo6boo52bo15bo$41bo49b 8o51boo3boo4boboo111boo3bo5bo3bo5bo158boo6bo4bo51boo15boo$40boo49bobbo 55boo3boo4boobo117bo5bo3bo5bo23boo3boo135bo4bo70bo$96bo62boo115boo3boo 4boobboo4boo21bo3bobo3bo135bobo70bo$95boo53boo3boo3bo23bobboboobobbo 81bo3bo5bo3bo5bo26bobo213b3o$150bobobobobbo23boobbo4bobboo79bo5bo5bo3b o5bo20bo4bobo4bo210bo$152bobo4boo23bobboboobobbo80boo3boo4boobboo4boo 21booboobooboo$151boobo6boboo116bo5bo3bo5bo25booboo187bo17bo$155boo4b oobo34bo4boo70boo4bo5bo3bo5bo216b3o14b3o$156bo8boo32bo3boo72bo3boo4boo bboo4boo219bo12boobo$155bo10bo31b3o4bo70bo6boobo6boobo220boo12bo$155b oo8bo110boo5boboo6boboo177boo45boboboobb3o$156bo8boo153boobo3boboo127b oo14boo43boobboobbobo$155bo5boboo33b3o120b3o3b3o129bo59boo3bob4o$155b oo4boobo34bo122bo5bo127b3o60boo3bobb3o$199bo256bo66b3o$199bo323boo$ 199bo283bo40bo$198b3o135b3o142b3o41bo$215boo119bo137b3o3bo$215bobo119b 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R_òÁŸ+}& ÂW®ú=Þ yœ|jS¢ìT6Ñ›¶ãŽà§Ã)ËæIJҒýr@NiåvKÞ‚¢êzžÄ4RÞÈEY‰^McŽ‚s²9ðB7ŸÌ±—I#¯FÍ~f÷W¢Fã~10PvMâ2?¼X ¨¾ÃëÏï±JËjIo-m¯D÷‰ˆZI¬¸–htÃ`Šðq1q°iHõálÞ4Ëè ¨ßdXÖD°fÑ|fà“d¨ë=k2èvzè|‰•ýÃ;ßZLÉ€J/ãs|yf”ÝÍM@øžÊÊF1ígSâ¶ÔÙ Hèî¾ÍãŸ8–‰!½lï<ÒD¹¯à” džHG¬[3ø6Ï”¸ïnUN22Þ鶑ê°ÇfÊÀëÏäÌ, KMR`~–ås_,ÊÇ \¹Àû÷ŠÂ® V©ëš‰ƒ]q¬¯É´1ýsOÚW6€-Ú,Œ EÛ%ÜåÛŒ¤'m×Ç;_3‡õ¶tHmú¶‡2Q™WÀÍ™üíÔMYN@€û« J¥^n“_š®–Ùsç7Û†Û6Ø}/A\J4 ΪpÊ笚;c¢¯ê,¸ç×(!®ú¾l³ü[ɳC_U«ØX 5çú5ït5Ks» piÚs¤ºü§369}[¼ê:ê^ žÿ{ýù?PK“…O]ÃÇ”r  h-to-h-collection-26Aug2017.luaPK°KoÔ-òóénË ¯h-to-h-collection-26Aug2017.rlePKšßígolly-3.3-src/Patterns/Life/Signal-Circuitry/heisenburp-30.rle0000644000175000017500000000403412026730263021154 00000000000000#C p30 Heisenburp, a pattern which can detect the passage of a glider #C without affecting the glider's path or timing. #C This pattern "photocopies" three gliders. The original three pass #C through unaffected. #C The name is a reference to the Heisenberg Uncertainty Principle, #C a principle in quantum physics which states that it is physically #C impossible to detect a particle without affecting it in some way. #C Clearly this is not the case in the Life universe! #C By David Bell. From Alan Hensel's "lifebc" pattern collection. x = 139, y = 157, rule = B3/S23 48boo$47bobo$46b3o$46boo$46boo$47bobo$48bo3$45boo3boo$45boo3boo$$47b3o $47b3o$48bo6boo23boo$56bo22bobo$56bobo5bobo11bo6boo$57boo5bobbo10bobbo bbobbo6boo$67boo9bo6boo6b3o$65bo3boo8bobo8boboo15bo$50bo16boo11boo8bo bbo8b3o4bobo$51boo11bobbo8bo13boboo16bobo$50boo12bobo10boo14b3obboobbo 7bobbo3boo$76boo16boobbo3bo7bobo4boo$45b3o51bobbo6bobo$44bo3bo50boo8bo $43bo5bo$43bo5bo$46bo10bobo14boo$43bo4bo9boo14boo7bobo5bo46bo$47bo10bo 25boo5bobo42b3o$46bo37bo6boo42bo$42bo92boo$42bobo$43bo$133bo$77boo5bo 46booboo$78bo4bo$50boo23b3o5b3o44bo5bo$49bobo23bo29boo$40boo3boo4bo10b oo41bo24booboboo$42b3o17bobo29bobo6bobo$41bo3bo18bo28bobbo6boo$42bobo 9boo8boo26boo41bo$43bo10boo28boo4boo3bo36bobbo$84boo6boo41bo$44b3o18bo 27bobbo34boo$44b3o18b3o26bobo34bo$68bo54boo6bobo$67boo19boo23boo8boo7b oo$80bo7boo24bo$42boo3boo32boo31bobo$43b5o32boo33boo15boo3boo$44b3o63b oo20bo5bo$45bo24bo38boo14bo$69b3o39bo8bo4bobo5bo3bo$69b3o47b3o3boo7b3o $107bo10boobbo$67boo3boo31b3o10booboo$67boo3boo30bo16b3o$82bo3bo17boo 13boboo$83boobobo29bobbo$45boo23bo11boobboo33bo$45boo22bobo46bobo$71b oo46bo$71boo$70b3o26boo3boo$69bobo27boo3boo23boo3boo$69boo54boo3b5o$ 101b3o20boo4booboo$101b3o22bo3booboo$102bo28b3o5$129b3o$129b3o$128bo3b o$127bo5bo$128bo3bo$99b3o27b3o$98bo3bo$97bo5bo$97bo5bo$100bo$97bo4bo$ 68b3o30bo$70bo29bo$69bo26bo$96bobo$97bo31boo$129boo3$104boo$103bobo3b oo$94boo3boo4bo3boo5boo$96b3o17bobo$95bo3bo18bo$96bobo9boo8boo$97bo10b oo$$98b3o$98b3o4$96boo3boo$46boo49b5o$45bobo50b3o$47bo51bo8$99boo$99b oo34$boo$obo$bbo! golly-3.3-src/Patterns/Life/Signal-Circuitry/constructor-memory-tape.rle0000644000175000017500000013236612026730263023424 00000000000000#C Prototype programmable constructor reads a construction #C program from binary bits stored on a diagonal "tape", #C and uses this information to construct an output pattern. #C #C With the right program, and enough empty space available #C around the output pattern, the constructor is capable of #C building (almost) any pattern that can be produced by #C glider collisions -- up to and including a copy of the #C constructor itself, since its five component still lifes #C are all easily glider-constructible. #C #C The program is represented as a string of boats (1s) #C and blocks (0s). Each Emitter cycle, the Emitter in #C the SW fires a salvo to read a program instruction bit #C and move the read head; an Emitter cycle is 850 ticks. #C #C The Collector/Decoder in the centre converts sequences #C of PULL (0) and TRIGGER (1) instructions into TRIGGERi #C instructions, as follows: TRIGGER1=INC, TRIGGER2=DEC, #C TRIGGER3=BLACKDEC, TRIGGER4=WHITEDEC, TRIGGER5=SHUTDOWN #C #C A TRIGGERi instruction takes i Collector cycles to execute; #C a Collector cycle is 754 ticks -- slightly shorter than the #C Emitter cycle because of the Doppler effect of the tape #C being read from the far end. A near-end-first tape read #C would require a Collector cycle longer than the Emitter #C cycle, again proportional to the bit spacing on the tape. #C #C The TRIGGERi instructions cause the Shoulder in the NE #C to emit salvos to manipulate a construction arm in the #C far NE. The arm consists of an Elbow (lower right block) #C and a Hand (upper left block). The Hand is where the #C actual construction is done. #C #C A single glider in the SE starts the constructor. The #C constructor shuts down cleanly when finished; in this #C example, shutdown occurs after 122,221 generations. #C #C Paul Chapman, 24 May 2004 x = 4235, y = 2765, rule = B3/S23 252bo$251bobo$252boo11$264boo$264boo11$276boo$276boo10$288bo$287bobo$ 288boo10$300bo$299bobo$300boo11$312boo$312boo11$324boo$324boo10$336bo$ 335bobo$336boo11$348boo$348boo11$360boo$360boo10$372bo$371bobo$372boo 10$384bo$383bobo$384boo10$396bo$395bobo$396boo11$408boo$408boo11$420b oo$420boo11$432boo$432boo10$444bo$443bobo$444boo11$456boo$456boo10$ 468bo$467bobo$468boo11$480boo$480boo6$oo$oo4$492boo$492boo11$504boo$ 504boo10$516bo$515bobo$516boo10$528bo$527bobo$528boo10$540bo$539bobo$ 540boo10$552bo$551bobo$552boo11$564boo$564boo11$576boo$576boo10$588bo$ 587bobo$588boo11$600boo$600boo10$612bo$611bobo$612boo11$624boo$624boo 10$636bo$635bobo$636boo11$648boo$648boo11$660boo$660boo10$672bo$671bob o$672boo11$684boo$684boo10$696bo$695bobo$696boo11$708boo$708boo10$720b o$719bobo$720boo11$732boo$732boo10$744bo$743bobo$744boo11$756boo$756b oo11$768boo$768boo10$780bo$779bobo$780boo10$792bo$791bobo$792boo11$ 804boo$804boo11$816boo$816boo10$828bo$827bobo$828boo10$840bo$839bobo$ 840boo10$852bo$851bobo$852boo10$864bo$863bobo$864boo10$876bo$875bobo$ 876boo11$888boo$888boo11$900boo$900boo11$912boo$912boo10$924bo$923bobo $924boo10$936bo$935bobo$936boo10$948bo$947bobo$948boo11$960boo$960boo 11$972boo$972boo11$984boo$984boo10$996bo$995bobo$996boo10$1008bo$1007b obo$1008boo11$1020boo$1020boo11$1032boo$1032boo10$1044bo$1043bobo$ 1044boo10$1056bo$1055bobo$1056boo2597bo$3653b3o$3652bo$3652boo6$3659b oo$3659boo$1068boo$1068boo10$3569boo$1080boo2487boo72boo$1080boo2467bo 93boo$3537bo11b3o$3535b3o14bo$3519bo14bo16boo$3519b3o12boo$3522bo$ 3521boo3$3522boo$1092bo2429boo17boo106boo$1091bobo2447boo106bobo$1092b oo2557bo$3579boo70boo$3579boo3$3538boo$3538bo19boo$3539b3o15bobo$3541b o15bo83boo$3535boo19boo83boo$1104bo2430bo$1103bobo2430b3o96bo$1104boo 2432bo94b3o$3632bo18boo$3632boo17boo$3661boo$3661bo$3659bobo$3544boo 113boo$3544bo$3525boo15bobo$3525boo15boo$1116bo2396boo$1115bobo2394bob o$1116boo2394bo$3511boo$$3655boo$3655bobo$3657bo$3657boo3$3524boo$ 1128bo2394bobo$1127bobo2393bo$1128boo2392boo116boo$3640boo$3649boo$ 3649bobo$3651bo$3651boo4$3534boo$1140bo2393boo$1139bobo$1140boo$$3634b oo$3634boo4boo$3523boo115boo$3524bo19boo$3524bobo17bo$3525boo15bobo$ 3537bo4boo95boo$3536bobo96boobboo$1152bo2383bobo95bobo$1151bobo2371boo 10bo96bo12boo$1152boo2370bobo106boo11bobo$3524bo121bo$3523boo120boo$ 3538boo121boo$3538bo122bo$3539b3o120b3o$3541bo122bo$3647boo$3646bobo$ 3646bo538boo$3645boo60bo477boo$1164boo2539b3o$1164boo2538bo$3704boo$ 3675bo34bo$3675b3o32b3o$3678bo34bo$3655boo20boo33boo$3655boo7boo56boo$ 3664bo57bo$3662bobo55bobo$3662boo4boo44boo4boo$3646boo20bo44bobbo$ 1176boo2469bo18bobo45boo$1176boo2469bobo16boo34boo$3648boo52boo8$3677b oo32boo3boo$3677boo11boo20bo3bo$1188boo2500bo18b3o5b3o$1188boo2464boo 35b3o15bo9bo$3650boobboo37bo$3649bobo$3649bo23boo$3648boo23bo$3674b3o$ 3676bo4$1200bo$1199bobo$1200boo9$4233boo$4233boo$1212boo$1212boo10$ 1224bo$1223bobo$1224boo4$3151boo$3151boo$3131bo$3119bo11b3o$3117b3o14b o$3101bo14bo16boo$3101b3o12boo$1236boo1866bo$1236boo1865boo3$3104boo$ 3104boo17boo$3123boo$$3161boo$3161boo$$1248bo$1247bobo1870boo$1248boo 1870bo19boo$3121b3o15bobo$3123bo15bo$3117boo19boo$3117bo$3118b3o$3120b o5$1260boo$1260boo1864boo$3126bo$3107boo15bobo$3107boo15boo$3095boo$ 3094bobo$3094bo$3093boo3$1272bo2542boo$1271bobo2541boo$1272boo3$3106b oo$3105bobo696boo$3105bo699bo$3104boo699bobo$3806boo3$3819boo$1284boo 2533bobo$1284boo2535bo$3821boo$$3116boo$3116boo3$3817boo$3817bobo$ 3819bo$1296bo1808boo712boo$1295bobo1808bo19boo$1296boo1808bobo17bo$ 3107boo15bobo$3119bo4boo$3118bobo680boo$3118bobo679bobo$3107boo10bo 680bo$3106bobo690boo$3106bo$3105boo$3120boo$3120bo$1308boo1811b3o$ 1308boo1813bo$3809boo$3809boo$$3816bo$3816b3o$3819bo$3818boo$3798boo$ 3799bo$3799bobo$1320boo2478boo$1320boo2420bo$3740b3o$3739bo74boo$3739b oo73bobo$3724boo90bo$3725bo90boo$3725bobo$3726boo10bo$3737bobo$3737bob o$3738bo4boo$1332boo2392boo15bobo$1332boo2391bobo17bo65boo$3725bo19boo 64bo$3724boo86b3o$3814bo$3749boo$3749bo$3747bobo$3747boo46boo$3735boo 57bobo$3735boo57bo$1344bo2448boo$1343bobo$1344boo5$3803boo$3723boo78b oo171bo$3724bo251b3o$3724bobo83bo168bo23boo$3725boo83b3o165boo23bo$ 1356bo2456bo187bobo$1355bobo2454boo145bo37boobboo$1356boo2038bo395boo 139bo9bo15b3o35boo$3394b3o396bo139b3o5b3o18bo$3393bo399bobo140bo3bo20b oo11boo$3393boo399boo139boo3boo32boo3$3808boo$3808bobo$3810bo$3400boo 324boo15boo65boo$1368bo2031boo324boo15bobo$1367bobo2348boo25bo203boo 52boo$1368boo2349bo25boo202boo34boo16bobo$3719bobo215boo45bobo18bo$ 3720boo214bobbo44bo20boo$3931boo4boo44boo4boo$3805boo123bobo55bobo$ 3805bo124bo57bo$3739bo66b3o120boo56boo7boo$3737b3o68bo130boo33boo20boo $3736bo202bo34bo$3736boo20bo181b3o32b3o$1380bo2361bo15b3o181bo34bo$ 1379bobo2002boo354b3o18bo185boo$1380boo2002boo353bo20boo11boo173bo$ 3739boo32boo170b3o$3945bo60boo$4006bo$4004bobo$4004boo$$3742boo37boo 21boo$3723boo17boo36bobo21boo$3723boo55bo17boo$1392bo2386boo17boo186b oo$1391bobo2593bo$1392boo2328boo263bobo$3723bo76boo186boo$3720b3o12boo 56boo5boo$3720bo14bo16boo39boo$3736b3o14bo$3738bo11b3o20boo$3750bo22bo $3774b3o$3382boo392bo$3382boo$1404bo$1403bobo1970bo$1404boo1968b3o$ 3373bo615boo15boo$3373boo614boo15bobo$3393boo613bo$3393bo614boo$3391bo bo$3391boo3$3377boo$1416bo1959bobo$1415bobo1958bo604boo$1416boo1957boo 605bo$3969boo11bobo$3970bo12boo$3970bobo$3971boobboo$3975boo$$3380boo$ 3381bo$3378b3o595boo$1428bo1949bo591boo4boo$1427bobo2540boo$1428boo4$ 2813boo556boo$2813boo557bo598boo$2793bo578bobo15boo578bobo$2781bo11b3o 577boo15boo578bo$2779b3o14bo1172boo$2763bo14bo16boo$1440bo1322b3o12boo $1439bobo1324bo$1440boo1323boo3$2766boo$2766boo17boo$2785boo$$2823boo 566boo$2823boo566bobo$3393bo$1452bo1940boo$1451bobo1328boo$1452boo 1328bo19boo$2783b3o15bobo$2785bo15bo$2779boo19boo573boo$2779bo594bobo$ 2780b3o591bo$2782bo590boo60bo$3433b3o$3432bo$3432boo$1464bo1938bo34bo$ 1463bobo1937b3o32b3o$1464boo1322boo616bo34bo$2788bo594boo20boo33boo$ 2769boo15bobo594boo7boo56boo$2769boo15boo604bo57bo$2757boo631bobo55bob o$2756bobo631boo4boo44boo4boo$2756bo617boo20bo44bobbo$2755boo618bo18bo bo45boo$3375bobo16boo34boo$3376boo52boo$1476bo$1475bobo$1476boo$$2203b o$2202bobo563boo$2202boo563bobo$2767bo637boo32boo3boo$2766boo637boo11b oo20bo3bo$3418bo18b3o5b3o$3382boo35b3o15bo9bo$3378boobboo37bo$1488bo 1888bobo$1487bobo1887bo23boo$1488boo1886boo23bo$3402b3o$3404bo$2778boo $2778boo6$2767boo$1500boo1266bo19boo$1500boo1266bobo17bo$2769boo15bobo $2781bo4boo$2780bobo$2780bobo$2769boo10bo$2768bobo$2768bo$2767boo$ 2782boo$2782bo$1512boo1269b3o$1512boo1271bo793bo$3579b3o$3582bo23boo$ 3581boo23bo$3604bobo$3562bo37boobboo$3536bo9bo15b3o35boo$3536b3o5b3o 18bo$3539bo3bo20boo11boo$3538boo3boo32boo$$1524boo$1524boo5$3552boo52b oo$3552boo34boo16bobo$3540boo45bobo18bo$3539bobbo44bo20boo$3534boo4boo 44boo4boo$1536bo1996bobo55bobo$1535bobo1995bo57bo$1536boo1994boo56boo 7boo$3542boo33boo20boo$3542bo34bo$3543b3o32b3o$3545bo34bo$3550boo$ 3551bo$3548b3o$3548bo60boo$3609bo$2177bo1429bobo$1548boo615bo11b3o 1427boo$1548boo613b3o14bo23boo1385bo$2147bo14bo16boo23bo1386b3o$2147b 3o12boo38bobo1389bo$2150bo47boobboo1389boo$2149boo47boo1409boo$3609bo$ 3531boo74bobo11boo$2150boo1379boo74boo12bo$2150boo17boo1448bobo97bo$ 2169boo1444boobboo96b3o$3615boo99bo$1560boo2154boo$1560boo1958boo127b oo53bo$3521bo127boo53b3o$3521bobo90boo91bo$2166boo36boo1316boo90boo4b oo84boo$2166bo19boo16bobo1413boo25boo$2167b3o15bobo18bo1440boo110boo$ 2169bo15bo20boo1327boo97boo84boo11bo25bo$2163boo19boo4boo1343bobo97bo 57boo25boo11b3o21bobo$2163bo25bobo1345bo97bobo56bo41bo20boo$2164b3o22b o1347boo97boo56bobo38boo39boo$2166bo21boo7boo1433boo61boo79boo5boo$ 1572boo623boo1433boo149boo$1572boo2052boo$3626bo$2147boo1475bobo135boo 17boo$2146bobo23bo1360boo89boo137bo17boo$2146bo23b3o1360bobo189boo36bo bo21boo$2145boo22bo63bo1301bo161boo26boo37boo21boo$2153boo14boo36boo 22b3o1301boo108boo50boo$2153boo52bo22bo1414boo29boo$2205bobo22boo1444b oo$2205boo11bo$2218b3o$1584boo635bo1295boo146bo56boo32boo$1584boo634b oo1294bobo145bobo55bo20boo11boo$3516bo147boo54bobo21bo$3515boo156boo 45boo19b3o44bo$2234boo11bo1358boo15boo48bo67bo44b3o$2207boo25boo11b3o 1355bobo15boo46bobo111bo$2208bo41bo23boo1329bo65boo87boo23boo$2208bobo 38boo23bo1329boo32boo121bo$2152boo55boo61bobo1363boo118b3o$2151bobo 114boobboo1484bo$2151bo116boo1255boo87bo$1596bo553boo1373boo87b3o$ 1595bobo2019bo$1596boo587boo1345bo83boo$2185boo52boo1291b3o$2211boo26b oo1294bo$2211boo1321boo218bo$3514boo238b3o35boo$2143boo45boo1323bo241b o34boo$2144bo45boo1323bobo229boo7boo$2144bobo15boo22boo1328boo230bo$ 2145boo15boo22boo48boo36boo1182bo289bobo$2236bo19boo16bobo1179b3o290b oo36boo$2237bo17bobo18bo1178bo74boo116bo138boo$1608boo582boo42boo17bo 20boo1177boo73bobo76boo35b3o142boo$1608boo582boo60boo4boo1178boo90bo 76boo34bo145boo$2259bobo1179bo90boo111boo42boo$2259bo1181bobo245bo$ 2258boo7boo1173boo10bo232bobo95boo$2267boo1184bobo158boo67boobboo56bo 23boo14boo$3453bobo158boo67boo59bobo22bo$3454bo4boo149boo133bo14boo8b 3o$3442boo15bobo148boo148bo11bo$2163boo1276bobo17bo65boo232b3o$2163bob o1275bo19boo64bo126boo107bo$2165bo1274boo86b3o85boo36boo$1620boo543boo 110boo1251bo85boo13boo114boo$1620boo655bo1187boo163bobo113bobo$2275bob o1187bo164bo115bo16boo$2275boo1186bobo163boo10boo102boo17bo$3086boo 375boo46boo129bo118b3o$3086boo363boo57bobo126b3o9boo36boo70bo$3107bo 343boo57bo128bo11bo19boo16bobo$2172boo931b3o11bo389boo138bobo18bobo18b o62boo$2172bo84boo50boo793bo14b3o527boo19bo20boo61boo$2153boo15bobo85b o49bobbo792boo16bo14bo531boo4boo$2153boo15boo86bobo48boo810boo12b3o 536bobo$2259boo873bo539bo$1632boo1500boo537boo7boo$1632boo2048boo$ 3519boo$3133boo304boo78boo223boo$3114boo17boo305bo304bo$3114boo324bobo 83bo218bobo$3441boo83b3o217boo$3076boo451bo$3076boo450boo162boo$3508b oo182bo$2152boo1355bo180bobo$2151bobo106boo855boo390bobo178boo52boo$ 1644boo505bo108boo14boo819boo19bo391boo233bo$1644boo504boo100boo22bo 820bobo15b3o614boo11bobo$2253bo23b3o65boo752bo15bo617bo12boo$2253bobo 23bo66bo752boo19boo402boo207bobo$2254boo90bobo772bo402bobo145boo60boo bboo$2347boo16bo752b3o405bo146bo64boo$2168boo193b3o752bo323boo15boo65b oo145bobo$2168bobo191bo1079boo15bobo212boo$2170bo191boo1070boo25bo$ 2109bo60boo100boo1161bo25boo276boo$2109b3o160bo1162bobo295boo4boo$ 1656bo455bo157bobo1163boo295boo$1655bobo453boo157boo40boo797boo$1656b oo448bo34bo161boo7boo798bo408boo$2031bo72b3o32b3o162bo807bobo15boo389b o$2030bobo70bo34bo165bobo806boo15boo323bo66b3o$2031boo70boo33boo20boo 137boo4boo1146b3o68bo$2093boo56boo7boo117boo19bo20boo1129bo281boo$ 2094bo57bo121boo3bobo18bobo18bo22boo1106boo20bo258bobo$2094bobo55bobo 119bo6bo19boo16bobo22boo1112bo15b3o198boo15boo39bo$2095boo4boo44boo4b oo117bobo6boo36boo1135b3o18bo197boo15bobo37boo$2100bobbo44bo20boo101b oo1181bo20boo11boo176boo25bo$2101boo45bobo18bo1285boo32boo177bo25boo$ 2113boo34boo16bobo1498bobo$1668boo443boo52boo28boo60boo1408boo$1668boo 528bo59bobo71boo$2198bobo57bo25boo46boo$2199boo56boo25boo68boo775boo$ 2354bo776bobo324boo37boo21boo166bo$2355b3o775bo305boo17boo36bobo21boo 164b3o$2357bo775boo304boo55bo17boo169bo$2262boo49boo1180boo17boo169boo $2099boo3boo32boo123bo49boobboo$2100bo3bo20boo11boo58boo60b3o14boo38bo bo1118boo$2097b3o5b3o18bo71boo4boo54bo16bo16boo23bo1119bo76boo$2097bo 9bo15b3o35boo41boo65bo6b3o14bo23boo1115b3o12boo56boo5boo$1680boo388bo 12bo39bo37boobboo103bobo7bo11b3o44boo6boo1087bo14bo16boo39boo$1680boo 388b3o8b3o81bobo103bo20bo47bo6bo1104b3o14bo$2073bo6bo86bo169b3o8b3o 1103bo11b3o20boo199boo$2072boo6boo85boo34boo132bo12bo770boo343bo22bo 200bo$2199boobboo916boo367b3o195bobo$2198bobo908boo381bo195boo$2198bo 12boo895bobo$2197boo11bobo895bo$2210bo896boo565boo$2090bo118boo1462bob o$2088b3o1041boo539bo$2087bo1023boo19bo539boo$1692boo393boo1023bo17bob o559boo$1692boo371boo1045bobo15boo561bo$2065boo144boo900boo4bo570b3o$ 2210bobo905bobo569bo$2210bo907bobo$2209boo908bo10boo551boo$3130bobo 550boo$3132bo$2077boo1053boo$2077boo1038boo$3118bo$3115b3o$1704boo513b oo894bo$1704boo513boo1452boo$2109bo1564bo$2108bobo115bo1447bobo$2108b oo116b3o1446boo$2229bo$2228boo$2095boo111boo$2095bo113bo$2030boo64b3o 110bobo1461boo$2031bo48boo16bo111boo1462bo$2031bobo45bobo1579boo11bobo $1716boo314boobboo37bo3bo1582bo12boo$1716boo318boo35b3obboo11bo9bo122b oo1436bobo$2072bo18b3o5b3o122bobo1436boobboo$2059boo11boo20bo3bo127bo 1440boo$2059boo32boo3boo126boo3$3668boo$3662boo4boo$3662boo$$2170bo20b o29boo$1728boo300boo52boo83bobo7bo11b3o27bo$1728boo299bobo16boo34boo 84bo6b3o14bo27b3o$2029bo18bobo45boo61bo16bo16boo29bo235boo$2028boo20bo 44bobbo60b3o14boo282bobo1200boo$2044boo4boo44boo4boo58bo281boo15bo 1200bobo$2044bobo55bobo56boo281boo91bo1124bo$2046bo57bo432b3o1121boo$ 2037boo7boo56boo331boo101bo$2037boo20boo33boo341boo82bo17boo$2060bo34b o60boo25boo324bo11b3o$2057b3o32b3o62bo25boo322b3o14bo$2057bo34bo64bobo 331bo14bo16boo$1740boo344boo70boo331b3o12boo$1740boo344bo407bo$2087b3o 107boo21boo271boo$2027boo60bo81boo23bobo21boo204bo11boo$2028bo142bobo 6boo14bo17boo209bobo10boo$2028bobo38bo103bo6bo14boo17boo209bobo14boo 50boo$2029boo37bobo102boo3bobo245bo15boo50boo17boo$2068boo108boo333boo $2216boo$2158boo49boo5boo333boo$2048bo109bobo48boo340boo$2046b3o110bo 276boo$1752boo291bo123boo264bobbo$1752boo291boo122bobo264boo72boo$ 2171bo338bo19boo$2171boo338b3o15bobo$2513bo15bo$2507boo19boo$2507bo$ 2508b3o$2153boo355bo$2152bobo$2152bo$2025boo124boo$1764boo259boo232bo$ 1764boo493b3o$2262bo14bo238boo$2261boo12b3o238bo$2180boo39bo52bo222boo 15bobo$2181bo25bo13b3o50boo221boo15boo$2161boo18bobo21b3o16bo260boo$ 2161boo7boo10boo20bo18boo259bobo$2170bo33boo67boo209bo$2040boo126bobo 83boo17boo208boo$2040boo126boo4boo78boo121bo9bo$2152boo20bo202b3o5b3o 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14bo107boo10boo387boo146boo481bo18bobo45boo$1671boo17bo14boo119bo387bo bo464boo163bobo16boo34boo$1665boo21bobo133bobo169boo216bo21boo423boo 19bo164boo52boo$1665boo21boo134boo13boo156bo215boo21bobo402bo6boo11bob o15b3o$1801boo36boo156bobo238bo400b3o6boo13bo15bo637boo$1801boo195boo 238boo398bo24boo19boo615boo14boo$1730boo13boo263boo15boo215boo392boo 45bo616bo22boo$1702boo26boo13boo11boo85boo163boo15bobo214bo437b3o614b 3o23bo$1702boo54bo86boo182bo195boo15bobo105boo330bo616bo23bobo$1759b3o 79boo186boo194boo15boo106bobo970boo$1761bo79boo509bo523boo32boo3boo 321boo$2352boo522boo11boo20bo3bo321bobo$2700boo187bo18b3o5b3o318bo$ 1769boo39boo864bo23bobo150boo35b3o15bo9bo317boo$1732boo34bobo40bo34boo 828b3o23bo146boobboo37bo412boo$1662bo29boo38bobo33bo39b3o35boo175bo 655bo22boo144bobo455bo$1662b3o27bo41bo32boo39bo212b3o654boo14boo152bo 23boo432bobo$1665bo27b3o11boo25boo284bo673boo151boo23bo434boo$1664boo 29bo11boo311boo19boo830b3o378boo$2026bo15bo832bo378bobo$2024b3o15bobo 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2517boo$2533boo$2533bo$2534b3o$2536bo$2441boo76boo$2441bobo74bobo$ 2443bo74bo35boo15boo$2443boo72boo34bobo15boo$2414boo17boo118bo$2414bo 18boo117boo$2415b3o$2417bo$$2423boo$2423boo102boo$2527boo7boo21bo$ 2536bo22b3o$2534bobo25bo$2534boo4boo19boo$2518boo20bo15bo$2519bo18bobo 15b3o$2433boo84bobo16boo19bo$2433bo86boo36boo$2431bobo$2431boo4$2555b oo$2433boo120boo17boo$2433bo140boo$2431bobo11boo$2431boo12bo$2443bobo 80boo47boo$2439boobboo77boobboo47bo28boo$2439boo80bobo38boo12b3o25boo$ 2521bo23boo16bo14bo$2520boo23bo14b3o$2546b3o11bo$2438boo108bo$2438boo 4boo169boo$2444boo169bo$2613bobo$2613boo3$2600boo$2443boo154bobo$2443b obo153bo$2445bo152boo$2445boo5$2602boo$2601bobo$2601bo$2600boo3$3001b 3o$3001bo$2618boo382bo$2618bobo$2620bo$2620boo7$2610boo$2610boo$$2604b o$2602b3o$2601bo$2601boo$2621boo$2621bo$2619bobo$2619boo$2678bo$2678b 3o$2605boo74bo$2604bobo73boo$2604bo90boo$2603boo90bo$2693bobo$2682bo 10boo$2681bobo$2681bobo$2676boo4bo$2675bobo15boo$2608boo65bo17bobo$ 2609bo64boo19bo$2606b3o86boo$2606bo$2670boo$2671bo$2671bobo$2624boo46b oo$2624bobo57boo$2626bo57boo$2626boo7$2616boo$2616boo78boo$2696bo$ 2610bo83bobo$2608b3o83boo$2607bo$2607boo$2627boo$2627bo$2625bobo$2625b oo3$2611boo$2610bobo$2610bo$2609boo65boo15boo$2675bobo15boo$2675bo25b oo$2674boo25bo$2699bobo$2699boo$$2614boo$2615bo$2612b3o66bo$2612bo68b 3o$2684bo$2662bo20boo$2660b3o15bo$2659bo18b3o$2646boo11boo20bo$2646boo 32boo6$2615boo21boo37boo$2615boo21bobo36boo17boo$2621boo17bo55boo$ 2621boo17boo$$2697boo$2619boo76bo$2619boo5boo56boo12b3o$2626boo39boo 16bo14bo$2667bo14b3o$2646boo20b3o11bo$2647bo22bo$2644b3o$2644bo!golly-3.3-src/Patterns/Life/Signal-Circuitry/heisenblinker-30.rle0000644000175000017500000000117312026730263021633 00000000000000#C p30 Heisenblinker device: Mike Playle, 26 September 2006 x = 68, y = 74, rule = B3/S23 47bo$45b3o$44bo$44boo5bo$51b3o$54bo$53boo4$39boo3boo$40b5o$40booboo11b o$40booboo10b3o$41b3o10b5o$53boo3boo$o$3o$3bo$bboo51b3o$55b3o$46bo$40b o3bobo11bo$39b3o3boo10bobo$38b5o13bo3bo$37bobobobo13b3o$37boo3boo11boo 3boo$50boo$3b5o3bobo36boo$bbob3obobbo3bo$3bo3bo5boobo$4b3o7bobo$5bo9bo 21boo$6boo4b3o23bo4bo$6bobo3boo21b3o4bo$6bobo3bo22bo6b3o10boo$7bo48bo$ 53b3o$53bo$4booboboo$4bo5bo$5bo3bo25boo$6b3o26bobo$27bo7bo$26boo$26bob o$21boo$21bobo$16boo4b3o$12b4obbo4b3o$7boo3b3oboo4b3o$7boo12bobo7boo$ 21boo8bobo$33bo$33boo17$65boo$65bobo$65bo!golly-3.3-src/Patterns/Life/Signal-Circuitry/constructor-memory-loop.rle0000644000175000017500000013254612026730263023444 00000000000000#CXRLE Pos=-30130,-1144 #C Programmable constructor attached to a glider loop containing #C a repeatable recipe for constructing an oblique line of eaters. #C Based on prototype programmable constructor by Paul Chapman -- #C see constructor-memory-tape.rle in the same folder for details. #C The memory-tape version's circuits are separated from each other #C to make the individual components easier to recognize. #C #C In this memory-loop version, as a first step, a long string #C of gliders representing the construction recipe (lower left) #C is loaded into a repeating memory loop of the correct size. #C Gliders in the loop will be duplicated once every 118378 ticks. #C The first glider reaches the duplicator at generation 117892. #C #C The first output glider from the duplicator is the initial '1' bit #C in the following 157-bit recipe: #C 1 001 001 1 1 0001 01 0001 001 01 01 01 001 1 001 1 1 1 1 0001 #C 1 1 0001 1 001 1 001 1 1 1 1 1 0001 01 01 01 01 0001 1 1 1 1 1 #C 1 1 1 1 1 1 1 0001 1 0001 01 001 1 1 001 1 1 1 1 1 1 1 1 1 #C 0001 01 01 01 0001 01 01 01 01 01 001 1 1 1 1 1 1 1 1 1 001 #C [1=INC, 01=DEC, 001=fire BLACK glider, 0001=fire WHITE glider] #C #C However, instead of doing a full INC operation, the initial glider #C is used to unblock the 'ladder' circuit and initialize it with a #C new block ready to be pulled up the ladder. Press 'm' in Golly 1.1 #C to center the view on the temporary eater and block that keep the #C circuit switched off until the memory loop has been fully loaded. #C #C The p754 Collector gun starts right away, but has no effect until #C PULL (0) micro-instructions reach the ladder and produce gliders #C that need to be suppressed. Only TRIGGER (1) micro-instructions #C are allowed to send signals through to the salvo shotguns at the #C 'shoulder'; these manipulate the block at the 'elbow' and produce #C WHITE or BLACK gliders aimed at the construction site (hand). #C #C The first construction interaction at the hand begins at 129200 #C ticks, after which a new eater is constructed at (+8,-12) from #C the previous one, every 118442 ticks -- another Doppler effect. #C #C Dave Greene, 26 May 2004 #C Updated 16 October 2006: smaller memory loop and constructor, #C but a less compact initial pattern (full recipe bitstring shown). x = 31473, y = 31101, rule = B3/S23 28864b2o108b2o108b2o$28842b2o20b2o86b2o20b2o86b2o20b2o$28752b2o89bo 109bo109bo$28730b2o20b2o78bo10bobo96bo10bobo96bo10bobo$28731bo98b3o11b 2o94b3o11b2o94b3o11b2o$28720bo10bobo80bo14bo94bo14bo94bo14bo$28718b3o 11b2o80b3o12b2o93b3o12b2o93b3o12b2o$28702bo14bo99bo109bo109bo$28702b3o 12b2o97b2o108b2o108b2o$28705bo$28704b2o478b2o108b2o108b2o108b2o108b2o 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*THE* glider starts about in the center, heading NE. Two 90-degree #C rotations get it going SW, where it enters a "dual kickback" delay. #C This uses two kickbacks with a p92 stream and a p46 stream to #C delay the glider a bit. I had to use a p92 for the second stream, #C since the escaping glider couldn't get out past a p46 stream. #C I guess this is my own invention, since I don't remember seeing #C this idea used anywhere else. The delay can be made as large as you #C want by shifting one of the guns and its corresponding eater. Just #C be careful to keep it in sync. #C #C After another 90 degree turn, it slips through a p46 stream and is #C reflected by a reaction due to Bill Gosper and Dean Hickerson. #C It's the reflection that leaves a pond behind, except a p8 blocker #C deletes the pond. Note that since 8 divides 6072 exactly, this p8 #C has no effect on the total period of the oscillator. #C #C Now it hits the stream, killing a glider, and when the hole gets #C down to a second stream, it allows a single glider to escape. This #C one then falls down a ladder of three 90 degree turns, and enters #C a glider-to-MWSS converter, found by I don't know whom. This seems #C to be based on two guns, one p23 and one p46 gun. #C #C The MWSS makes a long eastward trek, and hits a MWSS-to-glider #C reverse conversion, found by either David Buckingham or Dean #C Hickerson. I plagarised it from the p15 gun from Dean Hickerson, #C but in the comments he attributes part of it to David Buckingham. #C So I don't know who originally came up with this. This has to use #C a P92 gun to seed it, since the reaction takes so long that a p46 #C gun would send another glider in before the reaction was complete, #C causing all sorts of havoc. #C #C After another 90-degree turn, it enters a reaction that converts #C the single glider to a pair. I don't know who found this one. One #C glider hits a p46 stream, creating a hole, while the other passes #C through and does a 90-degree turn. The "hole" hits another stream, #C letting one escape, and now we're back to a pair of gliders, one #C going NW, the other NE. #C #C The next reaction is my own discovery; it's a P23 switchable LWSS #C gun, inspired by David Bell's P30 switchable gun. The NW glider #C turns it on, the NE one turns it off. You can delay these as needed #C to let as many LWSS escape as you want: in this instance it's only #C turned on long enough to allow a single LWSS to escape. #C #C The LWSS gets turned south by another p46 shuttle, and eventually #C gets converted back to a NW glider by yet another p46. The glider #C enters a reaction that reflects by converting to a block, and then #C converting the block. Dean Hickerson found this one. Lastly, it #C gets turned 90 degrees, and is back where it started from. #C #C David Goodenough, February 1995 x = 571, y = 383, rule = B3/S23 490boo12boobbo4boo$490boo12boboo6boobbo$505bo6bo6bo3bo$505b3o4bo11bo 12boo$520boobbo12boo$505b3o4bo9boo$505bo6bo3bo3b3o$490boo12boboo5boo$ 490boo12boobbo4bobbo3b3o$513bo8boo$520boobbo12boo$514boo8bo12boo$478bo 40bo3bo$474boobbo39bo$466boo5bo5bo13boo$466boo4boobbobo14boo$473boo3bo $474b3o24bo$487boo3boo7bobo$474b3o9bobbobobbo6boo$473boo3bo6bo9bo$355b oo5boo102boo4boobbobo5boo9boo$355boo5boo102boo5bo5bo5bo9bo$474boobbo7b obbobobbo$478bo8boo3boo$$496b3o$496bo$490bo6bo$489bo$489b3o$$156bo$ 157bo3bo194bo5bo157bo$148boobboo8bo192bobo3bobo121bo34boo$148boobbo5b oobbo191bo3bobo3bo118boo33bob3o11boo$152bobo5boo21bo3b3o164bo3bobo3bo 119boo15boo19boo10boo$153boo3b3o21bobobb5o3boo157bo9bo135bo7boo11boo$ 182bo3boo3boobboo290boo10bobboo4bobo10bo$153boo3b3o22bobbo3boo163boo5b oo123boo10bobbo5bo$152bobo5boo22b3o3bo106bobbo177bo20bobo19bo$148boobb 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bbo15boo$18boo18bo$33bo5bo10boo$26boo5bo4bo11boo$35b3o3$55b3o$57bo11b oo$56bo12bo$70b3o$72bo$$39boobo$20boo12b3obboobbo$20boo13boo6bo434boo$ 36b3o3boo3b3o3bo423bobo$37bo3bo3b5obbobo12boo410bo$44boo3boo3bo12boo$ 37bo3bo3boo3bobbo$36b3o3boobbo3b3o$20boo13boo6bo$20boo12b3obboobbobbo 3b3o$39boobobboo3bobbo$44boo3boo3bo12boo417boo$45b5obbobo12boo417boo$ 47b3o3bo$476boo$464booboo7bo$463bo3bobo4bobo$463b3obo6boo$466boo$467b oo$483bo$444bo37bobbo$443boo36b5o10boo$429boo11b3obo33boob3o10boo$429b oo10boo19boo17boboo$442boo11boo7bo17boo$443bo10bobo4boobbo$456bo5bobbo 16boo$443bo19bobo15boboo$442boo19boo15boob3o10boo$429boo10boo38b5o10b oo$429boo11b3obo16boo17bobbo$443boo18bobo17bo$444bo17bobbo$461boobbo$ 464bo9boo$462boo10bobo$476bo$476boo! golly-3.3-src/Patterns/Life/Oscillators/0000755000175000017500000000000013543257426015263 500000000000000golly-3.3-src/Patterns/Life/Oscillators/phase-shift.rle0000644000175000017500000005416713307733370020132 00000000000000#C It is a fundamental challenge of oscillator construction to build #C high periods from lower periods. One way to do this is to #C periodically shift the phase of an oscillator. In the most famous #C case, a period-7 oscillator can be delayed by one generation using #C a single spark. This allows the construction of oscillators of #C periods 7n+1, so for example, a period-8 oscillator can be built #C using a suitable p4 spark. #C This pattern shows the possible periods (up to 50) achievable with #C different phase-shifting reactions. The oscillator being shifted #C is included at the top of each column. Periods marked with a tub #C cannot be built with lower-period components. #C A small number of miscellaneous phase-shift reactions are included #C at the bottom of the pattern. #C Updated 1 May 2018. x = 839, y = 497, rule = B3/S23 12bob2o33b2obo69b2obo33b2obo59bob2o31b2o63bob2o31b2o73b2obo31b2o63b2ob o33b2obo49b2obo31b2o46b2o5b2obo33b2obo42b2o5b2obo31b2o$12b2obo33bob2o 69bob2o33bob2o59b2obo32bo63b2obo32bo73bob2o32bo63bob2o33bob2o49bob2o 32bo47bo5bob2o33bob2o43bo5bob2o32bo$10b2o41b2o65b2o35b2o4b2o61b2o29bo 68b2o29bo72b2o4b2o29bo62b2o4b2o35b2o45b2o4b2o29bo47bo4b2o4b2o35b2o40bo 4b2o4b2o29bo$11bo26bo14bo66bo27bo8bo5bo63bo29b2o68bo20bo8b2o71bo5bo21b o8b2o61bo5bo21bo14bo46bo5bo21bo8b2o46b2o3bo5bo36bo41b2o3bo5bo21bo8b2o$ 10bo10bo2b2o11bobo14bo66bo9bo2b2o11bobo8bo5bo61bo4bo2b2o90bo4bo2b2o11b obo81bo5bo3bo2b2o11bobo71bo5bo3bo2b2o11bobo14bo46bo5bo3bo2b2o11bobo61b o5bo3bo2b2o28bo46bo5bo3bo2b2o11bobo$10b2o9b4o2bo9bobo13b2o65b2o9b4o2bo 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3o7b2o3b2o7b3o$153bo3bobo8bobo4bo6bo33b2o35b2o$154bo2bobo8bobo3b2o6b2o 32b2o3bo27bo3b2o$155bobobobo7bo50bobo25bobo$156b2obob3o57bo27bo$158bob o3bo66b3o3b3o$158bobo2b2o65bo3bobo3bo$63b3o93bo70bo3bobo3bo$63b3o161bo 2bo3bobo3bo2bo$226bobo2b3o3b3o2bobo$63bobo161bo15bo$62bo3bo$63bobo166b 3ob3o$63bobo162b2o11b2o$228b2o11b2o2$66b2o2bo$62b2o2b2o3bo$62b2o7bo$ 67b4o! golly-3.3-src/Patterns/Life/Oscillators/billiard-table.rle0000644000175000017500000002722012026730263020547 00000000000000#C A "billiard table" oscillator is defined as any oscillator in #C which the rotor is enclosed within the stator. This definition #C is not exact, because the meaning of "enclosed" is not entirely #C clear. #C Billiard table configurations are generally considered interesting #C for their own sake, but useless for creating larger constructions, #C because they don't expose any sparks to interact with other #C oscillators or spaceships. #C For some time it was thought to be probably impossible to construct #C billiard tables using glider collisions, again because the centers #C are not accessible from outside. 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75boobobobboo14bo3bobboobbo16bobobboo3bo12booboo$20b4o4boobobo14bo6boo 78boobobo3bobo13boobobo3boo16bobo3bobobo$22bobboo5bo17bob3obbo81boobo bbobo13bobobo22booboboboo$24boob5o17boobo3boo83boboobbo11bo4bo25bobo$ 29bo111bo5boo9bob3obobo23bo$140boo17bobbobboo22boo$160bobo$161bo9$83b ooboo$84bobo$33bobboo45bo3bo$31b3obbo20booboobboo13boobob3oboboo71boo 116boo$25boboobo6bo20bobobbobo13boobo5boboo25boo4boo37bobboboo79boobo 5boobo20bo$25boobobobb5o15boo3bo3boo18bo5bo29bo5bo10booboo22bobbobo80b oboo5boboo22bo$28bobobo20bobboob3obbo14b3o7b3o25bo5bo12bobobo18boob3o bbo84boo7boo16b5o$28bobobb5o16boobo4b3obbo8bobo13bobo22boo4boo11bo4bo 18bo6boboo81bo8bo17bo$25boobobobo5bo16bobo7b3o8boobo5bo5boboo38boobo5b o17bob3obbobo83bo8bo14boo3boo$26bobbobobobobbo14bobbo7bo14bo4bobo4bo 25boo4boo8boobo6bo14boobo3b3obo82boo7boo10boobo5boboboo$26bo5boboboboo 13boobo7boboo8boobo5bo5boboo23bo5bo11bobo5bo12bobo3bobobbo79boobo5boob o13bobo7bobo$27b5obbobo19bo7bobbo8bobo13bobo22bo5bo12boboo3boo12bobobb oob3o80boboo5boboo12bobboo5boobbo$32bobobo16b3o7bobo13b3o7b3o25boo4boo 12bo16boobobo4bo81boo7boo17boobbobo4boo$27b5obboboboo13bobb3o4boboo15b o5bo49b7o10bobobobobobb4o76bo8bo20bo3b5o$27bo6boboobo16bobb3oboobbo11b oobo5boboo25boo4boo19bo10bobbo4boboobbo77bo8bo19bo7bo$28bobb3o23boo3bo 3boo11boobob3oboboo26bo5bo15boo14boboboobo82boo7boo20b7o$27boobbo23bob obbobo20bo3bo29bo5bo16boo15boobobbo84boobo5boobo$55boobbooboo20bobo30b oo4boo36boo85boboo5boboo18b3o$83booboo190bobbo$278boo! golly-3.3-src/Patterns/Life/Oscillators/p103079214841.rle0000644000175000017500000001237512026730263017314 00000000000000#C p103079214841 (prime: 4^13*1536-263) oscillator/gun -- #C p1536 base loop, 13 quadruplers, and a 263-step glider advancer. #C Based on previous p97307852711 and p97307852687 oscillators; #C original design by Gabriel Nivasch, 7 August 2003. #C The first three quadruplers are set (an L112 quadrupler, a Fx70 #C quadrupler plus a required F166 dependent conduit to suppress the #C following Herschel's first glider, and another L112 after that), #C so the circuit counts down from 64. Use an 8^2 or 10^2 step size. #C When all circuits are empty, a signal gets through to activate #C the 263-step glider advancer -- after which the circuit counts down #C again, this time from 4^13. #C Dave Greene, 31 Mar 2006; checked and corrected by Tomas Rokicki. x = 297, y = 227, rule = B3/S23 193b2o72b2o$193bo73bo$194bo73bo$182bo10b2o61bo10b2o$182b3o71b3o$185bo 73bo$172bo11b2o60bo11b2o$170b3o71b3o$169bo40bo32bo40bo$169b2o19b2o16b 3o32b2o37b3o$155b2o33b2o15bo21b2o50bo$156bo50b2o21bo50b2o$156bobo71bob o$157b2o72b2o2$176b2o72b2o$176b2o72b2o6$173b2o36b2o34b2o36b2o$77b2o94b o19b2o16bobo33bo19b2o16bobo$77b2o5b2o88b3o15bobo18bo34b3o15bobo18bo$ 84b2o90bo15bo20b2o35bo15bo20b2o$48b2o97bob2o19b2o19b2o4b2o22bob2o19b2o 19b2o4b2o$49bo97b2obo19bo25bobo22b2obo19bo25bobo$36bo11bo14b2o17b2o87b 3o22bo48b3o22bo$36b3o9b2o14bo17b2o89bo21b2o7b2o41bo21b2o7b2o$39bo24bob o21b2o114b2o72b2o$26b2o10b2o25b2o21b2o$27bo$27bobo$13b2o13b2o$13b2o36b 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15b3o2b2obobo93b2o4b2o4bobo29bo5bo7b2ob2o$2o3b2o4b2o15bo5bo7bo3bo84b2o 2b2o4b2o10b2obobo4bo3bo13bo3bo4bobob2o92b2obo5b2obo13b2o14bo5bo7b2obo 2bo$bo5b2obo18bo3bo7bo5bo79b2obo6b2obo12bobob2o3bo5bo11bo5bo3b2obobo 92bob2o9b2o10bo2bo2b2o10bo3bo11bob2o$o6bob2o14b2o3b3o9bo3bo80bob2o6bob 2o14bo6bo5bo11bo5bo6bo98b2o8bo11b2o2bobo11b3o12bo$2o3b2o4b2o11bobo16b 3o79b2o14b2o10bobob2o3bo5bo11bo5bo3b2obobo96bo8bo14b2o28b2o$5bo5bo12bo 100bo15bo11b2obobo4bo3bo13bo3bo4bobob2o97bo7b2o13bo26bobo2b2o$2o4bo5bo 10b2o21b2o78bo15bo13bobob2o2b3o15b3o2b2obobo99b2o8bo10b2obo26b2o2bo2bo $bo3b2o4b2o15b2o16bo78b2o14b2o13b2o2bo27bo2b2o95b2obo9bo11bo2bob2o28b 2o$o6b2obo18bo17b3o77b2obo6b2obo19bobobo5bo7bo5bobobo99bob2o9b2o12b2ob 2o$2o5bob2o15b3o20bo77bob2o6bob2o20bob2o4bobo5bobo4b2obo$26bo132bobo8b o7bo8bobo$158bob2o25b2obo147b2o$158bo31bo129b2o16bo$157b2o31b2o129bo 10b2o5b3o$318b3o11bo8bo$318bo7b2o5b3o$326b2o7bo!golly-3.3-src/Patterns/Life/Oscillators/p59-glider-loop.lua0000644000175000017500000000300112706123635020522 00000000000000-- Smaller variant of David Bell's p59 glider loop from 2006 May 28. -- Author: Dave Greene, 30 May 2006. -- Conversion to Lua by Andrew Trevorrow, Apr 2016. local g = golly() -- require "gplus.strict" local gp = require "gplus" local pattern = gp.pattern local gpo = require "gplus.objects" local gpt = require "gplus.text" g.new("p59 track") g.setrule("B3/S23") local fast_eater = pattern("2o$bo2b2o$bobobo$2bo2$4bo$3bobo$4bo$b3o$bo!", -9, -2) -- create an array specifying half of a length-6608 Herschel track local path = {} path[1] = gpo.hc112 for i = 1, 14 do path[#path + 1] = gpo.hc77 end for i = 1, #path do path[#path + 1] = path[i] end for i = 1, 12 do path[#path + 1] = gpo.hc77 end local T = {0, 0, gp.identity} local p59_track = pattern(gpo.herschel) g.show("Building p59 Herschel track -- hang on a minute...") for i = 1, #path do path[#path + 1] = path[i] end for _, h in ipairs(path) do p59_track = p59_track + h.t(T) + fast_eater.t(T) T = gp.compose(h.transform, T) end -- add 111 more Herschels to template Herschel track, 59 generations apart for i = 1, 111 do p59_track = p59_track[59] + gpo.herschel end p59_track = p59_track + pattern("o!", -10, 589) -- get rid of eater -- add 9 gliders in same spot, 59 generations apart local glider = pattern("2o$b2o$o!", -16, 595) for i = 1, 9 do p59_track = (p59_track + glider)[59] end g.show("") local all = p59_track for i = 1, 3 do all = all.t(-720, 450, gp.rccw) + p59_track end all = all + gpt.maketext('59').t(-142, 596) all.display("") golly-3.3-src/Patterns/Life/Oscillators/DRH-oscillators.rle0000644000175000017500000067724112026730263020667 00000000000000#N Stamp collection #C A collection of 650 oscillators of 83 different periods from 1 #C to 40894. #C #C The oscillators included here were found/built by many people over #C many years. I finished putting the collection together in August 1995, #C and have worked on this header file off and on since then. It's still #C incomplete and probably inaccurate, but I've decided to make it public #C anyway; if you find any errors or can fill in any of the blanks, please #C let me know. #C #C Since this collection was built, many new oscillators have been found. #C Most notably, in 1996 David Buckingham showed how to create tracks #C built from still-lifes through which Herschels can move. (See #C http://www.radicaleye.com/lifepage/patterns/bhept/bhept.html #C for Buckingham's description of this, and #C http://www.radicaleye.com/lifepage/patterns/p1/p1.html #C for Paul Callahan's discussion of using such conduits to build a stable #C glider reflector.) Using Herschel tracks, Buckingham obtained glider #C guns of all periods >= 62 and oscillators of all periods >= 61. Further #C work on Herschel tracks has been done by Buckingham, Paul Callahan, #C Dieter Leithner, and me; such tracks now give oscillators of all periods #C >=54, and guns of periods 54, 55, and 56. #C #C In addition, oscillators of several new smaller periods have been found, #C namely 17 (by me), 22 (by Noam Elkies, me, and Jason Summers), 27 (by #C Elkies), 33 (by Elkies and Jason Summers), 37 (by Nicolay Beluchenko), #C 39 (by Elkies), 49 (by Elkies), and 51 (by Beluchenko). (See #C http://www.radicaleye.com/DRH/nbt.html #C for many oscillators of small periods, including the only known p17s #C and the smallest known p22s.) There are 8 periods for which oscillators #C are still unknown as of early 2009: 19, 23, 31, 34, 38, 41, 43, and 53. #C (For period 34, we could use a noninteracting combination of p2 and p17 #C oscillators, but that's considered trivial.) #C #C Some new guns of smaller periods have also been found, namely 22 (by #C David Eppstein, based on Jason Summers's p22 oscillator), 24 and 48 (by #C Elkies) and 50 (by me, based on a p44 gun by Buckingham and a p50 #C oscillator by Elkies). These are shown (among others) at #C http://home.mieweb.com/jason/life/guns/ . #C Also see http://www.radicaleye.com/lifepage/patterns/p24gun/p24gun.html #C for discussion of the p24 gun, and #C http://www.radicaleye.com/DRH/gun44.50.html #C for the p50 gun and Buckingham's p44 gun. #C #C Building this collection would have been impossible without the help #C of many people. In addition to those who found the oscillators, I'd #C like to thank Alan Hensel, Bill Gosper, Robert Wainwright, #C Rich Schroeppel, and Jonathan Cooley for helpful suggestions, and #C Andrew Trevorrow for writing LifeLab, an excellent Macintosh program #C for building and running Life patterns. LifeLab's cross-platform #C successor, Golly, is available as freeware at http://golly.sf.net . #C #O Dean Hickerson, dean.hickerson@yahoo.com #C 2/2/2000; last updated 9/16/2000. URLs corrected #C and list of missing periods updated on 5/8/2009. #C #C ---------------------------------------------------------------------- #C #C Most lines of this header describe particular oscillators. Each entry #C begins with an identifying label, of the form "period.row.column"; #C row and column numbers start at zero. This is followed by the name of #C the oscillator (if any) in quotation marks, the discoverer and date of #C discovery (if known) in brackets, and perhaps a comment about the #C oscillator. For example: #C #C 2.0.0 "blinker" [JHC 3/70] Example of "+c*c" symmetry. This #C often occurs in a group of 4, known as a "traffic light", #C which arises, for example, from a T-tetromino. #C #C This indicates that the leftmost oscillator in the top row of the period 2 #C section is called a "blinker", and was found by John Conway in March 1970. #C The notation "+c*c" indicates the symmetry type of the oscillator, which #C is described later. #C #C Many oscillators were found by the following people or groups, so their #C names are abbreviated in this header: #C #C AF = Achim Flammenkamp #C AWH = Alan Hensel #C DIB = David Bell #C DJB = David Buckingham #C DRH = Dean Hickerson #C HH = Hartmut Holzwart #C JHC = John Conway #C MDN = Mark Niemiec #C NDE = Noam Elkies #C PC = Paul Callahan #C RCS = Rich Schroeppel #C RTW = Robert Wainwright #C RWG = Bill Gosper #C SN = Simon Norton #C JHC group = A group of people working with John Conway in the #C early 1970s, including Conway, S. R. Bourne, #C M. J. T. Guy, and Simon Norton. #C MIT group = A group of people at MIT during the early 1970s, #C including Robert April, Michael Beeler, Bill Gosper, #C Richard Howell, Rici Liknaitzky, Bill Mann, #C Rich Schroeppel, and Michael Speciner. #C #C Also, many of the common oscillators were found independently by many #C people; this is indicated by an asterisk in the name field. #C #C Here are definitions of some terminology and notation used below; for #C a more extensive glossary, see Stephen Silver's Life Lexicon, at #C http://www.argentum.freeserve.co.uk/lex_home.htm #C #C The 'rotor' constists of all cells in an oscillator which change state. #C The 'stator' constists of all cells which are alive in all generations. #C (These terms were introduced by Allan Wechsler in 1994.) #C #C An oscillator whose stator is large is often called a 'billiard table'; #C such oscillators are somewhat easier to find than others, so many are #C included in this collection. #C #C The 'period' of an oscillator (or spaceship) is the smallest positive #C integer P for which generation P of the object is congruent to and in #C the same orientation as generation 0. The 'mod' of an oscillator (or #C spaceship) is the smallest positive integer M for which generation M #C of the object is congruent to generation 0, but not necessarily in the #C same orientation. The quotient q=P/M is always either 1, 2, or 4. To #C specify both P and M, we often write "period P.M" or "period P/q". #C #C There are 43 types of symmetry that an oscillator can have, taking into #C account both the symmetry of a single generation and the change of #C orientation (if any) M generations later. There are 16 types of #C symmetry that a pattern can have in a single generation. Each of these #C is given a one or two character name, as follows: #C #C n no symmetry #C #C -c mirror symmetry across a horizontal axis through cell centers #C -e mirror symmetry across a horizontal axis through cell edges #C #C / mirror symmetry across one diagonal #C #C .c 180 degree rotational symmetry about a cell center #C .e 180 degree rotational symmetry about a cell edge #C .k 180 degree rotational symmetry about a cell corner #C #C +c mirror symmetry across horizontal and vertical axes meeting #C at a cell center #C +e mirror symmetry across horizontal and vertical axes meeting #C at a cell edge #C +k mirror symmetry across horizontal and vertical axes meeting #C at a cell corner #C #C xc mirror symmetry across 2 diagonals meeting at a cell center #C xk mirror symmetry across 2 diagonals meeting at a cell corner #C #C rc 90 degree rotational symmetry about a cell center #C rk 90 degree rotational symmetry about a cell corner #C #C *c 8-fold symmetry about a cell center #C *k 8-fold symmetry about a cell corner #C #C For a period P/1 object, specifying the symmetry of generation 0 tells #C us all there is to know about the oscillator's symmetry. For a period #C P/2 or P/4 object, we also need to know how gen M is related to gen 0. #C For the P/2 case, gen M can be either a mirror image of gen 0, a 180 #C degree rotation of it, or a 90 degree rotation of it if the pattern #C has 180 degree rotational symmetry. For the P/4 case gen M must be a #C 90 degree rotation of gen 0. In any case, if we merge all gens which #C are multiples of M, the resulting pattern will have more symmetry than #C the original oscillator. We describe the complete symmetry class of #C the oscillator by appending the one or two character description of #C the union's symmetry to that of gen 0's symmetry. For example, if #C gen 0 has 180 degree rotational symmetry about a cell center, and #C gen M is obtained by reflecting gen 0 across a diagonal, then the #C union of gens 0 and M is symmetric across both diagonals, so its #C symmetry class is denoted ".cxc". #C #C The 43 possible symmetry types are: #C #C period/mod = 1: nn -c-c -e-e // .c.c .e.e .k.k +c+c #C +e+e +k+k xcxc xkxk rcrc rkrk *c*c *k*k #C #C period/mod = 2: n-c n-e n/ n.c n.e n.k #C -c+c -c+e -e+e -e+k #C /xc /xk #C .c+c .cxc .crc .e+e .k+k .kxk .krk #C +c*c +k*k xc*c xk*k rc*c rk*k #C #C period/mod = 4: nrc nrk #C #C The collection includes examples of all of these with mod=1, and many #C with larger periods. #C #C ---------------------------------------------------------------------- #C Period 1 oscillators are usually called "still-lifes". Programs #C written by MDN and others have counted the still-lifes with N cells #C for small N; the results up to N=20 are shown here: #C #C N 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 #C # 2 1 5 4 9 10 25 46 121 240 619 1353 3286 7773 19044 45759 112243 #C #C Those with up to 10 bits are included in the stamp collection. So are #C some larger ones that either occur naturally in random soups, or are #C useful, or exemplify symmetry types. I'm omitting the discoverers and #C dates for most of the small and naturally occurring ones, since they've #C been independently discovered many times. #C #C There are 2 4-bit still lifes: #C 1.0.0 "block" [JHC group 1970] Example of "*k" symmetry. Used #C as an eater in many oscillators, such as 4.1.0, 5.2.4, 6.0.0, #C 8.0.0, 10.1.0, 11.0.1, 12.1.1-2, 18.0.0, 28.0.0, 29.0.1, #C 30.0.0, 32.0.1, 44.0.0, 46.0.0, 56.0.0, 124.0.0, 135.0.0, #C 150.0.0, 188.0.0, 246.0.0, 360.0.0, and 460.0.0. Also used as #C a 'rephaser' in 135.0.0, 150.0.0, and 240.0.0. #C 1.0.1 "tub" [JHC group 1970] Example of "*c" symmetry. Used as an #C eater in 12.2.1, 24.0.0, most p29s, 30.2.0-3, and 47.0.0. #C #C There's 1 5-bit still life: #C 1.0.2 "boat" [JHC group 1970] Example of "/" symmetry. #C #C There are 5 6-bit still lifes: #C 1.0.3 "ship" [JHC group 1970] Example of "xc" symmetry. Used as an #C eater of traffic lights in 24.1.0 and 24.2.0. #C 1.0.4 "barge" [JHC group 1970] Example of "xk" symmetry. #C 1.0.5 "snake" [JHC group 1970] Example of ".k" symmetry. Used in #C 60.4.1 and 15240.0.0 to convert a glider into a boat, which a #C subsequent glider deletes. #C 1.0.6 "beehive" [JHC group 1970] Example of "+e" symmetry. This #C often occurs in a group of 4, known as a "honey farm", which #C arises, for example, from a beehive with an extra cell in one #C of its corners. #C 1.0.7 "aircraft carrier". Example of ".e" symmetry. #C #C There are 4 7-bit still lifes: #C 1.0.8 "long boat" [JHC group 1970] #C 1.0.9 "long snake". Example of ".c" symmetry. #C 1.0.10 "loaf" [JHC group 1970] #C 1.0.11 "eater" or "eater1" (formerly "fishhook") [* 1971] Smallest #C asymmetric still-life. This is a very useful still-life, #C because of its ability to eat gliders (e.g. 30.0.1), beehives #C (30.0.2), and lightweight and middleweight spaceships (46.2.0 #C and 46.3.0), and to modify many other things. The term #C "eater" also applies to other still-lifes (and occasionally #C oscillators) that share this ability; the most useful of these #C are the block (1.0.0), eater2 (1.7.3), and eater3 (1.7.4), but #C many others are sometimes useful, including the tub (1.0.1), #C ship (1.0.3), and snake (1.0.5). #C #C There are 9 8-bit still lifes: #C 1.1.0 "long ship" [JHC group 1970] #C 1.1.1 "long barge" [JHC group 1970] #C 1.1.2 "long long snake" #C 1.1.3 "sinking ship" #C 1.1.4 "pond" [JHC group 1970] #C 1.1.5 "shillelagh" [Charles L. Corderman & Hugh Thompson 1971] #C 1.1.6 "tub with tail" [Charles L. Corderman & Hugh Thompson 1971] #C 1.1.7 "hook with tail" #C 1.1.8 "mango" #C #C There are 10 9-bit still lifes. Only 7 have names: #C 1.2.0 "long long boat" #C 1.2.1 "long^3 snake" #C 1.2.2 "long sinking ship" #C 1.2.3 "hat" [* 1971] Example of "-c" symmetry. #C 1.2.4 "integral sign" #C 1.2.5 "up-boat with tail" #C 1.2.6 "down-boat with tail" #C 1.2.7 "long shillelagh" #C 1.2.8-9 unnamed #C #C There are 25 10-bit still lifes. Only 9 have names: #C 1.3.0 "long long ship" #C 1.3.1 "long long barge" #C 1.3.2 "long^4 snake" #C 1.3.3 "long long sinking ship" #C 1.3.4 "snake siamese snake" #C 1.3.5 "snake siamese aircraft carrier" #C 1.3.6 "aircraft carrier siamese aircraft carrier" #C 1.3.7 "long integral" #C 1.3.8-13 unnamed #C 1.4.0 "beehive with tail" #C 1.4.1 "up-barge with tail" #C 1.4.2 "down-barge with tail" #C 1.4.3-6 unnamed #C 1.4.7 "loop" #C 1.4.8 "block and table" #C 1.4.9 "loaf siamese barge" #C 1.4.10 "bi-boat" or "boat-tie" or "bow tie" #C #C Still lifes 1.5.0-10 and 1.6.0-4 are some larger ones that sometimes #C occur in random soups. #C 1.5.0 "bi-ship" or "half fleet" (A "fleet" consists of 2 of these, #C and arises, for example, from a ship with an extra bit added #C at one end.) #C 1.5.1 "bi-loaf" or "half bakery" #C 1.5.2 "paper clip" #C 1.5.3 "big S" [MIT group 1971] #C 1.5.4 "bi-pond" #C 1.5.5 "boat-ship tie" #C 1.5.6 "pair of tables" #C 1.5.7 "moose antlers" #C 1.5.8 "cis-mirrored R-bee" #C 1.5.9 "block on big table" #C 1.5.10 "twin peaks" #C 1.6.0 "dead spark coil" #C 1.6.1 "beehive on big table" #C 1.6.2 "scorpion" Occurs in gens 4760-5165 of "rabbits", this 9-bit #C methuselah found by Andrew Trevorrow: #C o...ooo #C ooo..o. #C .o..... #C 1.6.3 "fourteener" #C 1.6.4 "bookends" #C #C Still lifes 1.6.5-8 and 1.7.0-2 provide examples of other symmetries. #C 1.6.5 Example of "-e" symmetry #C 1.6.6 "beehive with 2 tails" Example of "-e" symmetry #C 1.6.7 Example of "+c" symmetry #C 1.6.8 "spiral" [RTW 1971] Example of "rc" symmetry #C 1.7.0-1 Examples of "+k" symmetry #C 1.7.2 Example of "rk" symmetry. Heinrich Koenig pointed out that there #C are smaller examples; the smallest are: #C ..oo.o.. ...o.o.. #C ..o.oo.. .oooo.o. #C oo....oo o.....o. #C .o.oo..o .o.oo.oo #C o..oo.o. oo.oo.o. #C oo....oo .o.....o #C ..oo.o.. .o.oooo. #C ..o.oo.. ..o.o... #C #C Still lifes 1.7.3-6 are eaters that are used in various oscillators. #C 1.7.3 "eater2" [DJB ????] See 6.3.2, 6.5.2, and 13.0.0. #C 1.7.4 "eater3" [DJB 6/22/77] See 8.2.1, 18.0.0, 42.0.0, 50.0.1, #C 55.0.0, 246.0.0. #C 1.7.5 "eater4" [DJB ????] See 9.0.4, 11.0.2, 29.0.1-2, 29.3.0-1. #C 1.7.6 unnamed eater [DJB ????] I don't know any oscillators that #C use this. Here it's shown deleting a loaf: #C .........o.... #C ...o....o.o... #C ..o.o...o.ooo. #C .o..o..oo....o #C ..oo..o...ooo. #C ......ooooo... #C ....oo........ #C ...o.o..ooo... #C .ooo.o.o..o... #C o....o.o...... #C .oo.oo.oo..... #C ..o.o......... #C ..o.o......... #C ...o.......... #C #C 1.7.7 [DJB 3/78?] Unnamed eater, used in 6.3.3 and 32.0.0. #C #C The 10 digits: [DRH 5/8/92; "4" changed 3/94] #C #C ---------------------------------------------------------------------- #C #C There are 20 known p2 oscillators with <= 14 cells (in gen 0). #C There's 1 with 3 cells: #C 2.0.0 "blinker" [JHC 3/70] Example of "+c*c" symmetry. This #C often occurs in a group of 4, known as a "traffic light", #C which arises, for example, from a T-tetromino. #C #C There are 3 with 6 cells: #C 2.0.1 "toad" [SN 5/70] Note use as an eater ("killer toads") in, #C for example, 4.9.1, 6.2.5, 46.4.0, and 60.5.0. See discussion #C of toad hasslers at 60.0.0. #C 2.0.2 "beacon" [JHC 3/70] #C 2.0.3 "clock" [SN 5/70] Example of ".kxk" symmetry. #C #C For any N>=8, there's at least one p2 with N cells. Generically these #C are called barber poles (see 2.7.0). For 8<=N<=11 these are the only #C known p2s; the first 3 have names: #C 2.0.4 "bipole". Example of ".cxc" symmetry. #C 2.0.5 "tripole". Example of "/xk" symmetry. #C 2.0.6 "quadpole". Example of ".cxc" symmetry. #C #C There are 4 with 12 cells (including the 6-pole, which isn't shown): #C 2.0.7 #C 2.0.8 "the fox" or "gnome" [DJB 7/77] Smallest asymmetric p2. #C 2.0.9 "flip flops" [MIT group 12/71] Example of "rk*k" symmetry. #C #C There are 2 with 13 cells, the 7-pole and: #C 2.0.10 "by flops" [RTW ????] Example of "-c+e" symmetry. #C #C There are 6 with 14 cells, the 8-pole and: #C 2.1.0 #C 2.1.1 #C 2.1.2 "why not" [DJB 7/77] #C 2.1.3 "eater plug" [RTW 2/73] #C 2.1.4 "test tube baby" #C #C Oscillators 2.0.2 (beacon), 2.1.3 (eater plug), and 2.1.4 (test tube #C baby) are examples of on-off oscillators, in which generation 0 is a #C subset of generation 1. Other examples are shown in 2.1.5 to 2.1.9. #C 2.1.5 "spark coil" [* 1971] #C 2.1.6 "4 boats" #C 2.1.7 "light bulb" [* 1971] #C 2.1.8 variant of light bulb #C 2.1.9 "scrubber" [* 1971] #C #C Oscillators 2.1.8 to 2.5.4 provide examples of the remaining p2/2 #C symmetry types. #C 2.2.0 "quad" [Robert A. Kraus 4/71] Example of "rk*k" symmetry. #C 2.2.1 "cloverleaf" [RTW before 6/72] Example of "xc*c" symmetry. #C 2.2.2 "singular flip flop" [RTW 7/72] Example of "n-e" symmetry. #C 2.2.3 "almosymmetric" [* 1971] Example of "n-e" symmetry. #C #C 2.2.4 Example of "-c+e" symmetry. #C 2.2.5 [DRH 5/20/93] Example of "n-c" symmetry. #C 2.2.6 [DRH 4/23/93] Example of ".c+c" symmetry. #C 2.3.0 [DRH 5/20/93] Example of "n/" symmetry. #C 2.3.1 "Laputa" [RCS 9/23/92] Example of "n.e" symmetry. #C 2.3.2 "blinkers bit pole" [RTW 6/77] Example of "n.e" symmetry. #C 2.3.3 [DRH 5/20/93] Example of "n.k" symmetry. #C 2.3.4 [DRH 5/20/93] Example of "n.k" symmetry. #C 2.3.5 [DRH 4/23/93] Example of ".k+k" symmetry. #C 2.3.6 Example of ".kxk" symmetry. #C 2.4.0 "piston" [* 1971] Example of "-c+c" symmetry. #C 2.4.1 Example of "-c+c" symmetry. #C 2.4.2 [DRH 5/20/93] Example of "n.c" symmetry. #C 2.4.3 "complementary blinker" [AF 7/12/94]. Example of ".c+c" #C symmetry. #C 2.4.4 Example of ".cxc" symmetry. #C 2.4.5 [DRH 4/23/93] Example of "/xc" symmetry. #C 2.4.6 [DRH 4/23/93] Example of ".crc" symmetry. #C 2.5.0 [DRH 4/23/93] Example of "rc*c" symmetry. #C 2.5.1 [AF 7/26/94] Example of "rk*k" symmetry. A muttering moat; #C see 2.12.2. #C 2.5.2 [DRH 4/23/93] Example of "xk*k" symmetry. #C 2.5.3 [DRH 1973] Example of "-e+e" symmetry. Infinitely extensible. #C 2.5.4 [DRH 4/23/93] Example of "-e+e" symmetry. #C 2.5.5 [DRH 4/23/93] Example of "-e+e" symmetry. #C 2.5.6 [DRH 4/23/93] Example of "-e+k" symmetry. #C 2.6.0 Example of ".e+e" symmetry. #C 2.6.1 Example of "+k*k" symmetry. #C 2.6.2 Example of "+k*k" symmetry. #C 2.6.3 Example of ".krk" symmetry. #C 2.6.4 Example of "xk*k" symmetry. #C #C Oscillators 2.7.0 to 2.9.1 are examples of stabilized wicks, which may #C be made arbitrarily long. #C 2.7.0 "barber pole" [MIT group 1970] #C 2.7.1 [RTW <1990] #C 2.7.2 [DRH 1994] #C 2.7.3 [RTW <1990] #C 2.7.4 [bottom end: RTW <1990; top end: DRH 1995] #C 2.7.5 [RTW <1990] #C 2.8.0 [DRH 1994] #C 2.8.1 [AWH 8/25/94] This was discovered as a stabilizer for 4.4.1. #C 2.9.0 [DRH 1994] #C 2.9.1 [DRH 1994] #C #C Oscillators 2.10.0 to 2.12.1 are stabilized agars, which may be #C made arbitrarily large. #C 2.10.0 "venetian blinds" [DRH 9/12/92] This uses diagonal edges for #C the agar. A vertical edge is also known, along with a corner #C joining it to the diagonal edge. It's easy to prove that #C horizontal edges don't exist. #C 2.10.1 [DRH 12/4/94, improved by MDN 12/6/94] #C 2.11.0 "houndstooth agar" [DRH 3/30/94] #C 2.11.1 [agar found by Robert A. Kraus 1971, stabilized by DRH 12/13/94] #C 2.11.2 #C 2.12.0 [agar found by Robert A. Kraus 1971, stabilized by ????] #C 2.12.1 "quilt" or "squaredance" [agar found by Don Woods, 1971, stabilized #C by DRH 3/25/93] #C 2.12.2 "ring of fire" [DRH 9/24/92] A "muttering moat"; i.e. an #C oscillator whose rotor consists of a closed loop of cells, #C each of which touches exactly 2 others. Also see 2.5.1. #C ---------------------------------------------------------------------- #C One other p3 is included as part of 12.4.0. #C #C 3.0.0 "caterer" [DRH 8/4/89] Both this and jam (3.0.1) supply a #C spark which is used, e.g., in 3.4.0-3.4.3, 6.5.2, 12.0.2, #C 12.0.3, 12.1.1, and 21.0.0. Also see the multiple caterer #C used in 12.4.0. #C 3.0.1 "jam" [AF 1988] #C 3.0.2 "2 eaters" [RWG 9/71] #C 3.0.3 "eaters plus" [RTW 7/91] #C 3.0.4 "biting off more than they can chew" [Peter Raynham 7/72] #C 3.0.5 "trice Tongs" [RTW 2/82] #C 3.0.6 "pulse" [DJB#46 7/73] #C 3.0.7 "pulsar 18-22-20" [DJB#47 7/73] Two copies of 3.0.6. #C 3.0.8 [RTW 4/82] #C 3.1.0 [DRH 8/89] volatility = 17/18, which was the maximum known #C for a p3 until 3.8.1 was discovered. #C #C Oscillators 3.1.1 to 3.1.3 all have rotors made of 3 cells in a #C triangle, but with different cycles. #C 3.1.1 "cuphook" or "MIT oscillator" [RCS 10/70] #C 3.1.2 "stillater" [RTW 9/85] #C 3.1.3 "1-2-3" [DJB#4 8/72] #C #C 3.1.4 [AF 8/22/94] Rotor consists of 2 copies of that in 3.1.2. #C 3.1.5 "germ" [DJB#9 9/72] #C 3.1.6 [DJB#7 <=1976] Same rotor as in "2 eaters". #C 3.2.0 "period three" [RTW 6/72] Can be reduced by 4 cells, by #C replacing the snakes by joined L tetrominos. #C 3.2.1 "mini pressure cooker" [RTW before 6/72] #C 3.2.2 "pressure cooker" [MIT group 9/71] #C 3.2.3 "hustler" [RTW 6/71] #C 3.2.4 "loading dock" [DJB#3 9/72] #C 3.2.5 "snake dance" [RTW 5/72] #C 3.2.6 "tubber" [RTW before 6/72] Rotor is confined to 2 parallel #C diagonals. Also see 4.2.4. #C 3.3.0 "diamond ring" [DJB#2 1972] #C 3.3.1 "new five" [DRH 1/90] #C 3.3.2 [DJB#92 7/26/76] #C 3.3.3 [DJB#103 6/3/77] Rotor has symmetry type "-c", but stator #C can't be made symmetric. (The left edge can be made 1 column #C narrower and 1 bit smaller by using a block below the snake.) #C 3.3.4 [DRH 10/89] #C 3.3.5 [DJB#79 6/6/76] (DJB found the smallest form of this, with #C just 1 2x3 rectangle. I don't know who found the wick.) #C #C Oscillators 3.4.0-3 are examples of "catered" oscillators. The #C necessary sparks can be supplied by either a caterer (3.0.0) or a #C jam (3.0.1). #C 3.4.0 [DRH 8/89] #C 3.4.1 [DRH 8/89] #C 3.4.2 [RTW 8/89] #C 3.4.3 "skewed traffic light" [RTW 8/89] #C #C 3.4.4 "double ewe" [RTW before 9/71] #C 3.5.0 "double caterer" [DRH 10/89] #C 3.5.1 "triple caterer" [DRH 10/89] Used in 6.6.0. #C 3.5.2 [DRH 1/90] Smallest known p3 in which a corner of the #C bounding box is active. #C 3.5.3 [AF 7/30/94 (symmetric form)] #C 3.5.4 "surprise" [DJB#10 11/72] #C 3.6.0 [DRH 9/10/89] #C 3.6.1 "bent keys" [DRH 8/89] #C 3.6.2 "short keys" [DRH 8/89] This is the shortest version of the #C left wick in 3.6.4. #C 3.6.3 [AF 7/13/94] #C 3.6.4 [left side by DRH 8/89, right side by Charles Trawick 6/71] #C 2 related wicks. The one on the right is "candelabra". The wick #C can also turn a corner, as shown in 3.7.2. #C 3.7.0 "candlefrobra" [RTW 11/84] Variant of "candelabra" (3.6.4). #C 3.7.1 "cross" [RTW 10/89] Same as 3.11.0. One of the few known #C oscillators in which one phase is a polyomino. Also see #C 3.7.2. #C 3.7.2 [HH 2/26/93] A larger version of 3.7.1, which may be made #C any size. #C 3.7.3 "star" [HH 2/16/93] Another polyomino. #C 3.7.4 [HH 3/5/93] Blocks may be added in any of the 4 corners of #C 3.6.3. #C 3.8.0 [DRH 1994] #C 3.8.1 [DRH 11/27/94] Volatility -> 1 as length increases. No #C finite p3 is known with volatility = 1. (Volatility = number #C of rotor cells divided by total number of cells in rotor and #C stator.) #C 3.9.0 [DRH 9/18/89] #C 3.9.1 "p3 rumbling river" [DRH 11/26/94] The rotor is connected #C and contained in a strip of height 2. #C #C In the next 3 rows, each oscillator in the left column consists of #C 4 quarters, which can be rearranged to form larger closed loops #C (middle column) or chains that aren't closed (right column). See #C 5.8.0-5.8.1 for another example. #C 3.10.0 "pulsar" or "pulsar CP 48-56-72" [JHC 3/70] The first #C known, and most commonly occurring, p3 oscillator. #C 3.10.1 "quasar" [RTW 8/71] #C 3.10.2 [???? before 11/27/94] #C 3.11.0 "cross" [RTW 1989] Same as 3.7.1. #C 3.11.1 [DRH 11/27/94] #C 3.11.2 [DRH 11/27/94] #C 3.12.0 [HH 3/5/93] #C 3.12.1 [DIB 3/7/93] #C 3.12.2 [RWG 9/22/94] #C ---------------------------------------------------------------------- #C Some other p4s are included as parts of oscillators with larger #C periods, namely 124.1.0-1 and 188.0.0-1. #C #C 4.0.0 "mold" [AF 1988] Period 4/2, symmetry type "n/". Supplies #C a 1-bit spark that's used, e.g., in 8.3.4, 16.1.1, several #C p28s, 32.1.1, 36.0.1, 36.0.2, 40.0.1, 52.0.1, 88.0.0, #C 100.0.1, and 200.0.0. #C 4.0.1 "mazing" [DJB#45 12/73] Period 4/2, symmetry type "/xk". #C 4.0.2 "monogram" or "JHC" [DRH 8/11/89] Period 4/2, symmetry type #C "+c*c". Supplies a spark that's used in 12.2.0-12.3.1. #C 4.0.3 [DRH 8/89] Period 4/2, symmetry type "/xk". Supplies a spark #C that's used in 4.13.1 and 4.17.1. #C 4.0.4 [DRH before 4/92] #C 4.0.5 [DRH 9/89] Supplies a spark that's used in 12.1.0. #C 4.0.6 "Achim's p4" [DJB#88 1976, AF 1988] DJB found a larger #C form of this, using the same pieces that occur in siesta #C (5.2.3) and sombreros (6.1.1). AF found the smaller version. #C The rotor consists of 2 copies of that in 4.2.6. #C 4.0.7 [DJB#23 <1973?] #C 4.1.0 "eater/block frob" [DJB#51 <=1976] #C 4.1.1 "confused eaters" [DJB#49 before 1973] Period 4/2, symmetry #C type "n/". #C 4.1.2 "pinwheel" [SN 4/70] Period 4/4, symmetry type "nrk". #C 4.1.3 "clock II" Period 4/4, symmetry type "nrk". #C 4.1.4 [DJB#28 before 1973?] Rotor is p4/2, symmetry type "rk*k". #C 4.1.5 "T-nosed p4" [RTW 1989] #C 4.1.6 [DRH 1994] A narrower but longer T-nosed p4 #C #C Oscillators 4.2.0 to 4.2.3 are examples of "babbling brooks", in which #C the rotor consists of a chain of cells, each one adjacent to only 1 or #C 2 others. At the time the collection was built, these were the only #C known babbling brooks with period > 2. I found another on 8/3/97: #C #C .......o........ #C .....ooo....oo.. #C ....o...oo..o... #C .o..o.oo..o.o... #C o.o.o....oo..oo. #C .oo..oo....o.o.o #C ...o.o..oo.o..o. #C ...o..oo...o.... #C ..oo....ooo..... #C ........o....... #C #C (For p2 examples, see 2.0.2, 2.1.3-5, and 2.1.7-8.) #C 4.2.0 [DJB#13 before 1973] Period 4/2, symmetry type "n/". #C 4.2.1 [DJB#15 <1973] #C 4.2.2 [DJB#104 6/3/77] #C 4.2.3 [DRH 11/10/94] #C #C 4.2.4 "wavefront" [DJB#24 <=1976] Rotor is confined to 2 parallel #C diagonals. Also see 3.2.6. #C 4.2.5 "Gray counter" [???? 1971] Also see 4.15.1. #C 4.2.6 [DRH 8/89] Also see 4.0.6. #C 4.3.0 [DRH 8/89] Period 4/2, symmetry type "n-e". #C 4.3.1 [DRH 8/89] Period 4/2, symmetry type "n-e". #C 4.3.2 [DRH 8/89] Period 4/2, symmetry type "n-c". #C 4.3.3 [DRH 3/90] Period 4/2, symmetry type "n/". #C 4.3.4 [DRH 3/90] Period 4/2, symmetry type "n/". #C 4.3.5 [DRH 3/90] Period 4/2, symmetry type "n/". #C 4.3.6 [DJB#21 <1973] #C 4.4.0 "penny lane" [DJB#123 1972] #C 4.4.1 [AF 8/22/94 (symmetric form), AWH 8/25/94 (using 2.8.1 for #C right half), DRH 11/23/94 (this p2 on right)] Only 3 cells #C are p4; the rest are p1 or p2. #C 4.4.2 [DJB#98 4/28/77] Period 4/2, symmetry type "n-e". #C 4.4.3 [RTW 1989] #C 4.4.4 [DJB#20 <1977] #C 4.5.0 "windmill" [DRH 11/89] #C 4.5.1 [AF 8/23/94 (symmetric form)] #C 4.5.2 [AF 7/17/94 (symmetric form), RWG,AWH 11/20/94] #C 4.5.3 [AF 8/31/94 (symmetric form)] #C 4.5.4 "boss" [DJB#30 1972] #C 4.5.5 [DJB#69 <=1976] #C #C In 4.6.0 to 4.6.5, only 2 cells are p4; the rest are p1 or p2. #C 4.6.0 [DRH 12/10/94] #C 4.6.1 [RTW 11/90] #C 4.6.2 [DRH 12/10/94] #C 4.6.3 [DRH 12/10/94] #C 4.6.4 [DRH 12/10/94] #C 4.6.5 [DRH 12/10/94] #C #C Oscillators 4.7.0 to 4.10.1 are all related. They are based on this #C infinite oscillator, in which a single row of cells is surrounded by #C 2 lines of blocks (or other things): #C #C oo..oo..oo.oo.oo.oo.o..oo #C oo..oo..oo.oo.oo.o.oo..oo #C ......................... #C ......................... #C ......................... #C ......................... #C ... ooooooooooooooooooooooooo ... #C ......................... #C ......................... #C oo.oo.o..oo.oo.oo..oo..oo #C o.oo.oo..oo.oo.oo..oo..oo #C #C This can be made finite in several ways. First, any of 3 small pieces #C can be attached to the ends. The first is shown in row 4.7. (Also #C see 8.0.5.) The others are shown in 4.8.1 to 4.8.3. (A much larger #C end piece is shown in 4.12.2.) Next, the line can be bent to form a #C corner, as in 4.8.4. If it's bent 4 times, it can form an octagon, #C as in 4.9.0 to 4.10.0. #C #C 4.7.0 "lightweight emulator" [RTW 6/80] #C 4.7.1 "middleweight emulator" [RTW 6/80] Supplies a 1-bit spark #C that's used, e.g., in 20.0.0-20.0.2, 24.1.2, 60.5.1, and #C 124.1.0. #C 4.7.2 "heavyweight emulator" [RTW 6/80] Supplies a domino spark #C that's used, e.g., in 8.3.3, 12.0.2, 12.4.0, 32.0.2, 36.1.2, #C and 44.0.0. #C 4.7.3 "overweight emulator" [RTW ????] #C 4.7.4 #C 4.8.0 [AF 7/13/94] May be compressed horizontally by 1 or 2 cells. #C Also see 4.8.1 and 4.8.3-4. #C 4.8.1 [DRH 7/14/94] Half of 4.8.0, supported by 2 clocks. (This #C use of a clock was discovered, in another universe, by DIB.) #C 4.8.2 [DRH 12/6/94] #C 4.8.3 #C 4.8.4 #C 4.9.0 [RTW ????, AF 8/7/94] An octagon of side 2, showing 2 ways to #C stabilize the edge. #C 4.9.1 [DRH 9/89] An octagon of side 3, showing 4 ways to stabilize #C the edge. #C 4.9.2 "octagon IV" [RTW 1/79] An octagon of side 4. The edges #C can also be stabilized using eaters or toads as in 4.9.1. #C This also works if a block is added in the center. #C 4.9.3 [DRH,RTW 9/89, AF 8/7/94] An octagon of side 5, showing 4 ways #C to stabilize the edge. #C 4.10.0 [AF,DRH 1994] A larger octagon. The corners can also be #C stabilized using eaters or toads as in 4.9.1. #C 4.10.1 [DRH 9/16/92] Stabilized p4 agar, made of several parallel #C lines. #C #C 4.10.2 [DRH ????] Period 4/2, symmetry type "+k*k". #C 4.10.3 [RTW before 10/92] The MW emulators (4.7.1) can be replaced by #C molds (4.0.0). #C #C Pattern 4.7.1 (MW emulator) is often useful because of its 1-bit #C spark. But in some applications the object being sparked would #C collide with the rest of the emulator. In such situations the #C oscillators below may be more useful. (Also see the p4 at the top #C of 124.1.0 and the one in 188.0.0.) #C 4.11.0 [DRH 1994] #C 4.11.1 "fountain" [DRH 11/28/94] Supplies a spark that's used in #C 24.1.0-24.2.1, 124.0.0-1, and 124.1.1. It can also be used #C (not shown) to double the period of a period 4N+2 MWSS stream, #C in a manner similar to that used in 60.5.1 to double the #C period of a LWSS stream. #C 4.11.2 [DRH 1994] #C #C 4.11.3 [AWH 2/10/95] #C 4.11.4 [DRH 4/6/92] #C #C Pattern 4.7.2 (HW emulator) has a useful 2-bit spark. But sometimes #C these are better: #C 4.12.0 [DRH >=11/30/94] Supplies a spark that's used in 12.0.3, #C 60.3.1, and 124.1.1. It can also be used (not shown) to #C double the period of a period 4N+2 HWSS stream, in a manner #C similar to that used in 60.5.1 to double the period of a #C LWSS stream. #C 4.12.1 [DIB,DRH 12/12/94] A longer but narrower version of 4.12.0. #C 4.12.2 [DRH 1994] #C #C 4.12.3 [RTW 9/91, DRH 1/14/95] First stabilization (not shown here) #C was found by RTW 9/91. #C #C 4.13.0 "sixty nine" [RTW 10/78] Period 4/4, symmetry type "nrk". #C #C 4.13.1 [RTW 9/89] Period 4/2, symmetry type ".crc". #C 4.13.2 [DRH 1/10/95] Period 4/4, symmetry type "nrc". #C 4.13.3 [DRH 1/10/95] Period 4/4, symmetry type "nrc". #C 4.14.0 [DRH 10/89] 2 related wicks. The one on the left is #C "turning toads"; it's related to the toad hasslers such as #C 60.1.0 - 60.1.4. #C 4.14.1 [DRH 8/89, AF 1994] #C 4.15.0 #C 4.15.1 [???? 1971] #C 4.16.0 [RTW 9/91] #C 4.16.1 [DRH ????, DIB 12/11/94] #C 4.17.0 [RWG 9/17/94 (wick), 11/20/94 (ends)] The repeating part of #C this wick may be attached to itself in 6 different ways. #C 4.17.1 [RTW 9/89] #C ---------------------------------------------------------------------- #C 5.0.0 "fumarole" [DRH 9/3/89] Supplies a domino spark that's used #C in traffic jam oscillators such as 50.0.0, 100.0.1, 110.0.0, #C 200.0.0. (The domino spark in a HW volcano (5.7.1) is more #C usable.) #C 5.0.1 "octagon II" [Sol Goodman & Arthur C. Taber 1971] #C 5.0.2 [AF 7/13/94] Also see 5.0.3. #C 5.0.3 [AWH 11/19/94] Skewed version of 5.0.2. #C 5.0.4 "pseudo barberpole" [AF 8/22/94] #C 5.0.5 [RTW 1/82, DJB#145 8/15/84] #C 5.0.6 [AF 7/27/94] #C 5.1.0 "technician finished product" [DJB#33 1/73] Also see 5.3.3. #C 5.1.1 "mathematician" [DJB#34 1972] #C 5.1.2 "aVerage" [DJB#35 1973] #C 5.1.3 [DJB#160 1/6/87] #C 5.1.4 [DJB#163 2/19/87] #C 5.1.5 [RTW 1/82 (DJB#146)] #C 5.1.6 "pentant" [DJB#85 7/11/76] #C 5.2.0 "toaster" [DRH 4/1/92] Supplies sparks that are used #C in 15.1.1. #C 5.2.1 "middleweight volcano" or "MW volcano" [DRH 4/6/92] Supplies #C sparks that are used in 10.0.3, 10.1.1, 15.1.1, 20.0.0, #C 20.0.2, all known p25s, 50.0.1, 80.0.0, 230.0.0, and 230.0.1. #C 5.2.2 "101" [AF 8/19/94] #C 5.2.3 "siesta" [DJB#57 1973] Also see 4.0.6, 6.1.1-6.1.4, and #C 8.3.0. #C 5.2.4 [DJB#158 2/25/85] #C 5.2.5 [DJB#101 5/22/77] #C 5.3.0 "chemist" [DJB#38 1973] #C 5.3.1 [DJB#84 7/76?] #C 5.3.2 [DJB#44 ????] #C 5.3.3 "pedestle" [DJB#39 1973] Rotor consists of 2 copies of #C the rotor in 5.1.0. #C 5.3.4 [DRH 1994] 2 fumaroles hassle a long barge. Based on 8.3.1. #C A different mechanism is used in 15.1.0. #C 5.4.0 [DJB#151 9/29/84] #C 5.4.1 [DJB#114 6/21/77] Also see 7.1.2 and 11.0.0. #C #C The next 2 are almost "period 5/2" oscillators: In each one, the top #C and bottom halves go through the same cycle, 2 gens out of phase. #C 5.4.2 [DJB#87 7/15/76] #C 5.4.3 [DJB#142 5/21/84] #C #C 5.4.4 [DRH 10/4/89] #C 5.5.0 "pentoad" [RWG 6/77] Also see 5.5.1 and 6.4.0. #C 5.5.1 "multiple pentoads" [RWG & Scott Kim ????] #C 5.5.2 [DJB#93 7/26/76] #C 5.5.3 [DJB#152 9/29/84] Also see 6.4.2. #C 5.5.4 [AF 8/7/94 (symmetric form), AWH 11/19/94] #C 5.6.0 "electric fence" [HH 10/20/92, DRH 11/23/92, 2/21/93] A #C stream of 'ants' moves leftward from the 'source' at the #C right to the 'sink' at the left. HH found a source that #C moves right at c/4, but no moving sink has been found. DRH #C found the stationary sink and later found the stationary #C source. Also see 5.7.0. #C 5.6.1 [DRH ????] There are 6 adjacent columns with only 1 active #C cell each. #C 5.7.0 "another electric fence" [DRH 1/26/95] Also see 5.6.0. #C 5.7.1 "heavyweight volcano" or "HW volcano" [DRH 2/5/95] Supplies #C sparks that are used in 10.0.3, 10.1.1, 30.4.0, 30.5.0, and #C 35.0.0. #C 5.8.0 "harbor" (so-named because gen 3 consists of 4 ships and #C 8 boats) [DJB#122 9/17/78] #C 5.8.1 [DRH 12/2/94] The pieces of harbor (5.8.0) can be #C rearranged in the same way as 3.10.0-3.12.2. #C ---------------------------------------------------------------------- #C Also see the p6 used in 18.0.1. #C #C 6.0.0 "unix" [DJB#48 2/10/76] Produces a 1-bit spark that's used #C in many oscillators. #C 6.0.1 "A for all" [DRH 3/6/93] #C 6.0.2 [AF 7/25/94] #C 6.0.3 "$rats" [DJB#36 1972] #C 6.0.4 "extremely impressive" [DJB#78 8/76] #C 6.0.5 [DJB#100 5/21/77] #C 6.0.6 [DJB#65 <=1976] #C 6.1.0 [AF 8/7/94 (symmetric form)] Note similarity to unix (6.0.0). #C #C The next 4 oscillators are closely related. Also see 4.0.6, 5.2.3, #C and 8.3.0. #C 6.1.1 "sombreros" [DJB#56 1972] #C 6.1.2 [DJB#133 11/16/80] Also see 6.1.1 #C 6.1.3 [DJB#58 <=1976] #C 6.1.4 [DJB#59 <=1976] #C #C 6.2.0 [DRH 8/89] Period 6/2, symmetry type ".e+e". #C 6.2.1 [DRH 8/89] Period 6/2, symmetry type ".e+e". #C 6.2.2 [AF 7/13/94] #C 6.2.3 [DJB#72 <=1976] #C 6.2.4 [DJB#102 6/3/77] #C 6.2.5 [RTW 1989] Also see 6.2.6. #C 6.2.6 [DJB#141 4/25/84] Also see 6.2.5. #C 6.3.0 [DRH 8/89] Period 6/2, symmetry type "n/". #C 6.3.1 [AF 7/26/94] #C 6.3.2 [DJB#132 10/30/80] #C 6.3.3 [DJB#117 9/1/77] #C 6.3.4 [DJB#121 3/4/78] Also see 32.0.0. #C 6.3.5 [DJB#110 6/19/77] #C 6.4.0 [DJB#99 5/12/77] Also see 5.5.0. #C 6.4.1 "trivial p6" [DRH 12/10/94] There are no period 6 cells; #C the left 7 columns are p2; the rest are p3. #C 6.4.2 [DJB#157 10/14/84] Also see 5.5.3. #C 6.4.3 [DRH 9/22/94] #C 6.5.0 "symmetric T-nosed p6" [AF 8/31/94] #C 6.5.1 "T-nosed p6" [AF 9/12/94] Supplies a spark that's used in #C 12.4.1. #C 6.5.2 [DRH 9/89] Period 6/2, symmetry type "-e+e". #C 6.5.3 [RTW 11/16/94] 4 unixes support a simple diagonal wick. #C 6.6.0 [right end:RTW 10/78, middle and left end:DRH 10/89] #C 6.7.0 [NDE 11/21/94] The wick (left end) was found by AF (8/19/94); #C NDE stabilized it; the variations are by DRH (11/22&27/94). #C 6.8.0 [wick by DJB 1973, ends by DRH 1995?] #C ---------------------------------------------------------------------- #C 7.0.0 "burloaferimeter" [DJB#40 1972] Also see 7.0.1. #C 7.0.1 "airforce" [DJB#41 1972] Rotor consists of 2 copies of #C the rotor in burloaferimeter (7.0.0). #C 7.0.2 [DJB#77 <=1976] #C 7.0.3 [DJB#106 6/6/77] Right half can also be turned upside-down #C and shifted up 2 units. #C 7.0.4 [DJB#109 6/19/77] Supplies a domino spark that's used in #C 21.0.0, 105.0.0, and 329.0.0. Also see 26.1.0, where an #C equivalent p7 gets phase-shifted by 2 gens. #C 7.1.0 [DRH 9/22/94] #C 7.1.1 [DRH 10/1/94] #C 7.1.2 [DJB#113 6/21/77] Also see 5.4.1 and 11.0.0. #C 7.1.3 [DJB#135 9/7/81] #C ---------------------------------------------------------------------- #C 8.0.0 "blocker" [RTW ????] Supplies a spark used in 16.0.1, 16.1.1-2, #C 24.1.3, 40.0.1, 72.0.0, and 360.0.0. #C 8.0.1 "Kok's galaxy" [Jan Kok 1971] Supplies a spark used in 56.0.0, #C 120.3.0, 128.0.0, and 856.0.0. #C 8.0.2 "figure 8" or "big beacon" [SN 1970] Supplies sparks used #C in 8.3.1-2, 8.5.0-2, 16.0.2, 24.1.1, 24.2.1, 32.1.1, 40.0.1, #C 40.1.0, 96.0.0, 120.3.0, 128.0.0, and 808.0.0. #C 8.0.3 "smiley" [AF 7/17/94] #C 8.0.4 [AF 7/20/94] Period 8/2, symmetry type ".cxc". #C 8.0.5 [DRH 11/16/94] A p8 variant of the p4 emulators; see #C 4.7.0-4.7.3. #C 8.1.0 "cauldron" or "crucible" [Don Woods, RTW 1971] #C 8.1.1 "Hertz oscillator" [JHC group 1970] #C 8.1.2 "R2D2" [Peter Raynham early 1970s (with a different stator), #C redeiscovered and named by NDE 8/14/94] #C 8.1.3 "pyrotechnecium" [DJB#42 1972] (This was mis-named #C "pyrotechneczum" for many years.) #C 8.1.4 [AF 8/26/94] Supplies a 2-bit spark, which might be usable #C when the one in figure 8 (8.0.2) fails. #C 8.1.5 [DJB#80 6/30/76] #C 8.2.0 [RTW 1989] #C 8.2.1 [DJB#115 6/22/77] #C 8.2.2 "roteightor" [RTW 1972] Also see 8.2.3. #C 8.2.3 "multiple roteightors" [DRH 1/90] A finite agar of any size #C can be constructed in this way. #C 8.2.4 [DJB#105 6/6/77] #C 8.3.0 [DJB#55 <=1976] #C 8.3.1 [RTW 9/84] 2 figure 8s hassle a long barge. Also see 5.3.4. #C A different mechanism is used in 15.1.0. #C 8.3.2 [AF 8/31/94] 4 figure 8s hassle a tub. #C 8.3.3 "p8, type 0 toad flipper" See discussion at 60.0.0. #C 8.3.4 [RTW 9/89] Period 8/2, symmetry type "/xk". #C #C The next 3 are closely related: #C 8.4.0 [DJB#90 7/16/76] #C 8.4.1 [DJB#138 1/23/83] #C 8.4.2 [DJB#94 7/29/76] #C #C 8.4.3 "bottle" [AF 8/7/94] Also see "ship in a bottle", 16.0.1. #C 8.5.0 "tumbling T-tetson" [RTW ????] #C 8.5.1 [DJB ????] "nonstandard type 1 p8 toad sucker" See #C discussion at 60.0.0. #C 8.5.2 [DJB ????] "nonstandard type 2 p8 toad flipper" See #C discussion at 60.0.0. #C ---------------------------------------------------------------------- #C 9.0.0 "worker bee" [DJB#52 1972] #C 9.0.1 multiple worker bees #C 9.0.2 [DJB#43 1972??] #C 9.0.3 [DJB#83 7/10/76] #C 9.0.4 [DJB#155 10/9/84] #C 9.1.0 "snacker" [MDN 1972] #C 9.1.1 multiple snackers #C 9.1.2 [RWG 7/15/94] Based on 15.0.1. #C 9.1.3 [RWG 7/15/94] Based on 15.0.2. #C ---------------------------------------------------------------------- #C 10.0.0 [DJB#76 <=1976] #C 10.0.1 [DJB#161 1/21/86] #C 10.0.2 [DJB#153 9/30/84] #C 10.0.3 [DRH 2/16/95] 2 p5s hassle a blinker. Also see 10.1.1. #C 10.1.0 [DJB#139 5/1/83] #C 10.1.1 [DRH 2/16/95] 4 p5s hassle a blinker. Also see 10.0.3. #C ---------------------------------------------------------------------- #C 11.0.0 [DJB#112 6/20/77] Also see 5.4.1 and 7.1.2. #C 11.0.1 [AF 8/4/94] #C 11.0.2 [DJB#156 10/9/84] #C ---------------------------------------------------------------------- #C 12.0.0 "dinner table" [RTW 1972] Period 12/4, symmetry type "nrc". #C 12.0.1 [DJB#159 1986?] #C 12.0.2 [NDE 1/3/95] Supplies a spark that's used in 24.0.1, #C 48.0.0, 96.0.0, 132.0.0, 144.1.0, and 156.0.0. It should #C also be used in 36.1.2, but an earlier version of the p12 #C was inadvertently used there. Also see 12.4.0. #C 12.0.3 [DRH 1/4/95] A larger version of 12.0.2, with a more #C accessible spark. #C 12.1.0 [AF,AWH,RWG 8/8/94] First found on a 32x32 torus, without #C the outer p4s. #C 12.1.1 "baker's dozen" [RTW 8/89] Earlier versions used sparks #C from p4 and p6 oscillators. #C 12.1.2 [DJB#131 10/26/80] 4 baker's dozens, using only stable #C objects and each other for support. #C #C Oscillators 12.2.0 to 12.3.1 are variations on a p12 wick. #C 12.2.0 #C 12.2.1 [DJB <1980, RTW 1989] Originally supported by MW emulators; #C RTW found that monogram works too. #C 12.3.0 #C 12.3.1 "carnival shuttle" [RTW 9/84] Originally used MW emulators #C at the ends. ???? {see RTW's 11/10/89 ltr} #C 12.4.0 [MDN, DRH >~2/20/95] A wick based on 12.0.2, using a p3 #C multiple caterer. #C 12.4.1 [NDE 6/9/95] #C ---------------------------------------------------------------------- #C 13.0.0 [DJB#96 7/31/76] #C ---------------------------------------------------------------------- #C 14.0.0 "tumbler" [George Collins, Jr. 1970] Period 14/2, symmetry #C type "-c+c". #C ---------------------------------------------------------------------- #C 15.0.0 "pentadecathlon" or "PD" [JHC 1970] Supplies sparks used in #C ???? {mention phase changers} #C 15.0.1 [RTW 10/78] 2 PDs hassle 2 blocks symmetrically. Also see #C 9.1.2. #C 15.0.2 "Jolson" [RTW 11/84] 2 PDs hassle 2 blocks asymmetrically. #C 15.0.3 [DJB 3/73] 4 PDs hassle 4 blocks. #C 15.1.0 [DJB 7/73] 2 PDs hassle a long barge. Note that this is #C not the same mechanism as in 5.3.4 and 8.3.1. #C 15.1.1 "p15 biblock hassler" [DRH 2/21/95] See description #C at 16.1.1. #C 15.1.2 "loaflipflop" [RTW 1990] 4 PDs hassle a loaf. #C ---------------------------------------------------------------------- #C 16.0.0 [AF 7/27/94] Period 16/2, symmetry type "rc*c". #C 16.0.1 "2 pre L hassler" [RTW 7/83] 4 blockers hassle a pair of #C pre-loafs. Period 16/2, symmetry type ".k+k". #C 16.0.2 "sailboat" [RTW 6/84] The 2 p8 oscillators (figure 8 and #C Kok's galaxy) supply sparks which attack the boat in the #C same way, but it's not possible to use 2 copies of either. #C 16.1.0 "ship in a bottle" [RWG 8/7/94] Period 16/2, symmetry #C type "/xk". #C 16.1.1 "p16 biblock hassler" [NDE 2/20/95] 2 1-bit sparks (from #C a blocker (8.0.0) and a mold (4.0.0)) hassle a pair of #C blocks. Sparks can also come from oscillators of period 5 #C (see 15.1.1), 6 (see 18.1.0), 12, 29, 47, or 72 (not shown). #C The biblock creates a 1-bit spark of its own in gen 13, so #C it's possible to build a loop of 4 of them (see 52.0.1). #C Also see 16.1.2 for a symmetric version. #C 16.1.2 "symmetric p16 biblock hassler" [NDE 2/21/95] See #C description at 16.1.1. #C 16.2.0 [AF 8/7/94 (on a 32x32 torus), RWG 8/17/94] #C 16.2.1 [RWG 8/9/94 (ship inside), RWG 8/17/94 (toad hassler)] #C A nonstandard toadflipper; see discussion at 60.0.0. #C ---------------------------------------------------------------------- #C 18.0.0 [DJB before 5/91] Period 18/2, symmetry type "n.e". #C 18.0.1 [DRH 1/1/95] 2-glider shuttle. See comments for 42.0.0. #C 18.1.0 "p18 biblock hassler" [NDE 2/20/95] See description #C at 16.1.1. #C ---------------------------------------------------------------------- #C 20.0.0 [NDE 3/22/95] A period 9+11 traffic light hassler. #C 20.0.1 [NDE 4/2/95] A period 10+10 traffic light hassler. #C 20.0.2 [NDE 6/29/95] Sparks from some p4 and p5 oscillators #C hassle a loaf. #C ---------------------------------------------------------------------- #C 21.0.0 [RTW 2/21/95] A period 10+11 traffic light hassler. #C ---------------------------------------------------------------------- #C 24.0.0 "p24, type 2 toadflipper" [RWG 1994] See discussion at 60.0.0. #C 24.0.1 [NDE 11/20/94] #C 24.1.0 [RWG 11/29/94] #C 24.1.1 [RWG 11/29/94] MDN found (not shown; 11/30/94) that an #C eater can be added at the top left in gen 14 to produce a #C rather inaccessible 1-bit spark. #C 24.1.2 [RWG 11/29/94] #C 24.1.3 [NDE 11/29/94] #C 24.2.0 [RTW 12/10/94] Produces a 2-bit spark that's used in #C 2 p48 toad hasslers (48.0.1-2). Also see 24.2.1. #C 24.2.1 [RWG 12/12/94] A variant of 24.2.0. #C ---------------------------------------------------------------------- #C All known p25 oscillators are based on pushing 2 or more traffic light #C predecessors 3 units in 14 gens and pushing them back in 11 gens. #C No way is known to do this with just one pre-t.l. #C 25.0.0 [NDE 9/23/94 (with toasters instead of eaters), DRH 10/19/94] #C 25.0.1 [NDE 11/5/94] #C 25.1.0 [NDE 11/5/94] #C 25.1.1 [NDE 11/18/94] #C 25.2.0 [NDE 11/18/94] #C ---------------------------------------------------------------------- #C 26.0.0 [DJB#140 1/18/83] #C 26.0.1 #C 26.1.0 [use of p7s in top by RWG 8/24/94; see RWG 10/30/94] #C ---------------------------------------------------------------------- #C All known p28 and p29 oscillators are "pulsar hasslers". Consider a #C pair of hollow 3x3 squares, with 3 empty columns between them: #C ooo...ooo #C o.o...o.o #C ooo...ooo #C After 15 generations, this becomes 4 hollow squares: #C ooo...ooo #C o.o...o.o #C ooo...ooo #C ......... #C ......... #C ......... #C ooo...ooo #C o.o...o.o #C ooo...ooo #C (This goes on to become a p3 "pulsar" in gen 20.) By repeatedly #C suppressing 2 of the hollow squares, we obtain oscillators of #C periods 30 and 60; see 30.2.0-3 and 60.5.0. #C #C It's also possible to suppress 2 of the squares in such a way that #C the other 2 form in gen 14 instead of 15; this leads to oscillators #C with periods 28 and 29. Originally this required 8 pairs of squares #C supporting each other; DJB found the first p28 ("newshuttle", not #C included in this collection) in 1973. Later, several methods were #C found which use either 1, 2, or 4 mutually supporting pairs. #C #C 28.0.0 #C 28.0.1 #C 28.0.2 #C 28.0.3 [RWG 7/31/94] #C 28.1.0 #C 28.1.1 #C 28.1.2 "smaller newshuttle" [DJB#64 8/2/80] #C 28.2.0 #C 28.2.1 #C 28.2.2 #C ---------------------------------------------------------------------- #C 29.0.0 #C 29.0.1 #C 29.0.2 #C 29.1.0 #C 29.1.1 #C 29.1.2 #C 29.2.0 [RWG 7/31/94] #C 29.2.1 "prime" [DJB#127 8/2/80] #C 29.2.2 #C 29.3.0 "p29 PD hassler" [RWG ????, DRH 12/13/94] 2 copies of #C 29.0.1 change the phase of a PD. Supplies a 2-bit spark #C that's used in 58.0.0. Also see 36.1.0 and 54.1.0. #C 29.3.1 #C 29.3.2 #C ---------------------------------------------------------------------- #C 30.0.0 "queen bee" or "p30 shuttle" [RWG 1970] The central #C part (the shuttle) reappears, reflected across a vertical #C line, in 15 gens, but a beehive is also produced, which #C would destroy the shuttle. The beehive can be destroyed #C by a block, as shown here, or by an eater in one of two #C different positions, as in 30.0.2. #C 30.0.1 "p30 glider gun" [RWG 11/70] #C 30.0.2 2 p30 shuttles push a beehive back and forth. This also #C demonstrates the 2 positions of an eater that stabilize #C the shuttle. #C 30.1.0 [NDE 10/30/94] 2 p30 shuttles repeatedly change the phase #C of a blinker. #C 30.1.1 [DIB 9/1/92] 2 p30 shuttles repeatedly reverse a loaf. #C 30.1.2 [RTW ????] 2 p30 shuttles repeatedly convert blocks to #C gliders. Also see 92.3.0. #C 30.2.0 "Eureka" [DJB#130 8/16/80] The simplest pulsar hassler. #C Can also be skewed, by moving one half up 2 units. #C 30.2.1 #C 30.2.2 #C 30.2.3 "pulshuttle V" [RTW 5/85] #C 30.3.0 "hectic" [RTW 9/84] Period 30/2, symmetry type ".crc". #C 30.3.1 "p30 LWSS gun" #C 30.4.0 [DRH 2/14/95] 4 p5s hassle a beehive. Also see 35.0.0. #C 30.4.1 [????] 6 gliders in a 180 gen loop. This use of a queen bee #C as a reflector is called a "buckaroo". #C 30.5.0 "zweiback" [MDN 2/13/95] #C ---------------------------------------------------------------------- #C 32.0.0 "gourmet" [DJB#120 3/4/78] Period 32/4, symmetry type #C "nrk". Also see 6.3.4. #C 32.0.1 "popover" [RTW 8/84] Period 32/4, symmetry type "nrk". #C 32.0.2 "pi portraitor" [RTW 1984 or 1985] Period 32/4, symmetry #C type "nrk" #C 32.1.0 [RTW 5/85] Period 32/2, symmetry type "n.c". Two gourmets #C overlap, sharing a loaf. It's possible to build an #C arbitrarily large agar this way. #C 32.1.1 [NDE 1/26/95] Period 32/2, symmetry type "-c+e". #C ---------------------------------------------------------------------- #C 35.0.0 [DRH 2/14/95] 4 p5s hassle a beehive. Also see 30.4.0. #C ---------------------------------------------------------------------- #C 36.0.0 [NDE 1/29/95] #C 36.0.1 "p36 traffic jam" [RWG 10/14/94] #C 36.0.2 [NDE 11/23/94] 2 copies of 36.0.1 change the phase of a PD. #C Also see 29.3.0 and 54.1.0. #C 36.1.0 "p36, type 0 toadflipper" [????] See discussion at 60.0.0. #C 36.1.1 "p36, type 1 toadsucker" [????] See discussion at 60.0.0. #C 36.1.2 [NDE 11/20/94] Could be made smaller using jams instead of #C T-nosed p4s. #C ---------------------------------------------------------------------- #C 40.0.0 [DJB before 5/91] #C 40.0.1 "p40 traffic jam" [NDE 10/14/94] #C 40.1.0 [DRH 11/4/94] A period 20+20 traffic light hassler. Period #C 40/2, symmetry type "-c+e". This use of a bookend as an #C eater also occurs in 25.0.1-25.2.0. #C ---------------------------------------------------------------------- #C 42.0.0 [RTW 9/84, MDN ??/94] A 2-glider shuttle, using a reaction #C in which an eater3 and sparks from 2 unixes reflect a pair of #C gliders. RTW found a period 66+24n version of this; MDN #C noticed that period 42 could be achieved by rearranging the #C unixes. The unixes can also be replaced by period 5 or 47 #C oscillators, giving periods 50+40n (see 50.0.1) and 282+376n #C (see 282.0.0), or by a larger p6 oscillator, giving period #C 18 (see 18.0.1). Also, by a lucky coincidence, the spacing #C between the gliders allows 2 pairs of gliders to cross using #C rephasers, giving periods 246+24n (see 246.0.0), 230+40n #C (see 230.0.0), and 846+376n (not shown). #C ---------------------------------------------------------------------- #C 44.0.0 [DJB 4/2/92] (OBSOLETE: About 4/29/96, NDE found a simpler #C version: Advance the MW emulators 3 gens and delete the 2 #C blocks closest to them.) #C 44.0.1 "p44 glider gun" [DJB 4/2/92] Large sparks from 2 p44 #C oscillators combine to produce gliders. (OBSOLETE: In 10/96, #C DJB found a p44 gun using only 1 p44 oscillator.) #C ---------------------------------------------------------------------- #C 45.0.0 A p15 PD (15.0.0) and a p9 snacker (9.1.0) interact almost #C trivially. #C ---------------------------------------------------------------------- #C Period 46: The p46 shuttle, known as "twin bees", was discovered in #C 1971 by Bill Gosper. Each end of the shuttle can be stabilized by #C either 1 or 2 blocks, as shown in 46.0.0. If only 1 block is used, #C a large spark is produced which can reflect gliders and spaceships #C in several ways. Two shuttles can be combined in at least 5 ways to #C produce glider guns (46.1.0, 46.1.1, 46.2.0, 46.3.0, and the right #C half of 92.4.0). Also see periods 92, 138, 184, 230, 276, 460, 552, #C 690, and 40894. #C #C 46.0.0 "twin bees" or "p46 shuttle" [RWG 1971] #C 46.0.1 [????, DRH 10/26/94] 2 shuttles push a beehive back and forth #C using 2 different reactions. Also see 92.0.0. #C 46.1.0 [RWG ???? {before 3/92}] A p46 glider gun #C 46.1.1 [RWG ???? {before 12/30/90}] Double-barreled p46 glider gun #C 46.2.0 [PC 6/24/94] A p46 glider gun. This one is useful for #C creating gliders parallel to an existing glider stream, #C as in 46.4.0. #C 46.2.1 [RWG <=1992] p46 LWSS gun, based on a 135 degree glider -> #C LWSS reflection. #C 46.3.0 "newgun" [RWG 1971] The first known p46 gun. #C 46.3.1 [RWG <=1992] p46 MWSS gun, based on a 135 degree glider -> #C MWSS reflection from a pair of p46 shuttles. (This glider + #C pre-block -> MWSS reaction is very useful; see 60.6.0 and #C 120.2.0.) #C 46.4.0 [DJB ????, DRH 12/31/90?] p46 HWSS gun. DJB found the only #C known 3-glider synthesis of a HWSS. #C 46.5.0 [DJB? ????] Pseudo p23 gun. The outputs of 2 p46 guns are #C interleaved to produce a p23 glider stream. (Also see #C 60.6.0.) #C 46.5.1 [PC,DRH 1994] p46 glider gun based on a 90 degree #C reflection that changes 1 glider to 2. Also see 230.1.0. #C 46.6.0 "p46 LWSS loop" [Peter Rott 11/93, PC 1994] Based on a #C 90 degree LWSS reflection. #C ---------------------------------------------------------------------- #C 47.0.0 [DJB#137 12/5/82] #C 47.0.1 [???? before 9/92 (horizontal stacking), RWG before 9/92 (skewed #C vertical stacking)] It's possible to build an arbitrarily #C large agar this way. #C ---------------------------------------------------------------------- #C 48.0.0 [RTW 1995] Sparks from 2 p12s move a pair of beehives. #C 48.0.1 "p48, type 2 toadflipper" [RWG 12/11/94] See discussion at #C 60.0.0. #C 48.0.2 "p48, type 2 toadsucker" [RWG 12/11/94] See discussion at #C 60.0.0. #C ---------------------------------------------------------------------- #C 50.0.0 "p50 traffic jam" [NDE 10/16/94] Period 50/2, symmetry #C type "n-e". #C 50.0.1 [DRH 3/19/92 (using early version of toaster)] 2-glider #C shuttle with period 50+40n. See comments for 42.0.0. #C ---------------------------------------------------------------------- #C 52.0.0 [DJB#119 10/1/77] Period 52/4, symmetry type "nrc". #C 52.0.1 [NDE 2/21/95] Period 52/4, symmetry type "nrk". See #C description at 16.1.1. One can also have two pulses #C traveling around the loop separated by 16, 20, or 24 gens, #C or three pulses separated by 16+16+20. #C #C ---------------------------------------------------------------------- #C 54.0.0 [DJB#62 <=1976] This is based on the twin bees shuttle #C (46.0.0). Also see centinal (100.0.0). #C 54.0.1 #C 54.1.0 [DJB before 5/91] 2 p54 shuttles change the phase of a PD. #C Also see 29.3.0 and 36.1.0. #C ---------------------------------------------------------------------- #C 55.0.0 [DJB#162 1/26/86] #C ---------------------------------------------------------------------- #C 56.0.0 [DJB before 5/91] #C 56.0.1 "nonstandard p56 toadsucker" [RWG 10/25/94] See discussion #C at 60.0.0. #C 56.0.2 "nonstandard p56 toadflipper" [RWG 1994] See discussion at #C 60.0.0. #C ---------------------------------------------------------------------- #C 58.0.0 "p58, type 3 toadsucker" [RWG,MDN 10/25/94 (using larger #C p29s), DRH 12/13/94] See discussion at 60.0.0. #C ---------------------------------------------------------------------- #C 60.0.0 "p60 glider shuttle" [???? <=1971] #C 60.0.1 [AF 7/18/94] 2 p30 shuttles push a blinker up and down. #C #C A "toad hassler" is an oscillator in which a toad is changed by a #C pair of domino sparks above and below it. It either moves 1 unit #C sideways ("toadsucker") or changes its orientation ("toadflipper"). #C Amazingly, there are 5 different positions for the sparks which #C work; I call them "type -1" through "type 4", depending on the #C horizontal distance between the top and bottom sparks. The odd types #C are toadsuckers; the even ones are toadflippers. Given a period N #C oscillator which produces accessible domino sparks once per period, #C the resulting toad hasslers have period 4N if N is odd, 2N if N is #C even. However, there are also some toad hasslers in which the period #C is smaller, either because the sparks occur more than once per period #C (see 58.0.0) or because the interaction with the spark is more #C complicated (see 8.5.1-2, 16.2.1, and 56.0.1-2). Oscillators 60.1.0 #C to 60.1.4 show the 5 standard toad hassler geometries; see 8.3.3, #C 36.1.0-1, 108.0.0-1 for more examples. Toad hassling was apparently #C first discovered by RTW in 6/84, using sparks from PDs and snackers to #C give p60 and p36 oscillators. #C 60.1.0 "p60, type -1 toadsucker" #C 60.1.1 "p60, type 0 toadflipper" #C 60.1.2 "p60, type 1 toadsucker" #C 60.1.3 "p60, type 2 toadflipper" #C 60.1.4 "p60, type 3 toadsucker" #C #C 60.2.0 "p60 glider gun" or "twogun" #C [V. Everett Boyer & Doug Petrie <=1973] #C 60.2.1 "p60 end-to-end glider gun" #C 60.3.0 #C 60.3.1 "overwrought p60" [NDE 2/18/95] 2 modified Eurekas (30.2.0) #C and a p4 2-bit sparker (4.12.0) push a traffic light back #C and forth. #C 60.4.0 "metamorphosis II" [RTW 12/13/94] Illustrates a glider to #C LWSS reflection from a pair of p30 shuttles [found by #C Paul Rendell before 1/20/86, rediscovered by PC 12/9/94], and #C a symmetric collision between 2 LWSSs which makes 2 gliders. #C 60.4.1 This demonstrates a reaction [???? 1971?] in which gliders #C hitting a snake alternately create and destroy a boat. This #C can be used as a memory device (called a "boat-bit"); see #C 15240.0.0. #C 60.5.0 "twirling T-tetsons II" [RTW 1989] Period 60/4, symmetry #C type "nrk". #C 60.5.1 "p60 LWSS gun" [DRH 1/28/91?] A MW emulator deletes half of #C the outputs of a p30 LWSS gun. (There are also oscillators #C which can do the same for MWSS or HWSS streams; see 4.11.1 #C and 4.12.0.) #C 60.6.0 "p60 MWSS gun" This glider + pre-block -> MWSS reaction is #C very useful; see 46.3.1 and 60.6.0. #C 60.7.0 "pseudo p20 glider gun" [DRH 12/19/91] 3 p60 glider streams #C are merged to form a p20 stream. This uses a head-on #C collision between a glider and a pair of gliders to insert #C gliders into an existing glider stream. Using this reaction, #C a pseudo period N gun can be built for any N>=19. More #C complicated methods are known for getting periods 14 to 18. #C (Also see 46.5.0.) #C ---------------------------------------------------------------------- #C 72.0.0 [RTW 7/90] #C ---------------------------------------------------------------------- #C 75.0.0 "glider shuttle III" [RTW 9/84] #C ---------------------------------------------------------------------- #C 80.0.0 [DRH 10/28/94] A p16 (16.2.0) and a MW volcano (5.2.1) #C interact almost trivially. #C ---------------------------------------------------------------------- #C 88.0.0 [DRH 1994] A variant of 44.0.0. #C ---------------------------------------------------------------------- #C 90.0.0 "p90 glider shuttle" #C 90.0.1 [DIB 11/30/93] A glider shuttles between 2 pairs of p30 #C shuttles. At each end it turns into a boat and then back #C into a glider. The spark that turns the glider into a boat #C is symmetric, so this reaction can also be used to shift a #C glider's path by 2 units without reversing its direction. #C Also see 184.0.0 and 276.0.0. #C 90.1.0 "p90 glider gun" [DRH ????] #C ---------------------------------------------------------------------- #C 92.0.0 [RWG 5/28/92] 2 p46 shuttles push a beehive back and forth. #C Also see 46.0.1. #C 92.1.0 [NDE 11/23/94] 2 p46 shuttles push a blinker back and forth. #C 92.2.0 [DRH, NDE 1/15/95] 2 p46 shuttles repeatedly reverse a loaf. #C 92.3.0 [RTW 3/91] 2 p46 shuttles repeatedly convert blocks to #C gliders. Also see 30.1.2. #C 92.4.0 "p92 glider gun" [DRH 1/7/91] Made from 2 overlapping p46 #C guns. #C ---------------------------------------------------------------------- #C 96.0.0 "p96 Hans Leo hassler" [NDE 1/28/95] A p12 sparker #C (12.0.2) changes a traffic light into a B-heptomino; an #C eater and a figure 8 change it back. Also see 132.0.0, #C 144.1.0, and 156.0.0. #C ---------------------------------------------------------------------- #C 100.0.0 [RWG before 9/87] "centinal" Related to 46.0.0 and 54.0.0. RWG #C created a huge (13584x12112) p1100 glider gun from this. #C 100.0.1 "p100 traffic jam" [NDE 10/15/94] #C ---------------------------------------------------------------------- #C 105.0.0 A p15 PD (15.0.0) and a p7 (7.0.4) interact almost trivially. #C ---------------------------------------------------------------------- #C 108.0.0 "p108, type 0 toadflipper" See discussion at 60.0.0. #C 108.0.1 "p108, type 1 toadsucker" [DJB before 5/92] See discussion at #C 60.0.0. #C ---------------------------------------------------------------------- #C 110.0.0 "p110 traffic jam" [RWG 10/17/94] #C ---------------------------------------------------------------------- #C 120.0.0 "p120 glider gun" [DRH 1/13/91] A blocker can convert a #C period 8n+4 glider gun to period 16n+8. #C 120.0.1 [MDN ????] #C 120.1.0 "p120 LWSS gun" [DRH 1/28/91] A blocker can convert a #C period 8n+4 LWSS gun to period 16n+8. #C 120.2.0 "p120 MWSS gun" [????] This glider + pre-block -> MWSS #C reaction is very useful; see 46.3.1 and 60.6.0. #C 120.3.0 "p120 HWSS gun" [DJB ????] #C ---------------------------------------------------------------------- #C This mechanism was known for years before a way was found to make it #C work. A "lumps of muck" predecessor is hassled on the left starting #C around gen 15, causing its left half to disappear. The right half #C is hassled at the top starting around gen 55, causing another LoM #C predecessor to form in gen 62. The process is repeated, rotated 180 #C degrees. #C 124.0.0 [clock+eater+block by DRH ????, 4.11.1 by RWG 11/30/94] #C Smallest known version. #C 124.0.1 [DRH ????] An arbitrarily large agar can be built. #C 124.1.0 [eater3 by DJB? ????, MW emulator by MDN? ????, #C eater+p4 by DRH ????, 4.11.0 by ???? ????] #C 124.1.1 [4.12.0 by RWG 11/30/94, eater+p4 by DRH ????] #C ---------------------------------------------------------------------- #C 128.0.0 [DJB before 11/91] 2 B-heptominoes move around a track of length #C 256 gens formed from p8 oscillators. Also see 808.0.0. #C ---------------------------------------------------------------------- #C 132.0.0 "p132 Hans Leo hassler" [NDE 1995] A p12 sparker (12.0.2) #C changes a traffic light into a B-heptomino; a unix changes #C it back. Also see 96.0.0, 144.1.0, and 156.0.0. #C 132.0.1 [DJB before 8/94] A variant of 44.0.0. #C ---------------------------------------------------------------------- #C 135.0.0 [RWG 1989] A 2-glider shuttle, combining a rephaser and the #C reflections from 75.0.0. Also see 150.0.0. #C ---------------------------------------------------------------------- #C 138.0.0 [RWG ????] Glider loop based on a 'flawed' 180 degree #C glider reflection. The first reflection leaves behind a #C pond, which the next deletes, so gliders must occur in #C pairs. (But see 552.0.0.) The length of the loop may be #C anything of the form 138+184n. #C ---------------------------------------------------------------------- #C 144.0.0 [AF 7/21/94, DIB 8/8/94] Found by AF on a cylinder of #C height 22 (without the outer blocks) and originally #C stabilized using figure 8s. The use of blocks (which #C temporarily become loaves) was found by DIB. #C 144.0.1 "p144 glider gun" [RWG 7/22/94] Uses a spark from 72.0.0 #C to turn a block produced by 144.0.0 into a glider. #C 144.1.0 "p144 Hans Leo hassler" [NDE 1/4/95] A p12 sparker (12.0.2) #C changes a traffic light into a B-heptomino; an eater changes #C it back. Also see 96.0.0, 132.0.0, and 156.0.0. #C ---------------------------------------------------------------------- #C Also see p150 glider gun in 2700.0.0. #C #C 150.0.0 [DRH 1989] A 2-glider shuttle, combining a rephaser and the #C reflections from 90.0.0. Also see 135.0.0. #C 150.0.1 [RTW <=1989] A p150 2-glider shuttle, extensible to period #C 150+120N. Also see 165.0.0. #C ---------------------------------------------------------------------- #C 156.0.0 "p156 Hans Leo hassler" [NDE 1/4/95] A p12 sparker (12.0.2) #C changes a traffic light into a B-heptomino; an eater changes #C it back. Also see 96.0.0, 132.0.0, and 144.1.0. #C ---------------------------------------------------------------------- #C 165.0.0 [RTW <=1989] A p165 2-glider shuttle, extensible to period #C 165+120N. Also see 150.0.1. #C ---------------------------------------------------------------------- #C 184.0.0 [DRH 1/24/92] Glider shuttle based on 180 degree reflection: a #C p46 spark turns the glider into a block; the next spark turns #C it back into a glider. The period can be anything of the #C form 184+92n. Also see 276.0.0 and 90.0.1. #C ---------------------------------------------------------------------- #C 188.0.0 "pseudo p94 gun" [DJB,RCS,PC 7/11/94] A pre-honey farm #C interacts with an eater and a block, emitting a glider, #C creating a traffic light, and forming another pre-honey farm #C 47 gens later; this reaction is called "AK47". The new #C pre-h.f. interacts with another eater and block to recreate #C the original configuration. Unfortunately, the 2 traffic #C lights must be suppressed in order to make the process repeat #C every 94 gens. This reaction was found independently by DJB #C and RCS and was known for years before PC found a period 4 #C oscillator which could suppress the traffic lights. (A true #C p94 gun was built by DRH in 6/90, using 36 AK47s.) #C 188.0.1 "p188 glider gun" [DRH 7/19/94] #C ---------------------------------------------------------------------- #C 200.0.0 "p200 traffic jam" [RWG 10/16/94] (ERROR: This isn't an #C oscillator; it becomes one in gen 60.) #C ---------------------------------------------------------------------- #C 230.0.0 [DRH 3/19/92 (using early version of toaster)] 4-glider #C shuttle with period 230+40n. See comments for 42.0.0. #C 230.0.1 "obnoxious p230" [RWG 5/28/92] Sparks from a p46 shuttle #C interact 3 times with sparks from a p5 MW volcano; one #C interaction makes a temporary blinker; another makes a #C temporary glider. #C 230.1.0 [PC 6/28/94] p230 glider gun based on 2 LWSS reflections from #C p46 oscillators. In one, the LWSS is turned 90 degrees; in #C the other it becomes 2 parallel gliders. Also see 46.5.1. #C ---------------------------------------------------------------------- #C 240.0.0 2-glider shuttle. Uses the same 180 degree reflection as #C 60.0.0, combined with 2 rephasers. #C ---------------------------------------------------------------------- #C 246.0.0 [DRH 11/89 (p270+24n), 4/92 (p246)] 2-glider shuttle with #C period 246+24n. See comments for 42.0.0. #C ---------------------------------------------------------------------- #C 276.0.0 [DRH 1/24/92] Glider shuttle based on the same reflection #C as in 184.0.0. Also see 90.0.1 #C 276.1.0 "4-barrelled p276 glider gun" [DJB before 11/92] #C ---------------------------------------------------------------------- #C 282.0.0 [RWG 9/13/92] 2-glider shuttle. See comments for 42.0.0. #C ---------------------------------------------------------------------- #C 300.0.0 [MDN 10/27/94] Sparks from a pentadecathlon (15.0.0) and a #C centinal (100.0.0) interact to form a temporary block. #C ---------------------------------------------------------------------- #C 329.0.0 A p47 (47.0.0) and a p7 (7.0.4) interact almost trivially. #C ---------------------------------------------------------------------- #C 360.0.0 "p360 2-barelled glider gun" [DJB before 10/92] #C ---------------------------------------------------------------------- #C 400.0.0 "p400 glider loop" [RWG 1987] A glider bounces between 4 #C centinals. By expanding the loop and using more than one #C glider, oscillators of period 100N can be built for any N. #C ---------------------------------------------------------------------- #C 460.0.0 [DJB 1992, DRH 1995] p460 glider gun based on a reaction #C found by DJB which converts 2 gliders to 3 gliders. One #C glider escapes; the others are reflected by p46 shuttles #C to repeat the reaction. Given a period P oscillator which #C can reflect a glider 90 degrees, we can build a gun whose #C period is any multiple of P that's >= 452. (DJB originally #C used this to build a p500 gun, using centinals (100.0.0) to #C reflect the gliders.) #C ---------------------------------------------------------------------- #C 552.0.0 [RWG ????, DRH 1/23/92] Glider loop based on the same #C reflection as in 138.0.0. Here the ponds are deleted by a #C p8 blocker. The period of the loop can be anything of the #C form 138+184n, but the period of the oscillator is 4 times #C that. #C ---------------------------------------------------------------------- #C 690.0.0 [DRH 1/3/91] Sparks from a p46 shuttle interact 6 times with #C sparks from a p15 pentadecathlon; one interaction makes a #C temporary blinker. #C ---------------------------------------------------------------------- #C 808.0.0 "p808 glider gun" [DJB before 11/91] A B-heptomino moves around #C a track made of various eaters and p8 oscillators; it makes #C 4 moves each of durations 64, 65, and 73. Also see 128.0.0. #C (In 1996, DJB found several B-heptomino moves using only #C stable objects to form a track, thereby producing guns of #C all periods >= 62.) #C ---------------------------------------------------------------------- #C 856.0.0 "p856 glider gun" [DJB before 11/91] #C ---------------------------------------------------------------------- #C 2700.0.0 "crystallization and decay oscillator" [DRH 3/27/90] #C Extensible to period 2700+1950N. A p150 gun shoots gliders #C toward a pair of PDs. The first is reflected 180 degrees #C and hits the second, forming a honey farm. Subsequent #C gliders grow a crystal back toward the gun; every 11 #C gliders add another pair of beehives to the crystal. #C Eventually, an eater stops the growth and the crystal #C begins to decay: two successive gliders delete one pair of #C beehives. (This is based on an earlier pattern found and #C lost by RWG, using a p46 gun.) #C ---------------------------------------------------------------------- #C 15240.0.0 "p120-based PRNG" [DRH 3/21/92] Pseudo random number #C generator, based on an earlier pattern by RWG (a larger #C version of 40894.0.0). Produces a sequence of bits b[n], #C represented by gliders, satisfying the recurrence #C b[n] = b[n-1] XOR b[n-7]. The sequence has period 127, #C so the period of the pattern is 120*127. Increasing the #C separation between the NW and SE parts by 15N units #C diagonally changes the 7 above to K=7+N (N >= -4). The #C period of the sequence depends rather erratically on K: #C #C K | 2 3 4 5 6 7 8 9 10 11 12 13 14 15 #C P | 3 7 15 21 63 127 63 73 889 1533 3255 7905 11811 32767 #C #C K | 16 17 18 19 20 21 22 23 #C P | 255 273 253921 413385 761763 5461 4194303 2088705 #C #C K | 24 25 26 27 28 29 #C P | 2097151 10961685 298935 125829105 17895697 402653181 #C #C K | 30 31 32 33 #C P | 10845877 2097151 1023 1057 #C #C Also see 40894.0.0. (In 1996, DRH built a p30-based PRNG.) #C This uses a "boat-bit", a reaction in which gliders hitting #C a snake alternately create and destroy a boat. #C ---------------------------------------------------------------------- #C 40894.0.0 "p46-based PRNG" [RWG ????, DRH 1/10/95] Pseudo random #C LWSS generator. Produces a sequence of bits b[n], #C represented by LWSSs, satisfying the recurrence #C b[n] = b[n-1] EQV b[n-10]. The sequence has period 889, #C so the period of the pattern is 46*889. 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134bobo2bobo318b2o2b2o22b3o119bo2bo4b2o200b2o13b2o12b2o10bo2b2o17b2o$ 58bo7bo7bo29bo2bobobo2bo65b5o5b5o20bobo68b2o3bo5bo3bo5bo3bo5bo2bo2bo3b o3b3o3bo3b2o35bo6b2o4bo50b4o3b4ob4o3b4ob4o3b4o121bo10bo44bobobo42b2o 13b2o24bo15bo77b5obob2o29bobo181bobob2o13b2obobo17bob2o6b2obo8bobobo3b obobob2o6b2obobob2o5bo4bo8bobo100b2o10bo8bo306bobo7b2o22b2o7bobo192b2o 39bobo6b2o7bo4b2o155b2ob6o4bo3bo124bo4bo2b2obobo133b2o4b2o18bo2bo295b 2o29bo119bo2bo3bo2bo181b2o17b3obo9b2o25bo19b2obo$55bo2bo4bo2bo4bo2bo 31bo2bo2bo70bobo3bobo24bo75b2ob2o5b2ob2o5b2ob2o5b2ob2o4bobob2o41bobo8b 3o50bo4bo4bobo4bo4bobo4bo4bo126b2o46bo2bo3bo42b2o13b2o63b2o5b2o46bo2bo 2bobo32bo182b2obo15bob2o41b2ob4o2b2obo7bo2bob2obo6bo4bo9bo91b2o4bob2o 12bo8bo306bobobo2bo30bo2bobobo234b2o7bo4b3o5b2obo4bobo146b2ob6o5bo3bo 118b2o4bo9bobo157bo2b2o2bo294b2o26bobo95b2o23b2o4bo2bo181bobo17b2o39b 2o16b3ob2o9b2o$55b3o5b3o5b3o34bobo73b2o3b2o102bobo7bobo7bobo7bobo7bobo 41bobo5b2obo2bo53b2ob2o7b2ob2o7b2ob2o129b2o46b4ob2o43bo15bo60bo13bo48b 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golly-3.3-src/Patterns/Life/Oscillators/unique-high-period.rle0000644000175000017500000001304112026730263021377 00000000000000#C Unique High-Period Oscillators #C These represent the known high-period mechanisms circa 1999 #C that do not depend on some engineering technique such as hassling #C (see Oscillators-TrafficLightHasslers) or Herschel conduits #C (see HerschelTrack). #C From Alan Hensel's "lifebc" pattern collection. x = 254, y = 174, rule = B3/S23 152boo$151bobbo$150bobobo$149b3obo58boo16boo$149b3o61bo16bo$129bo11bob o69bobo12bobo$bboobo6boobo76boboo6boobo21b3o14bo36boobo6boobo19boo12b oo$bboboo6boboo76boobo6boboo9boo9bo13bobbo37boboo6boboo$6boobboo4boo 72boo14boo8bo9boo11bobobo3boobboboboo22boo4boobboo4boo14boo18boo$6bo3b o5bo74bo14bo9bobo20bobbo4boobboboboo22bo5bo3bo5bo15bobo10boo4bobo$7bo 3bo5bo25bo46bo16bo9boo21boo10bo27bo5bo3bo5bo15bo10bobo5bo$6boobboo4boo 24bobo45boo14boo39boo30boo4boobboo4boo12bo13boo9bo$bboobo4bo5bo24bo3b oo45boboo6boobo16bo24boo32boobo4bo5bo13b6o8bo5b6o$bboboo5bo5bo12boo9bo 3boo3boo40boobo6boboo16bobo30boo24boboo5bo5bo17bo14bo$6boobboo4boo12b oo9bo3boo3boo44boobboo19bo33boo28boobboo4boo14boo18boo$6bo3bo5bo25bobo 52bobbo21bo39boo21bo3bo5bo15bo20bo$7bo3bo5bo25bo52bo4bo21boo3boo17boob oo3boo4bobbo21bo3bo5bo15bo18bo$6boobboo4boo78boobboo26bobo16booboo3boo bbobbobo20boobboo4boo12b3obbo14bobb3o$bboobo6boobo76boboo6boobo13boo9b o32bo17boobo6boobo14bobb3o8bo5b3obbo$bboboo6boboo76boobo6boboo14bo9boo 27boboo18boboo6boboo15bo12boo8bo$117b3o25boo13bo50boo10bobo5boo$117bo 27b3o65bo10boo4bo$145boobo62boo18boo$147bobo58bobbo20bobbo$146bobbo57b obobobboo12boobbobobo$147boo59bobbobobo12bobobobbo$211bobo16bobo$212b oo16boo5$39boo$39bo$31bobooboobo5boo$31boobobobo6bo70boo25boo57boo48b oo$bboobo6boobo21bo8bo46boboo4boo3boo9bo25bo30boo5boobo6boobo8bo48bo$ bboboo6boboo29boo46boobo4boo3boo9bobo21bobo31bo5boboo6boboo8bobo21boo 21bobo$6boo8boo73boo25boo7boo12boo31bo4boo4boobboo4boo7boo8bo12boo12b oo7boo$6bo9bo28boo45bo8boo3boo21bo44boo3bo5bo3bo5bo17boo26bobo$7bo9bo 11bo9b3obbobo44bo9bobobobo16bo4boo49bo5bo3bo5bo15boo29bo$6boo8boo11b3o 7bobo3bo45boo10bobo18boo3bo44boo3boo4boobboo4boo16boobboo22b3o$bboobo 6boobo16bo6bobo4b3o44boboo5boobo22bo46bo3bo5bo3bo5bo$bboboo6boboo15bob o14bo44boobo9boo66bo5bo5bo3bo5bo$6boobboo19boo64boo8bo20bo45boo3boo4b oobboo4boo$6bo3bo87bo7bo17boo3bo49bo5bo3bo5bo17boobboo22b3o$7bo3bo19b oo64bo8boo16bo4boo43boo4bo5bo3bo5bo15boo29bo$6boobboo19bo8bo56boo8bo 21bo45bo3boo4boobboo4boo16boo26bobo$bboobo6boobo16bo6boboboboo46boboo 9bo11boo7boo12boo31bo6boobo6boobo9boo8bo12boo12boo7boo$bboboo6boboo15b oo5bobooboobo46boobo9boo9bobo21bobo30boo5boboo6boboo8bobo21boo21bobo$ 38bo78bo25bo59bo48bo$37boo77boo25boo57boo48boo13$231boo$231boo$$223boo $224bo12bo$31boo20boo169bobo8boo$30bobbo19boo170boo10boo$30bo205bo$30b o214boo$30boboo20boo92booboobo90bobo$32boo18boboo91boobbooboo91bo$52bo 102bo84boo4booboobo$boo3boo4boobo36bo39boboo8boboo22boo15boo26boo5boob o4boo3boo14boo27bobo3bobboboo$boo3boo4boboo15boo13boo4bobbo36boobo8boo bo22boo15boo5boo20bo5boboo4boo3boo13bobo30bo3bo$10boo4boo13boo12bobbo 4boo35boo10boo50boo19bo10boo22bo30bo3boboo$boo3boobbo5bo28bobbo42bo9bo bo43bo27boo9bo3boo3boo8bobooboo4boo23bo3b4o$bobobobo3bo5bo26booboo41bo 10bo45booboobboo31bobbobobobo8boobobbo3bobo23b3obo$3bobo4boo4boo27boo 43boo8boo17bobbo17boobo4bobooboo20boo9boo4bobo16boobbo25boo3bobo$bboob o4bo5bo75boboo6boobo17bo16bo3bo31bo5boobo5boobo16b5obo23b3obo$6boo3bo 5bo19bo10bo43boobo6boboo18boo15b3o31bo6boboo9boo14bo3b3o23bo3b4o$7bobb oo4boo18bobo8bobo46boobboo4boo10boboo6bo46boo3boo14bo13bo6boo22bo3bob oo$6bo3bo5bo20bo4boo4bo48bobbo5bo11bobbo3bo54bo14bo14boo4b3o24bo3bo$6b oo3bo5bo22bo4bo50bo4bo5bo9bo3bob3o49boo4bo13boo13bo6boo21bobo3bobboboo $7bobboo4boo22bo4bo50boobboo4boo8bo11bo13boo32bo3boo14bo14bo3b3o8b3o 11boo4booboobo$6bo5boobo24bo4bo46boboo6boobo13b3obo3bo14boo31bo6boobo 9bo15b5obo8bobo18bo$6boo4boboo25bobbo47boobo6boboo13bo3bobbo48boo5bob oo9boo14boobbo9bobbo16bobo$39bobobbobo69bo6boobo78boobobbo3bobo7bobo 17boo$39boo4boo72boo84bobooboo4boo7b3o$121bo88bo$122bobbo84bobo$211boo $221bo$219boo10boo$221boo8bobo$220bo12bo$233boo$$225boo$225boo6$46boo 6boo$46boo6boo5$206boo24boo$206boo24boo$bboo3boobboo3boo12boo38boo20bo boo6boobo27bo42boo3boo3boobboo3boo17boo$bboo3boobboo3boo11bobo38bobo 19boobo6boboo26boboo41bo3boo3boobboo3boo16bobbo$29boboboo32boobobo23b oo8boo24boboo40bo37boo$bboo3boobboo3boo12bobobo32bobobo25bo8bo26boo41b oo3boo3boobboo3boo$bbobobobobbobobobo14bo36bo26bo10bo73bobobobobbobobo bo21b3o$4bobo6bobo15bobbo12boo4boo12bobbo25boo8boo14boo12boo38boo5bobo 6bobo23bobo$3boobo5boobo15bo14bobo4bobo14bo23boo6boobo16boo12boo39bo4b oobo5boobo23b3o$7boo7boo13bo3bo9boo8boo9bo3bo24bo6boboo70bo9boo7boo22b oo$8bo8bo13bo3bo10bobo4bobo10bo3bo23bo5boo74boo9bo8bo22b3o$7bo8bo14bo 15boo4boo15bo23boo4bo20bobo62bo8bo23bobo$7boo7boo13bobbo32bobbo21boo7b o18bo18boo35boo8boo7boo22b3o$8bo8bo14bo36bo23bo6boo13boobbo4bo10boobo bboboo32bo9bo8bo$7bo8bo13bobobo3boo22boo3bobobo20bo9boobo9boobobboboo 10boobbo4bo31bo9bo8bo28boo$7boo7boo11boboboo3boo22boo3boobobo19boo8bob oo13boo19bo35boo8boo7boo26bobbo$29bobo38bobo68bobo80boo$30boo38boo134b oo24boo$206boo24boo5$46boo6boo$46boo6boo11$138bo$136b3o$135bo$135boo$ 119boo19boo$120bo19bo$120bobo15bobo$oo4boo6boboo35bo38boobo6boobo15boo 15boo$bo5bo6boobo22bo10b5o36boboo6boboo$o5bo5boo15boo8boo9boobobbo33b oo4boobboo4boo24b3o$oo4boo3bobo15boo7boo9bo7bo32bo5bo3bo5bo25bobo$bbob oo5bo27boobboo5boobobbo34bo5bo3bo5bo24bobo$bboobo4boo39b5o34boo4boobb oo4boo$6boo4boobo37bo38boobo6boobo$7bo4boboo76boboo6boboo$6bo3boo4boo 21boobboo45boo4boobboo4boo$6boobbo5bo12boo7boo16boo32bo5bo3bo5bo$11bo 5bo11boo8boo15boo33bo5bo3bo5bo17boo15boo$10boo4boo22bo49boo4boobboo4b oo16bobo10bo4bobo$6boo4boobo76boobo6boobo18bo12bo6bo$6boo4boboo76boboo 6boboo17boo19boo$128boo$129bo$126b3o$126bo! golly-3.3-src/Patterns/Life/Oscillators/glider-stream-crystal.rle0000644000175000017500000001070112026730263022112 00000000000000#C High-period oscillator built by David Dauthier, showing #C a common crystal forming on a glider stream. Several adjustable #C high-period guns have been constructed that make use of two #C identical copies of this repeatable growth-and-decay reaction. #C It is also possible to support a single crystal of adjustable #C length, and extract a glider from either end of the reaction. #C See, e.g., p08832.lif in Jason Summers' "guns2j" collection. x = 252, y = 221, rule = B3/S23 90b2o68b2o$90b2o16b2o32b2o16b2o$108b2o32b2o4$89b3o8b2o48b2o8b3o$89b3o 8b2o48b2o8b3o$88bo3bo66bo3bo$108b3o30b3o$27b2o58b2o3b2o6bo6bo3bo28bo3b o6bo6b2o3b2o58b2o$29bo69bobo48bobo69bo$16b2o12bo67bo3bo3bo5bo26bo5bo3b o3bo67bo12b2o$16b2o4bo7bo8b2o57b5o3b2o3b2o26b2o3b2o3b5o57b2o8bo7bo4b2o $13b2o5b2o8bo8b2o56b2o3b2o44b2o3b2o56b2o8bo8b2o5b2o$5b2o5b3o5bo2b2o4bo 57b3o8b5o46b5o8b3o57bo4b2o2bo5b3o5b2o$5b2o6b2o6b5ob2o62b2o6b3o7bo32bo 7b3o6b2o62b2ob5o6b2o6b2o$16b2o4bo68b2o7bo7bob2o28b2obo7bo7b2o68bo4b2o$ 16b2o74b2o14bo34bo14b2o74b2o$90bobo15bo3bo26bo3bo15bobo$90b2o8bo8bo2bo 26bo2bo8bo8b2o$18b2o79bobo7b5o24b5o7bobo79b2o$16bo3bo78bo9b5o24b5o9bo 78bo3bo$10b2o3bo5bo63b2o3b2o16b2o3b2o22b2o3b2o16b2o3b2o63bo5bo3b2o$10b 2o2b2obo3bo2bobo58b2o3b2o17b5o24b5o17b2o3b2o58bobo2bo3bob2o2b2o$15bo5b o3bo71b2o4bo6b3o26b3o6bo4b2o71bo3bo5bo$16bo3bo8b2o56b3o7b2o12bo28bo12b 2o7b3o56b2o8bo3bo$18b2o9b2o56b3o72b3o56b2o9b2o$88bo74bo3$13bo8b2o204b 2o8bo$11bobo6bo2bo204bo2bo6bobo$4b2o4bobo7bo3bo2b2o194b2o2bo3bo7bobo4b 2o$4b2o3bo2bo7bo2b2o2b3o57b2o74b2o57b3o2b2o2bo7bo2bo3b2o$10bobo16b2obo 12bo41b2o21b2o28b2o21b2o41bo12bob2o16bobo$11bobo4b3o8bo2bo5b2o6bo63b2o 28b2o63bo6b2o5bo2bo8b3o4bobo$13bo15b2obo5b2o4b3o158b3o4b2o5bob2o15bo$ 27b3o192b3o$27b2o194b2o$87bobo72bobo$87b2o74b2o$88bo74bo18$65b2o118b2o $64b3o118b3o$64b2obo116bob2o$65b3o116b3o$66bo118bo13$23b2o202b2o$23b3o 200b3o$9bo15b2obo5b2o4b3o166b3o4b2o5bob2o15bo$7bobo4b3o8bo2bo5b2o6bo 166bo6b2o5bo2bo8b3o4bobo$6bobo16b2obo12bo168bo12bob2o16bobo$2o3bo2bo7b o2b2o2b3o200b3o2b2o2bo7bo2bo3b2o$2o4bobo7bo3bo2b2o202b2o2bo3bo7bobo4b 2o$7bobo6bo2bo212bo2bo6bobo$9bo8b2o212b2o8bo4$14b2o9b2o198b2o9b2o$12bo 3bo8b2o198b2o8bo3bo$11bo5bo3bo208bo3bo5bo$6b2o2b2obo3bo2bobo206bobo2bo 3bob2o2b2o$6b2o3bo5bo216bo5bo3b2o$12bo3bo218bo3bo$14b2o220b2o3$12b2o 224b2o$12b2o4bo214bo4b2o$b2o6b2o6b5ob2o202b2ob5o6b2o6b2o$b2o5b3o5bo2b 2o4bo200bo4b2o2bo5b3o5b2o$9b2o5b2o8bo8b2o178b2o8bo8b2o5b2o$12b2o4bo7bo 8b2o178b2o8bo7bo4b2o$12b2o12bo198bo12b2o$25bo40b2o116b2o40bo$23b2o41b 3o114b3o41b2o$65bob2o114b2obo$65b3o116b3o$66bo118bo2$66bo118bo$65b3o 116b3o$65bob2o114b2obo$23b2o41b3o114b3o41b2o$25bo40b2o116b2o40bo$12b2o 12bo198bo12b2o$12b2o4bo7bo8b2o178b2o8bo7bo4b2o$9b2o5b2o8bo8b2o178b2o8b o8b2o5b2o$b2o5b3o5bo2b2o4bo200bo4b2o2bo5b3o5b2o$b2o6b2o6b5ob2o202b2ob 5o6b2o6b2o$12b2o4bo214bo4b2o$12b2o224b2o3$14b2o220b2o$12bo3bo218bo3bo$ 6b2o3bo5bo216bo5bo3b2o$6b2o2b2obo3bo2bobo206bobo2bo3bob2o2b2o$11bo5bo 3bo208bo3bo5bo$12bo3bo8b2o198b2o8bo3bo$14b2o9b2o198b2o9b2o4$9bo8b2o 212b2o8bo$7bobo6bo2bo212bo2bo6bobo$2o4bobo7bo3bo2b2o202b2o2bo3bo7bobo 4b2o$2o3bo2bo7bo2b2o2b3o200b3o2b2o2bo7bo2bo3b2o$6bobo16b2obo12bo168bo 12bob2o16bobo$7bobo4b3o8bo2bo5b2o6bo166bo6b2o5bo2bo8b3o4bobo$9bo15b2ob o5b2o4b3o166b3o4b2o5bob2o15bo$23b3o200b3o$23b2o202b2o13$66bo118bo$65b 3o116b3o$64b2obo116bob2o$64b3o118b3o$65b2o118b2o18$88bo74bo$87b2o74b2o $87bobo72bobo$27b2o194b2o$27b3o192b3o$13bo15b2obo5b2o4b3o158b3o4b2o5bo b2o15bo$11bobo4b3o8bo2bo5b2o6bo63b2o28b2o63bo6b2o5bo2bo8b3o4bobo$10bob o16b2obo12bo41b2o21b2o28b2o21b2o41bo12bob2o16bobo$4b2o3bo2bo7bo2b2o2b 3o57b2o74b2o57b3o2b2o2bo7bo2bo3b2o$4b2o4bobo7bo3bo2b2o194b2o2bo3bo7bob o4b2o$11bobo6bo2bo204bo2bo6bobo$13bo8b2o204b2o8bo3$88bo74bo$18b2o9b2o 56b3o72b3o56b2o9b2o$16bo3bo8b2o56b3o7b2o12bo28bo12b2o7b3o56b2o8bo3bo$ 15bo5bo3bo71b2o4bo6b3o26b3o6bo4b2o71bo3bo5bo$10b2o2b2obo3bo2bobo58b2o 3b2o17b5o24b5o17b2o3b2o58bobo2bo3bob2o2b2o$10b2o3bo5bo63b2o3b2o16b2o3b 2o22b2o3b2o16b2o3b2o63bo5bo3b2o$16bo3bo78bo9b5o24b5o9bo78bo3bo$18b2o 79bobo7b5o24b5o7bobo79b2o$90b2o8bo8bo2bo26bo2bo8bo8b2o$90bobo15bo3bo 26bo3bo15bobo$16b2o74b2o14bo34bo14b2o74b2o$16b2o4bo68b2o7bo7bob2o28b2o bo7bo7b2o68bo4b2o$5b2o6b2o6b5ob2o62b2o6b3o7bo32bo7b3o6b2o62b2ob5o6b2o 6b2o$5b2o5b3o5bo2b2o4bo57b3o8b5o46b5o8b3o57bo4b2o2bo5b3o5b2o$13b2o5b2o 8bo8b2o56b2o3b2o44b2o3b2o56b2o8bo8b2o5b2o$16b2o4bo7bo8b2o57b5o3b2o3b2o 26b2o3b2o3b5o57b2o8bo7bo4b2o$16b2o12bo67bo3bo3bo5bo26bo5bo3bo3bo67bo 12b2o$29bo69bobo48bobo69bo$27b2o58b2o3b2o6bo6bo3bo28bo3bo6bo6b2o3b2o 58b2o$108b3o30b3o$88bo3bo66bo3bo$89b3o8b2o48b2o8b3o$89b3o8b2o48b2o8b3o 4$108b2o32b2o$90b2o16b2o32b2o16b2o$90b2o68b2o! golly-3.3-src/Patterns/Life/Oscillators/extensible-low-period.rle0000644000175000017500000001773312026730263022131 00000000000000#C Some low-period oscillators have been found to be repeatable. #C While this property occurs in some higher period oscillators, #C it usually does not seem quite as remarkable, since those #C extensible oscillators typically depend on some mechanism of #C "bouncing off" of copies of themselves. #C From Alan Hensel's "lifebc" pattern collection. x = 328, y = 205, rule = B3/S23 324boo$231boo26bo64boo$230b4o24bobo63boo$32boo34bo160bobbobo22bobobo 63bo$bboobo25bobo10bo7bo13bobo127boboo28bobobboo22bo3b3o60bobo$bboboo 36bobo5bobo12bo4bo125boobo27bobo24booboo60b3obobo$6boo21bobo14bobo5bo 10b5o25boo97boo30boo25bobo3bobo12boo7boo14boo7boo9b4obo$6bo33boo6bo22b o9bo13bobo95bobo30b3o24bobboo3bo12b3o5b3o14b3o5b3o13bo$7bo19bobo24boo 9booboobobo6bobo16bobo32bo25bo32bo33bobo24boobbo3boo7bo15bo8bo15bo$6b oo33bo24bobo4bobo4bobo13bobbo3bo28bobo23bobo31boo34boo26boo3bo4boobbob obob7obobobobobbobobobob7obobobobboo$bboobo19bobo25bo12bobo6bobobooboo 18bobbo25bo4bo25bo31boobo26boo30bobbobo3bobbo9bobo9bobbo9bobo9bobbo$bb oboo36boo23bo9bo18boo4bobobbo23b5o21b6o31boboo25bobbo27bobo8bobbobo5b 3ob3o5bobboobbo5b3ob3o5bobobbo$oo21bobo26boo25b5o15boo3bobobbo8bo18bob o15bo36boo4boo24bo29boo5b3o7boobboo5boobboo8boobboo5boobboo7bobbo$o21b o19bo35bo4bo13boo7bobobbo4bobo14bo5bo13bobo3boo31bo5bo26bo32boobo12boo 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golly-3.3-src/Patterns/Life/Oscillators/low-period.rle0000644000175000017500000004241012026730263017757 00000000000000#C Low-period oscillators. #C Low-period oscillators and high-period oscillators can most easily #C be distinguished by the search techniques used to find them. #C Small periods from 2 to 6 can be found by cell-by-cell search #C algorithms; algorithms that try various random soups on different #C topologies can often discover oscillators in the range 2-16; #C oscillators of higher period are usually found by engineering #C from known parts, such as perturbing a common piece of fluff in #C just such a way that it reappears somewhere else in a useful way. #C These usually have a period of 30 or more. #C Because of the differences in search techniques, there is something #C of a rift of known oscillators between periods 16-30, with only a #C few filled in by low-period or engineered patterns. #C From Alan Hensel's "lifebc" pattern collection. x = 491, y = 249, rule = 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obo$58bo256bo$37boo$37boo! golly-3.3-src/Patterns/Life/Oscillators/traffic-light-hasslers.rle0000644000175000017500000011114613451370074022251 00000000000000#C Traffic-light hasslers. #C There is an unusual proliferation of oscillators engineered this #C way, because there are so many ways to perturb a traffic light in #C such a way that it reappears somewhere nearby. #C This collection is split into two parts: #C The top contains standard traffic light hasslers. #C The bottom contains "pre-pulsar" hasslers. #C A pre-pulsar is a pair of pre-traffic lights whose centers are #C 5 cells apart. 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o$240b2obobo23bobob2o$83bo158bobob2o19b2obobo$47b2o3b3o5b2o7b2o5b3o3bo bo157bobobo21bobobo$47b2o3bobo5bo9bo5bobo3bobo158bo2bo21bo2bo$52b3o8bo 3bo8b3o4bo160b2o8bo5bo8b2o$62b2o3b2o185b2o3b2o$249b2o2b2obobob2o2b2o$ 50b2o27bo2bo166bo2bo2b2ob2o2bo2bo$51bo27b4o167b3o9b3o$48b3o25bo$48bo 27b5o171b2o7b2o$55b2o4b3o3b3o4b2o4bo170bo4bobo4bo$55bo5bobo3bobo5bo2b 2o171b2ob3ob3ob2o$52b2obo5b3o3b3o5bobo177bobobo$52bo2bob2o13b2obobo 172bob2obo3bob2obo$54b2obo15bob2o173b2obobo3bobob2o$57bo15bo181bo3bo$ 57b2o3b2o3b2o3b2o181bobobo$61bo2bobo2bo186bobo$62b2o3b2o188bo!golly-3.3-src/Patterns/Life/Oscillators/p138.rle0000644000175000017500000000532112026730263016371 00000000000000#C p138 oscillator discovered as an infinite agar (not shown), but #C actually needing no external support: Gabriel Nivasch, 13 Oct 2002 #C Left: incremental glider construction by Mark Niemiec, 13 Oct 2002 #C Center right: 'instant' construction by Jason Summers, 18 Oct 2002 x = 215, y = 103, rule = B3/S23 152bo33bo$151bobo31bobo$150bo3bo29bo3bo$150bo3bo29bo3bo$149bobboo29bo bboo$150b4o30b4o$151bo33bo$$153boo32boo$152bobbo30bobbo$153boo32boo$ 147bo14bo18bo14bo$140boo4bobo12boboo9boo4bobo12boboo$139bobboobbobo11b oo3bo7bobboobbobo11boo3bo$10bo115bo11bo3boo3bo9bo3boo3bo5bo3boo3bo9bo 3boo3bo$11bo113bobo11bo3boo11bobobboobbo7bo3boo11bobobboobbo$9b3o112bo 3bo11boobo12bobo4boo9boobo12bobo4boo$124bo3bo13bo14bo18bo14bo$123bobb oo22boo32boo$124b4o21bobbo30bobbo$125bo24boo32boo$$127boo24bo33bo$76bo 49bobbo21b4o30b4o$76bobo48boo22boobbo22bo6boobbo$76boo43bo14bo13bo3bo 23bobo3bo3bo$114boo4bobo12boboo11bo3bo23boo4bo3bo11bo$113bobboobbobo 11boo3bo11bobo31bobo11bobo$112bo3boo3bo9bo3boo3bo11bo33bo11bo3bo$55bo 57bo3boo11bobobboobbo58bo3bo$20bo32boo59boobo12bobo4boo41bobo14bobboo$ 21bo32boo60bo14bo17bo30boo16b4o$19b3o102boo16bo7bo30bo17bo$11bobo109bo bbo16boo3b3o$12boo19bo90boo11bo4boo57boo$12bo18bobo104bo61bobbo$32boo 93bo8b3o42bo19boo$56bo68b4o52bobo11bo14bo$56bobo66boobbo51boo5boo4bobo 12boboo$56boo66bo3bo58bobboobbobo11boo3bo$21bobo100bo3bo57bo3boo3bo9bo 3boo3bo$22boo101bobo59bo3boo11bobobboobbo$22bo103bo61boobo12bobo4boo$ 190bo14bo$198boo$197bobbo$198boo$$126bo74bo$125bobo71b4o$124bo3bo70boo bbo$124bo3bo69bo3bo$123bobboo70bo3bo$124b4o71bobo$125bo74bo$$127boo$ 126bobbo$127boo$121bo14bo$114boo4bobo12boboo61bo$113bobboobbobo11boo3b o59bobo$112bo3boo3bo9bo3boo3bo57bo3bo$16b3o39bo54bo3boo11bobobboobbo 58bo3bo$18bo38boo55boobo12bobo4boo5boo51bobboo$17bo8boo29bobo56bo14bo 11bobo52b4o$27boo95boo19bo42b3o8bo$26bo96bobbo61bo$50boo72boo57boo4bo 11boo$50bobo123b3o3boo16bobbo$50bo76bo17bo30bo7bo16boo$125b4o16boo30bo 17bo14bo$125boobbo14bobo41boo4bobo12boboo$124bo3bo58bobboobbobo11boo3b o$124bo3bo11bo33bo11bo3boo3bo9bo3boo3bo$13boo110bobo11bobo31bobo11bo3b oo11bobobboobbo$12bobo111bo11bo3bo4boo23bo3bo11boobo12bobo4boo$14bo 123bo3bo3bobo23bo3bo13bo14bo$53boo82bobboo6bo22bobboo22boo$53bobo82b4o 30b4o21bobbo$53bo9boo74bo33bo24boo$boo60bobo$obo60bo77boo32boo24bo$bbo 16boo119bobbo30bobbo21b4o$14boobbobo120boo32boo22boobbo$15boo3bo48boo 64bo14bo18bo14bo13bo3bo$14bo53boo58boo4bobo12boboo9boo4bobo12boboo11bo 3bo$70bo56bobboobbobo11boo3bo7bobboobbobo11boo3bo11bobo$126bo3boo3bo9b o3boo3bo5bo3boo3bo9bo3boo3bo11bo$127bo3boo11bobobboobbo7bo3boo11bobobb oobbo$67b3o58boobo12bobo4boo9boobo12bobo4boo$67bo62bo14bo18bo14bo$68bo 69boo32boo$137bobbo30bobbo$138boo32boo$$141bo33bo$139b4o30b4o$139boobb o29boobbo$138bo3bo29bo3bo$138bo3bo29bo3bo$139bobo31bobo$140bo33bo! golly-3.3-src/Patterns/Life/Oscillators/queen-bee-turn.rle0000644000175000017500000001071412026730263020534 00000000000000#C Demonstration of a queen bee shuttle turning reaction #C (p88 oscillator). David I. Bell, 21 March 1996; updated July 2002 #C From Jason Summers' "jslife" pattern collection. x = 155, y = 155, rule = B3/S23 69boo6boo$69boo6boo7$53boo38boo21boo6boo$52bobo38bobo20boo6boo$52bobob oo4bo22bo4boobobo20boo6boo$53bobobobboo24boobbobobo21b3o4b3o$17boo10b oo24bo4boo24boo4bo23bobbobbobbo$16bobbo8bobbo21bobbo4bobo20bobo4bobbo 21boboobboobo$16b3o10b3o24bo4b3o6boobooboo6b3o4bo25boobooboo$19b10o23b o3bo9bo3boo4boo3bo9bo3bo24boo$18bobb6obbo22bo3bo9bo3boobooboo3bo9bo3bo 4boo18boo18boo$18boobb4obboo26bo34bo7bobo38bobo$53bobbo34bobbo4boboboo 32boobobo$55bo36bo7bobobo32bobobo$53bobobo32bobobo7bo36bo$52boboboo32b oobobo5boo8bobb3o8b3obbo8boo$52bobo10boo26bobo4b3o6boo3b3o8b3o3boo6b3o $53boo9b3o26boo5b3o6b3o5bo6bo5b3o6b3o$64boobo32b3o6boo3b3o8b3o3boo6b3o $37boo24boboo33b3o8bobb3o8b3obbo8b3o$37bo26b3o34boo36boo$35bobo26bo14b oo21bo36bo$23bo11boo42bo20bobobo32bobobo$8boo12b3o41boo12b3o16boboboo 32boobobo$8boo11bo3bo13boo7bo3boo6boo4boo3bo10bo16bobo18boo18bobo$21b ooboo13bo6b3o3bobbo3bobo5bobooboobboo22boo18boo18boo$45bo13bo8bo4bobb oo39booboobo$45boo5bobbobboo11b3o42boboo$51bobbo61bobbo$51bobo62b3o7b oo$21booboo26bo73bo$8boo11bo3bo48boo13b3o35b3o$8boo12b3o14boo11boo20bo bo11bo18boo20bo$23bo7b3o4bobbo10boo22bo11bo3bo13bobo14boo$32bo6b3o34b oo10bobbobo8bo3bo11bo4boo$32boo6bo49bobobbo4b3obboo10bobo$34bo28bo27bo 3bo3bo17bobbo$32bobo28bobo6boo21bo3boo17bo$32bobo28boo3boobboobboo14b 3o$68boobbobbobo19bo23boo$38boo34b3o19bobo15bobo4bobo$38bo35boo21boobb oo11boo7bo$39b3o59boo12bo7boo$41bo$18boobb4obboo$18bobb6obbo89boobbo$ 19b10o11boo5boo66boobboo3bo7boo10boo$16b3o10b3o9bo5boo66boo7bo6bobbo8b obbo$16bobbo8bobbo9bobo76b4o7b3obb6obb3o$17boo10boo11boo18bobo69boo6b oo$46boo15boo68bo10bo$45bobo15bo41boo26boobo4boboo$42boobbo58bobo13bo 16boo$9boo10boo82bo15b3o$8bobbo8bobbo17bo3bo78bo$8b3obb6obb3o16bo4bo 77boo$11boo6boo18bobobo$10bo10bo16bobobo40bobo53bo$10boobo4boboo14bo4b o15bobo23boo53b3o$15boo19bo3bo17boo24bo53b3o$58bo58boo$38boo77bobo19bo $92bobo14boo5boobo11bob3obb3obb3obo$92boo15boo6bobo10bobb3obb3obb3obbo 4boo$15bo77bo24bo10boobboo9boobboo3boo$14b3o102boobo7boo3bo7bo3boo$14b 3o12boo77boboo7bo3bo7bo15bo$29bo42bo7bo27bobo10boo13bo5bo$15bo11bobo 42boo5b3o27bo6boo18bo5bo$7bob3obb3obb3obo3boo42bobo4b5o26boo6bo13bo15b o$oo4bobb3obb3obb3obbo52bobobobo25boo3b3o5boo6boo3bo7bo3boo$oo3boobboo 9boobboo5boo7bo3boo31boo3boo25boo3bo7boo5boobboo9boobboo3boo$6boo3bo7b o3boo6boo5b3o3boo84bobb3obb3obb3obbo4boo$7bo15bo13bo88boo3bob3obb3obb 3obo$12bo5bo18boo86bobo11bo$12bo5bo13boo9boboo78bo$7bo15bo7bo3bo7bobo 78boo12b3o$6boo3bo7bo3boo7boboo8bo93b3o$oo3boobboo9boobboo10bo7boo93bo $oo4bobb3obb3obb3obbo10bobo6boo$7bob3obb3obb3obo11boboo5boo34bo$15bo 19bobo41boo$36boo41bobo33bo$14b3o97bobo21boo$14b3o96bo3bo15boobo4boboo $15bo96bo3bo16bo10bo$111bo3bo18boo6boo$30boo78bo3bo16b3obb6obb3o$30bo 80bobo17bobbo8bobbo$31b3o16bo61bo19boo10boo$15boo16bo16boo56bo$10boobo 4boboo27bobo55bobo$10bo10bo85boo$11boo6boo80boo8boo11boo10boo$8b3obb6o bb3o10boobbo20bo40bobo8bobo9bobbo8bobbo$8bobbo8bobbo6boobboo3bo19boo 41bo3boo5bo9b3o10b3o$9boo10boo7boo7bo18bobo45boo5boo11b10o$35b4o86bobb 6obbo$125boobb4obboo$113bo$30boo7bo12boo59b3o$31bo7boo11boobboo58bo$ 31bobo4bobo15bobo22boo19bo12boo$32boo23bo19boobboobboo14boo$77boobbobb obo14bobo16bobo$36bo17boo4boo21b3o34bobo$34bobbo17bo4boobo19boo35bo$ 35bobo10boobb3o9bo49bo6boo$30boo4bo11bo3bo8bo15boo34b3o6bo$30boo14bobo 13boboo12bo22boo10bobbo4b3o7bo$25bo20boo16boo12bobo20bobbo9boo14b3o12b oo$25b3o51boo48bo3bo11boo$28bo72bobbo24booboo$27boo7b3o61bobbo$35bobbo 61bobo$35boobo42b3o11boo4bo6boo$31bobooboo39boobbo4bo8bo13bo$13boo18b oo18boo22boobbooboobo5bobo5boo3b3o6bo13booboo$12bobo18boo18bobo16bo10b o3boo4boo6boo3bo7boo13bo3bo11boo$12boboboo32boobobo16b3o12boo41b3o12b oo$13bobobo32bobobo20bo42boo11bo$15bo36bo21boo14bo26bobo$14boo36boo34b 3o26bo$13b3o8bobb3o8b3obbo8b3o33boobo24boo$13b3o6boo3b3o8b3o3boo6b3o 32boboo$13b3o6b3o5bo6bo5b3o6b3o5boo26b3o9boo$13b3o6boo3b3o8b3o3boo6b3o 4bobo26boo10bobo$14boo8bobb3o8b3obbo8boo5boboboo32boobobo$15bo36bo7bob obo32bobobo$13bobobo32bobobo7bo36bo$12boboboo32boobobo4bobbo34bobbo$ 12bobo38bobo7bo34bo26boobb4obboo$13boo18boo18boo4bo3bo9bo3boobooboo3bo 9bo3bo22bobb6obbo$33boo24bo3bo9bo3boo4boo3bo9bo3bo23b10o$30boobooboo 25bo4b3o6boobooboo6b3o4bo24b3o10b3o$29boboobboobo21bobbo4bobo20bobo4bo bbo21bobbo8bobbo$29bobbobbobbo23bo4boo24boo4bo24boo10boo$29b3o4b3o21bo bobobboo24boobbobobo$29boo6boo20boboboo4bo22bo4boobobo$29boo6boo20bobo 38bobo$29boo6boo21boo38boo7$76boo6boo$76boo6boo! golly-3.3-src/Patterns/Life/Syntheses/0000755000175000017500000000000013543257426014752 500000000000000golly-3.3-src/Patterns/Life/Syntheses/blockish-and-blockic-seeds.rle0000644000175000017500000002262412026730263022435 00000000000000#C Upper left: Blockic 10-glider seed for a p256 oscillator -- #C gliders that must be exactly synchronized are marked off in pairs. #C Lower left: Blockish 1-glider eater2 seed (pure Blockic except #C for pinwheel quadruplicators for gliders): 29 Jan 2004, #C eater2 variant synthesis due to Mark Niemiec. #C Middle: early version of Blockic turner table, used in the #C eater2 recipe. Delay for each turner is shown in Snakial font. #C First column is turners that do not change the glider square color #C Second column is similar, but for color-changing turners. #C Right side is an 'unclustered Blockic 1-glider starseed' -- #C blocks are separated from each other by at least two empty cells. #C Dave Greene, 24 Aug 2004; star synthesis found by Jason Summers. x = 691, y = 391, rule = B3/S23 302boo83boo$302boo83boo20$114boo$114boo3$109boo$96boo11boo$96boo46boo$ 144boo3$139boo245boo$92boo45boo245boo$92boo$$109boo$109boo5boo$116boo 26boo96boboo76boboo$144boo96boobo76boobo$246boo78boo$85boo7boo18boo 131bo10boo67bo15boo$85boo7boo18boo23boo105bo11boo66bo16boobboo$120boo 17boo95boobo6boo68boobo6boo19boobboo4bo$120boo114boboo4boo17boo11bo39b oboo4boo25boo4bo$79boo164bo10booboobboo60bo$79boo17boo144bo11booboo63b o19boo$83boo13boo4boo138boo78boo18boo$83boo19boo136boo78boo$131boo110b o79bo$131boo109bo79bo$143bobo96boo78boo$78boo20boo39bo5bo$78boo5boo13b oo24boo$85boo39boo12bo3boobbo120b3o83b3o$143boo124bo85bo$140bo4bobbo 121bo85bo$81boo7boo471boo$81boo7boo49bo5bo415boo$143bobo3$77boo34boo 270boo62boo$77boo25boo7boo270boo62boo113boo$104boo388boo68boo$494boo$ 70boo46boo324boo23boo$70boo46boo5boo317boo23boo$101boo22boo195boobo$ 101boo5boo80bo131boboo20boo155boo$108boo216boo18boo119boo34boo53boo$ 66boo120bo3bo133bo13boo125boo89boo108boo4boo$66boo52boo205bo12boo88boo 236boo4boo$120boo64bo7bo131boo8boo19bo72boo$124boo190boobobboobo10boo bboo15bo108boo34boo$124boo58bo4boo5bo119boboobboboo14boobboo120boo34b oo$83boo104bobo134boo16boo152boo$83boo101bobbo4bo131bo171boo$89boo27b oo207bo102boo$89boo27boo68bo3bo133boo102boo17boo$322boobo123boo214boo$ 190bo131boboo113boo224boo$87boo350boo$87boo5boo404boo$94boo92boo165b3o 142boo$187boo166bo194boo128boo$189bo166bo193boo128boo$554boo$300boo 252boobboo$300boo256boo95boo$468boo185boo10boo15boo$448boo3boo13boo 197boo15boo$448boo3boo42boo$173bobobobobo203boo110boo$385boo268boo$ 167bo5bo7bo473boo$176boo357boo$165bo3bo3bobbobobbo284boo67boo$176bo 145boobo140boo63boo$163bo7bobo7bo140boboo201boobboo$326boo199boo$161bo 4b3o4bobobobobo144bo$166bo160bo162boo$163bo3bo3bo154boo21boo3boobo132b oo$314boobo4boobo23boo3boobo125boo$165bo3bo144boboo4boboo157boo14boo$ 320boo147boo28boo$167bo152bo148boo178boo21boo$321bo327boo21boobboo$ 320boo334boo18boo$322boobo314boo14boo22boo$322boboo314boo38boo$131bo$ 130boo$130bobo222b3o$350boo3bo$350boo4bo$$300boo$300boo$$118bobobobobo $$118bo7bo467boo$121b3o259boo209boo46boo$118bobbo4bo256boo257boo$122bo $118bo7bo371boo$242boobo76boobo172boo$118bobobobobo115boboo22boo6bo45b oboo$240boo4boo20boo50boo4boo$240bo5bo73bo5bo317boo$241bo5bo73bo5bo20b oo294boo$240boo4boo11boo59boo4boo20boo3boobbo$240bo5bo12boo59bo5bo26b oobbo$241bo5bo73bo5bo262boo3boo85boo$240boo4boo72boo4boo262boo3boo85b oo$240bo5bo73bo5bo$241bo5bo73bo5bo279boo45boo$240boo4boo21b3o48boo4boo 169boo3boo103boo10boo33boo14boo$242boobo23bo52boobo171boo3boo115boo20b oo27boo$242boboo24bo51boboo17boo296boo20boo$164bobo95boo79boo318boo$ 162bo5bo4boo87boo321boo5boo13boo63boo$173bobo179b3o227boo5boo13boo63b oo3boo$161bo3boobbo3bo181bo321boo$164boo190bo$161bo4bobbo6bo359boo4boo $174bo361boo4boo$162bo5bo9bo$164bobo9bo$494boo$178boo302boo10boo90boo$ 178bobo301boo33boo44boo10boo9boo$178bo120boo216boo44boo10boo$299boo 291boo$381boo111boo37boo57boo$381boo111boo37boo$246boo74boboo$247bo28b o45boobo16boo173boo53boo$246bo17boo60boo14boo173boo44boo7boo$246boo16b oo61bo235boo$326bo199boo$246boo78boo12booboo12bo168boo$247bo7boo67boo 14booboo3boo7bo$246bo8boo68bo22boo$246boo15boo59bo$263boo59boo281boo$ 246boo74boo283boo38boo$247bo21b3o51bo323boo$246bo8boo12bo52bo$246boo7b oo13bo51boo278boo$602boo44boo$648boo$355b3o$355bo$356bo293boo$650boo5$ 422boo116boo$416boo4boo116boo$416boo166boo$381boo201boo$297boo82boo 194boo$297boo237boo39boo14boo$242boobo71boobboo3boo101boo16boo87boo55b oo$242boboo72bobboo3boo101boo16boo$246boo69bo284boo$246bo70boobboo3boo 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8bobo34b2o$10b2o39bobo95bo9bo12b2o4bo4b2o35bo$9bo140bo9bo12b2o3bobo3bo $129b2o7bo9b3o7b3o17b2o40b2o$128bobo6b2o3b2o75bobo$130bo6bobo2bobo10b 3o15b2o5b2o39bo$70bo38bo32bo14bo10b3o2bobo4bobo10bo$68bobo37bo47bo13bo 2bo6bo12b2o$40b3o26b2o37b3o58bo22bobo44bo$40bo111b2o86bo$21b3o17bo29bo 12bobo12bo5bobo45b2o83b3o$23bo47bobo11b2o10bobo6b2o44bo$22bo40b2o6b2o 12bo7b2o3b2o6bo102bo17b2o13bo$44bo19b2o26bobo115bo12b2ob2o15bo$43b2o 18bo16bo3b2o8bo3bo10b3o38bobo17bo3bo29bo3b3o13b2o2bo12b3o$43bobo34b2o 2bobo11b2o9bo17bobo20b2o16b2o5bo26bobo13bobo2bo$79bobo2bo12bobo10bo16b 2o22bo6b2o9b2o2b3o8bo18b2o6bobo4b2o$70b2o56bo6b2o20bobo22bobo26b2o6bo$ o15b2o31bo20bobo61bo2bo20bo24b2o14b2o11bo$b2o14b2obobo19bobo2b2o21bo 64bobo49bo12b2o3bo$2o2bobo9bo3b2o13bobo5b2o3b2o16b2o68bo48b2o8bo3bo5b 2o8b3o19b3o$4b2o15bo13b2o6bo21b2o119b2o6b2o8bobo8bo23bo$5bo30bo25b2o3b o80b2o44bobo19bo21bo$20b3o23b2o13bobo61b2o22b2o2b2o15b2o$bo7b2o9bo25bo bo14bo62b2o2b2o16bo3bobo16b2o$2o7bobo9bo25bo77bo3bobo22bo15bo$obo6bo 40b2o79bo12b2o10b3o8bo$51b2o2bo46bo8bo21b3o8bobo9bo9b2o5b3o29bobo11bo$ 50bo3bo45bobo9bo20bo10bo12bo8bobo6bo30b2o5bobo4bo5bo5bo$31b3o20b3o40b 2o2b2o7b3o21bo39bo31bo6b2o3b3o3bobo4bo$31bo66b2o114bo10b2o4b3o$32bo37b o26bo14bo90b3o15bo$39bobo26bobo31bo9b2o85b3obo17b2o$40b2o8bo18b2o30bob o7bobo87bo2bo5b3o7bobo$4bobo33bo9bobo49bobo95bo9bo$5b2o43b2o19bo31bobo 9bo95bo$5bo26bo38bobo30bo9bobo113b3o11b2o$25bobo2b2o31b2o6b2o42bobo 112bo12b2o$26b2o3b2o31b2o50bobo112bo13bo$26bo36bo53b2o$79bobo$29b2o35b o6bo6b2o119bo8b2o32bo$29bobo9bo6bobo15b2o4bo7bo118b2o9bo32bo$30bo8bobo 7b2o14bobo4b3o125b2o9b3o29b3o$34bo5b2o7bo163bo$34bobo150bo13bo5bo$31bo 2b2o9bo141bobo10b2o3b2o11b2o$30b2o13b2o107bo32b2o11bobo3b2o9b2o$b2o9bo 17bobo11bobo2b2o23b2o43bo35bo57b3o3bo$obo10bo34b2o23b2o43bo34b3o42bo 16bo$2bo8b3o36bo24bo42b3o65bobo7bobo15bo$7b3o176b2o9b2o4b2o$9bo16b2o 159bo14b2o$8bo17bobo19bobo153bo$26bo21b2o146bo$49bo146b2o$195bobo$83bo bo$78b2o3b2o$79b2o3bo$78bo61bo$96bobo39bobo$9bo73b3o10b2o41b2o$9b2o72b o13bo$8bobo73bo$58bo37b3o26bo$49bo6b2o38bo29b2o$47bobo7b2o38bo27b2o$ 48b2o10b2o$54bo5bobo21b2o16bo$53bo6bo23bobo15bobo35bo$10bo33b2o7b3o28b o17b2o34bobo3bo$8bobo32bobo48bobo38b2o2b2o2b2o$9b2o34bo49b2o37bobo6bob o$95bo40bo$11b3o68bobo3bo17bo56bobo$13bo69b2ob2o17bo57b2o20b2o$3o9bo 70bo3b2o16b3o56bo20bobo2b2o$2bo182bo3b2o$bo97bo63b2o26bo$86b2o12b2o61b obo15b2o$37bo47b2o12b2o62bo17bobo15bobo$20b3o13b2o49bo33b2o58bo17b2o$ 22bo13bobo81b2o78bo$21bo58bo17b2o3bo18bo22bo$80b2o17b2ob2o40b2o53b2o$ 79bobo16bo3bobo39bobo52bobo$37bo150bo10bo$36b2o150b2o$36bobo148bobo! golly-3.3-src/Patterns/Life/Syntheses/make-harbor.rle0000644000175000017500000000140512026730263017554 00000000000000#C Synthesis of p5 oscillator from 34 gliders. #C Jason Summers, 30 Nov 2004; pattern from Summers' "jslife" archive. x = 209, y = 209, rule = B3/S23 35bo$36bo$34b3o16$46bo$44bobo$45boo3$53bo$54boo$53boo9$206bo$206bobo$ 206boo8$189bo$188bo$188b3o5$74bo$72bobo$73boo108bobo$183boo$184bo17$ 156bo$155bo$155b3o4$56bo$54bobo54bo$55boo52boo$110boo3$89bo$87bobo4bob o$88boo5boo$95bo4$71bo$69bobo32bo$70boo33boo$104boo$116bo$114boo$115b oo$$106bo$104bobo$105boo$114bo$114bobo$114boo$97bo13bo$98bo11bo$96b3o 11b3o$$92bo$85boo5boo$84bobo4bobo$86bo3$93b3o17b3o$95bo17bo$67bo26bo 19bo$67boo6boo$66bobo5bobo$76bo3$74boo$75boo$74bo9$51b3o$53bo$52bo17$ 24bo$24boo$23bobo108boo$134bobo$134bo5$18b3o$20bo$19bo8$boo$obo$bbo9$ 154boo$153boo$155bo3$162boo$162bobo$162bo16$172b3o$172bo$173bo! golly-3.3-src/Patterns/Life/Syntheses/two-glider-collisions.rle0000644000175000017500000001400612026730263021616 00000000000000#C the 71 distinct 2-glider collisions, grouped by what they produce #C Thirteen preblocks (3-cell patterns that become blocks in one tick) #C have been added to keep active patterns from getting out of hand: #C see GLIDER, B, PI, TL+GLIDER, and 2-GLIDER MESS. #C PI=pi-heptomino; B=B-heptomino; TL=traffic light; HF=honeyfarm; #C LOM='lumps of muck': Jason Summers, 29 January 2005 x = 379, y = 369, rule = B3/S23 154bo36bo18bo$58bo18bo19bo16bo19bo18bo19bo16bo18bo36bo$57bo18bo19bo16b o19bo19b3o16bo17b3o16b3o15bo17bo$57b3o16b3o17b3o14b3o17b3o36b3o51bo18b 3o$226b3o4$190bo$58b3o17b3o89bo18boo55bo$58bo19bo20bo17bo20bo13boo15b oo18bobo14boo20bo16boo$59bo19bo18boo16boo19boo13bobo14bobo34bobo18boo 16bobo$98bobo15bobo18bobo12bo53bo20bobo$bo4bo3bobo3bobobobbo3bo3bo3bo 4bo4bobo$$bobobbobbo3bo4bo4bo3bo3bo3bobobbobbo$$bobbobobbo3bo4bo4bobob o3bo3bobbobobbobbobo$$bo4bobbo3bo4bo4bo3bo3bo3bo4bobbo4bo266bo$269bo 22bo21bo62bo$bo4bo3bobo5bo4bo3bo3bo3bo4bo4bobo182bo15bo21bo22bo22b3o 18bo22bo17bo$229bo15bo22b3o20b3o40bo22bo18b3o$86bo16bo17bo16bo16bo15bo 17bo16bo22b3o13b3o86b3o20b3o$66bo18bo16bo17bo16bo16bo15bo17bo16bo$65bo 19b3o14b3o15b3o14b3o14b3o13b3o15b3o14b3o$65b3o4$224b3o15b3o59boo$76b3o 16b3o16b3o15b3o15b3o14b3o16b3o15b3o19bo17bo11boo23boo20bobo20boo40boo$ 54b3o21bo18bo18bo17bo17bo16bo18bo17bo18bo17bo13boo23boo21bo21boo12boo 26boo$56bo20bo18bo18bo17bo17bo16bo18bo17bo50bo24bo44bo15boo24bo$55bo 285bo23$106bo157bo$74bo30bo157bo38bo$bbobo4bo6bo3bo4bobbo3bobbobobobbo bo28bo15bo15b3o119bobobobbo28b3o14bo20bo$46bo26b3o12bo190bo21b3o$bbo3b obbo6bo3bobobbobbobbo3bo6bo45b3o138bo4bo44b3o$46bo$bbobo4bo6bo3bobbobo bbobo4bobobobbobo184bo4bo$$bbo3bobbo6bo3bo4bobbobbo3bo6bobbo183bo4bo$ 305b3o$bbobo4bobobobbo3bo4bobbo3bobbobobobbo3bo61boo119bo4bobobo44bo 21bo$108bobo146boo23boo22bo$66boo21boo17bo149boo22bobo$65bobo21bobo 165bo$67bo21bo17$84bo15bo39bo153bo24bo19bo$bobo4bo7bobo4bobo3bo3bo28bo 20bo15bo39bo88bo3bobbobobo20bo16bo15bo24bo19bo$61bo21b3o13b3o15bo21b3o 17bo99bo16bo16b3o22b3o17b3o$bo3bobbo6bo3bobbo3bobbobbo28b3o52bo41bo69b o3bobbo23b3o14b3o$116b3o39b3o$bobo4bo6bo3bobbo6bobo196bobobobbobobo$$b o3bobbo6bo3bobbo3bobbobbo195bo3bobbo$$bobo4bobobo3bobo4bobo3bo3bo85b3o 106bo3bobbo$54b3o62bo17boo16bo103bo35boo35boo$56bo21boo15boo23bo16bobo 14boo102boo16boo17bobo11boo22boo$55bo23boo15boo39bo16bobo101bobo15bobo 16bo14boo20bo$78bo16bo180bo32bo6$73boo19boo$74bo20bo152boo$249bo7$64bo 233bo$63bo20bo194bo17bo$63b3o17bo166bo27bo18b3o$bbobo3bo6bo3bobo4bobob obbobo47b3o143bobo17bo28b3o$37bo211b3o$o7bo6bo3bo3bobbo6bo195bo3bo$37b o275boo$obbobobbo6bo3bo3bobbobobobbobo193bobo82bo$256boo$o4bobbo6bo3bo 3bobbo6bobbo192bo3bo23bo$80bo$bbobo3bobobobbo3bobo4bobobobbo3bo20boo 19boo148bobo18bo42boo$57bobo19bobo167boo13boo26bobo$59bo189bobo13boo 27bo$264bo14$252boo24boo$253bo25bo$258bo15bo$257bo15bo26bo$61bo195b3o 13b3o23bo$obo5bobo5bo4bobobo34bo167bobo4bo63b3o$60b3o169bo45bo24b3o$o 3bobbo3bo3bobo5bo204bo6bo41boo24bo$232bo44bobo24bo$obo4bo3bobbo3bo4bo 204bobo4bo19boo37boo$254bobo38bo$o3bobbo3bobbobobo4bo204bo6bo20bo$$obo 5bobo3bo3bo4bo204bo6bo$$53boo$54boo$53bo18$3bo3bo3bo3bo3bobbobobo30bo 169bo6bobo3bo5bo18bo$56bo207bo$3bo3bo3bo3bo3bobbo33b3o168bo5bo3bobbobo bobo17b3o$$3bobobo3bo3bo3bobbobobo200bo5bo3bobbobbobbo$$3bo3bo3bo4bobo 3bo204bo5bo3bobbo5bo$$3bo3bo3bo5bo4bobobo32b3o165bobobobbobo3bo5bo$59b o203bo$60bo201boo$262bobo17$67bo$66bo$4bo6bobo5bo4bobobo37b3o157bobobo bbobobo4bo4bobo4bobo4bobo5bobo3bobo$251bo13bo13bo17bo$4bo5bo3bo3bobo3b o203bo4bo7bobo3bo6bo3bobbo6bo3bobbo20bo$251bo13bo13bo16b3o$4bo5bo3bobb o3bobbobobo199bo4bobobobbo3bobbobo4bo3bobbobo4bo3bobbobo$$4bo5bo3bobbo bobobbo203bo4bo6bobobobbobbo3bo3bobbobbo3bo3bobbo$$4bobobobbobo3bo3bo bbo203bo4bobobobbo3bobbo3bobbobo4bo3bo3bobo3bo$58boo239bo$57bobo238boo $59bo238bobo16$59bo$58bo$58b3o264bo$3bobobo4bo4bobobobbobobobbobo193bo 3bo4bobbobobobbobobobbobo5bobo3bo3bo4bo4bo4bo4bobo3bobobo22bo$35bo221b o66b3o$3bo7bobo5bo4bo6bo195bo3bobobbo4bo4bo6bo6bo3bobbo3bo3bobo3bobobb obbo7bo$35bo221bo$3bobobobbo3bo4bo4bobobobbobo193bo3bobbobo4bo4bobobo bbobo4bo6bobobobbo3bobbobbobobbobbobobbobobo$57bo$3bo6bobobo4bo4bo6bo bbo21boo169bo3bo4bo4bo4bo6bobbo3bo3bobbo3bobbobobobbo4bobbo4bobbo26b3o $56bobo265bo$3bobobobbo3bo4bo4bobobobbo3bo191bo3bo4bo4bo4bobobobbo3bo 3bobo3bo3bobbo3bobbo4bo4bobo3bobobo23bo11$305boo$306bo9$55bo16bo237bo$ bbobo5bobo3bo4bobbobo27bo16bo155bobobobbo14bobo3bo6bo3bobo4bobobobbobo 26bo$6bo47b3o14b3o210bo24b3o$bbo6bo3bobbobobbobbo3bo200bo4bo7bo4bo7bo 6bo3bo3bobbo6bo$6bo277bo$bbobo4bo3bobbobbobobbo3bo200bo4bo5bobobobbobb obobbo6bo3bo3bobbobobobbobo$$bbo6bo3bobbo4bobbo3bo200bo4bo7bo4bo4bobbo 6bo3bo3bobbo6bobbo26b3o$310bo$bbo7bobo3bo4bobbobo46bo155bo4bobobo10bob o3bobobobbo3bobo4bobobobbo3bo26bo$50boo20boo$51boo19bobo$50bo19$bbobo 5bo7bobo4bo7bobo4bobo3bo3bo$$bbo3bo3bo7bo3bobbo6bo3bobbo3bobbobbo28bo 239bo$77bo239bo$bbobo5bobbobobbobo4bo6bo3bobbo6bobo28b3o237b3o$229bobo 4bobo3bobobo3bobo3bo5bo3bo3bo4bo3bobo$bbo3bo3bo7bo3bobbo6bo3bobbo3bobb obbo$228bo3bobbo3bo4bo4bo3bobbobobobo3bo3bobobbobbo3bo$bbobo5bo7bobo4b obobo3bobo4bobo3bo3bo$228bo3bobbo8bo4bo3bobbobbobbo3bo3bobbobobbo3bo$ 77b3o$77bo150bo3bobbo3bo4bo4bo3bobbo5bo3bo3bo4bobbo3bo$78bo$229bobo4bo bo5bo5bobo3bo5bo3bo3bo4bo3bobo26boo$307bobo$309bo7$276boo37boo$277bo 38bo6$112bo13bo$bbo6bobo5bo4bobobo9bobo4bo6bo3bo4bobbo3bobbobobobbobo 32bo13bo$80bo30b3o11b3o$bbo5bo3bo3bobo3bo8bo4bo3bobbo6bo3bobobbobbobbo 3bo6bo$80bo$bbo5bo3bobbo3bobbobobobbobobobbobo4bo6bo3bobbobobbobo4bobo bobbobo$$bbo5bo3bobbobobobbo8bo4bo3bobbo6bo3bo4bobbobbo3bo6bobbo$$bbob obobbobo3bo3bobbo13bobo4bobobobbo3bo4bobbo3bobbobobobbo3bo$107boo21boo 195bo$107bobo20bobo193bo$107bo22bo98bobobo9bobo3bo6bo3bobo4bobobobbobo 7bo5bobbobobo3bobo3bobo16b3o$278bo$233bo7bo7bo6bo3bo3bobbo6bo9bobobobo bbo6bo5bo$278bo$229bobobobbobobbobbobobbo6bo3bo3bobbobobobbobo7bobbobb obbobobo3bobo3bobo$$229bo11bo4bobbo6bo3bo3bobbo6bobbo6bo5bobbo10bo5bo$ 324bo$229bobobo9bobo3bobobobbo3bobo4bobobobbo3bo5bo5bobbobobo3bobo3bob o13boo$323bobo7$69bo$68bo$46bo21b3o34bo$3bo5bo3bo3bobo4bobo18bo58bo$ 45b3o56b3o$3bobobobo3bobbo6bo3bo$$3bobbobbo3bo3bobo3bo$$3bo5bo3bo6bobb o3bo19b3o$47bo24boo17b3o177boo32boo$3bo5bo3bo3bobo4bobo21bo23bobo18bo 178bo33bo$72bo19bo! golly-3.3-src/Patterns/Life/Syntheses/make-p33.rle0000644000175000017500000000237112026730263016707 00000000000000#C Synthesis of p33 oscillator from 68 gliders. #C By Jason Summers and Mark Niemiec, February 2001. #C Pattern from Jason Summers' "jslife" archive. x = 149, y = 149, rule = B3/S23 32bo$33boo79bo$32boo78boo$113boo$$41bo$42bo$40b3o$$30bobo60bobo$31boo 11bobo46boo19bobo$31bo13boo47bo13bo5boo$45bo60boo7bo$107boo4$29bo$30b oo85bo$29boo84boo$116boo3$30bo$31bo84bo$29b3o83bo$115b3o3$123bo5bobo$ 34bo88bobo3boo8bo$18bobo5bo8boo86boo5bo6boo$10bo8boo3bobo7boo102boo6bo bo$11boo6bo5boo119boo$bobo6boo104bobo28bo$bboo112boo$bbo114bo4$11bobo 127bo$12boo127bobo$12bo128boo$$64bo73bo$65boo24bo44boo$64boo25bobo43b oo$91boo3$77bo$78boo$77boo$9bo$10boo$9boo35bo36bo$47bo34bo$45b3o34b3o 7$57bo44bobo$55bobo44boo$56boo45bo3$51bo$51boo$50bobo6$96bobo$96boo$ 97bo3$45bo45boo$45boo44bobo$44bobo44bo7$64b3o34b3o$66bo34bo$65bo36bo 35boo$137boo$139bo$70boo$69boo$71bo3$56boo$10boo43bobo25boo$11boo44bo 24boo$10bo73bo$$6boo128bo$5bobo127boo$7bo127bobo4$31bo114bo$31boo112b oo$bo28bobo104boo6bobo$boo119boo5bo6boo$obo6boo102boo7bobo3boo8bo$10b oo6bo5boo86boo8bo5bobo$9bo8boo3bobo88bo$17bobo5bo3$31b3o$33bo83b3o$32b o84bo$118bo3$31boo$32boo84boo$31bo85boo$119bo4$40boo$33bo7boo60bo$33b oo5bo13bo47boo13bo$32bobo19boo46bobo11boo$53bobo60bobo$$106b3o$106bo$ 107bo$$34boo$35boo78boo$34bo79boo$116bo! golly-3.3-src/Patterns/Life/Syntheses/slow-salvo-eater-recipes.rle0000644000175000017500000000326512026730263022226 00000000000000#C Four results from Paul Chapman's 'Glue' search program: #C asynchronous slow-salvo glider constructions of four orientations #C of a fishhook eater. [A mirror image provides recipes for the other #C four orientations.] Salvos contain 13, 13, 15 and 18 gliders. #C Paul Chapman, 30 December 2003 x = 1361, y = 1434, rule = B3/S23 150bo$151bo$149b3o11$189bo$190bo$188b3o53$234bo$235bo$233b3o19$1359bo$ 1358bo$1358b3o20$1320bo$277bo1041bo$278bo1040b3o$276b3o37$1279bo$1278b o$1278b3o$319bo$317bobo$318boo43$373bo$371bobo$372boo9$1238bo$1237bo$ 1237b3o21$1197bo$1196bo$1196b3o7$418bo$416bobo$417boo41$458bo$456bobo$ 457boo696bo$1154bo$1154b3o37$499bo$497bobo$498boo$1112bo$1111bo$1111b 3o38$534bo$532bobo$533boo4$1073bo$1072bo$1072b3o26$1034bo$1034bobo$ 1034boo8$572bo$570bobo$571boo34$979bo$979bobo$979boo9$632bo$630bobo$ 631boo35$928bo$928bobo$928boo9$676bo$674bobo$675boo30$892bo$892bobo$ 892boo9$712bo$710bobo$711boo35$846bo$846bobo$846boo9$758bo$756bobo$ 757boo24$814boo$814boo10$789boo$789boo9$809boo$809boo$786boo$786boo31$ 749b3o$751bo$750bo90boo$841bobo$841bo42$701b3o$703bo$702bo$$882boo$ 882bobo$882bo30$658b3o$660bo$659bo12$925boo$925bobo$925bo35$610b3o$ 612bo$611bo7$980boo$980bobo$980bo27$564b3o455b3o$566bo455bo$565bo457bo 37$1050boo$1050bobo$1050bo14$516b3o$518bo$517bo27$1089b3o$1089bo$1090b o11$483boo$482bobo$484bo25$1129b3o$1129bo$1130bo16$434boo$433bobo$435b o13$1169b3o$1169bo$1170bo27$390boo$389bobo$391bo25$1213b3o$1213bo$ 1214bo15$336boo$335bobo$337bo6$1254b3o$1254bo$1255bo30$1299b3o$1299bo$ 1300bo$$310boo$309bobo$311bo43$272boo$271bobo$273bo$1338b3o$1338bo$ 1339bo40$228boo$227bobo$229bo43$163boo$162bobo$164bo42$118boo$117bobo$ 119bo41$74boo$73bobo$75bo40$47boo$46bobo$48bo40$boo$obo$bbo! golly-3.3-src/Patterns/Life/Syntheses/make-p11.rle0000644000175000017500000000346412026730263016707 00000000000000#C "Achim's p11" oscillator synthesized from 96 gliders #C Mark Niemiec, 2/2000; pattern from Jason Summers' "jslife" archive x = 266, y = 266, rule = B3/S23 245bobo$8bo236boo$9boo235bo$8boo$233bo$231boo$232boo15bo$14bo232boo$ 15boo231boo12bobo$14boo246boo$230bo32bo$229bo6bo$13bo13bo201b3o4bobo$ 14boo12boo206boo13bobo$13boo12boo222boo3bobo$252bo3boo$6bobo248bo$7boo $o6bo$boo$oo41bo$41bobo$42boo$48bo$49bo$47b3o$$12bo238bobo$13bo237boo$ 11b3o238bo3$4bobo$5boo$5bo6bo215bo$10bobo193bo19boo$11boo191boo21boo$ 34bobo168boo$35boo$35bo$45bo$43bobo198bo$44boo197bo$224bo18b3o$59bo 163bo$60boo161b3o$59boo$240bo$240bobo$240boo10$35bobo181bobo$36boo181b oo$36bo183bo$183bobo$183boo$50bo9bo123bo$48bobo10boo$49boo9boo16$72bo$ 73boo4bo$72boo6bo$78b3o13$182bo$182bobo$182boo10$93bo$91bobo$92boo3$ 179bo$179bobo$179boo$154bo$125bobo25bo6bo$126boo25b3obboo$119bo6bo32b oo$120bo$118b3obbo$124boo$123boo6$137boo$137bobo$137bo$$129boo$128bobo $130bo4$150b3o$126boo22bo$127boo22bo$126bo4$123bo$123boo$122bobo$152b oo$152bobo$152bo4$112b3o$114bo33bo$113bo33boo6boo$147bobo5bobo$155bo4$ 109b3o$111bo$110bo35boo$146bobo35bo$146bo36boo$183bobo$$70bo59bo$70boo 58boo$69bobo22b3o32bobo$77bo18bo$77boo16bo$76bobo$168boo$168bobo$168bo 3$76boo$75bobo$77bo16boo$95boo$94bo78boo$172boo$174bo8$56bo$56boo$55bo bo5$45bo183bo$45boo181boo$44bobo181bobo$$64boo$65boo$64bo$$178boo$178b obo$178bo$$24boo$23bobo$25bo$205boo$40b3o161boo$42bo163bo$20b3o18bo$ 22bo197boo$21bo198bobo$220bo$230bo$229boo$59boo168bobo$37boo21boo191b oo$38boo19bo193bobo$37bo215bo6bo$259boo$259bobo3$13bo238b3o$13boo237bo $12bobo238bo$$216b3o$216bo$217bo$222boo$222bobo$222bo41boo$263boo$258b o6bo$257boo$8bo248bobo$8boo3bo$7bobo3boo222boo12boo$12bobo13boo206boo 12boo$27bobo4b3o201bo13bo$29bo6bo$bbo32bo$bboo246boo$bobo12boo231boo$ 17boo232bo$16bo15boo$33boo$32bo$256boo$19bo235boo$19boo236bo$18bobo! golly-3.3-src/Patterns/Life/Syntheses/make-osc-p5-plus.rle0000644000175000017500000002175112026730263020374 00000000000000#C 5-1. "fumarole", Stephen Silver, 2/00 #C 5-2. Jason Summers, 11/04 #C 5-3. JS, 4/05 #C 6-1. Mark D. Niemiec/Jason Summers, 2/04 #C 6-2. JS, 8/04 #C 6-3, JS, 9/04 #C 7-1. unnamed p7, MDN/JS, 9/00 #C 8-1. "Coe's p8", MDN, 4/00 #C 8-2. "galaxy", JS, 9/03 #C 8-3. JS with MDN, 8/04 #C 15-1. MDN, 12/02 #C 16-1. "Achim's p16", JS, 10/04 #C 18-1. MDN, 3/02 #C 22-1. JS,2/01 #C 24-1. JS, 1/04 #C 138-1. JS, 10/02 #C Pattern from Jason Summers' "jslife" archive. x = 343, y = 232, rule = B3/S23 obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbo3$o20bo53bo74bo74bo49bo6bo$4bobobo7bo8bobobo7bobobo14bo42bo54bob obo7bo43bo18bobobo7bobobo27boo$56bobo33bo4bobo110bobo37bobo21boo$o3bo 11bo4bo3bo15bo14boo17bo17bo4boo50bo3bo11bo43boo13bo3bo15bo5boo29bo$45b o45b3o45bo111bo$4bobobobbobobbo8bobobobbobobbobobo4boo37bo53bobo12bobo bobbobobbo62bobobobbobobbobobo14bo$o20bo23boo4bo23bo10bo52boo9bo74bo 32bobo21bo$8bo7bo12bo7bo13bobo30b3o67bo3bo7bo62bo3bo7bo17boobbobo$51b oo210boo6bo$o3bobobo7bo4bo3bobobo7bobobo4bo28bo74bo3bobobo7bo58bo3bobo bo7bobobo18bo5bo11bo$44bobo47bo34bo47bobo12bo14bobo60b3o$45boo48boo32b obo10bo25bo9boo13bo13boo$o20bo53bo18boo33boo11bobo5bo15bobo9bo12b3o14b o16bo31bo24bo$142boo23boo89boo9boo$134bobo83bo36boo9boo$o14bobo3bo49bo 3bo15bo42boo14bo63bo5bobobbo44bo11bo$15boo53bo21bo42bo76boo6boo$16bo 53b3o17b3o51bo68boo40b3o$o20bo53bo67bo6bo74bo31bo5bo18bo$48bobo92b3o 110bo6boo$4bo10bo16boo15boo15bo51bo143bobobboo$o4boo6boo6bo9bobo15bo 15bo9bo41bo32bo27bo13bo32bo41bobo12bo$4boo8boo17bo31b3o49b3o59bo13bo 73bo$79bobobo7bobobo81b3o11b3o82bo$o20bo53bo74bo35bo38bo49boo5bo$50b3o 26bo15bo91boo63boo21bobo$52bo15bo117boo65boo$o20bo22b3o4bo10b3obboo6bo 3bobobobbobobbobobo6bo47bo51bobo20bo26bo29bo$46bo15bo4bobo30bobo7bo7bo 49bo33boo$6bobobbobo31bo17bo19bo11bo5boo8bo4boo51bo33bo$o6boobboo8bo 53bo33b3o5boo31bo16b3o24bo11bo18bobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbo$7bo4bo22b3o41bobobo7bobobo97bo12bobo$37bo155b3o10boo4bobo $o20bo14bo38bo74bo61boo11bo116bo$213bo$120bo108bobobo7bobobo56bo$o20bo 19boo32bo43boo29bo74bo74boo40bo$3b3o8b3o23bobo76bobobboo54bo48bo15bo 55boo$5bo8bo27bo81bobo53boo$o3bo10bo5bo53bo48bo25bo28bobo43bo3bobobobb obobbobobo17bo78bo$51b3o210boo$53bo131boo42bo3bo11bo17boo$o20bo30bo22b o74bo33bobo38bo116bo$186bo42bobobo7bobobo$107b3o192bobo$obbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo33bo40b o74bo76boo38bo$108bo194bo$81b3o87bo45boo$75bo7bo66bo20boo44bobo5bo116b o$82bo51b3o33bobo34boo8bo$91bo42bo72bobo$75bo15boo42bo14bo56bo17bo116b o$90bobo206bo13bo$83boo189bo23bo14bobo$75bo6bobo11boo33boo17bo74bo46bo bo23b3o12boo27bo$84bo10bobo32boo141boo$97bo34bo$75bo74bo60boo12bo116bo $206bo3boo56bo24bobo$140b3o18boo42boo5bo56boo22boo$75bo10boo52bo9bo11b oo41bobo17bo42boo24bo47bo$85bobo53bo19bo141bo$87bo45b3o104bobo59bo19bo $75bo51boo4bo16bo74bo15boo59b3o15boo20bo$127bobo4bo19boo72bo12bo79boo 6bobo$127bo25bobo73boo98boo$75bo74bo4bo69bobboo100bo11bo$299bo11bo$ 260bobo34boo12bobo$75bobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobb obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbo35boo35boo11boo29bo$261bo$266bo$obbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbo131bo30bo10bo39bo34bo$257bo7b3o37boo$30bo224b3o 48boo$o30boo60bo131bo116bo$30boo45bo$27bo49bobo$o24bobo49boo14bo131bo 116bo$26boo288boo$315boo$o9bobo80bo131bo91bo24bo$11boo72bo$11bo73bobo$ o84boo6bobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo11bo24bo 91bo$251boo$250boo$o3bobobo7bo76bo47bo29bo41bo11bo116bo$97bobobo7bo35b obobo7bobobo13bobobo7bobobo16bobo$8bo7bo22bo168boo$o39boo51bo3bo3bo7bo 31bo3bo3bo11bo9bo3bo3bo11bo17bo3bo11bo116bo$8bobbobobbo22boo219boo48b 3o$97bobobobbobobbo35bobobobbobobbobobo13bobobobbobobbobobo69boo37b3o 7bo$o7bo7bo76bo47bo29bo41bo11bo34bo39bo10bo30bo$31bobo13bo49bo3bo7bo 35bo3bo7bo17bo3bo11bo109bo$8bo7bo15boo11boo259bo$o31bo13boo45bo3bobobo 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o13bobo37boo11bo39bobo34boo111boo$o92bo4bobo40bo12bo16bo16bo24bo11bo 78bo37bo$100bo58boo42b3o$52boo63b3o39bobo41bo61boo$o50boo40bo23bo23bo 11boo4bo11bo32bo8bo11bo40boo74bo$53bo64bo35boo109bo$103b3o47bo$o92bo 11bo35bo29bo3b3o35bo11bo116bo$104bo72bo$176bo$o5boo85bo10bo36bo29bo41b o11bobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobb obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo$5bobo73bo22boo16b oo$7bo72boo21bobo16bobo$o79bobo10bo28bo9boo7bo29bo41bo$132bobo$65boo 65bo42bo$o13boo49bobo25bo47bo29bo3boo36bo$13bobo49bo31b3o7bo66bobo$15b o45boo36bo7boo$o59boo31bo4bo7bobo32bo29bo41bo$62bo$$obbobbobbobbobbobb obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo3$obbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo 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213b3o34bo$17boo7b3o3bo96boo13boo104bo55boo$o15bo9bo12bo56bo33boo13boo bboo37bo6bo38bo14bo41bo13bobo22bo$27bo101bo14bo5boo35boo78bo39bo$149bo 37bobo48boo26boo$o9boo23boobbo56bo98bo3b3o32bobbobo26bobo22bo38bo$4boo 5boo22bobo163bo37bo14bo$3bobo4bo24bo164bo15bo6boo19boo8boo$o4bo33bo56b o68boo28bo19boo6bobo8bo10boo6bobo35bo38bo$14boo144boo3bobo47bobo5bo20b o$15boo126boo15bobobbo$o13bo24bo17b3o36bo47boo14bo34bo38bo56bo38bo$11b o47bo83bo$11boo45bo$o9bobo26bo56bo62boo34bo38bo56bo38bo$35boo122bobo$ 34boo105b3o15bo$o35bobbo56bobb3o41bo51bo38bo56bo38bo$101bo40bo$100bo$o bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbo98bobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbo$135b3o$135bo$96bo39bo58bo3$96bo20boo76bo$ 118boo$117bo$96bo98bo3$96bobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo! golly-3.3-src/Patterns/Life/Syntheses/oscillator-syntheses.rle0000644000175000017500000000434612026730263021571 00000000000000#C Glider syntheses for ten oscillators. #C Pentadecathlon, tumbler, mold, figure 8, unix, mazing, #C A for All, washing machine, octagon II, cloverleaf. #C From Alan Hensel's "lifebc" pattern collection x = 187, y = 79, rule = B3/S23 obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo3$o17bo38bo20bo20bo26b o23bo35bo$67bo36bo$63bo3bobo35bo29bo44bo$o17bo38bo6bobboo9bo5bo14bo3b 3o20bo9boo12bo29bobo3bo$62b3o20bo26bo22boo43boo$10bo72b3o26bobo$o7bobo 7bo38bo7bobo10bo20bo12boo12bo23bo35bo$9boo20bobo7bobo21boo15bo$27boo3b oo7boo3boo18bo15boo$o9b3o5bo9boobbo9bobboo10bo20bobbobo15bo18bo7bo23bo 35bo$10bo16bo19bo21bo47bo$11bo57bobo45b3o$o5bobo9bo4boo25boo5bo11boo7b o14boo4bo26bo8b3o8bo3bo35bo$7boo15boo7boo5boo7boo42bobo12bobo26bo7boo$ 7bo15bo8bobo5bobo8bo41bo15boo25bo8bobo$o17bo15bo5bo16bo20bo20bo9bo16bo 23bo35bo$137b3o$68bo19b3o13bo3boo27bo$o17bo38bo9boo9bo9bo10bo4boobbobo 9boo4bo3b3o5bo11bo35bo$67bobo19bo13bobobbo11bobo9bo21bo13bo$120bo10bo 23boo10bo$o17bo38bo20bo20bo26bo23bo3boo11b3o16bo3$obbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo5bo29bo $157bo$155b3o$o47bo47bo53bo35bo$114bo46bo$112bobo45bo$o18bo28bo47bo16b oo35bo9b3o23bo$17bobo43bo$18boo18bo25bo52b3o$o36bo10bo13b3o31bo20bo32b o35bo$37b3o78bo$$o47bo47bo53bo35bo$78bo$78bobo22bo$o47bo29boo16bo7bo 45bo35bo$55bo46b3o$39bobo11bobo$o34bo4boo6bo5boo40bo53bo9b3o23bo$35boo 3bo65boo52bo$34bobo69bobo52bo$o18b3o18b3o5bo47bo9bo43bo35bo$14b3obbo8b obo11bo18bo93b3o$16bo3bo8boo10bo20boo93bo$o14bo13bo18bo12boo33bo53bo5b o29bo$$28boo50boo$o27bobo17bo30boo15bo53bo3boo11b3o16bo$28bo52bo73boo 10bo$154bo13bo$o47bo47bo53bo35bo$7bo14b3o119b3o$7boo13bo64boo55bo$o5bo bo14bo24bo38bobo6bo48bo4bo35bo$87bo$37b3o23boo$o36bo10bo13bobo31bo53bo 35bo$18boo18bo25bo$17bobo$o18bo28bo47bo53bo35bo$$78b3o$o47bo29bo17bo 53bo35bo$79bo$180boo$o47bo47bo53bo29bobo3bo$129boo49bo$129bobo$o47bo 47bo32bo20bo35bo3$obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo! golly-3.3-src/Patterns/Life/Syntheses/make-osc-p3.rle0000644000175000017500000001223112026730263017402 00000000000000#C Some glider syntheses of p3 oscillators: #C 3-1. "cis skewed poles", Stephen Silver and Mark D. Niemiec, 1/00 #C 3-2. "cross", Jason Summers, 8/04 #C 3-3. "short keys", JS, 8/04 #C 3-4. JS, 9/04 #C 3-5. "bent keys", JS, 9/04 #C 3-6. "asymmetric keys", MDN, 1/00 #C 3-7. "star", JS, 8/04 #C 3-8. JS, 8/04 #C 3-9. "diamond ring" with nonstandard stator. JS, 8/04 #C Pattern from Jason Summers' "jslife" archive. x = 271, y = 186, rule = B3/S23 obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbo3$o41bo19bo24bo47bo89bo$4bobobo7bo43bobo28bobobo7bob obo31bobobo7bobobo$61boo10bo$o7bo7bo25bo29bo14bo7bo7bo19bo11bo7bo7bo 73bo$72b3o46boo$4bobobobbobobbo29bo44bobobobbobobbobobo14boo15bobobobb obobbobobo$o41bo4boo38bo47bo89bo$8bo7bo29boo3bo18bo24bo11bo35bo7bo3bo$ 52boo16bobo134bo$o3bobobo7bo25bo8boo17boo9bobo3bo3bobobo7bobobo27bo3bo bobo7bobobo49boo18bo$30bo50boo32bo90boo$29bo52bo26bobobbo$o28b3o10bo 21bobo20bo21boo3b3o18bo89bo$16bo48boo43bo11bo85bobo7bo$14bobo48bo55bo 33bo52boo8bobo$o14boo25bo27bobo14bo18bo14b3o11bo20boo51bo3bobobboo5bo$ 70boo35boo46boo56boo$71bo34boo91bobo12bo$o27bo13bo3bobobo7bobobo24bo 47bo63boo24bo$28bobo169bo$8bo19boo5bo14bo11bo55boo$o8boo22boo7bo44bo 29boo16bo89bo$8boo24boo10bobobobbobobbobobo11boo43bo41bo$75boo82bobo$o 41bo7bo11bo11bo12bo23bo23bo6bobo15boo63bo$11bo20bo78boo30boo$11boo3boo 4bo8boo13bobobo7bobobo47bobo30bo$o9bobo4boobboo8bobo8bo44bo8boo19bo12b oo3bo89bo$16bo4bobo46bo24bobo18boo12bobo$70boo25bo18bobo11bo$o41bo26bo bo15bo47bo29bo59bo$166boo$165boo$obbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbo89bo$$169bobo$o41bo44bo47bo34boo53bo$4bo bobo7bobobo25bobobo7bo3bo107bo$$o7bo11bo21bo7bo7bo3bo24bo47bo89bo$173b o$4bobobobbobobbobobo25bobobobbobobbobobo111boo$o41bo44bo47bo37boo50bo $8bo7bo33bo11bo$178bo$o3bobobo7bobobo21bo3bobobo11bo24bo47bo40boo47bo$ 177boo$$o41bo44bo47bo31b3o55bo$169bo$18bobo41bobo103bo$o17boo22bo20boo 22bo47bo89bo$19bo43bo106boo$27bo22bo20bo97bobo$o25bo15bo8boo15bobbobo 13bo47bo35bo53bo$15bobo8b3o21boo14bobobboo$16boo3bo45boo$o15bo5bo19bo 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189boo$o37bo51bo89bo49bo39bo$133bo$52bo80bobo86bo$o51bobo35bo42boo45bo 42boo45bo$29b3o20boo168boo10boo$31bo201bobo$o29bo59bo64boo23bo54bo34bo $154boo$42b3o111bo64bo15bo$o41bo47bo89bo41bo13boo32bo$43bo176b3o13bobo $28b3o119bo$o29bo59bo31boo20bo4boo29bo61boo26bo$29bo93boo18boo4bobo90b obo$122bo20bobo96bo$o47boo40bo89bo22b3o64bo$48bobo4boo148bo$48bo6bobo 70bo75bo$o54bo34bo12boo23boo50bo11b3o22boo51bo$102bobo22bobo43boo19bo 23boo$18boo84bo68bobo17bo23bo$o16bobo70bo82bo6bo89bo$19bo191boo$191boo 17bobo44boo$o89bo89bo9bobo19bo43boo12bo$192bo65bo$$o63b3o23bo89bo89bo$ 64bo$65bo$o89bo89bo89bo$9bo145b3o91bo$9boo144bo92boo$o7bobo79bo65bo23b o27boo38bobo19bo$207bobo$202b3o4bo$o75boo12bo23b3o63bo23bo65bo$75boo 39bo86bo$77bo37bo$o89bo89bo89bo3$o89bo89bo89bo3$obbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbo! golly-3.3-src/Patterns/Life/Syntheses/29-still-lifes.rle0000644000175000017500000001523612026730263020052 00000000000000#C Most of these 29 glider syntheses were found by running #C random patterns with various types of symmetry on tori. #C Occasionally an unusual still life shows up in such experiments, #C and sometimes it's possible to deduce a glider synthesis. #C Dean Hickerson, 30 May 1993 x = 229, y = 229, rule = B3/S23 o2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo 2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo 2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo 2bo2bo2bo2bo2bo2bo2bo3$o22bo9bo3bo46bo32bo18bo13bo21bo16bo38bo$22bo15b o61bobo31bobo34bo20bobo$17bo4b3o11b3o62b2o32b2o34b3o19b2o23bo$o14bobo 15bo23bo26bo16bo15bo32bo14bo23bo3bo24bobo7bo$16b2o37bobo13bobo71bo17bo bo52b2o$56b2o13b2o38bobo31bobo16b2o$o32bo38bo3bobo5bo26b2o4bo27b2o3bo 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2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo 2bo2bo2bo2bo2bo2bo2bo2bo! golly-3.3-src/Patterns/Life/Syntheses/life-integer-constructions.rle0000644000175000017500000007011512026730263022655 00000000000000#C Collection of small objects generated from integers written #C in a five-cell-high 'font' suggested by Eric Angelini. #C For a more complex construction, see Scripts/life-integer-gun30.py. #C See http://www.radicaleye.com/DRH/digits.html for details. #C #C This pattern contains numeric predecessors of various still-lifes, #C oscillators, the "familiar fours" (and some less familiar ones), #C and the 4 common spaceships. The numbers with at most 6 digits #C are probably minimal; the larger ones probably aren't. #C #C Names of the less common objects are taken from #C Andrzej Okrasinski's Game of Life Statistics. #C #C blinker (p2) 29 #C block 70 #C tub 3906 #C boat 24 #C beehive 163 #C ship 516 #C barge 243 #C toad (p2) 8696 #C beacon (p2) 3671 #C aircraft carrier 186176 #C snake 341957652114 #C loaf 60 #C long boat 587 #C eater 1084557 #C long snake 6065270247413614 #C #C pond 36 #C mango 857 #C long barge 127515 #C long ship 154235114 #C tub with tail 2557376 #C canoe 52104106503114 #C shillelagh 157796 #C hook with tail 112108350204 #C bipole (p2) 7020200455 #C long shillelagh 8330423935 #C very long boat 4476 #C hat 249681 #C up boat with tail 18019138 #C down boat with tail 19333076503 #C tub with long tail 1599435990114 #C #C integral sign 1135274716 #C tub with nine 187597582 #C very long ship 31808650070114 #C boat tie 7200647110228 #C block and table 41275676414 #C beehive with tail 10846421 #C up barge with tail 55540559353 #C down barge with tail 1552921912246414 #C claw with tail 91254643267 #C cis shillelagh 111410294065111068 #C loop 3317286570681 #C unnamed 11-bit still-life 761314714 #C elevener 1858705011164 #C unnamed 11-bit still-life 21590971031 #C eater siamese snake 147432532023 #C #C trans loaf with tail 149059473114 #C trans long boat with tail 6733116821185776 #C ship boat tie 1125100561957 #C cis boat and table 18710583610 #C pair of tables 33108318 #C ship tie 141225452 #C trans legs and block 11317113569 #C eater siamese eater 410754245114 #C cis block and long hook 1006382171456 #C unnamed 12-bit still-life 127745053 #C beehive with bend tail 7961412233308125408 #C cis snorkel loop 16635966646711066148 #C unnamed 13-bit still-life 38923541681 #C beehive at loaf 277305174681 #C half bakery 76109 #C #C cis loaf at loaf 189422808541 #C paper clip 324637 #C big S 14172002 #C hat siamese hat 1130132 #C racetrack II siamese hat 22798258254132 #C fourteener 23144355435681 #C cis mirrored R-bee 380718 #C trans rotated R-bee 4104645072 #C cis rotated R-bee 7621392111674 #C bookends 18030383 #C cis hook and R-bee 113021797020694 #C pond and table 604123154231147 #C block and dock 141247457341871 #C beehive and cap 410173645421961 #C dock siamese carrier 14644309288681 #C #C unnamed 14-bit still-life 13673415404000183 #C cis boat and dock 6581004399314 #C bi-pond 141207310 #C moose antlers 7686328 #C cis mirrored long hook 113183 #C beehive and dock 340412204591456712 #C cis mirrored R-loaf 410813883110 #C scorpion 1803712066986301 #C twin peaks 66695034197110359 #C unnamed 18-bit still-life 1893303515 #C cis mirrored R-mango 4110080033111 #C cis rotated R-mango 669019610699 #C dead spark coil 4108303132 #C trans rotated C 6587961971 #C unnamed 18-bit still-life 13554271714 #C #C pond and dock 182530867166 #C cis long hook and dock 122915233114 #C unnamed 19-bit still-life 7161006176 #C cis mirrored dock 25410808131018 #C unnamed 21-bit still-life 46725681 #C long worm and blocks 13801006728751 #C cis mirrored worm 6308383830114 #C cis mirrored long dock 630800000080010 ( Nicolay Beluchenko ) #C unnamed 26-bit still-life 180303033818720 #C unnamed 28-bit still-life 180010010081 #C unnamed 38-bit still-life 70310003114 #C #C traffic light 1 #C blockade 67 #C honey farm 78 #C fleet 7108 #C bakery 1672 #C land of lakes 1635661 #C 4 eaters 11300 #C #C pulsar (p3) 0 #C pentadecathlon (p15) 1445481003304129144171771 #C queen bee shuttle (p30) 1983263225470666662666647618 #C twin bees shuttle (p46) 397301133310 #C twin bees shuttle (p46) 331101301133310 #C (last three found jointly with Nicolay Beluchenko) #C #C glider 90 #C LWSS 3207 #C MWSS 94174 #C HWSS 185598100297311043114 #C #C Dean Hickerson, 26 March 2007 x = 736, y = 428, rule = B3/S23 b3o12b3ob3o60b2o13b3ob3o46b2o15bobob3ob3ob3ob3obobob3obob3o33b2o13bobo bob3ob3ob3ob3obobob3ob3obobobobo37bo16bob3ob3obobob3ob3ob3ob3ob3ob3obo 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obobobo11b2o12bobobob3obobob3ob3ob3ob3ob3ob3ob3ob3o22bo13b3ob3obob3ob 3o60b2o2b2o12bobobob3obobobobob3ob3ob3ob3ob3ob3ob3ob3obo20bo13bob3ob3o b3obobob3ob3obob3obobobo$bo14bo3bobobo3bo5bo3bobobo3bobobo3bobobobo3bo bo3bobobo5bobo15bobo3bobobobobobo3bobo3bobobobobobobobobobo10bobo12bob obo3bobobo3bo3bobo5bo3bobobo3bo3bo21bobo14bobo3bobobobobo60bobo2bo12bo bobobo3bobobobo3bobobobobo3bobobobobobo3bobobo19bobo12bo3bobo3bo3bobo 3bo3bobo3bobobobo$2bo13b3obobob3ob3ob3o3bobobob3ob3o3bob3obob3ob3obob 3o6bo2b2o12bob3ob3ob3ob3ob3ob3ob3ob3obobobobob3o10bo14bob3o3bob3ob3ob 3ob3ob3ob3obobob3ob3o20bo2bo14bob3obobobob3o62b2o14bob3ob3ob3ob3ob3obo bob3ob3ob3ob3ob3ob3obo18bo2bo12bob3ob3ob3ob3ob3o3bobo3bobob3o$3bo12bob obobobobo3bobo5bobobobo5bo3bo3bobo3bobobobo3bo7b2obo12bo3bo3bo3bo3bo3b o3bo3bo3bobobobobo3bo9b2o14bo3bo3bo3bo3bobo5bo3bobo3bobobo5bo19bob2o 15bobobobobobo3bo62bo15bo3bobobo3bo3bo3bobobo3bobo3bobobobobobobobobo 14b2o2bobo13bo3bo3bo3bo3bobo5bobo3bobo3bo$2b2o12b3ob3ob3ob3ob3o3bob3ob 3o3bo3bo3bobob3ob3obo3bo23bob3ob3ob3o3bob3ob3ob3ob3ob3obobo3bo9bo15bo 3bo3bo3bob3ob3ob3ob3ob3ob3ob3ob3o18bobo17bob3obob3ob3o60bobo15bo3bob3o 3bo3bob3ob3ob3ob3ob3ob3ob3ob3obo14bobob2o14bob3ob3ob3o3bob3o3bobo3bobo 3bo$153bo76bo2bo92b2o83bo$152b2o77b2o176bobo$409b2o!golly-3.3-src/Patterns/Life/Syntheses/make-p18.rle0000644000175000017500000000171612026730263016714 00000000000000#C Glider synthesis of p18 oscillator. #C Mark Niemiec, 10/2002; pattern from Jason Summers' "jslife" archive x = 229, y = 229, rule = B3/S23 207bo$207bobo$207boo$9bo$10boo$9boo4$3bobo$4boo$4bo8$227bo$226bo$226b 3o28$36bo$37boo$36boo$$39bo$40boo$39boo3$53bo$54boo$53boo5$142bo$45bo 95bo$43bobo95b3o$44boo4$52bo$53boo$52boo16$104bobo$105boo$105bo$96bobo $97boo$92bo4bo$93bo$91b3o17$102b3o$104bo$103bo6$137boo$136boo$113boo 23bo$112bobo$114bo3$96boo$95bobo$97bo5$140boo$91b3o45boo$93bo47bo$92bo $$137boo$137bobo$68b3o66bo$70bo$69bo$$146bo$145boo$145bobo$150boo$150b obo$150bo$87boo$86bobo68b3o$88bo68bo$81b3o74bo$83bo$82bo$$147bo$146boo $45bo100bobo$45boo$44bobo7$165boo$46b3o115boo$48bo117bo$47bo$$162boo$ 162bobo$27b3o132bo$29bo$28bo$$176boo$45b3o127boo$47bo129bo$46bo$$173b oo$173bobo$173bo11$196bo$182bo12boo$181boo12bobo$181bobo4$3o36boo$bbo 37boo143b3o$bo37bo145bo$186bo11bo$197boo$197bobo5$224bo$223boo$29boo 192bobo$28bobo$30bo$$218boo$217boo$219bo$20boo$19bobo$21bo! golly-3.3-src/Patterns/Life/Syntheses/make-osc-p4.rle0000644000175000017500000001752412026730263017415 00000000000000#C Some glider syntheses of p4 oscillators: #C 4-1. unnamed p4, Noam Elkies and Mark Niemiec, 4/00 #C 4-2. Jason Summers, 8/04 #C 4-3. JS, 8/04 #C 4-4. JS, 9/04 #C 4-5. JS with MDN, 8/04 #C 4-6. JS/MDN, 8/04 (same as 4-2, with a different stator) #C 4-7. JS with MDN, 8/04 #C 4-8. JS, 8/04 #C 4-9. JS, 10/04 #C 4-10. JS, 8/04 #C Pattern from Jason Summers' "jslife" archive. x = 331, y = 345, rule = B3/S23 213bobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobb obbobbobbobbobbobbo3$213bo67bo15bo$229bo3bo7bobobo33boo$280boo$213bo7b obo5bo3bo7bo55bo$222boo$222bo6bobobobbobobbobobo46bo$213bo76boo5bo$ 233bo11bo45boo$$213bo19bo7bobobo51bo3$213bo83bo$$216bobo$213bo3boo78bo $217bo$254bobo$obbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbo41boo40bo$255bo$268bobo$o53bo50bo77bo29bo26bo27b oo27bo$4bo3bo7bo41bo3bo7bobobo47bo3bo7bobobo48bo3bo7bo3bo37boo13bobo 10bo$240boo14boo$o3bo3bo7bo37bo3bo3bo11bo30bo16bo3bo11bo44bo3bo3bo7bo 3bo9bo43bo14bobo22bo$111bo67bo56bo17bo17boo$4bobobobbobobbo41bobobobbo bobbobobo37bo9bobobobbobobbobobo39bo8bobobobbobobbobobo33boo13boo11bob 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obo99bo$50bo91b3o$o20boo52bo68bo14bo68bo$20bobo120bo13boo$22bo135boo$o 74bo152bo3$o74bo152bo$144boo$145boo13bo$o74bo68bo14bo68bo$159b3o$151bo $o74bo75boo75bo$150bobo$$o74bo152bo$130b3o$132bo$o74bo55bo15boo79bo$ 146bobo$3boo64boo77bo$o3boo62boo5bo152bo$3bo66bo$$o74bo152bo3$obbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo 152bo3$75bo152bo$111bobo$112boo$75bo36bo115bo$101boo$102boo$75bo25bo 126bo$$98bo$75bo22boo128bo$97bobo$$75bo16boo134bo$93boo$92bo$75bo152bo $$205boo$75bo128boo22bo$206bo$$75bo125boo25bo$200boo$80bo121bo$75bo4b oo43b3o100bo$79bobo45bo83b3o$126bo84bo$75bo126bo9bo15bo$201boo$148boo 51bobo$75bo72bobo77bo$148bo$$75bo40bo111bo$116boo$115bobo$75bo152bo3$ 75bobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbobbo bbobbobbobbobbobbo! golly-3.3-src/Patterns/Life/Puffers/0000755000175000017500000000000013543257426014377 500000000000000golly-3.3-src/Patterns/Life/Puffers/p100-H-track-puffer.rle0000644000175000017500000002413512026730263020252 00000000000000#C p100 puffer laying down Herschel tracks -- pairs of Fx77 conduits. #C A single Herschel follows the track, producing gliders. #C Paul Callahan, 14 November 1996; glider recipe by Dean Hickerson. #C [See also p100-H-channel-breeder.rle, in the Breeders folder; this #C puffer could easily be made into a breeder by adding a Herschel #C factory of any desired period to the end of the Herschel track.] x = 1330, y = 247, rule = B3/S23 735b5o$734bo4bo$739bo$734bo3bo$736bo9$69b5o$68bo4bo$73bo$68bo3bo$70bo 2$788b3o$787b5o$787b3ob2o$719bo70b2o$720bo$716bo4bo$719b3o$716b2o4bo 44bo63b2o$718bo3bo43b3o58b4ob2o6b2o$65bo652bo47bo2bo57b6o5b2ob2o$66bo 652b3o46b2o58b4o6b4o$64b3o702b5o15b2o36bo11b2o$771bobo15b2o8b3o25bo$ 122b3o645bo37bo$66bo54b5o642bobo36bobo7bo9b2o7b3o$65bobo53b3ob2o638bob obob2o5b2o27bobo10b2o2b2ob2o5bo3b2o$64b2ob2o55b2o639bo3bob2o5b5o11b2o 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6b2o103bo2b2o34bob2o$289b2o3bo95b2o150bob3o14bo$288bo2b3o210bo2b2ob2o 30bo3bo12bo$288bo3bo211bo2b4o29b2o4bo8bo3bo2b2o$289b2ob2o196b2obo11b2o bo10b2o20b2o8bo2b3obo5bo$289b2ob2o55b2o139bo3bob2o5b5o11b2o12bo7b2o2b 3o2bob5o2bobo2b2o$290bobo53b3ob2o138bobobob2o5b2o27bobo10b2o2b2ob2o5bo 3b2o$291bo54b5o142bobo36bobo7bo9b2o7b3o$347b3o145bo37bo$496bobo15b2o8b 3o25bo$289b3o202b5o15b2o36bo11b2o$291bo152b3o46b2o58b4o6b4o$290bo152bo 47bo2bo57b6o5b2ob2o$443bo3bo43b3o58b4ob2o6b2o$441b2o4bo44bo63b2o$444b 3o$441bo4bo$445bo$444bo70b2o$512b3ob2o$512b5o$513b3o2$295bo$293bo3bo$ 298bo$293bo4bo$294b5o9$461bo$459bo3bo$464bo$459bo4bo$460b5o!golly-3.3-src/Patterns/Life/Puffers/line-puffer-superstable.rle0000644000175000017500000000605012026730263021555 00000000000000#C Superstable line puffer of width 76. #C A line puffer is the best linear generator of chaos in Life. #C It works by pulling a solid line forward at speed c/2. It is #C amazing that this line isn't destroyed by its own debris. #C Furthermore, this kind of puffer can be widened indefinitely, #C making it exponentially more chaotic, without affecting its #C stability. Some methods of stabilizing the edges are known #C to be slightly unstable, giving the puffer a half-life #C independent of its width, but the edge shown here is believed #C to be completely stable. #C Increasing a line puffer's width linearly tends to increase its #C period exponentially. You will not see this width-76 puffer #C repeat for tens of millions of generations. #C One interesting thing you can do with a line puffer is put some #C asymmetrical debris in its plume. Sometimes the asymmetry is #C temporary, but more often in wide puffers such as this one, #C it turns out to be permanent. #C Tim Coe, May 1996. From Alan Hensel's "lifebc" pattern collection. x = 32, y = 156, rule = B3/S23 18bo$18b4o$5bobo12boo$5bobbo14bo$8boo10b4o$10bo13bo$8b4o8bobb3o$7bo4bo 9b3o$9bobbo10bo$9bobbo5bob3o$11bo6boobbo$5bob4o8b3o$5bo3bo9bo$8bo12bo$ 6bobo10bobo$22bo$7b3o9bobo$8boo11bo$7b3o9bo$19b3o$6bobo9boobbo$8bo9bob 3o$5bo3bo13bo$5bob4o11b3o$11bo8bobb3o$9bobbo11bo$9bobbo7b4o$7bo4bo10bo $8b4o8boo$10bo7b4obbobo$8boo8bo5bobbo$5bobbo7bobo8boo$5bobo8bo12bo$14b obboo8b4o$bboobo9b3o8bo4bo$5bo7bobo12bobbo$bboboo7bo14bobbo$bbo9boo16b o$o7bob3o11bob4o$bo5boboo13bo3bo$bo5boo18bo$bobobboo17bobo$boboboo$bo 24b3o$boboboo20boo$bobobboo5bobo4bobo4boo$bo5booboobobbobbobbob5o$bo5b oo7boo3bo4bo$bobobboo5bo6bo7bo$boboboo6bob5o6bobo$bo8boo17bo$boboboo6b ob5o6bobo$bobobboo5bo6bo7bo$bo5boo7boo3bo4bo$bo5booboobobbobbobbob5o$b obobboo5bobo4bobo4boo$boboboo20boo$bo24b3o$boboboo$bobobboo17bobo$bo5b oo18bo$bobobboboo14bo3bo$bobob3obbo13bob4o$bo8bo19bo$bobob3obbo17bobbo $bobobboboo18bobbo$bo5boo17bo4bo$bobobboo19b4o$boboboo22bo$bo25boo$bob oboo17bobbo$bobobboo16bobo$bo5boo$bobobboboo$bobob3obbo$bo8bo13bobo$bo bob3obbo13bobbo$bobobboboo17boo$bo5boo20bo$bobobboo19b4o$boboboo19bo4b o$bo26bobbo$boboboo21bobbo$bobobboo22bo$bo5boo15bob4o$bobobboboo14bo3b o$bobob3obbo16bo$bo8bo14bobo$bobob3obbo$bobobboboo16b3o$bo5boo18boo$bo bobboo5bobo4bobo4boo$boboboo3boobobbobbobbob5o$bo14boo3bo4bo$boboboo6b o6bo7bo$bobobboo5bob5o6bobo$bo5booboo17bo$bo5boo4bob5o6bobo$bobobboo5b o6bo7bo$boboboo9boo3bo4bo$bo8boobobbobbobbob5o$boboboo6bobo4bobo4boo$b obobboo19boo$bo5boo17b3o$bobobboboo$bobob3obbo14bobo$bo8bo16bo$bobob3o bbo13bo3bo$bobobboboo14bob4o$bo5boo21bo$bobobboo20bobbo$boboboo21bobbo $bo24bo4bo$boboboo20b4o$bobobboo21bo$bo5boo18boo$bo5boboo13bobbo$o7bob 3o11bobo$bbo9boo$bboboo7bo$5bo7bobo$bboobo9b3o$14bobboo$5bobo8bo$5bobb o7bobo$8boo8bo$10bo7b4o$8b4o8boo$7bo4bo10bo$9bobbo7b4o$9bobbo11bo$11bo 8bobb3o$5bob4o11b3o$5bo3bo13bo$8bo9bob3o$6bobo9boobbo$19b3o$7b3o9bo$8b oo11bo$7b3o9bobo$22bo$6bobo10bobo$8bo12bo$5bo3bo9bo$5bob4o8b3o$11bo6b oobbo$9bobbo5bob3o$9bobbo10bo$7bo4bo9b3o$8b4o8bobb3o$10bo13bo$8boo10b 4o$5bobbo14bo$5bobo12boo$18b4o$18bo! golly-3.3-src/Patterns/Life/Puffers/line-puffer-unstable.rle0000644000175000017500000000562712026730263021052 00000000000000#C The asymmetric debris destroys the engine of this #C line puffer after appoximately 9.5 million generations. #C See also line-puffer-superstable.rle. #C Tim Coe, 9 October 1995 x = 17, y = 99, rule = B3/S23 obo$o2bo5bo$3b2o4b4o$5bo5b2o$3b4o7bo$2bo4bo3b4o$4bo2bo7bo$4bo2bo3bo2b 3o$6bo6b3o$ob4o8bo$o3bo4bob3o$3bo5b2o2bo$bobo6b3o$10bo$2b3o7bo$3b2o5bo bo$2b3o8bo$10bobo$bobo8bo$bo2bo5bo$4bo5b3o$2bo2bo5b3o$4b2o5b2o$5bobo2b 2o$5bobob2o$5bo$5bobob2o$2bo2bobo2b2o$4b2o5b2o$2bo2bobo2bob2o$5bobob3o 2bo$2bo2bo8bo$2bo2bobob3o2bo$4b2obo2bob2o$5bo5b2o$5bobo2b2o$5bobob2o$ 5bo$5bobob2o$5bobo2b2o$5bo5b2o$5bobo2bob2o$5bobob3o2bo$5bo8bo$5bobob3o 2bo$5bobo2bob2o$5bo5b2o$5bobo2b2o$5bobob2o$2bo2bo$2bo2bobob2o$2bo2bobo 2b2o$2bo2bo5b2o$2bo2bobo2bob2o$2bo2bobob3o2bo$2bo2bo8bo$2bo2bobob3o2bo $2bo2bobo2bob2o$2bo2bo5b2o$2bo2bobo2b2o$2bo2bobob2o$2bo2bo$2bo2bobob2o $2bo2bobo2b2o$2bo2bo5b2o$2bo2bobo2bob2o$2bo2bobob3o2bo$2bo2bo8bo$2bo2b obob3o2bo$2bo2bobo2bob2o$2bo2bo5b2o$2bo2bobo2b2o$2bo2bobob2o$2bo2bo$5b obob2o$5bobo2b2o$4b2o5b2o$2bo2bo5b3o$4bo5b3o$bo2bo5bo$bobo8bo$10bobo$ 2b3o8bo$3b2o5bobo$2b3o7bo$10bo$bobo6b3o$3bo5b2o2bo$o3bo4bob3o$ob4o8bo$ 6bo6b3o$4bo2bo3bo2b3o$4bo2bo7bo$2bo4bo3b4o$3b4o7bo$5bo5b2o$3b2o4b4o$o 2bo5bo$obo! #C The eventual failure occurs when a particular defect appears #C behind the line puffer. The following snapshot is taken #C approximately 3440 generations before the puffer engine implodes: x = 48, y = 99, rule = B3/S23 32bo$32b4o4bobo$34b2o4bo2bo$37bo5b2o$34b4o7bo$38bo4b4o$34bo2b3o2bo4bo$ 36b3o5bo2bo$37bo6bo2bo$32bob3o9bo$32b2o2bo3bob4o$33b3o4bo3bo$33bo9bo$ 35bo5bobo$33bobo$36bo5b3o$33bobo7b2o$35bo6b3o$33bo$33b3o5bobo$34b3o4bo 2bo$34bobo7bo$35b2o7bo$36bo2b2o2bo$35b2o2b4o$35b2o$35b2o2b4o$36bo2b2o 2bo$34b3o7bo$36bo2b2o3bo$35b2o2b5obo$35b2o7b3o$34bobo2b5obo$35b2o2b2o 3bo$6b2o28bo7bo$6b2o4b2o21b2o2b2o2bo$12b2o7b4o2bobo5b2o2b4o$21b5o3b2o 2b4o$19b2ob2ob2obo2bob4o2b4o$7b2o10b2o9b2ob4o2b2o2bo$7bobo9b2ob2o6b2ob 4o7bo$8bo10bo2bo7b2ob4o2b2o3bo$19bo10b2ob4o2b5obo$18b2obo4b2o2b2ob4o7b 3o$9b3o7b2o6bo2b2ob4o2b5obo$3b2o3bo3bo13bo3b2ob4o2b2o3bo$3bobobo13b2o 3bo3b2ob4o7bo$4b5o2b2o8b3o2b3ob2ob4o2b2o2bo$4bobobobo12bo2b3ob2ob4o2b 4o$3b2ob2ob3o5b2o7b3ob2ob4o$2b3obob2o6b3obo3bob3ob2ob4o2b4o$bobobo14bo 5b3ob2ob4o2b2o2bo$2b5o5b2o4b2o3b2ob3ob2ob4o7bo$o4bo5bo3bo10b3ob2ob4o2b 2o3bo$obo3bo4bo3bo10b3ob2ob4o2b5obo$b2o8bobobo5b2o3b3ob2ob4o7b3o$20bob 2o6b2ob4o2b5obo$19b2obo3bo3b2ob4o2b2o3bo$25b2o3b2ob4o7bo$19bo5b2o3b2ob 4o2b2o2bo$15bo5bo4bo3b2ob4o2b4o$14bo2b6o7b2ob4o$15bo6bo4b2ob2ob4o2b4o$ 2b2o11b4ob3o5b3o2b4o2b2o2bo$2b2o12bo12bo2b5o7bo$17bo2b3o2bo6b5o2b2o3bo $17bo2bobo2b3o4b5o2b5obo$26b3o3b5o7b3o$27bobo2b5o2b5obo$28b2o2b5o2b2o 3bo$29bo2b5o7bo$26b2o4b5o2b2o2bo$26b3obob5o2b4o$6b2o19b3o5b2o$5bo2bo 26b2o2b4o$6b2o28bo2b2o2bo$35b2o7bo$34bobo7bo$34b3o4bo2bo$33b3o5bobo$ 33bo$35bo6b3o$33bobo7b2o$36bo5b3o$33bobo$35bo5bobo$33bo9bo$33b3o4bo3bo $32b2o2bo3bob4o$32bob3o9bo$37bo6bo2bo$36b3o5bo2bo$34bo2b3o2bo4bo$38bo 4b4o$34b4o7bo$37bo5b2o$34b2o4bo2bo$32b4o4bobo$32bo! golly-3.3-src/Patterns/Life/Puffers/puffer-2c5.rle0000644000175000017500000000177012026730263016674 00000000000000#C 2c/5 dirty puffer #C Period 10150 (glide-reflective) #C Jason Summers, 26 Feb 1999 x = 112, y = 75, rule = B3/S23 15bo13bo52bo13bo$14bobo11bobo50bobo11bobo$13booboo9booboo48booboo9boob oo$13boo3bo7bo3boo48boo3bo7bo3boo$14bob4o5b4obo50bob4o5b4obo$14boo3bo 5bo3boo50boo3bo5bo3boo$18b3o3b3o58b3o3b3o$15boobbo5bobboo52boobbo5bobb oo$15b4obb3obb4o52b4obb3obb4o$15bobo3b3o3bobo52bobo3b3o3bobo$13b3obbo 7bobb3o48b3obbo7bobb3o$18bobbobobbo58bobbobobbo$20bo3bo62bo3bo$13boo 15boo48boo15boo$18boobbobboo58boobbobboo$21b3o64b3o6$87bo$86b3o$86bob oo$87b3o$87boo4$4bo5bo90bo5bo$3b3o3b3o88b3o3b3o$bbobbo3bobbo86bobbo3bo bbo$b3o7b3o84b3o7b3o$bbobo5bobo86bobo5bobo$4boo3boo90boo3boo$o4bo3bo4b o82bo4bo3bo4bo$5bo3bo92bo3bo$oo3bo3bo3boo82boo3bo3bo3boo$bbobbo3bobbo 86bobbo3bobbo$4bo5bo90bo5bo25$43bo5bo12bo5bo$42bobo3bobo10bobo3bobo$ 41booboobooboo8booboobooboo$41bobbo3bobbo8bobbo3bobbo$39booboo5booboo 4booboo5booboo$40boo9boo6boo9boo$41boo7boo8boo7boo$42bo7bo10bo7bo$39b oo11boo4boo11boo$40b3o7b3o6b3o7b3o$43bobobobo12bobobobo! golly-3.3-src/Patterns/Life/Puffers/zigzag-wickstretcher.rle0000644000175000017500000006625512026730263021201 00000000000000#C zigzag c/2 orthogonal wickstretcher: Jason Summers, 14 Feb 2006 x = 331, y = 1070, rule = B3/S23 44bo13bo$43b3o11b3o$42boobo5bo4boobo$42b3o5b3o3b3o$43boo5boboo3boo$73b o13bo$72b3o11b3o$72boboo4bo5boboo$53bo19b3o3b3o5b3o$51boo4b3o13boo3boo bo5boo$57bobbo$54bobbo$49bo7bo$48bo3boo4bobo17bo$48bo29b3o5b3o$49bo29b o5bobbo$59b3o3b3o11bobbo5bo$42bo9bo5bobbo3bobbo11b3o5bo$41b3o6b3o8bo3b o19bobo$41boboo5bo10bo3bo$42b3o5bobo5bobo5bobo45b3o11b3o$42boo7boo61bo bbo10bobbo$62b3o6bo16bo5bo19bo6b3o4bo$62b3o5b3o14b3o3b3o18bo5bobbo4bo$ 62bobo4boobo13boobo3boboo18bobobbo3bo4bobo$63bo5b3o14b3o5b3o22boobobo$ 63bo6boo15boo5boo23booboo$49bo70b3o$49boo23bobo14bo23bo$48bobo10bo3bo 8boo14b3o21b3o$61booboo10b3o35boboo$62bobo25bobo22b3o$54bo36bo23boo$ 54boo7bo$53bobo7bo$63bo16boo42boo$81boo5b3ob3o29boo$59bo16bo3bo9bobo 14b3o3b3o14b3o$59boo14b3o29bobbobobbo5b3o5bobbo$58bobo14boboo28bo7bo4b o3bo7bo$76b3o6boo3b3o14bo7bo4bo4bo6bo$56bo19b3o7boo20bobobobo10bo3bobo $55b3o6bo11b3o6bo34bo4bo$55boboo5boo10boo33bo12bo$56b3o4bobo44b3o8bobo $56b3o51b3o$56boo146bo13bo$203b3o11b3o$122boo78boobo5bo4boobo$109bo3bo 8bobo77b3o5b3o3b3o$109bo3bo8bo80boo4bobboo3boo$108bobobobo94b3o$110b3o 12b3o$94bo15b3o4boo6bobbo$87bo9bo13bo5b3o5bo$87bo5bo14bo5b4obo5bo3bo 73b3o$98bo8bobo3bobo9bo3bo44b3o11b3o12bobbo$79bo13bo12booboo4bo9bo48bo bbo10bobbo11bo$79boo12bo3bo8boob5obo10bobo45bo6b3o4bo14bo$78bobo13b3o 12bob3oboo15bo13bo27bo5bobbo4bo15bobo$109boo3b3o14b3o11b3o27bobobbo3bo 4bobo21boo$108boo5boo14boboo4bo5boboo32b4o28boo$108boo5boo15b3o3b3o5b 3o34bo11b3o3b3o$109boo4boo15boo3boobbo4boo47bobbobobbo16bo$115bo21bo3b o33bo19bo7bo7bo7b3o$114bo22bobo3bo30b3o18bo7bo5booboo5boboo$174boboo4b 3o11bobobobo6booboo6b3o$138booboo32b3o4boo25booboo6boo$140bo4b3o27boo 5boo15bo10boo$144bobbo31booboo14b3o$147bo32bobo15b3o$147bo33bo$94bo49b obo$94boo71b3o3b3o14b3o$93bobo71bobbobobbo13bobbo4bo3bo10boo$136boo29b o7bo16bo4bo3bo9boo$130bo5boo9bo5bo13bo7bo16bo3bobobobo10bo$103boo24b3o 5b3o6b3o3b3o13bobobobo14bobo6b3o$104bo23boobo6b3o4boobo3boboo42b3o$ 104bo23b3o6b3obo3b3o5b3o15bo27bo7boo$105boo22boo5boo8boo5boo15b3o33boo $103boboo28b3o32b3o12boo21bo$104boo30boo12bo34bobo$137bo11b3o33bo$148b o3bo49boo$169bo3bo27boo$169bo3bo6boo21bo$109bo38booboo15bobobobo5bobo 23bo$109boo27boo10bo19b3o7bo4b3o17b3o$108bobo28boo29b3o12bobbo16boboo$ 138bo32bo13bo20b3o$135bo12bo3bo21boo9bo3bo16b3o$118boo14b3o10bobobobo 19bobbo8bo3bo16boo$117bobo14boboo5boo3b5o21boo9bo$119bo15b3o6boobboob oo33bobo3boo$135b3o5bo5bobo39boo$135b3o11b3o41bo$135boo$$146b3o$148bo$ 145bo3bobbo$124bo20bo3bo3boo$124boo23bobboo12bo$123bobo21bo18bobo3bo$ 149bo16boo5boo$149bo$133boo$132bobo$134bo42boo$176boo$178bo6$139bo$ 139boo$138bobo$223bo13bo$222b3o11b3o$148boo71boobo5bo4boobo$147bobo71b 3o5b3o3b3o$149bo12boo58boo4bobboo3boo$161boo65bo3bo$163bo65boobo$231b oo$$222b3o$222bobbo5bo$222bo7bobo$222bo6bo$223bobo6bo$227boo$227booboo $166b3o60bo82b3o11b3o$166bobbo46bo5bo16bo72bobbo10bobbo$166bo48b3o3b3o 14b3o71bo6b3o4bo$166bo3bo43boobo3boboo13boboo70bo5bobbo4bo$166bo47b3o 5b3o14b3o71bobobbo3bo4bobo$156boo9bobo45boo5boo15boo78b4o$156bo15b3o 11b3o132bo$157bo13bobbo10bobbo30bo$158bo15bo4b3o6bo29b3o92bo$159bo14bo 4bobbo5bo123b3o$158boo11bobo4bo3bobbobo30bobo12boo46b3o11b3o14boboo4b 3o$178boboboo35bo12boo46bobbo10bobbo15b3o4boo$128b3o11b3o34booboo50bo 48bo4b3o6bo15boo5boo$128bobbo10bobbo34b3o100bo4bobbo5bo19booboo$128bo 6b3o4bo30bo106bobo4bo6bobo21bobo$128bo5bobbo4bo29b3o41b3ob3o5boo62bo 12bo5bo7bo$129bobobbo3bo4bobo25boobo6bo36bobo6boo5bo51bo4bo12b3o3b3o$ 135b4o32b3o6boo47bo3b3o50bo17bobooboobo15b3o$137bo34boo7bo50boobo46bo 5bo16b3ob3o15bobbo$178bo39b3o11b3o46b3o3b3o15boo3boo18bo$143bo32b4obo 40boo8b3o45boobo3b3o40bo$142b3o32bobbo40bobbo7b3o45b3o4boo19bo18bobo$ 142boboo32b3o41boo9boo46boo5b5o14bobo$143b3o19b3o3b3o14b3o99b3o13bo3bo $143boo19bobbo3bobbo13bobbo50bo13bo50bobo$167bo3bo16bo52b3o11b3o29bo 19b3o13boo$133boo32bo3bo16bo52boboo4bo5boboo28bo35bobo$133boo29bobo5bo bo14bobo50b3o3b3o5b3o15b3o3b3o6bo7b3o23bo$242boo3boobbo4boo15bobbo3bo bbo5boo6bobbo$126b3o14b3o3b3o16b3o76bo3bo24bo3bo7boo7bo8booboo$125bobb o6b3o4bobbo3bobbo15b3o76boboo25bo3bo7bo8bo8booboo7boo$128bo5bo3bo6bo3b o18bobo76boo24bobo5bobo14bobo5booboo7bobo$128bo4bo5bo5bo3bo19bo12b3o 30bo92bo9bo$125bobo6bo7bobo5bobo16bo12bo30boo6bo33b3o19b3o$135b4o44bo 30boo5bo26bo5bobbo19b3o27b3o$146b3o7boo89bobo7bo18bobobo32boo$146b3o7b o10bo3bo78bo6bo55bobo$146bobo8bo9booboo5b3o67bo6bobo33b3o20bo$147bo10b o9bobo6bo5b3o65boo37bo$147bo11bo18bo3bobbo62booboo22boo3boo9bo$134b3o 21boo9bo15bo64bo25booboo$136bo32bo11bo3bo54bo16bo5bo12booboo33b3o$135b o9bo3bo19b5o7bo3bo53b3o14b3o3b3o13bo6b3o4b3o18bobbo$145booboo21bobbo 10bo33bo13bo4boobo13boobo3boboo19bo5bobbo21bo$131b3o12bobo23boo8bobo 33b3o11b3o3b3o14b3o5b3o20bo7bo17bo3bo$131bobbo4b3o75boobo5bo4boobo4boo 15boo5boo25bo3bo8boo11bo$131bo9bo5bo69b3o5b3o3b3o56bo3bo8bobo7bobo$ 131bo3bo4bo6bo70boo4bobboo3boo26bo33bo8bo$131bo3bo11bo76b3o32b3o16boob oo8bobo$131bo126bo3bo15bobboo$132bobo9boo99boo11bo3bo15bo$143bo4bo97b 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oo7bobbo9bobooboobo7bo5boobo4bo3bo$98boo11bo3bo3b3o14b3o5b3o19boo11b3o b3o6bobo5b3o6bobo$120boo15boo5boo10boo21boo3boo6boo7boo6b3o$111bo3bo 40bo67boo$111bo3bo8bobo14bo15bo24bo41bobo$111booboo8boo14b3o15bo22bobo 40bo$100b3o9bobo11b3o10bo3bo15bo20bo3bo23booboo$102bo10bo46bo21bo25boo boo$101bo59bo33bo12booboo6boo$139booboo18bo31boo14bo8bobo$141bo21bo30b obo22bo$105b3o22boo32bo14b3ob3o23b3o$107bo23boo32bo$106bo19bo3bo8bo3bo 13bo8bo13bo3bo5bo6bo16boo$125b3o10bobobobo11bobo8bo13b3o5boo5b3o15bobo $112bo12boboo10b5o11bobbo7boo21bobo4boboo14bo$110bobbo12b3o11b3o13boo 39b3o$112bo13b3o3booboo4bo24boo29b3o$105b3o3bo14b3o3boob3o29bo29b3o16b 3o$104bobbo18boo4boobboboo3boo21bo30boo12boobbobbo$107bo26boobboobbobb o19bo16b5o24boo5bo$103bo3bo7b3o17bobo4bobbo18bo16boob3o27bo3bo$107bo9b o25boo18bo18b5o31bo$104bobo9bo18bobboo22bo20boo30bobo$135bo4boo19bo22b o$135bo3bobbo17bo$135b3obo19bo$136boob3oboo13bo$137b3o17bo8bo32boo$ 138bo17bo8bobo31bobo$156boo7bobbo30bo$166boo$156boo$156bo$157bo$158bo$ 130b3o26bo$132bo27bo$131bo29bo$162bo$163bo$149bo14bo$150boo13bo$149boo 6bo8bo17boo$156bobo8bo16bobo$155bobbo7boo16bo$156boo$166boo$167bo$166b o$165bo$145b3o16bo$147bo15bo$146bo15bo$161bo$160bo$159bo$158bo$157bo$ 156bo$156boo! CB 1,1,1,1 golly-3.3-src/Patterns/Life/Puffers/c4-diagonal-puffer.rle0000644000175000017500000001652112026730263020365 00000000000000#C Highly non-optimized dirty c/4 diagonal puffer (p4284). #C Used as the basis for c4-sideways-rake.rle (in Rakes folder). #C Notice the interesting effect of "tunneling gliders": #C Each puff cloud releases a pair of forward gliders, which crash #C into the next puff cloud and are re-emitted from the other side #C of the cloud with the same position and timing. It looks as if #C there's a hyperspace bypass tunnel under the junk. This is due to #C the puffer traveling at the same speed as the forward gliders that #C it generates -- it would occur with any puffer that produces #C forward gliders, *unless* the puff cloud producing them is thin #C enough to let previous gliders through to interfere with the #C glider-producing reaction at the front of the cloud. This could #C create higher-period orbits at the back end of the puffer. #C Puffer constructed by Jason Summers, 30 September 2005. x = 897, y = 897, rule = B3/S23 18boo$17boo$19bo$21boo$20bo$$19bobbo$11boo5boo$10boo5bo$12bo4bobo$8bo 5boobbo$7boo5boo$7bobo8bo26b3o$17bobo25bobb3o$10boo6bobo25bobo$10boo7b obo29bo$20boo27bo$bo6boo3bo37bobo$oo5bobbobobo9boo18boobo6bo$obo3boobo 3bobo7bobbo16boo3bobbobbo$4bo9bobo7bobo10b3o4bobbobbo3bo$3bo11boo8bo 11bo6bobbobbo3bo$3bobbo33bo3bo6bobo$19bo17bobbo8boo$18bobo17bobbo6b3o$ 18bobbo9bo7bo5bo3bo23boo$19boo9bobo8boboboobo23boo3bo$29bo13boo29boboo $29boo16bo28b3o$27boo47bo$26bobo15bobbo30b3o$25bo45boobo4boo$26bo44bob oo3bobo$65boo4boboo3b3o$64boo6bo5b3o$65bobo4boo4bobo$65b3o4boobboo$20b oobo41boo6bobo$20bo3bo42bobo3boo3bo$20bo4bo47b4o$22boo45bobo$24bobo44b 4o$71b4o$19bo6boo44boo$18b5o4bobbo$12boo4bo6boo$12bobo11bo$12bo5boboo 6bobo$13boo4bo4bobo$13bobbo6b3o$13bo6booboo$15bobobobbo$$17bo4bo$18b4o 8$495boo$483b3o9bobo$34bo448bobb3o6bo9bo$33b5o446bobo16boobo$33bobboo 451bo4boobbo3boobbo$35boobo448bo6boobboboobbo$489boboobo3b5o$38bobo 457boo$490bobb6o$31b3o6b3o448b7o$26bo4bobb3o4b3o449b3o$25boo5boob5ob3o $25bobo3b3o4booboo$37bobo$27b3o6bobbo$26b3o7bo$28bobob4obbo$30booboo 478boobo7b3o$30b6o477bo3bo6bo$513bo4bo7bo7boo$515boo7bobo4boobo$517bob o4b3obobboo$523bo3boobboo$519boob4oboo$520b7o72$510bo$509boo$509bobo$$ 511b3o$510b3o$512bobo$514b3o$514b3o$517bo$514bobbo$513bo3bo$509booboo 3bo$508boo7bo$510boboobbo$516bo$513bobo$514bo$513bo$512bobo$512bobo$ 511bo$511boo$511boo8$525boobo$525bo3bo$525bo4bo$527boo$529bobo$$524bo 6boo$523b5o4bobbo$517boo4bo6boo$517bobo11bo$517bo5boboo6bobo$518boo4bo 4bobo$518bobbo6b3o$518bo6booboo$520bobobobbo$$522bo4bo$523b4o156$551b 3o$551bo$552bo$554boo$555bo$$552bo$549b4obo$549bo4bo$550bo4boo$552bobb 3o$556boo$553booboo$553boob5o$551boo3boo$550boo4bo113boobo$551boob3o 113bo3bo$546boobb4obbo113bo4bo$545bobboboobooboo85b3o26boo$544boobo95b o30bobo$540boobo3bo3bo4boo78b3o6bo$540bo6bo88bo6bobo23bo6boo$540boboo 3boo88bo4boob4o19b5o4bobbo$547b3o89b4ob5oboo10boo4bo6boo$545boboo91boo 7boobo9bobo11bo$544boobobo112bo5boboo6bobo$545bobbo114boo4bo4bobo$537b oo6bobobo99bo5bo7bobbo6b3o$536boo8bo102bobobob3o5bo6booboo$538bo5bobo 102boobo5bo6bobobobbo$540bobobbo105b8o$539booboobo107b4o10bo4bo$530boo 13bo122b4o$530bobo3bobboo3bo$530bo3bobboo5bo$533boo3bo$533bo$536boo 146bo10boo$538bo144b5o6boo$683bobboo8bo7boo$534b3o16b3o129boobo5boo6b 3obo$526b3o5b3o16bo140boo3boboo$526bo6bobo18bo133bobo6boo$527bo4boo 159b3obo4bo$529b4obo155b3o3bo4bo$530boo159bo7bo$691bo6bo$$694bo17$666b oo$666bobo$666bo$669bo$669boo$669boo$668boo$664booboo$664bo4bo$664bob 4o$668boo$668boo$668boo$670bo$669boo$669bo$670bo15$695boobo$695bo3bo$ 695bo4bo$697boo$699bobo$$694bo6boo$693b5o4bobbo$687boo4bo6boo$687bobo 11bo$687bo5boboo6bobo$688boo4bo4bobo$688bobbo6b3o$688bo6booboo$690bobo bobbo$$692bo4bo$693b4o5$771bo$770boo$770bobo$63boo$63bobo707boo$63bo 709boobb3o$64boo711boobo$64bobbo707bo4bo$64bo709b3o4bo$66bobo705bo5bo 35b3o$70bo690boo12bobobboo34bobb3o$68bobbo688boo28boo25bobo$68bobbo 690bo9b3o15bobo29bo$70b3o691boo6booboo6boo5bo29bo$66b3ob3o691boobboobb ob3o6bobo3boobbo28bobo$62b3oboobb3o694boobobboo8bo11bo19boobo6bo$62bo 7boo696bo4boo11bo3boo3b3o16boo3bobbobbo$63bo6boo693boo3bo15boo4boo4bo 9b3o4bobbobbo3bo$66b5o694boo25b7o9bo6bobbobbo3bo$68boo695bo27b4o14bo3b o6bobo$67boo697booboo37bobbo8boo$67boo699bobo25b3oboo7bobbo6b3o$66bobo 726boobobooboo5bo5bo3bo$65boo728boobbobboobo6boboboobo$65bobo729bo16b oo$64bo753bo$65boo$815bobbo$171bo$159boo9boo$158boo3bo6bobo669bo$160bo boo15b3o648boo9boo$162b3o5bobo4booboo647boo3bo6bobo$79b3o80bo6boobobob o654boboo15b3o$79bo84b3obo6boboo654b3o5bobo4booboo$82bo82boo7bo658bo6b oobobobo$79bobbo82boo5boo661b3obo6boboo$80bobbo83b5o25b3o636boo7bo$81b o115bobb3o633boo5boo$83bobo112bobo637b5o$85boo116bo$86bo114bo$85boo 116bobo$84b3o109boobo6bo$79boobooboo108boo3bobbobbo$79bo3boboo102b3o4b obbobbo3bo$79bob3obbo102bo6bobbobbo3bo196boo$84boo106bo3bo6bobo197bobo $83b3o103bobbo8boo200bo$190bobbo6b3o203bo$191bo5bo3bo192b3o9boo$82b3o 108boboboobo193bo11boo$82b3o110boo198bo9boo$199bo197boo5boo$81boo313b oo4boobbo$81bo114bobbo202b3o$390bo4bo3bobboo$389boo5bobbo$389bobo4boo bbo$393bobo$382b3o7boobo$382bo$384bo7boo$382bobo8bo$381bo5bo3bo3boo$ 380boo4b4obb3o$379bo10boo$379bob7obo$380bo3b3obo$369boo14bobobo$369bob o5boboo$362boo5bo6b5obo$362bobo3boobbo3boboo$362bo11boo3boo21boo$365bo 3boo3boobbobo21bobo$365boo4boo5bo23bo$371b10obo$372b5o3bobo$375bo$375b o$375bo11$843bo$842b5o$842bobboo$844boobo$$847bobo$$840b3o6b3o$835bo4b obb3o4b3o$834boo5boob5ob3o$834bobo3b3o4booboo$846bobo$836b3o6bobbo$ 835b3o7bo$837bobob4obbo$839booboo$839b6o21$887bo$886b5o$886bobboo$888b oobo$$891bobo$$884b3o6b3o$879bo4bobb3o4b3o$878boo5boob5ob3o$878bobo3b 3o4booboo$890bobo$880b3o6bobbo$879b3o7bo$881bobob4obbo$883booboo$883b 6o12$382boo$382bobo$382bo$385bo$385boo$385boo$384boo$380booboo$380bo4b o$380bob4o$384boo$384boo$384boo$386bobb3o$385boo4bo$385bo4bobo$386bo4b oo$390boboo$392boo$389booboo$390boboo$390bobo$391boo4$385b3o$385bobb3o $386bobo45b3o$391bo42bo$389bo37b3o6bo$391bobo33bo6bobo$384boobo6bo33bo 4boob4o$383boo3bobbobbo35b4ob5oboo$377b3o4bobbobbo3bo36boo7boobo$377bo 6bobbobbo3bo$380bo3bo6bobo$377bobbo8boo$378bobbo6b3o$379bo5bo3bo$381bo boboobo$383boo$387bo$$384bobbo3$400boo$399boo$400bobo$400b3o$400boo64b 3o$402bobo61bobb3o$467bobo$404bobo65bo$406b3o61bo$406bo65bobo$405bo59b oobo6bo$400boboobo4bo53boo3bobbobbo$399booboobo52b3o4bobbobbo3bo$399bo bo4bo51bo6bobbobbo3bo$404boo55bo3bo6bobo$404bo3bo49bobbo8boo$403bo3bo 51bobbo6b3o$460bo5bo3bo$403bobbo55boboboobo$402boobo58boo$402bo65bo$ 401boo$401bo63bobbo$402bo54$491bo$490boo$490bobo$$493boo$493boobb3o$ 497boobo$495bo4bo$494b3o4bo$494bo5bo$481boo12bobobboo$480boo$482bo9b3o $484boo6booboo$484boobboobbob3o$487boobobboo$488bo4boo$485boo3bo$485b oo$485bo$486booboo$488bobo$$493b3o$493bo$494bo$496boo$497bo$$494bo$ 491b4obo$491bo4bo$492bo4boo$494bobb3o$498boo$495booboobboo$496boboob3o $496bobobbobbo$497boobboo$503bo$501boo$501boo$503bo$502boo$502bo$503bo 3$497boobo$497bo3bo$497bo4bo$499boo$501bobo$$496bo6boo$495b5o4bobbo$ 489boo4bo6boo$489bobo11bo$489bo5boboo6bobo$490boo4bo4bobo$490bobbo6b3o $490bo6booboo$492bobobobbo$$494bo4bo$495b4o4$512bo$511boo$511bobo$$ 513b3o$512b3o65boo$514bobo62boo3bo$516b3o62boboo$516b3o64b3o$519bo63bo $516bobbo65b3o$515bo3bo58boobo4boo$511booboo3bo58boboo3bobo$510boo7bo 52boo4boboo3b3o$512boboobbo52boo6bo5b3o$518bo53bobo4boo4bobo$515bobo 54b3o4boobboo$516bo55boo6bobo$515bo58bobo3boo3bo$514bobo63b4o$514bobo 59bobo$513bo64b4o$513boo63b4o$513boo64boo26$617boo$616boo3bo$618boboo$ 620b3o$620bo$622b3o$615boobo4boo$615boboo3bobo$609boo4boboo3b3o$608boo 6bo5b3o$609bobo4boo4bobo$609b3o4boobboo$609boo6bobo$611bobo3boo3bo$ 617b4o$613bobo$615b4o$615b4o$616boo! golly-3.3-src/Patterns/Life/Puffers/puffer-train.rle0000644000175000017500000000074012026730263017414 00000000000000#C Puffer train #C This was created simply by perturbing the sides of a B-heptomino #C with two LWSS's. A B-heptomino is a naturally occurring object, #C a precursor to the Herschel pattern, which lurches forward at the #C speed c/2 before its own debris usually destroys it. #C -- Not in this case! The LWSS escorts keep the B-heptomino alive. #C From Alan Hensel's "lifebc" pattern collection. x = 5, y = 18, rule = B3/S23 3bo$4bo$o3bo$b4o4$o$boo$bbo$bbo$bo3$3bo$4bo$o3bo$b4o! golly-3.3-src/Patterns/Life/Puffers/pi-fuse-puffer.rle0000644000175000017500000000247112026730263017652 00000000000000#C Pi fuse burning puffer #C A line puffer with puff suppressors correctly aligned to produce #C just two rows of blocks with exactly the right period to be eaten #C by a pi-heptomino repeatedly. But the pi-heptomino can never catch #C up. This is an example of a spaceship that grows while traveling. #C By Dean Hickerson and Al Hensel, May 1994. #C From Alan Hensel's "lifebc" pattern collection. x = 21, y = 87, rule = B3/S23 4bobo$4bobbo5bo$7boo4b4o$9bo5boo$7b4o7bo$6bo4bo3b4o$8bobbo7bo$8bobbo3b obb3o$10bo6b3o$4bob4o8bo$4bo3bo4bob3o$7bo5boobbo$5bobo6b3o$14bo$6b3o7b o$7boo5bobo$6b3o8bo$14bobo$5bobo8bo$5bobbo5bo$8bo5b3o$6bobbo5b3o$8boo 5boo$9bobobboo$9boboboo$9bo$6bobboboboo$8boobobboo$6bobbo5boo$9bobobbo boo$6bobbobob3obbo$oo4bobbo8bo$oo4bobbobob3obbo$6bobbobobboboo$9bo5boo $6bobbobobboo$8booboboo$6bobbo$9boboboo$6bobbobobboo$6bobbo5boo$9bobo bboboo$3o3bobbobob3obbo$bbo5boo8bo$3o3bobbobob3obbo$9bobobboboo$6bobbo 5boo$6bobbobobboo$9boboboo$6bobbo$8booboboo$6bobbobobboo$9bo5boo$6bobb obobboboo$oo4bobbobob3obbo$oo4bobbo8bo$6bobbobob3obbo$9bobobboboo$6bo bbo5boo$8boobobboo$6bobboboboo$9bo$9boboboo$9bobobboo$8boo5boo$6bobbo 5b3o$8bo5b3o$5bobbo5bo$5bobo8bo$14bobo$6b3o8bo$7boo5bobo$6b3o7bo$14bo$ 5bobo6b3o$7bo5boobbo$4bo3bo4bob3o$4bob4o8bo$10bo6b3o$8bobbo3bobb3o$8bo bbo7bo$6bo4bo3b4o$7b4o7bo$9bo5boo$7boo4b4o$4bobbo5bo$4bobo! golly-3.3-src/Patterns/Life/Methuselahs/0000755000175000017500000000000013543257426015247 500000000000000golly-3.3-src/Patterns/Life/Methuselahs/ark2.rle0000644000175000017500000000024112026730263016515 00000000000000# ark2 -- 19 cells, stabilizes at 8120878 gens, found by Nick Gotts. x = 53, y = 44, rule = B3/S23 50b3o28$12bo$12bo$13boo$15bo$15bo$15bo$15bo6$oo$bbo$bbo$3b4o! golly-3.3-src/Patterns/Life/Methuselahs/temp-pulsars-big-s.rle0000644000175000017500000000075612026730263021324 00000000000000#C Runs for 21035 gens. Initial pop = 32. Final pop = 2570. #C Final census includes a 'big S' (a 14-cell still-life), which forms #C in gen 20040 from a collision between a pi-heptomino and a boat. #C The pattern also produces 2 temporary pulsars, one in gens 10105 to 10153, #C the other in gens 10338 to 10735. Found by Paul Callahan, 1997. #C See also http://www.radicaleye.com/DRH/methuselahs.html x = 8, y = 8, rule = B3/S23 obo3b2o$3ob2o$obobobo$3bo3bo$o2bob2o$obo4bo$3o2b3o$2o3bobo! golly-3.3-src/Patterns/Life/Methuselahs/acorn.lif0000644000175000017500000000020012026730263016743 00000000000000#Life 1.05 #D Acorn #D The most vigorously growing 7-cell methuselah pattern. #D Found by Charles Corderman. #P .* ...* **..*** golly-3.3-src/Patterns/Life/Methuselahs/lidka-predecessor.rle0000644000175000017500000000050112026730263021255 00000000000000#C 2-gen predecessor of Lidka. Runs for 29055 gens. #C Initial pop = 13. Final pop = 1625/1623. Gliders = 28. #C Found by David Bell, 15 July 2005 #C Lidka found by Andrzej Okrasinski, 13 July 2005 #C See also http://www.radicaleye.com/DRH/methuselahs.html x = 9, y = 15, rule = B3/S23 bo$obo$bo8$8bo$6bobo$5boobo$$4b3o! golly-3.3-src/Patterns/Life/Methuselahs/blom.rle0000644000175000017500000000034412026730263016613 00000000000000#C Blom. Runs for 23314 gens. Initial pop = 13. Final pop = 2740. #C Found by Dean Hickerson, 7 July 2002 #C See also http://www.radicaleye.com/DRH/methuselahs.html x = 12, y = 5, rule = B3/S23 o10bo$b4o6bo$2b2o7bo$10bo$8bobo! golly-3.3-src/Patterns/Life/Methuselahs/justyna.rle0000644000175000017500000000044412026730263017360 00000000000000#C Justyna. #C Runs for 26458 gens. Initial pop = 20. Final pop = 3548/3546. #C Gliders = 43. Found by Andrew Okrasinski, 30 May 2004 #C See also http://www.math.ucdavis.edu/~dean/RLE/methuselahs.html x = 22, y = 17, rule = B3/S23 17bo$16bo2bo$17b3o$17bo2bo2$2o16bo$bo16bo$18bo8$19b3o$11b3o! golly-3.3-src/Patterns/Life/Methuselahs/rabbits-relation-17465.rle0000644000175000017500000000050012026730263021601 00000000000000#C Rabbits relative. #C Runs for 17465 gens. Initial pop = 11. Final pop = 1749. #C May be the longest-lived 11-cell pattern within a 11x11 square. #C Found by Tomas G. Rokicki, some time before Feb 21, 2005. #C See also http://www.radicaleye.com/DRH/methuselahs.html x = 6, y = 4, rule = B3/S23 ob3o$o4bo$obobo$bo2bo!golly-3.3-src/Patterns/Life/Methuselahs/ark1.rle0000644000175000017500000000022412026730263016515 00000000000000# ark1 -- 16 cells, stabilizes at 736692 gens, found by Nick Gotts. x = 32, y = 29, rule = B3/S23 27bo$28bo$29bo$28bo$27bo$29b3o20$oo$bbo$bbo$3b4o! golly-3.3-src/Patterns/Life/Methuselahs/iwona.rle0000644000175000017500000000043112026730263016774 00000000000000#C Iwona. #C Runs for 28786 gens. Initial pop = 19. Final pop = 3091. #C Gliders = 47. Found by Andrew Okrasinski, 20 August 2004 #C See also http://www.radicaleye.com/DRH/methuselahs.html x = 20, y = 21, rule = B3/S23 14b3o6$2bo$3b2o$3bo14bo$18bo$18bo$19bo$18b2o$7b2o$8bo5$2o$bo! golly-3.3-src/Patterns/Life/Methuselahs/natural-LWSS.rle0000644000175000017500000000052512026730263020117 00000000000000#C Runs for 23334 gens. Initial pop = 12. Final pops = 2898/2895 #C May be the longest-lived 12-cell pattern within a 12x12 square. #C Emits a LWSS in gen 13811. #C See also http://www.radicaleye.com/DRH/methuselahs.html #C Found by Tomas G. Rokicki, some time before Feb 21, 2005. x = 8, y = 5, rule = B3/S23 4b3o$3bo$o5bo$b2o2bobo$bobo! golly-3.3-src/Patterns/Life/Methuselahs/rabbits-relation-17423.rle0000644000175000017500000000050112026730263021574 00000000000000#C Rabbits relative. #C Runs for 17423 gens. Initial pop = 10. Final pop = 1749. #C May be the longest-lived 10-cell pattern within a 10x10 square. #C Found by Tomas G. Rokicki, some time before Feb 21, 2005. #C See also http://www.radicaleye.com/DRH/methuselahs.html x = 6, y = 6, rule = B3/S23 bo$2obo$4b2o$o2bo$o$o! golly-3.3-src/Patterns/Life/Methuselahs/rabbits.lif0000644000175000017500000000060012026730263017273 00000000000000#Life 1.05 #D Rabbits #D Another small but vigorously growing population -- #D 9 cells in a 7x3 rectangle; runs for 17331 generations. #D (If you look closely you can see a male and female rabbit!) #D Gens 4760-5165 include a rather rare 16-bit still-life #D called a "scorpion". Andrew Trevorrow discovered Rabbits #D in 1986 using a Methuselah search program. #P *...*** ***..* .* golly-3.3-src/Patterns/Life/Spaceships/0000755000175000017500000000000013543257426015067 500000000000000golly-3.3-src/Patterns/Life/Spaceships/Cordership-LWSS-freeze-tag.rle0000644000175000017500000004307512026730263022431 00000000000000#C eight p384 c/12 forward rakes playing Freeze Tag with an LWSS #C to produce a p384 spaceship: David Bell, 5 June 2005 #C (adapted from a previous version from 29 February 2004) x = 642, y = 598, rule = B3/S23 7bo$6boo$6bobo$bb3o$bbobbo$bbo$bbo$3bobo20$33boo$33bobo$33bo4$26bo$25b oo$25bobo8$39bo$38boo$38bobo$15boo$14boo$16bo10$314b3o$314b3o$$314bob oo$314bo3bo$316b3o$71bo259boo$70boo259boo$70bobo$$315bo$314bobo$315bo$ 314boo$314boo23boo$315bo23boo$313boboo$58boo254boboobo9boo$57boo255bo 4bo$59bo257bobo3$308bo19boo$307bobo17bobo$307bobo16b4obo$51b3o253bobbo 15bob6o$51bo174bo7bo73bobo14boob7o$52bo172b3o5bobo75bo14b3o3bobo$224b oob4obbobbo73boo$225b3obbo79bo$68boo156bobboobbo$67boo161boobobo$69bo 164bo10boo$97boo146boo61bo$97bobo207bobo$97bo211bo$309bo$309bo$$90bo 219bo$89boo162boo51boob3o$89bobo138bo22boo53b3oboo$229b4o6boo59bo9bobo $228bo4bo4b3oboo65boo$227boo10boob3o51bo7bo4b3o$228boboboo4b3oboo52bo 8bobb3o$229b3o6boo55bo4boo3bobb3o8boo$230bo65bobo6bobboobbo6boo$296bob oo10bobo$103bo114b3o6bo82b3o$102boo113bo4bo3bobo72bo$102bobo112bo4boo 3bo$79boo136bo6bo$78boo138b3obobbobo$80bo141b5o100boo$227bo99boo$$321b o$319boobo$317booboboo33boo$289bo29bo37b3o$288b3o24bobo39boobo$287bobo bo69bo13bo$286b3ob3o22boo36bo3boo3bo12bo$224bo75boo6bo54bo11bo$224bo 63bob3o6bo7bo52bobo$224boo62b5o6bo3bo3bo52bo$227bo60boobboo5bo3bo51bo 4bobo13bo$211bo13booboo35b3o22boboo5bo74booboo4boo$208b4o13boobbo34bo 3bo23boo6b3o56b4o20boo$135bo88bo4bo34bo3bo19bobobbo65boo12bobo$134boo 87boobobo35bo3bo12b3o3bobobbo80bo3bo$134bobo82boo3boboo5boo46b3o4bo84b oobbo9boo$211bobo7bobo9boo30booboo9boo4bo88b3o9bo$212bo53bobbo9b3obobo 89bo5bobbo$210boo55bobo10boo3bo95bobb5o$210bobbo54boo10b5o96boob4o$ 209booboo51bo3bo12bo104boo$264bobobobo116b3o$265bo102b3o16b3o$363boo3b obo6bo$122boo111boo126boobbo3bo3booboo$121boo112bobo42boobbo65bobo14bo bbobo6bo$123bo110boobo111bo25bo3bo$235boboo41bo3bo65bobbo15b3o4b3o$ 235b6o39bo71bobo15bo$236b3oboo39bobo71bo$237bobbo113b3o$178boobo55b3o 41b3o70bo12bobbo$115b3o59b3obo6bobo12b3o64boo80boo13bobbo$115bo60bo4bo bo4bo38bo42boo31bo50bo12boo$116bo60boo6bobo3bo15boo18bobo22boo49bobo 46bobbo$178bo3bobbobboo19bo17boo26boo4bo41boo47bobo$181boboo3bo14b4obo 43boob4o3bo89bo$132boo46bobo20b5o41b5o4b4o$131boo47bobo69b3o6bo86bo$ 133bo119bo93b3o$161boo40bobo46b3o23boo66booboo$161bobo39bobo53bo12boo 4boo65boobobo$161bo42bo54bo12boo70b3obb3o$203bobo139bo6bo10boo$204boo 140b5obo10boo$204bo142b4oboo$154bo43boo152bo$153boo30bo9bob4o150bo$ 153bobo24bo3b5o5boobo3boo$179bobo7boo4bobbooboo77boo$179bo7boboo5b6o 78boo$180bo8boo6bo72bo78bo21boo$181bo3b4o79boobo75boobo20boo$186b3o65b oboobo9boboo140b3o$253bo4b3o10bo78bo62bobo$254bo5bo86bobbo61bo3bo$167b o20bo66bo3bo88bo63bo3bo$166boo19bobo66bobo153bo17boo$166bobo18bobo58bo 104boo57bo4boo11boo$124bo18boo43bo54bobbobobbo3bo98boo56bo6bo$123bobo 16boo99bo4boob5o90bo6boo58bo5bo$144bo98bo3bo4bobo83bo6boo6bo59boo$123b obbo207b4oboo74bo3bo$125boo118b3o85boob3oboo74bobo10boo$126bo69bo25boo 22bo87bob3obo89bo$140boo53bobo13bo13boo4bo55bo47bo3b4o4boo80b3o6boo$ 140boo53bobo13bobo8boob4o3bo54bobo48boob3o69b3o22boo$196bo14boo6b5o4b 4o55boo50b5o68bo3bo13bo$222b3o6bo83bo24bo72bobbo14bo$123boo98bo87boobo bo7bo90boo13boo$125bo96b3o86bobbooboobbooboo$124boo103bo13bo67bo5bobo 5bo10bo$123b3o15bo62bo24bo14bo67boobbo8bo9bobo88bobo$123boo16boo5boo 53bobo36bobbo70bobb3obbo100b4o$122b3obo14boo5boo53bobo39bo70b3o18boo 85bobboo$123bo3bo10boo64bo9bo27boo90b3o70bo15b3o$125bobbo10bo73bobo27b o162bobo16b3o$125b3o12bo58bo13bobo27b4o4boo152booboo9bo$126boo70boo14b o29bo112bo47booboo6bo3bo9bo$198bobo43bobobbo105boo47b3o9bo13boo$209boo 33bo4bo82bo23boo46b3o3bo8bo9bobo$134boobboo68bobbo28bobbo3bo83b3o70b3o 4bo5bo$117bo15b3obbo70boo27boobobo3boo81b3obo70boo5bo$117bo16boobbo85b oboobo9boobobboo82bo4bo70b3o$117bo16booboo84bo4b3o9bob3o74bobbo10bo72b oo$118boo16bo4bo82bo5bo10bo80b3o3boo6bobo68boo$118b3o20boo82bo3bo11b3o b3obbo63boo3boob4o10boo$118boo20bobo83bobo14bob5o64boo9boo10bo$186boo 57booboo157bo$94bo90boo219b3o$93bobo91bo112bo20bo83bo3bo$230boo67bobo 107boo$93bobbo20bo43boo67boo14bo51booboo105boo$95boo21bo42bobo77bo3bob o50booboo$96bo20bo44bo78bo3bobo49b3o22boo$110boo185b3o3bo12boo4boo83bo bo59bo$110boo67b3o58booboo52b3o4bo11boo80bob3o4bobo58bobo$179bo91bo26b oo5bo90boobo4bo5bo7boo$116bo63bo59boo29bobo24b3o97boo4bobbobbo7boo48bo bbo$93boo20b3o121bo3boo26boo26boo103bobbobbo59boo$95bo18boobbo50boo68b o3bo56boo101bo4bo62bo$94boo17boo46b3o5bobo24boo42bobo72boo82bobbo82boo $93b3o15b3o47bo8bo24boo44bo158boo83boo$93boo16boo49bo34bo102bo14b3o6b oo$92b3obo14boo112boo22boo48b3o13bobo6boo$93bo3bo11bobo113bobo21bobo 46bo3bo123boo40boo$68b3o24bobbo11boo113bo24bo51boo13bo108boo42bo$66b7o 6bo15b3o14bo188boo13boo151boo$65b9o4bo17boo12bobbo148boo204b3o15bo$64b o7b3obboo34bo148bobo203boo16boo5boo$65b3o6bo3bobbo28b3o45b3o57bo43bo 48boobo26bo125b3obo14boo5boo$66boo11b3o78bo56boo92bo3bo23boo73bobobboo 47bo3bo10boo$69bo10bo27bo50bo57bobo89bo4bo25boo72bobboobbo48bobbo10bo$ 70bo18boo15bobo184bo15bo4bo74bo15bo11boobbo48b3o12bo$71bo17boo17bo182b ooboo15boo73b4o13bobbo8boobbobo49boo$98boo5bobo204bo$98boo5bo188boo20b oo80bob6o$105bobo187bo19bobo79bobb3obbo73boobboo$106boo181bo3bo23bo71b obo9bob3o56bo15b3obbo$293bo3bo92bo8boobboo57bo16boobbo$231bo38bo91boo bbo21boo10boo60bo16booboo$89b3o5boo131boo37bobo93bobo20bobbo8boo61boo 16bo4bo$86boobobo5boo131bobo35booboo18bo72bo16bo5booboo71b3o20boo$86bo bbobo14boo99boo59booboo19b3o86bo81boo20bobo$75boboo5b3o19boo98boo59b3o 96boo13bo$69boo4bobo3booboo122bo58b3o3bo12boo$69boo6boob3obbo40b3o138b 3o4bo11boo4bo74boo12boo$128bo139boo5bo14bobbo72bo13bobbo$62bo9bobbo51b 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3o13boo$147bobboobo4b3o5bo16boo24bo79bo55bo3bo70bobbo11bo96bo$148boo3b oboboobo7bo15bo165bobboo33bo30boo3bo10b3o$148boo3boob5o5b3o182boo35bob o28bo4bo105bo$152boboo3boo161bo65boo29bo3bo104bobo$6boo143bobo128bo26b o11bobo5bo90bobbo103bo$6boo118boobo151boo24boo18booboo89bo104boo$125b 3obo6bobo142bobo24boo11b3obbo3boo193b3o$124bo4bobo4bo190booboo105bo70b o17bobbo$125boo6bobo3bo41bobo62boo79b4o102bo3bo69b3o10bo6boo$126bo3bo bbobboo11bo31bobbo51bo3boo4b3o92boo91bobbo69bobbo6bobbo$129boboo3bo11b 3o30bobbo51boboobbo6bo91boo91booboo68b3o6bo3bo9boo$128bobo17bobbo15boo 12bo3bo50bobb5obb4o185bobo69b3o7bobo11boo$14boo112bobo16bo4bo14boo13bo bo55b3o3b3o187bo69boboobo7bo10bo$14boo132bo34bo55b3o102bo162bobb3o$ 239boo17boo35bo48b3o77boo32bo48b4oboo$148bobbo87bo18boo34boo43bo3bo3b oo75boo32bobo47bob3o$149bobo142bobo41bo5bo3bo109boo50b3o$339bo8bo58bo 7bo95boo$145bo198boboo58b3o5bobo$144b3o28boo157b3o8bo59boob4obbobbo$ 143booboo27boo147b4o4b4oboo67b3obbo95boo$133bo8boobo5bo172boboboo4boo 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217bobbo11bo4boboo40bobo5bo109b3obobbobo78bo28bo4bo50bob3o$218bobo11bo 5bo41bobbo4bobo112b5o79bob3o12b4o9bo3bo$218bo61bo3bo3bo25boo92bo33bo 46b3o10bobo12bobbo41bo8bo$207bo9boo14bo47bobooboo25boo62bo7bo56bobo45b o9bo3b3o51b5o7boo$199b3o3b4o7bobo13bobo46b3obo29bo47boo11b3o5bobo55boo 46boo7b3o56bo3bobo4b3o$199bobo3booboo8boo11bo54bo76bobo9boob4obbobbo 103bo6bo4b3o52b3o3b3o3b3o$199b3obbo10boo14bobbo19bo101boo5bo12b3obbo 109boo6bob4o59boobb3o$204boo3bo7bo12boobo20boo100bobo18bobboobbo78b3o 35bo62bo$205b4o20b3o21bobo38bo62bo23boobobo80bo20booboo8bobo57b3o$206b 3o21booboo59bo90bo10boo69boo13bo6b3o10bo58boo$177bo52bobboo59bo101boo 69bobbo11bo6bo$177bo5b3o45b3o64bo12bo156bobo11bo$176bobo3boobbo45bo61b 3obbo10boo156bo$177bo3bo5bo105bo4bo11bo86b3o67boo14bo$177bo3bo111bo3bo 99b3o66bobo13bobo$182bobboo107b3o27boo77b3o62boo11bo$183boo11boo18boo 93b3o9boo76bo3bo59boo14bobbo$196boo18boo91boob3o10bo73booboboo61bo12b oobo$293bobo13boobbo39boo26bo17bo79b3o70bo13b3o$293bobo13booboo4boo33b obo24b4o6boo8boo78booboo67bo13b3o$199bo93bobo14bobo4bobbo32bo25bo4bo4b 3oboo85bobboo67bo14boo$198b5o90bobo15bo6boo58boo10boob3o4bo80b3o65bob 3obo10b3o$198bobb3o90boo83boboboo4b3oboo3b4o80bo66bob5o10bo$193boo8boo 175b3o6boo7boobbo150bobo$200bobbo20boo120bo34bo15bo4bo147boo$190bo9b3o 21boo119boo49booboboo103bo43boo23boo$180boo9boo7boo143bobo47b4o106bo 45bo23boo$179bob3o8boo114b3o15boo67b4o71boo33b3o43boo$179bo3bo10bo112b o3boo12bobbo69boo70boo80bo3boo$180boobo5b5o6boo124boo56boo13boo151bo$ 181bo10bo6bobbo104bo76boo12bo54bo90boo4boboo$198booboo105bo3bo88boo50b o7bo89bo$197bobo109b3o82b3o4bobo49bo5b3o81bo3bo$196boo97boo104bo50boo 3bobo88bo$196bo3bo95bobbo4bo54bo32bo4bo28bo31bobbo79bo7bo$197bobbo92bo bb3obobbobo28boo22boo32bo33bobo28bobboo16boo60bo4bo30bobbo$184boo11b3o 93bobbo4b4o28bobbo21bobo35boo28boo44boo4boo61bobobo4bo25b4o$184boo107b obbo37boo57booboo74boo48bo18bo8bo25bobbo$196bo99bo6bo91bo125boo19bo4b oobo$196bo75bo22boobo221boboo19boboob3o$193boo76bobo29bo38bo177bobboo 19b3oboo$193boo106boo38bobo174b4ob3o95bo$193bobbo74bobbo3bob3o58bobo 173bobbobobboo80boo7boobbobo$194b3o76bo4bo63bo175bobobob3o80b3o6b4o3bo $195bo78boboobobo43b3o152boo37boob3obo80boobobo7bo$275boo3bo46bo9boo 141boo37b4obbobo39bo42boo10boboo$276bo49bo9bobbo121boo3boo54bo3bo39bo 55bobo$337boo78boo36bo3b4o3bobo53bo3bo39b3o54bo8boo$417bobo35boboobbo bbo3bo53bobbo12boo92boo$417bo37boboo4bo3boo69boo$255bo155boo46bo3bo$ 253booboo18boo133bobo50bo$255bo156bo130booboo$270bo5bo246boo13boo3b3ob o$268b3o3b3o168b3o6bo83bob3o4bo84boo$256boo10boo4b3o169boo3boobo83bobo 3bobo83b3oboo4boo$255bobbo11b4o171boo5bobo84bobbobobo83boboboo4boo$ 231bobo20boo3bo12bo177b3obo35bo49boo86boobo$230bobbo20bo4bo13bo179boo 34bo38boo91boo3bo$231bobo20bo3bo13b3o69bobo142b3o35bobbo81boo5bo3bobo$ 247boo6bobbo13bobo18b3o47bobbo76bo96b3o4bobboo8bo71boo6boobob3o$247bob o6bo15boo21bo48bobo76bo7bo94bobboo9boo78bo3b4o$233bo13b3o44bo65boo61bo 5b3o94b4o9bobbo75bo$232boboo11bobbo109bobo59boo3bobo110bobo74bobo$232b oboo12bo97bo13b3o65bobbo108boo74bo$231bo3bo12bo27boo67boboo11bobbo63bo bboo168bobo6bobo4bo$232b4o40boo6boo59boboo12bo16boo62boo88bo66bo9bobo 4bobo$232b3o15bo36boo55bo3bo12bo7boo6boo63boo89boo65bobbo6bo6bo$247bo 36bo3boo55b4o19bobbo7bo122bobo21boobbobbo68b3o$247bobbo34boboobo54b3o 15bo5boo130bo24boobbobbo$246b3o40b3o68bo80bo10boo48bobbo28bo$246b3o42b o68bobbo77bo3bobo56bobo26b4o$246bobbo40boo67b3o77booboboobbo58bo11b3o 9bobbobo$247bobo109b3o78b6obbo57b3o21boo4boo$247b3o109bobbo78bo5boo57b o28bo$360bobo14boo65bobo57boo$360b3o13bobbo51boo3boo6bo61bo13b3o$236b oo139boo46bo3b4o3bobo65bobbo12b3o5boo21bo$236boo187boboobbobbo3bo65bob o13boo6boo20bo$425boboo4bo3boo7boo56bo14bo30b3o59boo$429bo3bo12boo69b oobbo75bo14boo$346bo87bo11boo70bo3bo9bo62booboo$346bo70boo99bobbo10bo 65boo$346bo8bo29boo30bobo22boobbo72b3o7bo65b3o$353bobo28bobbo29bo25b3o 79boo6bo63bo3bo$244boo101b3obbo3bo28boo57bo81b4o66bo3bo$244boo102bob5o 75boo98bo3bo62b3obo$327bo26bo75boo7bobo72bo16bo67boo19boo$326bobo20boo 42bo16bo31bo70bobo16bobo63bobo19boo$325booboo62bobo14boo31bo31bo33boo bbooboo4b3o9bo65bo$326bobbo62bobo14bobo30bo5b3o22bo34boobb5o4b4o73boo$ 328b3o62bo45booboo4bo24b3o40bo3boobboo71b3o$328bobo109bobo6bo44b3o17bo 6boobo72boboo$329boo57boo51bo56bo15b3o4b3o72b5o$329boo56bobbo107boo14b 3o5bo$373b3o12boo108bobbo$375bo123bobo$305bo68bo124bo87bo$304boo20b3o 71b3o20bo48bobo23boo11boobo72bo5b3o$303b5o18boo71bobbo19boo25boo20bo 25bobo12boo72bobo3boobbo$302bo24bobbo67bo4bo18bobo24bobo20bobbo23boo 86bo3bo5bo$301boo5bo12boo5bobo67bobb3o46bo23bobo19boo89bo3bo$300b3oboo 8bobo3b3o75bo5bo72bo11b3o6bo93bobboo$301boboboobboo3bob6oboo74b7o70b3o 114boo$302bobbobboo5bobo4bobbo79bo70bo87bo$281b3o20boo11bobbobo82bo68b oo87bobo5bo$280bo25boobo8b3obo80boo12boo45b3o9bo13b3o76booboo$279bo4b oo23bo13bobobbo3bo84boo45bo9bobbo12b3o70b3obbo3boo$278bo3bo15b3o27bobb o133bo8bobo13boo77booboo$278bobbo4bo4boo36bo144bo14bo45bo33b4o$278bo3b o3bo4b3obo106bo84boobbo42bo48boo24bobo$279boobob3o54b3o57bobo84bo3bo 41b3o46boo24boo$282bo60bo56boobo84bobbo118bo$283b4o40boo13bo57boo87b3o $285boo11boboo25boo72b3o21boo159bo$298bobbo35boo63bo21bobbo158b3o$298b 3o36bob3o61bobbo18boo154bo3bo3boo$337boobbo58bo6bo172bo5bo3bo$338b3o 59bo6bo173bo8bo$339bo60bo4b3o13bo56boo106boboo$420bo57boo96b3o8bo$335b oo80bo3bo144b4o4b4oboo$335boo73b3o3bobo14boo131boboboo4boobbo$417bo14b obbo131boo9b3o6boo$409bobbo20boo134bo3bobo10bobbo$287boo121bo175bobbo$ 287boo297bobo$486boo95b4o$486boo95bobboo$584b3o$396b3o42boo106bo21boo 12bo$395bo3bo10bo29bobbo104bobo20boo$396boo15boo26boo104bo3bo30bobo$ 295boo101booboo35boo108bobo33bo$295boo103boo35bobo109bo14b3o14bo$378b oobo57bo9bo113bo3bo12boo$377b3obo6bobo57bobo58b3o37b4o10b3obbo11bo3bo$ 376bo4bobo4bo59bobo58bo38bo4bo9bo3bo13b3o$377boo6bobo3bo57bo60bo39bo 13b3o$378bo3bobbobboo157bo3bobbo9boo7boo$361b3o17boboo3bo55boo59boo40b ob3obo19boo$361b3o16bobo60bobbo58bobo11bo28b3obo$362bo17bobo61boo60bo 11bo74bobo$363boo153b3o72boo$364bo201bo27bo$363bo199b5o$448bo32boo79bo $339bo107boo7bo24bobo94bo$337booboo104bobob3obbobo23bo31boo48bo3bo9bob oo$361boo43boo37b3o3boo3bo56bobo48b3o12b3o$340boo19boo42bobo38boboboob obo58bo55boo4b3o3bo$341bo20bo44bo39booboo101boo14bobbo4b5o$335bo3bo15b oo18boo71bob5obo96boo3bo9bo5bo5bo$339bo3bo11boo18boo75b4o11boo73bo14b oo8bobboo$361boo104boo72b3o13bo4bo3booboob3o$540booboo16boo3bobbo$337b o23boo178b3o17bobobboboo$338b3o18boboo179bo18boo4boo$359b4o179bobo14bo bo$356bobboo181b4o13b3o$338b3o13bobo26boo134bo25bo14bo$338b3o13bobo26b oo71bo18boo41bobo$338booboo12bo98b3o17bobbo9bo29bo3bo19booboo$342bo12b oo94b5obo17boo9boo30bobo19bo5bo$340b3o14bo92bobo5bo27bobo30bo14b3o4bo 3bo$355boo92bobboo8bo70bo3bo4bo$354bobo93b4o9bo55b4o10b3obbo$354bobo 94boo15bo49bo4bo9bo3bo$356bo102b4o5boo50bo13b3o$352bobo104b3o4bobboo 12boo32bo3bobbo9boo$352bo108bo6bo13bobbo31bob3obo$351bobo129boo33b3obo $343boo6boo$343boo5bo$351boo95bo42bo44bo40bobo$352bo93booboo39b3o40b5o 39boo$448bo40bobobo38bo45bo$489bo3bo$487boo5boo37bo3bo$449boo35bo4bo4b o37b3o$351boo70b3o22bobbo33b3obbobobb3o$351boo69bo24boo3bo33bo4bo4bo 26boo$421bo4boo19bo4bo34boo5boo3bo23boo$420bo3bo15b3o4bo3bo37bo3bo4bob o$420bobbo4bo4boo13bobbo37bobobo4bobo$408bo11bo3bo3bo4b3obo11bo40b3o6b o$408bo12boobob3o62bo$408bo8bo6bo69boo$415bobo7b4o64bobbo4b3o$409b3obb o3bo8boo11boboo50boo5b3o27boo$410bob5o23bobbo58bo28boo$416bo23b3o18boo 40boo$385bo25boo47bobo41bo$384bobo75bo40bo14boo$518boo22boo$384bobbo3b ob3o146bobo$386bo4bo151bo$387boboobobo106boo$388boo3bo107boo$389bo15b oo18boo75bo$405boo18boo75bo15bo$501bobo15boo5boo$414bo85bo16bobo5bobbo 21boo$405boo7boo85bobboo11bo8boo22bobo$404b3o8bo86bo3bo11boo31bo$403bo bbob3o3bo89boo14bo$404b3obboo93bo13b3o40bobo$405b3oboo22boo82boboo40b oo$396bo36boo84boo41bo$396b3o117bo17boo$388bo6bo3bo116bo16bobbo8boo11b oo$388bo3b3o4bo7bo106boo18boo9bobo10bobo$388bo3b3oboboo5b5o104bobo28bo 13bo$392boo3bo7boob3o103bobo$405boobbo105bo$406b3o$400bo6bo96bo$400boo 98boobobo36boo$401bo98bobbooboobb3o28bobbo$393boo6bo98bo5bobo4bo28boo$ 393boo4bobo99boobbo8bo$402bo102bobb3obbo$403bo76b3o6bo15b3o42bo$397boo 5bo74bo4bo3bobo45boo11bobo$400bo4bo73bo4boo3bo47boo10bobo$402bobo74bo 6bo49bo13bo$480b3obobbobo$484b5o56boo$489bo54bobbo$463bo81boo$463bo$ 463bo$467bo$463b3obbo$462bo4bo$462bo3bo$463b3o11bobbo$439b3o35bobbo$ 482bo$443boo17bobo12b4obo21boo$445bo10b3o3bobo12boobobo22boo$439b4obo 11bo5bobo39bo$439b5o18bobo$463boo$456bobbo$439bobo14boboo$439bobo14bo bbo$440bo15bobo25boo9bo$439bobo14b3o25boo8b3o$440boo51bobobo$440bo52bo bobo$494b3o$495bo$$500bo$455bo44bo$453booboo$453b3oboo$454b5o$444boo9b 3o$444boo10bo7$452boo$452boo!golly-3.3-src/Patterns/Life/Spaceships/short-thin.rle0000644000175000017500000001440413543255652017614 00000000000000#C From thin.rle (left side of pattern): #C This table shows the minimum possible width of those types of #C spaceships for which this has been determined. The width is #C measured over all time, so that, for example, the width of a #C LWSS is counted as 5 even though each individual phase has #C width 4. #C A period p spaceship which displaces itself (m,n) during its #C period, where m >= n, is said to be of type (m,n)c/p. #C the "width" of a non-orthogonal spaceship is considered to be #C along the same direction as that of the least displacement. #C For example, the width of a (2,1)c/6 spaceship is parallel #C to the direction of travel that is 1 cell per period. #C For each type I also give the minimum known length for a spaceship #C of minimal width. The length here is defined as the length of the #C union of n successive generations (where n is the period), the #C starting generation being chosen to minimise this figure. #C Lengths marked with an asterisk (*) indicate that they are the #C minimum possible for the given width. #C For types where the minimum width is not known, the maximum width #C that has been fully searched is given, preceded by ">". #C #C | minimum | #C type | width | minimum length for this width #C ----------+---------+------------------------------------ #C (1,0)c/2 | 21 | 12* (Hartmut Holzwart, 3 Jul 1992) #C (1,0)c/3 | 12 | 13* ("turtle", Dean Hickerson, Aug 1989) #C (1,0)c/4 | 10 | 44* (Stephen Silver, 2 Mar 1999) #C (1,1)c/4 | 3 | 4* ("glider", Richard Guy, 1970) #C (2,0)c/4 | 5 | 6* ("LWSS", John Conway, 1970) #C (1,0)c/5 | 11 | 89* (Paul Tooke, 12 Mar 2001) #C (1,1)c/5 | 13 | 26 (Tim Coe, Dec 2015) #C (2,0)c/5 | 10 | 31* (Stephen Silver, 2 Mar 1999) #C (1,0)c/6 | >11 | #C (1,1)c/6 | >10 | #C (2,0)c/6 | 12 | 48 (Matthias Merzenich, 4 Feb 2017) #C (2,1)c/6 | >15 | #C (3,0)c/6 | >18 | #C (1,0)c/7 | 10 | 10 ("loafer", Josh Ball, 17 Feb 2013) #C (1,1)c/7 | > 9 | #C (2,0)c/7 | >10 | #C (2,1)c/7 | >11 | #C (3,0)c/7 | >14 | #C #C From short.rle (right side of pattern): #C This table shows the minimum possible length of those types #C of orthogonal spaceship for which this has been determined. #C For each type I also give the minimum known width for a #C spaceship of minimal length. #C Widths marked with an asterisk (*) indicate that they are the #C minimum possible. #C For types where the minimum length is not known, the maximum length #C that has been fully searched is given, preceded by ">". #C #C | minimum | #C type | length | minimum width for this length #C ----------+---------+------------------------------------ #C (1,0)c/2 | 8 | 31* (Dean Hickerson, 28 Jul 1989) #C (1,0)c/3 | 5 | 16* (Dean Hickerson, Aug 1989) #C (1,0)c/4 | 8 | 26* (Tim Coe, 6 Aug 1995) #C (1,1)c/4 | 3 | 4* ("glider", Richard Guy, 1970) #C (2,0)c/4 | 6 | 5* ("LWSS", John Conway, 1970) #C (1,0)c/5 | 8 | 31* ("spider", David Bell, 14 Apr 1997) #C (1,1)c/5 | 13 | 26 (Tim Coe, Dec 2015) #C (2,0)c/5 | 11 | 16 (Matthias Merzenich, 8 Aug 2015) #C (1,0)c/6 | > 9 | #C (1,1)c/6 | >10 | #C (2,0)c/6 | > 7 | #C (2,1)c/6 | >10 | #C (3,0)c/6 | > 9 | #C (1,0)c/7 | > 8 | #C (1,1)c/7 | > 9 | #C (2,0)c/7 | > 8 | #C (2,1)c/7 | > 7 | #C (3,0)c/7 | > 7 | #C #C Patterns and comments from Stephen Silver's 12 Jan 2004 'ships.zip' #C Updated on 8 Apr 2019. x = 376, y = 114, rule = B3/S23 351bo17bo$26b3o34bo25b2ob2o24bo33b2o26b2o27bo28bo29bo3bo77b3o15b3o$b2o 22bo36bobo23bo3bobo22b3o29b2ob2o22b2obo2bob2o22bobo26b3o27b3ob3o74b2ob 3o13b3ob2o$2o22bo5bo30bo2bo23bobobobo22b3o26b4o2bobo21b2o6b2o21b2ob2o 24b2obo26b2obobob2o74bo2bob2o4bo4b2obo2bo$2bo21bo5bo31b2o25b2ob2o51bo 4bo4bo20bobo4bobo21b2o2bo24b3o26b2o7b2o70b2obo4bobob2ob2obobo4bob2o$ 25b2obo90b3o24b2o7bo22b2o2b2o26b3o24b2o27bo7bo71b2obobo2bobo7bobo2bobo b2o$24b3o2bob2o25bo5bo57bobo30bo21b2ob2ob2o22b2o4b2o50b2o7b2o70bo8b3ob obob3o8bo$25bo5bo25bobo3bo26b3o29bo2bo25b3o25bo2bo28b4o48b2obobo3bobob 2o67b2o7b2o9b2o7b2o$32bo23bo2bo3b2o24b3o2bo27bo3bo23bo26bo6bo24b2o5bo 47bobob2ob2obobo$25b2o29bo2b2o3bo23bo32bo3bo24bobo24bo6bo25bob3o46b2ob o2bobobobo2bob2o$24b3o68b2o21bo5b2o23b2o60bo49b2obob2obobob2obob2o$24b o3b2o59bo4b2o21b2ob2o2bo23b3o26b8o26bobo47bo2bo4bobo4bo2bo$24b3o64b5o 24bobob2o24bobo23b2o6b2o27bobo44b2o2bob2obobob2obo2b2o$24b2o7b2o57bobo 25bo31b2o60bobo$25bo5bo3bo58b2o54bo3bo56bo$25b2obob2o2bo57bo2bo30bo23b o59bobo$25bo4bo62b3o25b5o22b3o62bo146bo$26bo4bo2bo54b4o31bo22bo2bo62bo 145b3o$31bobo55b2o2bobo25b2obo21bo63bobo145b2obo$30bob2o56b3o2bo24bo4b o83b2o147b3o$30bobo59bo26b2obo23bob2obo57b2ob2o145b2o$31b2o54b2o2bo27b 2o2bobo20bo3b3o$32bo55b3obob3o25bobo24bo3bo60bo$32bo54bo3bob2obo22b2ob obo22bo64bobo$31bo56b2ob5o22bo3bo25bobo62bo$32b2o54b2obob2o23bo2b2o24b 2ob3o60b2o$90b3o30bo22bobobob2o59b2o$90bo31b2o21b2obobo3bo57bo$89bob3o 24b2o4bo23bo60b2o2b2o$88b2o3bo24b2ob2o22b2obobo58b2o145bo$87bo5bo25bob o28bo59bo144b3o$88bo3bo25b2ob2o23bo4bo202bo3bo$89bo30b3o23bo2bo2b2o 200b2ob2o5bo$87b2ob2o58b3o211b2o$86bo3b3o26bobo231b4obo5bob2o$86bo32b 3o232bo2bo2b3o2bo$89bobo29b2o24b2o211b3o$91b2o29bo23bo2b2o213bo$91bo 30bo26b2o213bob2o$91b2o27bo29bo$87b2o2b2o27bobo$87b2obo28bo26b2o2bo$ 88b4o2bo27bo24b3o$91bo2bo26b2o25bo$92b2obo52bobo$148bobo$91bo56bo$91b 2o56bo210bo$91bobo259b2ob3ob3o$90b2ob2o258b2o4bo2b2ob2o$90b2obo258bo2b ob2o3bo2b2o$90bo2bo270bo2bo$88bo2bo$89b2o$89b3o$90b3o$91bobo$94bo$91bo $91bo$89b3o3bo$88bo2bo3b2o$87bo3bo256bo$92bo2b2o251bo7b3o11b3o$91bo 255bobo4b2o5b3o$88bo2bo262b5ob5o4bo2bo$89bobo2bo257bobo2bo2bo3bo5bo$ 90b4o254b6o3bo2b2o4b6o$91b3o255b2o6bobo2b2o3bo$89b2obo266bo6bo$87b3ob 3o$87bobobobo$88bo3bo$88bo3bo$86b2o5b2o$86b3o3b3o$87bo5bo$356bo7bo$88b 5o257b2obobob2o3b2obobob2o$89bob2o254b3obob3o9b3obob3o$89b4o254bo3bobo 5bobo5bobo3bo$89bo2bo258b2o6bobo6b2o$89bo2bob3o251b2o9bobo9b2o$88b2obo 2b3o251b2ob2o15b2ob2o$87b3o2bob2o256bo15bo$87bo3b2o$88bo4bo$87b2o2b2o$ 87b2o4$360bo$360b2o$359bobo8$360b4o3bob2o$357b5ob2ob3o2bo$356bobo2bob 2o2b2o3bo$372bo$358bo3bo5bo3bo$362bo4bo$353b2o2b2o10b2o$349bo2bo2b2ob 2o6b2o$348bob5o10bobo$348bo5b2o4bo$356bobobo$359bo!golly-3.3-src/Patterns/Life/Spaceships/Corder-lineship.rle0000644000175000017500000004602712026730263020541 00000000000000#C Optimized version of Jason Summers' p96 c/12 diagonal lineship. #C A p768 version was also constructed. David Bell, 24 June 2005 x = 675, y = 653, rule = B3/S23 617bo$618boboobobo$612b3o3b4o3bo$618bobbooboo$617bo$615b3o$615b3o17boo $635boo7$643boo$643boo$631b4o$635bo$617bobooboo7bo4bo$616b5obboo7boobo $616bobb3obo10bo$622bo3$606bo3boobboobo$606bo3boo4boboo$606bo3boobboob oo$610boo$608bobbo$608bobo$609bo9$612booboo$613bobo$600bo12boo$599b3o 10boobo$598booboo12boo4bo$599b3o10booboo4bo$600bo$600bobo20boo$600b4o 19boo$603bo$$599booboo$598bo5bo$599bo3bo$592b3o5bo$591bo3bo$590bo4bo 29boo$589bo3bo30bobbo$589bobbob3o27bobbo$589bo7bo26bobbo$591bo3bobo27b oo$570bo20bo3boboo$569b3o21b3oboo31bo$568booboo58bo$567boobobo58bo$ 566b3obb3o$567bo6bo41bo$568b5obo40bo$569b4oboo39b3o$574bo$573bo12boo$ 586boo3$571bo$569boobo15booboboo$587boobo3bo$572bo15bobobobo$569bobbo 16bo$570bo$$575boo$568b3o5boo$575boo$575bo11b4o$586boboo$586bobo$$581b o$579bobboo$574boo3bobb4o$574boo3boboobo$582boobo$582bo$580bo4bo$580b 3o$580boob3o$528bo54b3o$527boboo51bobo15bo$531bo50boo15bo$525bo3bobbo 66b3o$441bo81bo9bo11b3o$441bo7bo73bo4boobboo$441bo5b3o82boo46bo$440boo 3bobo77bo5bo31b3o8bo5bo$446bobbo76bo4b3o28bo3bo6bo7bo$445bobboo77bo4b oo12b3o5boo7boo9b4obboo$460boo67b4o12booboo4boo9booboo9b3o$460boo82bob oboo17boo11bobo$544bo3bo32bo$545bobbo32bo$518bo26b3o$518bo$518bo8bo14b o$525bobo13bobo18boo12bo$468boo49b3obbo3bo12bobbo17boo12boo$468boo50bo b5o15boo31bobo$449boo3boo70bo$443bo3b4o3bobo64boo15boo$443boboobbobbo 3bo81boo$443boboo4bo3boo$447bo3bo$452bo78bo$501b3o26bobo$522b3o5bobo$ 433b3o6bo62boo15b3o6bo$434boo3boobo64bo12bo4boo$414bo18boo5bobo58b4obo 13bobo3bo$412booboo21b3obo58b5o13boo3b3o$412booboo24boo76boo3bo$412boo 108bo21bo39bo$414boobo68bo14bobo14bo3bo21boo37bo$415bobbo63boobobo7bo 5bobo14bobo22bobo37b3o$415bobbo63bobbooboobbooboo5bo$416boo64bo5bobo5b o4bobo$483boobbo8bo5boo$487bobb3obbo6bo$487b3o$414bo45bobo109bo$413bob o44bobobo7bo97boo$413bobo43bobboobo4b3o98boo$414bo45boo3boboboobo44bo$ 460boo3boob5o10b3o29booboo$464boboo3boo10bobo29b3oboo$463bobo16booboo 15boo12b5o$482boo18boo13b3o$422bo21bobo71bo$421bobo21boo$421bobo21bo 39bo$399booboo18bo62bo$399boo30bo$399boobobo28bo45b3o$402bobo25bo3bo 43bo3bo27boo$403boo27b4o41bo4bo27boo$433bo33boobo5bo3boo3bo$391bobo36b oboo29bo3b6o11bo$377bobo7bobbobbo36boboo28bo5bo4bobboo6b3o$376booboo5b oboboobo36bobo29bo11bo$377boboo6bo42boo31bo9bo$381bo11b3o72bo$380bo13b oo72bobbo$380bo12boo75bo$568bo$567bo$470boo95b3o$470boo3$401b3o$399boo bbo$398bo3bo153bo$393bo5bobbo151boo$392bobo4bobo153boo$382boo17bo$382b oo18bo$402bobo$402boo$$476bobo$477boo$477bo$390boo$390boo12$552bo$551b o$551b3o6$540bo$538boo$489boo48boo$479bo3boo4b3o$479boboobbo6bo$479bo bb5obb4o$483b3o3b3o$482b3o$482boo17boo5bobo$482bo18boo6boo$509bo6$509b oo$359b5o7bo137boo$357boo5boo4bobo115bo8boobbo$357bo7bo4bo116bobbo5b3o bboo$357boo7bo3bobbo107b3obbo3bo6boobb3o$359boo6bo3b3o107b3obbo4bo5boo bboo$362bo122bo3boo$362bo4bo13boo106boo$363boobo14boo103boo48bo$482bob o50bo$473bob3o4bobo50b3o$471boobo4bo5bo$473boo4bobbobbo$479bobbobbo$ 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86bobbooboobbooboo12bobo17boo17boo52b3o$329b3o86bo5bobo5bo32boo70boobb o$330bobo86boobbo8bo11b4o88boobboo$330bobo71b3o16bobb3obbo13bo91boo$ 330b3o70bobbo16b3o15boo95b5o$253b3o146bo4bo33boo99boo$252boobboo144bo bb3o132bobbo$252boobboo144bo5bo132boo12boo$253boboo146b7o24bo120boo$ 253boo88bo65bo23bobo$245boo6boo88bobo63bo23bobo$237boo8b3o8bobo82boo 62boo25bo17b3o$237boo5b3oboo8boo194bo33bo50b3o$259bo193bo33bo51bobo$ 331bo50boo21bo81b3o49bo$332bo49b3o19b3o132bobbo20boo$330b3o49boobo17bo 3boo131bobo20boo$386bo17booboo132b3o$378bo3boo3bo16booboo134boo$245boo 141bo5bo6boo134b3o4boo$245boo138bobo5bo4b3o75bo66boo$359bo25bo6b3o3boo bboo70boo148bo$308bo49boboo18bo4bobo5boo3boboboo71boo54b3o89b3o$308bo 53bo31boobbo131bobbo88bobobo$308bo47bo3bobbo20b4o7booboo129bo4bo86b3ob 3o12bo$311boo41bo9bo11b3o5boo10b3o130bobb3o104bobo$311boo12boo27bo4boo bboo109bo54bo5bo87bob3o13boo$306bo3b3o11boo37boo55b3o50bo56b7o86b5o9bo 3bo$307b3o15bo30bo5bo59bo50b3o60bo86boobboo11bobboo$308bo15b3o30bo4b3o 56bo114bo36bo51boboo14bo$307boo15b3o31bo4boo12b3o25boo9bo51bo65boo36bo bo52boo9bobboo$307b3o16bo33b4o12booboo24boo8bobbo49bobo100bo3bo13b3o 31bobobbo11bo7boo$309bo14bobbo47boboboo33bo4bo48boo101bo3bo8bo37bobobb o20boo$307bo16b3o48bo3bo34bo5bo150bobob3o4boob3o35bo$309bo15bo50bobbo 33booboo93bo60boobobbo5boboo$307b3o66b3o37boobo90boo64bobo8bo$342bo72b oobbo89b5o62boo11bobbo5boo$340bobo72b4o89bo80b3o6boo38boo$341boo70b3ob o89boo5bo6boo$413boo91b3oboo8bobbo114boo$507boboboobboo4boo133bo$322bo bo183bobbobboo83bo39bobo9bo3bobo$322bobbo39boo143boo86boo40bo10b5oboo$ 322bobbo39boo145boobo82boboboo24boo10booboo7bo4bo$322bo3bo145bo42bo83b 3obooboo8b3o9b3oboo8boo9boobo$323bobo145bo126bo3boobboo23bobbo8boo10bo $324bo38bo107b3o55boo67bo3bo11bo5bo11b3ob5obobo3bo$364bo163bobbo66bobb o12b7o13bo3bobb3o4bo$309b3o6bo43b3o164boo47boo13boo4bo16bo17bobboobbo bbo$308bo4bo3bobo258boo13boo21bo3bo14boo3b3obo$308bo4boo3bo11bo42boo 208boo30bo18boo6b3o$308bo6bo13boboo40boo207boboo30bo16boo$309b3obobbob o14bo126bo105bo15bo8b3o23bo4bo10boobo$313b5o9bo3bobbo123boo78bo26b3o 15bobbo5boo23bo4bo12bo$318bo6bo9bo11b3o109boo79bo23booboo17bo29boobobo $287bo7bo29bo4boobboo201bo25boo3bo15boo29bobo$286b3o5bobo37boo228bobob obo12bo32bo$285boob4obbobbo29bo5bo173b3o28bo26boobobbo$286b3obbo36bo4b 3o122bo47bo3bo28boo27boobo$287bobboobbo34bo4boo12b3o5boo99bo48bo3bo32b o25boo$291boobobo34b4o12booboo4boo99b3o46bo3bo31bobo$295bo10boo38bobob oo189bo3bo13b3o48bo$306boo38bo3bo101bo54booboo29bo3bo8bo54bobo5bo$347b obbo9boo90bobo53bobbo29bobob3o4boob3o57booboo8boo$347b3o10boo90boo31bo 23bobo30boobobbo5boboo51b3obbo3boo8boo$307b3o45boo3bo123b3o23boo34bobo 8bo57booboo$307b3o44b4oboo122booboo19bo3bo34boo11bobbo52b4o$313b3o39bo bobbo123b3o14bo4bobobobo46b3o$311bo3bo58bo110bo14b3o4bo$309booboboo43b oboo9bobo110bobo11bo3bo$166bobo122bo17bo32bo18bo11boo110b4o9boobb3o$ 152bobo7bobbobbo121b4o6boo8boo24boo3b3o144bo10bo3bo25bobo104boo$151boo boo5boboboobo120bo4bo4b3oboo31boo3bobbo4b3o147bobbo27boo104boo$152bob oo6bo125boo10boob3o4bo12boo16b3obobbooboo131booboo11bobo27bo$156bo11b 3o118boboboo4b3oboo3b4o11b3o15boobbobboobbo130bo5bo$155bo13boo119b3o6b oo7boobbo10boobo15boo6boo132bo3bo$155bo12boo7boo112bo15bo4bo14bo12bo3b o111bo28bo$177boo127booboboo6bo3boo3bo126bo166b3o$305b4o20bo11bo53bo 59b3o42boboo44boo70b4oboo$305b4o17bobo11bobbo52bo102b5o44boo59bo5bobo 4boobbo$308boo16bo13b4o50b3o102b4o94bo11boo4boo7b3o$294boo13boo10bo4bo bo12bo254bobo9boobo7bobo$178boo114boo12bo191b3o92bo3bo10b3o$177bobbo 144b4o171b3o92bo3bo10boo$177bobbo4boo117b3o18boo117bo56bo93bobob3o5b4o $175bob4o4boo255boo45boo105boobobbo5boo$174bobbo124bo4bo135boo44boo65b oo42bobo5bo$174bobo125bo17b3o233boo42boo$157boo9bo3boo132boo11bobbo 250b3o$157boo8bo135booboo10bo4bo249b3o14boo$169boobbo131bo12bobb3o118b o129bo3bo7bobo4boo$162bo6b4o145bo5bo11boo103bo131boob3o5bobbobb3o$160b 3o156b7o10boo103b3o129boo4bo4bobob6o$159bo3bo161bo171boo77bobbo9bobboo $144booboo10bobbo162bo110bo60boo78boo11b3o$144boo13bobbo160boo111bobo 152bo$144boobobo10boo274boo107bobbo$134bo12bobo394bo$132booboo11boo 394bo3bo$132booboo185bo21boo198b4o$132boo187bobo20boo60bo192bobo$134b oobo182boobo80bobo211bo$135bobbo181boo83boo163bo28bobo15bo$135bobbo 182b3o245boo46b3o$136boo111b3o70bo182bobbo60bobo$248bo74bobbo177bo51bo bo$247bo4boo73bo176bo3bo38bob3o4bobo20boo$143boo101bo3bo15b3o58bo176b 4o37boobo4bo5bo19boo$142bobbo100bobbo4bo4boo58bo5b3o112bo106boo4bobbo bbo$134b3o6boo101bo3bo3bo4b3obo47bo6bobo118bo113bobbobbo39boo$247boobo b3o52boobobo4bo109bo11b3o110bo4bo$134bobo113bo56bobbooboo113bo119bobbo 16boo$135bo115b4o20boo30bo5bobo4bo105b3o36bobbo80boo17boo$136bo116boo 11boboo5boo31boobbo8bo142bo$136boo128bobbo42bobb3obbo143bo3bo118boo$ 133boboobo12boo113b3o43b3o149b4o119boo$133b4oboo10bobbo121bo152bo$134b 5o12boo122bo4bo145boo$136boo136bobobbobo138b3o4boo157bo$274bobobo3bo 32boo105bo153boo7boo$273bo4b3obboo29bobbo103bo9boo142bobbo6bobo$278bob o3bo8b3o19boo114bo144boo$126b3o6bo141boo14bobo136bo128b3o4b3o$127boo3b oobo139bo4boobo9bobo121boo14bo133bobbo$126boo5bobo119boo13bo22bo4boo 111bo4bobo15bo132bo3bo$131b3obo119boo3b3o6bo22b3o3boo111boo5bo16bo124b o3boboobobo$134boo107bo16bobo5bobbo26bo30bo80bobo23bo129booboo$242boo 16bobbo4bobbo22b4o12boo17bobo105bo123bobo3b3o14boo$104bo136b5o14b3o6b oo24boo13boo17boo107bo123bo20bobbo$104bo7bo127bo21bo32bo143bo144boo$ 104bo5b3o126boo5bo14bo44boo132bo107b3o$103boo3bobo127b3oboo16bobo33bo 8bobbo132bo$109bobbo126boboboobboo11boo32bobo9bobo133bo109bo39bo$108bo bboo127bobbobboo13bo31b4o10bo135bo104bo3boo37bobo8bo$123boo117boo49b3o 92b3o36b3o14bo105bobo38bobo7bo$123boo119boobo47bo94bo35bobbo15bo101b3o 42bo8b3o$247bo141bo39bo16bo102bo46b3o$403boo24bo17bo76bo62boo7b4o$122b o10boo267bobo21bobo19bo75bo23boo36bobbo5b3obbo$122bo3bobo256boo17bo44b o74bob3o20boo36boo7bobbo$120booboboobbo249bo4bobo63bo75b3o20bo46boo$ 121b6obbo110bo138boo5bo64bo75bo13b3o5boo41bo4bobo$122bo5boo109bobo136b obo71bo74boo19boo40b5o3bo$125bobo110booboo55boo153bo74bo61b3oboobboo$ 112boo3boo6bo113bobbo12boo41boo154bo55bo6boo9boo13bo46boo4boo$106bo3b 4o3bobo121b3o11boo198bo53bobo3bo3bo22boo47bobobobo$106boboobbobbo3bo 121bobo212bo51bo3bobo3boo5booboo11b3o48bo$106boboo4bo3boo7boo113boo 213bo51bobobboboboo6b3o12bo22boo$110bo3bo12boo113boo214bo51bo3bobboo7b o12bo23bobo$115bo11boo330bo54bo4bo19bo3boo20bo$138bobo21bo193b3o101bo 54bobbo24boo$123boobbo10bobobo7bo12boo141boo50bo102bo32bo22bo22bo$124b 3o10bobboobo4b3o11boo76bo22boo41boo49bo104bo23b3o3b4o45bobbo$125bo12b oo3boboboobo90bo21boo106boo90bo22bobo3booboo44b3o$111boo25boo3boob5o 90boo127bobo91bo21b3obbo$111boo7bobo19boboo3boo89b3o110boo17bo92bo25b oo3bo$123bo17bobo16boo185bo4bobo111bo25b4o$123bo36boo135bo49boo5bo112b o25b3o10boo18boo$123bo117b3o52b3o14bo32bobo119bo37boo18boo$120booboo 114bo4bo50booboo13bobo153bo$121bobo115boo3bo51b3o14boo155bo$122bo118b 4o52bo173bo36boobo$237bobo57bobo172bo35bo4bo$228bob3o4bobo57b4o172bo 34bo5bo$168boo56boobo4bo5bo59bo173bo36bobbo$158bobbo6boo58boo4bobbobbo 234bo34bobboo19boo$145boobo6boobobboo71bobbobbo55booboo23b3o149bo24bo 7bobbo21boo$141bo3b6o4boobo4bo69bo4bo56bo5bo24bo150bo12boo9b3o6bobo$ 140bo5bo4bo3boo72bobbo63bo3bo24bo152bo10bobobo7b3o$140bo11bo4bo4boo50b oo14boo65bo41boo138bo9bo3boo5bo3bo$141bo9bo5booboo42bo3boo4b3o121bobo 139bo9boo8b4o6boo$146bo57boboobbo6bo103boo17bo140bo8b3o7boboo4boobbo$ 143bobbobbo54bobb5obb4o97bo4bobo159bo26boboo$134bo8boo3bo59b3o3b3o98b oo5bo160bo22booboo$130boobobo5boobo62b3o18bo85bobo58bo43b3o49bo12bo21b 3o$130bobbooboobbo66boo18bobo144b3o41bobbo41b3o3b4o12bo20bo$130bo5bobo 4bo63bo18booboo142booboo43bo41bobo3booboo12bo19boobbo$131boobbo8bo84bo 144b3o14bo29bo41b3obbo18bo6boo11b3o$135bobb3obbo84boo19bo125bo14b3o25b obo47boo3bo14bo5boo11boo$135b3o90boo19bobo123bobo11bo3bo75b4o16bo$249b oo124b4o9boobb3o75b3o10boo5bo14bo$226bo3bo147bo10bo3bo89boo6bo11b3o$ 194bo32bo3bo157bobbo99bo9bobbo$195boo31bo145booboo11bobo6boo92bo9bobbo $194boo27b3o5bo141bo5bo19boo93bo9bobo$213bo8bobbo3bo77boo65bo3bo116bo 8b3o$212bobbo5bo7b3o74bobo66bo120bo$206b3obbo3bo5bobbo64boo17bo188bo$ 140boo64b3obbo4bo4bobo59bo4bobo99boboo97boo5bo$140bobo67bo3boo67boo5bo 98b5o84bo12boo6bo$124b3o87boo66bobo104b4o74boo9b3o19bo$140bobo68boo12b ob3o174boo60bobobo7b3o20bo$128boo10bo85b4o160b3o14bo58bo3boo5bo3bo20bo $130bo96boo161b3o9bo4bo59boo8b4o22bo$124b4obo261bo4boo4bo5bo58b3o7bob oo23bo$124b5o85boo163boo14b3o4bo3boo97bo$148boo64boo163boobboo9b4o6bob oo98bo$148boo217b3o13boo7boobb3obo56bo6boo41bo$124bobo239bo3bo12boobb oo3boobobboo56bobo3bo3bo41bo$124bobo239bo3bo16boboboo6bo55bo3bobo3boo 42bo$125bo240bo3bo15bobbobbobbo60bobobboboboo43bo$124bobo99bo48boo67bo 42bo5b3o61bo3bobboo45bo$125boo99bo47bobo66boo22booboo13bo75bo4bo45bo$ 125bo131boo17bo65b5o21bobbo13bobo74bobbo47bo$251bo4bobo82bo19bo7bobo 13b3o76bo49bo$114bo110boo24boo5bo81boo5bo13bo8boo143bo$114bo33bo4bo96b obo86b3oboo8bobo5bo5bo3bo144bo$114bo8bo23bo6bo69b3o113boboboobboo3bobo 10bobobobo144bo$121bobo24bo4bo187bobbobboo5bo12bo150bo$115b3obbo3bo 218boo174bo$116bob5o110bo111boobo171bo$122bo110bobo112bo12b3o157bo$ 117boo114boo124boobbo97bo60bo$360b3o96bobbo60bo$226bo112b3o11bo7bo49b 3o48boo60bo$227boo109bobbo10bobo55bobbo32bo13boboobbo58bo$118boo106boo 109bo4bo9bobo58bo32bo14b3o3bo58bo$119boo19bo102boo92bobb3o10bo59bo32bo b3o11bobobbo59bo$138boo102bobo92bo5bo66bobo35b3o11bobboo61bo83bo$96bo 42boo103bo93b7o104bo9booboobo63bo82bo5b3o$95boboo120bo124bo104boo7b4o 9boo57bo80bobo3boobbo$99bo27bo91boo96bo26bo105bo7bobo10boo58bo80bo3bo 5bo$93bo3bobbo9boo14bobbo88bobo95b3o23boo17bo88boo80bo79bo3bo$91bo9bo 6b3o14bo3bo185boobbo40bobo170bo83bobboo$91bo4boobboo4b5o3boo10boo3bo 182boobboo40bobo84booboo82bo83boo11boo$100boo4boo6boo13bobo183boo44bo 86b3o84bo95boo$93bo5bo7bo18boo3bo184b5o127bo87bo$94bo4b3o23bo3bo190boo 215bo$95bo4boo7b3o14bobbo188bobbo216bo$97b4o10bo15bo191boo12boo138boo 64bo$111bo10boo209boo138boo65bo$118bo3boo349bobo65bo$118b3o351boob3o 64bo96boo$117boboo90boo123boo138boo65bo81bo13boo$120boo88bobo104b3o15b o139bobbo65bo70boo9boo$121boo89bo104bobo15b3ob3o25bo29bo78bobo66bo68bo b3o8boo$121b3o63bo129bo17b3obbo25bobo29boo25bobo48boo68bo67bo3bo10bo$ 117boobb3o63boo128bobbo18bo25bo3bo13b3o11boo17bob3o4bobo13b3o22bo80bo 67boobo5b5o$117b3ob3o62bobo129bobo44bo3bo8bo35boobo4bo5bo36bo82bo67bo 10bo$118booboo196b3o43bobob3o4boob3o34boo4bobbobbo16bo19b3o81bo$102boo 14b5o198boo43boobobbo5boboo40bobbobbo12bo3boo103bo$102boo16bo194b3o4b oo46bobo8bo39bo4bo16bobo105bo60bo$321boo14boo31boo11bobbo5boo23bobbo 19b3o109bo51b3o3b4o$336bo46b3o6boo24boo22bo110bo50bobo3booboo$333boobb oo215bo49b3obbo$333boo106boo112bo53boo3bo$442boo112bo53b4o$393bo48bo 114bo53b3o$110boo219bo60boo48boo114bo23bo$110boo12bo54boo140boo3b7o59b oboboo43boo116bo22bo5b3o49bo$122boo54bobo140boo3bo4boo60b3obooboo158bo 20bobo3boobbo47boo$70bo52boo55bo146boboo61bo3boobboo3boo154bo20bo3bo5b o45b5o$69b3o83bo175bo60bo3bo7boo26bobobboo123bo19bo3bo50bo19bo$68boob oo82boo171bobbo60bobbo10bo11bo4bobo6bobboobbo123bo23bobboo44boo5bo13bo $67boobobo81bobo171bobbo40boo13boo4bo23bobobboobboo7boobbo124bo23boo 11boo32b3oboo8bobo5bo$66b3obb3o254b3o41boo13boo28bob4obbobo5boobbobo 125bo35boo33boboboobboo3bobo$67bo6bo254boo46boo39bo6bobo138bo70bobbobb oo5bo$68b5obo254boo45boboo42bob3o140bo71boo$69b4oboo23b3o227boo29bo15b o8b3o180bo35bo36boobo20boo$74bo23bo3bo256b3o15bobbo5boo181bo33b5o36bo 12b3o5boo$73bo12boo11boo257booboo17bo189bo32bobb3o46boobbo$86boo13boob oo251boo3bo15boo46bo144bo26boo8boo46b3o$103boo253bobobobo12bo47bobo 144bo32bobbo48bo$359boobobbo59bobo126bo18bo21bo9b3o56b3o3bo$71bo290boo bo60bo126bobo18bo10boo9boo7boo57boboob3o$69boobo74boo188bo25boo210bo8b ob3o8boo64boo3bobb3o$146bobo187bobo214bobbo3bob3o11bo7bo3bo10bo68boboo boo$72bo75bo186bo3bo13b3o38b3o24boo132bo4bo16bo7boobo5b5o6boo63bobboo$ 69bobbo21boo27bo211bo3bo8bo45b3o14boo7boo134boboobobo14bo7bo10bo6bobbo 59booboo$70bo23boo27boo210bobob3o4boob3o41bo3bo7bobo4boo8bo11bo15bo 106boo3bo16bo23booboo$122bobo211boobobbo5boboo42boob3o5bobbobb3o19bobo 13bo108bo15boo4bo21bobo40boo4bo$75boo263bobo8bo42boo4bo4bobob6o18bobo 13b3o122boo5bo19boo42boo3bobo6boo$68b3o5boo262boo11bobbo40bobbo9bobboo 19bo147bo18bo3bo26boo15booboo4b3o$75boo276b3o42boo11b3o6boo161bo18bobb o25bo17boobbo4bobbo$62b3o10bo336bo7boo162bo4boo11b3o26bobbo15boboo5boo $61bo3bo519bo3boo38boob4o14bobo$60bo4bo520bo14bo26bo22boo$59bo3bo378bo 144bo13bo26bo3b3obbo12bobo$59bobbob3o355bo18bobo138boo4bo9boo28bobbobb ob3o11bobo$59bo7bo352boobbo16bobo121bo16boo5bo8boo10bo19boo4b3o11boo$ 61bo3bobo352bo4bo16bo9bo112b3o22bo7bobbo7boo21boobobo$61bo3boboo46boo 304boobbobboo21bobo103bo6bo3bo22bo7b3o6b5o20boobo$63b3oboo45bobo305bob oobboo21bobo103bo3b3o4bo23bo7bo6bo19bo8bo$116bo303b4o13boo13bo104bo3b 3oboboo24bobo10boo5bo13bo$342boo76b3o13boo123boo3bo27boo9b3oboo8bobo5b o$342boo56boo13boo21bo8boo157boboboobboo3bobo$400boo13boo29bobbo97bo 59bobbobboo5bo$405bo41boo98bo61boo$404boboo4bo134bo8bo54boobo$43bo20bo bo321bo15bobbo4bobbo138bobo57bo12b3o$42b3o22bo319bobo15boboo5boo132b3o bbo3bo67boobbo$41booboo17bobbo319bo3bo15boo141bob5o70b3o$42b3o17bobo 285boo34bo3bo13bobo148bo71bo$43bo17bobbo285boo34bobob3o12bo144boo$43bo bo16boo323boobobbo$43b4o344bobo$46bo12boo330boo$24bo3boobboobo23boo22b oo289bo$24bo3boo4boboo4booboo35bobo288bobo5bo148b3o$24bo3boobbooboo4bo 5bo36bo294booboo44boo121b3o$28boo12bo3bo326b3obbo3boo43bobo104boo15b3o 61boo$26bobbo13bo335booboo45bo106bo12bo4boo59boo$26bobo350b4o147b4obo 13bobo3bo$5bo21bo30boboo468b5o13boo3b3o$6boboobobo43b5o486boo3bo$3o3b 4o3bo43b4o294b3o193bo21bo$6bobbooboo501bo14bobo14bo3bo21boo$5bo52b3o 292bo5bo151boobobo7bo5bobo14bobo22bobo$3b3o52b3o292b7o151bobbooboobboo boo5bo91boo$3b3o37boo14bo295bo155bo5bobo5bo4bobo90boo$24b3o16boo310bo 3bo17boo133boobbo8bo5boo$23bobbo327bo21bo139bobb3obbo6bo$23bo309bo21bo 14bo3bo141b3o$23bobbo305b3o21bo4bo8bob3obbo111bobo$23bobbo304bobobo20b o4bo8boobo115bobobo7bo$25b3o302b3ob3o12bo5boobobo11bo4bo18boo90bobboob o4b3o$24bobo321bobo3bobo15bo4bo17bobo91boo3boboboobo44bo$24bo26boo279b ob3o13boo3bo16bo24bo91boo3boob5o10b3o29booboo$26bo24boo279b5o9bo3bo21b o3bo116boboo3boo10bobo29b3oboo$20b3o4boo303boobboo11bobboo19b3o116bobo 16booboo15boo12b5o$19boboo6bo304boboo14bo158boo18boo13b3o$5bobooboo7bo boo5boo306boo9bobboo195bo$4b5obboo7b3obo3bo303bobobbo11bo27boo$4bobb3o bo8boo5bo303bobobbo40boo8bobo124bo$10bo12bobboo304bo56bo124bo$23boobo 3boo354boboo$25bo361bo5boo113b3o$392b3o112bo3bo27boo$347boo43b3o111bo 4bo27boo$11boo377boboo102boobo5bo3boo3bo$11boo334boo41bobo99bo3b6o11bo $391bo99bo5bo4bobboo6b3o$22bo325bobo140bo11bo$22bo326bo142bo9bo$23bo 313boo10bo147bo$337boo158bobbo$22boo475bo$20bobbobo$20bo4bo$20bo478boo $21b3o475boo$$345boo$345boo! CB 1,1,1,1 golly-3.3-src/Patterns/Life/Spaceships/orthogonal.rle0000644000175000017500000000465712026730263017671 00000000000000#C Small Orthogonal Spaceships, speeds c/2, 2c/5, c/3, 2c/7, c/4, #C c/5, and c/6. #C c/2: LWSS, MWSS, HWSS (lightweight spaceship, middleweight #C spaceship, heavyweight spaceship), Shick engine, and unnamed p2 #C spaceship which is used in line puffers. #C 2c/5: smallest example, by Paul Tooke. #C c/3: smallest c/3, turtle by Dean Hickerson, and dart by David Bell. #C 2c/7: weekender, found Jan. 12, 2000 by David Eppstein. #C c/4: smallest orthogonal c/4, by Tim Coe. #C c/5: Spiders by David Bell, pushing pre-pulsars in various forms. #C c/6: "Dragon", by Paul Tooke, April 2000. #C From Alan Hensel's "lifebc" pattern collection. x = 194, y = 76, rule = B3/S23 126boo$122boobobboboo24bo12bo$85bo36boo6boo11bo12bo12bo8bo11bo$84b3o 35bobo4bobo10bobo10bobo10bobo7bo11bo$30b3o3b3o9b3o15b3o14booboo36boobb oo11bo3bo10bo12bo7bobo9bobo$19b3o8bobbobobbo8bo3bo13bo3bo53boobooboo 11b3o11bo12bo$10b3o5bobbo8bo7bo7boo4bo11bo4boo11bobobobobbo33bobbo28bo 3b4o3bo7bo3bo7bo3bo$b3o5bobbo8bo8bo7bo6bobobooboo3b3o3booboobobo9boo3b o3b3o17bo12bo6bo9boo3boo14b4o11bob6ob6obo$obbo8bo4bo3bo9bobobobo6boobo 4boboob3oboobo4boboo8boo3bo6bo9boob3ob3o10bo6bo7bo3bobo3bo8b4o4b4o6bo 7bobo7bo$3bo4bo3bo4bo3bo21bo4bo3bo4bobo4bo3bo4bo17bobo9boo4bobbooboo 20boo3bobo3boo25bo7bobo7bo$3bo8bo8bo12bo20bo5bo27bobo10bobboboo3bobboo 6b8o5bo5bobo5bo8bo6bo8bo17bo$obo6bobo6bobo12b3o7boo7boo9boo7boo16bobbo 20bobbo4boo6boo5bobooboboboobo10boobboo10bobooboo3booboobo$33b3o57bo 12$99bo35bo5bo$98b3o33b3o3b3o$51bo5bo35bo$50b3o3b3o33b3o$$9bo3b3o90boo 5boo5boo5boo19boo5boo5boo5boo6b3o3bo$6boob5oboo87bo3bo3bobbo3bobbo3bo 3bo15bo3bo3bobbo3bobbo3bo3bo3boob5oboo$4boboobo5bobo4boo5boo5boo5boo 19boo5boo5boo5boo17bo3bobob3o5b3obobo3bo15bo3bobob3o5b3obobo3bobbobo5b oboobo$3bo3bobo3b5obbo3bo3bobbo3bobbo3bo3bo15bo3bo3bobbo3bobbo3bo3bo 15bo5boobb3ob3obboo5bo15bo5boobb3ob3obboo5bobb5o3bobo3bo$7b3o5boo3bo3b obob3o5b3obobo3bo3b3o9bo3bobob3o5b3obobo3bo15boob3o15b3oboo15boob3o15b 3oboo3boo5b3o$4bobbob3o8bo5boobb3ob3obboo5bo4bo10bo5boobb3ob3obboo5bo 15bo25bo15bo25bo8b3obobbo$6bo13boob3o15b3oboo15boob3o15b3oboo16bo3bo 15bo3bo17bo3bo15bo3bo14bo$20bo25bo15bo25bo17bobbo15bobbo19bobbo15bobbo $21bo3bo15bo3bo17bo3bo15bo3bo$22bobbo15bobbo19bobbo15bobbo9$93bo6bo$ 92bobo4bobo$92bobo4bobo$93bo6bo$$92b3o4b3o$92b4obb4o$95bobbo$92b3oboob 3o$92boo6boo$91boo8boo$$90bo12bo$88bobbo10bobbo$88bobbo10bobbo$$91b3o 6b3o$91bo10bo$93bo6bo$91b3o6b3o$$94boboobo$95bobbo$91boboobooboobo$91b 3o6b3o$$91bobo6bobo$91bobo6bobo$89b3ob3obb3ob3o! golly-3.3-src/Patterns/Life/Spaceships/adjustable-Corder-lineship.rle0000644000175000017500000003163112026730263022650 00000000000000#C Adjustable-period growing/shrinking Corder-based c/12 lineship #C Nicolay Beluchenko, 17 July 2005; optimization by David Bell. #C This example is period 6144, with a minimum population of 4620. #C Moving the back Cordership forwards or backwards by multiples of #C 88 cells adjusts the period by multiples of 1152 generations. x = 894, y = 809, rule = B3/S23 367bo$$371bo$$363b3obo$363b3obo$364bo8boo$365bo3b3oboo$366bo6bo$367bob obobo$368bo15boo$384boo7$392boo$392boo$374b3o$372bo3boo$366b3o3bobobb oo$371bo5bo$372bobboo$372bo$357bo$356bobo$$356bobbo3bob3o$358bo4bo$ 359boboobobo$360boo3bo$361bo5$338boobbo$341bobo$340bo$350boo$342boo5bo bbo$350boo$343boo$342bo$340booboo$343boo$341bo$358boo$357bobbo$358boo 8$336b3o$$340boo$342bo$336b4obo$336b5o$314bo$314bo$314bo21bobo13bo$ 317boo17bobo13b3o$317boo12boo4bo14boo$312bo3b3o11boo4bobo10boobbobo$ 313b3o15bo5boo10b3o$314bo15b3o4bo$313boo15b3o19boo$313b3o16bo18boboo$ 315bo14bobbo17bo3boo$313bo16b3o22boo$315bo15bo20bo$313b3o37bobbo$353b 3o5$328bobo$328bobbo$328bobbo$328bo3bo$318boo9bobo$318boo10bo6$284b3o$ 283bobbo39boo$282bo4bo38boo$282bobb3o$282bo5bo$283b7o$289bo26boobo$ 289bo25b3obo6bobo$287boo12boo11bo4bobo4bo$301boo12boo6bobo3bo$316bo3bo bbobboo$319boboo3bo$286bo31bobo19bo$285bobo30bobo18bo$284boobo51b3o$ 284boo$285b3o21boo$286bo16bo5boo$287bobbo11bobo$273b3o8bo6bo9boo$284bo 6bo$271bo5bo6bo3bo31b3o$271b7o10bobo31bo$273bo14bo32bo$273bo3bo11bo$ 272bo$249bobo21bo27bo$248bo25bo4bo$249bobbo21bo4bo21bo$251bobo19boobob o$254bo11b3o3bobo$253b3o17bo$253bo$235bo15boo$235bo5b3o9bo13b3o$234bob o3boobbo6bobbo12b3o$235bo3bo5bo5bobo13boo$235bo3bo11bo14bo21b3o$240bo bboo19boobbo21bo31bo$241boo22bo3bo19bo32bobo$212bo52bobbo53boo$211bobo 5bo46b3o$217booboo$211b3obbo3boo$217booboo102bo$217b4o102bo$231boo18b oo70b3o$231boo18boo3$234bo$234b3o$229bo3bo3boo$228bo5bo3bo$229bo8bo20b oo$234boboo21boo$224b3o8bo$214b4o4b4oboo$214boboboo4boobbo$215boo9b3o 6boo$217bo3bobo10bobbo26bo$234bobbo26bo$234bobo27bo8bo$231b4o36bobo$ 231bobboo29b3obbo3bo$232b3o31bob5o$219boo12bo38bo$219boo46boo15boo$ 230bobo51boo$232bo$229bo76bo$228boo76bobo$228bo3bo73boo$229b3o$196boo$ 186bo3boo4b3o93boo$186boboobbo6bo75bo16boo14bo$186bobb5obb4o74b4o29bo$ 190b3o3b3o73b5obo28b3o$189b3o74b3obbo6boo$189boo17boo60bo3bob3o$189bo 18boo61bobobboo3$256b3o$265bo$258boo5b3o$258b4o4bo$216boo40boob3oboo$ 216boo45bobo$195bo8boobbo$194bobbo5b3obboo$188b3obbo3bo6boobb3o$188b3o bbo4bo5boobboo$192bo3boo$196boo42bobo$193boo45b3o$189bobo48boo$180bob 3o4bobo58boo$178boobo4bo5bo56bobbo$180boo4bobbobbo50bo6boo$186bobbobbo 48bobo$185bo4bo50b3o46bo$181bobbo59bo45bobo$182boo56b5o45boo$$258boo$ 257bobbo$143bo114boo32bo$126b3o8bo5bo147bo$125bo3bo6bo7bo146b3o$126boo 9b4obboo$128booboo9b3o43bo$130boo11bobo42bo$144bo7boo18b3o13bo$144bo7b oo34bo$170bo5bo10boo47b3o$170b7o12bo46bobo$172bo14bo48bobo$172bo3bo59b o4boo$153boo16bo24boo37b3o3boo$152bobboo15bo23boo43bo$151boo3bo3boo11b o4bo35bo22b4o$151boobobo3boo11bo4bo35bo23boo$149b3obboo16boobobo35bobo 22bo$148b3o20bobo40boobbo11boo$132boo13boo23bo40bo5bo9bobbo6bo$132boo 9boobboo64bo5bo10boo5bobo$213bo4bo12bo4b4o$137boo4boobbo69bo13bo3b4o$ 135boobo6b3o66b3o13boobo4bo$120bo12bo5bo89boo$119b3o11bob4o94bo$118bo 14bo3boo59bobo11booboo12bob3o27bo$119booboo11boo61bobo16bo12bobbo28boo 10bo$120b3oboo40b3o28bobbo11boo16b3o28boo11bobo$122b4o40bobo29boo4boo 8b3o57boo$165bo3bo28boo3b3o$165bo3bo$165bo$165bo4boo17bo38boo46bo$165b o6bo14boo42bo43bo$166bo5bo15boo38bobbo43b3o$166boo61boo37bo$168bo3bo 56boo37boo$116b3o31b3o6bo9bobo46boo8bobbo35bobo$116b3o13boo17boo3boobo 58boo8bo49boo$117bo14boo16boo5bobo69b3o46bobo$118boo35b3obo121bo$119bo 38boo122bo$118bo47boo115bo$166boo116bo$283boo$226boo$116boo22boo84boo 58boo$116boo22boo144bobo$117bo54bo116bo$117bo53bobo74bo41bo$116bobo53b o75boo41bo$115bo120bo10bobo42bo$116bobboo39bo3boo70boo34b3o16boo$117bo 3bo32boboo3boboobo68bobo34b3o$119boo31boobo3bobo4boo105bo20boo$119bo 35bobobb3obboo107boo18bobo$110b3o43bo4boo112bo21bo$109bo3bo141boo17bo 14boo7bo$108bo4bo142boo31boo8bo$107bo3bo143bo44bo$107bobbob3o184boo$ 107bo7bo156boo$109bo3bobo42boo112boo28boo$109bo3boboo41boo113bo28bobo$ 111b3oboo56bo99bo15bo15bo$171boo43bo55bobo15boo5boo7bo$172boo42boo53bo 16bobo6boo8bo$204bo10bobo54bobboo11bo19bo$204boo67bo3bo10bo18boo$203bo bo69boo12boo$96bo32bo145bo34boo$92b5o7boo21boo181bobo$92bo3bobo4b3o22b oo153bo3bo25bo$92b3o3b3o3b3o41b3o72boo58bo4bo25bo$98boobb3o42bo3bo10bo 61boo40bo15boo4bo26bo$98bo49boo15boo56bo41bobo15bobbo29bo$95b3o12boo 38booboo128bobbo28boo$95boo13boo40boo111bobbo15bobo$267boo20b3o26boo$ 268bo22bo26bobo$290bo30bo$184bo137bo$116bo67boo137bo$115bobo54bo10bobo 138bo$116bo55boo91boo56boo$115bo55bobo93bo$110bob4o149boo59boo$95bo3b 3obo6boo4bo209bobo93boo$94bobo3bobobo5bo3boboo211bo78bo9bo3b3o$94bob7o boo5b3obo75boo71boo64bo77b4o5bobobbo$95b3oboo3bo87boo70boo65bo76bo3bo 5bo3bobbo$101b3o87bo140bo93bo$102bo228boo77b3o10bobo$249bobo6bobo163b oo7boo$248bo9bobo73boo97boo$249bobbo6bo74bobo$102boo147b3o83bo$102boo 48bo119boo64bo$152boo118boo65bo$151bobo186bo93boo$339boo93boo$65bo175b o191bobbo4boo$64b3o46bo126bobo99boo89boboo4boo$63booboo43boo229bobo85b 3o$62boobobo23boobbo16boo126bobbo101bo85boo$61b3obb3o25bobo62boo81boo 36boo64bo66boo9boobbo$62bo6bo23bo66boo81bo36boo65bo65boo8bo4boo$63b5ob o89bo188bo75boboboo$64b4oboo24boo250boo77boo$69bo347b3o$68bo12boo13boo 252boo64boo$81boo12bo144boo108bobo48bobo11boobo$93booboo144bo25boobbo 80bo46booboo11boo$96boo22bo119boo29bobo80bo46boboo12bo$66bo27bo25boo 148bo84bo49bo$64boobo51bobo234bo47bo$243boo27boo81boo47bo$67bo155boo 167boo$64bobbo21boo131bo50boo83boo18bo9bo3b3o$65bo23boo131bobbo46bo85b obo17b4o5bobobbo$220boob4o11bo17bo13booboo86bo16bo3bo5bo3bobbo$70boo 55boo90bo18bobo15bo16boo87bo33bo$63b3o5boo55boo89bo3b3obbo9bobo17bo5bo 6bo91bo16b3o10bobo$70boo55bo80bo10bobbobbob3o3bobo21bo6bobo97bo29boo$ 57b3o10bo137bo12boo4b3o4bo21bo3bobbo99boo$56bo3bo149bo5bo6boobobo28bo bboboboo$55bo4bo148bo6bobo5boobo14bo19boboo100boo$54bo3bo149bo3bobbo 11bo12b4o122bobo$54bobbob3o147bobboboboo21bo3bo125bo$54bo7bo151boboo 21bobbo127bo28boo$56bo3bobo177b3o128bo30boo$56bo3boboo120b3o185bo26b3o boo$35bo22b3oboo129bo55boo120boo30bo$33booboo148boo5b3o53boo142boo4bo 3bo$186b4o4bo179boo19bo3boboo$36boo148boob3oboo64b4o111bobo6boo6bobbo$ 37bo153bobo64bo3bo114bo5boo5bo12bobo$31bo3bo59boo108boo18boo35bo115bo 24boo$35bo3bo56boo107boo18boo31bobbo117bo24bo$95bo284bo$214boo163boo$ 33bo20b3o148bo10bo$34b3o16b5o3boo140b3o3bo4boo166boo$52bo7b3obo138boo 4boo104b4o63bobo6boo$57bo6b3o136boobbo3bo102bo3bo66bo5boo$34b3o20boboo 3boo139bob4o22boo83bo67bo$60b5o130boo10b3o23boo79bobbo69bo$34bo26b3o 134bo189bo$62bo125bo4boo4boo186boo$43bo144bo3boo6bo$42bobo143bobb3obb oobbo115bobo71boo$27bo14bobo151boobo9b3o95bob3o4bobo52b4o15bobo$23b4ob oo5boo6bo165bo95boobo4bo5bo50bo3bo18bo$22boob3oboo175boboo97boo4bobbo bbo54bo19bo$23bob3obo6bo163boo4b3o104bobbobbo50bobbo21bo$24bo3b4o4boo 14boo153bo104bo4bo78bo$27boob3o18b3o254bobbo16boo67bo$28b5o18bo3bo137b oo8bo105boo17boo68bo$4bo24bo20bo5bo136boo5bobbo195bo$oobobo7bo36bo5bo 145boo196bo$obbooboobbooboo35boboobo147bo177boo18bo$o5bobo5bo10bo26bo 152bo174bobo19bo$boobbo8bo9bobo23bo152b3o176bo20bo$5bobb3obbo35bob4o 149bo199bo$5b3o18boo21b5o282boo55bo9boo$23b3o25bo284boo54bobo$323bobo bboo62bobo$309bo4bobo6bobboobbo62bo$308bobobboobboo7boobbo$308bob4obbo bo5boobbobo$21bo287bo6bobo$20b3o290bob3o$19b3obo$18bo4bo279bo8bo$8bobb o10bo276b5o7boo$11b3o3boo6bobo271bo3bobo4b3o$3boo3boob4o10boo272b3o3b 3o3b3o35boo$3boo9boo10bo252bo25boobb3o36bobo$279bo5b3o17bo44bo$278bobo 3boobbo13b3o$10bo268bo3bo5bo12boo$279bo3bo$284bobboo$285boo$11boo$11b oo$$282bo29boo$281bobo26bo3bo$281bobo25bo5bo$282bo28bobboobboo$314boo bboboo$321bo$313boo4b3o$314boo$270bo19bo48b3o$267b4o18bobo133bo$289bob o45bo5bo80bobo$290bo46b7o12bo67bobo$339bo17boo66bo$270bobo66bo3bo13boo $271bo66bo17boobo75bo$243boobbo21boo68bo18b3o73bobo$246bobo20bobbo67bo 4bo11boboo73bobbo$245bo16bo5booboo67bo4bo11boo48b3o25boo$262bo76boobob o12bo6boo40bo$247boo13bo75bobo23boo39bo4boo$339bo64bo3bo15b3o$248boo 12boo140bobbo4bo4boo$247bo13bobbo139bo3bo3bo4b3obo$245booboo11bobo141b oobob3o$248boo10boo146bo$246bo13bo148b4o20boo6bo$263boo146boo11boboo5b oo5bobo$263boo28b3o58b3o15bo51bobbo12bobo$263boo28bobo60bo10boboboboo 49b3o14bo$260boobo29b3o59bobbo8bob3oboo58bo$261b3o45boo22bo10bobo9boob oo6bo5boo58bo4bo12bo$262bo45bobboo20bo10bob4o7bo11b4o59bobobbobo10bobo $295boo11booboo20bo11b3obboob3obobbo9boo60bobobo3bo9bobbo$293booboo14b o17bob3obo11bobobb4o3bo70bo4b3obboo8boo$293boobboo10boo19bob5o13bobo7b o75bobo3bo$250boo40boo3boo11bo7boo14bobo13bob4o4bo74boo$250boo41boobb oo19boo11boo19boobbo3boo13bo57bo4boobo$294bobo34boo16bobbo5bobo13b3o 36boo13bo$332bo26bo13boobo36boo3b3o6bo$332boo15bo23b3o25bo16bobo5bobbo $333bo3boo11boo22boo24boo16bobbo4bobbo$310b3o20bo65b5o14b3o6boo$307b3o bo19boboo63bo21bo$258boo48booboo10bo8bo64boo5bo14bo$258boo48booboo9bob o71b3oboo16bobo33bo$310bo11bobboo70boboboobboo11boo17b3o8bo5bo$321b3o bbo71bobbobboo13bo16bo3bo6bo7bo11bo$298boo14b4o6b3o50b3o20boo35boo9b4o bboo10bobo$298boo14boob3o56bo25boobo33booboo9b3o10bobbo$287bo14b3o7bo bbobboo55bo4boo23bo35boo11bobo10boo$286bobo13bo4bo4b3o3bo55bo3bo15b3o 58bo7boo$285bo3bo16bobobbobbobbo56bobbo4bo4boo66bo7boo$286bobo13bobbo 5bobo60bo3bo3bo4b3obo$287bo19boo3boo61boobob3o$303bobbo24b3o44bo$287b 4o13b3o72b4o$286bo4bo89boo11boboo66boo$263b3o22bo51bo53bobbo65bobboo$ 263bobo19bo3bobbo46bo54b3o65boo3bo3boo$263b3o19bob3obo48bo121boobobo3b oo$279boo5b3obo169b3obboo$278bobboo176b3o$265boo11booboo160boo13boo$ 263booboo14bo160boo9boobboo$263boobboo10boo$262boo3boo11bo167boo4boobb o$263boobboo177boobo6b3o$264bobo116boo46bo12bo5bo$383boo45b3o11bob4o$ 429bo14bo3boo$347b3o80booboo11boo$280b3o148b3oboo$277b3obo151b4o$278b ooboo$278booboo141bo$280bo110boo14b3o8bo5bo$391boo13bo3bo6bo7bo$268boo 137boo9b4obboo$268boo139booboo9b3o$411boo11bobo$425bo$425bo4$276boo$ 276boo155boo$430boobbo$435bo$429bo4bo$429bo$434bo$413boo16bo$413boo19b o$$432b3o5$421boo$421boo$$319bo$315b4oboo5b3o$314boob3oboo4b3o75b3o$ 315bob3obo7boo74bobbo$316bo3b4o4boo78bo$319boob3o80boo15boo$320b5o13b oo64bobo15boo$321bo16boo65bobb3o$406boobbo$406bo3bo$407bobo10bobo$409b o12bo$406bobbo16bo$359bo46bo13b3o7boo$346boo10b3o60boo7boo$334b3ob3o5b oo9boobo44boobbo11boo$326bo6b4obobbo15b3o46b3o13boo$323boo4bobbobo23b oo63bo$318boo5boo3bo10bo$318boo7boboo3b3o84bo$335boobboo78bobo$322bo 95bo$321boboo92boo$309b5o6bo3bo91b3o$307boo5boo3bobboo75bo17bobbo$307b o7bo3bobo76b3o10bo6boo$307boo7bo5bo75bobbo6bobbo$289bo7bo11boo6bo80b3o 6bo3bo9boo$288b3o5bobo13bo85b3o7bobo11boo$287boob4obbobbo12bo4bo79bob oobo7bo10bo$288b3obbo19boobo81bobb3o$289bobboobbo101b4oboo$293boobobo 100bob3o$297bo103b3o$402boo3$292bo105boo$291bobo104boobo$291bobo104b4o $292bo107bo4$393boo3b4o$279bo20bo87b3obobbo6bo7boo$277booboo17bobo90bo bbobb5o7boo$279bo19bobo90bobbo$300bo93bo$391bobo$280boo47bo62bo$279bo bbo44bobo$255bobo20boo3bo44boo$254bobbo20bo4bo67bo66boo$255bobo20bo3bo 67b3o65boo$271boo6bobbo66boobo$271bobo6bo68b3o$257bo13b3o76boo$256bob oo11bobbo133bobo$256boboo12bo134bo3bo$255bo3bo12bo38b3o6bo57bo28bo4bo$ 256b4o52boo3boobo57bo28bo4bo$256b3o15bo36boo5bobo57bob3o12b4o9bo3bo$ 271bo44b3obo59b3o10bobo12bobbo$271bobbo44boo60bo9bo3b3o$270b3o58boo48b oo7b3o$270b3o58boo49bo6bo4b3o$270bobbo92b3o13boo6bob4o$271bobo92b3o23b o$271b3o93bo11booboo8bobo$368boo10b3o10bo$369bo10bo$260boo106bo$260boo 77boo$339boo42bo$321bo3boo56bo$315boboo3boboobo38boo15bo$313boobo3bobo 4boo37boo$316bobobb3obboo39bo17bo$317bo4boo43bo16bobo$268boo96bobo16bo $268boo95bo$305bo46boo12bobboo$304bobo5bo39bobo12bo3bo$310booboo37bo 16boo$304b3obbo3boo54bo$310booboo82bo$310b4o82bo$396b3o$$281b3o6bo49bo $282boo3boobo49bo7bo$281boo5bobo49bo5b3o22boo$286b3obo48boo3bobo24boo$ 289boo54bobbo$301boo41bobboo$301boo56boo$359boo$368boo$368bobo$300boob 3o62bo10boo$298bo7boo71boo$298bo5booboo$299boo4b3o83bo$304bobo60boo21b obo$291bo3boo7bo62boo21bobo$285boboo3boboobo50boo3boo36bo$283boobo3bob o4boo43bo3b4o3bobo$286bobobb3obboo7boo35boboobbobbo3bo30boo$287bo4boo 10bobbo34boboo4bo3boo29bobbo$305boo39bo3bo35boo$305boo44bo$301boobo$ 301bobbo$302b3o27b3o6bo42boo$289boo42boo3boobo42bobo$289boo41boo5bobo 42bo$300boo35b3obo$300b3o37boo$301bo$298booboo$298booboo$300bo$$315b3o $315bobo$315bobo17b4o$315bo4boo13bo4bo$314b3o3boo12bo5bo$320bo18bo$ 299bo16b4o15bobbo20bo$317boo16bo23boo$295bo7bo13bo16booboo19bobo$295bo 8bobb3o26bo$294bo4boo3bobb3o8bo$295bobo6bobboobbo4bobo$295boboo10bobo 3b4o$309b3o3b3o$275b3o22bo16bo$273b7o6bo$272b9o4bo$271bo7b3obboo$272b 3o6bo3bobbo41b3o$273boo11b3o42bobo$276bo10bo42bobbo$277bo38boo12bobbo$ 278bo37boo12bobo$330bobbo$331boo$332bo$293boo$$291boobbo$291bo3boo27b oo$324boo$291boboo$282boboo6bo5bo$276boo4bobo3bo8bo$276boo6booboo8b3o 7$284boo$284boo82$867b3o$866bobbo$865bo4bo$865bobb3o$865bo5bo$866b7o$ 872bo$872bo$870boo12boo$884boo3$869bo$868bobo$867boobo$867boo$868b3o 21boo$869bo22boo$870bobbo$867bo6bo$867bo6bo$867bo4b3o$861bo$860b3o$ 859booboo$858boobobo$857b3obb3o$858bo6bo$859b5obo$860b4oboo$837b3o25bo $836bobbo24bo$835bo4bo$835bobb3o$835bo5bo$836b7o$842bo$842bo$840boo12b oo$854boo3$839bo17bo$838bobo15bobbobo$837boobo14bobb5o$837boo17bobo3bo $838b3o16bo$839bo$840bobbo$837bo6bo$837bo6bo$837bo4b3o13bo$857bo$854b 3obo$854boo3$848b3oboo$842boo3b4o$842boo3bo5bo$851bobo$849boobo$851b3o $848boobbo$849bobbo$852bo$849bobbo$850boo! CB 1,1,1,1golly-3.3-src/Patterns/Life/Spaceships/spaceship-types.rle0000644000175000017500000001713113307733370020632 00000000000000#C A period p spaceship which displaces itself (m,n) during its #C period, where m >= n, is said to be of type (m,n)c/p. It can be #C shown that p >= 2m+2n. The number of possible types of spaceship #C of period p is therefore [k(k+4)/4], where k = [p/2]. #C (Here, [x] denotes the floor of x, i.e., the greatest integer #C not exceeding x.) Note, however, that no-one has ever proved #C that all these "possible" types really are possible, so the #C above formula may only be an upper bound. #C The following table shows the mininum number of cells for #C spaceships of all types with period < 10. Those marked [*] are #C known to be best possible. #C #C (1,0)c/2 64 cells Dean Hickerson 28 Jul 1989 #C (1,0)c/3 25 cells [*] Dean Hickerson Aug 1989 #C (1,0)c/4 37 cells Josh Ball 15 Apr 2012 #C (1,1)c/4 5 cells [*] Richard Guy 1970 #C (2,0)c/4 9 cells [*] John Conway 1970 #C (1,0)c/5 58 cells David Bell 14 Apr 1997 #C (1,1)c/5 58 cells Matthias Merzenich 5 Sep 2010 #C (2,0)c/5 30 cells Paul Tooke 7 Dec 2000 #C (1,0)c/6 56 cells Hartmut Holzwart 19 May 2009 #C (1,1)c/6 77 cells Josh Ball 25 Mar 2011 #C (2,0)c/6 72 cells Jason Summers 22 Oct 2000 #C (2,1)c/6 282 cells Adam P. Goucher 6 Mar 2018 #C (3,0)c/6 86 cells Matthias Merzenich 4 Feb 2012 #C (1,0)c/7 20 cells Josh Ball 17 Feb 2013 #C (1,1)c/7 83 cells Matthias Merzenich 19 Aug 2011 #C (2,0)c/7 36 cells David Eppstein 12 Jan 2000 #C (2,1)c/7 (no known example) #C (3,0)c/7 702 cells Tim Coe 11 Jun 2016 #C (1,0)c/8 (no known example) #C (1,1)c/8 (no known example) #C (2,0)c/8 74 cells Josh Ball Mar 2010 #C (2,1)c/8 (no known example) #C (2,2)c/8 117 cells Jason Summers 2 Dec 2000 #C (3,0)c/8 (no known example) #C (3,1)c/8 (no known example) #C (4,0)c/8 31 cells Jason Summers 29 Oct 2000 #C (1,0)c/9 (no known example) #C (1,1)c/9 (no known example) #C (2,0)c/9 (no known example) #C (2,1)c/9 (no known example) #C (2,2)c/9 (no known example) #C (3,0)c/9 55 cells Paul Tooke 7 Jun 2001 #C (3,1)c/9 (no known example) #C (4,0)c/9 (no known example) #C #C types.rle from Stephen Silver's 12 Jan 2004 'ships' collection. #C Updated on 5 Apr 2018. x = 400, y = 368, rule = B3/S23 346b5o$346bo4bo$346bo$347bo4bo$349bo$350b2o2bo$348bo2bo3bo$346bo7bo$ 345bo5bo2bo$345bo3b2o$345b4o2b2o25$135bobo$134bo2bo$133b2o$132bo85b2o 9b2obo$131b4o82b2o3b3o3bo3bo$130bo4bo72bo9bobo6bo5b4o4b4obo64bobo$130b o2bo75bob2o6bo3b2o3bo10b6ob2o62bo78bo$130bo2bo58bo10b3o7bo5bo3b3o4bo7b o5bo39bo2bo22bo77bobo$131bo59bobo10bob2obo3bo8bobo6bo15bo9bo24b2o13b2o 10bo3bo2bo70b2o$132b4o50b2o3bo3b2o5b2o8bo7bo3bo8b2ob2o7bobo7bo2bo2bo 19b3o5bo7b2ob2o2b6o78bo$139bo47bo3b6o5b2obo4b2o8b2obo12b2o3b4obo7bo3bo 2bo15b3o2bobo2bo2bo3b3o4b3obob3o3bo73bobo$132bobo2b2obo42b4o4bobo2bo7b o2b2o4b2ob2o2bo13b2o4b2ob4o2b2o2b2o2b2o9bobo6b2ob4o2bo4bo2b2o7b2obo4bo b2o72bo$131b2o4bo45bo2bo2b3ob3o4b2o2bo6bobo2b2o2b2o11bo2bo5bob2o4bo2bo 4b4obo2b2obo4b2o9b2ob5o2b3o5bo7bob2o71bo11bo$132b2o49b3o2bo5bobobo2bo 3b2o5bo3bob4o12b2o10b2o2b6obo5bo3bo5bo3bo5bo9bo8bo11b3o69bobo7b2obo$ 133b7o48bobo4bo2bo8bo8b2o17bo8b2o2bo2b2o3bo10b2ob2o6bo6b3ob2ob2o5b3o6b o4bob3obo66bo4b2o3b2o$134bobo50bo11bo16b2o25bo3bo4bobob2o3bo9b3o2bo10b 3obo15bobobobobo3bo67b4o4bo$136bo2bo46bobo54bo4bo2b2o21bo15bo15b2obo6b o74b2obo$134bobo50bo11bo16b2o25bo3bo4bobob2o3bo9b3o2bo10b3obo15bobobob obo3bo67b4o4bo$133b7o48bobo4bo2bo8bo8b2o17bo8b2o2bo2b2o3bo10b2ob2o6bo 6b3ob2ob2o5b3o6bo4bob3obo66bo4b2o3b2o$132b2o49b3o2bo5bobobo2bo3b2o5bo 3bob4o12b2o10b2o2b6obo5bo3bo5bo3bo5bo9bo8bo11b3o69bobo7b2obo$131b2o4bo 45bo2bo2b3ob3o4b2o2bo6bobo2b2o2b2o11bo2bo5bob2o4bo2bo4b4obo2b2obo4b2o 9b2ob5o2b3o5bo7bob2o71bo11bo$132bobo2b2obo42b4o4bobo2bo7bo2b2o4b2ob2o 2bo13b2o4b2ob4o2b2o2b2o2b2o9bobo6b2ob4o2bo4bo2b2o7b2obo4bob2o72bo$139b o47bo3b6o5b2obo4b2o8b2obo12b2o3b4obo7bo3bo2bo15b3o2bobo2bo2bo3b3o4b3ob ob3o3bo73bobo$132b4o50b2o3bo3b2o5b2o8bo7bo3bo8b2ob2o7bobo7bo2bo2bo19b 3o5bo7b2ob2o2b6o78bo$131bo59bobo10bob2obo3bo8bobo6bo15bo9bo24b2o13b2o 10bo3bo2bo70b2o$130bo2bo58bo10b3o7bo5bo3b3o4bo7bo5bo39bo2bo22bo77bobo$ 130bo2bo75bob2o6bo3b2o3bo10b6ob2o62bo78bo$130bo4bo72bo9bobo6bo5b4o4b4o bo64bobo$131b4o82b2o3b3o3bo3bo$132bo85b2o9b2obo$133b2o$134bo2bo$135bob o22$131bo$130bobo$129b2o$130bo$129bobo113bo$129bo113b2ob2o107bo$92bo 35bo116bo2bobo101b2obo$89b2ob2o34bobo2b2o115bo99bobo$88bobobo35bo3bo7b 2o108bobo95bo12b2o$87b2o3bo36b3o4b2o2bo109bo2bo90b2o2bob3o6bo3bo$88bob o2bo37b2obobobo2bo106b2o3bo89b2ob2obo3bob2o2b4o$89b2obo39b2o3b4o107b2o 94bo5b4o3bo2bo$58bo2bo186b2o93b2o12bo$57bo35b2o37b2o3b4o107b2o3bo90bo 5b4o3bo3b3o$57bo3bo30bob3o34b2obobobo2bo108bo2bo89b2ob2obo3bob2o3bo$ 57b4o30bo3b3o31b3o4b2o2bo109bobo91b2o2bob3o6bo3bo$92bobo33bo3bo7b2o 108bo97bo11bobo$93bo34bobo2b2o110bo2bobo99bobo$128bo114b2ob2o104b2obo$ 129bo115bo109bo$129bobo$130bo$129b2o$130bobo$131bo15$5bobo$4bo2bo$3b2o 86b2o$2bo88bo2b2o35bo$b4o86bo2b2o35bo$o4bo84bo40bo$o2bo58bo27b4obo$o2b o56bo2b2o28bob2o34b3o$bo28bo27b3o29b3o37bo$2b4obo21bobo25bobo31bo38bo$ 3bo3bo21bobo25bob2o29b2o38bo4b2o3bo$4bo24bo26bo4bo27bo42bo4bobobo$4bob o48b2o33bo45b2o107b2o2bob2o$28b2o60bo42b2o2b2o105bo2bo2b2o$3b3o23bobo 22bo4b2o31b3o37bob2obo107bobo$3b2o23bobo27bo72bo5bo108bo$3b3o22b3o24b 3o34b3o36bo5bo114bo$57bo32bo41bob2obo112b3o$4bobo22bobo26bo31bo42b2o2b 2o110bo$4bo24b2o26b2o30bo46b2o112bo$3bo3bo22bo27bo31b2o40bo4bobobo109b 2o$2b4obo22bobo25b2o31bo38bo4b2o3bo$bo28bobo22bo2b2o30b3o37bo$o2bo27bo 21b2o3bo34bob2o33bo$o2bo51bo34b4obo35b3o$o4bo84bo$b4o86bo2b2o35bo$2bo 88bo2b2o35bo$3b2o86b2o38bo$4bo2bo$5bobo26$120b2o$119bo$120bo$84b4o33bo 2bo$82b2o4b2o31bo2bo126bo5bo$82b2o5bo33bo126bo5b2o$84b2obobo160bo3bo$ 89bo34b2o125bo4bo$85bo3bo34b4o2b2o119bo8b2o$85bo4bo37b2o117b2o3bo5bobo $87b3o3bo33b2o117bo2bo4b2o$87b2o4bo39bo111bo5bo3bo3bo$93b2o34bo3bob3o 100b2o4bobo4b2o$95bo34bobo105b2o6bo6bo2bo$59bo35b3o33bo3bo106bo3bo6b2o 2b2o2bo$57b2o75bo101bo4bo2b2o13b2o$58b2o73b2o101bobob2o13bo$98bo33bo9b o93b2o2bobo13bo$97bob5o29b2o7bo113bo$96b2o5bo30b2o4bobo108b3obo$96b2o 3bo2bo30b2ob2o110bo3bo$104bo31bobo3b2o106bo2bo$98b2obo2bo32bo3bo$101bo 2bo35bo5bo101bo2bo$102b2o37bo4bo102b2o$102b2o38bo2bo102b2o$144b2o106b 2o$144bobo102bo2b2o$146bo101bo$146b2o100b3o$146b2o2b2o$149bo2$150b2o2b o$152bobo$153bo18$344bo$344b2o2$345b3o$345b3o$362bo$361bo$346b3o14bo$ 347b2o8b3o3bo$342bob3o2bo5bo6bo$342bo3bob2o9b2o$342b2ob2ob2o7bo$347b3o 5bo3bo$348b2o6bo2bo$349bo6b3o$348b2o$346bobo$344bo$343bo2bo$342bo2bo$ 345bo7b7o$342bo9b2ob4ob2o$342b3o11bo3b2o2b2o$350bobo4b3obo2b2o$348b2o 7bobo4b2obo$346bo4bo7bo7b2o$346bo3bo6bo$346b2obo7b3o25$146bo$144b2o2$ 145bo$145b2o$144b2ob2o$143b2o3b3o$142b3o4bo$142b3o4bo$146b2o$144bobo2b 2o$142b2obo2bo$141bo2b3obobo$144b2o2bobo$141b3o5bo$142b2o$145b3o$144bo 2b2o$148bo$144bobo$137b3o4bo$140b4ob2o$136bo4b4o$140bo$138bo$138bob5o$ 138b3ob3o$139bo4bo$139b5o$140bo$141b2obo$141bo$142b2o3bo$140b4o2bo2bo$ 139b2o3bo3b2o$138bo6bob3o$139bo3b2o$139bo3bo3bo$140bobo3bobo$139b3o6bo $145b2o$141b5o$140b2o$140bo2b2o$139bo$133bob4o4b2o$133b4obo4b2o$131bo 4b2ob3o$130bo3bo2bo$131bob3obo$133b3o2bo$136b2o$132b3o$132bo5b5o$131bo 3bo6bo$131bo9bo2$131bo6b3o$134b2obobo$131bobobo3bo$130b3o6bo$130bo2bob obo$130bobo2b2o$130b2o3bo2bo$131b2ob3obo$130b2o6bo$133bob2o$122b2o7bo 4bo$126b3o2b2o2bo$121bo3bo$120bo9b2o$122b4o4b2o3bo$121bo4bo6b3o$122bob 2o4b4o$122b2o6b4o$126b3o$124bo3bo$124bo2bo$124b2o! golly-3.3-src/Patterns/Life/Spaceships/smallest-low-period.rle0000644000175000017500000002302713307733370021415 00000000000000#C Shows spaceships of all periods < 32 for which examples are known. #C Minimum populations are listed below, each spaceship having been #C chosen to minimize this minimum population. (Often there are #C small variations of the given spaceship that have the same #C minimum population.) #C #C Spaceships are arranged in period order, reading right then down. #C Gaps between spaceships do not correlate with gaps in the known #C spaceship periods -- the extra space just prevents fast higher- #C period spaceships from crashing into slow lower-period ones. #C #C Period Min population #C ------ -------------- #C p2 64 #C p3 25 #C p4 5 #C p5 30 #C p6 56 #C p7 20 #C p8 31 #C p9 55 #C p10 28 #C p12 39 #C p14 174 #C p15 112 #C p16 28 #C p18 138 #C p20 32 #C p21 176 #C p22 213 #C p24 39 #C p25 165 #C p26 187 #C p27 185 #C p28 185 #C p30 128 #C #C p2: Dean Hickerson, 28 Jul 1989. One of the first p2 spaceships. #C p3: Dean Hickerson, Aug 1989. The first known p3 spaceship. #C A p3 spaceship found later by David Bell has the same minimum #C population, but a larger maximum one (see c3-orthogonal.rle). #C 25 has been proven to be the minimum population for p3 ships. #C p4: "glider" by Richard Guy, 1970. The first known spaceship. #C p5: Paul Tooke, 7 Dec 2000. #C p6: Hartmut Holzwart, 19 May 2009. The ship was found by looking #C for symmetric support for the two wings, which were found by #C Paul Tooke in Mar 2006. #C p7: Josh Ball's "loafer", 17 Feb 2013. In terms of minimum #C population, this is tied as the fifth-smallest known spaceship. #C p8: Jason Summers, 29 Oct 2000. This was originally found as a #C p4 ship with a loosely-connected back end. Removing this back #C end results in the p8 ship shown here. #C p9: David Bell found the first p9 spaceship in May 1992, by #C deleting the back part of one of his p3 spaceships. #C The smaller one shown here was found by Paul Tooke, 7 Jun 2001. #C p10: "copperhead" by 'zdr', 5 Mar 2016. #C p12: There is a tie here between two very different c/2 spaceships. #C Not shown is the Schick engine (Paul Schick, 1972) which, #C however, can be seen in the p24 example below. The one #C actually shown is by Mark Niemiec, March 1997. It's a #C Coe ship (see p16 below) perturbed by a MWSS. #C p14: Paul Tooke found the first p14 spaceship, 19 Dec 2001. #C The one shown here is a much smaller one (with the same #C p14 part) that he found on 28 Jan 2002, except that I've #C changed the p2 spaceship at the front to save a few more cells. #C p15: This ship is based on a p15 puffer discovered by Paul Tooke in #C Oct 2002. A smaller p3 support was found by Matthias Merzenich #C on 8 Sep 2015. #C p16: "Coe ship" by Tim Coe, 26 Oct 1995. Coe found this by #C dismembering a p4 spaceship he had just found. #C p18: This p18 spaceship by Jason Summers, 2 Dec 2000, is the result #C of welding his p6 spaceship to a p9 spaceship by David Bell. #C This spaceship is trivial in the sense that it has no p18 part, #C merely disjoint p6 and p9 parts. There are known nontrivial #C p18 ships, but they are all larger than this trivial example. #C p20: Jason Summers, 8 Apr 2006. A glider suppresses the output of #C a c/2 puffer. #C p21: Paul Tooke found the first p21 spaceship on 14 Jan 2002. #C The one shown here is a smaller one found by Matthias Merzenich #C on 26 Sep 2015. #C p22: Paul Tooke, 27 Oct 2003. #C p24: A simple derivative of the Schick engine. #C p25: The first p25 spaceship was found by Paul Tooke on 8 Feb 2002. #C The one shown here is a much smaller one he found later the #C same month. #C p26: David Bell's 30 Apr 2001 version of Paul Tooke's p78 puffer. #C p27: This is based on the first known p27 spaceship, which was #C found by Paul Tooke in Oct 2002. The p3 support was reduced #C by David Bell in Sep 2003. #C p28: Stephen Silver, 28 Jan 2002, based on Paul Tooke's p14 ship. #C p30: This is a pre-pulsar pulled by two spiders, found by David Bell #C on 30 May 1998. The variant obtained by moving one side #C forward two spaces has the same minimum population. (This #C variant was noticed by Alan Hensel.) #C small_p.rle from Stephen Silver's 12 Jan 2004 'ships' collection. #C Updated on 1 May 2018. x = 294, y = 272, rule = B3/S23 22b3o15b3o46bob2o95b3o10b3o47b3o$21bo3bo13bo3bo41b3ob2obob2o44bo42b3ob o7b2o7bob3o19bo22bo2bo4b3o$20b2o4bo11bo4b2o39bo6b2o2b4o40b3o45bo3bo2bo 2bo2bo3bo22bobo21bo6bo2bo$19bobob2ob2o3b3o3b2ob2obobo39b2o3bo3bo4bo16b 3o19bo3bo44bo5bo4bo5bo21bo2bo21bo3bo5bo$18b2obo4bob2ob3ob2obo4bob2o50b 2o17bo21b2ob2o50b2o2b2o28b2o23bo4bo3bo$17bo4bo3bo4bobo4bo3bo4bo69bo28b o43bo3bo2bo3bo50bo3bo4bo$29bo5bo101b4obo2bobo42bobo6bobo21bo5bo21bobob 2o3bo$17b2o7b2o9b2o7b2o90bo2bo2bo3bo42b10o21bobo3bo22bo6bo$144b2obo45b o4bo22bo2bo3b2o$145b2o44bo8bo20bo2b2o3bo23b2obo$145b2o43bo10bo53bo$ 146bo44bo8bo12$72b3o3b3o$68bob2o3bobo3b2obo16b2o$67b3o3bobobobo3b3o14b o2bo$66bo3bo4bobo4bo3bo13bo2bo$67bo7bobo7bo13bo4bo$74bobobo20bo4bo$74b obobo21b4o$99b2o2b2o$76bo22bo4bo$75bobo21bo4bo$73b2o3b2o$73bobobobo$ 73b2o3b2o20b4o$101b2o152bo$254b3o3b3o$254bob2o2bo2bo$248b3o4b3o2bo$ 247bo2bo4b3o2bo$250bo4b2o4bobo$246bo3bo4bo$250bo$247bobo5b3o$30b3o15b 3o$29bo3bo13bo3bo$28b2o4bo11bo4b2o$27bobob2ob2o3b3o3b2ob2obobo$26b2obo 4bob2ob3ob2obo4bob2o$25bo4bo3bo4bobo4bo3bo4bo$37bo5bo$25b2o7b2o9b2o7b 2o$5b3o16bo$4bo3bo15bobo$3b2o4bo17b2o$2bobob2ob2o3b3o3bo2bobobo$b2obo 4bob2ob3ob2ob3o3bob2o$o4bo3bo4bobo5bobobo2b2o$12bo5bo2bo7b2o$2o7b2o8bo 5b2obo2b2o117b2o17b2o$25b2obo2bo118b2ob2o4b3o4b2ob2o$20b3o3bobobobo 116bo3b2o4b3o4b2o3bo$22b3o3bo124bobo3bobo3bobo$21bob2o3b2o121bob2o2b2o bob2o2b2obo$23bobobobo119b3o2bobo7bobo2b3o80bo4b3o$25bobo120b2obo2bobo 7bobo2bob2o78b3o2bo2bo$23bobo2bo118bo3bobo13bobo3bo77bob2o4bo$24b3o 126bobob7obobo84b4o3bo$153bo13bo84b2o5bo$256bo2bo$153b2o11b2o89b2o$ 173bo84bo$171b3ob3o79bo$25b2o143b2o6bo78bo$24b2o139bo3bo2bo3b2o$160b2o 2b4o$159bo7bo$159bo4bobo2bo$168bo$25b2o$24b2o$24b2o14$160b2o$156b2obo 2bob2o103bo$156b2o6b2o99b2ob3o$156bobo4bobo97b2obo3b2o$158b2o2b2o99bo 4bo2b2o$157b2ob2ob2o97b2obo5bo$159bo2bo97b2obo7b2o$157bo6bo96bo7bobob 2o$54bo7bo94bo6bo93b2obob2o3b2obobo$50b2obobo5bobob2o47b3o11b3o127b2ob o5bo3bobob2o$50b2o4bo3bo4b2o46bo2bo10bo2bo26b8o93bo2bobo7bo3b2o$50b2o 4bo3bo4b2o49bo4b3o6bo25b2o6b2o91b2obo6b2o3bob3o$52b2o9b2o51bo4bo2bo5bo 128b2obo13b2o$41b2ob3ob2o3bob3ob3obo3b2ob3o7b3o30bobo5bob2o2bobo30b2o 95b2o4bo$41b2o4bo4bo11bo4bo3bo5bo3b2obo171b2o2bo$40bo2bob2o24bobo5bobo 3b3o70b2o2b2o95bo$55b3ob3o11b2o3b2o4bo3bo67b2o6b2o92bo3b2o$55b7o10bob 2ob2obo6bo35bo29b3obobo2bobob3o76bo15bo2bo$53b2o7b2o7bo3bobo3bo40bo26b 3o4b2ob4ob2o4b3o71b3ob3o7b4o$71bo2bo3bo2bo39bo2bo23bo3bob2o4b2o4b2obo 3bo69b2o3bob2o5bo3bob2o$53bo2bobobo2bo58bobo24bo2b3ob3o4b3ob3o2bo69b2o 2bobobob2o21bo$73b2o3b2o73bo14bo74bo4bo3bo4b2ob2obo7b2ob3o$73bobobobo 70b3o5b2o2b2o5b3o70b2o4bobobob2o13b2obo3b2o$74b2ob2o70b2o8bo2bo8b2o67b 2obobo8bob10o3bo4bo2b2o$75bobo78b2o6b2o75bobob2o7bobo7bob2obobo5bo$72b 2obobob2o74bo3b4o3bo71b2obobo3bo8bo10bobo7b2o$72bobo3bobo74bo10bo71b2o 3bo21bobo7bobob2o$154b2ob2o4b2ob2o70b3obo3b2o11b3o5bo6b2obobo$157bob4o bo72b2o34bo3bobob2o$152b2o2b10o2b2o107bo3b2o$153bo2bo8bo2bo104b2o3bob 3o$152bo5b2o2b2o5bo112b2o$153bo14bo$159bo2bo$160b2o20$116bo19bo$115b3o 17b3o$114bo3bo15bo3bo$114b2ob2o15b2ob2o$110bo31bo$109bobo2bob4o13b4obo 2bobo$10b3o3b3o89bo3bo2bo2bo15bo2bo2bo3bo$10bo2bobo2bo90bob2o27b2obo$ 10bo7bo91b2o8bo11bo8b2o$10bo7bo91b2o9b2o7b2o9b2o$11bobobobo92bo12bo5bo 12bo108bo17bo$120bo2b2o3b2o2bo117b3o15b3o$14bo106b2o2bobo2b2o117b2o4b 3o5b3o4b2o$13b3o231b2obo2b3o2bo3bo2b3o2bob2o$13b3o105b2o2bobo2b2o116bo bo2bobo3bobo3bobo2bobo$20b3o97bo3bo3bo3bo112b2obobobobo4bobo4bobobobob 2o$19bo2bo97bo11bo112b2o3bobo4bo5bo4bobo3b2o$22bo97bobo7bobo112b3obo3b o4bobobo4bo3bob3o$22bo98bo9bo112b2o9b2obobobob2o9b2o$19bobo100bo7bo 125bo7bo$121bobo5bobo121b2obo7bob2o$121bo2bo3bo2bo122bo11bo$11bobo107b obo5bobo119b2obo11bob2o$11bobo106b2ob2o3b2ob2o118b2o15b2o$12bo107bobob o3bobobo118bobobob3ob3obobobo$125bobo122b2o3bo3bobo3bo3b2o$124b2ob2o 121bo2bo3bobobobo3bo2bo$125bobo125b2o4bobo4b2o$126bo122b2o4bo3bobo3bo 4b2o$253bob2obo3bob2obo$254bobobobobobobo$256bobo3bobo$256bobo3bobo$ 258b2ob2o$254bo11bo$119bo133bo13bo$118b3o133bobo7bobo$117b2ob2o2$113bo 2bobobobo$112b3o3bo3b2o$111bo6bo3b2o$111bobo$113bobo$111bo2bo$111bo14$ 57b3o17b3o$52b2ob2obo19bob2ob2o$52b2o4bob2o13b2obo4b2o$51bo2bo3bobobo 11bobobo3bo2bo$58bobobob2o5b2obobobo$56bo3bobob2o5b2obobo3bo187b3o15b 3o$57bobobob3o5b3obobobo187bo3bo13bo3bo$266b2o4bo11bo4b2o$61b3o9b3o 189bobob2ob2o3b3o3b2ob2obobo$61b3obobobobob3o188b2obo4bob2ob3ob2obo4bo b2o$62b5obob5o188bo4bo3bo4bobo4bo3bo4bo$67bobo205bo5bo$67b3o193b2o7b2o 9b2o7b2o$64bobo3bobo170b3o16bo$242bo3bo15bobo$62b2ob3ob3ob2o166b2o4bo 17b2o$62bo11bo165bobob2ob2o3b3o3bo2bobobo$61bo2bo7bo2bo163b2obo4bob2ob 3ob2ob3o3bob2o$61bo4bo3bo4bo162bo4bo3bo4bobo5bobobo2b2o$66bo3bo179bo5b o2bo7b2o$60b6o5b6o161b2o7b2o8bo5b2obo2b2o$59b2o7bo7b2o185b2obo2bo$67bo bo188b3o3bobobobo$67b3o190b3o3bo$82bo176bob2o3b2o$80b3ob3o174bobobobo$ 79b2o6bo175bobo$74bo3bo2bo3b2o176bobo$73b4o185b2o7b3o$72bo3bo187bo6bo 2bo$73bobo2bo192bo$67b3o7bo187b2o4bo3bo$65b2o195bo2b2o4bo3bo$65bo4bo 191bob3o4bo$65bo4bo201bobo$66bo3bo$68bo14$141bo5bo$140b3o3b3o4$112b2o 5b2o5b2o5b2o19b2o5b2o5b2o5b2o$110bo3bo3bo2bo3bo2bo3bo3bo15bo3bo3bo2bo 3bo2bo3bo3bo$110bo3bobob3o5b3obobo3bo15bo3bobob3o5b3obobo3bo$110bo5b2o 2b3ob3o2b2o5bo15bo5b2o2b3ob3o2b2o5bo$110b2ob3o15b3ob2o15b2ob3o15b3ob2o $110bo25bo15bo25bo$111bo3bo15bo3bo17bo3bo15bo3bo$112bo2bo15bo2bo19bo2b o15bo2bo! golly-3.3-src/Patterns/Life/Spaceships/c4-diagonal.rle0000644000175000017500000030312113307733370017570 00000000000000#C Most known c/4 diagonal spaceships up to 70 bits. #C Some ships that are made from simple interactions #C between smaller ships are not shown. #C #C This collection was compiled by Nicolay Beluchenko. #C #C Discovery credits: #C AP - Aidan F. Pierce #C DB - David Bell #C DH - Dean Hickerson #C GN - Gabriel Nivasch #C JS - Jason Summers #C HH - Hartmut Holzwart #C MM - Matthias Merzenich #C NB - Nicolay Beluchenko #C RG - Richard Guy #C RW - Robert Wainwright #C SS - Steven Silver #C TC - Tim Coe #C #C 5 RG 1970 "glider" #C 25 JS Sep 2000 "quarter" or "crab" #C 27 JS Sep 2000 "wings" #C 29 HH Apr 2004 "B29" #C 32 JS May 1999 "Jason's Orion" or "Orion II" #C 33 NB Aug 2005 #C 34 HH Mar 2004 (tag) #C NB Jul 2005 #C NB Jul 2005 #C 35 HH Sep 2004 #C 36 JS Jan 1999 "Canada goose" #C HH Mar 2004 (tag by RW) #C NB Jul 2005 #C 37 HH Jan 2004 #C NB Sep 2005 #C 38 HH Jan 2004 #C HH Mar 2004 #C 39 HH Apr 1993 "Orion" #C HH Oct 2005 #C 40 HH Jan 2004 #C HH Jan 2004 #C HH Mar 2004 #C NB Aug 2005 #C NB Sep 2005 #C 41 HH Sep 2004 #C NB Sep 2005 #C NB Sep 2005 #C 42 NB Jul 2005 #C NB Aug 2005 #C NB Sep 2005 #C 43 GN Jan 1999 #C NB May 2012 #C 44 HH Mar 2004 #C 45 HH Mar 2004 "eagle" #C NB Sep 2005 #C NB Sep 2005 #C 46 NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C HH Oct 2005 #C 47 NB Aug 2005 #C NB Sep 2005 #C NB Oct 2006 #C 48 JS Oct 2000 #C NB Jul 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2006 #C NB Dec 2012 #C 49 TC Feb 1996 "swan" #C HH Sep 2004 #C JS Sep 2000 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C 50 HH Apr 1993 #C HH Oct 2004 #C GN Jan 1999 #C NB Jul 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2006 #C NB Apr 2012 #C 51 DB Jun 1993 using components by HH Apr 1993 #C JS Jun 1999 "leech" #C HH Jan 2004 #C NB Jul 2005 #C HH Mar 2004 (tag) #C NB Oct 2006 #C 52 HH Mar 2004 #C HH Sep 2004 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 "crane" #C HH Oct 2005 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Dec 2012 #C NB Dec 2012 #C 53 HH Apr 1993 #C HH Dec 2004 #C NB Jul 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2006 #C NB Oct 2006 #C NB May 2012 #C NB Jul 2012 #C NB Jul 2012 #C NB Dec 2012 #C 54 HH Dec 2004 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Apr 2012 #C NB Jul 2012 #C 55 HH Jan 2004 #C NB Jul 2005 #C JS Oct 2000 #C JS Oct 2000 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2006 #C NB Apr 2012 #C NB Jul 2012 #C NB Jul 2012 #C NB Jul 2012 #C NB Dec 2012 #C NB Dec 2012 #C 56 HH Jan 2004 #C TC Feb 1996 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Nov 2005 #C NB Oct 2006 #C NB Oct 2006 #C NB May 2012 #C MM Mar 2017 #C 57 JS May 1999 #C JS Jun 1999 #C NB Jul 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Jul 2012 #C NB Dec 2012 #C NB Dec 2012 #C MM Mar 2017 #C 58 HH Apr 1993 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Oct 2006 #C NB Oct 2006 #C NB Apr 2012 #C NB May 2012 #C NB Jun 2012 #C NB Jul 2012 #C MM Mar 2017 #C 59 HH and DB earlier than 2000 #C HH Sep 2004 #C HH Oct 2004 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Apr 2012 #C NB Jul 2012 #C MM Mar 2017 #C MM Mar 2017 #C 60 DB Jun 1993 using components by HH May 1993 #C HH May 1993 #C JS Jun 1999 #C JS Oct 2000 #C HH Dec 2004 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Jul 2012 #C NB Dec 2012 #C AP Mar 2017 #C 61 JS Oct 2000 #C HH Feb 2004 #C HH Mar 2004 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Jul 2012 #C NB Dec 2012 #C NB Dec 2012 #C MM Mar 2017 #C MM Mar 2017 #C MM Mar 2017 #C 62 NB Jul 2005 #C JS Oct 2000 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Jul 2012 #C NB Dec 2012 #C AP Feb 2017 #C 63 JS Mar 1999 #C NB Jul 2005 #C NB Jul 2005 (tag by HH Apr 1993) #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Nov 2005 #C NB Oct 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB May 2012 #C MM Mar 2017 #C 64 JS Sep 2000 #C NB Jul 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Nov 2006 #C NB Apr 2012 #C NB Dec 2012 #C NB Dec 2012 #C NB Dec 2012 #C NB Dec 2012 #C 65 HH Sep 2004 #C HH Dec 2004 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB May 2012 #C NB May 2012 #C NB Jun 2012 #C NB Dec 2012 #C NB Dec 2012 #C MM Mar 2017 #C 66 DH Dec 1989 "big glider" #C HH Apr 1993 #C HH Mar 2004 #C HH Mar 2004 #C HH Dec 2004 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C JS Sep 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB May 2012 #C NB Dec 2012 #C NB Dec 2012 #C NB Dec 2012 #C MM Mar 2017 #C 67 HH Mar 2004 #C HH Sep 2004 #C HH Dec 2004 #C HH Dec 2004 #C JS Jun 1999 #C JS Oct 2000 #C NB Jul 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Nov 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Dec 2012 #C NB Dec 2012 #C MM Mar 2017 #C 68 HH Sep 2004 #C JS Oct 2000 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2006 #C NB Nov 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB May 2012 #C NB May 2012 #C NB May 2012 #C NB May 2012 #C NB Jul 2012 #C NB Jul 2012 #C NB Jul 2012 #C NB Jul 2012 #C NB Jul 2012 #C NB Dec 2012 #C NB Dec 2012 #C NB Dec 2012 #C NB Dec 2012 #C AP Mar 2017 #C 69 DH Mar 1993 "Enterprise" #C HH Apr 1993 #C SS Jan 1999 "welded Canada geese" #C HH Mar 2004 #C NB Jul 2005 #C NB Jul 2005 #C NB Jul 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Nov 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB May 2012 #C NB Jul 2012 #C NB Dec 2012 #C NB Dec 2012 #C NB Dec 2012 #C AP Feb 2017 #C 70 HH and DB earlier than 2000 #C HH Mar 2004 #C NB Jul 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Aug 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Sep 2005 #C NB Oct 2005 #C NB Oct 2005 #C NB Jan 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Oct 2006 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB Apr 2012 #C NB May 2012 #C NB Jul 2012 #C NB Dec 2012 #C NB Dec 2012 #C NB Dec 2012 #C NB Dec 2012 #C MM Mar 2017 #C MM Mar 2017 #C MM Mar 2017 x = 1386, y = 765, rule = B3/S23 393b2o24b2o8b3o25b2o15b2o19b2o19b2o19b2o30b3o24b2o16b2o$392b2o24b2o9bo 9b2o15b2o15b2o19b2o19b2o19b2o31bo26bobo14b2o$393bo2bo23bo9bo6b3obo8b2o 5bo17bo20bo20bo20bo31bo25bo18bo$393b2obo35b2o2b2o11b2o5b2o19b2o19b2o 19b2o19b2o30b2o25bo17b2o$393b2o3bo19bo14bo17bo4bobo2b2o13bo20bo20bo20b o31b2o25bobo15bo$417bob3obo13bo5bo9b2o3b2ob4o133bobo$361bobobo3bobobo 22bobob2o14bo3bo12b2o3bo3b2o9b2o10bo9bo2bo17bo2bo17bo2bo17bo2bo23b3o2b o27bo16bo2bo$151b3o18b2o16b2o11bo25b3o162bobo3bo14b2ob2o12bobob2o4bobo 20bo6b2obo17b2obo17b2obo17b2obo25bo5bo27bo8b2o5b2o$151bo20bobo15bobo9b 2o25bo131bo7bo3bo11bo8b3o2bo10b3o2bo2b2o12bobo2bob2obo16bo11b2o4bo14b 2o4bo14b2o4bo14b2o4bo22bo3bo2bo3bo19bo3bo7b2o5bo$152bo19bo17bo11bobo 25bo153b5o6b2o13bo5b2o3b2o8bo4b2o5bo15bo2bo10bobo2bo15bobo2bo15bobo2bo 15bobo2bo21bo3b2o2bo3b2o16b3obo10bo4bobo$120bo3bo3bobobo21b2o19bo17bo 10bo27b2o127bobobo3bo3bo10bo2b2o2b2o18bo3bobo13b2o26b2o17bo20bo20bo20b o22b2o8bo17b2o16b2o2bo$153b2o19bobo15bobo10bo27bo158b2o20bo16b2o26b3ob o11bo2bo17bo2bo17bo2bo17bo2bo26bo6bo15b2o17b2o$120bo3bo3bo3bo41bobo7b 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24bobo10b3o10bobo23bo13bo13bo31bobo23b3o8bobo12bobo29bobo11bobo17bo14b o17b4o8bobo19bobo16bo$62bobo200b2o26bobo19bobo19b2o19bo36bo24b2o12b3o 9b2o25b3o11b3o11b3o10b3o15b2o26bo8b2o13b2o15b3o12b2o12b2o20bo14bo18bob o7b2o21bo19bo$62bobo202bo25bobo19bobo21bo134bo13bo13bo11b2o46bo38b2o 49bobo12bobo16bobo8bo20b2o17b2o$63bo230bo21bo104bo11b2o12bo28bo13bo13b o11bo16bo26b2o8bo14bo17bo13bo13bo21bo14bo16bo11bobo19bobo15b2o$421bobo 9b2o12bobo24b2o12b2o12b2o10b2o17bobo24b2o8bobo12bobo13b2o14bobo11bobo 18b2o13b2o16b2o10bobo20bo18bo$421bobo11bo11bobo24b2o12b2o12b2o11bobo 15bobo26bo7bobo12bobo14bobo12bobo11bobo19bobo12bobo14bobo10bo$422bo25b o27bo13bo13bo11bo17bo36bo14bo16bo14bo13bo21bo14bo16bo! golly-3.3-src/Patterns/Life/Spaceships/c4-orthogonal.rle0000644000175000017500000017300513307733370020174 00000000000000#C All known c/4 orthogonal ships up to 70 bits. #C #C Discovery credits: #C AP = Aidan F. Pierce #C BU = "Bullet51" #C DH = Dean Hickerson #C HH = Hartmut Holzwart #C JB = Josh Ball #C JS = Jason Summers #C MM = Matthias Merzenich #C NB = Nicolay Beluchenko #C RM = "rmmh" #C SS = Stephen Silver #C TC = Tim Coe #C #C 37 JB 15 Apr 2012 #C 40 MM 27 Sep 2017 #C MM 27 Sep 2017 #C 41 JB 19 Apr 2013 #C 42 AP 19 Jan 2017 #C MM 27 Sep 2017 #C MM 27 Sep 2017 #C 43 MM 18 Apr 2012 #C 44 AP 26 Dec 2016 #C 45 MM 20 Apr 2012 #C MM 20 Apr 2012 #C MM 18 Jan 2017 #C MM 18 Jan 2017 #C 46 TC 3 May 1996 #C MM 20 Apr 2012 #C 47 SS 9 Oct 2000 #C SS 9 Oct 2000 #C MM 18 Jan 2017 #C MM 18 Jan 2017 #C 48 TC Dec 2015 #C TC Dec 2015 #C MM 18 Jan 2017 #C 50 MM 20 Apr 2012 #C MM 20 Apr 2012 #C 51 TC 3 May 1996 #C SS 11 Nov 2000 #C SS 11 Nov 2000 #C 52 AP 26 Dec 2016 #C 53 TC 6 Aug 1995 #C SS 10 Nov 2000 #C AP 10 Jan 2017 #C AP 10 Jan 2017 #C MM 28 Jan 2017 #C MM 28 Jan 2017 #C 54 TC Between Dec 2015 and 21 Apr 2016 #C AP 19 Jan 2017 #C 55 HH 2 Jan 2004 #C MM 20 Apr 2012 #C TC Dec 2015 #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C 56 MM 18 Apr 2012 #C TC Dec 2015 #C MM 19 Jan 2017 #C MM 19 Jan 2017 #C 57 NB 25 Feb 2004 #C TC Between Dec 2015 and 21 Apr 2016 #C TC Between Dec 2015 and 21 Apr 2016 #C MM 20 Apr 2012 #C MM 20 Apr 2012 #C JB 15 Apr 2012 (tag by HH 18 Aug 1992) #C JB 15 Apr 2012 (tag by HH 18 Aug 1992) #C JB 15 Apr 2012 (tag by HH 18 Aug 1992) #C JB 15 Apr 2012 (tag by HH 18 Aug 1992) #C JB 15 Apr 2012 (tag by JS 1 Oct 2000) #C AP 19 Jan 2017 (tag by HH no later than 2 Mar 2006) #C MM 27 Sep 2017 (tag by HH no later than 2 Mar 2006) #C MM 27 Sep 2017 (tag by HH no later than 2 Mar 2006) #C 58 MM 16 Jan 2017 #C MM 29 Dec 2016 #C AP 17 Jan 2017 #C MM 20 Apr 2012 #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C JB 19 Apr 2013 (tag by HH 18 Aug 1992) #C JB 19 Apr 2013 (tag by HH 18 Aug 1992) #C JB 19 Apr 2013 (tag by HH 18 Aug 1992) #C JB 19 Apr 2013 (tag by HH 18 Aug 1992) #C JB 19 Apr 2013 (tag by HH 18 Aug 1992) #C JB 19 Apr 2013 (tag by HH 18 Aug 1992) #C MM 19 Jan 2017 #C MM 19 Jan 2017 #C 59 MM 20 Apr 2012 #C 60 TC Between Dec 2015 and 19 Mar 2016 #C AP 1 Jan 2017 #C 61 JS 22 Sep 2000 #C MM 1 Oct 2017 #C MM 1 Oct 2017 #C MM 20 Apr 2012 #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C MM 19 Jan 2017 #C MM 19 Jan 2017 #C MM 27 Sep 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 27 Sep 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C 62 MM 2 Aug 2015 #C MM 20 Jan 2017 #C MM 1 Feb 2017 #C MM 1 Oct 2017 #C MM 1 Oct 2017 #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C MM 1 Oct 2017 (tag) #C MM 1 Oct 2017 (tag) #C MM 18 Jan 2017 (tag by HH no later than 2 Mar 2006) #C MM 18 Jan 2017 (tag by HH no later than 2 Mar 2006) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by HH 18 Aug 1992) #C MM 27 Sep 2017 (tag by HH 18 Aug 1992) #C 63 MM 18 Apr 2012 #C MM 20 Apr 2012 #C MM 20 Apr 2012 (tag by HH 18 Aug 1992) #C MM 20 Apr 2012 (tag by HH 18 Aug 1992) #C TC Between Dec 2015 and 21 Apr 2016 #C AP 26 Dec 2016 (tag by DH Dec 1989) #C MM 19 Jan 2017 #C MM 19 Jan 2017 #C MM 27 Sep 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 27 Sep 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C 64 TC Between Dec 2015 and 19 Mar 2016 #C TC Between Dec 2015 and 19 Mar 2016 #C TC Between Dec 2015 and 19 Mar 2016 #C AP 19 Jan 2017 #C MM 18 Apr 2012 #C MM 16 Jan 2017 #C MM 4 Aug 2015 (tag) #C MM 4 Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C AP 26 Dec 2016 (tag by HH 18 Aug 1992) #C AP 26 Dec 2016 (tag by HH 18 Aug 1992) #C AP 26 Dec 2016 (tag by JS 1 Oct 2000) #C MM 18 Jan 2017 (tag by BU 19 Mar 2016) #C MM 18 Jan 2017 (tag by BU 19 Mar 2016) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by MM Aug 2015) #C MM 27 Sep 2017 (tag by HH 18 Aug 1992) #C MM 27 Sep 2017 (tag by HH 18 Aug 1992) #C 65 TC Between Dec 2015 and 19 Mar 2016 #C MM 29 Dec 2016 #C BU 19 Mar 2016 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C TC Dec 2015 (tag by HH 18 Aug 1992) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C MM 18 Jan 2017 (tag by JS 1 Oct 2000) #C MM 18 Jan 2017 (tag by JS 1 Oct 2000) #C MM 19 Jan 2017 #C MM 19 Jan 2017 #C MM 27 Sep 2017 (tag by SS 9 Oct 2000 based on a ship by HH 5 Feb 1993) #C MM 27 Sep 2017 (tag by SS 9 Oct 2000 based on a ship by HH 5 Feb 1993) #C 66 HH 11 Aug 1992 #C TC Between Dec 2015 and 19 Mar 2016 #C TC Between Dec 2015 and 19 Mar 2016 #C MM 20 Jan 2017 #C TC Between Dec 2015 and 19 Mar 2016 #C MM 10 Oct 2017 #C MM 10 Oct 2017 #C JB 15 Apr 2013 (tag by DH Dec 1989) #C JB 15 Apr 2013 (tag by DH Dec 1989) #C MM 27 Sep 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 27 Sep 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C MM 18 Jan 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 18 Jan 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 18 Jan 2017 (tag by BU 19 Mar 2016) #C MM 18 Jan 2017 (tag by BU 19 Mar 2016) #C 67 HH 17 May 1994 #C HH 2 Mar 2006 (as part of a grayship) #C TC Between Dec 2015 and 19 Mar 2016 #C SS 7 Oct 2000 #C SS 7 Oct 2000 #C AP 5 Jan 2017 #C AP 17 Jan 2017 #C AP 17 Jan 2017 #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM 20 Apr 2012 (tag by HH 18 Aug 1992) #C MM 20 Apr 2012 (tag by HH 18 Aug 1992) #C HH 2 Jan 2004 #C SS 9 Oct 2000 (tag by JS 1 Oct 2000) #C SS 9 Oct 2000 (tag by JS 1 Oct 2000) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C MM 18 Jan 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 18 Jan 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by JS 1 Oct 2000) #C MM 18 Jan 2017 (tag by JS 1 Oct 2000) #C MM 18 Jan 2017 (tag by BU 19 Mar 2016) #C MM 19 Jan 2017 #C MM 19 Jan 2017 #C MM 18 Jan 2017 (tag by DH Dec 1989) #C 68 RM 9 Mar 2016 #C HH center: 5 Feb 1993; wings: no later than 2 Mar 2006 #C AP 28 Dec 2016 #C AP 29 Dec 2016 #C MM 23 Jan 2017 #C MM 1 Oct 2017 (tag) #C MM 1 Oct 2017 (tag) #C MM 2 Aug 2015 #C MM 2 Aug 2015 #C HH (tag found as part of a grayship no later than 2 Mar 2006) #C HH (tag found as part of a grayship no later than 2 Mar 2006) #C HH (tag found as part of a grayship no later than 2 Mar 2006) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C TC Dec 2015 (tag by JS 1 Oct 2000) #C TC Between Dec 2015 and 19 Mar 2016 #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C MM 18 Jan 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 18 Jan 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 18 Jan 2017 (tag by JS 1 Oct 2000) #C MM 28 Jan 2017 (tag by HH no later than 2 Mar 2006) #C MM 28 Jan 2017 (tag by HH no later than 2 Mar 2006) #C MM 27 Sep 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 27 Sep 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C 69 JS 22 Sep 2000 #C JS 22 Sep 2000 #C JS 22 Sep 2000 #C TC Between Dec 2015 and 19 Mar 2016 #C TC Between Dec 2015 and 21 Apr 2016 #C SS 7 Oct 2000 #C SS 7 Oct 2000 #C MM 28 Jan 2017 (tag) #C TC 3 May 1996 (tag by HH 18 Aug 1992) #C TC 3 May 1996 (tag by HH 18 Aug 1992) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM Aug 2015 (tag) #C MM 20 Apr 2012 (tag by DH Dec 1989) #C TC Dec 2015 (tag by JS 1 Oct 2000) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C TC Between Dec 2015 and 21 Apr 2016 (tag) #C MM 18 Jan 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 18 Jan 2017 (tag by TC Between Dec 2015 and 21 Apr 2016) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 18 Jan 2017 (tag by MM Aug 2015) #C MM 28 Jan 2017 (tag) #C MM 27 Sep 2017 (tag by MM 28 Jan 2017) #C MM 27 Sep 2017 (tag by MM 28 Jan 2017) #C 70 MM 18 Apr 2012 #C TC Dec 2015 #C MM 28 Jan 2017 #C MM 28 Jan 2017 (tag) #C SS 11 Nov 2000 (tag by SS 9 Oct 2000 based on a ship by HH 5 Feb 1993) #C SS 11 Nov 2000 (tag by SS 9 Oct 2000 based on a ship by HH 5 Feb 1993) #C JB 15 Apr 2012 (tags by HH 18 Aug 1992 and 2 Mar 2006) #C JB 15 Apr 2012 (tags by HH 18 Aug 1992 and 2 Mar 2006) #C BU 19 Mar 2016 (tag) #C AP 26 Dec 2016 (tag by TC Between Dec 2015 and 21 Apr 2016) #C AP 26 Dec 2016 (tag by HH 18 Aug 1992) #C AP 26 Dec 2016 (tag by HH 18 Aug 1992) #C MM 18 Jan 2017 (tag by SS 9 Oct 2000 based on a ship by HH 5 Feb 1993) #C MM 18 Jan 2017 (tag by SS 9 Oct 2000 based on a ship by HH 5 Feb 1993) #C MM 18 Jan 2017 (tag by DH Dec 1989) #C AP 19 Jan 2017 (tag) #C AP 19 Jan 2017 (tag) #C MM 18 Jan 2017 (tag by DH Dec 1989) #C MM 18 Jan 2017 (tag by DH Dec 1989) x = 1696, y = 652, rule = B3/S23 252bo$252b2o2b2o$252bo2bo$255bo90bo$30bo277b2obobo24b2obob2obo$28bo2b 2o222b3o48bo4bob2obo19bo4bobo$26b3o227bo48bo10bo18bo$25bobo225bobo48bo 4b2o23bo4b2o13b2o47bo$25bob2o223bo14bo36bob3o25bob3o14b3o47b2o2b2o$obo bo3bobobo11bo4bo200bobobo3bobobo9bo3bo8b2o17bobo15b2o28b2o20bo15b2o31b o2bo$23b2o226b2obobo10bo10b2o2b2o2bo15b3o27b3o20b2ob2o10b3obo10b2o19bo $4bo7bo217bo11bo11bo3bo10b5o3b3o6bo14bo2bo26bo2bo25bo5bob3o13b3o$22bo 4b2o224b2ob2o12bo4bo4bobo18b4o26b4o20b2o7bobo6bobo9bo20b3o$obobo7bo13b o203bobobo3bobobo10b2obo13bo4bob3o2bo18b2o28b2o23bo6bobo10bo9b2ob2o16b o$23b3o230b2o12bo4bo6b2o73bo2bo14b3o13bo5bo6bobo$4bo7bo12bo208bo7bo9bo 3b2o11b2obo3b3o3b3o8b2o5bo22b2o5bo27bobobob2o20b2o7bobob3o$26bo229bo 14bo4b3o14bob3o3bo21bob3o3bo25b2o3bo12bo11bo6bobo4b3obo$obobo7bo12b2o 203bobobo3bobobo10b3o17b2o2b2o15bob2o3bo22bob2o3bo27bo12bo2bo12bo2bo9b 2o$26bo228bo18b2o18bobobo25bobobo43b2o2b2o11bobobob2o$26b2o228bo41bo 29bo43bo15b2o3bo$23bo2b2o227b2o37bo2bobo24bo2bobo60bo$21b2o3bo229bo36b 2o28b2o$23bo232b2o36bo29bo$253bo2b2o$251b2o3bo$253bo14$23bo22bo$21b2o 21b2o244bo$23bo22bo212b4obo24b2o$25b5o18b5o205b4o4bo6bo13bo2bo$o3bo3bo bobo13bo3b2o17bo3b2o175bobobo3bo3bo12b2o7bo2b2ob2o2b2o6bo2b2o4b2o$26bo 10bo11bo203bo2bo3bo3b3o4bo10b2obo9b2o$o3bo3bo3bo13bo5bob2obo11bo5bobo 172bo7bo3bo8b2o3bo3bo3bo2bo2bo11bo2bo2bo4bobo2bo$25b2obobobobo13b2obob obob2obo192bo13bo17bo2bo4bo5bo$obobo3bo3bo14bo22bo9bo169bobobo3bobobo 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111b3o379bo2b2o$217bo884b2o3bo$99bo1004bo$97b2o$97b2o$99bo4$29bo$27bo 2b2o207bobo$25b3o209b2o3b2o$24bobo13bo196bobo$24bob2o10b2o3bo148bo24bo 21bo$23bo4bo11bo2b2o145bo2b2o20bo2b2o16bo$22b2o19b2o143b3o22b3o20b2o3b o29bo21bobo22bobo16bo6b2o16bo6b2o$43bo143bobo22bobo27bo26b2o21bo2bo21b o2bo16b2ob2o2b3obo13b2ob2o2b3obo83bo34bo22bo$21bo4b2o14b2o66b2obo73bob 2o21bob2o23b2ob2o27bo19bo3bo20bo3bo16bo4bo3bobo13bo4bo3bobo7bobo72b2o 32b2o21b2o$25bo17bo62bobo3b2o72bo4bo19bo4bo23bob2o21bo3b2o19b2o23b2o 23b2o2b3obo16b2o2b3obo7bo3bo51bo16bo2bo34bo22bo$22b3o15b3o61b2o4bo20bo bo4b2o20bobo4b2o16b2o23b2o27b2obo20bo2b2obobo17bob2o21bob2o14bo11b2o 11bo11b2o10bo2b2o5bo6b2obo35b2o2b2o6bo2b2o4b2o34b5o18b5o$24bo15b2o64bo b3o20bo7bo2bo17bo7bo2bo70bo18b3o6b2o14bo24bo18b2o23b2o26bobo4b2o5bo3bo 35bo2bo8b2obo9b2o31bo3b2o17bo3b2o$26bo12bobo18bo50b2o3bobo12bo2b3o5bo 17bo2b3o5bo12bo4b2o18bo4b2o22bo2bo28b2o11bo2b2ob2obo15bo2b2ob2obo14bo 24bo27bo10bo3bo15bo23bo8bo2bo2bo4bobo2bo29bo10bo11bo$obobo3bobobo13bo 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bo2bo12b3o20b3o$4bo3bo3bo12bo3bo10b2o2bo11b2ob2o6bo3b2o2bo2b3o6bo6bo3b o6b3o21b6o23b6o24b2ob2o3bo16b2ob2o3bo4bo9bo2bobo11b2o3bo24bo2bo21bo2bo 70b3o27b2o5bobobobo10b2o25bo2bo8bo20bobo20bobo$25bobo13b2o12bo9bo9bo8b o2bo11b2o4bo2bo24b2o2bobo22b2o2bobo16bo2b2obob3o14bo2b2obob3o14bo3bo 18bo24b2obo21b2obo73bobo38bo5b2o29b2o2b2o6bobobobo10bo2bobo5b2obo8bo2b obo5b2obo$4bo3bobobo12bo3b2o23b3o6b2o11b2o3bob2o19b2o2bo18bo2b2o5b2ob 2o14bo2b2o5b2ob2o12b2o3bo3b4o12b2o3bo3b4o15bo16b2o29bo24bo23b3o22b3o 20bo2bobo38b3o3bo31bo18bo8bo3bo6bob3o7bo3bo6bob3o$26bo16bo11b2o8bo14bo 20b3o4bo16b2o3bob2ob2o17b2o3bob2ob2o10bo8bo7bo16bo7bo18b2o14bo3bo24bob o22bobo26bobo22bobo16bo3bo45b2o49b3o8bo9b2o11bo9b2o$26bo16b3obo60bo18b o3b2o3bo5bobo11bo3b2o3bo5bob2obo61b3o13b2o24bo2b2o20bo2b2o22bo2bobo19b o2bobo18bo43bo5bo61b2o6bobo12b2o6bobo$24bo17bo2bo61b2o23bo6b2obob2obo 13bo6b2obobo21bo24bo17b3o14bo24bo3bo3b3o14bo3bo3b3o15bo3bo20bo3bo21b2o 38bo2bo55bo12b3ob3ob3o12b3ob3ob3o$22b3o16b2o4bo57bo2b2o26b2o9bo17b2o 26bobo22bobo34b2o23bobo4bo3b2o12bobo4bo3b2o14bo24bo25b3o36b2o2b2o50bo 2bo12b3obo4bo13b3obo4bo$25bo14bo6bo55b2o88bo2bo21bo2bo30bo2b2o30bo10bo 13bo20b2o23b2o23b3o36bo55b2o2b2o15b3obo18b3obo$21bo4b2o12b2o4bo58bo87b o2bo21bo2bo13b3o12b2o3bo32bo4bob2obo14bo4bobo13b3o22b3o116bo22b2o21b2o $46bo147bobo22bobo16bobo11bo37b2obobo19b2obob2obo10b3o22b3o$22b2o18b3o 147bo24bo16bo2bobo83bo$23bo4bo12bo4b2o142b2o23b2o16bo3bo$24bob2o12b3o 149bo24bo16bo$24bobo14b2o192b2o$25b3o208b3o$27bo2b2o204b3o$29bo! golly-3.3-src/Patterns/Life/Spaceships/corderships.rle0000644000175000017500000001012112026730263020021 00000000000000#C Five small Corderships. #C Corderships are c/12 diagonal spaceships built from switch engines. #C The trick in constructing a Cordership is to arrange the switch #C engines in such a way that they clean up each others' debris. #C Front: A single-row, 7-engine Cordership. #C Middle: Two 6-engine constructions and a symmetric 8-engine. #C Back: The classic 7-engine Cordership, shown with classic #C rear-end glider collisions. #C All five of these Corderships were constructed by Dean Hickerson, #C who named them after the discoverer of the switch engine, #C Charles Corderman. #C From Alan Hensel's "lifebc" pattern collection. x = 244, y = 255, rule = B3/S23 95bo$78b3o8bo5bo$77bo3bo6bo7bo$78boo9b4obboo$80booboo9b3o$82boo11bobo$ 96bo7boo$96bo7boo3$88bo$87bobo$87bobo$74b3o11bo$75bo36boo$75bobbo33boo $75bobbo$76bobo$96bo$95bobo$95bobo$96bo$$75boo129bo$53bobo18boo116bobo 6bobb4o$52bo19b3o116bo9bob4o$53bobbo135bobbo6b3o3boo$55bobo14boo120b3o 9bobboo$58bo148boboo$57b3o148bo8boo$57bo159boo$39bo15boo$39bo5b3o9bo 13b3o$38bobo3boobbo6bobbo12b3o$39bo3bo5bo5bobo13boo117bo$39bo3bo11bo 14bo21b3o94b3o$44bobboo19boobbo21bo93boobbo$45boo22bo3bo19bo93boobboo 32boo$69bobbo115boo35boo$70b3o116b5o$193boo5bo$191bobbo5bo$192boo6bo3b o$203bobo$55boo147bo$55boo$42boo$42boo138bo$41boobo123bobo6bobb4o$28bo bo13bo122bo9bob4o33booboo$27bo16boob3o118bobbo6b3o3boo30boo$28bobbo12b oboobo120b3o9bobboo29boobobo$30bobo9boo3boo14boo118boboo32bobo$33bo8b oo19boo119bo4boo29boo$32b3o4bob3o9boo134boo$32bo6bo13boo$30boo$32bo$ 30bobbo175bo$30bobo176bo7bo$30bo178bo5b3o$208boo3bobo11bo$54bobo157bo bbo8bo$54bobbo131b3o21bobboo10bo$183bo3bobboo$22b3o30bobo115boo9bobob oo$23bo31b3o115boo5b5o9boo27boo4bo$23bobbo29bobo122boobb3o6boo26bobo$ 23bobbo30boobo161bobboobbo$24bobo31b3o160bo7bo$221bobb3o3bo$48bo172bob o3bobo$48bobo157b3o11bobbobbo$48boo131boo9booboo6boboobboo13b3o$181boo 9boo8bob7o$23boo167boobobo5bo32boo$195bobo38boo$196boo$b3o8boo$o3bo6bo bbo$boo9boo$3booboo181boo$5boo182boo$$131bo87boo$126bobbobobbo3bo80boo $20boo104bo4boob5o$19bobbo103bo3bo4bobo$20boo$128b3o$129bo18boo$148boo 3$26boo$7boo15bo3boboo$7boo15bo3boboo$24bo3boo106bo$25b3o107bobo18boo$ 25b3o88bo18bobbo17boo$116bo19boo$116bo$120bo11boo$15boo15bo83b3obbo10b oo$15boo15bobo80bo4bo$32boo81bo3bo$116b3o$125boo$122booboo$115bobo$ 115bobo30bobo6bobo$23boo90bobo29bo9bobo$23boo90bobo30bobbo6bo$116boo 32b3o$105boo3b4o$100b3obobbo6bo$104bobbobb5o$104bobbo$106bo$103bobo33b o$104bo33bobo$109bo$109bo28bobbo$140boo$108boo31bo$86b3o19boo$$90bo75b o$86bo3boo74boo$88bobo47boo27bo$85b3o52bo25bo$87bo15boo33boo$103boo$ 86boo$87boo10boo$87bo10bobbo$87boo10bobo$86boo12bo20bobo6bobo$120bo9bo bo22boobo$121bobbo6bo24boo$123b3o6$112bo$91boo18bobo$91boo$111bobbo$ 113boo$114bo3$139bo$99boo38boo$99boo10boo27bo$113bo25bo$111boo6$49b3o$ 48bo3bo75boobo$47bo3boo76boo$48bo$49b4o$51boboo138bobo$51bobbo137bo$ 52boo12boo125bobbo$66boo127bobo$198bo11b3o$197b3o$50bo146bo$49bobo143b oo$49bobo145bo13b3o$50bo129bo14bobbo12b3o5boo$74boo103bobo13bobo13boo 6boo$74boo119bo14bo$179bobbo3bob3o17boobbo$181bo4bo22bo3bo26bo$58bo 123boboobobo19bobbo27bobo$57bobo123boo3bo21b3o27boo$57bobo124bo$35b3o 20bo168boo$34bo3bo43boo143boo$35boo45boo$24b3o10booboo26bobbo119bo$23b o3bo11boo27bobbo119bo5b3o$22bo3boo39bo122bobo3boobbo$23bo46bo120bo3bo 5bo$24b4o37boo124bo3bo$26boboo35booboo126bobboo25bo8boo$26bobbo36boo5b obo91bobo27boo26bobo7boo$27boo43bo93bo58bobo$73bobbo90bobbo54bobbo$75b obo91bobo54bobo$34boo42bo93bo56bo$26bo6bobbo40b3o91b3o54boo$26bo7boo 41bo93bo56bo$25bobo47boo92boo$26bo50bo93bo$26boo36bo10bobbo90bobbo31bo $26b3o34bobo9bobo91bobo31boboo$75bo93bo36boo$24bo4boo11boo19bobbo134bo 6bo$24bo5bo10bobbo20boo133bo3b4o$24bo5bo11boo22bo134bo4bo$29bo3$207b3o $63boo141bo3bo$65bo13bo17b3o107boo$29boo32boo14bo17b3obbo70boo34booboo $29boo48bo16boo3boo70boo36boo$101bo$94bo$48bobo13boo27b4o103bo$47bo16b oo26bo4bo101bobo$48bobbo41b4obo100bobo$50bobo34bo10bo100bobbo$37boo14b o10bo22bo9boo82boo17bobo$37boo13b3o8boo22bo93boo20bo$52bo12bo29bobbo 103boo37b3o$50boo43bobbo103bo38bo$52bo13b3o26b3o144bo$50bobbo12b3o4b3o $50bobo13boo$50bo14bo29bo$45boo16boobbo27bo93boo29boo$45boo17bo3bo26bo 93boo28boo$64bobbo153bo$65b3o$$81b3o15$218bo$217boo$217bobo! golly-3.3-src/Patterns/Life/Spaceships/diagonal.rle0000644000175000017500000000554312026730263017266 00000000000000#C Sample c/4, c/5 and c/6 diagonal spaceships #C Tiny one in front: the glider. #C Top right: Hartmut Holzwart's 'Orion', simplified by Jason Summers, #C followed by 'Canada goose' by Jason Summers. #C Middle: sample c/4 grammar by Hartmut Holzwart. #C Bottom left: 'Swan' by Tim Coe. #C Bottom, left to right: #C an asymmetrical c/5 spaceship by Nicolay Beluchenko, 11 Jul 2006; #C a symmetrical c/5 spaceship found by Jason Summers, 9 Jan 2005; #C and the original large c/5 found by Jason Summers. #C Far right: 'Seal', found by Nicolay Beluchenko, 18 Sep 2005. #C From Alan Hensel's "lifebc" pattern collection. x = 114, y = 92, rule = B3/S23 67b2o17b3o$66b2o18bo9b2o$68bo18bo6b3obo$70bo4b3o11b2o2b2o$70b3o4b2o11b o$71b3obobo16bo$78bo11b2o3bo$71bobo15bobob2o$70b2obo15bobo2bob2o$71bo 16bo4b2o$69b2obo15b2o$21b2o49bo15b2o$21bobo46b2o$21bo4$49b2o$48b2o$50b o$46bo6bo28b2o$45b2o4b2o7bo20b3ob3o$45bobo7bo3b4o20bo3b2o$49bo4b2o2bo 2b2o17b2ob2o2bo2bobo$49bo7b2o4b2obo13bo6bob4o$41b2o5bo7bob2o4bobo19b2o bo2bo$40b2o9bo3b3o6bo2bo12bo4b2o3bob2o$42bo7b2o2bo2bo22b2o8bobo2bo$38b o6bo7b2o8b2o15bo2b5ob3o4bo$37b2o4b2o7bob2o9bo15bo9bo4bo$37bobo7bo3b3o 27b2obo2bo3bo3bo$41bo4b2o2bo2bo28bo9b2o$41bo7b2o38b2o2b2o4bo$33b2o5bo 7bob2o30bo3b2obo4b3o2bo$32b2o9bo3b3o33b2obob5o5bob2o$34bo7b2o2bo2bo37b 2ob2ob2ob2o2b3o$30bo6bo7b2o50bobo4bo$29b2o4b2o7bob2o40b2o4bobo3b6o$29b obo7bo3b3o47bo7b2o$33bo4b2o2bo2bo47bo3bo$33bo7b2o32b2o16bo4bo3b3o6bo$ 25b2o5bo7bob2o23b2o4b2obobo15b5o3b2ob2o2b2ob2o$24b2o9bo3b3o24b3o4b4o 20b2obo2bob2o2bo$26bo7b2o2bo2bo23b2o6b2o5bo15b2o5bo4bo2b3o$22bo6bo7b2o 25b2o2b2o3bo2bo2bo15b3obobobobo$21b2o4b2o7bob2o23b2o5bo7bo2b2o19bo2bo$ 21bobo7bo3b3o25b2obo3b4o24bobo$25bo4b2o2bo2bo28bo3b2o2b2obo21bo$25bo7b 2o32b3o4bobo$24bo7bob2o32b2o3b2o2bo23b3o$27bo3b3o34bo5bo26b3o$26b2o2bo 2bo29b4obo2bo2bo3bo$29b2o32b3o3b5o2b7obo15b2o$28bob2o30bobo4bo10bo2b2o 15b2o$27b3o32b3obo3bo3bo5b3o18bo$26bo2bo22b2o15bobo2bo7b2o$25b2o24bo2b o8bo3bo5b2o8b2o2bobo$26b2o23bobo12bo7bo8b3obob3o$26b2o23bo13bo8b3o6bo 4bo$28bo3bo19b2obo11bo6bobo5bobo$28b3obo22b2obo8bo6bob2o3bo4bo$33bo19b o2bo2bobo13bob4o3bo5bo2bo$28b2o25b2ob2o2bo11b2o2b2obobo3bob3o$30bo22bo 3b3o2bo16bo6bo2b3o3b3o$43b3o7bo4bo23bo2bo6b2o$2obo7b3o28bo3bo8bo3bo18b 2o4bo2bo10b2o$o3bo6bo30bobobobob2o4bo23bo13bo3bo$o4bo7bo7b2o20bo11bo2b 5o15b2o4b2o8bo$2b2o7bobo4b2obo24b2obo2bobo7bo16bo3b3o8bobobobo$4bobo4b 3obo2b2o27b3o3bo6bo2b2o14bo4b2o8bo5b2o$10bo3b2o2b2o18bo11bo35bo8bo2b3o $6b2ob4ob2o21b2o8bob3o2bo5b3o20bo2bo8bo8bo$7b7o22bo11b3obobo33b4o8b2o 3bo$35bobob2o13bobobo26bo6b2o6b2o3bo$34b2ob5o6bo5bo3bo26bo4bo12bo$33bo 8bo6b2o3b2o2bo26bo15bo$33bo6bob2o12bo30b2obobo7bo2bo$33bo5b2obo13bo30b o4bo9b3o$34b3o5bo47b3ob2o2bo3bo3bob2o$34bo2bo4b4obo43bo2b2obo5bo3bo2bo $37bo5bo2bo52b2o2bo3bo$38bo4b2obo49bob2ob2obo2b2o3bo$44bob2o45bo5bo3bo 7bobo$45b2o47b2o12b2o3bo$43bo2bo53bo7b2o$43b3obo3bo49b3o3b2o2bo$49b2ob o47bo2bob3o$44bo4bo2bo47bo4b2o$44b2o3bo51bo$104bo2bo$46bo56bo$47b2o55b 2o! golly-3.3-src/Patterns/Life/Spaceships/Cordership-boat-burner.rle0000644000175000017500000002132212026730263022021 00000000000000#C diagonal period 576 c/12 spaceship in which a glider consumes #C boats laid down by Cordership puffers: David Bell, 29 Feb 2004 x = 619, y = 638, rule = B3/S23 115bo$115bo$117bo5bo$116bo6bobo$115bo3bobbo$116bobboboboo$121boboo$ 135boo$135boo6$123bo$122bobo18boo$122bobbo17boo$123boo$$90bo11bobo14b oo21bo$89boo10bobbo14boo20boo$88boboo10bobo35boboo$88bobboo47bobboo$ 86b4ob3o17boo25b4ob3o5boo$85bobbobobboo9bo5bobbo23bobbobobboo4boo$86bo bobob3o8boboo4boo15bo9bobobob3o$87boob3obo8boboo20bo11boob3obo$87b4obb obo6bo3bo32b4obbobo$90bo3bo8b4o35bo3bo$90bo3bo8b3o36bo3bo$90bobbo48bo bbo$117boo3boo$106bo13bo$106bo9boob3oboo$106bo9b3obob3o$91boo50boo$ 108bo35boo$107bobo32b5o$108bo33b6o$143boobbo$96boo47b3o$95bobbo45bo$ 88b3o4bobboo44bobo$94bobboo43boobbo$94b4o31bo13b3o$128bobo$127bo3bo7bo $127bo3bo5booboo11boo$127bobob3o6bo12boo$128boobobbo4b3o$94boo36bobo$ 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oo182bo4bo12bo33bo4bo$55bobobboobboo3boo8bo185booboo6b5o36booboo$55bob 4obbobo5bo192b4o48b4o$56bo6bobo199boo50boo$60bob3o12bo213boo3boo$78bo 212bobbobbo$279b3o8boob3oboo$75bobbo186bo25bo5bo19bo$266bo51bo$63boo 164bo35bo16bo33bobbo$63boo160boobobo7bo42bobo35bo$225bobbooboobbooboo 42bo33boobbo$225bo5bobo5bo77bobboo$226boobbo8bo30boo43bo3boo$74boo154b obb3obbo24bo5bobbo$74bobo153b3o15boo13bo5bobbo42bobb3o$75bo43bo128boo 13bo4booboo44boboo$118bo150boo46boo$118b3o181b3o$302b3o7bobo$73bo227bo 3bo5bobbo12boo$74bo227boob3o4bobo7bo4boo$74bo7boo218boo4bo5boo6bo$82bo bo171boo10boo35bobbo$83bo161bo3boo5boo10boo36boo$93b3o137bobbo6booboob oo$63b3o27bo142b3o3bo7bo$94bo133boo3boob4o3bo6boo$67bo160boo9boo4boobb oo84boo$63bo3boo12bo163boobboo79bo4boo$65bobo13boo7boo237boboo$62b3o 16bobo6bobo138b3obo40boo51bo3bo$64bo26bo130bo9boo42boo51boobbo$80boo 136b4oboo4boobo96booboo$63boo16boo134boob3oboo3b3o64b3o27bo3boo$64boo 14bobbo134bob3obo42boo27bobo25boo$64bo15b3o5boo129bo3b4o4boo24bo3boo4b 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327b3o$55bo4bo328bo$57bobbo326boo$57b3o329bo13b3o$54boo331bobbo12b3o5b oo$54boo331bobo13boo6boo$387bo14bo$400boobbo$401bo3bo9bo$312boo87bobbo 10bo$312bobo87b3o7bo$313bo94boo6bo$409b4o$202bobo208bo3bo$201bo195bo 16bo$202bobbo190bobo16bobo$204bobo184boobbooboo4b3o9bo$207bo11b3o169b oobb5o4b4o$206b3o190bo3boobboo$206bo170b3o17bo6boobo$204boo175bo15b3o 4b3o$206bo13b3o158boo14b3o5bo$204bobbo12b3o5boo151bobbo$204bobo13boo6b oo152bobo$204bo14bo162bo$217boobbo133bobo23boo11boobo$218bo3bo9bo11boo 108bo25bobo12boo$218bobbo10bo11bobo108bobbo23boo$219b3o7bo15bo111bobo 19boo$225boo6bo126bo11b3o6bo$226b4o129b3o$230bo3bo124bo$214bo16bo125b oo$213bobo16bobo124bo13b3o$208boobbooboo4b3o9bo123bobbo12b3o$208boobb 5o4b4o132bobo13boo$216bo3boobboo131bo14bo$194b3o17bo6boobo145boobbo$ 198bo15b3o4b3o147bo3bo$198boo14b3o5bo148bobbo$198bobbo170b3o$199bobo$ 199bo$172bobo23boo11boobo54boo$171bo25bobo12boo54bobo$172bobbo23boo68b o$174bobo19boo163boo$177bo11b3o6bo162boo$176b3o$176bo77boo$174boo68bo 3boo4b3o$176bo13b3o51boboobbo6bo$174bobbo12b3o51bobb5obb4o$174bobo13b oo56b3o3b3o$174bo14bo57b3o119boo$187boobbo55boo17boo101boo$188bo3bo54b o18boo$188bobbo168boo$189b3o168bobo$361bo3$381boo$274boo105boo$178boo 94boo$178boo73bo8boobbo$252bobbo5b3obboo111bo$246b3obbo3bo6boobb3o109b 3o$246b3obbo4bo5boobboo109b4o$250bo3boo124bobo$254boo124boo$251boo126b obo$186boo59bobo125booboo$186boo50bob3o4bobo126b3o$236boobo4bo5bo41boo 83bo5bo$238boo4bobbobbo41bobo88bo$181b3o60bobbobbo42bo$180bo62bo4bo$ 180bo3bo54bobbo$178boo3boo39boo14boo140bo$177bobbobobbo28bo3boo4b3o$ 177bobbobobboo27boboobbo6bo51bo$179booboobbo27bobb5obb4o50boo7boo$180b o4bo32b3o3b3o51bobo6bobo$183booboo29b3o18bo49bo$182b4o31boo18bobo$183b oo13boo17bo18booboo$198boo39bo$238boo$238boo$183bo111boo$184bo51bo3bo 54bobo19boo$183bo53bo3bo54bo19bobo$238bo78bo$206boo25b3o5bo$206boo15bo 8bobbo3bo$222bobbo5bo7b3o$181bo16boo16b3obbo3bo5bobbo60bo$181bo34b3obb o4bo4bobo60boo7boo$170bobo8bo3bo34bo3boo68bobo6bobo$170b3o11bobo37boo 78bo$170boo13bo35boo12bob3o$214boo20b4o$214boo21boo$173bo$171bobo50boo 182boo$171b3o50boo68bo113bobo$174bo119boo113bo$170b5o118bobo$154b3o$ 163bo58boo$156boo5b3o14boo40boo12bo$156b4o4bo14bobbo53bo$156boob3oboo 15boo$161bobo$235boo$$214b3o17b3o$214bobo$175boo37bobo$175boo37bo4boo$ 213b3o3boo$171boo46bo42bo77boo$170bobbo41b4o43boo76bobo$165boo4bobo42b oo43bobo77bo$168bo3bo43bo$158bo4boo4boo252bo$158bo3boo6bo46bo204bobo$ 158bobb3obboobbo10b3o9b3o16bobbobo204boo$166boobo10bo12b3o14b3ob4o$ 180bo3bo7bo3bo7bobo4bob4o$178boo3boo8boob3o5bobbobb3o3bo$177bobbobobbo 7boo4bo4bobob6o$177bobbobobboo9bobbo9bobboo$179booboobbo10boo11b3o$ 163boo15bo4bo25bo$163boo18booboo$182b4o$183boo45bo$230boo133boo$229bob o132bobo$365bo$$171boo$171boo$195boo$195boo7$203boo251boo$203boo251bob o$457bo15$388boo$388bobo$389bo$$471bo$470bobo$470boo11$413boo$412bobo$ 413bo12$504boo$504bobo$505bo15$436boo$436bobo$437bo$$519bo$518bobo$ 518boo11$461boo$460bobo$461bo12$552boo$552bobo$553bo15$484boo$484bobo$ 485bo$$567bo$566bobo$566boo11$509boo$508bobo$509bo12$600boo$600bobo$ 601bo15$532boo$532bobo$533bo$$615bo$614bobo$614boo$$616b3o$616bo$617bo 7$557boo$556bobo$557bo29$580boo$580bobo$581bo! golly-3.3-src/Patterns/Life/Spaceships/2c5-orthogonal.rle0000644000175000017500000021764013451370074020261 00000000000000#C All known 2c/5 spaceships up to 90 bits #C Spaceships found by Dean Hickerson, Hartmut Holzwart, David Bell, #C Robert Wainwright, Paul Tooke, Stephen Silver, Tim Coe, Josh Ball, #C Matthias Merzenich, Aidan F. Pierce, Arie Paap, and "Bullet51". x = 1347, y = 760, rule = B3/S23 562bo3bo$562bo3bo$561bobo$560b3o2b2o$231bo20bo290bobo$229b2o3bo15b2o3b o284bo4bo17b2o$229b2o2bo16b2o2bo284b3o4bo16b2o$229b4obo15b4obo282bobo 22b2o$537b2o2b2o4bo$515bo22b2o2b5o12b2obo$226b2obo17b2obo230b3o31bo3b 2obob2o32bobo2bo$225bob2obo15bob2obo229bo2b2o28bo4bobo2bo32b2o3bo17bo 34bo34bo34bo$210bobo12bo3bo16bo3bo230b2ob2o29b2ob3o3bo33bobobo16b4o31b 4o31b4o31b4o$27bo180b3o3bo10bob2o17bob2o233b2o30b2obo5bo13b2o2b5o12b2o b2o14bo2b2o30bo2b2o8b2o8b2o10bo2b2o30bo2b2o$obobo3bobobo13bobo141bobob o3bobobo19b2o3bo5bo12b2obo17b2obo209bobobo3bobobo11bo5bo29bobobo12b2o 2b2o4bo14bo15bo5bo28bo5bo5b2o8bo2bo9bo5bo28bo5bo6b2o8b2o$25bo3b3o169bo 4b2o21bobo18bobo231b2obo3bo25b2o6bobo10bobo37bo4bo5b2o22bo4bo5bob2o2b 2o3b2o11bo4bo29bo4bo6b2o8bo2bo$4bo3bo3bo13bob3o139bo7bo17bo2bo2bo3bo4b o17bobo18bobo211bo3bo15bo2b2o31bobo16b3o4bo18bo13bo6b2o3bo22bo6b2obo5b o5b2o11bo9b2o23bo9bob2o2b2o3b2o$27b2o163b2ob2o3bo3b2obo2bo278bo31b4o3b 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2obo18b2obo19b2obo12bobobo32bobo159bo$161bobo16b3o2b2o15bob3o15bob3o 45b2o18bo39bo2b2o15b2o2bo16b2o2bo14b2o2bo18b2o2bo104b2ob2o$162bo18bobo 17bo3b3o13bo3b3o22b2o81b4o15b2o3bo15b2o3bo13b2o3bo17b2o3bo106bo$182bo 3bo15bobo17bobo24bob3o17b2o38b4obo17bo19bo20bo18bo22bo22b4obo19b4obo 16b4obo17b4obo$182bo3bo16bo19bo24bo3b3o15bob3o15b4obo15b2o2bo124b2o2bo 20b2o2bo17b2o2bo18b2o2bo$249bobo17bo3b3o14b2o2bo16b2o3bo123b2o3bo19b2o 3bo16b2o3bo17b2o3bo$250bo19bobo17b2o3bo17bo128bo24bo21bo22bo$271bo20bo !golly-3.3-src/Patterns/Life/Miscellaneous/0000755000175000017500000000000013543257426015570 500000000000000golly-3.3-src/Patterns/Life/Miscellaneous/die658.rle0000644000175000017500000000063412026730263017211 00000000000000#C Creator: Lifestat application #C Author : Andrew Okrasinski #C Dies out completely after 658 gens x = 20, y = 20, rule = B3/S23 6bo3bo4bo3bo$bo3bobob3o2bo$obo8bobo$2bo3bo2bo6bo$b2o2bo7bo4b2o $b2o5b2o2bo2b2ob2o$b2o6bo2bo3b2o$2bo2bob2o5bobo$3b2o2b2obo6bo $bo4b2o2bobo5bo$2bo3bobo$bobo3b2ob3o3bo$3bo3bo2b2o2bo$2bo4bo3b o2bo$3bo2bo2bobobob2o2bo$o2bo15bo$b2o4b2obo2bo3b3o$4bo4bo2b4o 2bo$bo4bobo2bo5b2o$o2bo6bo2bo! golly-3.3-src/Patterns/Life/Miscellaneous/Cambrian-Explosion.rle0000644000175000017500000023031112026730263021674 00000000000000#CXRLE Pos=-815,-550 #C Cambrian Explosion #C Based on 'a-plus.lif' from Alan Hensel's 'lifebc' collection. #C Most additional patterns are from 2004-2006, and were selected #C (somewhat at random) from Koenig's Life News weblog. For details #C on individual patterns, see http://pentadecathlon.com/lifeNews . #C Press 'm' in Golly to center the view on the column of spaceships #C of different speeds. A new speed (c/6) has been added. #C To the NE are diagonal spaceships with some new speeds (c/5, c/6). x = 1028, y = 672, rule = B3/S23 781b3o9b3o$491b3o15b3o269bo2bo7bo2bo$490bo3bo13bo3bo268bo13bo$489b2o4b o11bo4b2o267bo13bo$488bobob2ob2o3b3o3b2ob2obobo267bobo2b3o2bobo$487b2o bo4bob2ob3ob2obo4bob2o270bo3bo$486bo4bo3bo4bobo4bo3bo4bo269bo3bo$498bo 5bo23bo250b3o4b5o$486b2o7b2o9b2o7b2o10b3o249bo2bo3bo3bo$517bo9bob2o 247bo3bo$515bo2bo9b3o247b3o3bo$516bo2bob3o4b2o248b2obo2bo$519bobo2bo 257bobo$517bobobo3bo249b3o4bo$516b2obobobo2bo248b2o$515bobobobobob2o 249b7o$257bo256b2obobobobo4bo248b3ob3o$256b3o253b2obobobobob6o253b2o$ 255b2ob2o251bobobobobobobo6bo$254b2obobo250b2obobobobobobo2b5o244b3o$ 253b3o2b3o247b2obobobobobobobobo6bo241bo2bo$254bo6bo245bobobobobobobob obobob6o241bo3bo5bo$255b5obo244b2obobobobobobobobobo8bo243b2o3b3o$256b 4ob2o242bobobobobobobobobobobo2b7o243b2o3bob2o$261bo242b2obobobobobobo bobobobobo8bo241bo5b3o$260bo12b2o227b2obobobobobobobobobobobobo2b7o 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21bo$823b21o3bo3b21o2$825b21o3b21o$824bo21bobo21bo$823bo3b20ob20o3bo$ 820bobo2bo2bo37bo2bo2bobo$819bo2bobo4b37o4bobo2bo$818b2o10bo33bo10b2o$ 817bo13b33o13bo$816b4o12bo29bo12b4o$815bo4bo12b29o12bo4bo$815bo2bo15bo 25bo15bo2bo$815bo2bo16b25o16bo2bo$816bo19bo21bo19bo$817b4obo14b21o14bo b4o$818bo3bo15bo17bo15bo3bo$819bo19b17o19bo$819bobo18bo13bo18bobo$841b 13o$818b3o21bo9bo21b3o$818b2o23b9o23b2o$818b3o26bo26b3o$844b3ob3o$819b obo23bo3bo23bobo$819bo24bobobobo24bo$818bo3bo21bobobobo21bo3bo$817b4ob o20bo7bo20bob4o$816bo26bo7bo26bo$815bo2bo24bo2bobo2bo24bo2bo$815bo2bo 24b3o3b3o24bo2bo$815bo4bo53bo4bo$816b4o55b4o$817bo59bo$818b2o55b2o$ 819bo2bo49bo2bo$820bobo49bobo! golly-3.3-src/Patterns/Life/Miscellaneous/fermat-primes.rle0000644000175000017500000006516412026730263020771 00000000000000#C This is a Fermat prime calculator, rigged to self-destruct and stop #C growing if any Fermat primes over 65537 turn up. Since the #C existence of such primes is an unsolved problem in mathematics, #C it is unknown if this pattern grows to infinite population. #C #C The tubs in a row represent the known Fermat primes, starting #C with 5. The other three represent 17, 257, and 65537. A tub gets #C destroyed whenever a Fermat prime is found. In the unlikely event #C that an additional Fermat prime exists, the pond will eventually be #C destroyed, followed by the puffers and breeders. #C #C A number N is tested at about generation 120N - 550, so the tubs #C will be destroyed at about generations: 50; 1,490; 30,290; and #C 7,863,890. #C #C The next-smallest Fermat number that is not known to be composite #C is 2^2^31+1. Therefore, the pond (and the breeders) will survive at #C least 10^640,000,000 generations. So don't expect to see anything #C interesting happen by watching this pattern. Remove the tubs if you #C want to see the destruction. #C #C The careful observer may notice that actually every number of the #C form 2^N+1 is tested for primality, while Fermat numbers are of the #C form 2^(2^N)+1. However, numbers of the form M^N+1 can never be #C prime unless N is a power of 2, so the only primes of the form #C 2^N+1 are in fact the Fermat primes. #C #C The "Primer" and "Caber Tosser" patterns used here are by Dean #C Hickerson. The beehive puffer is by Hartmut Holzwart. #C #C Jason Summers, 7 Jan 2000 x = 838, y = 736, rule = B3/S23 46b3o12b3o$46bobbo10bobbo$46bo16bo$46bo3bo8bo3bo$46bo6b4o6bo$47bobobo bboobbobobo$51bo6bo$51bo6bo$50boboobboobo$50bo3boo3bo$51bo6bo$51boo4b oo$54boo$49bo3bobbo3bo$53bobbo$50b4obb4o$52boobboo$53b4o$52bo4bo$$52bo boobo$51bo6bo$51bo6bo$53b4o$49boobobooboboo$48bobboobooboobbo$47boobb 8obboo$47bo3bobboobbo3bo$46boo5bobbo5boo$46boo3b3obb3o3boo$47bobboobo bboboobbo$48boobob4oboboo$53bobbo$48bo12bo82b3o15b3o$48bo4bobbo4bo81bo 3bo13bo3bo$50boo6boo82boo4bo11bo4boo$44bo5b3o4b3o81bobobooboo3b3o3boob oobobo$43b3o8boo84boobo4boboob3oboobo4boboo$43boboo4bobobbobo75bo4bo4b o3bo4bobo4bo3bo4bo$44b3obboboo4boobo69boob3o15bo5bo$39b3obb3obbo10bo 67boobo3boobboo7boo9boo7boo$38bobbo4bo77b5o4bobboo$41bo9bo6bo61booboob obobo5bobbo$41bo4b3o4b4o7b3o15b3o33boobo3bo3bo8bo$38bobo4b3o15bo3bo13b o3bo28b5o4bo$45b3o14boo4bo11bo4boo23booboobobobo3bo$48bo5boo5boboboob 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9bo92bobbo$175bo307boo156bo33bo95bobbo$640bo32bo3bo7boo85b3o$116bo523b 3o35bo5b4o85bo$117bo555bo4bo5booboo83boo$115b3o9bobbo36bobbo36bobbo36b obbo36bobbo36bobbo36bobbo36bobbo36bobbo36bobbo36bobbo36bobbo36bobbo37b obbo22b5o7boo83bobo$126bo39bo39bo39bo39bo39bo39bo39bo39bo39bo39bo39bo 39bo23b3o19bo116bobboo$126bo3bo35bo3bo35bo3bo35bo3bo35bo3bo35bo3bo35bo 3bo35bo3bo35bo3bo35bo3bo35bo3bo35bo3bo35bo3bo19bobo15bo3bo13bobbo100bo bo$126b4o36b4o36b4o36b4o36b4o36b4o36b4o36b4o36b4o36b4o36b4o36b4o36b4o 20b3o16b4o17bo$94boo570bo3bo100boo$93bobo534boo12b3o20b4o98bobbo$93bo 536boo12b3o121bobbo$92boo27bobobo115bobobo117bo150b4o111bo13bobo123b3o $513bo3bo12bobbo96boo138bo$121bo123bo115bo3bo151bo16bo104bo20bo4boo 102boo$22boo489bobbo13bo3bo104boo16b4o3booboo99bobo$22boo97bobo119bo 119bobo165b4o94b5o4bobo15b5o4bobbo97bobboo$508bo119bo4bo21bo9bobbo98bo bo$125bo115bo123bo143bo123bo22boo8boo$507b3o118bo3bo11bo12bo110boo$ 121bobo117bo120bobo159bo4boo99bo13boo120bobbo$521b4o3booboo110bobo13b oo5bobbo95bobbo$35boboo94boo368bo16b5o4bobbo125b4o8bo95b3o$14boo14bobb oboboo94bo89boo28boo28boo28boo28boo28boo28boo28boo28boo28boo9bo14bo9bo bbo125booboo3bo3bo12boo82bo$14boo13bo3bobbo97b3o86bo29bo29bo29bo29bo 29bo29bo29bo29bo29bo8b3o15boo8boo117bo10boo5b4o3b4o4b4o80boo$30bo6bobo 96bo87b3o27b3o27b3o27b3o27b3o27b3o27b3o27b3o27b3o27b3o24bo127boo22bo3b o4booboo78bobo$31bo5bo188bo29bo29bo29bo29bo29bo29bo29bo29bo29bo151bobo 26bo6boo77bobboo$29bo493boo5bobbo139bobbo87bobo$29bo12bo479b4o8bo$44b oo456bobbo16booboo3bo3bo119bo16boo92boo$41booboo460bo17boo5b4o119boo 15boo8boo84bo$6boo35bo458bo3bo146bobo14bo3bo5bobbo83bo$6boo36boo457b4o 8bo155bo3bo4bobboo82bo$515boo25b4o125bo4bobbobboo79bobbo$43boo469bobo 14bo9bo3bo113bo13bobo3b4o81boo$532boo11bo113boo102boo$41bo487b3o5boobb obbo113bobo103bobo$42bobo475bo7b3o6b3o143boo79bob4o$39boobbo477bo7b3o 5boobbobbo137b4o82boo$520bo11boo11bo136booboo84bo$531bo9bo3bo12boo107b oo15boo82b4o$542b4o3b4o4b4o104booboo102bo$b3o521bo22bo3bo4booboo103b4o 99bobb3o$3bo16boo496boo5boo25bo6boo105boo102b3o$bo19boo492b3oboo3bobo 21bobbo219bo$3bo16bo494b5o246bob3o$b3o512b3o247boobbo$boo527bo18boo 216b3o$bbo58boboo465boo17bo7boo208bo$b3o52bobboboboo464bobo17bobbo5boo 209bo$o3b3o48bo3bobbo487b3o4boo208bobo$5boo49bo6bobo470bo15boo3bo212bo $5boo50bo5bo472bo230bobo$bbo21bobo28bo12boo466bobo230bo$bbo22boboo3boo 21bo12boo467bo20boo207bo$bbo18boo3boob5o503boo18b4o206b3o$21boo3bobob oobo523booboo204boobbo$20bobboobo4b3o10bo497boo15boo205bob3o$21bobobo 7bo9bobo494booboo226bo$21bobo18bo3bo493b4o226b3o$42bobbo495boo225bobb 3o39bo$42bobbo14boo710bo38bo3bo$42bobo15boo706b4o44bo$13b3o755bo13bobb 3o20bo4bo$13b3o752boo12boobboboobo20b5o$15bo750b4o8bob4o3b3oboo13boo$ 16bobbooboo742bo10b5obobbobob4o6boobb5obo$10b3o3b4o3bo751bo4bo4b4obo3b o5b4o7bo$16boboobobo3b3o216boo528bo6bo4bobbobboo4bo10bo$15bo13bo15bo6b oo192bobo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bobbo3b5o3bo bbob3oboo7b3o$27bo16b3o5boo193bobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobo bobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobb obbo6bo5boo9b3obbo3bo$29bo14bobbo200boobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobobob obobbobbo6bo5boo9b3obbo3bo$27b3o16bo205bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3b o3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo3bo 3bo3bo3bo3bo3bo3bobbo3b5o3bobbob3oboo7b3o$27boo15b3o729bo6bo4bobbobboo 4bo10bo$28bo15b3o728bo4bo4b4obo3bo5b4o7bo$27b3o15bo719bo11b5obobbobob 4o6boobb5obo$26bo3b3o11boo717bo6bo7bob4o3b3oboo13boo$31boo12boo723bo 11boobboboobo20b5o$31boo730bo6bobb3o9bobb3o20bo4bo$28bo735b6o3b3o40bo$ 28bo744boo3boo31bo3bo$28bo747booboo32bo$774b6o$772bo3b3o$776bo$772bo3b o$773b4o! golly-3.3-src/Patterns/Life/Miscellaneous/infinity-hotel1.rle0000644000175000017500000001454412026730263021235 00000000000000#C Infinite Glider Hotel #C The name is derived from the old mathematical "infinity hotel" #C scenario, where a hotel with an infinite number of rooms always #C has room for more guests by shuffling the old guests around. #C Here two pairs of double Corderships are pulling slowly apart at #C c/12 such that there is an ever-lengthening glider track between #C them. Every 128 generations another glider is injected into the #C glider track, joining the gliders already circulating there. #C Eventually an arbitrarily large number of gliders will be #C traveling around the track. #C The tricky bit to this construction is that even though all the #C previously injected gliders are repeatedly flying through the #C injection point, that point is guaranteed to be empty when it is #C time for the next glider to be injected! #C David Bell, 29 May 2001, based on his original version, 9 Oct 1992. #C From Alan Hensel's "lifebc" pattern collection. x = 274, y = 206, rule = B3/S23 99bo82b3o$87bo11b3o80bobo$85b3o14bo23boo38boo14bobo$69bo14bo16boo23bo 38bobbo9boo4bo$69b3o12boo38bobo38b3o10boo3b3o$72bo47boob3o39boo12bo$ 71boo17bo4bo24boboo42bo13b4o$88boob3obbo3boo19b3o41boobo12boo$89boobo 7bobo15b5o42b4o13bo$72boo16boboobo6bo15b3o43bobobo$72boo18boo6b3o55boo 3booboo13bo$80bo10bo66boo4bo3bo12bobo$79b3o12bo27bo42b3o13b4o$78boobbo 8bobbo27b3o41bo15b3o$82boo9bo88bo$79b3oboo29bobo6boo$80bobboo30bo3boob oo42boo26bo$79b3o6boo30b3o3boo41bobo13bo7boboboo$82boo4bo19boo11bo4bob o21boo17bobo12booboobbooboobbo$82boo6bo16bobo18bo21boo32bo5bobo5bo$89b oo16bo20boo39b4o11bo8bobboo$85boo19boo4boo57bo13bobb3obbo$75bo9bo24bo bbo60boo15b3o$75bobo8b3o21boo47b3o12boo35b3o$75boo11bo30boo$119boo36bo 51bo$156boo3bo20bo25boo3bo$157bobo21bobo12bo12bobo$69boo89b3o18bobo12b o15b3o$68bobo89bo21bo13bo15bo$68bo$67boo91boo32bo17boo$129boo28boo32bo bo15boo$129bo30bo33bo17bo$127bobo29boo50boo$127boo31boo50boo$75b3o92bo $74bobbo42boboo39bo3bobbobobbo63bo$74boobo41b5o39b5oboo4bo46bo15b3o$ 78boo29bo9b4o41bobo4bo3bo46bo14booboo$78boo6boo21b3o110bo3b4o7bo3boo$ 77bobbo3bobbo24bo7b3o48b3o51bo3bo5bobobobo$78boo4boo4boo19boo7b3o49bo 51bo3boo4bobboboo$68boo20bo16boo12bo102b3o7boboo$54boobboo9bo18bobo16b o105boo6boboo10boo$52bobbobbobbo7bobo16boo19bo97boo4boo6b3o$52boobboo bboo8boo36boo97boo13bo$187b3o55b3o$52boob4oboo70boo110bo3bo$51bobboobb oobbo69bo52bo58bo4bo$51b3obboobb3o5boo15bo3bo40bobo51boo3bo56bo3bo$52b obbobbobbo6boo14b3obobbo18bo8bo5bo4boo53bobo38bo16b3obobbo$52b4obb4o 22bobobo19bo3bo4bobo5b3o60b3o14boo18bobo14bo7bo$50boo4boo4boo5bo20bo 17bo3bo3bo8b4o59bo10boo4boo17bobbo14bobo3bo$53boo4boo7bobo19boo16bobo 6boo10bo69boo24boo14boobo3bo$50boobob4oboboo3bobbo13bo3bobo37boo58boo 51boob3o$51bobo6bobo3bobbo18bobo34bo61boo40boo$55bobbo129bo40boo$51b3o 6b3o3bobbo117boo$49boobb3obb3obboo3boo42boo74boo$52bobbobbobbo33boo16b o7boo114bo$50bobo8bobo31bo14b3o4boobobboboo64boo43bobo13bobo$73bo22b3o 11bo6boobbo4bo64boo21bobo19bobo13bobbobbo7bobo$51bo10bo8boo6boo17bo23b o90booboo19bo14boboobobo5booboo$51boo8boo9boo5bo43bobo87boobo41bo6boob o$52boo6boo18b3o129bo37b3o11bo$52b10o20bo130bo36boo13bo$213bo32boo3boo 12bo$246boo$54bo4bo81bobo$56boo84boo80bo$48bo93bo80b3o$48b3o22b4o28b4o 28b4o28b4o$51bo20bo3bo27bo3bo27bo3bo27bo3bo50b3o$32bo17boo24bo31bo31bo 31bo5b3o39booboo$20bo11b3o37bobbo28bobbo28bobbo28bobbo6bo43bo$18b3o14b o143bo$bbo14bo16boo209boo$bb3o12boo42boo182bobboo$5bo16bo30bo7boo183b oo3boo9boo$4boo20bo25b3o186boo4boo4bo8boo$21bobo3bo4b4o15boobbo185boo 6b3o$21bo5boo3bobboo14bo3bo5b3o185b3o$5boo20boo4bobboo13boboo7boo$5boo 5b3o10bo7bobbo14boo6boo$12bobo9booboo5boo23b3o$10bo3bo10bobo26bobo3bob o165boobbo9bobo$10boboobbo37bobbo3boo164b3obbo8booboo8boo$10bo3bo38bo 3bo168bo4bo9boobo9boo$12boo41bobo169boo11bo$18bo33boo187bo$12bo5bobboo 29bo7bo180bo$12bo4bo3bo19boo10bobboboobo$15b3o5bo16bobo10b3o5bo$22boo 16bo20boo$18boo19boo4boo199boo$18bo24bobbo199boo$7bobo9b3o21boo$7boo 12bo30boo$8bo43boo3$bboo$bobo$bo$oo$62boo146b3o$62bo147bo$9bo50bobo 148bo13bo$8b3o49boo27boo132b3o$7boobbo77boo131bo$7bo214boo17bo$7b3o 229b3o11bo$7booboo30bo195bo14b3o$10boboo5boo21b3o50bo142boo16bo14bo$9b oobbo3bobbo24bo6b3o40bo115boo42boo12b3o$11boo4boo4boo19boo8bo41bo11boo 101boo55bo$boo20bo16boo11b3o25boo9boboo9bo4bo157boo$bbo18bobo16bo40boo 8booboo8bobb3o123bo13boo$bbobo16boo19bo49bobo9bobboo90b3o8boobo19boo 11bobo$3boo36boo158bo9bobo18bobo10boobo18boo$200bo11bo33b6o15boo$211b oo9b3o22bo4bo$18boo65b3o123boo8bobobobo21bobbo$16boob3o63b3o6boo115boo 8bo3boboo21boo$16boobobo51boo8bo4boo4boo125boobbobo$20boboo17bo31boo9b oo3boo132bo5bo$40boo15boo28boobbo131bobboboo$24bo16boo14boo31boo121boo 9boboo23boo7b3o$212bobo16boo19bo7bo$114bo97bo18bobo16bo9b3o$9boo47boo 52booboo94boo20bo16boo$5boobboo47bo52b3o103boo8boo4boo19boo5bo$4bobo 38boo12b3o154bobbo7bobbo24bo5b3o$4bo23boo16bo14bo49b3o51b3o48bobbo9boo 21b3o8b3o$3boo23bo14b3o66bo52b3o15b3o30bo35bo10boo$29b3o11bo121b3o17bo 30boo3bo$31bo57boo77b3o13bo32bobboobo$71bo12boo3boo32bo44b3o47b3obbo$ 71bo13boo36bo44b3o99boo$72bo11b3o37bo145bobo$68boboo6bo41boboo49bo98bo $67booboo5boboboobo14bo19booboo48bobo97boo$68bobo7bobbobbo13bobo19bobo 21boo27boo35boo$82bobo13bobo43boo23boo40bo5b3o$99bo68bobo40bobo3bobboo $147boo19bo5boo36boo4b3o$148boo17boo5boo43bo$106boo40bo$106boo40boo$ 90b3oboo51boo37bo44bo$88bo3boboo14boo24boo47boo42b3o21boo8bo$88bo3bobo 14bobbo17boo4boo10bo36bobo40bo24bobbo6bo$86bo7bo14bobo18boo14b3o79boo 19boo4boo5bobo$86bobbob3o16bo38bobo80boo16bo20boo$86bo3bo56bo3boo80bo 16bobo9boo7bo$87bo4bo58bo79bo19boo16bobo$88bo3bo138boo36boo$89b3o55b3o $114bo13boo77boo16boo$113b3o6boo4boo78bo$100boo10boobo6boo84bobo$99boo bo7b3o96boo7boo$96boobobbo4boo3bo51bo52bobo6boo6boo11boboo$95bobobobo 5bo3bo51b3o50boobo6bobo5boo11bo3bobo$94boo3bo7b4o3bo102boo9bo24bo$95b ooboo14bo46bo3bo4bobo29bo15bo3b4obbo22bobo$96b3o15bo46bo4boob5o27boo 20bobobo19bobo$97bo63bobbobobbo3bo27bobo21boo36boo$166bo96boobboo$123b oo50boo50boo38bobo$124boo50boo40boo7bo16boo23bo$124bo17bo33bo37boo4b4o 4b3o14bo23boo$124boo15bobo32boo36boobboob3o6bo11b3o$123boo17bo32boo33b oo6bo23bo$206boobboo$124bo15bo13bo21bo28bobo$122b3o15bo12bobo18b3o29bo $125bobo12bo12bobo21bobo$123bo3boo25bo20bo3boo21boo4boo$127bo51bo20bob oo4bo$199bo9b3o$123b3o35boo12b3o24bo8bo$143b3o15boo35boobo$143bobb3obb o13bo32boo$139boobbo8bo11b4o$138bo5bobo5bo32boo$138bobbooboobbooboo12b obo17boo$138boobobo7bo13bobo$142bo26boo$$154bo$152b3o15bo$152b4o13b3o$ 153bobo12bo3bo4boo$155bo13booboo3boo$168bobobo$154bo13b4o$154boo12bob oo$153b4o13bo$157bo12boo$151b3o3boo10b3o$152bo4boo9bobbo$152bobo14boo$ 152bobo$152b3o! golly-3.3-src/Patterns/Life/Miscellaneous/tubstretch-c124b.rle0000644000175000017500000001473512026730263021214 00000000000000#C c/124 pseudo tub-stretcher #C Jason Summers, 2-Sep-1999 -- from "jslife" pattern collection x = 346, y = 313, rule = B3/S23 126boo$126bobb3o$127bob3o13$120boo$119bobo$121bo12$98bo$98boo$97bobo$ 104boo$105boo$104bo3$19boo133bo$19boo131bobo$44boo107boo$44boo5$90boo$ 19b3o67bobo$18bo3bo21b3o44bo$17bo5bo19bo3bo$8boo7booboboo$8boo32bo5bo$ 42boo3boo$20bo$8bo10bobo$7b3o9bobo23bo$6bo3bo8boo23boboo$8bo9bo25bo$5b o5bo5b3o24bo3bo$5bo5bo4bo3bo24bobbo$6bo3bo4bob3obo23b5o18bo$7b3o6b5o4b o19b5o18boo$26boo16boo3boo16bobo$25boo18b5o24boo$38bobo5b3o26boo$38boo 7bo26bo$10bo28bo$$180bo$10bo21bobo144bo$8bobo22boo144b3o$9boo22bo$18b oo6boo$18boo6bobo$27b3o16boo$3boo3boo18boo16boo$17bo7boo33boo$4bo3bo9b o6b3o31bobo$5b3o8b3o42bo$5b3o$26boo$3bo11bo10boo4bobboo$bbobo11bo14bo 3boobboo130bo$bbobo10bo15bo7boo129bobo$3bo28b4o11bobo121bo$48boo$19bo 28bo$oo3boo12b3o162bo$o5bo15bo160boo$21boo160bobo24boo$bo3bobboo28bo 17boo151boo$bb3o4boo27boo16boo153bo$8bo28bobo3$48bo$48boo163boo$47bobo 162boo$5bo15boo3boo186bo$3booboo15b3o$22bo3bo$bbo5bo14bobo21boo$24bo 20bo3bo161boo$bbooboboo35bo5bo160boo$43boobo3bo8boo$21boo21bo5bo8boo$ 22bo7boo8boo3bo3bo151boo$19b3o7bobo7bobo5boo151bobo$19bo11bo7bo162bo$ 13boo23boo$bboo8b3o$3bo7bobobbobboo$3o8boobboobboo25bo$o5boo7boo24b3ob oobboo152b3o$6boo33b4o4boo154bo$29bo15boo7boo148bo$27b3o24boo$26bo5bo$ 26boo4b3o$35bo206boo$34boo152bo52boo$5b3o7boo37b3o131boo53bo$4bo3bo5bo bo26b3o8b3o130bobo$16bo26bo9bo3bo$3bo5bo34bo$3boo3boo42boo3boo$16boo 227boo$16bobo17b3o6b3o196boo$8boo6bo4boo3boo7bo3bo7bo198bo$8bobo12b3o 8bo5bo5bo4boo$10bo11bo3bo7booboboo10bobo$9boo12bobo25bo$6bo17bo$6bobbo 30bo$6bo14b3o15boo10bo$21b3o$38boboo129boo$5booboboo25bobboo128bobo$ 37b4o131bo$5bo5bo7boo3boo26b3o$20b5o26bo3bo$6booboo10b3o12boo3boo7bo5b o$8bo13bo16bo10bo5bo$36bo5bo10bo119b3o$37booboo9bo3bo119bo$38bobo11b3o 119bo$39bo13bo$7boo30bo$7boo$53boo219boo$21boo30boo103bo114boo$21boo 135boo115bo$39boo116bobo$39boo$$293boo$277boo14boo$276boo$278bo8$141b oo$140bobo$142bo131b3o$276bo$275bo3$109boo32b3o$109boo34bo131boo$87boo 55bo131bobo$87boo34boo153bo$74bo4bo10boo31boo$72bobo4bo10b3o5boo$64boo 4boo7bo10boo6boo$64boo4boo11boobboo39bo$70boo8boobbobboo39boo$72bobo5b 4o43bobo131boo$74bo7bo17boo47bobo110boo$99bobbo4boo3boo35bo3bo107bo$ 88boo12bo50bo7bo$88boo12bo5bo3bo26boo8bo4bo4b4o146boo$85bo13boobo6b3o 27boo12bo4boboboo144boo$85boo12boo8b3o37bo3bo3bobbob3o8boo135bo$84bobo 62bobo6boboboo9boo$159b4o$72boo26boo59bo$71bobo26boo5boo41bo$61boo7bo 6boo4bo24bo22boo4b3o10bobo$61boo7bobbobbobbobbobo20b3o7boo14bobo3bo12b oo$70bo6b3oboboo20bo8boo16b3o3bo$71bobo6booboo31bo16boo$72boo7boboo45b oo$82bobo9boo34b3o111b3o$83bo10bobo46boo101bo$96bo46boo100bo$96boo33b oo204boo$131boo204boo$113b3o$98boo15bo131boo$98bo15bo22boo107bobo78b3o $88boo6bobo19boo13boobobboboo105bo80bo$87b3o6boo19b3o13bo4bobboo185bo$ 75bo8boboo26boboo19bo14b3o$75bobo6bobbo26bobbo16bobo15bo$76bobo5boboo 10bo15boboo35bo9bo$63boo11bobbo7b3o8boo8boo7b3o5boo35bobo165boo$63boo 11bobo9boo7bobo7bobo8boo5bobo22bobo8boboo66boo96bobo$75bobo24boo3bo19b o22bobbo6booboo10boo55boo97bo$75bo9bo14bobbobboo19boo12boo10boo6boboo 10boo54bo$86boo53boo8bo3boo5bobo$85boo13bobbo34bo7boo5boo8bo$101bobbo 24boo6boo6bo4bobbo$102bobo23bobo6bobo10bobo$90boo11bo26bo183boo$90boo 223boo$102boo210bo$77boo23boo42bo7bo$75bobbo66b4o5bobo$74bo7b3o3bo51b oobbobboo8boo4boo$66boo6bo6bo3b5o20boo9b3o16boobboo11boo4boo$66boo6bo 7bo3booboo9boo8bobbo9bo13boo10bo7boo$75bobbo3bo3boob3o8boo12bo7bo5bo7b 3o10bo4bobo$77boo5b4oboo23bo12b4o6boo10bo4bo59b3o$86b4o24bo11boobobo8b oo74bo61boo$88bo14boo5bobbo11b3obobbo7boo73bo62boo$102bobo5boo14boobob o127boo$102bo24b4o127bo3bo29boo$101boo25bo113boo13bo5bo28boo$217boo23b oo13bo3boboobboo$216bobo14boo3bo6boo10bo5bo3boo17b3o8b3o$218bo14bobo3b o5b3o10bo3bo16bo6bo12bo$234b5o6boo12boo17b3o6bo10bo$235b3o4boo9bobo22b 3o$242boo10boo13boo48boo$254bo14boo5boo3boo34bobbo$276boo3boo17boo14bo 15bobo$201boo67bo28bobo6boo6bo10b3obbo3bo$202boo65bobo29bo6boo6bo19bo$ 201bo66bobbo45bobbobboo7bo4bo4boo$267bobbo8boo38boobbobbobo7bo5boo$ 324b3o5bo3bo$238bo9boo17bobbo61bobo$237bobo7b4o18boo5boo$230boo4boboo 5b3obbobbobo21bo6boo14boo$230boo3booboo9boobbobbo17b3o8boo13boo15bo$ 236boboo6bo9boo16bo9bo15boo14bo$237bobo5bo8bo3boo41bo14b3o$164boo72bo 6bo10boo10bobo29bobo$164boo87bobbo6boo4boo28boobo$144boo107bobo7bobo3b o42boo$142bobbo32boo85bo46boo$129bobo9bo7b5o24boo85boo33boo$129bo3bo7b o6bo5bo16b3o10b3o113boo$119boo12bo7bo7boo3bo10bo5bo14bo$119boo8bo4bo7b obbo7bo9booboo4bo12bo81boo$133bo10boo121bo35bobboo11boo$129bo3bo28bo5b o86bo9bobo17bo11bo4bo3boobboo7bobo$129bobo8bobo12boo48bo49boo8boo18boo 9boo4bo7boo7bo$141boo12bobbo3booboboo18boo13b4o37boo11boo22boo4boo8bob o4b4o$141bo44bobo12b4o16bo20b3o3bo7b3o21boo4b3o$155bobbo29bo5boo5bobbo 8boo5bobo16boboo4b4o5boo22boo4boo45bobo$154bobbo36boo5b4o14bo3boo7boo 5bobbo4bo4bobboo20boo6boo7boo32boo3bobbo$154bobo45b4o3boobobo4bo3boo3b oobboo5boboo5bo3bobbo20bobo6bo8bobo24boobboob3o5boo$155bo49bobbo3boo5b o3boo3boo12b3o3boobo19boo3bo19bo23bobo3bo3bo3bo3boo4boo$209bo10bobo20b oo25bobboboo19boo6boo4boo7bo8bobo5boo6boo$125bo10bo18boo52bobbo8bo48bo 29b3obo5boo7bobbo6boobbobbo$125boo9boo17boo5boo7boo97bo31boobo13bo13bo bo$116boobboo4boo7bobo4bo20bo8boo12boo69bo12boboo27bo18bobo$116boobboo 4b3o13bobo15b3o8bo14boo84boo47boo$120boo4boo15bobo14bo41bo56bo$125boo 16bobbo54bo57bo$125bo17bobo39boboo12b3o67boo39bo$142bobo4boo4bobo27bob o55bo27boo20boo16boo10boo$142bo6bobo4boo28bo11boo41b4o6boobboo35bobo 16bobo9boo$151bo4bo29boo10boo40boboboo5b4obobbobo32bo11boo12boo6bo3boo $151boo33boo47boobbobbob3o5boobo3bo3bo19bo20bo3bo10b3o5bo3bobo$186boo 47boo3boboboo4bo12bo5boo11b4o17bo5bo10boo6b5o$241b4o14bo4bo4boo10boobo bo6bobo6bobbo3bo13boo4b3o$153boo49boo37bo19bo16b3obobbo3bo3bo13bo13boo $153bo28bo10b4o7bobo52bo3bo17boobobo4bo8bo7bo$141boo8bobo17boo8boo5boo 7bo6bo54bobo10boo8b4o4bo4bo3bo4boboo$141boo8boo18boo8bobo4boobboo3bo 73bobo9bo7bo8boo$128bo4bo10boo21bo6boo16boobbo74bo19bo3bo$126bobo4bo 10b3o20bo6b3o93boo21bobo$124boo7bo10boo28boo36boo8bo$118boo4boo11boobb oo20boo6boo7boo30bobbo6bobo$118boo4boo8boobbobboo19bobo6boo7bobo24boo bbo3bo7bobo$126bobo5b4o19boo3bo19bo4bo3bo14b3obboobbo7bobbo3boo$128bo 7bo20boobboo19boobbo4bo4boo5boboo16bobo4boo$186bo4bo4boo5bobbo8b3o4bob o$187b3o13boboo15bo$156boo48b3o$156boobo47boo$159bo$159bo37bo$156bobbo 20boo14boo$130boo9boo14boo20bobo14bobo8bobo$130bobo9boo37bo23bo3bo$ 125boo4b3o7bo6bo44boo10bo12boo$121b4obbo4b3o12bobo17boo24bobbo7bo4bo8b oo$121b3oboo4b3o12bo3boo3boo9bobo28bo7bo$130bobo13bo3boo3boo8b3o4boo4b o18bo7bo3bo$130boo14bo3boo12b3o4bobboobobo17bo9bobo$147bobo15b3o4b3obo 3bo12bobbo$148bo9boo6bobo4boobo3bo12boo$157bobo7boo6boo3bo$157bo19bobo $156boo20bo! golly-3.3-src/Patterns/Life/Miscellaneous/diagfuse1.rle0000644000175000017500000000365412026730263020062 00000000000000#C Jason Summers, 25 Aug 1999 (minor optimizations made later). #C From "jslife" pattern collection. x = 127, y = 133, rule = B3/S23 56boo$52b4oboo$25b3o24b6o$53b4o$25bo37b4o$62bo3bo$57boo7bo$46bo9b4obbo bbo$28b3o13boo9bo3boo$45boo9b4obbobbo$28b6o8bobbo4boo5boo7bo$33b3o6bob o4bobbo9bo3bo$35bo8bo5b3o10b4o$33bobo7bobo4boo$33boo8bobo$bb3o29boo9b oo7b6o$3boo4bo25bo17bo5bo$bb3o3bobo48bo$8bobo42bo4bo$9bo45boo3$16bo10b obbo$15bobo13bo$14bobbo9bo3bo$15boo11b4o$24bo$23bobo$22bobbo$23boo5$ 28bo60boo$27bobo55b4oboo$26bobbo55b6o$bbobo22boo57b4o$bbo33bo59b4o$bbo 19bobo10bobo57bo3bo$8bobo14bo8bobbo61bo$8bobo14bo9boo29boo15bo7boobbo bbo$8bobo11bobbo39booboo12boo7b3o$10bo12b3o38bo3boo13bobo5boobbobbo$ 10bo52boo4bo15bo13bo$10booboo47b3obbobo7b3o5b3o7bo3bo$11bobboo27bo19bo bboobo7bo4bo13b4o$11b3oboo26bobo18boo11bo5bo$43boo33boo3bo$38b3o40boo 4b6o$40bo7bo37bo5bo$39bo7bobo42bo$46bobbo36bo4bo$47boo39boo$10boo$13b oo$8bobboo47bobbo$8b3obb3o48bo$7bobo5bo44bo3bo$61b4o$$11bo$10boboo46bo $10boboo45bobo54boo$boo8boo45bobbo50b4oboo$b3o12bobo40boo51b6o$b3o11bo 32bobo62b4o$b3o4bo6bo3bo31bo71b4o$oboo3bobo5bo3bo17bo13bo70bo3bo$3o3b ooboo4bo20b3o9bobbo61boo3bo7bo$bo4booboo4bobbo16b3obo9b3o60bo3b4obbobb o$7b3o5b3o16bo4bo56bo15bobb3oboo$8bo24boo3bo56b3o15b7obbobbo$33bo3boo 55b4o11bo8bo7bo$5bobobobo22boo37bo19boo13bobo11bo3bo$4bo7bo21b5o34bobo 18boobboo7bo15b4o$4bo7bo60boo20b5o8boboo$4bobbobobbo83b3o10boo$4b3o3b 3o101b6o$70b3o40bo5bo$72bo46bo$71bo41bo4bo$115boo$37b3o$37bobbo$37bobb o46bobbo$91bo$41bo45bo3bo$34bo3bobbo46b4o$33b3o3boo$$27boo6b3o$27b3o7b o4bobo$27b3o7bo3bo39bobo$27b3o11bo3bo38bo$26boboo11bo3bo38bo$26b3o12bo 39bobbo$27bo5b3o5bobbo37b3o$33b3o5b3o$34bo35bo$69b3o$31bobobobo30boob oo$30bo7bo28b3obboo$30bo7bo29boobboo$30bobbobobbo32b3o$30b3o3b3o32boo 8$71bo$70bobo$69bo3bo$70boboo$72bo$60boo4boo$60b3obbobbo6bobo$60b3obbo bbo5bo$60b3o4boo5bo3bo$59boboo3b3o5bo3bo$59b3o4b3o5bo$60bo4booboo4bobb o$66b3o5b3o$67bo$$64bobobobo$63bo7bo$63bo7bo$63bobbobobbo$63b3o3b3o! golly-3.3-src/Patterns/Life/Miscellaneous/lightspeed.rle0000644000175000017500000000726012026730263020337 00000000000000#C This is a mechanism that could be used for lightspeed #C communication (note the lone glider in the pattern on the #C left). The only catch is that we need a way to create long #C waves of closely spaced gliders. This can be done by using #C many edge-shooting glider guns, but it requires a lot of #C space. The completed device would be shaped like a very #C elongated diamond, with lightspeed communication occurring #C across the short diagonal. #C Jason Summers, 29 Oct 1999; from "jslife" pattern collection. x = 781, y = 364, rule = B3/S23 204boo423boo$203b3o422b3o$203boobo421boobo$204b3o422b3o$205bo424bo78$ 154bo424bo$155boo423boo$154boo423boo3$151bo424bo$152boo423boo$151boo 423boo3$148bo424bo$149boo423boo$148boo423boo3$145bo424bo$146boo423boo$ 145boo423boo3$142bo424bo$143boo423boo$142boo423boo3$139bo424bo$140boo 423boo$139boo423boo3$136bo424bo$137boo423boo$136boo423boo3$133bo424bo$ 134boo423boo$133boo423boo3$130bo424bo$131boo423boo$130boo423boo3$127bo 424bo$128boo423boo$127boo423boo3$124bo424bo$125boo423boo$124boo423boo 3$121bo424bo$122boo423boo$121boo423boo3$118bo424bo$119boo423boo$118boo 423boo3$115bo424bo$116boo423boo$115boo423boo$353boo423boo$352b4o421b4o $112bo238booboo181bo238booboo$113boo237boo184boo237boo$112boo423boo3$ 109bo424bo$110boo423boo$109boo423boo3$106bo424bo$107boo423boo$106boo 423boo3$103bo424bo$104boo423boo$103boo423boo3$100bo424bo$101boo423boo$ 100boo423boo3$97bo424bo$98boo423boo$97boo423boo3$94bo424bo$95boo423boo $94boo423boo3$91bo424bo$92boo423boo$91boo423boo3$88bo424bo$89boo423boo $88boo423boo3$85bo424bo$86boo423boo$85boo423boo3$82bo424bo$83boo423boo $82boo423boo3$79bo424bo$80boo423boo$79boo196b3o224boo196b3o$277bo424bo $278bo424bo$76bo195b3o226bo195b3o$77boo193bo229boo193bo$76boo195bo227b oo195bo$267b3o422b3o$267bo424bo$73bo194bo229bo194bo$74boo186b3o234boo 186b3o$73boo187bo235boo187bo$263bo424bo$257b3o422b3o$70bo186bo237bo 186bo$71boo185bo237boo185bo$70boo180b3o240boo180b3o$252bo424bo$253bo 424bo$67bo179b3o242bo179b3o$68boo177bo245boo177bo$67boo179bo243boo179b o$242b3o422b3o$242bo424bo$64bo178bo245bo178bo$65boo170b3o250boo170b3o$ 64boo171bo251boo171bo$238bo424bo$232b3o422b3o$61bo170bo253bo170bo$62b oo169bo253boo169bo$61boo164b3o256boo164b3o$227bo424bo$228bo424bo$58bo 163b3o258bo163b3o$59boo161bo261boo161bo$58boo163bo259boo163bo$217b3o 422b3o$217bo424bo$55bo162bo261bo162bo$56boo154b3o266boo154b3o$55boo 155bo267boo155bo$213bo424bo$207b3o422b3o$52bo154bo269bo154bo$53boo153b o269boo153bo$52boo148b3o272boo148b3o$202bo424bo$203bo424bo$49bo147b3o 274bo147b3o$50boo145bo277boo145bo$49boo147bo275boo147bo$192b3o422b3o$ 192bo424bo$46bo146bo277bo146bo$47boo138b3o282boo138b3o$46boo139bo283b oo139bo$188bo424bo$182b3o422b3o$43bo138bo285bo138bo$44boo137bo285boo 137bo$43boo132b3o288boo132b3o$177bo424bo$178bo424bo$40bo131b3o290bo 131b3o$41boo129bo293boo129bo$40boo131bo291boo131bo$167b3o422b3o$167bo 424bo$37bo130bo293bo130bo$38boo122b3o298boo122b3o$37boo123bo299boo123b o$163bo424bo$157b3o422b3o$34bo122bo301bo122bo$35boo121bo301boo121bo$ 34boo116b3o304boo116b3o$152bo424bo$153bo424bo$31bo115b3o306bo115b3o$ 32boo113bo309boo113bo$31boo115bo307boo115bo$142b3o422b3o$142bo424bo$ 28bo114bo309bo114bo$29boo106b3o314boo106b3o$28boo107bo315boo107bo$138b 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golly-3.3-src/Patterns/Life/Miscellaneous/infinity-hotel0.rle0000644000175000017500000000741012026730263021226 00000000000000#C original Infinite Glider Hotel #C David Bell, 9 October 1992 #C "InfinityHotel_old" from Alan Hensel's "lifebc" pattern collection. x = 566, y = 572, rule = B3/S23 13boo$13boo6$13b3o$$13bobo$12b5o$11boo3boo$11boo3boo4$bbo6bo$boo6boo$ 3o6b3o$boo6boo$bbo6bo165$301bo$$297bo7bo$291b3obbo8bo$291b3obbo3boo4bo $289bobboobbo6bobo$289bobo10boobo$289b3o$280boo18bo$280boo$316bo$314b ooboo$$314boo$314bo$316bo3bo$272boo38bo3bo$272boo$306bo$305bobo10bo$ 305bobo7bobo$304bobbo6bo$304bobo8boo$303bo11bobo$264boo37boo10bobo$ 264boo38bo9boboo$313booboo9bo$316b3o$323bo7bo$306bo15bo8bo$272b3o30bob o14bo3boo4bo$305bo16bo6bobo$270bo34bo22boobo$269boo3bo30bo$270bobo53bo 22boo$273b3o28bo$273bo29b3oboo38bo3bo$301boob3o39bo$273boo28bo41bo7bo$ 272boo75bo4bo$273bo70bo4bobobo$272boo32bo37bo8bo$273boo30boboo35boboo 4bo$283bo20booboboo33b3oboobo$276bo3bobbobobbo19bo36boob3o$276b5oboo4b o21boboo4boo12boo$277bobo4bo3bo25boboo8boo4boo$311b4obob3o5boo$284b3o 28bo$285bo$$370bo$368boobo$324boo41bo$318boo4boo40bobbo3bo$318boo45bo 9bo$240boo56b3o64boobboo4bo$239boo124boo$241bo21boo31bo70bo5bo$262bobo 30boo3bo64b3o4bo$252boo7bo13bobo18bobo66boo4bo3boo$252boo7bobbo6boobbo bbo20b3o14boo48b4o$261bo8bobo5boo19bo10boo4boo39bobo13bo3bo$262bobo3bo 3bo3bo3boo4boo22boo45b3o12bo$263boobboob3o5boo6boo11boo57boo11bo7bo$ 270boo3bobbo19boo75bo4bo$275bobo21bo70bo4bobobo$298boo56bo13bo8bo$299b oo55bobo11boboo4bo$261bo94b3o11b3oboobo$261bobo38boo51bo15boob3o$238bo 22boo39boo21bobo27b5o$236bobo85booboo12bo$227bo7bobo86boobo12bobo$226b oo6bobbo11boo72bo17bo$225boo4boobbobo11boo73bo18bo$215boo7b3o4boo3bobo 15bo69bo18boo$215boo8boo4boo5bo14bo87bobbo$226boo25b3o85b3o$227bo107bo 6bo$239bo94b3o$234b4obbo9b4o26b4o84boo$236bob3o8bo3bo25bo3bo50b3o29boo bbo5bo$237bo15bo29bo5b3o39booboo30bobb3o4bo$234bo14bobbo26bobbo6bo43bo 32bo4bo4bo$237bo52bo76b5o$234bo134boo$$227bo$227boo$226bobo$370boo$ 214boo27bo126boo$213bobo26boo$203boo7bo6boo4bo16bobo$203boo7bobbobbobb obbobo26bo$212bo6b3oboboo25bobo$213bobo6booboo14bo8boo3bo9boo84bobo$ 214boo7boboo14b4o5boo3bo9boo83booboo$224bobo15b4o4boo3bo94boobo8boo$ 225bo16bobbo6bobo94bo12boo$242b4o7bo72boo22bo$241b4o80bobo22bo$241bo 82b3o$324boo$324boo$325bobo$326bo27boo$354boo$$323boo3boo$323boo3boo$$ 319b3o3b3o$319bo5b3o$203boo115bo5bo$203boo113bo$318boo$317bobo3$208bo 114b3o$208bo114b3o$195boo12bo112bo3bo$195boo8boboo101boo$204booboo102b oo8boo3boo$205bobo102bo5$187boo114bo$187boo114boo$302bobo$$290boo31boo $289bobo31boo$188boo89boo7bo6boo4bo$187b5o87boo7bobbobbobbobbobo$182bo 4bo4bo32bo62bo6b3oboboo$182bo4b3obbo30booboo61bobo6booboo10boo$182bo5b obboo29b3o65boo7boboo10boo$189boo109bobo$222b3o76bo$216bo6bo$215b3o$ 214bobbo$214boo18bo$215bo18bo$217bo17bo$216bobo12boboo$217bo12booboo$ 199b5o27bobo21boo$182b3oboo15bo51boo$181boboob3o11b3o$180bo4boobo11bob o55boo$179bo8bo13bo56boo$179bobobo4bo70bo$178bo4bo75boo$179bo7bo11boo 57boo$186bo12b3o45boo$181bo3bo13bobo39boo4boo10bo$189b4o48boo14b3o$ 182boo3bo4boo66bobo$186bo4b3o64bo3boo83bo$185bo5bo70bo85bo$192boo152b 3o$183bo4boobboo64b3o$183bo9bo45boo$185bo3bobbo40boo4boo$191bo41boo$ 187boboo$188bo$$273bo$243bo28b3o$231boo5b3obob4o$225boo4boo8boobo25bo 3bo4bobo$225boo12boo4boobo21bo4boob5o$208b3oboo36bo19bobbobobbo3bo$ 207boboob3o33booboboo20bo$206bo4boobo35boobo30boo$205bo8bo37bo32boo$ 205bobobo4bo70bo$204bo4bo75boo$205bo7bo41bo28boo$212bo39b3oboo$207bo3b o38boob3o29bo$254bo28b3o$208boo22bo53bobo$253bo30bo3boo$227boboo22bo 34bo$227bobo6bo16bo$226bo4boo3bo14bobo30b3o$227bo8bo15bo$227bo7bo$240b 3o$231bo9booboo$241boobo9bo38boo$241bobo10boo37boo$241bobo11bo$242boo 8bobo$244bo6bobbo$241bobo7bobo$240bo10bobo$252bo$285boo$242bo3bo38boo$ 238bo3bo$244bo$243boo$$240booboo$242bo$277boo$258bo18boo$267b3o$253bob oo10bobo$253bobo6bobboobbo$252bo4boo3bobb3o$253bo8bobb3o$253bo7bo$$ 257bo144$558bo4bo$556boob4oboo$552bo5bo4bo$551bo$551bo3$549boo3boo$ 550b5o$551b3o$552bo8$552boo$552boo! golly-3.3-src/Patterns/Life/Miscellaneous/elbow-ladders.rle0000644000175000017500000001402712026730263020732 00000000000000#C Left: Single glider Elbow Ladder, based on Dieter Leithner's #C side-shooting pseudoperiod 124 glider gun (improved by Dean H.) #C Scot Ellison, April 1997 [posted 9 May 1997] #C Right: Elbow Ladder based on a p92(104) slide gun from #C Jason Summers. Scot Ellison, 23 Oct 2002 x = 463, y = 206, rule = B3/S23 141boo160boo$141bo162bo$159boo143bobo$128boo29bo145boo7bo$128bo184boo$ 173boo137boo$173bo139boo$300boo37b3o$300bobo38bo$139boo3boo101boo53bo 38bo$142bo104bo52b3o10boo25bo$139bo5bo10boo3boo82bobo64boo$95boo43boob oo12b5o70boo11boo66boo9bo15bo$95bo31b3o11bobo14b3o70bobboo78bo7boo17bo $126bo3bo11bo16bo70b6o64b3o20boo16bo8bo$82boo41bo5bo10bo27booboboo38b oo15b4o47bo18bo36b3o8boo62boo$82bo42bo5bo68bo13bobbo36b3o26boo15bobo 112bo$128bo41bo5bo23boo11boobbo35bo4bo41boo63boo48bobo11bo$126bo3bo83b obbo34bo5bo106bo50boo10boo$127b3o41booboo39bo9bo6b4o17bo109bobo61b3obo $128bo44bo52boobb6o18boo97boo8boo61boo$82bo55bobo19bo54bo9boo4bobboo 69boo45bobbo51boo18boo17b3o$82bo13bo41boo21boo51bobbo14boo20boo48bobo 44boobbo53bo18bo15bo4bo$81bobo11b3o27b3o11bo3b3o14boo51boobbo35bo50bo 47bobbo50boobbo33bo5bo$80booboo9b5o26b3o14bo3bo67bobbo34bo5bo8bo35boo 6bobo15b4o20bo16boo35bobbo17bo20bo$79bo5bo7boo3boo24bo3bo12bo5bo67boo 36bo4bo8boo42boo16boobo36bobboo34bobo16boo18boo$82bo11b5o33bobo6boobob oo106b3o55bo19bo20bo14b6o34boo16boo7bobo$79boo3boo8bo3bo24boo3boo3boo 39b3o153boo20bobbo14b4o53b3obo3boo10boo$95bobo35bo20boo3boo12bo3bo173b oobbo52boo18boo6bo12bo$96bo59b3o122b4o45boo20bobbo52bobo18bo14bo5bo10b o$155bo3bo12bo5bo59bo6boo18bo15bobboo46bo20boo39bo12bobbo33bo4bo11boo$ 156bobo13boo3boo59boo5bobo17boo15bobboo31bo10boobo37b4o20boo10boobbo 35b3o$98bo58bo72bo16bo34bobbo32boo9b4o35b6o11bo23bo$96booboo45boo82boo 15boo34boo84bobboo11boo20boo$146bo223boo51boo$95bo5bo45b3o4boo127boo 74bo64bo$149bo5bo126bobbo73boo55boo4bo3boo$95booboboo24boo24b3o127bobb oo5bo100boo20bobo4bobooboo$77booboboo42bo9b4o12bo110bo17bobboo6boo69b oo18bo7booboo14bo4bo7boobo$77bo5bo47boo7bo33boo88bo16b4o78bobo17boo6bo bbo15boobboo$78bo3bo48bo3boo3bo24boo7bo6bo80b3o83bo16bo25bobbo$79b3o 53bo3bo15bo6bobobboboo8b3o166boo15boo25boo$153boo6boobbo4bo7bo69bo$ 154boo10bo11boo69boo141boo$142boo23bo80boo110bo30bobbo$100boo40bo19bo 198boo28bobbo15bo$100bo28boo9bobo17b3o13bo183boo29booboo14boo$97bo3b3o 27bo8boo17bo14booboo109bobo102boo$59boo34bobo5bo17boo9bo26boo127boo$ 59bo20boo14boo23bo10bo40bo5bo42boobo3boboo56bo52bo5bo63bobo$80bo8boo 41bo89bobbo3bobbo108b3o3b3o62boo$46boo37boobboobboo36bo41booboboo43b3o 3b3o108boobo3boboo23boo37bo$46bo38bobobbobbo35boo5bo78bo23bo135boo$86b 3o47bobo76b3o19b3o134bo$60bo26boo47boo40bo39bo17bo$60bo114bobbo38boo 17boo$59bobo116bo$58booboo83bo27boo$57bo5bo82bobo5boo3boo13bo$43bo5bo 10bo85boo8b3o15bobo$43bo5bo7boo3boo30bo60bo3bo15boo62boo92bo23bo$44bo 3bo45boo60bobo61bo5bo13boo44bo46b3o19b3o$45b3o34boo11boo27boo31bo61b3o 3b3o11bo47bo48bo17bo$81b3o3bo7b3o7boo17bo50boo3boo36boobo3boboo56b3o 47boo17boo42bo$78boboo4b4o5boo8bo53boo14bo5bo217bo$71boo5bobbo4bo4bobb oo63bo111bo125b3o$71bo6boboo5bo3bobbo65b3o13bo3bo91boo$81b3o3boobo71bo 14b3o78boo3bo7boo110bo$82boo23boo134bo14b3oboboo118boo$106bobbo133boo 13b3o4bo117boo21bo$109bo151bo3bo10bo130boo$59booboboo43bo15bo10boo90bo 33b3o3boo7boo127boo$59bo5bo40boobo13boo11bobo15bo73boo38boo6boo110bo$ 60bo3bo42bo16boo10bo17boo71bobo32b3o3bo120boo$61b3o197bo3bo85boo20bo 14boo$24boo129bo102b3o4bo86boo15boobbo$24bo16boo3boo33bo25boo45bobo 101b3oboboo71bo7bo5bo9bo6bo5bo$55bo24bobo24bo19bo25bobbo101boo3bo73bo bbobobbo15boo4boobbobo$11boo29bo3bo9bo11boo9bo3boo8bo9bo21bobo24bobbo 12bo108bo59b3o3b3o22boo3bo$11bo31b3o8b3o11bo10bo3boo5b4o10boo20boo39b oo3boo3boo98boo90b3o$43b3o33bo3boo4b4o10boo50bo11bobo$64boo14bobo6bobb o47bo13boo17bo3bo191b3o$64bo16bo7b4o45b3o33b3o191boo3bo$65b3o22b4o7boo 34bo36b3o190boobbobo$22boo3boo38bo25bo7bobo6bo26boo170bo58bo5bo$25bo 18boo57bo5bo200bo58boobbo32bo$22bo5bo15bo9bo48boo4b3o50boo9bo134b3o62b o21bo10bobbo$23booboo21b3oboobboo57bo41boobboobboo4b3o220boo9bobboo$ 10b3o11bobo22b4o4bo58bobo39bobobbobbo4bo3bo46bo7bo63bo$9bo3bo11bo27boo 61boo41b3o11bo48bobbobobbo64boo$8bo5bo10bo134boo8bo5bo45b3o3b3o63boo 45bo5bo$8bo5bo155bo5bo163b3o3b3o$11bo58bo100bo3bo164bobooboobo$9bo3bo 57bo100b3o124bo42booboo$10b3o56b3o61b5o131boo7boo20boo40booboo41b3o3b 3o$11bo120bob3obo130boboo3boobo19boo41booboo41bobbobobbo$21bobo35bobo 71bo3bo131bo3bobo3bo107bo3bobo3bo$21boo36bo3bo70b3o132boobbobobboo107b 4o3b4o$8b3o11bo3b3o14bo19bo71bo134b3o3b3o109bo7bo$8b3o14bo3bo11b4o14bo 4bo4boo50boo106bo41bo5bo165boo$7bo3bo12bo5bo9boboboo17bo5bo51bo60boo 45boo211boo$24booboboo4boobbobbob3o12bo3bo31bo70boo7boo5bo261bo$6boo3b oo3boo17bo4boboboo13bobo31boo40boo23bo5bobo6bo$16bo24b4o49boo11bo10bob o14bo24b3o3bo9b3o$43bo28bo33bo10bobbo42bo14bo$71boo33b3o7boo44boo113bo $114boo3bo8boo147boo$72bo43boo10bo203bo7bo$23bo5boo40bobo43bobbo212bo 6boo$24boo3bo31bobo6bobbo44bobo61b3o146b3o$23boo5b3o29boo5bobbo38bo69b o3bo$32bo29bo47b3o67bo5bo130bo$9boo21bobo8boo27bo36b5o66booboboo131boo $9bo8boo13boo7b3o26boo89booboboo148boo69bo$14boobobboboo15boboo12bo24b o307boo$14bo4bobbo16bobbo12boo22bo82bo5bo$18bo20boboo13boo21b3o240bo$ 17bo24b3o11b3o27bo17bo58booboo155boo$43boo11boo28bobo13b3o60bo156boo$ 55boo8boo19boo13bo7b5o$55bo9bobo33boo7b3o$67bo43bo55bo$67boo97bobo$ 165bo3bo8boo3boo$76bobo14bobo69b5o11bo$77boo14boo4bo64boo3boo7bo5bo$ 77bo16bo3b3o64b5o9booboo$28bo69b3o65b3o11bobo227b3o$28b4o135bo13bo230b o$12bo16b4o63boo3boo78bo229bo$11bobo5boo8bobbo5boo56bo4bo253bo$9boo3bo 14b4o5bo26bo290bo$4boo3boo3bo4boboboo3b4o31boo289b3o$4bo4boo3bo5boo3bo bbo35boo11bo$11bobo10bo51bo103boo158bo$12bo8bobbo15boo34b3o6boo93bo 160boo$40bobo42bo254boo$41b3o123boo$42boo9bo45boo66bo$25b3o3bo7boo13b oo43bo245bo$27bo4bo6b3o11boo291boo$oo24bo3b3o312boo$bo$bobo8boo26boo$ bboo8bo5bo21bo9bo$9boo6b5oboo24bo$8b3o5bobboo4bo23b3o$9boo5boo8bo29bo$ 12boo4bo7bo29bobo$12bo13bo29boo$25bo8boo26bo$23boo9bobo23boo$36bo24boo 14bo$36boo37b3o300bo$74bo304bo$74boo301b3o$32bo354b3o$32bobo328bo25bo$ 32boo330boo22bo$363boo3$69boo3boo292bo$47bo21bobobobo293boo$46bo23b5o 293boo$46b3o22b3o$53bo18bo$53bobo$53boo$$58boo$58bo$$72boo$72bo$386bo$ 386bobbo$386bobboo$22boo$22bo$32bo$30boo$31boo11$17bo$16bo$16b3o$23bo$ 23bobo$23boo6$12boo$12bo! golly-3.3-src/Patterns/Life/Miscellaneous/infinity-hotel2.rle0000644000175000017500000001124212026730263021226 00000000000000#C An improved "infinite glider hotel". #C Every 128 generations, another glider is injected into #C the expanding loop, but there's always room for it. #C Mostly by David Bell, 5/2001; from Jason Summers' "jslife" archive. x = 256, y = 157, rule = B3/S23 99bo66b3o$87bo11b3o64bobo$85b3o14bo23boo37bo3bo$69bo14bo16boo23bo38bo 3bo$69b3o12boo38bobo23boo17bo$72bo7boo38boobboo24boo11boo4bo$71boo7bo 39boo40bo6bo$87bo20bobbo50bo5bo$81boo5bo19bo3bo54boo$72boo14boo17bo4bo 49bo3bo$72boo7boo4boobboo14bo4bo38boo10bobo$87bo3boo14bo3bo39bo$82bo 25bobo31boo6b3o$142boo22b3o$151bo13bo3bo$150bo14bobbo$150boo13boo$88b oo36boo$88bo19boo16bobo41bo$90bo16bobo18bo40bobobboo7boo$89boo16bo13bo 6boo4boo32bo3b4o6b3o$85boo19boo4boo6boo12boo35bo7boboboo$85bo24bobbo5b obbo30boobo9boobo10boo$86b3o21boo7bobo32bo3bo8bobo$75b3o10bo31boo32bo 3bo9bo27bo$74bobbo65bo12bobo37bo$78bo64bo51bobo$74boo66bobo47bobboo$ 69boo3boo3bo59bobboo22bo24bo5bo$68bobo8bo58bo5bo20bobo23bo5bo$68bo8bo 60bo5bo20bobo11b3o10bo4bo$67boo6b3o61bo4bo21bo26bo$75boo52boo9bo53b3o$ 75bo53bo11b3o34bo$78bo48bobo47bobo$74b6o47boo49bo15booboo$73b5o63boob oo47bo$73bo3bo62bo56boo$74b3obo65boo48b3o$74bob3o30bo31b3obbobo$78bo7b oo21b3o34bobo4b3obo$73b3o8bobbo24bo6boo24bo5bo4boboo$84boo4boo19boo5bo bo24bobbobbo4boo$68boo20bo16boo11bo24bobbobbo$54boobboo9bo18bobo16bo8b o30bo4bo$52bobbobbobbo7bobo16boo19bo5bo37bobbo$52boobboobboo8boo36boo 5bobboo34boo$116b3o72boo12bo$52boob4oboo14boo3boo24bo9bo14boo57boo11b 3o$51bobboobboobbo12bobobbobo23boboo22bo38bo31b3obo$51b3obboobb3o5boo 5bo4bo24boo3bo19bobo38bo32bo3bo8bo$52bobbobbobbo6boo5bobbobbo19boo3bo 23boo38bobo32bo3bo5b3o$52b4obb4o14b3o23boobbo3bo56bobboo34bob3o3bo$50b oo4boo4boo5bo29boobo3bo59bo5bo34b3o4boo$53boo4boo7bobo28bo6bo59bo5bo 35bo$50boobob4oboboo3bobbo21bo6bobo65bo4bo10boo27bo$51bobo6bobo3bobbo 23bo6boo4bobo59bo14boo26bobo$55bobbo32b3o13bo61b3o40boobboo$51b3o6b3o 3bobbo146boo$49boobb3obb3obboo3boo42boo17bobo$52bobbobbobbo33boo16bo7b oo9boo35booboo$50bobo8bobo31bo14b3o4boobobboboo5bo35bo$96b3o11bo6boobb o4bo45boo$51bo10bo16boo17bo23bo46b3o3boo40bo$51boo8boo16bo43bobo49boo 39boo$52boo6boo18b3o133bobo$52b10o20bo$$67bo$54bo4bo5boo$56boo8boo133b o$48bo151bo$48b3o34b4o28b4o28b4o47b3o$51bo32bo3bo27bo3bo27bo3bobb3o$ 32bo17boo4boo30bo31bo31bobbo$20bo11b3o20bobo26bobbo28bobbo28bobbo4bo$ 18b3o14bo21bo$bbo14bo16boo$bb3o12boo42boo$5bo8bo46boo170bo$4boo9bo216b oo19bo$14bo6boo209bobo17bobo$20b3o18b3obo15b3o187bo3bo$5boo13boboo16bo 3boboo14boo186bo3bo$5boo12boob4o14boo4bo12boo188bo3bo$20bobo17bob4o13b 3o186bo3bo$21bo38bobo122bo63bobo$61boo121bo65bo$184b3o59bo$245bobo$ 229bo15boo$21boo36boo75boo91b3o17boo$21bo19boo16bobo74boo3b3o88bo16bob o$23bo16bobo18bo77boo48boo22bo17bobboo8boo5bo$22boo16bo13bo6boo81bo40b oobboobboo6bo11b3o15boobobo7boo5boo$18boo19boo4boo5b5o82booboo32boo7b oobbobbobo4b3o14bo19bo$9bo8bo24bobbo4b3oboo119boo13b3o4bo16boo17boo$8b 3o8b3o21boo7bobboo134boo6bo33bobo6boo$8bobbo9bo31b3o85b3o55bo33boo7boo $10boo42bo73boo14bo49b3o36boo$10bo117boo10bo4bo47bo5bo$7boo131bo5bo41b oo6bo3bo23bo17b3o$bboo3b4o129bo5bo40bobbobboo5bo21b3o18boo$bobo4bobbo 129boobbo40boobbo4boboboo4boo15bobo15boo$bo7bo130bobo44boobbo5boo6boo 15bo17b3o$oo139bo38boo6b4o49bobo$7bo54boo77bo37bobo60boo$6bo5bo49bo57b oo57bo$60bobo57boo56boo$5bo5boo47boo95boo$156bobbo42boo36boo$8bo151bo 4bo36bo19boo16bobo$5bobbobboo148bobbobbo36bo16bobo18bo$10bo31bo112boo 4bobbobbo35boo16bo20boo$11boo6boo21b3o8bo99boobo4bo5bo31boo19boo4boo7b o$6bobo8bobbo24bo7boo100bob3o4bobo32bo24bobbo5b3o$7bo9boo4boo19boo6bob o109bobobb3o28b3o21boo8bo$boo20bo16boo74b3o48boo33bo$bbo18bobo16bo73b oo56bo$bbobo16boo19bo5b4o67bo47booboo18bo$3boo36boo4bobb3o61booboo15bo 54b3o$48bo3bo80bobo47boo3boobbo$8b3ob4o32bobbo82bo34b3o10bobo3bo3bo$7b obb3obbo22bo10b3o64b3o53bo9bo5boboo$6bo4bo22boobo3boo76bo26bo21bo4bo7b oo5boo$7bobobb3o19b3o4boo72bo4bo10b3o11bobo20bo5bo68boo$9boboo23boobb oo73bo5bo23bobo20bo5bo68bo$9b3o19boo6b3o15boo56bo5bo24bo22boobbo67bobo $10bo19boo3bo3bo17boo57boobbo47bobo18boobo48boo$31booboo3bobo73bobo51b o18b3oboo$25bo6b4o4bo75bo37bobo12bo17bo$9boo15boo12bo17boo56bo27bo9bo 3bo32b3o$5boobboo14boo31bo84bobo8bo3bo33bo30bo11bo$4bobo38boo12b3o69b oo10boboo9boboo28bo11boo21b3o7bo$4bo23boo16bo14bo66boobobo7bo35boo7bo 11bobbo24bo6bo$3boo23bo14b3o82b3o6b4o3bo32boo9boo8boo4boo19boo4boo$29b 3o11bo84boo7boobbobo38boo20bo16boo8bobo$31bo110bo40bo18bobo16bo8b3o$ 183bobo11boo3boo19bo6bo$146boo13boo21boo13boo21boo7boo$144bobbo14bo31b o5bo30boo$143bo3bo13bo38bo$144b3o22boo20b3obo$160b3o6boo20bobbobo24boo $161bo29booboboboo21bobo$147bobo10boo55bobbobbo$146bo3bo42b3o20bo3b3o 15boo$144boo58bo10boobbobbo15boo$144bo5bo54boo9booboo$143bo6bo53boo11b 4o$143bo4boo11boo27boo47boo$143bo17boo23boobboo47bo$143bo3bo37bobo38b oo12b3o$143bo3bo37bo23boo16bo14bo$144bobo37boo23bo14b3o$144b3o63b3o11b o$212bo! golly-3.3-src/Patterns/Life/Miscellaneous/loggrow-corder.rle0000644000175000017500000000421212026730263021135 00000000000000#C A Cordership-based object whose population grows logarithmically. #C David Bell, 10 July 2004; from Jason Summers' "jslife" collection. x = 158, y = 168, rule = B3/S23 94bo$86b3o3b4o$86bobo3booboo$86b3obbo$91boo3bo$92b4o$93b3o10boo$106boo 7$114boo$101bo12boo$90boo9b3o$89bobobo7b3o$89bo3boo5bo3bo$90boo8b4o$ 90b3o7boboo3$80bo6boo$79bobo3bo3bo$78bo3bobo3boo$79bobobboboboo$80bo3b obboo$84bo4bo$85bobbo$64bo22bo$56b3o3b4o$56bobo3booboo$56b3obbo$61boo 3bo$62b4o$63b3o10boo$76boo3$78boobo$78bo4bo$78bo5bo$81bobbo$80bobboo$ 71bo7bobbo$60boo9b3o6bobo$59bobobo7b3o$59bo3boo5bo3bo$60boo8b4o6boo$ 60b3o7boboo4boobbo$79boboo$76booboo$76b3o$76bo67boo$76boobbo63boo$32b 5o7bo19boo11b3o$30boo5boo4bobo18boo11boo$30bo7bo4bo$30boo7bo3bobbo28bo $32boo6bo3b3o26b3o$35bo36bobbo$35bo4bo13boo17bobbo53boo9boobbo6boo$36b oobo14boo18bobo54boo8bobob3o4boo$74b3o53bo14bobo$136b3o$134boboo$134bo bboo$134boobo$135boo$51bo3bo6boo71bo$49bobbob3o5boo$52bobobo$40bobo7bo 81bo$34boo4b3obobooboo79bobbo14boboo$34boo6bobboo3bobo3bo90bo4bo$50bob o76bo22bo$38boo91boo8b3o3bo6boo$26b3o8b4o100bobbo3bo7boo$24b7o5boobbo 103bo4bo7bo$23b9o3bob3o102bobo4boo5boo$22bo7b3o3boobo88bo14bo7b5o$23b 3o6bo54b3o39bo$24boo43bo17bo42bo$27bo42bo17bo43boo$28bo39b3o54bo6b3o$ bb5o7bo14bo88boboo3b3o7bo$oo5boo4bobo102b3obo3b9o$o7bo4bo103bobboo5b7o $oo7bo3bobbo100b4o8b3o$bboo6bo3b3o8boo91boo$5bo22bo76bobo$5bo4bo90bo3b obo3boobbo6boo$6boobo14bobbo79booboobob3o4boo$25bo81bo7bobo$101bobobo$ 94boo5b3obobbo$22bo71boo6bo3bo$21boo$20boboo$19boobbo$20boobo$19b3o$ 10bobo14bo53b3o$4boo4b3obobo8boo54bobo18boo14boboo$4boo6bobboo9boo53bo bbo17boo13bo4bo$82bobbo36bo$82b3o26b3o3bo6boo$82bo28bobbo3bo7boo$114bo 4bo7bo$79boo11boo18bobo4boo5boo$78b3o11boo19bo7b5o$12boo63bobboo$12boo 67bo$79b3o$77booboo$75boobo$75bobboo4boobo7b3o$76boo6b4o8boo$83bo3bo5b oo3bo$84b3o7bobobo$75bobo6b3o9boo$75bobbo7bo$73boobbo$73bobbo$73bo5bo$ 74bo4bo$76boboo3$80boo$80boo10b3o$92b4o$91bo3boo$96bobb3o$91booboo3bob o$92b4o3b3o$70bo22bo$69bobbo$68bo4bo$69boobbo3bo$68boobobobbobo$68boo 3bobo3bo$68bo3bo3bobo$69boo6bo3$54boobo7b3o$54b4o8boo$53bo3bo5boo3bo$ 54b3o7bobobo$54b3o9boo$42boo12bo$42boo7$50boo$50boo10b3o$62b4o$61bo3b oo$66bobb3o$61booboo3bobo$62b4o3b3o$63bo! golly-3.3-src/Patterns/Life/Miscellaneous/wicks-DRH-2002.rle0000644000175000017500000013344612026730263020331 00000000000000#C Wicks found on random tori. The first p8 and the p20 have been #C found before; probably some of the others have too. Periods are: #C 3, 4, 6, 7, 8, 9, 10, 12, 16, 20, 21, 24, 26, 29, 32, 38, 40, 56, #C 176, 190, 224, 360, 376, 525, 1056 #C Dean Hickerson, 31 August 2002 x = 1172, y = 450, rule = B3/S23 9b2obo$9bob2o$13b2o125b2o650bo15bo15bo15bo15bo15bo15bo15bo15bo15bo15bo 15bo15bo15bo15bo15bo15bo15bo15bo15bo15bo15bo15bo$13bo125bobo649b3o13b 3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b 3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o$14bo28bo4bo8bo4bo8bo4bo8bo4bo8bo 4bo8bo4bo8bo4bo6b2o66b2o5b2obo228b2obo6b2obo331b3o13b3o13b3o13b3o13b3o 13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o13b3o 13b3o13b3o13b3o13b3o$13b2o27b3ob3o7b3ob3o7b3ob3o7b3ob3o7b3ob3o7b3ob3o 7b3ob3o4bobo68bo5bob2o228bob2o6bob2o293bob2o6b2obo$9b2obo28bob4obob4ob ob4obob4obob4obob4obob4obob4obob4obob4obob4obob4obob4obob4ob3o65bo4b2o 4b2o230b2o2b2o4b2o291b2obo6bob2o$9bob2o28b2o6b3ob3o7b3ob3o7b3ob3o7b3ob 3o7b3ob3o7b3ob3o7b3obobo67b2o3bo5bo15b5o9b5o9b5o9b5o9b5o9b5o9b5o9b5o9b 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8bobo18bobo93b3o72bo5bo$238bobo9bo6b3o11boo92bo3bo8b3o50b3o7boo3boo$ 238bo17booboo72boo97bo$237boo17booboo61bo9bobo29bo5bo$256b5o60bobo7boo 31boo3boo7b3o63bo$255boo3boo58bo3bo7boo45bo63bobo$320bo3bo7boo109bobo$ 320bo3bo10b3o29bo77bo$320bo3bo41bobo76bo$320bo3bo41bobo73bobbo$256boo 62bo3bo41bo76boo$321bobo42bo$322bo8boo3boo28bobbo$367boo90boo$258boo 72bo3bo122boo$258boo8boo63b3o$268boo63b3o$$312boo146bo$268bo43boo145bo bo$267bobo188bo3bo$266bo3bo62boo124b3o$266b5o42bo19boo122boo3boo$265b oo3boo40bobo133bo$266b5o40bo3bo131b3o$267b3o41b5o130booboo$268bo41boo 3boo128b3ob3o$247boo62b5o129b3ob3o10bo$248bo63b3o130b3ob3o10bo$248bobo 5boo55bo131b3ob3o6b3obo$249boo5bobo74boo111booboo$257b3o73bo113b3o7bo$ 258b3o63boo5bobo114bo8boobo$257b3o63bobo5boo126boo$256bobo63b3o$256boo 63b3o$250boo70b3o134boo3boo$250boo71bobo133boo3boo$324boo126bo7b5o$ 271boo57boo119bo9bobo$248bo14b3o6boo56boo119b3o$249bo15bo5bo189b3o$ 249bo14bo44boo137boo$308boo6b3o14bo114b3o$310bo5bo15bo111b3oboo$247boo 3boo63bo14bo112boo$250bo$247bo5bobboo203boo$248booboobbobo70boo3boo 126boo$249bobo5bo73bo121boo$250bo73boobbo5bo118bobo$250bo73bobobbooboo 114boo6bo$263b3o58bo5bobo114bobbobbobbo$262bo3bo64bo111b3obboo6bo$261b o5bo63bo111b3o7bobo6boo$252bo63b3o123bo3bo6boo7bobo$251b3o6bo7bo46bo3b o121bo5bo16bo$250bo3bo5bo7bo45bo5bo87b3o31bo3bo17boo$249bob3obo73bo77b obbo32b3o$250b5o6bo5bo45bo7bo6b3o79bo$262bo3bo46bo7bo5bo3bo78bo$263b3o 60bob3obo54boo18bobo$314bo5bo6b5o54bobbo$300bo14bo3bo66bo$299b3o14b3o 67bo$298boobo84bobo$298b3o85bobo$299boo86bo$443boo$443boo$252boo130boo 3boo43boo$252boo130bo5bo43boo$$328boo36boo17bo3bo$328boo37bo18b3o$367b obo6bo$368boo6b4o$377b4o53b3o$377bobbo52booboo$377b4o52booboo$376b4o 53b5o$376bo55boo3boo$369boo84boo$369boo17boo65bo$249boo133bo3boo58bo4b obo$248bobo133boo61bobo3boo$247b3o133bobo61boobo$247boo198booboo$247b oo198boobo$248bobo186bobo7bobo$249bo187bobo8bo$438bo13boo$260b3o113boo 74boo$246boo3boo7b3o114boo$246boo3boo8bo105b5o4bo60boo$261bo104bob3obo 10bo52bobo13b3o$248b3o10bo105bo3bo11bo50bobbobboo10b3o$248b3o9bobo105b 3o11b3o50boo3bobo$249bo119bo70bo$370boo$260bobo107bobo9b3o65boo3boo$ 261bo108bobo10bo67b5o$261bo109bo11bo68b3o$261bo121bo69bo$251bo8b3o120b o55bo7b3o$252boo6b3o105booboboo7b3o53bobo6bo$251boo115bo5bo73bo$369bo 3bo$246b3o121b3o9b3o53b3o$245bo3bo133bo54b3o$244bo5bo132bo55bo$244bo5b o$247bo10bobo189b3o$245bo3bo9boo178bo$246b3o10bo178b3o9bobo$247bo190b 3o8b5o$371boo75boo3boo$265boo104boo75boo3boo$247boo16bobo170bobo$247b oo18bo171bo$253bo21bo175bo$251bobo9bo9bobo176boo$250bobo11boo8boo$249b obbo201bo$250bobo$246boo3bobo196bobbo$245bobo5bo196boo$245bo$244boo16b oo3boo$265bo$262bo5bo$263booboo$264bobo54boo$265bo55boo$265bo5$265boo$ 265boo$274boo$274boo$321b3o$274bo45bo3bo17boo$273bobo43bo5bo16bo$273bo bo44bo3bo6boo7bobo$274bo46b3o7bobo6boo$321b3obboo6bo$325bobbobbobbo$ 271booboboo48boo6bo$271bo5bo53bobo$272bo3bo54boo$253boo18b3o63boo$254b o84boo$254bobo5boo$255boo5b3o$264boobo$264bobbo$264boobo$262b3o57boo 15b3o$262boo57boo6b3o$256boo65bo5bo9bobo$256boo72bo7b5o$278boo57boo3b oo$270boo5bobo57boo3boo$271boo6bo$270bo$337boo$326bo8boobo$325b3o7bo$ 324booboo$263bo59b3ob3o6b3obo$253boo3boo3boo58b3ob3o10bo$262bobo58b3ob 3o10bo$254bo3bo64b3ob3o$255b3o12bo53booboo$255b3o11b3o53b3o$268bobobo 53bo$268bobobo62boo3boo$258bo10b3o65b3o$257b3o10bo65bo3bo$256bo3bo76bo bo$258bo79bo$255bo5bo8bo$255bo5bo7b3o$256bo3bo7bobobo$257b3o8bobobo64b oo$269b3o65boo$270bo7$258boo$258boo! golly-3.3-src/Patterns/Life/Miscellaneous/infinity-hotel3.rle0000644000175000017500000002141012026730263021225 00000000000000#C "Infinite LWSS hotel" #C A new LWSS is added to the loop every 250 generations. #C The old LWSSs reenter the stream at a point 12/25ths of the #C way between the new LWSSs. Unlike earlier patterns of this #C type, this one will not work (for long) if the old spaceships #C re-enter exactly halfway between the new ones. #C Jason Summers, 20 October 2002; c/3 portions by David Bell. #C From "jslife" pattern collection. x = 515, y = 298, rule = B3/S23 196boo141boo$196bobbobo133bobobbo$198boob3o129b3oboo$204bo127bo$198boo b3o129b3oboo$198boobo133boboo3$163boo207boo$164bo207bo$162bo211bo$162b oo209boo$154bo227bo$154b3o223b3o$157bo221bo$156boo10bo210boo$165bo3bo 6bo176boo$165bo4bo4b4o173b3o15boo$165bo3bo3b5obo73bo29bo67b3obo14boo$ 166b3o3bo6boo71bobo27bobo65b3obo$166bobobbo3bob3o73bo29bo67b4o$162b3ob obo3bobobboo173boo$167boo$258boo17boo$233boo23boo17boo23boo$175boo57bo 31booboo31bo57boo$176bo57bobo29bo3bo21bo7bobo57bo$173b3o59boo27bobo3bo bo20bo6boo59b3o$173bo17boo51b3o11boo4boo5boo4boo10bobobbo49boo17bo$ 171bobo18bo50booboo10boo17boo9b3o3bo49bo18bobo$171boo16b3o52bobboo46bo 49b3o16boo$189bo34boo18bo4bo33boo3b5obo16boo34bo$147boo76bo18bobobboo 15booboo12b4o5boo17bo76boo$147bo77bobo19bob3o15bobo15booboo19bobo77bo$ 149boboo18boo53boo5bo13boobbo10boobo5boboo34boo53boo18boobo$148booboo 18bobo59bobo11bo3bo10booboo3booboo10bobo3bo71bobo18booboo$173bo59boo9b 3o3bo34bobb3obo70bo$148booboo20boo74bo12booboo3booboo12boo3boo68boo20b ooboo$149bobo85boo8bo15bobo5bobo14bo9boo7bo77bobo$149bobo68boo14bobbo 7bo15bobo5bobo15bo7bobbo4bobo7boo68bobo$150booboo65boo15boo25bo7bo25b oo6boo7boo65booboo$152bobo88b3o136bobo$152bo31boo165boo31bo$151boo31bo 167bo31boo$182bobo17bo149bobo$181bobo18bo133b3o14bobo$177boo3bo19boo 150bo3boo$177boo157bobo19boo$203b3o31boo59boo36bobo$203boo32boo59boo 36b3o$184boo13boo135boboo$180boobb3obboo5bo3boo11boo107boo7bo6boo17b3o bo$179boo4bobobbo4bobo15boo107boo6b3ob4o18bo3boboo$180boboobo3bo4bo3bo 131boob4o19boo4bo$181boo3bo8bobo33boo71boo26b3o21bob4o$196bo34bobo69bo bo33b3o$233bo69bo35bo$233boo67boo$158boo217boo$158boo217boo$164boo205b oo$164boo56boo89boo56boo$222bobo87bobo$224bo87bo$162boo60boo85boo60boo $162boo5boo40boo111boo40boo5boo$169boo40boo111boo40boo3$209boo115boo$ 209boo115boo11$204bo$205boo$204boo$$328bo$326boo$327boo12$376bo$377bo$ 377boo$378bo$375booboo$331bo42bo3bo$330bobo43boo$332boo42bo$332bo43boo $324bobo4bobo39bobboo$324boboob5o40bo3bo$327boobo47boo$324booboobooboo 42bobbo$324b3o6boo42bo$326bobb4o44boobo$328bo3bo44bobbo3bo$330boo46b3o bbobo$325bo3boo46b3o4boo$323b8o47bo6bo$328bo47boboobbobo$329bobbo46bo bbobo$17bo311bobobo43b3o3b3o$4bo11bobo314bo51boo$3bobo10bobo308bo3bobb o42b3o6boo$bboo12bo312boob3o43boo5bo$4bo321bo4bobbo39bo10bobb3o$bboo 11boo311b6o40bo4bo3b3obobo$bb3o11bobo10bobo293bobbo43boobobobo3bo4bo$ 16boo10booboboo293b3oboo38bobobobbo8bo$bbobbo11bo9bo300b3obbo38bobob3o 6bo$bbobo13bobbo3b7o3bo289bo4boo40booboobo3booboo$bbo19bobo299boo3boob 3o38bo4boobo4bo$3bo15boo3bob7o293bo6boo38bobboboo3boobo$3bobo13bobo3b oo5b4o291bo3boo43bobobobobo$4bo13boo7bobo3bo293boobo44booboboobb3o$3b oo14bobo7bobobbo289boobo48boobboobb3o22bo$20bo10bo292b3o49b5o28booboo$ bbobbo26bobo290boo83bo3bo$bo408bo3bo$oobbo402bo3bo3bo$bb4o399b3o3bobob o$bboboo397bob3o3bo3bo$bbobo405bo3bo$bb3o397bobo6b3o$bboo399b3o4b3o52b o$3boboo397b3o3bo53bobo$6bo4bobbo246bobbo141boo3boo51bobo$6bo3bo124b4o 121bo145b3obbo54bo$4b3o3bo3bo120bo3bo120bo3bo145bo55boo$bboo6b4o121bo 124b4o201bobo$bboobbo129bobbo$5bo460b3o$3boo461b3o$3b3o460bo$84b3o375b o4boo$84boo375bobboobbo$86bo376bob3o$83b3o376b4obo$21bo58boobbobo376b oobo$20bobo56bobobbo293bo84boobo$19boo58bobobb3o292boo85bo$20bobo56bo 6b3o283b4o3boo82boo$20boo56boo6boo261bo23bo4bo83bobbo$23bo48bo5bobo 267bo27bo3bo78boobb3o$19bobbo48bobo11bobbo262bo4bo15bobb3o3bo80bobbo$ 18bo52bo5b3o4bo242bo20booboo4bo13boboobo3bo82boo$17boo51bobbo3bo5boo3b o237bobo19bobobobobboo17b4o$18bo51b3o5bo6boobbo238boo18bobo5bo19b3o$ 18b3o49bo3bo3bobb6o239bobo17b3obooboob3o13boobbo$19bo51b4o11bobbo237b oo16b3o9boo13b3obboo$21bo52boo3boobb3obo237bo16boo3boobo3boo21bo65bo$ 19boo53boo4boobo3boo77bo159bobbo15bo3boo3boobo13bobobbo65bo$19boo49b5o 6b4ob3o76bobo162bo14bo9b5o11bobo71bo4bo$21bo51bo8bo3b3o76bo164boo10boo 3bob3o3bobb3o12boo67booboo4bo$69bobbo91bobbo162bo14b5obo4bo4bo8bo4bo 66bobobobobboo$69boo8b3obboo78b3o161b3o4bo12bobo5bo4bo10b4o66bobo5bo$ 69boo8b3obbo79bo3bo160bo6boo10boboo6bobbo8bob3o65b3obooboob3o$70bo8boo 5bo78b4o158bo8boo20bo10boo68b3o9boo$65bobboobboo10boo10bo71boo158boo5b o14bo6boo10b4o42bo20boo3boobo3boo$63boo4boo6boobbo13bobo70boo158boo7bo 12bo20bobo42boo21bo3boo3boobo$63boo13bo4b3o8boo68b5o151boo5bo7bobo10bo bbobb3o14bobo42boo11b4o6bo9b5o$70bobo5bo3b3obo9bo70bo13bo8boo127b3o15b o11boo3b3o17bo55bo5boo3bob3o3bobb3o$64b3o3boo10bo3bo7boo67bobbo13bobo 7b3obo124boobobbo8bobo11bobo21bobo39b3o10bo5bo5b5obo4bo4bo$64b3obbobbo 6boo3bo9b3o66boo15boo6bo4b3o127bobo8bobo19boo16bo39b3o12bobboo8bobo5bo 4bo$70bo8bobbo3bo55bo20boo15bo5b7oboo121b3o7boo3b4o14boo4boo14bo53bob oob4o7boboo6bobbo$62boo6bo7boobob3o9bobo42boo22bo16bobobo8boo124b7obbo bobo13boobboobbo17boo42b3o6b3o6bo16bo$62bo16bo6b3o6b3o42boo17bobboobb oo13bobobobb7o124boo8bobobo16bo22boo42bobo9b3oboboo7bo6boo$59bobbo6boo bo7b4oboobo53bo14boo4boo14b4o3boo7b3o121boob7o5bo15boo20bo55bo3bobbo8b o$59bo4bo5bobo8boobbo12b3o39bo16boo19bobo8bobo127b3o4bo6boo15boo66b3o 9bo3boo6bobbobb3o$59bo4bo4bob5o5bo5bo10b3o39bobo21bobo11bobo8bobboboo 124bob3o7bobo13bobbo67boo7bo3bo10boo3b3o$60b3obbo3b3obo3boo5bo55bo17b 3o3boo11bo15b3o127boo8bo13bo70bo9bob3o3bo5bobo$61b5o9bo6b4o11boo42bobo 14b3obbobbo10bobo7bo5boo151b5o68boo8b3o4bo13boo$63boboo3boo3bo21boo42b obo20bo12bo7boo158boo70bobo13bobboo6boo4boo$65boo3boboo3boo20bo42b4o 10boo6bo14bo5boo158boo71bo10boo10boobboobbo$62boo9b3o68boo10bo20boo8bo 158b4o78bo5boo8bo$62b3obooboob3o65b3obo8bobbo6boobo10boo6bo160bo3bo79b obb3o8boo$64bo5bobo66b4o10bo4bo5bobo12bo4b3o161b3o78boobb3o8boo$62boo bbobobobo66bo4bo8bo4bo4bob5o14bo162bobbo91bobbo$63bo4booboo67boo12b3o bbo3b3obo3boo10boo164bo76b3o3bo8bo51bo$64bo4bo71bobo11b5o9bo14bo10boo 150bobo76b3ob4o6b5o49boo$72bo65bobbobo13boboo3boo3bo15bobbo5boo152bo 77boo3boboo4boo53boo$71bo65bo21boo3boboo3boo16bo6bo230bob3obboo3boo52b o$136boobb3o13boo9b3o16boo237bobbo11b4o51bo$138bobboo13b3obooboob3o17b obo239b6obbo3bo3bo49b3o$136b3o19bo5bobo18boo238bobboo6bo5b3o51bo$135b 4o17boobbobobobo19bobo237bo3boo5bo3bobbo51boo$50boo82bo3boboobo13bo4b ooboo20bo242bo4b3o5bo52bo$49bobbo80bo3b3obbo15bo4bo262bobbo11bobo48bo bbo$49b3obboo78bo3bo27bo267bobo5bo48bo$49bobbo83bo4bo23bo156b3o102boo 6boo56boo$50boo82boo3b4o179bo103b3o6bo56bobo$48bo85boo64bo122bo104b3o bbobo58boo$48boboo84bo63bo229bobbobo56bobo$48boboo147bobo226bobobboo 58bo$47bob4o145boboo227b3o$47b3obo145boo3bobo223bo$46bobboobbo143bo3bo 3boo222boo$46boo4bo144boobo6bo220b3o$48bo151bo3bo3bo4bo295b3o$46b3o 148b3o5bobo3boo297boo$46b3o147bo3b3oboo5b3o295bo$195b5o3b3o302bobboo$ 47bobo143bo7bobboo55b4o246boo$47boo55bo89bo3b4ob3o54bo3bo243b3o$48bo 54bobb3o85bo3boo64bo243bo$48bobo51boo3boo151bobbo244bo$48bobo53bo3b3o 83b3o311boobo$49bo52b3o4b3o399boo$101b3o6bobo77b4obboo126boo184b3o$ 100bo3bo84boboo131boo184bobo$99bo3bo3b3obo77bobboobboo311boobo$99bobob o3b3o80boo317b4o$99bo3bo3bo214boo40boo144bobboo$100bo3bo217boo40boo5b oo140bo$100bo3bo83boo119boo60boo107bobo26bobbo$101booboo28b5o49b3o119b o172bo10bo$105bo22b3obboobboo48boboo119bobo167bobbobo7bobo14boo$128b3o bbooboboo44boboo123boo56boo110bo3bobo7boo13bo$130bobobobobo43boo3bo 181boo108b4o5boo3bobo13bobo$128boboo3boobobbo38boo6bo186boo105b7obo3b oo15bo$128bo4boboo4bo38b3oboo3boo184boo113bobo19bo$128booboo3bobooboo 40boo4bo110boo56b3o118bo3b7o3bobbo13bobo$129bo6b3obobo38bobb3o114bo54b o4bo125bo9bo11bobbo$126bo8bobbobobo38boob3o114bobo54boboo118booboboo 10boo$126bo4bo3boboboboo43bobbo112boo51b3o125bobo10bobo11b3o$125bobob 3o3bo4bo40b6o148bo18bo143boo11boo$124b3obbo10bo39bobbo4bo131boo12bobo 173bo$129bo5boo43b3oboo134boo14bo161bo12boo$127boo6b3o42bobbo3bo145boo 161bobo10bobo$128boo51bo114boo36bobbo158bobo11bo$129b3o3b3o43bobobo 110boo35boobobo158bo$130bobobbo46bobbo147bo5bo16boo$130bobobboobo47bo 150boo13bo3boo$129bo6bo47b8o141bo4bo12bobo$129boo4b3o46boo3bo143bo3bo 12bobo$129bobobb3o46boo149boobo12bo31boo$130bo3bobbo44bo3bo119boo27boo 12boo31bo$134boboo44b4obbo118boo71bobo$137bo42boo6b3o79bo25boo8bo6boo 65booboo$134bobbo42booboobooboo78bobo23bobbo14boo68bobo$135boo47boboo 81bobo24boo85bobo$136bo3bo40b5oboobo77booboo14b3o70boo20booboo$137boo bbo39bobo4bobo95bo4bo69bo$137boo43bo85booboo12bo5bo69bobo18booboo$138b o42boo86boboo12bobo19boo53boo18boobo$137boo43bobo82bo16boo3b3o15bobo 77bo$136bo3bo42bo83boo14boo5bo18bo76boo$135booboo144boo23boo34bo$136bo 148bob3o53b3o16boo$136boo137boo11bo53bo18bobo$137bo131boo4boo10bo54boo 17bo$138bo129bobo17bo3boo4boo59b3o$268bo25bo3bobo57bo$267boo23boo6bo 57boo$275boo23boo$275boo$$351bobo$281bo65bo3bobo$280bobo70boo$281bo71b o14boo$347bobobo16boo$347b3obobbo$348bo3bo24boo$377bo$378b3o$380bo$ 371boo$372bo$370bo$370boo3$333boboo$331b3oboo$330bo$331b3oboo$333bobo bbo$337boo! golly-3.3-src/Patterns/Life/Miscellaneous/twinprimes.rle0000644000175000017500000001743212026730263020412 00000000000000#C Twin prime generator #C A LWSS escapes past the p240 gun about generation 720n+420 iff #C both 6n-1 and 6n+1 are prime. #C Dean Hickerson, drhickerson@ucdavis.edu 9 September 1994 #C From Jason Summers' "jslife" pattern collection. x = 440, y = 294, rule = B3/S23 412boo$410booboo13boo$410b4o13b4o$411boo14booboo$93b3o11b3o319boo$93bo bbo10bobbo$93bo6b3o4bo16b3o11b3o$93bo5bobbo4bo15bobbo10bobbo$94bo4boob o5bo17bo4b3o6bo285boo$126bo4bobbo5bo284bobbo$125bo5boboo4bo285bobboo$ 424bobboo$99bo8bo315b4o$99bobo5b3o278bo7bo$107boboo14bo8bo254bo7boo$ 100bobbo4b3o13b3o5bobo249bo4bo6boo30boo$101b3o4boo13boobo258b5o29b4o4b 4o$102bo20b3o4bobbo280bo3bo3bo4booboo$124boo4b3o282bo6bo6boo$131bo279b o3bo5bo$412b4o$91b3o313b3o$90bobbo311booboo26boo$93bo46b3o264b3o17b4o 4b4o$93bo46bobbo268b4o10bo3bo4booboo$92bo47bo270bo3bo14bo6boo$106b3o3b 3o25bo274bo13bo$105bobbo3bobbo25bo272bo18bo$108bo3bo6b3o3b3o253bo49bo$ 96b3o9bo3bo5bobbo3bobbo253boo47bobboo$98bo8bo5bo7bo3bo255boo47bo5bo$ 97bo12bo10bo3bo9b3o293bobobboo$110bo9bo5bo8bo295bo3boo$109bobo11bo12bo 296b3o$101b3o19bo$76bo13bo12bo18bobo$75b3o11b3o10bo27b3o303boo$75boboo 4bo5boboo37bo12bo13bo277b4o$76b3o3b3o5b3o38bo10b3o11b3o245bo13boo15boo boo$76boo3boobbo4boo49boobo5bo4boobo244bo13b4o16boo$81bo3bo24b3o28b3o 5b3o3b3o245b3o11booboo$81boboo57boo4bobboo3boo261boo$81boo38b3o24bo3bo $149boobo213bo$75b3o73boo214boo42boo$74bobbo288boo41booboo$77bo78b3o 250b4o$77bo78bobbo246bo3boo$76bo79bo248boo$156bo249bo3boo$102b3o52bo 251b4o$102bobbo303booboo$102bo26b3o279boo$92bo9bo25bobbo227bo$91b3o8bo 28bo226bo$55b3o11b3o19boboo8bo27bo9bo216b3o36b4o$54bobbo10bobbo20b3o 36bo8b3o253bo3bo$57bo4b3o6bo20boo36bo8boobo239boo16bo$57bo4bobbo5bo67b 3o209bo21b4o4b4o14bo$56bo4bo8bo69boo21bo13bo9boo163boo18bo3bo4booboo$ 97bo5bo58b3o11b3o7b4o161boo23bo6boo$96b3o3b3o57boboo4bo5boboo6booboo 184bo$62boo31boobo3boboo4boo18bo5bo26b3o3b3o5b3o8boo189bo$62bo7bo24b3o 5b3o4bobo16b3o3b3o25boo3boobbo4boo198bo$69b3o24boo5boo6boo9boo4boobo3b oboo29bo3bo28bo175bobboo$68boobo49bobo4b3o5b3o29boboo30bo173bo5bo$68b 3o29bo20boo6boo5boo30boo28bo3bo174bobobboo$69boo28b3o97b4o174bo3boo$ 98bo3bo30bo28b3o26bobb3o117bo64b3o$132b3o26bobbo25boobbobo116bo$72bo5b o52bo3bo28bo26bobb3o116b3o$71b3o3b3o18booboo61bo34b4o179boo$53b3o15bob ooboobo20bo62bo34bo3bo178b4o25boo$53bobbo15b3ob3o52booboo66bo133bo27b oo15booboo15b4o4b4o$53bo18boo3boo33bo20bo67bo135boo24b4o16boo15bo3bo4b ooboo$53bo57boo41b3o3b3o16bo29bo126boo25booboo36bo6boo$54bo20bo35bobo 7bo31bobbo3bobbo14b3o29bo154boo36bo$74bobo10bo33boo33bo3bo17b3o25bo3bo 16bo$73bo3bo9boo31bobo33bo3bo19bo26b4o17bo$58boo14bobo9bobo57bo8bo5bo 16bobo43bo3bo128boo49boo$57bobo14b3o68boo11bo19bo46b4o126booboo48bobo$ 59bo85bobo10bo192bo3b4o49boboo$157bobo16bo172boobo3boo51boo$82b3o90boo 92bo79bo3bo55bo$82bobbo89bobo90bo80boobo3boo$82bo66b3o72b3o41b3o80bo3b 4o$82bo65bobbo74bo128booboo50boo$83bo67bo72bobo130boo50b4o$151bo60bo 11boo166boo15booboo$150bo59bobbo177b4o16boo$210bobbo129b4o44booboo$ 211bo5boo8bo114bo3bo46boo$216b4o8bo117bo$216booboo3bo3bo116bo$73boo 143boo5b4o156boo$72bobo308booboo$67b3o4bo304bo3b4o$67bobbo90bo215boobo 3boo$67bo92boo215bo3bo$67bo92bobo10bo13bo189boobo3boo$67bo104b3o11b3o 52bo29bo29bo29bo47bo3b4o$68bo103boboo4bo5boboo51b3o27b3o27b3o27b3o49b ooboo$173b3o3b3o5b3o54bo29bo29bo29bo50boo11boo$173boo3boobbo4boo54boo 28boo28boo28boo19bo39b4oboo$178booboo172bo38b6o$178bobb3o165bo5bo15b4o 20b4o$179boboo167b6o14bo3bo29boo$181bo192bo28b4o$172b3obbo3bo191bo29b ooboo$171bobbo3bobo224boo$174bo4bo221bo$174bo71boo28boo28boo28boo28boo 31bobo$173bo72bobo27bobo27bobo27bobo27bobo32bo$164b3o80boo28boo28boo 28boo28boo36boo$163bobbo236booboo$166bo3b3o230b4o$166bo3bobbo15bo214b oo$166bo3bo17b3o194boo8b4o$166bo3bo16boobo192booboo6b6o$165bo5bo15b3o 135boo52bo3b4o7b4oboo$188boo134b4o46boobbobo3boo12boo$167b3o154booboo 44bobboo3bo$167bobo76boo28boo28boo18boo46boobbobo3boo$167b3o76bobo27bo bo27bobo10bobo57bo3b4o$247boo28boo22boo4boo9bobboo24boo34booboo$301bo 17bobo16b4o4b4o35boo5boo5b4o$145b3o11b3o5b3o156boo9bo3bo4booboo9bo29b ooboo3bo3bo$145bobbo10bobbo5bo155booboo12bo6boo11bo28b4o8bo$145bo6b3o 4bo164b4o12bo15bo4bo29boo8bo$145bo5bobbo4bo140b3o14bo7boo30b5o$146bo4b oobo5bo129b4o5b5o13boo16bo$289bo3bo5b3oboo11bobo12bo3bo62boo$293bo8boo 26bo3bo9bo52bobbo$285bo6bo38bo12b6o42boo3bobbo$152boo6bo88bo29bo7b3o 32bo9boo9bob3o44bo3booboo$152bo6b3o86boo28boo5bo6bo29boo13boo9bo48boo$ 159boboo130bo27bobo13bo37b3o$160b3o126bo3bo83bo$107boo6boo43boo128b4o 53boo27bo$106b4o4b4o228b4o49b4o$106booboo3booboo227booboo33bo13bo3bo$ 108boo6boo7boo47b3o120b4o30boo15boo35bo16bo$123booboo46bobbo118bo3bo 28booboo47bo3bo15bo$123b4o16b3o28bo125bo14b4o10b4o49b4o$124boo16bobbo 28bo9boo8bo104bo14bo3bo11boo$145bo28bo8b4o8bo51bo70bo$145bo29bo7booboo 3bo3bo52bo68bo$120b4o20bo40boo5b4o48bo3bo$116boobbobboo120b4o$117bo3bo bboo114b3o25boo39boo3boo$121bobbo113booboo24b4o36bo6bobo$122boo67bo31b oo15b3o24booboo34bobbo6bo$146boo44boo30boo19b4o20boo34boo7b3o$81b5o58b ooboo44bo29bo20bo3bo5bo51boo$80bo4bo31bo26b4o13b3o29bo54bo6bo6boo$85bo 32bo6boo18boo7bo6bobbo27bo54bo3bo3bo4booboo$84bo29bo3bo4booboo24bobo6b o56b5o29b4o4b4o$108b4o3b4o4b4o26boo6bo55bo4bo38boo45boo5b4o$107bo3bo 12boo36bo31bo27bo83booboo3bo3bo$111bo83bo25bo33bo50b4o8bo$103boobbobbo 65bo14bo3bo11boo45bo3b3o46boo8bo$103b3o71bo14b4o10b4o43bo3bob3o$103boo bbobbo62bo3bo28booboo43bo6boo$111bo62b4o30boo15boo28b5obo$107bo3bo111b ooboo29b4o$108b4o89bobo19b4o31bo$167b4o31boo20boo12boo$166bo3bo31bo36b oo$170bo67bo23boo$162boobbobbo51b3o20boo14booboo$162b3o31bobo20bo3boo 18b4o13b4o$162boobbobbo27boo20bobobboo17booboo13boo$170bo8boo16bo20bo 5bo20boo$166bo3bo5b3oboo37bobboo$167b4o5b5o38bo$177b3o22boo17bo$201b4o 12bo$201booboo12bo6boo$194bobbo5boo9bo3bo4booboo$185boobbo4bo3bo16b4o 4b4o$170boo12bobbobbobbo4boo24boo$169bobo13boobb3obbo3bo$156boo11boo 14b3obbo3bobbo5boo$155bobo31bo11booboo$157bo43b4o$202boo3$200boo$155bo 43b4o$153bobo31bo11booboo$154boo11boo14b3obbo3bobbo5boo$167bobo13boobb 3obbo3bo$168boo12bobbobbobbo4boo24boo$183boobbo4bo3bo16b4o4b4o$192bobb o5boo9bo3bo4booboo$199booboo12bo6boo$199b4o12bo$103bo71b3o22boo17bo$ 103boo60b4o5b5o38bo$102bobo59bo3bo5b3oboo37bobboo$168bo8boo16bo20bo5bo $160boobbobbo27boo20bobobboo$160b3o31bobo20bo3boo$160boobbobbo51b3o$ 168bo$164bo3bo31bo$165b4o31boo20boo$105boo92bobo19b4o$b6o31boo63booboo 113booboo$o5bo28b3oboo58bo3b4o65b4o30boo15boo$6bo28b5o54boobbobo3boo 65bo3bo28booboo$5bo30b3o54bobboo3bo73bo14b4o10b4o$94boobbobo3boo68bo 14bo3bo11boo$99bo3b4o86bo$103booboo84bo$105boo5boo5b4o28boo$80bo29boob oo3bo3bo27bobo$81bo28b4o8bo20boo7bo37bo$76bo4bo29boo8bo20b4o45bo83bo$ 77b5o60booboo44bo84bo$144boo44boo79bo4bo20boo8bo$119bo69bo82b5o19b4o8b o$120bo175booboo3bo3bo$115bo4bo177boo5b4o$107bo6boo3boo$105b3o10bo64b oo5b4o$104bo76booboo3bo3bo107bobo$104boo75b4o8bo97boo6boo3bo$182boo8bo 98bobo5b3oboboo$119b4o170boo4b3o4bo$104bo13bo3bo169bo9bo3bo$105bo16bo 180b3o$101bo3bo15bo181bo$102b4o$307bo$297boo9bo$294b3oboo4bo3bo$294b5o 6b4o$265boo4boo22b3o$265bo3booboo$269b4o16boo$270boo15booboo$287b4o$ 135boo151boo$60bo73b4o$59bobo65bobo4booboo$49boo7boboo74boo15boo132bo$ 48bobo6booboo10boo54bo22booboo94b3o34boo$47bo6b3oboboo11bo54bo22b4o94b 5o32boboo$38bo8bobbobbobbobbobo66bo23boo95b3oboo31bobo$38boo7bo6boo4bo 191boo32boo$48bobo$49boo17boo58bo22bo$69bo58bo22boo128bo$61bobo64bo21b oboo113boo13bo6boo$62boo86bobo113bobo9bo3bo4booboo3boo8bo$62bo64bobo 20boo116bo10b4o4b4o3b4o8bo$288boo4booboo3bo3bo$296boo5b4o$67b3o75bo 126boo$81boo63bo6boo116bobo$81bobo58bo3bo4booboo117bo$83bo41boo16b4o4b 4o146boo$83boo38booboo24boo146booboo$123b4o36boo112boo22bobbo$77boo45b oo36b4o110bobo22bobbo$77bobo82booboo111bo23boo$79bo84boo$62boo15boo76b obo$63boo91bobboo121boo21bo$62bo94bobo121bobo22bo$164boo117bo3bo14bo3b o$162booboo3boo8bo105bo3bo12b4o$162b4o3b4o8bo104bobboo$163boo4booboo3b o3bo109bo$55bo80b5o30boo5b4o105boo$55boo78bo4bo$43bobo8bobo83bo$43bo3b o91bo$33boo12bo10boo117bo$33bo14bo7bobbo118boo$47bo7bo12bo110bo$43bo3b o7bo11boo110bo$43bobo9bo122bo$56bobbo$58boo$180bo$181bo$177bo3bo$161b 4o13b4o$160bo3bo$164bo$163bo! golly-3.3-src/Patterns/Life/Breeders/0000755000175000017500000000000013543257426014520 500000000000000golly-3.3-src/Patterns/Life/Breeders/c4-diag-switch-engines.rle0000644000175000017500000000454512026730263021277 00000000000000#C c/4 diagonal switch-engine breeder #C two of Hartmut Holzwart's diagonal c/4 tub-and-beehive puffer #C and a c/2 period 392 backward rake interact to produce #C block-laying switch engines: David Bell, 23 July 2005 x = 152, y = 94, rule = B3/S23 77b2o$77bobo$77bo$80bo$80b2o$80b2o$79b2o$75b2ob2o$75bo4bo$75bob4o$79b 2o$79b2o$79b2o$81bob3o$77bo2bo$76b5o6bo$76bo2b2o5bobo$74bobo10bo$73b3o 4bo$73bo2b2o$77b3o$77b2o10bo$79bo8bobo3bo$77bobo8bobo2bobo$70b2o4b2o 11bo4bo$69b2o5b2obo$71bo4b2ob2obo2b2o$76b3obobo2bobo$67b2o3b2o2b2o7bo 10bo$66b2o3b2o15bo6bobo3bo$68bo2b3o14b2o5bobo2bobo$70b4o14b2o6bo4bo$ 69bobo15b2o$68b2o13b2ob2o$68bobo12bo4bo$67bo15bob4o14bo$68b2o17b2o13bo bo3bo$87b2o13bobo2bobo$87b2o14bo4bo$89bo$85bo2bo4bo$84b5o4bo$84bo2b2o 4bo16bo$82bobo12bo11bobo3bo$81b3o4bo7bobo10bobo2bobo$81bo2b2o11bo12bo 4bo$85b3o$55bobo27b2o$54bo2bo29bo$53b2o30bobo11bo17bo$52bo25b2o4b2o12b obo3bo11bobo3bo$51b4o22b2o5b2obo10bobo2bobo10bobo2bobo$50bo4bo6bo16bo 4b2ob2obo8bo4bo12bo4bo$50bo2bo5b2obo21b3obobo$50bo2bo5bo15b2o3b2o2b2o$ 51bo7bo14b2o3b2o$52b4obo6b2o10bo2b3o24bo17bo$53bo3bo4bo4bo10b4o23bobo 3bo11bobo3bo$54bo6bo15bobo25bobo2bobo10bobo2bobo$54b5o2bo5bo8b2o28bo4b o12bo4bo$61b6o9bobo$54b5o16bo$54bo21b2o$53bo3bo2bo24b2o26bo17bo$11bobo 12b2o24b4obo25bo4bo23bobo3bo11bobo3bo$10bo2bo10bo4bo21bo7bob2o19bo29bo bo2bobo10bobo2bobo$9b2o7bo4bo26bo2bo5bo2bo6bo12bo5bo24bo4bo12bo4bo$8bo 6b2obo4bo5bo20bo2bo5bo2bo4bobo12b6o9b2o$7b6o2bo7b6o21bo4bo4b2o6b2o5bo 20b4o$4b2o7bo3b4o30b4o18bobo19b2ob2o$3bo3b3obo4bo35bo21b2o5bo14b2o22bo 17bo$2bo3bo3b2obo2b2obo2bo30b2o24bobo5bo31bobo3bo11bobo3bo$2bo5b2o3bo 5bo6b2o26bo2bo22b2o5bo31bobo2bobo10bobo2bobo$2b3o3b4obo7bobo2b3o26bobo 27bobo32bo4bo12bo4bo$11bo9bo6bo57b2o$2b3o6bobo7bo6bo5bo73b2o$bo5bo5bo 8bo4bo4bobo3b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b3ob2o27bo2bo3b3o$o3b 2obo3b2o11b2o7b2o3b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b4o2bo27b2o6bo 10bo17bo$o3bo6b3o62bob2o35bo10bobo3bo11bobo3bo$o3b2obo3b2o11b2o7b2o3b 2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o50bobo2bobo10bobo2bobo$bo5bo5bo 8bo4bo4bobo3b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o34b2o15bo4bo12bo4bo $2b3o6bobo7bo6bo5bo75bo2bo$11bo9bo6bo80b2o$2b3o3b4obo7bobo2b3o78bo$2bo 5b2o3bo5bo6b2o50b2o27bo10b2o14bo$2bo3bo3b2obo2b2obo2bo54b2ob2o25bo4bo 5b2o13bobo3bo$3bo3b3obo4bo61b4o6b2o19b3o21bobo2bobo$4b2o7bo3b4o58b2o6b 2ob3o41bo4bo$7b6o2bo7b6o59b5o$8bo6b2obo4bo5bo59b3o$9b2o7bo4bo95b2o$10b o2bo10bo4bo88b2ob4o$11bobo12b2o91b6o$120b4o! golly-3.3-src/Patterns/Life/Breeders/p100-H-channel-breeder.rle0000644000175000017500000002105112026730263021012 00000000000000#C p100 c/2 Herschel channel breeder: David Bell, 19 December 1996 #C [See also p100-H-track-puffer.rle in the Puffers folder, which #C could easily be made into a breeder by adding a Herschel factory #C of any desired period to the stationary end of the Herschel track.] x = 647, y = 262, rule = B3/S23 183b6o4b4o$182bo5bo3b6o$188bo3b4oboo$182bo4bo8boo$169b5o10boo$157bo10b o4bo$155bo3bo13bo33boo$160bo7bo3bo30b4oboo6boo$133b5o17bo4bo9bo32b6o5b ooboo$132bo4bo18b5o43b4o6b4o$137bo47boo16bo11boo$132bo3bo48boo9bo6bo$ 134bo61bo$167bo7b4o17bo6boo7b3o$145boo21bo6b5o20booboo5bo3boo$133boo5b oo3boo20bo10bobo9boo9bob5obbobobboo$133boo5boo31boo4boo9boo10bobb3obo 5bo$172bobboo29bo3bobboo$130boo40boobobbo31bo$128bo4bo34boo4boobbo33bo $117b3o14bo32b3o6b3o3bobo$116b5o7bo5bo34bo6boo4boo32boo$116b3oboo7b6o 48bo14boo14booboo$119boo36bobo4bo5boo24bo4bo12b4o$158bo4boo4boo31bo12b oo$163b3obbo27bo5bo$167boo28b6o$122bobo42bo295boo$121bo4bo334bo4bo29b oo$121bo4bo340bo26bo4bo$121boo338bo5bo32bo$462b6o26bo5bo$121boobboo24b oo342b6o$121boobboo20b4oboo$121b3obo21b6o303boo$122bo25b4o300b4oboo17b o54b4o$123bo328b6o17bobo52b6o6boo$453b4o18bobbo51b4oboo4b4o$476boo10b 4o28b3o11boo5booboo$170bo321bo30boo18boo$168bo3bo282boo28bo6bo12boo10b o5b3o$173bo281boo8b3o14bob3o4bo13boo9boobo6bo$168bo4bo309boobo3bo35boo $169b5o309b4o30bobo4bobo6boo$486boo28bo7bobo6bo7boo$510boo5bo4boobo7bo bbo5boo$510boo6b4oboobo7b3o4boo$209b6o309bobo9boo3bo$128bo47boo30bo5bo 5b4o301bo$112boo12boobo45bobbo35bo4bo3bo$111b3o12bobboo32b3o3boo5boo 30bo4bo9bo263b5o50boo$111boobo14bo16boo9bo4bo3bobboo25boo12boo7bobbo 263bo4bo49b4o$112b3o31boo9bo4bo4bo20bo7boo293bo49booboo$113bo12b3o28bo 3bo5bo6bo11b3o17b3o8boo267bo3bo52boo$161boob4o6boo9b3obo14bo4bo6b5o 267bo$127bo33bo3boo6bobo8bo16bo5boo7bo4bo$151boo9bobbo17bobbo5b3o6bo3b o10b3obbo$124b3o24boo9b4o11boo5bobo7boboo4bobbobo9bobboo298boo$125bobb o5b3o40boo6boobo5boboo3bo4bobo9boo284boo12bo4bo$125bo10bo39bo11boo4boo 305b3oboo17bo$123boobo7bobo39bobo8boo11bo251bo48b5o12bo5bo$122boob3obb o3boo38bo3bo274boo47b3o14b6o$124bo4bo68bo21b4o228boo$174bobo20bo21bo3b o265boo$175bo21bo25bo261b4oboo3b6o$219bobbo262b6o3bo5bo$486b4o10bo$ 474boo18bo4bo7boo$471b3oboo19boo7bo4bo$177b3o20b4o255b3o9b5o35bo4bobbo $176b5o18bo3bo254b5o9b3o30bo5bo8bo$176b3oboo21bo230boo22b3oboo42b6o4bo 3bo$179boo18bobbo223boo3b3oboo24boo54b4o$422b4oboobb5o52boo$422b6o4b3o 53boo15b3o$423b4o71b3o$469boo7boo24boboo7boo$448boo21bo5bobb3o21bobo7b obboo$436boo5boo3boo16bobboo12bo9boo9boo3bo3b3obbo$436boo5boo22bo9bo5b o9boo11bob3obbo4bo$475boobo3bo30b5o$99bo375boobobo33boo$100boo360bo8b oo5bobbo4bo$99boo362bo7boo6boo4bo30bobbo$469bo10bo4b3o32bo$427bo32bobo 5bo4bo42bo3bo$428boo30bobo10bo26b4o13b4o$427boo32bo4boo4boo25b6o$466b oo3bo27b4oboo$469b3o31boo$108b3o448b5o$107b5o446bo4bo13b3o$107b3oboo 197b3o250bo13bobbo45b6o$95boo13boo106b5o86b5o137boo98b5obbo3bo14boobbo 28bo14bo5bo5b4o$93bo4bo118bo4bo86b3oboo134bo4bo95bo4bo4bo17bobbo26bo4b o17bo4bo3bo$99bo122bo74boo13boo141bo99bo23bobo32bo15bo9bo$93bo5bo105b 4o8bo3bo73bo4bo148bo5bo94bo3bo42boo8bo5bo11boboo7bobbo$94b6o48b6o50b6o 9bo81bo148b6o96bo44boo9boo$123boo22bo5bo5b4o41b4oboo84bo5bo285bo37boo 8bo$62boo62boo25bo4bo3bo45boo52boo32b6o48b6o231bo21bobbobobb3o4b3o8b3o $61b3o56boo5bo19bo4bo9bo95b4oboo6boo76bo5bo5b4o223bo18bo3bobbobb3obboo 4bo5bo3bo$61boobo32boo9bo10boo6bo21boo7bobbo96b6o5booboo81bo4bo3bo224b 3o10boo3bo9bobboboo5b5o4bo$62b3o32boo9bo7bo9bo17bo114b4o6b4o76bo4bo9bo 227bo9boo4bo10boo3boo4b4oboboo$63bo44bo12bo4bo16b3oboo79boo40boo45boo 9bo22boo7bobbo218boo33bobo7b3oboo3bo$115bo4bo4bo16boobbobo9boo68boo8b 3o14boo60boo9bo232bo18bo4bo4bobo25boo13bobo$115bob3o4bo16boobboobo4boo 3bobo87booboo5bo3bo65bo18b3o8boo199bo3bo19bo6boboo$74bo41booboobboo17b o4bo12bo86bo9b3o5bo3bo65b3o7bo4bo6b5o202bo16boobbobo5boo$75boo43bo4bo 17bo14b3o86bo5bo3bobo4bo4boo64b3o6bo3boo7bo4bo196bo4bo16b3ob5oboboo42b 4o$74boo45b5o22boo83boo3boo8bo6bobbo5bo5boo50boo16bo4boo10b3obbo197b5o 18boo4bobo44bo3bo$125boboo19boo83boo15b5o14boo51boo15bobo3boobo9bobboo 220b3obbooboo47bo$128boo120b4o4bobbo77bobo5bobo9boo41bo233bobbo$107boo 15b5o87bo42boo142boo11bobo$104b3oboo16boo31b4o51bo3bo183boo11bo$104b5o 49bo3bo56bo89boo104bo$105b3o54bo51bo4bo51boo33b3oboo49b4o50bobbo159b6o 33b4o$158bobbo53b5o49booboo32b5o49bo3bo50b3o86bo72bo5bo32bo3bo$269b4o 34b3o54bo139bobo76bo36bo$270boo88bobbo140boo71bo4bo33bobbo$579boo$137b 4o78bobo$136b6o77boo86bo$136b4oboo77bo86bobo29b4o$140boo105b6o54boo29b 6o223boo$246bo5bo85b4oboo219b3oboo$252bo89boo220b5o66boo$246bo4bo307b oo4b3o17bo11boo32b4oboo6boo$248boo306b3oboo23boo9bobbo31b6o5booboo$78b o477b5o22b4o3bo6boo33b4o6b4o$78bobo476b3o7boo13boo6bo26boo24boo$38bo 39boo8bo49bo49bo49bo49bo49bo49bo49bo128boo8b3obboboo31boo8bobo$38b3o 47b3o47b3o47b3o47b3o47b3o47b3o47b3o47b3o116bo26b3o8b3o8bo20bobbo6bo$ 41bo7bo41bo49bo49bo49bo49bo49bo49bo49bo114bo29bo10bo6bobbo22bo5bo3b3o$ 40boo8boo38boo48boo48boo48boo48boo48boo48boo48boo115bo38bo10bo7bo14bo 4bo3bob3o$49boo521boo9bo19bo3bo7b4o3boo4b3o5bo6boo$572boo8boo14b3o3boo b3o5boobo3boo5bo7b5obo$377bo218booboo4bo3boo3bo3bo20b4o$31bo49bo49bo 49bo49bo49bo49bo46boo216bobbo6boo3bobboboo22bo$29b3o47b3o47b3o47b3o47b 3o47b3o47b3o45boo187b3o29bo8b4o5boo$28bo49bo49bo49bo49bo49bo49bo236b5o 26boo10b3o$3bo11boo11boo48boo48boo48boo48boo48boo48boo235b3oboo26boo 45boo$3b3o9boo358boo154bobo34boo26boo44booboo$3bobo368bobo154boo63bo 45b4o$5bo370bo155bo110boo$$144bobo$bo142boo$obo142bo105bo255bo79boo35b oo$bo247bobo254boo75b4oboo32booboo$40boo48boo158boo254bobo74b6o33b4o$ 40boo11boo35boo11boo48boo48boo379b4o35boo$53bo49bo49bo49bo$54b3o47b3o 29bo17b3o47b3o45boo341boo$56bo49bo29boo18bo49bo46boo329boo7bo4bo$135bo bo114bo329bo4bo11bo$588bo4bo5bo$545boboobo22b6o3bo5bo5b6o$15boo48boo 48boo48boo48boo48boo48boo48boo48boo48boo77bo4boboo19bo5bo4b6o$16bo49bo 49bo49bo49bo49bo49bo49bo49bo49bo77bo4boobbo24bo$13b3o47b3o47b3o47b3o 47b3o47b3o47b3o47b3o47b3o47b3o78bo3b3o3bo17bo4bo39b6o$13bo49bo49bo49bo 49bo49bo49bo49bo49bo49bo81b4obbobo20boo25bo14bo5bo5b4o$552bo46bo4bo17b o4bo3bo$542bo62bo15bo9bo$215boo324bobbo43boo8bo5bo11boboo7bobbo$213bo 4bo321b3o45boo9boo$219bo247boo72boo73boo8bo$199boo12bo5bo243b4oboo71b 4o35bo19bobbobobb3o4b3o8b3o$196b3oboo12b6o212boo29b6o73b3o34bobo16bo3b obbobb3obboo4bo5bo3bo$196b5o231bobo29b4o111bobbo10boo3bo9bobboboo5b5o 4bo$197b3o232bo147boo11boo4bo10boo3boo4b4oboboo$608bobo7b3oboo3bo$577b 3o29boo13bobo$200b3o34boo246bobbo40boo45bo3bo$236b4o192b3o54bo39bobo 44bo3bo$182b5o13bo35booboo49b3o138b5o49bo3bo39bo46bo3bo47b4o$181bo4bo 14boobboo31boo50bobbo137b3oboo49b4o87b3o47bo3bo$186bo16bobo84bo143boo 195bo$161bo19bo3bo19boboo25bo42boo11bo336bobbo$161boo19bo23boo8bo15bo 45boo11bobo273b6o22b5o$160bobo53bo11bo3bobboo40bo186bobo5bobo9boo80bo 5bo4b4o13bo4bo8b4o$181boo20bo20bobb3obo5bo209boo15bobo3boobo9bobboo84b o3b6o17bo7b6o$196bo5b3o9bo8bob5obbobobboo208boo16bo4boo10b3obbo78bo4bo 4b4oboo11bo3bo8b4oboo$195bobo3b4o8bo8booboo5bo3boo222b3o6bo3boo7bo4bo 80boo10boo14bo14boo$195bobobboobb3o7bo10boo7b3o223b3o7bo4bo6b5o$196bo bb3o3boo246bo18b3o8boo$177boo8b3o10b4o3bo17bo216boo9bo$177boo22b3o3bo 17bo11boo203boo9bo22boo7bobbo$202b3obbo18b4o6b4o234bo4bo9bo$205bo19b6o 5booboo239bo4bo3bo128boo$225b4oboo6boo234bo5bo5b4o124b4oboo$151boo76b oo190b6o48b6o133b6o$147b4oboo266bo5bo188b4o$147b6o38boo132b6o95bo$148b 4o6boo29bo4bo129bo5bo89bo4bo$156bo4bo33bo134bo91boo13boo$162bo26bo5bo 128bo4bo104b3oboo196bobbo$156bo5bo27b6o130boo106b5o144b3o54bo$157b6o 272b3o144b5o17boo30bo3bo$582b3oboo16bobo30b4o$585boo17bo$344b3o31boo$ 341boo3bo27b4oboo252bobo$302boo32bo4boo4boo25b6o247b3oboo3bo$303boo30b obo10bo26b4o13b4o216boo10boo4b4oboboo$302bo32bobo5bo4bo42bo3bo216boo8b oo5b5o4bo$344bo10bo4b3o32bo226boo4bo5bo3bo$338bo7boo6boo4bo30bobbo229b 3o8b3o$337bo8boo5bobbo4bo227bo27b3o5boo8bo$350boobobo33boo198boo16boo$ 350boobo3bo30b5o196b3o15boo16boboo7bobbo$311boo5boo22bo9bo5bo9boo11bob 3obbo4bo193b4o39bo9bo$311boo5boo3boo16bobboo12bo9boo9boo3bo3b3obbo192b oobo41bo4bo3bo$323boo21bo5bobb3o21bobo7bobboo231bo5bo5b4o$344boo7boo 24boboo7boo180b6o48b6o$298b4o71b3o195bo5bo$297b6o4b3o53boo15b3o194bo$ 297b4oboobb5o52boo206bo4bo$301boo3b3oboo24boo54b4o177boo13boo$309boo 22b3oboo42b6o4bo3bo189b3oboo$333b5o9b3o30bo5bo8bo189b5o$334b3o9b5o35bo 4bobbo191b3o$346b3oboo19boo7bo4bo$349boo18bo4bo7boo$361b4o10bo$360b6o 3bo5bo$360b4oboo3b6o$364boo$327boo$328boo47b3o14b6o$327bo48b5o12bo5bo$ 376b3oboo17bo$379boo12bo4bo$395boo3$363bo$361bo3bo52boo$366bo49booboo$ 361bo4bo49b4o$362b5o50boo$$400bo$399bobo9boo3bo$385boo6b4oboobo7b3o4b oo$385boo5bo4boobo7bobbo5boo$361boo28bo7bobo6bo7boo$358b4o30bobo4bobo 6boo$358boobo3bo35boo$330boo8b3o14bob3o4bo13boo9boobo6bo$330boo28bo6bo 12boo10bo5b3o$367bo30boo18boo$351boo10b4o28b3o11boo5booboo$328b4o18bo bbo51b4oboo4b4o$327b6o17bobo52b6o6boo$327b4oboo17bo54b4o$331boo$$370b 6o$337b6o26bo5bo$336bo5bo32bo$342bo26bo4bo$336bo4bo29boo$338boo!golly-3.3-src/Patterns/Life/Breeders/pi-blink-breeder1.rle0000644000175000017500000002571412026730263020337 00000000000000#C An unusual breeder (quadratic growth) pattern. #C Jason Summers, 5 Sep 2002; from "jslife" collection. x = 741, y = 205, rule = B3/S23 385boo139boo139boo$285bo27bo9bo15bo45boo39bo27bo9bo15bo45boo39bo27bo9b o15bo45boo$151bobbo128b3o27b3o5b3o13b3o84b3o27b3o5b3o13b3o84b3o27b3o5b 3o13b3o$142boo6bo131bo18boo13bo3bo15bo86bo18boo13bo3bo15bo86bo18boo13b o3bo15bo$141booboo4bo3bo127boo17bo13boo3boo14boo49boo34boo17bo13boo3b oo14boo49boo34boo17bo13boo3boo14boo49boo$142b4o4b4o148bo84boo54bo84boo 54bo84boo$143boo156boo53bo43boo40boo53bo43boo40boo53bo43boo$354b3o43bo 94b3o43bo94b3o43bo$267boboo82bo44bobo7boboo82bo44bobo7boboo82bo39boo3b obo$145bo7b3o14boo95boobo59boo8boo11boo43boo8boobo69boo11boo43boo8boob o69boo11boo43boo$144boo9bo13booboo155bobo8boo60boo77boo60boo33b3o41boo 45boo13boo$143boobo6b3o14b4o151bo5bo70boo139boo33b4o89bo12boo$144bobo 3b3o18boo125boo22boobbo112boo131bo7boo84bo5bo$145boo29boo120boo21bo5bo 111boo130bo93bo$167boo6bo6boo85booboo46booboo85booboo77bo3bo16bo37boob oo14boo6boo84boo3bo3bo$181boob4o81bo3bo47b4o3bo81bo3bo76b3obobbo14bo7b o29bo3bo15boo4b3ob3o83boobbobbo$166boo14b6o82b3o49bo4bo83b3o77bobobo 25bo30b3o17bo4boo4bo83bo5bo$142boo22bo16b4o85bobo49b3o86bobo81bo56bobo 19bo4bobo83bobo$141booboo127boo49bo64boo23boo81boo16boo6bo6boo23boo 111boboo$142b4o183boo58boo79boo19bo3bobo16bobbo5bo6boo79boo55bo$143boo 164bo6boo11bobo118bo6boo11bobo22bobo17bobo19boo52bo6boo11bobo55boo7boo $168boo137b3o6boo13bo46boo68b3o6boo13bo44bo18bobbo49b3o6boo13bo46boo 15bobbo$167boo137bo24boo44bobbo55bobo8bo24boo40boboo19boo49bo24boo44bo bbo15boo$169bo136boo45boo23bobo16b3o37boo8boo45boo18boboboo68boo45boo 23bobo$141b4o208boo3bo20bo17bo39bo56boo3bo14bo3boo115boo3bo20bo$140b6o 211bobo38bo99bobo13bo3bo120bobo$139boob4o194boo16bobo120boo16bobo13bob o104boo16bobo$140boo199bo18bo121bo18bo14bo106bo18bo$338b3o19boo117b3o 19boo117b3o19boo$160boo176bo140bo140bo$159boo235boo139boo139boo$161bo 234boo44bo94boo139boo$134b6o12bo287bobo$134bo5b4o7bo289boo$46bobbo84bo 5boboo6bobbo$37boo6bo89bo3bobboo6bobbo5boo$36booboo4bo3bo87bo12b3o6boo 396boo$37b4o4b4o87boo419bobo$38boo95b4o25bo155boo139boo94bo44boo$134b ooboo29b3o149boo139boo139boo$135boo30b5o207bo140bo140bo$40bo7b3o14boo 79b5o15boob3o184boo19b3o117boo19b3o117boo19b3o$39boo9bo13booboo77bo4bo 15boo188bo18bo106bo14bo18bo121bo18bo$38boobo6b3o14b4o77bo12b4o194bobo 16boo104bobo13bobo16boo120bobo16boo$39bobo3b3o18boo79bo3bo6b6o155bo38b obo120bo3bo13bobo138bobo$40boo107bo7boob4o35bo120bo17bo20bo3boo115boo 3bo14bo3boo56bo57bo20bo3boo$62boo13boo79boo38bo119b3o16bobo23boo45boo 68boobobo18boo45boo8boo56bobo23boo45boo$76boob4o115b3o136bobbo44boo24b o49boo19boobo40boo24bo8bobo38boo15bobbo44boo24bo$61boo14b6o255boo46bo 13boo6b3o49bobbo18bo44bo13boo6b3o49bobbo15boo46bo13boo6b3o$37boo22bo 16b4o66bobbo5boo227bobo11boo6bo52boo19bobo17bobo22bobo11boo6bo52boo7b oo55bobo11boo6bo$36booboo106bo8b4o167boo58boo79boo6bo5bobbo16bobo3bo 19boo83bo55boo$37b4o106bo3bo3booboo167boo64bo49boo23boo6bo6boo16boo81b oo24boobo111boo$38boo24boo81b4o5boo233b3o49bobo56bo81bobo25bobo83bobo 4bo19bobo$63boo325bo4bo49b3o30bo25bobobo77b3o19bo5bo83bo4boo4bo17b3o$ 65bo323bo3b4o47bo3bo29bo7bo14bobbob3o76bo3bo17bobbobboo83b3ob3o4boo15b o3bo$152bobo21bobbo213booboo46booboo37bo16bo3bo77booboo18bo3bo3boo84b oo6boo14booboo$36b4o111bo3boo18bo214bo5bo21boo139boo55bo93bo$35b6o108b oobob3o8bo9bo3bo211bobboo22boo139boo48bo5bo84boo7bo$34boob4o108bo4b3o 18b4o135boo70bo5bo62boo139boo12bo89b4o$35boo112bo3bo15boo19boo122boo 60boo8bobo66boo60boo77boo13boo45boo41b3o$56boo92b3o10bo7bo16bo4bo124b oo43boo11boo8boo59boboo8boo43boo11boo69boboo8boo43boo11boo69boboo$55b oo95bo10bobobo3bo15bo129bobo44bo82boobo7bobo44bo82boobo7bobo3boo39bo 82boobo$39bo17bo21bo88b3o16bo5bo123bo43b3o94bo43b3o94bo43b3o$38bo39bo 69bobbo35b6o123boo43bo53boo40boo43bo53boo40boo43bo53boo$29b6obo3bo37b 3o66bo181boo84bo54boo84bo54boo84bo$29bo5bo3b3o105bo3bo177boo65boo3boo 13bo17boo34boo65boo3boo13bo17boo34boo65boo3boo13bo17boo$29bo5bo5bo3bob oboo96b4o24boo220bo3bo13boo18bo102bo3bo13boo18bo102bo3bo13boo18bo$30bo 3bo3boobo3bo5bo4boo117bobo12bo203b3o5b3o27b3o100b3o5b3o27b3o100b3o5b3o 27b3o$32bo5b3o4bo10boo117bo15bo139boo61bo9bo27bo39boo61bo9bo27bo39boo 61bo9bo27bo$31boo14bobbo140bo139boo139boo139boo$30b4o13b3o$29booboo29b 3o$30boo30b5o78b6o$41b5o15boob3o78bo5bo161b4o154b4o154b4o$41bo4bo15boo 81bo21boo144bo3bo153bo3bo153bo3bo$41bo12b4o88bo4bo15bobo143bo157bo157b o$42bo3bo6b6o89boo17bo146bobbo154bobbo154bobbo$44bo7boob4o$53boo97bo 507boo$140boo5boobbo501b6obbo$139boob4o5boboo497bo6boo$140b5o9bobboo 502b3o$52b4o85b3o10bobbobo8boo481boo5bobobbo$51b6o92boobo6bo8boo480bo 4boo4boo$50boob4o94bo5boobo488boo$51boo87b4o14bobboo76bo48bo157bo202b oo$39b5o17b3o76bo3bo13b4o37bo38bo47bo3bo153bo3bo197boob3o$39bo4bo15b5o 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3o27b3o5b3o30boobobo3bo143bo18bo150boo19b3o$bo3bo15b5o135b6o21bo62bo 18boo13bo3bo33boboobobobo140b3o19boo150bo18bo$b4o16boo3bo67b4o64b4o20b oo63boo17bo13boo3boo38boobo23boo76bo38bo173bobo16boo$22bobbo67b6o88boo 82bo84boo74bobo96boo115bobo$15bo6bobbo5boo59boob4o171boo53bo3b3o37boo 62boo96boo95bo20bo3boo$bb3o3bo5boobb3oboo7boo60boo228b3obbo4bo35bo257b obo23boo45boo$b5obbo9boboboo95bobo42boo70boboo82bo5bobobbo33bobo240boo 15bobbo44boo24bo$oob4obo6bobbobo98boo42b4o69boobo69boo11boo3boobobo34b oo240bobbo15boo46bo13boo6b3o$boo13boo102bo5boo34booboo142boo19bo40boo 237boo64bobo11boo6bo$126bobo34boo31bo7b4o122bobo38boo244boo58boo$126bo 67boo7b6o58boo62boo284boo114boo$9boo84boo98boo5boob4o58boo72bo113boo 96boo77boo99bobo$7bo4bo16bo64booboo76boo26boo33booboo98bo113boo96bobo 75bobo101b3o$6bo22bobo63b4o19bo55bobbo60bo3bo98boo171bo38bo77bobo89b3o 8bo3bo$6bo5bo16boo65boo20bo16boo28boo13b3o9boo45b3o84boo163boo19b3o 116bobbo88bo10b5o$6b6o105bobo14boob4o23boo5bo8bobbo7b4o46bobo79boob3o 8b3o152bo18bo120bobo73boo14bo11bo$119bo15b6o24boo4bo3bo3booboo6booboo 47boo16bobo59b3oboo6boo8boboo10boo115bo16bobo16boo119bobo73boo21b5o$ 98bo3boo15bo16b4o26bo3bo4bo15boo68boo35boo23boob3o5boo6boobobo10boo 115bobo15bobo108boo124b3oboo$97boo4b3o67bo87bo16bo6boo11bobo26boo13boo bobo17boo110b3o14bo3boo104boo60boo62b3o$96boo5bobbo16boo151b3o6boo13bo 44boo17bobbo110boo18boo45boo61boo43boo11boo62bobobboboboo$37bo59boo7bo 15booboo37boo109bo24boo43boo18boo88boo22boo39boo24bo11bo48bobo44bo73b oo3b3oboobo$8b4o25bobo65boo16b4o36b4o4b4o100boo45boo21boobo105bobbo21b 3o39bo13boo6b3o11boo48bo43b3o74boob3o$8bo3bo24boo85boo36booboo4bo3bo 146boo3bo17bo109boo16bobo3b3o15bobbo20bobo11boo6bo13bobo46boo43bo53boo 24boo$8bo154boo6bo154bobo17bobbo112boo7b6obboo16bo3bo20boo95boo84bo$9b obbo35b6o50bobbo64bobbo133boo16bobo16bobo113boo7bo7bo16bo4bo76boo39boo 49boo14boo3boo13bo17boo$48bo5bo40boo6bo162bo43bo18bo142boo3bobbo15bo4b o76bobo90bo15bo3bo13boo18bo$22boo4bo19bo45booboo4bo3bo156bobo40b3o19b oo141boo5bo16bo3bo79b3o85b3o13b3o5b3o27b3o$11boo9boo3bobo19bo4bo40b4o 4b4o66b6o86boo40bo170boo17bobo79bo3bo37boo45bo15bo9bo27bo$10bobbo12bo 3bo20boo43boo75bo5bo185boo112bo99booboo37boo$10bobbo12bo3bo5b4o133bo 191boo112bo73boo$10booboo11bo3bo5bo3bo121boo10bo4bo373boo$12boo13bobbo 5bo124boob3o9boo4b5o262boo$28bo8bobbo121b5o15bo4bo261boo60boo$150b4o9b 3o16bo270boo43boo11boo69boboo$150bo3bo28bo3bo264bobo44bo82boobo$8b4o5b oo131bo21bo12bo266bo43b3o$8bo3bo3booboo130bo18b3o116boo160boo43bo53boo $8bo8b4o132boo14boobb3o7boo18bo85boo173boo84bo$9bobbo5boo137b3o8boo5b oo6boo17boo144bo40boo73boo49boo14boo3boo13bo17boo$150boo3boo3bo6b3obb 5o25bobo120boo19b3o40bobo124bo15bo3bo13boo18bo$149boob3obobbo8bobbobo 152bo18bo43bo123b3o13b3o5b3o27b3o$150b9o10boboo134bobo16bobo16boo119b oo45bo15bo9bo27bo$151b4o18bo132bobbo17bobo136boo$310bo17bo3boo$307bob oo21boo45boo$289boo18boo43boo24bo$155b6o19bo107bobbo17boo44bo13boo6b3o $155bo5bo17bo109boo17boboboo13boo26bobo11boo6bo16bo$155bo23b3o114boo 10boboboo6boo5b3oboo23boo35boo$156bo4bo134boo10boobo8boo6boob3o59bobo 16boo$158boo156b3o8b3oboo79bobo$190bo137boo84b3o$190bo122boo98bo3bo$ 158bobbo28bo123bo98booboo$157bo156bo72boo$157bo3bo38boo185boo$157b4o 37bo4bo79boo$190bo6bo85boo60boo$190bo6bo5bo83boo43boo11boo69boboo$172b oo3b3o17b6o83bobo44bo82boobo$161boo9boobbo3bo105bo43b3o$159boobbo11bo 5bo4bobbo95boo43bo53boo$159bobb3o10bo9bo112boo84bo$159bo4bo10bo5bo3bo 3bo108boo49boo14boo3boo13bo17boo$160b5o11boobo5b4o161bo15bo3bo13boo18b o$162boo183b3o13b3o5b3o27b3o$300boo45bo15bo9bo27bo$158bobbo5boo131boo$ 157bo8b4o$157bo3bo3booboo$157b4o5boo! golly-3.3-src/Patterns/Life/Breeders/one-cell-thick-quadratic-growth-2596x1.rle0000755000175000017500000000126313451370074024077 00000000000000#N one-cell-thick-quadratic-growth-2596x1.rle #O Chris Cain, October 2015 #C quadratic growth in 2596x1 #C http://conwaylife.com/forums/viewtopic.php?p=51585#p51585 #C See also the previous 7242x1 quadratic-growth pattern: #C http://conwaylife.com/forums/viewtopic.php?p=14226#p14226 x = 2596, y = 1, rule = B3/S23 6ob4o2b4o30b4ob9ob3ob3o112b4o3b12o3b3o139b3ob5ob4o5b5o71b3o2b5ob5o11b 4o6b7ob4o134b3o3b8o5b3ob4o19b5o2b3ob5ob7o58b4ob5ob3ob3o2b6o11b4o2b4ob 6ob3o61b3ob3o4b3ob7o181b4o4b3o3b9o19b3ob3o3b7o3b3o57b5ob5o2b3o112b3ob 4o2b3ob3ob9o62b4o4b4ob7o48b7o6b9o13b13ob3o2b4o90b3o6b5ob4ob6o3b6ob5o5b 5o53b11ob3o5b5o47b3ob3ob9ob4o277b3o3b8o5b3ob4o19b5o2b3ob5ob7o319b4o2b 4ob6ob3o61b3ob3o4b3ob7o! golly-3.3-src/Patterns/Life/Breeders/switch-engine-breeder.rle0000644000175000017500000000363612026730263021314 00000000000000#C A puffer train that creates switch engines. #C This is another type of pattern which grows quadratically. #C Half of a quadrant of the space is filled with blocks. #C Every 80 generations a new block-laying switch engine is created. #C By Helmut Postl, 1997. #C "SwitchEnginePuffer" from Alan Hensel's "lifebc" pattern collection x = 85, y = 164, rule = B3/S23 58boo5b4o$56booboo3bo3bo$56b4o8bo$57boo5bobbo$$52boo9bo$50b5o8b3o$50b oo4bo5bo3bo$50boo5b5o4bo$52boo4b4oboboo$55b3oboo3bo$61bobo$24boo$22boo boo14bo$22b4o13boo24b4o$23boo15boo22bo3bo$18bo28b4o17bo$11boo6boo25bo 3bo13bobbo$7b4oboo12bo23bo$7b6o11boo20bobbo9boo$8b4o13boobboo24b4oboo$ 29bobo23b6o$29bo26b4o5b4o$11bo52bo3bo$9boo30boo25bo$10boo29bobo11bobo 9bo$41bo22boo$54boo$54boo6boo3boo$54bo7bob3oboo$54boo7b6o$64b4o3$54b6o $53bo5bo$59bo$6bo46bo4bo$4bobo48boo$5boo4$58boo$49b4o4b4o$48bo3bo4boob oo$52bo6boo$48bobbo3$56boo$56bobo$56boboo$57boo$57bo$$15b4o$14bo3bo39b oo$18bo38b4o$14bobbo22boo15booboo$39b4o16boo$39booboo$41boo$48b6o$47bo 5bo$53bo4boo$47bo4bo4b4o$49boo6booboo$59boo$17boo$16b4o32bo$16booboo 30b6o$18boo30bo3b8o$51boo8bo$52b3o6bo$53boo5bo$57boo$47b4o$46b6o$46b4o boo$50boo5$26boo$24booboo$24b4o$25boo3$70b4o$69b6o$69b4oboo$73boo$27bo $27boo$26bobo$79b6o$75b4o5bo$63bobo9boobo5bo$63boo10boobbo3bo$64bo16bo $81boo$80b4o$80booboo$82boo$71b6o$70bo5bo$63boo11bo$62b4o4bo4bo$62boob oo5boo7boo$64boo14b4o$80booboo$38b4o17boo21boo$37bo3bo16boo$41bo$37bo bbo16boo$79boo$73b3o3bobo$70b3o6boboo$70bo9boo$70b3o7bo3$48b4o29boo$ 47b6o19b4o4b4o$47b4oboo17bo3bo4booboo$51boo22bo6boo$71bobbo$$53bo$8bo 42bo3bob6o$8boo40b3o3bo5bo$7bobo40bo5bo5bo$38bobo9boboo3bo3bo$38boo11b 3o5bo$39bo19boo$58b4o$26bobo29booboo$26boo32boo$27bo21b6o$48bo5bo$b6o 34boo11bo$o5bo33b4o4bo4bo$6bo33booboo5boo7boo$o4bo25boo9boo14b4o$bboo 27bobo24booboo$16b4o11bo28boo$15bo3bo$19bo$15bobbo29boo$47bobbo$42b3o 13boo$41bobbo8bo5boo$41booboo3bo3bo4boo$49bo4bo3bo$51bo$$59boo$50b4o4b 4o$49bo3bo4booboo$53bo6boo$49bobbo! golly-3.3-src/Patterns/Life/Breeders/slide-breeder.rle0000644000175000017500000020222712026730263017645 00000000000000#C Breeder using slide-gun technology (Slide-o-04b-060 and #C Slide-o-04f-060) from Jason Summers' slide-gun collection. #C Makoto Kohno, 22 Dec 2002. x = 2393, y = 4182, rule = B3/S23 69boo$68boo$67bobo$68b3o$69boo$68boo$68b3o$68bobo$67bobbo$67boboo$68bo 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o6bo$1345bo5b3o10bobo7bo$1365boo7b4o$1375b4o7bo$1319bo8bo46bobbo6bobo$ 1318b3o7boo17b3o25b4o4boo3bo9boo$1317b5o5bobo16boobo24b4o5boo3bo9boo$ 1316bobobobo22boobbo3bo20bo8boo3bo$1316boo3boo22b4o4boo30bobo$1347bobo 3boo31bo$1348boo25bobo$1321boo17bo6boo26boo$1321boo16bobo5b3o6boo13bo 4bo$1323bo14bo3boo12bobo11boo$1321b3o14bo3boo14bo11bobo$1319bo18bo3boo 3b3o8boo$1319b5o5boo8bobo5b3o$1320boo6bobo9bo5bo3bo33boo$1328bo16bo5bo 25boboo3b3o$1327boo17bo3bo22bobbo3bo5boobo5boo$1318boo3boo22b3o22boobb o4bo4bobbo5boo$1319b5o37boo8boo5b4o4boobo$1319booboo37boo7b3o7bo3b3o$ 1319booboo47boo11boo$1320b3o49boo$1373bo5$1321boo25boo$1321boo25boo! golly-3.3-src/Patterns/Life/Breeders/rake-breeder.rle0000644000175000017500000001741112026730263017466 00000000000000#C Rake puffer -- a type-MMM breeder #C Creates a new rake every 60 generations. #C Achim Flammenkamp, 1994 #C From "rake-puff.lif" in Jason Summers' "jslife" pattern collection. x = 398, y = 405, rule = B3/S23 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4bo3b4o27bo17bobbo6bo$324bobbo5bo3boo26bobo16boo7b3o$324bo6bobbo31boo 17boo$324bobbo5bo3boo$325bobo4bo3b4o$327bo8booboo21bo$286b3o49boo20bob o24boo5b4o$285bobbo72boo16boo4booboo3bo3bo$288bo89b4o3b4o8bo$288bo77bo 11booboo3boo5bobbo$285bobo29boo28boo8bo6boobo3bobbo5boo$317boo28boo6bo bo4b5o4bo3bo$356boo4bobbo4bo4boo$362b5o4bo3bo$344bobbo16boobo3bobbo5b oo$348bo17bo11booboo$331boo11bo3bo9b4o16b4o$333bo11b4o8bo3bo17boo$328b o7boobb3o18bo$327bo8boobb3o14bobbo$328bo7boobb3o$333bo11b4o$331boo11bo 3bo19bobbo$348bo23bo$344bobbo12bo7bo3bo$358b3o3bo4b4o$334b3o21boo5boo$ 334bo22bo6b3o$335bo22boo5boo$358b3o3bo4b4o$360bo7bo3bo$349b3obo18bo$ 349boo17bobbo$$377boo$375booboo$364b3o8b4o16boo$364bo11boo15booboo$ 365bo27b4o$394boo$$382boo$376b3o3boo9bo$376b3o14boo$375bo3bo12boboo$ 375b4o13bobo$376b3o13boo3$384bobbo$388bo6boo$384bo3bo4booboo$385b4o4b 4o$394boo! golly-3.3-src/Patterns/Life/Breeders/pi-blink-breeder2.rle0000644000175000017500000002747512026730263020346 00000000000000#C An unusual breeder (quadratic growth) pattern. #C By Jason Summers and David Bell, 6 Sep 2002; from "jslife" archive. x = 957, y = 237, rule = B3/S23 141b4o5boo$141bo3bo3booboo$141bo8b4o$142bobbo5boo$$146bo$144bobbo3bo 17b4o$143bo7boo16bo3bo$143bo6boo17bo$143boo4boo19bobbo$145bo18bobo$ 147boo14bobbo14b6o$181bo5bo$163b3o15bo$141b4o37bo4bo$141bo3bo38boo$ 141bo27b3o$142bobbo23bo$170bo$$142boo$140bo4bo$139bo$139bo5bo$139b6o 16b3o$161bo$162bo$$135b4o$134b6o8boo$133boob3obo6bobbo$134boo3boo6bobb 4o$36b4o5boo102bobboboo7boo$36bo3bo3booboo88boo6b3o3boo3bo6boo$36bo8b 4o86bo9boo5booboo$37bobbo5boo86bo17b3obbo11bo$134bo3bo18bo9bo3bo$41bo 92b4o9b3o6bo9bo25bobo$39bobbo3bo17b4o78b5o15bo4bo20boo$38bo7boo16bo3bo 76boob3o9boo4b5o22bo$38bo6boo17bo81boo10bo4bo$38boo4boo19bobbo88bo$40b o18bobo95bo5bo$42boo14bobbo14b6o75b6o$76bo5bo$58b3o15bo$36b4o37bo4bo 73bobbo$36bo3bo24b3o11boo66boo6bo$36bo28bo80booboo4bo3bo$37bobbo25bo 80b4o4b4o$148boo$$37boo$35bo4bo109b4o12bobo6boo$34bo37bobo74boobbo11b 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5o6bo4booboo131b8o3bo4bo3bo84bobo43bo5b4o7bo$47boob4o40b4o5boo181b3o 68boo5boobbo37boo15b6o12bo47bo6bo10boo52boob4o3boo141bo8boo6bobo131b6o 12bo$20boo26boo44bo3bo3booboo67b4o107b3obo4boo4bo12b3o53bo38bo41bo20b 3o16bo71boo5bobbo141bo6b3o168bo$19bobbo71bo8b4o66b6o105boo9bo3bobo13bo 132boo21bo20boo75bobo143bo5boo167boo$10boo13b3o9boo56bobbo5boo66boob4o 106bob8o3bo3bo11bo50boo17bo64boo21bo115bo128boo21bobo148boo$9boo5bo8bo bbo7b4o133boo111b4o7bo3bo61bo4bo15bobo109b4o70boo16bobo149boo$10boo4bo 3bo3booboo6booboo121b5o17b3o102bo8bo21bo42bo21boo43boo64b6o17bobo12boo 33bo4bo14boo131b4o16bo129boo$11bo3bo4bo15boo123bo4bo15b5o133bo41bo5bo 59boob4o59boob4o17boo13bobo31bo152b6o144boob4o$18bo132boo8bo16bobboob 3o105bobbo23bo42b6o61b6o60boo22bo13bo33bo5bo145boob4o145b6o$150b4o8bo 3bo9bobo3boo99boo6bo138b4o133b6o147boo150b4o69boo$9boo138booboo10bo13b oo102booboo4bo3bo21b3o138bo441bo4b3o36boo$8b4o4b4o130boo23b5o103b4o4b 4o21b5o135boo440boo5bo40bo$7booboo4bo3bo140bobo11boboboo103boo29boob3o 71bo64boo123bo13bo151bobo148boo5bo$8boo6bo144bobo7boo4bobo136boo74bobo 37boo137boo7bo3bo11bobo134b3o12boo124boo$17bobbo133boo7boo6boo4b3o184b 4o24boo37b4o62boo27bobo41b4o5bo16boo124b4o6b5o12bo123b4o$149b8o7b3o 197bo3bo61booboo61booboo25boo41booboo5bo4bo137bo3bo4boob3o135booboo$ 149bo6bo6bobbo197bo25boo39boo39b4o21b4o19bo6bo42boo7b5o138bo9boo139boo 24bo14b4o$149bo14boo7bobo189bobbo20bo14b6o43bo17b6o21boo20bo16boo184bo bbo172bo13b6o$150bo4bo17boo229bo5bo41b3o15boob4o42bobo14boob4o335bo33b oob4o$152boo20bo21boo171boo33bo31bo11bo3boobo8bo6boo48bo15b6o184bo152b o32boo$196bobo168b5o33bo4bo23b4o10bo6bo9boo33bo3boo15bo16b4o31boo95b3o 52b3o148boobbo3bo$156b4o36bo169bo4bobb3obo28boo24bob5o14bo5boo37boo4b 3o64bobo3b3o89bo53bo3bo9bo136bo5bob3obbo13boo$155b6o205bobb3o3bo3boo 11b4o36boo6bo18b4o35boo5bobbo16boo44boobo6b3o12boo73bo52bo4b3o4boo136b oobbobobb5obo11b4o$154boob4o205boobbo7bobo11bo3bo36b3obo3bo16booboo36b oo7bo15booboo43boo9bo11bobo126boobob3o5bobobbo132boo3bo5booboo9booboo$ 155boo211boo7boobo11bo41b3o3bo18boo46boo16b4o44bo7b3o13bo128bo3boo6boo bbo133b3o7bobbo11boo$181bobo194boo13bobbo42bo86boo75bo123bobo$181boo 195bo223boo283boo$182bo249boo72bobbo61boo301boo$364b4o5boo56b4o4b4o54b oo6bo64b4o4b4o140b4o5boo25bo114b4o4b4o$364bo3bo3booboo53booboo4bo3bo 52booboo4bo3bo59booboo4bo3bo139bo3bo3booboo21bo3bo111booboo4bo3bo$157b oo205bo8b4o54boo6bo57b4o4b4o61boo6bo24boo117bo8b4o20bo117boo6bo$156boo boo204bobbo5boo64bobbo54boo79bobbo19boob3o115bobbo5boo21bo4bo121bobbo$ 157b4o442b5o147b5o$158boo29bobo5boo405b3o164boo$189boo5boob4o566bo4bo$ 170boo18bo6b6o413boo150bo111boo$160bo9boo3b3o20b4o405bo7boob4o146bo5bo 32boo69bo4bo$159boo14b3o427bo3bo6b6o136b3o7b6o6bo25boo69bo$158boobo12b o3bo6boo417bo12b4o136b5o16bo3bo25bo68bo5bo$159bobo13b4o5booboo415bo4bo 15boo129boob3o15bo89b3o7b6o6bo$160boo13b3o7b4o415b5o15boob3o116bobbo7b oo18bo4bo83b5o16bo3bo$186boo405boo24bo5b5o115bo31b5o83boob3o15bo$592b ooboo21b3o5b3o116bo3bo20b3o82bobbo7boo18bo4bo$166bobbo423b4o21bobbo 123b4o21bobbo80bo31b5o$157boo6bo428boo7boo12bo3bo134bo16bo80bo3bo15b5o $156booboo4bo3bo425bo7boo12b4o133boobo7bo3b4o81b4o16boo3bo$157b4o4b4o 424bo3bo8bo5b3oboobbo125b3o10bo4bo3bo106bobbo$158boo432bo5bo8boo5b3o 128b5o9bo5bobo3bo96bo6bobbo5boo$592bo5bo6b3o6b3o127boob4o5boboo7bo87b 3o3bo5boobb3oboo7boo$592b6o6bobo8boo128boo5boobbo11bo85b5obbo9boboboo 28boo$616boo139bo10bobbo81boob4obo6bobbobo30boo$769bo84boo13boo35bo$ 753boo$751bo4bo$598boo150bo111boo$597boob4o146bo5bo103bo4bo16bo$598b6o 21bo124b6o20bo82bo22bobo$599b4o20boo151bobo80bo5bo16boo$624boo150boo 81b6o$$630b3o$601boo27bo$600b4o27bo120b4o$599booboo148bo3bo134bo$600b oo39b4o107bo31bo76b4o25bobo$622bo17b6o107bobbo27bobo5b6o63bo3bo23bobbo $621b3o15boob4o138boo6bo5bo62bo28bobo$605bo11bo3boobo15boo124boo4bo19b o69bobbo35b6o$603b4o10bo6bo130boo9boo3bobo19bo4bo102bo5bo$602bob5o14bo 5boo123bobbo12bo3bo20boo69bo6boo26bo$601boo6bo18b4o122bobbo12bo3bo5b4o 80bobbo5boo27bo4bo$602b3obo3bo16booboo122booboo11bo3bo5bo3bo78bo9boo4b o24boo$603b3o3bo18boo126boo13bobbo5bo82bo6boobo4b3o8b4o$608bo163bo8bo bbo78boo4b5o6boo7bo3bo$865bo4b3o3boo11bo$601boo264boo21bobbo$600b4o4b 4o140b4o5boo$599booboo4bo3bo139bo3bo3booboo$600boo6bo143bo8b4o96b4o5b oo$609bobbo140bobbo5boo97bo3bo3booboo$861bo8b4o$862bobbo5boo! golly-3.3-src/Patterns/Life/Breeders/p90-rake-factory.rle0000644000175000017500000001245712026730263020140 00000000000000#C p90 gun for p20 space rake #C The gun fires a p20 rake every 90 generations. (The smallest period #C for a p20 rake gun is 86). The rake gun is a stationary breeder. #C Dieter Leithner, 11 Nov 1994 x = 288, y = 129, rule = B3/S23 164bobo$163bo2bo$133b2o27b2o10bo6bo$133b2o4b3o12b2o4b2o3bo8bo5bobo$ 119bo10b2o6b5o11b2o6b2o9bo6b2obo$119bobo7b3o5bo3bobo19bo2bo2b2o9b2ob2o 3b2o$122b2o6b2o6bo3b2o20bobo2bo2b3o5b2obo4b2o$93b2o13b2o12b2o9b2o34b4o 7bobo$67b2o24b2o13b2o12b2o9b2o35b2o9bo$67b2o50bobo$48b2o69bo11bo127bob o$48b2o79bobo125bo3bo$93bo36b2o31bo93bo19bo$66b3o23b3o66b2o87b2o4bo4bo 14b4o$66b3o22bo3bo34bo31b2o86b2o5bo12bo4b2obobo$65bo3bo20bob3obo33b2o 125bo3bo3bob2o5b3obo2bo2b2o$64bo5bo20b5o33bobo37b3o87bobo2bob4o5b2obob o3b2o$65bo3bo40b2o26bo30bo94b2o2b2o6b4o$26b2o38b3o41b2o27bo30bo106bo$ 26b2o109b3o$110bo$109bobo49b2o115b2o$46b5o41bo2b2o12bobo10b2o36bobo 115bobo$26bo18bob3obo15bobo22bobo15bo12b2o10b2o23bo16b2o100b3o$25bobo 18bo3bo15bo2bo21b2o29bo12bobo21b2o8b2o6bobo100b2o$24bo3bo18b3o14bob2o 22b2o45bo31b2o6bo11bo90b2o$25b3o20bo41b2obo13b2obob2o13b2o8b2o48bobo 88bobo$23b2o3b2o37bo23b3o13bo5bo13b2o28bo16b2o9b2o92bo$64b2obo40bo3bo 42b3o16b2o9b2o12b2o$66bo42b3o3bo23b2o13bo10b2o3bo6b2o6b2o12b2o44b2o$ 46bo45b2o3b2o16b2o22bo14b2o9bobo3bo5b3o7bobo55bo30b2o3b2o$46bo13b2o33b o18bobo9b2o9bobo26b5o6b2o10bo47bo5bobo11b2o17b2o3b2o$24bo20bobo5bo6b2o 4b2o3b2o19bo5bo25bo3bo8b2o28b3o4b2o25b2o33bobo4b2o11bobo$24bo19b2ob2o 2bobo13b5o12bobo6b2ob2o25bo5bo44b2o24bo2bo32b2obo16bo15b3o3b3o$24bob3o 14bo5bo2b2o13b2ob2o12b2o8bobo21b2o2b2obo3bo70bo23b2o10b2ob2o14b2o8b2o 5bo5b3o$46bo20b2ob2o13bo9bo22b2o3bo5bo9bobo10bo47bo23b2o10b2obo25b2o6b o5bo$29bo13b2o3b2o18b3o24bo28bo3bo10b2o10b3o46bobo33bobo$26bob2o82bo 13b2o12bo10b3o46bobo34bo$26b2o70bo13bo88bo40bobo$45bo51bobo11bobo35b2o 3b2o86b2o$45bo32bo5b3o10bobo10b2ob2o34b2o3b2o80bo6bo$21b2o3b2o16bo31b 2o6bo13bo10bo5bo24bo57b2o3b2o31bobo37b3o$21b2o3b2o40b2o7b2o6bo26bo25b 2o58bo5bo31b2o38b3o$22b5o7bo33b2o39b2o3b2o23b2o134bo3bo$23bobo9bo10b2o 47b2o3b2o24bo60bo11bo3bo$33b3o10b2o47bobobobo23bo60bobo11b3o41bo29b2o 3b2o$23b3o70b5o10bo13b3o26b2o13b2o15b2obo54b3o$68bo9b2o12b2o3b3o11bo 28bo13bo14bobo14b2ob2o3b2o51bo$66bobo8bobo12bobo3bo11bo29b3o7bo4b3o2b 2o2b2o6bo13b2obo4b2o50b2o$67b2o8bo14bo50bo5b2o6bo2b2obo2bo2bo2bo13bobo $58bo17b2o8b2o54b2o5bobo12b2o6bo8bo5bo$58b3o25b2o24b2o55bobo7bobo$24b 2o6b2o27bo50b2o55b2o9b2o16bo$24b2o6b2o26b2o136bobo59b2o$8b2o65bo122b2o 59b2o$9bo66bo166b2o16bo14b2o$9bobo5bo8bo2bo44b3o18b3o50b2o7b2o44bo39b 2o31b2o$10b2o4bobo10bo64b2ob2o19bo20b2o6bobo6b2o30bo13b3o81b2o$14b2o3b o5b2o3bo2bo15bo44b2ob2o17b2o21b2o8bo8bo30bo11b5o80bo$5b2o7b2o3bo4bobob 2o3b4o13bo11b3o29b5o18b2o68b3o10b2o3b2o61b2o9bo4bobo$5b2o7b2o3bo14b4o 10b3o10bo3bo27b2o3b2o101b5o15bo45b4o7bobo3b2o$16bobo5b2o8bo2bo5b2o127b o28bo3bo13b2o24b3o14bobo2bo2b3o5b2obo$17bo16b4o5b2o15bo5bo98b2obo3b4o 26bobo9bo5b2o12bo12bo13bo2bo2b2o9b2ob2o$33b4o23b2o3b2o92b2o2b2obobo4b 4o26bo9bo15bo4b4o8bo13b2o9bo6b2obo$33bo42bo39bobo10b2o9b3o15bobo2b2obo b2o3bo2bo36b3o13bo5b4o10b2o7b2o3bo8bo5bobo$5bo14b2o23b2o27bobo20b2o17b 2o11bo2bo9bo14b3o8b2o3b4o19bo27b2o9bo2bo9bobo9b2o10bo6bo$5bo15bo22bobo 10bo17b2o40bo3b5o7bo7bo5bo8b3o8b2o3b4o4b2o12bobo6b2o19b2o9b4o8b3o4b2o 5bo2bo$4bobo14bobo5bobo11bo11bobo45bo16bo5bo6bo12b4o7b3o12bo7bobo12b2o 6b2o29b4o8b3o4bo2bo5bobo$3b2ob2o14b2o5bo2bo10bo2bo9b2o45bobo14bo3b2o7b o11b2obobo7bobo21bo51bo12b3o4b2o$2bo5bo23b2o9bo21b2o23bo4b2o6b2o16bo7b o2bo11b3obo2bo7b2o21b2o64bobo$5bo24bo3b2o8bobo5b2o11bo25bo3b2o32b2o14b 2obobo98b2o$2b2o3b2o23b2o11b2o5bobo11b3o20b3o54b4o$29bo2bo8bo12bo13bo 78bo$29bobo10b2o10b2o165bo2bo$3b4o14bo19b2o182bo41b4o$3bo2b2o11bobo81b o2bo86bo2bo24bo3bo40bo3bo12bo2bo$4bob2o3b2o4b2o18b2o68bo41b4o44bo24b4o 13b4o27bo16bo$11b2o4b2o17bo3bo62bo3bo40bo3bo40bo3bo40bo3bo23bo2bo13bo 3bo$5b2o10b2o16bo5bo62b4o44bo18b2o21b4o44bo41b4o$6bo12bobo4bo8bo3bo2bo 105bo2bo19b2o65bo2bo19bo$21bo3bo9bo12bobo119bobo89bo$25b3o2bo5bo3bo3bo 4b2o21bo59bo4b2o83bo4b2o31b3o$2obob2o30b2o3b2obo3bo20bobo24bo4b2o27bob o3b2o9b2o37bo4b2o20bo6bobo3b2o9b2o37bo4b2o$o5bo5bo32bo25b2o21b4o3b2ob 2o24bo3bo12bo2bo33b4o3b2ob2o16bobo5bo3bo12bo2bo33b4o3b2ob2o$bo3bo7bo 31b2o46b5o4bo2bo24bo3bo12bo2bo32b5o4bo2bo17b2o5bo3bo12bo2bo15bo16b5o4b o2bo$2b3o6b3o78bo9bo2bo24bo3bo11b2ob2o31bo9bo2bo24bo3bo11b2ob2o16bo14b o9bo2bo$93b2o8b2o25bo2bo13b2o34b2o8b2o25bo2bo13b2o16b3o15b2o8b2o$94bo 37bo51bo24bo12bo51bo$79bo127bobo$36b2o42bo15b2o5bo2bo79b2o5bo2bo11b2o 41bo24b2o5bo2bo$23bo11b4o13b2o24b3o14b4o8bo34b2o5b4o32b4o8bo34b2o5b4o 9bo22b4o8bo$20b3ob2o9b2ob2o10b2ob2o40b2ob2o3bo3bo32b2ob2o3bo3bo32b2ob 2o3bo3bo32b2ob2o3bo3bo7b3o22b2ob2o3bo3bo$21b3o13b2o11b4o43b2o5b4o32b4o 8bo34b2o5b4o32b4o8bo34b2o5b4o$3b2o16b2o28b2o88b2o5bo2bo79b2o5bo2bo$2bo 2bo240bo$2bo244bo$2bo82b2o158b3o$2bobo11bo68bo$2bobo11b2o49bo18b3o$3bo 11bobo29bo19b2o19bo10bobo139bo$45bobo18bobo28bo3bo140bo$35b2o6b2o12b2o 31b2o5bo19bo122b3o$2o3b2o27bo3bo4b2o12b2o26bo4b2o4bo4bo14b4o$o5bo26bo 5bo3b2o39b2o11bo12bo4b2obobo3b2o$23b2o8bo3bob2o4bobo36bobo10bo3bo3bob 2o5b3obo2bo2b2o110bo$bo3bo2b2o13b2o8bo5bo7bo51bobo2bob4o5b2obobo116bo$ 2b3o4b2o23bo3bo65b2o2b2o6b4o115b3o$8bo26b2o80bo2$231bo$92b2o138bo$91b 2o137b3o$93bo3bobo$5bo46bo44b2o$3b2ob2o44b2o44bo$51bobo$2bo5bo$100bo$ 2b2obob2o90b2o$99bobo$33bo76bo$31b4o6b2o2b2o62bobo$25b2o3bobob2o5b4obo 2bobo46bo8b2o3bo9b2o$25b2o2bo2bob3o5b2obo3bo3bo44b4o5b2o3bo9b2o$30bobo b2o4bo12bo5b2o27b2o9b4o4b2o3bo$31b4o14bo4bo4b2o27b2o9bo2bo6bobo$33bo 19bo39bo5b4o7bo$5b2o42bo3bo39bo4b4o$5b2o42bobo46bo3b!golly-3.3-src/Patterns/Life/Breeders/spacefiller.rle0000644000175000017500000000327012026730263017425 00000000000000#C A small spacefiller. #C Spacefillers are the fastest-growing known pattern in Conway's #C Game of Life (probably the fastest possible). They fill space #C to a density of 1/2, conjectured to be the maximum density, #C and they do it at a speed of c/2 in each of the 4 directions, #C which has been proven to be the maximum possible speed. #C This pattern starts with 200 cells, not the record lowest number #C of starting cells for a spacefiller (at the time of this writing, #C the record is 187). Quadratic-growth patterns that start with #C as few as 26 ON cells are now known, but their growth rate is #C comparatively slow. #C The population of spacefillers are easy to compute. This one's #C equations are: #C [(t+17)^2+511]/4 for t divisible by 4; #C [(t+17)^2+608]/4 for t mod 4 = 1; #C [(t+17)^2+563]/4 for t mod 4 = 2; #C [(t+17)^2+580]/4 for t mod 4 = 3. #C Most spacefillers at this time have p2 stretchers on the left and #C right instead of the flipper stretchers in this pattern. #C Original idea and middle part by Al Hensel; original construction #C and top/bottom stretchers by Hartmut Holzwart; size optimization #C by David Bell, Al Hensel, and Tim Coe. #C This spacefiller by Hartmut Holzwart, 4 Nov 1998. #C From Alan Hensel's "lifebc" pattern collection. x = 49, y = 26, rule = B3/S23 20b3o3b3o$19bobbo3bobbo$4o18bo3bo18b4o$o3bo17bo3bo17bo3bo$o8bo12bo3bo 12bo8bo$bobbobboobbo25bobboobbobbo$6bo5bo7b3o3b3o7bo5bo$6bo5bo8bo5bo8b o5bo$6bo5bo8b7o8bo5bo$bobbobboobbobboo4bo7bo4boobbobboobbobbo$o8bo3boo 4b11o4boo3bo8bo$o3bo9boo17boo9bo3bo$4o11b19o11b4o$16bobo11bobo$19b11o$ 19bo9bo$20b9o$24bo$20b3o3b3o$22bo3bo$$21b3ob3o$21b3ob3o$20bobooboobo$ 20b3o3b3o$21bo5bo! golly-3.3-src/Patterns/Life/Breeders/LWSS-breeder.rle0000644000175000017500000011630712026730263017340 00000000000000#C This is, to my knowledge, the first LWSS breeder created. It is a #C type MSM breeder, consisting of an orthogonal, speed c/2 head that #C lays down Gosper guns in such a way that the glider streams #C collide to form LWSS streams travelling orthogonally to the #C direction of propagation of the head. #C #C The head itself consists of three individual glider breeders that #C lay down Gosper guns using the same method used by Bill Gosper to #C create the first breeder. However, instead of being period 64, #C the rakes used here are extensible - in fact, they are "borrowed" #C from a switch engine breeder*. At any rate, the period of the #C rakes must be rather large compared to the width of the glider #C breeders; otherwise, the gliders from the forward-pointing guns #C will collide with either the middle row of Gosper guns or their #C gliders. I could not find any glider rakes of sufficiently high #C period for this purpose, so I borrowed the rake used in that #C switch engine breeder and extended the period by adding ten-odd #C bi-blocks to the wick. This gave a sufficiently large period for #C the pattern not to destroy itself. An interesting consequence #C of the extensibility of the glider rakes is that, by making the #C appropriate changes to the spacing of the Gosper gun assemblies, #C the period of the whole setup can be altered. However, it is #C currently in just about its most compact form -- further #C shortening of the period may result in self-destruction of the #C type mentioned above. #C #C * This switch engine breeder consists of an orthogonal, speed c/2 #C glider backrake and a diagonal, speed c/4 puffer laying down a #C trail of beehives and blocks. When a glider from the backrake #C collides with this trail, a switch engine is born, propagating #C orthogonally to the puffer and 45 degrees from the rake. #C #C Lucas Brown, 24 January 2008, 4:21 PM PST x = 1640, y = 619, rule = B3/S23 1194b2o$1192bo4bo$1198bo129bo$1192bo5bo129b4o$1193b6o27bo89b2o5bo6b2o$ 1224bo3bo83b4ob2o4b3o7bo$1229bo82b6o7b2ob6o$1224bo4bo5bo2bo74b4o4b4o9b obo$1225b5o9bo80bo3bo4bob7o$1235bo3bo82b3o4bo7b2o$1236b4o77b2obobo3b2o 4b2o4b2o$1316b3obo8bo2bo4b2o$1310bo4b2o2b2o8bobo$1308b2o6bo2bo17b2o$ 414b2o129bobo727b2o2b2o2b2o2b2o2b2o2b2o2b2o2b2o4b2o6b2o8bobo4b2o2b2o$ 410b4ob2o128bo2bo725bo2bob2o2b2o2b2o2b2o2b2o2b2o2b2o24bo4b3o2b2o$410b 6o114b6o4bo7b2o725b2o50bo2bo6bob3o$411b4o114bo5bo4bob2o6bo728b2o2b2o2b 2o2b2o2b2o2b2o2b2o24bo4b3o2b2o$445b2o88bo7bo2b6o727b2o2b2o2b2o2b2o2b2o 2b2o2b2o4b2o6b2o8bobo4b2o2b2o$442b3ob2o81bo4bo3b4o3bo7b2o753b2o6bo2bo 17b2o$442b5o8b2o74b2o9bo4bob3o3bo754bo4b2o2b2o8bobo$443b3o7b2ob2o78bo 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6b2o$379bo5bo129b4o$385bo129bo$379bo4bo$381b2o!golly-3.3-src/Patterns/Life/Breeders/switch-engine-breeder-MR.rle0000644000175000017500000000301112026730263021613 00000000000000#C 5 beehives and 75 blocks produce a quadratically expanding #C population when hit by a single trigger glider. #C This is a nonstandard "Blockish" construction of Mitchell Riley's #C switch-engine breeder from July 2006, which in its minimal form #C contains just 38 ON cells: #C x = 135, y = 41, rule = B3/S23 #C 131b4o$130bo3bo$134bo$133bo3$130boo$130bobo$132bo$130b3o5$131b4o$ #C 130bo3bo$134bo$133bo9$94b4o$93bo3bo$97bo$96bo8$b4o$o3bo$4bo$3bo! x = 221, y = 173, rule = B3/S23 148boo$148boo3$143boo$143boo3$159boo$159boo$177bo$154boo20bo$154boo9b oo9b3o$165boo$$153boo5boo$153boo5boo$$167boo$159boo6boo$159boo3$171boo 4boo$171boo4boo4$174boo$170boobboo5boo$170boo9boo4$178boo$174boobboo5b oo$174boo9boo$$109boo$109boo$113boo67boo$113boobboo59boobboo$117boo59b oo4$174boo$174boo4$178boo$178boo9$149boo$149boo4$153boo$153boo9$124boo $124boo$$193boo24boo$193boo24boo$128boo$128boo$$184boo$87boo95boo33boo $87boo130boo$$210boo$185boo23boo$91boo92boo$91boo$206boo$206boo5$219b oo$161boo56boo$161boo10boo$173boo35boo$210boo$$161boo41boo$141boo18boo 41boo$141boo4$132boo70boo$132boo70boo$$127boo66boo$127boo66boo$133boo$ 133boo57boo$192boo$$127boo$101boo24boo$101boo$118boo54boo29boo$118boo 54boo29boo$96boo72boo$96boo68boobboo24boo$166boo28boo$114boo31boo13boo $114boo31boo13boo3$151boo$139bo11boo$138bobo$138bobo$129boo8bo$117boo 4boo4boo34boo4boo$117boo4boo40boo4boo$$133boo$121bo11boo$107boo11bobo$ 107boo11bobo$121bo$$111boo$99bo11boo$98bobo$98bobo$99bo4$78boo$78boo3$ 82boo$70bo11boo$69bobo$69bobo$70bo3$9boo$9boo3$13boo$bo11boo$obo$obo$b o!golly-3.3-src/Patterns/Life/Breeders/breeder.lif0000644000175000017500000003221312026730263016533 00000000000000#Life 1.05 #D Breeder, the classic original by Bill Gosper, early 1970's. #D #D This is the first pattern to demonstrate that quadratic #D growth was possible in the Game of Life. Much better #D results have been achieved since then (see spacefiller.rle). #N #P 6 166 *** ..* .* #P 0 152 ...** ...** . . . ...* ..*** .*...* *.***.* .***** . . . . . . . . . . . . . ....*** ...*...* ..*.....* ..**.*.** . . .....* ....*.* ....*.* .....* . .....** .....** #P 35 152 ** ** . . . . . . . . . ** *.* .** . . . . . . . . ...** ..*.* ..** . . . . . . . . . ..** ..** #P 40 153 *.* ** .* #P 41 183 ** *.* * #P 67 152 ** ** . . . . . . . . . ** *.* .** . . . . . . . . ...** ..*.* ..** . . . . . . . . . ..** ..** #P 88 137 *.* ** .* #P 89 199 ** *.* * #P 99 152 ** ** . . . . . . . . . ** *.* .** . . . . . . . . ...** ..*.* ..** . . . . . . . . . ..** ..** #P 136 121 *.* ** .* #P 137 215 ** *.* * #P 131 152 ** ** . . . . . . . . . ** *.* .** . . . . . . . . ...** ..*.* ..** . . . . . . . . . ..** ..** #P 184 105 *.* ** .* #P 185 231 ** *.* * #P 163 152 ** ** . . . . . . . . . ** *.* .** . . . . . . . . ...** ..*.* ..** . . . . . . . . . ..** ..** #P 195 152 ** ** . . . . . .....* .....*.* .....** .** *..* *..* .** . . . . . . . . ...** ..*..* ..*..* ...** .......** .......*.* .......* . . . . . ..** ..** #P 232 89 *.* ** .* #P 233 247 ** *.* * #P 227 152 ** ** . . . . . . . . .** *..* *..* .** . . . . . . . . ...** ..*..* ..*..* ...** . . . . . . . . ..** ..** #P 248 143 * *.* ** #P 250 194 ** *.* * #P 280 73 *.* ** .* #P 281 263 ** *.* * #P 259 152 ** ** . . . . . . . . .** *..* *..* .** . . . . . . . . ...** ..*..* ..*..* ...** . . . . . . . . ..** ..** #P 296 127 * *.* ** #P 298 210 ** *.* * #P 328 57 *.* ** .* #P 329 279 ** *.* * #P 291 152 ** ** . . . . . . . . .** *..* *..* .** . . . . . . . . ...** ..*..* ..*..* ...** . . . . . . . . ..** ..** #P 344 111 * *.* ** #P 346 226 ** *.* * #P 377 295 ** *.* * #P 376 41 *.* ** .* #P 323 152 ** ** . . . . . . . . .** *..* *..* .** . . . . . . . . ...** ..*..* ..*..* ...** . . . . . . . . ..** ..** #P 392 95 * *.* ** #P 370 234 ** *.* * #P 355 152 ** ** . . . . . . . . .** *..* *..* .** . . . . . . . . ...** ..*..* ..*..* ...** . . . . . . . . ..** ..** #P 440 79 * *.* ** #P 418 250 ** *.* * #P 387 152 ** ** . . . . . . . . .** *..* *..* .** #P 389 186 ** ** #P 400 160 .* * *** #P 399 184 .** ** ..* #P 360 222 ** ** #P 341 58 ** ** #P 352 49 *.* ** .* #P 373 58 ** ** #P 394 242 ** *.* * #P 442 258 ** *.* * #P 343 280 ** ** #P 353 287 ** *.* * #P 375 280 ** ** #P 419 152 ** ** . . . . . . . . .** *..* *..* .** #P 421 186 ** ** #P 422 191 * * ..** #P 448 144 .* * *** #P 447 200 .** ** ..* #P 451 152 ** ** . . . . . . . . .** *..* *..* .** #P 453 186 ** ** . . . ** ** #P 483 152 ** ** . . . . . . . . .** *..* *..* .** #P 485 186 ** ** . . . ** ** #P 496 128 .* * *** #P 515 152 ** ** . . . . . . . . .** *..* *..* .** #P 517 186 ** ** . . . ** ** #P 547 152 ** ** . . . . . . . . .** *..* *..* .** #P 549 186 ** ** . . . ** ** #P 579 152 ** ** #P 581 186 ** ** . . . ** ** #P 589 154 * *.* ** #P 589 176 .** ** ..* #P 611 152 ** ** #P 613 186 ** ** . . . ** ** #P 637 138 * *.* ** #P 637 192 .** ** ..* #P 643 147 ** ** . . . ** ** #P 645 186 ** ** . . . ** ** #P 661 130 * *.* ** #P 685 122 * *.* ** #P 685 208 .** ** ..* #P 709 216 .** ** ..* #P 544 112 .* * *** #P 568 104 .* * *** #P 562 109 ** ** #P 594 109 ** ** #P 626 104 ** ** . . . ** ** #P 513 88 ** ** #P 481 88 ** ** #P 449 88 ** ** #P 405 53 ** ** . . . ** ** #P 355 17 ** ** . . . ** ** #P 424 217 ** ** . . . ** ** #P 448 217 ** ** . . . ** ** #P 464 217 ** ** . . . ** ** #P 340 315 ** ** . . . ** ** #P 396 315 ** ** . . . ** ** #P 412 315 ** ** . . . ** ** #P 479 280 ** ** . . . ** ** #P 463 280 ** ** . . . ** ** #P 407 280 ** ** . . . ** ** #P 395 17 ** ** . . . ** ** #P 411 17 ** ** . . . ** ** #P 400 33 *.* ** .* #P 461 53 ** ** . . . ** ** #P 477 53 ** ** . . . ** ** #P 545 83 ** ** . . . ** ** #P 569 83 ** ** . . . ** ** #P 585 83 ** ** . . . ** ** #P 682 104 ** ** . . . ** ** #P 698 104 ** ** . . . ** ** #P 675 147 ** ** . . . ** ** #P 699 147 ** ** . . . ** ** #P 715 147 ** ** . . . ** ** #P 717 186 ** ** . . . ** ** #P 701 186 ** ** . . . ** ** #P 677 186 ** ** . . . ** ** #P 707 230 ** ** . . . ** ** #P 723 230 ** ** . . . ** ** #P 651 230 ** ** . . . ** ** #P 736 138 .....** .****.** .****** ..**** .* *.* *.* ....** ....*.* ......* ....*** . . . ....*** ......* ....*.* ....** *.* *.* .* ..**** .****** .****.** .....** #P 720 140 ...** ..*.* .*..* ......* * .....*.*.* ..*..*.*..* ...**.....*..* ........*.*.*..* .....**.*...*..* . .....**.*...*..* ........*.*.*..* ...**.....*..* ..*..*.*..* .....*.*.* * ......* .*..* ..*.* ...** #P 726 135 .**** ****** ****.** ....** #P 726 162 ....** ****.** ****** .**** #P 705 145 .** *..* *.* .* . . . .* *.* *..* .** #P 701 138 .*** ***** ***.** ...** #P 701 159 ...** ***.** ***** .*** #P 687 146 .** *..*....* .**.....* . . . .**.....* *..*....* .** #P 668 148 ** ** . ** ** #P 661 141 ....** ...*..* **.* .....** *...** ..*.* . . . . . . . ..*.* *...** .....** **.* ...*..* ....** #P 738 177 .......** ...****.** ...****** ....**** ..* ** .*..* ..***.** ........* ........* ....*..** .....** . .....** ....*..** ........* ........* ..***.** .*..* ** ..* ....**** ...****** ...****.** .......** #P 724 178 .*** .* ....* ...* . ......* .....**** ........* ****..*.** *.*.*.*....** .**..*.* . .**..*.* *.*.*.*....** ****..*.** ........* .....**** ......* . ...* ....* .* .*** #P 730 174 .**** ****** ****.** ....** #P 716 130 .** **** **.** ..** #P 730 201 ....** ****.** ****** .**** #P 720 206 ..** **.** **** .** #P 700 166 .* * . .*.* ...* .* ..* #P 705 177 .*** ***** ***.** ...** #P 705 198 ...** ***.** ***** .*** #P 707 184 .** *..* *.* .* . . . .* *.* *..* .** #P 689 185 .** *..* .** . . . .** *..* .** #P 670 187 ** ** . ** ** #P 664 179 ..** ...** .*.* *** *..* *.*** .*..* ..** . . . . . ..** .*..* *.*** *..* *** .*.* ...** ..** #P 661 200 .** ** ..* #P 741 219 ...** .*....* .......* .*.....* ..****** . . . . ...*** .*...** .*.*..** *.....* .***** . .***** *.....* .*.*..** .*...** ...*** . . . . ..****** .*.....* .......* .*....* ...** #P 729 225 ..*..* .***.** **...*.** .*...* .*.*.*.** ..*****.*.* ...*....** .........* . .........* ...*....** ..*****.*.* .*.*.*.** .*...* **...*.** .***.** ..*..* #P 731 219 .****** *.....* ......* *....* .*.* #P 731 243 .*.* *....* ......* *.....* .****** #P 713 228 .** *..* *.* .* . . . .* *.* *..* .** #P 706 222 .***** *....* .....* *...* ..* #P 706 240 ..* *...* .....* *....* .***** #P 696 228 ..**.* .****.** *....** *.* .* . .* *.* *....** .****.** ..**.* #P 680 230 **.** .*** .** . .** .*** **.** #P 676 231 * ** . ** * #P 666 225 .......* ......*.* .........* ....*.** ..*.** ***..** .**..** . . . .**..** ***..** ..*.** ....*.** .........* ......*.* .......* #P 646 224 .***** *....* .....* *...* ..* #P 646 238 ..* *...* .....* *....* .***** #P 721 249 *..* ....* *...* .**** #P 717 94 .**** ****** ****.** ....** . . . . ..** .*..** ***..* *....* ***** . ***** *....* ***..* .*..** ..** . . . . ....** ****.** ****** .**** #P 704 98 ...* ....* ..**** **...*.** .*.*.*.* .*...***..* ..*.*...* ...*....*** . . . ...*....*** ..*.*...* .*...***..* .*.*.*.* **...*.** ..**** ....* ...* #P 706 93 ....** ****.** ****** .**** #P 706 118 .**** ****** ****.** ....** #P 688 102 .** *..* *.* .* . . . .* *.* *..* .** #P 681 96 ...** ***.** ***** .*** #P 681 115 .*** ***** ***.** ...** #P 671 99 ..* ..* . ......* .****.* *..*.** *.* .* . .* *.* *..*.** .****.* ......* . ..* ..* #P 655 103 .*.* ....* **.* ..* . ..* **.* ....* .*.* #P 651 105 * *** . *** * #P 642 100 .....*** ...*..** ..*...*.* *...* *...** * .*...* . .*...* * *...** *...* ..*...*.* ...*..** .....*** #P 696 88 ..** **.** **** .** #P 621 98 ...** ***.** ***** .*** #P 610 74 .....** .****.** .****** ..**** . . ..** .*...* .*....* *.....* .**.*** . . . .**.*** *.....* .*....* .*...* ..** . . ..**** .****** .****.** .....** #P 606 77 .* *..* . . . .* ..* . . . . . ..* .* . . . *..* .* #P 600 71 .**** ****** ****.** ....** #P 600 98 ....** ****.** ****** .**** #P 592 79 .....*** ...***** ..*** .*...* **..*....** *......*** .******** . .******** *......*** **..*....** .*...* ..*** ...***** .....*** #P 590 66 .** **** **.** ..** #P 592 74 *** * .* #P 592 96 .* * *** #P 575 95 ...** ***.** ***** .*** #P 575 74 .*** ***** ***.** ...** #P 575 80 .** .** *..* *.* .* . . . .* *.* *..* .** .** #P 557 82 .** *..* .** . . . .** *..* .**. #P 530 75 ....*.* ...**..* ..***..* .*** .*.*..** **.***.* .*......* ..*....* ....***** ........** ........** . ........** ........** ....***** ..*....* .*......* **.***.* .*.*..** .*** ..***..* ...**..* ....*.* #P 515 76 .*** ***** ***.** ...** #P 496 43 .**** ****** ****.** ....** . . . . ..** .*..** ***..* *....* ***** . ***** *....* ***..* .*..** ..** . . . . ....** ****.** ****** .**** #P 483 47 ...* ....* ..**** **...*.** .*.*.*.* .*...***..* ..*.*...* ...*....*** . . . ...*....*** ..*.*...* .*...***..* .*.*.*.* **...*.** ..**** ....* ...* #P 485 42 ....** ****.** ****** .**** #P 485 67 .**** ****** ****.** ....** #P 467 51 .** *..* *.* .* . . . .* *.* *..* .** #P 460 45 ...** ***.** ***** .*** #P 460 64 .*** ***** ***.** ...** #P 450 48 ..* ..* . ......* .****.* *..*.** *.* .* . .* *.* *..*.** .****.* ......* . ..* ..* #P 434 52 .*.* ....* **.* ..* . ..* **.* ....* .*.* #P 430 54 * *** . *** * #P 421 49 .....*** ...*..** ..*...*.* *...* *...** * .*...* . .*...* * *...** *...* ..*...*.* ...*..** .....*** #P 475 37 ..** **.** **** .** #P 464 71 * *.* ** #P 400 47 ...** ***.** ***** .*** #P 425 8 .****** *.....* ......* *....* ..** . ..** .*.** **.*.* *.**.** *...** ..*** . ..*** *...** *.**.** **.*.* .*.** ..** . ..** *....* ......* *.....* .****** #P 417 14 ..*** *...* * * .*..* ..*.* . ..*.* .*..* * * *...* ..*** #P 414 4 ..** *....* ......* *.....* .****** #P 414 32 .****** *.....* ......* *....* ..** #P 401 15 ..* .*.* * .* . . . .* * .*.* ..* #P 400 5 ..* *.* *.* #P 389 7 ..* *...* .....* *....* .***** #P 389 29 .***** *....* .....* *...* ..* #P 389 15 * .* .* * . . . * .* .* * #P 382 13 ...** ...** ...** **.** .*.* .*** . . . .*** .*.* **.** ...** ...** ...** #P 379 17 ** ** . . . ** ** #P 367 16 .** *..* .** . . . .** *..* .** #P 341 7 .*.* .*.* .*.** ...** *..* .** #P 341 28 .** *..* ...** .*.** .*.* .*.* #P 329 9 ..* *...* .....* *....* .***** #P 329 27 .***** *....* .....* *...* ..* #P 404 0 *..* ....* *...* .**** #P 485 206 ......** ....*....* ..........* ....*.....* .....****** .* .*** *.**..* ..***..* .*****..* .***.*.*** ......**.** .....**.** . . . .....**.** ......**.** .***.*.*** .*****..* ..***..* *.**..* .*** .* .....****** ....*.....* ..........* ....*....* ......** #P 478 206 .****** *.....* ......* *....* ..** #P 478 230 ..** *....* ......* *.....* .****** #P 471 213 ......* .....*** ..*** .*...*...* *..*.*....* *........* .******** . .******** *........* *..*.*....* .*...*...* ..*** .....*** ......* #P 471 208 .** ** ..* #P 471 230 ..* ** .** #P 453 209 .***** *....* .....* *...* ..* . ..** .*..* .*.* ..* . . . ..* .*.* .*..* ..** . ..* *...* .....* *....* .***** #P 436 216 .** *..* .** . . . .** *..* .** #P 417 218 ** ** . ** ** #P 410 209 ....** ...*** .**...* .*...* * ***..** *.*.*** .***.** ...** . . . . . ...** .***.** *.*.*** ***..** * .*...* .**...* ...*** ....** #P 393 211 .***** *....* .....* *...* ..* #P 392 222 ** ** #P 468 236 *..* ....* *...* .**** #P 498 270 .**** ****** ****.** ....** . . . . ..** .*..** ***..* *....* ***** . ***** *....* ***..* .*..** ..** . . . . ....** ****.** ****** .**** #P 485 274 ...* ....* ..**** **...*.** .*.*.*.* .*...***..* ..*.*...* ...*....*** . . . ...*....*** ..*.*...* .*...***..* .*.*.*.* **...*.** ..**** ....* ...* #P 487 269 ....** ****.** ****** .**** #P 487 294 .**** ****** ****.** ....** #P 469 278 .** *..* *.* .* . . . .* *.* *..* .** #P 462 272 ...** ***.** ***** .*** #P 462 291 .*** ***** ***.** ...** #P 452 275 ..* ..* . ......* .****.* *..*.** *.* .* . .* *.* *..*.** .****.* ......* . ..* ..* #P 436 279 .*.* ....* **.* ..* . ..* **.* ....* .*.* #P 432 281 * *** . *** * #P 423 276 .....*** ...*..** ..*...*.* *...* *...** * .*...* . .*...* * *...** *...* ..*...*.* ...*..** .....*** #P 402 289 .*** ***** ***.** ...** #P 477 299 .** **** **.** ..** #P 466 266 ** *.* * #P 425 305 ...**** ..****** ..****.** ......** . . . ...*** .** .*....** **.**..* .......* ....*** . ....*** .......* **.**..* .*....** .** ...*** . . . ......** ..****.** ..****** ...**** #P 417 311 ....* ....** ..*..* *** .** ..*.* ....* . ....* ..*.* .** *** ..*..* ....** ....* #P 416 304 ....** ****.** ****** .**** #P 416 329 .**** ****** ****.** ....** #P 402 313 ..* .** *** . . . . . *** .** ..* #P 391 307 ...** ***.** ***** .*** #P 391 326 .*** ***** ***.** ...** #P 390 314 ** ** #P 390 321 ** ** #P 383 311 ...** ..*..* .....* ** . .*.* ..* . ..* .*.* . ** .....* ..*..* ...** #P 359 307 ...............* .............**.* ............*...* ........****.*.* .......*.*...** .**....*.* **.*..**.** .**.***..**** ...*...**.*.** .........**.** ...........* . ...........* .........**.** ...*...**.*.** .**.***..**** **.*..**.** .**....*.* .......*.*...** ........****.*.* ............*...* .............**.* ...............* #P 353 312 ..* .*.* *...* .*..* .**.** . . . .**.** .*..* *...* .*.* ..* #P 331 309 ...** ***.** ***** .*** #P 331 324 .*** ***** ***.** ...** #P 402 332 .** * #P 406 334 .** **** **.** ..** #P 401 303 ** *.* * golly-3.3-src/Patterns/Life/Breeders/switch-engine-ping-pong.rle0000644000175000017500000000055413307733370021603 00000000000000#N Switch engine ping-pong #O Michael Simkin, 29 October 2014 #C The smallest known pattern that exhibits quadratic population #C growth, as of June 2018. #C www.conwaylife.com/wiki/Switch_engine_ping-pong x = 210515, y = 183739, rule = B3/S23 1148bo$1148b2o1076$145bo$144bo$144b3o158$3bo$b2o$o$bo182353$210513bo$ 210512bo$210512b3o141$210354bo$210353b3o$210355bo!golly-3.3-src/Patterns/Life/Still-Lifes/0000755000175000017500000000000013543257426015114 500000000000000golly-3.3-src/Patterns/Life/Still-Lifes/eaters.rle0000644000175000017500000000472212026730263017016 00000000000000#C Still lifes that eat gliders. #C Most of the unusual ones were found by Dean Hickerson. #C Pattern from Jason Summers' "jslife" archive. x = 126, y = 135, rule = B3/S23 107bo$7bo23bo25bo20bo29bo$8bo23bo25bo20bo26b3o$6b3o21b3o23b3o18b3o$$ 64boo19boo25bo$11boo22boobbooboo17boobbo16boobbo26bo$11bobo21bobobbob oo17boboo17boboo25b3o$13bo23boobo22bo20bo$13boo22bobboboo19bo20bo$39b ooboo13boobboo19boo29boo$57bobbo20bo32bo$59boo18b3o31bo$78bo34boo$78b oo9$bo$bbo$3o$$4bo$5bo101bo$3b3o102bo$106b3o$7bo$8bo23bo77bo$6b3o24bo 25bo24bo26bo$31b3o26bo24bo23b3o$10bo47b3o22b3o$11bo28boo24boo24boo20b oo$9b3o23boobobbo21boobbo21boobbo19bobbobboo$35booboo23boobo19boobbobo 20bobo4bobbo$14boobo48boboboo14boobobboo20bo5bobobo$14boob3o15booboo 23booboboobo17bobo25boobobbo$20bo15boboo23bobbo22bobo25bobbo$14boob3o 14bo30boo23bo23bo4bo$15bobo16boo78b5o$15bobo$16bo25b3o71bo$42bo72bobo$ 43bo72bo14$3bo24bo21bo23bo20bo$4boo23boo20boo22boo19boo$3boo23boo20boo 22boo19boo$$11bo24bo21bo23bo20bo19bo$11bobo22bobo19bobo21bobo18bobo17b obo$11boo23boo20boo22boo19boo18boo$$115boo$4boo109bobbo$4boo3bo19boo3b o16boo3bo18boo3bo15boo3bo15boobbo$8bobo18bo3bobo15bo3bobo17bo3bobo14bo 3bobo15bobobo$9bobo18bo3bobo15bo3boo18bo3boo15bo3boo15bobboo$11bo19bo 4bo16bo23bo20bo18boo$11boo15b3o5boo13bob5o17bob5o14bob5o$28bo22boo4bo 16bobo3bo14bobo4bo$54b3o17bobbo4bo12bobob3o$51boobo20boo4boo13boobo$ 51bobo11$30boo$7bo17bo4bobo58bo$8bo17bo5bo13bo18bo26bo6boo$6b3obbooboo 8b3o5boboo11bo17b3o22b3obboobobbo15boo$12boboo13boobobo10b3o3boo15bo4b oo21boboboo10bo4bobo$12bo17bobobo17bo14boo3bobbo20bobo14bo5bobbo$10bob o17bobbo18boboo16bobobo20boo12b3o5bobobo$bbo7boo16bobo18booboobo9bo5b oobobbo11boo25boobobbo$3bo24boo20bo15bo3bo4boo12bobboboo21bobo$b3o44bo bo13b3o3boboobo15boobo22boboo$10boo36boo19boobobbo16bobo5boobo8bobbobo $10boo16boo43boo17bob3o3boboo8b4obbob3o$28boo63bo3bo18bobobobbo$94b4o 14boobboo4boo$92bobo17boo$90b3oboboo$26b3o60bo4bobo$26bo63b3obobobo$ 27bo64boo3boo12$5bo17bo19bo19bo22bo22bo$3bobo15bobo17bobo17bobo20bobo 5boo13bobo$4boo16boo18boo18boo21boo4bobo14boo$13boo16boo18boo18boo18bo $8boobobbo11boobobbo13boobobbo13boobobbo16b3obbo21boo$7bobob3o11bobob 3o8bo4bobob3o13bobob3o16bo3b3o16boobobbo$4bobbobo15bobo11bobo3bobo17bo bo19bob3o18bobob3o$4b4ob3o11b3ob5o8bobb3obooboo11b3obooboo15bo4bo12boo 3bobo$8bo3bo9bo3bo4bo9boo4bo3bo10bo4bo3bo16boboobo11bobbobob3o$6bobobb oo9boobbobo15boobo3bobo8boo3boboo15bobobobbo12b4obo3bo$6boo19boo16bob oo3boo14bo16boboo3bo18bobboo$43bo25boo14bo3b3o16bobo$43boo25bo13boo3bo 18boo$70bobo$71boo! golly-3.3-src/Patterns/Life/Still-Lifes/stripey.rle0000644000175000017500000000266112026730263017232 00000000000000#C Stripey still life, created by Gabriel Nivasch. x = 66, y = 65, rule = B3/S23 bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo$b64o 2$b64o$o24bo39bo$b23o3b38o$24b3o$b20o2bo3b38o$o20bo2bo2bo37bo$b20ob2o 6b35o$20bo5bo2bo$b19o2b5o2b36o$o19b2o43bo$b17obo2b43o$10bo6bobobo$b8o 3b3o4bob44o$o7bobobo2bo3bo45bo$b7o2b2o2b2o2b2o3b42o$8b2o12bo$b7o2b13o 2b40o$o7b2o15bo39bo$b7o2b15o3b37o$9bo17bo$b7ob2o2b15ob2ob33o$o6bobo2bo 11bo3bobobo32bo$b6o3bobo2b8o3bo3bo2b3o2b2ob24o$7b3o2bobo8b7obobo2bo2bo bo$b6o3b3ob9o6bobo4b2o4b2o2b19o$o6b2o15bobo2bob2o10bo2bo18bo$b5obob16o b4o3bo6b3o4b18o$5bobo22b2o2bob2obo2bobo$b4o2b22o3b3ob2ob3o2b21o$o4b2o 22b3o10b2o21bo$b4o2b22o3b10o2bo2b2ob15o$5bo24b2o10bobo3bobo$b5ob23o3b 8obob2o2bo2b14o$o5b2o23b2o6bobobo2bobo16bo$b4o4b22o2b4o4bobo2bob4ob12o $5b3obo21bo5bo3bob2obo4bobo$b4o2bo2b20o2b5o3b2o2bob3o2bo2b11o$o4bobo 22b2o4bobo3bobo4bobo13bo$b5ob23o2b3obob2ob2o2b2obobob13o$31bo2bobo5bo 3bobo3bo$b30obobob2ob2o4bo2bobo3b3ob7o$o31bobo2bobo4bo3bob4o2bobo6bo$b 32ob3o4bobob3obo4bobo2b6o$40b2obobo3bob2obobo$b22ob11o9bo4b2obobob9o$o 21bobo10bo11b2o4b2o10bo$b21o4b10o2b2o3bo4bo6b10o$22b4o3bo9bo2bobobo4b 3obo$b21o3bobo4b7o3bobob2o2bo2bo2b9o$o21bo2bob2o2bo11b2o4bobobo11bo$b 21o2b2obo3bob2o2b2o6b5obob12o$29bobobobo2bo6bo5bo$b30o2bob2o10b4ob13o$ o32bobo5bob4o3bo14bo$b33o2bo4b2o4bo3b14o$34bobo7b3obo$b34ob2o3b3o4b17o $o37bobo2bob2o18bo$b38ob2o2bob19o2$b64o$bo2bo2bo2bo2bo2bo2bo2bo2bo2bo 2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo2bo! golly-3.3-src/Patterns/Life/Still-Lifes/ss-eaters.rle0000644000175000017500000000160213451370074017436 00000000000000#C Spaceship eaters. #C Eater+tub MWSS eater by Dean Hickerson, 4-May-1997. #C First stable HWSS eater by Dean Hickerson, 24-Apr-1999. #C Pond+block HWSS eater by Brice Due. #C General purpose eater by Matthias Merzenich, 22-Jul-2013. x = 89, y = 82, rule = B3/S23 80bo$79bobo$80bo2$78b5o$15b2o30b2o29bo4bo$15bo31bo32b2obo$13bobo29bobo 33bobob2obo$13b2o30b2o33bo2bobob2o$b4o27b5o29b6o9b3o$o3bo26bo4bo28bo5b o12bo$4bo31bo34bo11bobo$o2bo27bo3bo29bo4bo11bo2bo$33bo33b2o12bo3b2o$ 82b3o$84bo7$12b2o$12b2o$46bo34b3o$45bobo32b3o$b4o8b2o17b5o9bo19b6o$o3b o8b2o16bo4bo28bo5bo$4bo31bo34bo$o2bo27bo3bo29bo4bo9b3o$33bo10b2o21b2o 12b3o$44bo$45b3o$47bo9$82b2o$66b6o9bo2bo$65bo5bo9bo2bo$71bo10b2o$65bo 4bo$67b2o$81b2o$81b2o21$13b6o9b5o8b4o16bo6b2ob2o$12bo5bo8bo4bo7bo3bo 17bo6bob2o$18bo13bo11bo15b3o6bo$12bo4bo9bo3bo8bo2bo22b2obo$14b2o13bo 37bob2o$67bo4bo$68b2ob2o$69bobo$64b2o3bobo$56b3o6bo4bo$58bo3b3o$57bo4b o!golly-3.3-src/Patterns/Life/Still-Lifes/1998-eater-stamp-collection.rle0000644000175000017500000003206113171233731022513 00000000000000#C Collection of 88 glider eaters #C These take between 4 and 25 gens to recover. #C A few of these have been known for many years: 4.0 is 'eater'; #C 5.0 is 'eater2'; 6.0 and 6.1 are variations of 'eater3'. #C 10.0 and 11.3 produce a 1-bit spark, which can be useful. #C Dean Hickerson, ~ December 1998 #C http://www.radicaleye.com/DRH/glider.eaters.html x = 241, y = 350, rule = B3/S23 9b2o4b2o$10bo5bo$9bo5bo$9b2o4b2o6bo11bo$11bob2o9bo11bo2b2o$11b2obo7b3o 9b3obobo$15b2o22bo$16bo8b2o$15bo9bo11b5o$15b2o9b3o9bo2bo$28bo7bo$36b2o $15b2o$15b2o6$11bob2o$11b2obo29b2o$9b2o12bo17bo3bo$10bo13bo17bo2bob2o$ 9bo12b3o15b3ob2obo$9b2o15b2obo15bobo$11bob2o11b2ob3o12bo2b2o$11b2obo 17bo5bo2bo2b2o2bo$15b2o9b2ob3o6b4o4b2o$16bo10bobo12b4o$15bo11bobo10bob o2bo$15b2o11bo11b2o$11bob2o$11b2obo5$118b2o$11b2obo8bo13bo21b2o6bo8b2o 9b2o17bo8bo3bo$11bob2o9bo13bo16b2o2bo8bo2b2obo2bo9b2o10bo4b3o9bo2bob2o $9b2o11b3o11b3o16bobobo6b3obobob2o24bo2bo10b3ob2obo$9bo16b2o30bo12bo2b o23b3obobo14bobo$10bo15b2o11b2obo31bo10bo3bo13bo14bo2b2o$9b2o28b2ob3o 7bo3bo16b2obo9bobobo21bo2bo2b2obo$11b2obo10bob3o15bo7bobobo12bobo2bobo 6b3o2bo22b4o5bo$11bob2o10b2o3bo8b2ob3o6b3o2bo13b2o2bo2bo12b3o8b2o13b4o b2o$9b2o4b2o11b2o10bobo14b3o15b2o15bo8b2o11b2o4bo$9bo5bo8bob2o12bobo 16bo54bo2b2obo$10bo5bo7b2obo13bo74b2obo$9b2o4b2o$11b2obo$11bob2o6$11bo b2o$11b2obo$15b2o5bo24b2o9bo23b2o$16bo5b3o16bo5bo10b3o15bo5bo$15bo9bo 4bo11bob2obo3b2o8bo4bo10bob2obo$15b2o7b2o3bobo8b3o2bob2obobo7b2o3bobo 7b3o2bob2o$13b2o14bobo13bo2bobo14bobo12bo4bo$14bo13b2o2b2o12b2o2b2o12b 2ob2o12b2ob2o$13bo9bo3bo2bobo14bobo9bo3bo4bo13bobo$13b2o9bo2bob2obobo 7b2o3bobo10bo2bob2o10b2o3bobo$11b2o9b3ob2obo3b2o8bo4bo9b3ob2obo12bo4bo $12bo16bo10b3o22bo9b3o$11bo17b2o9bo24b2o8bo$11b2o6$11b2obo8bo26b2o14bo 18bo$11bob2o9bo25bo8bo4b3o11bo4b3o$9b2o4b2o5b3o26bo8bo2bo15bo2bo$9bo5b o10b2o22b2o6b3obobo12b3obobo$10bo5bo8bo2bo2b2o16bo13bo18bo$9b2o4b2o8bo bo4bo2bo9b2o2b3o$11b2obo11bo5bobobo8b2o5bo14b2o5b2o$11bob2o14b2obo2bo 15b2o8b2o5bo5bo5b2o$15b2o12bo2bo28b2o2b3o7b3o2b2o$15bo10bo4bo11bo3bo 17bo11bo$16bo9b5o13bobobo17b2o7b2o$15b2o25b3o2bo19bo7bo$11b2obo13bo19b 3o15bo9bo$11bob2o12bobo20bo15b2o7b2o$28bo6$6b2o4b2obo98bo$7bo4bob2o47b o16bo13bo20bo26b2o19b2o$6bo3b2o4b2o6bo17bo21bob2ob2o10bob2ob2o7bo6b2o 9b3o20bo5bo14bo5bo$6b2o2bo5bo8bob2ob2o11bo2b2ob2obo9b3o2bob2o8b3o2bob 2o5b3o6bobo12b2o18bob2obo3b2o10bob2obo$11bo5bo5b3o2bob2o9b3o3bobob2o5b 2o7bo16bo12b2o5bo11bo2bo2b2ob2o8b3o2bob2obobo8b3o2bob2o$6b2o2b2o4b2o 10bo18bo10bobo4bobo14bobo11bo2bo4bob2o8bobo4bob2o13bo2bobo15bo4bo$7bo 2bo5bo9bobo15b2obo12bo4b2o15b2o12bobo2b2obobo10bo5bo17b2o2b2o15b2ob2o$ 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17b2o17bo2bo15bo2bo$2bob2o6bob2o9bo5bobo10bo5bobo10bo5bo2bobo7bo5bo2bo bo$6b2o2b2o4b2o8bo4bo13bo4bo13bo4bob2o2bo7bo4bob2o2bo$6bo3bo5bo7b3o2b 3o11b3o2b3o11b3o2b3o3b2o6b3o2b3o3b2o$7bo3bo5bo10bo3b2o13bo3b2o13bo3b3o 12bo3b3o$6b2o2b2o4b2o10b4o2bo12b4o2bo12b4o2bo12b4o2bo$2b2obo4bo5bo15b 3o16b3o16b2o17b2o$2bob2o5bo5bo10b4o15b4o15b4o2b3o10b4o2b3o$2o8b2o4b2o 10bo3b5o5b2o3bo3b5o10bo3b2o2bo5b2o3bo3b2o2bo$o9bo5bo6b2obobob2o4bo5bo 2bobob2o4bo5b2obobob2o2b2o6bo2bobob2o2b2o$bo9bo5bo5bob2obobo2bo9b3obob o2bo8bob2obobo2bo9b3obobo2bo$2o8b2o4b2o9bo4b2o14bo2b2o12bo4b2o14bo2b2o $2b2obo6b2obo11bob3o13b3o17bob3o13b3o$2bob2o6bob2o12bo2bo13bo20bo2bo 13bo$29b2o36b2o7$26bo$27bob2ob2obo$2b2obo6bob2o9b3o2bobob2o$2bob2o6b2o bo14bobo$6b2o2b2o19b2o$6bo4bo11b2o$7bo2bo12bo2bob2o$6b2o2b2o13b2obo$2b 2obo6bob2o10bobo5b2obo$2bob2o6b2obo9bo2b3o3bob2o$2o14b2o8b2o3bo$o16bo 10b4o$bo14bo11bo$2o14b2o8bobob2o$2b2obo6bob2o10b2o2bo$2bob2o6b2obo14bo bo$31b2o!golly-3.3-src/Patterns/Life/Still-Lifes/eaters-misc.rle0000644000175000017500000000171512026730263017746 00000000000000#C Some examples of eater-like objects consuming #C things that aren't gliders or spaceships. #C Pattern from Jason Summers' "jslife" archive. x = 99, y = 49, rule = B3/S23 36bo5boo$4bo32bo5bo17bo14bo$3bobo31bo5boboo8bo4bobo14b3o$3bobo9boo16bo 3bo4boobbo7bobo3bob3o13bo8boobbobbooboo$4bo10boo17b3obbo4boo7bobbobboo 4bo22boboo3boboo$39b5o10boobbo3b3o12bobo9bo5bo$4boo11boobo16boo4bo14b 5o14boobo11boobo$4boo11boob3o15bobboo13boo22bo10bobbo$23bo14bobo14bobo bb3o17boo8boboo$17boob3o10bobbobobo12b3obobobbo27bo$18bobo12b4oboo12bo 4bobo29boo$18bobo16bo15boobooboo$19bo15bobo16bobo$35boo17bobo$55bo8$ 27bo52b3o$26bobo15bo22bo$3o22bobbo11boboo9bo$3o10b3o10boo13bo25boo13b ooboboo$54b3o11boo9boboboboobo$3boo11boo10boo12boo34boboobo$3bo12bo11b o14bo12bo11bo9bo3boo$4b3o10b3o9b3o10bo12bobo9bobo9boo$6bo12bo11bo10boo 12bo11boo11boobo$81boboo10$67bo$33boobboo12boo14bo$35b3o9boboo16bo10bo 6bo$48bo29bo6bo$38bo12bo11b3obboo8bobboobbo$38b3o9bobo14bobo10bobbo$ 41bo9bo15boo12boo$40boo! golly-3.3-src/Patterns/Life/Still-Lifes/random.rle0000644000175000017500000001667512026730263017025 00000000000000#C Random-looking still life, created by Gabriel Nivasch. x = 98, y = 98, rule = B3/S23 2obob2o3b2ob2o2bob2o3b2o3b2o2bo5bo8b2o2b2obob2ob2o3b2ob2o3b2o5b2ob2obo 3b2ob2obo$ob2obo5bobo2bob2o3bo2bobobo2b3o3b3o5bo2bo2bob2obobo4b2obobo 3bo2b2o2bobob2o2bobobob2o$6bo4bo2bobo4bo2bobobo7bo5bobo2bo2bobo5bobobo 6bo3bo3bob2o2bo3b3obobo$b6o5b2obobob2ob2obo2bo4b2obo2b4ob3ob3obob2ob2o bob6obobo2b3o4b2ob2o4bobob3o$o12bo3b2obobo2bobob2o2bob2obo8bo3b2o2bobo 2bo6bobob2obo2b3o4bob2o2bobo3bo$b2ob2obobobobo2bo3bobo2bobo2bo7bob2ob 4o2bo3bobobobo2b3obo2bo4bo2bo2b4o4bobo2b2o$2bobob2ob2obo3bo3bobob2o2bo 2b6ob2obobo3b3ob2o2bobob3o2bob2obob3o4b2o3bob2obob2obo$2bobo7bobobob2o 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obob2obo$b4obob4obob2obobo2bobo2b2o4bo3bobo2bobob2obob4o3b2obo4b2obo2b o2b4o3b2obob2obobo2b2o$o4bo5bobobo2bobo2bobobo2b5ob2obob3obo3bo6b3o3bo bo3bobobo2bo4b3obobo2bobobobo$4obob4o2bobob2o2b3ob2o2bo5bobo2bo4b3o2b 4obo3bobo2b4o2bob2obob2o3bobob2obobobo2b2o$3bobobo2bob2o2bo2b2o9b4obob o4b3o3b2o3bob5obobo6bo4bobob2obobo3bo2bo2bobo$2obobo2bo2bo2bobobo2bob 7o3bob2ob4o2bobo3bo2bo7bo2bob5ob4obo3bobobobo3bob2o2bo$o2bo2bob2obo2bo bob2obobo6b2obo4bo3bo3b3o2bob6obo2b2obo4bo5b3obo3bobobobo2bob2o$bob4o 4b4obo4bobob4obobob3obob2ob3o3b3o6bob2obo2bob2obob4o3bob4obob2obo3bo$ 2o5b4o5bob3obo2bo2bo3bo4bobo3bo2b3o3b5obo4bob2obo2bobo4bobo5b2o4b2o2bo $2b4obo2bob2obo2bo3bobo3bobo2b3obo2b2obobo3b2o6b2ob2obo4bobo3b4obobob 2o4b3o2bob2o$2bo2bo2bobobo3b2o4bo2b4ob3o3bob2o2bo2b2o2bob5o4bo2b6ob4o 3bobobobob4o3bobo$6bobobobob2o4b2obobo7bo2bo3bobobo2bobobo2bo5bobo6bo 4bo4bobobobo3bobo2bob2o$5b2obobo2bo2bobo2bobobob2ob3o2b2o3bobob2o2bobo 5bobobobobob2obob3o5bobobo2bo2bobobo2b2o$9b2o4b2ob2o4b2ob2obo10bo7bo5b 2ob2o3b2obob2obo6b2ob2o2b2o3b2ob2o! golly-3.3-src/Patterns/Life/Bounded-Grids/0000755000175000017500000000000013543257426015413 500000000000000golly-3.3-src/Patterns/Life/Bounded-Grids/Klein-bottle.rle0000644000175000017500000000054512026730263020362 00000000000000#CXRLE Pos=-10,-3 #C #C If one pair of opposite edges of a bounded grid are twisted 180 degrees #C (ie. reversed) before being joined then the result is a Klein bottle. #C In this example the twist is on the horizontal edges. #C For more details see Help > Bounded Grids. #C x = 20, y = 6, rule = LifeHistory:K40*,20 16.3A$16.A2.A$16.A$3A13.A$A16.A.A$.A! golly-3.3-src/Patterns/Life/Bounded-Grids/herringbone-agar-p14.rle0000644000175000017500000000267712026730263021655 00000000000000#CXRLE Pos=-24,-24 #C #C A period 14 agar with herringbone symmetry in a toroidal grid. #C Discovered by Gabriel Nivasch's Random Agar program. #C x = 48, y = 48, rule = B3/S23:T48,48 2b3o3b2o2bo13b3o3b2o2bo$2b2o3b4o5bo6bo2b2o3b4o5bo6bo$2bo13b3o3b2o2bo 13b3o3b2o$o5bo6bo2b2o3b4o5bo6bo2b2o3b3o$6b3o3b2o2bo13b3o3b2o2bo$3bo2b 2o3b4o5bo6bo2b2o3b4o5bo$2b2o2bo13b3o3b2o2bo13b3o$b4o5bo6bo2b2o3b4o5bo 6bo2b2o$10b3o3b2o2bo13b3o3b2o2bo$o6bo2b2o3b4o5bo6bo2b2o3b4o$3o3b2o2bo 13b3o3b2o2bo$2o3b4o5bo6bo2b2o3b4o5bo6bo$o13b3o3b2o2bo13b3o3b2o$4bo6bo 2b2o3b4o5bo6bo2b2o3b4o$4b3o3b2o2bo13b3o3b2o2bo$bo2b2o3b4o5bo6bo2b2o3b 4o5bo$2o2bo13b3o3b2o2bo13b3o$3o5bo6bo2b2o3b4o5bo6bo2b2o3bo$8b3o3b2o2bo 13b3o3b2o2bo$5bo2b2o3b4o5bo6bo2b2o3b4o5bo$o3b2o2bo13b3o3b2o2bo13b2o$3b 4o5bo6bo2b2o3b4o5bo6bo2b2o$12b3o3b2o2bo13b3o3b2o2bo$2bo6bo2b2o3b4o5bo 6bo2b2o3b4o$2b3o3b2o2bo13b3o3b2o2bo$2b2o3b4o5bo6bo2b2o3b4o5bo6bo$2bo 13b3o3b2o2bo13b3o3b2o$o5bo6bo2b2o3b4o5bo6bo2b2o3b3o$6b3o3b2o2bo13b3o3b 2o2bo$3bo2b2o3b4o5bo6bo2b2o3b4o5bo$2b2o2bo13b3o3b2o2bo13b3o$b4o5bo6bo 2b2o3b4o5bo6bo2b2o$10b3o3b2o2bo13b3o3b2o2bo$o6bo2b2o3b4o5bo6bo2b2o3b4o $3o3b2o2bo13b3o3b2o2bo$2o3b4o5bo6bo2b2o3b4o5bo6bo$o13b3o3b2o2bo13b3o3b 2o$4bo6bo2b2o3b4o5bo6bo2b2o3b4o$4b3o3b2o2bo13b3o3b2o2bo$bo2b2o3b4o5bo 6bo2b2o3b4o5bo$2o2bo13b3o3b2o2bo13b3o$3o5bo6bo2b2o3b4o5bo6bo2b2o3bo$8b 3o3b2o2bo13b3o3b2o2bo$5bo2b2o3b4o5bo6bo2b2o3b4o5bo$o3b2o2bo13b3o3b2o2b o13b2o$3b4o5bo6bo2b2o3b4o5bo6bo2b2o$12b3o3b2o2bo13b3o3b2o2bo$2bo6bo2b 2o3b4o5bo6bo2b2o3b4o! golly-3.3-src/Patterns/Life/Bounded-Grids/lightspeed-bubble.rle0000644000175000017500000002646312026730263021421 00000000000000#CXRLE Pos=-300,-68 #C #C A "bubble" in a sea of stripes moves at light speed. #C Created by Gabriel Nivasch. #C x = 600, y = 136, rule = B3/S23:T600,136 600o2$600o$379bo$347o2b4ob2ob2ob2ob2ob2ob2ob4o4b220o$348b2o4b2o4b2o4b 2o4b2o4bo$347o3bo5bo5bo5bo5b226o$375bo$347o29b224o$348bo4bo4bo17bo3bo$ 347o3b2o2bobo2bo16b3o3b218o$350bobob5o17bo5bo3bo$352ob5o18b3o3b3o3b 212o$350b2o24bo5bo5bo3bo$57o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b 3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o 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3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o 2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b 3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b3o2b4ob4o4b220o$379bo! golly-3.3-src/Patterns/Life/Bounded-Grids/cross-surface.rle0000644000175000017500000000057512026730263020613 00000000000000#CXRLE Pos=-13,-4 #C #C If both pairs of opposite edges of a bounded grid are reversed and then #C joined, the result is a cross-surface (or real projective plane). #C Note that gliders cannot pass through the corner cells. #C For more details see Help > Bounded Grids. #C x = 26, y = 12, rule = LifeHistory:C40,20 15.A$2A12.A9.2A$A.A11.3A6.A.A$A24.A4$9.A.A$8.A$8.A$8.A2.A$8.3A! golly-3.3-src/Patterns/Life/Bounded-Grids/sphere.rle0000644000175000017500000000055212026730263017315 00000000000000#CXRLE Pos=-10,-10 #C #C If the adjacent edges of a bounded grid are joined then the #C result is a sphere. Note how the gliders behave differently #C as they pass through the corner cells at a "pole" or "equator". #C For more details see Help > Bounded Grids. #C x = 20, y = 20, rule = LifeHistory:S30 2A16.2A$A.A14.A.A$A18.A13$12.3A$12.A2.A$12.A$12.A$13.A.A! golly-3.3-src/Patterns/Life/Bounded-Grids/torus.rle0000644000175000017500000000047712026730263017211 00000000000000#CXRLE Pos=-2,-2 #C #C If the opposite edges of a bounded grid are joined then the result #C is a torus. If the edge lengths are relatively prime, as in this #C example, then a glider will eventually visit every cell. #C For more details see Help > Bounded Grids. #C x = 3, y = 3, rule = LifeHistory:T31,20 .A$2.A$3A! golly-3.3-src/Patterns/Life/Bounded-Grids/agar-p3.rle0000644000175000017500000000572012026730263017263 00000000000000#CXRLE Pos=-36,-24 #C #C A period 3 agar in a toroidal grid. #C Discovered by Gabriel Nivasch's Random Agar program. #C x = 72, y = 48, rule = B3/S23:T72,48 obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bo bo$4bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo$b2obo2bob2obo2bob2obo 2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bo$o5bobo5bobo5bobo5b obo5bobo5bobo5bobo5bobo5bo$bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob 2obo2bob2obo2bob2obo2bob2obo$obo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bo bo$o2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2b ob2o$2bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo$obo2bob2obo2bob2obo 2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bobo$4bobo5bobo5bobo 5bobo5bobo5bobo5bobo5bobo5bobo$b2obo2bob2obo2bob2obo2bob2obo2bob2obo2b ob2obo2bob2obo2bob2obo2bob2obo2bo$o5bobo5bobo5bobo5bobo5bobo5bobo5bobo 5bobo5bo$bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2o bo2bob2obo$obo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo$o2bob2obo2bob2o bo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2o$2bobo5bobo5bo bo5bobo5bobo5bobo5bobo5bobo5bobo$obo2bob2obo2bob2obo2bob2obo2bob2obo2b ob2obo2bob2obo2bob2obo2bob2obo2bobo$4bobo5bobo5bobo5bobo5bobo5bobo5bob o5bobo5bobo$b2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob 2obo2bob2obo2bo$o5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bo$bob2obo2b ob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo$obo5bob o5bobo5bobo5bobo5bobo5bobo5bobo5bobo$o2bob2obo2bob2obo2bob2obo2bob2obo 2bob2obo2bob2obo2bob2obo2bob2obo2bob2o$2bobo5bobo5bobo5bobo5bobo5bobo 5bobo5bobo5bobo$obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bo b2obo2bob2obo2bobo$4bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo$b2obo 2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bo$o 5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bo$bob2obo2bob2obo2bob2obo2bo b2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo$obo5bobo5bobo5bobo5bobo 5bobo5bobo5bobo5bobo$o2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo 2bob2obo2bob2obo2bob2o$2bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo$o bo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob o$4bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo$b2obo2bob2obo2bob2obo 2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bo$o5bobo5bobo5bobo5b obo5bobo5bobo5bobo5bobo5bo$bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob 2obo2bob2obo2bob2obo2bob2obo$obo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bo bo$o2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2b ob2o$2bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo$obo2bob2obo2bob2obo 2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bobo$4bobo5bobo5bobo 5bobo5bobo5bobo5bobo5bobo5bobo$b2obo2bob2obo2bob2obo2bob2obo2bob2obo2b ob2obo2bob2obo2bob2obo2bob2obo2bo$o5bobo5bobo5bobo5bobo5bobo5bobo5bobo 5bobo5bo$bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2o bo2bob2obo$obo5bobo5bobo5bobo5bobo5bobo5bobo5bobo5bobo$o2bob2obo2bob2o bo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2obo2bob2o$2bobo5bobo5bo bo5bobo5bobo5bobo5bobo5bobo5bobo! golly-3.3-src/Patterns/Life/Bounded-Grids/torus-with-shift.rle0000644000175000017500000000037112026730263021266 00000000000000#CXRLE Pos=-2,-2 #C #C A torus can have a shift on the horizontal edges (as in this example) #C or on the vertical edges, but not both. #C For more details see Help > Bounded Grids. #C x = 4, y = 5, rule = LifeHistory:T30+7,20 A.A$3.A$3.A$A2.A$.3A! golly-3.3-src/Patterns/Life/Bounded-Grids/pulsars-in-tube.rle0000644000175000017500000000125612026730263021063 00000000000000#CXRLE Pos=-1,-34 #C #C Life in a Tube investigated intermittently by Tony Smith since 1985. #C #C Circumference 17 tube shown rolled out 4 times for aesthetic reasons. #C #C Pulsars was discovered almost immediately after the general principle #C of Life in a Tube was revealed when applying Full Paint's command-L #C Easter Egg to a screen dump which included a MacDraw ruler. This #C particular discovery helped keep the project motivated. x = 2, y = 68, rule = B3/S23:T0,68 bo$bo$bo$bo$bo$bo$bo$bo$2o$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$b o$bo$2o$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$2o$bo$bo$bo$bo $bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$bo$2o$bo$bo$bo$bo$bo$bo$bo$bo! golly-3.3-src/Help/0000755000175000017500000000000013543257425011175 500000000000000golly-3.3-src/Help/control.html0000644000175000017500000002465413543255652013476 00000000000000 Golly Help: Control Menu

Start/Stop Generating

Starts or stops generating the current pattern. This item can also be used to stop a running script, but it's much easier to hit escape or click the tool bar's stop button.

Next Generation

Advances the pattern to the next generation. Note that you can hit control-space to advance only the current selection, or shift-space to advance everything outside the selection (in both cases the generation count will not change).

Next Step

Advances the pattern to the next step. The current step size is displayed in the status bar as a number of the form "b^e" where b is the base step and e is the exponent. The base step can be changed by the Set Base Step dialog (see below), and the exponent can be changed by the Faster/Slower items (see below).

Reset

Restores the starting pattern and generation count. It also resets the algorithm, rule, scale, location, step size, selection and layer name to the values they had at the starting generation. The starting generation is typically zero, but it can be larger after loading an RLE/macrocell file that stores a non-zero generation count.

Set Generation...

Opens a dialog to change the generation count. You can enter readable numbers like "1,234,567", or include a leading +/- sign to specify a number relative to the current generation count.

Faster

Increases the step exponent in the status bar by 1. This increases the speed by displaying fewer generations. The step exponent is reset to 0 when you create a new pattern, load a pattern file, or switch to a different algorithm.

Slower

Decreases the step exponent in the status bar by 1. This decreases the speed by displaying more generations. The step exponent is reset to 0 when you create a new pattern, load a pattern file, or switch to a different algorithm. If the exponent is 0 when you select this item then a small delay will occur between each generation. Further slowing will double the delay until a maximum value is reached. Use Preferences > Control to set the minimum and maximum delay times.

Set Base Step...

Opens a dialog to change the current base step, but only temporarily. Golly will restore the default base step (set in Preferences > Control) when you create a new pattern, load a pattern file, or switch to a different algorithm. The base step can be any number from 2 to 2,000,000,000. Golly may reduce the exponent when setting a base, if necessary. Be aware that Golly's hashing algorithms are most efficient when the base step is a power of 2.

Auto Fit

If ticked then Golly will automatically fit a generating pattern inside the view if any part of the pattern moves out of view. This option is only used when doing many generations via Start or Next Step (that's why it's in the Control menu rather than the View menu), or when displaying patterns in a timeline (see Show Timeline).

Note that if you are generating a pattern and decide to change scale or do any sort of scrolling then the Auto Fit option is automatically turned off (the assumption being that you now want manual control over the scale and/or location).

TIP: If you find the Auto Fit option too confusing then leave it off and hit "f" to manually fit the pattern inside the view whenever you like.

Hyperspeed

If ticked, and the current algorithm uses hashing, then Golly will automatically increase the step exponent at regular intervals (every 64 steps). Hyperspeed mode is a convenient way to run a complex pattern as far as possible. (For very chaotic patterns, using QuickLife may actually run it further.) For highly regular patterns, hyperspeed mode quickly "runs away", generating exponentially fast.

Show Hash Info

Tick this option to turn on status messages that inform you when a hashing algorithm is doing garbage collection, resizing its internal hash table, or changing the step size (which can involve walking the entire hash). The garbage collection messages say which garbage collection it is overall, and if it is a subsequent garbage collection for the same step (the count will be in parentheses), and the percentage of memory reclaimed.

Interpreting these numbers is more an art than a science because some patterns exhibit odd behavior, but in general, if a garbage collection is reclaiming less than 70% of the total memory, or more than ten garbage collections occur for a single step, you can be fairly certain that the algorithm is effectively stalled and further progress will be extremely slow. Reducing the step size may help, but it may need to be reduced substantially in order to have an impact. Increasing the maximum memory that the algorithm can use may also help.

Show Population

Displaying the population count can cause a significant slow-down when generating large patterns, especially when using HashLife or any of the other hash-based algorithms. If you untick this option then Golly won't calculate the population count and will simply display "Population=disabled" in the status bar while generating a pattern. The correct count will be displayed when generating stops.

You can also toggle this option by clicking anywhere in the "Population=..." text, but you can only do this while a pattern is being generated. Or you might prefer to assign a keyboard shortcut to toggle the option.

Start/Stop Recording

This item lets you start recording a new timeline (if none exists), or extend an existing timeline (always from its final frame). Golly will proceed to generate and save (in memory) a sequence of patterns separated by the current step size.

If a timeline is being recorded then this item will stop the recording. Note that it's probably easier to click on the start/stop button in the timeline bar (use Show Timeline in the View menu to show/hide this bar). Recording will also stop if you hit the escape key, or if the maximum number of frames is reached (32,000).

A lot of Golly's functionality is disabled while a timeline exists (which includes when it's being recorded). For example, you can't do any editing or generating, nor can you change the current algorithm, rule or step size. You can however do the usual zooming and panning, and you can add/delete/switch layers (each non-cloned layer has its own separate timeline). You can also make selections, but only the last selection is remembered when the timeline is deleted.

Delete Timeline

Deletes the existing timeline. The currently displayed frame becomes the current generation (any later frames are lost), but Golly saves the first frame of the timeline so you can Reset/Undo back to that generation.

Convert Old Rules

Converts any .table/tree/colors/icons files into corresponding .rule files (but existing .rule files will not be changed). Golly looks in the supplied Rules folder first, then in your rules folder. The results are displayed in the help window. If the conversion succeeds you'll be asked if you want to delete the .table/tree/colors/icons files.

Set Algorithm

This submenu lets you switch algorithms. Note that changing the current algorithm can change the current rule. If the new algorithm doesn't support the current rule then Golly will switch to the new algorithm's default rule. If a pattern exists then some cell states might have to be modified if the new universe has fewer states than the old universe.

Golly assigns a different status bar color to each algorithm to give you some feedback about which algorithm is currently in use. You can use Preferences > Color to change these colors.

Most of Golly's algorithms (all except QuickLife and Larger than Life) use a hashing technique to generate patterns. This method performs brilliantly on patterns that have a lot of regularity in time or space. Conversely, it can perform very poorly on chaotic patterns. A hashing algorithm may initially appear to be slow, but as the hash table fills up with knowledge about the pattern, it will run faster and faster, so be patient.

Use Preferences > Control to set the maximum amount of hash memory for each algorithm. The initial setting is 500MB. The higher you set the memory limit, the larger patterns you can run and the farther and faster you can run them. However, setting this limit high also increases the amount of time required to change the step size (both manually and in hyperspeed mode) and increases the length of the garbage collection pauses. Nonetheless, it is generally best to set this quite high — typically 50% of the amount of physical memory in your computer. Setting this number high enough often makes more than a difference of 1000 in performance. How high is high enough depends greatly on the pattern and the step size, however, in unpredictable ways.

Set Rule...

Opens a dialog to change the current rule (which is displayed inside square brackets in the main window's title bar). The dialog also allows you to change the current algorithm — if the current rule is not valid in the new algorithm then the algorithm's default rule will be used.

A help button can be used to expand the dialog and display information about the current algorithm along with examples of the rules it supports. If you click on one of the special rule links then the rule string is automatically pasted into the new rule box. Another way to enter a new rule is to choose one from the list of named rules. You can add your own names to this list.

By default, all algorithms create an unbounded universe, but it's also possible to create a bounded universe by adding a special suffix to the usual rule. See here for details. golly-3.3-src/Help/file.html0000644000175000017500000001442313125321675012721 00000000000000 Golly Help: File Menu

New Pattern

Creates a new, empty universe and switches to a scale suitable for editing cells. Use Preferences > File to set the scale (initially 1:32), the cursor mode, and whether any selection should be removed.

Open Pattern...

Opens the standard file browser so you can select a pattern file. Golly can read all the common pattern formats: RLE, PC Life 1.05/1.06, dblife, some MCell files, and text patterns like "ooo...ooo". It can also read patterns in a "macrocell" format which allows huge, highly repetitive patterns to be stored in a very compact way. Such files usually have a .mc extension. If a .mc file contains timeline data then Golly will load all the frames and automatically show the timeline bar.

All the above formats are text based and can have DOS/Mac/Unix line endings, or they can be compressed in a .gz file.

Golly can also read graphic files in a number of popular formats: BMP, GIF, PNG and TIFF. The file name must end with an appropriate extension: .bmp, .gif, .png, .tif or .tiff. All the pure white pixels (RGB = 255,255,255) are treated as cells of state 0. All other pixels are treated as cells of state 1. This can be handy if you prefer to use a sophisticated drawing program to create your patterns.

Use Preferences > File to set the cursor mode, and whether any selection should be removed.

Open Clipboard

Opens a pattern stored in the clipboard. The References section has links to a number of good sources for clipboard patterns.

If the clipboard text starts with "@RULE rulename" then Golly will save the text as rulename.rule in your rules folder (set in Preferences > Control) and switch to that rule.

Open Recent

This submenu lets you open a recently loaded pattern file. The most recent file is always at the top. The maximum number of pattern files remembered is determined by a setting (initially 20) which you can change in Preferences > File.

Save Pattern...

Opens the standard file saving dialog so you can save the current pattern in RLE format (but only if all live cells are within coordinates of +/- 1 billion), or in macrocell format if the current algorithm supports hashing. Note that if a timeline exists when you save a .mc file then all the frames will be stored in the file.

You also have the option of saving patterns as compressed files (.rle.gz or .mc.gz).

Save Extended RLE

If ticked, Golly will include additional information whenever it saves a pattern in an RLE file via the above Save Pattern item or the save/store script commands. The pattern's position is recorded, along with the current generation count if it's greater than zero. This allows Golly to restore the pattern's position and generation count when the file is loaded at a later date. The extra information is stored in a special "#CXRLE" comment line at the start of the file. Because it's a comment, other RLE-reading programs should have no problem loading such files.

Note that if the current grid is bounded (ie. has a finite width or height) then Golly ignores this item's setting and always records the pattern's position so it can be restored when the file is loaded.

Run Script...

Opens the standard file browser so you can run a selected Lua or Python script. Such scripts can be used to automate or extend Golly's user interface, or to construct complex patterns. A number of sample scripts are provided in the Scripts folder. More details about Golly's scripting capabilities can be found in the Lua Scripting and Python Scripting help topics.

Run Clipboard

Runs the Lua or Python code stored in the clipboard.

Run Recent

This submenu lets you run a recently executed script file. The most recent script is always at the top. The maximum number of scripts remembered is determined by a setting (initially 20) which you can change in Preferences > File.

Show Files

If ticked then a scrollable folder is displayed in a panel to the left of the viewport. The initial location is the folder containing the Golly application and all the supplied patterns, scripts and rules. Clicking on a pattern file will display it in the viewport, clicking on a .lua/.py script will run it, and clicking on a .rule file will switch to that rule. See Hints and Tips for a good way to organize the Golly folder so you can quickly access your own patterns/rules/scripts and make it easy to upgrade to a newer version of Golly.

Set File Folder...

Lets you change the folder displayed by Show Files (see above).

Preferences...

Opens the Preferences dialog so you can change various settings. All your settings are stored in a file called GollyPrefs. This file is initially saved in a user-specific data directory:

On Linux: ~/.golly/
On Mac: ~/Library/Application Support/Golly/
On Windows XP: C:\Documents and Settings\username\Application Data\Golly\
On Windows 7+: C:\Users\username\AppData\Roaming\Golly\

You might prefer to move GollyPrefs into the same folder as the application. This allows multiple copies of Golly to have their own set of preferences.

Notes for Mac users: On the Mac, the Preferences item is in the application menu, not the File menu. On newer Macs the ~/Library folder might be invisible, so to get access to GollyPrefs just use the "Go to Folder..." command in the Finder's Go menu and paste in "~/Library/Application Support/Golly". golly-3.3-src/Help/bounded.html0000644000175000017500000005565012026730263013425 00000000000000 Golly Help: Bounded Grids

Bounded grids with various topologies can be created by adding a special suffix to the usual rule string. For example, B3/S23:T30,20 creates a toroidal Life universe 30 cells wide and 20 cells high. The suffix syntax is best illustrated by these examples:

:P30,20 — plane with width 30 and height 20
:P30,0 — plane with width 30 and infinite height
:T0,20 — tube with infinite width and height 20
:T30,20 — torus with width 30 and height 20
:T30+5,20 — torus with a shift of +5 on the horizontal edges
:T30,20-2 — torus with a shift of -2 on the vertical edges
:K30*,20 — Klein bottle with the horizontal edges twisted
:K30,20* — Klein bottle with the vertical edges twisted
:K30*+1,20 — Klein bottle with a shift on the horizontal edges
:C30,20 — cross-surface (horizontal and vertical edges are twisted)
:S30 — sphere with width 30 and height 30 (must be equal)

Some notes:

  • The first letter indicating the topology can be entered in lowercase but is always uppercase in the canonical string returned by the getrule() script command.
  • If a bounded grid has width w and height h then the cell in the top left corner has coordinates -int(w/2),-int(h/2).
  • The maximum width or height of a bounded grid is 2,000,000,000.
  • Use 0 to specify an infinite width or height (but not possible for a Klein bottle, cross-surface or sphere). Shifting is not allowed if either dimension is infinite.
  • Pattern generation in a bounded grid is slower than in an unbounded grid. This is because all the current algorithms have been designed to work with unbounded grids, so Golly has to do extra work to create the illusion of a bounded grid.

The different topologies are described in the following sections.

Plane

A bounded plane is a simple, flat surface with no curvature. When generating patterns in a plane, Golly ensures that all the cells neighboring the edges are set to state 0 before applying the transition rules, as in this example of a 4 by 3 plane:

 0  0  0  0  0  0 
 0  A  B  C  D  0 
 0  E  F  G  H  0 
 0  I  J  K  L  0 
 0  0  0  0  0  0 
    rule suffix is :P4,3

Torus

If the opposite edges of a bounded plane are joined then the result is a donut-shaped surface called a torus. Before applying the transition rules at each generation, Golly copies the states of edge cells into appropriate neighboring cells outside the grid. The following diagram of a 4 by 3 torus shows how the edges are joined:

 L  I  J  K  L  I 
 D  A  B  C  D  A 
 H  E  F  G  H  E 
 L  I  J  K  L  I 
 D  A  B  C  D  A 
    rule suffix is :T4,3

A torus can have a shift on the horizontal edges or the vertical edges, but not both. These two examples show how shifted edges are joined:

 K  L  I  J  K  L 
 D  A  B  C  D  A 
 H  E  F  G  H  E 
 L  I  J  K  L  I 
 A  B  C  D  A  B 
    :T4+1,3
 H  I  J  K  L  A 
 L  A  B  C  D  E 
 D  E  F  G  H  I 
 H  I  J  K  L  A 
 L  A  B  C  D  E 
    :T4,3+1

Klein bottle

If one pair of opposite edges are twisted 180 degrees (ie. reversed) before being joined then the result is a Klein bottle. Here are examples of a horizontal twist and a vertical twist:

 I  L  K  J  I  L 
 D  A  B  C  D  A 
 H  E  F  G  H  E 
 L  I  J  K  L  I 
 A  D  C  B  A  D 
    :K4*,3   
 D  I  J  K  L  A 
 L  A  B  C  D  I 
 H  E  F  G  H  E 
 D  I  J  K  L  A 
 L  A  B  C  D  I 
    :K4,3*

A Klein bottle can only have a shift on the twisted edges and only if that dimension has an even number of cells. Also, all shift amounts are equivalent to a shift of 1. Here are two examples:

 J  I  L  K  J  I 
 D  A  B  C  D  A 
 H  E  F  G  H  E 
 L  I  J  K  L  I 
 B  A  D  C  B  A 
    :K4*+1,3
 F  J  K  L  D 
 C  A  B  C  A 
 L  D  E  F  J 
 I  G  H  I  G 
 F  J  K  L  D 
 C  A  B  C  A 
    :K3,4*+1

Cross-surface

If both pairs of opposite edges are twisted and joined then the result is a cross-surface (also known as a real projective plane, but Conway prefers the term cross-surface). Here's an example showing how the edges are joined:

 A  L  K  J  I  D 
 L  A  B  C  D  I 
 H  E  F  G  H  E 
 D  I  J  K  L  A 
 I  D  C  B  A  L 
    :C4,3

Note that the corner cells have themselves as one of their neighbors. Shifting is not possible.

Sphere

If adjacent edges are joined rather than opposite edges then the result is a sphere. By convention we join the top edge to the left edge and the right edge to the bottom edge, as shown in this 3 by 3 example:

 A  A  D  G  C 
 A  A  B  C  G 
 B  D  E  F  H 
 C  G  H  I  I 
 G  C  F  I  I 
    :S3

Note that the cells in the top left and bottom right corners (the "poles") have different neighborhoods to the cells in the top right and bottom left corners. Shifting is not possible.

Example patterns using the above topologies can be found in Patterns/Generations and Patterns/Life/Bounded-Grids. golly-3.3-src/Help/lifeviewer.html0000644000175000017500000005610413006227600014134 00000000000000 Golly Help: LifeViewer

Introduction
Keyboard Shortcuts
Mouse Controls
Script Commands
Camera Tracking
Color Themes
3D Layers
Hex Grid
Notes


Introduction

LifeViewer is a scriptable pattern viewer featuring:

  • Rotation and smooth non-integer zoom.
  • Color themes with cell history and longevity.
  • Automatic hex grid display.
  • Pseudo 3D layers and stars.
  • Multiple ways to automatically track patterns with the camera as they evolve.

You may find it convenient to bind LifeViewer to a Keyboard action in Golly. This can be done as follows:

  1. Open Golly's Preferences dialog with File->Preferences...
  2. Click on the Keyboard tab in the dialog
  3. In the Key Combination field enter your preferred key combination
  4. In the Action drop down select Run Script...
  5. Click on the Choose File... button and select "lifeviewer.lua"
  6. Click on OK

A Javascript/HTML5 version of LifeViewer is used on the conwaylife.com forums to display posted patterns and also on LifeWiki.


Keyboard Shortcuts

Key combinationAction
Playback controls
ReturnToggle play / pause.
SpacePause / next generation.
TabPause / next step.
EscClose LifeViewer.
RReset to generation 0. Reset at generation 0 also resets camera.
Shift RToggle hard reset mode.
-Decrease generation speed.
+Increase generation speed.
Shift -Minimum generation speed.
Shift +Maximum generation speed.
DDecrease generations per step.
EIncrease generations per step.
Shift DMinimum generations per step.
Shift EMaximum generations per step.
0Reset step size and generation speed.
Camera controls
FFit pattern to display.
Shift FToggle AUTOFIT.
Shift HToggle HISTORYFIT mode.
[Zoom out.
]Zoom in.
Shift [Halve zoom.
Shift ]Double zoom.
11x zoom.
22x zoom.
44x zoom.
88x zoom.
616x zoom.
332x zoom.
Shift 1Nearest integer zoom.
Shift 2-2x zoom.
Shift 4-4x zoom.
Shift 8-8x zoom.
Shift 6-16x zoom.
LeftPan left.
RightPan right.
UpPan up.
DownPan down.
Shift LeftPan north west.
Shift RightPan south east.
Shift UpPan north east.
Shift DownPan south west.
<Rotate left.
>Rotate right.
Shift <Rotate left 90 degrees.
Shift >Rotate right 90 degrees.
5Reset angle.
View controls
QIncrease number of layers.
ADecrease number of layers.
PIncrease layer depth.
QDecrease layer depth.
CCycle color theme.
TToggle timing display.
Shift TToggle extended timing information.
Shift CToggle theme / Golly's standard colors.
/Toggle hex grid.
SToggle stars.
XToggle grid lines.
Shift XToggle major grid lines.


Mouse Controls

Click and drag with the mouse to pan the view.

The mouse wheel can be used to zoom in or out of the pattern. The zoom will be centered on the mouse pointer.


Script Commands

LifeViewer contains a script language that allows you to control playback of a pattern and how it is viewed through a dynamic camera. You can use the script language to do things like:

  • Define how you want a pattern to be displayed when LifeViewer starts.
  • Specify whether the pattern should automatically start playing when LifeViewer starts.
  • Specify that playback should stop or loop back to the start on reaching a certain generation.
  • Have the camera track a pattern as it moves across the universe (good for spaceships).
  • Define a set of waypoints and have the camera follow them during playback to highlight interesting parts of your pattern.

Script commands must be embedded in pattern comments which means that you can add them to any pattern file and other pattern readers will happily ignore them. They should be enclosed in [[ and ]]. All commands must be surrounded by whitespace. Multiple script sections are allowed.

The pattern below contains script commands that mean when LifeViewer is started the pattern will be displayed at zoom 9.5 with a camera angle of 30 degrees. The pattern will automatically start running and then stop at generation 100. 

#C [[ ZOOM 9.5 ANGLE 30 ]]
#C [[ AUTOSTART STOP 100 ]]
x = 3, y = 3, rule = Life
ooo$
bbo$
bo!
To see this in action:
  1. Stop LifeViewer if it is running (click on the Golly window and press Esc).
  2. Copy the pattern above to the clipboard.
  3. Use File->Open Clipboard in Golly.
  4. Run Scripts/Lua/lifeviewer.lua.

There are many script commands available and they are grouped by function in the table below.

CommandArgumentsAction
Script commands
[[ Start script section.
]] End script section.
Playback commands
AUTOSTART Start play automatically.
GPS<1..60>Set steps per second.
LOOP<1..>Loop at specified generation.
HARDRESET Reset always resets camera.
STEP<1..50>Set generations per step.
STOP<1..>Stop at specified generation.
Camera commands
ANGLE<0.0..359.9>Set camera angle.
AUTOFIT Fit pattern to display.
HISTORYFIT Modify AUTOFIT to use pattern history.
TRACKX YCamera moves at (X, Y) cells/generation.
TRACKBOXE S W NCamera tracks bounding box with E, S, W and N edges moving at defined cells/generation.
TRACKLOOPP X YCamera moves at (X, Y) cells/generation and playback loops at generation P.
X<-4096.0..4096.0>Set camera pan in X direction.
Y<-4096.0..4096.0>Set camera pan in Y direction.
ZOOM or Z<-16.0..32.0>Set camera zoom. Negative zooms can also be specified as decimals or fractions: ZOOM -4 = ZOOM 0.25 = ZOOM 1/4.
View commands
DEPTH<0.0..1.0>Set layer depth.
EXTENDEDTIMING Show extended timing information when displayed.
GRID Display grid lines.
GRIDMAJOR<0..16>Set major grid line interval (0 = off).
HEXDISPLAY Force hex grid display.
LAYERS<1..10>Set number of layers.
SQUAREDISPLAY Force square grid display.
STARS Display stars.
SHOWTIMING Show timing information.
THEME<0..9>Set color theme.


Camera Tracking

There are several different ways you can have LifeViewer automatically move the camera to track patterns as they evolve.

MethodHow it worksRecommendations
AUTOFIT
  • Glides the camera towards the middle of the current generation bounding box and sets the zoom to fit the bounding box on the display.
  • Good for arbitrary patterns.
  • Not good for playback at low generations per second.
HISTORYFIT
  • Modifies AUTOFIT so it includes all previously alive cells in the bounding box.
  • Good for oscillators.
TRACK X Y
  • You define X and Y velocities in cells/generation (these can be specified as fractions).
  • Glides the camera towards the middle of the bounding box defined by the initial pattern bounding box offset by (T*X, T*Y) where T is the current generation.
  • Good for tracking fixed size spaceships including low generations per second playback.
TRACKBOX E S W N
  • You define the East, South, West and North velocities in cells/generation).
  • Glides the camera towards the middle of the bounding box defined by the initial pattern bounding box whose edges are offset by T*E, T*S, T*W and T*N where T is the current generation.
  • Good for tracking growing spaceships including low generations per second playback.
TRACKLOOP P X Y
  • You define P (the loop period) and X and Y velocities in cells/generation.
  • Shorthand for LOOP P TRACK X Y but also works well with GRIDMAJOR.
  • Good for tracking fixed size spaceships since the LOOP means the pattern never hits the grid edge.
  • Not good for color themes that show history.

Below is an example a using TRACKLOOP to track a glider. 

#C [[ TRACKLOOP 4 1/4 -1/4 ]]
#C [[ THEME 6 GRID ]]
#C [[ GPS 8 AUTOSTART ]]
x = 3, y = 3, rule = Life
ooo$
bbo$
bo!

The TRACKLOOP period is set to 4 since the glider is a period 4 spaceship (i.e. it repeats every 4 generations). The glider takes those 4 generations to move 1 step right and 1 step up. This means it's moving at 1/4 steps per generation in the X direction and -1/4 steps per generation in the Y direction.

THEME 6 is used since it doesn't contain cell history which would be lost every time the pattern loops.

The grid lines are turned on with GRID command.

The playback speed is set to 8 generations per second.

Finally AUTOSTART is used so the pattern begins playback as soon as LifeViewer is started.

To see this in action:

  1. Stop LifeViewer if it is running (click on the Golly window and press Esc).
  2. Copy the pattern above to the clipboard.
  3. Use File->Open Clipboard in Golly.
  4. Run Scripts/Lua/lifeviewer.lua.


Color Themes

Color themes are used to provide a visual representation of cell history and longevity. This works automatically on any two state pattern. Each color theme has five different colors that are used for drawing cells.

NameDescriptionDefault
borncell just born
alivecell alive for at least 63 generations
diedcell just died
deadcell dead for at least 63 generations
unoccupiedcell never occupied

New cells are drawn in the born color.

If cells stay alive they fade from the born color to the alive color over the next 63 generations. If cells stay alive after that they remain in the alive color. This provides a visual representation of cell longevity.

BornAlive
                     

Cells are drawn in the died color when then they die.

If they stay dead they fade from the died color to the dead color over the next 63 generations. If cells stay dead after that they remain in the dead color. This provides a visual representation of cell history.

DiedDead
                     

Cells that have never been occupied are drawn in the unoccupied color. This is used for showing where cells have never lived.

In the example below you can see a glider leaving a history trail behind it. Top left is a still life block which is in the alive color because it has been alive for at least 63 generations. Bottom right is an oscillator (blinker) which has the center cell in the alive color since it doesn't change, the north and south cells in the born color since they've just been born and the east and west cells in the died color since they both just died.

There are 10 built in color themes which are shown in the table below. A two state pattern will default to using THEME 1 unless you specify an alternative with the THEME script command. You can dynamically cycle between the themes with key C. Shift and C toggles between the current theme and Golly's default colors for the pattern.

          
ThemeBornAliveDiedDeadUnoccupied
0   
1   
2   
3   
4   
5   
6   
7   
8   
9   

Themes 0 and 6 are good for TRACKLOOP since they have no history.

Theme 8 uses the same color for live cells and cells that died so is used to show a map of where cells have ever lived.


3D Layers

Cell history and longevity can be represented with colors using themes and also with layers. You define the number of layers from 1 (the default) to 10 and also the depth from 0 to 1. The bigger the depth the more distance between the layers and the more the 3D effect is exaggerated.

The number of layers is defined with the LAYERS script command and changed dynamically with keys Q (increase layers) and A (decrease layers).

The layer depth is defined with the DEPTH script command and changed dynamically with keys P (depth up) and L (depth down).

All cells are drawn in the bottom layer (layer 1). As you go up through the layers cells have to be dead for less generations or alive for more generations to be drawn. You will see towers grow up towards you where cells are alive and static (like the block) and cells tumble away from you as cells die (like the trail of the glider).


Hex Grid

Patterns using a hexagonal neighborhood will be automatically displayed using a hex grid.

You can switch between hex and square grids at any time with the / key.

If your pattern uses a custom rule and is not automatically recognized correctly as hex (or square) then you can specify the grid type you want to use by adding the HEXDISPLAY or SQUAREDISPLAY script command to the pattern comments.


Notes

  • Hex grid does not support camera rotation. Any rotation will be ignored.
  • Grid lines only display at 4x zoom and higher and when the camera angle is 0.
  • Decimal values may also be specified as fractions: TRACK -0.5 0.25 = TRACK -1/2 1/4.
  • Many of the keyboard shortcuts are the same as Golly's but there are exceptions.
  • HISTORYFIT modifies how AUTOFIT works but does not itself switch AUTOFIT on.
  • Layers are only displayed when using a color theme. They do not display when viewing a pattern using Golly's standard colors.
golly-3.3-src/Help/Lexicon/0000755000175000017500000000000013543257425012576 500000000000000golly-3.3-src/Help/Lexicon/lex_p.htm0000644000175000017500000046144413317135606014347 00000000000000 Life Lexicon (P)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:p = period

:p1 Period 1, i.e., stable. In the context of logic circuitry, this tends to mean that a mechanism is constructed from Herschel conduits that contain only still lifes as catalysts. In the context of slow glider construction, a P1 slow salvo is one in which there are no constraints on the parity of gliders in the salvo, because the intermediate targets are all stable constellations. (The usual alternative is a "P2 slow salvo", where the relative timing between adjacent gliders can be increased arbitrarily, but only by multiples of two ticks.)

:p104 gun A glider gun with period 104, found by Noam Elkies on 21 March 1996. It is based on an R-pentomino shuttle reaction. 


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:p11 bumper (p11) A periodic colour-preserving glider reflector with a minimum repeat time of 44 ticks. Unlike the p5 through p8 cases where Noam Elkies' domino-spark based reflectors are available, no small period-22 colour-changing reflector is known. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 


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In practice this reflector is not useful with input streams below period 121, because lower-period bumpers can be used to reflect all smaller multiples of 11 for which the bumper reaction can be made to work.

:p130 shuttle A shuttle found in March 2004 by David Eppstein, which originally needed several period 5 oscillators for support. David Bell found a reaction between two of the shuttles to produce a p130 glider gun. On 18 November 2017 Tanner Jacobi found that the stable sidesnagger can be used to support the shuttle instead, and this is shown here. 


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:p144 gun A glider gun with true period 144. The first one was found by Bill Gosper in July 1994. For a full description and pattern see factory.

:p14 gun A glider gun which emits a period 14 glider stream. This is the smallest possible period for any stream, so such a gun is of great interest. There is no known true-period p14 glider gun, and finding a small direct example is well beyond current search algorithms' abilities. However, pseudo-period p14 guns have been created by injecting gliders into a higher period glider stream. The first pseudo p14 gun was built by Dieter Leithner in 1995. Smaller pseudo p14 guns have since been constructed, but they are still much too large to show here. The essential mechanism used by them is demonstrated in GIG.

:p15 bouncer Noam Elkies' colour-changing glider reflector, with Karel's p15 providing the necessary domino spark. Compare to the colour-preserving Snark. The minimum repeat time is 30 ticks. 


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:p15 bumper A periodic colour-preserving glider reflector with Karel's p15 providing the necessary spark. The minimum repeat time is 45 ticks. For an equivalent colour-changing periodic glider reflector see p15 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 


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:p15 reflector An ambiguous term that may refer to PD-pair reflector, p15 bouncer, or the more recently discovered p15 bumper.

:p184 gun A true period 184 double-barrelled glider gun found by Dave Buckingham in July 1996. The engine in this gun is a Herschel descendant. Unlike previous glider guns, the reaction flips on a diagonal so that both gliders travel in the same direction. 


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:p1 megacell (p1 circuitry) A metacell constructed by Adam P. Goucher in 2008, capable of being programmed to emulate any Moore neighborhood rule, including isotropic and anisotropic non-totalistic rules. It fits in a 32768 by 32768 bounding box, with the resulting metacell grid at 45 degrees to the underlying Life grid. Like the OTCA metapixel, it includes a large "pixel" area so that the state of the megacell can easily be seen even at extremely small-scale zoom levels.

:p1 telegraph (p1 circuitry) A variant of Jason Summers' telegraph pattern, constructed in 2010 by Adam P. Goucher using only stable circuitry. A single incoming glider produces the entire ten-part composite lightspeed signal that restores the beehive-chain lightspeed wire to its original position. The signal is detected at the other end of the telegraph and converted back into a single output signal. This simplification came at the cost of a much slower transmission speed, one bit per 91080 ticks. In this mechanism, sending the entire ten-part signal constitutes a '1' bit, and not sending the signal means '0'. See also high-bandwidth telegraph.

:p22 gun A true period 22 glider gun constructed by David Eppstein in August 2000, using two interacting copies of a p22 oscillator found earlier the same day by Jason Summers. 


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:p246 gun A true period glider gun with period 246, discovered by Dave Buckingham in June 1996. The 180-degree mod-123 symmetry of its bookend-based engine makes it trivial to modify it into a double-barrelled gun. Its single-barreled form is shown below. 


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:p24 gun A glider gun with true period 24. The first one was found by Noam Elkies in June 1997. It uses three p4 oscillators to hassle a pair of traffic lights. One of the oscillators was very large and custom-made. Shown below is a much smaller version built by Jason Summers and Karel Suhajda in December 2002, using the same mechanism but with a smaller oscillator: 


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:p256 gun A true period 256 four-barrelled glider gun found by Dave Buckingham in September 1995. It uses four R64 conduits to make the second smallest known Herschel loop (after the Simkin glider gun). The p256 gun was an early "teaser" from Dave Buckingham before he released his full Herschel technology. 


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Either eaters or snakes can be added as shown above, to suppress three of the glider streams so that only one stream escapes. This gun's p256 glider stream is well-suited for repeated reactions with receding Corderships, or for "Hashlife-friendly" signal circuitry.

:p29 pentadecathlon hassler A hassler where two copies of a period 29 oscillator (which is itself a pre-pulsar hassler) change the period of a pentadecathlon. 


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:p30 gun A glider gun with true period 30. The first one, found by Bill Gosper in November 1970 (see Gosper glider gun), was also the first gun found of any period. All known p30 glider guns are made from two or more interacting queen bee shuttles. Paul Callahan found 30 different ways that three queen bee shuttles can react to form a period 30 glider gun. One of the most interesting of these is shown below in which the gliders emerge in an unexpected direction. 


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:p30 reflector = buckaroo

:p30 shuttle = queen bee shuttle

:p36 gun A glider gun with true period 36. The first one was found by Jason Summers in 2004. Shown below is a smaller version using improvements by Adam P. Goucher and Scot Ellison: 


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:p3 bumper A variant of Tanner Jacobi's bumper found by Arie Paap in April 2018. Two forms of the period 3 oscillator catalyst are shown below. 


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For bounding box optimization purposes, it's also possible to replace the eater1 in a p3, p6 or p9 bumper with another period 3 oscillator, saving one row along the south edge at the cost of a higher population. 


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The repeat time for all these variants is 36 ticks, as shown.

:p44 gun A glider gun with a true period of 44. The first one was found by Dave Buckingham in April 1992. It uses two interacting copies of an oscillator which he also found. In 1996 he found a gun which only used one copy of the oscillator. Paul Callahan improved it in 1997, resulting in the gun shown below: 


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:p44 MWSS gun A gun discovered by Dieter Leithner in April 1997, in a somewhat larger form. This was the smallest known gliderless gun and smallest known MWSS gun until the construction in 2017 of the gun shown under gliderless, based on Tanner's p46.

The p44 MWSS gun is based on a p44 oscillator discovered by Dave Buckingham in early 1992, shown here in an improved form found in January 2005 by Jason Summers using a new p4 sparker by Nicolay Beluchenko. A glider shape appears in this gun for three consecutive generations, but always as part of a larger cluster, so even a purist would regard this gun as gliderless. 


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:p45 gun A true-period glider gun discovered by Matthias Merzenich in April 2010. By most measures this is the smallest known odd-period gun of any type, either true-period or pseudo-period: 


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:p46 gun A glider gun which has true-period 46. The first one found was the new gun by Bill Gosper in 1971. Prior to the discovery of Tanner's p46 in October 2017, all known p46 guns were made from two or more twin bees shuttles that interact (e.g., see twin bees shuttle pair). See edge shooter and double-barrelled for two more of these.

On 21 October 2017 Heinrich Koenig found a glider gun using two copies of Tanner's p46 placed at right angles to each other. This is the first p46 gun found which makes no use of the twin bees shuttle. 


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...O......O.O......................
..O.O.......O......................
..OO......O.O......................
..........OO.......................
..OO...............................
..O................................
...OOO.............................
.....O.............................
........OO.........................
.........O.........................
......OOO..............OOO.........
......O...............O...O........
.....................O.....O.......
.............OO......O.....O.......
.............OO......OOO.OOO.......
...............................OO..
...............................O.O.
............OO...................O.
.............O...................OO
..........OOO................OO....
..........O.............O....O.....
.......................O.O.O.O.....
......................O.OO.OO......
......................O............
.....................OO............

See gliderless for a MWSS gun also made using two copies of Tanner's p46.

:p46 shuttle = twin bees shuttle

:p48 gun A true period compound glider gun based on the p24 gun, using a Rich's p16 oscillator as a filter to remove half of the gliders from the stream. 


.................OO...........OO.............
................O..O.........O..O............
................O.O...OO.OO...O.O............
..............OO..O.O.......O.O..OO..........
...............O.O.O....O....O.O.O...........
..............O..OO..OOOOOOO..OO..O..........
..............OO.....O.O.O.O.....OO..........
.......................O.O...................
.....O..OO.........OOO.....OOO...............
....O.O..O..O.....O.O.O...O.O.O..............
....O.OO.O.O.O....OO..OOOOO..OO..............
...OO.O..O.O..O..............................
...O..O.OO..O................................
....OOO.O.O...OOO............................
......OO.O.....OO............................
..O.O..O.O...O..O....O.O.O...................
..OO..OO.O.OO..OOO....OOO.............OO.....
........OO.O...OO......O.............O..O....
..OOOOO....O........................OO.......
.O....O.OOO.................OO.....OOO.....O.
.O.OO.O.O......OO.......O...O.O....O..O...O.O
OO.O..O......OOOO........O....O.....OOO...OO.
.O.O.O.O.....OO..O.....OOO....OO.............
.O.O.OO.O..O........................OOO...OO.
OO.OO..OO...OOOO...................O..O...O.O
...O..OOO..O..OO....O..............OOO.....O.
...O.O.OO.....O....O.O........O.....OO.......
..OO.O..OO.O..O...O...O........O.....O..O....
....O...OO..O..O...O.O.......OOO......OO.....
....O.O.......O.....O........................
...OO.OO..........OOO........................
..........OO....OOOOOOO....OO................
..........O..O..OO.O.OO..O..O................
...........OO.OOOO...OOOO.OO.................
........OOO..O...........O..OOO..............
.......O...OO.OO.......OO.OO...O.............
.......OO.O...OO.......OO...O.OO.............
........O.OOO...O.....O...OOO.O..............
.......O......OO.......OO......O..........O..
........OOOOOO...........OOOOOO............O.
..........O..O...........O..O............OOO.

:p4 bumper (p4) A periodic colour-preserving glider reflector with a minimum repeat time of 36. Unlike the p5 through p8 cases where Noam Elkies' domino spark-based reflectors are available, no small period-4 colour-changing reflector is known. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 


.....................O..
.....................O.O
.....................OO.
........................
........................
........................
........................
........................
........................
............O...........
............O.O.........
............OO..........
........................
....OO....OO............
...O..O..O..O...........
..........O.O...........
...........O............
..O..O..................
..O.OO.........OO.......
...O.OOO.......O........
OOO...O.O.......OOO.....
O.......O.........O.....
........OO..............

:p4 reflector The following glider reflector, discovered by Karel Suhajda in October 2012. Its minimum repeat time is 52 ticks. Unlike the various bouncers discovered many years earlier, it is a colour-preserving reflector, so it was made obsolete the following year by the discovery of the much smaller stable Snark, which uses the same initial bait reaction and so produces an output glider with the same timing. For a smaller periodic colour-preserving glider reflector with a different output timing, see p4 bumper. 


................................O.........................
...............................O..........................
...............................OOO.......O.O..............
........................................O.OO..............
......................................OOO.....O...........
.....................................O...OOOOOOOO.........
..................................O.O.O..O.......O........
..............O...................OOOO.OO.OOOOOOO.O.......
..............OOO..................OOO.....O.O..O.O..OO...
.................O...................OOO.O.O...OO.O.O.O...
................OO.............OOO..OO.OOOOO....O.O.O.....
.............................O.O...OOO.OO.O..O.OOOO..O..OO
...........................OO.....O....O..O..O...O....O..O
...................O.......OO.O.O..O......O..O....OOOOOOO.
..................O...........O.O..O..O..O.........O......
..................OOO........O....O..O...........O...OO...
............................O.OOOOOOO........OO.O.OOO.O...
.............................O.........O.O....O.O.O.......
...................OO..........OOOOOOOOO.OOO..O.O.........
...................OO.......O...O.......O...O.O.O.........
...........................O..O...OOOO..O..O.O.O..........
.............................OO...O...O.O.O..O............
.............................O.....OOO.O.O.OO..O..........
........OO...............O...OOO.....O...O...OOO..........
...OO..O..O..................O...OO..O..O.OO..............
...O....O.O..................O...OOOO...O.O.OO............
OO.O.....O................OOO...O......OO...O.O...........
.O.O.OO....................OOO.....O..OO..O.O.O...........
O..O..O........OO...........OOO..OOO.OOO..O.O.OO..........
OO..O....O.....O.O..........O..O...O...O..O.O.............
.....OOOOO.......O...........O.O..O.OO...OOOO.............
................O..........O.O.O.OOO.OOO.O................
.......O.........OOO......O.OO.O..OO......................
......O.O..........O......O.....O......OO.O...............
.......O...................OOOOO......O..OO...............
.............................O........OO..................

:p54 shuttle (p54) A surprising variant of the twin bees shuttle found by Dave Buckingham in 1973. See also centinal. 


OO.........................OO
.O.........................O.
.O.O.......O.............O.O.
..OO.....O..O.....O......OO..
............O.....OO.........
........O..........OO........
........O...OO....OO.........
.........OOOOO...............
.............................
.........OOOOO...............
........O...OO....OO.........
........O..........OO........
............O.....OO.........
..OO.....O..O.....O......OO..
.O.O.......O.............O.O.
.O.........................O.
OO.........................OO

:p5 bouncer (p5) A colour-changing glider reflector constructed by Noam Elkies in September 1998 by welding together two special-purpose period-5 sparkers. The minimum repeat time is 25 ticks. For colour-preserving glider reflectors see p5 bumper and the stable Snark reflector. 


..........................O..
........................OO...
.........................OO..
.............................
.............................
........OO...................
.....O..O.O........O.........
....O.O.O.O.......O..........
...O.O.O..OO......OOO........
...O...O.O..O................
OO.OO..O.O.O..........OO.....
O.O....OOO..O.....OO..OO.....
..O.OOO...OO.....O.O.........
..O..O.....O......O..........
...O...O.O..O............OO..
....OOO.OO.OO.......OO....O..
......O....O........OO..OOO..
.......OOO.O.....OO.....OOO..
..........O.OO...OO.....OO...
.........O..O..OOO.O........O
.........OO..OOO...........OO
................O............
.............OOOO.O..........
............O..O...O.........
............OO...O.OOO.......
.............O.O..O...O......
.............O.OO.O..OO......
..............O..O...........
...............OO............

:p5 bumper A periodic colour-preserving glider reflector with a middleweight volcano producing the necessary spark. The minimum repeat time is 35 ticks. For an equivalent colour-changing periodic glider reflector see p5 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 


............................O
..........................OO.
...........................OO
.............................
.............................
.............................
.............................
.............................
.............................
...OO..O..........O..........
...O..O.O.........O.O........
....O.O.O.........OO.........
...OO.O.OO...................
..O...OO..O.....OO...........
.O..OO...OOO...O..O..........
.O.O.OO..OOO....O.O..........
..O.OO...OOO.....O...........
......OO..O..................
OOOOO.O.OO...........OO......
O..O..O.O............O.......
.....O..O.............OOO....
......OO................O....

:p5 reflector Traditional name for p5 bouncer before 2016, but with the discovery of the p5 bumper this has become an ambiguous reference.

:p60 gun A glider gun with a true period of 60. The first one was found by Bill Gosper in 1970 and is shown below. 


............................O..........
............................O.O........
...........OO..................OO......
.........O...O.................OO....OO
...OO...O.....O................OO....OO
...OO..OO.O...O.............O.O........
........O.....O.............O..........
.........O...O.........................
...........OO..........................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
..........O.O..........................
.........O..O...OO.....................
OO......OO.....OOO.OO..OO..............
OO....OO...O...O...O...O.O.............
........OO.....O.O........O............
.........O..O..OO......O..O............
..........O.O.............O............
.......................O.O.......OO....
.......................OO........O.O...
...................................O...
...................................OO..
There are several other ways to create a p60 gun from two p30 guns using period-doubling reactions similar to the one shown here.

:p690 gun A true period 690 glider gun found by Noam Elkies in July 1996. It is composed of a p30 queen bee shuttle pair and a p46 twin bees shuttle whose sparks occasionally react with each other. This is a very compact gun for such a high period and is used in many patterns requiring sparse glider streams. 


...........O........................................
...........OOO......................................
..............O.....................................
.............OO.....................................
....................................................
....................................................
....................................................
....................................................
...............OOO..................................
..............O...O.................................
....................................................
.............O.....O................................
.............OO...OO................................
....................................................
..........................................OO.O......
................O......OO............OOO..OO..O.....
OO.............O.O.....OO.............OO......O...OO
.O.............O.O.....................OOO...OOOO..O
.O.O.....O.....O........................O...O...OOO.
..OO...O.O.....O........O.....O.....................
......O.O......O..O.....O.....O.........O...O...OOO.
.....O..O......O..O....................OOO...OOOO..O
......O.O.......OO..OO...........OO...OO......O...OO
.......O.O...........................OOO..OO..O.....
.........O..............O.....O...........OO.O......
........................O.....O.....................

:p6 bouncer (p6) Noam Elkies' colour-changing glider reflector using the p6 pipsquirter, with a minimum repeat time of 24 ticks. For colour-preserving glider reflectors see p6 bumper and the stable Snark reflector. 


.......................O.
......................O..
......................OOO
...OO....................
...O.....................
.....O...................
....OOOO.........O.......
...O....O.......O........
...OOOOO.O......OOO......
.OO....O.O...............
O..O.....OO.........OO...
OO.O.O.O..O.....OO..OO...
...O..O.OOO....O.O.......
...OO.O...O.....O........
.....O.O.OO..............
.....O.O.O........OO.....
......O..O........O......
.......OO..........OOO...
.....................O...

:p6 bumper (p6) A periodic colour-preserving glider reflector with a unix providing the necessary spark. The minimum repeat time is 36 ticks. For an equivalent colour-changing periodic glider reflector see p6 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 


.......................O..
.......................O.O
.......................OO.
..........................
..........................
..........................
..........................
..........................
..........................
..............O...........
..............O.O.........
..............OO..........
..........................
............OO............
.....OO....O..O...........
.....OO.....O.O...........
.............O............
..........................
.....OOO.........OO.......
OO..O.OO.........O........
OO..OO............OOO.....
....OO..............O.....

:p6 pipsquirter (p6) A pipsquirter oscillator found by Noam Elkies in November 1997, used in various hasslers and the colour-changing p6 bouncer. 


.....O.........
.....O.........
...............
...O...O.......
.OOO.O.OOO.....
O...OO....O....
O.OO..OO.O.O...
.O..OO..OO.O...
..OO..OO.O.O.OO
....O..O.O.O.OO
....OOOO.OO....
........O......
......O.O......
......OO.......

:p6 reflector Traditional name for p6 bouncer before 2016, but with the discovery of the p6 bumper this has become an ambiguous reference.

:p6 shuttle (p6) The following oscillator found by Nicolay Beluchenko in February 2004. 


O.............
OOO...........
...O..........
..OO..........
..............
......O.......
.....OOOO.....
......O..O....
.......OOO....
..............
..........OO..
..........O...
...........OOO
.............O
This is extensible in more than one way: 

O........................
OOO......................
...O.....................
..OO.....................
.........................
......O..................
.....OOOO................
......O..O...............
.......OOO...............
.........................
..........OOO............
..........O..O...........
...........OOOO..........
.............O...........
.........................
.................O.......
................OOO......
.................O.O.....
.................O.O.....
..................OO.....
.....................OO..
.....................O.O.
.......................O.
.......................OO

:p72 quasi-shuttle (p72) The following oscillator, found by Jason Summers in August 2005. Although this looks at first sight like a shuttle, it isn't really. 


..............................O......
.............................OO......
............................O.OO.....
.OOOO......................OOO..O....
O....O.......................O.O.O...
O...O.O.......................O.O.O..
.O...O.O......OO...............O..OOO
.......O.....O.O................OO.O.
.......O.....O...................OO..
....O..O.....OOO.................O...
.....OO..............................
.....................................
.....OO..............................
....O..O.....OOO.................O...
.......O.....O...................OO..
.......O.....O.O................OO.O.
.O...O.O......OO...............O..OOO
O...O.O.......................O.O.O..
O....O.......................O.O.O...
.OOOO......................OOO..O....
............................O.OO.....
.............................OO......
..............................O......

:p7 bouncer (p7) Noam Elkies' colour-changing glider reflector using a p7 pipsquirter, with a minimum repeat time of 28 ticks. A high-clearance version is shown in p7 pipsquirter. For colour-preserving glider reflectors see p7 bumper and the stable Snark reflector. 


.......................O.
......................O..
......................OOO
.........................
.........................
.........................
.........................
................O........
......OO.......O.........
......O.O......OOO.......
........O................
...O..O.OO.........OO....
...OOOO..O.....OO..OO....
.......OOO....O.O........
...OOOO..O.....O.........
..O...O.OO...............
.O.OOOO.O........OO......
.O.O..O.O........O.......
OO.O.O.O.OO.......OOO....
O..OOO.O..O.........O....
..O...O.O................
...OO.O.OO...............
....O....................
..O.O.OOOO...............
.O.OOOO..O...............
.O.....O.................
..OOOOOO.O...............
....O...O.O..............
.......O..O..............
........OO...............

:p7 bumper (p7) A periodic colour-preserving glider reflector with a minimum repeat time of 35 ticks. For an equivalent colour-changing periodic glider reflector see p7 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 


......O..................
....O.O.......OO.....OO..
.....OO......O..O...O..O.
.........................
.......OO.......O...O....
......O..O....O.......O..
......O.O.....OO.....OO..
.......O.........O.O.....
.............O..OO.OO..O.
..OO........O.O..O.O..O.O
...O........O..O.O.O.O..O
OOO.............O...O....
O........................

:p7 pipsquirter A pipsquirter oscillator found by Noam Elkies in August 1999, used in various hasslers and the colour-changing p7 reflector. 


................O.....
........O.......O.....
.OO...OOO..O..........
..O..O...OOO..O...O.OO
..O.O.OO....OOO.O.OO.O
OO..O.O.OOOO....O.....
.O.OO........OOO.OOOO.
.O....O.O.OO...O.O..O.
OO.O.O.OO....O.O......
.O.O......OOOO.O......
.O..OOOOOO....O.......
OO....O..O..O.........
............OO........

A larger period-7 pipsquirter is used in cases where space is limited where the reflector should extend southward for as short a distance as possible: 


.....OO..................................
......OOO................................
....O....O...............................
..OOOOOO.O.............................O.
.O.....O.OO....OO.....................O..
.O.OO.O....O..O.O.....................OOO
..O...O.OO.O..O..........................
....O.O..O.OO.O..........................
...OO...O.....OO.........................
..O..OO.O.OOOO..O...OO...................
O..O...O.O...O.O...O.O..........O........
OO.O...O..OO.O..OOOO..OO.......O.........
.O.O.OO.O.O.O.O.O...OO..O......OOO.......
O..OOO..O.....O....O..O.O................
O.O...O.OO...OO....O.OO.OO.........OO....
.O.OOOO..O..O.O....O.....O.....OO..OO....
...O...O......OO...O..OOOO....O.O........
...O.OO..O..O.O....O.....O.....O.........
....O.O.OO...OO....O.OO.OO...............
......O.O.....O....O..O.O........OO......
......O.O...O.O.O...OO..O........O.......
.......O...O.O..OOOO..OO..........OOO....
...........O.O.O...O.O..............O....
............OO.OO...OO...................

:p7 reflector Traditional name for p7 bouncer before 2016, but with the discovery of the p7 bumper this has become an ambiguous reference.

:p8 bouncer A glider reflector constructed by Noam Elkies in September 1998, with a minimum repeat time of 24 ticks. It is a constellation containing a figure-8, boat, eater1, and block. For colour-preserving glider reflectors see p8 bumper and the stable Snark reflector. 


................O.
...............O..
...............OOO
..................
..................
..................
..........O.......
.........O........
.........OOO......
..................
.............OO...
.........OO..OO...
........O.O.......
.........O........
.....O............
....O.O....OO.....
...O...O...O......
..O...O.....OOO...
.O...O........O...
O...O.............
.O.O..............
..O...............

:p8 bumper A periodic colour-preserving glider reflector with a blocker attached to provide the necessary spark. The minimum repeat time is 40 ticks. For an equivalent colour-changing periodic glider reflector see p8 bouncer. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 


....................O..
....................O.O
....................OO.
.......................
.......................
.......................
.......................
.......................
.......................
.......................
..........O............
..........O.O..........
..........OO...........
.......................
........OO.............
.OO....O..O............
.OO.....O.O............
.OO......O.............
..O....................
.O.O.........OO........
OO.O.........O.........
..............OOO......
................O......
.OO....................
.OO....................

:p8 G-to-H A small periodic variant of a stable two-glider-to-Herschel component found by Paul Callahan in November 1998 and used in the Callahan G-to-H, Silver reflector and Silver G-to-H. The minimum repeat time is 192 ticks, though some lower periods such as 96 are possible via overclocking. Here a ghost Herschel marks the output signal location: 


....O.........O...................
....OOO.....OOO...................
.......O...O......................
..O...OO...OO.....................
...O..............................
.OOO..............................
..................................
..................................
..................................
...............................O..
...............................O..
....................OO.........OOO
....................OO...........O
........OO........................
.......O..O.......................
..OO....OO........................
.O.O..............................
.O................................
OO................................
..........OO......................
..........O.......................
...........OOO....................
.............O...........OO.......
.....................OO..OO.......
....................O.O...........
.....................O............
.................O................
................O.O....OO.........
...............O...O...O..........
..............O...O.....OOO.......
.............O...O........O.......
............O...O.................
.............O.O..................
..............O...................

:p8 reflector Traditional name for p8 bouncer before 2016, but with the discovery of the p8 bumper this has become an ambiguous reference.

:p90 gun A glider gun with true period 90. The one below by Dean Hickerson uses the output of two p30 guns in a period-multiplying reaction: 


......................................O.........................
......................................OOOO......................
................................OO.....OOOO.......O.............
...........................O...O..O....O..O......O.O............
..........................O.O...OO.....OOOO....OO...O...........
.........OO...............OO.O........OOOO.....OO...O.........OO
.........O.O..............OO.OO.......O........OO...O.........OO
....OO......O.............OO.O...................O.O............
OO.O..O..O..O.............O.O.....................O.............
OO..OO......O........O.....O...........O.O......................
.........O.O.......O.O.................OO.......................
.........OO.........OO..................O.......................
................................................................
................................................................
...........................................OO...................
...........................................OO...................
................................................................
................................................................
................................................................
................................................................
................................................................
................................................................
........................................OO......................
........................................O.......................
.........................................OOO....................
...........................................O....................

:p92 gun A glider gun with a true period of 92. The first one was found by Bill Gosper in 1971 using a period doubling reaction using two p46 guns. Many different p92 guns are known that use multiple twin bees shuttles. A period 92 gun can also be made by adding a semi-cenark to any period 46 glider gun.

On 18 November 2017, Martin Grant found a new gun using one twin bees shuttle and one Tanner's p46 oscillator, making it the smallest known p92 gun. 


....OO..............O.........................
.....O.............O.O........................
.....O.O...........O.O........................
......OO..OO.....OOO.OO....................OO.
..........OO....O..........................OO.
.................OOO.OO........O..............
...................O.OO....OO..O..............
.......OO.O.O.............O.....O...........OO
.......OO.O.O............OO..O.O............OO
.......OO...O.............OO...O..............
.......OO....OO......OO....OOO................
O......OO.....OO.....OO.......................
OOO.......OOO.O............OOO................
...O.....OO...O.O.O.......OO...O..............
..O.O......O..O...O......OO..O.O............OO
..OO.......O.O..O.O.......O.....O...........OO
...........................OO..O..............
..OO...........................O..............
..O........................................OO.
....O......................................OO.
...OO.........................................
........OO....................................
.........O.....................O..............
......OOO.......................O.............
......O.......................OOO.............

:p9 bumper A periodic colour-preserving glider reflector with a repeat time of 36. Unlike the p5 through p8 cases where Noam Elkies' domino spark-based reflectors are available, no small period-9 colour-changing reflector is known. A stable Snark reflector can be substituted for any bumper. This changes the timing of the output glider, which can be useful for rephasing periodic glider streams. 


........................O..
........................O.O
........................OO.
...........................
...........................
...........................
...........................
...........................
...........................
...............O...........
......OO.......O.O.........
.....O.O.......OO..........
.OO..O.....................
.O.O.OO......OO............
...O...O....O..O...........
O..O.O.OO....O.O...........
OOO..O.O......O............
...OO.O....................
..O..O..O.........OO.......
...OOOOOO.........O........
...................OOO.....
.....OO..............O.....
.....OO....................

:pair of bookends = bookends

:pair of tables = table on table

:paperclip (p1) A relatively 180-degree rotationally symmetric 14-bit still life. The Iwona methuselah contains a paperclip in its ash. 


..OO.
.O..O
.O.OO
OO.O.
O..O.
.OO..

:parallel grey ship = with-the-grain grey ship

:Parallel HBK ((6,3)c/245912, p245912) A much smaller successor to the half-baked knightship, constructed by Chris Cain in September 2014. Several slow-salvo recipes are needed to support the multi-glider salvo seeds at the upstream end of the spaceship. "Parallel" means that these recipes are sent in parallel instead of one after the other, in series, as in the original HBK.

:Parallel HBK gun An armless constructor pattern that is programmed to build Parallel HBK oblique spaceships every 125906944 ticks. This gun was created by Chris Cain on 3 January 2015.

:parasite A self-sustaining reaction attached to the output of a rake or puffer, that damages or modifies the standard output. Compare tagalong. In 2009, while experimenting with novelty generator patterns in Golly, Mitchell Riley discovered parasites on glider streams from p20 and p8 backward rakes. In some cases, parasites can even "reproduce", as in the pattern below, though the number of copies is limited since they will eventually use up their host glider stream: 


......O.............O.........
.....OOO...........OOO........
...OO.OOO.........OOO.OO......
....O..O.OO.....OO.O..O.......
.OO.O....O.O...O.O....O.OO....
.OO.O.O..O.OO.OO.O..O.O.OO....
.O........O.O.O.O........O....
OO.......OO.O.O.OO.......OO...
............O.O...............
.......OOO.O...O.OOO..........
......OO...........OO.........
......O.....O....OO..O........
.....OO....OOO...OO..O........
...........O.OO...OOO.........
............OOO....O..........
............OOO...............
............OOO...............
............OO................
..............................
...................O.O........
....................OO........
...............OO...O.........
........OO......OO............
.......OO......O..............
.........O....................
..............................
..............................
.................OO...........
..........O......OOO..........
.........OOO.O...OOO..........
........OO.O.....OOO..........
........OO......O.OO..........
........OO......OOO....OO.....
........OO.OO....O.....O......
.........OO...........OO......
..........OOO.O...O.OOO.......
...............O.O............
...OO.......OO.O.O.OO.......OO
....O........O.O.O.O........O.
....OO.O.O..O.OO.OO.O..O.O.OO.
....OO.O....O.O...O.O....O.OO.
.......O..O.OO.....OO.O..O....
......OO.OOO.........OOO.OO...
........OOO...........OOO.....
.........O.............O......

:parent A pattern is said to be a parent of the pattern it gives rise to after one generation. Some patterns have infinitely many parents, but others have none at all (see Garden of Eden). Typically parents are considered trivial if they contain groups of cells that can be removed without changing the result, such as isolated faraway cells.

:parent cells The three cells that cause a new cell to be born.

:parity Even or odd, particularly as applied to the phase of an oscillator or spaceship. For example, in slow salvo constructions, the intermediate targets are frequently period 2, most often because they contain blinkers or traffic lights. A glider striking a P2 constellation will generally produce a different result depending on its parity. Period-4 intermediate targets are rare (or not used), so it doesn't matter for example whether an odd-parity glider in a slow salvo is phase 1 or phase 3. Only the even/odd parity is important.

:partial result An intermediate object found by a search program which might be a substantial part of a complete spaceship or oscillator, but which isn't complete.

Running a partial result works for a few generations until the speed of light corruption from any unfinished edge destroys the whole object. But a partial result can still be used to see whether the object (if ever finished) would provide a desired spark or perturbation. If no partial results are found then it is likely that no such object exists under the constraints of the search.

Very large partial results can indicate that there is a good chance that the object being searched for might actually exist (but this is no guarantee). Rerunning the search using the partial result as a base and relaxing some constraints, widening or adjusting the search area, or splitting the object into multiple arms might result in finding a complete working object.

As an example, here is a large partial result for a period 6 knightship found by Josh Ball in April 2017. The first 22 columns were rediscovered in 2018 as part of the successful search for Sir Robin. See also almost knightship for an earlier small example by Eugene Langvagen. 


....OOO...................
...O..OO..................
...O....O.................
..........................
...OOO...OO.OOO...........
.OO.O.O....O.OO...........
...O..O....O..OO..........
O..O........O.............
O....O..OO..O..O..........
.O.OOO..OO...OO...........
...OO.O.OO.O...O..........
.........OO.OOO...........
.........O.....O..........
............OOO..OOO......
...............O.OO.......
..........OO.O...OOO......
..........OO..O..OO.......
............OOOO...O......
.............OO.O..O......
...........OO.O.O.O.......
..............O...........
...........O.......OO.....
............OO.....OO.....
..............OO.O........
................OOO..O.O..
................OO...O....
.................O........
..................OOOOO.O.
...................OO..OOO
...................OO....O
.......................OO.

:PD = pentadecathlon

:PD hassler = p29 pentadecathlon hassler

:PD-pair reflector A pair of pentadecathlons arranged so that their V sparks turn a glider by 90 degrees. The minimum repeat time is 45 ticks. 


..............OOO......
.......................
.............O...O.....
.............O...O.....
.......................
..............OOO......
.......................
.......................
..............OOO......
.......................
.............O...O.....
.............O...O.....
....................O..
..............OOO...O.O
....................OO.
.......................
O..O.OO.O..O...........
OOOO.OO.OOOO...........
O..O.OO.O..O...........
This was found by Mark Niemiec on 6 January 1996, which is relatively recent considering how old pentadecathlon technology is.

:pedestle (p5) An oscillator found by Dave Buckingham in 1973. 


.....O.....
....O.O....
.O..OO.....
.OOO.......
.....OOO...
...OO...O..
..O....O..O
.O.O.O.O.OO
.O.O...O.O.
OO.O.O.O.O.
O..O....O..
..O...OO...
...OOO.....
.......OOO.
.....OO..O.
....O.O....
.....O.....

:penny lane (p4) Found by Dave Buckingham, 1972. 


...OO.....OO...
...O.......O...
OO.O.......O.OO
OO.O.OOOOO.O.OO
....O..O..O....
.....OOOOO.....
...............
.......O.......
......O.O......
.......O.......

:pentadecathlon (p15) Found in 1970 by Conway while tracking the history of short rows of cells, 10 cells giving this object, which is the most natural oscillator of period greater than 3. In fact it is the fifth most common oscillator overall, appearing in random soups slightly more frequently than the clock, but much less frequently than the blinker, toad, beacon or pulsar. The pentadecathlon can be constructed using just three gliders, as shown in glider synthesis. 


..O....O..
OO.OOOO.OO
..O....O..

The pentadecathlon is the only known oscillator that has two phases that are different polyominoes. It produces accessible V sparks and domino sparks, which give it a great capacity for doing perturbations, especially for period 30 based technology. See relay for example.

:pentant (p5) Found by Dave Buckingham, July 1976. 


OO........
.O........
.O.O......
..OO....OO
.........O
.....OOOO.
.....O....
..O...OOO.
..OOOO..O.
.....O....
....O.....
....OO....

:pentaplet Any 5-cell polyplet.

:pentapole (p2) The barberpole of length 5. 


OO......
O.O.....
........
..O.O...
........
....O.O.
.......O
......OO

:pentoad (p5) Found by Bill Gosper, June 1977. This is extensible: if an eater is moved back four spaces then another Z-hexomino can be inserted. (This extensibility was discovered by Scott Kim.) 


...........OO
...........O.
.........O.O.
.........OO..
.....OO......
......O......
......O......
......OO.....
..OO.........
.O.O.........
.O...........
OO...........

:pentomino Any 5-cell polyomino. There are 12 such patterns, and Conway assigned them all letters in the range O to Z, loosely based on their shapes. Only in the case of the R-pentomino has Conway's label remained in common use, but all of them can nonetheless be found in this lexicon.

:period The smallest number of generations it takes for an oscillator or spaceship to reappear in its original form. The term can also be used for a puffer, wick, fuse, superstring, stream of spaceships, factory or gun. In the last case there is a distinction between true period and pseudo period. There is also a somewhat different concept of period for wicktrailers.

:period doubler See period multiplier.

:periodic For circuit mechanisms, "periodic" is the opposite of p1 or stable. Periodic circuits necessarily contain oscillators, and therefore they can generally only accept input signals that are synchronized to the combined period of those oscillators (but see universal regulator).

For signal streams, "periodic" means that signals will only be present in the stream at one out of every n ticks, where n is the period of the stream. In a periodic intermittent stream there may be gaps, so that signals do not always appear at every nth tick. However, if a signal does appear, its distance measured in ticks from previous and future signals will always be an exact multiple of n.

:period multiplier A term commonly used for a pulse divider, because dividing the number of signals in a regular stream by N necessarily multiplies the period by N. The term "period multiplier" can be somewhat misleading in this context, because most such circuits can accept input streams that are not strictly periodic.

Reactions have also been found to period double or period triple the output of some rakes to create high-period rakes in a relatively small space (i.e., an exponential increase in period for a linear increase in size).

For Herschel signals and glider guns, a number of small period doubler, tripler, and quadrupler mechanisms are known. For example, the following conduit produces one output glider after accepting four input B-heptominoes, or four Herschels if a conduit such as F117 is prepended that includes the same BFx59H converter. 


....................O........................
....................OOO......................
.......................O.....................
............OO........OO.....................
.............O...............................
.............O.O.............................
OO............OO.............................
O.O..........................................
..O..........................................
..OO.........................................
.............................................
.............................................
...........................................OO
...........................................OO
.............................................
.O...OO......................................
.OO..OO......................................
..OO.........................................
.OO..........................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.................................OO..........
.........OO......................OO..........
........O.O..................................
........O....................................
.......OO....................................

See semi-Snark and tremi-Snark for additional examples using glider streams. As of June 2018 no stable period-multiplying elementary conduits are known for a multiplication factor of five or higher, though it is easy to construct composite ones.

:permanent switch A signal-carrying circuit that can be modified so that it cleanly absorbs any future signals instead of allowing them to pass. Optionally there may be a separate mechanism to restore the circuit to its original function.

In the following example, a glider from the northeast (shown) will perform a simple block pull that switches off an F166 conduit, so that any future Herschel inputs will be cleanly absorbed. A glider from the southwest (also shown) can restore the block to its original position. 


.OO........................................................
..O........................................................
.O.........................................................
.OO...............................................OO.......
...................................................O.......
..................................................O........
..................................................OO.......
..................................O........................
..................................O.O......................
O...OO............................OO.......................
OO..OO.....................................................
.OO......................OO................................
OO.......................OO..........................OO....
.....................................................OO....
...........................................................
...........................................................
...........................................................
...........................................................
.............OO............................................
............O.O........OO..................................
..............O.......O.O..................................
......................O....................................
.....................OO.........................OO.........
................................................OO.........
...........................................................
...........................................................
..................................OO.....................OO
...................................O......................O
................................OOO....................OOO.
................................O......................O...
............................................OO.............
............................................O..............
.............................................OOO...........
...............................................O...........

:perpendicular grey ship = against-the-grain grey ship

:perturb To change the fate of an object by reacting it with other objects. Typically, the other objects are sparks from spaceships or oscillators, or are eaters or impacting spaceships. Perturbations are typically done to turn a dirty reaction into a clean one, or to change the products of a reaction. In many desirable cases the perturbing objects are not destroyed by the reaction, or else are easily replenished.

:perturbation = perturb.

:PF35W One of the three elementary conduits used in the composite Fx176 Herschel conduit. It converts an input pi-heptomino into an output wing in 35 ticks. In November 2017, Aidan F. Pierce discovered the compact PF35W variant below, which improved the repeat time of the Fx176 to 73 ticks and allowed gliders from following dependent conduits to escape freely: 


O.........OO...
OOO....OO..O...
...O..O..OO....
..OO...OO..OOO.
.........O.O..O
.........O...OO
..........O....
.........OO....
...............
...............
...............
...............
...OOO.........
.....O.........
...OOO.........
...............
...............
...............
...............
...............
...............
...............
...............
..OO...........
...O...........
OOO............
O..............
Several variants of the key catalyst are known, including welded additions for the Fx176 that absorb the following Herschel's first natural glider, since a standard fishhook eater doesn't quite fit. The following is a complete Fx176 conduit incorporating the new PF45W: 

   ......................O...........................
......................OOO...OO....................
..............OO.........O..O..OO.................
..............OO........OO...OO..O................
...............................O.OOO..............
...............................O....O.OO..........
................................O.O.O.O.O.........
...............................OO.OO...O..........
OO................................................
.O...................................OOOOO........
.O.O.................................O...O........
..OO...................................O..........
.........................OOO..........OOO.........
...........................O.............O........
.........................OOO............OO........
..................................................
..................................................
..................................................
..O...............................................
..O.O...............................OO...........O
..OOO...............................OO.........OOO
....O..........................................O..
...............................................O..
..............OO........OO........................
..............OO..OO.....O........................
..................O.O.OOO.........................
....................O.O...........................
....................OO....OO......................
.........................O.O....OO................
.........................O......OO................
........................OO........................

:phase A representative generation of a periodic object such as an oscillator or spaceship. The number of phases is equal to the period of the object. The phases of an object usually repeat in the same cyclic sequence forever, although some perturbations can cause a phase change.

:phase change A perturbation of a periodic object that causes the object to skip forward or backward by one or more phases. If the perturbation is repeated indefinitely, this can effectively change the period of the object. An example of this, found by Dean Hickerson in November 1998, is shown below. In this example, the period of the oscillator would be 7 if the mold were removed, but the period is increased to 8 because of the repeated phase changes caused by the mold's spark. 


..........O....
.........O.OO..
..OO.........O.
..O......O..O.O
.......O...O..O
OOOOOO.O....OO.
O..............
.OO.OO...OO....
..O.O....O.O...
..O.O......O...
...O.......OO..

The following pattern demonstrates a p4 c/2 spaceship found by Jason Summers, in which the phase is changed as it deletes a forward glider. This phase change allows the spaceship to be used to delete a glider wave produced by a rake whose period is 2 (mod 4). 


........O...........................
.......OOO.OO.......................
......OO...O.OO.....................
.....OO..O.....O....................
......O.....O...O.OOO...............
.....OO.....O...O.O..O..............
...OO.O.OO....O.O.O...O.............
....O.O..OO...........O.............
.OO.O..O..O.........O...............
.OO.O.....OO.........O.OOO..........
.O.O.............OOO.O.O.OO.........
OO.OO...........OO.O..O.O.O.........
..............OO.O...OOO..OO.....OO.
.............O...O......O........O.O
............O.....O..OO.O.OO.....O..
...........O..O.O......O.O..........
...........O.....OO....OOO..........
.............O..........O...........
..........O.O...........O...........
.........OO.O.OOO...................
........O.O.O...O...................
.......OO.O.........................
......O...O.....OO..................
....................................
......OO.OO.........................

Phase changing reactions have enabled the construction of spaceships having periods that were otherwise unknown, and also allow the construction of period-doubling and period-tripling convoys to easily produce very high period rakes.

See also blinker puffer.

:phase shift = phase change

:phi The following common spark. The name comes from the shape in the generation after the one shown here. 


.OOO.
O...O
O...O
.OOO.
One oscillator which produces this spark is Tanner's p46. The pentadecathlon produces a slightly corrupted version of this spark.

:phi calculator (p1 circuitry) See pi calculator.

:phoenix Any pattern all of whose cells die in every generation, but which never dies as a whole. A spaceship cannot be a phoenix, and in fact every finite phoenix eventually evolves into an oscillator. The following 12-cell oscillator (found by the MIT group in December 1971) is the smallest known phoenix, and is sometimes called simply "the phoenix". 


....O...
..O.O...
......O.
OO......
......OO
.O......
...O.O..
...O....
This is extensible and is just the first of a family of phoenixes made by joining components together to form a loop. Here is another member of this family. 

.....................O.......O......
.....................O.O.....O.O....
.................O.O.....O.O........
.................O.......O......OO..
.....O.......O.O....................
.....O.O.....O...................O..
...O.....O.O........................
.........O........................OO
..OO................................
..................................O.
.O..................................
................................OO..
OO........................O.........
........................O.O.....O...
..O...................O.....O.O.....
....................O.O.......O.....
..OO......O.......O.................
........O.O.....O.O.................
....O.O.....O.O.....................
......O.......O.....................
Every known phoenix oscillator has period 2. In January 2000, Stephen Silver showed that a period 3 oscillator cannot be a phoenix. The situation for higher periods is unknown.

An easy synthesis of the phoenix is possible using four blocks as seeds. A puffer creating a growing row of phoenixes has the unusual property that the percentage of live cells that stay alive for more than one generation approaches zero. See lone dot agar for an example of an infinite phoenix.

:pi = pi-heptomino

:Pianola breeder A series of patterns by Paul Tooke in 2010, based on a simplification and extension of the Gemini spaceship's construction mechanism. Tooke produced a number of slow-salvo-constructed patterns with superlinear growth, including a series of breeder patterns of previously unknown types. For some patterns, the Gemini's two construction arms were moved to a permanent stationary platform, using fourteen glider-loop channels instead of twelve.

Some of these breeder patterns remain difficult to classify unambiguously. For example, one pattern was designed to be an MSS breeder - a modified Gemini spaceship puffing slide guns which build lines of blocks. However, the slide guns produce both moving and stationary objects at a linear rate, because streams of gliders are needed to reach out to the construction zone to do the push reaction and build more blocks. The pattern could therefore be classified as a hybrid MSM/MSS breeder. Other breeder patterns utilizing slide guns and universal constructor technology are likely to cause similar classification ambiguities.

:pi calculator (p1 circuitry) A device constructed by Adam P. Goucher in February 2010, which calculates the decimal digits of pi (the transcendental number, not the Life pattern!) and displays them in the Life universe as 8x10 dot matrix characters formed by arrangements of blocks along a diagonal stripe at the top. A push reaction moves a ten-block diagonal cursor to the next position as part of the "printing" operation for each new digit.

The actual calculation is done in binary, using a streaming spigot algorithm based on linear fractional transformations. The pi calculator is made up of a 188-state computer connected to a printing device via period-8 regulators and a binary-to-decimal conversion mechanism. The complete pattern can be found in Golly's Very Large Patterns online archive, along with the very similar 177-state phi calculator which uses a simpler algorithm to calculate and print the Golden Ratio.

:pi climber The reaction that defines rate of travel of the Caterpillar spaceship. A pi climber consists of a pi-heptomino "climbing" a chain of blinkers, moving 17 cells every 45 ticks, and leaving behind an identical chain of blinkers, shifted downward by 6 cells. A single pi climber does not produce any gliders or other output, but two or more of them travelling on nearby blinker chains can be arranged to emit gliders every 45 ticks. Compare Herschel-pair climber. 


..O..
..O..
..O..
.....
.....
.....
.....
.....
.....
.....
.....
.....
.....
.....
.....
..O..
.OOO.
.O.O.

:pi-heptomino (stabilizes at time 173) A common pattern. The name is also applied to later generations of this object. In a pi ship, for example, the pi-heptomino itself never arises. 


OOO
O.O
O.O

:pincers = great on-off

:pinwheel (p4) Found by Simon Norton, April 1970. Compare clock II. 


......OO....
......OO....
............
....OOOO....
OO.O....O...
OO.O..O.O...
...O...OO.OO
...O.O..O.OO
....OOOO....
............
....OO......
....OO......

:pi orbital (p168) Found by Noam Elkies, August 1995. In this oscillator, a pi-heptomino is turned ninety degrees every 42 generations. A second pi can be inserted to reduce the period to 84. 


..............OO....OO....OO...............................
.............O..O.O....O.O..O..............................
.............OOO..........OOO..............................
................OO......OO.................................
...............O..OOOOOO..O................................
...............OO........OO................................
...........................................................
........O.............................OO..........O........
.......O...OOO......O.........O.......OO.........O.O.......
........O.OOOOO..........OOO...O...........................
............O...O.....O.OOOOO.O..................O.........
............OO....OOO.....O......................OO........
............OO....OOO....OO...................OOOOO........
...................O.....OO...................OO.OO.....OO.
.................................................O......O.O
.....................................................OO.O.O
.....................................................O.O.O.
.......................................................O...
...................................OOO.........O.O...O..O..
.......OO..........................O..O........O..O.....O..
.......OO..............................O.......O.O..O...O..
...................................O..O.............O...O..
...................................OOO..................O..
.....................................................O..O..
................................................O......O...
.............................................OO.OO...O.O.O.
.............................................OOOOO...OO.O.O
.........O......................................OO......O.O
........O.O.....................................O.......OO.
...........................................................
.OO.......O.....................................O.O........
O.O......OO......................................O.........
O.O.OO...OOOOO.............................................
.O.O.O...OO.OO.............................................
...O......O................................................
..O..O.....................................................
..O........................................................
..O...O....................................................
..O...O..O.O......................................OO.......
..O.....O..O......................................OO.......
..O..O...O.O...............................................
...O.......................................................
.O.O.O.....................................................
O.O.OO.....................................................
O.O......O.................................................
.OO.....OO.OO...................OO.....O...................
........OOOOO...................OO....OOO....OO............
........OO......................O.....OOO....OO............
.........O..................O.OOOOO.O.....O...O............
...........................O...OOO..........OOOOO.O........
.......O.O.........OO.......O.........O......OOO...O.......
........O..........OO.............................O........
...........................................................
................................OO........OO...............
................................O..OOOOOO..O...............
.................................OO......OO................
..............................OOO..........OOO.............
..............................O..O.O....O.O..O.............
...............................OO....OO....OO..............

:pi portraitor (p32) Found by Robert Wainwright in 1984 or 1985. Compare with gourmet and popover. 


...........OO...........
......OO.O....O.OO......
......O..........O......
.......OO......OO.......
....OOO..OOOOOO..OOO....
....O..O........O..O....
.OO.O.O..........O.O.OO.
.O.O.O............O.O.O.
...O................O...
.O..O..............O..O.
....O.......OOO....O....
O...O.......O.O....O...O
O...O.......O.O....O...O
....O..............O....
.O..O..............O..O.
...O................O...
.O.O.O............O.O.O.
.OO.O.O..........O.O.OO.
....O..O........O..O....
....OOO..OOOOOO..OOO....
.......OO......OO.......
......O..........O......
......OO.O....O.OO......
...........OO...........

:pipsquirt = pipsquirter

:pipsquirter An oscillator that produces a domino spark that is orientated parallel to the direction from which it is produced (in contrast to domino sparkers like the pentadecathlon and HWSS, which produce domino sparks perpendicular to the direction of production). See p6 pipsquirter, p7 pipsquirter.

:pi ship A growing spaceship in which the back part consists of a pi-heptomino travelling at a speed of 3c/10. The first example was constructed by David Bell. All known pi ships are too large to show here, but the following diagram shows how the pi fuse works. 


............O............
...........O.O...........
OO........OO.OO........OO
OO.....................OO

:piston (p2) Found in 1971. 


OO.......OO
O.O..O..O.O
..OOOO..O..
O.O..O..O.O
OO.......OO

:pi wave A line of pi-heptominoes stabilizing one another. For example, an infinite line of pi-heptominoes arranged as shown below produces a pi wave that moves at a speed of 3c/10 with period 30, and leaves no debris. 


OOO...............OOO...............OOO...............OOO
O.O...............O.O...............O.O...............O.O
O.O...............O.O...............O.O...............O.O

:pixel = cell

:plet = polyplet

:polyomino A finite collection of orthogonally connected cells. The mathematical study of polyominoes was initiated by Solomon Golomb in 1953. Conway's early investigations of Life and other cellular automata involved tracking the histories of small polyominoes, this being a reasonable way to ascertain the typical behaviour of different cellular automata when the patterns had to be evolved by hand rather than by computer. Polyominoes have no special significance in Life, but their extensive study during the early years lead to a number of important discoveries and has influenced the terminology of Life. (Note on spelling: As with "dominoes" the plural may also be spelt without an e. In this lexicon I have followed Golomb in using the longer form.)

It is possible for a polyomino to be an oscillator. In fact there are infinitely many examples of such polyominoes, namely the cross and its larger analogues. The only other known examples are the block, the blinker, the toad, the star and (in two different phases) the pentadecathlon.

A polyomino can also be a spaceship, as the LWSS, MWSS and HWSS show.

:polyplet A finite collection of orthogonally or diagonally connected cells. This king-wise connectivity is a more natural concept in Life than the orthogonal connectivity of the polyomino.

:pond (p1) 


.OO.
O..O
O..O
.OO.

:pond on pond (p1) This term is often used to mean bi-pond, but may also be used of the following pseudo still life. 


.OO...OO.
O..O.O..O
O..O.O..O
.OO...OO.

:popover (p32) Found by Robert Wainwright in August 1984. Compare with gourmet and pi portraitor. 


.....................O..........
.....................O..........
.....................OOO........
.............OO.......OO........
.............OO..OOO..OO........
...................OOO..........
...................OOO..........
..............OO................
..OOO........O..O...............
..OOO........O.O................
OOO..OO...O...O....OOO..........
.....OO...O.....................
....OOO...O.....................
....O.................OO...OO...
....O...........OOO..O..O..OO...
........O.......O.O...O.O.......
.......O.O......O.O....O........
...OO..O..O................O....
...OO...OO.................O....
.....................O...OOO....
.....................O...OO.....
..........OOO........O...OO..OOO
.................OO........OOO..
................O..O.......OOO..
................O.O.............
..........OOO....O..............
..........OOO...................
........OO..OOO..OO.............
........OO.......OO.............
........OOO.....................
..........O.....................
..........O.....................

:population The number of ON cells.

:P-pentomino Conway's name for the following pentomino, a common spark. 


OO
OO
O.

:PPS (c/5 orthogonally, p30) A pre-pulsar spaceship. Any of three different p30 c/5 orthogonal spaceships in which a pre-pulsar is pushed by a pair of spiders. The back sparks of the spaceship can be used to perturb gliders in many different ways, allowing the easy construction of c/5 puffers. The first PPS was found by David Bell in May 1998 based on a p15 pre-pulsar spaceship found by Noam Elkies in December 1997. See also SPPS and APPS.

The pattern below shows the basic mechanism of a PPS. The two isolated sparks at the left and right sides are the edge sparks from the two supporting spiders. 


...O.....O...
..O.O...O.O..
.............
..OOO...OOO..
.............
.............
.............
..OOO...OOO..
.............
O.O.O...O.O.O
...O.....O...

:pre-beehive The following common parent of the beehive. 


OOO
OOO

:pre-block The following common parent of the block. Another such pattern is the grin. 


O.
OO

:precursor = predecessor

:predecessor Any pattern that evolves into a given pattern after one or more generations.

:pre-pre-block A common predecessor to the pre-block (and thus the block): 


O.O
.OO
This is easily created by a two-glider collision. Hitting the pre-pre-block with a glider can create a MWSS. Both of these reactions are shown below: 

.O..........
..O.........
OOO.........
............
............
...OOO....OO
.....O...OO.
....O......O

:pre-pulsar A common predecessor of the pulsar, such as that shown below. This duplicates itself in 15 generations. (It fails, however, to be a true replicator because of the way the two copies then interact.) 


OOO...OOO
O.O...O.O
OOO...OOO

A pair of tubs can be placed to eat half the pre-pulsar as it replicates; this gives the p30 oscillator Eureka where the pre-pulsar's replication becomes a movement back and forth. See twirling T-tetsons II for a variation on this idea. By other means the replication of the pre-pulsar can be made to occur in just 14 generations as half of it is eaten; this allows the construction of p28 and p29 oscillators. The pre-pulsar was also a vital component of the first known p26 and p47 oscillators.

See also PPS.

:pre-pulsar spaceship = PPS.

:pressure cooker (p3) Found by the MIT group in September 1971. Compare mini pressure cooker. 


.....O.....
....O.O....
....O.O....
...OO.OO...
O.O.....O.O
OO.O.O.O.OO
...O...O...
...O...O...
....OOO....
...........
...O.OO....
...OO.O....

:primer A pattern originally constructed by Dean Hickerson in November 1991 that emits a stream of LWSSs representing the prime numbers. Some improvements were found by Jason Summers in October 2005.

:PRNG = pseudo-random number generator

:propagator = linear propagator

:protein (p3) Found by Dave Buckingham, November 1972. 


....OO.......
....O........
......O......
..OOOO.O.OO..
.O.....O.O..O
.O..OO.O.O.OO
OO.O.....O...
...O..OO.O...
...O....O....
....OOOO.....
.............
....OO.......
....OO.......

:pseudo Opposite of true. A gun emitting a period n stream of spaceships (or rakes) is said to be a pseudo period n gun if its mechanism oscillates with a period greater than n. This period will necessarily be a multiple of n. If the base mechanism's period is instead a fraction of n, then a period multiplier must also be present which is considered to be part of the mechanism, and the gun as a whole is still a true period gun. For example, a filter may be used on a lower-period gun to produce a compound gun such as the true p48 gun.

Pseudo period n glider guns are known to exist for all periods greater than or equal to 14, with smaller periods being impossible. All known p14 guns are pseudo guns requiring several signal injections, so they are quite large. The following smaller example is a pseudo period 123 gun, interleaving the streams from two true period 246 guns: 


..................................O...........................
..................................OOO.........................
................................OO...O........................
...............................O.O.OO.O.......................
..............................O..O..O.O.......................
....................................O.OO......................
..................................O.O.........................
......................OOO.......O.O.O.........................
.................................OO.OO........................
.....................O..O.....................................
OO...................OOO......................................
.O............................................................
.O.O...................OO.OO..................................
..OO...............OO..OO.O.O............OO...................
...................OO..OO...O............O....................
...........................OOO.........O.O...........OO.......
.......................OO..OOO.........OO............O.O......
..................O.O..OOO............................OOO.....
..................O.O...OO.............................OO.....
...................O.................................O.O......
................................................OO..O.O.......
................................................O.O..O........
.................................................OOOO.........
.............................OO...................OO..........
.............................OO...............................
..............................................................
..............................................................
.....................................OOOO.....................
....................................OOOOO.O...................
.....................................O..O.O...................
.....O...................................OO...................
....O.OOOO.............................O.O....................
...O.O.OOO..........................OO............O.........OO
..O.O..............................O.OOOO..........O........O.
...O...............................O...OO........OOO......O.O.
...OO.............OO................OO.O..................OO..
...OO.............O.O................OOO......................
...OO..............OOO........................................
....................OO........................................
..................O.O.........................................
.............OO..O.O..........................................
.............O.O..O...........................................
..............OOOO..............................OO............
...............OO...............................OO............
....................OO.OO.....................................
.....................O.O......................................
.....................O........................................
..................OO.O..O.....................................
...................O.O.OOO....................................
...................O.OO...O...................................
....................O...OO....................................
.....................OOO......................................
.......................O......................................

The same distinction between true and pseudo also exists for puffers.

:pseudo-barberpole (p5) Found by Achim Flammenkamp in August 1994. In terms of its minimum population of 15 this is the smallest known p5 oscillator. See also barberpole. 


..........OO
...........O
.........O..
.......O.O..
............
.....O.O....
............
...O.O......
............
..OO........
O...........
OO..........

:pseudo-random glider generator A pseudo-random number generator in which the bits are represented by the presence or absence of gliders. The first pseudo-random glider generator was built by Bill Gosper. David Bell built the first moving one in 1997, using c/3 rakes.

:pseudo-random number generator A pseudo-random number generator (PRNG) is an algorithm that produces a sequence of bits that looks random (but cannot really be random, being algorithmically determined).

In Life, the term refers to a PRNG implemented as a Life pattern, with the bits represented by the presence or absence of objects such as gliders or blocks. Such a PRNG usually contains gliders or other spaceships in a loop with a feedback mechanism that causes later spaceships to interfere with the generation of earlier spaceships. The period can be very high, as a loop of n spaceships has 2n possible states.

:pseudo still life A stable pattern whose live cells are either immediately adjacent to each other, or are connected into a single group by adjacent dead cells where birth is suppressed by overpopulation.

The definition of strict still life rules out such stable patterns as the bi-block. In such patterns there are dead cells which have more than 3 neighbours in total, but fewer than 3 in any component still life. These patterns are called pseudo still lifes, and have been enumerated up to 32 bits, as shown in the table below. 

  --------------
  Bits    Number
  --------------
   8           1
   9           1
  10           7
  11          16
  12          55
  13         110
  14         279
  15         620
  16        1645
  17        4067
  18       10843
  19       27250
  20       70637
  21      179011
  22      462086
  23     1184882
  24     3068984
  25     7906676
  26    20463274
  27    52816265
  28   136655095
  29   353198379
  30   914075620
  31  2364815358
  32  6123084116
  --------------

Attribution of these counts is given in strict still life; see also https://oeis.org/A056613. The unique 32-bit triple pseudo still life is included in the last count in the table. As the number of bits increases, the pseudo still life count goes up exponentially by approximately O(2.56n). By comparison, the rate for strict still lifes is about O(2.46n) while for quasi still lifes it's around O(3.04n).

If a stable pattern's live cells plus its overpopulated dead cells do not form a single mutually adjacent group, the pattern is usually referred to as a constellation. It is also a still life in the general sense, but is neither "pseudo" nor "strict".

:puffer An object that moves like a spaceship, except that it leaves debris behind. The first known puffers were found by Bill Gosper and travelled at c/2 orthogonally (see diagram below for the very first one, found in 1971). 


.OOO......O.....O......OOO.
O..O.....OOO...OOO.....O..O
...O....OO.O...O.OO....O...
...O...................O...
...O..O.............O..O...
...O..OO...........OO..O...
..O...OO...........OO...O..

Not long afterwards c/12 diagonal puffers were found (see switch engine). Discounting wickstretchers, which are not puffers in the conventional sense, no new velocity was obtained after this until David Bell found the first c/3 orthogonal puffer in April 1996. Other new puffer speeds followed over the next several years.

Many spaceships that travel orthogonally at a speed less than c/2 have useful side or back sparks. These can be used to perturb standard spaceships that approach from behind. A common technique for creating puffers for a new speed uses a convoy of the new spaceships to create debris from an approaching standard spaceship such that a new standard spaceship is recreated on the same path as the original one. This forms a closed loop, resulting in a high-period puffer for the new speed.

As of June 2018, puffers have been found matching every known velocity of elementary spaceship, except for c/6 and c/7 diagonal and (2,1)c/6. It is also generally easy to create puffers based on macro-spaceships, simply by removing some part of the trailing cleanup mechanism.

:puffer engine A pattern which can be used as the main component of a puffer. The pattern may itself be a puffer (e.g. the classic puffer train), it may be a spaceship (e.g. the Schick engine), or it may even be unstable (e.g. the switch engine).

:pufferfish (c/2, p12) A puffer discovered by Richard Schank in November 2014, from a symmetric soup search using an early version of apgsearch. It consists of a pair of B-heptominoes stabilised by a backend that leaves only pairs of blocks behind. It is simple enough to be easily synthesized with gliders. 


...O.......O...
..OOO.....OOO..
.OO..O...O..OO.
...OOO...OOO...
...............
....O.....O....
..O..O...O..O..
O.....O.O.....O
OO....O.O....OO
......O.O......
...O.O...O.O...
....O.....O....
See soup for a random initial pattern, generated by apgsearch and recorded in Catagolue, that produces a pufferfish.

:pufferfish spaceship (c/2, p36) Generally, any spaceship constructed using pufferfish. May refer specifically to the extensible c/2 spaceship constructed by Ivan Fomichev in December 2014, the first such spaceship to contain no period-2 or period-4 parts. (The first two or three rows might be considered to be period 2 or 4, but they are directly dependent on following rows for support.).

The pattern consists of two adjacent pufferfish puffers, plus four copies of a nontrivial period 36 c/2 fuse for pufferfish exhaust, discovered using a randomized soup search. 


.......O.......O..................O.......O........
......OOO.....OOO................OOO.....OOO.......
.....O..OO...OO..O..............OO.O.....O.OO......
.....O...O...O...O...............OO.O...O.OO.......
......OO.OO.OO.OO..............O.OO.......OO.O.....
......OO.O...O.OO.............O.O..O.O.O.O..O.O....
........O.....O...............O.O...OO.OO...O.O....
.........OO.OO.................OOO.O.....O.OOO.....
....OO..O.....O..OO.............OOO.......OOO......
....OO..O.....O..OO.............OO.........OO......
................................O...........O......
........O.O.O.O................OO...........OO.....
........OO...OO................OO...........OO.....
...................................................
...................................OO...OO.........
...................O..........O....OO...OO.........
...O..............OOO........OOO..............O....
..OOO...OO...O.O.OO.O.......OO.O.............OOO...
.OO..O..OO.........O........OOO.............OO.O...
.OOOO.O......O...O.O........OOO.............OO.....
OO.....O.......OO..OO.......OOOO..............OO...
.O................O..O......O..O...........O..OO...
.O.OOO..O....O.O..OO.......OO..............O....O..
.O.O...OO....O.O..OO...O....O.O...........O..O.O...
.OO......O..O.......O..O....OOO..........OO...OO...
O.....O.O....O.O....O.OO................O..........
.OO..O..O....O......O.OO............O....OO........
.OO...OO.......OO...OO.OO..OO......OOOOOO..........
........................O....O....O.O.O.O.......OOO
..............................O...O..O.........O...
..............................O....O..........O....
.............................O.................O.O.

:puffer train The full name for a puffer, coined by Conway before any examples were known. The term was also applied specifically to the classic puffer train found by Bill Gosper and shown below. This is very dirty, and the tail does not stabilize until generation 5533. It consists of a B-heptomino (shown here one generation before the standard form) escorted by two LWSS. (This was the second known puffer. The first is shown under puffer.) 


.OOO...........OOO
O..O..........O..O
...O....OOO......O
...O....O..O.....O
..O....O........O.
In April 2006, Jason Summers found a way to make the classic puffer train into a p20 spaceship by adding a glider at the back: 

OOO...........OOO.
O..O..........O..O
O......OOO....O...
O.....O..O....O...
.O.O..O...O....O.O
.......OOOO.......
.........O........
..................
..................
..................
.......OOO........
.......O..........
........O.........

:puff suppressor An attachment at the back of a line puffer that suppresses all or some of its puffing action. The example below (by Hartmut Holzwart) has a 3-cell puff suppressor at the back which suppresses the entire puff, making a p2 spaceship. If you delete this puff suppressor then you get a p60 double beehive puffer. Puff suppressors were first recognised by Alan Hensel in April 1994. 


............O....................
..........OO.O...................
..........OO...O.................
........O...OO.O.....O...........
........OOOO.OO...OOOO.......O.O.
......O......O....OOO.....O.O..O.
......OOOOOOO...O...O....O..O....
...O.O......OO..O...O.O.OO....O..
..OOOOOOOOO.....O..OO........O...
.OO..............O.OO.OOOO...O..O
OO....OO.O..........O...O..O.O...
.OO....O........OOO......O.O.O..O
.........O......OO......O....OO..
.OO....O........OOO......O.O.O..O
OO....OO.O..........O...O..O.O...
.OO..............O.OO.OOOO...O..O
..OOOOOOOOO.....O..OO........O...
...O.O......OO..O...O.O.OO....O..
......OOOOOOO...O...O....O..O....
......O......O....OOO.....O.O..O.
........OOOO.OO...OOOO.......O.O.
........O...OO.O.....O...........
..........OO...O.................
..........OO.O...................
............O....................

:pull A reaction, most often mediated by gliders, that moves an object closer to the source of the reaction. See block pull, blinker pull, loaf pull; also elbow.

:pulsar (p3) Despite its size, this is the fourth most common oscillator (and by far the most common of period greater than 2) and was found very early on by Conway. See also pre-pulsar, pulsar quadrant, and quasar. 


..OOO...OOO..
.............
O....O.O....O
O....O.O....O
O....O.O....O
..OOO...OOO..
.............
..OOO...OOO..
O....O.O....O
O....O.O....O
O....O.O....O
.............
..OOO...OOO..

:pulsar 18-22-20 = two pulsar quadrants

:pulsar CP 48-56-72 = pulsar (The numbers refer to the populations of the three phases.)

:Pulsar Pixel Display (p30 circuitry) A large-scale raster line display device constructed by Mark Walsh in August 2010, where pulsars form the individual pixels in an otherwise empty grid. The published sample pattern displays and erases eight 7x5-pixel characters on each of two lines of text.

:pulsar quadrant (p3) This consists of a quarter of the outer part of a pulsar stabilized by a cis fuse with two tails. This is reminiscent of mold and jam. Found by Dave Buckingham in July 1973. See also two pulsar quadrants. 


.....O..
...OOO..
..O...OO
O..O..O.
O...O.O.
O....O..
........
..OOO...

:pulse A moving object, such as a spaceship or Herschel, which can be used to transmit information. See pulse divider.

Also another name for a pulsar quadrant.

:pulse divider A mechanism that lets every n-th object that reaches it pass through, and deletes all the rest, where n > 1 and the objects are typically gliders, spaceships or Herschels. A common synonym is period multiplier. For n=2, the simplest known stable pulse dividers are the semi-Snarks.

The following diagram shows a p5 glider pulse divider by Dieter Leithner (February 1998). The first glider moves the centre block and is reflected at 90 degrees. The next glider to come along will not be reflected, but will move the block back to its original position. The relatively small size and low period of this example made it useful for constructing compact glider guns of certain periods, but it became largely obsolete with the discovery of the stable CC semi-Snark, which uses the same basic mechanism. Period 7, 22, 36 and 46 versions of this pulse divider are also known. 


.....OO...................
.....OO...................
..........................
..................OO......
.................O..O.....
.................O.O..O..O
O...............OO.O.OOOOO
.OO...........O...OO......
OO...............OO..OOO..
.............O...O.O..O.O.
........OO.......OO..OO.O.
........OO....O...OO...O..
................OO.O.OO...
.................O.O.O....
.................O.O..O...
..................O..OO...
..OO......................
...O......................
OOO.......................
O.........................
..........................
............OO............
............O.............
.............OOO..........
...............O..........

:pulshuttle V (p30) Found by Robert Wainwright, May 1985. Compare Eureka. 


.............O..............O.............
............O.O.......O....O.O............
.............O......OO.OO...O.............
......................O...................
..OO......OO..................OO......OO..
O....O..O....O..............O....O..O....O
O....O..O....O..............O....O..O....O
O....O..O....O........O.....O....O..O....O
..OO......OO........OO.OO.....OO......OO..
......................O...................
..........................................
..........................................
..OO......OO..................OO......OO..
O....O..O....O........O.....O....O..O....O
O....O..O....O......OO.OO...O....O..O....O
O....O..O....O........O.....O....O..O....O
..OO......OO..................OO......OO..
..........................................
..........................................
......................O...................
..OO......OO........OO.OO.....OO......OO..
O....O..O....O........O.....O....O..O....O
O....O..O....O..............O....O..O....O
O....O..O....O..............O....O..O....O
..OO......OO..................OO......OO..
......................O...................
.............O......OO.OO...O.............
............O.O.......O....O.O............
.............O..............O.............

:pure glider generator A pattern that evolves into one or more gliders, and nothing else. There was some interest in these early on, but they are no longer considered important. Here's a neat example: 


..O............
..O............
OOO............
...............
......OOO......
.......O.......
............OOO
............O..
............O..

:push A reaction that moves an object farther away from the source of the reaction. See sliding block memory, pi calculator, elbow, universal constructor. See also pull, fire.

:pushalong Any tagalong at the front of a spaceship. The following is an example found by David Bell in 1992, attached to the front of a MWSS. 


..OOO.O.....
.OOOO.O.....
OO..........
.O.O........
..OOOO.O....
...OOO......
............
............
......OOOOO.
......O....O
......O.....
.......O...O
.........O..

:pyrotechnecium (p8) Found by Dave Buckingham in 1972. 


.......O........
.....OOOOO......
....O.....O.....
.O..O.O.OO.O....
O.O.O.O....O..O.
.O..O....O.O.O.O
....O.OO.O.O..O.
.....O.....O....
......OOOOO.....
........O.......

:pyrotechneczum A common mistaken spelling of pyrotechnecium, caused by a copying error in the early 1990s.

:python = long snake

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:S Usually means big S, but may sometimes mean paperclip.

:sailboat (p16) A boat hassled by a Kok's galaxy, a figure-8 and two eater3s. Found by Robert Wainwright in June 1984. 


........O...........O........
.......O.O.........O.O.......
........O...........O........
.............................
......OOOOO.......OOOOO......
.....O....O.......O....O.....
....O..O.............O..O....
.O..O.OO.............OO.O..O.
O.O.O.....O.......O.....O.O.O
.O..O....O.O.....O.O....O..O.
....OO..O..O.....O..O..OO....
.........OO.......OO.........
.............OO..............
.............O.O.............
........O..O..O..............
.......O.....................
.....OO..........OOO.........
..O......OO.O....OOO.........
.....O...O..O....OOO.........
.....OOO.O...O......OOO......
..O...........O.....OOO......
...O...O.OOO........OOO......
....O..O...O.................
....O.OO......O..............
..........OO.................
.........O...................
.....O..O....................

:salvo A collection of spaceships, usually gliders, all travelling in the same direction. Any valid glider construction recipe can be partitioned into no more than four salvos. Compare flotilla. In contrast with a convoy, the spaceships in a salvo are usually consumed by the reactions that they cause. Simple examples include block pusher and block pull.

Salvos may be slow or synchronized. The following partially synchronized three-glider salvo produces an LWSS from a block. 


OO........
OO........
..........
..........
OOO.......
O.........
.O........
..........
.......OOO
.......O..
........O.
..........
..........
..........
..........
..........
..........
.......OOO
.......O..
........O.
The above is a synchronized salvo and not a slow salvo, because the second glider must follow the first with the exact separation shown. The third glider can be considered to be a slow glider, because it will still delete the temporary loaf no matter how many ticks it is delayed. The slow glider construction entry includes an example of a true slow salvo.

:sawtooth Any finite pattern whose population grows without bound but does not tend to infinity. (In other words, the population reaches new heights infinitely often, but also infinitely often returns to some fixed value.) Conway's preferred plural is "sawteeth".

The first sawtooth was constructed by Dean Hickerson in April 1991. The current smallest known sawtooth was found by a conwaylife.com forum user with the online handle 'thunk'. It has a bounding box of 74x60, and is the smallest known sawtooth in terms of its minimum repeating population of 177 cells. The following variant has a higher repeating population of 194 and an optimized bounding box of 62x56: 


.....................................................OO.O.....
.....................................................O.OO.....
..............................................................
...........OO.................................................
...........OO.................................................
..............................................................
..............................................................
..............OO............................OO.......OO.....OO
....OO........OO.....................................OO.....OO
.....O.....................................O.O................
....O......OO............................O..............OO....
....OO.....OO........................OO.O.OO............OO....
......................................O.OO....................
.......................................O......................
..............................................................
.................................OO...........................
.................................OO...........................
..............................................................
.............................OO.....OO........................
.............................OO.....OO........................
..............................................................
..............................................................
..............................................................
.....................OOO......................................
.....................O..O.....................................
.....................O.OO.....................................
..............................................................
..............................................................
..............................................................
....................OO............O.........O.................
....................O..O..........O.O.....OOO.................
..OOOO...............OOO..........OO.....O....................
OO....OO.................................OO...................
OO.....O......................................................
..OO.O.O..............OO......................................
.......O..............OO......................................
...O...O..........................O....O......................
...O....O.......................OO.....O......................
.....OOO...O.....................OO...O.O.....................
.....OO....O.........................OO.OO....................
...........OO.......................O.....O...................
.............O.........................O......................
.............OOO....................OO...OO...................
..............................................................
..............................................................
................O.....................O.......................
...............O.OOOOO................O.......................
..............OO.....O...............O........................
..............OO...O..O.......................................
......................O.......................................
................OO.O..O................OO.....................
...................O..O................OO.....................
....................OO........................................
....................OO.....O....O.............................
.........................OO.OOOO.OO...........................
...........................O....O.............................
Patterns combining a fast puffer with a slower spaceship have also been constructed (see moving sawtooth). See also tractor beam.

:SBM = sliding block memory

:Schick engine (c/2 orthogonally, p12) This spaceship, found by Paul Schick in 1972, produces a large spark (the 15 live cells at the rear in the phase shown below) which can be perturbed by other c/2 spaceships to form a variety of puffers. See blinker ship for an example perturbation of the spark. The diagram below shows the smallest form of the Schick engine, using two LWSS. It is also possible to use two MWSSes or two HWSSes, or even an LWSS and an HWSS. 


OOOO..............
O...O.........O...
O...........OO....
.O..O..OO.....OOO.
......OOO......OOO
.O..O..OO.....OOO.
O...........OO....
O...O.........O...
OOOO..............

:Schick ship = Schick engine

:scorpion (p1) 


...O...
.OOO...
O...OO.
O.O.O.O
.OO.O.O
.....O.

:scrubber (p2) Found in 1971. 


....O......
..OOO......
.O.........
.O..OOO....
OO.O...O...
...O...O...
...O...O.OO
....OOO..O.
.........O.
......OOO..
......O....

:SE = switch engine

:seal (c/6 diagonally, p6) The first diagonal c/6 spaceship, found by Nicolay Beluchenko in September 2005. 


...O..OO..........................
.OOO.O.O.O........................
.O..OOO..OO.......................
O..OOOOOO.O.OOO...................
.O..OOO.O.OOOOO...................
......O.O.O.O.....................
O.O...O.O.OOOOO...................
O..O.O..O.OO...O..................
...O..OO.......OOO................
.O...OOOOO.OOO..OO................
....O.........O...................
..O.O.........O...................
....OO.OOOOO...O..................
......O.OOO..O.....OO.............
......O..O...O.OOO.OO.............
........OO...OOO.O..O...O.........
........OO....OO.OOOO...OOO.......
...................O.O..O.........
.............O.O.....OO..OO.......
.............O..O.....O.OOO.....O.
.............O...O....OO..O...O..O
...............OOO.....OO........O
...............O.O..O..O.....OO..O
.................O..OO.OO.O..O....
................O.......O.O.......
.................O...OOOO.........
..................O...O...........
..................................
.......................O..........
......................O.O.........
.....................OO...........
.....................O.O..........
.....................OO...........
.......................O..........
......................O...........

:search program A computer program or script that automates the search for Life objects having certain desired properties. These are used because the difficulty of finding previously unknown Life objects now commonly exceeds the patience, speed, and accuracy of humans. Various types of search programs are used for finding objects such as spaceships, oscillators, drifters, catalysts, soups, Gardens of Eden, and slow salvos.

Some search programs generate partial results as they are running, so even if they don't complete successfully, something of use might still be salvaged from the run.

Example search programs are dr, lifesrc, gfind, and Bellman.

There are other types of programs which don't perform searches as such, but instead perform large constructions. These are used to correctly complete very complicated objects such as the Caterpillar, Gemini, Caterloopillar, and universal constructor-based spaceships such as the Demonoids and Orthogonoids.

:second glider domain The second glider domain of an edge shooter is the set of spacetime offsets, relative to the glider stream emitted by the edge shooter, where a second independent glider stream may be present without interfering with the edge shooter. This is useful to know, because edge shooters are often used to generate glider streams very close to other glider streams, to make for example a spaceship gun or converter.

:second natural glider The glider produced at T=72 during the evolution of a Herschel. This is the common edge-shooting glider output used in the NW31 converter and several other converter variants.

:seed A constellation of still lifes and/or oscillators, which can be converted into another Life object when it is struck by one or more gliders. Usually the resulting object is a rare still life or spaceship, more complex than the original constellation. Spartan single-glider (1G) seeds are more commonly seen than multi-glider seeds, because a Spartan 1G seed can be readily constructed and triggered using a slow salvo. See also freeze-dried. For example, the following is a 14sL 1G seed for a c/7 loafer spaceship. 


...................................O..........
..................................O...........
..................................OOO.........
.............OO...............................
..............O...............................
..............O.O.............................
...............OO.............................
..............................................
...O..........................................
..O.O.........................................
.O.O..........................................
.OO...........................................
..............OO..............................
.............O.O..............................
.............OO...............................
..............................................
..............................................
..............................................
....................OO........................
...................O.O........................
..........O.........O.........................
.........O.O....O.............................
..........OO...O.O............................
..............O.O.............................
..............OO..............................
..............................................
.............................................O
.........................OO................OOO
....................OO...OO...............O...
...................O..O...................OO..
.O.................O..O.......................
O.O.................OO........................
.OO...........................................
..............................................
..............................................
..............................................
.....................OO.......................
.....................O.O....OO................
......................O.....O.O...............
.............................OO...............
.................................OO...........
.................................OO...........
..............................................
..............................................
......................OO......................
.....................O..O.....................
.....................O..O.....................
......................OO......................

:Seeds of Destruction Game An interactive search application written by Paul Chapman in 2013. Its primary purpose was to assist in the design of self-destruct circuits in self-constructing circuitry. It has also regularly been helpful in completing glider syntheses, and was used to find the 31c/240 base reaction for the shield bug and Centipede spaceships.

:self-constructing A type of pattern, generally a macro-spaceship, that contains encoded construction information about itself, and makes a complete copy of itself using those instructions. The Gemini, linear propagator, spiral growth patterns, Demonoids and Orthogonoid are examples of self-constructing patterns. Self-constructing spaceships often have trivially adjustable speeds. In many cases, the direction of travel can also be altered, less easily, by changing the encoded construction recipe. Compare self-supporting, elementary.

:self-supporting A type of pattern, specifically a macro-spaceship, that constructs signals or tracks or other scaffolding to assist its movement, but does not contain complete information about its own structure. Examples include the Caterpillar, Centipede, half-baked knightship, waterbear, and the Caterloopillars. Caterpillar has been used as a general term for self-supporting spaceships, but it is not very appropriate for the HBKs.

In general a self-supporting pattern cannot be trivially adjusted to alter its speed or direction. The variable speeds of the HBKs and the Caterloopillars are exceptions, but their direction of travel is fixed, and a specific Caterloopillar can't be made to change its speed without completely rebuilding it. Compare self-constructing, elementary.

:semi-cenark Either of two semi-Snark variants discovered by Tanner Jacobi in November 2017. The name is due to the initial converter, which produces a century output for every two input gliders. The minimum safe repeat time is 43 ticks for the smaller initial catalyst shown in CC semi-cenark and CP semi-cenark, or 42 ticks with the slightly larger catalyst variant shown below. There is also overclocking possible at period 36, 38, or 39. The reset glider can be followed immediately by a new trigger glider, as shown below, so the minimum repeat time for an intermittent stream of gliders is only 50 ticks. 


O.O.................................
.OO.................................
.O..................................
....................................
....................................
....................................
....................................
....................................
....................................
.........O.O........................
..........OO........................
..........O.........................
.............O......................
..............OO....................
.............OO.....................
.............................O......
...........................OOO......
..........................O.........
..........................OO........
....................................
....................................
......................O.............
..............OO.......OO..O........
..............O..O....OO..O.O.......
............OO..OO........OO........
...........O..OO....................
...........OO...OO..................
................O.O.................
.................O..................
..................................OO
................................O..O
.....................OO.........OOO.
......................O......O......
...................OOO.......OOOO...
...................O............O...
...............................O....
...............................OO...

:semi-Snark Any small stable signal conduit that produces one output glider for every two input gliders, with a 90 degree reflection. These can act as period-doublers for any glider stream whose period is at least equal to their repeat time, and so adding one of these to a single glider gun often results in a pattern much smaller than the older technology of crossing the output of two guns.

The available semi-Snarks differ in their complexity, size, repeat time, and the colour of their output gliders. The CC semi-Snark was the first one found, and the term "semi-Snark" is often used specifically for this object. The "CC" prefix stands for colour-changing, by contrast with the more recently discovered colour-preserving CP semi-Snark.

There are also CC and CP variants of a semi-Snark based on a two-glider to century converter discovered by Tanner Jacobi in November 2017. These semi-cenarks are the fastest semi-Snarks known as of July 2018, with a repeat time as low as 50 ticks, or a periodic input rate as low as 36 ticks.

:sesquihat (p1) Halfway between a hat and a twinhat. 


....O..
OO.O.O.
.O.O.O.
.O.O.OO
..O....

:SGR Abbreviation for stable glider reflector. This term is no longer in use.

:shield bug (31c/240 orthogonally, p240) The first 31c/240 macro-spaceship, constructed by Dave Greene on September 9, 2014.

:shillelagh (p1) 


OO...
O..OO
.OO.O

:ship (p1) The term is also used as a synonym of spaceship. 


OO.
O.O
.OO

A ship can be used as a catalyst in some situations. For example, it can suppress two of the blinkers from an evolving traffic light: 


...OO.
...O.O
....OO
......
O.....
OO....
O.....
It is also a one-glider seed for the engine of the queen bee shuttle: 

OOO..OO.
..O..O.O
.O....OO

:ship in a bottle (p16) Found by Bill Gosper in August 1994. See also bottle. 


....OO......OO....
...O..O....O..O...
...O.O......O.O...
.OO..OOO..OOO..OO.
O......O..O......O
O.OO..........OO.O
.O.O..........O.O.
...OO...OO...OO...
.......O.O........
.......OO.........
...OO........OO...
.O.O..........O.O.
O.OO..........OO.O
O......O..O......O
.OO..OOO..OOO..OO.
...O.O......O.O...
...O..O....O..O...
....OO......OO....

:ship on boat = ship tie boat

:ship on ship = ship-tie

:ship-tie (p1) The name is by analogy with boat-tie. 


OO....
O.O...
.OO...
...OO.
...O.O
....OO

:ship tie boat (p1) 


OO....
O.O...
.OO...
...OO.
...O.O
....O.

:short keys (p3) Found by Dean Hickerson, August 1989. See also bent keys and odd keys. 


.O........O.
O.OOO..OOO.O
.O..O..O..O.
....O..O....

:shotgun A gun that fires a salvo of multiple spaceships, almost always gliders, on parallel lanes. Two to four shotguns are often combined to turn a glider synthesis into a gun or factory for that synthesis.

:shoulder The fixed upper end of a construction arm, generally consisting of one or more glider guns or edge shooters aimed at an elbow object.

:shuttle Any oscillator which consists of an active region moving back and forth between stabilizing objects. The most well-known examples are the queen bee shuttle (which has often been called simply "the shuttle") and the twin bees shuttle. See also p54 shuttle, p130 shuttle and Eureka. Another example is the p72 R-pentomino shuttle that forms part of the pattern given under factory.

:siamese A term used in naming certain still lifes (and the stator part of certain oscillators). It indicates that the object consists of two smaller objects sharing two or more cells. See snake siamese snake and loaf siamese barge for examples.

:side Half a sidewalk. In itself this is unstable and requires an induction coil. 


OO...
O.OOO
....O

:sidecar A small tagalong for an HWSS that was found by Hartmut Holzwart in 1992. The resulting spaceship (shown below) has a phase with only 24 cells, making it in this respect the smallest known spaceship other than the standard spaceships and some trivial two-spaceship flotillas derived from them. Note also that an HWSS can support two sidecars at once. 


.O......
O.....O.
O.....O.
OOOOO.O.
........
....OO..
..O....O
.O......
.O.....O
.OOOOOO.

:side-shooting gun = slide gun

:sidesnagger A Spartan eater found by Chris Cain in May 2015 with functionality similar to the eater5, as shown below. It has one lane less diagonal clearance on the high-clearance side than other eater5 variants, due to the presence of the boat. A good use of the sidesnagger can be seen in p130 shuttle. See also highway robber. 


..O.............
O.O.............
.OO.............
................
................
................
.........O......
........O.......
........OOO.....
................
................
.........O......
........O.O.....
.......O..O...OO
........OO....OO
....O...........
...O.O..........
...OO...........
.........OO.....
.........OO.....

:side-tracking See universal constructor.

:sidewalk (p1) 


.OO.OO
..O.O.
.O..O.
.O.O..
OO.OO.

:siesta (p5) Found by Dave Buckingham in 1973. Compare sombreros. 


...........OO...
...OO.....O.O...
...O.O....O.....
.....O...OO.O...
...O.OO.....OOO.
.OOO.....O.O...O
O...O.O.....OOO.
.OOO.....OO.O...
...O.OO...O.....
.....O....O.O...
...O.O.....OO...
...OO...........

:signal Movement of information through the Life universe. Signals can be carried by spaceships, fuses, drifters, or conduits. Spaceships can only transfer a signal at the speed of the spaceship, while fuses can transfer a signal at speeds up to the speed of light.

In practice, many signals are encoded as the presence or absence of a glider or other spaceship at a particular point at a particular time. Such signals can be combined by the collision of gliders to form logic operations such as AND, OR, and NOT gates. Signals can be duplicated using glider duplicators or other fanout devices, and can be used up by causing perturbations on other parts of the Life object.

Signals are used in Herschel conduit circuitry, universal constructors, macro-spaceships, and other computational patterns such as the pi calculator and Osqrtlogt patterns.

:signal elbow A conduit with signal output 90 degrees from its input. This term is commonly used only for signal wires, particularly 2c/3 signals. A Snark could reasonably be called a "glider elbow", but glider reflector is the standard term. A signal elbow with a recovery time less than 20 ticks would enable a trivial proof that Conway's Life is omniperiodic.

A near miss is the following elbow-like converter found by Dean Hickerson. It successfully turns a 2c/3 signal by 90 degrees, but unfortunately changes it to a double-length signal in the process. This means that further copies of the converter can not be appended (e.g., to make a closed loop). 


........................O..O......
........................OOOOOO....
..............................O.OO
......................OOOOO.O.O.OO
.....................O......O.O...
.....................OOOOO..O.O...
..................O.......O.OO....
..................OOOOOO..O.......
........................O.O.......
................OOOOOO..O.OO......
..........OO...O......O.O.........
.........O..O..OOOOO..O.O.........
........O.OOO.......O.OO..........
....OO.O.O...OOOOO..O.............
.....O.O...O......O.O.............
.....O.O..OOOOOO..O.OO............
...O.O.O.O......O.O...............
..O.OO..O.OOOO..O.O...............
..O...O.O.O...O.OO................
OO.OO.O.O...O.O...................
.O.O..O.OOOO.O.OOO................
O..O.O.......O...O................
.OOO..OOOOOOOO....................
....O.O...........................
...OO.O..OOOOOOO..................
..O..OO.O.......O.................
..OO....O..OOOOOO.................
........O.O.......................
.......OO.O..OOOOOO...............
..........O.O......O..............
..........O.O..OOOOO..............
...........OO.O.......O...........
..............O..OOOOOO...........
..............O.O.................
.............OO.O..OOOOOO.........
................O.O......O.OO.....
................O.O..OOOOO.OO.....
.................OO.O.............
....................O..OOOOOO.....
....................O.O.....O.....
...................OO.O..OOO......
......................O.O.....OO..
......................O..O....OO..
.......................OO.........

Relatively small composite MWSS elbows can now be constructed, using Tanner Jacobi's 2015 discovery of a small H-to-MWSS component. For example, the Orthogonoid includes a constructor/reflector that reflects an MWSS stream by 180 degrees, but it can be trivially reconfigured to make a 90-degree MWSS elbow.

:Silver G-to-H A variant of the Silver reflector made by substituting an Fx119 conduit for the final NW31, allowing a Herschel output as well as the beehive-annihilating reset glider. It is still Spartan, and as long as the Fx119 is followed by a dependent conduit, it retains the faster 497-tick recovery time.

:Silver reflector A stable glider reflector found by Stephen Silver in November 1998, by substituting an NW31 converter for the second Fx77 conduit in the Callahan G-to-H found a few days previous. The repeat time is 497 ticks: 


........O.............O.......................................
......O.O...........OOO.......................................
.......OO..........O..........................................
...................OO.........................................
....OO........................................................
.....O........................................................
.....O.O......................................................
......OO..........O...........................................
.................O.O..........................................
.................O.O..........................................
..................O....OO.....................................
......OO...............O.O....................................
.....O.O.................O....................................
.....O...................OO...................................
....OO........................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
...............OO.............................................
...............OO.............................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
...OO.........................................................
....O.........................................................
....O.O.......................................................
.....OO.......................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
......OO...............OO.....................................
......OO...............O.O....................................
.........................O....................................
.........................OO...................................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................................
...................O..........................................
.................OOO..........................................
................O.............................................
................OO...................OO.......................
....................OO................O.......................
.....................O................O.O.....................
...................O...................OO.....................
...................OO.........................................
..............................................................
..............................................................
............................................................OO
............................................................OO
..............................................................
......................OO......................................
...OO.................OO......................................
...OO.........................................................
..............................................................
..............................................................
..OO..........................................................
...O..........................................................
OOO............OO.............................................
O..............O..............................................
................OOO...........................................
..................O...........................................
..............................................................
..................................................OO..........
..................................................OO..........

:Silver's p5 (p5) The following oscillator found by Stephen Silver in February 2000: 


OO.........
O..........
.O..O......
...OO......
...O...O.OO
..O....OO.O
..OO.......

As this has no spark, it appears useless. Nonetheless, in March 2000, David Eppstein found a way to use it to reduce the size of Noam Elkies' p5 reflector.

:Simkin glider gun (p120) A Herschel-based glider gun discovered by Michael Simkin in April 2015. It consists of a Herschel running through two B60 conduits. In terms of its 36-cell minimum population, it is one of the smallest known guns, sharing the record with the Gosper glider gun. In the double-barreled form, as well as the pseudo-period, snake-stabilized form shown below, it is the absolute record holder. 


OO.....OO........................
OO.....OO........................
.................................
....OO...........................
....OO...........................
.................................
.................................
.................................
.................................
......................OO.OO......
.....................O.....O.....
.....................O......O..OO
.....................OOO...O...OO
..........................O......
.................................
.................................
.................................
.................................
........................O.OO.....
........................OO.O.....

:single-arm A type of universal constructor using just one construction arm and slow salvo techniques to construct, usually, Spartan or near-Spartan circuitry. Compare two-arm.

:single-channel A type of universal constructor discovered and developed by Simon Ekström and others starting in December 2015. The initial elbow operation toolkit was near-minimal, with just one push, one pull, and one output glider of each colour (see colour of a glider). Later searches produced a much larger and more efficient library.

Single-channel recipes consist of a stream of gliders on a single lane and aimed at a construction elbow, usually separated from each other by at least 90 ticks. In spite of these strict limitations, single-channel recipes can be made to do surprising things. For example, it is possible to build a Snark directly on the construction lane of an active construction arm, starting from a single elbow block. This can allow the arm to reach efficiently around complex obstructions by bending itself through multiple lossless elbows. Known recipes can also remove an elbow when it is no longer needed, by controlled demolition of the Snark.

As of June 2018, almost all single-channel recipes are made up of singletons and synchronized pairs of gliders, but no synchronized triplets or larger groups. This is not an inherent limitation of single-channel construction, but rather a limitation in the search program used to find currently known single-channel toolkits.

A useful byproduct of this limitation is that single-channel recipes can be trivially adjusted to allow them to safely cross perpendicular data streams, including other single-channel recipes (or earlier parts of the same recipe). To avoid collisions with a crossing stream, each singleton glider or glider pair can safely be delayed by any even number of ticks, or technically by any multiple of the period of the current intermediate target. The final result of the construction will not be affected.

:single-channel Demonoid See Demonoid.

:single-lane = single-channel.

:singleton In single-channel recipes, a glider that is not synchronized with a neighboring glider in its stream. Compare glider pair.

:singular flip flop (p2) Found by Robert Wainwright, July 1972. 


..O...
..O.O.
O....O
OOOOOO
......
..OO..
..OO..

:sinking ship = canoe

:Sir Robin ((2,1)c/6, p6) The first elementary knightship in Conway's Game of Life, found by Adam P. Goucher on March 6, 2018, based on a partial by Tomas Rokicki. 


....OO.........................
....O..O.......................
....O...O......................
......OOO......................
..OO......OOOO.................
..O.OO....OOOO.................
.O....O......OOO...............
..OOOO....OO...O...............
O.........OO...................
.O...O.........................
......OOO..OO..O...............
..OO.......O....O..............
.............O.OO..............
..........OO......O............
...........OO.OOO.O............
..........OO...O..O............
..........O.O..OO..............
..........O..O.O.O.............
..........OOO......O...........
...........O.O.O...O...........
..............OO.O.O...........
...........O......OOO..........
...............................
...........O.........O.........
...........O...O......O........
............O.....OOOOO........
............OOO................
................OO.............
.............OOO..O............
...........O.OOO.O.............
..........O...O..O.............
...........O....OO.OOO.........
.............OOOO.O....OO......
.............O.OOOO....OO......
...................O...........
....................O..OO......
....................OO.........
.....................OOOOO.....
.........................OO....
...................OOO......O..
....................O.O...O.O..
...................O...O...O...
...................O...OO......
..................O......O.OOO.
...................OO...O...OO.
....................OOOO..O..O.
......................OO...O...
.....................O.........
.....................OO.O......
....................O..........
...................OOOOO.......
...................O....O......
..................OOO.OOO......
..................O.OOOOO......
..................O............
....................O..........
................O....OOOO......
....................OOOO.OO....
.................OOO....O......
........................O.O....
............................O..
........................O..OO..
.........................OOO...
......................OO.......
.....................OOO.....O.
........................OO..O.O
.....................O..OOO.O.O
......................OO.O..O..
........................O.O..OO
..........................OO...
......................OOO....O.
......................OOO....O.
.......................OO...OOO
........................OO.OO..
.........................OO....
.........................O.....
...............................
........................OO.....
..........................O....

:six Ls (p3) This is a compact form of loading dock. 


...O...
.OOO..O
O...OOO
OOO....
....OOO
OOO...O
O..OOO.
...O...

:sixty-nine (p4) Found by Robert Wainwright, October 1978. 


.........O...........
........O.O..........
.....................
......O...OO.........
.....O.....O.........
......O.O............
........OO......O....
................O....
..O.....OO....OOO....
..O...........OO.....
OOO.......OO..OO..OOO
OO......O.OO....OOO..
OO..OOO.O.O.....OOO..
..OOO................
..OOO......O.........
..........O.O........
.....................
........O...OO.......
.......O.....O.......
........O.O..........
..........OO.........

:skewed quad (p2) 


.OO....
.O...OO
..O.O.O
.......
O.O.O..
OO...O.
....OO.

:skewed traffic light (p3) Found by Robert Wainwright, August 1989. 


.............OO.........
............O..O........
.............O.O........
.........OO...O.........
..........O.OO..........
............O...........
............O...........
........................
OO........OOO......O....
OOOO.O........O...OO....
O.O..OOO.O....O.........
.........O....O.OOO..O.O
....OO...O........O.OOOO
....O......OOO........OO
........................
...........O............
...........O............
..........OO.O..........
.........O...OO.........
........O.O.............
........O..O............
.........OO.............

:sL Abbreviation for still life, used most often in rough measurements of the complexity of a Spartan constellation.

:slide gun A gun which fires sideways from an extending arm. The arm consists of streams of spaceships which are pushing a pattern away from the body of the gun and releasing an output spaceship every time they do so. Each output spaceship therefore travels along a different path.

Dieter Leithner constructed the first slide gun in July 1994 (although he used the term "side shooting gun"). The following pattern shows the key reaction of this slide gun. The three gliders shown will push the block one cell diagonally, thereby extending the length of the arm by one cell, and at the same time they release an output glider sideways. (In 1999, Jason Summers constructed slide guns using other reactions.) 


..............OO.
..............OO.
........OOO......
..........O......
.........O.....OO
..............O.O
................O
.................
.................
.................
.................
.................
.................
.................
.................
.................
.................
.O...............
.OO..............
O.O..............

:sliding block memory A memory register whose value is stored as the position of a block. The block can be moved by means of glider collisions. See block pusher for an example.

In Conway's original formulation (as part of his proof of the existence of a universal computer in Life) two gliders were used to pull the block inwards by three diagonal spaces, as shown below, and thirty gliders were used to push it out by the same amount. 


OO..........
OO..........
............
............
............
.........OOO
OOO......O..
O.........O.
.O..........

Dean Hickerson later greatly improved on this, finding a way to pull a block inwards by one diagonal space using 2 gliders, and push it out the same distance using 3 gliders. In order for the memory to be of any use there also has to be a way to read the value held. It suffices to be able to check whether the value is zero (as Conway did), or to be able to detect the transition from one to zero (as Hickerson did).

Dean Hickerson's sliding block memory is used in Paul Chapman's URM, and the key salvos from it are used in several other complex constructions, such as David Bell's Collatz 5N+1 simulator and Adam P. Goucher's pi calculator and Spartan universal computer-constructor.

:slmake A search program published by Adam P. Goucher in May 2017. It accepts as input a constellation of sufficiently widely separated still lifes, and produces a glider stream that will perform a complete slow glider construction of that constellation, starting from a single block.

One of slmake's primary uses is to make self-constructing patterns much easier to design and build. It is capable of finding recipes not only for Spartan stable circuitry, but also for other useful non-Spartan circuits such as Snarks, syringes, and H-to-MWSS converters, provided that they are separated from other nearby objects by a sufficient amount of empty space.

:slow See slow glider construction.

:slow elbow A movable construction elbow that is controlled by a slow salvo, which most likely comes from a previous elbow in a multi-elbow construction arm. Unlike a standard elbow which is generally fixed on a single construction lane or at least within a narrow range, a slow elbow can move freely in two dimensions as long as there is room for it. Each slow elbow added to a construction arm results in an exponential increase in the cost (in gliders) of the final construction. Compare lossless elbow.

:slow glider construction Construction an object by a "slow salvo" of gliders all coming from the same direction, in such a way that timing of the gliders does not matter as long as they are not too close behind one another. This type of construction requires an initial seed object, such as a block, which is modified by each glider in turn until the desired object is produced.

In May 1997, Nick Gotts produced a slow glider construction of a block-laying switch engine from a block, using a slow salvo of 53 gliders. Constructions like this are important in the study of sparse Life, as they will occur naturally as gliders created in the first few generations collide with blonks and other debris.

Slow glider constructions are also useful in some designs for universal constructors. However, in this case the above definition is usually too restrictive, and it is desirable to allow constructions in which some gliders in the salvo are required to have a particular timing modulo 2 (a "p2 slow salvo"). This gives much greater flexibility, as blinkers can now be freely used in the intermediate construction steps. The Snarkmaker is a very large p2 slow salvo. A much smaller example is the following edgy construction of an eater1 starting from a block. 


OO..OOO...............................................
OO..O.................................................
.....O................................................
......................................................
......................................................
......................................................
......................................................
......................................................
......................................................
......................................................
................OOO...................................
................O.....................................
.................O....................................
......................................................
......................................................
......................................................
......................................................
.......................OOO............................
.......................O..............................
........................O.............................
......................................................
......................................................
......................................................
......................................................
......................................................
......................................................
......................................................
..............................O.......................
........................O....OO.......................
.......................OO....O.O......................
.......................O.O............................
......................................................
......................................................
..........................O...........................
.........................OO...........................
.........................O.O..........................
......................................................
.............................OOO....................OO
.............................O.....................OO.
..............................O......................O

Adam P. Goucher's slmake search program, made available in May 2017, makes it much easier to find a slow glider construction for a wide variety of stable circuitry.

:slow salvo See slow glider construction.

:small fish = LWSS

:small lake (p1) A 20-cell still life, but technically not actually a lake because it is not constructed entirely out of dominoes. 


....O....
...O.O...
...O.O...
.OO...OO.
O.......O
.OO...OO.
...O.O...
...O.O...
....O....

:smiley (p8) Found by Achim Flammenkamp in July 1994 and named by Alan Hensel. 


OO.O.OO
...O...
O.....O
.OOOOO.
.......
.......
OOO.OOO

:SMM breeder See breeder.

:smoke Debris that is fairly long-lived but eventually dies completely. Basically, a large spark. This term is used especially when talking about the output from a smoking ship. Some Herschel conduits such as Fx119 also create large amounts of smoke.

:smoking ship A spaceship which produces smoke. If the smoke extends past the edge of the rest of the spaceship, then it can be used to perturb other objects as the spaceship passes by. Running gliders into the smoke is often a good way to turn or duplicate them, or convert them into other objects. Sometimes the smoke from a smoking ship may itself be perturbed by accompanying spaceships in order to form a puffer. A simple example of a smoking ship is the Schick engine.

:snacker (p9) Found by Mark Niemiec in 1972. This is a pentadecathlon with stabilizers which force it into a lower period. 


OO................OO
.O................O.
.O.O............O.O.
..OO............OO..
.......O....O.......
.....OO.OOOO.OO.....
.......O....O.......
..OO............OO..
.O.O............O.O.
.O................O.
OO................OO
The stabilizers make the domino spark largely inaccessible, but the snacker is extensible, as shown in the next diagram, and so a more accessible p9 domino spark can be obtained. In April 1998 Dean Hickerson found an alternative stabilizer that is less obtrusive than the original one, and this is also shown in this diagram. 

OO................................
.O................................
.O.O.........................OO...
..OO.......................O..O...
.......O....O..............OOO....
.....OO.OOOO.OO...O....O......OOO.
.......O....O...OO.OOOO.OO...O...O
..OO..............O....O......OOO.
.O.O.......................OOO....
.O.........................O..O...
OO...........................OO...
An end can also be stabilized by killer candlefrobras.

:snail (c/5 orthogonally, p5) The first known c/5 spaceship, discovered by Tim Coe in January 1996. For some time it was the slowest known orthogonal spaceship. 


.O....................................
.O....................................
O.....................................
.OOO.................OOO...OOO........
.OO.O.........O...O.O......OOO........
..O...........OO.O.......O....OOOO....
......O......O...O.O...OO.O.....OO....
...O..O.OOO...OO.........O........OO.O
...OO.O.....O.....O.................O.
.........O.OOOOOOO....................
......................................
.........O.OOOOOOO....................
...OO.O.....O.....O.................O.
...O..O.OOO...OO.........O........OO.O
......O......O...O.O...OO.O.....OO....
..O...........OO.O.......O....OOOO....
.OO.O.........O...O.O......OOO........
.OOO.................OOO...OOO........
O.....................................
.O....................................
.O....................................

:snake (p1) 


OO.O
O.OO

:snake bit An alternative name for a boat-bit. Not a very sensible name, because various other things can be used instead of a snake. A snake, or alternatively an aircraft carrier, is the smallest object that can consume a glider stream by effectively acting as an eater for every two incoming gliders. The one-cell reduction from the smallest real eater, the seven-cell eater1, has been important when trying to construct recent sawtooths where the population must be minimized.

:snake bridge snake (p1) 


....OO
....O.
.....O
....OO
OO.O..
O.OO..

:snake dance (p3) Found by Robert Wainwright, May 1972. 


...OO.O..
...O.OO..
OO.O.....
.O..O.OOO
O..O.O..O
OOO.O..O.
.....O.OO
..OO.O...
..O.OO...

:snake pit This term has been used for two different oscillators: the p2 snake pit (essentially the same as fore and back) 


O.OO.OO
OO.O.O.
......O
OOO.OOO
O......
.O.O.OO
OO.OO.O
and the p3 snake pit. 

.....OO....
....O..O...
....O.OO...
.OO.O......
O.O.O.OOOO.
O.........O
.OOOO.O.O.O
......O.OO.
...OO.O....
...O..O....
....OO.....

:snake siamese snake (p1) 


OO.OO.O
O.OO.OO

:Snark A small stable 90-degree glider reflector with a repeat time of 43 ticks, discovered by Mike Playle on 25 April 2013 using a search utility he wrote called Bellman. Compare boojum reflector. Four common Snark variants are shown below: Playle's original at the top, and variants by Heinrich Koenig, Simon Ekström, and Shannon Omick to the left, bottom, and right, respectively. As of June 2018, only Playle's variant has a known slow glider construction recipe for all orientations. 


.............................OO....................
............................O.O....................
......................OO....O......................
....................O..O..OO.OOOO..................
....................OO.O.O.O.O..O..................
.......................O.O.O.O.....................
.......................O.O.OO......................
........................O..........................
...................................................
.....................................OO............
............................OO.......O.............
............................OO.....O.O.............
.........O.........................OO..............
.........OOO.......................................
............O........O.............................
...........OO.......O..............................
....................OOO............................
...................................................
...OO..............................................
...O.....................OO........................
OO.O......................O........................
O..OOO....OO...........OOO.........................
.OO...O...OO...........O......................O....
...OOOO.....................OO..............OOOOO..
...O...............OO........O.............O.....O.
....OOO............O.O.......O.O............OOO..O.
.......O.............O........OO...............O.OO
..OOOOO..............OO.....................OOOO..O
.O..O......................O...........OO...O...OO.
.OO......................OOO...........OO....OOO...
........................O......................O...
........................OO.....................O.OO
..............................................OO.OO
...................................................
...................................................
......................................OO...........
......................................O............
.......................................OOO.........
..............OO.........................O.........
.............O.O.....OO............................
.............O.......OO............................
............OO.....................................
...................................................
..........................O........................
................OO....OO.O.O.......................
...............O..O..O.O.O.O.......................
................OO...O.O.O.OO......................
..................OOOO.OO..O.......................
..................O...O....O.......................
...................O..O.OOO........................
....................O.O.O..........................
.....................O.............................

:Snarkmaker A single-channel stream of gliders that, when aimed to collide with an elbow block in a specific location, will perform a slow glider construction of a Snark, directly on the same lane as the incoming gliders. This allows a construction arm to add one or more lossless elbows, so that it can bend around multiple corners without an exponential increase in construction cost.

The Snarkmaker recipe used in the first single-channel Demonoid, Orthogonoid, and spiral growth patterns contains 2,254 gliders. This could be considerably reduced with a customized search program.

:SNG = second natural glider.

:SODGame = Seeds of Destruction Game

:sombrero One half of sombreros or siesta.

:sombreros (p6) Found by Dave Buckingham in 1972. If the two halves are moved three spaces closer to one another then the period drops to 4, and the result is just a less compact form of Achim's p4. Compare also siesta. 


...OO........OO...
...O.O......O.O...
.....O......O.....
...O.OO....OO.O...
.OOO..........OOO.
O...O.O....O.O...O
.OOO..........OOO.
...O.OO....OO.O...
.....O......O.....
...O.O......O.O...
...OO........OO...

:soup A random initial pattern, either contained within a small area, or alternatively filling the whole Life universe.

Finite soups probably have behaviors very different than infinite soups, but this is obviously unknown. Infinite soups may remain chaotic indefinitely since any reaction, no matter how rare, is bound to happen somewhere.

Soups can have an average density, with results varying based on that. See sparse Life for a discussion of what can happen at a low density.

Finite soups for sizes such as 16x16 (asymmetric) have been examined by the billions by scripts such as apgsearch to find interesting results. Many new oscillators and synthesis recipes have been discovered, as well as previously known rare patterns such as stabilized switch engines. In addition, soups are used to generate statistical census data, and to decide whether specific objects can be considered natural.

Soups can be fully random, or they can be forced to be symmetric. The results for these two types of soups can differ since symmetric soups tend to create large symmetrical objects at a much higher rate. Shown below is an unusual mirror-symmetric soup that produces a pufferfish and nothing else. 


OOOO..OO.OOO.O...O.OOO.OO..OOOO
.O.O.OO.O.............O.OO.O.O.
..OOO..O.O.O.......O.O.O..OOO..
O.OO.OOO.O..O.....O..O.OOO.OO.O
.OOOO.O...OO.OOOOO.OO...O.OOOO.
.....OO...OO.O.O.O.OO...OO.....
..OOO...OO...O...O...OO...OOO..
O..O..O.OO...OO.OO...OO.O..O..O
OO.O..O...O.........O...O..O.OO
O.O.O...OOOO..OOO..OOOO...O.O.O
O.OOO.OO..OO...O...OO..OO.OOO.O
..O.....OO...O...O...OO.....O..
OOOOO.O.OOO..O...O..OOO.O.OOOOO
.O....O....O..OOO..O....O....O.
.OO.O...OOOOOOOOOOOOOOO...O.OO.
OOOO.OOO......O.O......OOO.OOOO

:space dust A part of a spaceship or oscillator which looks like a random mix of ON and OFF cells. It is usually very difficult to find a glider synthesis for an object that consists wholly or partly of space dust. As examples, the 295P5H1V1, fly, and seal spaceships contain large amounts of space dust.

:spacefiller Any pattern that grows at a quadratic rate by filling space with an agar. The first example was found in September 1993 by Hartmut Holzwart, following a suggestion by Alan Hensel. The diagram below shows a smaller spacefiller found by Tim Coe. See also Max. Spacefillers can be considered as breeders (more precisely, MMS breeders), but they are very different from ordinary breeders. The word "spacefiller" was suggested by Harold McIntosh and soon became the accepted term. 


..................O........
.................OOO.......
............OOO....OO......
...........O..OOO..O.OO....
..........O...O.O..O.O.....
..........O....O.O.O.O.OO..
............O....O.O...OO..
OOOO.....O.O....O...O.OOO..
O...OO.O.OOO.OO.........OO.
O.....OO.....O.............
.O..OO.O..O..O.OO..........
.......O.O.O.O.O.O.....OOOO
.O..OO.O..O..O..OO.O.OO...O
O.....OO...O.O.O...OO.....O
O...OO.O.OO..O..O..O.OO..O.
OOOO.....O.O.O.O.O.O.......
..........OO.O..O..O.OO..O.
.............O.....OO.....O
.OO.........OO.OOO.O.OO...O
..OOO.O...O....O.O.....OOOO
..OO...O.O....O............
..OO.O.O.O.O....O..........
.....O.O..O.O...O..........
....OO.O..OOO..O...........
......OO....OOO............
.......OOO.................
........O..................

:space nonfiller Any pattern that expands indefinitely to affect every cell in the Life plane, but leaves an expanding region of vacuum at its center. Compare spacefiller; see also antstretcher. The first nonfiller was discovered by Jason Summers on 14 April 1999: 


...................OOO...............
..................O..O...............
............OOO......O....OOO........
............O..O.O...O....O..O.......
............O..O.O...O....O..O.......
..........O..........O..O.O.OOO......
..........OO..OO..O.O....O.....O.....
........O................OO..OOO.....
........OOO.O.OO..........O......O...
......O........O.........O.O...OOO...
......OOO.....O..........O........O..
...O.O.........................O.OOO.
..OOOOO.O..........................O.
.OO......O.....................OOOOO.
OO....OO..................O.O........
.O.O...O..O...............O..O...O.O.
........O.O..................OO....OO
.OOOOO.....................O......OO.
.O..........................O.OOOOO..
.OOO.O.........................O.O...
..O........O..........O.....OOO......
...OOO...O.O.........O........O......
...O......O..........OO.O.OOO........
.....OOO..OO................O........
.....O.....O....O.O..OO..OO..........
......OOO.O.O..O..........O..........
.......O..O....O...O.O..O............
.......O..O....O...O.O..O............
........OOO....O......OOO............
...............O..O..................
...............OOO...................

:space rake The following p20 forwards glider rake, which was the first known rake. It consists of an ecologist with a LWSS added to turn the dying debris into gliders. 


...........OO.....OOOO
.........OO.OO...O...O
.........OOOO........O
..........OO.....O..O.
......................
........O.............
.......OO........OO...
......O.........O..O..
.......OOOOO....O..O..
........OOOO...OO.OO..
...........O....OO....
......................
......................
......................
..................OOOO
O..O.............O...O
....O................O
O...O............O..O.
.OOOO.................

:spaceship Any finite pattern that reappears (without additions or losses) after a number of generations and displaced by a non-zero amount. By far the most natural spaceships are the glider, LWSS, MWSS and HWSS, followed by the Coe ship which has also evolved multiple times from random asymmetric soup starting conditions. See also the entries on individual spaceship speeds: c/2 spaceship, c/3 spaceship, c/4 spaceship, c/5 spaceship, c/6 spaceship, c/7 spaceship, c/10 spaceship, c/12 spaceship, 2c/5 spaceship, 2c/7 spaceship, 3c/7 spaceship, (2,1)c/6 spaceship, and 17c/45 spaceship.

It is known that there exist spaceships travelling in all rational directions and at arbitrarily slow speeds (see universal constructor). Before 1989, however, the only known examples travelled at c/4 diagonally (gliders) or c/2 orthogonally (everything else).

In 1989 Dean Hickerson started to use automated searches to look for new elementary spaceships, and had considerable success. Other people have continued these searches using tools such as lifesrc and gfind, and as a result we now have a great variety of elementary spaceships travelling at sixteen different velocities. The following table details the discovery of elementary spaceships with new velocities as of July 2018. 

  -----------------------------------------------------------------
  Speed    Direction  First Discovery   Discoverer             Date
  -----------------------------------------------------------------
  c/4      diagonal   glider            Richard Guy            1970
  c/2      orthogonal LWSS              John Conway            1970
  c/3      orthogonal 25P3H1V0.1        Dean Hickerson     Aug 1989
  c/4      orthogonal 119P4H1V0         Dean Hickerson     Dec 1989
  c/12     diagonal   Cordership        Dean Hickerson     Apr 1991
  2c/5     orthogonal 44P5H2V0          Dean Hickerson     Jul 1991
  c/5      orthogonal snail             Tim Coe            Jan 1996
  2c/7     orthogonal weekender         David Eppstein     Jan 2000
  c/6      orthogonal dragon            Paul Tooke         Apr 2000
  c/5      diagonal   295P5H1V1         Jason Summers      Nov 2000
  c/6      diagonal   seal              Nicolay Beluchenko Sep 2005
  c/7      diagonal   lobster           Matthias Merzenich Aug 2011
  c/7      orthogonal loafer            Josh Ball          Feb 2013
  c/10     orthogonal copperhead        zdr                Mar 2016
  3c/7     orthogonal spaghetti monster Tim Coe            Jun 2016
  (2,1)c/7 oblique    Sir Robin         Adam P. Goucher    Mar 2018
  -----------------------------------------------------------------

Several infinite families of adjustable-velocity macro-spaceships have also been constructed, of which the first was Gabriel Nivasch's Caterpillar from December 2004. The macro-spaceship with the widest range of possible speeds is Michael Simkin's Caterloopillar from April 2016; in theory it supports any rational orthogonal speed strictly less than c<4. A somewhat similar design supporting any rational speed strictly less than c/2 has been shown to be feasible, but as of July 2018 no explicit examples have been constructed.

A period p spaceship that displaces itself (m,n) during its period, where m>=n, is said to be of type (m,n)/p. It was proved by Conway in 1970 that p>=2m+2n. (This follows immediately from the easily-proved fact that a pattern cannot advance diagonally at a rate greater than one half diagonal step every other generation.)

:Spaceships in Conway's Life A series of articles posted by David Bell to the newsgroup comp.theory.cell-automata during the period August-October 1992 that described many of the new spaceships found by himself, Dean Hickerson and Hartmut Holzwart. Bell produced an addendum covering more recent developments in 1996.

:spaghetti monster The first 3c/7 spaceship, found by Tim Coe in June 2016. The spaceship travels orthogonally, has a minimum of 702 live cells and fits in a 27x137 bounding box.

:spark A pattern that dies. The term is typically used to describe a collection of cells periodically thrown off by an oscillator or spaceship, but other dying patterns, particularly those consisting or only one or two cells (such as produced by certain glider collisions, for example), are also described as sparks. For examples of small sparks see unix and HWSS. Examples of much larger sparks are seen in Schick engine and twin bees shuttle spark.

:spark coil (p2) Found in 1971. 


OO....OO
O.O..O.O
..O..O..
O.O..O.O
OO....OO

:sparker An oscillator or spaceship that produces sparks. These can be used to perturb other patterns without being themselves affected.

:sparking eater One of two eaters found in April 1997 and November 1998 by Dean Hickerson using his dr search program, shown below to the left and right respectively. These both absorb gliders as a standard eater does, but also produce separated single-bit sparks at the upper right, which can be used to delete antiparallel gliders with different phases as shown. 


..O.........OO........O..........OO.
O.O........OO.......O.O..........O.O
.OO..........O.......OO..........O..
....OO..OO...............OO..OO.....
.O...O..OO............O...O..OO.....
.OOOO.............OO..OOOO..........
..................O.................
.OO................OOOOO............
.OO.....................O...........
.....................OOO............
.....................O..............
The above mechanisms can be used to build intermitting glider guns. The left-hand eater produces a spark nine ticks after a glider impact, with the result that the period of the constituent guns can't be a multiple of 4. The right-hand eater produces the same spark ten ticks after impact, which allows p4N guns to be used.

The separation of the spark also allows this reaction to perform other perturbations "around the corner" of some objects. For example, it was used by Jason Summers in 2004 to cap the ends of a row of ten AK47 reactions to form a much smaller period 94 glider gun than the original one. (This is now made obsolete by the AK94 gun.)

:sparky A certain c/4 tagalong, shown here attached to the back of a spaceship. 


..........O....................
..........O...............OO...
......OO.O.OOO..........OO...O.
O.OO.OO.OO..O.O...OO.OOOO......
O...OO..O.OO..OOO..O.OO..OO...O
O.OO....OOO.O.OOO......OO..O...
........OO.O...............O..O
O.OO....OOO.O.OOO......OO..O...
O...OO..O.OO..OOO..O.OO..OO...O
O.OO.OO.OO..O.O...OO.OOOO......
......OO.O.OOO..........OO...O.
..........O...............OO...
..........O....................

:sparse Life This refers to the study of the evolution of a Life universe which starts off as a random soup of extremely low density. Such a universe is dominated at an early stage by blocks and blinkers (often referred to collectively as blonks) in a ratio of about 2:1. Much later it will be dominated by simple infinite growth patterns (presumably mostly switch engines). The long-term fate of a sparse Life universe is less certain. It may possibly become dominated by self-reproducing patterns (see universal constructor), but it is not at all clear that there is any mechanism for these to deal with all the junk produced by switch engines.

:Spartan A pattern composed of subunits that can be easily constructed in any orientation, usually with a slow salvo. Generally this means that the pattern is a constellation of Spartan still lifes: block, tub, boat, hive, ship, loaf, eater1, or pond. Other small objects may sometimes be counted as Spartan, including period-2 oscillators - mainly blinkers, but also beacons or toads, which may occur as intermediate targets in slow salvo recipes. Most self-constructing patterns are Spartan or mostly Spartan, to simplify the process of self-construction.

:speed booster Any mechanism which allows a signal (indicated by the presence or absence of a spaceship) to move faster than the spaceship could travel through empty space. The original speed booster is based on p30 technology, and is shown below: 


....................O........................
.....................O.......................
...................OOO.......................
.............................................
...........................O.O...............
.........................O...O...............
.................O.......O...................
................OOOO....O....O........OO.....
...............OO.O.O....O............OO.....
....OO........OOO.O..O...O...O...............
....OO.........OO.O.O......O.O...............
................OOOO.........................
.................O...........................
..........................OOO................
..........................O.O...OO...........
.........................OO.....O..O.........
..................O.O.....O.........O......OO
................O...O..OO...........O......OO
.........OO.....O..........O........O........
.O.......OO....O....O.......OO..O..O.........
..O.............O.......O.O..O..OO...........
OOO.............O...O.....OOO................
..................O.O........................
Here the top glider is boosted by passing through two inline inverters, emerging 5 cells further along than the unboosted glider at the left.

The fastest speed boosters are the telegraph and p1 telegraph, which can transfer a orthogonal signal at the speed of light, although their bit rate is rather slow.

Diagonal speed boosters have also been built using 2c/3 wires or other stable components. See stable pseudo-Heisenburp.

The star gate seems like it can transfer a signal faster than the speed of light. The illusion is explained in Fast Forward Force Field.

:speed of light The greatest speed at which any effect can propagate; in Life, a speed of one cell per generation. Usually denoted c.

:S-pentomino Conway's name for the following pentomino, which rapidly dies. 


..OO
OOO.

:spider (c/5 orthogonally, p5) This is the smallest known c/5 spaceship, and was found by David Bell in April 1997. Its side sparks have proved very useful in constructing c/5 puffers, including rakes. See also PPS. 


......O...OOO.....OOO...O......
...OO.OOOOO.OO...OO.OOOOO.OO...
.O.OO.O.....O.O.O.O.....O.OO.O.
O...O.O...OOOOO.OOOOO...O.O...O
....OOO.....OO...OO.....OOO....
.O..O.OOO.............OOO.O..O.
...O.......................O...

:spiral (p1) Found by Robert Wainwright in 1971. 


OO....O
.O..OOO
.O.O...
..O.O..
...O.O.
OOO..O.
O....OO

:spiral growth A self-constructing pattern built by Dave Greene in August 2014 that uses four universal constructors (UCs) arranged in a diamond to build four more UCs in a slightly larger diamond. This was the first B3/S23 pattern that exhibited spiral growth. Much smaller versions have now been constructed using the single-channel construction toolkit.

:splitter A signal converter that accepts a single input signal and produces two or more output signals, usually of the same type as the input. An older term for this is fanout, or "fanout device".

A sub-category is the one-time splitter, which is not technically a converter because it can only be used once. One-time splitters are usually small constellations that produce two or more clean gliders when struck by a single glider. In other words, they are multi-glider seeds. These are important for constructing self-destruct circuitry in self-constructing spaceships.

The following combination, a syringe attached to an SE7T14 converter combined with an NW31 converter, is one of the smallest known glider splitters as of July 2018. Another small splitter with a 90-degree colour-changing output is shown under reflector. 


..........OO...........O......OO....................
..........OO..........O.O....O..O...................
......................O.O...O.OOO...O...............
.....................OO.OO.O.O......OOO.............
.........................O.O...OO......O............
.....................OO.O..OOOO.O.....OO............
.....................OO.O.O...O.....................
.........................O.O...O....................
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....................................................
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..................OO................................
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...OO...............................................
..O..O..............................................
.O.OO...............................................
.O................................................OO
OO................................................OO
...............OO...................................
...............O....................................
................OOO.................................
..................O..........OO.....................
............................O.O.....................
............................O.......................
...........................OO.......................
OOO.................................................
..O.................................................
.O..................................................

:SPPS (c/5 orthogonally, p30) The symmetric PPS. The original PPS found by David Bell in May 1998. Compare APPS.

:sqrtgun Any glider-emitting pattern which emits its nth glider at a time asymptotically proportional to n2. The first examples were constructed by Dean Hickerson around 1991. See also quadratic filter, exponential filter, recursive filter.

:squaredance The p2 agar formed by tiling the plane with the following pattern. Found by Don Woods in 1971. 


OO......
....OO..
..O....O
..O....O
....OO..
OO......
...O..O.
...O..O.

:squirter = pipsquirter

:S-spiral = big S

:stabilized switch engine A single switch engine which survives indefinitely by interacting with the appropriate exhaust such that it prevents the engine from ever being destroyed.

The only known types of stabilized switch engines were found by Charles Corderman soon after he discovered the switch engine itself. There is a p288 block-laying type (the more common of the two) and the p384 glider-producing type. These two puffers are the most natural infinite growth patterns in Life. As of June 2018 they are the basis for every infinite growth pattern ever seen to occur from a random asymmetric soup, even after trillions of census results by apgsearch and similar projects.

Patterns giving rise to block-laying switch engines can be seen under infinite growth, and one giving rise to a glider-producing switch engine is shown under time bomb.

Here is the block-laying type showing its distinctive zig-zag trail of blocks. 


..O.........................................................
.O.O........................................................
............................................................
.O..O.......................................................
...OO.......................................................
....O.......................................................
..................OO........................................
..................OO........................................
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.OO.........................................................
...O........................................................
..OO........................................................
.OOO...............O........................................
.OO................OO.....OO................................
OOO.O..............OO.....OO................................
.O...O..........OO..........................................
...O..O..........O..........................................
...OOO............O.........................................
....OO........OO............................................
..............OO............................................
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..................................OO........................
..................................OO........................
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......OO....................................................
......OO................OO..................................
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......................................OO....................

:stable A pattern is said to be stable if it is a parent of itself. Stable objects are oscillators with period 1 (p1), and are generally called still lifes.

:stable pseudo-Heisenburp A multi-stage converter constructed by Dave Greene in January 2007, using a complex recipe found by Noam Elkies to insert a signal into a 2c/3 wire. The wire's high transmission speed allows a signal from a highway robber to catch up to a salvo of gliders. Ultimately the mechanism restores the key glider, which was destroyed by the highway robber in the first stage of the converter, to its exact original position in the salvo.

Much smaller stable pseudo-Heisenburp devices have since been designed that use simple 0-degree glider seed constellations instead of a 2c/3 wire.

These patterns are labeled "pseudo-Heisenburp", because a true Heisenburp device does not even temporarily damage or affect a passing glider, yet can still produce an output signal in response. However, it is impossible to construct a stable device that can accomplish this for gliders. True stable Heisenburp devices are possible with many other types of spaceships, but not with gliders which have no usable side sparks to initiate an output signal.

:staged recovery A type of signal-processing circuit where the initial reaction between catalysts an incoming signal results in an imperfect recovery. A catalyst is damaged, destroyed completely as in a bait reaction, or one or more objects are left behind that must be cleaned up before the circuit can be reused. In any of these three cases, output signals from the circuit must be used to complete the cleanup. In theory the cleanup process might itself be dirty, requiring additional cleanup stages. In rare cases this might theoretically allow the construction of special-purpose circuits with a lower recovery time than would otherwise be possible, but in practice this kind of situation does not commonly arise.

An example is the record-breaking (at the time) 487-tick reflector constructed by Adam P. Goucher on 12 April 2009. 487 ticks was a slight improvement over the repeat time of the Silver reflector. The reflector featured a standard Callahan G-to-H, with cleanup by an internal dirty glider reflector found by Dieter Leithner many years before. This in turn was cleaned up by the usual ungainly Herschel plumbing attached to the G-to-H's output. The dirty glider reflector is not actually fully recovered before a second p487 signal enters the full reflector. However, it has been repaired by the time the internal reflector is actually needed again, so the cycle can be successfully repeated at p487 instead of p497.

:stairstep hexomino (stabilizes at time 63) The following predecessor of the blockade. 


..OO
.OO.
OO..

:stamp collection A collection of oscillators (or perhaps other Life objects) in a single diagram, displaying the exhibits much like stamps in a stamp album. The classic examples are by Dean Hickerson (see http://conwaylife.com/ref/DRH/stamps.html).

Many stamp collections contain "fonts" made of single cells (which cleanly die) to annotate the objects or to draw boxes around them. For example, here is a stamp collection which shows all the ways that two gliders can create a loaf or an eater: 


.O......O.O.....O....O.O.O...................O.
............................................O..
.O.....O...O...O.O...O......................OOO
...............................................
.O.....O...O..O...O..O.O.O.....................
...............................................
.O.....O...O..O.O.O..O.........................
........................................OO.....
.O.O.O..O.O...O...O..O.................O.O.....
.........................................O.....
...............................................
...............................................
.............................................O.
............................................O..
O.O.O....O....O.O.O..O.O.O..O.O.............OOO
................................O..............
O.......O.O.....O....O......O..................
................................O..............
O.O.O..O...O....O....O.O.O..O.O................
...............................................
O......O.O.O....O....O......O..O...........O...
..........................................OO...
O.O.O..O...O....O....O.O.O..O...O.........O.O..

Alternatively, stamp collections can use LifeHistory for their annotations, but this requires a more sophisticated Life program to handle. Numbers, or more rarely letters, are sometimes constructed from stable components such as blocks or snakes, but their readability is somewhat limited by placement constraints.

:standard spaceship A glider, LWSS, MWSS or HWSS. These have all been known since 1970.

:star (p3) Found by Hartmut Holzwart, February 1993. 


.....O.....
....OOO....
..OOO.OOO..
..O.....O..
.OO.....OO.
OO.......OO
.OO.....OO.
..O.....O..
..OOO.OOO..
....OOO....
.....O.....

:star gate A device by Dieter Leithner (October 1996) for transporting a LWSS faster than the speed of light. The key reaction is the Fast Forward Force Field.

:stator The cells of an oscillator that are always on. Compare rotor. (The stator is sometimes taken to include also some of those cells which are always off.) The stator is divided into the bushing and the casing.

By analogy, the cells of an eater that remain on even when the eater is eating are considered to constitute the stator of the eater. This is not always well-defined, because an eater can have more than one eating action.

:statorless A statorless oscillator is one in which no cell is permanently on - that is, the stator is empty, or in other words the oscillator has the maximum possible volatility. See the volatility entry for examples of this type of oscillator at different periods. Statorless oscillators can be constructed for any sufficiently large period, using universal constructor technology.

:statorless p5 (p5) Found by Josh Ball, June 2016. The first and only known statorless period 5 oscillator. 


O.............O
.OO.........OO.
O....OO.OO....O
OO.O.......O.OO
.O.O..O.O..O.O.
..O.O.....O.O..
..OOO.....OOO..
..OOO.....OOO..
..O.O.....O.O..
.O.O..O.O..O.O.
OO.O.......O.OO
O....OO.OO....O
.OO.........OO.
O.............O

:step Another term for a generation or tick. This term is particularly used in describing conduits. For example, a 64-step conduit is one through which the active object takes 64 generations to pass.

:stillater (p3) Found by Robert Wainwright, September 1985. This is one of only three essentially different p3 oscillators with only three cells in the rotor. The others are 1-2-3 and cuphook. 


...O....
..O.O.OO
..O.OO.O
OO......
.O.O.OO.
.O.O..O.
..O..O..
...OO...

:still life Any stable pattern, usually assumed to be finite and nonempty. For the purposes of enumerating still lifes this definition is, however, unsatisfactory because, for example, any pair of blocks would count as a still life, and there would therefore be an infinite number of 8-bit still lifes.

For this reason a stricter definition is often used, counting a stable pattern as a strict still life only if its islands cannot be divided into two or more nonempty sets both of which are stable in their own right. If such a subdivision can be made, the pattern can be referred to as a constellation. If its cells form a single cluster it is also, more specifically, either a pseudo still life or a quasi still life.

In rare cases above a certain size threshold, a pattern may be divisible into three or four stable nonempty subsets but not into two. See the 32-bit triple pseudo (32 bits) and the 34-bit quad pseudo for examples.

All still lifes up to 18 bits have been shown to be glider constructible. It is an open question whether all still lifes can be incrementally constructed using glider collisions. For a subset of small still lifes that have been found to be especially useful in self-constructing circuitry, see also Spartan.

The smallest still life is the block. Arbitrarily large still lifes are easy to construct, for example by extending a canoe or barge. The maximum density of a large still life is 1/2, which can be achieved by an arbitrarily large patch of zebra stripes or chicken wire, among many other options. See density for more precise limits. 


...O..O..O..O..O..O...
.OOOOOOOOOOOOOOOOOOOO.
O....................O
OOOOOOOOOOOOOOOOOOOOOO
......................
OOOOOOOOOOOOOOOOOOOOOO
O....................O
.OOOOOOOOOOOOOOOOOOOO.
......................
.OOOOOOOOOOOOOOOOOOOO.
O....................O
OOOOOOOOOOOOOOOOOOOOOO
......................
OOOOOOOOOOOOOOOOOOOOOO
O....................O
.OOOOOOOOOOOOOOOOOOOO.
......................
.OOOOOOOOOOOOOOOOOOOO.
O....................O
OOOOOOOOOOOOOOOOOOOOOO
......................
OOOOOOOOOOOOOOOOOOOOOO
O....................O
.OOOOOOOOOOOOOOOOOOOO.
...O..O..O..O..O..O...

:still life tagalong A tagalong which takes the form of a still life in at least one phase. An example is shown below. 


..OO...............
.OO.OO.............
..OOOO.............
...OO..............
...................
...OOOOO...........
..OOOOOOO..........
.OO.OOOOO..........
..OO...............
...................
........O.O.....OO.
......O....O...O..O
......OO.....O.O..O
.O..O..OOOO.O...OO.
O.......OO.........
O...O..............
OOOO...............

:stop and go A pattern by Dean Hickerson in which a period 46 shuttle converts a glider into a block on one oscillation, and then converts the block back into a glider on the next oscillation. The glider is reflected back onto its own path, but with a delay. 


........................................O.
.......................................O..
OO..............OO.........OO..........OOO
OO...............OO........OO.............
.............OOOOO........................
.............OOOO.........................
..........................................
.............OOOO.........................
.............OOOOO........................
OO...............OO.......................
OO..............OO........................

:stop and restart A type of signal circuit where an input signal is converted into a stationary object, which is then re-activated by a secondary input signal. This can be used either as a memory device storing one bit of information, or as a simple delay mechanism. In the following January 2016 example by Martin Grant, a ghost Herschel marks the output signal location, and a "ghost beehive" marks the location of the intermediate still life. 


........................................................O.
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.......O.O......O.O.......................................
.....OOO.OO.....OO........................................
....O.....................................................
.....OOO.OO...............................................
.......O.OO...............................................
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OO........................................................
.O........................................................
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...................O...................................O..
....................O................................OOO..
....................................OO...............O....
..O.................................OO...............O....
..O.O.....................................................
..OOO.....................................................
....O....................O................................
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..OO..........OO..........................................
...O..........O...........................................
OOO............OOO........................................
O................O........................................
The eater1 in the lower left corner catches the restart glider if no input signal has come in to create the beehive. This eater could be removed if it is useful to have both a "0" and a "1" output for a memory cell mechanism.

The catch and throw technology in a Caterpillar is a somewhat similar idea. See also stop and go and reanimation.

:stream A line of identical objects (usually spaceships), each of which is moving in a direction parallel to the line, generally on the same lane. In many uses the stream is periodic. For example, the new gun produces a period 46 glider stream. The stream produced by a pseudo-random glider generator can have a very high period. Compare with wave. See also single-channel for a common use of non-periodic glider streams.

:stretcher Any pattern that grows by stretching a wick or agar. See wickstretcher and spacefiller.

:strict still life A still life that is either a single connected polyplet, or is arranged such that a stable smaller pattern cannot be formed by removing one or more of its islands. For example, beehive with tail is a strict still life because it is connected, and table on table is a strict still life because neither of the tables are stable by themselves. See also triple pseudo, quad pseudo.

Still lifes have been enumerated by Conway (4-7 bits), Robert Wainwright (8-10 bits), Dave Buckingham (11-13 bits), Peter Raynham (14 bits), Mark Niemiec (15-24 bits), and Simon Ekström and Nathaniel Johnston (25-32 bits). The resulting figures are shown below; see also https://oeis.org/A019473. The most recent search by Nathaniel Johnston has also confirmed that the triple pseudo pattern found by Gabriel Nivasch is the only such still life with 32 bits or less. It is therefore included in the pseudo still life count and not in the table below. 

  --------------
  Bits    Number
  --------------
   4           2
   5           1
   6           5
   7           4
   8           9
   9          10
  10          25
  11          46
  12         121
  13         240
  14         619
  15        1353
  16        3286
  17        7773
  18       19044
  19       45759
  20      112243
  21      273188
  22      672172
  23     1646147
  24     4051711
  25     9971377
  26    24619307
  27    60823008
  28   150613157
  29   373188952
  30   926068847
  31  2299616637
  32  5716948683
  --------------

As the number of bits increases, the strict still life count goes up exponentially by approximately O(2.46n). By comparison, the rate for pseudo still life}s is about O(2.56n) while for quasi still lifes it's around O(3.04n).

:strict volatility A term suggested by Noam Elkies in August 1998 for the proportion of cells involved in a period n oscillator which themselves oscillate with period n. For prime n this is the same as the ordinary volatility. Periods with known strictly-volatile oscillators include 1, 2, 3, 5, 6, 8, 13, 15, 22, 30, 33, and 177. Examples include figure-8, Kok's galaxy, smiley, and pentadecathlon. A composite example is the following p22, found by Nicolay Beluchenko on 4 March 2009: 


...........OO...
..........O.O...
..O.....O....O..
OO.OO..OO.O.O...
O.......O...O...
.O.O............
................
..OOO.......O...
...O.......OOO..
................
............O.O.
...O...O.......O
...O.O.OO..OO.OO
..O....O.....O..
...O.O..........
...OO...........

:super beehive = honeycomb

:superfountain (p4) A p4 sparker which produces a 1-cell spark that is separated from the rest of the oscillator by two clear rows of cells. The first superfountain was found by Noam Elkies in February 1998. In January 2006 Nicolay Beluchenko found the much smaller one shown below. See also fountain. 


...........O...........
.......................
.......................
.....O..O.....O..O.....
...OO..O.OOOOO.O..OO...
.....O...........O.....
...O.OO.........OO.O...
.O.O...OOO...OOO...O.O.
OOO.O.............O.OOO
..........O.O..........
....OOO...O.O...OOO....
....O..O...O...O..O....
...OOOO..O.O.O..OOOO...
...OO..OOO.O.OOO..OO...
..O...O...O.O...O...O..
...O..O.O.O.O.O.O..O...
....O.O.OO...OO.O.O....
.....O...........O.....

:superlinear growth Growth faster than any rate proportional to T, where T is the number of ticks that a pattern has been run. This term usually applies to a pattern's population growth, rather than diametric growth or bounding-box growth. For example, breeders' and spacefillers' population asymptotically grows faster than any linear-growth pattern. It may also be used to describe the rate of increase in the number of subpatterns present in a pattern, such as when describing a replicator's rate of reproduction. Due to limits enforced by the speed of light, no pattern's population can grow at an asymptotic rate faster than quadratic growth. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:superstring An infinite orthogonal row of cells stabilized on one side so that it moves at the speed of light, often leaving debris behind. The first examples were found in 1971 by Edward Fitzgerald and Robert Wainwright. Superstrings were studied extensively by Peter Rott during 1992-1994, and he found examples with many different periods. (But no odd periods. In August 1998 Stephen Silver proved that odd-period superstrings are impossible.)

Sometimes a finite section of a superstring can be made to run between two tracks ("waveguides"). This gives a fuse which can be made as wide as desired. The first example was found by Tony Smithurst and uses tubs. (This is shown below. The superstring itself is p4 with a repeating section of width 9 producing one blinker per period and was one of those discovered in 1971. With the track in place, however, the period is 8. This track can also be used with a number of other superstrings.) Shortly after seeing this example, in March 1997 Peter Rott found another superstring track consisting of boats. At present these are the only two waveguides known. Both are destroyed by the superstring as it moves along. It would be interesting to find one that remains intact.

See titanic toroidal traveler for another example of a superstring. 


.OO..........................................................
O..O...O...O...O...O...O...O...O...O...O...O...O...O...O...O.
....O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O
O..O...O...O...O...O...O...O...O...O...O...O...O...O...O...O.
.OOO.........................................................
..OO.........................................................
..OO.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
...O.........................................................
..OO.........................................................
..OO.........................................................
.OOO.........................................................
O..O...O...O...O...O...O...O...O...O...O...O...O...O...O...O.
....O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O.O
O..O...O...O...O...O...O...O...O...O...O...O...O...O...O...O.
.OO..........................................................

:support Those parts of an object which are only present in order to keep the rest of the object (such an engine or an edge spark) working correctly. These can be components of the object, or else accompanying objects used to perturb the object. In many cases there is a wide variation of support possible for an engine. The arms in many puffers are an example of support.

:surprise (p3) Found by Dave Buckingham, November 1972. 


...O....OO
...OOO..O.
.OO...O.O.
O..OO.O.OO
.O......O.
OO.O.OO..O
.O.O...OO.
.O..OOO...
OO....O...

:SW1T43 A Herschel-to-glider converter that produces a tandem glider useful in the tee reaction. It is classified as a "G3" converter because its two gliders are three lanes apart. 


.......OO........
.......O.........
.....O.O.........
....O.O..........
OO...O...........
OO...............
...........OO....
...........O.O...
.............O...
.............O.OO
..........OO.O.OO
O........O..O....
O.O.......OO.....
OOO..............
..O.......OOOO...
...........O..O..
.........O...OO..
.........OO......
Besides the southwest-travelling glider on lane 1, the converter also emits the Herschel's standard first natural glider, SW-2. The converter's full standard name is therefore "HSW1T43_SW-2T21". See NW31 for an explanation of H-to-G naming conventions.

:SW-2 The simplest type of H-to-G converter, where the converter's effect is simply to suppress a Herschel cleanly after allowing its first natural glider to escape. The name should be read as "SW minus two", where -2 is a glider lane number. The complete designation is SW-2T21. See NW31T120 for a discussion of the standard naming conventions used for these converters.

An unlimited number of converters have the SW-2T21 classification. The variants most often used consist of just one or two small still life catalysts. 


...................................OO.....
...................................O......
.................................O.O......
.............................OO..OO.......
.............................OO...........
.....OO...................................
.....OO...................................
.............................OO...........
.............................OO...........
..........................................
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..........................................
.........OO...............................
.........OO...............................
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O........................O................
O.O......................O.O..............
OOO......................OOO..............
..O........................O..............
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........................................O.
...........O...........................O.O
..........O.O...........................OO
..........O.O.............................
...........O............................OO
O........................O.............O.O
O.O......................O.O............O.
OOO......................OOO..............
..O........................O..............

:SW-2T21 = SW-2

:swan (c/4 diagonally, p4) A diagonal spaceship producing some useful sparks. Found by Tim Coe in February 1996. 


.O..........OO..........
OOOOO......OO...........
O..OO........O.......OO.
..OO.O.....OO......OOO.O
...........OO...O.OO....
.....O.O......OO........
..........OOO.O....O....
.......OOO...O....O.....
........O.......O.......
........O......O........
........................
...........O............

:swimmer = switch engine.

:swimmer lane = switch engine channel.

:switch A signal-carrying circuit that can send output signals to two or more different locations, depending on the state of the mechanism. These may be toggle circuits, where the state of the switch changes after each use, or permanent switches that retain the same state through many uses until a change is made with a separate signal.

More generally, any circuit may be referred to as a switch, if it can alter its output based on stored information. For example, the following simple mechanism based on an eater2 was discovered by Emerson J. Perkins in 2007. It either reflects or absorbs an incoming signal, depending on the presence or absence of a nearby block. The block is removed if a reflection occurs. 


...O.....................O....................
....O...................O.O...................
..OOO...................O.O...................
......................OOO.OO................O.
..................O..O....................OOO.
................OOO...OOO.OO...OO........O....
...............O........O.OO...OO........OO...
...............OO.............................
OO............................................
.O............................................
.O.OO.........................................
..O..O....................................OO..
...OO.....................................O.O.
..................OO........................O.
..................OO........................OO
..................................OOO.........
..................................O...........
...................................O..........
..............................................
..........................O...OO..............
.........................O.O...O..............
.....................OO.O.O...O...............
.....................OO.O....O................
.........................OOOOO.O..............
.................OO.O.OO.O....OO...........OOO
.................O.OO.O..O.OO..............O..
..........OO............OO.O.OOO............O.
..........OO...................O..............

The switching signal here is a glider produced by a high-clearance syringe variant found by Matthias Merzenich. The syringe is not technically part of the switch mechanism; any standard Herschel source can deliver the signal to the block factory (the two eater1s on the right side of the pattern). Alternate converter mechanisms could also be used to place the block.

An earlier example of the same type of one-time switch mechanism, also mediated by a block, can be found in the NW34T204 H-to-G. See also bistable switch for a very robust and versatile toggle switch with two input lanes and four possible outputs.

:switchable gun A gun that includes a mechanism to turn the output stream off and on with simple signals, often gliders. A small example is Dieter Leithner's switchable LWSS gun from July 8, 1995. The ON signal enters from the northeast, and the OFF signal from the northwest: 


.................OO...........................................
.................O..O.........................................
..............................................................
.....................O........................................
..............................................................
.O.................OO.........................................
..O...............O...........................................
OOO...........................................................
..............................................................
...............OO...OO........................................
...............OO...OO........................................
................OOOOO........................O................
.................O.O........................O.................
............................................OOO...............
.................OOO..........................................
....................................O.O.......................
....................................O...O.....................
........................................O.......O.............
..........................OO........O....O....OOOO............
..........................OO............O....O.O.OO...........
.....................O..............O...O...O..O.OOO........OO
......................O.............O.O......O.O.OO.........OO
....................OOO.......................OOOO............
................O...............................O.............
...............OOO...................O........................
..............OOOOO..................O.O.....O................
.............OO...OO.................OO....OOO................
..........................................O...................
.............................O............OO..................
...........................O..O.........OOO...................
...............OOO..........OOO.........OO....................
...............OOO..........O..........O.O....................
.............................O................................
.............................OOO..............................
................OO............................................
................OO............................................
.....................O........................................
...................OOOO......OO..OO...........................
.............OO...O.O.OO.....OOOO.O..O.O......................
.............OO..O..O.OOO.....OO.O...O...O....................
..................O.O.OO....O............O.....OO.............
...................OOOO..............O....O....OO.............
.....................O...................O....................
.....................................O...O....................
.....................................O.O......................

:switch engine The following pattern discovered by Charles Corderman in 1971, which is a glide symmetric unstable puffer which moves diagonally at a speed of c/12 (8 cells every 96 generations). 


.O.O..
O.....
.O..O.
...OOO

The exhaust is dirty and unfortunately catches up and destroys the switch engine before it runs 13 full periods. Corderman found several ways to stabilize the switch engine to produce puffers, using either one or two switch engines in tandem. See stabilized switch engine and ark.

No spaceships were able to be made from switch engines until Dean Hickerson found the first one in April 1991 (see Cordership). Switch engine technology is now well-advanced, producing many c/12 diagonal spaceships, puffers, and rakes of many periods.

Small polyominoes exist whose evolution results in a switch engine. See nonomino switch engine predecessor.

Several three-glider collisions produce dirty reactions that produce a stabilized switch engine along with other ash, making infinite growth. Until recently the only known syntheses for clean unstabilized switch engines used four or more gliders. There are several such recipes. In the reaction shown below no glider arrives from the direction that the switch engine will travel to, making it easier to repeat the reaction: 


OOO................
..O................
.O.................
...................
.......OO..........
......OO...........
........O..........
...................
...................
...................
...................
...................
...................
...................
..OO...............
.O.O...............
...O...............
...................
................OOO
................O..
.................O.
Running the above for 20 ticks completes a kickback reaction with the top two gliders, resulting in the three-glider switch engine recipe discovered by Luka Okanishi on 12 March 2017.

:switch engine channel Two lines of boats (or other suitable objects, such as tub with tails) arranged so that a switch engine can travel between them, in the following manner: 


..............OO................
.............O.O................
..............O.................
................................
................................
................................
................................
................................
.......OOO............OO........
........O..O.........O.O........
............O.........O.........
.........O.O....................
................................
................................
................................
................................
..............................OO
.............................O.O
..............................O.
................................
................................
.O..............................
O.O.............................
OO..............................
................................
................................
................................
................................
................................
.........O......................
........O.O.....................
........OO......................
David Bell used this in June 2005 to construct a "bobsled" oscillator, in which a switch engine factory sends switch engines down a channel, at the other end of which they are deleted.

:switch engine chute = switch engine channel

:switch-engine ping-pong A very large (210515x183739) quadratic growth pattern found by Michael Simkin in October 2014. Currently this is the smallest starting population (23 cells) known to result in a quadratic population growth rate. Previous record-holders include Jaws, mosquito1, mosquito2, mosquito3, mosquito4, mosquito5, teeth, catacryst, metacatacryst, Gotts dots, wedge, 26-cell quadratic growth, 25-cell quadratic growth, and 24-cell quadratic growth.

:symmetric Any object which can be rotated and/or flipped over an axis and still maintain the same shape. Many common small objects such as the block, beehive, pond, loaf, clock, and blinker are symmetric. Some larger symmetric objects are Kok's galaxy, Achim's p16, cross, Eureka, and the pulsar.

Large symmetric objects can easily be created by placing multiple copies of any finite object together in a symmetrical way. Unless the individual objects interact significantly, this is considered trivial and is not considered further here (e.g., two LWSSs travelling together a hundred cells apart).

There are two kinds of symmetry. Odd symmetry occurs when an object's line of reflection passes through the center of a line of cells. Objects with odd symmetry have an odd number of columns or rows, and can have a gutter. Even symmetry occurs when the line of reflection follows the boundary between two lines of cells. Objects with even symmetry have an even number of columns or rows.

Because the Life universe and its rules are symmetric, all symmetric objects must remain symmetric throughout their evolution. Most non-symmetric objects keep their non-symmetry as they evolve, but some can become symmetric, especially if they result in a single object. Here is a slightly more complicated example where two gliders interact to form a blockade: 


..O.........
O.O.........
.OO........O
.........OO.
..........OO

Many useful objects are symmetric along an orthogonal axis. This commonly occurs by placing two copies of an object side by side to change the behaviour of the objects due to the inhibition or killing of new cells at their gutter interface. Examples of this are twin bees shuttle, centinal, and the object shown in puffer. Other useful symmetric objects are created by perturbing a symmetric object using nearby oscillators or spaceships in a symmetric manner. Examples of this are Schick engine, blinker ship, and hivenudger.

Many spaceships found by search programs are symmetric because the search space for such objects is much smaller than for non-symmetrical spaceships. Examples include dart, 60P5H2V0, and 119P4H1V0.

:synchronized Indicates that precise relative timing is required for two or more input signals entering a circuit, or two or more sets of gliders participating in a glider synthesis. Compare asynchronous. See also salvo and slow glider construction.

:synchronous = synchronized

:synthesis = glider synthesis

:syringe A small stable converter found by Tanner Jacobi in March 2015, accepting a glider as input and producing an output Herschel As of June 2018 it is the smallest known converter of this type, so it is very often used to handle input gliders in complex signal circuitry, as described in Herschel circuit. A second glider can safely follow the first any time after 78 ticks, but overclocking also allows the syringe to work at a repeat time of 74 or 75 ticks. If followed by a dependent conduit a simple eater2 can be used instead of the large welded catalyst shown here. A ghost Herschel marks the output location. 


....O.............................
.....O............................
...OOO............................
..................O...............
................OOO...............
...............O..................
...............OO.................
OO................................
.O................................
.O.OO.............................
..O..O.......................O....
...OO........................O....
..................OO.........OOO..
..................OO...........O..
..................................
..................................
..................................
...........................O...OO.
..........................O.O...O.
.........................O.O...O..
.....................OO.O.O...O...
.....................OO.O..OOOO.O.
.........................O.O...O.O
.....................OO.OO..O..O.O
......................O.O..OO...O.
..........OO..........O.O.........
..........OO...........O..........

A different version of the large catalyst, with better clearance for some situations, can be seen in the switch entry.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/Help/Lexicon/lex_f.htm0000755000175000017500000015545213317135606014337 00000000000000 Life Lexicon (F)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:F116 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in February 1997. After 116 ticks, it produces a Herschel at (32, 1) relative to the input. Its recovery time is 138 ticks; this can be reduced to 120 ticks by adding extra mechanisms to suppress the internal glider. It is Spartan only if the following conduit is a dependent conduit, so that the welded FNG eater can be removed. A ghost Herschel in the pattern below marks the output location: 


........O..........................
........OOO........................
...........O.......................
..........OO.......................
...................................
...................................
...................................
...................................
...................................
...................................
...................................
...................................
...................................
...................................
O..................................
O.O.............................O..
OOO.............................O..
..O.............................OOO
..................................O
...................................
...................................
...................................
...................................
.........................OO........
...................OO.....O........
...................O.O.OOO.........
............OO.......O.O...........
............OO.......OO............

:F117 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in July 1996. It is made up of two elementary conduits, HFx58B + BFx59H. After 117 ticks, it produces a Herschel at (40, -6) relative to the input. Its recovery time is 63 ticks. It can be made Spartan by replacing the snake with an eater1 in one of two orientations. A ghost Herschel in the pattern below marks the output location: 


......................OO.....................
.......................O.....................
..........O...........O......................
..........OOO.........OO.....................
.............O...............................
OO..........OO...............................
.O...........................................
.O.O.........................................
..OO.........................................
.........................OO...............O..
.........................OO...............O..
..........................................OOO
............................................O
.............................................
.............................................
..O..........................................
..O.O........................................
..OOO........................................
....O...........OO...........................
................O............................
.................OOO.........................
...................O.........................

:F166 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in May 1997. It is composed of two elementary conduits, HFx107B + BFx59H. The F166 and Lx200 conduits are the two original dependent conduits (several more have since been discovered). After 166 ticks, it produces a Herschel at (49, 3) relative to the input. Its recovery time is 116 ticks. A ghost Herschel in the pattern below marks the output location: 


.................................OO.....................
..................................O.....................
.................................O......................
.................................OO.....................
........................................................
........................................................
.OO.....................................................
OOO.OO..................................................
.OO.OOO.OO..............................................
OOO.OO..OO..........................OO...............O..
OO..................................OO...............O..
.....................................................OOO
.......................................................O
........................................................
........................................................
........................................................
......OO................................................
.....O.O......................................OO........
.....O.........................................O........
....OO.........................OO...........OOO.........
...............................OO...........O...........
........................................................
........................................................
.................OO.....................................
..................O.....................................
...............OOO......................................
...............O........................................
...........................OO...........................
...........................O............................
............................OOO.........................
..............................O.........................
The F166 can be made Spartan by replacing the snake with an eater1 in one of two orientations. The input shown here is a Herschel great-grandparent, since the input reaction is catalysed by the transparent block before the Herschel's standard form can appear.

:F171 An elementary conduit, the seventeenth Herschel conduit, discovered by Brice Due in August 2006 in a search using only eaters as catalysts. This was the first new Herschel conduit discovery since 1998. After 171 ticks, it produces a Herschel at (29, -17) relative to the input. A ghost Herschel in the pattern below marks the output location: 


..........O......................
..........OOO....................
.............O...................
............OO...................
.....O...........................
.....OOO.........................
........O........................
.......OO........................
.................................
..............................O..
....OO........................O..
.....O........................OOO
.....O.O........................O
......OO.........................
.................................
.................................
O................................
OOO..............................
...O.............................
..OO.............................
.................................
.................................
.................................
.................................
.................................
.................................
.O...............................
.O.O.............................
.OOO.............................
...O.............................
.................................
..........OO.....................
...........O.....................
........OOO......................
........O........................

The conduit's recovery time is 227 ticks, slower than many of the original sixteen conduits because of the delayed destruction of a temporary blinker, though the circuit itself is clearly Spartan. The recovery time can be improved to 120 ticks by adding sparkers of various periods to suppress the blinker. See clock for a period-2 example.

The central eater in the group of three to the northwest can be removed to release an additional glider output signal on a transparent lane.

:factory Another word for gun, but not used in the case of glider guns. The term is also used for a pattern that repeatedly manufactures objects other than spaceships or rakes. In this case the new objects do not move out of the way, and therefore must be used up in some way before the next one is made. The following shows an example of a p144 gun which consists of a p144 block factory whose output is converted into gliders by a p72 oscillator. 


.......................OO........................OO
.......................OO........................OO
.........................................OO........
........................................O..O.......
.........................................OO........
...................................................
....................................OOO............
....................................O.O............
.........OO.........................OOO............
.........OO.........................OO.............
........O..O.......................OOO.............
........O..O.OO....................O.O.............
........O....OO....................OOO.............
..........OO.OO....................................
...............................OO..................
.....................OO.......O..O.................
.....................OO........OO..................
.................................................OO
.................................................OO
...................................................
....OO..................O..........................
OO....OOOO..........OO..OO.OOO.....................
OO..OO.OOO..........OO....OOOO.....................
....O...................OO.........................
This gun is David Bell's improvement of the one Bill Gosper found in July 1994. The p72 oscillator is by Robert Wainwright in 1990, and the block factory is Achim's p144 minus one of its stabilizing blocks. For a block factory using stable components and triggered by an input Herschel, see also keeper.

:familiar fours Common patterns of four identical objects. The five commonest are traffic light (4 blinkers), honey farm (4 beehives), blockade (4 blocks), fleet (4 ships, although really 2 ship-ties) and bakery (4 loaves, although really 2 bi-loaves). Also sometimes included is four skewed blocks.

:fanout A mechanism that emits two or more objects of some type for each one that it receives. Typically the objects are gliders or Herschels; glider duplicators are a special case.

:Fast Forward Force Field The following reaction found by Dieter Leithner in May 1994. In the absence of the incoming LWSS the gliders would simply annihilate one another, but as shown they allow the LWSS to advance 11 spaces in the course of the next 6 generations. 


.......O......O..
........O......OO
..OO..OOO.....OO.
OO.OO............
OOOO.........O...
.OO.........OO...
............O.O..

The illusion of super-light-speed travel is caused by an LWSS that is always created, but is then destroyed in some cases, by a signal catching up to it from behind that necessarily never travels faster than the speed of light. It is not possible to make any use of the apparent super-light-speed signal. The front end of an output LWSS can't be distinguished from the alternative dying spark output until several more ticks have passed. Not surprisingly, this extra time is enough to drop the average speed of information transmission safely below c.

Leithner named the Fast Forward Force Field in honour of his favourite science fiction writer, the physicist Robert L. Forward. See also star gate and speed booster.

:fate The result of evolving a pattern until its final behaviour is known. This answers such questions such as whether or not the pattern remains finite, what its growth rate is, what period the final state may settle into, and what its final census is. All small Life objects seem to eventually settle down into a mix of oscillators, simple spaceships, and occasionally small puffers. See methuselah, soup, ash.

Most sufficiently large random patterns are expected to grow forever due to the production of switch engines at their boundary. Engineered Life objects - and therefore also sufficiently large and unlikely random patterns - can have more interesting behaviour, such as breeders, sawtooths, and prime calculators. Some objects have even been constructed or designed having an unknown fate.

:father = parent

:fd Abbreviation for full diagonals.

:featherweight spaceship = glider

:fencepost Any pattern that stabilizes one end of a wick.

:Fermat prime calculator A pattern constructed by Jason Summers in January 2000 that exhibits infinite growth if and only if there are no Fermat primes greater than 65537. The question of whether or not it really does exhibit infinite growth is therefore equivalent to a well-known and long-standing unsolved mathematical problem. It will, however, still be growing at generation 102585827975. The pattern is based on Dean Hickerson's primer and caber tosser patterns and a p8 beehive puffer by Hartmut Holzwart.

:F-heptomino Name given by Conway to the following heptomino. 


OO..
.O..
.O..
.OOO

:figure-8 (p8) A domino sparker found by Simon Norton in 1970. 


OOO...
OOO...
OOO...
...OOO
...OOO
...OOO

:filter Any oscillator used to delete some but not all of the spaceships in a stream. An example is the blocker, which can be positioned so as to delete every other glider in a stream of period 8n+4, and can also do the same for LWSS streams. Other examples are the MW emulator and T-nosed p4 (either of which can be used to delete every other LWSS in a stream of period 4n+2), the fountain (which does the same for MWSS streams) and a number of others, such as the p6 pipsquirter, the pentadecathlon and the p72 oscillator shown under factory. Another example, a p4 oscillator deleting every other HWSS in a stream of period 4n+2, is shown below. (The p4 oscillator here was found, with a slightly larger stator, by Dean Hickerson in November 1994.) 


..........OOOO............
....OO...OOOOOO...........
OOOO.OO..OOOO.OO..........
OOOOOO.......OO...........
.OOOO.....................
..........................
................OO........
..............O....O......
..........................
.............O.O..O.O.....
...........OOOO.OO.OOOO...
........O.O....O..O....O.O
........OO.OO.O....O.OO.OO
...........O.O......O.O...
........OO.O.O......O.O.OO
........OO.O..........O.OO
...........O.O.OOOO.O.O...
...........O.O......O.O...
..........OO.O.OOOO.O.OO..
..........O..OOO..OOO..O..
............O..OOOO..O....
...........OO.O....O.OO...
...........O..O....O..O...
............O..O..O..O....
.............OO....OO.....

:filter stream A stream of spaceships in which there are periodic gaps in the stream. This can thin out another crossing stream by deleting the spaceships in the second stream except where the gaps occur. The filter stream is not affected by the deletions so that the same stream can thin out multiple other streams. The Caterpillar uses filter streams of MWSSs in which there is a gap every 6 spaceships. Here is part of a filter stream that thins a glider stream by 2/3: 


................................O.............................
.................................O............................
...............................OOO............................
..............................................................
..............................................................
..............................................................
..............................................................
.......................................O......................
........................................O.....................
......................................OOO.....................
..............................................................
..............................................................
..............................................................
..............................................................
..............................................O...............
...............................................O..............
.............................................OOO..............
..............................................................
..............................................................
..O.............O...........................O.............O...
O...O.........O...O.......................O...O.........O...O.
.....O.............O...........................O.............O
O....O........O....O......................O....O........O....O
.OOOOO.........OOOOO.......................OOOOO.........OOOOO

:finger A protruding cell in an oscillator or dying spark, with the ability to modify a nearby active reaction. Like a thumb, a finger cell appears at the edge of a reaction envelope and is the only live cell in its row or column. The finger spark remains alive for two ticks before dying, whereas a thumb cell dies after one tick. Because the key cell is kept alive for an extra tick, an alternate technical term is "held (orthogonal) bit spark". A "held diagonal bit spark" is not possible in B3/S23 for obvious reasons.

:fire An encoded signal used in combination with push and pull elbow operations in a simple construction arm. When a FIRE signal is sent, the construction-arm elbow produces an output glider, usually at 90 degrees from the construction arm. This terminology is generally used when there is only a single recipe for such a glider output, or only one recipe for each glider colour (e.g., FIRE WHITE, FIRE BLACK).

:fireship (c/10 orthogonally, p10) A variant of the copperhead with a trailing component that emits several large sparks, discovered by Simon Ekström on 20 March 2016. The interaction between the copperhead and the additional component is minimal enough that the extension technically fits the definition of a tagalong. However, the extension slightly modifies two of the phases of the spaceship, starting two ticks after the phase shown below, so it's also valid to classify the fireship as a distinct spaceship. 


....OO....
...OOOO...
..........
..OOOOOO..
...OOOO...
..........
..OO..OO..
OO.O..O.OO
...O..O...
..........
..........
....OO....
....OO....
..........
.O.O..O.O.
O..O..O..O
O........O
O........O
OO......OO
..OOOOOO..

:fire-spitting (p3) Found by Nicolay Beluchenko, September 2003. 


...O......
.OOO......
O.........
.O.OOO....
.O.....O..
..O..O....
..O.O..O.O
........OO

:first natural glider The glider produced at T=21 during the evolution of a Herschel. This is the most common signal output from a Herschel conduit.

:fish A generic term for LWSS, MWSS and HWSS, or, more generally, for any spaceship. In recent years *WSS is much more commonly used to refer to the small orthogonal c/2 spaceships.

:fishhook = eater1

:fleet (p1) A common formation of two ship-ties. 


....OO....
....O.O...
.....OO...
.......OO.
OO.....O.O
O.O.....OO
.OO.......
...OO.....
...O.O....
....OO....

:flip-flop Any p2 oscillator. However, the term is also used in two more specific (and non-equivalent) senses: (a) any p2 oscillator whose two phases are mirror images of one another, and (b) any p2 oscillator in which all rotor cells die from underpopulation. In the latter sense it contrasts with on-off. The term has also been used even more specifically for the 12-cell flip-flop shown under phoenix.

:flip-flops Another name for the flip-flop shown under phoenix.

:flipper Any oscillator or spaceship that forms its mirror image halfway through its period.

:flotilla A spaceship composed of a number of smaller interacting spaceships. Often one or more of these is not a true spaceship and could not survive without the support of the others. The following example shows an OWSS escorted by two HWSS. 


....OOOO.......
...OOOOOO......
..OO.OOOO......
...OO..........
...............
...........OO..
.O............O
O..............
O.............O
OOOOOOOOOOOOOO.
...............
...............
....OOOO.......
...OOOOOO......
..OO.OOOO......
...OO..........

:fly A certain c/3 tagalong found by David Bell, April 1992. Shown here attached to the back of a small spaceship (also by Bell). 


..O...............................
.O.O..............................
.O.O......................O.O...O.
.O.......................OO.O.O..O
...........OOO........O.........O.
OO.........OO..O.OO...O..OOOO.....
.O.O.........OOOO..O.O..OO....OO..
.OO........O..O...OOO.....OOO.....
..O.......O....O..OO..OO..O..O....
...O..O...O....O..OOO.O.O....OO...
.......O.OO....O..OOOO.....O......
....OO...OO....O..OOOO.....O......
....O.O...O....O..OOO.O.O....OO...
...OO.....O....O..OO..OO..O..O....
....O.O....O..O...OOO.....OOO.....
.....O.......OOOO..O.O..OO....OO..
...........OO..O.OO...O..OOOO.....
...........OOO........O.........O.
.........................OO.O.O..O
..........................O.O...O.

:fly-by deletion A reaction performed by a passing convoy of spaceships which deletes a common stationary object without harming the convoy. Fly-by deletion is often used in the construction of puffers and spaceships to clean up unwanted debris.

For c/2 convoys this is not usually difficult since the LWSS, MWSS, and HWSS spaceships have such useful sparks. However, some objects are more difficult to delete. For example, deleting a tub appears to require an unusual p4 spaceship. 


.......................O.........
......................O.O........
.......................O.........
.................................
.................................
.................................
................OOO..............
OOO.............O..O.............
O..O....OOO.....O...........OOO..
O.......O..O....O...O.......O..O.
O...O..O...O....O...O.......O....
O......O.O...O..O...........O...O
.O..OO........O.O...........O...O
.OOOOO........O.............O....
....OO......O...OOO..........O.O.
.OO..............................

The deletion of a pond appears to require a convoy which is 89 cells in width containing a very unusual p4 spaceship which has 273 cells. There are small objects which have no known fly-by deletion reactions. However, as in the case of reanimation, hitting them with the output of rakes is an effective brute force method.

:flying machine = Schick engine

:FNG = first natural glider.

:fore and back (p2) Compare snake pit. Found by Achim Flammenkamp, July 1994. 


OO.OO..
OO.O.O.
......O
OOO.OOO
O......
.O.O.OO
..OO.OO

:forward glider A glider which moves at least partly in the same direction as the puffer(s) or spaceship(s) under consideration.

:fountain (p4) Found by Dean Hickerson in November 1994, and named by Bill Gosper. See also filter and superfountain. 


.........O.........
...................
...OO.O.....O.OO...
...O.....O.....O...
....OO.OO.OO.OO....
...................
......OO...OO......
OO...............OO
O..O...O.O.O...O..O
.OOO.OOOOOOOOO.OOO.
....O....O....O....
...OO.........OO...
...O...........O...
.....O.......O.....
....OO.......OO....

:four skewed blocks (p1) The following constellation, sometimes considered to be one of the familiar fours. 


...OO.....
...OO.....
..........
..........
..........
........OO
OO......OO
OO........
..........
..........
..........
.....OO...
.....OO...
This is most commonly created by a symmetric 2-glider collision: 

.OO.....
O.O.....
..O..O..
.....O.O
.....OO.

:fourteener (p1) 


....OO.
OO..O.O
O.....O
.OOOOO.
...O...

:fox (p2) This is the smallest asymmetric p2 oscillator. Found by Dave Buckingham, July 1977. 


....O..
....O..
..O..O.
OO.....
....O.O
..O.O.O
......O

:freeze-dried A term used for a glider constructible seed that can activated in some way to produce a complex object. For example, a "freeze-dried salvo" is a constellation of constructible objects which, when triggered by a single glider, produces a unidirectional glider salvo, and nothing else. Freeze-dried salvos can be useful in slow salvo constructions, especially when an active circuit has to destroy or reconstruct itself in a limited amount of time. Gradual modification by a construction arm may be too slow, or the circuit doing the construction may itself be the object that must be modified.

The concept may be applied to other types of objects. For example, one possible way to build a gun for a waterbear would be to program a construction arm to build a freeze-dried waterbear seed, and then trigger it when the construction is complete.

:French kiss (p3) Found by Robert Wainwright, July 1971. 


O.........
OOO.......
...O......
..O..OO...
..O....O..
...OO..O..
......O...
.......OOO
.........O
For many years this was one of the best-known small oscillators with no known glider synthesis. In October 2013 Martin Grant completed a 23-glider construction.

:frog II (p3) Found by Dave Buckingham, October 1972. 


..OO...OO..
..O.O.O.O..
....O.O....
...O.O.O...
...OO.OO...
.OO.....OO.
O..O.O.O..O
.O.O...O.O.
OO.O...O.OO
....OOO....
...........
...O.OO....
...OO.O....

:frothing puffer A frothing puffer (or a frothing spaceship) is a puffer (or spaceship) whose back end appears to be unstable and breaking apart, but which nonetheless survives. The exhaust festers and clings to the back of the puffer/spaceship before breaking off. The first known frothing puffers were c/2, and most were found by slightly modifying the back ends of p2 spaceships. A number of these have periods which are not a multiple of 4 (as with some line puffers). Paul Tooke has also found c/3 frothing puffers.

The following p78 c/2 frothing puffer was found by Paul Tooke in April 2001. 


.......O.................O.......
......OOO...............OOO......
.....OO....OOO.....OOO....OO.....
...OO.O..OOO..O...O..OOO..O.OO...
....O.O..O.O...O.O...O.O..O.O....
.OO.O.O.O.O....O.O....O.O.O.O.OO.
.OO...O.O....O.....O....O.O...OO.
.OOO.O...O....O.O.O....O...O.OOO.
OO.........OO.O.O.O.OO.........OO
............O.......O............
.........OO.O.......O.OO.........
..........O...........O..........
.......OO.O...........O.OO.......
.......OO...............OO.......
.......O.O.O.OOO.OOO.O.O.O.......
......OO...O...O.O...O...OO......
......O..O...O.O.O.O...O..O......
.........OO....O.O....OO.........
.....OO....O...O.O...O....OO.....
.........O.OO.O...O.OO.O.........
..........O.O.O.O.O.O.O..........
............O..O.O..O............
...........O.O.....O.O...........

:frothing spaceship See frothing puffer.

:frozen = freeze-dried.

:full diagonal Diagonal distance measurement, abbreviated "fd", often appropriate when a construction arm elbow or similar diagonally-adjustable mechanism is present.

:fumarole (p5) Found by Dean Hickerson in September 1989. In terms of its 7x8 bounding box this is the smallest p5 oscillator. 


...OO...
.O....O.
.O....O.
.O....O.
..O..O..
O.O..O.O
OO....OO

:fuse A wick burning at one end. For examples, see baker, beacon maker, blinker ship, boat maker, cow, harvester, lightspeed wire, pi ship, reverse fuse, superstring and washerwoman. Useful fuses are usually clean, but see also reburnable fuse.

A fuse can burn arbitrarily slowly, as demonstrated by the example Blockic fuse below. A signal, alternating between glider and MWSS form, travels up and down between two rows of blocks in a series of one-time turner reactions. The spacing shown here causes the fuse to burn 24 cells to the right every 240 generations, for a speed of c/10. Moving the bottom half further from the top half by any even number of cells will slow down the burning even further. 


.........OO......................OO......................
.........OO......................OO......................
.........................................................
.........................................................
.....OO.......OO.............OO.......OO.............OO..
.OO..OO.......OO.........OO..OO.......OO.........OO..OO..
.OO................OO....OO................OO....OO......
...................OO......................OO............
.........................................................
.........................................................
.........................................................
.........................................................
............OO....OO................OO....OO.............
............OO....OO................OO....OO.............
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
OO....OO................OO....OO................OO....OO.
OO....OO................OO....OO................OO....OO.
.........................................................
.........................................................
.........................................................
.........................................................
.OO....OO......................OO......................OO
O.O....OO....OO................OO....OO................OO
..O..........OO..OO.......OO.........OO..OO.......OO.....
.................OO.......OO.............OO.......OO.....
.........................................................
.........................................................
.....................OO......................OO..........
.....................OO......................OO..........

:Fx119 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in September 1996. After 119 ticks, it produces an inverted Herschel at (20, 14) relative to the input. Its recovery time is 231 ticks; this can be reduced somewhat by suppressing the output Herschel's glider, or by adding extra catalysts to make the reaction settle more quickly. A ghost Herschel in the pattern below marks the output location: 


O......................
O.O....................
OOO....................
..O....................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.......................
.........OO...........O
....OO...OO.........OOO
....OO..............O..
....................O..
.......................
...OO..................
....O....OO............
.OOO.....OO............
.O.....................

:Fx119 inserter A Herschel-to-glider converter and edge shooter based on an Fx119 Herschel conduit: 


.........O....................
.........O.O..................
.........OOO..................
...........O..................
..............................
..............................
..............................
..............................
..OO......OO..................
...O.......O..................
OOO.....OOO...................
O.......O.....................
..............................
..............................
..............................
..................OO..........
.............OO...OO..........
.............OO...............
..............................
..............................
............OO............OO..
.............O....OO......O...
..........OOO.....OO.......OOO
..........O..................O

This edge shooter has an unusually high 27hd clearance, one of the highest known for a single small component. The only known higher-clearance edge shooters are injectors making use of multiple interacting spaceships. This makes the Fx119 inserter ideal for the construction of wide convoys whose total width can fit within its clearance distance.

The component creates a large cloud of smoke behind its emitted glider which lasts for over 90 generations. In spite of this, many tightly packed convoys can be made by injecting later gliders behind others in the convoy, helped along by the insertion reaction which is able to catch up to the existing gliders. The Fx119 inserter can place a glider on the same lane as a passing glider and as close as 15 ticks behind, which is only one step away from the minimum possible following distance.

:Fx153 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in February 1997. It is made up of two elementary conduits, HF94B + BFx59H. After 153 ticks, it produces an inverted Herschel at (48, -4) relative to the input. Its recovery time is 69 ticks. It can be made Spartan by replacing the snake with an eater1 in one of two orientations. A ghost Herschel in the pattern below marks the output location: 


.........................OO..........................
OO........................O..........................
.O.............OO......OOO...........................
.O.O...........OO......O.............................
..OO.................................................
.....................................................
.....................................................
.....................................................
....................................................O
..................................................OOO
.................................OO...............O..
..O..............................OO...............O..
..O.O................................................
..OOO................................................
....O................................................
.....................................................
.....................................................
..............................OO.....................
..............................O......................
...........OO...OO.............O.....................
............O...O.............OO.....................
.........OOO.....OOO.................................
.........O.........O.................................

:Fx158 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in July 1996. After 158 ticks, it produces an inverted Herschel at (27, -5) relative to the input. Its recovery time is 176 ticks. It is the only known small conduit that does not produce its output Herschel via the usual Herschel great-grandparent, so it cannot be followed by a dependent conduit. A ghost Herschel in the pattern below marks the output location: 


.........O....OO..............
........O.O..O.O.......OO.....
.......O..OOOO.........O......
.......O.O....O......O.O......
.....OOO.OO..OO......OO.......
....O.........................
.O..OOOO.OO...................
.OOO...O.OO...................
....O.........................
...OO.........................
..............................
..............................
..............................
..............................
..............................
..............................
.............................O
...........................OOO
...........................O..
...........................O..
O.............................
O.O...........................
OOO...........................
..O...........................
..............................
...............OO.............
.........OO....O.O............
..........O......O............
.......OOO.......OO...........
.......O......................

:Fx176 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in October 1997. It is made up of three elementary conduits, HF95P + PF35W + WFx46H. After 176 ticks, it produces an inverted Herschel at (45, 0) relative to the input. The recovery time of the standard form shown here is 92 ticks, but see the PF35W entry for a variant discovered in November 2017 that lowers the repeat time to 73 ticks. A ghost Herschel in the pattern below marks the output location. 


..............................OO..................
..............................OO..................
..................................................
.................OO...............................
..................O...............................
..................O.O.............................
...................OO.............................
..................................................
..................................................
..............OO..................................
......O.......OO..................................
......OOO.........................................
.........O........................................
........OO........................................
..................................................
OO................................................
.O................................................
.O.O.....................................OO.......
..OO......................................O.......
..........................................O.O.....
...........................................O.O....
............................................O...OO
................................................OO
..................................................
..................................................
..O...............................................
..O.O...............................OO...........O
..OOO...............................OO.........OOO
....O..........................................O..
...............................................O..
..............OO........OO........................
..............OO..OO.....O........................
..................O.O.OOO.........................
....................O.O...........................
....................OO....OO......................
.........................O.O....OO................
.........................O......OO................
........................OO........................

:Fx77 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in August 1996. After 77 ticks, it produces an inverted Herschel at (25, -8) relative to the input. Its recovery time is 61 ticks; this can be reduced slightly by suppressing the output Herschel's glider, as in the L112 case. A pipsquirter can replace the blinker-suppressing eater to produce an extra glider output. It is one of the simplest known Spartan conduits, and one of the few elementary conduits in the original set of sixteen.

In January 2016, Tanner Jacobi discovered a Spartan method of extracting an extra glider output (top variant below). A ghost Herschel marks the output location for each variant. 


.O............................
.OOO..........................
....O.........................
...OO...........OO...........O
................OO.........OOO
...........................O..
...........................O..
..............................
..............................
..............................
..O...........................
..O.O.........................
..OOO.........................
....O.........................
..............................
..............................
..............................
..............................
..............................
............OO......OO........
...........O..O.....OO........
...........O..O...............
............OO................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
O.............................
OOO...........................
...O..........................
..OO...........OO...........O.
...............OO.........OOO.
..........................O...
..........................O...
..............................
..............................
..............................
.O............................
.O.O..........................
.OOO..........................
...O..........................
..............................
..............................
..............................
..............................
..............................
................OO............
................O.O...........
..................O...........
..................OO..........
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
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BIBLIOGRAPHY

David I. Bell, Spaceships in Conway's Life. Series of articles posted on comp.theory.cell-automata, Aug-Oct 1992. Now available from his website.

David I. Bell, Speed c/3 Technology in Conway's Life, 17 December 1999. Available from his website.

Elwyn R. Berlekamp, John H. Conway and Richard K. Guy, Winning Ways for your Mathematical Plays, II: Games in Particular. Academic Press, 1982.

David J Buckingham, Some Facts of Life. BYTE, December 1978.

Dave Buckingham, My Experience with B-heptominos in Oscillators. 12 October 1996. Available from Paul Callahan's website.

David J. Buckingham and Paul B. Callahan, Tight Bounds on Periodic Cell Configurations in Life. Experimental Mathematics 7:3 (1998) 221-241. Available at http://tinyurl.com/TightBoundsOnCellConfigs.

Noam D. Elkies, The still-Life density problem and its generalizations, pp228-253 of "Voronoi's Impact on Modern Science, Book I", P. Engel, H. Syta (eds), Institute of Mathematics, Kyiv, 1998 = Vol.21 of Proc. Inst. Math. Nat. Acad. Sci. Ukraine, math.CO/9905194.

Martin Gardner, Wheels, Life, and other Mathematical Amusements. W. H. Freeman and Company, 1983.

R. Wm. Gosper, Exploiting Regularities in Large Cellular Spaces. Physica 10D (1984) 75-80.

N. M. Gotts and P. B. Callahan, Emergent structures in sparse fields of Conway's 'Game of Life', in Artificial Life VI: Proceedings of the Sixth International Conference on Artificial Life, MIT Press, 1998.

Mark D Niemiec, Life Algorithms. BYTE, January 1979.

William Poundstone, The Recursive Universe. William Morrow and Company Inc., 1985.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
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:T = T-tetromino

:table The following induction coil. 


OOOO
O..O

:table on table (p1) 


O..O
OOOO
....
OOOO
O..O

:tag = tagalong

:tagalong An object which is not a spaceship in its own right, but which can be attached to one or more spaceships to form a larger spaceship. For examples see Canada goose, fly, pushalong, sidecar and sparky. See also Schick engine, which consists of a tagalong attached to two LWSS (or similar).

The following c/4 spaceship (Nicolay Beluchenko, February 2004) has two wings, either of which can be considered as a tagalong. But if either wing is removed, then the remaining wing becomes an essential component of the spaceship, and so is no longer a tagalong. 


.......................O.......................
.......................O.......................
......................O.O......................
...............................................
.....................O...O.....................
....................OO...OO....................
..................OO.O...O.OO..................
................OO.O.O...O.O.OO................
............O...OOO.O.....O.OOO...O............
............OOOOOO...........OOOOOO............
...........O..O....O.......O....O..O...........
...................O.......O...................
..........OOO.....................OOO..........
.........O.OO.....................OO.O.........
........O..O.......................O..O........
........O.............................O........
.........OO.........................OO.........
.........OO.........................OO.........
OOO......O...........................O......OOO
.O......OOO.........................OOO......O.
......OO..O.........................O..OO......
..OO.O.OOO...........................OOO.O.OO..
.O...O.O...............................O.O...O.
.O...OO.................................OO...O.

:tail spark A spark at the back of a spaceship. For example, the 1-bit spark at the back of a LWSS, MWSS or HWSS in their less dense phases.

:tame To perturb a dirty reaction using other patterns so as to make it clean and hopefully useful. Or to make a reaction work which would otherwise fail due to unwanted products which interfere with the reaction.

:taming See tame.

:tandem glider Two gliders travelling on parallel lanes at a fixed spacetime offset, usually as a single signal in a Herschel transceiver. See also glider pair.

:Tanner's p46 (p46) An oscillator found by Tanner Jacobi on 20 October 2017. This oscillator hassles an evolving pi-heptomino to produce an phi spark. The spark is very accessible and is able to perturb many things. 


..............O...........
...OO.......OO.OO.........
...OO.......OO.OO.....O.OO
......................OO.O
..........................
..OO......................
...O......................
OOO.......................
O.............O...........
.............O.O.O.OO.....
............O.OO.OO.O.....
............O.............
...........OO.............
The snakes can be replaced with eaters to form a slightly smaller version, as shown in the p46 MWSS gun in gliderless

The period of this new oscillator is the same as the old twin bees shuttle, and so this is able to expand the known p46 technology. For example, a p46 glider gun can be made from a Tanner's p46 and just one of the twin bees shuttles.

Acting on their own, two copies of Tanner's p46 placed at right angles to each other with their sparks interacting can produce two different p46 glider guns and a gliderless p46 MWSS gun. See p46 gun and gliderless for two of these. These are the first p46 guns found which do not use a twin bees shuttle at all.

:target A necessary component of a slow salvo recipe used by a single-arm universal constructor. A target usually consists of a single object, or sometimes a small constellation of common still lifes and/or oscillators. See intermediate target. If no hand target is available, a construction arm may be unable to construct anything, unless recipes are available to generate targets directly from the elbow.

:teardrop The following induction coil, or the formation of two beehives that it evolves into after 20 generations. (Compare butterfly, where the beehives are five cells further apart.) 


OOO.
O..O
O..O
.OO.

:technician (p5) Found by Dave Buckingham, January 1973. 


.....O.....
....O.O....
....OO.....
..OO.......
.O...OOO...
O..OO...O.O
.OO....O.OO
...O.O.O...
...O...O...
....OOO....
......O.O..
.......OO..

:technician finished product = technician

:technology The collective set of known reactions exploiting one subset of the Life universe. Examples of these subsets include glider synthesis, period 30 glider streams, c/3 spaceships, sparkers, Herschel conduits, and slow salvos. As new reactions and objects are found, over time any particular technology becomes more versatile and complete. Many Life experts like to concentrate on particular technologies.

:tee A head-on collision between three gliders, producing a perpendicular output glider that can be used to construct closely spaced glider salvos, or to inject a glider into an existing stream. There are several workable recipes. One of the more useful is the following, because the tandem glider can be generated by a small Herschel converter, SW1T43: 


...............O.
..............O..
..............OOO
.........O.......
.........O.O.....
.........OO......
.OO..............
O.O..............
..O..............

:teeth A 65-cell quadratic growth pattern found by Nick Gotts in March 2000. This (and a related 65-cell pattern which Gotts found at about the same time) beat the record previously held by mosquito5 for smallest population known to have superlinear growth, but was later superseded by catacryst. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:telegraph A pattern created by Jason Summers in February 2003. It transmits and receives information using a rare type of reburnable fuse, a lightspeed wire made from a chain of beehives, at the rate of 1440 ticks per bit. The rate of travel of signals through the entire transceiver device can be increased to any speed strictly less than the speed of light by increasing the length of the beehive chain appropriately.

"Telegraph" may also refer to any device that sends and receives lightspeed signals; see also p1 telegraph, high-bandwidth telegraph.

:ternary reaction Any reaction between three objects. In particular, a reaction in which two gliders from one stream and one glider from a crossing stream of the same period annihilate each other. This can be used to combine two glider guns of the same period to produce a new glider gun with double the period.

:test tube baby (p2) 


OO....OO
O.O..O.O
..O..O..
..O..O..
...OO...

:tetraplet Any 4-cell polyplet.

:tetromino Any 4-cell polyomino. There are five such objects, shown below. The first is the block, the second is the T-tetromino and the remaining three rapidly evolve into beehives. 


OO......OOO......OOOO......OOO......OO.
OO.......O...................O.......OO

:The Online Life-Like CA Soup Search A distributed search effort set up by Nathaniel Johnston in 2009, using a Python script running in Golly. Results included a collection of the longest-lived 20x20 soups, as well as a census of over 174 billion ash objects. It has since been superseded by Catagolue.

:The Recursive Universe A popular science book by William Poundstone (1985) dealing with the nature of the universe, illuminated by parallels with the game of Life. This book brought to a wider audience many of the results that first appeared in LifeLine. It also outlines the proof of the existence of a universal constructor in Life first given in Winning Ways.

:thumb A spark-like protrusion which flicks out in a manner resembling a thumb being flicked. Below on the left is a p9 thumb sparker found by Dean Hickerson in October 1998. On the right is a p4 example found by David Eppstein in June 2000. 


.......O..............O.....
...OO...O.........OO...O....
...O.....O.OO.....O.....O...
OO.O.O......O......OOO.O.OO.
OO.O.OO.OOOO............OO.O
...O.O...........OOOOOO....O
...O.O.OOO.......O....OOOOO.
....O.O...O.........O.......
......O..OO........O.OOOO...
......OO...........O.O..O...
....................O.......

:thunderbird (stabilizes at time 243) 


OOO
...
.O.
.O.
.O.

:tick = generation

:tic tac toe = octagon II

:tie A term used in naming certain still lifes (and the stator part of certain oscillators). It indicates that the object consists of two smaller objects joined point to point, as in ship tie boat.

:time bomb The following pattern by Doug Petrie, which is really just a glider-producing switch engine in disguise. See infinite growth for some better examples of a similar nature. 


.O...........OO
O.O....O......O
.......O....O..
..O..O...O..O..
..OO......O....
...O...........

:titanic toroidal traveler The superstring with the following repeating segment. The front part becomes p16, but the eventual fate of the detached back part is unknown. 


OOOOOO
OOO...

:TL = traffic light

:T-nosed p4 (p4) Found by Robert Wainwright in October 1989. See also filter. 


.....O.....
.....O.....
....OOO....
...........
...........
...........
...OOOOO...
..O.OOO.O..
..O.O.O.O..
.OO.O.O.OO.
O..OO.OO..O
OO.......OO

:T-nosed p5 (p5) Found by Nicolay Beluchenko in April 2005. 


.....OO...............OO.OO.....O........
..O..O.........OO.O.OOO.OO......O........
.O.O.O.....O....O.O.OOO......OO.O........
O..O.O.OOOOOO.....O....O.O...OO.O........
.OO.O.O..O...OOO..O.OOOO..O.O.OO.OO......
..O.O..OO.O..O..O.OO....OOO.O.O....OO....
.O..O...O..O.O.OO....OOO...O.............
.O.O.O...OOO.O...OOOO...O..O.O..OO.O..O..
OO.O.........OO.O....O.O.O.O........O.OOO
.O.O.O...OOO.O...OOOO...O..O.O..OO.O..O..
.O..O...O..O.O.OO....OOO...O.............
..O.O..OO.O..O..O.OO....OOO.O.O....OO....
.OO.O.O..O...OOO..O.OOOO..O.O.OO.OO......
O..O.O.OOOOOO.....O....O.O...OO.O........
.O.O.O.....O....O.O.OOO......OO.O........
..O..O.........OO.O.OOO.OO......O........
.....OO...............OO.OO.....O........

:T-nosed p6 (p6) Found by Achim Flammenkamp in September 1994. There is also a much larger and fully symmetric version found by Flammenkamp in August 1994. 


......OO...OO......
......O.O.O.O......
.......O...O.......
...................
..O.O.O.....O.O.O..
OOO.O.OO...OO.O.OOO
..O.O.O.....O.O.O..
...................
.......O...O.......
......O.O.O.O......
......OO...OO......

:toad (p2) Found by Simon Norton, May 1970. This is the second most common oscillator, although blinkers are more than a hundred times as frequent. See also killer toads. A toad can be used as a 90-degree one-time turner. 


.OOO
OOO.

The protruding cells at the edges can perturb some reactions by encouraging and then suppressing births on successive ticks. For example, a toad can replace the northwest eater in the Callahan G-to-H converter, allowing it to be packed one diagonal cell closer to other circuits.

:toad-flipper A toad hassler that works in the manner of the following example. Two domino sparkers, here pentadecathlons, apply their sparks to the toad in order to flip it over. When the sparks are applied again it is flipped back. Either or both domino sparkers can be moved down two spaces from the position shown and the toad-flipper will still work, but because of symmetry there are really only two different types. Compare toad-sucker. 


.O..............O.
.O..............O.
O.O............O.O
.O..............O.
.O......O.......O.
.O......OO......O.
.O......OO......O.
O.O......O.....O.O
.O..............O.
.O..............O.

:toad-sucker A toad hassler that works in the manner of the following example. Two domino sparkers, here pentadecathlons, apply their sparks to the toad in order to shift it. When the sparks are applied again it is shifted back. Either or both domino sparkers can be moved down two spaces from the position shown and the toad-sucker will still work, but because of symmetry there are really only three different types. Compare toad-flipper. 


.O................
.O..............O.
O.O.............O.
.O.............O.O
.O......O.......O.
.O......OO......O.
.O......OO......O.
O.O......O......O.
.O.............O.O
.O..............O.
................O.

:toaster (p5) Found by Dean Hickerson, April 1992. 


....O......OO..
...O.O.OO..O...
...O.O.O.O.O...
..OO.O...O.OO..
O...OO.O.OO...O
...O.......O...
...O.......O...
O...OO.O.OO...O
..OO.O...O.OO..
...O.O.O.O.O...
...O.O.OO..O...
....O......OO..

:toggleable gun Any gun that can be turned off or turned on by the same external signal - the simplest possible switching mechanism. An input signal causes the gun to stop producing gliders. Another input signal from the same source restores the gun to its original function. Compare switchable gun.

Here's a small example by Dean Hickerson from September 1996: 


..............OO..............O..
..............O.O.............O.O
..............O...............OO.
.................................
.................................
.................................
.................................
...............O..O....b.........
.OOOO..............O..b..........
O...O..........O...O..bbb........
....O...........OOOO.............
O..O........................aaa..
............................a....
.............................a...
In the figure above, glider B and an LWSS are about to send a glider NW. Glider A will delete the next glider after B, turning off the output stream. But if the device were already off, B wouldn't be present and A would instead delete the leading LWSS, turning the device back on.

:toggle circuit Any signal-processing circuit that switches back and forth between two possible states or outputs. An early example is the boat-bit. More recent discoveries include the semi-Snarks, which alternate between reflecting and absorbing input gliders. The following B-to-G converter sends alternate glider outputs in opposite directions. 


...........OO....................................OO....
......OO..O.O...............................OO..O.O....
......O...O....O............................O...O....O.
.......OOO.OOOOO.............................OOO.OOOOO.
.........O.O...................................O.O.....
.........O.O.OOO...............................O.O.OOO.
..........OO.O..O...............................OO.O..O
...............OO....................................OO
.......................................................
.......................................................
.............................................OO........
.............................................OO........
.......................................................
.......................................................
.......................................................
OO....................................OO...............
OO....................................OO...............
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.........OO....................................OO......
.........OO....................................OO......
.......................................................
OO.O.......O..........................OO.O.......O.....
O.OO......OOO.........................O.OO......OOO....
.........OO..O.................................OO..O...

:TOLLCASS Acronym for The Online Life-Like CA Soup Search.

:toolkit A set of Life reactions and mechanisms that can be used to solve any problem in a specific pre-defined class of problems: glider timing adjustment, salvo creation, seed construction, etc. See also universal toolkit, technology.

:torus As applies to Life, usually means a finite Life universe which takes the form of an m x n rectangle with the bottom edge considered to be joined to the top edge and the left edge joined to the right edge, so that the universe is topologically a torus. There are also other less obvious ways of obtaining a toroidal universe.

See also Klein bottle. Every object in a torus universe obviously either dies or becomes a still life or oscillator.

:total aperiodic Any finite pattern which evolves in such a way that no cell in the Life plane is eventually periodic. The first example was found by Bill Gosper in November 1997. A few days later he found the following much smaller example consisting of three copies of a p12 backrake by Dave Buckingham. 


.........................................O.................
........................................OOO................
.......................................OO.O.....O..........
.......................................OOO.....OOO.........
........................................OO....O..OO...OOO..
..............................................OOO....O..O..
........................................................O..
........................................................O..
........................................................O..
........................................OOO............O...
........................................O..O...............
........................................O..................
........................................O..................
.........................................O.................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
......................................OOO..................
......................................O..O...........O.....
......................................O.............OOO....
......................................O............OO.O....
......................................O............OOO.....
.......................................O............OO.....
...........................................................
...........................................................
...................................OOO.....................
..................................OOOOO....................
..................................OOO.OO.......OO........O.
.....................................OO.......OOOO........O
..............................................OO.OO...O...O
................................................OO.....OOOO
...........................................................
...........................................................
....................O......................................
.....................O.....................................
.OO.............O....O................................OOO..
OOOO.............OOOOO..................................O..
OO.OO...................................................O..
..OO...................................................O...
....................................O......................
.....................................O.....................
.....................OO..........O...O.....................
......................OO..........OOOO...............OO....
.....................OO...........................OOO.OO...
.....................O............................OOOOO....
...................................................OOO.....
...........................................................
......................OO...................................
.............OOOO....OOOO..................................
............O...O....OO.OO.................................
.OOOOO..........O......OO..................................
O....O.........O...........................................
.....O.....................................................
....O......................................................

:T-pentomino Conway's name for the following pentomino, which is a common parent of the T-tetromino. 


OOO
.O.
.O.

:track A path made out of conduits, often ending where it begins so that the active signal object is cycled forever, forming an oscillator or a gun.

This term has also been used to refer to the lane on which a glider or spaceship travels. The concept is very similar, but a reference to a "track" now usually implies a non-trivial supporting conduit.

:tractor beam A stream of spaceships that can draw an object towards the source of the stream. The example below shows a tractor beam pulling a loaf; this was used by Dean Hickerson to construct a sawtooth. 


.....................O..O......................
.....OOOO...........O..............OOOO........
.....O...O..........O...O..........O...O.......
.....O........OO....OOOO...........O........OO.
.OO...O..O...OOOO...........OO......O..O...OOOO
O..O........OO.OO..........OO.OO..........OO.OO
O.O..........OO.............OOOO...........OO..
.O...........................OO................

:traffic circle (p100) 


.....................OO....OO...................
.....................O.O..O.O...................
.......................O..O.....................
......................OO..OO....................
.....................OOO..OOO...................
.......................O..O.....................
...............................O................
..............................O.OO..............
..................................O.............
..........................O...O..O.O............
..........................O.....O..O............
..........................O......OO.............
.........OO.....................................
........O..O..........OOO...OOO.................
.......O.O.O....................................
......OOO.O...............O.....................
......OOO.................O.....................
..........................O.....................
............OOO.................................
OO..O................OOO........................
O..OO.....O.....O...............................
.OOOOO....O.....O..O.....O.................O..OO
..........O.....O..O.....O.................OO..O
...................O.....O.......OOO......OOOOO.
.OOOOO......OOO.................................
O..OO................OOO.......O.....O..........
OO..O..........................O.....O....OOOOO.
...............................O.....O.....OO..O
...........................................O..OO
.................................OOO............
.......................................OO.......
......................................OOO.......
.....................................O.OO.......
....................................O.O.........
....................OOO.............O..O........
.....................................OO.........
.............OO....O..O.........................
............O..O................................
............O.O.O...............................
.............O..O...............................
.................O..............................
..............O.O...............................
.....................O..O.......................
...................OOO..OOO.....................
....................OO..OO......................
.....................O..O.......................
...................O.O..O.O.....................
...................OO....OO.....................

:traffic jam Any traffic light hassler, such as traffic circle. The term is also applied to the following reaction, used in most traffic light hasslers, in which two traffic lights interact in such a way as to reappear after 25 generations with an extra 6 spaces between them. See traffic lights extruder for a way to make this reaction extensible. 


..OOO...........
...........OOO..
O.....O.........
O.....O..O.....O
O.....O..O.....O
.........O.....O
..OOO...........
...........OOO..

:traffic light (p2) A common formation of four blinkers. 


..OOO..
.......
O.....O
O.....O
O.....O
.......
..OOO..

:traffic lights extruder A growing pattern constructed by Jason Summers in October 2006, which slowly creates an outward-growing chain of traffic lights. The growth occurs in waves which travel through the chain from one end to the other. It can be thought of as a complex fencepost for a wick that does not need a wickstretcher.

The following illustrates the reaction used, in which a newly created traffic light at the left eventually pushes the rightmost one slightly to the right. 


......................O.......................O....
......................O.......................O....
.........OOO..........O..........OOO..........O....
.OO................................................
OOO....O.....O....OOO...OOO....O.....O....OOO...OOO
.OO....O.....O.................O.....O.............
.......O.....O........O........O.....O........O....
......................O.......................O....
.........OOO..........O..........OOO..........O....

:trans-beacon on table (p2) 


....OO
.....O
..O...
..OO..
......
OOOO..
O..O..

:trans-boat with tail (p1) 


OO...
O.O..
.O.O.
...O.
...OO

:transceiver = Herschel transceiver.

:trans-loaf with tail (p1) 


.O....
O.O...
O..O..
.OO.O.
....O.
....OO

:transmitter = Herschel transmitter.

:transparent In signal circuitry, a term used for a catalyst that is completely destroyed by the passing signal, then rebuilt. Often (though not always) the active reaction passes directly through the area occupied by the transparent catalyst, then rebuilds the catalyst behind itself, as in the transparent block reaction. See also transparent lane.

:transparent block reaction A certain reaction between a block and a Herschel predecessor in which the block reappears in its original place some time later, the reaction having effectively passed through it. This reaction was found by Dave Buckingham in 1988. It has been used in some Herschel conduits, and in the gunstars. Because the reaction involves a Herschel predecessor rather than an actual Herschel, the following diagram shows instead a B-heptomino (which by itself would evolve into a block and a Herschel). 


O.............
OO..........OO
.OO.........OO
OO............

:transparent debris effect A mechanism where a Herschel or other active reaction completely destroys a catalyst in a particular location in a conduit. After passing through or past that location, the same reaction then recreates the catalyst in exactly its original position. This type of catalysis is surprisingly common in signal circuitry. For an example, see transparent block reaction.

The transparent object is most often a very common still life such as a block or beehive. Rarer objects are not unknown; for example, a transparent loaf was found by Stephen Silver in October 1997, in a very useful elementary conduit making up part of a Herschel receiver. However, not surprisingly, rarer objects are much less likely to reappear in exactly the correct location and orientation, so transparent reactions involving them are much more difficult to find, on average.

:transparent lane A path through a signal-producing circuit that can be used to merge signal streams. The signal is usually a standard spaceship such as a glider. It can either be produced by the circuit, or it can come from elsewhere, passing safely through on the same lane without interacting with the circuit. A good example is the NW31 converter, which has two glider outputs on transparent lanes: 


OO.......................
.O.......................
.O.O.....................
..OO.....................
.........................
.........................
.........................
.......................OO
.......................OO
.........................
..O......................
..O.O....................
..OOO....................
....O....................
.........................
.........................
.........................
.........................
.........................
.........................
.........................
.........................
.............OO..........
.............OO..........

The optional third output shown in NW31 is non-transparent, because the upper eater1 catalyst would get in the way of a passing glider on the same lane.

:tremi-Snark A colour-preserving period-multiplying signal conduit found by Tanner Jacobi on 7 September 2017, producing one output glider for every three input gliders. It uses the same block-to-pre-honeyfarm bait reaction as the Snark, and so has the same 43-tick recovery time. Compare semi-Snark. 


.O............................
..O...........................
OOO...........................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
...........O..................
............OO................
...........OO.................
..............................
...........................O..
.........................OOO..
........................O.....
........................OO....
..............................
..............................
..............................
.......................O......
.....................O.O......
......................OO......
..............OO..............
.............O.O........O.....
.............O.........O.O....
............OO.........O.O....
........................O.....
..............................
..............................
..............................
.....................OO.OO....
.................OO..OO.O...OO
.................O......O.O..O
..................OOOOOOO.OO..
.........................O....
....................OOOO.O....
....................O..OO.....

:trice tongs (p3) Found by Robert Wainwright, February 1982. In terms of its 7x7 bounding box this ties with jam as the smallest p3 oscillator. 


..O....
..OOO..
OO...O.
.O.O.O.
.O.....
..OO..O
.....OO

:trigger A signal, usually a single glider, that collides with a seed constellation to produce a relatively rare still life or oscillator, or an output spaceship or other signal. The constellation is destroyed or damaged in the process; compare circuit, reflector. Here a pair of trigger gliders strike a dirty seed constellation assembled by Chris Cain in March 2015, to launch a three-engine Cordership: 


....................................................OO.
................................................OO..OO.
................................................OO.....
.......................................................
.......................................................
.......................................................
........................................OO.............
........................................OO.............
...................................................OO..
..................................O................O.O.
.................................O.O...........OO...O.O
..................................OO..........O.O....O.
...............................................O.......
.......................................................
..................................O.................OOO
.................................O.O................O..
..................................OO.................O.
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
.......................................................
...........................O...........................
..........................O.O..........................
...........................OO..........................
.......................................................
.......................................................
...........................O...........................
..........................O.O..........................
...........................OO..........................
.......................................................
.......................................................
.......................................................
.......................................................
.......O....O..........................................
......O.O..O.O.........................................
.......OO...OO.........................................
.......................................................
.......................................................
.......................................................
.......................................................
OO.....................................................
O.O....................................................
.O.O...................................................
..O....................................................
.......................................................
.......................................................
.......................................................
.............O.........................................
............OO.........................................
............O.O........................................

"Trigger" is also used when a spaceship reacts with another object to cause a reaction to occur whenever desired (but perhaps only at particular intervals). The object being triggered lies dormant until the reaction is required. All turners and freeze-dried constellations are triggerable.

In some cases the object is not destroyed so that the reaction can be repeated after some repeat time. See for example converter and reflector, and more specifically MWSS out of the blue and queen bee shuttle pair.

:triomino Either of the two 3-cell polyominoes. The term is rarely used in Life, since the two objects in question are simply the blinker and the pre-block.

:triple caterer (p3) Found by Dean Hickerson, October 1989. Compare caterer and double caterer. 


.....OO.........
....O..O..OO....
....OO.O...O....
......O.OOO....O
..OOO.O.O....OOO
.O..O..O....O...
O.O..O...O..OO..
.O..............
..OO.OO.OO.OO...
...O...O...O....
...O...O...O....

:triple pseudo The following pattern, found by Gabriel Nivasch in July 2001. It is unique among 32-bit still lifes in that it can be broken down into three stable pieces but not into two. The term may also refer to any larger stable pattern with the same property. See also quad pseudo. 


......OO
..O.O..O
.O.OO.O.
.O....OO
OO.OO...
...OO.OO
OO....O.
.O.OO.O.
O..O.O..
OO......

:triplet Any 3-cell polyplet. There are 5 such objects, shown below. The first two are the two triominoes, and the other three vanish in two generations. 


O..................O.......O.......O..
OO......OOO......OO.......O.O.......O.
.....................................O

:tripole (p2) The barberpole of length 3. 


OO....
O.O...
......
..O.O.
.....O
....OO

:tritoad (p3) Found by Dave Buckingham, October 1977. 


.........OO.......
.........O........
..........O..OO...
.......OOO.O..O...
......O....OO.O.OO
......O.OO..O.O.OO
...OO.O...OO..O...
...O..OO...O.OO...
OO.O.O..OO.O......
OO.O.OO....O......
...O..O.OOO.......
...OO..O..........
........O.........
.......OO.........

:trivial A trivial period-N oscillator is one in which every cell oscillates at some smaller factor of N. See omniperiodic. For example, the joining of a period 3 and a period 4 oscillator as shown below creates a single object which is a trivial oscillator of period 12. 


........O.O.
...........O
.......O..O.
......O.O.O.
......O..O..
....OO.OO...
...O..O.....
....O.O.....
OO...O......
.O.OO.......
...O........
...O........
However, there are trivial oscillators that meet this requirement, but may still be considered to be non-trivial because the different-period rotors are not separated by stator cells. An example is Dean Hickerson's trivial p6. Conversely, there are oscillators formed by trivial combinations of high-period guns or sparkers that are only technically non-trivial, because the lower-period components overlap but do not interact in any way.

"Trivial" is also used to describe a parent of an object which has groups of cells that can be removed without changing the result, such as isolated faraway cells. For example, here is a trivial parent of a block. 


O......
.O....O
.O.....
O......

:trivial p6 (p6) An oscillator found by Dean Hickerson in December 1994. Every cell has period less than 6, so this is a trivial oscillator. It is unusual because it has period-2 cells in contact with period-3 cells. 


...........OO..............
...........O......OO.......
........OO.O......O..O.....
........O.O.OO.OO.O.OO..O..
.O........O..O.O..O..O.O.O.
.O.O.....OO..O.O.O.OO..O..O
.O.O.O........OO.O.O.OO.OO.
.......O.O.OOO...O....OO...
..O...O....O.OO........O...
....O...OOO..OO.OOO.O.O.OO.
OO..O......O..........O.O..
..O...........OO.OO...O.O..
........O.OOOOO...O....O...
........OO...O..O..O.......
...........OOOO.OOO........
........OOO....O...........
........O..O..O..OO........
..........OO...OO.O........

:trombone slide An arrangement of four 90-degree reflectors that can be placed into the path of a glider so as to delay it by an adjustable number of generations, without changing its lane. More generally, any combination of circuits may be referred to as a trombone slide, if the grouping can be moved as a single unit that functions as a 180-degree glider reflector.

The smallest known trombone slides are made using Snarks. In the trombone slide shown below, sample input and output gliders are shown. The input glider will reach the same output location 128 generations sooner if the trombone slide is removed.

If the top and left Snarks are moved together diagonally to the upper left by N cells, then the glider delay is increased by 8N generations since the glider has to travel N more cells in each direction. This sliding action gives the trombone slide its name. If only the final Snark is moved, then the output glider's path can be altered by a number of full diagonals. 


......................OO...OO....................
......................OO..O.OOO..................
..........................O....O.................
......................OOOO.OO..O.................
......................O..O.O.O.OO................
.........................O.O.O.O.................
..........................OO.O.O.................
..............................O..................
.................................................
................OO...............................
.................O.......OO......................
.................O.O.....OO......................
..................OO.............................
.................................................
.................................................
.............................................O...
...........................................OOO...
..........................................O......
..........................................OO.....
............................OO...................
............................O....................
.............................OOO..............OOO
...............................O................O
...............................................O.
.................................................
................................OO...............
....O..........................O.O.....OO........
..OOOOO..............OO........O.......OO........
.O.....O.............O........OO.................
.O..OOO............O.O...........................
OO.O...............OO.......................O....
O..OOOO.................................OO.O.O...
.OO...O...OO...........................O.O.O.O...
...OOO....OO........................O..O.O.O.OO..
...O................................OOOO.OO..O...
OO.O....................................O....O...
OO.OO...............................OO..O.OOO....
....................................OO...OO......
.................................................
...........OO....................................
............O....................O...............
.........OOO...OO..............OOOOO.............
.........O......O.............O.....O............
................O.O............OOO..O............
.................OO...............O.OO...........
...............................OOOO..O...........
..........................OO...O...OO............
..........................OO....OOO..............
..................................O..............
..................................O.OO...........
.................................OO.OO...........
.................................................
.................................................
..............OOO........OO......................
................O........O.......................
...............O..........OOO....................
............................O....................

Trombone slides made of the same type of component cannot alter the glider path by half-diagonals, and can only change the timing by multiples of 8 generations. For other timing changes, different components are necessary. These may be stable like the Silver reflector or the colour-changing example shown in the reflector article, or periodic like the various bumpers.

:true Opposite of pseudo. A gun emitting a period n stream of spaceships (or rakes) is said to be a true period n gun if its mechanism oscillates with period n. The same distinction between true and pseudo also exists for puffers. An easy way to check that a gun is true period n is to stop the output with an eater, and check that the result is a period-n oscillator.

True period n guns are known to exist for all periods greater than 61 (see My Experience with B-heptominos in Oscillators), but only a few smaller periods have been achieved, namely 20, 22, 24, 30, 36, 40, 44, 45, 46, 48, 50, and 54 through 61. See also Quetzal for the 54-61 range. 

  ------------------------------------
  Period  Discoverers            Date
  ------------------------------------
  20      Matthias Merzenich  May 2013
          Noam Elkies
  22      David Eppstein      Aug 2000
          Jason Summers
  24      Noam Elkies         Jun 1997
  30      Bill Gosper         Nov 1970
  36      Jason Summers       Jul 2004
  40      Adam P. Goucher     Mar 2013
          Matthias Merzenich
          Jason Summers
  44      Dave Buckingham     Apr 1992
  45      Matthias Merzenich  Apr 2010
  46      Bill Gosper             1971
  48      Noam Elkies         Jun 1997
  50      Dean Hickerson      Oct 1996
          Noam Elkies
          Dave Buckingham
  54      Dieter Leithner     Jan 1998
          Noam Elkies
          Dave Buckingham
  55      Stephen Silver      Oct 1998
  56      Dieter Leithner     Jan 1998
          Dave Buckingham
          Noam Elkies
  57      Matthias Merzenich  Apr 2016
  58      'thunk'             Apr 2016
          Matthias Merzenich
          Chris Cain
  59      Adam P. Goucher     Dec 2009
          Jason Summers
  60      Bill Gosper         Nov 1970
  61      Luka Okanishi       Apr 2016
  ------------------------------------

:T-tetromino The following common predecessor of a traffic light. 


OOO
.O.

:tub (p1) 


.O.
O.O
.O.

:tubber (p3) Found by Robert Wainwright before June 1972. 


....O.O......
....OO.O.....
.......OOO...
....OO....O..
OO.O..OO..O..
.O.O....O.OO.
O...O...O...O
.OO.O....O.O.
..O..OO..O.OO
..O....OO....
...OOO.......
.....O.OO....
......O.O....

:tubeater A pattern that consumes the output of a tubstretcher. The smallest known tubeater was found by Nicolay Beluchenko (September 2005), and is shown below in conjunction with the smallest known tubstretcher. 


........O....................
.......OO....................
.......O.O...................
.............................
..........OO.................
..........OO.................
.......................OOO...
.O......OO...O.........O.....
OO.....O..O.O.O.........O....
O.O...OO.O...O.O..........OOO
....O.........O.O............
...O...........O.O.....OO....
...O..O.........O.O....O.O.O.
.................O.O...O...OO
..................O.....O....
...................O..OO..O..
.....................O.OOOO..
......................OOO...O
..........................OO.
...........................O.
...........................OO
..........................O..
...........................OO

:tubstretcher Any wickstretcher in which the wick is two diagonal lines of cells forming, successively, a tub, a barge, a long barge, etc. The first one was found by Hartmut Holzwart in June 1993, although at the time this was considered to be a boatstretcher (as it was shown with an extra cell, making the tub into a boat). The following small example is by Nicolay Beluchenko (August 2005), using a quarter. 


.......OOO.....
.......O.......
........O......
..........OO...
...........O...
...............
........OO...O.
OOO.....OO..O.O
O......O.O...O.
.O....OO.......
...OOOO.O......
....OO.........

In October 2005, David Bell constructed an adjustable high-period diagonal c/4 rake that burns tubstretcher wicks to create gliders, which are then turned and duplicated by convoys of diagonal c/4 spaceships to re-ignite the stabilized ends of the same wicks.

:tub with tail (p1) The following 8-cell still life. See eater for a use of this object. 


.O...
O.O..
.O.O.
...O.
...OO

:tugalong = tagalong

:tumbler (p14) The smallest known p14 oscillator. Found by George Collins in 1970. The oscillator generates domino sparks, but they are fragile and no use has been found for them to date. In each domino, one cell is "held" (remains alive) for two generations, the other for three. By contrast, useful domino sparks are usually alive for only one tick per oscillator period. 


.O.....O.
O.O...O.O
O..O.O..O
..O...O..
..OO.OO..

:tumbling T-tetson (p8) A T-tetromino hassled by two figure-8s. Found by Robert Wainwright. 


.OOO.................
O..................OO
O...O............O.OO
O..O.O..........O....
..O.O..O...........O.
...O...O.......OO.O..
.......O.......OO....
....OOO....O.........
.........OO..........
...........O.........

:Turing machine See universal computer.

:turner A one-time glider reflector, or in other words a single-glider seed (the term is seldom or never used in relation to spaceships other than gliders). One-time turners may be 90-degree or 180-degree, or they may be 0-degree with the output in the same direction as the input. A reusable turner would instead be called a reflector. Shown on the top row below are the four 90-degree turner reactions that use common small ash objects: boat, eater1, long boat, and toad. 


.O..............O..............O..............O.........
..O..............O..............O..............O........
OOO............OOO............OOO............OOO........
........................................................
........................................................
........................................................
.....OO........OO...............O.......................
....O.O.......O.O..............O.O...............OOO....
.....O........O.................O.O...............OOO...
.............OO..................OO.....................
........................................................
........................................................
........................................................
........................................................
........................................................
.O..............O..............O..............O.........
..O..............O..............O....OO........O........
OOO............OOO............OOO....OO......OOO........
......................................................OO
......................................................OO
........................................................
...O...............OO...................................
..O.O.............O.O............OO..............OO.....
.O.O.............O.O.............OO..............OO.....
.OO..............OO.....................................
........................................................
........................................................
........................................................
........................................................
........................................................
.O......................................................
..O.....................................................
OOO.....................................................
........................................................
........................................................
........................................................
....OO..................................................
..O..O..................................................
..OO....................................................

Of the reactions on the first row, the glider output is the same parity for all but the long boat. The three still lifes are all colour-changing, but the toad happens to be a colour-preserving turner. The third row shows an aircraft carrier serving as a "0-degree turner" that is also colour-changing.

Three of the simplest 180-degree turners are shown in the second row. The Blockic 180-degree turner is colour-preserving. The long boat and long ship are again colour-changing; this is somewhat counterintuitive as the output glider is on exactly the same lane as the input glider, but gliders travelling in opposite directions on the same lane always have opposite colours.

Many small one-time turner constellations have also been catalogued. The 90-degree two-block turner on the right, directly below the toad, is also colour-changing but has the opposite parity.

A one-time turner reaction can be used as part of a glider injection mechanism, or as a switching mechanism for a signal. If a previous reaction has created the sacrificial object, then a later glider is turned onto a new path. Otherwise it passes through the area unaffected. This is one way to create simple switching systems or logic circuits. An example is shown in demultiplexer.

:turning toads (p4 wick) Found by Dean Hickerson, October 1989. 


..............OO.....OO.....OO.....OO.....OO..............
.......O.....O......O......O......O......O................
......OO...O....O.O....O.O....O.O....O.O....O.O.O.OO......
..OO.O.OOO.O..OO..O..OO..O..OO..O..OO..O..OO..O..O..O.OO..
O..O.OO.........................................OOOOO.O..O
OO.O..............................................OO..O.OO
...O..................................................O...
...OO................................................OO...

:turtle (c/3 orthogonally, p3) A spaceship found by Dean Hickerson in August 1989 that produces a domino spark at the back. Hickerson used this spark to convert an approaching HWSS into a loaf, as part of the first sawtooth. (Also see tractor beam). The shape of the back end of the turtle is distinctive. Very similar but wider back ends have been found in other c/3 ships to produce period 9 and 15 spaceships. 


.OOO.......O
.OO..O.OO.OO
...OOO....O.
.O..O.O...O.
O....O....O.
O....O....O.
.O..O.O...O.
...OOO....O.
.OO..O.OO.OO
.OOO.......O

:twin bees shuttle (p46) Found by Bill Gosper in 1971, this was the basis of all known true p46 guns, and all known p46 oscillators except for glider signal loops using Snarks, until the discovery of Tanner's p46 in 2017. See new gun for an example. There are numerous ways to stabilize the ends, two of which are shown in the diagram. On the left is David Bell's double block reaction (which results in a shorter, but wider, shuttle than usual), and on the right is the stabilization by a single block. This latter method produces the very large twin bees shuttle spark which is useful in a number of ways. See metamorphosis for an example. Adding a symmetrically placed block below this one suppresses the spark. See also p54 shuttle. 


.OO........................
.OO........................
...........................
...............O...........
OO.............OO........OO
OO..............OO.......OO
...........OO..OO..........
...........................
...........................
...........................
...........OO..OO..........
OO..............OO.........
OO.............OO..........
...............O...........
...........................
.OO........................
.OO........................

:twin bees shuttle pair Any arrangement of two twin bees shuttles such that they interact. There are many ways that the two shuttles can be placed, either head-to-head, or else at right angles. Glider guns can be constructed in at least five different ways. Here is one by Bill Gosper in which the shuttles interact head-to-head: 


.................O...............................
OO...............OO..............................
OO................OO.............................
.................OO...........OO.................
.............................O.O.................
.............................O...................
.............................OOO.................
.................OO..............................
..................OO.............................
.................OO..............................
.................O...........OOO.................
.............................O.................OO
.............................O.O...............OO
..............................OO.................
For other examples, see new gun, edge shooter, double-barrelled and natural Heisenburp.

:twin bees shuttle spark The large and distinctive long-lived spark produced, most commonly, by the twin bees shuttle. It starts off as shown below. 


..OO.
..OO.
.O..O
O.OO.
O.OO.
After 3 generations it becomes symmetric along the horizontal axis, after 9 generations it becomes symmetric along the vertical axis also, and finally dies after 18 generations.

Since the spark is isolated and long-lived, there are many possible perturbations that it can perform. One of the most useful is demonstrated in metamorphosis where a glider is converted into a LWSS. Another useful one can turn a LWSS by 90 degrees: 


O..O.........
....O........
O...O.....O..
.OOOO....OOO.
........O...O
........OO.OO
........OO.OO
.............
........OO.OO
........OO.OO
........O...O
.........OOO.
..........O..

:twinhat (p1) See also hat and sesquihat. 


..O...O..
.O.O.O.O.
.O.O.O.O.
OO.O.O.OO
....O....

:twin peaks = twinhat

:twirling T-tetsons II (p60) Found by Robert Wainwright. This is a pre-pulsar hassled by killer toads. 


.......OO...OO..........
......O.......O.........
.........O.O............
.......OO...OO..........
........................
........................
........................
.....................OOO
....................OOO.
.............O..........
OOO.........OOO.........
.OOO....................
....................OOO.
.....................OOO
........................
.OOO....................
OOO.........OOO.........
.............O..........
........................
........................
..........OO...OO.......
............O.O.........
.........O.......O......
..........OO...OO.......

:TWIT = eater5

:two-arm The type of universal constructor exemplified by the original Gemini spaceship, where two independently programmed construction arms sent gliders in pairs on 90-degree paths to collide with each other at the construction site. Construction recipes for two-arm constructors are much more efficient in general, but they require many more circuits and multiple independent data streams, which both tend to increase the complexity of self-constructing circuitry. Compare single-arm.

:two-bit spark = duoplet.

:two eaters (p3) Found by Bill Gosper, September 1971. 


OO.......
.O.......
.O.O.....
..OO.....
.....OO..
.....O.O.
.......O.
.......OO

:two pulsar quadrants (p3) Found by Dave Buckingham, July 1973. Compare pulsar quadrant. 


....O....
....O....
...OO....
..O......
O..O..OOO
O...O.O..
O....O...
.........
..OOO....
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/Help/Lexicon/lex_w.htm0000755000175000017500000006055513317135606014357 00000000000000 Life Lexicon (W)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:Wainwright's tagalong A small p4 c/4 diagonal tagalong that has 7 cells in every phase. It is shown here attached to the back of a Canada goose. 


OOO.............
O.........OO....
.O......OOO.O...
...OO..OO.......
....O...........
........O.....O.
....OO...O...OO.
...O.O.OO....O.O
...O.O..O.OO.O..
..O....OO.....O.
..OO............
..OO............

:washerwoman (2c/3 p18 fuse) A fuse discovered by Earl Abbe, published in LifeLine Vol 3, September 1971. 


O.......................................................
OO....O.....O.....O.....O.....O.....O.....O.....O.....O.
OOO..O.O...O.O...O.O...O.O...O.O...O.O...O.O...O.O...O.O
OO....O.....O.....O.....O.....O.....O.....O.....O.....O.
O.......................................................

:washing machine (p2) Found by Robert Wainwright before June 1972. 


.OO.OO.
O.OO..O
OO....O
.O...O.
O....OO
O..OO.O
.OO.OO.

:wasp (c/3 orthogonally, p3) The following spaceship which produces a domino spark at the back. It is useful for perturbing other objects. Found by David Bell, March 1998. 


..........OO.OO.......
........OO.O.OO.OO....
.....OOO.O..OOO..OOOO.
.OOO....OOO.....O....O
O.O.O.OOO.O........OO.
O.O.O.OOOO............
.O.O....O..O..........
..........O...........
..O...................
..O...................

:waterbear ((23,5)c/79 obliquely, p158) A self-supporting oblique macro-spaceship constructed by Brett Berger on December 28, 2014. It is currently the fastest oblique macro-spaceship in Conway's Game of Life by several orders of magnitude, and is also the smallest known oblique macro-spaceship in terms of bounding box, superseding the Parallel HBK. It is no longer the smallest or fastest oblique spaceship due to the discovery in 2018 of the elementary knightship Sir Robin.

Previous oblique spaceships, the Gemini and the half-baked knightships, are stationary throughout almost all of their life cycles, as they construct the necessary mechanisms to support a sudden short move. The waterbear constructs support for reburnable fuse reactions involving (23,5)c/79 Herschel climbers that are in constant motion.

:wave A wick-like structure attached at both ends to moving spaceship-like patterns, in such a way that the entire pattern is mobile. Especially if the wave gets longer over time, the supporting patterns are wavestretchers.

Also, the gliders or spaceships emitted by a rake may be referred to as a wave, again because the line as a whole appears to move in a different direction from the individual components, due to the rake's movement. Compare with stream.

In general a wave can be interpreted as moving at a variety of different velocities, depending on which specific subcomponents are chosen as the starting and ending points for calculating speed and direction. See antstretcher, wavestretcher for a practical example of identical wave ends being connected to spaceships with different velocities.

:wavefront (p4) Found by Dave Buckingham, 1976 or earlier. 


........OO...
........O....
.........O...
........OO...
.....OO...OO.
....O..OOO..O
....O.....OO.
.....O...O...
OO.O.O...O...
O.OO.O.OO....
....O.O......
....O.O......
.....O.......

:waveguide = superstring.

:wavestretcher A spaceship pattern that supports a connection to an extensible periodic wick-like structure, whose speed and/or direction of propagation are different from those of the wavestretcher spaceship.

Connecting the following to a standard diagonal antstretcher creates a new oblique wavestretcher (a type of growing spaceship) and also an alternate space nonfiller mechanism. 


.......................................................O.....
.......................................................OO....
.....................................................O..O....
....................................................O........
.................................................OO..O.......
................................................O..O.........
.................................................O...........
.............................................O...OO..........
............................................O.OO.............
...........................................OO..O.............
...........................................OO.OO.............
...........................................O..O..OO..........
..........................................OO......OO.........
...........................................O.OO.O.OO.........
..........................................O.OOO.O............
..........................................O.O.O.O............
.............................................................
........................................O...O................
.......................................OO....................
.....................................OOO..O..................
..................................OO.OO......................
...................................O.........................
....................................O.O......................
...................................O.........................
...................................O..O......................
..................................O..........................
.....................................O.......................
..................................OOOO.......................
................................O.OO.O.......................
.....................................O.......................
................................O............................
.................................O..O........................
...................................O.........................
.........................O....OOO....................OOO.....
OO......................O.OOO....O......................O...O
..OO.OO.................O..O....O....................O...O...
..OO...OO.OO...............O..O................OO.O...O.OOOO.
OO.....OO...OO.OO.........OO.OOO...OO..OO.OOO.O....O.....O..O
.....OO.....OO...OO.OO......O.OO..O.O..OOO.OO.O.O...O......O.
..........OO.....OO...OO.O...O....O.O.O..OO..O..O...OOOO.....
...............OO.....OO..O.O.OO..O..O.......................
....................OO...........O....O..........OO...OO.....
.......................................O..........O..........
....................................O........................
....................................OO.......................
A required supporting c/5 spark is shown at the right edge. It can be supplied by a spider or another c/5 orthogonal spaceship with a similar edge spark. Alternatively, the c/5 component could theoretically be replaced by a supporting spaceship travelling diagonally at c/6, to support the same oblique trail of ants. As of June 2018 no workable c/6 component has been found.

:wedge A 26-cell quadratic growth pattern found by Nick Gotts in March 2006, based on ideas found in metacatacryst and Gotts dots. It held the record for the smallest-population quadratic growth pattern for eight years, until it was surpassed by 25-cell quadratic growth. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:wedge grow = wedge.

:weekender (2c/7 orthogonally, p7) Found by David Eppstein in January 2000. In April 2000 Stephen Silver found a tagalong for a pair of weekenders. At present, n weekenders pulling n-1 tagalongs constitute the only known spaceships of this speed or period, except for variants of the weekender distaff that suppress its output gliders. 


.O............O.
.O............O.
O.O..........O.O
.O............O.
.O............O.
..O...OOOO...O..
......OOOO......
..OOOO....OOOO..
................
....O......O....
.....OO..OO.....

:weekender distaff (2c/7, p16982) The first orthogonal 2c/7 rake, constructed by Ivan Fomichev on May 22nd, 2014. It uses the weak sparks from weekenders to perturb an LWSS into an active reaction in a variable-period loop, which produces a series of slow salvo gliders that finally rebuilds the LWSS.

:weld To join two or more still lifes or oscillators together. This is often done in order to fit the objects into a smaller space than would otherwise be possible. The simplest useful example is probably the integral sign, which can be considered as a pair of welded eater1s.

:Wheels, Life, and other Mathematical Amusements One of Martin Gardner's books (1983) that collects together material from his column in Scientific American. The last three chapters of this book contain all the Life stuff.

:why not (p2) Found by Dave Buckingham, July 1977. 


...O...
...O.O.
.O.....
O.OOOOO
.O.....
...O.O.
...O...

:wick A stable or oscillating linearly repeating pattern that can be made to burn at one end. See fuse. Wicks are often fairly dense, with repeating units directly connected or at least adjacent to each other, as in the beehive lightspeed wire for example. However, sparse wicks such as the blocks in the 31c/240 Herschel-pair climber are known, and arbitrarily sparse wicks can be constructed.

:wickstretcher A spaceship-like object which stretches a wick that is fixed at the other end. The wick here is assumed to be in some sense connected, otherwise most puffers would qualify as wickstretchers. The first example of a wickstretcher was found in October 1992 (front end by Hartmut Holzwart and back end by Dean Hickerson) and stretches ants at a speed of c/4. This is shown below with an improved back end found by Hickerson the following month. 


.................OO..............................
.............OO....O.............................
............OOO.O................................
O.OO..OO...O...OOOO.O.O....OO.......OO...........
O....OO..O........O.OOO....O....OO.O..O.OO.O.....
O.OO....OO.OO....O...........O...O.O.OO.O.OO.....
......O.......O.............OO.....O..O.O...OO...
.....O.........O.O....OOO...O....O..O.O.OOO...O..
.....O.........O.O....OOO.OO.O..OO.O.O...O..OO.O.
......O.......O.............OO.O...OO....OO....O.
O.OO....OO.OO....O..........O........OO.O.O.OO.OO
O....OO..O........O.OOO........O...O...OO.O..O.O.
O.OO..OO...O...OOOO.O.O.......O.O...OO....O..O.O.
............OOO.O..............O.....O.OOO....O..
.............OO....O.................O.O.........
.................OO...................O..........

Diagonally moving c/4 and c/12 wickstretchers have also been built: see tubstretcher and linestretcher. In July 2000 Jason Summers constructed a c/2 wickstretcher, stretching a p50 traffic jam wick, based on an earlier (October 1994) pattern by Hickerson. A c/5 diagonal wickstretcher was found in January 2011 by Matthias Merzenich, who also discovered a c/5 orthogonal wickstretcher two years later in March 2013.

:wicktrailer Any extensible tagalong or component that can be attached to itself, as well as to the back of a spaceship. The number of generations that it takes for the component to occur again in the same place is often called the period of the wicktrailer. This has little relation to the period of the component. See branching spaceship for an example of a wicktrailer that is part of a p2 spaceship, but repeats itself in the same location at period 20.

:windmill (p4) Found by Dean Hickerson, November 1989. 


...........O......
.........OO.O.....
.......OO.........
..........OO......
.......OOO........
..................
OOO...............
...OO..OOO.OO.....
..........OOOOOOO.
.OOOOOOO..........
.....OO.OOO..OO...
...............OOO
..................
........OOO.......
......OO..........
.........OO.......
.....O.OO.........
......O...........

:wing The following induction coil. This is generation 2 of block and glider. 


.OO.
O..O
.O.O
..OO

In an unrelated use, "wing" may also refer to an arm of a spaceship.

:WinLifeSearch Jason Summers' GUI version of lifesrc for MS Windows. It is available from http://entropymine.com/jason/life/software/.

:Winning Ways A two-volume book (1982) by Elwyn Berlekamp, John Conway and Richard Guy on mathematical games. The last chapter of the second volume concerns Life, and outlines a proof of the existence of a universal constructor.

:wire A repeating stable structure, usually fairly dense, that a signal can travel along without making any permanent change. Known wires include the diagonal 2c/3 wire, and orthogonal lightspeed wire made from a chain of beehives. Diagonal lightspeed wires are known, but the required signals are fairly complex and have no known glider synthesis.

:with the grain A term used for negative spaceships travelling in zebra stripes agar, parallel to the stripes, and also for with-the-grain grey ships.

Below are three small examples of "negative spaceships" found by Gabriel Nivasch in July 1999, travelling with the grain through a stabilized finite segment of zebra stripes agar: 


.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O.
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
................................................O.....
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OOOO....OOO.
O.........................................OO.....O...O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.....OOOOOOOOO.
.............................................O........
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.........OO..OOO.
O.....................................O.O.....OO.O...O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO...O.....OOO.OOO.
.............................................O........
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.....OOOOOOOOO.
O.........................................OO.....O...O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OOOO....OOO.
................................................O.....
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOOOOOOOOO.
O..........................OO...OO...OO...OO..O......O
.OOOOOOOOOOOOOOOOOOOOOOO...O....O....O....O.....OOOOO.
...........................OO...OO...OO...OO...O......
.OOOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOO..OOOOOOO.
O........................OO...OO...OO...OO...OO......O
.OOOOOOOOOOOOOOOOOOOOOOO...OO...OO...OO...OO...OOOOOO.
................................................O.....
.OOOOOOOOOOOOOOOOOOOOO...........................OOOO.
O................................................O...O
.OOOOOOOOOOOOOOOOOOOOO...........................OOOO.
................................................O.....
.OOOOOOOOOOOOOOOOOOOOOOO...OO...OO...OO...OO...OOOOOO.
O........................OO...OO...OO...OO...OO......O
.OOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOO..OOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O....................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
......................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O.
It has been proven that signals travelling non-destructively with the grain through zebra stripes cannot travel at less than the speed of light.

:with-the-grain grey ship A grey ship in which the region of density 1/2 consists of lines of ON cells lying parallel to the direction in which the spaceship moves. See also against-the-grain grey ship.

:WLS = WinLifeSearch

:worker bee (p9) Found by Dave Buckingham in 1972. Unlike the similar snacker this produces no sparks, and so is not very important. Like the snacker, the worker bee is extensible. It is, in fact, a finite version of the infinite oscillator which consists of six ON cells and two OFF cells alternating along a line. Note that Dean Hickerson's new snacker ends also work here. 


OO............OO
.O............O.
.O.O........O.O.
..OO........OO..
................
.....OOOOOO.....
................
..OO........OO..
.O.O........O.O.
.O............O.
OO............OO

:W-pentomino Conway's name for the following pentomino, a common loaf predecessor. 


O..
OO.
.OO

:*WSS Any of the standard orthogonal spaceships - LWSS, MWSS, or HWSS. At one point the term fish was more common for this group of spaceships.

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Introduction | Bibliography
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:Q = Quetzal

:qd Abbreviation for quarter diagonal.

:Q-pentomino Conway's name for the following pentomino, a traffic light predecessor. 


OOOO
...O

:quad (p2) Found by Robert Kraus, April 1971. Of all oscillators that fit in a 6x6 box this is the only flipper. 


OO..OO
O..O.O
.O....
....O.
O.O..O
OO..OO

:QuadLife A form of colourised Life in which there are four types of ON cell. A newly-born cell takes the type of the majority of its three parent cells, or the remaining type if its parent cells are all of different types. In areas where there are only two types of ON cell QuadLife reduces to Immigration.

:quadpole (p2) The barberpole of length 4. 


OO.....
O.O....
.......
..O.O..
.......
....O.O
.....OO

:quad pseudo A still life that can be broken down into four stable pieces but not into two or three. This term may refer to the following 34-bit pattern, found by Gabriel Nivasch in July 2001, or any similar pattern with the same property. 


........OO.
...OO.O..O.
...O.OO.O..
........OO.
...O.OO...O
.OOO.OO.OO.
O.......O..
.OOO.OO.O..
...O.O.O...

As a consequence of the Four-Colour Theorem, there can be no analogous objects requiring decomposition into five or more pieces. By convention, patterns like this and the triple pseudo are considered to be pseudo still lifes, not strict still lifes. As of June 2018, it has been shown that no quad pseudo patterns exist with 32 or fewer bits, but a 33-bit pattern with this property may theoretically still be found.

:quadratic filter A toolkit developed by Dean Hickerson and Gabriel Nivasch in 2006, enabling the construction of patterns with asymptotic population growth matching an infinite number of different sublinear functions - namely, O(t(1/2n)) for any chosen n. See also exponential filter, recursive filter.

:quadratic growth The fastest possible asymptotic rate of population growth for any Life pattern - O(t2) in big-O notation, where t is the number of ticks. The first quadratic-growth pattern found was Bill Gosper's 1971 breeder. Many other types of breeders and spacefillers have been constructed since.

In April 2011, Stephen Silver gave an example of a one-cell-thick pattern over a million cells long that exhibited quadratic growth. In October 2015, Chris Cain constructed a one-cell-thick pattern with a reduced bounding box of 2596x1, improving on a series of previous longer results. The smallest known quadratic growth pattern by initial population is the 23-cell switch-engine ping-pong by Michael Simkin.

There are an infinite number of possible growth rates between linear and quadratic growth. See superlinear growth.

:quadratic replicator A pattern that fills all or part of the Life plane by making copies of itself in a nonlinear way. Small quadratic replicators are known in other Life-like rules, but as of July 2018 no example has been found or constructed in Conway's Life.

:quadratic sawtooth Any sawtooth pattern with a quadratic envelope, or specifically a pattern assembled by Martin Grant in May 2015, consisting of two caber tossers with period multipliers for timing which activate and deactivate two toggleable rake guns (see toggleable gun). The gliders emitted by those rakes annihilate on the diagonal while the rakes are eaten by 2c/5 ships. All the rakes and gliders are destroyed before the next cycle. See also Osqrtlogt.

:quadri-Snark A period-multiplying colour-preserving signal conduit found by Tanner Jacobi in October 2017, producing one output glider for every four input gliders. It is made by replacing one of the eaters in a tremi-Snark with a catalyst found using Bellman. The catalyst causes the formation of a tub which then requires an additional glider to delete. However, this adds 5 ticks to the repeat time, so that it becomes 48. If period quadrupling is needed with a colour-changing reaction, a CP semi-Snark and a CC semi-Snark can be used in series, or a period-multiplying Herschel conduit can be connected to a syringe and an appropriately chosen Herschel-to-glider converter. 


.O.......................................................
..O......................................................
OOO......................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.............O...........................................
..............O..........................................
............OOO..........................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................O...............................
..........................O..............................
........................OOO..............OO..............
..........................................O..............
........................................O.....OO.........
........................................OO.....O.........
...............................................O.OO......
........................................OO..OO.O..O......
........................................OO...O.OO........
.............................................O...........
............................................OO...........
...................................................OO....
.....................................O.............O.O...
......................................O..............O...
....................................OOO..............O.OO
...........................................OO.....OO.O.O.
...........................................OO.....OO.O.O.
.....................................................O.OO
..................................OO..............OOOO..O
.................................O.O..............O...OO.
.................................O..................OO...
................................OO...................O...
...................................................O.....
...................................................OO....

:quapole = quadpole

:quarter (c/4 diagonally, p4) The following spaceship, found by Jason Summers in September 2000. The name is due to the 25-cell minimum population. This is the smallest known c/4 spaceship other than the glider. This spaceship can also be used to make the smallest known tubstretcher. 


........OO...
.......OO....
.........O...
...........OO
..........O..
.............
.........O..O
.OO.....OO...
OO.....O.....
..O....O.O...
....OO..O....
....OO.......

:quarter diagonal A unit of measurement sometimes used for diagonal distances, especially for slow salvo glider lanes. One advantage of measurement in quarter diagonals is that gliders travel diagonally at 1qd/tick, so that the same integer value can serve as either a time or a diagonal distance measurement.

:quasar (p3) Found by Robert Wainwright, August 1971. This is related to the pulsar, and is just the smallest of an extensible series of p3 oscillators built using pulsar quadrants which are shifted with respect to each other. 


..........OOO...OOO..........
.............................
........O....O.O....O........
........O....O.O....O........
........O....O.O....O........
..........OOO...OOO..........
.............................
........OOO.......OOO........
..OOO..O....O...O....O..OOO..
.......O....O...O....O.......
O....O.O....O...O....O.O....O
O....O.................O....O
O....O..OOO.......OOO..O....O
..OOO...................OOO..
.............................
..OOO...................OOO..
O....O..OOO.......OOO..O....O
O....O.................O....O
O....O.O....O...O....O.O....O
.......O....O...O....O.......
..OOO..O....O...O....O..OOO..
........OOO.......OOO........
.............................
..........OOO...OOO..........
........O....O.O....O........
........O....O.O....O........
........O....O.O....O........
.............................
..........OOO...OOO..........
Here is the next oscillator in the series. 

..................OOO...OOO..................
.............................................
................O....O.O....O................
................O....O.O....O................
................O....O.O....O................
..................OOO...OOO..................
.............................................
................OOO.......OOO................
..........OOO..O....O...O....O..OOO..........
...............O....O...O....O...............
........O....O.O....O...O....O.O....O........
........O....O.................O....O........
........O....O..OOO.......OOO..O....O........
..........OOO...................OOO..........
.............................................
........OOO.......................OOO........
..OOO..O....O...................O....O..OOO..
.......O....O...................O....O.......
O....O.O....O...................O....O.O....O
O....O.................................O....O
O....O..OOO.......................OOO..O....O
..OOO...................................OOO..
.............................................
..OOO...................................OOO..
O....O..OOO.......................OOO..O....O
O....O.................................O....O
O....O.O....O...................O....O.O....O
.......O....O...................O....O.......
..OOO..O....O...................O....O..OOO..
........OOO.......................OOO........
.............................................
..........OOO...................OOO..........
........O....O..OOO.......OOO..O....O........
........O....O.................O....O........
........O....O.O....O...O....O.O....O........
...............O....O...O....O...............
..........OOO..O....O...O....O..OOO..........
................OOO.......OOO................
.............................................
..................OOO...OOO..................
................O....O.O....O................
................O....O.O....O................
................O....O.O....O................
.............................................
..................OOO...OOO..................

:quasi still life A stable constellation where the individual still lifes share dead cells, so the neighborhoods of those dead cells are changed, but all cells that used to remain dead from under-population still do so. Under Life rules, this occurs when objects are diagonally adjacent (e.g., two blocks sharing a single diagonal neighbor) or when single protruding cells in two objects such as tubs share multiple neighbors. The term is due to Mark Niemiec. 

  ----------------
  Bits       Count
  ----------------
   8             6
   9            13
  10            57
  11           141
  12           465
  13          1224
  14          3956
  15         11599
  16         36538
  17        107415
  18        327250
  19        972040
  20       2957488
  21       8879327
  22      26943317
  ----------------

As the number of bits increases, the quasi still life count goes up exponentially by approximately O(3.04n), slightly more than a factor of three. By comparison, the rate for strict still lifes is about O(2.46n) while for pseudo still lifes it's around O(2.56n).

:queen bee See queen bee shuttle.

:queen bee shuttle (p30) Found by Bill Gosper in 1970. There are a number of ways to stabilize the ends. Gosper originally stabilized shuttles against one another in a square of eight shuttles. Two simpler methods are shown here; for a third see buckaroo. The queen bee shuttle is the basis of all known true p30 guns (see Gosper glider gun). 


.........O............
.......O.O............
......O.O.............
OO...O..O.............
OO....O.O.............
.......O.O........OO..
.........O........O.O.
....................O.
....................OO

:queen bee shuttle pair Any arrangement of two queen bee shuttles such that the two beehives created between them are consumed in some way. There are many ways that the two shuttles can be placed, either head-to-head, or else at right angles. The most well-known and useful arrangement results in the Gosper glider gun.

Other arrangements don't create any lasting output, but create large sparks which can perturb objects (especially gliders) in various ways. For example, one arrangement of a queen bee shuttle pair was used in the original unit Life cell as a memory cell. Here an input glider is converted into a block, which remains until it is deleted by a glider on a right-angled path. 


.......................O.
......................O..
......................OOO
.........................
.............O...........
............O.O..........
............OO.O.........
............OO.OO........
............OO.O.........
..OO........O.O..........
.O.O.........O....OOO....
.O................OOO....
OO...............O...O...
................O.....O..
.................O...O...
..................OOO....
.........................
.........................
.........................
.........................
.........................
.........................
.........................
................OO.......
.................O.......
..............OOO........
..............O..........
See p690 gun and metamorphosis II for two more examples.

:Quetzal Any Herschel track-based gun with a period below 62, which is the lowest period with a stable glider-emitting conduit. This was Dieter Leithner's name for the true p54 glider gun he built in January 1998 - a short form of Quetzalcoatlus, which expresses the fact that the gun was a very large Herschel loop that was not an emu. Shortly afterwards Leithner also built a p56 Quetzal using a mechanism found by Noam Elkies for this purpose. In October 1998 Stephen Silver constructed a p55 Quetzal using Elkies' p5 reflector of the previous month. Quetzals of periods 57-61 have since been constructed.

Some of the more recent Quetzals are not Herschel loops, but are instead short Herschel tracks firing several glider streams all but one of which is reflected back to the beginning of the track to create a new Herschel. Noam Elkies first had the idea of doing this for the p55 case, and Stephen Silver constructed the resulting gun shortly after building the original (much larger) p55 Quetzal. Jason Summers later built a p54 version, which is more complicated because the evenness of the period makes the timing problems considerably more difficult.

:Quetzalcoatlus A giant flying dinosaur after which Dieter Leithner named his p54 gun. Usually abbreviated to Quetzal, or simply Q (as in Q54, Q55, Q56, Q-gun, etc.).

:quilt = squaredance

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:UC = universal constructor.

:underpopulation Death of a cell caused by it having fewer than two neighbours. See also overpopulation.

:unit cell = unit Life cell.

:unit Life cell A rectangular pattern, of size greater than 1x1, that can simulate Life in the following sense. The pattern by itself represents a dead Life cell, and some other pattern represents a live Life cell. When the plane is tiled by these two patterns (which then represent the state of a whole Life universe) they evolve, after a fixed amount of time, into another tiling of the plane by the same two patterns which correctly represents the Life generation following the one they initially represented.

It is usual to use the prefix "meta-" for simulated Life features, so, for example, for the first known unit Life cell (constructed by David Bell in January 1996), one metatick is 5760 ticks, and one metacell is 500x500 cells. Capital letters were originally used to make this distinction - e.g., Generation, Cell - but this usage is no longer common.

In December 2005, Jason Summers constructed an analogous unit cell for Wolfram's Rule 110, a one-dimensional cellular automaton that is known be universal. See also OTCA metapixel, p1 megacell.

:universal See universal computer, universal constructor, universal toolkit.

:universal computer A computer that can compute anything that is computable. (The concept of computability can be defined in terms of Turing machines, or by Church's lambda calculus, or by a number of other methods, all of which can be shown to lead to equivalent definitions.) The relevance of this to Life is that both Bill Gosper and John Conway proved early on that it is possible to construct a universal computer in the Life universe. (To prove the universality of a cellular automaton with simple rules was in fact Conway's aim in Life right from the start.) Conway's proof is outlined in Winning Ways, and also in The Recursive Universe.

Until recently, no universal Life computer had ever been built in practice In April 2000, Paul Rendell completed a Turing machine construction (see http://rendell-attic.org/gol/tm.htm for details). This, however, has a finite tape, as opposed to the infinite tape of a true Turing machine, and is therefore not a universal computer. But in November 2002, Paul Chapman announced the construction of a universal computer, see http://www.igblan.free-online.co.uk/igblan/ca/. This is a universal register machine based around Dean Hickerson's sliding block memory.

In 2009 Adam P. Goucher constructed a programmable Spartan universal computer/constructor pattern using stable Herschel circuitry. It included memory tapes and registers capable of holding a simple universal instruction set and program data, and also a minimal single-arm universal constructor. Its size meant that it was extremely impractical to program it to be self-constructing, though this was theoretically possible if the escape of large numbers of gliders could be allowed as a side effect.

In February 2010, Paul Rendell completed a universal Turing machine design with an unlimited tape, as described in his thesis at http://eprints.uwe.ac.uk/22323/1/thesis.pdf.

In 2016 Nicolas Loizeau ("Coban") completed a Life pattern emulating a complete 8-bit programmable computer.

See also universal constructor.

:universal constructor A pattern that is capable of constructing almost any pattern that has a glider synthesis. This definition is a bit vague. A precise definition seems impossible because it is not known, for example, whether all still lifes are constructible. In any case, a universal constructor ought to be able to construct itself in order to qualify as such.

An outline of Conway's proof that such a pattern exists can be found in Winning Ways, and also in The Recursive Universe. The key mechanism for the production of gliders with any given path and timing is known as side-tracking, and is based on the kickback reaction. A universal constructor designed in this way can also function as a universal destructor: it can delete almost any pattern that can be deleted by gliders.

In May 2004, Paul Chapman and Dave Greene produced a prototype programmable universal constructor. This is able to construct objects by means of slow glider constructions. It likely that it could be programmed to construct itself, but the necessary program would be very large; moreover an additional mechanism would be needed in order to copy the program.

A universal constructor is theoretically most useful when attached to a universal computer, which can be programmed to control the constructor to produce the desired pattern of gliders. In what follows I will assume that a universal constructor always includes this computer.

The existence of a universal constructor/destructor has a number of theoretical consequences.

For example, the constructor could be programmed to make copies of itself. This is a replicator.

The constructor could even be programmed to make just one copy of itself translated by a certain amount and then delete itself. This would be a (very large, very high period) spaceship. Any translation is possible, so that the spaceship could travel in any direction. If the constructor makes a rotated but unreflected copy of itself, the result would be a looping spaceship or reflectorless rotating oscillator.

The constructor could also travel slower than any given speed, since we could program it to perform some time-wasting task (such as repeatedly constructing and deleting a block) before copying itself. Of course, we could also choose for it to leave some debris behind, thus making a puffer.

It is also possible to show that the existence of a universal constructor implies the existence of a stable reflector. This proof is not so easy, however, and is no longer of much significance now that explicit examples of such reflectors are known.

Progressively smaller universal-constructor mechanisms without an attached universal computer have been used in the linear propagator, spiral growth pattern, and the Demonoids and Orthogonoid. See also single-channel.

Another strange consequence of the existence of universal constructors was pointed out by Adam P. Goucher and Tanner Jacobi in 2015. Any glider-constructible pattern, no matter how large, can be constructed with a fixed number of gliders, by working out a construction recipe for a universal constructor attached to a decoder that measures the distance to a faraway object. The object's position encodes a numeric value that can be processed to retrieve as many bits of information as are needed to build a slow salvo to construct any given target pattern. The simplest design, requiring less than a hundred gliders, is described in reverse caber tosser.

:universal destructor See universal constructor.

:universal register machine = URM

:universal regulator A regulator in which the incoming gliders are aligned to period 1, that is, they have arbitrary timing (subject to some minimum time required for the regulator to recover from the previous glider).

Paul Chapman constructed the first universal regulator in March 2003. It is adjustable, so that the output can be aligned to any desired period. A stable universal regulator was constructed by Dave Greene in September 2015, with a minimum delay between test signals of 1177 ticks. Later stable versions have reduced the delay to 952 ticks.

A universal regulator can allow two complex circuits to interact safely, even if they have different base periods. For example, signals from a stable logic circuit could be processed by a period-30 mechanism, though the precise timing of those signals would change in most cases.

:universal toolkit A set of Life reactions and mechanisms that can be used to construct any object that can be constructed by glider collisions. Different universal toolkits were used to construct the linear propagator, 10hd Demonoid, 0hd Demonoid, and Orthogonoid, for example.

:universe The topology of the cells in the Life grid. In the normal universe (the usual Life arena), the grid is infinite in both directions. In a cylindrical universe, the grid is finite in one direction, and the cells at the two edges are adjacent to each other. In a torus universe, the grid is finite in both directions, and the cells at the top and bottom edges are adjacent, and the cells at the left and right edges are adjacent. There are several other more obscure types of universe.

Objects found in the cylindrical and toroidal universes can also run in the normal universe if an infinite number of copies are arranged to support each other. Sometimes the objects can be supported in other ways to make a useful finite object. This is one reason that soup searches are run in alternative universes, to find such objects.

:unix (p6) Two blocks eating a long barge. This is a useful sparker, found by Dave Buckingham in February 1976. The name derives from the fact that it was for some time the mascot of the Unix lab of the mathematics faculty at the University of Waterloo. 


.OO.....
.OO.....
........
.O......
O.O.....
O..O..OO
....O.OO
..OO....

:unknown fate An object whose fate is in some way unanswerable with our current knowledge. The simplest way that the fate of an object can be unknown involves the question of whether or not it exhibits infinite growth. For example, the fate of the Fermat prime calculator is currently unknown, but its behaviour is otherwise predictable.

A different type of unknown fate is that of the Collatz 5N+1 simulator, which may become stable, or an oscillator, or have an indefinitely growing bounding box. Its behavior is otherwise predictable, and unlike the Fermat prime calculator the population is known to be bounded.

Life objects having even worse behaviour (e.g. chaotic growth) are not known as of July 2018.

:up boat with tail = trans-boat with tail

:U-pentomino Conway's name for the following pentomino, which rapidly dies. 


O.O
OOO

:URM A universal register machine, particularly Paul Chapman's Life implementation of such a machine. See universal computer for more information.

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Life Lexicon

Release 29, 2018 July 2
Multipage HTML version

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INTRODUCTION
This is a lexicon of terms relating to John Horton Conway's Game of Life. It is also available in a single-page HTML version and an ASCII version.

This lexicon was originally compiled between 1997 and 2006 by Stephen A. Silver, and was updated in 2016-18 by Dave Greene and David Bell. See below for additional credits.

The latest versions of this lexicon (both HTML and ASCII) should be available from the Life Lexicon Home Page.

CREDITS
The largest single source for the early versions of this lexicon was a glossary compiled by Alan Hensel "with indispensable help from John Conway, Dean Hickerson, David Bell, Bill Gosper, Bob Wainwright, Noam Elkies, Nathan Thompson, Harold McIntosh, and Dan Hoey".

Other sources include the works listed in the bibliography at the end of this lexicon, as well as pattern collections by Alan Hensel and David Bell (and especially Dean Hickerson's file stamp.l in the latter collection), and the web sites of Mark Niemiec, Paul Callahan, Achim Flammenkamp, Robert Wainwright and Heinrich Koenig. Recent releases also use a lot of information from Dean Hickerson's header to his 1995 stamp file. Most of the information on recent results is from the discoverers themselves, or from Nathaniel Johnston's excellent resources at http://www.conwaylife.com, including both the LifeWiki and the discussion forums.

The following people all provided useful comments on earlier releases of this lexicon: David Bell, Nicolay Beluchenko, Johan Bontes, Daniel Collazo, Scot Ellison, Nick Gotts, Ivan Fomichev, Dave Greene, Alan Hensel, Dean Hickerson, Dieter Leithner, Mark Niemiec, Gabriel Nivasch, Andrzej Okrasinski, Arie Paap, Peter Rott, Chris Rowett, Tony Smith, Ken Takusagawa, Andrew Trevorrow, Malcolm Tyrrell, and the conwaylife.com forum users with the handles 'thunk' and 'Apple Bottom'.

The format, errors, use of British English and anything else you might want to complain about are by Stephen Silver -- except that for post-Version 25 definitions, everything besides the British English may well be Dave Greene's fault instead.

COPYING
This lexicon is copyright (C) Stephen Silver, 1997-2018. It may be freely copied, modified and distributed under the terms of the Creative Commons Attribution-ShareAlike 3.0 Unported licence (CC BY-SA 3.0), as long as due credit is given. This includes not just credit to those who have contributed in some way to the present version (see above), but also credit to those who have made any modifications.
LEXICOGRAPHIC ORDER
I have adopted the following convention: all characters (including spaces) other than letters and digits are ignored for the purposes of ordering the entries in this lexicon. (Many terms are used by some people as a single word, with or without a hyphen, and by others as two words. My convention means that I do not have to list these in two separate places. Indeed, I list them only once, choosing whichever form seems most common or sensible.) Digits lexicographically precede letters.
FORMAT
The diagrams in this lexicon are in a very standard format. You should be able to simply copy a pattern, paste it into a new file and run it in your favourite Life program. If you use Golly then you can just paste the pattern directly into the program. Diagrams are generally restricted to size 64x64 or less.

Most definitions that have a diagram have also some data in brackets after the keyword. Oscillators are marked as pn (where n is a positive integer), meaning that the period is n (p1 indicates a still life). Wicks are marked in the same way but with the word "wick" added. For spaceships the speed (as a fraction of c, the speed of light), the direction and the period are given. Fuses are marked with speed and period and have the word "fuse" added. Wicks and fuses are infinite in extent and so have necessarily been truncated, with the ends stabilized wherever practical.

SCOPE
This lexicon covers only Conway's Life, and provides no information about other cellular automata. David Bell has written articles on two other interesting cellular automata: HighLife (which is similar to Life, but has a tiny replicator) and Day & Night (which is very different, but exhibits many of the same phenomena). These articles can be found on his website.
ERRORS AND OMISSIONS
If you find any errors (including typos) or serious omissions, then please email b3s23life@gmail.com with the details. As of June 2018 this email address is monitored by Dave Greene.
NAMES
When deciding whether to use full or abbreviated forms of forenames I have tried, wherever possible, to follow the usage of the person concerned.
QUOTE
Every other author may aspire to praise; the lexicographer can only hope to escape reproach.    Samuel Johnson, 1775
DEDICATION
This lexicon is dedicated to the memory of Dieter Leithner, who died on 26 February 1999.
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:natural Occurring often in random patterns. There is no precise measure of naturalness, since the most useful definition of "random" in this context is open to debate. Nonetheless, it is clear that objects such as blocks, blinkers, beehives and gliders are very natural, while eater2s, darts, guns, etc., are not.

:natural Heisenburp (p46) A twin bees shuttle pair arrangement found by Brice Due in 2006. A glider passes through the reaction area of the shuttle pair completely unaffected. However, a Heisenburp effect causes a second glider to be created "out of the blue", following behind the first at a 2hd offset. 


..................OO.................
.................O.O...............OO
.................O.................OO
.................OOO.................
.....................................
.....................................
.....................................
.................OOO.................
........OO.......O.................OO
........OO.......O.O...............OO
..................OO.................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.O.....O.............................
OOO...OOO............................
O.OO.OO.O............................
..OO.OO..........OO..................
..OO.OO..........O.O.................
..OO.OO..........O...................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
OO.....OO............................
OO.....OO............................

:ND read = non-destructive read

:negative spaceship A type of signal travelling through a periodic agar such as zebra stripes. The leading edge of the signal removes the agar, and the trailing edge rebuilds the agar some time later. The distance between the two edges is sometimes adjustable, as shown in lightspeed bubble. The central part of the "spaceship" may consist of dying sparks or even simple empty space.

Below is a sample period-5 negative spaceship, found by Hartmut Holzwart in March 2007, in a small stabilized section of zebra stripes agar: 


.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O.
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.........................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOOOOOOOOOOOOOOOOOO.
O..............................OO...OO..................O
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO...OO...OOOO..OOOOOOOOOOOO.
..........................OO...............OO............
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO...OO.....OO...OO..OOOOOOO.
O..............................OO...O.OO........OO......O
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO...OO.....OO...OOOOOO.
..........................OO............OO.OO............
.OOOOOOOOOOOOOOOOOOOOOOOO...OOOOO..........OO.....OOOOOO.
O............................O...............OO.OO......O
.OOOOOOOOOOOOOOOOOOOOOOOO.....O.........O.......OO..OOOO.
..........................O.O......O...O..........OO.....
.OOOOOOOOOOOOOOOOOOOOOOOO...O.O.OOOOO......O.......OOOOO.
O..............................OOO...O......O...........O
.OOOOOOOOOOOOOOOOOOOOOOOO...O.O.OOOOO......O.......OOOOO.
..........................O.O......O...O..........OO.....
.OOOOOOOOOOOOOOOOOOOOOOOO.....O.........O.......OO..OOOO.
O............................O...............OO.OO......O
.OOOOOOOOOOOOOOOOOOOOOOOO...OOOOO..........OO.....OOOOOO.
..........................OO............OO.OO............
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOO...OO.....OO...OOOOOO.
O..............................OO...O.OO........OO......O
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO...OO.....OO...OO..OOOOOOO.
..........................OO...............OO............
.OOOOOOOOOOOOOOOOOOOOOOOO..OOO...OO...OOOO..OOOOOOOOOOOO.
O..............................OO...OO..................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOO..OOO..OOOOOOOOOOOOOOOOOOO.
.........................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O.
The "spaceship" travels to the left at the speed of light, so it will eventually reach the edge of any finite patch and destroy itself and its supporting agar.

:negentropy (p2) Compare Hertz oscillator. 


...OO.O....
...O.OO....
...........
....OOO....
...O.O.O.OO
...OO..O.OO
OO.O...O...
OO.O...O...
....OOO....
...........
....OO.O...
....O.OO...

:neighbour Any of the eight cells adjacent to a given cell. A cell is therefore not considered to be a neighbour of itself, although the neighbourhood used in Life does in fact include this cell (see cellular automaton).

:new five (p3) Found by Dean Hickerson, January 1990. 


..OO.....
.O..O....
.O.O..O..
OO.O.OO..
O........
.OOO.OOOO
.....O..O
O.OO.....
OO.OO....

:new gun (p46) An old name for the period 46 glider gun show below. This was found by Bill Gosper in 1971, and was the second basic glider gun found (after the Gosper glider gun). It produces a period 46 glider stream. 


.........................OO.....OO
.........................OO.....OO
..................................
..................................
..................................
..................................
..................................
..................................
..................................
..................................
..................................
..................................
..................................
...........................OO.OO..
..........................O.....O.
..................................
.........................O.......O
.........................O..O.O..O
.........................OOO...OOO
..................................
..................................
..................................
..................................
.................O................
OO...............OO...............
OO................OO..............
.............OO..OO...............
..................................
..................................
..................................
.............OO..OO...............
OO................OO.......OO.....
OO...............OO........OO.....
.................O................

A number of other ways of constructing a gun from two twin bees shuttles have since been found. See edge shooter for one of these, and see also p46 gun.

:Noah's ark The following diagonal puffer consisting of two switch engines. This was found by Charles Corderman in 1971. The name comes from the variety of objects it leaves behind: blocks, blinkers, beehives, loaves, gliders, ships, boats, long boats, beacons and block on tables. 


..........O.O..
.........O.....
..........O..O.
............OOO
...............
...............
...............
...............
...............
.O.............
O.O............
...............
O..O...........
..OO...........
...O...........

See also ark.

:n-omino Any polyomino with exactly n cells.

:non-destructive read A type of test reaction in memory cell circuitry, where the information in the memory cell is unchanged and can be read again to produce the same result. One simple type of non-destructive read reaction is a signal sent to a permanent switch. Memory cells with destructive read reactions are generally simpler and more commonly used.

:nonfiller = space nonfiller

:non-monotonic A spaceship is said to be non-monotonic if its leading edge falls back in some generations. The first example (shown below) was found by Hartmut Holzwart in August 1992. This is p4 and travels at c/4. In April 1994, Holzwart found examples of p3 spaceships with this property, and this is clearly the smallest possible period. Another non-monotonic spaceship is the weekender. 


..........OO.O.......
......OOO.O.OOO......
..O.O..........O...OO
OO....OO.....O...OOOO
..O.OO..O....OOO.O...
........O....O.......
..O.OO..O....OOO.O...
OO....OO.....O...OOOO
..O.O..........O...OO
......OOO.O.OOO......
..........OO.O.......

:nonomino switch engine predecessor This is the unique nonomino (a polyomino having 9 cells) whose evolution results in a switch engine, and the smallest polyomino to do so. 


OOO...
..O.O.
..OOOO

Charles Corderman may have found this object in 1971 while exhaustively investigating the fate of all the small polyominoes. Records indicate that he found the switch engine while investigating the decominoes (polyominoes having 10 cells). However, there do not appear to be decominoes which result in a clean switch engine. If Corderman was examining polyominoes in order of size, then this smaller predecessor should have been found first in any case.

:non-spark Something that looks like a spark, but isn't. An OWSS produces one of these instead of a belly spark, and is destroyed by it.

:non-standard spaceship Any spaceship other than a glider, LWSS, MWSS or HWSS.

:non-trivial A non-trivial period-N oscillator contains at least one cell that oscillates at the full period. In other words, it is not made up solely of separate oscillators with smaller periods. Usually it includes a spark or other reaction that would not occur if all lower-period subpatterns were separated from each other, but some exceptions are given under trivial. See also omniperiodic.

:novelty generator A pattern that appears to have an unknown fate due to complex feedback loops, for example involving waves of gliders shuttling between perpendicular rakes. Novelty generator patterns fall short of counting as chaotic growth, since the rakes continue to be predictable, and much of their ash generally remains stable.

It has not been proven conclusively that any particular pattern is in fact an infinite novelty generator, since it is always possible that periodicity will spontaneously arise if the simulation is continued far enough. In fact this happens quite regularly. But conversely, it has not been proven that periodicity must spontaneously arise for all such patterns. Bill Gosper, Nick Gotts and others have done extensive experiments along these lines using Golly.

:NW31 One of the most common stable edge shooters. This Herschel-to-glider converter suppresses the junk ordinarily left behind by an evolving Herschel while allowing both the first natural glider and second natural glider to escape on transparent lanes: 


OO.......................
.O.......................
.O.O.....................
..OO.....................
.........................
.........................
.........................
.......................OO
.......................OO
.........................
..O......................
..O.O....................
..OOO....................
....O....................
.........................
.........................
.........................
.........................
.........................
.........................
.........................
...........OO............
............O............
.........OOO.............
.........O...............
The edge shooter output at the top has no additional clearance, so its use in creating convoys is limited: it can only add gliders on the outermost lanes of an existing glider salvo. Like the beehive version of SW-2, either output can be used to build logical OR gates, where multiple input signal paths are merged onto the same output path.

The complete name for this converter is "NW31T120", where 31 is the output glider lane number. In the above orientation, lane numbers get bigger toward the upper right and smaller toward the lower left (and may easily be negative).

The T120 timing measurement means that a canonical NW glider placed on lane 31 at time T=120, at (+31, +0) relative to the input Herschel, would in theory reach the exact same spacetime locations as the converter's output glider does.

Most converters are not edge shooters and their output lanes are not transparent, so they usually have catalysts that would interfere with this theoretically equivalent glider. This is the case for the optional third glider output created by the lower eater1 catalyst: the upper eater1 overlaps its lane. For the alternate block catalyst suppressing this glider output, see transparent lane.

:NW31T120 = NW31

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:Y-pentomino Conway's name for the following pentomino, which rapidly dies. 


..O.
OOOO
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:dart (c/3 orthogonally, p3) Found by David Bell, May 1992. A 25-glider recipe for the dart was found in December 2014 by Martin Grant and Chris Cain, making it the first glider-constructible c/3 spaceship. 


.......O.......
......O.O......
.....O...O.....
......OOO......
...............
....OO...OO....
..O...O.O...O..
.OO...O.O...OO.
O.....O.O.....O
.O.OO.O.O.OO.O.

:dead spark coil (p1) Compare spark coil. 


OO...OO
O.O.O.O
..O.O..
O.O.O.O
OO...OO

:debris = ash.

:de Bruijn diagram = de Bruijn graph

:de Bruijn graph As applied to Life, a de Bruijn graph is a graph showing which pieces can be linked to which other pieces to form a valid part of a Life pattern of a particular kind.

For example, if we are interested in still lifes, then we could consider 2x3 rectangular pieces and the de Bruijn graph would show which pairs of these can be overlapped to form 3x3 squares in which the centre cell remains unchanged in the next generation.

David Eppstein's search program gfind is based on de Bruijn graphs.

:Deep Cell A pattern by Jared James Prince, based on David Bell's unit Life cell, in which each unit cell simulates two Life cells, in such a way that a Life universe filled with Deep Cells simulates two independent Life universes running in parallel.

In fact, a Life universe filled with Deep Cells can simulate infinitely many Life universes, as follows. Let P1, P2, P3, ... be a sequence of Life patterns. Set the Deep Cells to run a simulation of P1 in parallel with a simulation of a universe filled with Deep Cells, with these simulated Deep Cells running a simulation of P2 in parallel with another simulation of a universe filled with Deep Cells, with these doubly simulated Deep Cells simulating P3 in parallel with yet another universe of Deep Cells, and so on.

Deep Cell is available from http://psychoticdeath.com/life.htm.

:Demonoid The first self-constructing diagonal spaceship. A 0hd Demonoid was completed by Chris Cain in December 2015, shortly after a much larger 10hd version was constructed the previous month in collaboration with Dave Greene. The 0hd spaceship fits in a bounding box about 55,000 cells square, and displaces itself by 65 cells diagonally every 438,852 generations.

The first 0hd Demonoid was fired by a gun. No spaceship gun pattern had previously been completed before the first appearance of the actual spaceship.

In June 2017 Dave Greene completed a much simpler single-channel Demonoid using a temporary lossless elbow, which displaces itself 79 cells diagonally every 1,183,842 ticks. This was an improvement in terms of design complexity, but not in terms of speed, population, or bounding box. However, all of these could be further optimized. A smaller Hashlife-friendly single-channel Demonoid design was completed in 2018.

:demultiplexer A simple Herschel circuit consisting of three eater1s, found by Brice Due in August 2006. An input Herschel places a boat in a location accessible to an input glider. If the boat is present, a one-time turner reaction occurs and the glider is turned 90 degrees onto a new lane. 


...........................O.....
........OO.................O.O...
.........O.................OO....
.........O.O.....................
..........OO.....................
.......................OO........
.......................O.O.......
........................O........
.................................
.................................
.............................OO..
..........O..................O.O.
..........O.O..................O.
..........OOO............OO....OO
............O............O.O.....
...........................O.....
...........................OO....
.................................
.................................
..OO.............................
.O.O.............................
.O...............................
OO...............................
If the Herschel and boat are removed from the above pattern, the glider passes cleanly through the circuit. It can be used as the "0" output of a one-bit memory cell, where the 90-degree output would be the "1" output. This was the method used to store presence or absence of neighbor metacells in the p1 megacell.

:demuxer = demultiplexer

:density The density of a pattern is the limit of the proportion of live cells in a (2n+1)x(2n+1) square centred on a particular cell as n tends to infinity, when this limit exists. (Note that it does not make any difference what cell is chosen as the centre cell. Also note that if the pattern is finite then the density is zero.) There are other definitions of density, but this one will do here.

In 1994 Noam Elkies proved that the maximum density of a stable pattern is 1/2, which had been the conjectured value. See the paper listed in the bibliography. Marcus Moore provided a simpler proof in 1995, and in fact proves that a still life with an m x n bounding box has at most (mn+m+n)/2 cells.

But what is the maximum average density of an oscillating pattern? The answer is conjectured to be 1/2 again, but this remains unproved. The best upper bound so far obtained is 8/13 (Hartmut Holzwart, September 1992).

The maximum possible density for a phase of an oscillating pattern is also unknown. An example with a density of 3/4 is known (see agar), but densities arbitrarily close to 1 may perhaps be possible.

:dependent conduit A Herschel conduit in which the input Herschel interacts with catalysts in the first few ticks. The standard interaction actually starts at T=-3, before the Herschel is completely formed. Compare independent conduit. The Herschel is prevented from emitting its first natural glider. This is useful in cases where the previous conduit cannot survive a first natural glider emitted from its output Herschel.

This term is somewhat confusing, since it is actually the previous conduit that depends on the dependent conduit to suppress the problematic glider. Dependent conduits such as the F166 and Lx200 do not actually depend on anything. They can be freely connected to any other conduits that fit, as long as the output Herschel evolves from its standard great-grandparent. As of this writing, the Fx158 is the only known case where a conduit's output Herschel has an alternate great-grandparent, which is incompatible with dependent conduits' initial transparent block.

:destructive read The most common type of test reaction in memory cell circuitry. Information is stored in a memory cell by placing objects in known positions, or by changing the state of a stable or periodic toggle circuit. A destructive-read test consists of sending one or more signals to the memory cell. A distinct output signal is produced for each possible state of the memory cell, which is reset to a known "zero" or "rest" state. See for example boat-bit, keeper, and demultiplexer.

To permanently store information in a destructive-read memory cell, the output signal(s) must be used, in part, to send appropriate signals back to the memory cell to restore its state to its previous value. With output looped back to input, this larger composite circuit then effectively becomes a non-destructive read memory cell.

:destructor arm A dedicated construction arm in the Gemini spaceship, used only for removing previously active circuitry once it is no longer needed. More generally, any circuitry in a self-constructing pattern dedicated exclusively to cleanup.

:D-heptomino = Herschel

:diamond = tub

:diamond ring (p3) Found by Dave Buckingham in 1972. 


......O......
.....O.O.....
....O.O.O....
....O...O....
..OO..O..OO..
.O....O....O.
O.O.OO.OO.O.O
.O....O....O.
..OO..O..OO..
....O...O....
....O.O.O....
.....O.O.....
......O......

:diehard Any pattern that vanishes, but only after a long time. The following example vanishes in 130 generations, which is probably the limit for patterns of 7 or fewer cells. Note that there is no limit for higher numbers of cells. E.g., for 8 cells we could have a glider heading towards an arbitrarily distant blinker. 


......O.
OO......
.O...OOO

:dinner table (p12) Found by Robert Wainwright in 1972. 


.O...........
.OOO.......OO
....O......O.
...OO....O.O.
.........OO..
.............
.....OOO.....
.....OOO.....
..OO.........
.O.O....OO...
.O......O....
OO.......OOO.
...........O.

:dirty Opposite of clean. A reaction which produces a large amount of complicated junk which is difficult to control or use is said to be dirty. Many basic puffer engines are dirty and need to be tamed by accompanying spaceships in order to produce clean output. Similarly, a dirty conduit is one that does not recover perfectly after the passage of a signal; one or more extra ash objects are left behind (or more rarely a catalyst is damaged) and additional signals must be used to clean up the circuit before it can be re-used.

:diuresis (p90) Found by David Eppstein in October 1998. His original stabilization used pentadecathlons. The stabilization with complicated still lifes shown here (in two slightly different forms) was found by Dean Hickerson the following day. The name is due to Bill Gosper (see kidney). 


.....OO................OO....
......O................O.....
......O.O............O.O.....
.......OO............OO......
.............................
....OO..................OO...
....O.O..........OO....O.O...
.....O..........O.O.....O....
..O.............OO.........O.
..OOOOOO........O.....OOOOOO.
.......O..............O......
....OO..................OO...
....O....................O...
.....O..................O....
..OOO..O..............O..OOO.
..O..OOO........O.....OOO...O
...O............OO.......OOO.
....OO..........O.O.....O....
......O..........OO....O..OO.
....OO..................OO.O.
.O..O....................O...
O.O.O..OO............OO..O...
.O..O.O.O............O.O.OO..
....O.O................O..O..
.....OO................OO....

:dock The following induction coil. 


.OOOO.
O....O
OO..OO

:domino The 2-cell polyomino. A number of objects, such as the HWSS and pentadecathlon, produce domino sparks.

:dormant An object that is either stable or oscillates without producing any output, until it is triggered by an appropriate signal, which then produces some desired action. For example, freeze-dried objects are dormant until the arrival of a particular glider.

:do-see-do The following reaction, found by David Bell in 1996, in which two gliders appear to circle around each other as they are reflected 90 degrees by a twin bees shuttle. Four copies of the reaction can be used to create a p92 glider loop which repeats the do-see-do reaction forever. 


.....................................................O.O
.....................................................OO.
......................................................O.
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
........................................................
................................................OO......
................................................O.......
..............................................O.O.......
..............................................OO........
..............................O.O.......................
..............................OO........................
...............................O........................
........................................................
.......................OOO..............................
OO........OOO........OO.O.OO............................
OO........O...O.....O.....OO............................
..........O....O.....OO.O.OO............................
...........O...O.......OOO..............................
........................................................
...........O...O........................................
..........O....O........................................
OO........O...O............OO...........................
OO........OOO..............OO...........................

:double-barrelled Of a gun, emitting two streams of spaceships (or rakes) every period. For examples, see B-52 bomber, Simkin glider gun, and p246 gun. In most cases, the two streams are alternately emitted 1/2 period apart. It is also possible for the two streams to be emitted simultaneously, as in this double-barrelled glider gun by Bill Gosper: 


.................O................................
.................OO...............................
..................OO..............................
.................OO...............................
................................O.................
...............................OO...............OO
..............................OO................OO
.................OO............OO.................
OO................OO..............................
OO...............OO...............................
.................O................................
...............................OO.................
..............................OO..................
...............................OO.................
................................O.................

:double block reaction A certain reaction that can be used to stabilize the twin bees shuttle (qv). This was discovered by David Bell in October 1996.

The same reaction sometimes works in other situations, as shown in the following diagram where a pair of blocks eats an R-pentomino and a LWSS. (The LWSS version was known at least as early 1994, when Paul Callahan saw it form spontaneously as a result of firing an LWSS stream at some random junk.) 


.OOOO.....OO....
O...O......OO.OO
....O......O..OO
O..O............
................
.............OO.
.............OO.

:double caterer (p3) Found by Dean Hickerson, October 1989. Compare caterer and triple caterer. 


.....OO...O........
....O..O..OOO......
....OO.O.....O.....
......O.OOOO.O.....
..OOO.O.O...O.OO...
.O..O..O...O..O.O..
O.O..O...O.OO....O.
.O..........OO.OOO.
..OO.OO.OO...O.....
...O...O.....O.OOO.
...O...O......OO..O
.................OO

:double ewe (p3) Found by Robert Wainwright before September 1971. 


......OO............
.......O............
......O.............
......OO............
.........OO.........
......OOO.O.........
O.OO.O..............
OO.O.O..............
.....O...O..........
....O...OO....OO....
....OO....OO...O....
..........O...O.....
..............O.O.OO
..............O.OO.O
.........O.OOO......
.........OO.........
............OO......
.............O......
............O.......
............OO......

:double wing = moose antlers. This term is no longer in use.

:dove The following induction coil, found in 2015 to be a possible active reaction for the input or output of a converter. 


.OO..
O..O.
.O..O
..OOO

:down boat with tail = cis-boat with tail

:dr Short identifier for Dean Hickerson's 'drifter' search program, used at various times to find wires, eaters, higher-period billiard table configurations, and related signal-carrying and signal-processing mechanisms. See also drifter.

:dragon (c/6 orthogonally, p6) This spaceship, discovered by Paul Tooke in April 2000, was the first known c/6 spaceship. With 102 cells, it was the smallest known orthogonal c/6 spaceship until Hartmut Holzwart discovered 56P6H1V0 in April 2009. 


.............O..OO......O..OOO
.....O...OOOO.OOOOOO....O..OOO
.OOOOO....O....O....OOO.......
O......OO.O......OO.OOO..O.OOO
.OOOOO.OOO........OOOO...O.OOO
.....O..O..............O......
........OO..........OO.OO.....
........OO..........OO.OO.....
.....O..O..............O......
.OOOOO.OOO........OOOO...O.OOO
O......OO.O......OO.OOO..O.OOO
.OOOOO....O....O....OOO.......
.....O...OOOO.OOOOOO....O..OOO
.............O..OO......O..OOO

:drain trap = paperclip. This term is no longer in use.

:D read = destructive read

:dried = freeze-dried.

:drifter A perturbation moving within a stable pattern. Dean Hickerson has written a search program to search for drifters, with the hope of finding one which could be moved around a track. Because drifters can be very small, they could be packed more tightly than Herschels, and so allow the creation of oscillators of periods not yet attained, and possibly prove that Life is omniperiodic. Hickerson has found a number of components towards this end, but it has proved difficult to change the direction of movement of a drifter, and so far no complete track has been found. However, Hickerson has had success using the same program to find eaters with novel properties, such as sparking eaters and the ones shown in diuresis.

:dual 1-2-3-4 = Achim's p4

:duoplet A diagonal two-bit spark produced by many oscillators and eater reactions. Among other uses, it can reflect gliders 90 degrees. The following pattern shows an eater5 eating gliders and producing duoplets which are then used to reflect a separate glider stream. If only one glider is present, the eater5 successfully absorbs it, so this mechanism may be considered to be a simple AND gate. 


..O....................
O.O....................
.OO....................
.......................
.......................
.......O...............
.....O.O...............
......OO...............
.....................O.
....................O..
....................OOO
.......................
.......................
................O......
...............O.......
...............OOO.....
.......................
....................OO.
................O...OO.
...............O.O.....
..............O.O......
..............O........
.............OO........

:dying spark See spark. A spark by definition dies out completely after some number of ticks.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/Help/Lexicon/lex_l.htm0000755000175000017500000016455713317135606014353 00000000000000 Life Lexicon (L)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:L112 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in July 1996. It is made up of two elementary conduits, HLx53B + BFx59H. After 112 ticks, it produces a Herschel turned 90 degrees counterclockwise at (12, -33) relative to the input. Its recovery time is 61 ticks; this can be reduced slightly by removing the output glider, either with a specialized eater (as in the original true p59 gun), or with a sparker as in most of the Quetzal guns. It can be made Spartan by replacing the aircraft carrier with an eater1. A ghost Herschel in the pattern below marks the output location: 


...............OO.......
...............O........
.............OOO........
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
........................
.............OO.........
.............OO.........
....OO..................
....O..O................
OO....OO................
.O....................OO
.O.O..................O.
..OO................O.O.
....................OO..
........................
........................
........................
........................
........................
..O.....................
..O.O...................
..OOO...................
....O...................
........................
..............OO........
..............OO..OO....
..................O.O...
....................O...
....................OO..

:L156 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in August 1996. It is made up of three elementary conduits, HLx69R + RF28B + BFx59H. After 156 ticks, it produces a Herschel turned 90 degrees counterclockwise at (17, -41) relative to the input. Its recovery time is 62 ticks. It can be made Spartan by replacing the snake with an eater1 in one of two orientations. Additional gliders can be produced by removing the southeasternmost eater, or by replacing the RF28B elementary conduit by an alternate version. A ghost Herschel in the pattern below marks the output location: 


...................OO........
...................O.........
.................OOO.........
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.............................
.................OO..........
.................OO..........
.............................
........OO.O.................
........O.OO.................
..........................OO.
..........................O..
........................O.O..
........................OO...
.............................
.........O...................
.........OOO.................
O...........O................
OOO........OO..............O.
...O......................O.O
..OO.......................O.
.............................
.............................
.............................
.............................
.............................
.............................
.O....................OO.....
.O.O..................O.O....
.OOO....................O....
...O...........OO.......OO...
...............O.............
................OOO..........
..................O..........

:lake (p1) Any still life consisting of a simple closed curve made from diagonally connected dominoes. The smallest example is the pond, and the next smallest is this (to which the term is sometimes restricted): 


....OO....
...O..O...
...O..O...
.OO....OO.
O........O
O........O
.OO....OO.
...O..O...
...O..O...
....OO....

:lane A path traveled by a glider, or less commonly a spaceship such as a loafer. The lane is centered on the line of symmetry (if any) of the spaceship in question. If a lane is clear, then the spaceship can travel along it without colliding or interfering with any other objects.

Diagonal lanes are often numbered consecutively, in half-diagonals (hd). Occasionally diagonal lane measurements are given in quarter-diagonals (qd), in part because diagonally symmetric spaceships have a line of symmetry 1qd away from the lines available for gliders. It's also convenient that moving a glider forward by 100qd (for example) has the same effect as evolving the same glider for 100 ticks.

:Laputa (p2) Found by Rich Schroeppel, September 1992. 


...OO.OO....
...OO.O...OO
........O..O
.OOOOOO.OOO.
O..O.O......
OO...O.OO...
....OO.OO...

:large prime oscillator Any oscillator with a relatively small bounding box whose period is a very large prime. (If the bounding-box restriction is removed, then eight gliders travelling in a four-Snark loop would provide a trivial example for any chosen prime.) The first such oscillator was built by Gabriel Nivasch in 2003. The current record holder is an oscillator constructed by Adam P. Goucher with a period that is a Mersenne prime with 13,395 digits (244497-1).

The next higher Mersenne-prime oscillator, period 286243-1, could be constructed with quadri-Snarks and semi-Snarks. It would actually be significantly smaller than the current record holder. As of June 2018 the construction of this pattern has not yet been completed.

:large S = big S

:Lidka (stabilizes at time 29053) A methuselah found by Andrzej Okrasinski in July 2005. 


..........OOO..
..........O....
..........O...O
...........O..O
............OOO
...............
.O.............
O.O............
.O.............
The following variant, pointed out by David Bell, has two fewer cells and lasts two generations longer. 

..........OOO..
...............
...........OO.O
............O.O
..............O
...............
.O.............
O.O............
.O.............

:Life A 2-dimensional 2-state cellular automaton discovered by John Conway in 1970. The states are referred to as ON and OFF (or live and dead). The transition rule is as follows: a cell that is ON will remain ON in the next generation if and only if exactly 2 or 3 of the 8 adjacent cells are also ON, and a cell that is OFF will turn ON if and only if exactly 3 of the 8 adjacent cells are ON. (This is more succinctly stated as: "If 2 of your 8 nearest neighbours are ON, don't change. If 3 are ON, turn ON. Otherwise, turn OFF.")

:Life32 A freeware Life program by Johan Bontes for Microsoft Windows 95/98/ME/NT/2000/XP: https://github.com/JBontes/Life32/.

:LifeHistory A multistate CA rule supported by Golly, equivalent to two-state B3/S23 Life but with several additional states intended for annotation purposes. A "history" state records whether an off cell has ever turned on in the past, and other states allow on and off cells to be permanently or temporarily marked, without affecting the evolution of the pattern.

:LifeLab A shareware Life program by Andrew Trevorrow for the Macintosh (MacOS 8.6 or later): http://www.trevorrow.com/lifelab/.

:LifeLine A newsletter edited by Robert Wainwright from 1971 to 1973. During this period it was the main forum for discussions about Life. The newsletter was nominally quarterly, but the actual dates of its eleven issues were as follows: 


Mar, Jun, Sep, Dec 1971
Sep, Oct, Nov, Dec 1972
Mar, Jun, Sep 1973

:Lifenthusiast A Life enthusiast. Term coined by Robert Wainwright.

:lifesrc David Bell's Life search program for finding new spaceships and oscillators. This is a C implementation of an algorithm developed by Dean Hickerson in 6502 assembler.

Although lifesrc itself is a command-line program, Jason Summers has made a GUI version called WinLifeSearch for Microsoft Windows. A Java version, JavaLifeSearch, was written in November 2012 by Karel Suhajda.

The lifesrc algorithm is only useful for very small periods, as the amount of computing power required rises rapidly with increasing period. For most purposes, period 7 is the practical limit with current hardware.

Lifesrc is available from http://tip.net.au/~dbell/ (source code only). Compare gfind.

:LifeViewer A scriptable Javascript Life pattern viewer written by Chris Rowett, used primarily on the conwaylife.com discussion forums.

:light bulb (p2) Found in 1971. 


.OO.O..
.O.OO..
.......
..OOO..
.O...O.
.O...O.
..O.O..
O.O.O.O
OO...OO
The same rotor can be embedded in a slightly smaller stator like this: 

...O.....
.OOO.....
O........
OOOOOO...
......O..
..O...O..
..OO.O...
......OOO
........O

:lightspeed bubble A type of negative spaceship travelling through the zebra stripes agar. The center of the bubble is simple empty space, and the length and/or width of the bubble can usually be extended to any desired size.

Below is a small stabilized section of agar containing a sample lightspeed bubble, found by Gabriel Nivasch in August 1999. The bubble travels to the left at the speed of light, so it will eventually reach the edge of any finite patch and destroy itself and its supporting agar. 


.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O...
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.............................................................O
.OOOOOOOOOOOOO..OOO..OOO..OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O..............OO...OO...OO........O..........................
.OOOOOOOOOOOOO...OO...OO...O.OO.O....OOOOOOOOOOOOOOOOOOOOOOOO.
.............................OO.....O........................O
.OOOOOOOOOOOOO.................OOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...............................O.............................
.OOOOOOOOOOOOO...................OOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.................................O....O......................O
.OOOOOOOOOOOOO...................OO....OOOOOOOOOOOOOOOOOOOOOO.
O................................O.....O....O.................
.OOOOOOOOOOOOO...................OO....OO....OOOOOOOOOOOOOOOO.
.................................O.....O.....O....O..........O
.OOOOOOOOOOOOO...................OO....OO....OO....OOOOOOOOOO.
O................................O.....O.....O.....O....O.....
.OOOOOOOOOOOOO...................OO....OO....OO....OO....OOOO.
.................................O.....O.....O.....O.....O...O
.OOOOOOOOOOOOO...................OO....OO....OO....OO....OOOO.
O................................O.....O.....O.....O....O.....
.OOOOOOOOOOOOO...................OO....OO....OO....OOOOOOOOOO.
.................................O.....O.....O....O..........O
.OOOOOOOOOOOOO...................OO....OO....OOOOOOOOOOOOOOOO.
O................................O.....O....O.................
.OOOOOOOOOOOOO...................OO....OOOOOOOOOOOOOOOOOOOOOO.
.................................O....O......................O
.OOOOOOOOOOOOO...................OOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...............................O.............................
.OOOOOOOOOOOOO.................OOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.............................OO.....O........................O
.OOOOOOOOOOOOO...OO...OO...O.OO.O....OOOOOOOOOOOOOOOOOOOOOOOO.
O..............OO...OO...OO........O..........................
.OOOOOOOOOOOOO..OOO..OOO..OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.............................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O...

An open problem related to lightspeed bubbles was whether large extensible empty areas could be created whose length was not proportional to the width (as it must be in the above case, due to the tapering back edge). This was solved in February 2017 by Arie Paap; a simple period-2 solution is shown below. 


...O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O...
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...........................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.............................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O.....................................................O.....O
.OOOOOOOOOOOOOOOOOOOO..OOO..OOO..OOO..OOOOOOOO..OOOO...OOOOO.
......................OO...OO...OO...OO........OO.....O......
.OOOOOOOOOOOOOOOOOOOO...OO...OO...OO...OOOOOOO...O.OO..OOOOO.
O.........................................O........OO.......O
.OOOOOOOOOOOOOOOOOOOO......................OO.O......OOOOOOO.
...........................................O............O....
.OOOOOOOOOOOOOOOOOOOO......................O.............OOO.
O..........................................OO.....OO....O...O
.OOOOOOOOOOOOOOOOOOOO......................OO...OO...O.OOOOO.
...........................................O..O.OO...O.......
.OOOOOOOOOOOOOOOOOOOO......................O......OO...OOOOO.
O..........................................OO..........O....O
.OOOOOOOOOOOOOOOOOOOO......................OO..........OOOOO.
...........................................O......OO.O.......
.OOOOOOOOOOOOOOOOOOOO......................O..O.OO...O.OOOOO.
O..........................................OO...OO......O...O
.OOOOOOOOOOOOOOOOOOOO......................OO.....OO.....OOO.
...........................................O............O....
.OOOOOOOOOOOOOOOOOOOO......................O...........OOOOO.
O..........................................OO.....OO.OO.....O
.OOOOOOOOOOOOOOOOOOOO......................OO...OO...OO..OOO.
...........................................O..O.OO.....OO....
.OOOOOOOOOOOOOOOOOOOO......................O......OO....OOOO.
O..........................................OO...............O
.OOOOOOOOOOOOOOOOOOOO......................OO...........OOOO.
...........................................O......OO...OO....
.OOOOOOOOOOOOOOOOOOOO......................O..O.OO...OO..OOO.
O..........................................OO...OO...OO.....O
.OOOOOOOOOOOOOOOOOOOO......................OO.....OO...OOOOO.
...........................................O............O....
.OOOOOOOOOOOOOOOOOOOOOO.....O.....O.....O..O.O...........OOO.
O.........................OO....OO....OO...O...O.O.......O..O
.OOOOOOOOOOOOOOOOOOOOOOOO.OO.OO.OO.OO.OO.OOOOOOOOO.......OOO.
........................................................O....
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO...OOOOOOO.
O..................................................OO.......O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO..OOOOOOOO.
.............................................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...........................................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
...O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O..O...

:lightspeed ribbon = superstring

:lightspeed telegraph = telegraph.

:lightspeed wire Any wick that can burn non-destructively at the speed of light. Lightspeed wires are a type of reburnable fuse. These are potentially useful for various things, but so far the necessary mechanisms are very large and unwieldy. In October 2002, Jason Summers discovered a lightspeed reaction travelling through an orthogonal chain of beehives. Summers completed a period-1440 lightspeed telegraph based on this reaction in 2003. 


...O...........................................................
.O...O.........................................................
.O....O....OO.OO...............................................
O......O...OOOOOO...OO...OO...OO...OO...OO...OO...OO...OO...OO.
O......O..O......O.O..O.O..O.O..O.O..O.O..O.O..O.O..O.O..O.O..O
OO.....O...OOOOOO...OO...OO...OO...OO...OO...OO...OO...OO...OO.
......O....OO.OO...............................................
....O..........................................................

A stable lightspeed transceiver mechanism using this same signal reaction, the p1 telegraph, was constructed by Adam P. Goucher in 2010; the bounding boxes of both the transmitter and receiver are over 5000 cells on a side. A more compact periodic high-bandwidth telegraph with a much improved transmission rate was completed by Louis-François Handfield in 2017.

The following diagram shows an older example of a lightspeed wire, with a small defect that travels along it at the speed of light. As of June 2018, no method has been found of creating such a defect in the upstream end of this particular stable wire, or of non-destructively detecting the arrival of the defect and repairing the wire at the downstream end. 


....OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO....
....OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO....
..........................................................
..OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO..
.O......O...............................................O.
O.OOOOO....OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.O
.O.....O................................................O.
..OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO..
..........................................................
....OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO....
....OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO....

:lightweight emulator = LW emulator

:lightweight spaceship = LWSS

:lightweight volcano = toaster

:linear growth A growth rate proportional to T, where T is the number of ticks that a pattern has been run. Compare superlinear growth, quadratic growth.

:linear propagator A self-replicating pattern in which each copy of a pattern produces one child that is an exact copy of itself. The child pattern then blocks the parent from any further replication. An example was constructed by Dave Greene on 23 November 2013, with a construction arm using two glider lanes separated by 9hd. By some definitions, due to its limited one-dimensional growth pattern, the linear propagator is not a true replicator. Compare quadratic replicator.

:line crosser A pattern which is able to send a signal across an infinite diagonal line of live cells without destroying the line. David Bell built one in August 2006. It uses many one-shot period 44160 glider guns on both sides of the line having the proper synchronization to create the reactions shown in line-cutting reaction and line-mending reaction.

An input glider can arrive at any multiple of 44160 generations to first cut the line, then send a glider through the gap, and finally mend the line while leaving an output glider on the other side.

A line crosser whose complete mechanism is on one side of the line is theoretically possible, using single-channel construction methods for example.

:line-cutting reaction A reaction that can cut an infinite diagonal line of cells, leaving a gap with both ends sealed. Such a reaction is demonstrated below. In actual use the reaction should be spread out so that the incoming LWSSes don't conflict. See line-mending reaction for a way to mend the gap. 


.........................OO.................................
............OO...........O..................................
..........OO.OO...........O.................................
..........OOOO.............O................................
...........OO...............O...............................
................OO...........O..............................
...............O.O............O.............................
.................O.............O............................
................................O...........................
.................................O..........................
..................................O.........................
...................................O........................
.......................O............O.......................
......................OOO............O......................
......................O.OO............O.....................
O..O...................OOO.............O....................
....O..................OO...............O...................
O...O....................................O..................
.OOOO.....................................O.................
...........................................O................
............................................O...............
.............................................O..............
...................................OO.........O.............
....................................OO.........O............
...................................O............O...........
.................................................O..........
..................................................O.........
.....................................OOO...........O........
....................................O..O............O.......
.......................................O.............O......
.......................................O..............O.....
....................................O.O................O....
........................................................O...
.........................................................O.O
.......OOO................................................OO
.........O............OO......OOO..........OOOO.............
........O............O.O........O.........O...O.............
.......................O.......O..............O.............
..........................................O..O..............
............................................................
............................................................
............................................................
....................................................OO......
.....................................................OO.....
....................................................O.......
............................................................
........................................................OOO.
........................................................O..O
........................................................O...
........................................................O...
.........................................................O.O
.......................OO...................................
......................O.O...................................
........................O...................................
............................................................
..........................................O.................
.........................................OOO................
.........................................O.OO...............
..........................................OOO...............
..........................................OO................

:line-mending reaction A reaction which can fully mend a sealed gap in an infinite diagonal line of cells, such as the one produced by a line-cutting reaction. Such a reaction is demonstrated below. See the line cutting reaction for a way of creating the gliders travelling parallel to the line. 


...........OO.............................................
...........O..............................................
............O.............................................
...O.O.......O............................................
....OO........O...........................................
....O..........O..........................................
................O...................................O.....
.................O................................OO......
..................O................................OO.....
...................O......................................
....................O.....................................
.....................O.....................O.O............
......................O....................OO.............
.......................O....................O.............
........................O.................................
.........................O................................
..........................O...............O...............
...........................O.............O................
............................O............OOO..............
.............................O............................
............................OO............................
..........................................................
..........................................................
..........................................................
...........................................O.O............
...........................................OO.......O..O..
............................................O......O......
...................................OOO.............O...O..
.....................................O.............OOOO...
....................................O.....................
.......................................OO.................
.......................................O.O................
..........................................O...............
...........................................O..............
...............................OO...........O.............
..............................O.O............O............
................................O.............O.......OO..
.............O..........................OO.....O.....OO...
.............OO.........................O.O.....O......O..
............O.O.....OO..................O........O........
...................O.O............................O.......
.O...................O.............................O......
.OO.....O...........................................O.....
O.O.....OO...........................................O....
.......O.O............................................O...
.......................................................O.O
........................................................OO
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
..........................................................
.................................O........................
................................OOO.......................
...............................OO.O.......................
...............................OOO........................
................................OO........................

This reaction uses spaceships on both sides of the line which need to be synchronized to each other, for example by passing a glider through the gap to trigger the creation of the required spaceships and gliders.

No simple mechanism is known to mend the gap which lies completely on one side of the line. However, it is technically possible to use construction arm technology to push objects through the gap to build and trigger a seed for the required synchronized signals on the other side.

:line puffer A puffer which produces its output by means of an orthogonal line of cells at right angles to the direction of travel. The archetypal line puffer was found by Alan Hensel in March 1994, based on a spaceship found earlier that month by Hartmut Holzwart. The following month Holzwart found a way to make extensible c/2 line puffers, and Hensel found a much smaller stabilization the following day. But in October 1995 Tim Coe discovered that for large widths these were often unstable, although typically lasting millions of generations. In May 1996, however, Coe found a way to fix the instability. The resulting puffers appear to be completely stable and to exhibit an exponential increase in period as a function of width, although neither of these things has been proved.

Line puffers have enabled the construction of various difficult periods for c/2 spaceships and puffers, including occasionally periods which are not multiples of 4 and which would therefore be impossible to attain with the usual type of construction based on standard spaceships. (See frothing puffer for another method of constructing such periods.) In particular, the first c/2 rake with period not divisible by 4 was achieved in January 2000 when David Bell constructed a p42 backrake by means of line puffers.

See also hivenudger and puff suppressor.

:line ship A spaceship in which the front end is a linestretcher, the line being eaten by the back end.

:linestretcher A wickstretcher that stretches a single diagonal line of cells. The first example was constructed by Jason Summers in March 1999; this was c/12 and used switch engine based puffers found earlier by Dean Hickerson. The first c/4 example was found by Hartmut Holzwart in November 2004.

:loading dock (p3) Found by Dave Buckingham, September 1972. 


....O....
..OOO....
.O...OO..
O.OO...O.
.O...OO.O
..OO...O.
....OOO..
....O....

:loaf (p1) 


.OO.
O..O
.O.O
..O.

:loafer (c/7 orthogonally, p7) A small c/7 spaceship discovered by Josh Ball on 17 February 2013: 


.OO..O.OO
O..O..OO.
.O.O.....
..O......
........O
......OOO
.....O...
......O..
.......OO

It has a known 8-glider construction recipe, probably not minimal, discovered on the following day: 


.................................O
...............................OO.
................................OO
.........O........................
.O........O.......................
..O.....OOO.......................
OOO...............................
..................................
..................................
.....O............................
......O...........................
....OOO...........................
........................O.O.......
.........................OO.......
.........................O........
..................................
...........................O.O....
...........................OO.....
............................O.....
...............................OOO
...............................O..
................................O.
..................................
..................................
..................................
..................................
..................................
..................................
.....OO...........................
......OO..........................
.....O............................
The loafer was therefore the first new glider-constructible spaceship in almost a decade. (A glider synthesis for a 2c/5 ship, 60P5H2V0, was found in March 2003.)

:loaflipflop (p15) Here four pentadecathlons hassle a loaf. Found by Robert Wainwright in 1990. 


................O.................
...............OOO................
..................................
..................................
...............OOO................
..................................
...............O.O................
...............O.O................
..................................
...............OOO................
..................................
..................................
...............OOO................
................O.................
..................................
.O..O.OO.O..O...............OO....
OO..O....O..OO...OO.......O....O..
.O..O.OO.O..O...O..O.....O......O.
................O.O.....O........O
.................O......O........O
........................O........O
.........................O......O.
..........................O....O..
............................OO....
..................OOO.............
.................O...O............
................O.....O...........
..................................
...............O.......O..........
...............O.......O..........
..................................
................O.....O...........
.................O...O............
..................OOO.............

:loaf on loaf = bi-loaf

:loaf pull The following glider/loaf collision, which pulls a loaf (3,1) toward the glider source: 


.O.....
O.O....
O..O...
.OO....
.......
.......
....OOO
....O..
.....O.

:loaf siamese barge (p1) 


..OO.
.O..O
O.O.O
.O.O.
..O..

:lobster (c/7 diagonally, p7) A spaceship discovered by Matthias Merzenich in August 2011, the first diagonally travelling c/7 spaceship to be found. It consists of two gliders pulling a tagalong that then rephases them. 


............OOO...........
............O.............
.............O..OO........
................OO........
............OO............
.............OO...........
............O..O..........
..........................
..............O..O........
..............O...O.......
...............OOO.O......
....................O.....
OO..O.O.............O.....
O.O.OO.............O......
O....O..OO.............OO.
......O...O......OO..OO..O
..OO......O......O..O.....
..OO....O.O....OO.........
.........O.....O...O...O..
..........O..O....OO......
...........OO...O.....O.O.
...............O........OO
...............O....O.....
..............O...O.......
..............O.....OO....
...............O.....O....

:logarithmic growth A pattern whose population or bounding box grows no faster than logarithmically, asymptotic to n.log(t) for some constant n. The first such pattern constructed was the caber tosser whose population is logarithmic, but whose bounding box still grows linearly. The first pattern whose bounding box and population both grow logarithmically was constructed by Jason Summers with Gabriel Nivasch in 2003. For a pattern with a slower growth rate than this, see Osqrtlogt.

:LoM = lumps of muck

:lone dot agar An agar in which every live cell is isolated in every generation. There are many different lone dot agars. All of them are phoenixes. In 1995 Dean Hickerson and Alan W. Hensel found stabilizations for finite patches of ten lone dot agars to create period 2 oscillators. One of these is shown below: 


....OO..OO..OO..OO..OO..OO..OO..OO....
....O..O.O..O..O.O..O..O.O..O..O.O....
.....O.......O.......O.......O........
........O.......O.......O.......O.....
OO..O.O.....O.O.....O.O.....O.O.....OO
O.O.....O.O.....O.O.....O.O.....O.O..O
....O.......O.......O.......O.......O.
.O.......O.......O.......O.......O....
O..O.O.....O.O.....O.O.....O.O.....O.O
OO.....O.O.....O.O.....O.O.....O.O..OO
.....O.......O.......O.......O........
........O.......O.......O.......O.....
OO..O.O.....O.O.....O.O.....O.O.....OO
O.O.....O.O.....O.O.....O.O.....O.O..O
....O.......O.......O.......O.......O.
.O.......O.......O.......O.......O....
O..O.O.....O.O.....O.O.....O.O.....O.O
OO.....O.O.....O.O.....O.O.....O.O..OO
.....O.......O.......O.......O........
........O.......O.......O.......O.....
OO..O.O.....O.O.....O.O.....O.O.....OO
O.O.....O.O.....O.O.....O.O.....O.O..O
....O.......O.......O.......O.......O.
.O.......O.......O.......O.......O....
O..O.O.....O.O.....O.O.....O.O.....O.O
OO.....O.O.....O.O.....O.O.....O.O..OO
.....O.......O.......O.......O........
........O.......O.......O.......O.....
OO..O.O.....O.O.....O.O.....O.O.....OO
O.O.....O.O.....O.O.....O.O.....O.O..O
....O.......O.......O.......O.......O.
.O.......O.......O.......O.......O....
O..O.O.....O.O.....O.O.....O.O.....O.O
OO.....O.O.....O.O.....O.O.....O.O..OO
.....O.......O.......O.......O........
........O.......O.......O.......O.....
....O.O..O..O.O..O..O.O..O..O.O..O....
....OO..OO..OO..OO..OO..OO..OO..OO....

:lonely bee = worker bee

:long A term applied to an object that is of the same basic form as some standard object, but longer. For examples see long barge, long boat, long bookend, long canoe, long shillelagh, long ship and long snake.

:long^3 The next degree of longness after long long. Some people prefer "extra long".

:long^4 The next degree of longness after long^3. Some people prefer "extra extra long".

:long barge (p1) 


.O...
O.O..
.O.O.
..O.O
...O.

:long boat (p1) 


.O..
O.O.
.O.O
..OO
A long boat can be used as a 90-degree or 180-degree one-time turner.

:long bookend The following induction coil, longer than a bookend. 


...OO
O...O
OOOO.

:long canoe (p1) 


....OO
.....O
....O.
...O..
O.O...
OO....

:long hat = loop

:long hook = long bookend

:long house = dock

:long integral (p1) 


..OO
.O.O
.O..
..O.
O.O.
OO..

:long long The next degree of longness after long. Some people prefer "very long".

:long long barge (p1) 


.O....
O.O...
.O.O..
..O.O.
...O.O
....O.

:long long boat (p1) 


.O...
O.O..
.O.O.
..O.O
...OO

:long long canoe (p1) 


.....OO
......O
.....O.
....O..
...O...
O.O....
OO.....

:long long ship (p1) 


OO...
O.O..
.O.O.
..O.O
...OO

:long long snake (p1) 


OO....
O.O...
...O.O
....OO

:long shillelagh (p1) 


OO..OO
O..O.O
.OO...

:long ship (p1) 


OO..
O.O.
.O.O
..OO

:long sinking ship = long canoe

:long snake (p1) 


OO...
O.O.O
...OO

:loop (p1) 


.OO..
O..O.
.O.O.
OO.OO

:looping spaceship = reflectorless rotating oscillator

:lossless elbow A stationary elbow in a construction arm toolkit that allows a recipe to turn a corner with no exponential increase in construction cost. Compare slow elbow. It is theoretically possible to construct lossless elbows for early construction arms such as the one in the 10hd Demonoid, but these would currently have to be very large.

The lossless elbow that has been used the most in practice is the Snark, which can be constructed directly on a single-channel construction lane using a Snarkmaker recipe. Controlled demolition of a Snark is also possible, to remove a temporary elbow that is no longer needed, and leave a hand target in its place if necessary for further construction.

A Silver reflector was used as a lossless elbow in the first spiral growth pattern, attached to a separate universal constructor component.

:low-density Life = sparse Life

:lumps of muck The common evolutionary sequence that ends in the blockade. The name is sometimes used of the blockade itself, and can in general be used of any stage of the evolution of the stairstep hexomino.

:LW emulator (p4) The smallest (and least useful) emulator, found by Robert Wainwright in June 1980. 


..OO.O..O.OO..
..O........O..
...OO....OO...
OOO..OOOO..OOO
O..O......O..O
.OO........OO.

:LWSS (c/2 orthogonally, p4) A lightweight spaceship, the smallest known orthogonally moving spaceship, and the second most common (after the glider). Found by Conway when one formed from a random soup in 1970. See also MWSS and HWSS. 


.O..O
O....
O...O
OOOO.

The LWSS possesses a tail spark which can easily perturb other objects which grow into its path. The spaceship can also perturb some objects in additional ways. For examples, see blinker ship, hivenudger, and puffer train.

Dave Buckingham found that the LWSS can be synthesized in several different ways using three gliders, and can be constructed from two gliders and another small object in several more ways. Here is the fastest synthesis: 


.O.....
O......
OOO....
.....OO
....OO.
......O
.......
..OO...
...OO..
..O....

:LWSS emulator = LW emulator

:LWSS-glider bounce The following reaction in which a LWSS and a glider collide to form a glider heading back between the two input paths: 


.OOOO........
O...O........
....O.....OOO
O..O......O..
...........O.
This is one way to inject a glider into a existing glider stream. The infinite glider hotel uses this reaction.

:LWSS-LWSS bounce The following symmetric reaction in which two LWSSs collide head-on to form two gliders heading apart at 90 degrees from each other. Compare LWSS-LWSS deflection. 


O..O.......O..O
....O.....O....
O...O.....O...O
.OOOO.....OOOO.
This provides one way to inject a glider into a existing glider stream. Another use is described in metamorphosis.

:LWSS-LWSS deflection The following symmetric reaction in which two LWSSs collide nearly head-on to form two gliders heading apart at 180 degrees from each other. Compare LWSS-LWSS bounce. 


.........O..O
........O....
........O...O
........OOOO.
.............
.OOOO........
O...O........
....O........
O..O.........

:LWSS-to-G See 135-degree MWSS-to-G.

:LWTDS Life Worker Time Deficiency Syndrome. Term coined by Dieter Leithner to describe the problem of having to divide scarce time between Life and real life.

:LW volcano = toaster

:Lx200 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in June 1997. It is made up of two elementary conduits, HL141B + BFx59H. The Lx200 and F166 conduits are the two original dependent conduits (several more have since been discovered.) After 200 ticks, it produces an inverted Herschel turned 90 degrees counterclockwise at (17, -40) relative to the input. Its recovery time is 90 ticks. It can be made Spartan by replacing the snakes with eater1s in one of two orientations. A ghost Herschel in the pattern below marks the output location: 


.....................OO.............
......................O.............
......................OOO...........
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
.......................OO...........
.......................OO...........
....................................
..............................O.OO..
..............................OO.O..
....................................
....................................
..............O.OO..................
..............OO.O..................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
....................................
................................OO..
................................O.O.
.OO...............................O.
OOO.OO............................OO
.OO.OOO.OO..........................
OOO.OO..OO..........................
OO..................................
....................................
....................................
....................................
................................OO..
................................OO..
....................................
......OO............................
.......O............................
....OOO.........................OO..
....O...........................OO..
..................OO................
.................O.O................
.................O..................
................OO........OO........
..........................O.........
...........................OOO......
.............................O......
The input shown here is a Herschel great-grandparent, since the input reaction is catalysed by the transparent block before the Herschel's standard form can appear.
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:oblique Neither diagonal nor orthogonal. See also knightship.

:obo spark A spark of the form O.O (so called after its rle encoding).

:octagon II (p5) The first known p5 oscillator, discovered in 1971 independently by Sol Goodman and Arthur Taber. The name is due to the latter. 


...OO...
..O..O..
.O....O.
O......O
O......O
.O....O.
..O..O..
...OO...

:octagon IV (p4) Found by Robert Wainwright, January 1979. 


.......OO.......
.......OO.......
................
......OOOO......
.....O....O.....
....O......O....
...O........O...
OO.O........O.OO
OO.O........O.OO
...O........O...
....O......O....
.....O....O.....
......OOOO......
................
.......OO.......
.......OO.......

:octomino Any 8-cell polyomino. There are 369 such objects. The word is particularly applied to the following octomino (or its two-generation successor), which is fairly common but lacks a proper name: 


..OO
..OO
OOO.
.O..

:odd keys (p3) Found by Dean Hickerson, August 1989. See also short keys and bent keys. 


..........O.
.O.......O.O
O.OOO..OO.O.
.O..O..O....
....O..O....

:omino = polyomino

:omniperiodic A cellular automaton is said to be omniperiodic if it has oscillators of all periods. It is not known if Life is omniperiodic, although this seems likely. Dave Buckingham's work on Herschel conduits in 1996 (see My Experience with B-heptominos in Oscillators) left only a short list of unresolved cases, all with periods of 58 or below. The list has been progressively reduced since then. Most recently, period 43 and 53 oscillators were made possible in 2013 by Mike Playle's Snark. As of June 2018, no oscillators are known for periods 19, 23, 38, or 41. If we insist that the oscillator must be non-trivial, then 34 should be added to this list.

Note that if we were to allow infinite oscillators, then all periods are certainly possible, as any period of 14 or more can be obtained using a glider (or LWSS) stream, or an infinitely long 2c/3 wire containing signals with the desired separation.

:one per generation See grow-by-one object.

:one-sided spaceship synthesis A glider synthesis of a spaceship in which all gliders come from the same side of the spaceship's path. Such syntheses are used extensively in the 17c/45 Caterpillar. For example, here is a one-sided way to create an LWSS. 


...O.....
....OO...
...OO....
.........
.........
.....O...
...O.O...
....OO...
.........
.........
.........
.........
......OOO
........O
.......O.
.........
.........
.........
OOO......
..O......
.O.......

:one-time A term used for turners and splitters, specifying that the reaction in question is not repeatable as it would be in a reflector or fanout device. Instead, the constellation is used up, usually in a clean reaction, but the much more common dirty turners and splitters are also very useful in some situations.

:onion rings For each integer n>1 onion rings of order n is a stable agar of density 1/2 obtained by tiling the plane with a certain 4n x 4n pattern. The tile for order 3 onion rings is shown below. The reader should be able to deduce the form of tiles of other orders. 


......OOOOOO
.OOOO.O....O
.O..O.O.OO.O
.O..O.O.OO.O
.OOOO.O....O
......OOOOOO
OOOOOO......
O....O.OOOO.
O.OO.O.O..O.
O.OO.O.O..O.
O....O.OOOO.
OOOOOO......

:Online Life-Like CA Soup Search = The Online Life-Like CA Soup Search.

:on-off Any p2 oscillator in which all rotor cells die from overpopulation. The simplest example is a beacon. Compare flip-flop.

:O-pentomino Conway's name for the following pentomino, a traffic light predecessor, although not one of the more common ones. 


OOOOO

:orbit A term proposed by Jason Summers to refer to a natural stabilization of a puffer. For example, the switch engine has two (known) orbits, the block-laying one and the glider-producing one.

:Orion (c/4 diagonally, p4) Found by Hartmut Holzwart, April 1993. 


...OO.........
...O.O........
...O..........
OO.O..........
O....O........
O.OO......OOO.
.....OOO....OO
......OOO.O.O.
.............O
......O.O.....
.....OO.O.....
......O.......
....OO.O......
.......O......
.....OO.......
In May 1999, Jason Summers found the following smaller variant: 

.OO..........
OO...........
..O..........
....O....OOO.
....OOO....OO
.....OOO.O.O.
............O
.....O.O.....
....OO.O.....
.....O.......
...OO.O......
......O......
....OO.......

:orphan Conway's preferred term for a Garden of Eden. According to some definitions, an orphan consists of just the minimum living and dead cells needed to ensure that no parent is possible, whereas a GoE is an entire infinite Life plane that contains an orphan.

:Orthogonoid (256c/3476016, p3476016) A self-constructing spaceship analogous to the Demonoids, with a slow orthogonal direction of travel. The first example was completed by Dave Greene on 29 June 2017, with a top speed of 16c/217251 (this is just 256c/3476016 in lowest terms).

The construction recipe is a stream of MWSSes, with the recovery time limited to 90 ticks by the Lx200 dependent conduit that follows the initial syringe converter. The design is hashlife-friendly, meaning that the spaceship can be trivially adjusted so that spatial and temporal offsets are exact powers of two; period 4194304 and period 8388608 versions have been constructed, with speeds of c/16384 and c/32768 respectively.

The MWSSes are converted to Herschels, which produce a standard single-channel glider stream that runs the Orthogonoid's single construction arm. After the child circuitry is complete, a previously constructed Snark in the parent is removed from the construction arm lane, converting it to a "destruction arm" that shoots down the previous constructor/reflector in the series.

:oscillator Any pattern that is a predecessor of itself. The term is usually restricted to non-stable finite patterns; period 1 oscillators are stable and are usually just called still lifes. The blinker is the smallest non-stable oscillator, having period 2. There are oscillators of almost all higher periods (see omniperiodic). In general cellular automaton theory the term "oscillator" usually covers spaceships as well, but this usage is not normal in Life.

Oscillators consisting of separate objects which do not react in any phase are usually ignored. For example, a separated blinker and pulsar makes a period 6 oscillator, but is considered trivial.

An oscillator can be divided into a rotor and a stator, and the stator can be further subdivided into bushing and casing. Some oscillators have no casing cells, and a few 100%-volatility oscillators also have no bushing cells.

An oscillator can be constructed from any gun as long as eaters can be added to consume its output. If it is a true gun then the period of the oscillator will be the same as the gun - unless the eating mechanism multiplies the period, as in the case of gliders caught by a boat-bit.

With the discovery of reflectors, relays provide an easy way to create oscillators of all large periods. For example, eight gliders travelling in a loop created by four Snarks can create any period above 42, with a population never exceeding 356 live cells.

For the very lowest periods, whole families of extensible oscillators are known. Examples of this are barberpole, cross, pentoad, p6 shuttle, snacker, and multiple roteightors. Any of the shuttles are oscillators by definition, for example the queen bee shuttle. Many of these are also extensible. Other oscillators such as figure-8 and tumbler have unique mechanisms that are not part of an extended family.

Some oscillators are useful because of the perturbations they can cause to other objects. This is especially true if they provide a spark on their boundary. Some oscillators are explicitly found by search programs in order to produce these sparks, such as pipsquirters.

Some higher period oscillators have been found while running random soups. This is especially true if the soup is run on a cylindrical or torus universe. Sometimes the found objects can be moved to the normal universe and supported there by added catalysts. Achim's p144 is an example.

:Osqrtlogt (p1 circuitry) A pattern constructed by Adam P. Goucher in 2010, which uses an unbounded triangular region as memory for a binary counter. Empty space is read as a zero, and a boat as a one, as shown in the example pattern in memory cell. The pattern's diametric growth rate is O(sqrt(log(t))), which is the slowest possible for any Life pattern, or indeed any 2D Euclidean cellular automaton. The population returns infinitely often to its initial minimum value (during carry operations from 11111...1 to 100000...0, so it can be considered to be an unusual form of sawtooth.

:OTCA metapixel (p46 circuitry) A 2048 x 2048 period 35328 metacell constructed by Brice Due in 2006. It contains a large "pixel" area that contains a large population of LWSSes when the metacell state is ON, but is empty when it is OFF. This allows the state of the metacell to be visible at high zoom levels, unlike previous unit cells where the state was signaled by the presence or absence of a single glider in a specific location.

:out of the blue See natural Heisenburp. Other similar mechanisms, particularly the method of LWSS creation used in the pixel part of the OTCA metapixel, may also be referred to as "out of the blue" reactions.

:overclocking A term used when a circuit can accept a signal at a specific period which it cannot accept at a higher period. A syringe is a simple example.

Some staged recovery circuits also permit overclocking, and can function successfully at a rate faster than their recovery time. A Silver reflector has a recovery time of 497 ticks, but can be overclocked to reflect a period 250 glider stream, or any nearby period above 248, simply by removing a beehive after the first glider enters the reflector. However, a continuous stream of gliders is then required to maintain the circuit, with timing within a tightly bounded range.

:overcrowding = overpopulation

:over-exposure = underpopulation

:overpopulation Death of a cell caused by it having more than three neighbours. See also underpopulation.

:over-unity reaction An important concept in gun and macro-spaceship construction. To be a good candidate for building one of these types of patterns with a new period or speed, a stationary reaction (for a gun) or a moving reaction (for a macro-spaceship) must be able to produce some number of output signals, strictly greater than the number of input signals required to maintain the reaction. The extra signal becomes a gun's output stream, or may be used in a variety of ways to construct the supporting track for a macro-spaceship. By implication, "over-unity" refers to the ratio of output signals to input signals.

If all signal outputs must be used up to sustain a stationary reaction, a high-period oscillator may still be possible. See emu for example.

:overweight spaceship = OWSS

:OWSS A would-be spaceship similar to LWSS, MWSS and HWSS but longer. On its own an OWSS is unstable, but it can be escorted by true spaceships to form a flotilla.

:Ox A 1976 novel by Piers Anthony which involves Life.

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:0hd Demonoid See Demonoid.

:101 (p5) Found by Achim Flammenkamp in August 1994. The name was suggested by Bill Gosper, noting that the phase shown below displays the period in binary. 


....OO......OO....
...O.O......O.O...
...O..........O...
OO.O..........O.OO
OO.O.O..OO..O.O.OO
...O.O.O..O.O.O...
...O.O.O..O.O.O...
OO.O.O..OO..O.O.OO
OO.O..........O.OO
...O..........O...
...O.O......O.O...
....OO......OO....

:10hd Demonoid See Demonoid.

:119P4H1V0 (c/4 orthogonally, p4) A spaceship discovered by Dean Hickerson in December 1989, the first spaceship of its kind to be found. Hickerson then found a small tagalong for this spaceship which could be attached to one side or both. These three variants of 119P4H1V0 were the only known c/4 orthogonal spaceships until July 1992 when Hartmut Holzwart discovered a larger spaceship, 163P4H1V0. 


.................................O.
................O...............O.O
......O.O......O.....OO........O...
......O....O....O.OOOOOO....OO.....
......O.OOOOOOOO..........O..O.OOO.
.........O.....O.......OOOO....OOO.
....OO.................OOO.O.......
.O..OO.......OO........OO..........
.O..O..............................
O..................................
.O..O..............................
.O..OO.......OO........OO..........
....OO.................OOO.O.......
.........O.....O.......OOOO....OOO.
......O.OOOOOOOO..........O..O.OOO.
......O....O....O.OOOOOO....OO.....
......O.O......O.....OO........O...
................O...............O.O
.................................O.

:1-2-3 (p3) Found by Dave Buckingham, August 1972. This is one of only three essentially different p3 oscillators with only three cells in the rotor. The others are stillater and cuphook. 


..OO......
O..O......
OO.O.OO...
.O.O..O...
.O....O.OO
..OOO.O.OO
.....O....
....O.....
....OO....

:1-2-3-4 (p4) See also Achim's p4. 


.....O.....
....O.O....
...O.O.O...
...O...O...
OO.O.O.O.OO
O.O.....O.O
...OOOOO...
...........
.....O.....
....O.O....
.....O.....

:135-degree MWSS-to-G The following converter, discovered by Matthias Merzenich in July 2013. It accepts an MWSS as input, and produces an output glider travelling at a 135-degree angle relative to the input direction. 


......OO......
......O.O.OO.O
........O.O.OO
........OO....
..............
..............
.OOOOO.....OO.
O....O.....OO.
.....O........
O...O.........
..O...........

:14-ner = fourteener

:17c/45 spaceship A spaceship travelling at seventeen forty-fifths of the speed of light. This was the first known macro-spaceship speed. See Caterpillar for details.

:180-degree kickback The only other two-glider collision besides the standard kickback that produces a clean output glider with no leftover ash. The 180-degree change in direction is occasionally useful in glider synthesis, but is rarely used in signal circuitry or in self-supporting patterns like the Caterpillar or Centipede, because 90-degree collisions are generally much easier to arrange. 


.O.
O..
OOO
...
...
.OO
O.O
..O

:1G seed See seed.

:(2,1)c/6 spaceship A knightship that travels obliquely at the fastest possible speed. To date the only known example of a spaceship with this velocity is Sir Robin.

:(23,5)c/79 Herschel climber The following glider-supported Herschel climber reaction used in the self-supporting waterbear knightship, which can be repeated every 79 ticks, moving the Herschel 23 cells to the right and 5 cells upward, and releasing two gliders to the northwest and southwest. As the diagram shows, it is possible to substitute a loaf or other still lifes for some or all of the support gliders. This fact is used to advantage at the front end of the waterbear. 


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:24-cell quadratic growth A 39786x143 quadratic growth pattern found by Michael Simkin in October 2014, two days after 25-cell quadratic growth and a week before switch-engine ping-pong.

:25-cell quadratic growth A 25-cell quadratic growth pattern found by Michael Simkin in October 2014, with a bounding box of 21372x172. It was the smallest-population quadratic growth pattern for two days, until the discovery of 24-cell quadratic growth. It superseded wedge, which had held the record for eight years. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:25P3H1V0.1 (c/3 orthogonally, p3) A spaceship discovered by Dean Hickerson in August 1989. It was the first c/3 spaceship to be discovered. In terms of its 25 cells, it is tied with 25P3H1V0.2 as the smallest c/3 spaceship. Unlike 25P3H1V0.2, it has a population of 25 in all of its phases, as well as a smaller bounding box. 


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Martin Grant discovered a glider synthesis for 25P3H1V0.1 on 6 January 2015.

:25P3H1V0.2 (c/3 orthogonally, p3) A spaceship discovered by David Bell in early 1992, with a minimum of 25 cells - the lowest number of cells known for any c/3 spaceship. A note in Spaceships in Conway's Life indicates that it was found with a search that limited the number of live cells in each column, and possibly also the maximum cross-section (4 cells in this case). See also edge-repair spaceship for a very similar c/3 spaceship with a minimum population of 26. 


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In December 2017 a collaborative effort found a 26-glider synthesis for this spaceship.

:26-cell quadratic growth = wedge.

:295P5H1V1 (c/5 diagonally, p5) The first spaceship of its type to be discovered, found by Jason Summers on 22 November 2000. 


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:2c/3 Two thirds of the speed of light - the speed of signals in a 2c/3 wire or of some against the grain negative spaceship signals in the zebra stripes agar, and also the speed of burning of the blinker fuse and the bi-block fuse.

:2c/3 wire A wire discovered by Dean Hickerson in March 1997, using his dr search program. It supports signals that travel through the wire diagonally at two thirds of the speed of light. 


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Each 2c/3 signal is made up of two half-signals that can be separated from each other by an arbitrary number of ticks.

Considerable effort has been spent on finding a way to turn a 2c/3 signal 90 or 180 degrees, since this would by one way to prove Life to be omniperiodic. There is a known 2c/3 converter shown under signal elbow, which converts a standard 2c/3 signal into a double-length signal. This is usable in some situations, but unfortunately it fails when its input is a double-length signal, so it can't be used to complete a loop.

Noam Elkies discovered a glider synthesis of a reaction that can repeatably insert a signal into the upper end of a 2c/3 wire. See stable pseudo-Heisenburp for details. On 11 September 2017, Martin Grant reduced the input reaction to five gliders, or three gliders plus a Herschel. With the Herschel option the recovery time is 152 ticks.

See also 5c/9 wire.

:2c/5 spaceship A spaceship travelling at two fifths of the speed of light. The only such spaceships that are currently known travel orthogonally. Examples include 30P5H2V0, 44P5H2V0, 60P5H2V0, and 70P5H2V0. As of June 2018, only 30P5H2V0 and 60P5H2V0 have known glider synthesis recipes.

:2c/7 spaceship A spaceship travelling at two sevenths of the speed of light. The only such spaceships that are currently known travel orthogonally. The first to be found was the weekender, found by David Eppstein in January 2000. See also weekender distaff.

:2 eaters = two eaters

:2-engine Cordership The smallest known Cordership, with a minimum population of 100 cells, discovered by Aidan F. Pierce on 31 December 2017. Luka Okanishi produced a 9-glider synthesis of the spaceship on the same day. 


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:2-glider collision Two gliders can react with each other in many different ways, either at right angles, or else head-on. A large number of the reactions cleanly destroy both gliders leaving nothing. Many of the remaining reactions cleanly create some common objects, and so are used as the first steps in glider synthesis or as part of constructing interesting objects using rakes. Only a small number of collisions can be considered dirty due to creating multiple objects or a mess.

Here is a list of the possible results along with how many different ways they can occur (ignoring reflections and rotations). 

  -------------------------------
  result     right-angle  head-on
  -------------------------------
  nothing             11       17
  beehive              1        0
  B-heptomino          1        2
  bi-block             1        0
  blinker              2        1
  block                3        3
  boat                 0        1
  eater1               1        0
  glider               1        1
  honey farm           3        2
  interchange          1        0
  loaf                 0        1
  lumps of muck        1        0
  octomino             0        1
  pi-heptomino         2        1
  pond                 1        1
  teardrop             1        0
  traffic light        2        1
  four skewed blocks   0        1
  dirty                6        0
  -------------------------------
The messiest of the two-glider collisions in the "dirty" category is 2-glider mess.

:2-glider mess A constellation made up of eight blinkers, four blocks, a beehive and a ship, plus four emitted gliders, created by the following 2-glider collision. 


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Two of the blocks, two of the gliders, and the ship are the standard signature ash of a Herschel.

:30P5H2V0 (2c/5 orthogonally, p5) A spaceship discovered by Paul Tooke on 7 December 2000. With just 30 cells, it is currently the smallest known 2c/5 spaceship. A glider synthesis for 30P5H2V0 was found by Martin Grant in January 2015, based on a predecessor by Tanner Jacobi. 


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:31c/240 The rate of travel of the 31c/240 Herschel-pair climber reaction, and Caterpillar-type spaceships based on that reaction. Each Herschel travels 31 cells orthogonally every 240 ticks.

:31c/240 Herschel-pair climber The mechanism defining the rate of travel of the Centipede and shield bug spaceships. Compare pi climber. It consists of a pair of Herschels climbing two parallel chains of blocks. Certain spacings between the block chains allow gliders from each Herschel to delete the extra ash objects produced by the other Herschel. Two more gliders escape, one to each side, leaving only an exact copy of the original block chains, but shifted forward by 9 cells: 


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:3c/7 spaceship A spaceship travelling at three sevenths of the speed of light. The only such spaceships that are currently known travel orthogonally. The first to be found was the spaghetti monster, found by Tim Coe in June 2016.

:3-engine Cordership See Cordership.

:44P5H2V0 (2c/5 orthogonally, p5) A spaceship discovered by Dean Hickerson on 23 July 1991, the first 2c/5 spaceship to be found. Small tagalongs were found by Robert Wainwright and David Bell that allowed the creation of arbitrarily large 2c/5 spaceships. These were the only known 2c/5 spaceships until the discovery of 70P5H2V0 in December 1992. 


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:45-degree LWSS-to-G = 45-degree MWSS-to-G.

:45-degree MWSS-to-G The following small converter, which accepts an MWSS or LWSS as input and produces an output glider travelling at a 45-degree angle relative to the input direction. 


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:4-8-12 diamond The following pure glider generator. 


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:4 boats (p2) 


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:4F = Fast Forward Force Field. This term is no longer in common use.

:4g-to-5g reaction A reaction involving 4 gliders which cleanly produces 5 gliders. The one shown below was found by Dieter Leithner in July 1992: 


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The first two gliders collide to produce a traffic light and glider. The other two gliders react symmetrically with the evolving traffic light to form four gliders. A glider gun can be built by using reflectors to turn four of the output gliders so that they repeat the reaction.

:56P6H1V0 (c/6 orthogonally, p6) A 56-cell spaceship discovered by Hartmut Holzwart in 2009, the smallest known c/6 orthogonal spaceship as of July 2018. 


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:58P5H1V1 (c/5 diagonally, p5) A spaceship discovered by Matthias Merzenich on 5 September 2010. In terms of its minimum population of 58 cells it is the smallest known c/5 diagonal spaceship. It provides sparks at its trailing edge which can perturb gliders, and this property was used to create the first c/5 diagonal puffers. These sparks also allow the attachment of tagalongs which was used to create the first c/5 diagonal wickstretcher in January 2011. 


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:5c/9 wire A wire discovered by Dean Hickerson in April 1997, using his dr search program. It supports signals that travel through the wire diagonally at five ninths of the speed of light. See also 2c/3 wire. 


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:60P312 (p312) Found by Dave Greene, 1 November 2004, based on 92P156. 


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:60P5H2V0 (2c/5 orthogonally, p5) A 60-cell spaceship discovered by Tim Coe in May 1996. It was the first non-c/2 orthogonal spaceship to be successfully constructed via glider synthesis. 


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:67P5H1V1 (c/5 diagonally, p5) A spaceship discovered by Nicolay Beluchenko in July 2006. It was the smallest known c/5 diagonal spaceship until the discovery of 58P5H1V1 in September 2010. 


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:70P5H2V0 (2c/5 orthogonally, p5) A spaceship discovered by Hartmut Holzwart on 5 December 1992. 


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:7x9 eater A high-clearance eater5 variant that can suppress passing gliders in tight spaces, such as on the inside corner of an R64 Herschel conduit. Like the eater5 and sidesnagger, the 7x9 eater is able to eat gliders coming from two directions, though this ability is not commonly used. 


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:83P7H1V1 = lobster

:86P5H1V1 (c/5 diagonally, p5) A spaceship discovered by Jason Summers on January 8, 2005. It was the smallest known c/5 diagonal spaceship until the discovery of 67P5H1V1 in July 2006. 


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:90-degree kickback See kickback reaction.

:92P156 (p156) Discovered by Jason Summers on October 31, 2004. It is actually an eight-barrel glider gun, with all output gliders suppressed by eater1s. Replacing each pair of eater1s with a beehive doubles the period and produces 60P312. 


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..........................................
.......OO........................OO.......
........O........................O........
.....OOO..........O...............OOO.....
.....O....OO.......O..........OO....O.....
.........O.O.......O..........O.O.........
.........O........OO............O.........
........OO......................OO........
..........................................
..........................................
..........................................
....................OO....................
....................OO....................

:9hd Separated by 9 half diagonals. Specifically used to describe the distance between the two construction lanes in the linear propagator.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/Help/Lexicon/lex_c.htm0000755000175000017500000025522313317135606014331 00000000000000 Life Lexicon (C)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:c = speed of light

:c/10 spaceship A spaceship travelling at one tenth of the speed of light. The first such spaceship to be discovered was the orthogonally travelling copperhead, found by 'zdr' on 5 March 2016. Simon Ekström found the related fireship two weeks later. A Caterloopillar can theoretically be configured to move at c/10, but there are technical difficulties with speeds of the form 4n+2, and as of June 2018 this has not been done in practice.

:c/12 spaceship A spaceship travelling at one twelfth of the speed of light. The only diagonal spaceships that are currently known to move at this speed are the Corderships. An orthogonal Caterloopillar has been configured to move at c/12.

:c/2 spaceship A spaceship travelling at half the speed of light. Such spaceships necessarily move orthogonally. The first to be discovered was the LWSS. For other examples see Coe ship, ecologist, flotilla, hammerhead, hivenudger, HWSS, MWSS, puffer train, puff suppressor, pushalong, Schick engine, sidecar, still life tagalong and x66.

:c/3 spaceship A spaceship travelling at one third of the speed of light. All known c/3 spaceships travel orthogonally. The first was 25P3H1V0.1, found in August 1989 by Dean Hickerson. For further examples see brain, dart, edge-repair spaceship, fly, turtle and wasp.

:c/4 spaceship A spaceship travelling at one quarter of the speed of light. The first such spaceship to be discovered was, of course, the glider, and this remained the only known example until December 1989, when Dean Hickerson found the first orthogonal example, 119P4H1V0, and also a new diagonal example (the big glider). For other examples see B29, Canada goose, crane, Enterprise, edge-repair spaceship (third pattern), non-monotonic, Orion, quarter, sparky, swan and tagalong. It is known that c/4 is the fastest possible speed for a (45-degree) diagonal spaceship.

:c/5 spaceship A spaceship travelling at one fifth of the speed of light. The first such spaceship to be discovered was the snail, found by Tim Coe in January 1996. The first diagonally moving example, 295P5H1V1, was found by Jason Summers in November 2000. For other c/5 ships see 58P5H1V1, 67P5H1V1, 86P5H1V1 and spider. A Caterloopillar has also been configured to move at c/5.

:c/6 spaceship A spaceship travelling at one sixth of the speed of light. The first such spaceship to be discovered was the dragon, found by Paul Tooke in April 2000. The first diagonally moving example was the seal, found by Nicolay Beluchenko in September 2005. Another orthogonal c/6 spaceship, found by Paul Tooke in March 2006, is shown below. For the smallest known c/6 spaceship see 56P6H1V0. 


..O..............O..................................O.....
O..O..OOO.......O.OOOO...............OO...........OO.O....
O..O............OOO.O.O.........O.....O.......O...O.......
.O.O..O.....................OOO..O.O.OOO.....O.O.O....O...
..OO......O....O................OOOOOO..O..O...O...O..O...
.O.O...OO.....O...OO......OO.OO..O..OO..O.O.OO..O.........
..O.....O.OO..O...OO......OO....O.O.O..O..O.O.O......OO..O
..O....OOO..O.........OOO.......OOO.O.OO.....O.......OOO.O
............OOOOOOOOO...O........OO.OOO...OOOO.........O.O
..........................................................
............OOOOOOOOO...O........OO.OOO...OOOO.........O.O
..O....OOO..O.........OOO.......OOO.O.OO.....O.......OOO.O
..O.....O.OO..O...OO......OO....O.O.O..O..O.O.O......OO..O
.O.O...OO.....O...OO......OO.OO..O..OO..O.O.OO..O.........
..OO......O....O................OOOOOO..O..O...O...O..O...
.O.O..O.....................OOO..O.O.OOO.....O.O.O....O...
O..O............OOO.O.O.........O.....O.......O...O.......
O..O..OOO.......O.OOOO...............OO...........OO.O....
..O..............O..................................O.....
A Caterloopillar can theoretically be configured to move at c/6, but there are technical difficulties with speeds of the form 4n+2, and as of July 2018 this has not been done in practice.

:c/7 spaceship A spaceship travelling at one seventh of the speed of light. The first such spaceship to be discovered was the diagonally travelling lobster, found by Matthias Merzenich in August 2011. The first known orthogonal c/7 spaceship was the loafer, discovered by Josh Ball in February 2013. A Caterloopillar has been configured to move at c/7.

:CA = cellular automaton

:caber tosser Any pattern whose population is asymptotic to c.log(t) for some constant c, and which contains a glider (or other spaceship) bouncing between a slower receding spaceship and a fixed reflector which emits a spaceship (in addition to the reflected one) whenever the bouncing spaceship hits it.

As the receding spaceship gets further away the bouncing spaceship takes longer to complete each cycle, and so the extra spaceships emitted by the reflector are produced at increasingly large intervals. More precisely, if v is the speed of the bouncing spaceship and u the speed of the receding spaceship, then each interval is (v+u)/(v-u) times as long as the previous one. The population at time t is therefore n.log(t)/log((v+u)/(v-u)) + O(1), where n is the population of one of the extra spaceships (assumed constant).

The first caber tosser was built by Dean Hickerson in May 1991.

:Callahan G-to-H A stable glider reflector and glider-to-Herschel converter discovered by Paul Callahan in November 1998. Its recovery time is 575 ticks. The initial stage converts two gliders into a Herschel. A ghost Herschel in the pattern below marks the output location: 


....O.........O...................
....OOO.....OOO...................
.O.....O...O......................
..O...OO...OO.....................
OOO...............................
.........O........................
........O.O.......................
........O.O.......................
.........O........................
...............................O..
...............................O..
....................OO.........OOO
..............OO....OO...........O
........OO...OO...................
.......O..O....O..................
..OO....OO........................
.O.O..............................
.O................................
OO................................
..........OO......................
..........O.......................
...........OOO....................
.............O....................

The glider from the southeast can be supplied by an Fx77 + L112 + Fx77 Herschel track, or by reflecting the output Herschel's FNG as in the p8 G-to-H. See also Silver reflector, Silver G-to-H.

:Cambridge pulsar CP 48-56-72 = pulsar (The numbers refer to the populations of the three phases. The Life pulsar was indeed discovered at Cambridge, like the first real pulsar a few years earlier.)

:Canada goose (c/4 diagonally, p4) Found by Jason Summers, January 1999. It consists of a glider plus a tagalong. 


OOO..........
O.........OO.
.O......OOO.O
...OO..OO....
....O........
........O....
....OO...O...
...O.O.OO....
...O.O..O.OO.
..O....OO....
..OO.........
..OO.........
At the time of its discovery the Canada goose was the smallest known diagonal spaceship other than the glider, but this record has since been beaten, first by the second spaceship shown under Orion, and more recently by quarter.

:candelabra (p3) By Charles Trawick. See also the note under cap. 


....OO....OO....
.O..O......O..O.
O.O.O......O.O.O
.O..O.OOOO.O..O.
....O.O..O.O....
.....O....O.....

:candlefrobra (p3) Found by Robert Wainwright in November 1984. 


.....O....
.O.OO.O.OO
O.O...O.OO
.O....O...
.....OO...
The following diagram shows that a pair of these can act in some ways like killer toads. See also snacker. 

....O...........O....
OO.O.OO.O...O.OO.O.OO
OO.O...O.O.O.O...O.OO
...O....O...O....O...
...OO...........OO...
.....................
.....................
.........OOO.........
.........O..O........
.........O...........
.........O...O.......
.........O...O.......
.........O...........
..........O.O........

:canoe (p1) 


...OO
....O
...O.
O.O..
OO...

:cap The following induction coil. It can also easily be stabilized to form a p3 oscillator. See candelabra for a slight variation on this. 


.OO.
O..O
OOOO

:carnival shuttle (p12) Found by Robert Wainwright in September 1984 (using MW emulators at the end, instead of the monograms shown here). 


.................................O...O
OO...OO..........................OOOOO
.O.O.O...O..O......OO...O..O.......O..
.OO.OO..OO...OO....OO..OO...OO....O.O.
.O.O.O...O..O......OO...O..O.......O..
OO...OO..........................OOOOO
.................................O...O

:carrier = aircraft carrier

:casing That part of the stator of an oscillator which is not adjacent to the rotor. Compare bushing.

:catacryst A 58-cell quadratic growth pattern found by Nick Gotts in April 2000. This was formerly the smallest such pattern known, but has since been superseded by the related metacatacryst. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

The catacryst consists of three arks plus a glider-producing switch engine. It produces a block-laying switch engine every 47616 generations. Each block-laying switch engine has only a finite life, but the length of this life increases linearly with each new switch engine, so that the pattern overall grows quadratically, as an unusual type of MMS breeder.

:Catagolue An online database of objects in Conway's Game of Life and similar cellular automata, set up by Adam P. Goucher in 2015 at http://catagolue.appspot.com. It gathers data from a distributed search of random initial configurations and records the eventual decay products. Within a year of operation it had completed a census of the ash objects from over two trillion asymmetric 16x16 soups. As of June 2018, well over two hundred trillion ash objects have been counted, from over a trillion asymmetric soups.

It is often possible to use Catagolue search results find equivalent glider synthesis recipes for selected parts of long-running active reactions. These random soup searches have made it possible to find efficient construction methods for thousands of increasingly rare still lifes and oscillators, and the occasional puffer or spaceship. In many of these cases a glider synthesis was previously very difficult or unknown.

:catalyst An object that participates in a reaction but emerges from it unharmed. All eaters are catalysts. Some small still lifes can act as catalysts in some situations, such as the block, ship, and tub. The still lifes and oscillators that form a conduit are examples of catalysts.

A relatively rare form of catalysis occurs in a transparent debris effect, where the catalyst in question is completely destroyed and then rebuilt. The term is also sometimes used for a modification of an active reaction in a rake by passing spaceships.

:catch and throw A technology used (e.g., in the Caterpillar) to adjust the timing of a glider by turning it into a stationary object using one interaction, and then later restoring it using a second interaction. The interactions are caused by passing objects which are not otherwise affected. The direction of the glider is not usually changed.

Here is an example where a glider is turned into a boat by the first LWSS, and is then restored by the remaining spaceships: 


..................................OO.............OO.......OOOO.
................................O....O..........OO.OOOO...O...O
...............................O.................OOOOOO...O....
...............................O.....O............OOOO.....O..O
.O.............................OOOOOO..........................
..O............................................................
OOO............................................................
...............................................................
...............................................................
...............................................................
...............................................................
...............................................................
...OOOO........................................................
...O...O.......................................................
...O...........................OO..............................
....O..O......................OO.OOO...........................
...............................OOOOO...........................
................................OOO............................

:caterer (p3) Found by Dean Hickerson, August 1989. Compare with jam. In terms of its minimum population of 12 this is the smallest p3 oscillator. See also double caterer and triple caterer. 


..O.....
O...OOOO
O...O...
O.......
...O....
.OO.....
More generally, any oscillator which serves up a bit in the same manner may be referred to as a caterer.

:Caterloopillar A family of adjustable-speed spaceships constructed by Michael Simkin in 2016, based on an "engineless caterpillar" idea originally proposed by David Bell. The front and back halves of Caterloopillars each function as universal constructors, with each half constructing the building blocks of the other half, while also reading and moving a construction tape. The overall design is reminiscent of M.C. Escher's lithograph "Drawing Hands". The name "Caterloopillar" is a reference to Douglas Hofstader's Strange Loop concept.

Simkin has written an automated script that can construct a Caterloopillar for any rational speed strictly less than c/4, with some exceptions. Speeds closer to the c/4 limit in general require larger constructions, and for any given computer system it is easy to choose a speed that makes it impractical to construct a Caterloopillar.

As of June 2018 one significant remaining exception is that Caterloopillars with periods c/(6+4N) can't be constructed. This is only a limitation of the current construction script, not of the underlying Caterloopillar toolkit. For technical reasons, the lowest speed that the current script can produce is around c/95. The slowest Caterloopillars that have been explicitly constructed to date are c/87 and c/92. These are among the smallest in terms of population, though their bounding boxes are larger than some of the higher-speed Caterloopillars.

:Caterpillar A spaceship that works by laying tracks at its front end. The first example constructed was a p270 17c/45 spaceship built by Gabriel Nivasch in December 2004, based on work by himself, Jason Summers and David Bell. This Caterpillar has a population of about 12 million in each generation and was put together by a computer program that Nivasch wrote. At the time it was by far the largest and most complex Life object ever constructed, and it is still one of the largest in terms of population.

The 17c/45 Caterpillar is based on the following reaction between a pi-heptomino and a blinker: 


...............O
O.............OO
O............OO.
O.............OO
...............O
In this reaction, the pi moves forward 17 cells in the course of 45 generations, while the blinker moves back 6 cells and is rephased. This reaction has been known for many years, but it was only in September 2002 that David Bell suggested that it could be used to build a 17c/45 spaceship, based on a reaction he had found in which pi-heptominoes crawling along two rows of blinkers interact to emit a glider every 45 generations. Similar glider-emitting interactions were later found by Gabriel Nivasch and Jason Summers. The basic idea of the spaceship design is that streams of gliders created in this way can be used to construct fleets of standard spaceships which convey gliders to the front of the blinker tracks, where they can be used to build more blinkers.

A different Caterpillar may be possible based on the following reaction, in which the pattern at top left reappears after 31 generations displaced by (13,1), having produced a new NW-travelling glider. In this case the tracks would be waves of backward-moving gliders. 


.OO.....................
...O....................
...O.OO.................
OOO....O................
.......O................
.....OOO................
........................
........................
........................
........................
........................
........................
.....................OOO
.....................O..
......................O.
For other Caterpillar-type constructions see Centipede, waterbear, half-baked knightship, and Caterloopillar.

:CatForce An optimized search program written by Michael Simkin in 2015, using brute-force enumeration of small Spartan objects in a limited area, instead of a depth-first tree search. One major purpose of CatForce is to find glider-constructible completions for signal conduits. An early CatForce discovery was the B60 conduit, which enabled a record-breaking new glider gun.

:Catherine wheel = pinwheel

:cauldron (p8) Found in 1971 independently by Don Woods and Robert Wainwright. Compare with Hertz oscillator. 


.....O.....
....O.O....
.....O.....
...........
...OOOOO...
O.O.....O.O
OO.O...O.OO
...O...O...
...O...O...
....OOO....
...........
....OO.O...
....O.OO...

:cavity = eater plug

:CC semi-cenark The colour-changing version of Tanner Jacobi's century-based semi-Snark mechanism, using a C-to-G consisting of a BTS catalyst and a block. See CP semi-cenark for the colour-preserving version, or semi-cenark for repeat time details and an alternate initial catalyst. 


.O............OO..........
..O..........O.O..........
OOO.....OO..O.............
........O..O.OO...........
.....O....OO.O.O..........
...O.O........O...........
....OO..............OO....
....................O.....
.......OO.........O.O.....
.......OO.........OO......
..........................
..........................
..........................
....OO....OO..............
...O.O...O.O..............
...O......O...............
..OO......................
..........................
.....................OO...
...................O..O...
...................OOO....
..........................
..............OO...OO.O.OO
..............OO....O.OO.O
....................O.....
...................OO.....

:CC semi-Snark A small 90-degree colour-changing glider reflector requiring two input gliders on the same lane for each output glider. It was discovered by Sergei Petrov on 1 July 2013, using a custom-written search utility. It functions as a very compact period doubler in some signal circuitry, for example the linear propagator. The semi-Snark can period-double a regular glider stream of period 51 or more, or an intermittent stream with two gliders every 67 ticks or more, since the block reset glider can be sent just 16 ticks before its partner. 


......O..........OO
.......OO........O.
......OO.......O.O.
...............OO..
..........O........
OO.........OO......
OO........OO.......
...................
...................
.................OO
..........OO.....OO
..........OO.......
...................
.....O.............
....O.O............
....OO......OO.....
............O......
.............OOO...
...............O...

:cell The fundamental unit of space in the Life universe. The term is often used to mean a live cell - the sense is usually clear from the context.

:cellular automaton A certain class of mathematical objects of which Life is an example. A cellular automaton consists of a number of things. First there is a positive integer n which is the dimension of the cellular automaton. Then there is a finite set of states S, with at least two members. A state for the whole cellular automaton is obtained by assigning an element of S to each point of the n-dimensional lattice Zn (where Z is the set of all integers). The points of Zn are usually called cells. The cellular automaton also has the concept of a neighbourhood. The neighbourhood N of the origin is some finite (nonempty) subset of Zn. The neighbourhood of any other cell is obtained in the obvious way by translating that of the origin. Finally there is a transition rule, which is a function from SN to S (that is to say, for each possible state of the neighbourhood the transition rule specifies some cell state). The state of the cellular automaton evolves in discrete time, with the state of each cell at time t+1 being determined by the state of its neighbourhood at time t, in accordance with the transition rule.

There are some variations on the above definition. It is common to require that there be a quiescent state, that is, a state such that if the whole universe is in that state at generation 0 then it will remain so in generation 1. (In Life the OFF state is quiescent, but the ON state is not.) Other variations allow spaces other than Zn, neighbourhoods that vary over space and/or time, probabilistic or other non-deterministic transition rules, etc.

It is common for the neighbourhood of a cell to be the 3x...x3 (hyper)cube centred on that cell. (This includes those cases where the neighbourhood might more naturally be thought of as a proper subset of this cube.) This is known as the Moore neighbourhood.

:census A count of the number of different individual Life objects within one larger object, most often the final ash of a random soup experiment. This includes the number of blocks, blinkers, gliders, and other common objects, as well as any rarer larger still lifes, oscillators or spaceships.

:centinal (p100) Found by Bill Gosper. This combines the mechanisms of the p46 and p54 shuttles (see twin bees shuttle and p54 shuttle). 


OO................................................OO
.O................................................O.
.O.O.....................OO.....................O.O.
..OO........O............OO............OO.......OO..
...........OO..........................O.O..........
..........OO.............................O..........
...........OO..OO......................OOO..........
....................................................
....................................................
....................................................
...........OO..OO......................OOO..........
..........OO.............................O..........
...........OO..........................O.O..........
..OO........O............OO............OO.......OO..
.O.O.....................OO.....................O.O.
.O................................................O.
OO................................................OO

:Centipede (31c/240 orthogonally, p240) The smallest known 31c/240 spaceship, constructed by Chris Cain in September 2014 as a refinement of the shield bug.

:century (stabilizes at time 103) This is a common pattern which evolves into three blocks and a blinker. In June 1996 Dave Buckingham built a neat p246 gun using a century as the engine. See also bookend and diuresis. 


..OO
OOO.
.O..

:century eater A 20-cell still life that functions as an eater for the active reaction produced by any century relative. The most well-known use is to replace a four-object constellation in Paul Callahan's bistable switch, as shown below. In September 2014 Josh Ball showed that a variant of this still life has a relatively inexpensive slow glider construction recipe. 


............O.OO..............
............OO.O..............
..............................
..........OOOOO...............
.........O..O..O..............
.........OO...O.O.............
...............OO.............
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
............................OO
............................OO
..............................
O.............................
.OO...........................
OO............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
..............................
....OO........................
...O.O........................
...O..........................
..OO........OO................
............OO................
At T=256 the active reaction produces an eight-cell pattern sharing the same grandchild as a century. The century eater at the top of the pattern catalyzes this pattern produce a clean spark.

:century-to-glider converter Any signal circuit that accepts a century as input and produces a clean output glider. For example, in November 2017 Adam P. Goucher noticed that this previously known C-to-G converter can replace the century eater in Paul Callahan's bistable switch, producing an extra glider output. 


......................OO.......
.......................O.......
.......................O.O.....
........................O.O....
.........................O...OO
.............................OO
...............................
...............................
...............................
...............................
OO.............................
OO.............................
...............................
...............................
.....................O.........
....................OOO........
......................OO.......

:channel A lane or signal path used in construction circuitry. Until the invention of single-channel construction arms, signals in a channel would usually be synchronized with one or more coordinated signals on other paths, as in the Gemini, which used twelve channels to run three construction arms simultaneously, or the 10hd Demonoid which needed only two channels. See also Geminoid.

:chaotic growth An object whose fate is unknown, except that it appears to grow forever in an unpredictable manner. In Life, no pattern has yet been found that is chaotic. This is in contrast to many other Life-like rules, where even small objects can appear to grow chaotically.

It is possible that chaotic growth may occur rarely or even regularly for large enough random Life objects, but if so the minimum size of such patterns must be larger than what can currently be experimentally simulated (but see novelty generator).

In any case, it is not decidable whether a pattern that apparently grows randomly forever is in fact displaying chaotic growth. Continuing to evolve such a pattern might at any time result in it suddenly cleaning itself up and becoming predictable.

:chemist (p5) 


.......O.......
.......OOO.....
..........O....
.....OOO..O..OO
....O.O.O.O.O.O
....O...O.O.O..
.OO.O.....O.OO.
..O.O.O...O....
O.O.O.O.O.O....
OO..O..OOO.....
....O..........
.....OOO.......
.......O.......

:C-heptomino Name given by Conway to the following heptomino, a less common variant of the B-heptomino. 


.OOO
OOO.
.O..

:Cheshire cat A block predecessor by C. R. Tompkins that unaccountably appeared both in Scientific American and in Winning Ways. See also grin. 


.O..O.
.OOOO.
O....O
O.OO.O
O....O
.OOOO.

:chicken wire A type of stable agar of density 1/2. The simplest version is formed from the tile: 


OO..
..OO
But the "wires" can have length greater than two and need not all be the same. For example: 

OO...OOOO.....
..OOO....OOOOO

:chirality A term borrowed from chemistry to describe asymmetrical patterns with two distinct mirror-image orientations. One common use is in relation to Herschel transmitters, where the spacing between the two gliders in the tandem glider output can limit the receiver to a single chirality.

:cigar = mango

:circuit Any combination of conduits or converters that moves or processes an active signal. This includes components with multiple states such as period multipliers or switches, which can be used to build guns, logic gates, universal constructors, and other computation or construction circuitry.

:cis-beacon on anvil (p2) 


...OO..
....O..
.O.....
.OO....
.......
.OOOO..
O....O.
.OOO.O.
...O.OO

:cis-beacon on table (p2) 


..OO
...O
O...
OO..
....
OOOO
O..O

:cis-boat with tail (p1) 


.O...
O.O..
OO.O.
...O.
...OO

:cis fuse with two tails (p1) See also pulsar quadrant. 


...O..
.OOO..
O...OO
.O..O.
..O.O.
...O..

:cis-mirrored R-bee (p1) 


.OO.OO.
O.O.O.O
O.O.O.O
.O...O.

:cis snake = canoe

:clean Opposite of dirty. A reaction which produces a small number of different products which are desired or which are easily deleted is said to be clean. For example, a puffer which produces just one object per period is clean. Clean reactions are useful because they can be used as building blocks in larger constructions.

When a fuse is said to be clean, or to burn cleanly, this usually means that no debris at all is left behind.

:clearance In signal circuitry, the distance from an edge shooter output lane to the last unobstructed lane adjacent to the edge-shooter circuitry. For example, an Fx119 inserter has an unusually high 27hd clearance.

Also, oscillator and eater variants may be said to have better clearance if they allow gliders or other signals to pass closer to them than the standard variant allows. The following high-clearance eater1 variant by Karel Suhajda allows gliders to pass one lane closer on the southeast side, than is allowed by the standard fishhook shape. 


.O......OO
..O..OO..O
OOO...O.O.
......O.OO
...OO.O...
...O..O...
....OO....
This is considered to be a variant of the eater1 because the reaction's rotor is exactly the same, even though three cells in this variant are too overpopulated to allow a birth, instead of underpopulated as in a standard eater1 glider-eating reaction.

:clock (p2) Found by Simon Norton, May 1970. This is the fifth or sixth most common oscillator, being about as frequent as the pentadecathlon, but much less frequent than the blinker, toad, beacon or pulsar. It is surprisingly rare considering its small size. 


..O.
O.O.
.O.O
.O..

The protruding cells at the edges can perturb some reactions by inhibiting the birth of a cell in a 3-cell corner. For example, a clock can be used to suppress the surplus blinker produced by an F171 conduit, significantly improving the recovery time of the circuit: 


.........O........O................................
.........OOO......OOO..............................
............O........O.............................
...........OO.......OO.............................
...................................................
.................................................O.
................................................O.O
................................................O.O
.................................................O.
......................................O............
............OO........................O............
.............O........................OOO..........
.............O.O........................O..........
..............OO...................................
...................................................
...................................................
........O..............................OO..........
........OOO........................O...OO..........
...........O......................O.O..............
..........OO.....................O.O...............
.................................O.................
................................OO.................
...................................................
...................................................
...................................................
...................................................
.........O.........................................
.........O.O.......................................
.........OOO.......................................
...........O.......................................
...................................................
..................OO...O...........................
...................O....OO.........................
................OOO...OO...........................
..OO............O.......O..........................
...O...............................................
OOO................................................
O..................................................

:clock II (p4) Compare with pinwheel. 


......OO....
......OO....
............
....OOOO....
OO.O....O...
OO.O..O.O...
...O..O.O.OO
...O.O..O.OO
....OOOO....
............
....OO......
....OO......

:clock inserter = clock insertion.

:clock insertion A uniquely effective method of adding a glider to the front edge of a salvo, by first constructing a clock, then converting it to a glider using a one-bit spark. Here it rebuilds a sabotaged glider in a deep pocket between other gliders: 


..................................................O........
..................................................O.O......
..................................................OO.......
...............................................O......O....
..............................................O......O.....
..............................................OOO....OOO...
...........................................................
...........................................O......O........
...........................................O.O....O.O.....O
...........................................OO.....OO....OO.
........................................O.......O........OO
.......................................O...................
.......................................OOO...........O.O...
.....................................................OO....
......................................................O....
O..................................................O.......
.OO..............................................OO........
OO................................................OO.......
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
.............................O.............................
....................O......O.O.............................
..................O.O.......OO.............................
...................OO......................................
.........................O.................................
..........................O....OOO.........................
........................OOO....O...........................
................................O..........................
.....................................OO....................
............................OO.......O.O...................
............................O.O......O.....................
............................O..............................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
...........................................................
.............................................OO............
.............................................O.O...........
.............................................O.............

In 2015 Chris Cain used this reaction to demonstrate conclusively that any unidirectional glider salvo, no matter how large or tightly packed, can be constructed by collisions between gliders that are initially separated by any finite distance. As a corollary, because all glider syntheses are made up of two to four unidirectional salvos, any glider-constructible object has a synthesis that starts with every glider at least N cells away from every other glider (for any chosen N).

:cloud of smoke = smoke

:cloverleaf This name was given by Robert Wainwright to his p2 oscillator washing machine. But Achim Flammenkamp also gave this name to Achim's p4.

:cluster Any pattern in which each live cell is connected to every other live cell by a path that does not pass through two consecutive dead cells. This sense is due to Nick Gotts, but the term has also been used in other senses, often imprecise.

:CNWH Conweh, creator of the Life universe.

:Coe ship (c/2 orthogonally, p16) A puffer engine discovered by Tim Coe in October 1995. 


....OOOOOO
..OO.....O
OO.O.....O
....O...O.
......O...
......OO..
.....OOOO.
.....OO.OO
.......OO.

In December 2015, the Coe ship was discovered in an asymmetric random soup on Catagolue. This was the first time any non-p4 ship was discovered in a random asymmetric soup experiment, winning Adam P. Goucher a 50-euro prize offered by Ivan Fomichev.

:Coe's p8 (p8) Found by Tim Coe in August 1997. 


OO..........
OO..OO......
.....OO.....
....O..O....
.......O..OO
.....O.O..OO

:Collatz 5N+1 simulator An unknown fate pattern constructed by David Bell in December 2017 that simulates the Collatz 5N+1 algorithm using sliding block memory and p1 technology, while always having a population below 32000.

The algorithm is simple. Starting with a number, if it is even divide it by 2, otherwise multiply it by 5 and add 1. When this process is iterated a sequence of numbers is generated. When starting with the value of 7, it is currently unknown whether or not the sequence ever forms a cycle.

Because of this the fate of the simulator is also currently unknown. It may become stable, or become an oscillator with a high period, or have a bounding box which grows irregularly.

:colour = colour of a glider

:colour-changing See colour of a glider. The reflector shown in p8 bouncer is colour-changing, as are its 5/6/7/8 and higher-period versions.

:colour-changing semi-Snark = CC semi-Snark.

:colourised Life A cellular automaton that is the same as Life except for the use of a number of different ON states ("colours"). All ON states behave the same for the purpose of applying the Life rule, but additional rules are used to specify the colour of the resulting ON cells. Examples are Immigration and QuadLife.

:colour of a glider The colour of a glider is a property of the glider that remains constant while the glider is moving along a straight path, but that can be changed when the glider bounces off a reflector. It is an important consideration when building something using reflectors.

The colour of a glider can be defined as follows. First choose some cell to be the origin. This cell is then considered to be white, and all other cells to be black or white in a checkerboard pattern. (So the cell with coordinates (m,n) is white if m+n is even, and black otherwise.) Then the colour of a glider is the colour of its leading cell when it is in a phase that can be rotated to look like this: 


OOO
..O
.O.

A reflector that does not change the colour of gliders obviously cannot be used to move a glider onto a path of different colour than it started on. But a 90-degree reflector that does change the colour of gliders is similarly limited, as the colour of the resulting glider will depend only on the direction of the glider, no matter how many reflectors are used. For maximum flexibility, therefore, both types of reflector are required.

Small periodic colour-changing glider reflectors (bouncers) are known, and also small periodic colour-preserving glider reflectors (bumpers). Among stable patterns, only a small colour-preserving reflector (Snark) is known. The smallest known 90-degree colour-changing reflector is given at the end of the reflector entry.

:colour-preserving See colour of a glider. Snarks and bumpers are colour-preserving reflectors.

:colour-preserving semi-Snark = CP semi-Snark

:complementary blinker = fore and back

:component A partial glider synthesis that can be used in the same way in multiple glider recipes. A component transforms part of an object under construction in a well-defined way, without affecting the rest of the object. For example, this well-known component can be used to add a hook to any object that includes a protruding table end, converting it to a long bookend: 


.......O...................O...................O
.....OO..................OO..................OO.
......OO..................OO..................OO
................................................
..O...................O...................O.....
O.O.................O.O.................O.O.....
.OO..O...............OO..O...............OO..O..
.....O.O.................O.O.................O.O
.....OO..................OO..................OO.
................................................
................................................
....................O...........................
...O..O............O.O.O..O............OO..O..O.
...OOOO.............OO.OOOO............O...OOOO.
......................O.................OOO.....
.....OO...............O.O.................O.O...
.....OO................O.O.................OO...
........................O.......................

"Component" is also used to specify any piece of an object - spaceship, oscillator, etc. - that can be combined with other components in specific ways according to a grammar to produce a variety of objects. The components can either be independent objects that only occasionally react with each other, or else they can be fused together to support each other. For example, any branching spaceship is made up of several components, and there is a single repeating component in any wicktrailer.

:composite See composite conduit.

:composite conduit A signal-processing conduit that can be subdivided into two or more elementary conduits.

:compression = repeat time, recovery time.

:computational universality See universal computer.

:conduit Any arrangement of still lifes and/or oscillators that moves an active object to another location, perhaps also transforming it into a different active object at the same time, but without leaving any permanent debris (except perhaps gliders, or other spaceships) and without any of the still lifes or oscillators being permanently damaged. Probably the most important conduit is the following remarkable one (Dave Buckingham, July 1996) in which a B-heptomino is transformed into a Herschel in 59 generations. 


.........OO.O
O.OO......OOO
OO.O.......O.
.............
.........OO..
.........OO..
Several hundred elementary conduits are now known, with recent discoveries primarily made via search programs such as CatForce and Bellman.

:conduit 1 = BFx59H.

:confused eaters (p4) Found by Dave Buckingham before 1973. 


O..........
OOO........
...O.......
..O........
..O..O.....
.....O.....
...O.O.....
...OO..OO..
.......O.O.
.........O.
.........OO

:constellation A general term for a group of two or more separate objects, usually small still lifes and low-period oscillators. Compare pseudo still life.

:construction arm An adjustable mechanism in a universal constructor that allows new objects to be constructed in any chosen location that the arm can reach. A construction arm generally consists of a shoulder containing fixed guns or edge shooters, a movable construction elbow that slides forward and backward along the construction lane(s), and in the case of single-arm universal constructors, a hand target object at the construction site that can be progressively modified by a slow salvo to produce each desired object.

:construction elbow One of the components of a construction arm in a universal constructor. The elbow usually consists of a single Spartan still life or small constellation. It accepts elbow operation recipes, in the form of salvos coming from the construction arm's shoulder.

These recipes may do one of several things: 1) pull the elbow closer to the shoulder, 2) push the elbow farther from the shoulder, 3) emit a glider on a particular output lane (while also optionally pushing or pulling the elbow); 4) create a "hand" target block or other useful object as a target for output gliders, to one side of the construction lane; 5) duplicate the elbow, or 6) destroy the elbow.

Elbows that receive and emit orthogonally-travelling spaceships instead of gliders are technically possible, but no working examples are currently known. The discussion below assumes that gliders are used to communicate between the shoulder, elbow, and hand locations.

If a mechanism can be programmed to generate recipes for at least the first three options listed above, it is generally capable of functioning as a universal constructor. The main requirement is that push and pull elbow operations should be available that are either minimal (1fd) or the distances should be relatively prime.

Depending on the elbow operation library, there may be only one type of elbow, or there may be two or more elbow objects, with recipes that convert between them. The 9hd library had just one elbow type, a block. The original 10hd library had two elbows, blocks in mirror-symmetric locations; this was expanded to a larger list for the 10hd Demonoid. The 0hd Demonoid also has a multi-elbow recipe library. A slow elbow toolkit may make use of an even larger number of glider output recipes, because the target elbow object in that case is not restricted to a single diagonal line.

If only one colour, parity, or phase of glider can be emitted, then the mechanism will be limited to producing monochromatic salvos or monoparity salvos. These are less efficient at most construction tasks, but are still generally accepted to enable universal toolkits. See also half-baked knightship.

:construction envelope The region affected by an active reaction, such as a glider synthesis of an object. The envelope corresponds to the state-2 blue cells in LifeHistory. See also edgy.

:construction lane Part of a construction arm between the shoulder and the elbow - in particular, one of the fixed lanes that elbow operation signals travel on. All known universal constructors have used arms with two or more construction lanes, except for the ones in the 0hd Demonoid and in recent single-channel construction recipes.

:construction recipe One or more streams of gliders or other signals fed into a universal constructor to create a target object. Compare glider recipe.

:construction universality See universal constructor.

:converter A conduit in which the input object is not of the same type as the output object. This term tends to be preferred when either the input object or the output object is a spaceship.

The following diagram shows a p8 pi-heptomino-to-HWSS converter. This was originally found by Dave Buckingham in a larger form (using a figure-8 instead of the boat). The improvement shown here is by Bill Gosper (August 1996). Dieter Leithner has since found (much larger) oscillators of periods 44, 46 and 60 that can be used instead of the Kok's galaxy. 


.O.O..O........
.OOO.O.OO......
O......O.....O.
.O.....OO...O.O
.............OO
OO.....O.......
.O......O......
OO.O.OOO.......
..O..O.O.......
............OOO
............O.O
............O.O

For another periodic converter, see the glider-to-LWSS example in queen bee shuttle pair. However, many converters are stable. Examples of elementary conduit converters include BFx59H, 135-degree MWSS-to-G, and 45-degree MWSS-to-G.

The earliest and simplest stable converters known are shown below. These are an HWSS-to-loaf, MWSS-to-beehive, and LWSS-to-blinker. These can serve as memory cells, or as the first steps in constructing objects using salvos. 


.........................O..............................
..OO...................O...O.................O..O.......
O....O......................O....................O......
......O................O....O................O...O......
O.....O.................OOOOO.................OOOO......
.OOOOOO.................................................
.........OO....................OO...................OO..
.........O.O...................O....................O...
...........O....................OOO..................OOO
...........OO.....................O....................O

:convoy A collection of spaceships all moving in the same direction at the same speed. Convoys are usually not destroyed by the reactions that they cause. Compare salvo. For examples, see reanimation, fly-by deletion and glider turner.

:copperhead (c/10 orthogonally, p10) The following small c/10 spaceship, discovered by conwaylife.com forum user 'zdr' on 5 March 2016, using a simple depth-first search program. A glider synthesis was found on the same day. 


.OOOO.
......
.O..O.
O.OO.O
O....O
......
O....O
OO..OO
OOOOOO
.O..O.
..OO..
..OO..
Later that same month Simon Ekström added a sparky tagalong for the copperhead to produce the fireship. This allowed for the construction of c/10 puffers and rakes.

:Corder- Prefix used for things involving switch engines, after Charles Corderman.

:Corder engine = switch engine

:Cordergun A gun firing Corderships. The first was built by Jason Summers in July 1999, using a glider synthesis by Stephen Silver.

:Cordership Any spaceship based on switch engines. These necessarily move at a speed of c/12 diagonally with a period of 96 or a multiple thereof. The first Cordership was constructed by Dean Hickerson in April 1991, using 13 switch engines. He soon reduced this to 10, and in August 1993 to 7. In July 1998 he reduced it to 6. In January 2004, Paul Tooke found the 3-engine glide symmetric Cordership shown below. 


................................OO.O...........................
...............................OOO.O......O.O..................
..............................O....O.O....O....................
...............................OO......O.O...O.................
................................O...O..O..OO...................
...................................O.OO...O....................
..................................O.O................OO........
..................................O.O................OO........
...............................................................
...............................................................
...............................................................
...............................................................
...............................................................
...............................................................
.............................................................OO
....................................................OO.......OO
.......................................O.........O.OOOO........
..................................O...OOOOO.....OO.O...OO......
.................................O.O.......OO....O..OO.OO......
.................................O.......O.OO.....OOOOOO.......
..................................O........OO......O...........
...................................O...OOOO....................
........................................OOO....................
........................O.O.........OO.........................
........................O.O.O......O.O.........................
.......................O..OO.O....OO...........................
........................OO...O.O.OO.O..........................
........................OO...OO.OOOOO..........................
............................O.OO...OO..........................
...........................O.O.................................
..OO.O.........................................................
.OOO.O......O.O................................................
O....O.O....O..................................................
.OO......O.O...O...............................................
..O...O..O..OO...........O.....................................
.....O.OO...O...........OOO....................................
....O.O.................O..O...................................
....O.O................O....O..................................
........................O......................................
...............................................................
........................O..O...................................
.........................O.O...................................
...............................................................
.....................O.........................................
....................OOO........................................
...................OO.OO.......................................
.........O........OO.O.....O...................................
....O...OOOOO....OO......OO....................................
...O.O.......OO..OO.......OO...................................
...O.......O.OO................................................
....O........OO................................................
.....O...OOOO..................................................
..........OOO..................................................
...............................................................
...............................................................
...............................................................
...........OO..................................................
...........OO..................................................

At the end of 2017, Aidan F. Pierce discovered a clean 2-engine Cordership. There is also an adjustable-length 4-engine Cordership found by Michael Simkin, made up of two identical or mirror-image 2-engine components. The leading pair of switch engines builds a block trail, which are then deleted by the trailing pair.

Corderships generate sparks which can perturb other objects in many ways, especially gliders which can reach them from the side or from behind. Some perturbations reflect gliders back the way they came, and can be used for constructions such as the caber tosser and the infinite glider hotel.

:cousins (p3) This contains two copies of the stillater rotor. 


.....O.OO....
...OOO.O.O...
O.O......O...
OO.OO.OO.O.OO
...O.O....O.O
...O.O.OOO...
....OO.O.....

:cover The following induction coil. See scrubber for an example of its use. 


....O
..OOO
.O...
.O...
OO...

:covered table = cap

:cow (c p8 fuse) 


OO.......OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.....
OO....O.OOO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO...OO
....OO.O.................................................O.O
....OO...OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO..
....OO.O..................................................O.
OO....O.OOO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.
OO.......OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.....

:CP pulsar = pulsar

:CP semi-cenark A colour-preserving variant of Tanner Jacobi's century-based semi-Snark mechanism, the semi-cenark. See CC semi-cenark for the colour-changing version, or semi-cenark for repeat time details and an alternate initial catalyst. 


.O............OO........
..O..........O.O........
OOO.....OO..O...........
........O..O.OO.........
.....O....OO.O.O........
...O.O........O.........
....OO..............OO..
....................O...
.......OO.........O.O...
.......OO.........OO....
........................
........................
........................
....OO....OO............
...O.O...O.O............
...O......O.............
..OO...............OO...
....................O...
....................O.OO
.................OO.OO.O
..................O.....
................O.O.....
................OO......

:CP semi-Snark A period-multiplying colour-preserving signal conduit found by Tanner Jacobi in October 2017, producing one output glider for every two input gliders. It is made by replacing one of the eaters in a Snark with a catalyst found using Bellman. The catalyst causes the formation of a tub which requires a second glider to delete. However, this adds 5 ticks to the repeat time, so that it becomes 48. This is still 3 ticks faster than the CC semi-Snark. 


.O............................
..O.............OO............
OOO..............O............
...............O.....OO.......
...............OO.....O.......
......................O.OO....
...............OO..OO.O..O....
...............OO...O.OO......
....................O.........
...................OO.........
..............................
.........................OO...
.............O............O...
..............O...........O.OO
............OOO...OO....OOO..O
..................OO...O...OO.
.......................OOOO...
.........OO...............O...
........O.O............OOO....
........O.............O.......
.......OO..............OOOOO..
...........................O..
.........................O....
.........................OO...

:crab = quarter.

:crane (c/4 diagonally, p4) The following spaceship found by Nicolay Beluchenko in September 2005, a minor modification of a tubeater found earlier by Hartmut Holzwart. The wing is of the same form as in the swan and Canada goose. 


.OO.................
OO..................
..O.................
....OO...O..........
....OO..O.O.........
.......OO.O.........
.......OO...........
.......OO...........
.................OO.
.........O....OO.O..
.........OOO..OO....
.........OOO..OO....
..........OO........
....................
............O.......
...........OO.......
...........O........
............O.......
....................
.............OO.....
..............O.OO..
..................O.
...............OO...
...............OO...
.................O..
..................OO

:cross (p3) Found by Robert Wainwright in October 1989. The members of this family are all polyominoes. 


..OOOO..
..O..O..
OOO..OOO
O......O
O......O
OOO..OOO
..O..O..
..OOOO..
In February 1993, Hartmut Holzwart noticed that this is merely the smallest of an infinite family of p3 oscillators. The next smallest member is shown below. 

..OOOO.OOOO..
..O..O.O..O..
OOO..OOO..OOO
O...........O
O...........O
OOO.......OOO
..O.......O..
OOO.......OOO
O...........O
O...........O
OOO..OOO..OOO
..O..O.O..O..
..OOOO.OOOO..

:crowd (p3) Found by Dave Buckingham in January 1973. 


...........O..
.........OOO..
.....OO.O.....
.....O...O....
.......OO.O...
...OOOO...O...
O.O.....O.O.OO
OO.O.O.....O.O
...O...OOOO...
...O.OO.......
....O...O.....
.....O.OO.....
..OOO.........
..O...........

:crown The p12 part of the following p12 oscillator, where it is hassled by a caterer, a jam and a HW emulator. This oscillator was found by Noam Elkies in January 1995. 


..........O...........
..........O......O....
...O....O...O...OO....
...OO....OOO..........
.........OOO..OOO..O.O
.O..OOO.........O.OOOO
O.O.O...............OO
O..O..................
.OO........OO.........
......OO.O....O.OO....
......O..........O....
.......OO......OO.....
....OOO..OOOOOO..OOO..
....O..O........O..O..
.....OO..........OO...

:crucible = cauldron

:crystal A regular growth that is sometimes formed when a stream of gliders, or other spaceships, is fired into some junk.

The most common example is initiated by the following collision of a glider with a block. With a glider stream of even period at least 82, this gives a crystal which forms a pair of beehives for every 11 gliders which hit it. 


.O......
..O...OO
OOO...OO

:C-to-G = century-to-glider converter

:cuphook (p3) Found by Rich Schroeppel, October 1970. This is one of only three essentially different p3 oscillators with only three cells in the rotor. The others are 1-2-3 and stillater. 


....OO...
OO.O.O...
OO.O.....
...O.....
...O..O..
....OO.O.
.......O.
.......OO
The above is the original form, but it can be made more compact: 

....OO.
...O.O.
...O...
OO.O...
OO.O..O
...O.OO
...O...
..OO...

:curl = loop

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golly-3.3-src/Help/Lexicon/lex_k.htm0000755000175000017500000002344413317135606014337 00000000000000 Life Lexicon (K)
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:Karel's p15 (p15) An oscillator discovered by Karel Suhajda on December 11, 2002. It consists of a period 15 rotor supported by the domino spark of a pentadecathlon. It provides accessible sparks that can be used to perturb reactions or thin signal streams. 


..O....O..
..OOOOOO..
..O....O..
..........
..........
..........
..OOOOOO..
.O......O.
O........O
.O......O.
..OOOOOO..

:keeper A type of factory circuit that always results in the presence of an object in the output location, whether or not the object was previously present. In many cases it is easy to construct examples by connecting multiple circuits to shoot down an object with a glider, then rebuild the object again later. The smallest keeper circuits accomplish the same thing more directly with a lucky preliminary spark from the active reaction, which removes the existing object (if any) just before the construction occurs. Below is a useful block keeper with a Herschel input. 


................O..............................
................OOO.....OO.....................
...................O....OO.....................
..................OO...........................
...............................................
...............................................
...............................................
...............................................
...............................................
................................OO.............
...............................O.O.............
................................O..............
...............................................
...............................................
.......OO......................................
........O......................................
........O.O....................................
.........OO....................................
...............................................
...............................................
...............................................
...............................................
...............................................
...............................................
.........O...................................OO
.........O.O.................................OO
.........OOO...................................
...........O...................................
...............................................
...............................................
..........................OO...................
..........................OO...................
..OO...........................................
...O...........................................
OOO.........OO.................................
O...........OO.................................

:keys See short keys, bent keys and odd keys.

:kickback = kickback reaction or 180-degree kickback.

:kickback reaction The following collision of two gliders whose product is a single glider travelling in the opposite direction to one of the original gliders. This is important in the proof of the existence of a universal constructor, and in Bill Gosper's total aperiodic, as well as a number of other constructions. 


.....O..
......OO
.OO..OO.
O.O.....
..O.....
See also 180-degree kickback.

:kidney A Gosperism for century. See also diuresis.

:killer toads A pair of toads acting together so that they can eat things. Here, for example, are some killer toads eating an HWSS. Similarly they can eat a MWSS (but not a LWSS). For another example see twirling T-tetsons II. See also candlefrobra. 


..OO.......OOO
O....O....OOO.
......O.......
O.....O.......
.OOOOOO.......
..........OOO.
...........OOO

:Klein bottle As an alternative to a torus, it's possible to make a finite Life universe in the form of a Klein bottle. The simplest way to do this is to use an m x n rectangle with the top edge joined to the bottom edge (as for a torus) and the left edge twisted and joined to the right.

:knightship Any spaceship of type (2m,m)/n - that is, a spaceship of any speed that moves obliquely in a (2,1) direction. The first Conway's Life knightship was a variant of Andrew Wade's Gemini spaceship, constructed in May 2010. The next was an even slower knightship based on the half-bakery reaction.

A knightship must be asymmetric and its period must be at least 6. This is barely within the range of current search programs, as proven by the discovery on March 6, 2018 of an elementary knightship, Sir Robin, by Adam P. Goucher and Tomas Rokicki.

By analogy with the corresponding fairy chess pieces, spaceships of types (3m,m)/n, (3m,2m)/n and (4m,m)/n would presumably be called camelships, zebraships and giraffeships, respectively. Such spaceships do exist (see universal constructor) but small elementary versions are even more difficult to search for. Any of these ship types could be constructed by trivially modifying a Gemini spaceship, or less trivially by reprogramming one of the more recent small Geminoid construction arms, but as of July 2018 a camelship Gemini is the only example that has been explicitly built.

Alternatively, the term "knightship" is regularly used to refer to any oblique spaceship, such as the original Gemini or the waterbear.

:Kok's galaxy (p8) An oscillator found by Jan Kok in 1971, currently serving as the icon for Golly. See converter for a use of this sparker. 


OOOOOO.OO
OOOOOO.OO
.......OO
OO.....OO
OO.....OO
OO.....OO
OO.......
OO.OOOOOO
OO.OOOOOO
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:macrocell A format used by Golly and its hashlife algorithm, capable of storing repetitive patterns very efficiently, even if they contain a large number of cells. For example, a filled square 2167 cells on a side can be stored in less than three kilobytes in macrocell format, or about 800 bytes in compressed macrocell format. The square's total population is over a googol, 10100; the number of atoms in the observable universe is only about 1080.

This high level of compression is obtained by defining a tree structure composed of increasingly large cell "tiles" with power-of-two dimensions. Tile definitions of any size are re-used whenever they appear multiple times in a large pattern (at the same power-of-two offset). For example, the following is a macrocell encoding of a complex pseudo still life arrangement of ships, with a total population over 2500 cells: 


[M2] (golly 3.0)
#R B3/S23
.**.**$*.*.*.*$**...**$$**...**$*.*.*.*$.**.**$
4 0 1 1 1
5 2 0 2 2
6 3 3 0 3
7 4 4 4 4

The first line after the #R rule line defines a quadtree tile at the lowest level - a level-3 tile in this case, meaning a 23 square area. At this level the pattern is encoded in a modified ASCII format with dollar signs as line separators. The next line, #2, defines a level-4 quadtree tile, made from one empty level-3 tile in the northwest corner (0), and three copies of the level-3 tile that was defined on the previous line (1). Lines 3, 4, and 5 similarly define level 5, 6, and 7 quadtree tiles by giving the line numbers of four tiles of the next lower size.

Many patterns are only moderately repetitive, so macrocell format is somewhat less successful at compressing them. Certainly most patterns are not nearly as regular as the artificial example above: there are usually many different tiles defined at each level, not just one. Chaotic patterns, such as ash from random soups, usually need so many different tile definitions that they can be stored more efficiently using rle format.

:macro-spaceship A self-constructing or self-supporting spaceship, such as the Caterpillar, Centipede, half-baked knightship, waterbear, Demonoid, Orthogonoid, and Caterloopillar. Engineered spaceships of these types tend to be much larger and more complex than elementary spaceships.

:mango (p1) A relatively rare 180-degree rotationally symmetric 8-bit still life. The acorn produces a mango as part of its ash. 


.OO..
O..O.
.O..O
..OO.

:mathematician (p5) Found by Dave Buckingham, 1972. 


....O....
...O.O...
...O.O...
..OO.OO..
O.......O
OOO...OOO
.........
OOOOOOOOO
O.......O
...OOOO..
...O..OO.

:Max A name for the smallest known spacefiller. The name represents the fact that the growth rate is the fastest possible. (This has not quite been proved, however. There remains the possibility, albeit not very likely, that a periodic agar could have an average density greater than 1/2, and a spacefiller stretching such an agar at the same speed as the known spacefillers would have a faster average growth rate.)

:mazing (p4) In terms of its minimum population of 12 this ties with mold as the smallest p4 oscillator. Found by Dave Buckingham in December 1973. For some constructions using mazings, see popover and sixty-nine. 


...OO..
.O.O...
O.....O
.O...OO
.......
...O.O.
....O..

:mc = macrocell

:medium fish = MWSS

:megacell = p1 megacell.

:memory cell A type of information storage circuit useful in many patterns that perform complex logical operations. Most commonly a memory cell can store a single bit of information. See for example demultiplexer, honey bit, and boat-bit. Depending on the application, the circuit may be a toggle circuit or a permanent switch, or it may be possible to send one or more signals to set the circuit to a "1" state, as can be done with a keeper mechanism. In that case a different input signal must be used to test the current state, usually with a destructive read reaction.

A more complicated example can be found in the Osqrtlogt pattern, which destructively reads a growing 2-dimensional array of minimal memory cells. Each memory cell may either contain a boat (below left) or empty space (below right), with no permanent circuitry anywhere near: 


...............OO........................OO
...............OO........................OO
...........................................
...........O...............................
..........O.O..............................
...........OO..............................
...........................................
...........................................
......OO........................OO.........
.....O..O......................O..O........
......OO........................OO.........
...........................................
...........................................
.OO........................OO..............
O..O......................O..O.............
.OO......OOO...............OO......OOO.....
.........O.........................O.......
..........O.........................O......
The two beehives and the block are placed by slow salvos, after an initial 90-degree 2-glider collision that produces a target honey farm. The beehive constellation acts as a one-time turner for an incoming glider. If the boat is present, it acts as a second one-time turner for that glider, sending back a "1" signal. The "backstop" block in the northeast is destroyed cleanly in either the "0" or the "1" case.

:Merzenich's p11 (p11) Found by Matthias Merzenich in December 2010. 


...........OO........
............O........
............O.O......
..........OO.O.O.....
.........O.O.O.O.....
........O.O..O..OO...
.......O.....O....O..
......O.......OOOO...
.....O............OOO
....O.....O.....OO..O
...O.O...O.O...O.O...
O..OO.....O.....O....
OOO............O.....
...OOOO.......O......
..O....O.....O.......
...OO..O..O.O........
.....O.O.O.O.........
.....O.O.OO..........
......O.O............
........O............
........OO...........

:Merzenich's p18 (p18) Found by Matthias Merzenich in June 2011. 


...OO............
....O............
..O.O.OO.........
.O.O.O.O...OO....
.O.O........O....
OO.O........O.OO.
...O.OO....OO.O..
...O..........O..
OO.O.O.....OOO.OO
O..O.O.O..O..O.O.
..O..O.OOOO.O..O.
...OO.O....OO.O..
......O..O...O...
......O.O.OOO....
.......OO.O......

:metacatacryst A 52-cell pattern exhibiting quadratic growth. Found by Nick Gotts, December 2000. This was for some time the smallest known pattern (in terms of initial population) with superlinear growth. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

:metacell CA logic circuitry that emulates the behavior of a single cell. The circuitry is hard-wired to emulate a particular CA rule, but changing the rule is usually a matter of making simple adjustments. Known examples include David Bell's original 500x500 unit Life cell, Jared Prince's Deep Cell, Brice Due's OTCA metapixel, and Adam P. Goucher's megacell.

:metamorphosis An oscillator built by Robert Wainwright that uses the following reaction (found by Bill Gosper) to turn gliders into LWSS, and converts these LWSS back into gliders by colliding them head on using an LWSS-LWSS bounce. There are two ways to do the following reaction, because the twin bees shuttle spark is symmetric. 


...................O.........
....................O........
..................OOO........
.............................
.............................
.............................
.............................
.............................
............O...O.....O.OO...
OO.........O.....O....O.O.O..
OO.........O.........O....O..
...........OO...O.....O.O.O..
.............OOO......O.OO...
.............................
.............OOO.............
...........OO...O............
OO.........O...............OO
OO.........O.....O.........OO
............O...O............

:metamorphosis II An oscillator built by Robert Wainwright in December 1994 based on the following p30 glider-to-LWSS converter using a queen bee shuttle pair. This converter was first found by Paul Rendell, January 1986 or earlier, but wasn't widely known about until Paul Callahan rediscovered it in December 1994. 


......................O.
.....................O..
.....................OOO
........................
........................
.........O.O............
.........O..O...........
OO..........OO..........
OO........O...OO........
.....OO.....OO..........
....O....O..O...........
.........O.O............
........................
........................
........................
........................
................O.......
...............OOO......
..............OOOOO.....
.............O.O.O.O....
.............OO...OO....
........................
........................
................O.......
...............O.O......
...............O.O......
................O.......
...............OO.......
...............OO.......
...............OO.......

:metapixel See metacell, OTCA metapixel.

:methuselah Any small pattern that stabilizes only after a long time. Term coined by Conway. Examples include rabbits, acorn, the R-pentomino, blom, Iwona, Justyna and Lidka. See also ark.

:Mickey Mouse (p1) The following still life, named by Mark Niemiec: 


.OO....OO.
O..O..O..O
O..OOOO..O
.OO....OO.
...OOOO...
...O..O...
....OO....

:middleweight emulator = MW emulator

:middleweight spaceship = MWSS

:middleweight volcano = MW volcano

:mini pressure cooker (p3) Found by Robert Wainwright before June 1972. Compare pressure cooker. 


.....O.....
....O.O....
....O.O....
...OO.OO...
O.O.....O.O
OO.O.O.O.OO
...O...O...
...O.O.O...
....O.O....
.....O.....

:M.I.P. value The maximum population divided by the initial population for an unstable pattern. For example, the R-pentomino has an M.I.P. value of 63.8, since its maximum population is 319. The term is no longer in use.

:MIT oscillator = cuphook

:MMM breeder See breeder.

:MMS breeder See breeder.

:mod The smallest number of generations it takes for an oscillator or spaceship to reappear in its original form, possibly subject to some rotation or reflection. The mod may be equal to the period, but it may also be a quarter of the period (for oscillators that rotate 90 degrees every quarter period) or half the period (for other oscillators which rotate 180 degrees every half period, and also for flippers).

:mold (p4) Found by Achim Flammenkamp in 1988, but not widely known until Dean Hickerson rediscovered it (and named it) in August 1989. Compare with jam. In terms of its minimum population of 12 it ties with mazing as the smallest p4 oscillator. But in terms of its 6x6 bounding box it wins outright. In fact, of all oscillators that fit in a 6x7 box it is the only one with period greater than 2. 


...OO.
..O..O
O..O.O
....O.
O.OO..
.O....

:monochromatic salvo A slow salvo that uses gliders of only one colour. For example, the slow salvos generated by half-baked knightships are monochromatic, because they are generated by a single type of reaction which can happen at any position along a diagonal line. The smallest possible step size is one full diagonal (1fd), which is two half diagonals (2hd), which means that any single glider-producing reaction can only reach half of the available glider lanes. See colour of a glider.

:monogram (p4) Found by Dean Hickerson, August 1989. 


OO...OO
.O.O.O.
.OO.OO.
.O.O.O.
OO...OO

:monoparity salvo A slow salvo that uses gliders of only one parity. Compare monochromatic salvo.

:Moore neighbourhood The set of all cells that are orthogonally or diagonally adjacent to a cell or group of cells. The Moore neighbourhood of a cell can be thought of as the points at a Chebyshev distance of 1 from that cell. Compare von Neumann neighbourhood. The Conway's Life rule is based on the Moore neighborhood, as are all the "Life-like" rules and many other commonly investigated rule families.

Cell neighbourhoods can also be defined with a higher range. The Moore neighbourhood of range n can be defined recursively as the Moore neighbourhood of the Moore neighbourhood of range n-1. For example, the Moore neighbourhood of range 2 includes all cells that are orthogonally or diagonally adjacent to the standard Moore neighbourhood.

:moose antlers (p1) 


OO.....OO
O.......O
.OOO.OOO.
...O.O...
....O....

:mosquito See mosquito1, mosquito2. mosquito3, mosquito4 and mosquito5.

:mosquito1 A breeder constructed by Nick Gotts in September 1998. The original version had an initial population of 103, which was then the smallest for any known pattern with superlinear growth (beating the record previously held by Jaws). This was reduced to 97 by Stephen Silver the following month, but was then almost immediately superseded by mosquito2.

Mosquito1 consists of the classic puffer train plus four LWSS and four MWSS (mostly in predecessor form, to keep the population down). Once it gets going it produces a new block-laying switch engine (plus a lot of junk) every 280 generations. It is therefore an MMS breeder, albeit a messy one.

:mosquito2 A breeder constructed by Nick Gotts in October 1998. Its initial population of 85 was for a couple of hours the smallest for any known pattern with superlinear growth, but was then beaten by mosquito3.

Mosquito2 is very like mosquito1, but uses two fewer MWSS and one more LWSS.

:mosquito3 A breeder constructed by Nick Gotts in October 1998. Its initial population of 75 was at the time the smallest for any known pattern with superlinear growth, but was beaten a few days later by mosquito4.

Mosquito3 has one less LWSS than mosquito2. It is somewhat different from the earlier mosquitoes in that the switch engines it makes are glider-producing rather than block-laying.

:mosquito4 A slightly improved version of mosquito3 which Stephen Silver produced in October 1998 making use of another discovery of Nick Gotts (September 1997): an 8-cell pattern that evolves into a LWSS plus some junk. Mosquito4 is a breeder with an initial population of 73, at the time the smallest for any known pattern with superlinear growth, but superseded a few days later by mosquito5.

:mosquito5 A slightly improved version of mosquito4 which Nick Gotts produced in October 1998. The improvement is of a similar nature to the improvement of mosquito4 over mosquito3. Mosquito5 is a breeder with an initial population of 71. This was the smallest population for any known pattern with superlinear growth until it was superseded by teeth. See switch-engine ping-pong for the smallest such pattern as of July 2018, along with a list of the record-holders.

:mould = mold

:moving sawtooth A sawtooth such that no cell is ON for more than a finite number generations. David Bell constructed the first pattern of this type, with a c/2 front end and a c/3 back end. The front end is a blinker puffer. The back end ignites the blinker fuse.

The smallest currently known moving sawtooth was constructed in April 2011 by a conwaylife.com forum user with the handle 'cloudy197'. The c/2 front end is a bi-block puffer. The 2c/5 back end ignites the bi-block fuse.

:MSM breeder See breeder.

:multiple roteightors (p8) An extensible oscillator family consisting of one or more roteightor rotors, discovered by Dean Hickerson in 1990. 


....................O...........
........OO........OOO...........
.........O.......O..............
.........O.O.....OO.............
..........OO.............O......
.......................OOO......
....OO........OOO.....O.........
.....O.......O..O......O........
.....O.O........O..O...O......O.
......OO..O....O..O.........OOO.
.........O........O..O.....O....
OO.......O..O.....OOO......OO...
.O.......OOO....................
.O.O............................
..OO....................OOO.....
...............OOO.....O..O.....
......OOO.....O..O........O.....
.....O..O........O..O....O..OO..
........O..O....O..O........O.O.
...O...O..O........O..O.......O.
...O......O..O.....OOO........OO
....O.....OOO...................
.OOO....................OO......
.O......................O.O.....
........OO......OOO.......O.....
.........O.....O..O.......OO....
......OOO.........O.............
......O......O...O..OO..........
.............O......O.O.........
..............O.......O.........
...........OOO........OO........
...........O....................

:multiplicity In a reflectorless rotating oscillator, the maximum number n of independent patterns that can orbit a single point, in a way that reduces the period of the combined oscillator by a factor of n.

:multi-state Life = colourised Life

:multum in parvo (stabilizes at time 3933) A methuselah found by Charles Corderman, but not as long-lasting as his acorn. 


...OOO
..O..O
.O....
O.....

:muttering moat Any oscillator whose rotor consists of a closed chain of cells each of which is adjacent to exactly two other rotor cells. Compare babbling brook. Examples include the bipole, the blinker, the clock, the cuphook, the Gray counter, the quad, the scrubber, the skewed quad and the p2 snake pit. The following diagram shows a p2 example (by Dean Hickerson, May 1993) with a larger rotor. See ring of fire for a very large one. 


OO.....
O.O.OO.
.....O.
.O..O..
..O....
..O.O.O
.....OO

:MW emulator (p4) Found by Robert Wainwright in June 1980. See also emulator and filter. 


.......O.......
..OO.O...O.OO..
..O.........O..
...OO.....OO...
OOO..OOOOO..OOO
O..O.......O..O
.OO.........OO.

:MWSS (c/2 orthogonally, p4) A middleweight spaceship, the third most common spaceship. Found by Conway in 1970 by modifying a LWSS. See also HWSS. 


...O..
.O...O
O.....
O....O
OOOOO.

The MWSS possesses both a tail spark and a belly spark which can easily perturb other objects as it passes by. The spaceship can also perturb some objects in additional ways. For examples see blinker puffer and glider turner.

Dave Buckingham found that the MWSS can be synthesized using three gliders, and can be constructed from two gliders and another small object in several more ways. Here is the glider synthesis: 


...........O..
...........O.O
...........OO.
..............
..............
.O......OO....
.OO.....O.O...
O.O.....O.....

:MWSS emulator = MW emulator

:MWSS out of the blue The following reaction, found by Peter Rott in November 1997, in which a LWSS passing by a p46 oscillator creates a MWSS travelling in the opposite direction. Together with some reactions found by Dieter Leithner, and an LWSS-turning reaction which Rott had found in November 1993 (but which was not widely known until Paul Callahan rediscovered it in June 1994) this can be used to prove that there exist gliderless guns for LWSS, MWSS and HWSS for every period that is a multiple of 46. 


O..O.................................
....O................................
O...O................................
.OOOO................................
.....................................
.....................................
.....................................
.....................................
.....................................
...................OO..............OO
..................OO...............OO
...................OOOOO.............
..OO................OOOO.............
..OO.....O...........................
........OOO.........OOOO.............
.......O.O.O.......OOOOO.............
........O..O......OO...............OO
........OOO........OO..............OO
.........O...........................
.....................................
.....................................
.....................................
.....................................
..O.......O..........................
.....................................
OOO.......OOO........................
.OO.OO.OO.OO.........................
..OOO...OOO..........................
...O.....O...........................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
.....................................
..OO.....OO..........................
..OO.....OO..........................

:MWSS-to-G See 135-degree MWSS-to-G, 45-degree MWSS-to-G.

:MW volcano (p5) Found by Dean Hickerson in April 1992. 


......O......
....O...O....
.............
...O.....O...
.OOO.OOO.OOO.
O...OO.OO...O
O.OOO.O.OOOO.
.O...........
...O.O.O.OO.O
..OO.OOO.O.OO
...O.O..O....
...O..OO.....
..OO.........

:My Experience with B-heptominos in Oscillators An article by Dave Buckingham (October 1996) available from http://conwaylife.com/ref/lifepage/patterns/bhept/bhept.html. It describes his discovery of Herschel conduits, including sufficient (indeed ample) stable conduits to enable, for the first time, the construction of period n oscillators and true period n guns for every sufficiently large integer n. See Herschel loop and emu.

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Life Lexicon Home Page!
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:B = B-heptomino

:B29 (c/4 diagonally, p4) The following spaceship, found by Hartmut Holzwart in April 2004. A glider synthesis of this spaceship was completed by Tanner Jacobi in April 2015. 


.......OOO.......
.......O.........
OOO......O.......
O......O.O.......
.O....OO.OOOO....
...OOOO.OOOOO.OO.
....OO.......OO.O

:B-52 bomber The following p104 double-barrelled glider gun. It uses a B-heptomino and emits one glider every 52 generations. It was found by Noam Elkies in March 1996, except that Elkies used blockers instead of molds, the improvement being found by David Bell later the same month. 


.OO....................................
.OO.................O..................
...................O.O............O.O..
....................O............O.....
OO.......OO.......................O..O.
OO.O.....OO.......................O.O.O
...O.......................O.......O..O
...O.......................OO.......OO.
O..O.................OO.....O..........
.OO..................O.................
.....................OOO...............
....................................OO.
....................................OO.
.OO....................................
O..O...................................
O.O.O................O.O....OO.....OO..
.O..O.................OO....OO.....OO.O
.....O............O...O...............O
..O.O............O.O..................O
..................O................O..O
....................................OO.

:B60 A Herschel conduit discovered by Michael Simkin in 2015 using his search program, CatForce. It is one of two known Blockic elementary conduits. After 60 ticks, it produces a Herschel rotated 180 degrees at (-6,-10) relative to the input. It can most easily be connected to another B60 conduit, producing a closed loop, the Simkin glider gun. 


O...........OO.....OO
OOO.........OO.....OO
..O..................
..O............OO....
...............OO....
.....................
.....................
.....................
.....................
......O..............
......O.O............
......OOO............
........O............

:babbling brook Any oscillator whose rotor consists of a string of cells each of which is adjacent to exactly two other rotor cells, except for the endpoints which are adjacent to only one other rotor cell. Compare muttering moat. Examples include the beacon, the great on-off, the light bulb and the spark coil. The following less trivial example (by Dean Hickerson, August 1997) is the only one known with more than four cells in its rotor. It is p4 and has a 6-cell rotor. 


.......O........
.....OOO....OO..
....O...OO..O...
.O..O.OO..O.O...
O.O.O....OO..OO.
.OO..OO....O.O.O
...O.O..OO.O..O.
...O..OO...O....
..OO....OOO.....
........O.......

:backrake Another term for a backwards rake. A p8 example by Jason Summers is shown below. See total aperiodic for a p12 example. 


.....OOO...........OOO.....
....O...O.........O...O....
...OO....O.......O....OO...
..O.O.OO.OO.....OO.OO.O.O..
.OO.O....O.OO.OO.O....O.OO.
O....O...O..O.O..O...O....O
............O.O............
OO.......OO.O.O.OO.......OO
............O.O............
......OOO.........OOO......
......O...O.........O......
......O.O....OOO...........
............O..O....OO.....
...............O...........
...........O...O...........
...........O...O...........
...............O...........
............O.O............

:backward glider A glider which moves at least partly in the opposite direction to the puffer(s) or spaceship(s) under consideration.

:bait An object in a converter, usually a small still life, that is temporarily destroyed by an incoming signal, but in such a way that a usable output signal is produced. In general such a converter produces multiple output signals (or a signal splitter is added) and one branch of the output is routed to a factory mechanism that rebuilds the bait object so that the converter can be re-used.

:baker (c p4 fuse) A fuse by Keith McClelland. 


..............OO
.............O.O
............O...
...........O....
..........O.....
.........O......
........O.......
.......O........
......O.........
.....O..........
....O...........
...O............
OOO.............
.O..............

:baker's dozen (p12) A loaf hassled by two blocks and two caterers. The original form (using p4 and p6 oscillators to do the hassling) was found by Robert Wainwright in August 1989. 


OO.........OO..........
OOOO.O.....OO..........
O.O..OOO...............
...........O...........
....OO....O.O..........
....O.....O..O....O....
...........OO....OO....
.......................
...............OOO..O.O
..........OO.....O.OOOO
..........OO.........OO

:bakery (p1) A common formation of two bi-loaves. 


....OO....
...O..O...
...O.O....
.OO.O...O.
O..O...O.O
O.O...O..O
.O...O.OO.
....O.O...
...O..O...
....OO....

:banana spark A common three-bit polyplet spark used in glider synthesis and signal circuitry. The buckaroo is an oscillator that produces this spark. It can be used to turn a glider 90 degrees: 


..O....
O.O....
.OO....
....OO.
......O

:barberpole Any p2 oscillator in the infinite sequence bipole, tripole, quadpole, pentapole, hexapole, heptapole ... (It wasn't my idea to suddenly change from Latin to Greek.) This sequence of oscillators was found by the MIT group in 1970. The term is also used (usually in the form "barber pole") to describe other extensible sections of oscillators or spaceships, especially those (usually of period 2) in which all generations look alike except for a translation and/or rotation/reflection. Any barberpole can be lengthened by the reaction shown in barbershop. See also pseudo-barberpole.

:barberpole intersection = quad

:barbershop An object created by Jason Summers in 1999 which builds an infinite barberpole. It uses slide guns to repeatedly lengthen a barberpole at a speed of c/124. The key lengthening reaction from Mark Niemiec is shown below: 


..........O.O.......
...........OO.......
.O.........O.....O..
..O..............O.O
OOO..............OO.
....................
....................
....................
.................O..
................OO..
................O.O.
........OO..........
.......O.O..........
....................
.....O.O............
.....OO.............

:barber's pole = barberpole

:barge (p1) 


.O..
O.O.
.O.O
..O.

:basic shuttle = queen bee shuttle

:beacon (p2) The third most common oscillator. Found by Conway, March 1970. 


OO..
O...
...O
..OO

:beacon maker (c p8 fuse) 


..............OO
.............O.O
............O...
...........O....
..........O.....
.........O......
........O.......
.......O........
......O.........
.....O..........
....O...........
...O............
OOO.............
..O.............
..O.............

:beehive (p1) The second most common still life. 


.OO.
O..O
.OO.

:beehive and dock (p1) 


...OO.
..O..O
...OO.
......
.OOOO.
O....O
OO..OO

:beehive on big table = beehive and dock

:beehive pusher = hivenudger

:beehive stopper A Spartan logic circuit discovered by Tanner Jacobi on 12 May 2015. It converts an input glider signal into a beehive, in such a way that the beehive can cleanly absorb a single glider from a perpendicular glider stream. The circuit can't be re-used until the beehive "bit" is cleared by the passage of at least one perpendicular input. 


.O..........................
..O.........................
OOO.........................
............................
............................
................O...........
...............O............
...............OOO..........
............................
............O...............
............O.O.............
............OO..............
...OO.....O.................
...OO....O.O................
.........O.O................
..........O.................
........................OO..
........................O.O.
..........................O.
...............OO.........OO
........OO.....OO...........
.......O.O..................
.......OO...................
............................
..........OO................
..........O.................
...........OOO..............
.............O..............

This term has sometimes been used for the beehive catalyst variant of SW-2, and also for Paul Callahan's larger glider stopper, which also provides optional 0-degree and 180-degree glider outputs.

:beehive wire See lightspeed wire.

:beehive with tail (p1) 


.OO...
O..O..
.OO.O.
....O.
....OO

:Bellman A program for searching catalytic reactions, developed by Mike Playle, which successfully found the Snark.

:belly spark The spark of a MWSS or HWSS other than the tail spark.

:Beluchenko's p37 (p37) Found by Nicolay Beluchenko on April 14, 2009. It was the first period 37 oscillator to be found, and remains the smallest. 


...........OO...........OO...........
...........OO...........OO...........
.....................................
.....................................
......O.......................O......
.....O.O.....O.........O.....O.O.....
....O..O.....O.OO...OO.O.....O..O....
.....OO..........O.O..........OO.....
...............O.O.O.O...............
................O...O................
.....................................
OO.................................OO
OO.................................OO
.....OO.......................OO.....
.....................................
......O.O...................O.O......
......O..O.................O..O......
.......OO...................OO.......
.....................................
.......OO...................OO.......
......O..O.................O..O......
......O.O...................O.O......
.....................................
.....OO.......................OO.....
OO.................................OO
OO.................................OO
.....................................
................O...O................
...............O.O.O.O...............
.....OO..........O.O..........OO.....
....O..O.....O.OO...OO.O.....O..O....
.....O.O.....O.........O.....O.O.....
......O.......................O......
.....................................
.....................................
...........OO...........OO...........
...........OO...........OO...........

:Beluchenko's p51 (p51) Found by Nicolay Beluchenko on February 17, 2009. It was the first non-trivial period 51 oscillator to be found. 


...............OO...OO...............
.....................................
.....................................
......OO.....................OO......
......OO.....................OO......
.....................................
...OO...........................OO...
...OO.........OO.....OO.........OO...
.........OOO.OO.......OO.OOO.........
........O.O...............O.O........
........OO.................OO........
........O...................O........
.....................................
........O...................O........
.......OO...................OO.......
O......O.....................O......O
O...................................O
.....................................
.....................................
.....................................
O...................................O
O......O.....................O......O
.......OO...................OO.......
........O...................O........
.....................................
........O...................O........
........OO.................OO........
........O.O...............O.O........
.........OOO.OO.......OO.OOO.........
...OO.........OO.....OO.........OO...
...OO...........................OO...
.....................................
......OO.....................OO......
......OO.....................OO......
.....................................
.....................................
...............OO...OO...............

:bent keys (p3) Found by Dean Hickerson, August 1989. See also odd keys and short keys. 


.O........O.
O.O......O.O
.O.OO..OO.O.
....O..O....
....O..O....

:BFx59H One of the earliest and most remarkable converters, discovered by Dave Buckingham in July 1996. In 59 generations it transforms a B-heptomino into a clean Herschel with very good clearance, allowing easy connections to other conduits. It forms the final stage of many of the known composite conduits, including the majority of the original sixteen Herschel conduits. Here a ghost Herschel marks the output location: 


.OO.....................
..O.....................
.O......................
.OO.....................
........................
........................
........................
........................
........................
O...OO...............O..
OO..OO...............O..
.OO..................OOO
.O.....................O
O.......................

:B-heptomino (stabilizes at time 148) This is a very common methuselah that evolves into three blocks, two gliders and a ship after 148 generations. Compare with Herschel, which appears at generation 20 of the B-heptomino's evolution. B-heptominoes acquired particular importance in 1996 due to Dave Buckingham's work on B tracks. See in particular My Experience with B-heptominos in Oscillators. 


O.OO
OOO.
.O..

This pattern often arises with the cell at top left shifted one space to the left, producing a seven-bit polyplet that shares the same eight-bit descendant but is not technically a heptomino at all. This alternate form is shown as the input for elementary converter patterns such as BFx59H and BRx46B. This is standard practice for elementary conduits, since many of these conduits do in fact produce this alternate form as output.

The B-heptomino is considered a failed puffer or failed spaceship, since on its own it travels at c/2 for only a short time before being affected by its own trailing debris. However, it can be stabilized into a c/2 puffer or into a clean c/2 rake or spaceship. See, e.g., ecologist.

:B-heptomino shuttle = twin bees shuttle

:bi-block (p1) The smallest pseudo still life. 


OO.OO
OO.OO

:bi-block fuse A clean fuse made by a row of bi-blocks separated by 2 cell gaps. The bi-block row wick is usually created by a bi-block puffer. The burning advances 8 cells every 12 generations making its speed 2c/3. 


OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.
OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.O..O
............................................OO.
OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.....
OO..OO..OO..OO..OO..OO..OO..OO..OO..OO..OO.....

:bi-block puffer Any puffer whose output is bi-blocks. The term is particularly used for p8 c/2 puffers, in which case a bi-block fuse is created. A bi-block puffer is easily made using two backrakes whose gliders impact symmetrically. Jason Summers welded two backrakes to form a more compact puffer, as shown below. 


...........O.O............OO..............................
..........O..O..........O....O............................
.........OO.......O....O..................................
........O......OO.O....O.....O............................
.......OOOOOO..O.......OOOOOO.............................
....OO.......O...OOOO.....................................
...O...OOO.O....O.........................................
..O...O...OO.O..OO.O..O...................................
..O.....OO...O.....O......................................
..OOO...OOOO.O.......O.OO.................................
...........O.........O..O......O..........................
..OOO......O.O.......O..O....O.O..........................
.O.....O.....O........OO......OO.....O..OO..OO..OO..OO..OO
O...OO.O...OO.......................OO..OO..OO..OO..OO..OO
O...O......OOO............................................
O...OO.O...OO.......................OO..OO..OO..OO..OO..OO
.O.....O.....O........OO......OO.....O..OO..OO..OO..OO..OO
..OOO......O.O.......O..O....O.O..........................
...........O.........O..O......O..........................
..OOO...OOOO.O.......O.OO.................................
..O.....OO...O.....O......................................
..O...O...OO.O..OO.O..O...................................
...O...OOO.O....O.........................................
....OO.......O...OOOO.....................................
.......OOOOOO..O.......OOOOOO.............................
........O......OO.O....O.....O............................
.........OO.......O....O..................................
..........O..O..........O....O............................
...........O.O............OO..............................
By periodically burning the bi-block fuse using perturbations by a following backrake and spaceships, c/2 rakes can be created for all periods that are a multiple of eight.

:bi-boat = boat-tie

:biclock The following pure glider generator consisting of two clocks. 


..O....
OO.....
..OO...
.O...O.
...OO..
.....OO
....O..

:big beacon = figure-8

:big fish = HWSS

:big glider (c/4 diagonally, p4) This was found by Dean Hickerson in December 1989 and was the first known diagonal spaceship other than the glider. 


...OOO............
...O..OOO.........
....O.O...........
OO.......O........
O.O....O..O.......
O........OO.......
.OO...............
.O..O.....O.OO....
.O.........OO.O...
...O.O......OO..O.
....OO.O....OO...O
........O.......O.
.......OOOO...O.O.
.......O.OO...OOOO
........O...OO.O..
.............OO...
.........O.OOO....
..........O..O....

:big S (p1) 


....OO.
...O..O
...O.OO
OO.O...
O..O...
.OO....

:big table = dock

:billiard table = billiard table configuration.

:billiard table configuration Any oscillator in which the rotor is enclosed within the stator. Examples include airforce, cauldron, clock II, Hertz oscillator, negentropy, pinwheel, pressure cooker and scrubber.

:bi-loaf This term has been used in at least three different senses. A bi-loaf can be half a bakery: 


.O.....
O.O....
O..O...
.OO.O..
...O.O.
...O..O
....OO.
or it can be the following much less common still life: 

..O....
.O.O...
O..O...
.OO.OO.
...O..O
...O.O.
....O..
or the following pure glider generator: 

..O.
.O.O
O..O
.OO.
O..O
O.O.
.O..

:bipole (p2) The barberpole of length 2. 


OO...
O.O..
.....
..O.O
...OO

:bi-pond (p1) 


.OO....
O..O...
O..O...
.OO.OO.
...O..O
...O..O
....OO.

:bi-ship = ship-tie

:bistable switch A Spartan memory cell found by Paul Callahan in 1994. It can be in one of two states, containing either a boat or a block. Input gliders on the appropriate paths can change the boat to a block, or vice-versa, while also emitting an output glider. Unlike many memory cells, attempts to change the state to the one it is already in are ignored with the glider passing through with no reaction. This makes it easy to reset the memory cell to a known state. Which of the two states is considered the SET and which considered the RESET is just a matter of convention.

The pattern below shows the "boat" state of the memory cell in its original 1994 form. Two gliders are also shown to indicate the input paths used to change the states. A smaller version is shown under century eater, with the circuit in its "block" state.

As shown, the rightmost glider changes the state from a boat to a block and emits a glider to the upper right, while the leftmost glider passes through unchanged. Alternatively, when the state contains a block, then the leftmost glider changes the state from a block to a boat, and emits a glider to the lower right, while the rightmost glider passes through unchanged. 


................................O........................
................................OOO......................
...................................O.....................
..................................OO.....................
.O.......................................................
..O........................OO.................OO.........
OOO.........................O.................O..........
............................O.O.............O.O..........
.............................OO.............OO...........
.........................................................
.........................................................
.........................................................
.........................................................
.....................................O...................
....................................O.O..................
....................................O.O..................
.....................................O...................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
...........................................O...........OO
............................................O..........OO
..........................................OOO............
.........................................................
.........................................................
...........................................O.............
..........................................O.O............
...........................................OO............
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
.........................................................
...............................OO........................
..............................O.O........................
..............................O..........................
.............................OO..........................

:bit A live cell, if used in reference to still life population. For example, a beehive is a 6-bit still life. Other uses generally involve information storage: a memory cell such as a honey bit that can hold one binary bit of information for later retrieval.

:biting off more than they can chew (p3) Found by Peter Raynham, July 1972. 


O...........
OOO.........
...O........
..OO........
...OO.......
....OO......
...O..O.....
...O..OO....
....OO.OOO..
........O.O.
..........O.
..........OO

:Black&White = Immigration

:blasting cap The pi-heptomino (after the shape at generation 1). A term used at MIT and still occasionally encountered.

:blinker (p2) The smallest and most common oscillator. Found by Conway, March 1970. 


OOO

:blinker fuse A clean fuse made from a row of blinkers separated by one cell gaps. The blinker row wick is usually created by a blinker puffer. The fuse can burn in at least three different ways at a speed of 2c/3 depending on the method used to ignite the end of the row of blinkers. This variant has found the most use. The burning advances 12 cells every 18 generations. 


....................................................O.
.............................................OO.O..O.O
............................................O.O.OOOO.O
OOO.OOO.OOO.OOO.OOO.OOO.OOO.OOO.OOO.OOO.OOO.O.........
............................................O.O.OOOO.O
.............................................OO.O..O.O
....................................................O.
Fuses can also be made with blinker rows which contain occasional two cell gaps, since the burning reaction is able to bridge those gaps.

:blinker puffer Any puffer whose output is blinkers. However, the term is particularly used for p8 c/2 puffers. The first such blinker puffer was found by Robert Wainwright in 1984, and was unexpectedly simple: 


...O.....
.O...O...
O........
O....O...
OOOOO....
.........
.........
.........
.OO......
OO.OOO...
.OOOO....
..OO.....
.........
.....OO..
...O....O
..O......
..O.....O
..OOOOOO.
Since then many more blinker puffers have been found. The following one was found by David Bell in 1992 when he was trying to extend an x66: 

.............OOO.
............OOOOO
...........OO.OOO
............OO...
.................
.................
.........O.O.....
..O.....O..O.....
.OOOOO...O.O.....
OO...OO.OO.......
.O.......O.......
..OO..O..O.......
..........O......
..OO..O..O.......
.O.......O.......
OO...OO.OO.......
.OOOOO...O.O.....
..O.....O..O.....
.........O.O.....
.................
.................
............OO...
...........OO.OOO
............OOOOO
.............OOO.
The importance of this larger blinker puffer (and others like it), is that the engine which produces the blinker output is only p4. The blinker row produced by the puffer can easily be ignited, and the resulting blinker fuse burns cleanly with a speed of 2c/3. When the burning catches up to the engine, it causes a phase change in the puffer. This fact allows p8 blinker puffers to be used to construct rakes of all periods which are large multiples of four.

:blinker pull The following glider/blinker collision, which moves a blinker (-1,3) toward the glider source: 


OOO.
....
....
....
.OOO
.O..
..O.

:blinkers bit pole (p2) Found by Robert Wainwright, June 1977. 


.....OO
OOO.O.O
.......
.O.O..O
O....O.
OO...O.

:blinker ship A growing spaceship in which the wick consists of a line of blinkers. An example by Paul Schick based on his Schick engine is shown below. Here the front part is p12 and moves at c/2, while the back part is p26 and moves at 6c/13. Every 156 generations 13 blinkers are created and 12 are destroyed, so the wick becomes one blinker longer. 


..........OOOO.............
..........O...O............
..........O................
.OO........O..O............
OO.OO......................
.OOOO...O..................
..OO...O.OO........O....OOO
......O...O........O....O.O
..OO...O.OO........O....OOO
.OOOO...O..................
OO.OO......................
.OO........O..O............
..........O................
..........O...O............
..........OOOO.............

:block (p1) The most common still life, and also the most common object produced by 2-glider collisions (six different ways). 


OO
OO
This can be used as a catalyst in many reactions. For examples, it can destroy the beehive produced by the queen bee shuttle and can destroy an evolving honey farm: 

..O.O....
..OO.....
...O.....
.........
.......OO
OOO....OO
..O......
.O.......

:blockade (p1) A common formation of four blocks. The final form of lumps of muck. 


OO.....................
OO.....................
.......................
.......................
.OO.................OO.
.OO.................OO.
.......................
.......................
.....................OO
.....................OO

:block and dock (p1) 


...OO.
...OO.
......
.OOOO.
O....O
OO..OO

:block and glider (stabilizes at time 106) 


OO..
O.O.
..OO

:blocker (p8) Found by Robert Wainwright. See also filter. 


......O.O.
.....O....
OO..O....O
OO.O..O.OO
....OO....

:block factory Any factory circuit that produces a block in response to an input signal. For a useful high-clearance example see keeper.

:Blockic Adjective for constellations consisting entirely of blocks. It's possible to arrange blocks in a way that can be triggered by a single glider to produce any glider constructible pattern. A simple example of a Blockic pattern is shown under fuse. See also seed.

:block keeper See keeper.

:block-laying switch engine See stabilized switch engine.

:block on big table = block and dock

:block on table (p1) 


..OO
..OO
....
OOOO
O..O

:block pull The following glider/block collision, which moves a block (2,1) toward the glider source. Performing this reaction twice using a salvo of two gliders can move a block diagonally back by three cells, which can be of use for a sliding block memory. 


OO.
OO.
...
...
...
...
OOO
O..
.O.

:block pusher A pattern emitting streams of gliders which can repeatedly push a block further away. This can be used as part of a sliding block memory.

The following pattern, in which three gliders push a block one cell diagonally, is an example of how a block pusher works. 


...................O.O
...................OO.
....................O.
......................
......................
......................
...O..................
..O...................
..OOO.................
......................
......................
......................
......................
OO...O................
OO...O.O..............
.....OO...............

A universal construction elbow recipe library is also likely to contain one or more block-pushing reactions, since blocks are commonly used as elbows.

:blom (stabilizes at time 23314) The following methuselah, found by Dean Hickerson in July 2002. 


O..........O
.OOOO......O
..OO.......O
..........O.
........O.O.

:blonk A block or a blinker. This term is mainly used in the context of sparse Life and was coined by Rich Schroeppel in September 1992.

:blonker (p6) The following oscillator, found by Nicolay Beluchenko in April 2004. 


O..OO....O..
OO..O.OO.O..
....O.O.....
.....OO.....
.......O....
.......O...O
.........O.O
..........O.

:BLSE = block-laying switch engine

:BNE14T30 A B-heptomino to glider converter found by Tanner Jacobi on 26 May 2016. This converter has the unusual property of being an edge shooter where no part of the reaction's envelope extends beyond the glider's output lane. It can be easily connected to Herschel circuitry via HFx58B or other known elementary conduits. 


...........OO....
...........O.O...
.............O...
.......OO...O.OO.
........O...O...O
........O.OO.OO.O
.........O.O.O.O.
.................
.................
.................
.................
.................
O................
.O...............
.OO..............
OO...............
O................
.................
.................
.................
OO...............
OO...............

:boat (p1) The only 5-cell still life. 


OO.
O.O
.O.
A boat can be used as a 90-degree one-time turner.

:boat-bit A binary digit represented by the presence of a boat next to a snake (or other suitable object, such as an aircraft carrier). The bit can be toggled by a glider travelling along a certain path. A correctly timed glider on a crossing path can detect whether the transition was from 1 to 0 (in which case the crossing glider is deleted) or from 0 to 1 (in which case it passes unharmed). Three gliders therefore suffice for a non-destructive read. The mechanisms involved are shown in the diagram below. Here the bit is shown in state 0. It is about to be set to 1 and then switched back to 0 again. The first crossing glider will survive, but the second will be destroyed. 


......O..................
.......O.................
.....OOO.................
.........................
.........................
.........................
.........................
.........................
.........................
.........................
................O........
..............O.O........
..........OO...OO........
...........OO............
..........O..........O.OO
.....................OO.O
.........................
.........................
.........................
.........................
.........................
.O.......................
.OO......................
O.O......................

In January 1997 David Bell found a method of reading the bit while setting it to 0. A MWSS is fired at the boat-bit. If it is already 0 (absent) then the MWSS passes unharmed, but if it is 1 (present) then the boat and the MWSS are destroyed and, with the help of an eater1, converted into a glider which travels back along exactly the same path that is used by the gliders that toggle the boat-bit. 


................................................O........
................................................OOO......
...................................................O.....
..................................................OO.....
.........................................................
.........................................................
.........................................................
.........................................................
..O......................................................
O...O..............................................O.....
.....O..............................OOOOO...........O....
O....O.............................O....O.........OOO....
.OOOOO..................................O................
...................................O...O.................
.....................................O...................
.........................................................
.........................................................
.......................................................OO
........................................................O
.......................................................O.
.......................................................OO
There are many other equivalent methods based on alternate incoming test signals.

:boat maker (c p4 fuse) 


................OO
...............O.O
..............O...
.............O....
............O.....
...........O......
..........O.......
.........O........
........O.........
.......O..........
......O...........
.....O............
OOOOO.............
....O.............
....O.............
....O.............
....O.............

:boat on boat = boat-tie

:boat-ship-tie = ship tie boat

:boatstretcher See tubstretcher.

:boat-tie (p1) A 10-cell still life consisting of two boats placed tip-to-tip. The name is a pun on "bow tie". 


.O....
O.O...
.OO...
...OO.
...O.O
....O.

:bobsled = switch engine channel.

:boojum reflector (p1) Dave Greene's name for the following 180-degree glider reflector which he found in April 2001, winning $100 bounties offered by Alan Hensel and Dieter Leithner. The name is taken from Lewis Carroll's _The Hunting of the Snark_, referring to the fact that a small 90-degree stable reflector was really what was wanted. 180-degree reflectors are relatively undesirable and have limited use in larger circuitry constructions.

The boojum reflector was the smallest and fastest known stable reflector until the discovery of the rectifier in 2009, followed by the Snark in 2013. 


....O.O......OO.............................
.....OO......OO.............................
.....O......................................
............................................
............................................
............................................
............................................
............................................
............................................
........................................O...
.......................................O.O..
.......................................O.O..
....................OO................OO.OO.
....................OO......................
......................................OO.OO.
..OO..................................OO.O..
.O.O.......................................O
.O........................................OO
OO..........................................
............................................
..................................OO........
..................................OO....OO..
...........OO...........................O.O.
..........O.O.............................O.
..........O...............................OO
.........OO.......................OO........
..................................OO........
............................................
............................................
.............................O..............
............................O.O.............
.............................O..............

:bookend The following induction coil. It is generation 1 of century. 


..OO
O..O
OOO.

:bookends (p1) 


OO...OO
O.O.O.O
..O.O..
.OO.OO.

:boss (p4) Found by Dave Buckingham, 1972. 


.....O.....
....O.O....
....O.O....
...OO.OO...
..O.....O..
.O.O.O.O.O.
.O.O...O.O.
OO.O...O.OO
O..O.O.O..O
..O.....O..
...OO.OO...
....O.O....
....O.O....
.....O.....

:bottle (p8) Found by Achim Flammenkamp in August 1994. The name is a back-formation from ship in a bottle. 


....OO......OO....
...O..O....O..O...
...O.O......O.O...
.OO..OOO..OOO..OO.
O......O..O......O
O.OO..........OO.O
.O.O..........O.O.
...OO........OO...
..................
..................
...OO........OO...
.O.O..........O.O.
O.OO..........OO.O
O......O..O......O
.OO..OOO..OOO..OO.
...O.O......O.O...
...O..O....O..O...
....OO......OO....

:bouncer A label used for the small periodic colour-changing glider reflectors discovered mainly by Noam Elkies in the late 1990s. See p5 bouncer, p6 bouncer, p7 bouncer, p8 bouncer, or p15 bouncer.

:bounding box The smallest rectangular array of cells that contains the whole of a given pattern. For oscillators and guns this usually is meant to include all phases of the pattern, but in the case of guns, the outgoing stream(s) are excluded. The bounding box is one of the standard ways to measure the size of an object; the other standard metric is the population.

:bow tie = boat-tie

:brain (c/3 orthogonally, p3) Found by David Bell, May 1992. 


.OOO.........OOO.
O.O.OO.....OO.O.O
O.O.O.......O.O.O
.O.OO.OO.OO.OO.O.
.....O.O.O.O.....
...O.O.O.O.O.O...
..OO.O.O.O.O.OO..
..OOO..O.O..OOO..
..OO..O...O..OO..
.O....OO.OO....O.
.O.............O.

:branching spaceship An extensible spaceship containing components which can be attached in multiple ways so that the result can contain arbitrarily many arms arranged like a binary tree. Here is an example of a period 2 c/2 branching spaceship, which also includes a wicktrailer: 


.....................O.................O......................
....................OOO...............OOO.....................
..................OO.OOO.............OOO.OO...................
...................O..O.OO....O....OO.O..O....................
................OO.O....O.O.OO.OO.O.O....O.OO.................
................OO.O.O..O.O.......O.O..O.O.OO.................
................O........OOO.O.O.OOO........O....OOO..........
...............OO.......OO.........OO.......OO..O...O.........
...............O...............................O....OO........
........OOO....OOOO.........................OOOO..OO.O........
.......O...O..OO..OO..........................O.O....OO.......
......OO....O......O....OOO.........................O.........
......O.OO..OOOO...OO..O...O..........................OOO.....
.....OO....O.O........O....OO...........................OO....
.......O...........OOOO..OO.O............................O....
...OOO...............O.O....OO...........................OO...
..OO.......................O..................................
..O..........................OOO..............................
.OO............................OO.............................
.O..............................O....OOO......................
.OOOO...........................OO..O...O.....................
OO..OO.............................O....OO....................
.....O....OOO...................OOOO..OO.O....................
.....OO..O...O....................O.O....OO...................
........O....OO.........................O.....................
.....OOOO..OO.O...........................OOO.................
.......O.O....OO............................OO................
.............O...............................O................
...............OOO...........................OO...............
.................OO...........................O...............
..................O........................OOOO....OOO........
..................OO......................OO..OO..O...O.......
...................O...............OOO....O......O....OO......
................OOOO..............O...O..OO...OOOO..OO.O......
...............OO..OO............OO....O........O.O....OO.....
...............O.................O.OO..OOOO...........O.......
..............OO................OO....O.O...............OOO...
..............O...................O.......................OO..
..............OOOO............OOO..........................O..
.............OO..OO..........OO............................OO.
..................O..........O..............................O.
..................OO........OO...........................OOOO.
...................O........O...........................OO..OO
................OOOO........OOOO........................O.....
...............OO..OO......OO..OO......................OO.....
...............O................O......................O......
..............OO................OO.....................OOOO...
..............O.......................................OO..OO..
..............OOOO.........................................O..
.............OO..OO........................................OO.
..................O...........................................
..................OO..........................................
Branching spaceships have also been constructed for other speeds, such as c/3.

:breeder Any pattern whose population grows at a quadratic rate, although it is usual to exclude spacefillers. It is easy to see that this is the fastest possible growth rate.

The term is also sometimes used to mean specifically the breeder created by Bill Gosper's group at MIT, which was the first known pattern exhibiting superlinear growth.

There are four common types of breeder, known as MMM, MMS, MSM and SMM (where M=moving and S=stationary). Typically an MMM breeder is a rake puffer, an MMS breeder is a puffer producing puffers which produce stationary objects (still lifes and/or oscillators), an MSM breeder is a gun puffer and an SMM breeder is a rake gun. There are, however, less obvious variants of these types. Other less common breeder categories (SSS, hybrid MSS/MSM, etc.) can be created with some difficulty, based on universal constructor technology; see Pianola breeder.

The original breeder was of type MSM (a p64 puffer puffing p30 glider guns). The known breeder with the smallest initial population is switch-engine ping-pong.

:bridge A term used in naming certain still lifes (and the stator part of certain oscillators). It indicates that the object consists of two smaller objects joined edge to edge, as in snake bridge snake.

:broken lines A pattern constructed by Dean Hickerson in May 2005 which produces complex broken lines of gliders and blocks.

:broth = soup

:BRx46B A Spartan elementary conduit discovered by Michael Simkin on 25 April 2016, one of the relatively few known conduits that can move a B-heptomino input to a B-heptomino output without an intervening Herschel stage. 


...........OO
..OO.......OO
..OO.........
.............
.............
O..........O.
.O........O.O
.OO.......O.O
OO.........O.
O............

:BTC = billiard table configuration

:B track A track for B-heptominoes. A B-heptomino becomes a Herschel plus a block in twenty generations, so this term was nearly synonymous with Herschel track until the discovery of elementary conduits that convert a B directly to another B, or to some other non-Herschel signal output. See for example BRx46B.

:BTS A 19-cell still life made up of a bookend, a table, and a snake. Starting in 2015, with the help of Mike Playle's Bellman search program, Tanner Jacobi discovered a surprising number of ways to use this object as a catalyst for signal circuitry. One example can be seen in the CC semi-cenark entry. 


..OO...
O..O...
OOO....
.......
OO.O.OO
.O.OO.O
.O.....
OO.....

:buckaroo (p30) A queen bee shuttle stabilized at one end by an eater in such a way that it can turn a glider, as shown below. The glider turning reaction uses a banana spark and is colour-preserving. The mechanism was found by Dave Buckingham in the 1970s. The name is due to Bill Gosper. 


..O.....................
O.O.....................
.OO.....................
...........O............
.........O.O............
........O.O.............
.......O..O...........OO
........O.O...........OO
...OO....O.O............
..O.O......O............
..O.....................
.OO.....................

:bullet heptomino Generation 1 of the T-tetromino. 


.O.
OOO
OOO

:bumper One of several periodic colour-preserving glider reflectors discovered by Tanner Jacobi on 6 April 2016. See p3 bumper, p4 bumper, p5 bumper, p6 bumper, p7 bumper, p8 bumper, p9 bumper, p11 bumper, and p15 bumper.

:bun The following induction coil. By itself this is a common predecessor of the honey farm. See also cis-mirrored R-bee. 


.OO.
O..O
.OOO

:bunnies (stabilizes at time 17332) This is a parent of rabbits and was found independently by Robert Wainwright and Andrew Trevorrow. 


O.....O.
..O...O.
..O..O.O
.O.O....

:burloaf = loaf

:burloaferimeter (p7) Found by Dave Buckingham in 1972. See also airforce. 


....OO....
.....O....
....O.....
...O.OOO..
...O.O..O.
OO.O...O.O
OO.O....O.
....OOOO..
..........
....OO....
....OO....

:burn A reaction which travels indefinitely as a wave through the components of a wick or an agar. A burning wick is known as a fuse.

If the object being burned has a spatial periodicity, then the active area of the burning usually remains bounded and so eventually develops a periodicity too. It is unknown whether this will always occur.

The speed of burning can range from arbitrarily slow up to the speed of light. The results of burning can be clean (leaving no debris), or leaving debris usually much different from the original object. In rare cases, a reburnable fuse produces an exact copy of the original object, allowing the creation of objects such as the telegraph.

In many useful cases burning can be initiated by impacting an object with gliders or other spaceships. An object might be able to burn in more than one way, depending on how the burn is initiated.

:bushing That part of the stator of an oscillator which is adjacent to the rotor. Compare casing.

:butterfly The following pattern, or the formation of two beehives that it evolves into after 33 generations. (Compare teardrop, where the beehives are five cells closer together.) 


O...
OO..
O.O.
.OOO

:Bx125 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in November 1998. After 125 ticks, it produces an inverted Herschel rotated 180 degrees at (-9, -17) relative to the input. Its recovery time is 166 ticks. A ghost Herschel in the pattern below marks the output location: 


...........................O..........
..O.......................O.O.........
..O.......................O.O.........
OOO.........OO...........OO.OOO.......
O...........OO.................O......
.........................OO.OOO.......
.........................OO.O.........
......................................
......................................
......................................
......................................
......................................
......................................
......................................
......................................
....................................OO
....................................OO
......................................
.........O............................
.........O.O..........................
.........OOO..........................
...........O..........................
......................................
.......................OO.............
.......................O..............
........................OOO...........
..........................O...........

:Bx222 A composite conduit, one of the original sixteen Herschel conduits, discovered by Paul Callahan in October 1998. It is made up of three elementary conduits, HF95P + PB68B + BFx59H. After 222 ticks, it produces a mirror-reflected Herschel rotated 180 degrees, at (6, -16) relative to the input. Its recovery time is 271 ticks. A ghost Herschel in the pattern below marks the output location: 


.............O............................
....OO.....OOO.......OO...................
.....O....O..........O....................
.....O.O...O..........O...................
......O.O...O........OO...................
.......O...OO.................O......O....
............................OOO.....O.O...
...........................O........O.O...
...........................OO......OO.OOO.
.........................................O
..O...............OO...............OO.OOO.
..O...............OO...............OO.O...
OOO.......................................
O.........................................
..........................................
..........................................
........................................OO
........................................O.
......................................O.O.
......................................OO..
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
......O...................................
......O.O.................................
......OOO.................................
........O....................OO...........
.............................O............
..................OO..........O...........
..................OO..OO.....OO...........
......................O.O.................
........................O.................
........................OO................

:by flops (p2) Found by Robert Wainwright. 


...O..
.O.O..
.....O
OOOOO.
.....O
.O.O..
...O..
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:J = Herschel

:jack (p4) Found by Robert Wainwright, April 1984. 


...O.....O...
...OO...OO...
O..OO...OO..O
OOO..O.O..OOO
.....O.O.....
OOO..O.O..OOO
O..OO...OO..O
...OO...OO...
...O.....O...

:jagged lines A pattern constructed by Dean Hickerson in May 2005 that uses puffers to produce a line of bi-blocks that weaves back and forth in a complicated way.

:jam (p3) Found by Achim Flammenkamp in 1988, but not widely known about until its independent discovery (and naming) by Dean Hickerson in September 1989. Compare with mold. In fact this is really very like caterer. In terms of its 7x7 bounding box it ties with trice tongs as the smallest p3 oscillator. 


...OO.
..O..O
O..O.O
O...O.
O.....
...O..
.OO...

:JavaLifeSearch See lifesrc.

:Jaws A breeder constructed by Nick Gotts in February 1997. In the original version Jaws had an initial population of 150, which at the time was the smallest for any known pattern with superlinear growth. In November 1997 Gotts produced a 130-cell Jaws using some switch engine predecessors found by Paul Callahan. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

Jaws consists of eight pairs of switch engines which produce a new block-laying switch engine (plus masses of junk) every 10752 generations. It is therefore an MMS breeder.

:JC = dead spark coil

:JHC John Horton Conway. Also another name for monogram.

:J-heptomino = Herschel

:JLS = JavaLifeSearch

:Jolson (p15) Two blocks hassled by two pentadecathlons. Found by Robert Wainwright in November 1984 and named by Bill Gosper. A p9 version using snackers instead of pentadecathlons is also possible. 


.OO......OO..
O..O....O..O.
O..O....O..O.
O..O....O..O.
.OO......OO..
.............
.............
.......O.....
.....O..O.OO.
......OO..OO.
.............
.............
......OOOO...
.....OOOOOO..
....OOOOOOOO.
...OO......OO
....OOOOOOOO.
.....OOOOOO..
......OOOO...

:junk = ash.

:Justyna (stabilizes at time 26458) The following methuselah found by Andrzej Okrasinski in May 2004. 


.................O....
................O..O..
.................OOO..
.................O..O.
......................
OO................O...
.O................O...
..................O...
......................
......................
......................
......................
......................
......................
......................
...................OOO
...........OOO........
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
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:R = R-pentomino

:R190 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in July 1996. It is made up of two elementary conduits, HRx131B + BFx59H. After 190 ticks, it produces a Herschel turned 90 degrees clockwise at (24, 16) relative to the input. Its recovery time is 107 ticks. A ghost Herschel in the pattern below marks the output location: 


..........OO.........................
.......OO..O.........................
.....OOO.OO..........................
....O................................
.O..OOOO.OO..........................
.OOO...O.OO..........................
....O................................
...OO..........................OO....
...............................O.....
.............................O.O.....
.............................OO......
.....................................
.....................................
.....................................
.....................................
.................................OO.O
.................................O.OO
.....................................
O.........................OO.........
O.O.......................OO.........
OOO..................................
..O..................................
.....................................
.....................................
.........OO...OO.....................
..........O...O......................
.......OOO.....OOO...................
.......O.........O...................
.................O.O.................
..................OO.................
.....................................
.....................................
.....................................
.....................................
.....................................
.........................OOO.........
.........................O...........
........................OO...........

:R2D2 (p8) This was found, in the form shown below, by Peter Raynham in the early 1970s. The name derives from a form with a larger and less symmetric stator found by Noam Elkies in August 1994. Compare with Gray counter. 


.....O.....
....O.O....
...O.O.O...
...O.O.O...
OO.O...O.OO
OO.O...O.OO
...O...O...
...O.O.O...
....O.O....
.....O.....

:r5 = R-pentomino

:R64 An elementary conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in September 1995. After 64 ticks, it produces a Herschel rotated 90 degrees clockwise at (11, 9) relative to the input. Its recovery time is 153 ticks, though this can be improved to 61 ticks by adding a from-the-side eater inside the turn to avoid interference from the output Herschel's first natural glider, as shown below. A ghost Herschel in the pattern below marks the output location: 


..........OO...........
..........OO.....OO....
.................OO....
.......................
.......................
...............OO......
...............OO......
.....................OO
.....................OO
.......................
.......................
.......................
.O.....................
.O.O...................
.OOO...................
...O...................
.......................
.......................
.......................
...OO.OO...............
..O.O.O.O..............
..O.O..O...............
.OO.O........OOO.......
O...OO.......O.........
.O.O..O.O...OO.........
OO.OO..OO..............
R64 is one of the simplest known Spartan conduits, one of the two known Blockic conduits, and one of the few elementary conduits in the original set of sixteen. See also p256 gun.

:rabbits (stabilizes at time 17331) A 9-cell methuselah found by Andrew Trevorrow in 1986. 


O...OOO
OOO..O.
.O.....
The following predecessor, found by Trevorrow in October 1995, has the same number of cells and lasts two generations longer. 

..O....O
OO......
.OO.OOO.

:racetrack A pattern in which a signal makes its way in a loop through an "obstacle course" of reactions in order to demonstrate various ways that the signal can be reflected, temporarily stored, and converted. The more different reactions that are used the better the racetrack. David Goodenough built racetracks for p30 and p46 technology in 1995. Racetracks are also known for Herschel conduit technology, and simple ones are useful for building oscillators and glider guns.

:rake Any puffer whose debris consists of spaceships. A rake is said to be forwards, backwards or sideways according to the direction of the spaceships relative to the direction of the rake. Originally the term "rake" was applied only to forwards c/2 glider puffers (see space rake). Many people prefer not to use the term in the case where the puffed spaceships travel parallel or anti-parallel to the puffer, as in this case they do not rake out any significant region of the Life plane (and, in contrast to true rakes, these puffers cannot travel in a stream, and so could never be produced by a gun).

Although the first rakes (circa 1971) were c/2, rakes of other velocities have since been built. Dean Hickerson's construction of Corderships in 1991 made it easy for c/12 diagonal rakes to be built, although no one actually did this until 1998, by which time David Bell had constructed c/3 and c/5 rakes (May 1996 and September 1997, respectively). Jason Summers constructed a 2c/5 rake in June 2000 (building on work by Paul Tooke and David Bell) and a c/4 orthogonal rake in October 2000 (based largely on reactions found by David Bell).

The smallest possible period for a rake is probably 7, as this could be achieved by a 3c/7 orthogonal backwards glider puffer. The smallest period attained to date is 8 (Jason Summers' backrake, March 2001).

:$rats (p6) Found by Dave Buckingham, 1972. 


.....OO.....
......O.....
....O.......
OO.O.OOOO...
OO.O.....O.O
...O..OOO.OO
...O....O...
....OOO.O...
.......O....
......O.....
......OO....

:rattlesnake (p11) Found by Dean Hickerson in January 2016 and named by Jeremy Tan. 


........OO...
........O....
.........O...
........OO...
.............
.............
.............
.....O.......
.....OO......
OO.O.O.OOO...
O.OO.O.O.O...
......O..OOO.
.......OO...O
.........OOO.
.........O...

:R-bee = bun. This name is due to the fact that the pattern is a single-cell modification of a beehive.

:reaction envelope The collection of cells that are alive during some part of a given active reaction. This term is used for Herschel circuits and other stable circuitry, whereas construction envelope is specific to recipes in self-constructing circuitry.

There are some subtleties at the edges of the envelope. Specifically, two reactions that have the exact same set of cells defining their envelopes may have different behavior when placed next to a single-cell protrusion like the tail of an eater1, or one side of a tub. The difference depends on whether two orthogonally adjacent cells at the edge of the envelope are ever simultaneously alive, within the protruding cell's zone of influence.

:reanimation A reaction performed by a convoy of spaceships (or other moving objects) which converts a common stationary object into a glider without harming the convoy. This provides one way for signals that have been frozen in place by some previous reaction to be released for use.

Simple reactions using period 4 c/2 spaceships have been found for reanimating a block, boat, beehive, ship, loaf, bi-block, or toad. The most interesting of these is for a beehive since it seems to require an unusual p4 spaceship: 


..........O.......................
.........O.O......................
.........O.O......................
..........O.......................
..................................
...............OOO.............OOO
..............O..O.....OOO....O..O
.................O....O..O.......O
.............O...O....O...O..O...O
.................O..O...O.O......O
..OOO............O.O........OO..O.
.O..O..............O........OOOOO.
....O..........OOO...O......OO....
O...O..........................OO.
O...O.............................
....O.............................
.O.O...............O..............
..................OOO.............
.................OO.O.............
....O............OOO..............
...OOO...........OOO..............
...O.OO..........OOO..............
....OOO...........OO..............
....OOO...........................
....OO............................

Reanimation of a loaf is used many times in the Caterloopillar. It is also used in the Caterpillar as part of its catch and throw mechanism. Finally, reanimation can produce rakes from some puffers. See stop and restart for a similar idea that applies to Herschel conduits and other signal circuitry.

There are small objects which have no known reanimation reactions using c/2 ships other than the brute force method of hitting them with the output of rakes.

:reburnable fuse A very rare type of fuse whose output is identical to its input, possibly with some spatial and/or temporal offset. See lightspeed wire for an example. Reburnable fuses are used primarily in the construction of fixed-speed self-supporting macro-spaceships, where the speed of the fuse's burning reaction becomes the speed of the spaceship. Examples include the Caterpillar, Centipede, and waterbear.

:receiver See Herschel receiver.

:recipe = glider synthesis or construction recipe.

:recovery time The number of ticks that must elapse after a signal is sent through a conduit, before another signal can be safely sent on the same path. In general, a lower recovery time means a more useful conduit. For example, the Snark's very low recovery time allowed for the creation of oscillators with previously unknown periods, 43 and 53.

For the most part this is a synonym for repeat time. However, overclocking a complex circuit can often allow it to be used at a repeat time much lower than its safe recovery time.

:rectifier The smallest known 180-degree reflector, discovered by Adam P. Goucher in 2009. It was the smallest and fastest stable reflector of any kind until the discovery of the Snark in 2013. The rectifier has the same output glider as the boojum reflector but a much shorter repeat time of only 106 ticks.

Another advantage of the rectifier is that the output glider is on a transparent lane, so it can be used in logic circuitry to merge two signal paths. 


..O.........................................
O.O.........................................
.OO.........................................
............................................
..............O.............................
.............O.O............................
.............O.O............................
..............O.............................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
.......................OO...................
.......................OO...................
............................................
.....OO.....................................
....O.O.....................................
....O.......................................
...OO.......................................
..................................OO........
.................................O..O..OO...
.................................O.O....O...
..............OO..................O.....O.OO
.............O.O.....................OO.O.O.
.............O.......................O..O..O
............OO....................O....O..OO
..................................OOOOO.....
............................................
....................................OO.O....
....................................O.OO....
............................OOO.............
............................O...............
.............................O..............

:recursive filter A toolkit developed by Alexey Nigin in July 2015, which enables the construction of patterns with population growth that asymptotically matches an infinite number of different superlinear functions. Toolkits enabling other, sublinear infinite series had been completed by Dean Hickerson and Gabriel Nivasch in 2006. See quadratic filter and exponential filter.

Sublinear functions are possible using the recursive-filter toolkit as well. It can be used to construct a glider-emitting pattern with a slowness rate S(t) = O(log***...*(t)), the nth-level iterated logarithm of t, which asymptotically dominates any primitive-recursive function f(t).

:reflector Any stable or oscillating pattern that can reflect some type of spaceship (usually a glider) without suffering permanent damage. A pattern that is damaged or destroyed during the reflection process is generally called a one-time turner instead.

The first known reflector was the pentadecathlon, which functions as a 180-degree glider reflector (see relay). Other examples include the buckaroo, the twin bees shuttle and some oscillators based on the traffic jam reaction. Glider guns can also be made into reflectors, although these are mostly rather large.

In September 1998 Noam Elkies found some fast small-period glider reflectors, with oscillators supplying the required domino sparks at different periods. A figure-8 produced a p8 bouncer, and a p6 pipsquirter produced an equivalent p6 bouncer. A more complicated construction allows a p5 bouncer (which, as had been anticipated, soon led to a true p55 Quetzal gun). And in August 1999 Elkies found a suitable sparker to produce a p7 bouncer, allowing the first p49 oscillator to be constructed.

These were all called simply "p5 reflector", "p6 reflector", etc., until 6 April 2016 when Tanner Jacobi discovered an equally small and simple reaction, the bumper, starting with a loaf as bait instead of a boat. This resulted in a series of periodic colour-preserving reflectors, whereas Elkies' bouncer reflectors are all colour-changing. A useful mnemonic is that "bouncer" contains a C and is colour-changing, whereas "bumper" contains a P and is colour-preserving.

Stable reflectors are special in that if they satisfy certain conditions they can be used to construct oscillators of all sufficiently large periods. It was known for some time that stable reflectors were possible (see universal constructor), but no one was able to construct an explicit example until Paul Callahan did so in October 1996.

Callahan's original reflector has a repeat time of 4840, soon improved to 1686, then 894, and then 850. In November 1996 Dean Hickerson found a variant in which this is reduced to 747. Dave Buckingham reduced it to 672 in May 1997 using a somewhat different method, and in October 1997 Stephen Silver reduced it to 623 by a method closer to the original. In November 1998 Callahan reduced this to 575 with a new initial reaction. A small modification by Silver a few days later brought this down to 497.

In April 2001 Dave Greene found a 180-degree stable reflector with a repeat time of only 202 (see boojum reflector). This reflector won bounties offered by Dieter Leithner and Alan Hensel. Half of the prize money was recycled into a new prize for a small 90-degree reflector, which in turn was won by Mike Playle's colour-preserving Snark reflector. The Snark is currently the smallest known stable reflector, with a recovery time of 43. Playle has offered a $100 prize for a colour-changing stable reflector contained within a 25 by 25 bounding box, with a recovery time of 50 generations or less.

As of June 2018, the following splitter is among the smallest known 90-degree colour-changing reflectors. The top output can be blocked off by an eater if needed. For small 180-degree colour-changing reflectors see rectifier, and also the sample pattern in splitter. 


................OO...........O......OO..................
................OO..........O.O....O..O.................
............................O.O...O.OOO..OO.............
...........................OO.OO.O.O......O.............
...............................O.O...OO...O.O...........
...........................OO.O..OOOO.O....OO...........
...........................OO.O.O...O...................
...............................O.O...O..................
................................O.O...O.................
.................................O...OO..............O..
....................................................O.O.
.....................................................O..
........................................................
........................OO..............................
........................OO..............................
.........OO.............................................
........O..O............................................
.......O.OO..........................................OO.
.......O.............................................OO.
......OO................................................
.....................OO.................................
.....................O..................................
......................OOO...............................
........................O.....OO........................
.............................O.O........................
.............................O..........................
............................OO..........................
........................................................
........................................................
....................................O...............OO..
...................................O.O..............O.O.
...................................O.O................O.
....................................O.................OO
OOO.....................................OO..............
..O.....................................O.O.............
.O........................................O.............
..........................................OO............

:reflectorless rotating oscillator A pattern that rotates itself 90 or 180 degrees after some number of generations, with the additional constraint that multiple non-interacting copies of the pattern can be combined into a new oscillator with a period equal to the appropriate fraction of the component oscillators' period. The second constraint disqualifies small time-symmetric oscillators such as the blinker and monogram.

A working RRO might look something like a pi orbital or p256 gun loop containing one or more pis or Herschels in the same loop, but without any external stabilisation mechanism. Such patterns can be proven to exist (see universal constructor), but as of June 2018 none have been explicitly constructed in Life. There is no upper limit on multiplicity for a constructor-based RRO.

:regulator An object which converts input gliders aligned to some period to output gliders aligned to a different period. The most interesting case is a universal regulator, of which several have been constructed by Paul Chapman and others.

:relay Any oscillator in which spaceships (typically gliders) travel in a loop. The simplest example is the p60 one shown below using two pentadecathlons. Pulling the pentadecathlons further apart allows any period of the form 60+120n to be achieved. This is the simplest proof of the existence of oscillators of arbitrarily large period. 


...........................O....O..
................OO.......OO.OOOO.OO
.................OO........O....O..
................O..................
..O....O...........................
OO.OOOO.OO.........................
..O....O...........................

:repeater Any oscillator or spaceship.

:repeat time The minimum number of generations that is possible between the arrival of one object and the arrival of the next. This term is used for things such as reflectors or conduits where the signal objects (gliders or Herschels, for example) will interact fatally with each other if they are too close together, or one will interact fatally with a disturbance caused by the other. For example, the repeat time of Dave Buckingham's 59-step B-heptomino to Herschel conduit (shown under conduit) is 58.

:rephaser The following reaction that shifts the phase and path of a pair of gliders. There is another form of this reaction, glider-block cycle, that reflects the gliders 180 degrees. 


..O..O..
O.O..O.O
.OO..OO.
........
........
...OO...
...OO...

:replicator A finite pattern which repeatedly creates copies of itself. Such objects are known to exist (see universal constructor), but no concrete example is known. The linear propagator may be considered to be the first example of a replicator built in Life, but this is debatable as each of its copies replicates itself only once, allowing no possibility of superlinear growth.

:reverse caber tosser A storage mechanism for data feeding a universal constructor designed by Adam P. Goucher in 2018. A very large integer can be encoded in the position of a very faraway object. If the distance to that object is measured using circuitry designed to be as simple as possible, a complete decoder and universal constructor can be created by colliding a small number of gliders - no more than 329 according to a June 2018 glider synthesis, and exactly 43 according to a July 1 redesign by Chris Cain using eight far-distant GPSEs and, amazingly, no stationary circuitry except for a single catalyst block. Some intermediate designs with 50+ gliders need no stationary circuitry at all.

With the correct placement of the faraway object, the complete pattern is theoretically capable of building any glider-constructible object. This means that 43 is the maximum number of gliders required to build any constructible object, no matter what size. However, it is not possible to determine in practice what the locations of these 43 gliders should be, even for a relatively simple construction.

:reverse fuse A fuse that produces some initial debris, but then burns cleanly. The following is a simple example. 


.............OO
............O.O
...........O...
..........O....
.........O.....
........O......
.......O.......
......O........
.....O.........
....O..........
...O...........
..O............
OO.............

:revolver (p2) 


O............O
OOO....O...OOO
...O.O.O..O...
..O......O.O..
..O.O......O..
...O..O.O.O...
OOO...O....OOO
O............O

:RF28B A converter with several known forms, many of which found by Dave Buckingham in 1972 and in the early 1980s. It accepts an R-pentomino as input and produces an output B-heptomino 28 ticks later. Of nine major variants known as of July 2018, four versions are shown below. For each version, the R-pentomino inputs are shown near the left and right edges, along with the B-heptomino output locations near the center. 


........O..........................O........
.......O.O.......O................O.O......O
........O......OOO.................O.....OOO
..............O.........................O...
..............OO........................OO..
............................................
............................................
......O..........O........O..........O......
......OO..........O......O..........OO......
.....OO...........OO....OO...........OO.....
.................OO......OO.................
.................O........O.................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
............................................
......O..........O........O..........O......
......OO..........O......O..........OO......
.....OO...........OO....OO...........OO.....
.................OO......OO.................
.................O........O.................
............................................
..O.........................................
.O.O.............................O..........
O..O............................O.O.........
.OO..............................OO.........

The version in the southeast is used in Paul Callahan's Herschel receiver. The one in the northwest is part of L156, but can be replaced by the variant in the northeast which produces a forward glider output.

:RF48H Stephen Silver's alternate completion of Paul Callahan's Herschel receiver. As of June 2018 there are four known variants. The original version consists of a single loaf. A ghost Herschel marks the output location. 


......O..................O..
......OO.................O..
.....OO..................OOO
...........................O
............................
.OO.........................
O..O........................
O.O.........................
.O..........................

:Rich's p16 A period 16 oscillator found by Rich Holmes in July 2016, using apgsearch. For its use as a filter see for example p48 gun. 


....O...O....
..OO.O.O.OO..
.O...O.O...O.
O...OO.OO...O
O.O.......O.O
.O.........O.
.............
....OO.OO....
...O.O.O.O...
....O...O....

:ring of fire (p2) The following muttering moat found by Dean Hickerson in September 1992. 


................O.................
..............O.O.O...............
............O.O.O.O.O.............
..........O.O.O.O.O.O.O...........
........O.O.O..OO.O.O.O.O.........
......O.O.O.O......O..O.O.O.......
....O.O.O..O..........O.O.O.O.....
.....OO.O..............O..O.O.O...
...O...O..................O.OO....
....OOO....................O...O..
..O.........................OOO...
...OO...........................O.
.O...O........................OO..
..OOOO.......................O...O
O.............................OOO.
.OOO.............................O
O...O.......................OOOO..
..OO........................O...O.
.O...........................OO...
...OOO.........................O..
..O...O....................OOO....
....OO.O..................O...O...
...O.O.O..O..............O.OO.....
.....O.O.O.O..........O..O.O.O....
.......O.O.O..O......O.O.O.O......
.........O.O.O.O.OO..O.O.O........
...........O.O.O.O.O.O.O..........
.............O.O.O.O.O............
...............O.O.O..............
.................O................

:rle Run-length encoded. Run-length encoding is a simple (but not very efficient) method of file compression. In Life the term refers to a specific ASCII encoding used for patterns in Conway's Life and other similar cellular automata. This encoding was introduced by Dave Buckingham and is now the usual means of exchanging relatively small patterns by email or in online forum discussions.

As an example of the rle format, here is a representation of the Gosper glider gun. The "run lengths" are the numbers, b's are dead cells, o's are live cells, and dollar signs signal new lines: 


x = 36, y = 9, rule = B3/S23
24bo$22bobo$12boo6boo12boo$11bo3bo4boo12boo$oo8bo
5bo3boo$oo8bo3boboo4bobo$10bo5bo7bo$11bo3bo$12boo!

Over the years RLE format has been extended to handle patterns with multiple states, neighborhoods, rules, and universe sizes. A completely different encoding, macrocell format, is used for repetitive patterns that may have very large populations.

:R-mango A small active reaction, so named because it is a single-cell modification of a mango, but now more commonly known as dove.

:RNE-19T84 The following edge shooter converter, accepting an input R-pentomino and producing a glider heading northeast (if the R-pentomino is in standard orientation). 


.................O.........
...............OOO.........
..............O............
...O..........OO...........
..O.O......................
..O.O......................
.OO.OO....................O
.O......................OOO
..O.OO.................O...
O.O.OO.................OO..
OO.........................
.............O.............
............OOO.....OO.....
............O......O..O....
....................OO.....
This converter has several common uses. It can be attached to the L156 Herschel conduit to change it into a useful period doubler. Connecting it to the initial stage of the L156 produces a composite Herschel-to-glider converter often used as a splitter, or as a quasi-edge shooter after suppressing the additional glider output: 

................................O.........
..............................OOO.........
.............................O............
..................O..........OO...........
.................O.O......................
.................O.O......................
...............OOO.OO....................O
..............O........................OOO
........O......OOO.OO.................O...
........OOO......O.OO.................OO..
...........O..............................
..........OO..............................
...................................OO.....
..................................O..O....
...................................OO.....
..........................................
..........................................
..........................................
.........O................................
.........O.O..............................
.........OOO..............................
...........O...........OO.................
.......................O..................
........................OOO...............
..........................O...............
..........................................
..OO......................................
...O......................................
OOO.......................................
O.........................................
The above H-to-2G mechanism appears in many places in the glider gun collection, for example, mainly for periods below 78 where syringes can't be used to build small true-period guns. The insertion reaction allows a glider to be placed 19 ticks in front of another glider on the same lane, or 30 ticks behind it (28 if the perpendicular glider output is suppressed.)

:rock Dean Hickerson's term for an eater which remains intact throughout the eating process. The snake in Dave Buckingham's 59-step B-to-Herschel conduit (shown under conduit) is an example. Other still lifes that sometimes act as rocks include the tub, the hook with tail, the eater1 (eating with its tail) and the hat (in Heinrich Koenig's stabilization of the twin bees shuttle).

:roteightor (p8) Found by Robert Wainwright in 1972. See also multiple roteightors. 


.O............
.OOO........OO
....O.......O.
...OO.....O.O.
..........OO..
..............
.....OOO......
.....O..O.....
.....O........
..OO..O...O...
.O.O......O...
.O.......O....
OO........OOO.
............O.

:rotor The cells of an oscillator that change state. Compare stator. It is easy to see that any rotor cell must be adjacent to another rotor cell.

:R-pentomino This is by far the most active polyomino with less than six cells: all the others stabilize in at most 10 generations, but the R-pentomino does not do so until generation 1103, by which time it has a population of 116, including six gliders. 


.OO
OO.
.O.
At generation 774, an R-pentomino produces a queen bee which lasts 17 more generations before being destroyed, enough time for it to flip over. This observation led to the discovery of the Gosper glider gun.

:RRO = reflectorless rotating oscillator

:rule 22 Wolfram's rule 22 is the 2-state 1-D cellular automaton in which a cell is ON in the next generation if and only if exactly one of its three neighbours is ON in the current generation (a cell being counted as a neighbour of itself). This is the behaviour of Life on a cylinder of width 1.

:ruler A pattern constructed by Dean Hickerson in April 2005 that produces a stream of LWSS with gaps in it, such that the number of LWSS between successive gaps follows the "ruler function" (sequence A001511 in The On-Line Encyclopedia of Integer Sequences).

:rumbling river Any oscillator in which the rotor is connected and contained in a strip of width 2. The following p3 example is by Dean Hickerson, November 1994. 


..............OO......OO......OO...O.OO..........
....O........O..O....O..O....O..O..OO.O..........
O..O.O....O...OO..O...OO..O...O.O.....O.OO.......
OOOO.O..OOOOOO..OOOOOO..OOOOOO..OOOOOO.O.O.......
.....O.O.....O.O.....O.O.....O.O.....O.O......OO.
..OO.O.O.O.O...O.O.O...O.O.O...O.O.O...O.O.....O.
.O.....O.O...O.O.O...O.O.O...O.O.O...O.O.O.O.OO..
.OO......O.O.....O.O.....O.O.....O.O.....O.O.....
.......O.O.OOOOOO..OOOOOO..OOOOOO..OOOOOO..O.OOOO
.......OO.O.....O.O...O..OO...O..OO...O....O.O..O
..........O.OO..O..O....O..O....O..O........O....
..........OO.O...OO......OO......OO..............

:Rx202 A composite conduit, one of the original sixteen Herschel conduits, discovered by Dave Buckingham in May 1997. It is made up of two elementary conduits, HR143B + BFx59H. After 202 ticks, it produces an inverted Herschel turned 90 degrees clockwise at (7, 32) relative to the input. Its recovery time is 201 ticks. A ghost Herschel in the pattern below marks the output location: 


..............OO...............
...........OO..O...............
.........OOO.OO......O.........
........O..........OOO.........
.........OOO.OO...O............
...........O.OO...OO...........
...............................
...............................
...............................
...............................
.......................OO......
.......................O.......
.....................O.O.......
.....................OO........
...............................
...............................
...............................
...............................
...............................
...O...........................
...O.O.........................
...OOO.........................
.....O.........................
......................OO.......
......................OO.......
...............................
...............................
...............................
...............................
...............................
...............................
...............................
O.OO...........................
OO.O...........................
.....................OO........
.........OO.........O..O..OO...
.........OO.........O.O....O...
.....................O.....O.OO
........................OO.O.O.
........................O..O..O
.....................O....O..OO
.....................OOOOO.....
...............................
...................OOOOOOO.....
...................O..O..O.....
.................O.O...........
.................OO............
...............................
...............................
...............................
...............................
...............................
.........OOO...................
...........O...................
...........OO..................
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:Achim's p144 (p144) This was found (minus the blocks shown below) on a cylinder of width 22 by Achim Flammenkamp in July 1994. Dean Hickerson reduced it to a finite form using figure-8s the same day. The neater finite form shown here, replacing the figure-8s with blocks, was found by David Bell in August 1994. See factory for a use of this oscillator. 


OO........................OO
OO........................OO
..................OO........
.................O..O.......
..................OO........
..............O.............
.............O.O............
............O...O...........
............O..O............
............................
............O..O............
...........O...O............
............O.O.............
.............O..............
........OO..................
.......O..O.................
........OO..................
OO........................OO
OO........................OO

:Achim's p16 (p16) Found by Achim Flammenkamp, July 1994. 


.......OO....
.......O.O...
..O....O.OO..
.OO.....O....
O..O.........
OOO..........
.............
..........OOO
.........O..O
....O.....OO.
..OO.O....O..
...O.O.......
....OO.......

:Achim's p4 (p4) Dave Buckingham found this in a less compact form (using two halves of sombreros) in 1976. The form shown here was found by Achim Flammenkamp in 1988. The rotor is two copies of the rotor of 1-2-3-4, so the oscillator is sometimes called the "dual 1-2-3-4". 


..OO...OO..
.O..O.O..O.
.O.OO.OO.O.
OO.......OO
..O.O.O.O..
OO.......OO
.O.OO.OO.O.
.O..O.O..O.
..OO...OO..

:Achim's p5 = pseudo-barberpole

:Achim's p8 (p8) Found by Achim Flammenkamp, July 1994. 


.OO......
O........
.O...O...
.O...OO..
...O.O...
..OO...O.
...O...O.
........O
......OO.

:acorn (stabilizes at time 5206) A methuselah found by Charles Corderman. It has a final population of 633 and covers an area of 215 by 168 cells, not counting the 13 gliders it produces. Its ash consists of typical stable objects and blinkers, along with the relatively rare mango and a temporary eater1. 


.O.....
...O...
OO..OOO

:A for all (p6) Found by Dean Hickerson in March 1993. 


....OO....
...O..O...
...OOOO...
.O.O..O.O.
O........O
O........O
.O.O..O.O.
...OOOO...
...O..O...
....OO....

:against the grain A term used for negative spaceships travelling in zebra stripes agar, perpendicular to the stripes, and also for against-the-grain grey ships.

Below is a sample signal, found by Hartmut Holzwart in April 2006, that travels against the grain at 2c/3. This "negative spaceship" travels upward and will quickly reach the edge of the finite patch of stabilized agar shown here. 


...O..O..O..O..O..O..O..O..O..O..O...
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOO..OOOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOOOO......OOOOOOOOOOOOOO.
O...............O....O..............O
.OOOOOOOOOOOOOOOO....OOOOOOOOOOOOOOO.
.....................................
.OOOOOOOOOOOOO...OOOO...OOOOOOOOOOOO.
O.................OO................O
.OOOOOOOOOOOO............OOOOOOOOOOO.
.............O..........O............
.OOOOOOOOOOOOOO........OOOOOOOOOOOOO.
O..............O......O.............O
.OOOOOOOOOOOOOOO......OOOOOOOOOOOOOO.
..........OO....O....O....OO.........
.OOOOOOO......OOOO..OOOO......OOOOOO.
O.......O...OO...O..O...OO...O......O
.OOOOOOO.........O..O.........OOOOOO.
.........O.....O......O.....O........
.OOOOOOOOO......O....O......OOOOOOOO.
O.........O....OO.OO.OO....O........O
.OOOOOOOOOOO....O....O....OOOOOOOOOO.
............OO....OO....OO...........
.OOOOOOO..OOO.O..O..O..O.OOO..OOOOOO.
O..............OOO..OOO.............O
.OOOOO......OOO.O....O.OOO......OOOO.
......O....O..............O....O.....
.OOOOOO........O......O........OOOOO.
O......O...OO..O..OO..O..OO...O.....O
.OOOOOOOO.....O.OO..OO.O.....OOOOOOO.
.........O..O.OO......OO.O..O........
.OOOOOOOOO...OO........OO...OOOOOOOO.
O..........O..............O.........O
.OOOOOOOOOOOOOOOO....OOOOOOOOOOOOOOO.
.................OOOO................
.OOOOOOOOOOOOOOOOO..OOOOOOOOOOOOOOOO.
O...................................O
.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.
...O..O..O..O..O..O..O..O..O..O..O...

Holzwart proved in 2006 that 2c/3 is the maximum speed at which signals can move non-destructively against the grain through zebra stripes agar.

:against-the-grain grey ship A grey ship in which the region of density 1/2 consists of lines of ON cells lying perpendicular to the direction in which the spaceship moves. See also with-the-grain grey ship.

:agar Any pattern covering the whole plane that is periodic in both space and time. The simplest (nonempty) agar is the stable one extended by the known spacefillers. For some more examples see chicken wire, houndstooth agar, onion rings, squaredance and Venetian blinds. Tiling the plane with the pattern O......O produces another interesting example: a p6 agar which has a phase of density 3/4, which is the highest yet obtained for any phase of an oscillating pattern. See lone dot agar for an agar composed of isolated cells.

:aircraft carrier (p1) This is the smallest still life that has more than one island. 


OO..
O..O
..OO

:airforce (p7) Found by Dave Buckingham in 1972. The rotor consists of two copies of that used in the burloaferimeter. 


.......O......
......O.O.....
.......O......
..............
.....OOOOO....
....O.....O.OO
...O.OO...O.OO
...O.O..O.O...
OO.O...OO.O...
OO.O.....O....
....OOOOO.....
..............
......O.......
.....O.O......
......O.......

:AK47 reaction The following reaction (found by Rich Schroeppel and Dave Buckingham) in which a honey farm predecessor, catalysed by an eater and a block, reappears at another location 47 generations later, having produced a glider and a traffic light. This was in 1990 the basis for the Dean Hickerson's construction of the first true p94 gun, and for a very small (but pseudo) p94 glider gun found by Paul Callahan in July 1994. (The original true p94 gun was enormous, and has now been superseded by comparatively small Herschel loop guns and Mike Playle's tiny AK94 gun.) 


.....O....
....O.O...
...O...O..
...O...O..
...O...O..
....O.O...
.....O....
..........
..OO......
...O......
OOO.....OO
O.......OO

:AK94 gun The smallest known gun using the AK47 reaction, found by Mike Playle in May 2013 using his Bellman program. 


.......O.......O.......OO.............
.......OOO.....OOO.....OO.............
..........O.......O...................
.........OO......OO................OO.
..............................OO..O..O
..............................O.O..OO.
.................................OO...
.....O............................O...
.....OOO..........................O.OO
........O......................OO.O..O
.......OO......................OO.OO..
......................................
......................................
.................O....................
..OO.OO.........O.O..........OO.......
O..O.OO........O...O.........O........
OO.O...........O...O..........OOO.....
...O...........O...O............O.....
...OO...........O.O...................
.OO..O.O.........O....................
O..O..OO..............................
.OO................OO.................
...................O..................
.............OO.....OOO...............
.............OO.......O...............

:Al Jolson = Jolson

:almost knightship A promising partial result discovered by Eugene Langvagen in March 2004. This was an early near miss in the ongoing search for a small elementary (2,1)c/6 knightship. After six generations, only two cells are incorrect. 


....OOO......
...OO..OO....
..O..OOO.OO..
.OOO.........
...OO....OO..
OO.O.........
OO..OOO......
....OO.O.....
OO.OOO.......
.O...O.OO....
.....O.OO....
O...O....O...
O...O..OOO.OO
O............
.O.O..O......
.....O.....OO
......O.OO...
......OO..O..
...........O.

:almosymmetric (p2) Found in 1971. 


....O....
OO..O.O..
O.O......
.......OO
.O.......
O......O.
OO.O.O...
.....O...

:ambidextrous A type of Herschel transceiver where the receiver can be used in either of two mirror-image orientations. See also chirality.

:anteater A pattern that consumes ants. Matthias Merzenich discovered a c/5 anteater on 15 April 2011. See wavestretcher for details.

:antlers = moose antlers

:ants (p5 wick) The standard form is shown below. It is also possible for any ant to be displaced by one or two cells relative to either or both of its neighbouring ants. Dean Hickerson found fenceposts for both ends of this wick in October 1992 and February 1993. See electric fence, and also wickstretcher. 


OO...OO...OO...OO...OO...OO...OO...OO...OO..
..OO...OO...OO...OO...OO...OO...OO...OO...OO
..OO...OO...OO...OO...OO...OO...OO...OO...OO
OO...OO...OO...OO...OO...OO...OO...OO...OO..

:antstretcher Any wickstretcher or wavestretcher that stretches ants. Nicolay Beluchenko and Hartmut Holzwart constructed the following small extensible antstretcher in January 2006: 


......................................................OO.......
.....................................................OO........
...............................................OO.....O........
..............................................OO.....OO........
................................................O....O.O..OO...
..................................................OO...OO.OOOO.
..................................................OO..........O
..............................................................O
........................................................O......
..........................................................OO...
...............................................................
..........................................................OOO..
.........................................................OO..O.
...............................OO..........................O...
..............................OO...............................
...............................O.O...................OOO..O....
..........................O....OOO...................O..OOO....
.........................OOOOO.OOO..O.OO................OO.....
.........................O..OO......O...OO.OO.........OO.OO....
...................................O....OO...OO.OO.......OO....
...........................OO..OO.OO..OO.....OO...OO.O.O.......
...................................O.......OO.....OO...........
.....................OOO...O.....OO.............OO....O........
.....................O.....O..O.OO...................O.........
......................O...OO.O.................................
.........................OO...O.O..............................
.............OOO..........O....................................
.............O.....OOO..OO.....................................
..............O..OO.OOO.OO.....................................
................O..........O...................................
.................O.O.OO....O...................................
...................OO.O........................................
.................OO...O.O......................................
................OO.............................................
..................O............................................
...............OO..............................................
..............OOO..............................................
.............OO.O..............................................
............OOOO.O.............................................
.................OOO...........................................
..................OO...........................................
..........OOO.OO...............................................
.........O...OOO...............................................
............OOO................................................
........O.O.O..................................................
.......OOOO....................................................
.......O.......................................................
........OO.....................................................
.........O..O..................................................
OO.............................................................
O.O...OOO......................................................
O...O....O.....................................................
...OO..........................................................
...O.....O.....................................................

:anvil The following induction coil. 


.OOOO..
O....O.
.OOO.O.
...O.OO

:apgluxe See apgsearch

:apgmera See apgsearch.

:apgnano See apgsearch.

:apgsearch One of several versions of a client-side Ash Pattern Generator soup search script by Adam P. Goucher, for use with Conway's Life and a wide variety of other rules. Development of the original Golly-based Python script started in August 2014. After the addition in 2016 of apgnano (native C++) and apgmera (self-modifying, 256-bit SIMD compatibility), development continues in 2017 with apgluxe (Larger Than Life and Generations rules, more soup shapes). Several customized variants of the Python script have also been created by other programmers, to perform types of searches not supported by Goucher's original apgsearch 1.x.

All of these versions of the search utility work with a "haul" that usually consists of many thousands or millions of random soup patterns. Each soup is run to stability, and detailed object census results are reported to Catagolue. For any rare objects discovered in the ash, the source soup can be easily retrieved from the Catagolue server.

:APPS (c/5 orthogonally, p30) An asymmetric PPS. The same as the SPPS, but with the two halves 15 generations out of phase with one another. Found by Alan Hensel in May 1998.

:ark A pair of mutually stabilizing switch engines. The archetype is Noah's ark. The diagram below shows an ark found by Nick Gotts that takes until generation 736692 to stabilize, and can therefore be considered as a methuselah. 


...........................O....
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...OOOO.........................

:arm A long extension, sometimes also called a "wing", hanging off from the main body of a spaceship or puffer perpendicular to the direction of travel. For example, here is a sparking c/3 spaceship which contains two arms. 


............OOO............
...........O...............
..........OO...............
....O.OO..OO..OOO..........
...OO.OO.OO.....O....OO....
..O..OO...O.OO....OO.OO....
........OOOO......OO...O...
....O.O.OO........OO.......
......O....................
...OO......................
..OO..O....................
....OOO.OO.................
O..O.....OOO...............
.O.OOOO.O...O..............
........OO....O......O.....
.........O....OO....OO.OOO.
........O...O..OO..OO.....O
..........O..O.O..O.....OO.
...........O.OOO....O......
............OOO..OOO.O.....
...........OO...OOO........
..................O..O.....
...................O.......
Many known spaceships have multiple arms, usually fairly narrow. This is an artefact of the search methods used to find such spaceships, rather than an indication of what a "typical" spaceship might look like.

For an alternate meaning see construction arm.

:armless A method of generating slow salvos across a wide range of lanes without using a construction arm with a movable elbow. Instead, streams of gliders on two fixed opposing lanes collide with each other to produce clean 90-degree output gliders. Slowing down one of the streams by 8N ticks will move the output lanes of the gliders toward the source of that stream by N full diagonals. This construction method was used to create the supporting slow salvos in the half-baked knightships, and also in the Parallel HBK gun.

:ash The stable or oscillating objects left behind when a chaotic reaction stabilizes, or "burns out". Experiments show that for random soups with moderate initial densities (say 0.25 to 0.5) the resulting ash has a density of about 0.0287. (This is, of course, based on what happens in finite fields. In infinite fields the situation may conceivably be different in the long run because of the effect of certain initially very rare objects such as replicators.)

:asynchronous Indicates that precise relative timing is not needed for two or more input signals entering a circuit, or two or more sets of gliders participating in a glider synthesis. In some cases the signals or sets of gliders can arrive in any order at all - i.e., they have non-overlapping effects.

However, in some cases such as slow salvo constructions, there is a required order for some of the incoming signals. These signals can still be referred to as "asynchronous" because the number of ticks between them is infinitely adjustable: arbitrarily long delays can be added with no change to the final result. Compare synchronized.

:aVerage (p5) Found by Dave Buckingham, 1973. The average number of live rotor cells is five (V), which is also the period. 


...OO........
....OOO......
..O....O.....
.O.OOOO.O....
.O.O....O..O.
OO.OOO..O.O.O
.O.O....O..O.
.O.OOOO.O....
..O....O.....
....OOO......
...OO........
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
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:x66 (c/2 orthogonally, p4) Found by Hartmut Holzwart, July 1992. Half of this can be escorted by an HWSS. The name refers to the fact that every cell (live or dead) has at most 6 live neighbours (in contrast to spaceships based on LWSS, MWSS or HWSS). In fact this spaceship was found by a search with this restriction. 


..O......
OO.......
O..OOO..O
O....OOO.
.OOO..OO.
.........
.OOO..OO.
O....OOO.
O..OOO..O
OO.......
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:Xlife A popular freeware Life program that runs under the X Window System. The main Life code was written by Jon Bennett, and the X code by Chuck Silvers.

:X-pentomino Conway's name for the following pentomino, a traffic light predecessor. 


.O.
OOO
.O.
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
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:G4 receiver An alternate Herschel receiver discovered by Sergei Petrov on 28 December 2011, using his previous glider to 2 blocks converter. In the pattern below the Herschel output is marked by a ghost Herschel. A glider also escapes to the northwest. For an explanation of the "G4" describing the tandem glider input, see Gn. 


................................O.O.......................
................................OO........................
.................................O........................
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................OO....................O...................
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..........................................................
..........................................................
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......................................OO...............O..
...........OO.........................OO...............O..
...........OO..........................................OOO
.......................OO................................O
........O..........OO..OO.................................
......OOO..........OO.....................................
.....O....................................................
.....OO........................OO.........................
.................OO............O..........................
.................OO......O......OOO.......................
........................O.O.......O.......................
.........................O................................

:Gabriel's p138 (p138) The following oscillator found by Gabriel Nivasch in October 2002. 


.......OOO.....
......O..O.....
.......O...O...
..O.....OOO....
...O.....O.....
OO.OO..........
O..O.........O.
O.O.........O.O
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..........OO.OO
.....O.....O...
....OOO.....O..
...O...O.......
.....O..O......
.....OOO.......

:galaxy = Kok's galaxy

:Game of Life = Life

:Game of Life News A blog reporting on new Life discoveries, started by Heinrich Koenig in December 2004, currently found at http://pentadecathlon.com/lifenews/.

:Garden of Eden A configuration of ON and OFF cells that can only occur in generation 0. (This term was first used in connection with cellular automata by John W. Tukey, many years before Life.) It was known from the start that there are Gardens of Eden in Life, because of a theorem by Edward Moore that guarantees their existence in a wide class of cellular automata. Explicit examples have since been constructed, the first by Roger Banks, et al. at MIT in 1971. This example was 9 x 33. In 1974 J. Hardouin-Duparc et al. at the University of Bordeaux 1 produced a 6 x 122 example. The following shows a 12 x 12 example found by Nicolay Beluchenko in February 2006, based on a 13 x 12 one found by Achim Flammenkamp in June 2004. 


..O.OOO.....
OO.O.OOOOO.O
O.O.OO.O.O..
.OOOO.O.OOO.
O.O.OO.OOO.O
.OOO.OO.O.O.
..O...OOO..O
.O.OO.O.O.O.
OOO.OOOO.O.O
OO.OOOO...O.
.O.O.OO..O..
.OO.O..OO.O.

Below is a 10x10 Garden of Eden found by Marijn Heule, Christiaan Hartman, Kees Kwekkeboom, and Alain Noels in 2013 using SAT-solver techniques. An exhaustive search of 90-degree rotationally symmetric 10x10 patterns was possible because the symmetry reduces the number of unknown cells by a factor of four. 


.O.OOO.O..
..O.O.O..O
O.OOO..OO.
.O.OOOOO.O
O..O..OOOO
OOOO..O..O
O.OOOOO.O.
.OO..OOO.O
O..O.O.O..
..O.OOO.O.

Steven Eker has since found several asymmetrical Gardens of Eden that are slightly smaller than this in terms of bounding box area. Patterns have also been found that have only Garden of Eden parents. For related results see grandparent.

:Gemini ((5120,1024)c/33699586 obliquely, p33699586) The first self-constructing spaceship, and also the first oblique spaceship. It was made public by Andrew Wade on 18 May 2010. It was the thirteenth explicitly constructed spaceship velocity in Life, and made possible an infinite family of related velocities. The Gemini spaceship derives its name from the Latin "gemini", meaning twins, describing its two identical halves, each of which contains three Chapman-Greene construction arms. A tape of gliders continually relays between the two halves, instructing each to delete its parent and construct a daughter configuration.

:Gemini puffer See Pianola breeder.

:Geminoid A type of self-constructing circuitry that borrows key ideas from Andrew Wade's Gemini spaceship, but with several simplifications. The main feature common to the Gemini spaceship is the construction recipe encoding method. Information is stored directly, and much more efficiently, in the timings of moving gliders, rather than in a static tape with 1s and 0s encoded by the presence of small stationary objects.

Unlike the original Gemini, Geminoids have ambidextrous construction arms, initially using glider pairs on two lanes separated by 9hd, 10hd, or 0hd. The design was the basis for the linear propagator and the Demonoids. A more recent development is a Geminoid toolkit using a single-channel construction arm, which allows for the possibility of multiple elbows with no loss of efficiency, or the construction of temporary lossless elbows. Compare slow elbow.

Other new developments that could be considered part of the extended "Geminoid" toolkit include freeze-dried construction salvos and seeds, used when objects must be built within a short time window, and self-destruct circuits, which are used as an alternative to a destructor arm to clean up temporary objects in a similarly short window.

:generation The fundamental unit of time. The starting pattern is generation 0.

:germ (p3) Found by Dave Buckingham, September 1972. 


....OO....
.....O....
...O......
..O.OOOO..
..O....O..
.OO.O.....
..O.O.OOOO
O.O.O....O
OO...OOO..
.......OO.

:gfind A program by David Eppstein which uses de Bruijn graphs to search for new spaceships. It was with gfind that Eppstein found the weekender, and Paul Tooke later used it to find the dragon. It is available at http://www.ics.uci.edu/~eppstein/ca/gfind.c (C source code only).

Compare lifesrc.

:ghost Herschel A dying spark made by removing one cell from the Herschel heptomino. This particular spark has the advantage that, when placed in a conduit to mark the location of an input or output Herschel, it disappears cleanly without damaging adjacent catalysts, even in dependent conduits with a block only two cells away. 


O..
O..
OOO
..O

:GIG A glider injection gate. This is a device for injecting a glider into a glider stream. The injected glider is synthesized from one or more incoming spaceships assisted by the presence of the GIG. (This contrasts with some other glider injection reactions which do not require a GIG, as in inject.) Gliders already in the glider stream pass through the GIG without interfering with it. A GIG usually consists of a small number of oscillators.

For example, in July 1996 Dieter Leithner found the following reaction which allows the construction of a pseudo-period 14 glider stream. It uses two LWSS streams, a pentadecathlon and a volcano. 


.O...........................
..O..........OO..............
OOO.........OOO..............
............OO.O.............
.....O.......OOO.............
...O.O........O..............
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.............................
......................OOOO...
.....................OOOOOO..
....................OOOOOOOO.
............O......OO......OO
...OO.....O.O.......OOOOOOOO.
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.OOOO..........O......OOOO...
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..............OOO............
.............................
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.....OOOOOOO.................
...OOO.OOO.OOO...............
..O....OOO....O..............
...OOOO.O.OOO.O..............
.............O...............
..O.OO.O.O.O.................
..OO.O.O.O.OO................
......O..O.O.................
.......OO..O.................
...........OO................

Glider injection gates are useful for building glider guns with pseudo-periods that are of the form nd, where n is a positive integer, and d is a proper divisor of some convenient base gun period (such as 30 or 46), with d > 13.

:glasses (p2) Compare scrubber and spark coil. 


....O........O....
..OOO........OOO..
.O..............O.
.O..OOO....OOO..O.
OO.O...O..O...O.OO
...O...OOOO...O...
...O...O..O...O...
....OOO....OOO....
..................
....OO.O..O.OO....
....O.OO..OO.O....

:glider (c/4 diagonally, p4) The smallest, most common and first discovered spaceship. This was found by Richard Guy in 1970 while Conway's group was attempting to track the evolution of the R-pentomino. The name is due in part to the fact that it is glide symmetric. (It is often stated that Conway discovered the glider, but he himself has said it was Guy. See also the cryptic reference ("some guy") in Winning Ways.) 


OOO
O..
.O.
The term "glider" is also occasionally (mis)used to mean "spaceship".

:glider-block cycle An infinite oscillator based on the following reaction (a variant of the rephaser). The oscillator consists of copies of this reaction displaced 2n spaces from one another (for some n>6) with blocks added between the copies in order to cause the reaction to occur again halfway through the period. The period of the resulting infinite oscillator is 8n-20. (Alternatively, in a cylindrical universe of width 2n the oscillator just consists of two gliders and two blocks.) 


...OO...
...OO...
........
........
..O..O..
O.O..O.O
.OO..OO.

:glider constructible See glider synthesis.

:glider construction = glider synthesis.

:glider duplicator Any reaction in which one input glider is converted into two output gliders. This can be done by oscillators or spaceships, or by Herschel conduits or other signal circuitry such as the stable example shown under splitter. The most useful glider duplicators are those with low periods.

The following period 30 glider duplicator demonstrates a simple mechanism found by Dieter Leithner. The input glider stream comes in from the upper left, and the output glider streams leave at the upper and lower right. One of the output glider streams is inverted, so an inverting reflector is required to complete the duplicator. To produce non-parallel output, an inline inverter could be substituted for the northmost p30 glider gun. 


.......O....OO.......................OO.........
........O....O.......................OO.........
......OOO....O.O.......O..........OO......O...OO
..............OO.......O.O.......OOO.....O...O.O
..........................OO......OO......OOOOO.
..........................OO.........OO....OOO..
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.......O...................O....................
.......O...O..OOO..........O....................
.........O.O...............O....................
.......................O..O.....OO..............
.......................OO.......O.O.............
..................................O.............
..................................OO............

Spaceship convoys that can duplicate gliders are very useful since they (along with glider turners) provide a means to clean up many dirty puffers by duplicating and turning output gliders so as to impact into the exhaust to clean it up.

Glider duplicators and turners are known for backward gliders using p2 c/2 spaceships, and for forward gliders using p3 c/3 spaceships. These are the most general duplicators for these speeds.

:glider gun A gun that fires gliders. For examples, see Gosper glider gun, Simkin glider gun, new gun, p45 gun.

True-period glider guns are known for some low periods, and for all periods over 53 using Herschel conduit technology. See true for a list of known true-period guns. The lowest true-period gun possible is the p14 gun since that is the lowest possible period for any glider stream, but no example has yet been found.

Pseudo-period glider guns are known for every period above 13. These are made by using multiple true-period guns of some multiple of the period, and glider injection methods to fill in the gaps.

:glider injection gate = GIG

:glider lane See lane.

:gliderless A gun is said to be gliderless if it does not use gliders. The purist definition would insist that a glider does not appear anywhere, even incidentally. For a long time the only known way to construct LWSS, MWSS and HWSS guns involved gliders, and it was not until April 1996 that Dieter Leithner constructed the first gliderless gun (a p46 LWSS gun).

In October 2017 Matthias Merzenich used two copies of Tanner's p46 to create a p46 MWSS gun. This is the smallest known gliderless gun, and also the smallest known MWSS gun. 


......O.................................
......OOO...............................
.........O..............................
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.....O..................................
...OOO..................................
..O.....................................
..OO....................................
........................................
..OO.......O.O..O.O.....................
..O.O......O..O...O.....................
...O.....OO...O.O.O.....................
OOO.......OOO.O.........................
O......OO.....OO........OOO.............
.......OO....OO........O...O............
.......OO...O.........O.....O...........
.......OO.O.O........O...O...O..........
.......OO.O.O........O.......O.....OO...
.....................O.O...O.O.....OO...
.................OO...OO...OO...........
..........OO....O.O.....................
......OO..OO....O...................OO..
.....O.O.......OO...................O...
.....O.............OO................OOO
....OO..............O....O.............O
....................O.O.O.O.............
.....................OO.OO.O............
...........................O............
...........................OO...........

:glider pair Two gliders travelling in the same direction with a specific spacetime offset. In a transceiver the preferred term is tandem glider. For several years, glider pairs on lanes separated by 9 or 10 half diagonals were the standard building blocks in Geminoid construction arm recipes. In more recent 0hd and single-channel construction toolkits, all gliders share the same lane, but glider pairs and singletons are still important concepts.

:glider-producing switch engine See stabilized switch engine.

:glider pusher An arrangement of a queen bee shuttle and a pentadecathlon that can push the path of a passing glider out by one half-diagonal space. This was found by Dieter Leithner in December 1993 and is shown below. It is useful for constructing complex guns where it may be necessary to produce a number of gliders travelling on close parallel paths. See also edge shooter. 


.........OO..............
.........OO..............
.........................
..........O..............
.........O.O.............
.........O.O.............
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.........................
.........................
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.......O.....O...........
........O...O............
.O.......OOO.............
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.........................
.........................
.................O....O..
...............OO.OOOO.OO
.................O....O..

:glider recipe = glider synthesis.

:glider reflector See reflector.

:gliders by the dozen (stabilizes at time 184) In early references this is usually shown in a larger form whose generation 1 is generation 8 of the form shown here. 


OO..O
O...O
O..OO

:glider stopper A Spartan logic circuit discovered by Paul Callahan in 1996. It allows a glider signal to pass through the circuit, leaving behind a beehive that can cleanly absorb a single glider from a perpendicular glider stream. Two optional glider outputs are also shown. The circuit can't be re-used until the beehive "bit" is cleared by the passage of at least one perpendicular input. A similar mechanism discovered more recently is shown in the beehive stopper entry. 


.O...........................................
..O..........................................
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.............................................
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................O.O..........................
................O............................
...............OO............................

:glider synthesis Construction of an object by means of glider collisions. It is generally assumed that the gliders should be arranged so that they could come from infinity. That is, gliders should not have had to pass through one another to achieve the initial arrangement.

Glider syntheses for all still lifes and known oscillators with at most 14 cells were found by Dave Buckingham. As of June 2018, this limit has been increased to 18 cells.

Perhaps the most interesting glider syntheses are those of spaceships, because these can be used to create corresponding guns and rakes. Many of the c/2 spaceships that are based on standard spaceships have been synthesized, mostly by Mark Niemiec. In June 1998 Stephen Silver found syntheses for some of the Corderships (although it was not until July 1999 that Jason Summers used this to build a Cordership gun). In May 2000, Noam Elkies suggested that a 2c/5 spaceship found by Tim Coe in May 1996 might be a candidate for glider synthesis. Initial attempts to construct a synthesis for this spaceship got fairly close, but it was only in March 2003 that Summers and Elkies managed to find a way to perform the crucial last step. Summers then used the new synthesis to build a c/2 forward rake for the 2c/5 spaceship; this was the first example in Life of a rake which fires spaceships that travel in the same direction as the rake but more slowly.

A 3-glider synthesis of a pentadecathlon is shown in the diagram below. This was found in April 1997 by Heinrich Koenig and came as a surprise, as it was widely assumed that anything using just three gliders would already be known. 


......O...
......O.O.
......OO..
..........
OOO.......
..O.......
.O.....OO.
........OO
.......O..

:glider to 2 blocks A converter discovered by Sergei Petrov on 8 October 2011, used in his later G4 receiver. 


..........O.......OO
OO......O.O.......OO
OO.......OO.........
....................
....................
....................
...........OO.......
...........OO.......
....................
....................
..............OO....
...............O....
...............O.O..
................OO..
....................
....................
....................
........OO..........
........OO..........

:glider to block A converter discovered by Sergei Petrov that places a block at its right edge in response to a single glider input. This has a variety of uses in Herschel circuitry and other signal-processing applications. 


...........O....
.....O.....OOO..
.....OOO......O.
........O....OO.
.......OO.......
................
................
................
................
................
OO..............
OO..........OO..
............O.O.
.............O..
................
................
................
............OO..
..OOO.......O...
....O........OOO
...O...........O

:glider train A certain p64 c/2 orthogonal puffer that produces two rows of blocks and two backward glider waves. Ten of these were used to make the first breeder. 


..............................O............
...............................O...........
.........................O.....O...........
....O.....................OOOOOO.....OOOOOO
.....O..............................O.....O
O....O....................................O
.OOOOO..............................O....O.
......................................OO...
...........................................
.....................................O.....
....................................O......
...................................OO...OO.
...................................O.O...OO
....................................O...OO.
........................................O..
...........................................
........................................O..
....................................O...OO.
...................................O.O...OO
...................................OO...OO.
....................................O......
.....................................O.....
...........................................
......................................OO...
.OOOOO..............................O....O.
O....O....................................O
.....O..............................O.....O
....O.....................OOOOOO.....OOOOOO
.........................O.....O...........
...............................O...........
..............................O............

:glider turner Any reaction in which a glider is turned onto a new path by a spaceship, oscillator, or still life constellation. In the last two cases, the glider turner is usually called a reflector if the reaction is repeatable, or a one-time turner if the reaction can only happen once.

Glider turners are easily built using standard spaceships. The following diagram shows a convoy which turns a forward glider 90 degrees, with the new glider also moving forwards. 


.........OO.........
........OO.OOOO.....
.O.......OOOOOO.....
O.........OOOO......
OOO.................
....................
....................
....................
....................
...O................
.O...O..............
O...................
O....O..............
OOOOO...............
....................
....................
.............OOOOOO.
.............O.....O
.............O......
..............O....O
................OO..
Small rearrangements of the back two spaceships can alternatively send the output glider into any of the other three directions.

See also glider duplicator and reflector.

:glide symmetric Undergoing simultaneous reflection and translation. A glide symmetric spaceship is sometimes called a flipper.

:Gn An abbreviation specific to converters that produce multiple gliders. A "G" followed by any integer value means that the converter produces a tandem glider - two parallel glider outputs with lanes separated by the specified number of half diagonals.

:gnome = fox

:GoE = Garden of Eden

:GoL = Game of Life

:Golly A cross-platform open source Life program by Andrew Trevorrow and Tomas Rokicki. Unlike most Life programs it includes the ability to run patterns using the hashlife algorithm. It is available from http://golly.sourceforge.net.

:Gosper glider gun The first known gun, and indeed the first known finite pattern displaying infinite growth, found by Bill Gosper in November 1970. This period 30 gun remains the smallest known gun in terms of its bounding box, though some variants of the p120 Simkin glider gun have a lower population. Gosper later constructed several other guns, such as new gun and the p144 gun shown under factory. See also p30 gun. 


........................O...........
......................O.O...........
............OO......OO............OO
...........O...O....OO............OO
OO........O.....O...OO..............
OO........O...O.OO....O.O...........
..........O.....O.......O...........
...........O...O....................
............OO......................

:Gotts dots A 41-cell 187x39 superlinear growth pattern found by Bill Gosper in March 2006, who named it in honour of Nick Gotts, discoverer of many other low-population superlinear patterns, such as Jaws, the mosquitoes, teeth, catacryst and metacatacryst. See switch-engine ping-pong for the lowest-population superlinear growth pattern as of July 2018, along with a list of the record-holders.

Collisions within the pattern cause it to sprout its Nth switch engine at generation T = ~224n-6. The population of the pattern at time t is asymptotically proportional to t times log(t), so the growth rate is O(t ln(t)), faster than linear growth but slower than quadratic growth.

:gourmet (p32) Found by Dave Buckingham in March 1978. Compare with pi portraitor and popover. 


..........OO........
..........O.........
....OO.OO.O....OO...
..O..O.O.O.....O....
..OO....O........O..
................OO..
....................
................OO..
O.........OOO..O.O..
OOO.......O.O...O...
...O......O.O....OOO
..O.O..............O
..OO................
....................
..OO................
..O........O....OO..
....O.....O.O.O..O..
...OO....O.OO.OO....
.........O..........
........OO..........

:gp = glider pair

:GPSE = glider-producing switch engine

:grammar A set of rules for connecting components together to make an object such as a spaceship, oscillator or still life. For example, in August 1989 Dean Hickerson found a grammar for constructing an infinite number of short wide c/3 period 3 spaceships, using 33 different components and a table showing the ways that they can be joined together.

:grandfather = grandparent

:grandfatherless A traditional name for a pattern with one or more parents but no grandparent. This was a hypothetical designation until May 2016. See grandparent for details.

:grandparent A pattern is said to be a grandparent of the pattern it gives rise to after two generations. For over thirty years, a well-known open problem was the question of whether any pattern existed that had a parent but no grandparent. In 1972, LifeLine Volume 6 mentioned John Conway's offer of a $50 prize for a solution to the problem, but it remained open until May 2016 when a user with the conwaylife.com forum handle 'mtve' posted an example.

Other patterns have since been found that have a grandparent but no great-grandparent, or a great-grandparent but no great-great-grandparent. Further examples in this series almost certainly exist, but as of July 2018 none have yet been found.

:Gray counter (p4) Found in 1971. If you look at this in the right way you will see that it cycles through the Gray codes from 0 to 3. Compare with R2D2. 


......O......
.....O.O.....
....O.O.O....
.O..O...O..O.
O.O.O...O.O.O
.O..O...O..O.
....O.O.O....
.....O.O.....
......O......

:gray ship = grey ship

:great on-off (p2) 


..OO....
.O..O...
.O.O....
OO.O..O.
....OO.O
.......O
....OOO.
....O...

:grey counter = Gray counter (This form is erroneous, as Gray is surname, not a colour.)

:grey ship A spaceship that contains a region with an average density of 1/2, and which is extensible in such a way that the region of average density 1/2 can be made larger than any given square region.

See also with-the-grain grey ship, against-the-grain grey ship and hybrid grey ship.

:grin The following common parent of the block. This name relates to the infamous Cheshire cat. See also pre-block. 


O..O
.OO.

:grow-by-one object A pattern whose population increases by one cell every generation. The smallest known grow-by-one object is the following 44-cell pattern (David Bell's one-cell improvement of a pattern found by Nicolay Beluchenko, September 2005). 


........OO.......
.......OO........
.........O.......
...........OO....
..........O......
.................
.........O..OO...
.OO.....OO....O..
OO.....O.....O...
..O....O.O...OO..
....O..O....OO.O.
....OO.......OO..
........O....O.OO
.......O.O..O.OO.
........O........

:growing/shrinking line ship A line ship in which the line repeatedly grows and shrinks, resulting in a high-period spaceship.

:growing spaceship An object that moves like a spaceship, except that its front part moves faster than its back part and a wick extends between the two. Put another way, a growing spaceship is a puffer whose output is burning cleanly at a slower rate than the puffer is producing it. Examples include blinker ships, pi ships, and some wavestretchers.

:G-to-H A converter that takes a glider as an input signal and produces a Herschel output, which can then be used by other conduits. G-to-Hs are frequently used in stable logic circuitry. Early examples include Callahan G-to-H, Silver G-to-H, and p8 G-to-H for periodic circuits. A more compact recent example is the syringe.

:gull = elevener

:gun Any stationary pattern that emits spaceships (or rakes) forever. For examples see double-barrelled, edge shooter, factory, gliderless, Gosper glider gun, Simkin glider gun, new gun and true.

:gunstar Any of a series of glider guns of period 144+72n (for all non-negative integers n) constructed by Dave Buckingham in 1990 based on his transparent block reaction and Robert Wainwright's p72 oscillator (shown under factory).

:gutter A single straight line of cells along the axis of symmetry of a mirror-symmetric pattern. Most commonly this is an orthogonal line, and the pattern is then odd-symmetric (as opposed to even-symmetric, where the axis of symmetry follows the boundary between two rows or columns of cells).

The birth rule for Conway's Life trivially implies that if there are no live cells in the gutter of a symmetric pattern, new cells can never be born there. For examples, see 44P5H2V0, 60P5H2V0, Achim's p4, brain, c/6 spaceship, centinal, p54 shuttle, pufferfish, snail, spider, and pulsar (in two orientations).

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/Help/Lexicon/lex_e.htm0000755000175000017500000007534213317135606014335 00000000000000 Life Lexicon (E)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:early universe Conway's somewhat confusing term for sparse Life.

:eater Any still life that has the ability to interact with certain patterns without suffering any permanent damage. (If it doesn't suffer even temporary damage then it may be referred to as a rock.) The eater1 is a very common eater, and the term "eater" is often used specifically for this object. Other eaters include eater2, eater3, eater4, and eater5, and many hundreds of others are known. Below is a complex eater found by Dean Hickerson in 1998 using his dr search program. It takes 25 ticks to recover after feasting on a glider: 


.O.............
..O............
OOO............
......OO.OO.O..
.......O.O.OO..
.......O.O.....
........OO.....
OO.............
O..O.OO........
..OO.O.........
...O.O.....OO.O
..O..OOO...O.OO
...OO...O......
.....OOOO......
.....O.........
...O.O.OO......
...OO..O.......
.......O.O.....
........OO.....

Some common still lifes can act as eaters in some situations, such as the block, ship, and tub. In fact the block was the first known eater, being found capable of eating beehives from a queen bee.

:eater1 (p1) Usually simply called an eater, and also called a fishhook. 


OO..
O...
.OOO
...O

This eater can be constructed using a simple two-glider collision, as shown in stamp collection. It is often modified in various ways, or welded to other objects, to allow tighter packing of circuits or to allow a signal stream to pass close by. See clearance for an eater1 variant that is 1hd shorter to the southeast than the standard fishhook form. An eater1 can also be used as a 90-degree one-time turner.

Its ability to eat various objects was discovered by Bill Gosper in 1971. The fishhook eater can consume a glider, a LWSS, and a MWSS as shown below. It is not able to consume an HWSS, however. See honey bit or killer toads for that. 


...........................OO
...........................O.
..O......................O.O.
O...O.........O..........OO..
.....O.........O.............
O....O.....O...O.....OOO.....
.OOOOO......OOOO.......O.....
......................O......

:eater2 (p1) This eater was found by Dave Buckingham in the 1970s. Mostly it works like the ordinary eater1 but with two slight differences that make it useful despite its size: it takes longer to recover from each bite, and it can eat objects appearing at two different positions. 


OO.O...
OO.OOO.
......O
OO.OOO.
.O.O...
.O.O...
..O....
The first property means that, among other things, it can eat a glider in a position that would destroy an eater1. This novel glider-eating action is occasionally of use in itself, and combined with the symmetry means that an eater2 can eat gliders travelling along four adjacent glider lanes, as shown below.

The following eater2 variant (Stephen Silver, May 1998) can be useful for obtaining smaller bounding boxes. A more compact variant with the same purpose can be seen under gliderless. 


.O.................
..O................
OOO................
...................
....O..............
.....O.............
...OOO.............
...................
.......O...........
........O..........
......OOO..........
...................
..........O........
...........O.....OO
.........OOO......O
.............OO.O..
.............OO.OO.
...................
.............OO.OO.
..............O.O..
..............O.O..
...............O...

:eater3 (p1) This large symmetric eater, found by Dave Buckingham, has a very different eating action from the eater1 and eater2. The loaf can take bites out things, being flipped over in the process. The rest of the object merely flips it back again. 


.........OO.
....OO..O..O
.O..O....O.O
O.O.O.....O.
.O..O.OO....
....O..O....
.....O....O.
......OOOOO.
............
........O...
.......O.O..
........O...

:eater4 (p1) Another eater by Dave Buckingham, which he found in 1971, but did not recognize as an eater until 1975 or 1976. It can't eat gliders, but it can be used for various other purposes. The four NE-most centre cells regrow in a few generations after being destroyed by taking a bite out of something, such as suppressing half of a developing traffic light as it does in the p29 pentadecathlon hassler. 


...OO.........
...O..........
OO.O..........
O..OO.........
.OO....O......
...OOOOO......
...O....OO....
....OO..O.....
......O.O.....
......O.O.O..O
.......OO.OOOO
.........O....
.........O.O..
..........OO..

:eater5 (p1) A compound eater that can eat gliders coming from two different directions. Also called the tub-with-tail eater (TWIT), it is often placed along the edges of glider lanes to suppress unwanted gliders in conduits. Below is the standard form, a compact form with a long hook, and an often-useful conjoined form found with Bellman. The sidesnagger is a Spartan constellation that has a similar glider-absorbing function, using a loaf. See also 7x9 eater. 


.O.........O.........O...........
..O.........O.........O..........
OOO.......OOO.......OOO..........
.................................
......O.........O.........O......
.....O.........O.........O.......
.....OOO.......OOO.......OOO.....
.................................
..........OO.....................
......O...OO....O...OO....O...OO.
.....O.O.......O.O...O...O.O...O.
....O.O.......O.O...O....OO...O..
....O.........O....O.........O...
...OO........OO.....OOO..OOOOO.O.
......................O..O....O.O
...........................O..O.O
..........................OO...O.

With gliders from either direction, the eater5's eating reaction creates a spark that can be used to reflect other gliders. See the example pattern in duoplet, or advance any of the topmost three gliders in the above pattern by two ticks.

:eater/block frob (p4) Found by Dave Buckingham in 1976 or earlier. 


.OO.......
..O.......
..O.O.....
...O.O....
.....OO.OO
........OO
..OO......
...O......
OOO.......
O.........

:eater-bound pond = biting off more than they can chew

:eater-bound Z-hexomino = pentoad

:eater eating eater = two eaters

:eater plug (p2) Found by Robert Wainwright, February 1973. 


.......O
.....OOO
....O...
.....O..
..O..O..
.O.OO...
.O......
OO......

:eaters plus = French kiss

:ecologist (c/2 orthogonally, p20) This consists of the classic puffer train with a LWSS added to suppress the debris. See also space rake. 


OOOO.....OO........
O...O...OO.OO......
O........OOOO......
.O..O.....OO.......
...................
.....O.........OO..
...OOO........OOOOO
..O...O.....O....OO
..O....OOOOO.....OO
..OO.O.OOOO....OO..
....O...OO.OOO.....
.....O.O...........
...................
...................
OOOO...............
O...O..............
O..................
.O..O..............

:edge-repair spaceship A spaceship which has an edge that possesses no spark and yet is able to perturb things because of its ability to repair certain types of damage to itself. The most useful examples are the following two small p3 c/3 spaceships: 


..................................O.....
........O.......................OOO.OOO.
.......OOOO....................OO......O
..O...O...OO.OO...........O...O..O...OO.
.OOOO.....O..OO..........OOOO...........
O...O.......O..O........O...O...........
.O.O..O..................O.O..O.........
.....O.......................O..........
These were found by David Bell in 1992, but the usefulness of the edge-repair property wasn't recognised until July 1997. The following diagram (showing an edge-repair spaceship deleting a Herschel) demonstrates the self-repairing action. 

................O.......
O..............OOOO.....
O.O.......O...O...OO.OO.
OOO......OOOO.....O..OO.
..O.....O...O.......O..O
.........O.O..O.........
.............O..........
In October 2000, David Bell found that a T-tetromino component of a c/4 spaceship can also be self-repairing. Stephen Silver noticed that it could be used to delete beehives and, in November 2000, found the smallest known c/4 spaceship with this edge-repair component - in fact, two copies of the component: 

.OO..........................
O..O.........................
.OO..........................
.............................
.......O.O...................
.......O.....................
.......O.O..O..O.............
..........O..................
...........O.OO.O............
............OOO.O............
...........O....O..O.OO......
........O...OO...O.OOOO......
........OO..O..O.OO....O....O
........O........OO....O..OOO
.............OO...OO...O..OO.
.OO..........................
O..O.........................
.OO..........................

:edge shooter A gun or signal circuit that fires its gliders (or whatever) right at the edge of the pattern, so that it can be used to fire them closely parallel to others. This is useful for constructing complex guns. Compare glider pusher, which can in fact be used for making edge shooters.

The following diagram shows a p46 edge shooter found by Paul Callahan in June 1994. 


OO............OO..O....OO..OO.............
OO............O.OO......OO.OO.............
...............O......O.O.................
...............OOO....OO..................
..........................................
...............OOO....OO..................
...............O......O.O.................
OO............O.OO......OO................
OO............OO..O....OO.................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
...............................OOO...OOO..
..............................O...O.O...O.
.............................O...OO.OO...O
.............................O.OO.....OO.O
...............................O.......O..
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
..........................................
...............................OO.....OO..
...............................OO.....OO..

Stable edge shooters became possible with the development of Herschel circuitry. For example, NW31, BNE14T30, RNE-19T84, and the high-clearance Fx119 inserter are often used in shotguns for complex salvos. Composite edge-shooter circuits with arbitrarily high clearance can be constructed.

:edge spark A spark at the side of a spaceship that can be used to perturb things as the spaceship passes by.

:edge sparker A spaceship that produces one or more edge sparks.

:edgy In slow salvo terminology, an edgy glider construction recipe is one that places its final product at or very near the edge of its construction envelope. Similarly, an edgy factory will place its output object in an accessible location near the edge of its reaction envelope.

:egg = non-spark. This term is no longer in use.

:E-heptomino Name given by Conway to the following heptomino. 


.OOO
OO..
.OO.

:elbow Depending on context, this term may refer to a signal elbow or a construction elbow. See also elbow ladder.

:elbow ladder Scot Ellison's name for the type of pattern he created in which one or more gliders shuttle back and forth (using the kickback reaction) deleting the output gliders from a pair of slide guns.

:elbow operation A recipe, usually a salvo of gliders travelling on one or more construction lanes, that collides with an elbow constellation and performs one of the standard transformations on it: push, pull, or fire for simple construction arms, along with possible construct, duplicate-elbow, or delete-elbow ops for more complicated systems. See construction elbow.

:electric fence (p5) A stabilization of ants. Dean Hickerson, February 1993. 


..........O..................................................
.........O.O........................OO.......................
..O....OOO.O.....O...................O...O..O......O.....OO..
.O.O..O....OO...O.O..................O.OOO..OOO...O.O....O...
.O.O..O.OO.......O....................O...OO...O.O..O......O.
OO.OO.O.O.OOOOO.....O..................OO...O..O.O.OO.OO..OO.
.O.O..O...O..O..O.......OO...OO...OO....OO.OO..O.O..O.O.O....
.O..OO....OO......OOO.OO...OO...OO...OOO.....OOOO.OOO.O...OO.
..O..OOO..O..O.OOOO...OO...OO...OO...OOO.OO..O....O.O....O..O
...OO...O.O..O.....OO...OO...OO...OO......O............O...OO
.....OO.O.OO.O.OO..O......................O........OO.O......
.....O.OO.O..O.OO....O.................OO.O.O................
...........OO.......OO..................O..OO................
......................................O.O....................
......................................OO.....................

:elementary Not reducible to a combination of smaller parts. Elementary spaceships in particular are usually those found by search programs, and they can't be subdivided into smaller spaceships, tagalongs, and supporting reactions, as contrasted with engineered macro-spaceships.

:elementary conduit A conduit with no recognizable active signal stage besides its input and output. An early example still very commonly used is Buckingham's BFx59H, which transforms a B-heptomino into an inverted Herschel in 59 ticks. The BFx59H elementary conduit is a component in many of the original universal toolkit of Herschel conduits. An extension of the same naming convention is used for elementary conduits, with the first and last letters of the name specifying the input and output signal objects. As with Herschels, an arbitrary orientation and center point is chosen for each object. "Fx" means the signal moves forward and produces a mirror-image output. See Herschel conduit for further details.

Theoretically an elementary conduit may become a composite conduit, if another conduit can be found that shares the beginning or end of the conduit in question. In practice this happens only rarely, because many of the most likely branch points have already been identified: glider (G), LWSS (L) or MWSS (M), Herschel (H), B-heptomino (B), R-pentomino (R), pi-heptomino (P), queen bee shuttle (Q), century or bookend (C), dove (D), and wing (W). A Herschel descendant might qualify, due to the elementary conduit that can be seen in the p184 gun. However, there are very few simple conduits that produce Herschel descendants without Herschels, so in practice this is not a useful branch point.

:elevener (p1) 


OO....
O.O...
..O...
..OOO.
.....O
....OO

:Elkies' p5 (p5) Found by Noam Elkies in 1997. 


.O.......
O..OOO...
..O......
...O.O..O
..OO.OOOO
....O....
....O.O..
.....OO..

:emu Dave Buckingham's term for a Herschel loop that does not emit gliders (and so is "flightless"). All known Herschel loops of periods 52, 57, 58, 59 and 61 are emus. See also Quetzal.

:emulator Any one of three p4 oscillators that produce sparks similar to those produced by LWSS, MWSS and HWSS. See LW emulator, MW emulator and HW emulator. Larger emulators are also possible, but they require stabilizing objects to suppress their non-sparks and so are of little use. The emulators were discovered by Robert Wainwright in June 1980.

:engine The active portion of an object (usually a puffer or gun) which is considered to actually produce its output, and which generally permits no variation in how it works. The other parts of the object are just there to support the engine. For examples, see puffer train, Schick engine, blinker puffer, frothing puffer and line puffer.

:engineless A rake or puffer which does not contain a specific engine for its operation. Instead it depends on perturbations of gliders or other objects by passing spaceships. The period of such objects is often adjustable, and in some cases the speed as well. An early example was the creation of c/5 rakes in September 1997, using gliders circulating among a convoy of c/5 spaceships. More recently, the passing spaceships themselves are also constructed, as in the Caterloopillar.

:en retard (p3) Found by Dave Buckingham, August 1972. 


.....O.....
....O.O....
OO.O.O.O.OO
.O.O...O.O.
O..O.O.O..O
.OO.....OO.
...OO.OO...
...O.O.O...
....O.O....
..O.O.O.O..
..OO...OO..

:Enterprise (c/4 diagonally, p4) Found by Dean Hickerson, March 1993. 


.......OOO...........
.....O.OO............
....OOOO.............
...OO.....O..........
..OOO..O.O.O.........
.OO...O.O..O.........
.O.O.OOOOO...........
OO.O.O...O...........
O........OO..........
.OO..O...O.O.........
....OO..O.OO......O..
...........OO.....OOO
............O..OOO..O
............O..O..OO.
.............O.OO....
............OO.......
............OO.......
...........O.........
............O.O......
...........O..O......
.............O.......

:envelope See construction envelope, reaction envelope.

:Eureka (p30) A pre-pulsar shuttle found by Dave Buckingham in August 1980. A variant is obtained by shifting the top half two spaces to either side. 


.O..............O.
O.O....O.......O.O
.O...OO.OO......O.
.......O..........
..................
..................
..................
.......O..........
.O...OO.OO......O.
O.O....O.......O.O
.O..............O.

:evolution The process or result of running one or more generations of an object. For example, a row of 10 cells evolves into a pentadecathlon.

:evolutionary factor For an unstable pattern, the time to stabilization divided by the initial population. For example, the R-pentomino has an evolutionary factor of 220.6, while bunnies has an evolutionary factor of 1925.777... The term is no longer in use.

:exhaust The debris or smoke left behind by a puffer, especially if the debris is dirty and takes many generations to settle. The term is not usually used for the objects created by clean puffers.

:exponential filter A toolkit developed by Gabriel Nivasch in 2006, enabling the construction of patterns with asymptotic population growth matching O((log log ... log(t))) for any number of nested log operations. See also quadratic filter, recursive filter.

:exposure = underpopulation

:extensible A pattern is said to be extensible if arbitrarily large patterns of the same type can be made by repeating parts of the original pattern in a regular way. For examples, see p6 shuttle, pentoad, pufferfish spaceship, snacker, wavestretcher, wicktrailer and branching spaceship.

:extra extra long = long^4

:extra long = long^3

:extremely impressive (p6) Found by Dave Buckingham, August 1976. 


....OO......
...O.OOO....
...O....O...
OO.O...OO...
OO.O.....OO.
....OOOOO..O
..........OO
......O.....
.....O.O....
......O.....

:extruder See traffic lights extruder. A single-channel constructor arm has also been programmed to extrude a growing wick consisting of a chain of Snarks, again working from the stationary fencepost end of the wick with no need for a wickstretcher component.

1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/Help/Lexicon/lex_h.htm0000755000175000017500000016763513317135606014347 00000000000000 Life Lexicon (H)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:half-baked knightship ((6,3)c/2621440, p2621440) A self-supporting macro-spaceship with adjustable period but fixed direction, based on the half-bakery reaction. This was the first spaceship based on this reaction, constructed in December 2014 by Adam P. Goucher. It moves 6 cells horizontally and 3 cells vertically every 2621440+8N ticks, depending on the relative spacing of the two halves. It is one of the slowest known knightships, and the first one that was not a Geminoid. Chris Cain optimized the design a few days later to create the Parallel HBK.

The spaceship produces gliders from near-diagonal lines of half-bakeries, which collide with each other at 180 degrees. These collisions produce monochromatic salvos that gradually build and trigger seeds, which in turn eventually construct small synchronized salvos of gliders. These re-activate the lines of half-bakeries, thus closing the cycle and moving the entire spaceship obliquely by (6,3).

:half bakery = bi-loaf.

:half-bakery reaction The key reaction used in the half-baked knightship and Parallel HBK, where a half-bakery is moved by (6,3) when a glider collides with it, and the glider continues on a new lane. Ivan Fomichev noticed in May 2014 that pairs of these reactions at the correct relative spacing can create 90-degree output gliders: 


.............................O.
............................O..
............................OOO
...............................
...............................
...............................
...............................
...............................
...............................
...............................
....................OO.........
...................O..O........
...................O.O.........
.................OO.O..........
........O.......O..O...........
......OO........O.O............
.......OO........O.............
...............................
....OO.........................
...O..O........................
...O.O.........................
.OO.O..........................
O..O...........................
O.O............................
.O.............................

:half diagonal A natural measurement of distance between parallel glider lanes, or between elbow locations in a universal construction arm elbow operation library. If two gliders are in the same phase and exactly lined up vertically or horizontally, N cells away from each other, then the two glider lanes are considered to be N half diagonals (hd) apart. Gliders that are an integer number of full diagonals apart must be the same colour, whereas integer half diagonals allow for both glider colours. See colour of a glider, linear propagator.

:half fleet = ship-tie

:Halfmax A pattern that acts as a spacefiller in half of the Life plane, found by Jason Summers in May 2005. It expands in three directions at c/2, producing a triangular region that grows to fill half the plane.

:hammer To hammer a LWSS, MWSS or HWSS is to smash things into the rear end of it in order to transform it into a different type of spaceship. A hammer is the object used to do the hammering. In the following example by Dieter Leithner an LWSS is hammered by two more LWSS to make it into an MWSS. 


O..O................
....O...OO..........
O...O..OOO.....OOOO.
.OOOO..OO.O....O...O
........OOO....O....
.........O......O..O

:hammerhead A certain front end for c/2 spaceships. The central part of the hammerhead pattern is supported between two MWSS. The picture below shows a small example of a spaceship with a hammerhead front end (the front 9 columns). 


................O..
.OO...........O...O
OO.OOO.......O.....
.OOOOO.......O....O
..OOOOO.....O.OOOO.
......OOO.O.OO.....
......OOO....O.....
......OOO.OOO......
..........OO.......
..........OO.......
......OOO.OOO......
......OOO....O.....
......OOO.O.OO.....
..OOOOO.....O.OOOO.
.OOOOO.......O....O
OO.OOO.......O.....
.OO...........O...O
................O..

:hand Any object used as a slow salvo target by a construction arm.

:handshake An old MIT name for lumps of muck, from the following form (2 generations on from the stairstep hexomino): 


..OO.
.O.OO
OO.O.
.OO..

:harbor (p5) Found by Dave Buckingham in September 1978. The name is by Dean Hickerson. 


.....OO...OO.....
.....O.O.O.O.....
......O...O......
.................
.....OO...OO.....
OO..O.O...O.O..OO
O.O.OO.....OO.O.O
.O.............O.
.................
.O.............O.
O.O.OO.....OO.O.O
OO..O.O...O.O..OO
.....OO...OO.....
.................
......O...O......
.....O.O.O.O.....
.....OO...OO.....

:harvester (c p4 fuse) Found by David Poyner, this was the first published example of a fuse. The name refers to the fact that it produces debris in the form of blocks which contain the same number of cells as the fuse has burnt up. 


................OO
...............O.O
..............O...
.............O....
............O.....
...........O......
..........O.......
.........O........
........O.........
.......O..........
......O...........
.....O............
OOOOO.............
OOOO..............
O.OO..............

:hashlife A Life algorithm by Bill Gosper that is designed to take advantage of the considerable amount of repetitive behaviour in many large patterns of interest. It provides a means of evolving repetitive patterns millions (or even billions or trillions) of generations further than normal Life algorithms can manage in a reasonable amount of time.

The hashlife algorithm is described by Gosper in his paper listed in the bibliography at the end of this lexicon. Roughly speaking, the idea is to store subpatterns in a hash table so that the results of their evolution do not need to be recomputed if they arise again at some other place or time in the evolution of the full pattern. This does, however, mean that complex patterns can require substantial amounts of memory.

Tomas Rokicki and Andrew Trevorrow implemented Hashlife into Golly in 2005. See also macrocell.

:hassle See hassler.

:hassler An oscillator that works by hassling (repeatedly moving or changing) some object. For some examples, see Jolson, baker's dozen, toad-flipper, toad-sucker and traffic circle. Also see p24 gun for a good use of a traffic light hassler.

:hat (p1) Found in 1971. See also twinhat and sesquihat. 


..O..
.O.O.
.O.O.
OO.OO

:HBK = half-baked knightship

:hd Abbreviation for half diagonal. This metric is used primarily for relative measurements of glider lanes, often in relation to self-constructing circuitry; compare Gn.

:heat For an oscillator or spaceship, the average number of cells which change state in each generation. For example, the heat of a glider is 4, because 2 cells are born and 2 die every generation.

For a period n oscillator with an r-cell rotor the heat is at least 2r/n and no more than r(1-(n mod 2)/n). For n=2 and n=3 these bounds are equal.

:heavyweight emulator = HW emulator

:heavyweight spaceship = HWSS

:heavyweight volcano = HW volcano

:hebdarole (p7) Found by Noam Elkies, November 1997. Compare fumarole. The smaller version shown below was found soon after by Alan Hensel using a component found by Dave Buckingham in June 1977. The top ten rows can be stabilized by their mirror image (giving an inductor) and this was the original form found by Elkies. 


...........OO...........
....OO...O....O...OO....
.O..O..O.O....O.O..O..O.
O.O.O.OO.O....O.OO.O.O.O
.O..O..O.O.OO.O.O..O..O.
....OO....O..O....OO....
...........OO...........
.......O..O..O..O.......
......O.OO....OO.O......
.......O........O.......
........................
...OO..............OO...
...O..OOOO....OOOO..O...
....O.O.O.O..O.O.O.O....
...OO.O...OOOO...O.OO...
.......OO......OO.......
.........OO..OO.........
.........O..O.O.........
..........OO............

:hectic (p30) Found by Robert Wainwright in September 1984. 


......................OO...............
......................OO...............
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.........O..........OO...OO............
.......O.O............OOO..............
......O.O............O...O.............
OO...O..O.............O.O..............
OO....O.O..............O...............
.......O.O......O.O....................
.........O......OO.....................
.................O...O.................
.....................OO......O.........
....................O.O......O.O.......
...............O..............O.O....OO
..............O.O.............O..O...OO
.............O...O............O.O......
..............OOO............O.O.......
............OO...OO..........O.........
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
.......................................
...............OO......................
...............OO......................

:Heisenburp device A pattern which can detect the passage of a glider without affecting the glider's path or timing. The first such device was constructed by David Bell in December 1992. The term, coined by Bill Gosper, refers to the fact that Heisenberg's Uncertainty Principle fails to apply in the Life universe. See also stable pseudo-Heisenburp and natural Heisenburp.

The following is an example of the kind of reaction used at the heart of a Heisenburp device. The glider at bottom right alters the reaction of the other two gliders without itself being affected in any way. 


O.....O....
.OO...O.O..
OO....OO...
...........
...........
...........
.........OO
........O.O
..........O

:Heisenburp effect See Heisenburp device.

:helix A convoy of standard spaceships used in a Caterpillar to move some piece of debris at the speed of the Caterpillar. The following diagram illustrates the idea. The leading edge of this example helix, represented by the glider at the upper right in the pattern below, moves at a speed of 65c/213, or slightly faster than c/4. 


...............................O.............
.................O............OOO............
................OOO....OOO....O.OO...........
.........OOO....O.OO...O..O....OOO..OOO......
.........O..O....OOO...O.......OO...O........
.........O.......OO....O...O.........O.......
.........O...O.........O...O.................
OOO......O...O.........O.....................
O..O.....O..............O.O..................
O.........O.O................................
O............................................
.O.O.........................................
.............................................
.............................................
..........O..................................
.........OOO.................................
.........O.OO................................
..........OOO................................
..........OO.................................
.............................................
.............................................
...............OOO...........................
...............O..O....O.....OOO.............
...............O......OOO....O..O....O.......
...............O.....OO.O....O......OOO......
....OOO.........O.O..OOO.....O.....OO.O......
....O..O.............OOO......O.O..OOO.......
....O................OOO...........OOO.......
....O.................OO...........OOO.......
.....O.O............................OO.......
...........................................O.
..........................................OOO
.........................................OO.O
.........................................OOO.
..........................................OO.
.............................................
.............................................
.............................................
.............................................
.............................................
.............................................
.........................................O...
..............................OOO.......OOO..
................OOO.....O....O..O......OO.O..
..........O....O..O....OOO......O......OOO...
.........OOO......O....O.OO.....O......OOO...
.........O.OO.....O.....OOO..O.O........OO...
..........OOO..O.O......OOO..................
.O........OOO...........OOO..................
OOO.......OOO...........OO...................
O.OO......OO.................................
.OOO......................................O..
.OO......................................OOO.
........................................OO.O.
........................................OOO..
.........................................OO..
.........OOO.................................
........O..O.................................
...........O.................................
...........O.................................
........O.O..................................

Adjustable-speed helices can produce a very wide range of spaceship speeds; see Caterloopillar.

:heptaplet Any 7-cell polyplet.

:heptapole (p2) The barberpole of length 7. 


OO........
O.O.......
..........
..O.O.....
..........
....O.O...
..........
......O.O.
.........O
........OO

:heptomino Any 7-cell polyomino. There are 108 such objects. Those with names in common use are the B-heptomino, the Herschel and the pi-heptomino.

:Herschel (stabilizes at time 128) The following pattern which occurs at generation 20 of the B-heptomino. 


O..
O.O
OOO
..O

The name is commonly ascribed to the Herschel heptomino's similarity to a planetary symbol. William Herschel discovered Uranus in 1781. However, in point of fact a Herschel bears no particular resemblance to either of the symbols used for Uranus, but does closely resemble the symbol for Saturn. So the appropriate name might actually be "Huygens", but "Herschel" is now universally used by tradition.

Herschels are one of the most versatile types of signal in stable circuitry. R-pentominoes and B-heptominoes naturally evolve into Herschels, and converters have also been found that change pi-heptominoes and several other signal types into Herschels, and vice versa. See elementary conduit.

:Herschel circuit A series of Herschel conduits or other components, connected by placing them so that the output Herschels from early conduits become the input Herschels for later conduits. Often the initial component is a converter accepting some other signal type as input - usually a glider, in which case a syringe is most commonly used. The Silver reflector is a well-known early Spartan Herschel circuit from before the syringe was discovered, where the initial converter is a Callahan G-to-H.

Sometimes a direct connection between two conduits is not possible due to unwanted gliders that destroy required catalysts, or wanted gliders that are not able to escape. In this case, small "spacer" conduits such as F116, F117, Fx77, R64, L112, or L156 can be inserted between the other conduits to solve the problem.

Some converter or factory conduits do not produce a Herschel as output, instead generating other useful results such as gliders, boats or MWSSes. See Herschel-to-glider, demultiplexer, and H-to-MWSS respectively for examples of these. For those conduits which do produce an unwanted Herschel, an eater such as SW-2 can be added to delete it.

If the first and last conduits of a chain connect to each other in a loop then there is no need for a syringe to generate the first Herschel, or an eater to consume the last one. The circuit becomes a self-supporting Herschel loop. A loop is also formed by a syringe connected to a Herschel-to-glider converter, with the glider reflected back to the syringe's input with glider reflectors of the appropriate colour, usually Snarks. In either case, if the loop has a surplus glider output, it becomes a gun; if no output is available it is an emu.

:Herschel climber Any reburnable fuse reaction involving Herschels. May refer specifically to the (23,5)c/79 Herschel climber used in the waterbear, or one of several similar reactions with various velocities. See also Herschel-pair climber.

:Herschel component = Herschel conduit

:Herschel conduit A conduit that moves a Herschel from one place to another. See also Herschel loop.

Well over a hundred simple stable Herschel conduits are currently known. As of June 2018 the number is approximately 150, depending on the precise definition of "simple" - e.g., fitting inside a 100x100 bounding box, and producing output in no more than 300 ticks. In general a Herschel conduit can be called "simple" if its active reaction does not return to a Herschel stage except at its output. Compare elementary conduit, composite conduit. A description of common usage in complex circuitry, using syringes and Snarks to make compact connections, can be found in Herschel circuit.

The original universal set consisted of sixteen stable Herschel conduits, discovered between 1995 and 1998 by Dave Buckingham (DJB) and Paul Callahan (PBC). These are shown in the following table. In this table, the number in "name/steps" is the number of ticks needed to produce an output Herschel from the input Herschel. "m" tells how the Herschel is moved (R = turned right, L = turned left, B = turned back, F = unturned, f = flipped), and "dx" and "dy" give the displacement of the centre cell of the Herschel (assumed to start in the orientation shown above). 

  ------------------------------------------
  name/steps  m      dx   dy     discovery
  ------------------------------------------
  R64         R      11    9   DJB, Sep 1995
  Fx77        Fflip  25   -8   DJB, Aug 1996
  L112        L      12  -33   DJB, Jul 1996
  F116        F      32    1   PBC, Feb 1997
  F117        F      40   -6   DJB, Jul 1996
  Bx125       Bflip  -9  -17   PBC, Nov 1998
  Fx119       Fflip  20   14   DJB, Sep 1996
  Fx153       Fflip  48   -4   PBC, Feb 1997
  L156        L      17  -41   DJB, Aug 1996
  Fx158       Fflip  27   -5   DJB, Jul 1996
  F166        F      49    3   PBC, May 1997
  Fx176       Fflip  45    0   PBC, Oct 1997
  R190        R      24   16   DJB, Jul 1996
  Lx200       Lflip  17  -40   PBC, Jun 1997
  Rx202       Rflip   7   32   DJB, May 1997
  Bx222       Bflip  -6  -16   PBC, Oct 1998
  ------------------------------------------

See also Herschel transceiver.

:Herschel descendant A common active pattern occurring at generation 22 of a Herschel's evolution: 


OO..
O.OO
...O
.O.O
.OO.
There are other evolutionary paths leading to the same pattern, including the modification of a B-heptomino implied by generation 21 of a Herschel.

:Herschel great-grandparent A specific three-tick predecessor of a Herschel, commonly seen in Herschel conduit collections that contain dependent conduits. In some situations it is helpful to display the input reaction in this form instead of the standard Herschel form. 


.OO....
OOO.OO.
.OO.OOO
OOO.OO.
OO.....

Dependent conduit inputs are catalysed by a transparent block before the Herschel's standard form can appear, and before the Herschel's first natural glider is produced. This means that these conduits will fail if an actual Herschel is placed in the "correct" input location for a dependent conduit. Refer to F166 or Lx200 to see the correct relative placement of the standard transparent block catalyst.

Almost all known Herschel conduits produce a Herschel great-grandparent near the end of their evolutionary sequence. In the original universal set of Herschel conduits, Fx158 is the only exception.

:Herschel loop A cyclic Herschel track. Although no loop of length less than 120 generations has been constructed it is possible to make oscillators of smaller periods by putting more than one Herschel in a higher-period track. In this way oscillators, and in most cases guns, of all periods from 54 onwards can now be constructed (although the p55 case is a bit strange, shooting itself with gliders in order to stabilize itself). A mechanism for a period-52 loop was found in April 2018, but it includes a stage where the signal is carried by a triplet of gliders so it may not be considered to be a pure Herschel loop. The missing period, 53, is a difficult case simply because 53 is prime and so no small sparkers or reflectors are available.

See Simkin glider gun and p256 gun for the smallest known Herschel loops. See also emu and omniperiodic.

:Herschel-pair climber Any reburnable fuse reaction involving pairs of Herschels. May refer specifically to the 31c/240 Herschel-pair climber used in the Centipede, or one of several similar reactions with various velocities. See also Herschel climber.

:Herschel receiver Any circuit that converts a tandem glider into a Herschel signal. The following diagram shows a pattern found by Paul Callahan in 1996, as part of the first stable glider reflector. Used as a receiver, it converts two parallel input gliders (with path separations of 2, 5, or 6) to an R-pentomino. The signal is then converted to a Herschel by one of several known mechanisms, the first of which was found by Dave Buckingham way back in 1972. The second is elementary conduit RF48H, found by Stephen Silver in October 1997. The receiver version shown below uses Buckingham's R-to-Herschel converter, which is made up of elementary conduit RF28B followed by BFx59H. 


...............................................O.O
......................................OO.......OO.
......................................OO........O.
...OO.............................................
...O..............................................
....O.............................................
...OO.............................................
............OO....................................
...........O.O....................................
............O..............................O......
......................................OO...O.O....
.....................................O..O..OO.....
OO....................................OO..........
OO.............................OO.................
...............................OO.................
..................................................
..................................................
..................................................
..................................................
..................................................
..................................................
............................................OO....
............................................OO....
........................................OO........
........................................O.O.......
..........................................O.......
..........................................OO......
.............................OO...................
.............................OO...................
..................................................
..................................................
...........................OO.....................
...........................OO.....................

:Herschel stopper A method of cleanly suppressing a Herschel signal with an asynchronous boat-bit, discovered by Dean Hickerson. Here a ghost Herschel marks the location of the output signal, in cases where the boat-bit is not present. Other boat-bit locations that allow for clean suppression of a Herschel are also known. 


....................................OO
.........................O..........O.
.........................OOO.........O
............................O.......OO
...........................OO.........
......................................
........O.............................
........OOO...........................
...........O..........................
..........OO...........OO...........O.
.......................OO.........OOO.
..................................O...
..................................O...
......................................
..........................O...........
..........................OO..........
.........O...............O.O..........
.........O.O..........................
.........OOO..........................
...........O.......................OO.
....................................O.
.................................OOO..
.................................O....
......................................
..OO..................................
...O..................................
OOO....................OO.............
O......................O..............
........................OOO...........
..........................O...........

This term is also sometimes used to refer to any mechanism that cleanly suppresses a Herschel. These usually allow the Herschel's first natural glider to escape, so they are more commonly classified as converters. See SW-2.

:Herschel-to-glider The largest category of elementary conduit. Gliders are very common and self-supporting, so it's much easier to find these than any other type of output signal. A large collection of these H-to-G converters has been compiled, with many different output lanes and timings. These can be used to synchronize multiple signals to produce gun patterns or complex logic circuitry. See NW31T120 for an example.

:Herschel track A track for Herschels. An equivalent term is Herschel circuit. See also B track.

:Herschel transceiver An adjustable Herschel conduit made up of a Herschel transmitter and a Herschel receiver. The intermediate stage consists of a tandem glider - two gliders on parallel lanes - so that the transmitter and receiver can be separated by any required distance. The conduit may be stable, or may contain low-period oscillators.

:Herschel transmitter Any Herschel-to-two-glider converter that produces a tandem glider that can be used as input to a Herschel receiver. If the gliders are far enough apart, and if one of the gliders is used only for cleanup, then the transmitter is ambidextrous: with a small modification to the receiver, a suitably oriented mirror image of the receiver will also work.

The following diagram shows a stable Herschel transmitter found by Paul Callahan in May 1997: 


......OO...........
.....O.O...........
...OOO.............
..O...O......O.....
..OO.OO......OOO...
.............O.O...
...............O...
...................
...................
OO.O...............
O.OO...............
...................
...................
...................
...............OO..
...............O...
................OOO
..................O
Examples of small reversible p6 and p7 transmitters are also known, and more recently several alternate Herschel transceivers have been found with different lane spacing, e.g., 0, 2, 4, 6, and 13.

:Hertz oscillator (p8) Compare negentropy, and also cauldron. Found by Conway's group in 1970. 


...OO.O....
...O.OO....
...........
....OOO....
...O.O.O.OO
...O...O.OO
OO.O...O...
OO.O...O...
....OOO....
...........
....OO.O...
....O.OO...

:hexadecimal = beehive and dock

:hexaplet Any 6-cell polyplet.

:hexapole (p2) The barberpole of length 6. 


OO.......
O.O......
.........
..O.O....
.........
....O.O..
.........
......O.O
.......OO

:hexomino Any 6-cell polyomino. There are 35 such objects. For some examples see century, stairstep hexomino, table, toad and Z-hexomino.

:HF = honey farm

:HFx58B A common Herschel to B-heptomino converter, used as the first stage of F117 and many other Herschel conduits. There are two variants, both shown in the pattern below. 


..........O..............................O..........
..........OOO..........................OOO..........
.............O........................O.............
OO..........OO........................OO..........OO
.O................................................O.
.O.O............................................O.O.
..OO............................................OO..
.....................O........O.....................
.....................OO......OO.....................
......................OO....OO......................
......................O......O......................
.....................O........O.....................
....................................................
..O..............................................O..
..O.O..........................................O.O..
..OOO..........................................OOO..
....O...........OO.................OO..........O....
................O..................OO...............
.................OOO...................OO...........
...................O...................O............
........................................OOO.........
..........................................O.........

:H-heptomino Name given by Conway to the following heptomino. After one generation this is the same as the I-heptomino. 


OO..
.O..
.OOO
..O.

:high-bandwidth telegraph (p960, p30 circuitry) A variant of the telegraph constructed by Louis-François Handfield in February 2017, using periodic components to achieve a transmission rate of one bit per 192 ticks. The same ten signals are sent as in the original telegraph and the p1 telegraph, but information is encoded more efficiently in the timing of those signals. Specifically, the new transmitter sends five bits every 960 ticks by adjusting the relative timings inside each of the five mirror-image paired subunits of the composite signal in the beehive-chain lightspeed wire fuse.

:high-clearance See clearance.

:highway robber Any mechanism that can retrieve a signal from a spaceship lane while allowing spaceships on nearby lanes to pass by unaffected. In practice the spaceship is generally a glider. The signal is removed from the lane, an output signal is generated elsewhere, and the highway robber returns to its original state. A competent highway robber does not affect gliders even on the lane adjacent to the affected glider stream, except during its recovery period.

A perfect highway robber doesn't affect later gliders even in the lane to which it is attached, even during its recovery period. Below is a near-perfect highway robber "bait" that requires three synchronized signals to rebuild (the Herschel, B-heptomino, and glider.) The glider at the top right passes by unharmed, but another glider following on the same lane 200 ticks later will be cleanly reflected to a new path, and another glider following that one will also pass by unharmed. The only imperfection is a few ticks at the very end of the reconstruction, as the beehive is being rebuilt: 


......................O...........O.........
......................OOO.......O.O.........
.........OO...OO.........O.......OO.........
.........OO...OO........OO..................
............................................
............................................
..OO........................................
...O........................................
...O.O......................................
....OO......................................
............................................
............................................
............................................
............................................
............................................
............................................
.......OO...................................
........O...................................
.....OOO....................................
.....O......................................
............................................
............................................
............................................
............................................
............................................
............................................
....................OO......................
....................OO......................
............OO..............................
.............O..............................
O.........OOO...............................
OOO.......O.................................
...O........................................
..OO........................................
............................................
............................................
............................................
............................................
...........O...........OO...............OO..
.........OOO..........O.O...............OO..
.........O.O............O...................
.........O.....................OO.O.......O.
...............................O.OO......OOO
........................................OO.O
............................................
.............................OO.............
.............................OO.............
.......................OO...................
.......................OO...................
............................................
............................................
.........................OO.................
..................OO.....OO.................
..................OO........................

:hive = beehive

:hivenudger (c/2 orthogonally, p4) A spaceship found by Hartmut Holzwart in July 1992. (The name is due to Bill Gosper.) It consists of a pre-beehive escorted by four LWSS. In fact any LWSS can be replaced by a MWSS or an HWSS, so that there are 45 different single-hive hivenudgers. 


OOOO.....O..O
O...O...O....
O.......O...O
.O..O...OOOO.
.............
.....OO......
.....OO......
.....OO......
.............
.O..O...OOOO.
O.......O...O
O...O...O....
OOOO.....O..O
Wider versions can be made by stabilizing the front of the extended "pre-beehive", as in the line puffer shown below. 

.........O.O..................
........O..O..................
.......OO.....................
......O...O...................
.....OOO.O....................
..OO..........................
.O...OOOOO.......OOOO.....O..O
O...O............O...O...O....
O.....OO.........O.......O...O
OOO...OOOO........O..O...OOOO.
.O.......O....................
.OO...................OO......
.O.O..................OO......
.OO..OO.O........O.O..OO......
..O.OOO.O...O.OOOO.O..OO......
.........OO.O.OO..O...OO...OOO
....OOOOOO.OO...OOOO..OO...OOO
.....O....OOO......O..OO...OOO
......OO.....OO..OO...OO......
.......O..O.....OOOO..OO......
........O.O.OO.....O..OO......
......................OO......
..............................
..................O..O...OOOO.
.................O.......O...O
.................O...O...O....
.................OOOO.....O..O

:honey bit A block and pond constellation used in the OTCA metapixel by Brice Due in 2006, to store and retrieve a bit of data - specifically, the presence or absence of a neighbor metacell. The "0" state of the honey bit memory unit is a simple beehive, which is also the source of the name.

An input glider collides with the beehive to convert it into the honey bit constellation, which can be thought of as a value of "1" stored in the memory unit. A passing LWSS can then test for the presence of the pond. If a collision occurs, the LWSS and the honey bit constellation are mutually annihilated, leaving just the original beehive. Below is the honeybit constellation with the two reactions occurring in the opposite order - test, then reset. 


.O...............
..O..............
OOO..............
.................
............OOOO.
............O...O
............O....
.............O..O
.................
..........OO.....
.........O..O....
.........O..O....
..........OO.....
.................
.................
.........OO......
.........OO......
If the pond is not present, the LWSS passes by the beehive without affecting it. Thus a test input has an output for the "0" case, but not for the "1" case. For an alternative memory-unit mechanism with both "0" and "1" outputs, see demultiplexer.

The honey bit is also an interesting eater for the HWSS as shown below. An HWSS colliding with the pond happens to create the exact same reset glider used in the above memory unit. 


..OO...........
O....O......OO.
......O....O..O
O.....O....O..O
.OOOOOO.....OO.
...............
...............
...........OO..
...........OO..

:honeycomb (p1) 


..OO..
.O..O.
O.OO.O
.O..O.
..OO..

:honey farm (p1) A common formation of four beehives. 


......O......
.....O.O.....
.....O.O.....
......O......
.............
.OO.......OO.
O..O.....O..O
.OO.......OO.
.............
......O......
.....O.O.....
.....O.O.....
......O......

:hook Another term for a bookend. It is also used for other hook-shaped things, such as occur in the eater1 and the hook with tail, for example.

:hook with tail (p1) For a long time this was the smallest still life without a well-established name. It is now a vital component of the smallest known HWSS gun, where it acts as a rock. 


O.O..
OO.O.
...O.
...OO

:houndstooth agar The p2 agar that results from tiling the plane with the following pattern. 


.OOO
.O..
..O.
OOO.

:house The following induction coil. It is generation 3 of the pi-heptomino. See spark coil and dead spark coil. 


.OOO.
O...O
OO.OO

:H-to-G A Herschel-to-glider converter.

:H-to-MWSS A Spartan converter found by Tanner Jacobi in October 2015, which converts an input Herschel to a middleweight spaceship. The key discovery was a very small but slightly dirty H-to-MWSS conduit, where a Herschel is catalyzed to produce an MWSS but also leaves behind a beehive. Prefixing two R64 conduits to this produces a composite converter that successfully deletes the beehive in advance, using the input Herschel's first natural glider. 


.............................OO................
.............................OO.....OO.........
....................................OO.........
...............................................
...............................................
...............OO.................OO...........
................O.................OO...........
................O.O.....................OO.....
.................OO.....................OO.....
...............................................
...............................................
...............................................
....................O..........................
....................O.O........................
....................OOO........................
......................O........................
...............................................
...............................................
...............................................
...............................................
...............................................
...............................................
...OO...........................OOO............
..O.O...........................O..............
...O...........................OO..............
...............................................
...............................................
...............................................
...............................................
...............................................
...............................................
.............................................OO
.O...........................................OO
O.O................OO.O........................
O.O................OO.OOO......................
.O......................O......................
........................O...............OO.....
........................................OO.....
....O.O.....................................OO.
.......O....................................OO.
...O...O.......................................
.......O.......................................
....O..O..............................OO.......
.....OOO..............................OO.......
There are many other ways to remove the beehive using a spare glider or additional conduits, but they are generally less compact than this.

:hustler (p3) Found by Robert Wainwright, June 1971. 


.....OO....
.....OO....
...........
...OOOO....
O.O....O...
OO.O...O...
...O...O.OO
...O....O.O
....OOOO...
...........
....OO.....
....OO.....

:hustler II (p4) 


....O...........
....OOO.........
.......O........
......O..OO.....
O.OO.O.OO..O....
OO.O.O.....O....
.....O....O.....
....O.....O.O.OO
....O..OO.O.OO.O
.....OO..O......
........O.......
.........OOO....
...........O....

:HW emulator (p4) Found by Robert Wainwright in June 1980. See also emulator. 


.......OO.......
..OO.O....O.OO..
..O..........O..
...OO......OO...
OOO..OOOOOO..OOO
O..O........O..O
.OO..........OO.

:HWSS (c/2 orthogonally, p4) A heavyweight spaceship, the fourth most common spaceship. Found by Conway in 1970 by modifying a LWSS. See also MWSS. 


...OO..
.O....O
O......
O.....O
OOOOOO.

The HWSS possesses both a tail spark and a domino belly spark which can easily perturb other objects as it passes by. The spaceship can also perturb some objects in additional ways. For examples, see puffer and glider turner.

Dave Buckingham found that the HWSS can be synthesized using three gliders as shown below: 


........O.O
........OO.
.........O.
...........
OOO........
..O........
.O...OOO...
.......O...
......O....

:HWSS emulator = HW emulator

:HW volcano (p5) A p5 domino sparker, found by Dean Hickerson in February 1995. 


.........O..........................
........O.O.........................
......OOO.O.........................
.....O....OO.O......................
.....O.OO...OO......OO..............
....OO.O.OO.........O.O.............
.........O.OOOOO......O..O.OO.......
..O.OO.OO.O.....O....OO.O.OO.O......
.....OO.....OOOO........O....O......
O...O.O..O...O.O....OO.O.OOOO.OO....
O...O.O..OO.O.OO.OO....O.O....O.O...
.....OO...OOO.OO.O.OOO.O..OOO...O...
..O.OO.OO.OO.............O.O..O.O.OO
...........O......O.O.O.O..OO.O.O.O.
....OO.O.O.OO......OO.O.O.O...O.O.O.
.....O.OO.O..O.......O.OO..OOOO.OO..
.....O....O.O........O...OO.........
....OO....OO........OO...O..O.......
...........................OO.......
At least four progressively smaller forms of this sparker have been found, including a 25-cell-wide version found by David Eppstein in 2003, and a vertically narrower 28-cell-wide version by Karel Suhajda in 2004. Scot Ellison's 17-cell-wide version is shown in the zweiback entry.

:hybrid grey ship A grey ship containing more than one type of region of density 1/2, usually a combination of a with-the-grain grey ship and an against-the-grain grey ship.

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:I-heptomino Name given by Conway to the following heptomino. After one generation this is the same as the H-heptomino. 


OO..
.O..
.OO.
..OO

:IMG = intermitting glider gun

:Immigration A form of colourised Life in which there are two types of ON cell, a newly-born cell taking the type of the majority of its three parent cells and surviving cells remaining of the same type as in the previous generation.

:independent conduit A Herschel conduit in which the input Herschel produces its first natural glider. Compare dependent conduit.

:induction coil Any object used to stabilize an edge (or edges) without touching. The tubs used in the Gray counter are examples, as are the blocks and snakes used in the Hertz oscillator and the heptomino at the bottom of the mathematician.

:inductor Any oscillator with a row of dead cells down the middle and whose two halves are mirror images of one another, both halves being required for the oscillator to work. The classic examples are the pulsar and the tumbler. If still lifes are considered as p1 oscillators then there are numerous simple examples that include this kind of central gutter, such as table on table, dead spark coil and cis-mirrored R-bee. Some spaceships, such as the brain, the snail and the spider, use the same principle.

:infinite glider hotel A pattern by David Bell, named after Hilbert's "infinite hotel" scenario in which a hotel with an infinite number of rooms has room for more guests even if it is already full, simply by shuffling the old guests around.

In this pattern, two pairs of Corderships moving at c/12 are pulling apart such that there is an ever-lengthening glider track between them. Every 128 generations another glider is injected into the glider track (see LWSS-glider bounce), joining the gliders already circulating there. The number of gliders in the track therefore increases without limit.

The tricky part of this construction is that even though all the previously injected gliders are repeatedly flying through the injection point, that point is guaranteed to be empty when it is time for the next glider to be injected.

:infinite growth Growth of a finite pattern such that the population tends to infinity, or at least is unbounded. Sometimes the term is used for growth of something other than population (for example, length), but here we will only consider infinite population growth. The first known pattern with infinite growth in this sense was the Gosper glider gun, created in a response to a $50 prize challenge by John Conway. Martin Gardner's October 1970 article described the challenge as "Conway conjectures that no pattern can grow without limit", but Conway later explained that he had always expected that this would be disproved. The original purpose in investigating CA rules including B3/S23 was to show that a very simple two-state rule could support a universal computer and/or universal constructor. If all finite patterns could be proven to be bounded, neither of these would be possible.

An interesting question is: What is the minimum population of a pattern that exhibits infinite growth? In 1971 Charles Corderman found that a switch engine could be stabilized by a pre-block in a number of different ways, giving 11-cell patterns with infinite growth. This record stood for more than quarter of a century until Paul Callahan found, in November 1997, two 10-cell patterns with infinite growth. The following month he found the one shown below, which is much neater, being a single cluster. This produces a stabilized switch engine of the block-laying type. 


......O.
....O.OO
....O.O.
....O...
..O.....
O.O.....
Nick Gotts and Paul Callahan showed in October 1997 that there is no infinite growth pattern with fewer than 10 cells, so that question has now been answered.

In October 2014, Michael Simkin discovered a three-glider collision that produces a glider-producing stabilized switch engine and thus produces infinite growth from the smallest possible number of gliders (since all 71 2-glider collisions have a finite limit population).

Also of interest is the following pattern (again found by Callahan), which is the only 5x5 pattern with infinite growth. This too emits a block-laying switch engine. 


OOO.O
O....
...OO
.OO.O
O.O.O

Following a conjecture of Nick Gotts, Stephen Silver produced, in May 1998, a pattern of width 1 which exhibits infinite growth. This pattern was very large (12470x1 in the first version, reduced to 5447x1 the following day). In October 1998 Paul Callahan did an exhaustive search, finding the smallest example, the 39x1 pattern shown below. This produces two block-laying switch engines, stability being achieved at generation 1483. 


OOOOOOOO.OOOOO...OOO......OOOOOOO.OOOOO
Larger patterns have since been constructed that display quadratic growth.

Although the simplest infinite growth patterns grow at a rate that is (asymptotically) linear, many other types of growth rate are possible, quadratic growth (see also breeder) being the fastest. Dean Hickerson has found many patterns with unusual growth rates, such as sawtooths and a caber tosser. Another pattern with superlinear but non-quadratic growth is Gotts dots.

See also Fermat prime calculator.

:initials = monogram

:inject A reaction in which a hole in a regular spaceship stream is filled partially or fully by adding a new spaceship of the same type without affecting the existing spaceships in the stream. Depending on the period of the stream, different mechanisms can be used. For adding a spaceship to an existing multi-lane convoy, see inserter.

For large period glider streams, simple reactions such as LWSS-LWSS bounce and LWSS-glider bounce suffice. If Herschel technology is used, a large number of edge shooters and transparent conduits are known. Simple examples include the NW31 Herschel-to-glider converter and the Fx119 inserter.

Shown below is an injector found by Dave Buckingham that can fill a hole in a p15 glider stream: 


..O.O..................
...OO..................
...O.................O.
....................O..
....................OOO
.......................
.......................
..........O............
...........OO..........
..........OO...........
.......................
.OO....................
O.O..OO................
..O.OO.................
......O................
.......................
.......................
.......................
.....OO................
......OO...............
.....O.................
For very low-period glider streams, a GIG is a much more efficient insertion method, in the sense that fewer synchronized signals are needed. However, it has been shown that colliding gliders can complete an insertion even into a single-glider gap in a period-14 stream.

:inline inverter The following reaction in which a p30 gun can be used to invert the presence or absence of gliders in a p30 stream, with the output glider stream being in the same direction as the input glider stream. 


................O...................
.................O..................
...............OOO..................
....................................
.......................O.O..........
.....................O...O..........
.............O.......O..............
............OOOO....O....O........OO
...........OO.O.O....O............OO
OO........OOO.O..O...O...O..........
OO.........OO.O.O......O.O..........
............OOOO....................
.............O......................

:inserter A mechanism that can add another spaceship into a stream or convoy of other spaceships without affecting the existing spaceships. For examples see Fx119 inserter, tee, GIG, clock insertion and inject.

:integral = integral sign

:integral sign (p1) 


...OO
..O.O
..O..
O.O..
OO...

:intentionless = elevener

:interchange (p2) A common formation of six blinkers. 


..OOO....OOO..
..............
O............O
O............O
O............O
..............
..OOO....OOO..

:intermediate target A temporary product of a partial slow salvo, elbow operation, or glider synthesis. An intermediate target is a useful step toward a desired outcome, but will not appear in the final construction.

:intermittent stream A stream of spaceships which is based on a periodic stream, but which can contain holes where some of the spaceships are not present. There is a base period for the intermittent stream such that if a spaceship arrives at a specific location, then it always does so at a generation which is a multiple of the base period. For example, the output from a period 30 glider gun where every third glider is deleted is an intermittent stream. A pseudo-random glider generator can produce a complicated intermittent stream with no obvious pattern.

Intermittent streams can be used to transmit signals, where holes in the stream can also convey information. For example, the stream can be processed by an inverter having the same period.

:intermitting glider gun Despite the name, an intermitting glider gun (IMG) is more often an oscillator than a gun. There are two basic types. A type 1 IMG consists of two guns firing at one another in such a way that each gun is temporarily disabled on being hit by a glider from the other gun. A type 2 IMG consists of a single gun firing at a 180-degree glider reflector in such a way that returning gliders temporarily disable the gun.

Both types of IMG can be used to make glider guns of periods that are multiples of the base period. This is done by firing another gun across the two-way intermittent stream of gliders in the IMG in such a way that gliders only occasionally escape.

:inverter A device which can be used to invert the presence or absence of spaceships in an intermittent stream of spaceships. The device must be a gun whose period matches the base period of the stream, since if there are no input spaceships then the device must produce spaceships as the result of the inversion. Typically the spaceships are gliders, and the inverter is made from a glider gun. Inverters provide a way to produce a NOT logic operation on a stream.

There are several ways to produce an inverter. The simplest method is to simply hit the output of a gun with the input stream to delete its spaceships, producing an output stream that is always turned 90 degrees from the input stream. An example is the northernmost p30 gun in the glider duplicator example pattern. For one way to produce an inverted output stream which is not turned, see inline inverter.

:inverting reflector See inverter.

:island The individual polyplets of which a stable pattern consists are sometimes called islands. So, for example, a boat has only one island, while an aircraft carrier has two, a honey farm has four and the standard form of the eater3 has five.

:Iwona (stabilizes at time 28786) The following methuselah found by Andrzej Okrasinski in August 2004. 


..............OOO...
....................
....................
....................
....................
....................
..O.................
...OO...............
...O..............O.
..................O.
..................O.
...................O
..................OO
.......OO...........
........O...........
....................
....................
....................
....................
OO..................
.O..................
It has a final population of 3091 and covers an area of 413 by 364 cells, not counting the 47 gliders it produces. Its ash consists of typical stable objects and blinkers, along with the relatively rare paperclip.
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:vacuum Empty space. That is, space containing only dead cells.

:Venetian blinds The p2 agar obtained by using the pattern O..O to tile the plane. Period 2 stabilizations of finite patches of this agar are known. 


..................O.OO.OO......O......OO.OO.O..................
..................OO.O.O...OO.O.O.OO...O.O.OO..................
.....................O...O..O.O.O.O..O...O.....................
.....................O..OOO...O.O...OOO..O.....................
....................OO.O.....O.O.O.....O.OO....................
.......................O..OO.O...O.OO..O.......................
....................OO..OOO..OO.OO..OOO..OO....................
................OO.O.OO...OO.OOOOO.OO...OO.O.OO................
................OO.OO....O...........O....OO.OO................
...................O..OO.O.O.......O.O.OO..O...................
................OO..OOO..OO.OOOOOOO.OO..OOO..OO................
........OO..OO.O.OO...OO.OOOOOOOOOOOOO.OO...OO.O.OO..OO........
.....O..O...OO.OO....O...................O....OO.OO...O..O.....
....O.O.O......O..OO.O.O...............O.O.OO..O......O.O.O....
...O..O.OO..OO..OOO..OO.OOOOOOOOOOOOOOO.OO..OOO..OO..OO.O..O...
...O.OO....O.OO...OO.OOOOOOOOOOOOOOOOOOOOO.OO...OO.O....OO.O...
OO.OO...OO.OO....O...........................O....OO.OO...OO.OO
O.O...OO.O.O..OO.O.O.......................O.O.OO..O.O.OO...O.O
..O.OO.O.O..OOO..OO.OOOOOOOOOOOOOOOOOOOOOOO.OO..OOO..O.O.OO.O..
..O.O..OOOO...OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO...OOOO..O.O..
.OO..O.......O...................................O.......O..OO.
O..O.O....OO.O.O...............................O.O.OO....O.O..O
.O.O..OOOOO..OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO..OOOOO..O.O.
..O.OOO..OOO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OOO..OOO.O..
....O.O..O...........................................O..O.O....
..O.O.O..O.O.......................................O.O..O.O.O..
..OO...O.OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO.O...OO..
.........OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.........
...............................................................
...............................................................
.........OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.........
..OO...O.OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO.O...OO..
..O.O.O..O.O.......................................O.O..O.O.O..
....O.O..O...........................................O..O.O....
..O.OOO..OOO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OOO..OOO.O..
.O.O..OOOOO..OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO..OOOOO..O.O.
O..O.O....OO.O.O...............................O.O.OO....O.O..O
.OO..O.......O...................................O.......O..OO.
..O.O..OOOO...OO.OOOOOOOOOOOOOOOOOOOOOOOOOOOOO.OO...OOOO..O.O..
..O.OO.O.O..OOO..OO.OOOOOOOOOOOOOOOOOOOOOOO.OO..OOO..O.O.OO.O..
O.O...OO.O.O..OO.O.O.......................O.O.OO..O.O.OO...O.O
OO.OO...OO.OO....O...........................O....OO.OO...OO.OO
...O.OO....O.OO...OO.OOOOOOOOOOOOOOOOOOOOO.OO...OO.O....OO.O...
...O..O.OO..OO..OOO..OO.OOOOOOOOOOOOOOO.OO..OOO..OO..OO.O..O...
....O.O.O......O..OO.O.O...............O.O.OO..O......O.O.O....
.....O..O...OO.OO....O...................O....OO.OO...O..O.....
........OO..OO.O.OO...OO.OOOOOOOOOOOOO.OO...OO.O.OO..OO........
................OO..OOO..OO.OOOOOOO.OO..OOO..OO................
...................O..OO.O.O.......O.O.OO..O...................
................OO.OO....O...........O....OO.OO................
................OO.O.OO...OO.OOOOO.OO...OO.O.OO................
....................OO..OOO..OO.OO..OOO..OO....................
.......................O..OO.O...O.OO..O.......................
....................OO.O.....O.O.O.....O.OO....................
.....................O..OOO...O.O...OOO..O.....................
.....................O...O..O.O.O.O..O...O.....................
..................OO.O.O...OO.O.O.OO...O.O.OO..................
..................O.OO.OO......O......OO.OO.O..................

:very long = long long

:very long house The following induction coil. 


.OOOOO.
O..O..O
OO...OO

:volatility The volatility of an oscillator is the size (in cells) of its rotor divided by the sum of the sizes of its rotor and its stator. In other words, it is the proportion of cells involved in the oscillator which actually oscillate. For many periods there are known oscillators with volatility 1, see for example Achim's p16, figure-8, Kok's galaxy, mazing, pentadecathlon, phoenix, relay, smiley and tumbler. Such an oscillator of period 3 was found in August 2012 by Jason Summers. 


.........O.O.....O...O.....O.O.
........O...O....O...O....O...O
.........O.......O...O.......O.
...........OO.OO.O...O.OO.OO...
.................O...O.........
..........O...O.........O...O..
........O.O.................O.O
...............................
........O...................O..
.......OO..................OO..
.......O...................O...
.....O..O................O..O..
O....O..............O....O.....
OOOO.OO.OOO.........OOOO.OO.OOO
OOO.OO.OOOO.........OOO.OO.OOOO
.....O....O..............O....O
..O..O................O..O.....
...O...................O.......
..OO..................OO.......
..O...................O........
...............................
O.O.................O.O........
..O...O.........O...O..........
.........O...O.................
...OO.OO.O...O.OO.OO...........
.O.......O...O.......O.........
O...O....O...O....O...O........
.O.O.....O...O.....O.O.........

The smallest period for which the existence of such statorless oscillators is undecided is 7. There are oscillators with volatility arbitrarily close to 1 for all but finitely many periods, because of the possibility of feeding the gliders from a true period n gun into an eater.

The term "volatility" is due to Robert Wainwright. See also strict volatility.

:volcano Any of a number of p5 oscillators which produce sparks. See lightweight volcano, middleweight volcano and heavyweight volcano.

:von Neumann neighbourhood The set of all cells that are orthogonally adjacent to a cell or group of cells. The von Neumann neighbourhood of a cell can be thought of as the points at a Manhattan distance of 1 from that cell. Compare Moore neighbourhood.

Cell neighbourhoods can also be defined with a higher range. The von Neumann neighbourhood of range n can be defined recursively as the von Neumann neighbourhood of the von Neumann neighbourhood of range n-1. For example, the von Neumann neighbourhood of range 2 is the set of all cells that are orthogonally adjacent to the range-1 von Neumann neighbourhood.

:V-pentomino Conway's name for the following pentomino, a loaf predecessor. 


O..
O..
OOO

:V spark A common three-bit polyplet spark, produced most notably by the pentadecathlon. 


O.O
.O.
The spark can convert a pre-block or block into a glider as shown here: 

.O...
OO..O
...O.
....O
Also see PD-pair reflector.
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/Help/Lexicon/lex_z.htm0000755000175000017500000001424013230774246014353 00000000000000 Life Lexicon (Z)
Introduction | Bibliography
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

:zebra stripes (p1) A stable agar consisting of alternating bands of live and dead cells. Known spacefillers and many gray ships create patches of this agar. It is also the medium through which with the grain and against the grain negative spaceships travel. Many simple stabilizations of the boundaries of finite regions of this agar are known, as shown below. 


..OO.......................
..O........................
....O..O..O..O..O..O..O....
...OOOOOOOOOOOOOOOOOOOO....
..O........................
...OOOOOOOOOOOOOOOOOO......
.....................O.....
.OOOOOOOOOOOOOOOOOOOO......
O..........................
.OOOOOOOOOOOOOOOOOOOOOO....
.......................O.OO
.OOOOOOOOOOOOOOOOOOOO..O.OO
O....................O.O...
.OOOOOOOOOOOOOOOOOOOO..O...
.......................OO..
...OOOOOOOOOOOOOOOOOO......
..O..................O.....
...OOOOOOOOOOOOOOOOOO......
...........................
.....OO..OO.O.OOOO.OO......
.....OO..O.OO.O..O.OO......

:Z-hexomino The following hexomino. The Z-hexomino features in the pentoad, and also in Achim's p144. 


OO.
.O.
.O.
.OO

:zone of influence The set of cells on which a chosen cell or pattern can potentially exert an influence in a given number of generations N. If N is not specified it is generally taken to be one, in which case the zone of influence simply coincides with the Moore neighbourhood of the cell or pattern.

The set for N generations consists of all the cells to which at least N paths of length N can be traced from the cell(s) in question. Contrast this with the range-N Moore neighbourhood, which consists of all cells to which at least one path of length n can be traced.

:Z-pentomino Conway's name for the following pentomino, which rapidly dies. 


OO.
.O.
.OO

:zweiback (p30) An oscillator in which two HW volcanoes hassle a loaf. This was found by Mark Niemiec in February 1995. A smaller version using Scot Ellison's reduced HW volcano is shown below. 


..........O..............................
........OOOOO.................O..........
.......O.....O..............OOOOO........
.......O..OO.O.............O.....O.......
...O.OOO.O.O.OO............O.OO..O.......
...OO....O................OO.O.O.OOO.O...
......OO.OO....................O....OO...
.OOOOO.O.O..O.................OO.OO......
O......O...O.O..............O..O.O.OOOOO.
OO..OOOOO.OO.O.............O.O...O......O
............OO.............O.OO.OOOOO..OO
.....OO....OOO.............OO............
.....OO....OOO.....OO......OOO....OO.....
............OO....O..O.....OOO....OO.....
OO..OOOOO.OO.O.....O.O.....OO............
O......O...O.O......O......O.OO.OOOOO..OO
.OOOOO.O.O..O..............O.O...O......O
......OO.OO.................O..O.O.OOOOO.
...OO....O....................OO.OO......
...O.OOO.O.O.OO................O....OO...
.......O..OO.O............OO.O.O.OOO.O...
.......O.....O.............O.OO..O.......
........OOOOO..............O.....O.......
..........O.................OOOOO........
..............................O..........
1-9 | A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z
golly-3.3-src/Help/lua.html0000644000175000017500000022101313543255652012563 00000000000000 Golly Help: Lua Scripting

Golly uses a statically embedded Lua interpreter (version 5.3.5) to execute .lua scripts. This lets you extend Golly's capabilities in lots of interesting ways.

Example scripts
Golly's scripting commands
Cell arrays
Rectangle arrays
Using the gplus package
NewCA.lua
Potential problems
Lua copyright notice

 
Example scripts

The Scripts folder supplied with Golly contains a number of example Lua scripts:

1D.lua — for exploring one-dimensional cellular automata
3D.lua — for exploring three-dimensional cellular automata
breakout.lua — shows how to use the overlay to create a game
bricklayer.lua — simple use of gplus to build a multipart pattern
browse-patterns.lua — lets you browse through patterns in a folder
density.lua — calculates the density of the current pattern
draw-lines.lua — lets you draw one or more straight lines
envelope.lua — uses multiple layers to show a pattern's history
flood-fill.lua — fills a clicked region with the current drawing state
giffer.lua — creates an animated GIF file using the selection
goto.lua — goes to a given generation
gun-demo.lua — constructs a few spaceship guns
heisenburp.lua — illustrates the use of cloned layers
hexgrid.lua — creates a true hexagonal grid
invert.lua — inverts all cell states in the current selection
lifeviewer.lua — displays patterns like LifeViewer (see details here)
make-torus.lua — makes a toroidal universe from the selection
Margolus.lua — for exploring rules using the Margolus neighborhood
metafier.lua — converts the current selection into a meta pattern
move-object.lua — lets you move a connected group of live cells
move-selection.lua — lets you move the current selection
oscar.lua — detects oscillating patterns, including spaceships
overlay-demo.lua — demonstrates most of the overlay functions
p1100-MWSS-gun.lua — extended use of gplus to build a complex pattern
pd-glider.lua — creates a set of pentadecathlon+glider collisions
pop-plot.lua — displays a plot of population versus time
shift.lua — shifts current selection by given x y
slide-show.lua — displays all patterns in the Patterns folder
tile.lua — tiles the selection with the pattern inside it
tile-with-clip.lua — tiles the selection with the clipboard pattern
toLife.lua — converts LifeHistory patterns to plain Life
toLifeHistory.lua — converts Life patterns to LifeHistory

To run one of these scripts, tick the Show Files item in the File menu, open the Scripts/Lua folder and then simply click on the script's name. You can also select one of the Run items in the File menu. For a frequently used script you might like to assign a keyboard shortcut to run it (see Preferences > Keyboard).

When Golly starts up it looks for a script called golly-start.lua in the same directory as the Golly application and then in a user-specific data directory (see the getdir command for the likely path on your system). If the script is found then it is automatically executed.

There are a number of ways to abort a running script. Hit the escape key, or click on the stop button in the tool bar, or select the Stop item in the Control menu.

 
Golly's scripting commands

This section describes all the g.* commands that can be used in a script after including this line:

local g = golly()

Commands are grouped by function (filing, editing, control, viewing, layers and miscellaneous) or you can search for individual commands alphabetically:

addlayer
advance
autoupdate
check
clear
clone
continue
copy
cut
dellayer
doevent
duplicate
empty
error
evolve
exit
fit
fitsel
flip
getalgo
getbase 		getcell
getcells
getclip
getclipstr
getcolor
getcolors
getcursor
getdir
getevent
getfiles
getgen
getheight
getinfo
getlayer
getmag
getname
getoption
getpath
getpop
getpos
getrect 		getrule
getselrect
getstep
getstring
getview
getwidth
getxy
hash
join
load
maxlayers
millisecs
movelayer
new
note
numalgos
numlayers
numstates
open
opendialog
overlay 		ovtable
os
parse
paste
putcells
randfill
reset
rotate
run
save
savechanges
savedialog
select
setalgo
setbase
setcell
setclipstr
setcolor
setcolors
setcursor
setdir 		setgen
setlayer
setmag
setname
setoption
setpos
setrule
setstep
settitle
setview
show
shrink
sleep
step
store
transform
update
visrect
warn

 
FILING COMMANDS

open(filename, remember=false)
Open the given file and process it according to its type:

  • A HTML file (.htm or .html extension) is displayed in the help window.
  • A text file (.txt or .doc extension, or a name containing "readme") is opened in your text editor.
  • A script file (.lua or .py extension) is executed.
  • A zip file (.zip extension) is processed as described here.
  • Any other type of file is assumed to be a pattern file and is loaded into the current layer.

A non-absolute path is relative to the location of the script. The 2nd parameter is optional (default = false) and specifies if the given pattern or zip file should be remembered in the Open Recent submenu, or in the Run Recent submenu if the file is a script.
Example: g.open("my-patterns/foo.rle")

save(filename, format, remember=false)
Save the current pattern in a given file using the specified format:

"rle" run length encoded (RLE)
"rle.gz" compressed RLE
"mc" macrocell
"mc.gz" compressed macrocell

A non-absolute path is relative to the location of the script. The 3rd parameter is optional (default = false) and specifies if the file should be remembered in the Open Recent submenu. If the savexrle option is true then extended RLE format is used (see the Save Extended RLE item for details).
Example: g.save("foo.rle", "rle", true)

opendialog(title, filetypes, initialdir, initialfname, mustexist=true)
Present a standard Open dialog to the user and return the chosen path in a string. All parameters are optional; the default is an Open dialog showing the current directory, with a title of "Choose a file" and a file type of "All files (*)|*". If the 5th parameter (default = true) is set to false, the user can specify a new filename instead of choosing an existing file. If the given file type is "dir" then the dialog lets the user choose a directory rather than a file. If the user cancels the dialog, the return value will be an empty string.
Example: local fname = g.opendialog("Open MCell File", "MCell files (*.mcl)|*.mcl", "C:\\Temp", "sample.mcl")
Example: local dirname = g.opendialog("Choose a folder", "dir");

savedialog(title, filetypes, initialdir, initialfname, suppressprompt=false)
Present a standard Save dialog to the user and return the chosen path in a string. All parameters are optional; the default is a Save dialog showing the current directory, with a title of "Choose a save location and filename" and a file type of "All files (*)|*". If a file already exists at the chosen location, an Overwrite? query will be displayed unless the 5th parameter (default = false) is set to true. If the user cancels the dialog, the return value will be an empty string.
Example: local fname = g.savedialog("Save text file", "Text files (*.txt;*.csv)|*.txt;*.csv", "C:\\Temp", "Params.txt", 1)

load(filename)
Read the given pattern file and return a cell array.
Example: local blinker = g.load("blinker.rle")

store(cell_array, filename)
Write the given cell array to the specified file in RLE format. If the savexrle option is true then extended RLE format is used (see the Save Extended RLE item for details).
Example: g.store(cells, "foo.rle")

getdir(dirname)
Return the path of the specified directory:

"app" — the directory containing the Golly application.

"data" — the user-specific data directory:
On Linux: ~/.golly/
On Mac OS X: ~/Library/Application Support/Golly/
On Windows XP: C:\Documents and Settings\username\Application Data\Golly\
On Windows 7+: C:\Users\username\AppData\Roaming\Golly\
Example: g.setcolors({1,0,0,0, 2,0,0,0}) # set states 1 and 2 to black
Example: g.setcolors({-1,0,255,0}) # set all live states to green
Example: g.setcolors({255,0,0, 0,0,255}) # live states vary from red to blue
Example: g.setcolors({}) # restore default colors

getcolors(state=-1)
Return the color of a given state in the current layer as an array of the form

{ state, red, green, blue }

or if the given state is -1 (or not supplied) then return all colors as

{ 0, r0, g0, b0, . . . N, rN, gN, bN }

where N equals numstates() - 1. Note that the array returned by getcolors can be passed into setcolors; this makes it easy to save and restore colors.
Example: local allcolors = g.getcolors()
Example: local deadcolor = g.getcolors(0)

 
MISCELLANEOUS COMMANDS

os()
Return the current operating system: "Windows", "Mac" or "Linux".
Example: if g.os() == "Mac" then do_mac_stuff() end

millisecs()
Return the number of milliseconds that have elapsed since Golly started up. The returned value is a floating point number.
Example: local t1 = g.millisecs()

sleep(millisecs)
Sleep for the given number of millisecs. Scripts with an event loop can call this command to avoid hogging the CPU when the script is idle.
Example: g.sleep(5)

settitle(string)
Set the window title to the given string. The original title will be restored when the script terminates.
Example: g.settitle("running a search...")

setoption(name, value)
Set the given option to the given value. The old value is returned to make it easy to restore a setting. Here are all the valid option names and their possible values:

"autofit" 1 or 0
"boldspacing" 2 to 1000 (cells)
"drawingstate" 0 to numstates()-1
"fullscreen" 1 or 0
"hyperspeed" 1 or 0
"maxdelay" 0 to 5000 (millisecs)
"mindelay" 0 to 5000 (millisecs)
"opacity" 1 to 100 (percent)
"restoreview" 1 or 0
"savexrle" 1 or 0
"showallstates" 1 or 0
"showboldlines" 1 or 0
"showbuttons" 0 to 4
"showeditbar" 1 or 0
"showexact" 1 or 0
"showfiles" 1 or 0
"showgrid" 1 or 0
"showhashinfo" 1 or 0
"showicons" 1 or 0
"showlayerbar" 1 or 0
"showoverlay" 1 or 0
"showpopulation" 1 or 0
"showprogress" 1 or 0
"showscrollbars" 1 or 0
"showstatusbar" 1 or 0
"showtimeline" 1 or 0
"showtoolbar" 1 or 0
"smartscale" 1 or 0
"stacklayers" 1 or 0
"swapcolors" 1 or 0
"switchlayers" 1 or 0
"synccursors" 1 or 0
"syncviews" 1 or 0
"tilelayers" 1 or 0

Example: local oldgrid = g.setoption("showgrid", 1)

getoption(name)
Return the current value of the given option. See above for a list of all the valid option names.
Example: if g.getoption("autofit") == 1 then g.fit() end

setcolor(name, r, g, b)
Set the given color to the given RGB values (integers from 0 to 255). The old RGB values are returned as 3 integers to make it easy to restore the color. Here is a list of all the valid color names and how they are used:

"border" color for border around bounded grid
"paste" color for pasting patterns
"select" color for selections (will be 50% transparent)
algoname status bar background for given algorithm

Example: local oldr, oldg, oldb = g.setcolor("HashLife", 255, 255, 255)

getcolor(name)
Return the current RGB values for the given color as 3 integers. See above for a list of all the valid color names.
Example: local selr, selg, selb = g.getcolor("select")

getclipstr()
Return the current contents of the clipboard as an unmodified string.
Example: local illegalRLE = g.getclipstr()

setclipstr(string)
Copy an arbitrary string (not necessarily a cell pattern) directly to the clipboard.
Example: g.setclipstr(correctedRLE)

getstring(prompt, initial="", title="")
Display a dialog box and get a string from the user. If the initial string is supplied it will be shown and selected. If the title string is supplied it will be used in the dialog's title bar. The script will be aborted if the user hits the dialog's Cancel button.
Example: local n = tonumber( g.getstring("Enter a number:", "100") )

getevent(get=true)
When Golly runs a script it initially handles all user events, but if the script calls getevent() then future events are put into a queue for retrieval via later calls. These events are returned in the form of strings (see below for the syntax). If there are no events in the queue then the returned string is empty. Note that the very first getevent() call will always return an empty string, but this isn't likely to be a problem because it normally occurs very soon after the script starts running. A script can call getevent(false) if it wants Golly to resume handling any further events. See flood-fill.lua for a good example.

Key-down events are triggered when a key is pressed or autorepeats. The returned string is of the form "key charname modifiers" where charname can be any displayable ASCII character from '!' to '~' or one of the following names: space, home, end, pageup, pagedown, help, insert, delete, tab, return, left, right, up, down, or f1 to f24. If no modifier key was pressed then modifiers is none, otherwise it is some combination of alt, cmd, ctrl, meta, shift. Note that cmd will only be returned on a Mac and corresponds to the command key. The alt modifier corresponds to the option key on a Mac.

Key-up events occur when a key is released and are strings of the form "kup charname".

Mouse-down events in the current layer are strings of the form "click x y button modifiers" where x and y are integers giving the cell position of the click, button is one of left, middle or right, and modifiers is the same as above.

Mouse-down events in a non-transparent pixel in the overlay are strings of the form "oclick x y button modifiers" where x and y are integers giving the pixel position in the overlay (0,0 is the top left pixel), button is one of left, middle or right, and modifiers is the same as above.

Mouse-up events are strings of the form "mup button" where button is one of left, middle or right.

Mouse wheel events in the current layer are strings of the form "zoomin x y" or "zoomout x y" where x and y are the mouse's pixel position in the viewport.

Mouse wheel events in a non-transparent pixel in the overlay are strings of the form "ozoomin x y" or "ozoomout x y" where x and y are the mouse's pixel position in the overlay.

File events are strings of the form "file filepath" where filepath is an absolute path. File events can be triggered in a number of ways: by clicking on a file in the left panel, by clicking an "open:" link in the Help window, by double-clicking a Golly-associated file, or by dropping a file onto the Golly window. It is up to the script to decide what to do with the file.

The following examples show the strings returned after various user events:

"key m none" user pressed M key
"key space shift" user pressed space bar and shift key
"key , altctrlshift" user pressed comma and 3 modifier keys
"kup left" user released the left arrow key
"click 100 5 left none" user clicked cell at 100,5 with left button
"click -10 9 middle alt" user clicked cell with middle button and pressed alt key
"click 0 1 right altshift" user clicked cell with right button and pressed 2 modifiers
"oclick 10 5 left none" user clicked pixel at 10,5 in overlay with left button
"mup left" user released the mouse's left button
"zoomout 10 20" mouse wheel was used to zoom out from pixel in viewport
"ozoomin 10 20" mouse wheel was used to zoom in to pixel in overlay
"file /path/to/foo.rle" user tried to open the given file

Example: local evt = g.getevent()

doevent(event)
Pass the given event to Golly to handle in the usual manner (but events that can change the current pattern will be ignored). The given event must be a string with the exact same format as returned by the getevent command (see above). If the string is empty then Golly does nothing. Note that the cmd modifier corresponds to the command key on a Mac or the control key on Windows/Linux (this lets you write portable scripts that work on any platform).
Example: g.doevent("key q cmd") -- quit Golly

getxy()
Return the mouse's current grid position as a string. The string is empty if the mouse is outside the viewport or outside a bounded grid or over the translucent buttons, otherwise the string contains x and y cell coordinates separated by a space; eg. "-999 12345". See draw-lines.lua for a good example of how to use this command.
Example: local mousepos = g.getxy()

show(message)
Show the given string in the bottom line of the status bar. The status bar is automatically shown if necessary.
Example: g.show("Hit any key to continue...")

error(message)
Beep and show the given string in the bottom line of the status bar. The status bar is automatically shown if necessary.
Example: g.error("The pattern is empty.")

warn(message, showCancel=true)
Beep and show the given string in a modal warning dialog. Useful for debugging Lua scripts or displaying error messages. If showCancel is true (the default) then the dialog has a Cancel button as well as the usual OK button. Clicking OK will close the dialog and continue; clicking Cancel will close the dialog and abort the script.
Example: g.warn("xxx = "..xxx)

note(message, showCancel=true)
Show the given string in a modal information dialog. Useful for displaying multi-line results. If showCancel is true (the default) then the dialog has a Cancel button as well as the usual OK button. Clicking OK will close the dialog and continue; clicking Cancel will close the dialog and abort the script.
Example: g.note("Line 1\nLine 2\nLine 3", false)

savechanges(query, message)
Show a standard "save changes" dialog and return "yes", "no" or "cancel" depending on which button the user clicked.
Example: local answer = g.savechanges("Save your changes?",
"If you don't save, the changes will be lost.")

check(bool)
When Golly runs a script this setting is initially true, which means that event checking is enabled. If the given parameter is false then event checking is disabled. Typically used to prevent mouse clicks being seen at the wrong time. This should only be done for short durations because the script cannot be aborted while the setting is false.
Example: g.check(false)

continue(message)
This function can be used to continue execution after pcall has detected some sort of error or the user has aborted the script. It's typically used to ensure some finalization code is executed. If not empty, the given message will be displayed in the status bar after the script has finished. See the end of envelope.lua for an example.

exit(message="")
Exit the script with an optional error message. If a non-empty string is supplied then it will be displayed in the status bar along with a beep, just like the error command. If no message is supplied, or if the string is empty, then there is no beep and the current status bar message will not be changed.
Example: if g.empty() then g.exit("There is no pattern.") end

 
Cell arrays

Some scripting commands manipulate patterns in the form of cell arrays. Golly supports two types of cell arrays: one-state and multi-state. A one-state cell array contains an even number of integers specifying the x,y coordinates for a set of cells, all of which are assumed to be in state 1:

{ x1, y1, . . . xN, yN }

A multi-state cell array contains an odd number of integers specifying the x,y,state values for a set of cells. If the number of cells is even then a padding integer (zero) is added at the end of the array to ensure the total number of integers is odd:

{ x1, y1, state1, . . . xN, yN, stateN }      if N is odd
{ x1, y1, state1, . . . xN, yN, stateN, 0 }  if N is even

All scripting commands that input cell arrays use the length of the array to determine its type. When writing a script to handle multi-state cell arrays you may need to allow for the padding integer, especially if accessing cells within the array. See tile.lua for example.

Note that all scripting commands return {} if the resulting cell array has no cells. They never return {0}, although this is a perfectly valid multi-state cell array and all commands can input such an array. For example, newarray = g.join(array1,{0}) can be used to convert a non-empty one-state array to multi-state.

One-state cell arrays are normally used in a two-state universe, but they can also be used in a universe with more than two states. A multi-state cell array can be used in a two-state universe, but only if the array's cell states are 0 or 1.

The ordering of cells within either type of array doesn't matter. Also note that positive y values increase downwards in Golly's coordinate system.

 
Rectangle arrays

Some commands manipulate rectangles in the form of arrays. An empty rectangle is indicated by an array with no items; ie. {}. A non-empty rectangle is indicated by an array containing four integers:

{ left, top, width, height }

The first two items specify the cell at the top left corner of the rectangle. The last two items specify the rectangle's size (in cells). The width and height must be greater than zero.

 
Using the gplus package

The gplus package supplied with Golly provides a high-level interface to many of Golly's built-in scripting commands. The package consists of a set of .lua files stored in the Scripts/Lua/gplus directory. The best way to learn how to use gplus is to look at some of the scripts supplied with Golly:

  • See bricklayer.lua for how to use the pattern function to contruct a complicated pattern by combining simpler sub-patterns.
  • See invert.lua for how to use the rect function to make it easier to manipulate rectangles.
  • See p1100-MWSS-gun.lua for an extended example of an efficient script representation of a large complex pattern. This uses the pattern function to place different phases and orientations of each component object, and the put function to populate the resulting structure with spaceships.
  • See shift.lua for how to use the split and validint functions to parse user input.

Here's a summary of the functions available after a script calls local gp = require "gplus" (see init.lua for all the implementation details):

gp.int(x) — return integer part of given floating point number
gp.round(x) — return rounded integer for given floating point number
gp.min(a) — return minimum value in given array
gp.max(a) — return maximum value in given array
gp.drawline(x1,y1,x2,y2,z) — draw a line of state z cells from x1,y1 to x2,y2
gp.getedges(r) — return left, top, right, bottom edges of given rectangle array
gp.getminbox(p) — return minimal bounding box of given cell array or pattern
gp.validint(s) — return true if given string is a valid integer
gp.getposint() — return viewport position as 2 integers
gp.setposint(x,y) — use given integers to set viewport position
gp.split(s,sep) — split given string into 1 or more substrings
gp.equal(a1,a2) — return true if given arrays have the same values
gp.compose(S,T) — return the composition of two transformations S and T
gp.rect(r) — return a table for manipulating a rectangle
gp.pattern(p) — return a table for manipulating a pattern
gp.trace(msg) — pass into xpcall so a runtime error will have a stack trace
gp.timerstart(name) — start a named timer
gp.timersave(name) — save the current elapsed time of the named timer
gp.timervalue(name) — get the last saved value of the named timer in milliseconds
gp.timervalueall(precision) — get a string with a list of all saved timer names and values in milliseconds and then reset all timers
gp.timerresetall() — reset all of the timers

Most of the supplied Lua scripts use gplus, but it isn't compulsory. You might prefer to create your own package for use in the scripts you write. If a script calls require "foo" then Golly will look for foo.lua in the same directory as the script, then it looks for foo/init.lua. If a script calls require "foo.bar" then Golly looks for foo/bar.lua. (If none of those files exist in the script's directory then Golly will look in the supplied Scripts/Lua directory, so scripts can always use the gplus package no matter where they are located.)

 
NewCA.lua

NewCA.lua is a gplus module that can be used by other Lua scripts to explore new cellular automata rules. To implement a new CA you need to create a .lua file that looks something like this: 

local g = golly()
require "gplus.NewCA"
 
SCRIPT_NAME = "MyCA"    -- must match the name of your .lua file
DEFAULT_RULE = "XXX"    -- must be a valid rule in your CA
RULE_HELP = "HTML code describing the rules allowed by your CA."
 
function ParseRule(newrule)
    -- Parse the given rule string.
    -- If valid then return nil, the canonical rule string,
    -- the width and height of the grid, and the number of states.
    -- If not valid then just return an appropriate error message.
    
    ... parsing code for your rule syntax ...
    
    return nil, canonrule, wd, ht, numstates
    -- Note that wd and ht must be from 4 to 4000,
    -- and numstates must be from 2 to 256.
end
 
function NextPattern(currcells, minx, miny, maxx, maxy)
    -- Create the next pattern using the given parameters:
    -- currcells is a non-empty cell array containing the current pattern.
    -- minx, miny, maxx, maxy are the cell coordinates of the grid edges.
    -- This function must return the new pattern as a cell array.
    
    local newcells = {}
    
    ... code to create the next pattern in newcells ...
    
    -- delete the current pattern and add the new pattern
    g.putcells(currcells, 0, 0, 1, 0, 0, 1, "xor")
    g.putcells(newcells)
    
    return newcells
    -- Note that currcells and newcells are one-state cell arrays if
    -- g.numstates() == 2, otherwise they are both multi-state.
end
 
StartNewCA()

It should be possible to implement almost any CA that uses square cells with up to 256 states. NewCA.lua provides a lot of useful functionality:

  • The interface is essentially the same as Golly. The only really new feature is a combined menu+tool bar that appears under the edit bar. It has some menus (File, Edit, View) on the left side and various buttons (Start, Reset, etc) on the right side, along with a slider for controlling the step size.
  • Full Golly-like editing (cut/copy/paste/select/etc) including unlimited undo/redo. All of Golly's usual cursor modes are supported.
  • Patterns can be saved as .rle files. These files can be opened via the File menu's Open Pattern command. You can also open a pattern stored in the clipboard via the Open Clipboard command (or by typing shift-O).
  • Users can get help in various ways (type H or click the "?" button) and see documentation about the required rule syntax, the menu commands, a list of all the keyboard shortcuts, etc.
  • Your script can run other Lua scripts to do searches, build patterns, etc. In particular, users can specify a script to be run whenever your script starts up. A startup script can do lots of customizations (add/modify keyboard shortcuts, change the color scheme, specify a different DEFAULT_RULE, add aliases for specific rules, etc).

There is of course a price to pay for all this flexibility, and that's speed. Don't expect your CA to run at Golly-like speeds! It won't really be practical to write a CA that supports very large neighborhoods (7x7 is about the limit).

To implement a new CA you'll typically need to write a couple of hundred lines of Lua code to parse the rule strings allowed by your CA and to calculate the next pattern. To help with this task, a couple of example scripts are supplied with Golly:

1D.lua lets you explore some one-dimensional rules. It supports all of Stephen Wolfram's 256 elementary rules (including the odd numbers), as well as totalistic rules with up to 4 states and a maximum range of 4.

The syntax for elementary rules is Wn where n is from 0 to 255. Totalistic rules are strings of the form CcKkRr where c is a code number from 0 to k^((2r+1)k-2r)-1, k is the number of states (2 to 4), and r is the range (1 to 4).

The ParseRule code sets NextPattern to either NextElementary or NextTotalistic, depending on the given rule. This is a useful technique that avoids the code in NextPattern becoming way too big and complicated.

1D.lua always generates from the bottom row of the current pattern. When it reaches the bottom row of the grid, it clears the grid, copies the bottom row to the top of the grid, and continues.

SetColors is redefined to use the same color scheme as in Wolfram's "A New Kind of Science". Note that the SetColors function uses g.setcolor commands to change the grid border and the status bar background to light blue.

1D.lua also redefines the RandomPattern function to create a single row of random cells at the top of the grid.

Margolus.lua lets you explore rules using the Margolus neighborhood. Rule strings are of the form Mn,n,n,... where there must be 16 comma-separated numbers with values from 0 to 15. MCell's syntax (MS,Dn;n;n;...) is also allowed, as are these aliases:

bbm = M0,8,4,3,2,5,9,7,1,6,10,11,12,13,14,15 (the default rule)
critters = M15,14,13,3,11,5,6,1,7,9,10,2,12,4,8,0
tron = M15,1,2,3,4,5,6,7,8,9,10,11,12,13,14,0

The ParseRule code sets NextPattern to either FastPattern or SlowPattern, depending on the given rule. FastPattern is used if the rule starts with M0, or if it starts with M15 and ends with 0. To avoid ugly strobing effects in the latter case, two alternating rules will be used: one rule for even-numbered generations and another rule for odd-numbered generations (similar to how Golly handles B0 rules).

The above two scripts have a number of features in common:

  • Users can hit alt-R (option-R on a Mac) to create a random pattern with a random rule. This makes it easy to search for rules with interesting behavior.
  • Both scripts use a toroidal grid with a default size of 500 x 500. For consistency with Golly, all rule strings can have an optional suffix like ":T400,300" or ":T400" to specify a desired grid size. (It's perfectly possible to support other topologies but you'd have to write a lot of messy code.)
  • The ParseRule code allows entering an empty string as a quick way to switch to the default rule.
  • Letters in a given rule can be entered in lower case, but the canonical version always uses upper case.
  • Both scripts define a global aliases table so you can assign mnemonic names to specific rule strings.

It's probably a good idea to support these features in any new CA you might write, but it's not compulsory.

 
Potential problems

1. There are some important points to remember about Lua, especially when converting an existing Perl/Python script to Lua:

  • Cell arrays and rectangle arrays start with index 1, not 0. This is necessary to be able to use Lua's length operator (#) and standard library functions like table.unpack.
  • Lua's true and false are not equivalent to 1 and 0. In particular, "if 0" is true.
  • Avoid calls like local x, y, wd, ht = g.getrect(). Only x will get a non-nil value (a rectangle array). You need to do local x, y, wd, ht = table.unpack(g.getrect()).
  • When writing a complicated script it's a good idea to add the line require "gplus.strict" near the top. This will catch any undeclared global variables. When the script is working just remove or comment out that line.

More tips can be found at Lua Gotchas.

2. The escape key check to abort a running script is not done by Lua but by each g.* function. This means that very long Lua computations should call an occasional "no-op" like g.doevent("") to allow the script to be aborted in a timely manner.

3. When writing a script that creates a pattern, make sure the script starts with a new call (or, less useful, an open call that loads a pattern, or a save call) otherwise the script might create lots of temporary files or use lots of memory. From Golly's point of view there are two types of scripts:

  • A script that calls new or open or save is assumed to be creating some sort of pattern, so when Golly sees these calls it clears any undo history and sets an internal flag that says "don't mark this layer as dirty and don't bother recording any further changes".
  • A script that doesn't call new or open or save is assumed to modify the current pattern. Golly must record all the script's changes so that when it finishes you can select "Undo Script Changes" from the Edit menu. Generating changes (due to run or step calls) are stored in temporary files; all other changes are stored in memory.

 
Lua copyright notice

Copyright © 1994–2018 Lua.org, PUC-Rio.

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. golly-3.3-src/Help/overlay.html0000644000175000017500000017457713441044674013506 00000000000000 Golly Help: Overlay

Introduction
The overlay commands
Alpha blending
Using clips
Affine transformations
Cell view
The oplus package

 
Introduction

The overlay is a rectangular region of pixels that can be displayed above the current layer. Lua scripts have total control of what the overlay looks like and how the user interacts with it. The Scripts/Lua folder supplied with Golly has a number of scripts that illustrate how the overlay can be used:

  • 3D.lua lets people explore three-dimensional cellular automata.
  • breakout.lua shows how to use the overlay functions to create a working game.
  • browse-patterns.lua browses through patterns in a folder manually or automatically.
  • hexgrid.lua creates a true hexagonal grid for rules that use a hexagonal neighborhood.
  • lifeviewer.lua displays patterns like LifeViewer with history and smooth non-integer scaling and rotation.
  • overlay-demo.lua demonstrates how to use most of the overlay functions.
  • pop-plot.lua displays a plot of population versus time that can be saved as a PNG file.

To study how these scripts work, control-click or right-click on one of the above links to open the script in your preferred text editor, then run the script by clicking on the same link.

As well as graphics the overlay supports audio playback. Note that audio support is a compile time option for Golly and is not enabled in the standard builds.

 
The overlay commands

The overlay is manipulated using two scripts commands called overlay and ovtable.

The first, overlay, takes a single string parameter that contains an overlay command followed by zero or more arguments separated by spaces. Some overlay commands can also return a single string as their result.

The second, ovtable, takes a single table parameter rather than a string and only supports a subset of the overlay commands. It is typically faster to use ovtable than overlay. The supported ovtable commands that return a result are get, which returns individual values, and rgba, which returns a table. In all other ways ovtable is identical to the overlay command.

Here is an alphabetical list of all the valid overlay commands:

blend
camera
celloption
cellview
copy
create
cursor
delete 		drawcells
ellipse
fill
flood
font
get
line
lines 		lineoption
load
optimize
paste
position
replace
resize
rgba 		save
scale
set
sound
target
text
textoption
theme 		transform
update
updatecells
xy

Here is an alphabetical list of the subset of overlay commands supported by ovtable:

fill
get 		line
lines 		paste
rgba 		set

All of the drawing commands use the current render target. This is initially the overlay but can be changed to a clip with the target command.

The examples given below assume a script has started with these lines:

local g = golly()
local ov = g.overlay
local ovt = g.ovtable

blend i
Set alpha blending off (i = 0), full (i = 1) or fast (i = 2) and return the previous blend state as a string ("0", "1" or "2"). The fast mode should only be used when the target pixels are opaque. The commands affected by alpha blending are: ellipse, fill, flood, line, lines, load, paste, scale and set. Note that setting alpha blending to full or fast also forces ellipses and lines to be antialiased.
Example: local oldblend = ov("blend 1")

camera setting value(s)
Change a camera setting for the current cell view. The valid camera settings and their allowed values are:

angle d– set camera angle to d degrees where d is from 0.0 to 360.0
xy x y– set camera pan position to x,y
zoom z– set camera zoom to z where z is from 0.0625 (-16x) to 32.0

Example: ov("camera angle 90")
Example: ov("camera xy -32 100")
Example: ov("camera zoom 3.5")

The cellview command initializes the camera angle to 0 degrees, the x,y position to the centre of the view, and the zoom value to 1.

celloption option value
Set a display option for the current cell view. The valid options and their allowed values are:

depth d– set layer depth to d where d is from 0.0 to 1.0
grid i– set grid lines display on (i = 1) or off (i = 0)
gridmajor g– set grid lines major interval to g where g is an integer from 0 to 16
hex i– set hex display on (i = 1) or off (i = 0)
layers n– set number of layers to n where n is an integer from 1 to 10
stars i– set stars display on (i = 1) or off (i = 0)

Example: ov("celloption depth 0.2")
Example: ov("celloption layers 6")
Example: ov("celloption hex 1")
Example: ov("celloption grid 1")
Example: ov("celloption gridmajor 8")
Example: ov("celloption stars 1")

The cellview command initializes the depth to 0.05, the number of layers to 1, hex display to 0, grid to 0, gridmajor to 10 and stars to 0.

cellview x y wd ht
Create a cell view enclosed by the given rectangle that can be drawn on the overlay. The width and height must be from 16 to 4096 and a multiple of 16.
Example: ov("cellview -1024 -1024 2048 2048")

copy x y wd ht clipname
Copy the pixels in the given rectangle from the current render target into the named clip for later use in a command like paste or scale. If the given width or height is less than 1 then it is treated as an inset from the render target's current width or height (this makes it easy to copy the entire render target with a command like "copy 0 0 0 0 all"). Any parts of the rectangle outside the render target are filled with transparent pixels. The clip name can contain any characters except a space.
Example: ov("copy 0 0 100 200 tempbox")

create wd ht (clipname)
Create the overlay or if a clip name is specified create a new clip with the given width and height. All pixels are initially transparent (their RGBA values are set to 0,0,0,0). When creating the overlay the following are also set:

The initial RGBA values used by later drawing commands are set to 255,255,255,255 (opaque white). The overlay's initial position is set to topleft, the cursor is set to the standard arrow, the transform values are set to 1,0,0,1 (identity) and alpha blending is off. The initial font for drawing text is the default system font at a size of 10pt (see the font command). The text options are set to left alignment (for multi-line text) and a transparent background. The initial line width (used by the ellipse, line and lines commands) is set to 1. The render target is set to be the overlay.

Example: ov("create 400 300")
Example: ov("create 400 300 myclip")

Note that the when creating the overlay this command automatically ticks the Show Overlay option to ensure the overlay will be displayed when the viewport is updated (by calling g.update() or the update command).

cursor name
Specify which cursor to use when the mouse moves over a non-transparent pixel within the overlay. The valid cursor names are:

arrow – standard arrow
cross – crosshairs
current – Golly's current cursor (no change)
hand – hand
hidden – invisible cursor
pencil – pencil
pick – color picker
wait – a lengthy task is in progress
zoomin – magnifying glass with "+"
zoomout – magnifying glass with "-"

The previous cursor name is returned.
Example: local oldcursor = ov("cursor pencil")

delete (clipname)
Delete the overlay or if a clip name is specified delete the named clip. When deleting the overlay this is equivalent to selecting Delete Overlay from the Layer menu. Note that it is an error to delete a clip that is the current render target. Also note that deleting the overlay will stop any sound that is playing.
Example: ov("delete")
Example: ov("delete myclip")

drawcells
Draw the cells from the current cell view onto the render target. The cells will be drawn using the camera settings and colored using the current theme. Further drawing commands can then be used to draw on top of the cell display. Pixels outside of the current cell view are drawn in the current grid border color.
Example: ov("drawcells")

ellipse x y wd ht
Draw an ellipse inside the given rectangle using the current rgba values onto the render target. Any parts of the ellipse outside the render target are automatically clipped. A width or height less than 1 is relative to the render target's width or height. If the width equals the height (and both are positive) then the result is a circle. If alpha blending is turned on then the edges of the ellipse are antialiased. The lineoption width command determines the thickness of the ellipse.
Example: ov("ellipse 10 10 60 40")

fill x y wd ht (...x y wd ht)
Fill the given rectangles in the render target with the current rgba values. Any parts of the rectangles outside the render target are automatically clipped. If no rectangle is given then the entire render target is filled. A width or height less than 1 is relative to the render target's width or height, so a command like ov("fill 1 1 -2 -2") would fill all of the render target except for a 1 pixel border around the edges.
Example: ov("fill 10 10 30 50")
 or
Example: ovt{"fill", 10, 10, 30, 50}

flood x y
Flood a connected region of pixels in the render target that match the given starting pixel with the current rgba values.
Example: ov("flood 10 20")

font fontsize fontname
Set the font used by later text commands. If the font name is not supplied then only the font size will be changed. The valid font names are:

default – standard system font
default-bold – bold system font
default-italic – italic system font
mono – mono-spaced font
mono-bold – bold mono-spaced font
mono-italic – italic mono-spaced font
roman – roman font
roman-bold – bold roman font
roman-italic – italic roman font

The previous font is returned as a string of the form "fontsize fontname".
Example: local oldfont = ov("font 15 roman-bold")

get x y
Return the RGBA values of the given pixel in the render target. All values will be from 0 to 255.
For the string version the values are returned as a string of the form "red green blue alpha". If the given pixel is outside the render target then "" is returned.
Example: local RGBA = ov("get 10 20")
For the table version the values are returned individually. If the given pixel is outside the render target then -1 is returned for each component.
Example: local R, G, B, A = ovt{"get", 10, 20}

line x1 y1 x2 y2 (...xn yn)
Draw one or more connected lines of pixels between the supplied coordinates x1 y1 to xn yn on the render target using the current rgba values. Any pixels outside the render target edges are automatically clipped. If alpha blending is turned on then the lines are antialiased. The lineoption width command determines the thickness of the lines.
Examples:
-- draw line from (10, 20) to (50, 60)
ov("line 10 20 50 60")
 or
ovt{"line", 10, 20, 50, 60}
-- draw triangle with vertices at (0, 0), (100, 0) and (50, 100)
ov("line 0 0 100 0 50 100 0 0")
 or
ovt{"line", 0, 0, 100, 0, 50, 100, 0, 0}

lines x1 y1 x2 y2 (...xn1 yn1 xn2 yn2)
Draw one or more separate lines of pixels between the supplied pairs of coordinates x1 y1 to x2 y2 on the render target using the current rgba values. Any pixels outside the render target edges are automatically clipped. If alpha blending is turned on then the lines are antialiased. The lineoption width command determines the thickness of the lines.
Examples:
-- draw line from (10, 20) to (50, 60)
ov("lines 10 20 50 60")
 or
ovt{"lines", 10, 20, 50, 60}
-- draw line from (0, 0) to (100, 0) and another line from (50, 25) to (150, 25)
ov("lines 0 0 100 0 50 25 150 25")
 or
ovt{"lines", 0, 0, 100, 0, 50, 25, 150, 25}

lineoption option value
Set an option used by the ellipse, line and lines commands. There is currently one valid option:

width w– set the line width to an integer from 1 to 10000.

The previous line width is returned as a string. The create command initializes the line width to 1.

Example: local oldwidth = ov("lineoption width 3")

load x y file
Load the given BMP/GIF/PNG/TIFF file into the render target at the given location. Any pixels outside the render target edges are automatically clipped. Return the total size of the image (including any clipped portions) as a string of the form "width height". Note that it's sometimes desirable to call this command twice: the 1st call can specify a location completely outside the render target just to get the image's width and height; the 2nd call can then use those values to do things like center the image within the render target.
Example: local wdht = ov("load 99999 99999 foo.png")

optimize clipname
Optimizes the named clip for improved paste performance when using alpha blending. Returns the bounding box of non-zero alpha pixels within the clip as a string of the form "x y width height". A clip that is modified after optimization must be optimized again before use to get the performance benefit. Especially effective for text rendering and used automatically by the op.maketext function.
Example: local x, y, w, h = ov("optimize textclip")

paste x1 y1 (...xn yn) clipname
Paste the named clip (created by an earlier create, copy or text command) into the render target at the given location(s). Any pixels outside the render target edges are automatically clipped.
Examples:
-- paste the tempbox clip at (10, 20)
ov("paste 10 20 tempbox")
 or
ovt{"paste", 10, 20, "tempbox"}
-- paste the tempbox clip at (10, 20), (100, 20) and (100, 50)
ov("paste 10 20 100 20 100 50 tempbox")
 or
ovt{"paste", 10, 20, 100, 20, 100, 50, "tempbox"}

If multiple locations are given then the clip is drawn at the locations in the order specified.

position pos
Specify where the overlay is to be displayed within the current layer. The valid positions are:

topleft – top left corner
topright – top right corner
bottomright – bottom right corner
bottomleft – bottom left corner
middle – middle of layer

Example: ov("position middle")

replace red green blue alpha
Replace pixels with color red green blue alpha in the render target with the current rgba values. Returns the number of pixels replaced as a string.
Example:
-- replace opaque black pixels with semi-transparent blue pixels in clip named 'myclip'
local oldtarget = ov("target myclip")
ov("rgba 0 0 255 128")
local replaced = ov("replace 0 0 0 255 myclip")
ov("target "..oldtarget)

There are two special characters that can be used in the color specification for more advanced matches: ! and *. A color component may be specified as the wildcard * which means match any value for that component.
Example:
-- replace any opaque pixel with opaque blue
ov(op.blue)
local replaced = ov("replace * * * 255")

If the match specification is prefixed with ! then pixels that don't match the specification are replaced.
Example:
-- replace any pixel that isn't white with yellow
ov(op.yellow)
local replaced = ov("replace !255 255 255 255")

Alternatively if the alpha specification is prefixed with ! then pixels that don't have the specified alpha value are replaced.
Example:
-- replace any non-opaque pixel with opaque blue
ov(op.blue)
local replaced = ov("replace * * * !255")

Normally when a match is found the clip pixel is replaced with the current rgba values. This can be overridden by postfixing one or more color components with r, g, b, a or #. Each color component in the clip pixel can either be left unchanged (in the case of #) or replaced with the specified color component from the clip pixel.
Examples:
-- make transparent pixels opaque (r g b 0 -> r g b 255)
ov("rgba 0 0 0 255")
local replaced = ov("replace *# *# *# 0")

-- swap the red and green components (r g b a -> g r b a)
local replaced = ov("replace *g *r *# *#")

-- set the pixels to opaque gray based on the alpha level (r g b a -> a a a 255)
ov("rgba 0 0 0 255")
local replaced = ov("replace *a *a *a *")

If the postfix character is followed by - then the component value is inverted.
Examples:
-- invert the r g b components but leave alpha unchanged (r g b a -> 255-r 255-g 255-b a)
local replaced = ov("replace *#- *#- *#- *#")

-- make transparent pixels opaque and vice versa (r g b a -> r g b 255-a)
local replaced = ov("replace *# *# *# *#-")

Color components can also be adjusted by using -- to decrement, ++ to increment, -value to subtract a constant or +value to add a constant. Component values are clamped to the range 0 to 255.
Examples:
-- increase the brightness of all pixels
local replaced = ov("replace *#+50 *#+50 *#+50 *#")

-- fade all pixels to black
while tonumber(ov("replace *#-- *#-- *#-- *#")) > 0 do
    ov("update")
end

The postfixes can also be used without a target component. In which case the current rgba values are adjusted.
Example:
-- replace green pixels with the current drawing color minus 32 alpha (0 255 0 255 -> 255 0 0 96)
ov("rgba 255 0 0 128")
local replaced = ov("replace 0 255 0 255-32")

resize wd ht (clipname)
Resize the overlay or if a clip name is specified resize the named clip. The previous size is returned as a string of the form "width height". This command is typically used if a window resize is detected and you wish to keep the overlay covering all of the current layer. Note that all pixels in the resized overlay/clip become transparent (their RGBA values are reset to 0,0,0,0).
Example: local oldsize = ov("resize 1000 800")
Example: local oldsize = ov("resize 300 240 myclip")

rgba red green blue alpha
Set the current RGBA values used by later drawing commands and return the old values. All values are from 0 to 255. The commands that use the current RGBA values are: ellipse, fill, flood, line, lines, replace, set and text.
For the string version the values are returned as a string of the form "red green blue alpha".
Example: local oldrgba = ov("rgba 255 0 0 255")
For the table version the values are returned as a table of the form {"rgba", red, green, blue, alpha}.
Example: local oldrgba = ovt{"rgba", 255, 0, 0, 255}

save x y wd ht file
Save the pixels in the given rectangle of the render target in the given PNG file. An error will occur if any part of the rectangle is outside the render target. If the given width or height is less than 1 then it is treated as an inset from the render target's current width or height (this makes it easy to save the entire render target with a command like "save 0 0 0 0 overlay.png").
Example: ov("save 0 0 100 80 "..g.getdir("temp").."foo.png")

set x1 y1 (...xn yn)
Set the specified pixels in the render target to the current rgba values. Pixels outside the render target are silently ignored.
Examples:
-- set pixel at (10, 20)
ov("set 10 20")
 or
ovt{"set", 10, 20}
-- set pixels at (10, 20), (15, 25) and (16, 25)
ov("set 10 20 15 25 16 25")
 or
ovt{"set", 10, 20, 15, 25, 16, 25}

scale quality x y wd ht clipname
Paste the named clip into the current render target, scaling it so it fits into the specified rectangle. Any pixels outside the render target edges are automatically clipped. The given quality must be one of these strings:

best– use a high quality, but slow, scaling algorithm
fast– use a fast, but lower quality, scaling algorithm

Example: ov("scale best 10 10 100 200 image")

sound (command (soundfile))
Controls playback of audio files. If present the soundfile argument must point to a WAV or OGG format file containing the sound to be played. Multiple sounds can be played simultaneously.

If the command is invoked with no arguments then it returns a string indicating whether sound is available.
0Sound support is not available
1Sound support is available but failed to initialize
2Sound support is available and ready to use

There are seven sound commands:

play soundfile (level)
Play the named soundfile at volume level asynchronously and return immediately. The volume is from 0.0 (silent) to 1.0 (maximum) and is set to maximum if not specified.
 
loop soundfile (level)
Play the named soundfile at volume level asynchronously and loop until the stop command is used.
 
stop (soundfile)
Stop all sound playback or just the specified soundfile.
 
pause (soundfile)
Pause all sound playback or just the specified soundfile.
 
resume (soundfile)
Resume all sound playback or just the specified soundfile.
 
volume soundfile level
Set the named soundfile volume level from 0.0 (silent) to 1.0 (maximum). This is typically used to change the volume of a sound that is already playing.
 
state (soundfile)
Returns the playback state of "playing" if any sound (or the specified sound) is playing, "paused" if the specified sound is paused or "stopped" otherwise.

Notes:

  • Deleting the overlay will stop any sounds that are playing.
  • The play command returns the empty string "" if successful and an error message otherwise.
  • The state command will return "unknown" if the specified sound is not found.
  • If sound support is not available or failed to initialize then the sound commands will silently do nothing.

Example: ov("sound play beep.wav 0.5") -- play beep.wav at half volume
Example: ov("sound play beep.wav") -- play beep.wav at full volume
Example: ov("sound stop") -- stop all sounds playing
Example: ov("sound loop background.ogg") -- play background.ogg in a loop at full volume
Example: ov("sound volume background.ogg 0.7") -- set background.ogg volume to 0.7
Example: ov("sound pause background.ogg") -- pause playback of background.ogg
Example: ov("sound resume") -- resume playback of all paused sounds

target (clipname)
Set the render target to the named clip or to the overlay if no clip is specified. All subsequent drawing commands will use the new render target. Returns the previous target as a string (an empty string if it was the overlay). It is an error to attempt to delete a clip while it is the render target. The commands that use the render target are: copy (as the source), drawcells, ellipse, fill, flood, get (as the source), line, lines, load, paste, replace, save (as the source), scale and set.
Example: local oldtarget = ov("target myclip")

text clipname one or more lines of text ...
Create a named clip containing the given text in the current font (as set by the most recent font command). Return the dimensions of the clip as a string of the form "width height descent". The descent is the number of pixels under the baseline (useful if you want to place text with different sized fonts on the same line).

The text's color depends on the most recent rgba command. The text background color can be set with the textoption background command. By default the text has a transparent background, so you'll probably need to set blend to 1 before drawing the text with paste. If you specify an opaque background then there's no need to turn on alpha blending when doing the paste, so drawing such text will be significantly faster. You can also specify the alignment of multi-line text with the textoption align command.

Example: local dimens = ov("text tempclip First line.\nSecond line.")

textoption option value
Set a display option for the text command. The valid options and their allowed values are:

align alignment– set the alignment of multi-line text to left, right or center
background r g b a– set the text background to the given RGBA values (all from 0 to 255)

The create command initializes the text options to left alignment and a transparent background. Both options return their previous setting as a string: the returned alignment value will be "left", "right" or "center"; the returned background will be a string of the form "red green blue alpha".

Example: local oldalign = ov("textoption align right")
Example: local oldbackground = ov("textoption background 255 0 0 255")

theme r1 g1 b1 r2 g2 b2 r3 g3 b3 r4 g4 b4 r5 g5 b5 (alivea, deada, unoccupieda, bordera)
Define the color theme for drawing the current cell view. Themes allow better visualization of patterns because they highlight history and longevity of cells. The arguments define 5 colors:

r1 g1 b1born   cell just born
r2 g2 b2alive   cell alive for at least 63 generations
r3 g3 b3died   cell just died
r4 g4 b4dead   cell dead for at least 63 generations
r5 g5 b5unoccupied   cell never occupied

Example: ov("theme 0 255 255 255 255 255 0 0 255 0 0 47 0 0 0")
New cells are drawn in the born color (cyan 0 255 255).
If they stay alive they fade from the born color to the alive color (white 255 255 255) over the next 63 generations. If the cell stays alive after that it remains in the alive color. This provides a visual representation of cell longevity.
Cells are drawn in the died color (blue 0 0 255) when then they die.
If they stay dead they fade from the died color to the dead color (dark blue 0 0 47) over the next 63 generations. If the cell stays dead after that it remains in the dead color. This provides a visual representation of cell history.
Cells that have never been occupied are drawn in the unoccupied color (black 0 0 0).

Optionally you can specify the alpha values for the different cell types:

alivea   born to alive
deada   died to dead
unoccupieda   unoccupied
bordera   border

The border color RGB components are read from the View Preference grid border color. If you don't want a border drawn around the cell view then set bordera to 0 (transparent).

If you omit alpha values then they all default to 255 (opaque).

If no theme is specified then Golly's default colors for the pattern are used. If you want to switch off the theme then use the command ov("theme -1").

There is a set of predefined themes in the oplus package using which the example above would become: ov(op.theme1) or ov(op.themes[1]).

transform axx axy ayx ayy
Set the affine transformation values used by later paste commands and return the old values as a string of the form "axx axy ayx ayy".
Example: local oldt = ov("transform 0 -1 1 0")

update
Tell Golly to update the overlay without drawing the underlying layer. This will be faster than calling g.update() but should only be used in cases where the overlay covers the entire layer and all pixels in the overlay are opaque.
Example: ov("update")

updatecells
Update the current cell view using the cells in the current universe. This command should typically be used every time the universe changes.
Example: ov("updatecells")

xy
Return the current mouse position within the overlay as a string of the form "x y", or "" if the mouse is outside the overlay. The x and y values are pixel coordinates. The top left pixel in the overlay is "0 0"; x values increase to the right and y values increase downwards.
Example: local mousepos = ov("xy")

 
Alpha blending

Alpha blending is a way of drawing translucent pixels on top of existing pixels to get nicer looking results. When an overlay is created, alpha blending is initially turned off. To turn it on a script needs to call "blend 1", for blending with any target, or "blend 2", for faster blending when you know the target pixels are opaque. Consider this simple script which draws a translucent blue square on top of a translucent red square (both on top of an opaque white background):

local g = golly()
local ov = g.overlay
ov("create 100 80")
ov("fill")
ov("blend 1")
ov("rgba 255 0 0 128")
ov("fill 10 10 50 50")
ov("rgba 0 0 255 128")
ov("fill 30 20 50 50")
blend 1
blend 0

The left image shows the resulting overlay. The right image shows the overlay produced by the same script but with the "blend 1" line removed (the grid lines are from the layer underneath the overlay).

Note that drawing with alpha blending on is significantly slower than drawing with it off, so it's a good idea to only turn it on when necessary. The overlay commands that can do alpha blending are: ellipse, fill, flood, line, lines, load, paste, scale, set.

 
Using clips

Overlay scripts can use multiple "clipboards" called clips. A clip is simply a chunk of memory containing a rectangular area of pixels. Each clip has a unique name consisting of any characters except a space. Clips can be created using three commands: create, copy and text. Clips can be the render target for any of the drawing commands.

The following script illustrates the use of clips. It creates a tiled background pattern on which some translucent text is drawn. The image on the right shows the resulting overlay.

local g = golly()
local ov = g.overlay
ov("create 199 177")
ov("rgba 255 255 0 255")
ov("fill")
-- create the tile
ov("rgba 0 0 0 255")
ov("line 10 0 0 20")
ov("line 10 0 20 20")
ov("line 0 20 20 20")
ov("rgba 200 200 255 255")
ov("flood 10 10")
ov("copy 0 0 21 21 mytile")
-- tile the overlay
for y = 0, 177, 21 do
   for x = 0, 199, 21 do
      ov("paste "..x.." "..y.." mytile")
   end
end
-- create some translucent red text
ov("rgba 255 0 0 180")
ov("font 60 roman-bold")
ov("text mytext Golly")
ov("blend 1")
ov("paste 10 10 mytext")

 
Affine transformations

The transform command allows a limited set of affine transformations, namely rotation by multiples of 90 degrees and reflection about the x, y or diagonal axes. The following script shows how text can be rotated or reflected. Instead of using explicit transform commands it uses mnemonic synonyms defined in the oplus package. The image on the right shows the resulting overlay.

local g = golly()
local ov = g.overlay
local op = require "oplus"
ov("create 200 380")
ov("fill")
ov("blend 1")
ov("font 12 default-bold")
-- do rotations
ov("rgba 0 0 255 255")
ov("text temp ROTATE")
ov("set 100 100")
ov("paste 100 100 temp")
ov(op.rcw)
ov("paste 100 100 temp")
ov(op.racw)
ov("paste 100 100 temp")
ov(op.r180)
ov("paste 100 100 temp")
-- do reflections
ov("rgba 255 0 0 255")
ov(op.identity)
ov("text temp - REFLECT")
ov("set 100 270")
ov("paste 100 270 temp")
ov(op.flip_x)
ov("paste 100 270 temp")
ov(op.flip_y)
ov("paste 100 270 temp")
ov(op.swap_xy)
ov("paste 100 270 temp")
ov(op.swap_xy_flip)
ov("paste 100 270 temp")

 
Cell view

A cell view is a flexible way of displaying cells from the universe onto the overlay. A number of steps are required:

  1. Use the cellview command to specify the rectangle of cells from the universe that you want to display.
  2. Either use the current pattern colors or pick a theme with the theme command.
  3. Use the camera and celloption commands to determine how you want to project the cells onto the overlay.
  4. Whenever cells change in the universe you should use the updatecells command to refresh the cell view.
  5. To draw the cells onto the overlay use the drawcells command. If the cells don't change and you want to change the camera or theme then just use drawcells after the appropriate camera and theme commands.

Here is a simple example:

-- create an overlay the size of the current layer
local g = golly()
local ov = g.overlay
local viewwd, viewht = g.getview(g.getlayer())
ov("create "..viewwd.." "..viewht)
-- open example pattern
g.open(g.getdir("app").."Patterns/Life/Methuselahs/rabbits.lif")
-- create a cell view using a theme
ov("cellview -256 -256 512 512")
ov("theme 0 255 255 255 255 255 0 0 255 0 0 47 0 0 0")
-- set camera 14.5x zoom and 30 degree rotation
ov("camera zoom 14.5")
ov("camera angle 30")
ov("drawcells")
ov("update")
-- run for 1000 generations
for i = 1, 1000 do
    g.run(1)
    ov("updatecells")
    ov("drawcells")
    ov("update")
end
-- delete the overlay
ov("delete")

To see the above script in action, select and copy the lines to the clipboard, then select Run Clipboard from the File menu. For a more complex example see lifeviewer.lua.

 
The oplus package

The oplus package provides a high-level interface to the overlay commands which implement graphics, text, user interface and utility functions. The package consists of a set of .lua files stored in the Scripts/Lua/oplus directory. The following functions are available after a script calls local op = require "oplus" (see init.lua for the implementation details).

Graphics commands

op.draw_line(x1, y1, x2, y2)
Draw a line from x1,y1 to x2,y2.
Example: op.draw_line(0, 0, 10, 10)

op.fill_ellipse(x, y, w, h, borderwd, fillrgba)
Draw an ellipse (or circle) inside the given rectangle. If borderwd is greater than zero then an antialiased ellipse of the given thickness is drawn using the current color. If fillrgba is not an empty string then the ellipse is filled with the given color.
Example: op.fill_ellipse(200, 450, 140, 99, 2, "rgba 255 255 0 200")

op.fill_rect(x, y, wd, ht)
Draw a filled rectangle with its top left corner at x,y and of the given width and height.
Example: op.fill_rect(0, 0, 40, 30)

op.round_rect(x, y, w, h, radius, borderwd, fillrgba)
Draw a rounded rectangle where the given radius determines the curvature of each corner. If borderwd is greater than zero then an antialiased border of the given thickness is drawn using the current color. If fillrgba is not an empty string then the rectangle is filled with the given color.
Example: op.round_rect(200, 300, 60, 30, 15, 0, "rgba 255 0 0 128")

Text commands

op.minbox(clipname, wd, ht)
Find the minimal bounding box of non-transparent pixels in the given clip. This can be used to determine the real dimensions of some text. If all pixels in the clip are transparent then the returned values are all zero.
Example: local minx, miny, minwd, minht = op.minbox("textclip", 80, 10)

op.maketext(text, clipname, color, shadowx, shadowy, shadowcolor)
A simpler and more powerful way of creating text that can then be drawn with pastetext. Only the first argument, text, is required.
Example:
-- draw the string "Hello World" at 0, 0 on the current render target
op.maketext("Hello World")
op.pastetext(0, 0)

Usually the text clip is created using the current rgba values. This can be overridden by specifying the color argument. The text may also be given a shadow at a specific x, y pixel offset defined with the shadowx and shadowy arguments. The shadow will be drawn in opaque black unless a different color is specified with the shadowcol argument.
Example:
-- create a clip named "hello" with the text "Hello World" in blue with a yellow shadow offset by -1, -2 pixels.
local w, h = op.maketext("Hello World", "hello", op.blue, -1, -2, op.yellow)

The function returns the width and height of the created clip (including any shadow).

op.pastetext(x, y, transform, clipname)
Paste text onto the current render target. Only the first two arguments x, y are required. Returns the clip name.
Example:
-- paste a text clip at 0, 0 on the current render target
local textclip = op.pastetext(0, 0)

The transform argument can be used to specify an affine transformation. The clipname may be used to specify a non-default clipname.
Example:
-- paste the clip named "hello" at 0, 0 and rotated clockwise on the current render target
op.pastetext(0, 0, op.rcw, "hello")

User interface commands

op.button(label, onclick)
Create and return a table representing a button. The button width depends on the given label text. If the op.process function detects a click in this button then the given onclick function will be called.
Example: cancel_button = op.button("Cancel", g.exit)

The button will only appear after its show function is called.
Example: cancel_button.show(10, 10)

op.checkbox(label, labelrgba, onclick)
Create and return a table representing a check box. The label text will be drawn using the given color to the right of a tickable button. If the op.process function detects a click in this check box (including the label) then the given onclick function will be called.
Example: line_box = op.checkbox("Show lines", op.black, toggle_lines)

The check box will only appear after its show function is called.
Example: line_box.show(10, 40, true)

op.radiobutton(label, labelrgba, onclick)
Create and return a table representing a radio button. The label text will be drawn using the given color to the right of a radio button. If the op.process function detects a click in this radio button (including the label) then the given onclick function will be called.
Example:
draw_option = op.radiobutton("Draw", op.black, set_draw_mode)
select_option = op.radiobutton("Select", op.black, set_select_mode)
move_option = op.radiobutton("Move", op.black, set_move_mode)

The radio button will only appear after its show function is called.
Example:
draw_option.show(10, 40, mode == "draw")
select_option.show(10, 40, mode == "select")
move_option.show(10, 40, mode == "move")

op.slider(label, labelrgba, barwidth, minval, maxval, onclick)
Create and return a table representing a slider. The label text will be drawn using the given color to the left of the slider's horizontal bar. The bar width must be greater than 0. The minimum and maximum values of the slider can be any integer values, as long as minval is less than maxval. If the op.process function detects a click in this slider, and the slider value has changed, then the given onclick function will be called.
Example: red_slider = op.slider("Red:", op.black, 64, 0, 255, new_red)

The slider will only appear after its show function is called.
Example: red_slider.show(10, 70, 255)

op.menubar()
Create and return a table representing a menu bar. You can then use its addmenu function to add menus to the menu bar, then the additem function to append items to these menus. If the op.process function detects a click in this menu bar then it will track the mouse and call the specified callback function if a menu item is selected.
Example:
mbar = op.menubar()
-- add some menus
mbar.addmenu("File")
mbar.addmenu("Edit")
-- add items to File menu
mbar.additem(1, "New Pattern", NewPattern)
mbar.additem(1, "Open Pattern...", OpenPattern)
mbar.additem(1, "Save Pattern...", SavePattern)
mbar.additem(1, "---", nil) -- separator
mbar.additem(1, "Exit", g.exit)
-- add items to Edit menu
mbar.additem(2, "Undo", Undo)
mbar.additem(2, "Redo", Redo)

The menu bar will appear when its show function is called. Menu items can be enabled or disabled using the enableitem function, and ticked or unticked using the tickitem function.
Example:
mbar.enableitem(2, 1, CanUndo())
mbar.enableitem(2, 2, CanRedo())
mbar.show(0, 0, 600, 30)

op.process(event)
Process the given event (normally the string returned by a getevent command). If it detects a click in a previously created button, check box or slider then it will call the appropriate onclick function and return an empty string to indicate the event was handled, otherwise it returns a copy of the given string so the caller can process the event.
Example: local event = op.process( g.getevent() )

op.popupmenu()
Create and return a table representing a pop-up menu. You can then use its additem function to append an item with a given label and a callback function that will be called if the user selects the item.
Example:
editmenu = op.popupmenu()
editmenu.additem("Cut", CutSelection)
editmenu.additem("Copy", CopySelection)
editmenu.additem("Clear", ClearSelection)
editmenu.additem("---", nil)
editmenu.additem("Paste", PasteClipboard)

The pop-up menu will appear when its show function is called (note that you need to pass in the overlay's width and height).
Example:
editmenu.setbgcolor("rgba 0 128 0 255") -- dark green background
editmenu.show(mousex, mousey, ovwd, ovht)

Utility commands

op.hexrule()
Return true if the current rule uses a hexagonal neighborhood.
Example: if op.hexrule() then do_hex_stuff() end

The oplus package also defines a number of synonyms for some frequently used overlay commands.

Opaque colors:

op.white = "rgba 255 255 255 255"
op.gray = "rgba 128 128 128 255"
op.black = "rgba 0 0 0 255"
op.red = "rgba 255 0 0 255"
op.green = "rgba 0 255 0 255"
op.blue = "rgba 0 0 255 255"
op.cyan = "rgba 0 255 255 255"
op.magenta = "rgba 255 0 255 255"
op.yellow = "rgba 255 255 0 255"

Affine transformations:

op.identity = "transform 1 0 0 1"
op.flip = "transform -1 0 0 -1"
op.flip_x = "transform -1 0 0 1"
op.flip_y = "transform 1 0 0 -1"
op.swap_xy = "transform 0 1 1 0"
op.swap_xy_flip = "transform 0 -1 -1 0"
op.rcw = "transform 0 -1 1 0"
op.rccw = "transform 0 1 -1 0"
op.racw = op.rccw
op.r180 = op.flip

Themes:

op.theme0 = "theme 255 255 255 255 255 255 0 0 0 0 0 0 0 0 0"
op.theme1 = "theme 0 255 255 255 255 255 0 0 255 0 0 47 0 0 0"
op.theme2 = "theme 255 144 0 255 255 0 160 0 0 32 0 0 0 0 0"
op.theme3 = "theme 0 255 255 255 255 255 0 128 0 0 24 0 0 0 0"
op.theme4 = "theme 255 255 0 255 255 255 128 0 128 0 47 0 0 32 128"
op.theme5 = "theme 176 176 176 255 255 255 104 104 104 16 16 16 0 0 0"
op.theme6 = "theme 0 0 0 0 0 0 255 255 255 255 255 255 255 255 255"
op.theme7 = "theme 0 0 255 0 0 0 0 255 255 240 240 240 255 255 255"
op.theme8 = "theme 240 240 240 240 240 240 240 240 240 240 240 240 0 0 0"
op.theme9 = "theme 240 240 240 240 240 240 160 0 0 160 0 0 0 0 0"

You can also access the themes via an array: local mytheme = op.themes[2].

For a good example of how to use the oplus package, see the 3D.lua script. golly-3.3-src/Help/tips.html0000644000175000017500000001162213230774246012762 00000000000000 Golly Help: Hints and Tips

Some useful hints and tips

  • Avoid the temptation to put your own patterns, scripts or rules inside Golly's supplied folders — it will make it difficult to upgrade to a future version. A much better idea is to create separate folders for your own files and put those folders alongside the supplied folders, so your Golly folder looks something like this:

    Golly
        Golly.exe (Golly.app on Mac, golly on Linux)
        Help
        Patterns
        Rules
        Scripts
        My-downloads (contains all your downloaded files; set in Preferences > File)
        My-patterns (contains all your pattern files)
        My-rules (contains all your .rule files; set in Preferences > Control)
        My-scripts (contains all your .lua/.py files)

    If necessary, use File > Set File Folder and select the Golly folder. Now all your folders (and the supplied folders) are visible in the file panel, so with just a few clicks you can load any pattern, run any script, or switch to any .rule file. You can also right-click (or control-click) on any of those files to open them in your preferred text editor.

    When upgrading to a new version of Golly, Mac users can simply drag all the distributed files and folders into their Golly folder and the old versions will be replaced. On Windows and Linux you'll need to delete the old Help, Patterns, Rules and Scripts folders before dragging in the new folders to avoid ending up with merged versions.

  • For better performance you should consider opening Preferences > Control and increasing the maximum memory size used by the various hash-based algorithms. The maximum size depends on the amount of physical memory in your machine and the typical usage of that machine while Golly is running. A good place to start is 50% of your physical memory. If your machine has less RAM or is used for internet browsing or other memory-hungry applications, you might lower this to 25% of physical memory; if your machine is a server and Golly will usually be running by itself, then 80% of physical memory may be appropriate. More memory is better, but your machine should never go into swap or start using automatic memory compression.
  • To view a pattern file you can drop it onto the Golly app or onto the Golly window if the app is already running.
  • When Golly starts up it looks for scripts called golly-start.lua or golly-start.py in the same directory as the Golly application and then in a user-specific data directory (see the Preferences item for the likely path on your system). If either script is found then it is automatically executed.
  • Displaying the population count can cause a significant slow-down when generating large patterns, especially when using HashLife. You can disable the population count by unticking the Show Population option in the Control menu, or you can toggle it by clicking in the "Population=..." text. Another alternative is to hit ";" to hide the status bar. You can toggle the status bar at any time, even in full screen mode.
  • Editing operations are fastest in QuickLife.
  • Pasting large, sparse patterns is much faster if using Or mode, or if the current pattern is empty, or if the paste rectangle is completely outside the current pattern edges.
  • The hand cursor can be used to scroll the view by clicking and dragging. If you drag the cursor outside any view edge then scrolling will occur continuously; ie. you don't have to move the cursor. If the cursor is outside any corner (ie. outside two edges) then the scrolling direction will be diagonal. Actually, continuous scrolling also occurs if the hand cursor is dragged onto any view edge or corner. This allows such scrolling to occur in full screen mode.
  • While dragging the mouse to make (or modify) a selection, the escape key can be used to cancel the operation and restore the original selection.
golly-3.3-src/Help/formats.html0000644000175000017500000011741513111767235013463 00000000000000 Golly Help: File Formats

Here are the important file formats used by Golly:

Extended RLE format (.rle)
Macrocell format (.mc)
Rule format (.rule)
     @RULE
     @TABLE
     @TREE
     @COLORS
     @ICONS
          Specifying icons using XPM
          Grayscale icons or multi-color icons
          Requesting built-in icons
          Tools for creating icons
     How Golly finds .rule files
     Related rules can share colors and/or icons
     How to override a supplied or built-in rule
     The easy way to install a new .rule file
     Deprecated files (.table, .tree, .colors, .icons)
Zip files (.zip)

 
Extended RLE format

Golly prefers to store patterns and pattern fragments in a simple concise textual format we call "Extended RLE" (it's a modified version of the RLE format created by Dave Buckingham). The data is run-length encoded which works well for sparse patterns while still being easy to interpret (either by a machine or by a person). The format permits retention of the most critical data:

  • The cell configuration; ie. which cells have what values.
  • The transition rule to be applied.
  • Any comments or description.
  • The generation count.
  • The absolute position on the screen.

Golly uses this format for internal cuts and pastes, which makes it very convenient to move cell configurations to and from text files. For instance, the r-pentomino is represented as 

x = 3, y = 3, rule = B3/S23
b2o$2o$bo!

I just drew this pattern in Golly, selected the whole thing, copied it to the clipboard, and then in my editor I did a paste to get the textual version. Similarly, data in this format can be cut from a browser or email window and pasted directly into Golly.

RLE data is indicated by a file whose first non-comment line starts with "x". A comment line is either a blank line or a line beginning with "#". The line starting with "x" gives the dimensions of the pattern and usually the rule, and has the following format:

x = width, y = height, rule = rule

where width and height are the dimensions of the pattern and rule is the rule to be applied. Whitespace can be inserted at any point in this line except at the beginning or where it would split a token. The dimension data is ignored when Golly loads a pattern, so it need not be accurate, but it is not ignored when Golly pastes a pattern; it is used as the boundary of what to paste, so it may be larger or smaller than the smallest rectangle enclosing all live cells.

Any line that is not blank, or does not start with a "#" or "x " or "x=" is treated as run-length encoded pattern data. The data is ordered a row at a time from top to bottom, and each row is ordered left to right. A "$" represents the end of each row and an optional "!" represents the end of the pattern.

For two-state rules, a "b" represents an off cell, and a "o" represents an on cell. For rules with more than two states, a "." represents a zero state; states 1..24 are represented by "A".."X", states 25..48 by "pA".."pX", states 49..72 by "qA".."qX", and on up to states 241..255 represented by "yA".."yO". The pattern reader is flexible and will permit "b" and "." interchangeably and "o" and "A" interchangeably.

Any data value or row terminator can be immediately preceded with an integer indicating a repetition count. Thus, "3o" and "ooo" both represent a sequence of three on cells, and "5$" means finish the current row and insert four blank rows, and start at the left side of the row after that.

The pattern writer attempts to keep lines about 70 characters long for convenience when sharing patterns or storing them in text files, but the reader will accept much longer lines.

If the File menu's "Save Extended RLE" option is ticked then comment lines with a specific format will be added at the start of the file to convey extra information. These comment lines start with "#CXRLE" and contain keyword/value pairs. The keywords currently supported are "Pos", which denotes the absolute position of the upper left cell (which may be on or off), and "Gen", which denotes the generation count. For instance, 

#CXRLE Pos=0,-1377 Gen=3480106827776

indicates that the upper left corner of the enclosing rectange is at an X coordinate of 0 and a Y coordinate of -1377, and that the pattern stored is at generation 3,480,106,827,776.

All comment lines that are not CXRLE lines, and occur at the top or bottom of the file, are treated as information lines and are displayed when the user clicks the "information" button in Golly's tool bar. Any comment lines interspersed with the pattern data will not be displayed.

 
Macrocell format

The size of an Extended RLE file is frequently proportional to the number of cells it contains, yet Golly supports universes that can contain trillions of cells or more, using hashlife-based algorithms. The storage of these huge universes, for which Extended RLE is not feasible, is done by essentially dumping the in-memory compressed representation of the universe in "Macrocell format". Since little translation need be done between external and internal representation, this format is also used to store backups of universes at certain points in Golly's operation when using one of the hashlife-based algorithms.

The macrocell format has two parts: the header, and the tree. The first portion of the file is the header; this contains the format identifier, the rule, the generation count (if non-zero), and any comments associated with this file. The format identifier is a line that starts with "[M2]" and contains the name and version of the program used to write it: 

[M2] (golly 2.0)

Following this is any comment lines, which are lines that begin with '#'. If the first two characters of a line are '#R', then the remainder of the line (after intervening whitespace) is the rule for the pattern. If the first two characters are '#G', then the remainder of the line is the current generation count. Any other line starting with a '#' is treated as an ordinary comment line.

Following the header is is a child-first textual representation of a canonicalized quadtree. Each line is either a leaf node, or a non-leaf node. For two-state algorithms, the leaf nodes contain an 8x8 pixel array in a simplified raster format, left-to-right, then top-down, with "." representing an empty cell, "*" representing a live cell, and "$" representing the end of line; empty cells at the end of each row are suppressed. No whitespace is permitted; lines representing leaf nodes for two-state algorithms are recognized because they start with ".", "*", or "$". A sample leaf node containing a glider is: 

$$..*$...*$.***$$$$

For algorithms with more than two states, leaf nodes represent a two-by-two square of the universe. They contain five integers separated by single spaces; the first integer is 1, and the next four are the state values for the northwest, northeast, southwest, and southeast values of the square.

Nodes with children are represented by lines with five integers. The first integer is the logarithm base 2 of the size of the square this node representes; for two-state patterns, this must be 4 or larger; for multi-state patterns, this must be 2 or larger. The next four values are the node numbers of the northwest, northeast, southwest, and southeast child nodes. Each of these child nodes must be the appropriate size; that is, a square one fourth the area of the current node.

All nodes, both leaf and non-leaf, are numbered in the order they occur in the file, starting with 1. No node number can point to a node that has yet been defined. The special node number "0" is used to represent all squares that have no live cells.

The total universe represented by a macrocell file is that of the last node in the file (the root node), which also must be the single node with the largest size. By convention, the upper left cell of the southeast child of the root node is at coordinate position (x=0,y=1).

Macrocell files saved from two-state algorithms and from multi-state algorithms are not compatible.

 
Rule format

A .rule file contains all the information about a rule: its name, documentation, table/tree data (used by the RuleLoader algorithm), and any color/icon information. The .rule format is textual and consists of one or more sections. Each section starts with a line of the form @XXX... where X is an uppercase letter. If there is more than one section with the same name then only the first one is used. Any unrecognized sections are silently ignored (this will allow us to add new sections in the future without breaking old versions of Golly).

The currently recognized sections are described below. You might like to refer to WireWorld.rule while reading about each section.

 
@RULE

This is the only mandatory section. The first line of a .rule file must start with @RULE followed by a space and then the rule name. For example:

@RULE WireWorld

The supplied rule name must match exactly the name of the .rule file. This helps Golly to avoid problems that can occur on case-sensitive file systems. When naming a new rule it's best to stick to the following conventions, especially if you'd like to share the .rule file with other Golly users:

  • Please capitalize all rule names and create files like Foo.rule rather than foo.rule. This helps to emphasize that rule names are important, especially on case-sensitive file systems. If the rule "foo" is specified inside a .rle or .mc file then Golly won't be able to find Foo.rule on a case-sensitive system like Linux.
  • To allow for possible future extensions in the way Golly handles rule names, it's best to use only letters and digits. Hyphens and underscores are also okay if you need some sort of separator. Hyphens can allow a set of related rules to share colors and/or icons (see below). Note in particular that spaces and colons must not be used.

After the @RULE line and before the next section (or end of file) you can include any amount of arbitrary text, so this is the place to include a description of the rule or any other documentation. If the .rule file has a @TREE section then this is a good place to put the Python transition function that was used to create the tree data.

 
@TABLE

This section is optional. If present, it contains a transition table that can be loaded by the RuleLoader algorithm. The contents of this section is identical to the contents of a .table file. A detailed specification of the .table format is available here. This is a simple example: 

# Signals (2/3) pass alongside a wire (1):
n_states:4
neighborhood:vonNeumann
symmetries:rotate4
var a={2,3}
var b={2,3}
var c={2,3}
a,0,b,1,c,b

Empty lines and anything following the hash symbol "#" are ignored. The following descriptors must appear before other content:

  • n_states: specifies the number of states in the CA (from 0 to n_states-1 inclusive).
  • neighborhood: specifies the cell neighborhood for the CA update step. Must be one of: vonNeumann, Moore, hexagonal, oneDimensional.
    • Other neighborhoods are supported through emulation, using RuleTableToTree.py, see the RoadMap for a full list.
  • symmetries: can be none, permute or one of the symmetries supported for the neighborhood you have chosen. For a full list, see the RoadMap.

After the descriptors comes the variables and transitions. Each variable line should follow the form given in the above example to list the states. Variables should appear before the first transition that uses them. Variables can be used inside later variables.

Transition lines should have states or variables separated by commas. If there are no variables and n_states is less than 11 then the commas can be omitted. Only one transition (or variable) should appear on each line. Inputs are listed in the order C,N,E,S,W,C' for the von Neumann neighborhood, C,N,NE,E,SE,S,SW,W,NW,C' for the Moore neighborhood, C,N,E,SE,S,W,NW,C' for the hexagonal neighborhood, and C,W,E,C' for the oneDimensional neighborhood.

Where the same variable appears more than once in a transition, it stands for the same state each time. For example, the transition in the example above expands to the following: 20212->2, 20213->2, 20312->3, 20313->3, 30212->2, 30213->2, 30312->3, 30313->3, and all 90-degree rotations of those (because of the rotate4 symmetry).

A transition can have a variable as its output (C') if that variable appears more than once in the transition (as in the example above), so that it has a definite value.

Rule tables usually don't specify every possible set of inputs. For those not listed, the central cell remains unchanged.

Transition rules are checked in the order given — the first rule that matches is applied. If you want, you can write rules in the form of general cases and exceptions, as long as the exceptions appear first.

(This form of CA rule table representation was inspired by that in Gianluca Tempesti's PhD thesis: http://lslwww.epfl.ch/pages/embryonics/thesis/AppendixA.html.)

If you have a C/C++ implementation of a transition function, there is a way to automatically produce a rule table. See Rules/TableGenerators/make-ruletable.cpp for instructions.

To share your rule tables with others, you can archive them at the public Rule Table Repository.

 
@TREE

This section is optional. If present, it contains a rule tree that can be loaded by the RuleLoader algorithm. (If the .rule file also contains a @TABLE section, RuleLoader will use the first one it finds.) The contents of this section is identical to the contents of a .tree file.

A detailed description of a rule tree is provided below, but most people don't need to know these details because Golly provides a number of tools for creating rule trees. The make-ruletree.py script in Scripts/Python/Rule-Generators can convert a Python transition function (passed via the clipboard) into a rule tree. The script will either create a new .rule file or update the @TREE section in an existing .rule file. Another script, RuleTableToTree.py, does much the same job using a requested .table file as input.

Golly also includes programs that permit you to transform a given transition function in C++, Lua, Python, Perl, or Java into a .tree file (see Rules/TreeGenerators) if the number of states is sufficiently small (approximately 10 states for eight-neighbor rules, and 32 states for four-neighbor rules). The contents of the .tree file can then be copied into the @TREE section of your .rule file.

Essentially, the tree format allows you to add your own rules to Golly without needing to know how to recompile Golly and without dealing with the intricacies of external libraries; it generates relatively compact files, and the data structure is designed for very fast execution.

A rule tree is nothing more than a complete transition table for a rule, expressed in a compressed, canonicalized tree format. For an n state rule, each tree node has n children; each child is either another tree node or a next state value. To look up a function of m variables, each of which is a state value, you start at the root node and select the child node corresponding to the value of the first variable. From that node, you select the child node corresponding to the value of the second variable, and so on. When you finally look up the value of the final variable in the last node, the result value is the actual next state value, rather than another node.

The tree format has fixed the order of variables used for these lookups. For a four-neighbor rule, the order is always north, west, east, south, center; for an eight-neighbor rule, the order is always northwest, northeast, southwest, southeast, north, west, east, south, center.

Without compression, for an n-state rule, there would be a total of 1+n+n^2+n^3+n^4 nodes for a four-neighbor rule, and 1+n+...+n^8 for an eight-neighbor rule; this could quickly get unmanageable. Almost all rules show significant redundancy, with identical rows in the transition table, and identical nodes in the rule tree. To compress this tree, all we do is merge identical nodes, from the bottom up. This can be done explicitly as we construct the tree from a transition function (see Rules/TreeGenerators/RuleTreeGen.java) or symbolically as we evaluate a more expressive format.

The tree format itself is simple, and has similarities to the macrocell format. It is not intended for human authorship or consumption. The tree format has two parts: a header, and the rule tree itself. The header consists of comments (lines starting with a "#") that are ignored, and three required parameter values that must be defined before the first tree node. These values are defined, one per line, starting with the parameter name, then an equals sign, and finally an integer value. The three parameters are num_states, which must be in the range 2..256 inclusive, num_neighbors, which must be 4 or 8, and num_nodes, which must match the number of node lines.

The tree is represented by a sequence of node lines. Each node line consists of exactly num_states+1 integers separated by single spaces. The first integer of each node line is the depth of that node, which must range from 1..num_neighbors+1. The remaining integers for nodes of depth one are state values. The remaining integers for nodes of depth greater than one are node numbers. Nodes are numbered in the order they appear in the file, starting with zero; each node must be defined before its node number is used. The root node, which must be the single node at depth num_neighbors+1, must be the last node defined in the file.

 
@COLORS

This section is optional and can be used to specify the RGB colors for one or more states using lines with 4 numbers, like these: 

0  48  48  48   dark gray
1   0 128 255   light blue
2 255 255 255   white
3 255 128   0   orange

Golly silently ignores any states that are invalid for the rule. To specify a color gradient for all live states (all states except 0) you can use a line with 6 numbers, like this: 

0 0 255  255 0 0   blue to red

In both cases, any text after the final number on each line is ignored. Blank lines or lines starting with "#" are also ignored.

Note that a .rule file is loaded after switching to the current algorithm's default color scheme, so you have the choice of completely changing all the default colors, or only changing some of them. Use Preferences > Color to change the default colors for each algorithm.

 
@ICONS

This section is optional and can be used to override the default icons displayed for this rule (when Golly is in icon mode).

 
Specifying icons using XPM

Icon bitmaps can be specified using a simple subset of the XPM format. Here's a small example that describes two 7x7 icons suitable for a 3-state rule (icons are never used for state 0): 

XPM
/* width height num_colors chars_per_pixel */
"7 14 2 1"
/* colors */
". c #000000"
"A c #FFFFFF"
/* icon for state 1 */
"A......"
".A....."
"..A...."
"...A..."
"....A.."
".....A."
"......A"
/* icon for state 2 */
"......A"
".....A."
"....A.."
"...A..."
"..A...."
".A....."
"A......"

Any blank lines or lines starting with "#" or "/" are ignored. A line with XPM by itself indicates the start of a set of icon bitmaps at a particular size. The @ICONS section can contain any number of XPM subsections, and their order is not important. Three different icon sizes are currently supported: 7x7, 15x15 and 31x31 (for displaying at scales 1:8, 1:16 and 1:32 respectively). Any missing icon sizes will be created automatically by scaling a supplied size. Scaled icons can look rather ugly, so if you want good looking icons it's best to supply all three sizes.

After seeing an XPM line, Golly then looks for lines containing strings delimited by double quotes. The first double quote must be at the start of the line (any text after the second double quote is ignored). The first string contains crucial header information in the form of 4 positive integers:

  • The 1st number is the bitmap's width which also defines the icon size. If it is not 7, 15 or 31 then Golly simply ignores the rest of the XPM data. (This provides upward compatibility if we ever decide to support more sizes.)
  • The 2nd number is the bitmap's height. This must be an integer multiple of the width — the number of icons is the height divided by the width.
  • The 3rd number is the total number of different colors used in the bitmap. After the first string comes the strings that specify each color.
  • The 4th number is the number of characters used to specify each pixel and must be 1 or 2. After the color strings comes the strings with the pixel data for each row of the bitmap. Each such string should contain width × chars_per_pixel characters.

The total number of strings after the XPM line should be 1 + num_colors + height. You'll get an error message if there aren't enough strings. Any extra strings are ignored.

The 1st icon specified is for state 1, the 2nd is for state 2, etc. If the number of icons supplied is fewer than the number of live states then the last icon is automatically duplicated. If there are more icons than required then the extra icons are simply ignored.

 
Grayscale icons or multi-color icons

Golly recognizes two types of icons: grayscale or multi-color. Grayscale icons only use shades of gray (including black and white), as in the above example. Any black areas will be transparent; ie. those pixels will be replaced by the color for state 0. White pixels will be replaced by the color for the cell's current state. Gray pixels are used to do anti-aliasing; ie. the darker the gray the greater the transparency. Using grayscale icons minimizes the amount of XPM data needed to describe a set of icons, especially if the icons use the same shape for each state (as in WireWorld.rule).

If a set of icons contains at least one color that isn't a shade of gray (including black or white) then the icons are said to be multi-colored. Any black pixels are still converted to the state 0 color, but non-black pixels are displayed without doing any substitutions.

If you want to use multi-colored icons then you'll probably want a @COLORS section as well so that the non-icon colors match the icon colors as closely as possible. For example, if the icon for state 1 consists of red and blue triangles then it would be best to set the color of state 1 to purple in the @COLORS section. This minimizes "color shock" when switching between icon and non-icon display mode.

 
Requesting built-in icons

Instead of specifying icon bitmaps using XPM data, you might prefer to use Golly's built-in grayscale icons by supplying one of the following words on a line by itself:

  • circles — circular icons (normally used for Moore neighborhood rules).
  • diamonds — diamond-shaped icons (normally used for von Neumann neighborhood rules).
  • hexagons — hexagonal icons (normally used for hexagonal neighborhood rules).
  • triangles — triangular icons (only suitable for a 4-state rule that is emulating a triangular neighborhood).

 
Tools for creating icons

One way to create XPM icons is to use a painting application that can write .xpm files. Their contents can then be pasted into a .rule file with a small amount of editing.

Another way is to use two Python scripts called icon-importer.py and icon-exporter.py (both can be found in Scripts/Python/Rule-Generators). These scripts allow Golly to be used as an icon editor. Here's how:

Step 1: Switch to the rule whose icons you wish to change or create and then run icon-importer.py. This will create a new layer called "imported icons for rulename" (the name will be used by icon-exporter.py, so don't change it). The script searches for rulename.rule in your rules folder, then in the supplied Rules folder. If found, it extracts any @ICONS data and displays the icon bitmaps in gray boxes. The location of these boxes will be used by icon-exporter.py, so don't move them.

If the @ICONS data is missing icons at a particular size then the script creates them by scaling up or down an existing set of icons. For example, missing 31x31 icons will be created by scaling up the 15x15 icons.

The new layer uses a Generations rule with the maximum number of states (//256) so we can have lots of colors. The initial palette contains a grayscale gradient from white to black, followed by the colors used in the imported icons (if any), followed by three rainbow gradients (bright, pale, dark). You can change these colors by using Layer > Set Layer Colors.

Step 2: Edit the icon bitmaps using Golly's editing capabilities. Golly isn't as powerful as a full-blown painting app, but hopefully it's sufficient for such small images.

Step 3: When you've finshed editing, run icon-exporter.py. This script will extract the icon data and create a suitable @ICONS section in rulename.rule in your rules folder (the script will never create or modify a .rule file in the supplied Rules folder). If rulename.rule already exists in your rules folder then the script replaces any existing @ICONS section (and any @COLORS section if the icons are multi-color) so it won't clobber any other info in the file.

If rulename.rule doesn't exist in your rules folder then it will be created. This file won't have any @TABLE or @TREE section, but that's perfectly valid. It means either the rule is built-in (ie. recognized by a non-RuleLoader algorithm), or else rulename.rule also exists in the supplied Rules folder and so the RuleLoader algorithm will use that file when it can't find any @TABLE or @TREE section in the .rule file in your rules folder.

Finally, icon-exporter.py creates a new layer called "icon test" which uses the original rule and displays a simple pattern containing all live states so you can check what the new icons look like.

 
How Golly finds .rule files

There are two situations where Golly needs to look for a .rule file:

1. If the RuleLoader algorithm is asked to switch to a rule called "Foo" then it first looks for Foo.rule in your rules folder. If not found, or if Foo.rule has no @TABLE or @TREE section, it will then look for Foo.rule in the supplied Rules folder. If Foo.rule doesn't exist then it will use the same search procedure to look for Foo.table, then Foo.tree.

2. After switching to a new rule (not necessarily using RuleLoader), Golly needs to look for color and/or icon information specific to that rule. A similar search procedure to the one above is used again, where this time Golly looks for any @COLORS and/or @ICONS sections in Foo.rule. (Unlike the above search, if Foo.rule is found in your rules folder but doesn't have any color/icon info then Golly will not look for Foo.rule in the Rules folder.)

Note that the 2nd search always occurs after clicking OK in the Control menu's Set Rule dialog, even if the current rule wasn't changed. This is a quick way to test changes to a .rule file.

 
Related rules can share colors and/or icons

If rulename.rule is missing either the @COLORS or @ICONS section, Golly checks to see if rulename contains a hyphen. If it does then it looks for the missing color/icon data in another .rule file called prefix-shared.rule where prefix consists of all the characters before the final hyphen. (As in the above searches, it looks in your rules folder first, then in the supplied Rules folder.) This allows related rules to share a single source of colors and/or icons.

For example, suppose you have a set of related rules in files called Foo-1.rule, Foo-2.rule, etc. If you want all these rules to use the same colors then create a file called Foo-shared.rule: 

@RULE Foo-shared
This file contains the colors shared by Foo-* rules.

@TABLE
n_states:3
neighborhood:Moore
symmetries:none
# do nothing

@COLORS
0 0 0 0     black
1 255 0 0   red
2 0 0 255   blue

Note that a shared .rule file should contain a valid @TABLE section with an appropriate value for n_states (the neighborhood setting doesn't really matter, as long as it's legal). This allows the RuleLoader algorithm to load it, which means you can switch to the Foo-shared rule in case you want to add/edit icons using icon-importer.py.

For another good example, see Worm-shared.rule in Golly's Rules folder. It contains the icons shared by all the other Worm-* rules.

 
How to override a supplied or built-in rule

The search procedure described above makes it easy to override a supplied .rule file, either completely or partially. Note that there is never any need to add or modify files in the supplied Rules folder. For example, if you want to override the colors and icons used in the supplied WireWorld.rule then you can create a file with the same name in your rules folder. Its contents might look like this: 

@RULE WireWorld

@COLORS
0 0 0 0               black background
0 255 0   255 255 0   live states fade from green to yellow

@ICONS
diamonds

It's also possible to override a built-in rule (ie. a rule recognized by an algorithm other than RuleLoader). A built-in rule name can contain characters not allowed in file names ("/" and "\"), so Golly will substitute those characters with underscores when looking for the corresponding .rule file. For example, if you want to change the colors and/or icons for Life (B3/S23) then you'll need to create a file called B3_S23.rule. This example uses a multi-colored icon to show a blue sphere on a white background: 

@RULE B3_S23

Override the default colors and icons for Life (B3/S23).

@COLORS

0 255 255 255   white (matches icon background below)
1 54 54 194     dark blue (average color of icon below)

@ICONS

# 7x7 and 15x15 icons will be created by scaling down this 31x31 icon:

XPM
/* width height num_colors chars_per_pixel */
"31 31 78 2"
/* colors */
".. c #FFFFFF"   white background
"BA c #CECEDE"
"CA c #7B7BAD"
"DA c #4A4A84"
"EA c #18187B"
"FA c #08006B"
"GA c #18186B"
"HA c #29297B"
"IA c #6B6BAD"
"JA c #ADADDE"
"KA c #EFF7FF"
"LA c #ADADC6"
"MA c #39398C"
"NA c #3939BD"
"OA c #7B7BCE"
"PA c #ADB5DE"
"AB c #8C8CD6"
"BB c #4A4A9C"
"CB c #18188C"
"DB c #EFEFEF"
"EB c #EFEFFF"
"FB c #525A9C"
"GB c #08088C"
"HB c #ADADE7"
"IB c #DEDEEF"
"JB c #D6D6F7"
"KB c #DEE7F7"
"LB c #BDBDEF"
"MB c #525ABD"
"NB c #21219C"
"OB c #292984"
"PB c #CECEE7"
"AC c #ADB5CE"
"BC c #2929BD"
"CC c #7B7BDE"
"DC c #BDC6E7"
"EC c #CECEF7"
"FC c #8C8CE7"
"GC c #4242C6"
"HC c #A5A5BD"
"IC c #08087B"
"JC c #3939CE"
"KC c #5A5AC6"
"LC c #BDBDF7"
"MC c #BDBDDE"
"NC c #6B6BD6"
"OC c #9494DE"
"PC c #3931DE"
"AD c #1818AD"
"BD c #2929CE"
"CD c #9C9CC6"
"DD c #10087B"
"ED c #9C9CBD"
"FD c #1818B5"
"GD c #1818C6"
"HD c #847BCE"
"ID c #181094"
"JD c #6B6BCE"
"KD c #7B7BB5"
"LD c #2121AD"
"MD c #BDC6D6"
"ND c #0808AD"
"OD c #4A42B5"
"PD c #00009C"
"AE c #3942BD"
"BE c #3129B5"
"CE c #B5B5CE"
"DE c #0000BD"
"EE c #0000CE"
"FE c #0000DE"
"GE c #42427B"
"HE c #C6CECE"
"IE c #0000EF"
"JE c #9494AD"
"KE c #F7FFEF"
"LE c #10086B"
"ME c #7B849C"
"NE c #0000F7"
/* icon for state 1 */
".............................................................."
".............................................................."
"......................BACADAEAFAGAHAIAJA......................"
"................KALAMAFANAOAJAPAJAABBBCBEAIADB................"
"..............EBFBGBNAHBIBDBJBKAKBEBJBLBMBNBOBPB.............."
"............ACHABCCCDCECIBPBJBPBIBPBJBIBECFCGCCBCAKA.........."
"..........HCICJCKCLBLCLBMCLBLBLBLBMCLBLBMCLCNCJCCBCAKA........"
"........DBOBBCJCCCJAJAJAJAJAJAJAJAJAJAJAJAJAOCJCPCICAC........"
"......KADAADBDBCABABOCABOCOCOCOCABOCABOCABCDFCJCBDBCDDBA......"
"......EDGBFDGDADCCABOAOAOAOAOAOAOAOAHDOAHDCCCCNAADGDIDMA......"
"....KAHAADFDFDADJDMBOAJDJDJDJDJDKDJDJDJDJDJDJDLDFDFDFDICBA...."
"....MDFANDNDNDADODMBMBMBMBMBMBMBKCKCMBMBMBMBODADNDNDNDGBIA...."
"....CAGBNDPDNDPDADGCODODODODODODNAODODGCODAEBCPDNDPDNDPDGA...."
"....OBPDPDNDPDNDNDADBCBEBCBEBCBCBEBCBCBCNAADPDNDNDPDPDNDICPB.."
"....ICNDNDPDNDNDNDPDNDADADADADADADADADADNDNDNDNDNDNDNDPDGBCE.."
"....FANDNDDENDNDNDDENDDENDNDNDNDNDNDNDNDNDNDNDNDNDNDNDNDGBLA.."
"....FANDDENDDEDENDDEDENDDENDDEDEDEDEDEDEDEDEDEDEDENDDEDEGBED.."
"....GANDEEDEDEDEDEDEDEDEDEDEDEDENDDENDDEDEDEDEDEDEDEDEDEGBLA.."
"....BBPDEEDEEEDEEEDEEEDEEEDEDEDEEEDEEEDEDEDEDEDEEEDEEEDEFABA.."
"....EDGBDEEEDEEEEEEEDEEEDEEEEEEEEEEEEEEEEEEEEEEEEEDEEENDGADB.."
"....KBICDEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEGBDA...."
"......FBNDFEFEEEEEEEEEFEEEEEFEEEEEEEEEEEEEEEEEEEEEFEDEICHC...."
"......IBEADEFEFEEEFEFEFEFEFEEEFEFEFEFEFEFEFEFEFEFEDEGBGEDB...."
"........LAGBFEFEFEFEFEFEFEFEFEFEFEFEFEFEFEFEFEFEFENDGAHE......"
"..........FBNDFEFEIEFEFEIEIEIEFEIEFEFEIEFEFEFEFEEEDDJEKE......"
"..........EBFBIDEEIEIEIEFEFEFEIEFEIEIEIEIEIEIENDLEMEKE........"
"..............CDGBDEIEIENENEIEIEIEIEIEIEIEGDPDGAJEKE.........."
"................BAOBGBADFEIENEIENEIEIEEENDFAGECEKE............"
"....................CDBBDDPDIDNDADPDICEAGEJEDB................"
"........................EBBALAEDEDHCMCDBKE...................."
".............................................................."

 
The easy way to install a new .rule file

Golly provides a quick and easy way to create a new .rule file in the right place. Simply copy the rule contents to the clipboard, then select the Open Clipboard command (in the File menu) or the Paste command (in the Edit menu). If the first line of the clipboard starts with "@RULE rulename" then Golly will save the text as rulename.rule in your rules folder and switch to that rule.

 
Deprecated files (.table, .tree, .colors, .icons)

Golly still supports the old rule-related files with extensions of .table, .tree, .colors and .icons, but their use is discouraged. To help speed up the transition to .rule files, Golly has a couple of handy features:

1. At the bottom of the Control menu is a new command called Convert Old Rules. This will convert all .table/tree/colors/icons files into corresponding .rule files (but existing .rule files will not be changed). The results are displayed in the help window. If the conversion succeeds you'll be asked if you want to delete the .table/tree/colors/icons files.

2. When Golly opens a .zip file containing .table/tree/colors/icons files it will automatically convert them into .rule files, but only if the zip file has no .rule files. Unlike the Convert Old Rules command, this conversion will overwrite existing .rule files (in case the zip file contents have changed).

 
Zip files

Golly can open a standard zip file and process its contents in the following way:

If the zip file is "complex" then Golly builds a temporary HTML file with special unzip links to each included file and shows the result in the help window. A complex zip file is one that contains:

  • Any folders.
  • Any rule files (.rule extension). Such files are automatically extracted and installed into your rules folder. Note that files with a .colors or .icons or .table or .tree extension are automatically converted into corresponding .rule files, but only if those .rule files aren't present in the zip file.
  • Any HTML files (.htm or .html extension).
  • Any text files (.txt or .doc extension, or a name containing "readme").
  • Multiple scripts (.lua or .pl or .py extension).
  • Multiple patterns (no extension, or one that doesn't match any of the above).

A "simple" zip file contains at most one pattern and at most one script. In this case Golly will load the pattern (if present) and then run the script (if present). For security reasons, if the zip file was downloaded via a get link then Golly will ask if you really want to run the included script. Both the pattern and the script must be at the root level of the zip file; ie. not inside a folder. For an example of such a zip file, open Langtons-ant.zip from the Patterns/WireWorld/ folder. This zip file contains a pattern file and a simple Lua script that sets up a nicer initial view and step size.

A number of pattern collections in the form of zip files can be downloaded from the online archives. golly-3.3-src/Help/problems.html0000644000175000017500000000302113543255652013622 00000000000000 Golly Help: Known Problems

This section lists all known bugs and limitations. If you come across any problems not mentioned below then please report them to Andrew Trevorrow (andrew@trevorrow.com) or Tom Rokicki (rokicki@gmail.com).

Problems on all platforms

  • All editing operations are restricted to cells whose coordinates are within +/- 1 billion.

Windows problems

  • None.

Mac problems

  • Dragging the sash (the thin vertical bar separating the file panel and the viewport) can result in ugly flashing.

Linux problems

  • Scroll bars are not updated correctly while resizing the window.
  • Golly has serious problems with Ubuntu's Unity interface. For example, selecting a modal dialog like Control > Set Rule can freeze Golly. There are also problems with overlay scrollbars. Most (all?) of the problems can be solved by disabling both the global menu bar and the overlay scrollbars. This can be done just for the golly binary by using the following alias: 
    alias golly="UBUNTU_MENUPROXY=0 LIBOVERLAY_SCROLLBAR=0 ./golly"

    For more details, see this forum post.

golly-3.3-src/Help/about.html0000644000175000017500000000121313543255652013112 00000000000000


This is Golly version 3.3
© 2005-2019 The Golly Gang:
Tom Rokicki, Andrew Trevorrow, Tim Hutton, Dave Greene,
Jason Summers, Maks Verver, Robert Munafo, Chris Rowett.



Golly is an open source, cross-platform application for
exploring the Game of Life and other cellular automata.
http://golly.sourceforge.net/
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Undo

Lets you undo one or more recent changes, including all editing changes and generating changes, as well as changes to the selection, rule, hashing state and layer name. The number of changes you can undo is limited only by available memory and disk space. Multiple changes made by a script are treated like a single change and will be undone all at once.

Each layer maintains its own undo/redo history (but cloned layers share the same undo/redo history). The current layer's undo/redo history is automatically cleared after creating a new pattern or opening a pattern file.

Redo

Lets you redo one or more recently undone changes. Note that the redo history is automatically cleared after you make a new change; i.e., if you do something like rotate the current selection, undo the rotation, then edit some cells or change the selection, you can no longer redo the rotation.

Disable Undo/Redo

If ticked then the Undo and Redo items are disabled, and any existing undo/redo history for the current layer is cleared. When editing or generating a very large pattern you may want to temporarily disable undo/redo to speed up some operations. But be careful using this feature — if you switch to another layer when this item is ticked then that layer's undo/redo history is also cleared.

Cut

Copies the pattern in the current selection to the clipboard (in RLE format) and then kills all cells in the selection.

Copy

Copies the pattern in the current selection to the clipboard. The clipboard data is in RLE format.

Clear

Kills all cells in the current selection.

Clear Outside

Kills all cells outside the current selection. This is often the quickest way to delete escaping gliders.

Paste

Pastes a pattern stored in the clipboard into the existing pattern. After selecting this item you'll be asked to click where you want the paste to occur. Before clicking you can use keyboard shortcuts to scroll, change scale, etc. The keyboard shortcuts normally used to flip/rotate the selection will instead modify the paste pattern. You can also type "M" to change the paste mode or "L" to change the paste location (see below). To cancel the paste, just click anywhere outside the view area or hit the escape key.

Settings in Preferences > Edit specify how to handle rule information in the clipboard pattern. You can tell Golly not to change the current rule, or only change the rule if the universe is empty, or always change to the given rule. Note that a rule change might cause the current algorithm to change.

The References section has links to a number of good sources for clipboard patterns.

If the clipboard text starts with "@RULE rulename" then Golly will save the text as rulename.rule in your rules folder (set in Preferences > Control) and switch to that rule.

Paste Mode

This submenu lets you choose the logical function used when pasting in a clipboard pattern. The choices are Copy, Or and Xor. Typing "M" will cycle through all these modes, even after selecting the Paste command.

Paste Location

This submenu lets you choose the location of the cursor within the paste rectangle that appears after selecting the Paste command. You can choose any corner or the middle of the rectangle. Typing "L" will cycle through all possible locations, even after selecting the Paste command.

Paste to Selection

Pastes a clipboard pattern into the current selection, but only if it will fit. The paste always occurs at the top left corner of the selection. This command can be used as a quick check to see if the pattern in the clipboard matches the pattern in the selection — if Xor paste mode is used then all the resulting cells will be dead if the patterns match.

Select All

Selects the entire pattern, assuming there are one or more live cells. If there are no live cells then any existing selection is removed.

Remove Selection

Removes the current selection (without changing any cell states).

Shrink Selection

Reduces the size of the current selection to the smallest rectangle containing all of the selection's live cells. You can hit "s" to shrink the selection and fit it in the current view.

Random Fill (n%)

Randomly fills the current selection with the indicated percentage of live cells. Use Preferences > Edit to change the percentage (from 1 to 100).

Flip Top-Bottom

The cells in the current selection are reflected about its central horizontal axis.

Flip Left-Right

The cells in the current selection are reflected about its central vertical axis.

Rotate Clockwise

The current selection is rotated 90 degrees clockwise about its center.

Rotate Anticlockwise

As above, but the rotation is anticlockwise.

Cursor Mode

This submenu lets you choose a cursor mode for various editing operations: drawing cells, picking cell states, selecting cells, moving the view, and zooming into or out from a clicked cell. There are other (quicker) ways to change the cursor mode:

  • Click on the corresponding buttons in the edit bar.
  • Hit the corresponding function keys (F2 to F7).
  • Hit "c" to cycle through all the cursor modes.
  • Press the shift key to temporarily toggle the draw/pick cursors or the zoom in/out cursors.
golly-3.3-src/Help/refs.html0000644000175000017500000000716613107435536012751 00000000000000 Golly Help: References

Good web sites

Good books and magazine articles

  • "Wheels, Life and Other Mathematical Amusements" by Martin Gardner. W. H. Freeman and Company, 1983. The last three chapters are an updated collection of his superb columns from Scientific American (see below). The last chapter has an excellent bibliography.
  • "The Recursive Universe" by William Poundstone. William Morrow & Company, 1985. An entire book devoted to a discussion of cellular automata and other fascinating topics in physics and mathematics.
  • "Winning Ways", Volume 2 by Elwyn Berlekamp, John Conway and Richard Guy. Academic Press, 1982. Chapter 25 has the title "What is Life?".
  • "Cellular Automata Machines" by Tommaso Toffoli and Norman Margolus. MIT Press, 1987. Describes CAM, a machine for doing sophisticated experiments with cellular automata.
  • "A New Kind of Science" by Stephen Wolfram. Wolfram Media, 2002. Bloated and egotistical, but there is plenty of fascinating stuff.
  • Scientific American articles:
    "Mathematical Games" columns by Martin Gardner: Oct, Nov 1970, Jan, Feb, Mar, Apr, Nov 1971, Jan 1972.
    "Computer Recreations" by Brian Hayes, Mar 1984.
  • BYTE articles:
    "Some Facts of Life" by David Buckingham, Dec 1978.
    "Life Algorithms" by Mark Niemiec, Jan 1979.
golly-3.3-src/Help/index.html0000644000175000017500000000271112773066602013112 00000000000000 Golly Help: Contents

 

Table of Contents

Introduction
Hints and Tips
Algorithms
Life Lexicon
Online Archives

Lua Scripting
Overlay
Python Scripting

Keyboard Shortcuts
Mouse Shortcuts 		File Menu
Edit Menu
Control Menu
View Menu
Layer Menu
Help Menu 		References
File Formats
Bounded Grids
Known Problems
Changes
Credits

golly-3.3-src/Help/algos.html0000644000175000017500000000121213125321675013077 00000000000000 Golly Help: Algorithms

Golly can generate patterns using a number of different algorithms:

QuickLife
HashLife
Generations
Larger than Life
JvN
RuleLoader

The same information is also available in the Control menu's Set Rule dialog. golly-3.3-src/Help/credits.html0000644000175000017500000000537413307733370013445 00000000000000 Golly Help: Credits

Click here for animated credits.

The pioneers

First and foremost, a big thanks to John Conway for creating the Game of Life, and to Martin Gardner for popularizing the topic in his Scientific American column.

The programmers

Tom Rokicki wrote most of the complicated stuff. Golly is essentially the merging of two of Tom's programs (hlife and qlife). The HashLife algorithm is based on an idea by Bill Gosper. The QuickLife algorithm uses some ideas from Alan Hensel. David Eppstein provided the idea on how to emulate B0 rules. The speed of the Larger than Life algorithm is mainly due to some clever ideas from Adam P. Goucher and Dean Hickerson.

Andrew Trevorrow wrote the cross-platform GUI code using wxWidgets. Much thanks to Julian Smart and all the other wxWidgets developers.

Golly's scripting capabilities are thanks to the generosity and efforts of Eugene Langvagen (author of PLife), Guido van Rossum (creator of Python), and Roberto Ierusalimschy and all the other Lua developers.

Tim Hutton wrote the RuleTable algorithm (now merged into the RuleLoader algorithm) and created the excellent Rule Table Repository.

Various code improvements have been contributed by Dave Greene, Jason Summers, Maks Verver, Robert Munafo and Chris Rowett.

The beta testers

Thanks to all the bug hunters for their reports and suggestions, especially Dave Greene, Gabriel Nivasch, Dean Hickerson, Brice Due, David Eppstein, Tony Smith, Alan Hensel, Dennis Langdeau, Bill Gosper, Mark Jeronimus, Eric Goldstein and Arie Paap.

Other contributors

Dave Greene and Alan Hensel helped put together the pattern collection. Thanks to everybody who allowed us to distribute their fantastic patterns, especially Nick Gotts, Gabriel Nivasch, David Eppstein, Jason Summers, Stephen Morley, Dean Hickerson, Brice Due, William R. Buckley, David Moore, Mark Owen, Tim Hutton, Renato Nobili, Adam P. Goucher, David Bell and Kenichi Morita.

Thanks to Stephen Silver for compiling the wonderful Life Lexicon.

Thanks to Nathaniel Johnston for creating the brilliant LifeWiki and for making its patterns available to Golly users via an online archive. golly-3.3-src/Help/python.html0000644000175000017500000016536113543255652013340 00000000000000 Golly Help: Python Scripting

Installing Python
Example scripts
Golly's scripting commands
Cell lists
Rectangle lists
Using the glife package
Potential problems
Python copyright notice

 
Installing Python

Before you can run a .py script, Python 2.x needs to be installed on your system (Python 3.x is NOT supported). Mac OS X users don't need to do anything because Python 2.7 is already installed. Windows and Linux users can download a Python 2.7 installer from www.python.org/download. WARNING: The 32-bit version of Golly requires a 32-bit version of Python, and 64-bit Golly requires a 64-bit Python.

On Windows and Linux, the Python library is loaded at runtime (the first time you try to run a script). Golly initially attempts to load a particular version of the Python library: python27.dll on Windows or libpython2.7.so on Linux. The numbers correspond to Python version 2.7. If that library can't be found then you'll be prompted to enter a different library name matching the version of Python 2.x installed on your system. A successfully loaded library is remembered (in your GollyPrefs file) so you won't get the prompt again unless you remove Python or install a new version. If Python isn't installed then you'll have to hit Cancel and you won't be able to run any .py scripts.

 
Example scripts

The Scripts folder supplied with Golly contains a number of example Python scripts:

density.py — calculates the density of the current pattern
draw-lines.py — lets you draw one or more straight lines
envelope.py — uses multiple layers to remember a pattern's live cells
flood-fill.py — fills a clicked region with the current drawing state
goto.py — goes to a given generation
gun-demo.py — constructs a few spaceship guns
heisenburp.py — illustrates the use of cloned layers
invert.py — inverts all cell states in the current selection
make-torus.py — makes a toroidal universe from the current selection
metafier.py — converts the current selection into a meta pattern
move-object.py — lets you move a connected group of live cells
move-selection.py — lets you move the current selection
oscar.py — detects oscillating patterns, including spaceships
pd-glider.py — creates a set of pentadecathlon+glider collisions
pop-plot.py — displays a plot of population versus time
shift.py — shifts the current selection by given x y amounts
slide-show.py — displays all patterns in the Patterns folder
tile.py — tiles the current selection with the pattern inside it
tile-with-clip.py — tiles the current selection with the clipboard pattern

To run one of these scripts, tick the Show Files item in the File menu, open the Scripts/Python folder and then simply click on the script's name. You can also select one of the Run items in the File menu. For a frequently used script you might like to assign a keyboard shortcut to run it (see Preferences > Keyboard).

When Golly starts up it looks for a script called golly-start.py in the same directory as the Golly application and then in a user-specific data directory (see the getdir command for the likely path on your system). If the script is found then it is automatically executed.

There are a number of ways to abort a running script. Hit the escape key, or click on the stop button in the tool bar, or select the Stop item in the Control menu.

 
Golly's scripting commands

This section describes all the commands that can be used in a script after importing the golly module. The examples below assume you've done the import by including this line:

import golly as g

Commands are grouped by function (filing, editing, control, viewing, layers and miscellaneous) or you can search for individual commands alphabetically:

addlayer
advance
autoupdate
check
clear
clone
copy
cut
dellayer
doevent
duplicate
empty
error
evolve
exit
fit
fitsel
flip
getalgo
getbase
getcell
getcells
getclip
getclipstr 		getcolor
getcolors
getcursor
getdir
getevent
getgen
getheight
getinfo
getlayer
getmag
getname
getoption
getpath
getpop
getpos
getrect
getrule
getselrect
getstep
getstring
getview
getwidth
getxy
hash 		join
load
maxlayers
movelayer
new
note
numalgos
numlayers
numstates
open
opendialog
os
parse
paste
putcells
randfill
reset
rotate
run
save
savedialog
select
setalgo
setbase 		setcell
setclipstr
setcolor
setcolors
setcursor
setdir
setgen
setlayer
setmag
setname
setoption
setpos
setrule
setstep
setview
show
shrink
step
store
transform
update
visrect
warn

 
FILING COMMANDS

open(filename, remember=False)
Open the given file and process it according to its type:

  • A HTML file (.htm or .html extension) is displayed in the help window.
  • A text file (.txt or .doc extension, or a name containing "readme") is opened in your text editor.
  • A script file (.lua or .py extension) is executed.
  • A zip file (.zip extension) is processed as described here.
  • Any other type of file is assumed to be a pattern file and is loaded into the current layer.

A non-absolute path is relative to the location of the script. The 2nd parameter is optional (default = False) and specifies if the given pattern or zip file should be remembered in the Open Recent submenu, or in the Run Recent submenu if the file is a script.
Example: g.open("my-patterns/foo.rle")

save(filename, format, remember=False)
Save the current pattern in a given file using the specified format:

"rle" run length encoded (RLE)
"rle.gz" compressed RLE
"mc" macrocell
"mc.gz" compressed macrocell

A non-absolute path is relative to the location of the script. The 3rd parameter is optional (default = False) and specifies if the file should be remembered in the Open Recent submenu. If the savexrle option is True then extended RLE format is used (see the Save Extended RLE item for details).
Example: g.save("foo.rle", "rle", True)

opendialog(title, filetypes, initialdir, initialfname, mustexist=True)
Present a standard Open dialog to the user and return the chosen path in a string. All parameters are optional; the default is an Open dialog showing the current directory, with a title of "Choose a file" and a file type of "All files (*)|*". If the 5th parameter (default = True) is set to False, the user can specify a new filename instead of choosing an existing file. If the given file type is "dir" then the dialog lets the user choose a directory rather than a file. If the user cancels the dialog, the return value will be an empty string.
Example: fname = g.opendialog("Open MCell File", "MCell files (*.mcl)|*.mcl", "C:\\Temp", "sample.mcl")
Example: dirname = g.opendialog("Choose a folder", "dir");

savedialog(title, filetypes, initialdir, initialfname, suppressprompt=False)
Present a standard Save dialog to the user and return the chosen path in a string. All parameters are optional; the default is a Save dialog showing the current directory, with a title of "Choose a save location and filename" and a file type of "All files (*)|*". If a file already exists at the chosen location, an Overwrite? query will be displayed unless the 5th parameter (default = False) is set to True. If the user cancels the dialog, the return value will be an empty string.
Example: fname = g.savedialog("Save text file", "Text files (*.txt;*.csv)|*.txt;*.csv", "C:\\Temp", "Params.txt", 1)

load(filename)
Read the given pattern file and return a cell list.
Example: blinker = g.load("blinker.rle")

store(cell_list, filename)
Write the given cell list to the specified file in RLE format. If the savexrle option is True then extended RLE format is used (see the Save Extended RLE item for details).
Example: g.store(clist, "foo.rle")

getdir(dirname)
Return the path of the specified directory:

"app" — the directory containing the Golly application.

"data" — the user-specific data directory:
On Linux: ~/.golly/
On Mac OS X: ~/Library/Application Support/Golly/
On Windows XP: C:\Documents and Settings\username\Application Data\Golly\
On Windows 7+: C:\Users\username\AppData\Roaming\Golly\

"temp" — the directory Golly uses to store various temporary files. All these files are deleted when Golly quits.

"rules" — the user-specific rules directory set in Preferences > Control.

"files" — the directory displayed by File > Show Files.

"download" — the directory Golly uses to store downloaded files.

In each case a full path is returned, terminated by the appropriate path separator for the current platform.
Example: g.open(g.getdir("app") + "Patterns/Life/Breeders/breeder.lif")

setdir(dirname, dirpath)
Set the specified directory to the given path (which must be a full path to an existing directory). All the directory names listed above are allowed, except for "app", "data" and "temp".
Example: g.setdir("download", "/path/to/my-downloads/")

getinfo()
Return the comments from the current pattern.
Example: comments = g.getinfo()

getpath()
Return the pathname of the current open pattern. Returns "" if the current pattern is new and has not been saved.
Example: path = g.getpath()

 
EDITING COMMANDS

new(title)
Create a new, empty universe and set the window title. If the given title is empty then the current title won't change.
Example: g.new("test-pattern")

cut()
Cut the current selection to the clipboard.

copy()
Copy the current selection to the clipboard.

clear(where)
Clear inside (where = 0) or outside (where = 1) the current selection.
Example: g.clear(1)

paste(x, y, mode)
Paste the clipboard pattern at x,y using the given mode ("and", "copy", "or", "xor").
Example: g.paste(0, 0, "or")

shrink(remove_if_empty=False)
Shrink the current selection to the smallest rectangle enclosing all of the selection's live cells. If the selection has no live cells then the optional parameter specifies whether the selection remains unchanged or is removed.
Example: if len(g.getselrect()) > 0: g.shrink(True)

randfill(percentage)
Randomly fill the current selection to a density specified by the given percentage (1 to 100).
Example: g.randfill(50)

flip(direction)
Flip the current selection left-right (direction = 0) or top-bottom (direction = 1).

rotate(direction)
Rotate the current selection 90 degrees clockwise (direction = 0) or anticlockwise (direction = 1).

evolve(cell_list, numgens)
Advance the pattern in the given cell list by the specified number of generations and return the resulting cell list.
Example: newpatt = g.evolve(currpatt, 100)

join(cell_list1, cell_list2)
Join the given cell lists and return the resulting cell list. If the given lists are both one-state then the result is one-state. If at least one of the given lists is multi-state then the result is multi-state, but with one exception: if both lists have no cells then the result is [] (an empty one-state list) rather than [0]. See below for a description of one-state and multi-state cell lists.
Example: result = g.join(part1, part2)

transform(cell_list, x0, y0, axx=1, axy=0, ayx=0, ayy=1)
Apply an affine transformation to the given cell list and return the resulting cell list. For each x,y cell in the input list the corresponding xn,yn cell in the output list is calculated as xn = x0 + x*axx + y*axy, yn = y0 + x*ayx + y*ayy.
Example: rot_blinker = g.transform(blinker, 0, 0, 0, -1, 1, 0)

parse(string, x0=0, y0=0, axx=1, axy=0, ayx=0, ayy=1)
Parse an RLE or Life 1.05 string and return an optionally transformed cell list.
Example: blinker = g.parse("3o!")

putcells(cell_list, x0=0, y0=0, axx=1, axy=0, ayx=0, ayy=1, mode="or")
Paste the given cell list into the current universe using an optional affine transformation and optional mode ("and", "copy", "not", "or", "xor").
Example: g.putcells(currpatt, 6, -40, 1, 0, 0, 1, "xor")

getcells(rect_list)
Return any live cells in the specified rectangle as a cell list. The given list can be empty (in which case the cell list is empty) or it must represent a valid rectangle of the form [x,y,width,height].
Example: clist = g.getcells( g.getrect() )

getclip()
Parse the pattern data in the clipboard and return a cell list, but where the first two numbers are the pattern's width and height (not necessarily the minimal bounding box because the pattern might have empty borders, or it might even be empty). If the clipboard data is multi-state but all cell states happen to be zero then the returned cell list is [wd,ht] rather than [wd,ht,0].
Example: clist = g.getclip()

hash(rect_list)
Return an integer hash value for the pattern in the given rectangle. Two identical patterns will have the same hash value, regardless of their location in the universe. This command provides a fast way to detect pattern equality, but there is a tiny probability that two different patterns will have the same hash value, so you might need to use additional (slower) tests to check for true pattern equality.
Example: h = g.hash( g.getrect() )

select(rect_list)
Create a selection if the given list represents a valid rectangle of the form [x,y,width,height] or remove the current selection if the given list is [].
Example: g.select( [-10,-10,20,20] )

getrect()
Return the current pattern's bounding box as a list. If there is no pattern then the list is empty ([]), otherwise the list is of the form [x,y,width,height].
Example: if len(g.getrect()) == 0: g.show("No pattern.")

getselrect()
Return the current selection rectangle as a list. If there is no selection then the list is empty ([]), otherwise the list is of the form [x,y,width,height].
Example: if len(g.getselrect()) == 0: g.show("No selection.")

setcell(x, y, state)
Set the given cell to the specified state (0 for a dead cell, 1 for a live cell).

getcell(x, y)
Return the state of the given cell. The following example inverts the state of the cell at 0,0.
Example: g.setcell(0, 0, 1 - g.getcell(0, 0))

setcursor(string)
Set the current cursor according to the given string and return the old cursor string. The given string must match one of the names in the Cursor Mode menu.
Example: oldcurs = g.setcursor("Draw")

getcursor()
Return the current cursor as a string (ie. the ticked name in the Cursor Mode menu).

 
CONTROL COMMANDS

run(numgens)
Run the current pattern for the specified number of generations. Intermediate generations are never displayed, and the final generation is only displayed if the current autoupdate setting is True.
Example: g.run(100)

step()
Run the current pattern for the current step. Intermediate generations are never displayed, and the final generation is only displayed if the current autoupdate setting is True.

setstep(exp)
Temporarily set the current step exponent to the given integer. A negative exponent sets the step size to 1 and also sets a delay between each step, but that delay is ignored by the run and step commands. Golly will reset the step exponent to 0 upon creating a new pattern, loading a pattern file, or switching to a different algorithm.
Example: g.setstep(0)

getstep()
Return the current step exponent.
Example: g.setstep( g.getstep() + 1 )

setbase(base)
Temporarily set the current base step to an integer from 2 to 2,000,000,000. The current exponent may be reduced if necessary. Golly will restore the default base step (set in Preferences > Control) upon creating a new pattern, loading a pattern file, or switching to a different algorithm.
Example: g.setbase(2)

getbase()
Return the current base step.

advance(where, numgens)
Advance inside (where = 0) or outside (where = 1) the current selection by the specified number of generations. The generation count does not change.
Example: g.advance(0, 3)

reset()
Restore the starting pattern and generation count. Also reset the algorithm, rule, scale, location and step exponent to the values they had at the starting generation. The starting generation is usually zero, but it can be larger after loading an RLE/macrocell file that stores a non-zero generation count.

setgen(gen)
Set the generation count using the given string. Commas and other punctuation marks can be used to make a large number more readable. Include a leading +/- sign to specify a number relative to the current generation count.
Example: g.setgen("-1,000")

getgen(sepchar='\0')
Return the current generation count as a string. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting string more readable. For example, g.getgen(',') would return a string like "1,234,567" but g.getgen() would return "1234567". Use the latter call if you want to do arithmetic on the generation count because then it's easy to use int to convert the string to an integer. Note that Python supports arbitrarily large integers.
Example: gen = int( g.getgen() )

getpop(sepchar='\0')
Return the current population as a string. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting string more readable. For example, g.getpop(',') would return a string like "1,234,567" but g.getpop() would return "1234567". Use the latter call if you want to do arithmetic on the population count. The following example converts the population to a floating point number.
Example: pop = float( g.getpop() )

empty()
Return True if the universe is empty or False if there is at least one live cell. This is much more efficient than testing getpop() == "0".
Example: if g.empty(): g.show("All cells are dead.")

numstates()
Return the number of cell states in the current universe. This will be a number from 2 to 256, depending on the current algorithm and rule.
Example: maxstate = g.numstates() - 1

numalgos()
Return the number of algorithms (ie. the number of items in the Set Algorithm menu).
Example: maxalgo = g.numalgos() - 1

setalgo(string)
Set the current algorithm according to the given string which must match one of the names in the Set Algorithm menu.
Example: g.setalgo("HashLife")

getalgo(index=current)
Return the algorithm name at the given index in the Set Algorithm menu, or the current algorithm's name if no index is supplied.
Example: lastalgo = g.getalgo( g.numalgos() - 1 )

setrule(string)
Set the current rule according to the given string. If the current algorithm doesn't support the specified rule then Golly will automatically switch to the first algorithm that does support the rule. If no such algorithm can be found then you'll get an error message and the script will be aborted.
Example: g.setrule("b3/s23")

getrule()
Return the current rule as a string in canonical format.
Example: oldrule = g.getrule()

getwidth()
Return the width (in cells) of the current universe (0 if unbounded).
Example: wd = g.getwidth()

getheight()
Return the height (in cells) of the current universe (0 if unbounded).
Example: ht = g.getheight()

 
VIEWING COMMANDS

setpos(x, y)
Change the position of the viewport so the given cell is in the middle. The x,y coordinates are given as strings so the viewport can be moved to any location in the unbounded universe. Commas and other punctuation marks can be used to make large numbers more readable. Apart from a leading minus sign, most non-digits are simply ignored; only alphabetic characters will cause an error message. Note that positive y values increase downwards in Golly's coordinate system.
Example: g.setpos("1,000,000,000,000", "-123456")

getpos(sepchar='\0')
Return the x,y position of the viewport's middle cell in the form of a Python tuple containing two strings. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting strings more readable. For example, g.getpos(',') might return two strings like "1,234" and "-5,678" but g.getpos() would return "1234" and "-5678". Use the latter call if you want to do arithmetic on the x,y values, or just use the getposint() function defined in the glife package.
Example: x, y = g.getpos()

setmag(mag)
Set the magnification, where 0 corresponds to the scale 1:1, 1 = 1:2, -1 = 2:1, etc. The maximum allowed magnification is 5 (= 1:32).
Example: g.setmag(0)

getmag()
Return the current magnification.
Example: g.setmag( g.getmag() - 1 )

fit()
Fit the entire pattern in the viewport.

fitsel()
Fit the current selection in the viewport. The script aborts with an error message if there is no selection.

visrect(rect_list)
Return True if the given rectangle is completely visible in the viewport. The rectangle must be a list of the form [x,y,width,height].
Example: if g.visrect( [0,0,44,55] ): . . .

setview(wd, ht)
Set the pixel width and height of the viewport (the main window will be resized accordingly).
Example: g.setview(32*32, 32*30)

getview(index=-1)
Return the pixel width and height of the viewport if the given index is -1 (the default), or the pixel width and height of the specified layer if the given index is an integer from 0 to numlayers() - 1.
Example: wd, ht = g.getview()

autoupdate(bool)
When Golly runs a script this setting is initially False. If the given parameter is True then Golly will automatically update the viewport and the status bar after each command that changes the universe or viewport in some way. Useful for debugging Python scripts.
Example: g.autoupdate(True)

update()
Immediately update the viewport and the status bar, regardless of the current autoupdate setting. Note that Golly always does an update when a script finishes.

 
LAYER COMMANDS

addlayer()
Add a new, empty layer immediately after the current layer and return the new layer's index, an integer from 0 to numlayers() - 1. The new layer becomes the current layer and inherits most of the previous layer's settings, including its algorithm, rule, scale, location, cursor mode, etc. The step exponent is set to 0, there is no selection, no origin offset, and the layer's initial name is "untitled".
Example: newindex = g.addlayer()

clone()
Like addlayer (see above) but the new layer shares the same universe as the current layer. The current layer's settings are duplicated and most will be kept synchronized so that a change to one clone automatically changes all the others. Each cloned layer does however have a separate viewport, so the same pattern can be viewed at different scales and locations (at the same time if layers are tiled).
Example: cloneindex = g.clone()

duplicate()
Like addlayer (see above) but the new layer has a copy of the current layer's pattern. Also duplicates all the current settings but, unlike a cloned layer, the settings are not kept synchronized.
Example: dupeindex = g.duplicate()

dellayer()
Delete the current layer. The current layer changes to the previous layer (unless layer 0 was deleted).

movelayer(fromindex, toindex)
Move a specified layer to a new position in the layer sequence. The chosen layer becomes the current layer.
Example: g.movelayer(1, 0)

setlayer(index)
Set the current layer to the layer with the given index, an integer from 0 to numlayers() - 1.
Example: g.setlayer(0)

getlayer()
Return the index of the current layer, an integer from 0 to numlayers() - 1.
Example: currindex = g.getlayer()

numlayers()
Return the number of existing layers, an integer from 1 to maxlayers().
Example: if g.numlayers() > 1: g.setoption("tilelayers",1)

maxlayers()
Return the maximum number of layers (10 in this implementation).

setname(string, index=current)
Set the name of the given layer, or the current layer's name if no index is supplied.
Example: g.setname("temporary")

getname(index=current)
Return the given layer's name, or the current layer's name if no index is supplied.
Example: if g.getname() == "temporary": g.dellayer()

setcolors(color_list)
Set the color(s) of one or more states in the current layer and its clones (if any). If the given list contains a multiple of 4 integers then they are interpreted as state, red, green, blue values. A state value of -1 can be used to set all live states to the same color (state 0 is not changed). If the given list contains exactly 6 integers then they are interpreted as a color gradient from r1, g1, b1 to r2, g2, b2 for all the live states (state 0 is not changed). If the given list is empty then all states (including state 0) are reset to their default colors, depending on the current algorithm and rule. Note that the color changes made by this command are only temporary. Golly will restore the default colors if a new pattern is opened or created, or if the algorithm or rule changes, or if Preferences > Color is used to change any of the default colors for the current layer's algorithm.
Example: g.setcolors([1,0,0,0, 2,0,0,0]) # set states 1 and 2 to black
Example: g.setcolors([-1,0,255,0]) # set all live states to green
Example: g.setcolors([255,0,0, 0,0,255]) # live states vary from red to blue
Example: g.setcolors([]) # restore default colors

getcolors(state=-1)
Return the color of a given state in the current layer as a list of the form

[ state, red, green, blue ]

or if the given state is -1 (or not supplied) then return all colors as

[ 0, r0, g0, b0, . . . N, rN, gN, bN ]

where N equals numstates() - 1. Note that the list returned by getcolors can be passed into setcolors; this makes it easy to save and restore colors.
Example: allcolors = g.getcolors()
Example: deadcolor = g.getcolors(0)

 
MISCELLANEOUS COMMANDS

os()
Return the current operating system: "Windows", "Mac" or "Linux".
Example: if g.os() == "Mac": do_mac_stuff()

setoption(name, value)
Set the given option to the given value. The old value is returned to make it easy to restore a setting. Here are all the valid option names and their possible values:

"autofit" 1 or 0 (True or False)
"boldspacing" 2 to 1000 (cells)
"drawingstate" 0 to numstates()-1
"fullscreen" 1 or 0 (True or False)
"hyperspeed" 1 or 0 (True or False)
"maxdelay" 0 to 5000 (millisecs)
"mindelay" 0 to 5000 (millisecs)
"opacity" 1 to 100 (percent)
"restoreview" 1 or 0 (True or False)
"savexrle" 1 or 0 (True or False)
"showallstates" 1 or 0 (True or False)
"showboldlines" 1 or 0 (True or False)
"showbuttons" 0 to 4
"showeditbar" 1 or 0 (True or False)
"showexact" 1 or 0 (True or False)
"showfiles" 1 or 0 (True or False)
"showgrid" 1 or 0 (True or False)
"showhashinfo" 1 or 0 (True or False)
"showicons" 1 or 0 (True or False)
"showlayerbar" 1 or 0 (True or False)
"showoverlay" 1 or 0 (True or False)
"showpopulation" 1 or 0 (True or False)
"showprogress" 1 or 0 (True or False)
"showscrollbars" 1 or 0 (True or False)
"showstatusbar" 1 or 0 (True or False)
"showtimeline" 1 or 0 (True or False)
"showtoolbar" 1 or 0 (True or False)
"smartscale" 1 or 0 (True or False)
"stacklayers" 1 or 0 (True or False)
"swapcolors" 1 or 0 (True or False)
"switchlayers" 1 or 0 (True or False)
"synccursors" 1 or 0 (True or False)
"syncviews" 1 or 0 (True or False)
"tilelayers" 1 or 0 (True or False)

Example: oldgrid = g.setoption("showgrid", True)

getoption(name)
Return the current value of the given option. See above for a list of all the valid option names.
Example: if g.getoption("autofit"): g.fit()

setcolor(name, r, g, b)
Set the given color to the given RGB values (integers from 0 to 255). The old RGB values are returned as a 3-tuple to make it easy to restore the color. Here is a list of all the valid color names and how they are used:

"border" color for border around bounded grid
"paste" color for pasting patterns
"select" color for selections (will be 50% transparent)
algoname status bar background for given algorithm

Example: oldrgb = g.setcolor("HashLife", 255, 255, 255)

getcolor(name)
Return the current RGB values for the given color as a 3-tuple. See above for a list of all the valid color names.
Example: selr, selg, selb = g.getcolor("select")

getclipstr()
Return the current contents of the clipboard as an unmodified string.
Example: illegalRLE = g.getclipstr()

setclipstr(string)
Copy an arbitrary string (not necessarily a cell pattern) directly to the clipboard.
Example: g.setclipstr(correctedRLE)

getstring(prompt, initial="", title="")
Display a dialog box and get a string from the user. If the initial string is supplied it will be shown and selected. If the title string is supplied it will be used in the dialog's title bar. The script will be aborted if the user hits the dialog's Cancel button.
Example: i = int( g.getstring("Enter a number:", "100") )

getevent(get=True)
When Golly runs a script it initially handles all user events, but if the script calls getevent() then future events are put into a queue for retrieval via later calls. These events are returned in the form of strings (see below for the syntax). If there are no events in the queue then the returned string is empty. Note that the very first getevent() call will always return an empty string, but this isn't likely to be a problem because it normally occurs very soon after the script starts running. A script can call getevent(False) if it wants Golly to resume handling any further events. See flood-fill.py for a good example.

Key-down events are triggered when a key is pressed or autorepeats. The returned string is of the form "key charname modifiers" where charname can be any displayable ASCII character from '!' to '~' or one of the following names: space, home, end, pageup, pagedown, help, insert, delete, tab, return, left, right, up, down, or f1 to f24. If no modifier key was pressed then modifiers is none, otherwise it is some combination of alt, cmd, ctrl, meta, shift. Note that cmd will only be returned on a Mac and corresponds to the command key. The alt modifier corresponds to the option key on a Mac.

Key-up events occur when a key is released and are strings of the form "kup charname".

Mouse-down events in the current layer are strings of the form "click x y button modifiers" where x and y are integers giving the cell position of the click, button is one of left, middle or right, and modifiers is the same as above.

Mouse-down events in a non-transparent pixel in the overlay are strings of the form "oclick x y button modifiers" where x and y are integers giving the pixel position in the overlay (0,0 is the top left pixel), button is one of left, middle or right, and modifiers is the same as above.

Mouse-up events are strings of the form "mup button" where button is one of left, middle or right.

Mouse wheel events in the current layer are strings of the form "zoomin x y" or "zoomout x y" where x and y are the mouse's pixel position in the viewport.

Mouse wheel events in a non-transparent pixel in the overlay are strings of the form "ozoomin x y" or "ozoomout x y" where x and y are the mouse's pixel position in the overlay.

File events are strings of the form "file filepath" where filepath is an absolute path. File events can be triggered in a number of ways: by clicking on a file in the left panel, by clicking an "open:" link in the Help window, by double-clicking a Golly-associated file, or by dropping a file onto the Golly window. It is up to the script to decide what to do with the file.

The following examples show the strings returned after various user events:

"key m none" user pressed M key
"key space shift" user pressed space bar and shift key
"key , altctrlshift" user pressed comma and 3 modifier keys
"kup left" user released the left arrow key
"click 100 5 left none" user clicked cell at 100,5 with left button
"click -10 9 middle alt" user clicked cell with middle button and pressed alt key
"click 0 1 right altshift" user clicked cell with right button and pressed 2 modifiers
"oclick 10 5 left none" user clicked pixel at 10,5 in overlay with left button
"mup left" user released the mouse's left button
"zoomout 10 20" mouse wheel was used to zoom out from pixel in viewport
"ozoomin 10 20" mouse wheel was used to zoom in to pixel in overlay
"file /path/to/foo.rle" user tried to open the given file

Example: evt = g.getevent()

doevent(event)
Pass the given event to Golly to handle in the usual manner (but events that can change the current pattern will be ignored). The given event must be a string with the exact same format as returned by the getevent command (see above). If the string is empty then Golly does nothing. Note that the cmd modifier corresponds to the command key on a Mac or the control key on Windows/Linux (this lets you write portable scripts that work on any platform).
Example: g.doevent("key q cmd") # quit Golly

getxy()
Return the mouse's current grid position as a string. The string is empty if the mouse is outside the viewport or outside a bounded grid or over the translucent buttons, otherwise the string contains x and y cell coordinates separated by a space; eg. "-999 12345". See draw-lines.py for a good example of how to use this command.
Example: mousepos = g.getxy()

show(message)
Show the given string in the bottom line of the status bar. The status bar is automatically shown if necessary.
Example: g.show("Hit any key to continue...")

error(message)
Beep and show the given string in the bottom line of the status bar. The status bar is automatically shown if necessary.
Example: g.error("The pattern is empty.")

warn(message, showCancel=True)
Beep and show the given string in a modal warning dialog. Useful for debugging Python scripts or displaying error messages. If showCancel is True (the default) then the dialog has a Cancel button as well as the usual OK button. Clicking OK will close the dialog and continue; clicking Cancel will close the dialog and abort the script.
Example: g.warn("xxx = " + str(xxx))

note(message, showCancel=True)
Show the given string in a modal information dialog. Useful for displaying multi-line results. If showCancel is True (the default) then the dialog has a Cancel button as well as the usual OK button. Clicking OK will close the dialog and continue; clicking Cancel will close the dialog and abort the script.
Example: g.note("Line 1\nLine 2\nLine 3", False)

check(bool)
When Golly runs a script this setting is initially True, which means that event checking is enabled. If the given parameter is False then event checking is disabled. Typically used to prevent mouse clicks being seen at the wrong time. This should only be done for short durations because the script cannot be aborted while the setting is False.
Example: g.check(False)

exit(message="")
Exit the script with an optional error message. If a non-empty string is supplied then it will be displayed in the status bar along with a beep, just like the error command. If no message is supplied, or if the string is empty, then there is no beep and the current status bar message will not be changed.
Example: if g.empty(): g.exit("There is no pattern.")

 
Cell lists

Some scripting commands manipulate patterns in the form of cell lists. Golly supports two types of cell lists: one-state and multi-state. A one-state cell list contains an even number of integers specifying the x,y coordinates for a set of cells, all of which are assumed to be in state 1:

[ x1, y1, . . . xN, yN ]

A multi-state cell list contains an odd number of integers specifying the x,y,state values for a set of cells. If the number of cells is even then a padding integer (zero) is added at the end of the list to ensure the total number of integers is odd:

[ x1, y1, state1, . . . xN, yN, stateN ]      if N is odd
[ x1, y1, state1, . . . xN, yN, stateN, 0 ]  if N is even

All scripting commands that input cell lists use the length of the list to determine its type. When writing a script to handle multi-state cell lists you may need to allow for the padding integer, especially if accessing cells within the list. See tile.py for example.

Note that all scripting commands return [] if the resulting cell list has no cells. They never return [0], although this is a perfectly valid multi-state cell list and all commands can input such a list. For example, newlist = g.join(list1,[0]) can be used to convert a non-empty one-state list to multi-state.

One-state cell lists are normally used in a two-state universe, but they can also be used in a universe with more than two states. A multi-state cell list can be used in a two-state universe, but only if the list's cell states are 0 or 1.

The ordering of cells within either type of list doesn't matter. Also note that positive y values increase downwards in Golly's coordinate system.

 
Rectangle lists

Some commands manipulate rectangles in the form of lists. An empty rectangle is indicated by a list with no items; ie. []. A non-empty rectangle is indicated by a list containing four integers:

[ left, top, width, height ]

The first two items specify the cell at the top left corner of the rectangle. The last two items specify the rectangle's size (in cells). The width and height must be greater than zero.

 
Using the glife package

The glife folder included in the Scripts/Python folder is a Python package that provides a high-level interface to some of Golly's scripting commands (it's based on Eugene Langvagen's life package included in PLife). When a script imports glife or any of its submodules, Python automatically executes the __init__.py module. This module defines the pattern and rect classes as well as a number of useful synonyms and helper functions. For example, consider this script:

from glife import *
blinker = pattern("3o!")
blinker.put(1, 2)
blinker.put(6, 7, rcw)   # rcw means rotate clockwise

Here is the equivalent script without using glife:

import golly as g
blinker = g.parse("3o!")
g.putcells(blinker, 1, 2)
g.putcells(blinker, 6, 7, 0, -1, 1, 0)

Here are some helper functions defined in glife:

validint(s) — return True if given string is a valid integer
getposint() — return viewport position as a tuple with 2 integers
setposint(x,y) — use given integers to set viewport position
getminbox(patt) — return minimal bounding box of given pattern

Most of the supplied Python scripts import glife, but it isn't compulsory. You might prefer to create your own high-level interface for the scripts you write.

 
Potential problems

1. The Python interpreter's memory allocator doesn't always release memory back to the operating system. If you run a complicated or buggy script that uses lots of (Python) memory then that memory is no longer available for use by Golly, so you might need to quit Golly and restart.

2. The first time you run a script that imports a particular module, the Python interpreter caches the results so it won't need to reload that module the next time it is imported. This is good for efficiency, but it's a problem if you've modified an imported module and you want to test your changes. One solution is to quit Golly and restart. Another solution is to force the module to be reloaded by inserting a line like

import mymodule ; reload(mymodule)

at the start of each script that imports the module. When the module is stable you can remove or comment out the reload command.

3. The escape key check to abort a running script is not done by Python but by each Golly scripting command. This means that very long Python computations should call an occasional "no-op" command like g.doevent("") to allow the script to be aborted in a timely manner.

4. When writing a script that creates a pattern, make sure the script starts with a new call (or, less useful, an open call that loads a pattern, or a save call) otherwise the script might create lots of temporary files or use lots of memory. From Golly's point of view there are two types of scripts:

  • A script that calls new or open or save is assumed to be creating some sort of pattern, so when Golly sees these calls it clears any undo history and sets an internal flag that says "don't mark this layer as dirty and don't bother recording any further changes".
  • A script that doesn't call new or open or save is assumed to modify the current pattern. Golly must record all the script's changes so that when it finishes you can select "Undo Script Changes" from the Edit menu. Generating changes (due to run or step calls) are stored in temporary files; all other changes are stored in memory.

 
Python copyright notice

Golly uses an embedded Python interpreter to execute scripts. The Python license agreement is included in Golly's LICENSE file. Here is the official Python copyright notice:

Copyright (c) 2001-2007 Python Software Foundation.
All Rights Reserved.

Copyright (c) 2000 BeOpen.com.
All Rights Reserved.

Copyright (c) 1995-2001 Corporation for National Research Initiatives.
All Rights Reserved.

Copyright (c) 1991-1995 Stichting Mathematisch Centrum, Amsterdam.
All Rights Reserved.

golly-3.3-src/Help/layer.html0000644000175000017500000001526213043333474013117 00000000000000 Golly Help: Layer Menu

Golly supports up to ten layers. Each layer is a separate universe (unless cloned; see the Clone Layer item below) with its own algorithm, rule, viewport, cursor mode, selection, step size, origin offset, color scheme and name. The current layer's name is displayed in the main window's title bar. Most edit/control/view operations only apply to the current layer.

Note that most of Golly's options apply globally to all layers. This is true for all of the options set in the Preferences dialog. It's also true for many of the options set via menu items, like Save Extended RLE, Paste Mode, Paste Location, Show Grid Lines, etc., but not for any of the Control menu options (Auto Fit, Hyperspeed, and Show Hash Info).

The items at the bottom of the Layer menu show the current names of all the existing layers. The names of cloned layers are prefixed by one or more "=" signs; all layers with the same number of "=" signs share the same universe. The current layer is indicated by a tick. To switch to another layer just select the corresponding item. If a script is running then you can only switch to another layer if the script has called g.setoption("switchlayers",1).

A layer containing a modified pattern is indicated by a "*" at the start of the layer's name. To avoid losing your changes, a "save changes" dialog will appear before creating a new pattern, opening a pattern file, deleting the layer, or quitting Golly. If you'd rather not see this dialog then untick the appropriate check boxes in Preferences > Layer.

Common layer functions are also available via buttons in the layer bar located underneath the status bar. Use the Show Layer Bar item in the View menu to show/hide the layer bar, or just hit the "\" key.

Save Overlay...

Opens the standard file saving dialog so you can save the current overlay image in a PNG file. Note that it's possible to save the overlay while a script is executing.

Show Overlay

If ticked then the current overlay will be displayed (if it exists and if it contains any non-transparent pixels). You can show/hide the overlay while a script is executing.

Delete Overlay

Deletes the current overlay. Unlike Save Overlay and Show Overlay, it's not possible to select this menu item while a script is executing.

Add Layer

Adds a new layer (with an empty universe) immediately after the current layer. The new layer becomes the current layer and inherits the preceding layer's algorithm, rule, scale, location, and cursor mode. The step size is set to 1, there is no selection, no origin offset, and the layer's initial name is "untitled". The new layer starts off using the default color scheme for the current algorithm and rule.

Clone Layer

Adds a new layer that shares the same universe, undo/redo history, and color scheme as the current layer. All of the current layer's settings are duplicated and most will be kept synchronized so that a change to one clone automatically changes all the others. Each cloned layer does however have a separate viewport, so the same pattern can be viewed at different scales and locations (at the same time if layers are tiled). Cloned layers can also have different names, cursor modes, or control options (Auto Fit, Hyperspeed, and Show Hash Info).

Duplicate Layer

Adds a new layer with a copy of the current layer's pattern. Also duplicates all the current settings but, unlike a cloned layer, the settings are not kept synchronized. A duplicated layer starts with the same undo/redo history as the original layer but their histories will diverge if changes are made to either layer.

Delete Layer

Deletes the current layer. The current layer changes to the preceding layer (unless the first layer was deleted).

Delete Other Layers

Deletes all layers except the current layer.

Move Layer...

Opens a dialog that lets you move the current layer to a new position in the layer sequence, where 0 is the position of the first layer.

Name Layer...

Opens a dialog that lets you change the name of the current layer. Note that opening or saving a pattern file also changes the layer's name. Creating a new pattern resets the name to "untitled".

Set Layer Colors...

Opens a dialog that lets you change any of the cell colors used by the current layer and its clones (if any). Note that any changes you make here are temporary. If you open a pattern file or create a new pattern, or if you change the current algorithm or rule, then the colors will be reset to their default values as specified in Preferences > Color.

Synchronize Views

If ticked, then when you switch to another layer Golly will automatically switch to the same scale and location as the old layer. Most of the time you'll probably prefer to keep this option turned off so that each layer has a different scale and location.

Synchronize Cursors

If ticked, then when you switch to another layer Golly will automatically switch to the same cursor mode as the old layer. You'll probably find it less confusing if this option is kept turned on, but it can be useful in some situations for different layers to use different cursors. For example, you might want to make selections in one layer but draw cells in another layer.

Stack Layers

If ticked then all layers are displayed on top of one another, temporarily using the same scale and location as the current layer. The pattern in layer 0 is drawn first (100% opaque), then the patterns in other layers are drawn on top as translucent overlays. The opacity percentage of the pattern overlays can be set in Preferences > Layer. For an example of how stacked layers can be useful, load in a pattern and run the envelope.py script.

Tile Layers

If ticked then the viewport window is tiled into sub-windows and each layer is displayed in a separate tile. Clicking in the window of a non-current layer will change the current layer. Tiling is very handy with cloned layers as it allows you to view the same pattern at different scales and/or locations. golly-3.3-src/Help/intro.html0000644000175000017500000000354412026730263013133 00000000000000 Golly Help: Introduction

What is Golly?

Golly is a cross-platform application for exploring John Conway's Game of Life and other cellular automata. It's also free and open source. More details, including links to the source and binary distributions, are available at the Golly web site:

http://golly.sourceforge.net/

What is Life?

The Game of Life is a simple example of a set of rules more broadly known as a "cellular automaton", or CA for short. CAs were first studied in the mid-1950s by Stanislaw Ulam and John von Neumann but became much more widely known in 1970 when Conway's Life was described by Martin Gardner in his Scientific American column.

Life is played on an arbitrary-sized grid of square cells. Each cell has two states: "dead" or "alive". The state of every cell changes from one "generation" to the next according to the states of its 8 nearest neighbors: a dead cell becomes alive (a "birth") if it has exactly 3 live neighbors; a live cell dies out if it has less than 2 or more than 3 live neighbors. The "game" of Life simply involves starting off with a pattern of live cells and seeing what happens.

Even though the rules for Life are completely deterministic, it is impossible to predict whether an arbitrary starting pattern will die out, or start oscillating, or expand forever. Life and other CAs provide a powerful demonstration of how a very simple system can generate extremely complicated results.

If you'd like to learn more about Life and other cellular automata then check out the links and books mentioned in the References, or start exploring the Life Lexicon. golly-3.3-src/Help/Algorithms/0000755000175000017500000000000013543257425013306 500000000000000golly-3.3-src/Help/Algorithms/Generations.html0000644000175000017500000002232013273534663016373 00000000000000 Golly Help: Generations

The Generations algorithm supports rules similar to Life but with an extra history component that allows cells to have up to 256 states. The rule notation is "0..8/1..8/n" where the 1st set of digits specify the live neighbor counts necessary for a cell to survive to the next generation. The 2nd set of digits specify the live neighbor counts necessary for a cell to be born in the next generation. The final number n specifies the maximum number of cell states (from 2 to 256).

Here are some example rules:

2367/3457/5 [Banners] - an exploding rule by Mirek Wojtowicz.
234/34678/24 [Bloomerang] - an expanding rule by John Elliott.
/2/3 [Brian's Brain] - a chaotic rule by Brian Silverman.
124567/378/4 [Caterpillars] - a chaotic rule by Mirek Wojtowicz.
23/2/8 [Cooties] - an exploding rule by Rudy Rucker.
2/13/21 [Fireworks] - an exploding rule by John Elliott.
12/34/3 [Frogs] - a chaotic rule by Scott Robert Ladd.
12345/45678/8 [Lava] - an expanding rule by Mirek Wojtowicz.
012345/458/3 [Lines] - a stable rule by Anders Starmark.
345/2/4 [Star Wars] - an exploding rule by Mirek Wojtowicz.
3456/2/6 [Sticks] - an exploding rule by Rudy Rucker.
345/26/5 [Transers] - an exploding rule by John Elliott.
1456/2356/16 [Xtasy] - an exploding rule by John Elliott.

Other rules in this family, along with more detailed descriptions, can be found at Mirek Wojtowicz's MCell website. See also the Patterns/Generations folder which contains a number of interesting patterns extracted from the MCell pattern collection.

 
Von Neumann neighborhood

The above rules use the Moore neighborhood, where each cell has 8 neighbors. In the von Neumann neighborhood each cell has only the 4 orthogonal neighbors. To specify this neighborhood just append "V" to the usual notation and use neighbor counts ranging from 0 to 4.

Note that when viewing patterns at scales 1:8 or 1:16 or 1:32, Golly displays diamond-shaped icons for rules using the von Neumann neighborhood and circular dots for rules using the Moore neighborhood.

 
Hexagonal neighborhood

Golly can emulate a hexagonal neighborhood on a square grid by ignoring the NE and SW corners of the Moore neighborhood so that every cell has 6 neighbors: 

   NW N NE         NW  N
   W  C  E   ->   W  C  E
   SW S SE         S  SE
To specify a hexagonal neighborhood just append "H" to the usual notation and use neighbor counts ranging from 0 to 6. Editing hexagonal patterns in a square grid can be somewhat confusing, so to help make things a bit easier Golly displays slanted hexagons (in icon mode) at scales 1:8 or 1:16 or 1:32.

 
Non-totalistic rules

All of the above rules are classified as "totalistic" because the outcome depends only on the total number of neighbors. Golly also supports non-totalistic rules for Moore neighborhoods — such rules depend on the configuration of the neighbors, not just their counts.

The syntax used to specify a non-totalistic rule is based on a notation developed by Alan Hensel. It's very similar to the above notation but uses various lowercase letters to represent unique neighborhoods. One or more of these letters can appear after an appropriate digit (which must be from 1 to 7, depending on the letters). The usual counts of 0 and 8 can still be used without letters since there is no way to constrain 0 or 8 neighbors. Letter strings can get quite long, so it's possible to specify their inverse using a "-" between the digit and the letters.

The following table shows which letters correspond to which neighborhoods. The central cell in each neighborhood is colored red, corner neighbors are green, edge neighbors are yellow and ignored neighbors are black:

The table makes it clear which digits are allowed before which letters. For example, /1a/8 and /5z/8 are both invalid rules.

Golly uses the following steps to convert a given non-totalistic rule into its canonical version:

  1. An underscore can be used instead of a slash, but the canonical version always uses a slash.
  2. The lowercase letters are listed in alphabetical order. For example, /2nic/8 will become /2cin/8.
  3. A given rule is converted to its shortest equivalent version. For example, /2ceikn/8 will become /2-a/8. If equivalent rules have the same length then the version without the minus sign is preferred. For example, /4-qjrtwz/8 will become /4aceikny/8.
  4. It's possible for a non-totalistic rule to be converted to a totalistic rule. If you supply all the letters for a specific neighbor count then the canonical version removes the letters. For example, /2aceikn3/8 will become /23/8. (Note that /2-3/8 is equivalent to /2aceikn3/8 so will also become /23/8.)
  5. If you supply a minus sign and all the letters for a specific neighbor count then the letters and the neighbor count are removed. For example, /2-aceikn3/8 will become /3/8.

 
MAP rules

The totalistic and non-totalistic rules above are only a small subset of all possible rules for a 2-state Moore neighborhood. The Moore neighborhood has 9 cells which gives 512 (2^9) possible combinations of cells. For each of these combinations you define whether the output cell is dead or alive, giving a string of 512 digits, each being 0 (dead) or 1 (alive). 

   0 1 2
   3 4 5  ->  4'
   6 7 8
The first few entries for Conway's Life in Generations form (23/3/2) in this format are as follows: 
   Cell 0 1 2 3 4 5 6 7 8  ->  4'
   0    0 0 0 0 0 0 0 0 0  ->  0
   1    0 0 0 0 0 0 0 0 1  ->  0
   2    0 0 0 0 0 0 0 1 0  ->  0
   3    0 0 0 0 0 0 0 1 1  ->  0
   4    0 0 0 0 0 0 1 0 0  ->  0
   5    0 0 0 0 0 0 1 0 1  ->  0
   6    0 0 0 0 0 0 1 1 0  ->  0
   7    0 0 0 0 0 0 1 1 1  ->  1   B3
   8    0 0 0 0 0 1 0 0 0  ->  0
   9    0 0 0 0 0 1 0 0 1  ->  0
   10   0 0 0 0 0 1 0 1 0  ->  0
   11   0 0 0 0 0 1 0 1 1  ->  1   B3
   ...
   19   0 0 0 0 1 0 0 1 1  ->  1   S2
   ...
   511  1 1 1 1 1 1 1 1 1  ->  0
This creates a string of 512 binary digits: 
   00000001000100000001...0
This binary string is then base64 encoded for brevity giving a string of 86 characters: 
   ARYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA
By prefixing this string with "MAP" the syntax of the rule becomes: 
   rule = MAP<base64_string>/<states>
So, Conway's Life in Generations (23/3/2) form encoded as a MAP rule is: 
   rule = MAPARYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA/2
Given each MAP rule has 512 bits and there are 255 different Generations states (2 to 256) this leads to 255*2^512 (roughly 3.42x10^156) unique rules. Totalistic rules are a subset of isotropic non-totalistic rules which are a subset of MAP rules.

MAP rules can also be specified for Hexagonal and von Neumann neighborhoods.

Hexagonal neighborhoods have 7 cells (center plus 6 neighbors) which gives 128 (2^7) possible combinations of cells. These encode into 22 base64 characters.

Von Neumann neighborhoods have 5 cells (center plus 4 neighbors) which gives 32 (2^5) possible combinations of cells. These encode into 6 base64 characters.

For any of the neighborhoods the base64 encoding can optionally be postfixed with two base64 padding characters: "==". golly-3.3-src/Help/Algorithms/HashLife.html0000644000175000017500000000120512026730263015564 00000000000000 Golly Help: HashLife

HashLife uses Bill Gosper's hashlife algorithm to achieve remarkable speeds when generating patterns that have a lot of regularity in time and/or space.

HashLife supports the same set of rules as QuickLife, but with one exception: if a rule contains B0 it must also contain S8 (or S6 if the rule ends with H, or S4 if it ends with V).

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Larger than Life (LtL) is a family of cellular automata rules that generalize John Conway's Game of Life to large neighborhoods and general birth and survival thresholds. The LtL rule notation used by Golly is identical to the one created by Mirek Wojtowicz for MCell:

Rr,Cc,Mm,Ssmin..smax,Bbmin..bmax,Nn

Rr - specifies the neighborhood range (r is from 1 to 500).
Cc - specifies the number of states (c is from 0 to 256).
Mm - specifies if the middle cell is included in the neighborhood count (m is 0 or 1).
Ssmin..smax - specifies the count limits for a state 1 cell to survive.
Bbmin..bmax - specifies the count limits for a dead cell to become a birth.
Nn - specifies the extended neighborhood type (n is M for Moore, N for von Neumann, and C is for circular).

These diagrams show the NM, NN and NC neighborhoods for r = 3 (the NC diagram also shows the circle used to determine which cells are within the circular neighborhood):

       

The S and B limits must be from 0 to the neighborhood size: (2r+1)^2 when n = M, or 2r(r+1)+1 when n = N, or approximately 3.14(r+0.5)^2 when n = C. The set of points in a circular neighborhood is those whose Euclidean distance from the center point is less than r+0.5. A quick way to see the circular neighborhood for a given r and n is to use a rule with only B1 set. For example, switch to R6,C0,M0,S1..1,B1..1,NC, turn on a single cell and hit the space bar.

If the number of states (specified after C) is greater than 2 then states 1 and above don't die immediately but gradually decay. Note that state values above 1 are not included in the neighborhood counts and thus play no part in deciding the survival of a state 1 cell, nor the birth of an empty cell. C0 and C1 are equivalent to C2.

 
Examples

The Patterns/Larger-than-Life folder contains a number of example patterns (mostly from the MCell collection). The following table shows a number of example rules along with their commonly used names:

R1,C0,M0,S2..3,B3..3,NM [Life] - the default rule for this algorithm.
R5,C0,M1,S34..58,B34..45,NM [Bosco's Rule] - (aka Bugs) a chaotic rule by Kellie Evans.
R10,C0,M1,S123..212,B123..170,NM [Bugsmovie] - a chaotic rule by David Griffeath.
R8,C0,M0,S163..223,B74..252,NM [Globe] - an expanding rule by Mirek Wojtowicz.
R1,C0,M1,S1..1,B1..1,NN [Gnarl] - an exploding rule by Kellie Evans.
R4,C0,M1,S41..81,B41..81,NM [Majority] - a stable rule by David Griffeath.
R7,C0,M1,S113..225,B113..225,NM [Majorly] - an expanding rule by David Griffeath.
R10,C255,M1,S2..3,B3..3,NM [ModernArt] - a chaotic rule by Charles A. Rockafellor.
R7,C0,M1,S100..200,B75..170,NM [Waffle] - an expanding rule by Kellie Evans.

 
Alternative rule notation

Golly also allows rules to be entered using the notation defined by Kellie Evans in her thesis [2]. The range, birth limits and survival limits are specified by five integers separated by commas:

r,bmin,bmax,smin,smax

This notation assumes an extended Moore neighborhood in which a live middle cell is included in the neighborhood count (ie. totalistic). For example, Life can be entered as 1,3,3,3,4.

Note that Golly's canonical version of a Larger than Life rule always uses the MCell syntax.

 
Grid topology and size limits

The Larger than Life algorithm supports both bounded and unbounded universes, but with certain restrictions. As in Golly's other algorithms, a bounded universe is specified by appending a suitable suffix to the rule, but the topology can only be a simple torus or a plane. For example, R5,C0,M1,S34..58,B34..45,NM:T500,40 creates a 500 by 40 torus using Bosco's Rule, and 1,3,3,3,4:P300,200 creates a 300 by 200 plane using Life. The maximum grid size is 100 million cells. The minimum width or height is twice the supplied range. Values less than that (including zero) are automatically increased to the minimum value.

If a given rule has no suffix then the universe is unbounded. Well, almost. Golly maintains an internal grid that is automatically resized as a pattern expands or shrinks. The size of this grid is limited to 100 million cells, and the cell coordinates of the grid edges must remain within the editing limits of +/- 1 billion. For the vast majority of patterns these limits won't ever be a problem.

One more restriction worth noting: B0 is not allowed in an unbounded universe.

 
History

Larger than Life was first imagined by David Griffeath in the early 1990s to explore whether Life might be a clue to a critical phase point in the threshold-range scaling limit [1]. The LtL family of rules includes Life as well as a rich set of two-dimensional rules, some of which exhibit dynamics vastly different from Life [2], [3]. Kellie Evans studied LtL in her 1996 thesis and discovered that a family of "Life-like" rules comprises a much larger subset of LtL parameter space than initially imagined [2], [4], [5].

In order to study LtL rules, David Griffeath and Bob Fisch developed WinCA, a cellular automata modeling environment for Windows. WinCA's editing capabilities were modest, but the software was able to implement LtL rules to range 200 and its speed increased together with the hardware on which it ran. In those early days of Windows, Griffeath's Primordial Soup Kitchen shared graphics and other discoveries via weekly "soup recipes" [6]. WinCA still runs on 32-bit Windows and allows for colorful LtL and other cellular automata images [10], [11]. Just before LtL was implemented in Golly, a virtual machine was used to run WinCA on 64-bit Windows and some new discoveries were made [12].

In 1999 Mirek Wojtowicz developed Mirek's Cellebration (MCell) [9], a cellular automata modeling environment for Windows, which was excellent for editing on the fly and working with small configurations for LtL rules up to range 10. Dean Hickerson used MCell to construct the first "bug gun" using the period 166 oscillator known as Bosco, which was discovered by Kellie Evans. This construction led to numerous other constructions and questions [7].

Golly is a game changer in the study of LtL: the first software with seemingly boundless possibilities that implements LtL in ranges up to 500 and the potential to discover LtL dynamics as yet unimagined.

 
References

[1] D. Griffeath. Self-organization of random cellular automata: Four snapshots, in "Probability and Phase Transitions", 1994. (G. Grimmett Ed.), Kluwer Academic, Dordrecht/Norwell, MA.

[2] K. Evans. "Larger than Life: it's so nonlinear", 1996. Ph.D. dissertation, University of Wisconsin- Madison.
http://www.csun.edu/~kme52026/thesis.html

[3] J. Gravner and D. Griffeath. Cellular automaton growth on Z2: theorems, examples, and problems, 1998. Advances in App. Math 21, 241-304.
http://psoup.math.wisc.edu/extras/r1shapes/r1shapes.html

[4] K. Evans. Larger than Life: digital creatures in a family of two-dimensional cellular automata, 2001. Discrete Mathematics and Theoretical Computer Science, Volume AA, 2001, 177-192
http://dmtcs.loria.fr/proceedings/html/dmAA0113.abs.html

[5] K. Evans, Threshold-range scaling of Life's coherent structures, Physica D 183 (2003), 45-67.

[6] D. Griffeath. Primordial Soup Kitchen.
http://psoup.math.wisc.edu/kitchen.html

[7] K. Evans, Is Bosco's rule universal?, in "Lecture Notes in Computer Science," Vol. 3354, ed. Maurice Margenstern. Springer-Verlag GmbH (2005), 188–199. WWW companion page to paper
http://www.csun.edu/~kme52026/bosco/bosco.html

[8] K. Evans. Replicators and Larger than Life examples, 2002. In "New Constructions in Cellular Automata", eds. David Griffeath and Cris Moore. Oxford University Press.

[9] MCell rules lexicon for Larger than Life:
http://www.mirekw.com/ca/rullex_lgtl.html

[10] D. Griffeath. Self-organizing two-dimensional cellular automata: 10 still frames. In "Designing Beauty: the Art of Cellular Automata," eds. Andrew Adamatzky and Genaro Martinez. Springer (2016) 1-12.

[11] K. Evans. Larger than Life. In "Designing Beauty: the Art of Cellular Automata," eds. Andrew Adamatzky and Genaro Martinez. Springer (2016) 27-34.

[12] A. Tantoushian. "Scaling Larger than Life Bugs: to range 25 and beyond", 2017 Master's thesis, California State University, Northridge.
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QuickLife is a fast, conventional (non-hashing) algorithm for exploring Life and other 2D outer-totalistic rules. Such rules are defined using "B0...8/S0...8" notation, where the digits after B specify the counts of live neighbors necessary for a cell to be born in the next generation, and the digits after S specify the counts of live neighbors necessary for a cell to survive to the next generation. Here are some example rules:

B3/S23 [Life]
John Conway's rule is by far the best known and most explored CA.

B36/S23 [HighLife]
Very similar to Conway's Life but with an interesting replicator.

B3678/S34678 [Day & Night]
Dead cells in a sea of live cells behave the same as live cells in a sea of dead cells.

B35678/S5678 [Diamoeba]
Creates diamond-shaped blobs with unpredictable behavior.

B2/S [Seeds]
Every living cell dies every generation, but most patterns still explode.

B234/S [Serviettes or Persian Rug]
A single 2x2 block turns into a set of Persian rugs.

B345/S5 [LongLife]
Oscillators with extremely long periods can occur quite naturally.

 
Von Neumann neighborhood

The above rules use the Moore neighborhood, where each cell has 8 neighbors. In the von Neumann neighborhood each cell has only the 4 orthogonal neighbors. To specify this neighborhood just append "V" to the usual "B.../S..." notation and use neighbor counts ranging from 0 to 4. For example, try B13/S012V or B2/S013V.

Note that when viewing patterns at scales 1:8 or 1:16 or 1:32, Golly displays diamond-shaped icons for rules using the von Neumann neighborhood and circular dots for rules using the Moore neighborhood.

 
Hexagonal neighborhood

QuickLife can emulate a hexagonal neighborhood on a square grid by ignoring the NE and SW corners of the Moore neighborhood so that every cell has 6 neighbors: 

   NW N NE         NW  N
   W  C  E   ->   W  C  E
   SW S SE         S  SE
To specify a hexagonal neighborhood just append "H" to the usual "B.../S..." notation and use neighbor counts ranging from 0 to 6. Here's an example: 
x = 7, y = 6, rule = B245/S3H
obo$4bo$2bo$bo2bobo$3bo$5bo!
Editing hexagonal patterns in a square grid can be somewhat confusing, so to help make things a bit easier Golly displays slanted hexagons when in icon mode.

 
Non-totalistic rules

All of the above rules are classified as "totalistic" because the outcome depends only on the total number of neighbors. Golly also supports non-totalistic rules for Moore neighborhoods — such rules depend on the configuration of the neighbors, not just their counts.

The syntax used to specify a non-totalistic rule is based on a notation developed by Alan Hensel. It's very similar to the above "B.../S..." notation but uses various lowercase letters to represent unique neighborhoods. One or more of these letters can appear after an appropriate digit (which must be from 1 to 7, depending on the letters). The usual counts of 0 and 8 can still be used without letters since there is no way to constrain 0 or 8 neighbors.

For example, B3/2a34 means birth on 3 neighbors and survival on 2 adjacent neighbors (a corner and an edge), or 3 or 4 neighbors.

Letter strings can get quite long, so it's possible to specify their inverse using a "-" between the digit and the letters. For example, B2cekin/S12 is equivalent to B2-a/S12 and means birth on 2 non-adjacent neighbors, and survival on 1 or 2 neighbors. (This is David Bell's "Just Friends" rule.)

The following table shows which letters correspond to which neighborhoods. The central cell in each neighborhood is colored red, corner neighbors are green, edge neighbors are yellow and ignored neighbors are black:

The table makes it clear which digits are allowed before which letters. For example, B1a/S and B5z/S are both invalid rules.

Golly uses the following steps to convert a given non-totalistic rule into its canonical version:

  1. An underscore can be used instead of a slash, but the canonical version always uses a slash.
  2. The lowercase letters are listed in alphabetical order. For example, B2nic/S will become B2cin/S.
  3. A given rule is converted to its shortest equivalent version. For example, B2ceikn/S will become B2-a/S. If equivalent rules have the same length then the version without the minus sign is preferred. For example, B4-qjrtwz/S will become B4aceikny/S.
  4. It's possible for a non-totalistic rule to be converted to a totalistic rule. If you supply all the letters for a specific neighbor count then the canonical version removes the letters. For example, B2aceikn3/S will become B23/S. (Note that B2-3/S is equivalent to B2aceikn3/S so will also become B23/S.)
  5. If you supply a minus sign and all the letters for a specific neighbor count then the letters and the neighbor count are removed. For example, B2-aceikn3/S will become B3/S.

 
MAP rules

The totalistic and non-totalistic rules above are only a small subset of all possible rules for a 2-state Moore neighborhood. The Moore neighborhood has 9 cells which gives 512 (2^9) possible combinations of cells. For each of these combinations you define whether the output cell is dead or alive, giving a string of 512 digits, each being 0 (dead) or 1 (alive). 

   0 1 2
   3 4 5  ->  4'
   6 7 8
The first few entries for Conway's Life (B3/S23) in this format are as follows: 
   Cell 0 1 2 3 4 5 6 7 8  ->  4'
   0    0 0 0 0 0 0 0 0 0  ->  0
   1    0 0 0 0 0 0 0 0 1  ->  0
   2    0 0 0 0 0 0 0 1 0  ->  0
   3    0 0 0 0 0 0 0 1 1  ->  0
   4    0 0 0 0 0 0 1 0 0  ->  0
   5    0 0 0 0 0 0 1 0 1  ->  0
   6    0 0 0 0 0 0 1 1 0  ->  0
   7    0 0 0 0 0 0 1 1 1  ->  1   B3
   8    0 0 0 0 0 1 0 0 0  ->  0
   9    0 0 0 0 0 1 0 0 1  ->  0
   10   0 0 0 0 0 1 0 1 0  ->  0
   11   0 0 0 0 0 1 0 1 1  ->  1   B3
   ...
   19   0 0 0 0 1 0 0 1 1  ->  1   S2
   ...
   511  1 1 1 1 1 1 1 1 1  ->  0
This creates a string of 512 binary digits: 
   00000001000100000001...0
This binary string is then base64 encoded for brevity giving a string of 86 characters: 
   ARYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA
By prefixing this string with "MAP" the syntax of the rule becomes: 
   rule = MAP<base64_string>
So, Conway's Life (B3/S23) encoded as a MAP rule is: 
   rule = MAPARYXfhZofugWaH7oaIDogBZofuhogOiAaIDogIAAgAAWaH7oaIDogGiA6ICAAIAAaIDogIAAgACAAIAAAAAAAA
Given each MAP rule has 512 bits this leads to 2^512 (roughly 1.34x10^154) unique rules. Totalistic rules are a subset of isotropic non-totalistic rules which are a subset of MAP rules.

MAP rules can also be specified for Hexagonal and von Neumann neighborhoods.

Hexagonal neighborhoods have 7 cells (center plus 6 neighbors) which gives 128 (2^7) possible combinations of cells. These encode into 22 base64 characters.

Von Neumann neighborhoods have 5 cells (center plus 4 neighbors) which gives 32 (2^5) possible combinations of cells. These encode into 6 base64 characters.

For any of the neighborhoods the base64 encoding can optionally be postfixed with two base64 padding characters: "==".

 
Emulating B0 rules

Rules containing B0 are tricky to handle in an unbounded universe because every dead cell becomes alive in the next generation. If the rule doesn't contain Smax (where max is the number of neighbors in the neighborhood: 8 for Moore, 6 for Hexagonal or 4 for Von Neumann) then the "background" cells alternate from all-alive to all-dead, creating a nasty strobing effect. To avoid these problems, Golly emulates rules with B0 in the following way:

A totalistic rule containing B0 and Smax is converted into an equivalent rule (without B0) by inverting the neighbor counts, then using S(max-x) for the B counts and B(max-x) for the S counts. For example, B0123478/S01234678 (AntiLife) is changed to B3/S23 (Life) via these steps: B0123478/S01234678 -> B56/S5 -> B3/S23.

A non-totalistic rule is converted in a similar way. The isotropic letters are inverted and then S(max-x)(letters) is used for B counts and B(max-x)(letters) is used for the S counts. The 4 neighbor letters are swapped using the following table: 

   4c -> 4e
   4e -> 4c
   4k -> 4k
   4a -> 4a
   4i -> 4t
   4n -> 4r
   4y -> 4j
   4q -> 4w
   4j -> 4y
   4r -> 4n
   4t -> 4i
   4w -> 4q
   4z -> 4z
A totalistic rule containing B0 but not Smax is converted into a pair of rules (both without B0): one is used for the even generations and the other for the odd generations. The rule for even generations uses inverted neighbor counts. The rule for odd generations uses S(max-x) for the B counts and B(max-x) for the S counts. For example, B03/S23 becomes B1245678/S0145678 (even) and B56/S58 (odd).

A non-totalistic rule is converted in a similar way. For even generations invert both B(x)(letter) and S(x)(letter). For odd generations except 4-neighbor letters, use B(x)(letter) if and only if the original rule has S(max-x)(letter) and use S(x)(letter) if and only if the original rule has B(max-x)(letter). For 4-neighbor isotropic letters use the table above. For example, B0124-k/S1c25 becomes B34k5678/S01-c34678 (even) and B367c/S4-k678 (odd).

For a MAP rule B0 is equivalent to the first bit being 1. Smax is equivalent to the 511th bit being 1. For B0 with Smax the rule is converted to NOT(REVERSE(bits)). For B0 without Smax the even rule is NOT(bits) and the odd rule is REVERSE(bits).

In all cases, the replacement rule(s) generate patterns that are equivalent to the requested rule. However, you need to be careful when editing an emulated pattern in a rule that contains B0 but not Smax. If you do a cut or copy then you should only paste into a generation with the same parity.

 
Wolfram's elementary rules

QuickLife supports Stephen Wolfram's elementary 1D rules. These rules are specified as "Wn" where n is an even number from 0 to 254. For example:

W22
A single live cell creates a beautiful fractal pattern.

W30
Highly chaotic and an excellent random number generator.

W110
Matthew Cook proved that this rule is capable of universal computation.

The binary representation of a particular number specifies the cell states resulting from each of the 8 possible combinations of a cell and its left and right neighbors, where 1 is a live cell and 0 is a dead cell. Here are the state transitions for W30: 

   111  110  101  100  011  010  001  000
    |    |    |    |    |    |    |    |
    0    0    0    1    1    1    1    0  = 30 (2^4 + 2^3 + 2^2 + 2^1)
Note that odd-numbered rules have the same problem as B0 rules. Golly currently makes no attempt to emulate such rules, and they are not supported. golly-3.3-src/Help/Algorithms/RuleLoader.html0000644000175000017500000003214513151213347016145 00000000000000 Golly Help: RuleLoader

The RuleLoader algorithm allows rules to be specified in external files. Given the rule string "Foo", RuleLoader will search for a file called Foo.rule. It looks for the file in your rules folder first, then in the supplied Rules folder. The format of a .rule file is described here. A number of examples can be found in the Rules folder:

B3/S23 or Life
Conway's Life. This is the default rule for the RuleLoader algorithm and is built in (there is no corresponding .rule file).

Banks-I, Banks-II, Banks-III, Banks-IV
In 1971, Edwin Roger Banks (a student of Ed Fredkin) made simpler versions of Codd's 1968 CA, using only two states in some cases. These four rules are found in his PhD thesis. To see the rules in action, open Banks-I-demo.rle and the other examples in Patterns/Self-Rep/Banks/.

BBM-Margolus-emulated
Ed Fredkin's Billiard Ball Model, using the Margolus neighborhood to implement a simple reversible physics of bouncing balls. In this implementation we are emulating the system using a Moore-neighborhood CA with extra states. Open BBM.rle to see the rule in action.

BriansBrain
An alternative implementation of the Generations rule /2/3.

Byl-Loop
A six state 5-neighborhood CA that supports small self-replicating loops. To see the rule in action, open Byl-Loop.rle.

Caterpillars
An alternative implementation of the Generations rule 124567/378/4.

Chou-Reggia-1 and Chou-Reggia-2
Two 5-neighborhood CA that supports tiny self-replicating loops. To see the rules in action, open Chou-Reggia-Loop-1.rle and Chou-Reggia-Loop-2.rle.

Codd
In 1968, Edgar F. Codd (who would later invent the relational database) made a simpler version of von Neumann's 29-state CA, using just 8 states. To see the rule in action, open repeater-emitter-demo.rle and the other examples in Patterns/Self-Rep/Codd/.

Codd2
A very minor extension of Codd's transition table, to allow for some sheathing cases that were found with large patterns. See sheathing-problems.rle for a demonstration of the problem cases.

CrittersMargolus_emulated
The Critters rule is reversible and has Life-like gliders. See CrittersCircle.rle.

Devore
In 1973, John Devore altered Codd's transition table to allow for simple diodes and triodes, enabling him to make a much smaller replicator than Codd's. See Devore-rep.rle and the other examples in Patterns/Self-Rep/Devore/.

DLA-Margolus-emulated
Diffusion-limited aggregation (DLA) is where moving particles can become stuck, forming a distinctive fractal pattern seen in several different natural physical systems. See DLA.rle.

Ed-rep
A version of Fredkin's parity rule, for 7 states. See Ed-rep.rle for an image of Ed Fredkin that photocopies itself.

Evoloop and Evoloop-finite
An extension of the SDSR Loop, designed to allow evolution through collisions. To see the rule in action, open Evoloop-finite.rle.

HPP
The HPP lattice gas. A simple model of gas particles moving at right angles at a fixed speed turns out to give an accurate model of fluid dynamics on a larger scale. Though the later FHP gas improved on the HPP gas by using a hexagonal lattice for more realistic results, the HPP gas is where things began. Open HPP-demo.rle.

Langtons-Ant
Chris Langton's other famous CA. An ant walks around on a binary landscape, collecting and depositing pheremones. See Langtons-Ant.rle.

Langtons-Loops
The original loop. Chris Langton adapted Codd's 1968 CA to support a simple form of self-replication based on a circulating loop of instructions. To see the rule in action, open Langtons-Loops.rle.

LifeHistory
A 7-state extension of the HistoricalLife rule from MCell, allowing for on and off marked cells (states 3 and 4) as well as the history envelope (state 2). State 3 is useful for labels and other identifying marks, since an active pattern can touch or even cross it without being affected. State 5 is an alternate marked ON state most often used to mark a 'starting' location; once a cell changes to state 2, it can not return to this start state. State 6 cells kill any adjacent live cells; they are intended to be used as boundaries between subpatterns, e.g. in an active stamp collection where flying debris from one subpattern might adversely affect another subpattern. See h-to-h-collection-26Aug2017.zip for an example using all of LifeHistory's extra states.

LifeOnTheEdge
A CA proposed by Franklin T. Adams-Watters in which all the action occurs on the edges of a square grid. Each edge can be on or off and has six neighbors, three at each end. An edge is on in the next generation iff exactly two of the edges in its seven edge neighborhood (including the edge itself) are on. This implementation has 3 live states with suitable icons that allow any pattern of edges to be created. Open life-on-the-edge.rle.

LifeOnTheSlope
The same behavior as LifeOnTheEdge but patterns are rotated by 45 degrees. This implementation has only 2 live states (with icons \ and /), so it's a lot easier to enter patterns and they run faster. Open life-on-the-slope.rle.

Perrier
Perrier extended Langton's Loops to allow for universal computation. See Perrier-Loop.rle.

Sand-Margolus-emulated
MCell's Sand rule is a simple simulation of falling sand particles. See Sand.rle.

SDSR-Loop
An extension of Langton's Loops, designed to cause dead loops to disappear, allowing other loops to replicate further. To see the rule in action, open SDSR-Loop.rle.

StarWars
An alternative implementation of the Generations rule 345/2/4.

Tempesti
A programmable loop that can construct shapes inside itself after replication. To see the rule in action, open Tempesti-Loop.rle. This loop prints the letters 'LSL' inside each copy — the initials of Tempesti's university group.

TMGasMargolus_emulated
A different version of the HPP gas, implemented in the Margolus neighborhood, see TMGas.rle.

TripATronMargolus_emulated
The Trip-A-Tron rule in the Margolus neighborhood. See TripATron.rle.

WireWorld
A 4-state CA created by Brian Silverman. WireWorld models the flow of currents in wires and makes it relatively easy to build logic gates and other digital circuits. Open primes.mc and the other examples in Patterns/WireWorld/.

Worm-1040512, Worm-1042015, Worm-1042020, Worm-1252121, Worm-1525115
Examples of Paterson's Worms, a simulation created by Mike Paterson in which a worm travels around a triangular grid according to certain rules. There's also a rule called Worm-complement which can be used to show the uneaten edges within a solid region. Open worm-1040512.rle and the other examples in Patterns/Patersons-Worms/.

References:

Banks-I, Banks-II, Banks-III, Banks-IV (1971)
E. R. Banks. "Information Processing and Transmission in Cellular Automata" PhD Thesis, MIT, 1971.

Byl-Loop (1989)
J. Byl. "Self-Reproduction in small cellular automata." Physica D, Vol. 34, pages 295-299, 1989.

Chou-Reggia-1 and Chou-Reggia-2 (1993)
J. A. Reggia, S. L. Armentrout, H.-H. Chou, and Y. Peng. "Simple systems that exhibit self-directed replication." Science, Vol. 259, pages 1282-1287, February 1993.

Codd (1968)
E. F. Codd, "Cellular Automata" Academic Press, New York, 1968.

Devore (1973)
Devore, J. and Hightower, R. (1992) "The Devore variation of the Codd self-replicating computer" Third Workshop on Artificial Life, Santa Fe, New Mexico, Original work carried out in the 1970s though apparently never published. Reported by John R. Koza, "Artificial life: spontaneous emergence of self-replicating and evolutionary self-improving computer programs," in Christopher G. Langton, Artificial Life III, Proc. Volume XVII Santa Fe Institute Studies in the Sciences of Complexity, Addison-Wesley Publishing Company, New York, 1994, p. 260.

Evoloop (1999)
Hiroki Sayama "Toward the Realization of an Evolving Ecosystem on Cellular Automata", Proceedings of the Fourth International Symposium on Artificial Life and Robotics (AROB 4th '99), M. Sugisaka and H. Tanaka, eds., pp.254-257, Beppu, Oita, Japan, 1999.

HPP (1973)
J. Hardy, O. de Pazzis, and Y. Pomeau. J. Math. Phys. 14, 470, 1973.

Langtons-Ant (1986)
C. G. Langton. "Studying artificial life with cellular automata" Physica D 2(1-3):120-149, 1986.

Langtons-Loops (1984)
C. G. Langton. "Self-reproduction in cellular automata." Physica D, Vol. 10, pages 135-144, 1984.

Paterson's Worms (1973)
See these sites for a good description and the latest results:
http://www.maa.org/editorial/mathgames/mathgames_10_24_03.html
http://wso.williams.edu/~Ebchaffin/patersons_worms/
http://tomas.rokicki.com/worms.html

Perrier (1996)
J.-Y. Perrier, M. Sipper, and J. Zahnd. "Toward a viable, self-reproducing universal computer" Physica D 97: 335-352. 1996

SDSR-Loop (1998)
Hiroki Sayama. "Introduction of Structural Dissolution into Langton's Self-Reproducing Loop." Artificial Life VI: Proceedings of the Sixth International Conference on Artificial Life, C. Adami, R. K. Belew, H. Kitano, and C. E. Taylor, eds., pp.114-122, Los Angeles, California, 1998, MIT Press.

Tempesti (1995)
G. Tempesti. "A New Self-Reproducing Cellular Automaton Capable of Construction and Computation". Advances in Artificial Life, Proc. 3rd European Conference on Artificial Life, Granada, Spain, June 4-6, 1995, Lecture Notes in Artificial Intelligence, 929, Springer Verlag, Berlin, 1995, pp. 555-563.

WireWorld (1987)
A. K. Dewdney, Computer Recreations. Scientific American 282:136-139, 1990. golly-3.3-src/Help/Algorithms/JvN.html0000644000175000017500000000504613151213347014604 00000000000000 Golly Help: JvN

John von Neumann created the very first cellular automata in the 1940's, together with fellow mathematician Stanislaw Ulam.

The JvN algorithm supports 3 rules:

JvN29
The original 29-state CA as created by von Neumann. To see how his rules work, load the simpler examples first: counter-demo.rle and cell-coders-demo.rle and read their pattern info (hit the 'i' button). For a more complex example, see read-arm-demo.rle which shows one component of von Neumann's original design, the tape reader. For a complete self-replicating machine within von Neumann's CA, open sphinx.mc.gz.

Nobili32
An extension of JvN29 created by Renato Nobili in 1994. This rule adds three new states to allow signal crossing, allowing self-replicating machines to be greatly reduced in size. The example pattern construction-arm-demo.rle shows some of the crossing cells in action under this rule. The pattern NP-replicator.rle.gz shows the 1994 design that was the first implementation of von Neumann's vision of a self-reproducing universal constructor in a CA.

Hutton32
Created by Tim Hutton in 2008, this rule uses the same states as Nobili32 but has a slightly modified rule table. Examples golly-constructor.rle and Hutton-replicator.rle show what it can do.

References:

http://en.wikipedia.org/wiki/Von_Neumann_universal_constructor
http://en.wikipedia.org/wiki/Von_Neumann_cellular_automata
http://www.pd.infn.it/~rnobili/wjvn/index.htm
http://www.pd.infn.it/~rnobili/au_cell/
http://www.sq3.org.uk/Evolution/JvN/

golly-3.3-src/Help/help.html0000644000175000017500000000633712677364330012745 00000000000000 Golly Help: Help Menu

The Help menu items can be used to display information on a variety of topics. Each item corresponds to a HTML file in the Help folder. The information is displayed in a separate help window which behaves like a simplified browser. The size and location of this window is remembered when it closes.

Keyboard shortcuts

Various keyboard shortcuts can be used when the help window is in front:

  • Hit "+" and "-" to change the font size.
  • Hit the left arrow or "[" to go back.
  • Hit the right arrow or "]" to go forwards.
  • Hit the home key to go to the Contents page.
  • Hit the up/down arrow keys or page up/down keys if a scroll bar appears.
  • Hit Ctrl-A on Windows/Linux or Cmd-A on Mac to select all text.
  • Hit Ctrl-C on Windows/Linux or Cmd-C on Mac to copy selected text to the clipboard.
  • Hit escape or return to close the help window.

Special links

The help window supports a number of Golly-specific links:

  • edit:file
    Open the given file in your preferred text editor. A non-absolute path is relative to the location of the Golly application.
  • get:url
    Download the specified file and process it according to its type:
    • A HTML file (.htm or .html) is displayed in the help window. Note that this HTML file can contain get links with partial URLs. For a good example of their use, see the LifeWiki Pattern Archive.
    • A text file (.txt or .doc or a name containing "readme") is opened in your text editor.
    • A zip file is opened and processed as described in the File Formats help.
    • A rule file (.rule) is installed into your rules folder and Golly then switches to the corresponding rule.
    • A script file (.lua or .py) is run, but only if you answer "Yes" to the query dialog that appears.
    • A pattern file is loaded into the current layer.
  • lexpatt:pattern
    Load the given Life Lexicon pattern into a "lexicon" layer which is automatically created if it doesn't already exist.
  • open:file
    Load the given pattern or run the given script or switch to the given rule. A non-absolute path is relative to the location of the Golly application.
  • prefs:pane
    Open the Preferences dialog at the given pane. The pane string must be lowercase and must match a known pane: file, edit, control, etc.
  • rule:rulename
    Switch to the given rule.
  • unzip:zip:file
    Extract a file from the given zip file and process it in the same manner as a get link (see above). Golly creates unzip links when it opens a zip file, so you probably won't ever need to use such links in your own HTML files.

Note that for some links (get, open, unzip) you can tell Golly to open the specified file in your text editor by control-clicking or right-clicking on the link. golly-3.3-src/Help/view.html0000644000175000017500000001376513274424050012760 00000000000000 Golly Help: View Menu

Full Screen

Switches to full screen mode. To exit from this mode just hit the menu item's keyboard shortcut, or the escape key (if not generating a pattern), or any unassigned key.

Fit Pattern

Changes the scale and location so the entire pattern fits within the current view.

Fit Selection

Changes the scale and location so the entire selection fits within the current view.

Middle

Moves the origin cell (0,0) to the middle of the view.

Restore Origin

Restores the true origin. The origin cell can be changed by hitting "0" while the cursor is over the view — the cell under the cursor will become the new origin and its location will be displayed as 0,0. This can be handy for measuring distances or for saving a location and returning to it quickly by hitting "m".

Zoom In

Zooms in by doubling the current scale. If the scale is 1:32 then you can't zoom in any further.

Zoom Out

Zooms out by halving the current scale. You can zoom out as far as you like.

Set Scale

This submenu lets you set the scale from 1:1 to 1:32. (A quicker is to use keyboard shortcuts. The initial shortcuts are: "1" for 1:1, "2" for 1:2, "4" for 1:4, "8" for 1:8, "6" for 1:16 and "3" for 1:32.)

Show Tool Bar

Shows or hides the tool bar at the left edge of the main window.

Show Layer Bar

Shows or hides the layer bar above the viewport window (and above the edit bar if it's visible).

Show Edit Bar

Shows or hides the edit bar above the viewport window. The edit bar contains buttons for undo and redo, buttons for changing the cursor mode, a button for showing/hiding all states (see below), boxes showing the current drawing state's color and icon, and a scroll bar for changing the drawing state.

Show All States

If ticked then the edit bar is made larger and the colors and icons for all cell states in the current universe are displayed. A box is drawn around the current drawing state; to change it just click on a different state.

Show Status Bar

Shows or hides the status bar at the top of the main window.

Show Exact Numbers

If ticked then the status bar is made larger and exact numbers are displayed instead of using scientific notation.

Show Grid Lines

Shows or hides the grid lines. Use Preferences > View to turn off the bold grid lines or change their spacing. You can also set the minimum scale at which grid lines should be displayed (1:4, 1:8, 1:16 or 1:32).

Show Cell Icons

If ticked then icons will be displayed at scales 1:8, 1:16 or 1:32. Icons are small bitmaps that can have any shape but their color is automatically synchronized with the cell's state color. Each algorithm can have a different set of icons. You can change these icons by loading suitably formatted files via the "Load Icons" button in Preferences > Color.

It's also possible to have rule-specific icons. Whenever Golly switches to a new rule it looks inside the Rules folder for a matching rule.icons file and, if it exists, loads the bitmaps stored in the file. The format of a .icons file is identical to that used above. See Help > File Formats for a description of the format.

Invert Colors

If ticked then the colors of all cell states in all layers are inverted; i.e., each RGB value is changed to 255-R, 255-G, 255-B.

Smarter Scaling

If not ticked then Golly displays patterns at zoomed out scales by drawing all live cells using the state 1 color, regardless of the cell states. If this option is ticked then patterns will be scaled in a way that shows the correct colors, but only at scales from 2:1 to 16:1.

Note that pattern rendering is significantly slower using this scaling option, so it's probably best to only turn it on when you need to see fine details. Define a keyboard shortcut for this menu item so you can easily turn the option on or off.

Show Timeline

Shows or hides the timeline bar below the viewport window. If the current algorithm supports timelines (only QuickLife doesn't) then the timeline bar has a button to start/stop recording a timeline. This button is equivalent to the Control menu's Start/Stop Recording item.

When recording stops, or after a timeline is loaded from a .mc file, you'll see a scroll bar that lets you view any frame within the timeline. There are also buttons to automatically play the timeline forwards or backwards, a slider to adjust the speed of auto-play, and a button at the right edge to delete the timeline. Note that if the Control menu's Auto Fit option is ticked then Golly will force each timeline pattern to fit the viewport.

A number of keyboard shortcuts can be used while a timeline exists. Hit the escape key to stop recording or to stop auto-play. Hit your preferred keys for Faster/Slower to change the speed of auto-play. Hit your preferred key for Start Generating to play the timeline forwards and, if you wish, use Preferences > Keyboard to assign a keyboard shortcut for Play Timeline Backwards.

Show Scroll Bars

Shows or hides the scroll bars.

Pattern Info

Displays any comments in the current pattern file. golly-3.3-src/Help/changes.html~0000644000175000017500000013013412775273267013623 00000000000000 Golly Help: Changes

Changes in version 2.9b1 (released !!!)

  • This version introduces a new feature called the overlay.
  • There are two new items at the top of the Layer menu: Show Overlay and Delete Overlay.
  • Lua scripts can call a new overlay command to create, modify and delete the overlay.
  • The getevent command can detect a number of new events: a mouse click in the overlay, the release of a mouse button (anywhere), and zooming in/out via the mouse wheel (either in the current layer or in the overlay).
  • The setoption command recognizes two new options: "showbuttons" (with a value from 0 to 4) for controlling the position of the translucent buttons, and "showoverlay" (with a value of 0 or 1) for controlling the appearance of the overlay.
  • The getview command now takes an optional parameter so scripts can get the pixel dimensions of a specified layer.
  • The new os command allows scripts to detect the current operating system.
  • A new version of pop-plot.lua creates an overlay to display a much nicer looking plot.
  • A new hexgrid.lua script creates an overlay to display a true hexagonal grid over a layer that uses a rule with a hexagonal neighborhood.
  • A new lifeviewer.lua script creates an overlay to display patterns like LifeViewer with smooth non-integer zoom and rotation.
  • The flood-fill.lua script uses a faster scanline algorithm.
  • Non-totalistic rules containing B0 are now supported.
  • Pattern rendering is significantly faster when zoomed in.
  • The Generations algorithm now supports Hex, Von Neumann and non-totalistic Moore neighborhoods.

Changes in version 2.8 (released August 2016)

  • Golly no longer supports Perl scripting. In its place we've added support for Lua using a statically linked interpreter, so no need to download an installer or set a path to a shared library. See Lua Scripting for all the details.
  • QuickLife and HashLife now support non-totalistic rules. A number of interesting examples can be found in the new Patterns/Non-Totalistic folder.
  • OpenGL is used for rendering patterns.
  • Timers are used to control pattern generation and timeline recording/playback.
  • The File menu items Show Patterns and Show Scripts have been replaced by a single Show Files item for consistency with the recommended way to organize your Golly folder.
  • The shrink command has an optional flag that can remove the selection if it has no live cells (the default is to leave the selection unchanged).
  • Two new scripting commands, setview and getview, can be used to set/get the pixel dimensions of the viewport.
  • The View menu has a new Smarter Scaling option for displaying correctly colored patterns when zoomed out at scales from 2:1 to 16:1.
  • The Buffered item has been removed from the View menu.
  • Paste patterns are covered with a translucent rectangle instead of being enclosed by thin border lines.
  • Correct colors/icons are now displayed when pasting a pattern with a rule different to the current layer's rule.
  • Better reporting of errors in a .rule file.
  • Fixed a bug that could result in a spurious error message when loading a .rule file without any TABLE or TREE section.
  • Fixed a crash on Linux when typing in the Keyboard preferences.
  • Fixed some bugs that could cause Reset/Undo to restore an incorrect pattern.
  • Fixed a timeline bug that could show incorrect population for a bounded grid.
  • bgolly now supports rules that specify bounded grids.
  • Fixed a bug in bgolly that prevented use of the RuleLoader algorithm.
  • bgolly has a new -s option (or --search) for specifying the folder in which the RuleLoader algorithm will look for .rule files before looking in the supplied Rules folder. For example, assuming SlowLife.rule is in a folder called My-rules, you could type a command like this:

    bgolly -a RuleLoader -s My-rules/ -r SlowLife My-patterns/foo.rle

Changes in version 2.7 (released May 2015)

  • The middle mouse button can now be used for panning, regardless of the current cursor mode.
  • Fixed potential crash when pasting a text pattern into any hash-based algorithm.
  • Fixed crash on Mac OS 10.9 when opening a modal dialog like Save Pattern.
  • Fixed crash on Windows 8 when opening the Set Rule dialog.
  • Fixed bug in QuickLife algorithm that could cause cells at the bottom/left edges of the viewport to disappear every odd generation.
  • Fixed bug in QuickLife algorithm that could cause the selection rectangle to appear offset by one pixel (left or right).
  • The shift.pl/py scripts save the given parameters for the next run.
  • The evolve command aborts the current script with an error message if the given number of generations is negative.
  • Fixed minor problem with the Fit Pattern/Selection menu commands not centering a pattern/selection accurately in some cases. Ditto for the fit and fitsel script commands. The visrect script command is also more accurate.
  • Fixed bug that could cause Undo to fail due to a temporary macrocell file containing comment lines not prefixed with #C.
  • Start-up message now shows if this version of Golly is 32-bit or 64-bit.

Changes in version 2.6 (released December 2013)

  • Fixed menu problems on Ubuntu when using Unity.
  • Fixed a nasty bug that could cause Golly to crash when doing a paste.
  • Fixed a bug that could cause the paste image to disappear after a flip/rotate.
  • Fixed bugs in Mac app caused by non-ASCII characters in some file paths.
  • Fixed a problem that prevented Golly starting up on Mac OS 10.9.
  • Tool bar buttons are no longer disabled when the main window is inactive.
  • The save settings in Preferences > Layer are now obeyed by scripts. For example, let's assume you've ticked the option to be asked to save changes on creating a new pattern. If the current layer has changes and you run a script that calls new() then you'll get the standard dialog asking if you want to save those changes. If you cancel the dialog then the script is aborted.
  • To avoid potential data loss, you now get a warning if you save a non-starting generation and earlier changes exist. The warning can be disabled in Preferences > Layer.
  • Created an online archive for very large patterns.

Changes in version 2.5 (released June 2013)

  • This version introduces a new rule format. A file in the new format has a .rule extension and contains all the information about the rule: its name, description, table/tree data, and any color/icon information. More details here.
  • The RuleTable and RuleTree algorithms have been replaced by a new algorithm called RuleLoader. If asked to load a rule called "Foo", RuleLoader will look for Foo.rule first, then Foo.table, then Foo.tree.
  • The Control menu has a new command called Convert Old Rules that can be used to convert all your old .table/tree/colors/icons files into new .rule files (it won't overwrite any existing .rule files). After the conversion finishes you're given the option of deleting all the old files.
  • If File > Open Clipboard or Edit > Paste sees clipboard text starting with "@RULE rulename" then Golly will save the text as rulename.rule in your rules folder and switch to that rule.
  • All Python scripts that created a .tree file (and possibly .colors/icons files) now create a .rule file containing the same tree data (and any color/icon info).
  • Two new scripts allow Golly to be used as an icon editor. First, run icon-importer.py to import any icons for the current rule and display their bitmaps in a new layer for you to edit. When you've finished, run icon-exporter.py to extract the icon images and create or update the @ICONS section in the appropriate .rule file, then display the icons in a separate test layer.
  • A script has been added: goto_expression.py. It works like goto.py, except that it also accepts expressions. An example of an "expression" is "17*(2^(3*143)+2^(2*3*27))".
  • The status bar now displays quantities larger than 10308 in scientific notation. Golly can easily exceed this in both the Generation and Population statistics. For example, open the pattern puffer-train.rle, then run the script goto_expression.py and enter "f10^2000".
  • Added a new pattern: partial-constructor.mc.gz.
  • Patterns can now be displayed at scale 1:32. If you want to use that scale when creating a new pattern then choose the appropriate pop-up menu option in Preferences > File.
  • Support for monochrome icons has been extended to allow grayscale icons, where shades of gray can be used to do anti-aliasing. See the icons in WireWorld.rule for a good example. Most of the default icons are now grayscale bitmaps.
  • The current directory is now inserted at the start of sys.path for Python scripts.
  • The "Load Icons" button in Preferences > Color has been removed (it's no longer possible to change an algorithm's default icons).
  • The RuleTableToTree program is no longer included (you can use the RuleTableToTree.py script instead).
  • Fixed bug in Linux app: the shift key wasn't toggling cursor mode.
  • Fixed bug in Linux app: the space key wouldn't stop a pattern generating.
  • Fixed bug in Mac app: resizing the window could cause the sash position to change unexpectedly.
  • Fixed bug in Mac app: the first keyboard shortcut after a Paste command might be ignored.

Changes in version 2.4 (released June 2012)

  • Fixed bug that prevented 64-bit Windows app using more than 4GB of hash memory.
  • Fixed bug that caused corrupted macrocell files if saved with timeline data.
  • Fixed bug in Langtons-Ant.tree that had ants colliding incorrectly.
  • Fixed Mac app crashing if user's language setting is non-English.
  • Clipboard data on the Mac now uses LF as the end-of-line character rather than CR.
  • A pending paste is aborted if the main window becomes inactive.
  • Error messages from each algorithm are shown if a pattern file can't be loaded.

Changes in version 2.3 (released November 2011)

  • QuickLife and HashLife support rules using the von Neumann neighborhood or the hexagonal neighborhood. More details here.
  • The default icon for most rules is now a circular dot rather than a diamond. A diamond is the default icon for rules using the von Neumann neighborhood and a slanted hexagon is the default icon for rules using the hexagonal neighborhood.
  • A number of new script commands have been added to allow mouse interaction and better keyboard interaction: getevent, doevent and getxy. The getkey and dokey commands still work but are deprecated. In particular, there is no longer any need for scripts to call dokey(getkey()). See the description of getevent for more details.
  • Some scripts have been added to take advantage of the new commands: draw-lines.py, flood-fill.py, move-object.py and move-selection.py.
  • New patterns: ComputerArt.rle, CrittersCircle.rle, CrittersOscillators.rle, HPP.rle, HPP_large.rle, Sand-Test.rle, TMGas.rle, TMGas_largeWithHole.rle, TripATron.rle, TripATron_BlockAligned.rle.
  • Scripts that create table/tree files have been moved into Scripts/Python/Rule-Generators.
  • Langtons-Ant-gen.py now accepts turns 'U' and 'N' (U-turn and no-turn) as well as 'L' and 'R'.
  • The hash() command uses a better hash function in a two-state universe.
  • Pattern rendering is faster at scales 1:16 and 1:8, especially in the Linux app.
  • The mouse wheel now zooms in/out from the current cursor location rather than the middle of the viewport.
  • Patterns can be saved as gzipped files (*.rle.gz or *.mc.gz).
  • If an algorithm can save patterns in macrocell format (currently all except QuickLife) then the Save Pattern dialog now prefers that format over RLE; ie. the file type order is *.mc, *.mc.gz, *.rle, *.rle.gz.
  • While waiting for a paste click, the keyboard shortcuts for flipping or rotating a selection now modify the paste pattern rather than the current selection.
  • Fixed a bug in Win and Linux apps that prevented keyboard shortcuts being used while waiting for paste click.
  • Pasted patterns are no longer truncated if the RLE header info is incorrect.
  • Quitting Win app no longer clears clipboard.
  • Fixed unwanted cursor changes while running a script.
  • Fixed bug if layer was changed while recording a timeline.
  • Fixed bug in EmulateMargolus.py when using square4_* neighborhoods.
  • Removed emulate-Margolus-table.py script (use RuleTableToTree.py instead).
  • Fixed bug that could result in all buttons and menus being disabled after hitting the tool bar's Reset button.
  • Fixed cursor problems if shift key is used in a keyboard shortcut.
  • The Mac app now runs on Lion (10.7). There are two Mac apps: a 64-bit version for 10.6 and later (based on Cocoa), and a 32-bit version for 10.4 and 10.5 (based on Carbon).

Changes in version 2.2 (released November 2010)

  • Golly supports bounded grids with various topologies (plane, torus, Klein bottle, etc.). Such grids are created by adding a special suffix to the usual rule string. The details are in Help > Bounded Grids.
  • Two new script commands, getwidth and getheight, return the size of the current grid.
  • The new scripts, make-torus.py and make-torus.lua, can be used to convert the current selection into a toroidal universe.
  • Any BOARD and WRAP settings in an MCell file are now obeyed (e.g. Bloomerang.mcl).
  • Golly can record and play back a pattern's "timeline", a sequence of steps saved by the new Start Recording item in the Control menu. Use the Delete Timeline item to delete a timeline. Timelines are supported by all the hashlife-based algorithms (ie. all except QuickLife).
  • Show Timeline in the View menu toggles the new timeline bar below the viewport window.
  • If a timeline exists when you save a .mc file then all the steps will be stored in the file. On opening such a file, Golly will load the timeline and automatically show the timeline bar.
  • Multi-color icons are supported and allow both icon and color information to be stored in the one file (more details here).
  • Rule tables now support hexagonal and oneDimensional neighborhoods and the permute symmetry.
  • Added a section on naming conventions for .table and .tree files.
  • Added a new Python script, make-ruletree.py, that allows you to write rules in Python and have them installed in the form of .tree files. See the comments at the top of the script.
  • Added RuleTableToTree.py for converting rule tables to trees. It provides emulation for several neighborhoods not natively supported by Golly: triangularVonNeumann, triangularMoore, Margolus, etc. More details here.
  • New Turmite scripts, e.g. Turmite-gen.py, for generating rule trees and icons for relative- and absolute-movement turmites on square, hexagonal and triangular grids.
  • The goto.py script is much faster (thanks to PM 2Ring).
  • Hitting escape aborts a script that has called a lengthy run() or step() command.
  • Langtons-Ant.table has been replaced with Langtons-Ant.tree. The new rule is faster, handles multiple ants correctly, and matches most other implementations of this CA.
  • Reorganized the Patterns folder: moved Conway's Life patterns into Life subfolder, moved rule subfolders out of Other-Rules to top level under Patterns, added Life-Like folder.
  • Added new Turmite patterns, e.g. WormTrails.rle.
  • Other new patterns: golly-ants.rle, Langtons-Ant.rle, JvN-loop-replicator.rle.gz, Herschel-conduit-stamp-collection.rle, Boustrophedon-replicator.rle.
  • Increased the maximum base step from 10,000 to 2,000,000,000.
  • Help > Keyboard Shortcuts lists unassigned actions at the end.
  • The drawing state can be changed by creating keyboard shortcuts for two new actions called Next Higher State and Next Lower State (see Preferences > Keyboard).
  • You can turn off the beep sound by unticking the option at the bottom of Preferences > Edit.
  • Loading a pattern won't proceed if the "save changes" dialog appears and you select Save but then decide to cancel the "save pattern" dialog.
  • Fixed bug that caused cells to be created in the wrong location when editing very large patterns.
  • Fixed bug drawing incorrect selection rectangle if very large.
  • Fixed cursor problem if the shift key is used in a keyboard shortcut to open a dialog/window.
  • Fixed weird bug on Mac that could cause the viewport to lose keyboard focus after clicking in the layer bar's "delete layer" button.
  • Fixed undo history getting out of sync if you tried to reset to a saved starting pattern that had been deleted.
  • Fixed a bug drawing incorrect icons when layers are stacked.
  • Fixed a bug not updating the paste image when colors are inverted.
  • Fixed a problem with the hash() command in a multi-state universe.
  • Fixed problems using a keyboard shortcut or menu command while a script is running.
  • Dropped support for Mac OS 10.3.9.

Changes in version 2.1 (released September 2009)

  • Golly can download patterns, rules and scripts from various online archives. You can change the location of downloaded files using the new button at the bottom of Preferences > File.
  • Zip files can be opened and processed as described here.
  • If the mouse moves over a link in the help window then the link reference is displayed at the bottom of the window. Ditto for links in the Set Rule dialog.
  • The algorithm info in the Set Rule dialog can now be accessed from the new Algorithms help item.
  • Translucent buttons for speed/scale/scroll functions now appear in a corner of the viewport whenever the mouse moves over that corner. The initial location is the top left corner, but you can use Preferences > View to specify any other corner or disable the buttons.
  • Layer bar buttons now show each layer's name rather than its numeric position.
  • New rules: Codd2, Devore, DLA, Ed-rep, LifeHistory, Perrier, Sand.
  • New patterns in Other-Rules/, Other-Rules/Codd/, Other-Rules/Codd/Devore/, Other-Rules/Margolus/, Loops/.
  • New scripts: FredkinModN-gen.py, make-Devore-tape.py, Margolus/emulate-Margolus-table.py, Margolus/convert-MCell-string.py.
  • All Python scripts now need to explicitly import the golly module. This wasn't strictly necessary in previous versions, but only because it was an undesirable side-effect of the way Golly ran scripts.
  • The open command can now be used to run a given Python script.
  • New scripting commands: opendialog, savedialog, getclipstr, setclipstr, getdir, setdir.
  • The appdir and datadir commands are deprecated; use the new getdir command.
  • The color of dead cells (state 0) is now handled like all other states, so it's possible for each algorithm/rule to have a different background color.
  • The setcolors and getcolors commands can be used to set/get the color of state 0.
  • Golly restores a layer's default colors whenever you create a new pattern or open a pattern file (and not just if the algorithm or rule changes). If you have any scripts that use setcolors then make sure it is called after calling new/open.
  • The base step can now be changed temporarily via the new Set Base Step dialog in the Control menu. Golly will restore the default base step (set in Preferences > Control) when you create a new pattern, open a pattern file, or switch to a different algorithm.
  • The setbase command also changes the base step temporarily, so if you have any scripts that use setbase then make sure it is called after calling new/open/setrule/setalgo.
  • The setoption/getoption commands can use "drawingstate" to set/get the edit bar's current drawing state, and they can use "restoreview" to set/get the state of the "Reset/Undo will restore view" option set in Preferences > View.
  • Paste now supports "And" mode.
  • The RLE reader allows alphabetic characters other than "o" to represent live cells.
  • Menu items can show single-character keyboard shortcuts.
  • When a lexicon pattern is loaded, Golly automatically switches the current rule to B3/S23 (and changes the algorithm to QuickLife, if necessary).
  • Fixed a bug with Random Fill. Golly wasn't initializing the seed, so the internal rand() calls were returning the same sequence of "random" integers each time!
  • Fixed a bug that prevented the getkey command from returning uppercase letters.
  • Fixed oscar.pl/py to handle B0-and-not-S8 rules correctly (they no longer report some spaceships to be stable patterns).
  • Fixed a couple of bugs when duplicating a layer's undo/redo history.
  • Fixed crash in Mac app if a script saved a pattern and the progress dialog appeared.

Changes in version 2.0 (released December 2008)

  • Golly now supports multiple algorithms and multi-state universes (up to 256 states).
  • The Generations algorithm supports an entire family of new rules, including Brian's Brain (/2/3), Star Wars (345/2/4), and Transers (345/26/5).
  • The JvN algorithm implements John von Neumann's classic 29-state CA, plus a couple of 32-state variants created by Renato Nobili and Tim Hutton. See Patterns/JvN for a variety of self-replicators.
  • The RuleTable and RuleTree algorithms allow you to add new rules by creating .table and .tree files and storing them in the Rules folder or your rules folder. A number of example rules are supplied, including Langtons-Loops, Evoloop, LifeOnTheEdge and WireWorld.
  • The tool bar has a new button for switching algorithms, or you can use the Set Algorithm submenu in the Control menu. The Use Hashing option has been removed.
  • The Control > Set Rule dialog also has a menu for changing the current algorithm. A help button can be used to expand the dialog and display information about the current algorithm, along with examples of the rules it supports.
  • Golly can read some MCell files (if an algorithm supports the given rule).
  • The ten layer-specific colors have been replaced by a more flexible approach to cope with multi-state universes. Each algorithm has a default color scheme that can be changed in Preferences > Color.
  • Each algorithm also has a default set of icons, small bitmaps that are only drawn at scales 1:8 and 1:16, and only if the Show Cell Icons option (in the View menu) is ticked. The default icons can be changed by using the Load Icons button in Preferences > Color.
  • Rule-specific colors and icons can be created by adding suitably named .colors and .icons files to the Rules folder or your rules folder. Golly looks for these files whenever it switches to a new rule.
  • The Layer > Set Layer Colors dialog can change one or more colors used by the current layer (and its clones). These changes are temporary and only remain in effect while the layer exists, or until the layer's algorithm or rule changes.
  • The View > Swap Cell Colors option has been changed to Invert Colors.
  • New script commands have been added to support the above changes: setalgo, getalgo, numalgos, numstates, join, setcolors and getcolors.
  • Some script commands have been modified to handle multi-state patterns. Lua users should read the section on cell arrays. Python users should read the section on cell lists.
  • The getrule command now returns a canonical rule string.
  • The setcursor/getcursor commands now accept/return strings.
  • Modified oscar.pl to use arbitrarily big integers.
  • It's now possible to open a pattern or run a script from the Help window by clicking on special links. For example, open golly-ticker.rle or run bricklayer.py.
  • Diagonal scrolling is supported. Open Preferences > Keyboard and assign keys to the new scrolling actions: Scroll NE/NW/SE/SW.
  • A new check box in Preferences > View can tell Reset/Undo not to restore the view.
  • View > Show Edit Bar toggles the new edit bar. The cursor mode buttons have been moved from the tool bar into the edit bar.
  • View > Show All States toggles the display of colors and icons for all states in the current universe. A box is drawn around the current drawing state.
  • Help > File Formats describes the various file formats used by Golly.
  • Rendering speed in the Mac and Linux apps has been improved.
  • Fixed a problem with ampersands not being displayed in the recent pattern/script menus.
  • Fixed a bug in the Linux/GTK app if a recent pattern/script path contained an underscore.
  • The Linux and Win apps require Perl 5.10 or later to run .pl scripts (older Perl versions are not binary compatible).
  • The Linux/X11 app is no longer supported due to limitations in wxX11.

Changes in version 1.4 (released May 2008)

  • Editing and other actions are now allowed while generating a pattern.
  • Golly saves files in the standard user-specific data directory on each platform rather than in the application directory. However, you can still keep the GollyPrefs file in the application directory if you prefer that option.
  • Right-click or control-click on a pattern/script file to open the file in a text editor. Use the new button in Preferences > File to select your preferred text editor.
  • Pasting a clipboard pattern can now change to the specified rule, depending on the option set in Preferences > Edit.
  • The Preferences dialog can be opened from the help window by clicking on special links like the examples above.
  • Added Reset button to tool bar and Duplicate Layer button to layer bar.
  • A duplicated layer now gets a copy of the original layer's undo/redo history.
  • Improved the automatic detection of Perl/Python code used by Run Clipboard.
  • Added help command to open given HTML file in help window.
  • A warning is displayed if a bad rule string is detected while loading a pattern.
  • Added support for reading WinLifeSearch output.
  • An error message is displayed if you try to load a JPEG file.
  • Fixed some problems if you quit Golly while running a script.
  • Fixed problem shrinking selection while generating a pattern.
  • Fixed "Rules differ" warning when undoing/redoing generating changes using hashing.
  • Fixed problems with incorrect file selections in Win app's directory pane.
  • Fixed bug in Mac app's activate event handler.
  • Fixed bug in Linux/GTK app that prevented using shift-space as a keyboard shortcut.
  • Mac app allows option-E/I/N/U/` to be used as keyboard shortcuts.
  • Golly can be built for 64-bit platforms.

Changes in version 1.3 (released November 2007)

  • Added unlimited undo/redo; see the Edit Menu help for details. For consistency with Undo, the Reset item now restores the starting selection and layer name.
  • Keyboard shortcuts are now configurable using Preferences > Keyboard. Note that you can also specify key combinations to open a pattern, run a script, or show any HTML file in the help window.
  • Golly can be scripted using Perl.
  • Added pop-plot.pl/py to the Scripts folder for creating population plots.
  • The metafier.py script now creates the metafied pattern in a separate layer.
  • Added getstring command for getting user input via a dialog box (glife's getstring function still exists but is deprecated).
  • Added hash command to speed up oscar.pl/py.
  • The parse and transform commands have optional parameters.
  • A script is aborted if a progress dialog appears and you hit Cancel.
  • The Open/Run Recent submenus show relative paths for files inside the Golly folder.
  • Added a Clear Missing Files item to the Open/Run Recent submenus.
  • The Control menu's Go and Stop items have been replaced by a single Start/Stop item for consistency with the tool bar's start/stop button.
  • The Control menu has a Set Generation item for changing the generation count, or you can click in the "Generation=..." text in the status bar. Scripts can use the new setgen command.
  • Flip operations are much faster.
  • The About box uses Brice Due's Golly ticker.
  • Reduced chances of out-of-memory error while loading a large .mc file.
  • Fixed crash if a pattern update occurred while saving a .mc file.
  • Fixed bug pasting a macrocell pattern.
  • Fixed bug reading an empty macrocell pattern.
  • Fixed bug not marking a layer as modified after clearing the entire pattern.
  • Fixed bug if apostrophe was in Python script path or file name.
  • Fixed drawing problems on Mac OS 10.3.9.

Changes in version 1.2 (released April 2007)

  • Golly supports multiple layers; see the new Layer Menu help for details.
  • Added layer-related scripting commands. See heisenburp.py and envelope.py in the Scripts folder for how these commands can be used.
  • Added other useful scripting commands: exit, check and note.
  • The putcells command has optional parameters, including a new mode parameter.
  • Clicked lexicon patterns are loaded into a separate "lexicon" layer (and the clipboard is no longer changed).
  • If a pattern has been modified then its layer name is prefixed with an asterisk and a "save changes" dialog will appear before certain actions, such as opening a pattern file or quitting Golly. The dialog can be disabled via check boxes in Preferences > Layer.
  • Scrolling is optional if the pencil/cross/hand cursor is dragged outside the view window; see Preferences > Edit.
  • The hand cursor no longer has a pointing finger.
  • A .py file selected via Open Pattern is run as a script.
  • If golly-start.py exists in the same folder as the application then it is automatically executed when Golly starts up.
  • New tool bar buttons, including a single start/stop button.
  • Reset and Use Hashing can be selected while a pattern is generating.
  • Renamed Flip Up-Down to Flip Top-Bottom.
  • GTK app no longer does unnecessary buffered drawing.
  • X11 app has a vertical tool bar which can be toggled.
  • Mac app has a creator code (GoLy) and .mc/rle files are saved with an appropriate type and creator.
  • Fixed a bug if Win app given a long-running script on command line.
  • Fixed a bug in the advance and evolve commands if using hashing with Wolfram rule.
  • Fixed a delay bug.

Changes in version 1.1 (released November 2006)

  • Added Save Extended RLE option (initially ticked) to the File menu. An extended RLE file stores the pattern position and generation count (if > 0) so they can be restored when the file is loaded.
  • Macrocell files also store the generation count if > 0.
  • Non-extended RLE files are now loaded so that 0,0 is at the top left corner of the pattern rather than in the middle of the pattern.
  • Golly can read BMP/GIF/PNG/TIFF files and paste bitmap data. All non-white pixels become live cells.
  • Golly can read pattern files using David Bell's dblife format.
  • Starting patterns are saved in a temporary file rather than in memory. This is much faster when hashing (saving a macrocell file is very quick).
  • Random Fill is much faster in typical cases.
  • Escape key can be used to stop generating.
  • Numerous additions and updates to the pattern collection.
  • Added fuse-watcher.py, metafier.py and shift.py to the Scripts folder.
  • More mouse interaction is allowed while a script is running. A script can be aborted by clicking the stop button in the tool bar or by selecting Stop in the Control menu.
  • Resizing the help window no longer changes the scroll position.
  • Fixed a bug loading huge macrocell files.
  • Fixed an obscure bug in the non-hashing algorithm.
  • Path to Scripts folder is only added to Python's sys.path once.
  • Fixed rect bug in Scripts/glife/__init__.py (thanks to Dan Hoey).
  • Golly's code can be compiled with a Unicode build of wxWidgets.

Changes in version 1.0 (released June 2006)

  • Added Python script support; see the new Python Scripting help.
  • Golly is available for Linux/GTK.
  • Mac app is a Universal Binary (4 times faster on an Intel Mac).
  • Added ability to change various colors via Preferences > Color. The Black on White option has been replaced by Swap Cell Colors.
  • Increased the base step limit from 100 to 10,000.
  • Added Show Hash Info option to the Control menu.
  • Added Show Exact Numbers option to the View menu.
  • Save Pattern preserves comments when writing to an existing file.
  • Added tool bar buttons for toggling patterns and scripts.
  • Included the latest release of the Life Lexicon.
  • Renamed Flip Horizontally/Vertically to Flip Up-Down/Left-Right.
  • Fixed disabled menu item bug after closing a modal dialog on Mac OS 10.4.
  • Fixed a couple of rule-related bugs in the non-hashing algorithm.
  • Fixed crash due to very long rule strings.
  • Fixed paste positioning bugs at scale 1:2.
  • Fixed error if Win app is closed while script is running.
  • Fixed problem if Win app is closed when window(s) minimized.

Changes in version 0.95 (released January 2006)

  • Stephen Silver's Life Lexicon has been integrated into the help. Note that clicking on a lexicon pattern loads it into the Golly window.
  • Added an Open Recent submenu to the File menu.
  • Added Show Patterns and Change Folder to the File menu.
  • Added a Preferences dialog to the File menu (app menu on Mac).
  • Added more items to the Edit menu: Clear Outside, Shrink Selection, Random Fill, Flip Vertically, Flip Horizontally, Rotate Clockwise and Rotate Anticlockwise.
  • The clipboard pattern is displayed when pasting.
  • Pasting large, sparse patterns is much faster when using Or mode.
  • Added more items to the View menu: Fit Selection, Restore Origin and Set Scale.
  • The thumb scroll range is adjustable (see Preferences > View).
  • The Reset item now restores the rule, scale, location, step size and hashing option to the values they had at generation 0.
  • Removed Max Hash Memory from Control menu (now set in Preferences > Control).
  • The Rule dialog lets you select/add/delete named rules. If a rule has a name then it's shown in the main window's title bar.
  • Hit control-space to advance the selection, or shift-space to advance everything outside the selection. The generation count will not change.
  • The delete key is a shortcut for Clear, or shift-delete for Clear Outside.
  • F5 to F9 can be used to set cursor modes.
  • Hit "s" to shrink the selection and fit it in the current view.
  • Hit "0" to change the origin to the cell under the cursor.
  • Hit "9" to restore the true origin.
  • Hit "6" to set the scale to 1:16.
  • Hit "," to open the Preferences dialog.
  • If the help window is in front, hit "+" and "-" to change the font size.
  • While dragging the mouse to make (or modify) a selection, the escape key can be used to cancel the operation and restore the original selection.
  • The escape key can no longer be used to stop generating.
  • In zoom in/out mode, right-click or control-click zooms in the opposite direction.
  • The mouse wheel can be used for zooming, regardless of cursor mode.
  • Commas are used to make large status bar numbers more readable.
  • Fixed a hashing bug that could cause advancing by the wrong step.
  • Fixed a bug in Mac app when returning from full screen mode.
  • Fixed a bug in Win app that prevented space bar being used to stop generating.
  • Fixed Win app's cross cursor (now visible on a black background).

Changes in version 0.91 (released October 2005)

  • Return key can be used to start/stop generating.
  • Space bar can be used to stop generating.
  • Win app puts CR+LF in clipboard data.
  • Fixed occasional bug when +/- pressed while hashing.

Changes in version 0.9 (released October 2005)

  • Implemented pattern saving (as RLE or macrocell format).
  • Implemented cell editing and selecting.
  • Implemented scrolling via hand cursor.
  • Edit menu has a Cursor Mode submenu (items match new tool bar buttons).
  • Hit "c" to cycle through all cursors.
  • Win app can now read gzipped pattern files.
  • Can now display comments in pattern files.
  • Added Patterns folder to distribution.
  • Toggling the hashing option doesn't change the pattern or generation count.
  • The Reset item is smarter about restoring the starting pattern.
  • Fixed colored frame after dropping pattern file onto Mac app's main window.
  • Fixed horizontal scroll bar problem in Mac app's help window.
  • The help window's cursor now gets updated while generating.
  • Fixed problem with location of help window in X11 app.
  • Added limited clipboard support to X11 app.
  • Golly has a new app icon based on Galaxy, a period-8 oscillator.

Changes in version 0.2 (released July 2005)

  • Added support for B0 rules.
  • Golly comes to the front after dropping a pattern file onto main window.
  • The help window can move behind the main window in Win/X11 apps.
  • Text in the help window can be selected and copied to the clipboard.
  • Fixed keyboard shortcuts in the help window.
  • Fixed RLE rule problem in Mac app.
  • Fixed menu and tool bar update problems in Mac/Win apps.
  • Fixed some cosmetic problems in Win app.

Initial version 0.1 released July 2005 golly-3.3-src/Help/changes.html0000644000175000017500000015353513543255652013427 00000000000000 Golly Help: Changes

Changes in version 3.3 (September 2019)

  • Major speed improvements to 3D.lua via custom-purpose ovtable commands.
  • 3D.lua now natively supports cell history with fading.
  • Added a new gplus module called NewCA.lua which makes it easy to write scripts that implement new types of cellular automata.
  • Two new scripts show how to use NewCA.lua: 1D.lua supports one-dimensional CA rules, including all of Wolfram's 256 elementary rules, as well as totalistic rules with up to 4 states and a maximum range of 4. Margolus.lua lets you explore rules using the Margolus neighborhood.
  • Updated Lua to version 5.3.5.
  • The optimize overlay command now returns the minimum non-zero alpha bounding box of the clip.
  • The blend overlay command now has a faster blend mode ("blend 2") which should be used when the destination is opaque.
  • Some fixes and improvements to the replace overlay command.
  • Performance improvements to the drawcells overlay command.
  • The C parameter in a Larger than Life rule can now specify up to 256 states.
  • Fixed a bug where the canonical form of Generations rules in MAP format was incorrect.
  • Fixed a bug caused by simultaneous clicks of different mouse buttons.
  • Fixed flickering selection size message when extending the selection on Windows.
  • Fixed a performance bug in QuickLife where changing the rule each generation caused a significant slowdown.
  • Fixed bugs in the Mac app that caused memory leaks when running Lua or Python scripts.
  • Fixed a bug that could cause "PyRun_SimpleString failed!" warnings when running Python scripts.
  • Fixed a bug in Larger than Life that could cause a cut/copy operation to create an empty clipboard pattern.
  • Fixed a fatal "bad increment" error by limiting the size of the step exponent if necessary.
  • Fixed a crash caused by buggy NVIDIA drivers.

Changes in version 3.2 (released July 2018)

Changes in version 3.1 (released October 2017)

  • Fixed a couple of bugs in the Larger than Life algorithm that caused Golly to crash.
  • Scripts can call g.setoption("showprogress",0) to prevent the progress dialog from appearing (useful for scripts that you want to run in the background).
  • Updated the Life Lexicon to release 27.

Changes in version 3.0 (released August 2017)

  • Golly has a new algorithm that supports the Larger than Life family of rules.
  • This version introduces a new feature called the overlay. Lua scripts can call a new overlay command to create, modify and delete the overlay.
  • There are three new items at the top of the Layer menu: Save Overlay..., Show Overlay and Delete Overlay.
  • The getevent command can detect a number of new events: a mouse click in the overlay, the release of a mouse button (anywhere), zooming in/out via the mouse wheel (either in the current layer or in the overlay), and the release of a key.
  • The setoption command recognizes two new options: "showbuttons" (with a value from 0 to 4) for controlling the position of the translucent buttons, and "showoverlay" (with a value of 0 or 1) for controlling the appearance of the overlay.
  • The getview command now takes an optional parameter so scripts can get the pixel dimensions of a specified layer.
  • The dialog boxes displayed by the note and warn commands now have a Cancel button that can be used to abort the script.
  • The new os command allows scripts to detect the current operating system.
  • The new getinfo command can be used to get the comments from the current pattern.
  • The new getpath command can be used to get the pathname of the current pattern.
  • The new millisecs command allows Lua scripts to get the elapsed time since Golly started up.
  • A new version of pop-plot.lua creates an overlay to display a much nicer looking plot.
  • The new hexgrid.lua script creates an overlay to display a true hexagonal grid over a layer that uses a rule with a hexagonal neighborhood.
  • The new lifeviewer.lua script creates an overlay to display patterns like LifeViewer with history and smooth non-integer scaling and rotation.
  • The new overlay-demo.lua script demonstrates most of the overlay functions.
  • The new browse-patterns.lua script allows you to browse through patterns in a folder manually or automatically.
  • The new breakout.lua script shows how to use the overlay functions together to create a working game.
  • The new toLife.lua and toLifeHistory.lua scripts make it easy to convert LifeHistory patterns to Life and vice versa.
  • The flood-fill.lua script uses a faster scanline algorithm.
  • The move-*.lua/py scripts now wait for the mouse button to be released instead of waiting for a second click.
  • Added support for MAP rules to QuickLife, HashLife and Generations.
  • QuickLife, HashLife and Generations now support much longer rule names.
  • Non-totalistic rules containing B0 are now supported.
  • The Generations algorithm now supports Hex, Von Neumann and non-totalistic Moore neighborhoods.
  • Pattern rendering is significantly faster when zoomed in.
  • Drawing cell borders when zoomed in > 2x is now controlled by a View Preference: "Zoomed cells have borders".
  • File > Open Clipboard will center the given pattern within a bounded grid.
  • Fixed bug in Linux app that caused buttons to lose their bitmaps.
  • Fixed bug that could result in a "Bug detected in SyncUndoHistory!" warning.
  • Fixed bugs that could occur when undoing a script that called reset().
  • Fixed a crash caused by bad state value in a rule table.
  • Fixed a rare crash that could occur while rendering a generating pattern.
  • Fixed a crash that could occur if Golly was quit during pattern generation.
  • Fixed a bug that prevented Wolfram rules containing the digit 9.
  • The Life Lexicon has had a major update.
  • The Banks, Codd, Devore, and JvN folders have moved into a new top-level "Self-Rep" folder, to emphasize their common focus on self-replication.

Changes in version 2.8 (released August 2016)

  • Golly no longer supports Perl scripting. In its place we've added support for Lua using a statically linked interpreter, so no need to download an installer or set a path to a shared library. See Lua Scripting for all the details.
  • QuickLife and HashLife now support non-totalistic rules. A number of interesting examples can be found in the new Patterns/Non-Totalistic folder.
  • OpenGL is used for rendering patterns.
  • Timers are used to control pattern generation and timeline recording/playback.
  • The File menu items Show Patterns and Show Scripts have been replaced by a single Show Files item for consistency with the recommended way to organize your Golly folder.
  • The shrink command has an optional flag that can remove the selection if it has no live cells (the default is to leave the selection unchanged).
  • Two new scripting commands, setview and getview, can be used to set/get the pixel dimensions of the viewport.
  • The View menu has a new Smarter Scaling option for displaying correctly colored patterns when zoomed out at scales from 2:1 to 16:1.
  • The Buffered item has been removed from the View menu.
  • Paste patterns are covered with a translucent rectangle instead of being enclosed by thin border lines.
  • Correct colors/icons are now displayed when pasting a pattern with a rule different to the current layer's rule.
  • Better reporting of errors in a .rule file.
  • Fixed a bug that could result in a spurious error message when loading a .rule file without any TABLE or TREE section.
  • Fixed a crash on Linux when typing in the Keyboard preferences.
  • Fixed some bugs that could cause Reset/Undo to restore an incorrect pattern.
  • Fixed a timeline bug that could show incorrect population for a bounded grid.
  • bgolly now supports rules that specify bounded grids.
  • Fixed a bug in bgolly that prevented use of the RuleLoader algorithm.
  • bgolly has a new -s option (or --search) for specifying the folder in which the RuleLoader algorithm will look for .rule files before looking in the supplied Rules folder. For example, assuming SlowLife.rule is in a folder called My-rules, you could type a command like this:

    bgolly -a RuleLoader -s My-rules/ -r SlowLife My-patterns/foo.rle

Changes in version 2.7 (released May 2015)

  • The middle mouse button can now be used for panning, regardless of the current cursor mode.
  • Fixed potential crash when pasting a text pattern into any hash-based algorithm.
  • Fixed crash on Mac OS 10.9 when opening a modal dialog like Save Pattern.
  • Fixed crash on Windows 8 when opening the Set Rule dialog.
  • Fixed bug in QuickLife algorithm that could cause cells at the bottom/left edges of the viewport to disappear every odd generation.
  • Fixed bug in QuickLife algorithm that could cause the selection rectangle to appear offset by one pixel (left or right).
  • The shift.pl/py scripts save the given parameters for the next run.
  • The evolve command aborts the current script with an error message if the given number of generations is negative.
  • Fixed minor problem with the Fit Pattern/Selection menu commands not centering a pattern/selection accurately in some cases. Ditto for the fit and fitsel script commands. The visrect script command is also more accurate.
  • Fixed bug that could cause Undo to fail due to a temporary macrocell file containing comment lines not prefixed with #C.
  • Start-up message now shows if this version of Golly is 32-bit or 64-bit.

Changes in version 2.6 (released December 2013)

  • Fixed menu problems on Ubuntu when using Unity.
  • Fixed a nasty bug that could cause Golly to crash when doing a paste.
  • Fixed a bug that could cause the paste image to disappear after a flip/rotate.
  • Fixed bugs in Mac app caused by non-ASCII characters in some file paths.
  • Fixed a problem that prevented Golly starting up on Mac OS 10.9.
  • Tool bar buttons are no longer disabled when the main window is inactive.
  • The save settings in Preferences > Layer are now obeyed by scripts. For example, let's assume you've ticked the option to be asked to save changes on creating a new pattern. If the current layer has changes and you run a script that calls new() then you'll get the standard dialog asking if you want to save those changes. If you cancel the dialog then the script is aborted.
  • To avoid potential data loss, you now get a warning if you save a non-starting generation and earlier changes exist. The warning can be disabled in Preferences > Layer.
  • Created an online archive for very large patterns.

Changes in version 2.5 (released June 2013)

  • This version introduces a new rule format. A file in the new format has a .rule extension and contains all the information about the rule: its name, description, table/tree data, and any color/icon information. More details here.
  • The RuleTable and RuleTree algorithms have been replaced by a new algorithm called RuleLoader. If asked to load a rule called "Foo", RuleLoader will look for Foo.rule first, then Foo.table, then Foo.tree.
  • The Control menu has a new command called Convert Old Rules that can be used to convert all your old .table/tree/colors/icons files into new .rule files (it won't overwrite any existing .rule files). After the conversion finishes you're given the option of deleting all the old files.
  • If File > Open Clipboard or Edit > Paste sees clipboard text starting with "@RULE rulename" then Golly will save the text as rulename.rule in your rules folder and switch to that rule.
  • All Python scripts that created a .tree file (and possibly .colors/icons files) now create a .rule file containing the same tree data (and any color/icon info).
  • Two new scripts allow Golly to be used as an icon editor. First, run icon-importer.py to import any icons for the current rule and display their bitmaps in a new layer for you to edit. When you've finished, run icon-exporter.py to extract the icon images and create or update the @ICONS section in the appropriate .rule file, then display the icons in a separate test layer.
  • A script has been added: goto_expression.py. It works like goto.py, except that it also accepts expressions. An example of an "expression" is "17*(2^(3*143)+2^(2*3*27))".
  • The status bar now displays quantities larger than 10308 in scientific notation. Golly can easily exceed this in both the Generation and Population statistics. For example, open the pattern puffer-train.rle, then run the script goto_expression.py and enter "f10^2000".
  • Added a new pattern: partial-constructor.mc.gz.
  • Patterns can now be displayed at scale 1:32. If you want to use that scale when creating a new pattern then choose the appropriate pop-up menu option in Preferences > File.
  • Support for monochrome icons has been extended to allow grayscale icons, where shades of gray can be used to do anti-aliasing. See the icons in WireWorld.rule for a good example. Most of the default icons are now grayscale bitmaps.
  • The current directory is now inserted at the start of sys.path for Python scripts.
  • The "Load Icons" button in Preferences > Color has been removed (it's no longer possible to change an algorithm's default icons).
  • The RuleTableToTree program is no longer included (you can use the RuleTableToTree.py script instead).
  • Fixed bug in Linux app: the shift key wasn't toggling cursor mode.
  • Fixed bug in Linux app: the space key wouldn't stop a pattern generating.
  • Fixed bug in Mac app: resizing the window could cause the sash position to change unexpectedly.
  • Fixed bug in Mac app: the first keyboard shortcut after a Paste command might be ignored.

Changes in version 2.4 (released June 2012)

  • Fixed bug that prevented 64-bit Windows app using more than 4GB of hash memory.
  • Fixed bug that caused corrupted macrocell files if saved with timeline data.
  • Fixed bug in Langtons-Ant.tree that had ants colliding incorrectly.
  • Fixed Mac app crashing if user's language setting is non-English.
  • Clipboard data on the Mac now uses LF as the end-of-line character rather than CR.
  • A pending paste is aborted if the main window becomes inactive.
  • Error messages from each algorithm are shown if a pattern file can't be loaded.

Changes in version 2.3 (released November 2011)

  • QuickLife and HashLife support rules using the von Neumann neighborhood or the hexagonal neighborhood. More details here.
  • The default icon for most rules is now a circular dot rather than a diamond. A diamond is the default icon for rules using the von Neumann neighborhood and a slanted hexagon is the default icon for rules using the hexagonal neighborhood.
  • A number of new script commands have been added to allow mouse interaction and better keyboard interaction: getevent, doevent and getxy. The getkey and dokey commands still work but are deprecated. In particular, there is no longer any need for scripts to call dokey(getkey()). See the description of getevent for more details.
  • Some scripts have been added to take advantage of the new commands: draw-lines.py, flood-fill.py, move-object.py and move-selection.py.
  • New patterns: ComputerArt.rle, CrittersCircle.rle, CrittersOscillators.rle, HPP.rle, HPP_large.rle, Sand-Test.rle, TMGas.rle, TMGas_largeWithHole.rle, TripATron.rle, TripATron_BlockAligned.rle.
  • Scripts that create table/tree files have been moved into Scripts/Python/Rule-Generators.
  • Langtons-Ant-gen.py now accepts turns 'U' and 'N' (U-turn and no-turn) as well as 'L' and 'R'.
  • The hash() command uses a better hash function in a two-state universe.
  • Pattern rendering is faster at scales 1:16 and 1:8, especially in the Linux app.
  • The mouse wheel now zooms in/out from the current cursor location rather than the middle of the viewport.
  • Patterns can be saved as gzipped files (*.rle.gz or *.mc.gz).
  • If an algorithm can save patterns in macrocell format then the Save Pattern dialog now prefers that format over RLE; ie. the file type order is *.mc, *.mc.gz, *.rle, *.rle.gz.
  • While waiting for a paste click, the keyboard shortcuts for flipping or rotating a selection now modify the paste pattern rather than the current selection.
  • Fixed a bug in Win and Linux apps that prevented keyboard shortcuts being used while waiting for paste click.
  • Pasted patterns are no longer truncated if the RLE header info is incorrect.
  • Quitting Win app no longer clears clipboard.
  • Fixed unwanted cursor changes while running a script.
  • Fixed bug if layer was changed while recording a timeline.
  • Fixed bug in EmulateMargolus.py when using square4_* neighborhoods.
  • Removed emulate-Margolus-table.py script (use RuleTableToTree.py instead).
  • Fixed bug that could result in all buttons and menus being disabled after hitting the tool bar's Reset button.
  • Fixed cursor problems if shift key is used in a keyboard shortcut.
  • The Mac app now runs on Lion (10.7). There are two Mac apps: a 64-bit version for 10.6 and later (based on Cocoa), and a 32-bit version for 10.4 and 10.5 (based on Carbon).

Changes in version 2.2 (released November 2010)

  • Golly supports bounded grids with various topologies (plane, torus, Klein bottle, etc.). Such grids are created by adding a special suffix to the usual rule string. The details are in Help > Bounded Grids.
  • Two new script commands, getwidth and getheight, return the size of the current grid.
  • The new scripts, make-torus.py and make-torus.lua, can be used to convert the current selection into a toroidal universe.
  • Any BOARD and WRAP settings in an MCell file are now obeyed (e.g. Bloomerang.mcl).
  • Golly can record and play back a pattern's "timeline", a sequence of steps saved by the new Start Recording item in the Control menu. Use the Delete Timeline item to delete a timeline. Timelines are supported by all the hashlife-based algorithms.
  • Show Timeline in the View menu toggles the new timeline bar below the viewport window.
  • If a timeline exists when you save a .mc file then all the steps will be stored in the file. On opening such a file, Golly will load the timeline and automatically show the timeline bar.
  • Multi-color icons are supported and allow both icon and color information to be stored in the one file (more details here).
  • Rule tables now support hexagonal and oneDimensional neighborhoods and the permute symmetry.
  • Added a section on naming conventions for .table and .tree files.
  • Added a new Python script, make-ruletree.py, that allows you to write rules in Python and have them installed in the form of .tree files. See the comments at the top of the script.
  • Added RuleTableToTree.py for converting rule tables to trees. It provides emulation for several neighborhoods not natively supported by Golly: triangularVonNeumann, triangularMoore, Margolus, etc. More details here.
  • New Turmite scripts, e.g. Turmite-gen.py, for generating rule trees and icons for relative- and absolute-movement turmites on square, hexagonal and triangular grids.
  • The goto.py script is much faster (thanks to PM 2Ring).
  • Hitting escape aborts a script that has called a lengthy run() or step() command.
  • Langtons-Ant.table has been replaced with Langtons-Ant.tree. The new rule is faster, handles multiple ants correctly, and matches most other implementations of this CA.
  • Reorganized the Patterns folder: moved Conway's Life patterns into Life subfolder, moved rule subfolders out of Other-Rules to top level under Patterns, added Life-Like folder.
  • Added new Turmite patterns, e.g. WormTrails.rle.
  • Other new patterns: golly-ants.rle, Langtons-Ant.rle, JvN-loop-replicator.rle.gz, h-to-h-collection-26Aug2017.zip, Boustrophedon-replicator.rle.
  • Increased the maximum base step from 10,000 to 2,000,000,000.
  • Help > Keyboard Shortcuts lists unassigned actions at the end.
  • The drawing state can be changed by creating keyboard shortcuts for two new actions called Next Higher State and Next Lower State (see Preferences > Keyboard).
  • You can turn off the beep sound by unticking the option at the bottom of Preferences > Edit.
  • Loading a pattern won't proceed if the "save changes" dialog appears and you select Save but then decide to cancel the "save pattern" dialog.
  • Fixed bug that caused cells to be created in the wrong location when editing very large patterns.
  • Fixed bug drawing incorrect selection rectangle if very large.
  • Fixed cursor problem if the shift key is used in a keyboard shortcut to open a dialog/window.
  • Fixed weird bug on Mac that could cause the viewport to lose keyboard focus after clicking in the layer bar's "delete layer" button.
  • Fixed undo history getting out of sync if you tried to reset to a saved starting pattern that had been deleted.
  • Fixed a bug drawing incorrect icons when layers are stacked.
  • Fixed a bug not updating the paste image when colors are inverted.
  • Fixed a problem with the hash() command in a multi-state universe.
  • Fixed problems using a keyboard shortcut or menu command while a script is running.
  • Dropped support for Mac OS 10.3.9.

Changes in version 2.1 (released September 2009)

  • Golly can download patterns, rules and scripts from various online archives. You can change the location of downloaded files using the new button at the bottom of Preferences > File.
  • Zip files can be opened and processed as described here.
  • If the mouse moves over a link in the help window then the link reference is displayed at the bottom of the window. Ditto for links in the Set Rule dialog.
  • The algorithm info in the Set Rule dialog can now be accessed from the new Algorithms help item.
  • Translucent buttons for speed/scale/scroll functions now appear in a corner of the viewport whenever the mouse moves over that corner. The initial location is the top left corner, but you can use Preferences > View to specify any other corner or disable the buttons.
  • Layer bar buttons now show each layer's name rather than its numeric position.
  • New rules: Codd2, Devore, DLA, Ed-rep, LifeHistory, Perrier, Sand.
  • New patterns in Other-Rules/, Self-Rep/Codd/, Self-Rep/Devore/, Margolus/, Loops/.
  • New scripts: FredkinModN-gen.py, make-Devore-tape.py, Margolus/emulate-Margolus-table.py, Margolus/convert-MCell-string.py.
  • All Python scripts now need to explicitly import the golly module. This wasn't strictly necessary in previous versions, but only because it was an undesirable side-effect of the way Golly ran scripts.
  • The open command can now be used to run a given Python script.
  • New scripting commands: opendialog, savedialog, getclipstr, setclipstr, getdir, setdir.
  • The appdir and datadir commands are deprecated; use the new getdir command.
  • The color of dead cells (state 0) is now handled like all other states, so it's possible for each algorithm/rule to have a different background color.
  • The setcolors and getcolors commands can be used to set/get the color of state 0.
  • Golly restores a layer's default colors whenever you create a new pattern or open a pattern file (and not just if the algorithm or rule changes). If you have any scripts that use setcolors then make sure it is called after calling new/open.
  • The base step can now be changed temporarily via the new Set Base Step dialog in the Control menu. Golly will restore the default base step (set in Preferences > Control) when you create a new pattern, open a pattern file, or switch to a different algorithm.
  • The setbase command also changes the base step temporarily, so if you have any scripts that use setbase then make sure it is called after calling new/open/setrule/setalgo.
  • The setoption/getoption commands can use "drawingstate" to set/get the edit bar's current drawing state, and they can use "restoreview" to set/get the state of the "Reset/Undo will restore view" option set in Preferences > View.
  • Paste now supports "And" mode.
  • The RLE reader allows alphabetic characters other than "o" to represent live cells.
  • Menu items can show single-character keyboard shortcuts.
  • When a lexicon pattern is loaded, Golly automatically switches the current rule to B3/S23 (and changes the algorithm to QuickLife, if necessary).
  • Fixed a bug with Random Fill. Golly wasn't initializing the seed, so the internal rand() calls were returning the same sequence of "random" integers each time!
  • Fixed a bug that prevented the getkey command from returning uppercase letters.
  • Fixed oscar.pl/py to handle B0-and-not-S8 rules correctly (they no longer report some spaceships to be stable patterns).
  • Fixed a couple of bugs when duplicating a layer's undo/redo history.
  • Fixed crash in Mac app if a script saved a pattern and the progress dialog appeared.

Changes in version 2.0 (released December 2008)

  • Golly now supports multiple algorithms and multi-state universes (up to 256 states).
  • The Generations algorithm supports an entire family of new rules, including Brian's Brain (/2/3), Star Wars (345/2/4), and Transers (345/26/5).
  • The JvN algorithm implements John von Neumann's classic 29-state CA, plus a couple of 32-state variants created by Renato Nobili and Tim Hutton. See Patterns/Self-Rep/JvN for a variety of self-replicators.
  • The RuleTable and RuleTree algorithms allow you to add new rules by creating .table and .tree files and storing them in the Rules folder or your rules folder. A number of example rules are supplied, including Langtons-Loops, Evoloop, LifeOnTheEdge and WireWorld.
  • The tool bar has a new button for switching algorithms, or you can use the Set Algorithm submenu in the Control menu. The Use Hashing option has been removed.
  • The Control > Set Rule dialog also has a menu for changing the current algorithm. A help button can be used to expand the dialog and display information about the current algorithm, along with examples of the rules it supports.
  • Golly can read some MCell files (if an algorithm supports the given rule).
  • The ten layer-specific colors have been replaced by a more flexible approach to cope with multi-state universes. Each algorithm has a default color scheme that can be changed in Preferences > Color.
  • Each algorithm also has a default set of icons, small bitmaps that are only drawn at scales 1:8 and 1:16, and only if the Show Cell Icons option (in the View menu) is ticked. The default icons can be changed by using the Load Icons button in Preferences > Color.
  • Rule-specific colors and icons can be created by adding suitably named .colors and .icons files to the Rules folder or your rules folder. Golly looks for these files whenever it switches to a new rule.
  • The Layer > Set Layer Colors dialog can change one or more colors used by the current layer (and its clones). These changes are temporary and only remain in effect while the layer exists, or until the layer's algorithm or rule changes.
  • The View > Swap Cell Colors option has been changed to Invert Colors.
  • New script commands have been added to support the above changes: setalgo, getalgo, numalgos, numstates, join, setcolors and getcolors.
  • Some script commands have been modified to handle multi-state patterns. Lua users should read the section on cell arrays. Python users should read the section on cell lists.
  • The getrule command now returns a canonical rule string.
  • The setcursor/getcursor commands now accept/return strings.
  • Modified oscar.pl to use arbitrarily big integers.
  • It's now possible to open a pattern or run a script from the Help window by clicking on special links. For example, open golly-ticker.rle or run bricklayer.py.
  • Diagonal scrolling is supported. Open Preferences > Keyboard and assign keys to the new scrolling actions: Scroll NE/NW/SE/SW.
  • A new check box in Preferences > View can tell Reset/Undo not to restore the view.
  • View > Show Edit Bar toggles the new edit bar. The cursor mode buttons have been moved from the tool bar into the edit bar.
  • View > Show All States toggles the display of colors and icons for all states in the current universe. A box is drawn around the current drawing state.
  • Help > File Formats describes the various file formats used by Golly.
  • Rendering speed in the Mac and Linux apps has been improved.
  • Fixed a problem with ampersands not being displayed in the recent pattern/script menus.
  • Fixed a bug in the Linux/GTK app if a recent pattern/script path contained an underscore.
  • The Linux and Win apps require Perl 5.10 or later to run .pl scripts (older Perl versions are not binary compatible).
  • The Linux/X11 app is no longer supported due to limitations in wxX11.

Changes in version 1.4 (released May 2008)

  • Editing and other actions are now allowed while generating a pattern.
  • Golly saves files in the standard user-specific data directory on each platform rather than in the application directory. However, you can still keep the GollyPrefs file in the application directory if you prefer that option.
  • Right-click or control-click on a pattern/script file to open the file in a text editor. Use the new button in Preferences > File to select your preferred text editor.
  • Pasting a clipboard pattern can now change to the specified rule, depending on the option set in Preferences > Edit.
  • The Preferences dialog can be opened from the help window by clicking on special links like the examples above.
  • Added Reset button to tool bar and Duplicate Layer button to layer bar.
  • A duplicated layer now gets a copy of the original layer's undo/redo history.
  • Improved the automatic detection of Perl/Python code used by Run Clipboard.
  • Added help command to open given HTML file in help window.
  • A warning is displayed if a bad rule string is detected while loading a pattern.
  • Added support for reading WinLifeSearch output.
  • An error message is displayed if you try to load a JPEG file.
  • Fixed some problems if you quit Golly while running a script.
  • Fixed problem shrinking selection while generating a pattern.
  • Fixed "Rules differ" warning when undoing/redoing generating changes using hashing.
  • Fixed problems with incorrect file selections in Win app's directory pane.
  • Fixed bug in Mac app's activate event handler.
  • Fixed bug in Linux/GTK app that prevented using shift-space as a keyboard shortcut.
  • Mac app allows option-E/I/N/U/` to be used as keyboard shortcuts.
  • Golly can be built for 64-bit platforms.

Changes in version 1.3 (released November 2007)

  • Added unlimited undo/redo; see the Edit Menu help for details. For consistency with Undo, the Reset item now restores the starting selection and layer name.
  • Keyboard shortcuts are now configurable using Preferences > Keyboard. Note that you can also specify key combinations to open a pattern, run a script, or show any HTML file in the help window.
  • Golly can be scripted using Perl.
  • Added pop-plot.pl/py to the Scripts folder for creating population plots.
  • The metafier.py script now creates the metafied pattern in a separate layer.
  • Added getstring command for getting user input via a dialog box (glife's getstring function still exists but is deprecated).
  • Added hash command to speed up oscar.pl/py.
  • The parse and transform commands have optional parameters.
  • A script is aborted if a progress dialog appears and you hit Cancel.
  • The Open/Run Recent submenus show relative paths for files inside the Golly folder.
  • Added a Clear Missing Files item to the Open/Run Recent submenus.
  • The Control menu's Go and Stop items have been replaced by a single Start/Stop item for consistency with the tool bar's start/stop button.
  • The Control menu has a Set Generation item for changing the generation count, or you can click in the "Generation=..." text in the status bar. Scripts can use the new setgen command.
  • Flip operations are much faster.
  • The About box uses Brice Due's Golly ticker.
  • Reduced chances of out-of-memory error while loading a large .mc file.
  • Fixed crash if a pattern update occurred while saving a .mc file.
  • Fixed bug pasting a macrocell pattern.
  • Fixed bug reading an empty macrocell pattern.
  • Fixed bug not marking a layer as modified after clearing the entire pattern.
  • Fixed bug if apostrophe was in Python script path or file name.
  • Fixed drawing problems on Mac OS 10.3.9.

Changes in version 1.2 (released April 2007)

  • Golly supports multiple layers; see the new Layer Menu help for details.
  • Added layer-related scripting commands. See heisenburp.py and envelope.py in the Scripts folder for how these commands can be used.
  • Added other useful scripting commands: exit, check and note.
  • The putcells command has optional parameters, including a new mode parameter.
  • Clicked lexicon patterns are loaded into a separate "lexicon" layer (and the clipboard is no longer changed).
  • If a pattern has been modified then its layer name is prefixed with an asterisk and a "save changes" dialog will appear before certain actions, such as opening a pattern file or quitting Golly. The dialog can be disabled via check boxes in Preferences > Layer.
  • Scrolling is optional if the pencil/cross/hand cursor is dragged outside the view window; see Preferences > Edit.
  • The hand cursor no longer has a pointing finger.
  • A .py file selected via Open Pattern is run as a script.
  • If golly-start.py exists in the same folder as the application then it is automatically executed when Golly starts up.
  • New tool bar buttons, including a single start/stop button.
  • Reset and Use Hashing can be selected while a pattern is generating.
  • Renamed Flip Up-Down to Flip Top-Bottom.
  • GTK app no longer does unnecessary buffered drawing.
  • X11 app has a vertical tool bar which can be toggled.
  • Mac app has a creator code (GoLy) and .mc/rle files are saved with an appropriate type and creator.
  • Fixed a bug if Win app given a long-running script on command line.
  • Fixed a bug in the advance and evolve commands if using hashing with Wolfram rule.
  • Fixed a delay bug.

Changes in version 1.1 (released November 2006)

  • Added Save Extended RLE option (initially ticked) to the File menu. An extended RLE file stores the pattern position and generation count (if > 0) so they can be restored when the file is loaded.
  • Macrocell files also store the generation count if > 0.
  • Non-extended RLE files are now loaded so that 0,0 is at the top left corner of the pattern rather than in the middle of the pattern.
  • Golly can read BMP/GIF/PNG/TIFF files and paste bitmap data. All non-white pixels become live cells.
  • Golly can read pattern files using David Bell's dblife format.
  • Starting patterns are saved in a temporary file rather than in memory. This is much faster when hashing (saving a macrocell file is very quick).
  • Random Fill is much faster in typical cases.
  • Escape key can be used to stop generating.
  • Numerous additions and updates to the pattern collection.
  • Added fuse-watcher.py, metafier.py and shift.py to the Scripts folder.
  • More mouse interaction is allowed while a script is running. A script can be aborted by clicking the stop button in the tool bar or by selecting Stop in the Control menu.
  • Resizing the help window no longer changes the scroll position.
  • Fixed a bug loading huge macrocell files.
  • Fixed an obscure bug in the non-hashing algorithm.
  • Path to Scripts folder is only added to Python's sys.path once.
  • Fixed rect bug in Scripts/glife/__init__.py (thanks to Dan Hoey).
  • Golly's code can be compiled with a Unicode build of wxWidgets.

Changes in version 1.0 (released June 2006)

  • Added Python script support; see the new Python Scripting help.
  • Golly is available for Linux/GTK.
  • Mac app is a Universal Binary (4 times faster on an Intel Mac).
  • Added ability to change various colors via Preferences > Color. The Black on White option has been replaced by Swap Cell Colors.
  • Increased the base step limit from 100 to 10,000.
  • Added Show Hash Info option to the Control menu.
  • Added Show Exact Numbers option to the View menu.
  • Save Pattern preserves comments when writing to an existing file.
  • Added tool bar buttons for toggling patterns and scripts.
  • Included the latest release of the Life Lexicon.
  • Renamed Flip Horizontally/Vertically to Flip Up-Down/Left-Right.
  • Fixed disabled menu item bug after closing a modal dialog on Mac OS 10.4.
  • Fixed a couple of rule-related bugs in the non-hashing algorithm.
  • Fixed crash due to very long rule strings.
  • Fixed paste positioning bugs at scale 1:2.
  • Fixed error if Win app is closed while script is running.
  • Fixed problem if Win app is closed when window(s) minimized.

Changes in version 0.95 (released January 2006)

  • Stephen Silver's Life Lexicon has been integrated into the help. Note that clicking on a lexicon pattern loads it into the Golly window.
  • Added an Open Recent submenu to the File menu.
  • Added Show Patterns and Change Folder to the File menu.
  • Added a Preferences dialog to the File menu (app menu on Mac).
  • Added more items to the Edit menu: Clear Outside, Shrink Selection, Random Fill, Flip Vertically, Flip Horizontally, Rotate Clockwise and Rotate Anticlockwise.
  • The clipboard pattern is displayed when pasting.
  • Pasting large, sparse patterns is much faster when using Or mode.
  • Added more items to the View menu: Fit Selection, Restore Origin and Set Scale.
  • The thumb scroll range is adjustable (see Preferences > View).
  • The Reset item now restores the rule, scale, location, step size and hashing option to the values they had at generation 0.
  • Removed Max Hash Memory from Control menu (now set in Preferences > Control).
  • The Rule dialog lets you select/add/delete named rules. If a rule has a name then it's shown in the main window's title bar.
  • Hit control-space to advance the selection, or shift-space to advance everything outside the selection. The generation count will not change.
  • The delete key is a shortcut for Clear, or shift-delete for Clear Outside.
  • F5 to F9 can be used to set cursor modes.
  • Hit "s" to shrink the selection and fit it in the current view.
  • Hit "0" to change the origin to the cell under the cursor.
  • Hit "9" to restore the true origin.
  • Hit "6" to set the scale to 1:16.
  • Hit "," to open the Preferences dialog.
  • If the help window is in front, hit "+" and "-" to change the font size.
  • While dragging the mouse to make (or modify) a selection, the escape key can be used to cancel the operation and restore the original selection.
  • The escape key can no longer be used to stop generating.
  • In zoom in/out mode, right-click or control-click zooms in the opposite direction.
  • The mouse wheel can be used for zooming, regardless of cursor mode.
  • Commas are used to make large status bar numbers more readable.
  • Fixed a hashing bug that could cause advancing by the wrong step.
  • Fixed a bug in Mac app when returning from full screen mode.
  • Fixed a bug in Win app that prevented space bar being used to stop generating.
  • Fixed Win app's cross cursor (now visible on a black background).

Changes in version 0.91 (released October 2005)

  • Return key can be used to start/stop generating.
  • Space bar can be used to stop generating.
  • Win app puts CR+LF in clipboard data.
  • Fixed occasional bug when +/- pressed while hashing.

Changes in version 0.9 (released October 2005)

  • Implemented pattern saving (as RLE or macrocell format).
  • Implemented cell editing and selecting.
  • Implemented scrolling via hand cursor.
  • Edit menu has a Cursor Mode submenu (items match new tool bar buttons).
  • Hit "c" to cycle through all cursors.
  • Win app can now read gzipped pattern files.
  • Can now display comments in pattern files.
  • Added Patterns folder to distribution.
  • Toggling the hashing option doesn't change the pattern or generation count.
  • The Reset item is smarter about restoring the starting pattern.
  • Fixed colored frame after dropping pattern file onto Mac app's main window.
  • Fixed horizontal scroll bar problem in Mac app's help window.
  • The help window's cursor now gets updated while generating.
  • Fixed problem with location of help window in X11 app.
  • Added limited clipboard support to X11 app.
  • Golly has a new app icon based on Galaxy, a period-8 oscillator.

Changes in version 0.2 (released July 2005)

  • Added support for B0 rules.
  • Golly comes to the front after dropping a pattern file onto main window.
  • The help window can move behind the main window in Win/X11 apps.
  • Text in the help window can be selected and copied to the clipboard.
  • Fixed keyboard shortcuts in the help window.
  • Fixed RLE rule problem in Mac app.
  • Fixed menu and tool bar update problems in Mac/Win apps.
  • Fixed some cosmetic problems in Win app.

Initial version 0.1 released July 2005 golly-3.3-src/Help/mouse.html0000644000175000017500000000215512651666400013132 00000000000000 Golly Help: Mouse Shortcuts

Mouse shortcuts

  • Click in the status bar's "Generation=..." text to change the generation count.
  • Click in the "Scale=..." text to reset the scale to 1:1.
  • Click in the "Step/Delay=..." text to reset the base step to its default value (specified in Preferences > Control) and the step exponent to 0.
  • Double-click in the edit bar's color/icon boxes to open the Set Layer Colors dialog.
  • Shift-click with the cross cursor to expand or shrink an existing selection. Hit the escape key to cancel the operation and restore the original selection.
  • In zoom in/out mode, use right-click or control-click to zoom in the opposite direction.
  • The mouse wheel can be used for zooming, regardless of cursor mode.
  • Right-click or control-click on a pattern/script/rule file in the left panel to open the file in a text editor. Use Preferences > File to select your preferred text editor.
golly-3.3-src/Help/archives.html0000644000175000017500000000343113171233731013577 00000000000000 Golly Help: Online Archives

Golly can download patterns, rules and scripts from these online archives:

LifeWiki Pattern Archive

Gliders in Life-Like Cellular Automata

Alan Hensel's Pattern Collections

Jason Summers' Pattern Collections

Very Large Patterns

Rule Table Repository

Golly Scripts Database

Note that Golly stores downloaded files in a directory that can be changed via a button at the bottom of Preferences > File. You might like to change the download location to a directory visible in the Show Files panel (to the left of the viewport), then you can easily re-open a pattern or zip file without having to download it again. Also, downloaded patterns and zip files are remembered in the Open Recent submenu, and downloaded scripts are remembered in the Run Recent submenu. golly-3.3-src/Help/lua.html~0000644000175000017500000017140113127303176012757 00000000000000 Golly Help: Lua Scripting

Golly uses a statically embedded Lua interpreter (version 5.3.4) to execute .lua scripts. This lets you extend Golly's capabilities in lots of interesting ways.

Example scripts
Golly's scripting commands
Cell arrays
Rectangle arrays
Using the gplus package
Potential problems
Lua copyright notice

 
Example scripts

The Scripts folder supplied with Golly contains a number of example Lua scripts:

breakout.lua — shows how to use the overlay to create a game
browse-patterns.lua — lets you browse through patterns in a folder
density.lua — calculates the density of the current pattern
draw-lines.lua — lets you draw one or more straight lines
envelope.lua — uses multiple layers to show a pattern's history
flood-fill.lua — fills a clicked region with the current drawing state
giffer.lua — creates an animated GIF file using the selection
goto.lua — goes to a given generation
gun-demo.lua — constructs a few spaceship guns
heisenburp.lua — illustrates the use of cloned layers
hexgrid.lua — creates a true hexagonal grid
invert.lua — inverts all cell states in the current selection
lifeviewer.lua — displays patterns like LifeViewer
make-torus.lua — makes a toroidal universe from the selection
metafier.lua — converts the current selection into a meta pattern
move-object.lua — lets you move a connected group of live cells
move-selection.lua — lets you move the current selection
oscar.lua — detects oscillating patterns, including spaceships
overlay-demo.lua — demonstrates most of the overlay functions
pd-glider.lua — creates a set of pentadecathlon+glider collisions
pop-plot.lua — displays a plot of population versus time
shift.lua — shifts the current selection by given x y amounts
slide-show.lua — displays all patterns in the Patterns folder
tile.lua — tiles the selection with the pattern inside it
tile-with-clip.lua — tiles the selection with the clipboard pattern

To run one of these scripts, tick the Show Files item in the File menu, open the Scripts/Lua folder and then simply click on the script's name. You can also select one of the Run items in the File menu. For a frequently used script you might like to assign a keyboard shortcut to run it (see Preferences > Keyboard).

When Golly starts up it looks for a script called golly-start.lua in the same directory as the Golly application and then in a user-specific data directory (see the getdir command for the likely path on your system). If the script is found then it is automatically executed.

There are a number of ways to abort a running script. Hit the escape key, or click on the stop button in the tool bar, or select the Stop item in the Control menu.

 
Golly's scripting commands

This section describes all the g.* commands that can be used in a script after including this line:

local g = golly()

Commands are grouped by function (filing, editing, control, viewing, layers and miscellaneous) or you can search for individual commands alphabetically:

addlayer
advance
autoupdate
check
clear
clone
continue
copy
cut
dellayer
doevent
duplicate
empty
error
evolve
exit
fit
fitsel
flip
getalgo 		getbase
getcell
getcells
getclip
getclipstr
getcolor
getcolors
getcursor
getdir
getevent
getfiles
getgen
getheight
getinfo
getlayer
getmag
getname
getoption
getpath
getpop 		getpos
getrect
getrule
getselrect
getstep
getstring
getview
getwidth
getxy
hash
join
load
maxlayers
millisecs
movelayer
new
note
numalgos
numlayers
numstates 		open
opendialog
overlay
os
parse
paste
putcells
randfill
reset
rotate
run
save
savedialog
select
setalgo
setbase
setcell
setclipstr
setcolor
setcolors 		setcursor
setdir
setgen
setlayer
setmag
setname
setoption
setpos
setrule
setstep
setview
show
shrink
step
store
transform
update
visrect
warn

 
FILING COMMANDS

open(filename, remember=false)
Open the given file and process it according to its type:

  • A HTML file (.htm or .html extension) is displayed in the help window.
  • A text file (.txt or .doc extension, or a name containing "readme") is opened in your text editor.
  • A script file (.lua or .py extension) is executed.
  • A zip file (.zip extension) is processed as described here.
  • Any other type of file is assumed to be a pattern file and is loaded into the current layer.

A non-absolute path is relative to the location of the script. The 2nd parameter is optional (default = false) and specifies if the given pattern or zip file should be remembered in the Open Recent submenu, or in the Run Recent submenu if the file is a script.
Example: g.open("my-patterns/foo.rle")

save(filename, format, remember=false)
Save the current pattern in a given file using the specified format:

"rle" run length encoded (RLE)
"rle.gz" compressed RLE
"mc" macrocell
"mc.gz" compressed macrocell

A non-absolute path is relative to the location of the script. The 3rd parameter is optional (default = false) and specifies if the file should be remembered in the Open Recent submenu. If the savexrle option is true then extended RLE format is used (see the Save Extended RLE item for details).
Example: g.save("foo.rle", "rle", true)

opendialog(title, filetypes, initialdir, initialfname, mustexist=true)
Present a standard Open dialog to the user and return the chosen path in a string. All parameters are optional; the default is an Open dialog showing the current directory, with a title of "Choose a file" and a file type of "All files (*)|*". If the 5th parameter (default = true) is set to false, the user can specify a new filename instead of choosing an existing file. If the given file type is "dir" then the dialog lets the user choose a directory rather than a file. If the user cancels the dialog, the return value will be an empty string.
Example: local fname = g.opendialog("Open MCell File", "MCell files (*.mcl)|*.mcl", "C:\\Temp", "sample.mcl")
Example: local dirname = g.opendialog("Choose a folder", "dir");

savedialog(title, filetypes, initialdir, initialfname, suppressprompt=false)
Present a standard Save dialog to the user and return the chosen path in a string. All parameters are optional; the default is a Save dialog showing the current directory, with a title of "Choose a save location and filename" and a file type of "All files (*)|*". If a file already exists at the chosen location, an Overwrite? query will be displayed unless the 5th parameter (default = false) is set to true. If the user cancels the dialog, the return value will be an empty string.
Example: local fname = g.savedialog("Save text file", "Text files (*.txt;*.csv)|*.txt;*.csv", "C:\\Temp", "Params.txt", 1)

load(filename)
Read the given pattern file and return a cell array.
Example: local blinker = g.load("blinker.rle")

store(cell_array, filename)
Write the given cell array to the specified file in RLE format. If the savexrle option is true then extended RLE format is used (see the Save Extended RLE item for details).
Example: g.store(cells, "foo.rle")

getdir(dirname)
Return the path of the specified directory:

"app" — the directory containing the Golly application.

"data" — the user-specific data directory:
On Linux: ~/.golly/
On Mac OS X: ~/Library/Application Support/Golly/
On Windows XP: C:\Documents and Settings\username\Application Data\Golly\
On Windows 7+: C:\Users\username\AppData\Roaming\Golly\

"temp" — the directory Golly uses to store various temporary files. All these files are deleted when Golly quits.

"rules" — the user-specific rules directory set in Preferences > Control.

"files" — the directory displayed by File > Show Files.

"download" — the directory Golly uses to store downloaded files.

In each case a full path is returned, terminated by the appropriate path separator for the current platform ("/" on Mac and Linux, "\" on Windows).
Example: g.open(g.getdir("app").."Patterns/Life/Breeders/breeder.lif")

setdir(dirname, dirpath)
Set the specified directory to the given path (which must be a full path to an existing directory). All the directory names listed above are allowed, except for "app", "data" and "temp".
Example: g.setdir("download", "/path/to/my-downloads/")

getfiles(dirpath)
Return the contents of the given directory as an array of strings. A non-absolute directory path is relative to the location of the script. File names are returned first, then subdirectory names. The latter names end with the platform-specific path separator ("/" on Mac and Linux, "\" on Windows). See slide-show.lua for an example.

getinfo()
Return the comments from the current pattern.
Example: local comments = g.getinfo()

getpath()
Return the pathname of the current open pattern. Returns "" if the current pattern is new and has not been saved.
Example: local path = g.getpath()

 
EDITING COMMANDS

new(title)
Create a new, empty universe and set the window title. If the given title is empty then the current title won't change.
Example: g.new("test-pattern")

cut()
Cut the current selection to the clipboard.

copy()
Copy the current selection to the clipboard.

clear(where)
Clear inside (where = 0) or outside (where = 1) the current selection.
Example: g.clear(1)

paste(x, y, mode)
Paste the clipboard pattern at x,y using the given mode ("and", "copy", "or", "xor").
Example: g.paste(0, 0, "or")

shrink(remove_if_empty=false)
Shrink the current selection to the smallest rectangle enclosing all of the selection's live cells. If the selection has no live cells then the optional parameter specifies whether the selection remains unchanged or is removed.
Example: if #g.getselrect() > 0 then g.shrink(true) end

randfill(percentage)
Randomly fill the current selection to a density specified by the given percentage (1 to 100).
Example: g.randfill(50)

flip(direction)
Flip the current selection left-right (direction = 0) or top-bottom (direction = 1).

rotate(direction)
Rotate the current selection 90 degrees clockwise (direction = 0) or anticlockwise (direction = 1).

evolve(cell_array, numgens)
Advance the pattern in the given cell array by the specified number of generations and return the resulting cell array.
Example: local newpatt = g.evolve(currpatt, 100)

join(cell_array1, cell_array2)
Join the given cell arrays and return the resulting cell array. If the given arrays are both one-state then the result is one-state. If at least one of the given arrays is multi-state then the result is multi-state, but with one exception: if both arrays have no cells then the result is {} (an empty one-state array) rather than {0}. See below for a description of one-state and multi-state cell arrays.
Example: local result = g.join(part1, part2)

transform(cell_array, x0, y0, axx=1, axy=0, ayx=0, ayy=1)
Apply an affine transformation to the given cell array and return the resulting cell array. For each x,y cell in the input array the corresponding xn,yn cell in the output array is calculated as xn = x0 + x*axx + y*axy, yn = y0 + x*ayx + y*ayy.
Example: local rot_blinker = g.transform(blinker, 0, 0, 0, -1, 1, 0)

parse(string, x0=0, y0=0, axx=1, axy=0, ayx=0, ayy=1)
Parse an RLE or Life 1.05 string and return an optionally transformed cell array.
Example: local blinker = g.parse("3o!")

putcells(cell_array, x0=0, y0=0, axx=1, axy=0, ayx=0, ayy=1, mode="or")
Paste the given cell array into the current universe using an optional affine transformation and optional mode ("and", "copy", "not", "or", "xor").
Example: g.putcells(currpatt, 6, -40, 1, 0, 0, 1, "xor")

getcells(rect_array)
Return any live cells in the specified rectangle as a cell array. The given array can be empty (in which case the cell array is empty) or it must represent a valid rectangle of the form {x,y,width,height}.
Example: local cells = g.getcells( g.getrect() )

getclip()
Parse the pattern data in the clipboard and return the pattern's width, height, and a cell array. The width and height are not necessarily the minimal bounding box because the pattern might have empty borders, or it might even be empty.
Example: local wd, ht, cells = g.getclip()

hash(rect_array)
Return an integer hash value for the pattern in the given rectangle. Two identical patterns will have the same hash value, regardless of their location in the universe. This command provides a fast way to detect pattern equality, but there is a tiny probability that two different patterns will have the same hash value, so you might need to use additional (slower) tests to check for true pattern equality.
Example: local h = g.hash( g.getrect() )

select(rect_array)
Create a selection if the given array represents a valid rectangle of the form {x,y,width,height} or remove the current selection if the given array is {}.
Example: g.select( {-10,-10,20,20} )

getrect()
Return the current pattern's bounding box as an array. If there is no pattern then the array is empty ({}), otherwise the array is of the form {x,y,width,height}.
Example: if #g.getrect() == 0 then g.show("No pattern.") end

getselrect()
Return the current selection rectangle as an array. If there is no selection then the array is empty ({}), otherwise the array is of the form {x,y,width,height}.
Example: if #g.getselrect() == 0 then g.show("No selection.") end

setcell(x, y, state)
Set the given cell to the specified state (0 for a dead cell, 1 for a live cell).

getcell(x, y)
Return the state of the given cell. The following example inverts the state of the cell at 0,0.
Example: g.setcell(0, 0, 1 - g.getcell(0, 0))

setcursor(string)
Set the current cursor according to the given string and return the old cursor string. The given string must match one of the names in the Cursor Mode menu.
Example: local oldcurs = g.setcursor("Draw")

getcursor()
Return the current cursor as a string (ie. the ticked name in the Cursor Mode menu).

 
CONTROL COMMANDS

run(numgens)
Run the current pattern for the specified number of generations. Intermediate generations are never displayed, and the final generation is only displayed if the current autoupdate setting is true.
Example: g.run(100)

step()
Run the current pattern for the current step. Intermediate generations are never displayed, and the final generation is only displayed if the current autoupdate setting is true.

setstep(exp)
Temporarily set the current step exponent to the given integer. A negative exponent sets the step size to 1 and also sets a delay between each step, but that delay is ignored by the run and step commands. Golly will reset the step exponent to 0 upon creating a new pattern, loading a pattern file, or switching to a different algorithm.
Example: g.setstep(0)

getstep()
Return the current step exponent.
Example: g.setstep( g.getstep() + 1 )

setbase(base)
Temporarily set the current base step to an integer from 2 to 10000. Golly will restore the default base step (set in Preferences > Control) upon creating a new pattern, loading a pattern file, or switching to a different algorithm.
Example: g.setbase(2)

getbase()
Return the current base step.

advance(where, numgens)
Advance inside (where = 0) or outside (where = 1) the current selection by the specified number of generations. The generation count does not change.
Example: g.advance(0, 3)

reset()
Restore the starting pattern and generation count. Also reset the algorithm, rule, scale, location and step exponent to the values they had at the starting generation. The starting generation is usually zero, but it can be larger after loading an RLE/macrocell file that stores a non-zero generation count.

setgen(gen)
Set the generation count using the given string. Commas and other punctuation marks can be used to make a large number more readable. Include a leading +/- sign to specify a number relative to the current generation count.
Example: g.setgen("-1,000")

getgen(sepchar='\0')
Return the current generation count as a string. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting string more readable. For example, g.getgen(',') would return a string like "1,234,567" but g.getgen() would return "1234567". Use the latter call if you want to do arithmetic on the generation count because then it's easy to convert the string to a number.
Example: local gen = tonumber( g.getgen() )

getpop(sepchar='\0')
Return the current population as a string. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting string more readable. For example, g.getpop(',') would return a string like "1,234,567" but g.getpop() would return "1234567". Use the latter call if you want to do arithmetic on the population count. The following example converts the population to a number.
Example: local pop = tonumber( g.getpop() )

empty()
Return true if the universe is empty or false if there is at least one live cell. This is much more efficient than testing getpop() == "0".
Example: if g.empty() then g.show("All cells are dead.") end

numstates()
Return the number of cell states in the current universe. This will be a number from 2 to 256, depending on the current algorithm and rule.
Example: local maxstate = g.numstates() - 1

numalgos()
Return the number of algorithms (ie. the number of items in the Set Algorithm menu).
Example: local maxalgo = g.numalgos() - 1

setalgo(string)
Set the current algorithm according to the given string which must match one of the names in the Set Algorithm menu.
Example: g.setalgo("HashLife")

getalgo(index=current)
Return the algorithm name at the given index in the Set Algorithm menu, or the current algorithm's name if no index is supplied.
Example: local lastalgo = g.getalgo( g.numalgos() - 1 )

setrule(string)
Set the current rule according to the given string. If the current algorithm doesn't support the specified rule then Golly will automatically switch to the first algorithm that does support the rule. If no such algorithm can be found then you'll get an error message and the script will be aborted.
Example: g.setrule("b3/s23")

getrule()
Return the current rule as a string in canonical format.
Example: local oldrule = g.getrule()

getwidth()
Return the width (in cells) of the current universe (0 if unbounded).
Example: local wd = g.getwidth()

getheight()
Return the height (in cells) of the current universe (0 if unbounded).
Example: local ht = g.getheight()

 
VIEWING COMMANDS

setpos(x, y)
Change the position of the viewport so the given cell is in the middle. The x,y coordinates are given as strings so the viewport can be moved to any location in the unbounded universe. Commas and other punctuation marks can be used to make large numbers more readable. Apart from a leading minus sign, most non-digits are simply ignored; only alphabetic characters will cause an error message. Note that positive y values increase downwards in Golly's coordinate system.
Example: g.setpos("1,000,000,000,000", "-123456")

getpos(sepchar='\0')
Return the x,y position of the viewport's middle cell in the form of two strings. The optional parameter (default = '\0') specifies a separator character that can be used to make the resulting strings more readable. For example, g.getpos(',') might return two strings like "1,234" and "-5,678" but g.getpos() would return "1234" and "-5678". Use the latter call if you want to do arithmetic on the x,y values, or just use the getposint() function defined in the gplus package.
Example: local x, y = g.getpos()

setmag(mag)
Set the magnification, where 0 corresponds to the scale 1:1, 1 = 1:2, -1 = 2:1, etc. The maximum allowed magnification is 5 (= 1:32).
Example: g.setmag(0)

getmag()
Return the current magnification.
Example: g.setmag( g.getmag() - 1 )

fit()
Fit the entire pattern in the viewport.

fitsel()
Fit the current selection in the viewport. The script aborts with an error message if there is no selection.

visrect(rect_array)
Return true if the given rectangle is completely visible in the viewport. The rectangle must be an array of the form {x,y,width,height}.
Example: if not g.visrect({0,0,1,1}) then g.setpos("0","0") end

setview(wd, ht)
Set the pixel width and height of the viewport (the main window will be resized accordingly).
Example: g.setview(32*32, 32*30)

getview(index=-1)
Return the pixel width and height of the viewport if the given index is -1 (the default), or the pixel width and height of the specified layer if the given index is an integer from 0 to numlayers() - 1.
Example: local wd, ht = g.getview()

autoupdate(bool)
When Golly runs a script this setting is initially false. If the given parameter is true then Golly will automatically update the viewport and the status bar after each command that changes the universe or viewport in some way. Useful for debugging scripts.
Example: g.autoupdate(true)

update()
Immediately update the viewport and the status bar, regardless of the current autoupdate setting. Note that Golly always does an update when a script finishes.

 
LAYER COMMANDS

overlay(command)
Call a command to create, modify or delete the overlay, a rectangular area of pixels that can be displayed on top of the current layer.
Example: g.overlay("create 400 300")

addlayer()
Add a new, empty layer immediately after the current layer and return the new layer's index, an integer from 0 to numlayers() - 1. The new layer becomes the current layer and inherits most of the previous layer's settings, including its algorithm, rule, scale, location, cursor mode, etc. The step exponent is set to 0, there is no selection, no origin offset, and the layer's initial name is "untitled".
Example: local newindex = g.addlayer()

clone()
Like addlayer (see above) but the new layer shares the same universe as the current layer. The current layer's settings are duplicated and most will be kept synchronized so that a change to one clone automatically changes all the others. Each cloned layer does however have a separate viewport, so the same pattern can be viewed at different scales and locations (at the same time if layers are tiled).
Example: local cloneindex = g.clone()

duplicate()
Like addlayer (see above) but the new layer has a copy of the current layer's pattern. Also duplicates all the current settings but, unlike a cloned layer, the settings are not kept synchronized.
Example: local dupeindex = g.duplicate()

dellayer()
Delete the current layer. The current layer changes to the previous layer (unless layer 0 was deleted).

movelayer(fromindex, toindex)
Move a specified layer to a new position in the layer sequence. The chosen layer becomes the current layer.
Example: g.movelayer(1, 0)

setlayer(index)
Set the current layer to the layer with the given index, an integer from 0 to numlayers() - 1.
Example: g.setlayer(0)

getlayer()
Return the index of the current layer, an integer from 0 to numlayers() - 1.
Example: local currindex = g.getlayer()

numlayers()
Return the number of existing layers, an integer from 1 to maxlayers().
Example: if g.numlayers() > 1 then g.setoption("tilelayers",1) end

maxlayers()
Return the maximum number of layers (10 in this implementation).

setname(string, index=current)
Set the name of the given layer, or the current layer's name if no index is supplied.
Example: g.setname("temporary")

getname(index=current)
Return the given layer's name, or the current layer's name if no index is supplied.
Example: if g.getname() == "temporary" then g.dellayer() end

setcolors(color_array)
Set the color(s) of one or more states in the current layer and its clones (if any). If the given array contains a multiple of 4 integers then they are interpreted as state, red, green, blue values. A state value of -1 can be used to set all live states to the same color (state 0 is not changed). If the given array contains exactly 6 integers then they are interpreted as a color gradient from r1, g1, b1 to r2, g2, b2 for all the live states (state 0 is not changed). If the given array is empty then all states (including state 0) are reset to their default colors, depending on the current algorithm and rule. Note that the color changes made by this command are only temporary. Golly will restore the default colors if a new pattern is opened or created, or if the algorithm or rule changes, or if Preferences > Color is used to change any of the default colors for the current layer's algorithm.
Example: g.setcolors({1,0,0,0, 2,0,0,0}) # set states 1 and 2 to black
Example: g.setcolors({-1,0,255,0}) # set all live states to green
Example: g.setcolors({255,0,0, 0,0,255}) # live states vary from red to blue
Example: g.setcolors({}) # restore default colors

getcolors(state=-1)
Return the color of a given state in the current layer as an array of the form

{ state, red, green, blue }

or if the given state is -1 (or not supplied) then return all colors as

{ 0, r0, g0, b0, . . . N, rN, gN, bN }

where N equals numstates() - 1. Note that the array returned by getcolors can be passed into setcolors; this makes it easy to save and restore colors.
Example: local allcolors = g.getcolors()
Example: local deadcolor = g.getcolors(0)

 
MISCELLANEOUS COMMANDS

os()
Return the current operating system: "Windows", "Mac" or "Linux".
Example: if g.os() == "Mac" then do_mac_stuff() end

millisecs()
Return the number of milliseconds that have elapsed since Golly started up. The returned value is a floating point number.
Example: local t1 = g.millisecs()

setoption(name, value)
Set the given option to the given value. The old value is returned to make it easy to restore a setting. Here are all the valid option names and their possible values:

"autofit" 1 or 0
"boldspacing" 2 to 1000 (cells)
"drawingstate" 0 to numstates()-1
"fullscreen" 1 or 0
"hyperspeed" 1 or 0
"maxdelay" 0 to 5000 (millisecs)
"mindelay" 0 to 5000 (millisecs)
"opacity" 1 to 100 (percent)
"restoreview" 1 or 0
"savexrle" 1 or 0
"showallstates" 1 or 0
"showboldlines" 1 or 0
"showbuttons" 0 to 4
"showeditbar" 1 or 0
"showexact" 1 or 0
"showfiles" 1 or 0
"showgrid" 1 or 0
"showhashinfo" 1 or 0
"showicons" 1 or 0
"showlayerbar" 1 or 0
"showoverlay" 1 or 0
"showstatusbar" 1 or 0
"showtoolbar" 1 or 0
"smartscale" 1 or 0
"stacklayers" 1 or 0
"swapcolors" 1 or 0
"switchlayers" 1 or 0
"synccursors" 1 or 0
"syncviews" 1 or 0
"tilelayers" 1 or 0

Example: local oldgrid = g.setoption("showgrid", 1)

getoption(name)
Return the current value of the given option. See above for a list of all the valid option names.
Example: if g.getoption("autofit") == 1 then g.fit() end

setcolor(name, r, g, b)
Set the given color to the given RGB values (integers from 0 to 255). The old RGB values are returned as 3 integers to make it easy to restore the color. Here is a list of all the valid color names and how they are used:

"border" color for border around bounded grid
"paste" color for pasting patterns
"select" color for selections (will be 50% transparent)
algoname status bar background for given algorithm

Example: local oldr, oldg, oldb = g.setcolor("HashLife", 255, 255, 255)

getcolor(name)
Return the current RGB values for the given color as 3 integers. See above for a list of all the valid color names.
Example: local selr, selg, selb = g.getcolor("select")

getclipstr()
Return the current contents of the clipboard as an unmodified string.
Example: local illegalRLE = g.getclipstr()

setclipstr(string)
Copy an arbitrary string (not necessarily a cell pattern) directly to the clipboard.
Example: g.setclipstr(correctedRLE)

getstring(prompt, initial="", title="")
Display a dialog box and get a string from the user. If the initial string is supplied it will be shown and selected. If the title string is supplied it will be used in the dialog's title bar. The script will be aborted if the user hits the dialog's Cancel button.
Example: local n = tonumber( g.getstring("Enter a number:", "100") )

getevent(get=true)
When Golly runs a script it initially handles all keyboard and mouse events, but if the script calls getevent() then future events are put into a queue for retrieval via later calls. These events are returned in the form of strings (see below for the syntax). If there are no events in the queue then the returned string is empty. Note that the very first getevent() call will always return an empty string, but this isn't likely to be a problem because it normally occurs very soon after the script starts running. A script can call getevent(false) if it wants Golly to resume handling any further events. See flood-fill.lua for a good example.

Key-down events are triggered when a key is pressed or autorepeats. The returned string is of the form "key charname modifiers" where charname can be any displayable ASCII character from '!' to '~' or one of the following names: space, home, end, pageup, pagedown, help, insert, delete, tab, enter, return, left, right, up, down, or f1 to f24. If no modifier key was pressed then modifiers is none, otherwise it is some combination of alt, cmd, ctrl, meta, shift. Note that cmd will only be returned on a Mac and corresponds to the command key. The alt modifier corresponds to the option key on a Mac.

Key-up events occur when a key is released and are strings of the form "kup charname".

Mouse-down events in the current layer are strings of the form "click x y button modifiers" where x and y are integers giving the cell position of the click, button is one of left, middle or right, and modifiers is the same as above.

Mouse-down events in a non-transparent pixel in the overlay are strings of the form "oclick x y button modifiers" where x and y are integers giving the pixel position in the overlay (0,0 is the top left pixel), button is one of left, middle or right, and modifiers is the same as above.

Mouse-up events are strings of the form "mup button" where button is one of left, middle or right.

Mouse wheel events in the current layer are strings of the form "zoomin x y" or "zoomout x y" where x and y are the mouse's pixel position in the viewport.

Mouse wheel events in a non-transparent pixel in the overlay are strings of the form "ozoomin x y" or "ozoomout x y" where x and y are the mouse's pixel position in the overlay.

The following examples show the strings returned after various user events:

"key m none" user pressed M key
"key space shift" user pressed space bar and shift key
"key , altctrlshift" user pressed comma and 3 modifier keys
"kup left" user released the left arrow key
"click 100 5 left none" user clicked cell at 100,5 with left button
"click -10 9 middle alt" user clicked cell with middle button and pressed alt key
"click 0 1 right altshift" user clicked cell with right button and pressed 2 modifiers
"oclick 10 5 left none" user clicked pixel at 10,5 in overlay with left button
"mup left" user released the mouse's left button
"zoomout 10 20" mouse wheel was used to zoom out from pixel in viewport
"ozoomin 10 20" mouse wheel was used to zoom in to pixel in overlay

Example: local evt = g.getevent()

doevent(event)
Pass the given event to Golly to handle in the usual manner (but events that can change the current pattern will be ignored). The given event must be a string with the exact same format as returned by the getevent command (see above). If the string is empty then Golly does nothing. Note that the cmd modifier corresponds to the command key on a Mac or the control key on Windows/Linux (this lets you write portable scripts that work on any platform).
Example: g.doevent("key q cmd") -- quit Golly

getxy()
Return the mouse's current grid position as a string. The string is empty if the mouse is outside the viewport or outside a bounded grid or over the translucent buttons, otherwise the string contains x and y cell coordinates separated by a space; eg. "-999 12345". See draw-lines.lua for a good example of how to use this command.
Example: local mousepos = g.getxy()

show(message)
Show the given string in the bottom line of the status bar. The status bar is automatically shown if necessary.
Example: g.show("Hit any key to continue...")

error(message)
Beep and show the given string in the bottom line of the status bar. The status bar is automatically shown if necessary.
Example: g.error("The pattern is empty.")

warn(message)
Beep and show the given string in a modal warning dialog. Useful for debugging Lua scripts or displaying error messages.
Example: g.warn("xxx = "..xxx)

note(message)
Show the given string in a modal information dialog. Useful for displaying multi-line results.
Example: g.note("Line 1\nLine 2\nLine 3")

check(bool)
When Golly runs a script this setting is initially true, which means that event checking is enabled. If the given parameter is false then event checking is disabled. Typically used to prevent mouse clicks being seen at the wrong time. This should only be done for short durations because the script cannot be aborted while the setting is false.
Example: g.check(false)

continue(message)
This function can be used to continue execution after pcall has detected some sort of error or the user has aborted the script. It's typically used to ensure some finalization code is executed. If not empty, the given message will be displayed in the status bar after the script has finished. See the end of envelope.lua for an example.

exit(message="")
Exit the script with an optional error message. If a non-empty string is supplied then it will be displayed in the status bar along with a beep, just like the error command. If no message is supplied, or if the string is empty, then there is no beep and the current status bar message will not be changed.
Example: if g.empty() then g.exit("There is no pattern.") end

 
Cell arrays

Some scripting commands manipulate patterns in the form of cell arrays. Golly supports two types of cell arrays: one-state and multi-state. A one-state cell array contains an even number of integers specifying the x,y coordinates for a set of cells, all of which are assumed to be in state 1:

{ x1, y1, . . . xN, yN }

A multi-state cell array contains an odd number of integers specifying the x,y,state values for a set of cells. If the number of cells is even then a padding integer (zero) is added at the end of the array to ensure the total number of integers is odd:

{ x1, y1, state1, . . . xN, yN, stateN }      if N is odd
{ x1, y1, state1, . . . xN, yN, stateN, 0 }  if N is even

All scripting commands that input cell arrays use the length of the array to determine its type. When writing a script to handle multi-state cell arrays you may need to allow for the padding integer, especially if accessing cells within the array. See tile.lua for example.

Note that all scripting commands return {} if the resulting cell array has no cells. They never return {0}, although this is a perfectly valid multi-state cell array and all commands can input such an array. For example, newarray = g.join(array1,{0}) can be used to convert a non-empty one-state array to multi-state.

One-state cell arrays are normally used in a two-state universe, but they can also be used in a universe with more than two states. A multi-state cell array can be used in a two-state universe, but only if the array's cell states are 0 or 1.

The ordering of cells within either type of array doesn't matter. Also note that positive y values increase downwards in Golly's coordinate system.

 
Rectangle arrays

Some commands manipulate rectangles in the form of arrays. An empty rectangle is indicated by an array with no items; ie. {}. A non-empty rectangle is indicated by an array containing four integers:

{ left, top, width, height }

The first two items specify the cell at the top left corner of the rectangle. The last two items specify the rectangle's size (in cells). The width and height must be greater than zero.

 
Using the gplus package

The gplus package supplied with Golly provides a high-level interface to many of Golly's built-in scripting commands. The package consists of a set of .lua files stored in the Scripts/Lua/gplus directory. The best way to learn how to use gplus is to look at some of the scripts supplied with Golly:

  • See bricklayer.lua for how to use the pattern function to contruct a complicated pattern by combining simpler sub-patterns.
  • See invert.lua for how to use the rect function to make it easier to manipulate rectangles.
  • See shift.lua for how to use the split and validint functions to parse user input.

Here's a summary of the functions available after a script calls local gp = require "gplus" (see init.lua for all the implementation details):

gp.int(x) — return integer part of given floating point number
gp.min(a) — return minimum value in given array
gp.max(a) — return maximum value in given array
gp.drawline(x1,y1,x2,y2,z) — draw a line of state z cells from x1,y1 to x2,y2
gp.getedges(r) — return left, top, right, bottom edges of given rectangle array
gp.getminbox(p) — return minimal bounding box of given cell array or pattern
gp.validint(s) — return true if given string is a valid integer
gp.getposint() — return viewport position as 2 integers
gp.setposint(x,y) — use given integers to set viewport position
gp.split(s,sep) — split given string into 1 or more substrings
gp.equal(a1,a2) — return true if given arrays have the same values
gp.compose(S,T) — return the composition of two transformations S and T
gp.rect(r) — return a table for manipulating a rectangle
gp.pattern(p) — return a table for manipulating a pattern
gp.trace(msg) — pass into xpcall so a runtime error will have a stack trace

Most of the supplied Lua scripts use gplus, but it isn't compulsory. You might prefer to create your own package for use in the scripts you write. If a script calls require "foo" then Golly will look for foo.lua in the same directory as the script, then it looks for foo/init.lua. If a script calls require "foo.bar" then Golly looks for foo/bar.lua. (If none of those files exist in the script's directory then Golly will look in the supplied Scripts/Lua directory, so scripts can always use the gplus package no matter where they are located.)

 
Potential problems

1. There are some important points to remember about Lua, especially when converting an existing Perl/Python script to Lua:

  • Cell arrays and rectangle arrays start with index 1, not 0. This is necessary to be able to use Lua's length operator (#) and standard library functions like table.unpack.
  • Lua's true and false are not equivalent to 1 and 0. In particular, "if 0" is true.
  • Avoid calls like local x, y, wd, ht = g.getrect(). Only x will get a non-nil value (a rectangle array). You need to do local x, y, wd, ht = table.unpack(g.getrect()).
  • When writing a complicated script it's a good idea to add the line require "gplus.strict" near the top. This will catch any undeclared global variables. When the script is working just remove or comment out that line.

More tips can be found at Lua Gotchas.

2. The escape key check to abort a running script is not done by Lua but by each g.* function. This means that very long Lua computations should call an occasional "no-op" like g.doevent("") to allow the script to be aborted in a timely manner.

3. When writing a script that creates a pattern, make sure the script starts with a g.new call (or, less useful, a g.open call that loads a pattern) otherwise the script might create lots of temporary files or use lots of memory. From Golly's point of view there are two types of scripts:

  • A script that calls g.new or g.open is assumed to be creating some sort of pattern, so when Golly sees these calls it clears any undo history and sets an internal flag that says "don't mark this layer as dirty and don't bother recording any further changes".
  • A script that doesn't call g.new or g.open is assumed to modify the current pattern. Golly must record all the script's changes so that when it finishes you can select "Undo Script Changes" from the Edit menu. Generating changes (due to g.run or g.step calls) are stored in temporary files; all other changes are stored in memory.

 
Lua copyright notice

Copyright © 1994–2015 Lua.org, PUC-Rio.

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. golly-3.3-src/gui-web/0000755000175000017500000000000013543257427011646 500000000000000golly-3.3-src/gui-web/zlib/0000755000175000017500000000000013543257427012606 500000000000000golly-3.3-src/gui-web/zlib/deflate.h0000644000175000017500000003074612362063145014303 00000000000000/* deflate.h -- internal compression state * Copyright (C) 1995-2012 Jean-loup Gailly * For conditions of distribution and use, see copyright notice in zlib.h */ /* WARNING: this file should *not* be used by applications. It is part of the implementation of the compression library and is subject to change. Applications should only use zlib.h. */ /* @(#) $Id$ */ #ifndef DEFLATE_H #define DEFLATE_H #include "zutil.h" /* define NO_GZIP when compiling if you want to disable gzip header and trailer creation by deflate(). NO_GZIP would be used to avoid linking in the crc code when it is not needed. For shared libraries, gzip encoding should be left enabled. */ #ifndef NO_GZIP # define GZIP #endif /* =========================================================================== * Internal compression state. */ #define LENGTH_CODES 29 /* number of length codes, not counting the special END_BLOCK code */ #define LITERALS 256 /* number of literal bytes 0..255 */ #define L_CODES (LITERALS+1+LENGTH_CODES) /* number of Literal or Length codes, including the END_BLOCK code */ #define D_CODES 30 /* number of distance codes */ #define BL_CODES 19 /* number of codes used to transfer the bit lengths */ #define HEAP_SIZE (2*L_CODES+1) /* maximum heap size */ #define MAX_BITS 15 /* All codes must not exceed MAX_BITS bits */ #define Buf_size 16 /* size of bit buffer in bi_buf */ #define INIT_STATE 42 #define EXTRA_STATE 69 #define NAME_STATE 73 #define COMMENT_STATE 91 #define HCRC_STATE 103 #define BUSY_STATE 113 #define FINISH_STATE 666 /* Stream status */ /* Data structure describing a single value and its code string. */ typedef struct ct_data_s { union { ush freq; /* frequency count */ ush code; /* bit string */ } fc; union { ush dad; /* father node in Huffman tree */ ush len; /* length of bit string */ } dl; } FAR ct_data; #define Freq fc.freq #define Code fc.code #define Dad dl.dad #define Len dl.len typedef struct static_tree_desc_s static_tree_desc; typedef struct tree_desc_s { ct_data *dyn_tree; /* the dynamic tree */ int max_code; /* largest code with non zero frequency */ static_tree_desc *stat_desc; /* the corresponding static tree */ } FAR tree_desc; typedef ush Pos; typedef Pos FAR Posf; typedef unsigned IPos; /* A Pos is an index in the character window. We use short instead of int to * save space in the various tables. IPos is used only for parameter passing. */ typedef struct internal_state { z_streamp strm; /* pointer back to this zlib stream */ int status; /* as the name implies */ Bytef *pending_buf; /* output still pending */ ulg pending_buf_size; /* size of pending_buf */ Bytef *pending_out; /* next pending byte to output to the stream */ uInt pending; /* nb of bytes in the pending buffer */ int wrap; /* bit 0 true for zlib, bit 1 true for gzip */ gz_headerp gzhead; /* gzip header information to write */ uInt gzindex; /* where in extra, name, or comment */ Byte method; /* can only be DEFLATED */ int last_flush; /* value of flush param for previous deflate call */ /* used by deflate.c: */ uInt w_size; /* LZ77 window size (32K by default) */ uInt w_bits; /* log2(w_size) (8..16) */ uInt w_mask; /* w_size - 1 */ Bytef *window; /* Sliding window. Input bytes are read into the second half of the window, * and move to the first half later to keep a dictionary of at least wSize * bytes. With this organization, matches are limited to a distance of * wSize-MAX_MATCH bytes, but this ensures that IO is always * performed with a length multiple of the block size. Also, it limits * the window size to 64K, which is quite useful on MSDOS. * To do: use the user input buffer as sliding window. */ ulg window_size; /* Actual size of window: 2*wSize, except when the user input buffer * is directly used as sliding window. */ Posf *prev; /* Link to older string with same hash index. To limit the size of this * array to 64K, this link is maintained only for the last 32K strings. * An index in this array is thus a window index modulo 32K. */ Posf *head; /* Heads of the hash chains or NIL. */ uInt ins_h; /* hash index of string to be inserted */ uInt hash_size; /* number of elements in hash table */ uInt hash_bits; /* log2(hash_size) */ uInt hash_mask; /* hash_size-1 */ uInt hash_shift; /* Number of bits by which ins_h must be shifted at each input * step. It must be such that after MIN_MATCH steps, the oldest * byte no longer takes part in the hash key, that is: * hash_shift * MIN_MATCH >= hash_bits */ long block_start; /* Window position at the beginning of the current output block. Gets * negative when the window is moved backwards. */ uInt match_length; /* length of best match */ IPos prev_match; /* previous match */ int match_available; /* set if previous match exists */ uInt strstart; /* start of string to insert */ uInt match_start; /* start of matching string */ uInt lookahead; /* number of valid bytes ahead in window */ uInt prev_length; /* Length of the best match at previous step. Matches not greater than this * are discarded. This is used in the lazy match evaluation. */ uInt max_chain_length; /* To speed up deflation, hash chains are never searched beyond this * length. A higher limit improves compression ratio but degrades the * speed. */ uInt max_lazy_match; /* Attempt to find a better match only when the current match is strictly * smaller than this value. This mechanism is used only for compression * levels >= 4. */ # define max_insert_length max_lazy_match /* Insert new strings in the hash table only if the match length is not * greater than this length. This saves time but degrades compression. * max_insert_length is used only for compression levels <= 3. */ int level; /* compression level (1..9) */ int strategy; /* favor or force Huffman coding*/ uInt good_match; /* Use a faster search when the previous match is longer than this */ int nice_match; /* Stop searching when current match exceeds this */ /* used by trees.c: */ /* Didn't use ct_data typedef below to suppress compiler warning */ struct ct_data_s dyn_ltree[HEAP_SIZE]; /* literal and length tree */ struct ct_data_s dyn_dtree[2*D_CODES+1]; /* distance tree */ struct ct_data_s bl_tree[2*BL_CODES+1]; /* Huffman tree for bit lengths */ struct tree_desc_s l_desc; /* desc. for literal tree */ struct tree_desc_s d_desc; /* desc. for distance tree */ struct tree_desc_s bl_desc; /* desc. for bit length tree */ ush bl_count[MAX_BITS+1]; /* number of codes at each bit length for an optimal tree */ int heap[2*L_CODES+1]; /* heap used to build the Huffman trees */ int heap_len; /* number of elements in the heap */ int heap_max; /* element of largest frequency */ /* The sons of heap[n] are heap[2*n] and heap[2*n+1]. heap[0] is not used. * The same heap array is used to build all trees. */ uch depth[2*L_CODES+1]; /* Depth of each subtree used as tie breaker for trees of equal frequency */ uchf *l_buf; /* buffer for literals or lengths */ uInt lit_bufsize; /* Size of match buffer for literals/lengths. There are 4 reasons for * limiting lit_bufsize to 64K: * - frequencies can be kept in 16 bit counters * - if compression is not successful for the first block, all input * data is still in the window so we can still emit a stored block even * when input comes from standard input. (This can also be done for * all blocks if lit_bufsize is not greater than 32K.) * - if compression is not successful for a file smaller than 64K, we can * even emit a stored file instead of a stored block (saving 5 bytes). * This is applicable only for zip (not gzip or zlib). * - creating new Huffman trees less frequently may not provide fast * adaptation to changes in the input data statistics. (Take for * example a binary file with poorly compressible code followed by * a highly compressible string table.) Smaller buffer sizes give * fast adaptation but have of course the overhead of transmitting * trees more frequently. * - I can't count above 4 */ uInt last_lit; /* running index in l_buf */ ushf *d_buf; /* Buffer for distances. To simplify the code, d_buf and l_buf have * the same number of elements. To use different lengths, an extra flag * array would be necessary. */ ulg opt_len; /* bit length of current block with optimal trees */ ulg static_len; /* bit length of current block with static trees */ uInt matches; /* number of string matches in current block */ uInt insert; /* bytes at end of window left to insert */ #ifdef DEBUG ulg compressed_len; /* total bit length of compressed file mod 2^32 */ ulg bits_sent; /* bit length of compressed data sent mod 2^32 */ #endif ush bi_buf; /* Output buffer. bits are inserted starting at the bottom (least * significant bits). */ int bi_valid; /* Number of valid bits in bi_buf. All bits above the last valid bit * are always zero. */ ulg high_water; /* High water mark offset in window for initialized bytes -- bytes above * this are set to zero in order to avoid memory check warnings when * longest match routines access bytes past the input. This is then * updated to the new high water mark. */ } FAR deflate_state; /* Output a byte on the stream. * IN assertion: there is enough room in pending_buf. */ #define put_byte(s, c) {s->pending_buf[s->pending++] = (c);} #define MIN_LOOKAHEAD (MAX_MATCH+MIN_MATCH+1) /* Minimum amount of lookahead, except at the end of the input file. * See deflate.c for comments about the MIN_MATCH+1. */ #define MAX_DIST(s) ((s)->w_size-MIN_LOOKAHEAD) /* In order to simplify the code, particularly on 16 bit machines, match * distances are limited to MAX_DIST instead of WSIZE. */ #define WIN_INIT MAX_MATCH /* Number of bytes after end of data in window to initialize in order to avoid memory checker errors from longest match routines */ /* in trees.c */ void ZLIB_INTERNAL _tr_init OF((deflate_state *s)); int ZLIB_INTERNAL _tr_tally OF((deflate_state *s, unsigned dist, unsigned lc)); void ZLIB_INTERNAL _tr_flush_block OF((deflate_state *s, charf *buf, ulg stored_len, int last)); void ZLIB_INTERNAL _tr_flush_bits OF((deflate_state *s)); void ZLIB_INTERNAL _tr_align OF((deflate_state *s)); void ZLIB_INTERNAL _tr_stored_block OF((deflate_state *s, charf *buf, ulg stored_len, int last)); #define d_code(dist) \ ((dist) < 256 ? _dist_code[dist] : _dist_code[256+((dist)>>7)]) /* Mapping from a distance to a distance code. dist is the distance - 1 and * must not have side effects. _dist_code[256] and _dist_code[257] are never * used. */ #ifndef DEBUG /* Inline versions of _tr_tally for speed: */ #if defined(GEN_TREES_H) || !defined(STDC) extern uch ZLIB_INTERNAL _length_code[]; extern uch ZLIB_INTERNAL _dist_code[]; #else extern const uch ZLIB_INTERNAL _length_code[]; extern const uch ZLIB_INTERNAL _dist_code[]; #endif # define _tr_tally_lit(s, c, flush) \ { uch cc = (c); \ s->d_buf[s->last_lit] = 0; \ s->l_buf[s->last_lit++] = cc; \ s->dyn_ltree[cc].Freq++; \ flush = (s->last_lit == s->lit_bufsize-1); \ } # define _tr_tally_dist(s, distance, length, flush) \ { uch len = (length); \ ush dist = (distance); \ s->d_buf[s->last_lit] = dist; \ s->l_buf[s->last_lit++] = len; \ dist--; \ s->dyn_ltree[_length_code[len]+LITERALS+1].Freq++; \ s->dyn_dtree[d_code(dist)].Freq++; \ flush = (s->last_lit == s->lit_bufsize-1); \ } #else # define _tr_tally_lit(s, c, flush) flush = _tr_tally(s, 0, c) # define _tr_tally_dist(s, distance, length, flush) \ flush = _tr_tally(s, distance, length) #endif #endif /* DEFLATE_H */ golly-3.3-src/gui-web/zlib/infback.c0000644000175000017500000005426512362063145014271 00000000000000/* infback.c -- inflate using a call-back interface * Copyright (C) 1995-2011 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ /* This code is largely copied from inflate.c. Normally either infback.o or inflate.o would be linked into an application--not both. The interface with inffast.c is retained so that optimized assembler-coded versions of inflate_fast() can be used with either inflate.c or infback.c. */ #include "zutil.h" #include "inftrees.h" #include "inflate.h" #include "inffast.h" /* function prototypes */ local void fixedtables OF((struct inflate_state FAR *state)); /* strm provides memory allocation functions in zalloc and zfree, or Z_NULL to use the library memory allocation functions. windowBits is in the range 8..15, and window is a user-supplied window and output buffer that is 2**windowBits bytes. */ int ZEXPORT inflateBackInit_(strm, windowBits, window, version, stream_size) z_streamp strm; int windowBits; unsigned char FAR *window; const char *version; int stream_size; { struct inflate_state FAR *state; if (version == Z_NULL || version[0] != ZLIB_VERSION[0] || stream_size != (int)(sizeof(z_stream))) return Z_VERSION_ERROR; if (strm == Z_NULL || window == Z_NULL || windowBits < 8 || windowBits > 15) return Z_STREAM_ERROR; strm->msg = Z_NULL; /* in case we return an error */ if (strm->zalloc == (alloc_func)0) { #ifdef Z_SOLO return Z_STREAM_ERROR; #else strm->zalloc = zcalloc; strm->opaque = (voidpf)0; #endif } if (strm->zfree == (free_func)0) #ifdef Z_SOLO return Z_STREAM_ERROR; #else strm->zfree = zcfree; #endif state = (struct inflate_state FAR *)ZALLOC(strm, 1, sizeof(struct inflate_state)); if (state == Z_NULL) return Z_MEM_ERROR; Tracev((stderr, "inflate: allocated\n")); strm->state = (struct internal_state FAR *)state; state->dmax = 32768U; state->wbits = windowBits; state->wsize = 1U << windowBits; state->window = window; state->wnext = 0; state->whave = 0; return Z_OK; } /* Return state with length and distance decoding tables and index sizes set to fixed code decoding. Normally this returns fixed tables from inffixed.h. If BUILDFIXED is defined, then instead this routine builds the tables the first time it's called, and returns those tables the first time and thereafter. This reduces the size of the code by about 2K bytes, in exchange for a little execution time. However, BUILDFIXED should not be used for threaded applications, since the rewriting of the tables and virgin may not be thread-safe. */ local void fixedtables(state) struct inflate_state FAR *state; { #ifdef BUILDFIXED static int virgin = 1; static code *lenfix, *distfix; static code fixed[544]; /* build fixed huffman tables if first call (may not be thread safe) */ if (virgin) { unsigned sym, bits; static code *next; /* literal/length table */ sym = 0; while (sym < 144) state->lens[sym++] = 8; while (sym < 256) state->lens[sym++] = 9; while (sym < 280) state->lens[sym++] = 7; while (sym < 288) state->lens[sym++] = 8; next = fixed; lenfix = next; bits = 9; inflate_table(LENS, state->lens, 288, &(next), &(bits), state->work); /* distance table */ sym = 0; while (sym < 32) state->lens[sym++] = 5; distfix = next; bits = 5; inflate_table(DISTS, state->lens, 32, &(next), &(bits), state->work); /* do this just once */ virgin = 0; } #else /* !BUILDFIXED */ # include "inffixed.h" #endif /* BUILDFIXED */ state->lencode = lenfix; state->lenbits = 9; state->distcode = distfix; state->distbits = 5; } /* Macros for inflateBack(): */ /* Load returned state from inflate_fast() */ #define LOAD() \ do { \ put = strm->next_out; \ left = strm->avail_out; \ next = strm->next_in; \ have = strm->avail_in; \ hold = state->hold; \ bits = state->bits; \ } while (0) /* Set state from registers for inflate_fast() */ #define RESTORE() \ do { \ strm->next_out = put; \ strm->avail_out = left; \ strm->next_in = next; \ strm->avail_in = have; \ state->hold = hold; \ state->bits = bits; \ } while (0) /* Clear the input bit accumulator */ #define INITBITS() \ do { \ hold = 0; \ bits = 0; \ } while (0) /* Assure that some input is available. If input is requested, but denied, then return a Z_BUF_ERROR from inflateBack(). */ #define PULL() \ do { \ if (have == 0) { \ have = in(in_desc, &next); \ if (have == 0) { \ next = Z_NULL; \ ret = Z_BUF_ERROR; \ goto inf_leave; \ } \ } \ } while (0) /* Get a byte of input into the bit accumulator, or return from inflateBack() with an error if there is no input available. */ #define PULLBYTE() \ do { \ PULL(); \ have--; \ hold += (unsigned long)(*next++) << bits; \ bits += 8; \ } while (0) /* Assure that there are at least n bits in the bit accumulator. If there is not enough available input to do that, then return from inflateBack() with an error. */ #define NEEDBITS(n) \ do { \ while (bits < (unsigned)(n)) \ PULLBYTE(); \ } while (0) /* Return the low n bits of the bit accumulator (n < 16) */ #define BITS(n) \ ((unsigned)hold & ((1U << (n)) - 1)) /* Remove n bits from the bit accumulator */ #define DROPBITS(n) \ do { \ hold >>= (n); \ bits -= (unsigned)(n); \ } while (0) /* Remove zero to seven bits as needed to go to a byte boundary */ #define BYTEBITS() \ do { \ hold >>= bits & 7; \ bits -= bits & 7; \ } while (0) /* Assure that some output space is available, by writing out the window if it's full. If the write fails, return from inflateBack() with a Z_BUF_ERROR. */ #define ROOM() \ do { \ if (left == 0) { \ put = state->window; \ left = state->wsize; \ state->whave = left; \ if (out(out_desc, put, left)) { \ ret = Z_BUF_ERROR; \ goto inf_leave; \ } \ } \ } while (0) /* strm provides the memory allocation functions and window buffer on input, and provides information on the unused input on return. For Z_DATA_ERROR returns, strm will also provide an error message. in() and out() are the call-back input and output functions. When inflateBack() needs more input, it calls in(). When inflateBack() has filled the window with output, or when it completes with data in the window, it calls out() to write out the data. The application must not change the provided input until in() is called again or inflateBack() returns. The application must not change the window/output buffer until inflateBack() returns. in() and out() are called with a descriptor parameter provided in the inflateBack() call. This parameter can be a structure that provides the information required to do the read or write, as well as accumulated information on the input and output such as totals and check values. in() should return zero on failure. out() should return non-zero on failure. If either in() or out() fails, than inflateBack() returns a Z_BUF_ERROR. strm->next_in can be checked for Z_NULL to see whether it was in() or out() that caused in the error. Otherwise, inflateBack() returns Z_STREAM_END on success, Z_DATA_ERROR for an deflate format error, or Z_MEM_ERROR if it could not allocate memory for the state. inflateBack() can also return Z_STREAM_ERROR if the input parameters are not correct, i.e. strm is Z_NULL or the state was not initialized. */ int ZEXPORT inflateBack(strm, in, in_desc, out, out_desc) z_streamp strm; in_func in; void FAR *in_desc; out_func out; void FAR *out_desc; { struct inflate_state FAR *state; z_const unsigned char FAR *next; /* next input */ unsigned char FAR *put; /* next output */ unsigned have, left; /* available input and output */ unsigned long hold; /* bit buffer */ unsigned bits; /* bits in bit buffer */ unsigned copy; /* number of stored or match bytes to copy */ unsigned char FAR *from; /* where to copy match bytes from */ code here; /* current decoding table entry */ code last; /* parent table entry */ unsigned len; /* length to copy for repeats, bits to drop */ int ret; /* return code */ static const unsigned short order[19] = /* permutation of code lengths */ {16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15}; /* Check that the strm exists and that the state was initialized */ if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; /* Reset the state */ strm->msg = Z_NULL; state->mode = TYPE; state->last = 0; state->whave = 0; next = strm->next_in; have = next != Z_NULL ? strm->avail_in : 0; hold = 0; bits = 0; put = state->window; left = state->wsize; /* Inflate until end of block marked as last */ for (;;) switch (state->mode) { case TYPE: /* determine and dispatch block type */ if (state->last) { BYTEBITS(); state->mode = DONE; break; } NEEDBITS(3); state->last = BITS(1); DROPBITS(1); switch (BITS(2)) { case 0: /* stored block */ Tracev((stderr, "inflate: stored block%s\n", state->last ? " (last)" : "")); state->mode = STORED; break; case 1: /* fixed block */ fixedtables(state); Tracev((stderr, "inflate: fixed codes block%s\n", state->last ? " (last)" : "")); state->mode = LEN; /* decode codes */ break; case 2: /* dynamic block */ Tracev((stderr, "inflate: dynamic codes block%s\n", state->last ? " (last)" : "")); state->mode = TABLE; break; case 3: strm->msg = (char *)"invalid block type"; state->mode = BAD; } DROPBITS(2); break; case STORED: /* get and verify stored block length */ BYTEBITS(); /* go to byte boundary */ NEEDBITS(32); if ((hold & 0xffff) != ((hold >> 16) ^ 0xffff)) { strm->msg = (char *)"invalid stored block lengths"; state->mode = BAD; break; } state->length = (unsigned)hold & 0xffff; Tracev((stderr, "inflate: stored length %u\n", state->length)); INITBITS(); /* copy stored block from input to output */ while (state->length != 0) { copy = state->length; PULL(); ROOM(); if (copy > have) copy = have; if (copy > left) copy = left; zmemcpy(put, next, copy); have -= copy; next += copy; left -= copy; put += copy; state->length -= copy; } Tracev((stderr, "inflate: stored end\n")); state->mode = TYPE; break; case TABLE: /* get dynamic table entries descriptor */ NEEDBITS(14); state->nlen = BITS(5) + 257; DROPBITS(5); state->ndist = BITS(5) + 1; DROPBITS(5); state->ncode = BITS(4) + 4; DROPBITS(4); #ifndef PKZIP_BUG_WORKAROUND if (state->nlen > 286 || state->ndist > 30) { strm->msg = (char *)"too many length or distance symbols"; state->mode = BAD; break; } #endif Tracev((stderr, "inflate: table sizes ok\n")); /* get code length code lengths (not a typo) */ state->have = 0; while (state->have < state->ncode) { NEEDBITS(3); state->lens[order[state->have++]] = (unsigned short)BITS(3); DROPBITS(3); } while (state->have < 19) state->lens[order[state->have++]] = 0; state->next = state->codes; state->lencode = (code const FAR *)(state->next); state->lenbits = 7; ret = inflate_table(CODES, state->lens, 19, &(state->next), &(state->lenbits), state->work); if (ret) { strm->msg = (char *)"invalid code lengths set"; state->mode = BAD; break; } Tracev((stderr, "inflate: code lengths ok\n")); /* get length and distance code code lengths */ state->have = 0; while (state->have < state->nlen + state->ndist) { for (;;) { here = state->lencode[BITS(state->lenbits)]; if ((unsigned)(here.bits) <= bits) break; PULLBYTE(); } if (here.val < 16) { DROPBITS(here.bits); state->lens[state->have++] = here.val; } else { if (here.val == 16) { NEEDBITS(here.bits + 2); DROPBITS(here.bits); if (state->have == 0) { strm->msg = (char *)"invalid bit length repeat"; state->mode = BAD; break; } len = (unsigned)(state->lens[state->have - 1]); copy = 3 + BITS(2); DROPBITS(2); } else if (here.val == 17) { NEEDBITS(here.bits + 3); DROPBITS(here.bits); len = 0; copy = 3 + BITS(3); DROPBITS(3); } else { NEEDBITS(here.bits + 7); DROPBITS(here.bits); len = 0; copy = 11 + BITS(7); DROPBITS(7); } if (state->have + copy > state->nlen + state->ndist) { strm->msg = (char *)"invalid bit length repeat"; state->mode = BAD; break; } while (copy--) state->lens[state->have++] = (unsigned short)len; } } /* handle error breaks in while */ if (state->mode == BAD) break; /* check for end-of-block code (better have one) */ if (state->lens[256] == 0) { strm->msg = (char *)"invalid code -- missing end-of-block"; state->mode = BAD; break; } /* build code tables -- note: do not change the lenbits or distbits values here (9 and 6) without reading the comments in inftrees.h concerning the ENOUGH constants, which depend on those values */ state->next = state->codes; state->lencode = (code const FAR *)(state->next); state->lenbits = 9; ret = inflate_table(LENS, state->lens, state->nlen, &(state->next), &(state->lenbits), state->work); if (ret) { strm->msg = (char *)"invalid literal/lengths set"; state->mode = BAD; break; } state->distcode = (code const FAR *)(state->next); state->distbits = 6; ret = inflate_table(DISTS, state->lens + state->nlen, state->ndist, &(state->next), &(state->distbits), state->work); if (ret) { strm->msg = (char *)"invalid distances set"; state->mode = BAD; break; } Tracev((stderr, "inflate: codes ok\n")); state->mode = LEN; case LEN: /* use inflate_fast() if we have enough input and output */ if (have >= 6 && left >= 258) { RESTORE(); if (state->whave < state->wsize) state->whave = state->wsize - left; inflate_fast(strm, state->wsize); LOAD(); break; } /* get a literal, length, or end-of-block code */ for (;;) { here = state->lencode[BITS(state->lenbits)]; if ((unsigned)(here.bits) <= bits) break; PULLBYTE(); } if (here.op && (here.op & 0xf0) == 0) { last = here; for (;;) { here = state->lencode[last.val + (BITS(last.bits + last.op) >> last.bits)]; if ((unsigned)(last.bits + here.bits) <= bits) break; PULLBYTE(); } DROPBITS(last.bits); } DROPBITS(here.bits); state->length = (unsigned)here.val; /* process literal */ if (here.op == 0) { Tracevv((stderr, here.val >= 0x20 && here.val < 0x7f ? "inflate: literal '%c'\n" : "inflate: literal 0x%02x\n", here.val)); ROOM(); *put++ = (unsigned char)(state->length); left--; state->mode = LEN; break; } /* process end of block */ if (here.op & 32) { Tracevv((stderr, "inflate: end of block\n")); state->mode = TYPE; break; } /* invalid code */ if (here.op & 64) { strm->msg = (char *)"invalid literal/length code"; state->mode = BAD; break; } /* length code -- get extra bits, if any */ state->extra = (unsigned)(here.op) & 15; if (state->extra != 0) { NEEDBITS(state->extra); state->length += BITS(state->extra); DROPBITS(state->extra); } Tracevv((stderr, "inflate: length %u\n", state->length)); /* get distance code */ for (;;) { here = state->distcode[BITS(state->distbits)]; if ((unsigned)(here.bits) <= bits) break; PULLBYTE(); } if ((here.op & 0xf0) == 0) { last = here; for (;;) { here = state->distcode[last.val + (BITS(last.bits + last.op) >> last.bits)]; if ((unsigned)(last.bits + here.bits) <= bits) break; PULLBYTE(); } DROPBITS(last.bits); } DROPBITS(here.bits); if (here.op & 64) { strm->msg = (char *)"invalid distance code"; state->mode = BAD; break; } state->offset = (unsigned)here.val; /* get distance extra bits, if any */ state->extra = (unsigned)(here.op) & 15; if (state->extra != 0) { NEEDBITS(state->extra); state->offset += BITS(state->extra); DROPBITS(state->extra); } if (state->offset > state->wsize - (state->whave < state->wsize ? left : 0)) { strm->msg = (char *)"invalid distance too far back"; state->mode = BAD; break; } Tracevv((stderr, "inflate: distance %u\n", state->offset)); /* copy match from window to output */ do { ROOM(); copy = state->wsize - state->offset; if (copy < left) { from = put + copy; copy = left - copy; } else { from = put - state->offset; copy = left; } if (copy > state->length) copy = state->length; state->length -= copy; left -= copy; do { *put++ = *from++; } while (--copy); } while (state->length != 0); break; case DONE: /* inflate stream terminated properly -- write leftover output */ ret = Z_STREAM_END; if (left < state->wsize) { if (out(out_desc, state->window, state->wsize - left)) ret = Z_BUF_ERROR; } goto inf_leave; case BAD: ret = Z_DATA_ERROR; goto inf_leave; default: /* can't happen, but makes compilers happy */ ret = Z_STREAM_ERROR; goto inf_leave; } /* Return unused input */ inf_leave: strm->next_in = next; strm->avail_in = have; return ret; } int ZEXPORT inflateBackEnd(strm) z_streamp strm; { if (strm == Z_NULL || strm->state == Z_NULL || strm->zfree == (free_func)0) return Z_STREAM_ERROR; ZFREE(strm, strm->state); strm->state = Z_NULL; Tracev((stderr, "inflate: end\n")); return Z_OK; } golly-3.3-src/gui-web/zlib/README0000644000175000017500000001210112362063145013367 00000000000000ZLIB DATA COMPRESSION LIBRARY zlib 1.2.8 is a general purpose data compression library. All the code is thread safe. The data format used by the zlib library is described by RFCs (Request for Comments) 1950 to 1952 in the files http://tools.ietf.org/html/rfc1950 (zlib format), rfc1951 (deflate format) and rfc1952 (gzip format). All functions of the compression library are documented in the file zlib.h (volunteer to write man pages welcome, contact zlib@gzip.org). A usage example of the library is given in the file test/example.c which also tests that the library is working correctly. Another example is given in the file test/minigzip.c. The compression library itself is composed of all source files in the root directory. To compile all files and run the test program, follow the instructions given at the top of Makefile.in. In short "./configure; make test", and if that goes well, "make install" should work for most flavors of Unix. For Windows, use one of the special makefiles in win32/ or contrib/vstudio/ . For VMS, use make_vms.com. Questions about zlib should be sent to , or to Gilles Vollant for the Windows DLL version. The zlib home page is http://zlib.net/ . Before reporting a problem, please check this site to verify that you have the latest version of zlib; otherwise get the latest version and check whether the problem still exists or not. PLEASE read the zlib FAQ http://zlib.net/zlib_faq.html before asking for help. Mark Nelson wrote an article about zlib for the Jan. 1997 issue of Dr. Dobb's Journal; a copy of the article is available at http://marknelson.us/1997/01/01/zlib-engine/ . The changes made in version 1.2.8 are documented in the file ChangeLog. Unsupported third party contributions are provided in directory contrib/ . zlib is available in Java using the java.util.zip package, documented at http://java.sun.com/developer/technicalArticles/Programming/compression/ . A Perl interface to zlib written by Paul Marquess is available at CPAN (Comprehensive Perl Archive Network) sites, including http://search.cpan.org/~pmqs/IO-Compress-Zlib/ . A Python interface to zlib written by A.M. Kuchling is available in Python 1.5 and later versions, see http://docs.python.org/library/zlib.html . zlib is built into tcl: http://wiki.tcl.tk/4610 . An experimental package to read and write files in .zip format, written on top of zlib by Gilles Vollant , is available in the contrib/minizip directory of zlib. Notes for some targets: - For Windows DLL versions, please see win32/DLL_FAQ.txt - For 64-bit Irix, deflate.c must be compiled without any optimization. With -O, one libpng test fails. The test works in 32 bit mode (with the -n32 compiler flag). The compiler bug has been reported to SGI. - zlib doesn't work with gcc 2.6.3 on a DEC 3000/300LX under OSF/1 2.1 it works when compiled with cc. - On Digital Unix 4.0D (formely OSF/1) on AlphaServer, the cc option -std1 is necessary to get gzprintf working correctly. This is done by configure. - zlib doesn't work on HP-UX 9.05 with some versions of /bin/cc. It works with other compilers. Use "make test" to check your compiler. - gzdopen is not supported on RISCOS or BEOS. - For PalmOs, see http://palmzlib.sourceforge.net/ Acknowledgments: The deflate format used by zlib was defined by Phil Katz. The deflate and zlib specifications were written by L. Peter Deutsch. Thanks to all the people who reported problems and suggested various improvements in zlib; they are too numerous to cite here. Copyright notice: (C) 1995-2013 Jean-loup Gailly and Mark Adler This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. Jean-loup Gailly Mark Adler jloup@gzip.org madler@alumni.caltech.edu If you use the zlib library in a product, we would appreciate *not* receiving lengthy legal documents to sign. The sources are provided for free but without warranty of any kind. The library has been entirely written by Jean-loup Gailly and Mark Adler; it does not include third-party code. If you redistribute modified sources, we would appreciate that you include in the file ChangeLog history information documenting your changes. Please read the FAQ for more information on the distribution of modified source versions. golly-3.3-src/gui-web/zlib/zutil.c0000644000175000017500000001636612362063145014043 00000000000000/* zutil.c -- target dependent utility functions for the compression library * Copyright (C) 1995-2005, 2010, 2011, 2012 Jean-loup Gailly. * For conditions of distribution and use, see copyright notice in zlib.h */ /* @(#) $Id$ */ #include "zutil.h" #ifndef Z_SOLO # include "gzguts.h" #endif #ifndef NO_DUMMY_DECL struct internal_state {int dummy;}; /* for buggy compilers */ #endif z_const char * const z_errmsg[10] = { "need dictionary", /* Z_NEED_DICT 2 */ "stream end", /* Z_STREAM_END 1 */ "", /* Z_OK 0 */ "file error", /* Z_ERRNO (-1) */ "stream error", /* Z_STREAM_ERROR (-2) */ "data error", /* Z_DATA_ERROR (-3) */ "insufficient memory", /* Z_MEM_ERROR (-4) */ "buffer error", /* Z_BUF_ERROR (-5) */ "incompatible version",/* Z_VERSION_ERROR (-6) */ ""}; const char * ZEXPORT zlibVersion() { return ZLIB_VERSION; } uLong ZEXPORT zlibCompileFlags() { uLong flags; flags = 0; switch ((int)(sizeof(uInt))) { case 2: break; case 4: flags += 1; break; case 8: flags += 2; break; default: flags += 3; } switch ((int)(sizeof(uLong))) { case 2: break; case 4: flags += 1 << 2; break; case 8: flags += 2 << 2; break; default: flags += 3 << 2; } switch ((int)(sizeof(voidpf))) { case 2: break; case 4: flags += 1 << 4; break; case 8: flags += 2 << 4; break; default: flags += 3 << 4; } switch ((int)(sizeof(z_off_t))) { case 2: break; case 4: flags += 1 << 6; break; case 8: flags += 2 << 6; break; default: flags += 3 << 6; } #ifdef DEBUG flags += 1 << 8; #endif #if defined(ASMV) || defined(ASMINF) flags += 1 << 9; #endif #ifdef ZLIB_WINAPI flags += 1 << 10; #endif #ifdef BUILDFIXED flags += 1 << 12; #endif #ifdef DYNAMIC_CRC_TABLE flags += 1 << 13; #endif #ifdef NO_GZCOMPRESS flags += 1L << 16; #endif #ifdef NO_GZIP flags += 1L << 17; #endif #ifdef PKZIP_BUG_WORKAROUND flags += 1L << 20; #endif #ifdef FASTEST flags += 1L << 21; #endif #if defined(STDC) || defined(Z_HAVE_STDARG_H) # ifdef NO_vsnprintf flags += 1L << 25; # ifdef HAS_vsprintf_void flags += 1L << 26; # endif # else # ifdef HAS_vsnprintf_void flags += 1L << 26; # endif # endif #else flags += 1L << 24; # ifdef NO_snprintf flags += 1L << 25; # ifdef HAS_sprintf_void flags += 1L << 26; # endif # else # ifdef HAS_snprintf_void flags += 1L << 26; # endif # endif #endif return flags; } #ifdef DEBUG # ifndef verbose # define verbose 0 # endif int ZLIB_INTERNAL z_verbose = verbose; void ZLIB_INTERNAL z_error (m) char *m; { fprintf(stderr, "%s\n", m); exit(1); } #endif /* exported to allow conversion of error code to string for compress() and * uncompress() */ const char * ZEXPORT zError(err) int err; { return ERR_MSG(err); } #if defined(_WIN32_WCE) /* The Microsoft C Run-Time Library for Windows CE doesn't have * errno. We define it as a global variable to simplify porting. * Its value is always 0 and should not be used. */ int errno = 0; #endif #ifndef HAVE_MEMCPY void ZLIB_INTERNAL zmemcpy(dest, source, len) Bytef* dest; const Bytef* source; uInt len; { if (len == 0) return; do { *dest++ = *source++; /* ??? to be unrolled */ } while (--len != 0); } int ZLIB_INTERNAL zmemcmp(s1, s2, len) const Bytef* s1; const Bytef* s2; uInt len; { uInt j; for (j = 0; j < len; j++) { if (s1[j] != s2[j]) return 2*(s1[j] > s2[j])-1; } return 0; } void ZLIB_INTERNAL zmemzero(dest, len) Bytef* dest; uInt len; { if (len == 0) return; do { *dest++ = 0; /* ??? to be unrolled */ } while (--len != 0); } #endif #ifndef Z_SOLO #ifdef SYS16BIT #ifdef __TURBOC__ /* Turbo C in 16-bit mode */ # define MY_ZCALLOC /* Turbo C malloc() does not allow dynamic allocation of 64K bytes * and farmalloc(64K) returns a pointer with an offset of 8, so we * must fix the pointer. Warning: the pointer must be put back to its * original form in order to free it, use zcfree(). */ #define MAX_PTR 10 /* 10*64K = 640K */ local int next_ptr = 0; typedef struct ptr_table_s { voidpf org_ptr; voidpf new_ptr; } ptr_table; local ptr_table table[MAX_PTR]; /* This table is used to remember the original form of pointers * to large buffers (64K). Such pointers are normalized with a zero offset. * Since MSDOS is not a preemptive multitasking OS, this table is not * protected from concurrent access. This hack doesn't work anyway on * a protected system like OS/2. Use Microsoft C instead. */ voidpf ZLIB_INTERNAL zcalloc (voidpf opaque, unsigned items, unsigned size) { voidpf buf = opaque; /* just to make some compilers happy */ ulg bsize = (ulg)items*size; /* If we allocate less than 65520 bytes, we assume that farmalloc * will return a usable pointer which doesn't have to be normalized. */ if (bsize < 65520L) { buf = farmalloc(bsize); if (*(ush*)&buf != 0) return buf; } else { buf = farmalloc(bsize + 16L); } if (buf == NULL || next_ptr >= MAX_PTR) return NULL; table[next_ptr].org_ptr = buf; /* Normalize the pointer to seg:0 */ *((ush*)&buf+1) += ((ush)((uch*)buf-0) + 15) >> 4; *(ush*)&buf = 0; table[next_ptr++].new_ptr = buf; return buf; } void ZLIB_INTERNAL zcfree (voidpf opaque, voidpf ptr) { int n; if (*(ush*)&ptr != 0) { /* object < 64K */ farfree(ptr); return; } /* Find the original pointer */ for (n = 0; n < next_ptr; n++) { if (ptr != table[n].new_ptr) continue; farfree(table[n].org_ptr); while (++n < next_ptr) { table[n-1] = table[n]; } next_ptr--; return; } ptr = opaque; /* just to make some compilers happy */ Assert(0, "zcfree: ptr not found"); } #endif /* __TURBOC__ */ #ifdef M_I86 /* Microsoft C in 16-bit mode */ # define MY_ZCALLOC #if (!defined(_MSC_VER) || (_MSC_VER <= 600)) # define _halloc halloc # define _hfree hfree #endif voidpf ZLIB_INTERNAL zcalloc (voidpf opaque, uInt items, uInt size) { if (opaque) opaque = 0; /* to make compiler happy */ return _halloc((long)items, size); } void ZLIB_INTERNAL zcfree (voidpf opaque, voidpf ptr) { if (opaque) opaque = 0; /* to make compiler happy */ _hfree(ptr); } #endif /* M_I86 */ #endif /* SYS16BIT */ #ifndef MY_ZCALLOC /* Any system without a special alloc function */ #ifndef STDC extern voidp malloc OF((uInt size)); extern voidp calloc OF((uInt items, uInt size)); extern void free OF((voidpf ptr)); #endif voidpf ZLIB_INTERNAL zcalloc (opaque, items, size) voidpf opaque; unsigned items; unsigned size; { if (opaque) items += size - size; /* make compiler happy */ return sizeof(uInt) > 2 ? (voidpf)malloc(items * size) : (voidpf)calloc(items, size); } void ZLIB_INTERNAL zcfree (opaque, ptr) voidpf opaque; voidpf ptr; { free(ptr); if (opaque) return; /* make compiler happy */ } #endif /* MY_ZCALLOC */ #endif /* !Z_SOLO */ golly-3.3-src/gui-web/zlib/trees.c0000644000175000017500000012633712362063145014016 00000000000000/* trees.c -- output deflated data using Huffman coding * Copyright (C) 1995-2012 Jean-loup Gailly * detect_data_type() function provided freely by Cosmin Truta, 2006 * For conditions of distribution and use, see copyright notice in zlib.h */ /* * ALGORITHM * * The "deflation" process uses several Huffman trees. The more * common source values are represented by shorter bit sequences. * * Each code tree is stored in a compressed form which is itself * a Huffman encoding of the lengths of all the code strings (in * ascending order by source values). The actual code strings are * reconstructed from the lengths in the inflate process, as described * in the deflate specification. * * REFERENCES * * Deutsch, L.P.,"'Deflate' Compressed Data Format Specification". * Available in ftp.uu.net:/pub/archiving/zip/doc/deflate-1.1.doc * * Storer, James A. * Data Compression: Methods and Theory, pp. 49-50. * Computer Science Press, 1988. ISBN 0-7167-8156-5. * * Sedgewick, R. * Algorithms, p290. * Addison-Wesley, 1983. ISBN 0-201-06672-6. */ /* @(#) $Id$ */ /* #define GEN_TREES_H */ #include "deflate.h" #ifdef DEBUG # include #endif /* =========================================================================== * Constants */ #define MAX_BL_BITS 7 /* Bit length codes must not exceed MAX_BL_BITS bits */ #define END_BLOCK 256 /* end of block literal code */ #define REP_3_6 16 /* repeat previous bit length 3-6 times (2 bits of repeat count) */ #define REPZ_3_10 17 /* repeat a zero length 3-10 times (3 bits of repeat count) */ #define REPZ_11_138 18 /* repeat a zero length 11-138 times (7 bits of repeat count) */ local const int extra_lbits[LENGTH_CODES] /* extra bits for each length code */ = {0,0,0,0,0,0,0,0,1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4,5,5,5,5,0}; local const int extra_dbits[D_CODES] /* extra bits for each distance code */ = {0,0,0,0,1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,9,9,10,10,11,11,12,12,13,13}; local const int extra_blbits[BL_CODES]/* extra bits for each bit length code */ = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,2,3,7}; local const uch bl_order[BL_CODES] = {16,17,18,0,8,7,9,6,10,5,11,4,12,3,13,2,14,1,15}; /* The lengths of the bit length codes are sent in order of decreasing * probability, to avoid transmitting the lengths for unused bit length codes. */ /* =========================================================================== * Local data. These are initialized only once. */ #define DIST_CODE_LEN 512 /* see definition of array dist_code below */ #if defined(GEN_TREES_H) || !defined(STDC) /* non ANSI compilers may not accept trees.h */ local ct_data static_ltree[L_CODES+2]; /* The static literal tree. Since the bit lengths are imposed, there is no * need for the L_CODES extra codes used during heap construction. However * The codes 286 and 287 are needed to build a canonical tree (see _tr_init * below). */ local ct_data static_dtree[D_CODES]; /* The static distance tree. (Actually a trivial tree since all codes use * 5 bits.) */ uch _dist_code[DIST_CODE_LEN]; /* Distance codes. The first 256 values correspond to the distances * 3 .. 258, the last 256 values correspond to the top 8 bits of * the 15 bit distances. */ uch _length_code[MAX_MATCH-MIN_MATCH+1]; /* length code for each normalized match length (0 == MIN_MATCH) */ local int base_length[LENGTH_CODES]; /* First normalized length for each code (0 = MIN_MATCH) */ local int base_dist[D_CODES]; /* First normalized distance for each code (0 = distance of 1) */ #else # include "trees.h" #endif /* GEN_TREES_H */ struct static_tree_desc_s { const ct_data *static_tree; /* static tree or NULL */ const intf *extra_bits; /* extra bits for each code or NULL */ int extra_base; /* base index for extra_bits */ int elems; /* max number of elements in the tree */ int max_length; /* max bit length for the codes */ }; local static_tree_desc static_l_desc = {static_ltree, extra_lbits, LITERALS+1, L_CODES, MAX_BITS}; local static_tree_desc static_d_desc = {static_dtree, extra_dbits, 0, D_CODES, MAX_BITS}; local static_tree_desc static_bl_desc = {(const ct_data *)0, extra_blbits, 0, BL_CODES, MAX_BL_BITS}; /* =========================================================================== * Local (static) routines in this file. */ local void tr_static_init OF((void)); local void init_block OF((deflate_state *s)); local void pqdownheap OF((deflate_state *s, ct_data *tree, int k)); local void gen_bitlen OF((deflate_state *s, tree_desc *desc)); local void gen_codes OF((ct_data *tree, int max_code, ushf *bl_count)); local void build_tree OF((deflate_state *s, tree_desc *desc)); local void scan_tree OF((deflate_state *s, ct_data *tree, int max_code)); local void send_tree OF((deflate_state *s, ct_data *tree, int max_code)); local int build_bl_tree OF((deflate_state *s)); local void send_all_trees OF((deflate_state *s, int lcodes, int dcodes, int blcodes)); local void compress_block OF((deflate_state *s, const ct_data *ltree, const ct_data *dtree)); local int detect_data_type OF((deflate_state *s)); local unsigned bi_reverse OF((unsigned value, int length)); local void bi_windup OF((deflate_state *s)); local void bi_flush OF((deflate_state *s)); local void copy_block OF((deflate_state *s, charf *buf, unsigned len, int header)); #ifdef GEN_TREES_H local void gen_trees_header OF((void)); #endif #ifndef DEBUG # define send_code(s, c, tree) send_bits(s, tree[c].Code, tree[c].Len) /* Send a code of the given tree. c and tree must not have side effects */ #else /* DEBUG */ # define send_code(s, c, tree) \ { if (z_verbose>2) fprintf(stderr,"\ncd %3d ",(c)); \ send_bits(s, tree[c].Code, tree[c].Len); } #endif /* =========================================================================== * Output a short LSB first on the stream. * IN assertion: there is enough room in pendingBuf. */ #define put_short(s, w) { \ put_byte(s, (uch)((w) & 0xff)); \ put_byte(s, (uch)((ush)(w) >> 8)); \ } /* =========================================================================== * Send a value on a given number of bits. * IN assertion: length <= 16 and value fits in length bits. */ #ifdef DEBUG local void send_bits OF((deflate_state *s, int value, int length)); local void send_bits(s, value, length) deflate_state *s; int value; /* value to send */ int length; /* number of bits */ { Tracevv((stderr," l %2d v %4x ", length, value)); Assert(length > 0 && length <= 15, "invalid length"); s->bits_sent += (ulg)length; /* If not enough room in bi_buf, use (valid) bits from bi_buf and * (16 - bi_valid) bits from value, leaving (width - (16-bi_valid)) * unused bits in value. */ if (s->bi_valid > (int)Buf_size - length) { s->bi_buf |= (ush)value << s->bi_valid; put_short(s, s->bi_buf); s->bi_buf = (ush)value >> (Buf_size - s->bi_valid); s->bi_valid += length - Buf_size; } else { s->bi_buf |= (ush)value << s->bi_valid; s->bi_valid += length; } } #else /* !DEBUG */ #define send_bits(s, value, length) \ { int len = length;\ if (s->bi_valid > (int)Buf_size - len) {\ int val = value;\ s->bi_buf |= (ush)val << s->bi_valid;\ put_short(s, s->bi_buf);\ s->bi_buf = (ush)val >> (Buf_size - s->bi_valid);\ s->bi_valid += len - Buf_size;\ } else {\ s->bi_buf |= (ush)(value) << s->bi_valid;\ s->bi_valid += len;\ }\ } #endif /* DEBUG */ /* the arguments must not have side effects */ /* =========================================================================== * Initialize the various 'constant' tables. */ local void tr_static_init() { #if defined(GEN_TREES_H) || !defined(STDC) static int static_init_done = 0; int n; /* iterates over tree elements */ int bits; /* bit counter */ int length; /* length value */ int code; /* code value */ int dist; /* distance index */ ush bl_count[MAX_BITS+1]; /* number of codes at each bit length for an optimal tree */ if (static_init_done) return; /* For some embedded targets, global variables are not initialized: */ #ifdef NO_INIT_GLOBAL_POINTERS static_l_desc.static_tree = static_ltree; static_l_desc.extra_bits = extra_lbits; static_d_desc.static_tree = static_dtree; static_d_desc.extra_bits = extra_dbits; static_bl_desc.extra_bits = extra_blbits; #endif /* Initialize the mapping length (0..255) -> length code (0..28) */ length = 0; for (code = 0; code < LENGTH_CODES-1; code++) { base_length[code] = length; for (n = 0; n < (1< dist code (0..29) */ dist = 0; for (code = 0 ; code < 16; code++) { base_dist[code] = dist; for (n = 0; n < (1<>= 7; /* from now on, all distances are divided by 128 */ for ( ; code < D_CODES; code++) { base_dist[code] = dist << 7; for (n = 0; n < (1<<(extra_dbits[code]-7)); n++) { _dist_code[256 + dist++] = (uch)code; } } Assert (dist == 256, "tr_static_init: 256+dist != 512"); /* Construct the codes of the static literal tree */ for (bits = 0; bits <= MAX_BITS; bits++) bl_count[bits] = 0; n = 0; while (n <= 143) static_ltree[n++].Len = 8, bl_count[8]++; while (n <= 255) static_ltree[n++].Len = 9, bl_count[9]++; while (n <= 279) static_ltree[n++].Len = 7, bl_count[7]++; while (n <= 287) static_ltree[n++].Len = 8, bl_count[8]++; /* Codes 286 and 287 do not exist, but we must include them in the * tree construction to get a canonical Huffman tree (longest code * all ones) */ gen_codes((ct_data *)static_ltree, L_CODES+1, bl_count); /* The static distance tree is trivial: */ for (n = 0; n < D_CODES; n++) { static_dtree[n].Len = 5; static_dtree[n].Code = bi_reverse((unsigned)n, 5); } static_init_done = 1; # ifdef GEN_TREES_H gen_trees_header(); # endif #endif /* defined(GEN_TREES_H) || !defined(STDC) */ } /* =========================================================================== * Genererate the file trees.h describing the static trees. */ #ifdef GEN_TREES_H # ifndef DEBUG # include # endif # define SEPARATOR(i, last, width) \ ((i) == (last)? "\n};\n\n" : \ ((i) % (width) == (width)-1 ? ",\n" : ", ")) void gen_trees_header() { FILE *header = fopen("trees.h", "w"); int i; Assert (header != NULL, "Can't open trees.h"); fprintf(header, "/* header created automatically with -DGEN_TREES_H */\n\n"); fprintf(header, "local const ct_data static_ltree[L_CODES+2] = {\n"); for (i = 0; i < L_CODES+2; i++) { fprintf(header, "{{%3u},{%3u}}%s", static_ltree[i].Code, static_ltree[i].Len, SEPARATOR(i, L_CODES+1, 5)); } fprintf(header, "local const ct_data static_dtree[D_CODES] = {\n"); for (i = 0; i < D_CODES; i++) { fprintf(header, "{{%2u},{%2u}}%s", static_dtree[i].Code, static_dtree[i].Len, SEPARATOR(i, D_CODES-1, 5)); } fprintf(header, "const uch ZLIB_INTERNAL _dist_code[DIST_CODE_LEN] = {\n"); for (i = 0; i < DIST_CODE_LEN; i++) { fprintf(header, "%2u%s", _dist_code[i], SEPARATOR(i, DIST_CODE_LEN-1, 20)); } fprintf(header, "const uch ZLIB_INTERNAL _length_code[MAX_MATCH-MIN_MATCH+1]= {\n"); for (i = 0; i < MAX_MATCH-MIN_MATCH+1; i++) { fprintf(header, "%2u%s", _length_code[i], SEPARATOR(i, MAX_MATCH-MIN_MATCH, 20)); } fprintf(header, "local const int base_length[LENGTH_CODES] = {\n"); for (i = 0; i < LENGTH_CODES; i++) { fprintf(header, "%1u%s", base_length[i], SEPARATOR(i, LENGTH_CODES-1, 20)); } fprintf(header, "local const int base_dist[D_CODES] = {\n"); for (i = 0; i < D_CODES; i++) { fprintf(header, "%5u%s", base_dist[i], SEPARATOR(i, D_CODES-1, 10)); } fclose(header); } #endif /* GEN_TREES_H */ /* =========================================================================== * Initialize the tree data structures for a new zlib stream. */ void ZLIB_INTERNAL _tr_init(s) deflate_state *s; { tr_static_init(); s->l_desc.dyn_tree = s->dyn_ltree; s->l_desc.stat_desc = &static_l_desc; s->d_desc.dyn_tree = s->dyn_dtree; s->d_desc.stat_desc = &static_d_desc; s->bl_desc.dyn_tree = s->bl_tree; s->bl_desc.stat_desc = &static_bl_desc; s->bi_buf = 0; s->bi_valid = 0; #ifdef DEBUG s->compressed_len = 0L; s->bits_sent = 0L; #endif /* Initialize the first block of the first file: */ init_block(s); } /* =========================================================================== * Initialize a new block. */ local void init_block(s) deflate_state *s; { int n; /* iterates over tree elements */ /* Initialize the trees. */ for (n = 0; n < L_CODES; n++) s->dyn_ltree[n].Freq = 0; for (n = 0; n < D_CODES; n++) s->dyn_dtree[n].Freq = 0; for (n = 0; n < BL_CODES; n++) s->bl_tree[n].Freq = 0; s->dyn_ltree[END_BLOCK].Freq = 1; s->opt_len = s->static_len = 0L; s->last_lit = s->matches = 0; } #define SMALLEST 1 /* Index within the heap array of least frequent node in the Huffman tree */ /* =========================================================================== * Remove the smallest element from the heap and recreate the heap with * one less element. Updates heap and heap_len. */ #define pqremove(s, tree, top) \ {\ top = s->heap[SMALLEST]; \ s->heap[SMALLEST] = s->heap[s->heap_len--]; \ pqdownheap(s, tree, SMALLEST); \ } /* =========================================================================== * Compares to subtrees, using the tree depth as tie breaker when * the subtrees have equal frequency. This minimizes the worst case length. */ #define smaller(tree, n, m, depth) \ (tree[n].Freq < tree[m].Freq || \ (tree[n].Freq == tree[m].Freq && depth[n] <= depth[m])) /* =========================================================================== * Restore the heap property by moving down the tree starting at node k, * exchanging a node with the smallest of its two sons if necessary, stopping * when the heap property is re-established (each father smaller than its * two sons). */ local void pqdownheap(s, tree, k) deflate_state *s; ct_data *tree; /* the tree to restore */ int k; /* node to move down */ { int v = s->heap[k]; int j = k << 1; /* left son of k */ while (j <= s->heap_len) { /* Set j to the smallest of the two sons: */ if (j < s->heap_len && smaller(tree, s->heap[j+1], s->heap[j], s->depth)) { j++; } /* Exit if v is smaller than both sons */ if (smaller(tree, v, s->heap[j], s->depth)) break; /* Exchange v with the smallest son */ s->heap[k] = s->heap[j]; k = j; /* And continue down the tree, setting j to the left son of k */ j <<= 1; } s->heap[k] = v; } /* =========================================================================== * Compute the optimal bit lengths for a tree and update the total bit length * for the current block. * IN assertion: the fields freq and dad are set, heap[heap_max] and * above are the tree nodes sorted by increasing frequency. * OUT assertions: the field len is set to the optimal bit length, the * array bl_count contains the frequencies for each bit length. * The length opt_len is updated; static_len is also updated if stree is * not null. */ local void gen_bitlen(s, desc) deflate_state *s; tree_desc *desc; /* the tree descriptor */ { ct_data *tree = desc->dyn_tree; int max_code = desc->max_code; const ct_data *stree = desc->stat_desc->static_tree; const intf *extra = desc->stat_desc->extra_bits; int base = desc->stat_desc->extra_base; int max_length = desc->stat_desc->max_length; int h; /* heap index */ int n, m; /* iterate over the tree elements */ int bits; /* bit length */ int xbits; /* extra bits */ ush f; /* frequency */ int overflow = 0; /* number of elements with bit length too large */ for (bits = 0; bits <= MAX_BITS; bits++) s->bl_count[bits] = 0; /* In a first pass, compute the optimal bit lengths (which may * overflow in the case of the bit length tree). */ tree[s->heap[s->heap_max]].Len = 0; /* root of the heap */ for (h = s->heap_max+1; h < HEAP_SIZE; h++) { n = s->heap[h]; bits = tree[tree[n].Dad].Len + 1; if (bits > max_length) bits = max_length, overflow++; tree[n].Len = (ush)bits; /* We overwrite tree[n].Dad which is no longer needed */ if (n > max_code) continue; /* not a leaf node */ s->bl_count[bits]++; xbits = 0; if (n >= base) xbits = extra[n-base]; f = tree[n].Freq; s->opt_len += (ulg)f * (bits + xbits); if (stree) s->static_len += (ulg)f * (stree[n].Len + xbits); } if (overflow == 0) return; Trace((stderr,"\nbit length overflow\n")); /* This happens for example on obj2 and pic of the Calgary corpus */ /* Find the first bit length which could increase: */ do { bits = max_length-1; while (s->bl_count[bits] == 0) bits--; s->bl_count[bits]--; /* move one leaf down the tree */ s->bl_count[bits+1] += 2; /* move one overflow item as its brother */ s->bl_count[max_length]--; /* The brother of the overflow item also moves one step up, * but this does not affect bl_count[max_length] */ overflow -= 2; } while (overflow > 0); /* Now recompute all bit lengths, scanning in increasing frequency. * h is still equal to HEAP_SIZE. (It is simpler to reconstruct all * lengths instead of fixing only the wrong ones. This idea is taken * from 'ar' written by Haruhiko Okumura.) */ for (bits = max_length; bits != 0; bits--) { n = s->bl_count[bits]; while (n != 0) { m = s->heap[--h]; if (m > max_code) continue; if ((unsigned) tree[m].Len != (unsigned) bits) { Trace((stderr,"code %d bits %d->%d\n", m, tree[m].Len, bits)); s->opt_len += ((long)bits - (long)tree[m].Len) *(long)tree[m].Freq; tree[m].Len = (ush)bits; } n--; } } } /* =========================================================================== * Generate the codes for a given tree and bit counts (which need not be * optimal). * IN assertion: the array bl_count contains the bit length statistics for * the given tree and the field len is set for all tree elements. * OUT assertion: the field code is set for all tree elements of non * zero code length. */ local void gen_codes (tree, max_code, bl_count) ct_data *tree; /* the tree to decorate */ int max_code; /* largest code with non zero frequency */ ushf *bl_count; /* number of codes at each bit length */ { ush next_code[MAX_BITS+1]; /* next code value for each bit length */ ush code = 0; /* running code value */ int bits; /* bit index */ int n; /* code index */ /* The distribution counts are first used to generate the code values * without bit reversal. */ for (bits = 1; bits <= MAX_BITS; bits++) { next_code[bits] = code = (code + bl_count[bits-1]) << 1; } /* Check that the bit counts in bl_count are consistent. The last code * must be all ones. */ Assert (code + bl_count[MAX_BITS]-1 == (1<dyn_tree; const ct_data *stree = desc->stat_desc->static_tree; int elems = desc->stat_desc->elems; int n, m; /* iterate over heap elements */ int max_code = -1; /* largest code with non zero frequency */ int node; /* new node being created */ /* Construct the initial heap, with least frequent element in * heap[SMALLEST]. The sons of heap[n] are heap[2*n] and heap[2*n+1]. * heap[0] is not used. */ s->heap_len = 0, s->heap_max = HEAP_SIZE; for (n = 0; n < elems; n++) { if (tree[n].Freq != 0) { s->heap[++(s->heap_len)] = max_code = n; s->depth[n] = 0; } else { tree[n].Len = 0; } } /* The pkzip format requires that at least one distance code exists, * and that at least one bit should be sent even if there is only one * possible code. So to avoid special checks later on we force at least * two codes of non zero frequency. */ while (s->heap_len < 2) { node = s->heap[++(s->heap_len)] = (max_code < 2 ? ++max_code : 0); tree[node].Freq = 1; s->depth[node] = 0; s->opt_len--; if (stree) s->static_len -= stree[node].Len; /* node is 0 or 1 so it does not have extra bits */ } desc->max_code = max_code; /* The elements heap[heap_len/2+1 .. heap_len] are leaves of the tree, * establish sub-heaps of increasing lengths: */ for (n = s->heap_len/2; n >= 1; n--) pqdownheap(s, tree, n); /* Construct the Huffman tree by repeatedly combining the least two * frequent nodes. */ node = elems; /* next internal node of the tree */ do { pqremove(s, tree, n); /* n = node of least frequency */ m = s->heap[SMALLEST]; /* m = node of next least frequency */ s->heap[--(s->heap_max)] = n; /* keep the nodes sorted by frequency */ s->heap[--(s->heap_max)] = m; /* Create a new node father of n and m */ tree[node].Freq = tree[n].Freq + tree[m].Freq; s->depth[node] = (uch)((s->depth[n] >= s->depth[m] ? s->depth[n] : s->depth[m]) + 1); tree[n].Dad = tree[m].Dad = (ush)node; #ifdef DUMP_BL_TREE if (tree == s->bl_tree) { fprintf(stderr,"\nnode %d(%d), sons %d(%d) %d(%d)", node, tree[node].Freq, n, tree[n].Freq, m, tree[m].Freq); } #endif /* and insert the new node in the heap */ s->heap[SMALLEST] = node++; pqdownheap(s, tree, SMALLEST); } while (s->heap_len >= 2); s->heap[--(s->heap_max)] = s->heap[SMALLEST]; /* At this point, the fields freq and dad are set. We can now * generate the bit lengths. */ gen_bitlen(s, (tree_desc *)desc); /* The field len is now set, we can generate the bit codes */ gen_codes ((ct_data *)tree, max_code, s->bl_count); } /* =========================================================================== * Scan a literal or distance tree to determine the frequencies of the codes * in the bit length tree. */ local void scan_tree (s, tree, max_code) deflate_state *s; ct_data *tree; /* the tree to be scanned */ int max_code; /* and its largest code of non zero frequency */ { int n; /* iterates over all tree elements */ int prevlen = -1; /* last emitted length */ int curlen; /* length of current code */ int nextlen = tree[0].Len; /* length of next code */ int count = 0; /* repeat count of the current code */ int max_count = 7; /* max repeat count */ int min_count = 4; /* min repeat count */ if (nextlen == 0) max_count = 138, min_count = 3; tree[max_code+1].Len = (ush)0xffff; /* guard */ for (n = 0; n <= max_code; n++) { curlen = nextlen; nextlen = tree[n+1].Len; if (++count < max_count && curlen == nextlen) { continue; } else if (count < min_count) { s->bl_tree[curlen].Freq += count; } else if (curlen != 0) { if (curlen != prevlen) s->bl_tree[curlen].Freq++; s->bl_tree[REP_3_6].Freq++; } else if (count <= 10) { s->bl_tree[REPZ_3_10].Freq++; } else { s->bl_tree[REPZ_11_138].Freq++; } count = 0; prevlen = curlen; if (nextlen == 0) { max_count = 138, min_count = 3; } else if (curlen == nextlen) { max_count = 6, min_count = 3; } else { max_count = 7, min_count = 4; } } } /* =========================================================================== * Send a literal or distance tree in compressed form, using the codes in * bl_tree. */ local void send_tree (s, tree, max_code) deflate_state *s; ct_data *tree; /* the tree to be scanned */ int max_code; /* and its largest code of non zero frequency */ { int n; /* iterates over all tree elements */ int prevlen = -1; /* last emitted length */ int curlen; /* length of current code */ int nextlen = tree[0].Len; /* length of next code */ int count = 0; /* repeat count of the current code */ int max_count = 7; /* max repeat count */ int min_count = 4; /* min repeat count */ /* tree[max_code+1].Len = -1; */ /* guard already set */ if (nextlen == 0) max_count = 138, min_count = 3; for (n = 0; n <= max_code; n++) { curlen = nextlen; nextlen = tree[n+1].Len; if (++count < max_count && curlen == nextlen) { continue; } else if (count < min_count) { do { send_code(s, curlen, s->bl_tree); } while (--count != 0); } else if (curlen != 0) { if (curlen != prevlen) { send_code(s, curlen, s->bl_tree); count--; } Assert(count >= 3 && count <= 6, " 3_6?"); send_code(s, REP_3_6, s->bl_tree); send_bits(s, count-3, 2); } else if (count <= 10) { send_code(s, REPZ_3_10, s->bl_tree); send_bits(s, count-3, 3); } else { send_code(s, REPZ_11_138, s->bl_tree); send_bits(s, count-11, 7); } count = 0; prevlen = curlen; if (nextlen == 0) { max_count = 138, min_count = 3; } else if (curlen == nextlen) { max_count = 6, min_count = 3; } else { max_count = 7, min_count = 4; } } } /* =========================================================================== * Construct the Huffman tree for the bit lengths and return the index in * bl_order of the last bit length code to send. */ local int build_bl_tree(s) deflate_state *s; { int max_blindex; /* index of last bit length code of non zero freq */ /* Determine the bit length frequencies for literal and distance trees */ scan_tree(s, (ct_data *)s->dyn_ltree, s->l_desc.max_code); scan_tree(s, (ct_data *)s->dyn_dtree, s->d_desc.max_code); /* Build the bit length tree: */ build_tree(s, (tree_desc *)(&(s->bl_desc))); /* opt_len now includes the length of the tree representations, except * the lengths of the bit lengths codes and the 5+5+4 bits for the counts. */ /* Determine the number of bit length codes to send. The pkzip format * requires that at least 4 bit length codes be sent. (appnote.txt says * 3 but the actual value used is 4.) */ for (max_blindex = BL_CODES-1; max_blindex >= 3; max_blindex--) { if (s->bl_tree[bl_order[max_blindex]].Len != 0) break; } /* Update opt_len to include the bit length tree and counts */ s->opt_len += 3*(max_blindex+1) + 5+5+4; Tracev((stderr, "\ndyn trees: dyn %ld, stat %ld", s->opt_len, s->static_len)); return max_blindex; } /* =========================================================================== * Send the header for a block using dynamic Huffman trees: the counts, the * lengths of the bit length codes, the literal tree and the distance tree. * IN assertion: lcodes >= 257, dcodes >= 1, blcodes >= 4. */ local void send_all_trees(s, lcodes, dcodes, blcodes) deflate_state *s; int lcodes, dcodes, blcodes; /* number of codes for each tree */ { int rank; /* index in bl_order */ Assert (lcodes >= 257 && dcodes >= 1 && blcodes >= 4, "not enough codes"); Assert (lcodes <= L_CODES && dcodes <= D_CODES && blcodes <= BL_CODES, "too many codes"); Tracev((stderr, "\nbl counts: ")); send_bits(s, lcodes-257, 5); /* not +255 as stated in appnote.txt */ send_bits(s, dcodes-1, 5); send_bits(s, blcodes-4, 4); /* not -3 as stated in appnote.txt */ for (rank = 0; rank < blcodes; rank++) { Tracev((stderr, "\nbl code %2d ", bl_order[rank])); send_bits(s, s->bl_tree[bl_order[rank]].Len, 3); } Tracev((stderr, "\nbl tree: sent %ld", s->bits_sent)); send_tree(s, (ct_data *)s->dyn_ltree, lcodes-1); /* literal tree */ Tracev((stderr, "\nlit tree: sent %ld", s->bits_sent)); send_tree(s, (ct_data *)s->dyn_dtree, dcodes-1); /* distance tree */ Tracev((stderr, "\ndist tree: sent %ld", s->bits_sent)); } /* =========================================================================== * Send a stored block */ void ZLIB_INTERNAL _tr_stored_block(s, buf, stored_len, last) deflate_state *s; charf *buf; /* input block */ ulg stored_len; /* length of input block */ int last; /* one if this is the last block for a file */ { send_bits(s, (STORED_BLOCK<<1)+last, 3); /* send block type */ #ifdef DEBUG s->compressed_len = (s->compressed_len + 3 + 7) & (ulg)~7L; s->compressed_len += (stored_len + 4) << 3; #endif copy_block(s, buf, (unsigned)stored_len, 1); /* with header */ } /* =========================================================================== * Flush the bits in the bit buffer to pending output (leaves at most 7 bits) */ void ZLIB_INTERNAL _tr_flush_bits(s) deflate_state *s; { bi_flush(s); } /* =========================================================================== * Send one empty static block to give enough lookahead for inflate. * This takes 10 bits, of which 7 may remain in the bit buffer. */ void ZLIB_INTERNAL _tr_align(s) deflate_state *s; { send_bits(s, STATIC_TREES<<1, 3); send_code(s, END_BLOCK, static_ltree); #ifdef DEBUG s->compressed_len += 10L; /* 3 for block type, 7 for EOB */ #endif bi_flush(s); } /* =========================================================================== * Determine the best encoding for the current block: dynamic trees, static * trees or store, and output the encoded block to the zip file. */ void ZLIB_INTERNAL _tr_flush_block(s, buf, stored_len, last) deflate_state *s; charf *buf; /* input block, or NULL if too old */ ulg stored_len; /* length of input block */ int last; /* one if this is the last block for a file */ { ulg opt_lenb, static_lenb; /* opt_len and static_len in bytes */ int max_blindex = 0; /* index of last bit length code of non zero freq */ /* Build the Huffman trees unless a stored block is forced */ if (s->level > 0) { /* Check if the file is binary or text */ if (s->strm->data_type == Z_UNKNOWN) s->strm->data_type = detect_data_type(s); /* Construct the literal and distance trees */ build_tree(s, (tree_desc *)(&(s->l_desc))); Tracev((stderr, "\nlit data: dyn %ld, stat %ld", s->opt_len, s->static_len)); build_tree(s, (tree_desc *)(&(s->d_desc))); Tracev((stderr, "\ndist data: dyn %ld, stat %ld", s->opt_len, s->static_len)); /* At this point, opt_len and static_len are the total bit lengths of * the compressed block data, excluding the tree representations. */ /* Build the bit length tree for the above two trees, and get the index * in bl_order of the last bit length code to send. */ max_blindex = build_bl_tree(s); /* Determine the best encoding. Compute the block lengths in bytes. */ opt_lenb = (s->opt_len+3+7)>>3; static_lenb = (s->static_len+3+7)>>3; Tracev((stderr, "\nopt %lu(%lu) stat %lu(%lu) stored %lu lit %u ", opt_lenb, s->opt_len, static_lenb, s->static_len, stored_len, s->last_lit)); if (static_lenb <= opt_lenb) opt_lenb = static_lenb; } else { Assert(buf != (char*)0, "lost buf"); opt_lenb = static_lenb = stored_len + 5; /* force a stored block */ } #ifdef FORCE_STORED if (buf != (char*)0) { /* force stored block */ #else if (stored_len+4 <= opt_lenb && buf != (char*)0) { /* 4: two words for the lengths */ #endif /* The test buf != NULL is only necessary if LIT_BUFSIZE > WSIZE. * Otherwise we can't have processed more than WSIZE input bytes since * the last block flush, because compression would have been * successful. If LIT_BUFSIZE <= WSIZE, it is never too late to * transform a block into a stored block. */ _tr_stored_block(s, buf, stored_len, last); #ifdef FORCE_STATIC } else if (static_lenb >= 0) { /* force static trees */ #else } else if (s->strategy == Z_FIXED || static_lenb == opt_lenb) { #endif send_bits(s, (STATIC_TREES<<1)+last, 3); compress_block(s, (const ct_data *)static_ltree, (const ct_data *)static_dtree); #ifdef DEBUG s->compressed_len += 3 + s->static_len; #endif } else { send_bits(s, (DYN_TREES<<1)+last, 3); send_all_trees(s, s->l_desc.max_code+1, s->d_desc.max_code+1, max_blindex+1); compress_block(s, (const ct_data *)s->dyn_ltree, (const ct_data *)s->dyn_dtree); #ifdef DEBUG s->compressed_len += 3 + s->opt_len; #endif } Assert (s->compressed_len == s->bits_sent, "bad compressed size"); /* The above check is made mod 2^32, for files larger than 512 MB * and uLong implemented on 32 bits. */ init_block(s); if (last) { bi_windup(s); #ifdef DEBUG s->compressed_len += 7; /* align on byte boundary */ #endif } Tracev((stderr,"\ncomprlen %lu(%lu) ", s->compressed_len>>3, s->compressed_len-7*last)); } /* =========================================================================== * Save the match info and tally the frequency counts. Return true if * the current block must be flushed. */ int ZLIB_INTERNAL _tr_tally (s, dist, lc) deflate_state *s; unsigned dist; /* distance of matched string */ unsigned lc; /* match length-MIN_MATCH or unmatched char (if dist==0) */ { s->d_buf[s->last_lit] = (ush)dist; s->l_buf[s->last_lit++] = (uch)lc; if (dist == 0) { /* lc is the unmatched char */ s->dyn_ltree[lc].Freq++; } else { s->matches++; /* Here, lc is the match length - MIN_MATCH */ dist--; /* dist = match distance - 1 */ Assert((ush)dist < (ush)MAX_DIST(s) && (ush)lc <= (ush)(MAX_MATCH-MIN_MATCH) && (ush)d_code(dist) < (ush)D_CODES, "_tr_tally: bad match"); s->dyn_ltree[_length_code[lc]+LITERALS+1].Freq++; s->dyn_dtree[d_code(dist)].Freq++; } #ifdef TRUNCATE_BLOCK /* Try to guess if it is profitable to stop the current block here */ if ((s->last_lit & 0x1fff) == 0 && s->level > 2) { /* Compute an upper bound for the compressed length */ ulg out_length = (ulg)s->last_lit*8L; ulg in_length = (ulg)((long)s->strstart - s->block_start); int dcode; for (dcode = 0; dcode < D_CODES; dcode++) { out_length += (ulg)s->dyn_dtree[dcode].Freq * (5L+extra_dbits[dcode]); } out_length >>= 3; Tracev((stderr,"\nlast_lit %u, in %ld, out ~%ld(%ld%%) ", s->last_lit, in_length, out_length, 100L - out_length*100L/in_length)); if (s->matches < s->last_lit/2 && out_length < in_length/2) return 1; } #endif return (s->last_lit == s->lit_bufsize-1); /* We avoid equality with lit_bufsize because of wraparound at 64K * on 16 bit machines and because stored blocks are restricted to * 64K-1 bytes. */ } /* =========================================================================== * Send the block data compressed using the given Huffman trees */ local void compress_block(s, ltree, dtree) deflate_state *s; const ct_data *ltree; /* literal tree */ const ct_data *dtree; /* distance tree */ { unsigned dist; /* distance of matched string */ int lc; /* match length or unmatched char (if dist == 0) */ unsigned lx = 0; /* running index in l_buf */ unsigned code; /* the code to send */ int extra; /* number of extra bits to send */ if (s->last_lit != 0) do { dist = s->d_buf[lx]; lc = s->l_buf[lx++]; if (dist == 0) { send_code(s, lc, ltree); /* send a literal byte */ Tracecv(isgraph(lc), (stderr," '%c' ", lc)); } else { /* Here, lc is the match length - MIN_MATCH */ code = _length_code[lc]; send_code(s, code+LITERALS+1, ltree); /* send the length code */ extra = extra_lbits[code]; if (extra != 0) { lc -= base_length[code]; send_bits(s, lc, extra); /* send the extra length bits */ } dist--; /* dist is now the match distance - 1 */ code = d_code(dist); Assert (code < D_CODES, "bad d_code"); send_code(s, code, dtree); /* send the distance code */ extra = extra_dbits[code]; if (extra != 0) { dist -= base_dist[code]; send_bits(s, dist, extra); /* send the extra distance bits */ } } /* literal or match pair ? */ /* Check that the overlay between pending_buf and d_buf+l_buf is ok: */ Assert((uInt)(s->pending) < s->lit_bufsize + 2*lx, "pendingBuf overflow"); } while (lx < s->last_lit); send_code(s, END_BLOCK, ltree); } /* =========================================================================== * Check if the data type is TEXT or BINARY, using the following algorithm: * - TEXT if the two conditions below are satisfied: * a) There are no non-portable control characters belonging to the * "black list" (0..6, 14..25, 28..31). * b) There is at least one printable character belonging to the * "white list" (9 {TAB}, 10 {LF}, 13 {CR}, 32..255). * - BINARY otherwise. * - The following partially-portable control characters form a * "gray list" that is ignored in this detection algorithm: * (7 {BEL}, 8 {BS}, 11 {VT}, 12 {FF}, 26 {SUB}, 27 {ESC}). * IN assertion: the fields Freq of dyn_ltree are set. */ local int detect_data_type(s) deflate_state *s; { /* black_mask is the bit mask of black-listed bytes * set bits 0..6, 14..25, and 28..31 * 0xf3ffc07f = binary 11110011111111111100000001111111 */ unsigned long black_mask = 0xf3ffc07fUL; int n; /* Check for non-textual ("black-listed") bytes. */ for (n = 0; n <= 31; n++, black_mask >>= 1) if ((black_mask & 1) && (s->dyn_ltree[n].Freq != 0)) return Z_BINARY; /* Check for textual ("white-listed") bytes. */ if (s->dyn_ltree[9].Freq != 0 || s->dyn_ltree[10].Freq != 0 || s->dyn_ltree[13].Freq != 0) return Z_TEXT; for (n = 32; n < LITERALS; n++) if (s->dyn_ltree[n].Freq != 0) return Z_TEXT; /* There are no "black-listed" or "white-listed" bytes: * this stream either is empty or has tolerated ("gray-listed") bytes only. */ return Z_BINARY; } /* =========================================================================== * Reverse the first len bits of a code, using straightforward code (a faster * method would use a table) * IN assertion: 1 <= len <= 15 */ local unsigned bi_reverse(code, len) unsigned code; /* the value to invert */ int len; /* its bit length */ { register unsigned res = 0; do { res |= code & 1; code >>= 1, res <<= 1; } while (--len > 0); return res >> 1; } /* =========================================================================== * Flush the bit buffer, keeping at most 7 bits in it. */ local void bi_flush(s) deflate_state *s; { if (s->bi_valid == 16) { put_short(s, s->bi_buf); s->bi_buf = 0; s->bi_valid = 0; } else if (s->bi_valid >= 8) { put_byte(s, (Byte)s->bi_buf); s->bi_buf >>= 8; s->bi_valid -= 8; } } /* =========================================================================== * Flush the bit buffer and align the output on a byte boundary */ local void bi_windup(s) deflate_state *s; { if (s->bi_valid > 8) { put_short(s, s->bi_buf); } else if (s->bi_valid > 0) { put_byte(s, (Byte)s->bi_buf); } s->bi_buf = 0; s->bi_valid = 0; #ifdef DEBUG s->bits_sent = (s->bits_sent+7) & ~7; #endif } /* =========================================================================== * Copy a stored block, storing first the length and its * one's complement if requested. */ local void copy_block(s, buf, len, header) deflate_state *s; charf *buf; /* the input data */ unsigned len; /* its length */ int header; /* true if block header must be written */ { bi_windup(s); /* align on byte boundary */ if (header) { put_short(s, (ush)len); put_short(s, (ush)~len); #ifdef DEBUG s->bits_sent += 2*16; #endif } #ifdef DEBUG s->bits_sent += (ulg)len<<3; #endif while (len--) { put_byte(s, *buf++); } } golly-3.3-src/gui-web/zlib/zlib.h0000644000175000017500000025351312362063145013636 00000000000000/* zlib.h -- interface of the 'zlib' general purpose compression library version 1.2.8, April 28th, 2013 Copyright (C) 1995-2013 Jean-loup Gailly and Mark Adler This software is provided 'as-is', without any express or implied warranty. In no event will the authors be held liable for any damages arising from the use of this software. Permission is granted to anyone to use this software for any purpose, including commercial applications, and to alter it and redistribute it freely, subject to the following restrictions: 1. The origin of this software must not be misrepresented; you must not claim that you wrote the original software. If you use this software in a product, an acknowledgment in the product documentation would be appreciated but is not required. 2. Altered source versions must be plainly marked as such, and must not be misrepresented as being the original software. 3. This notice may not be removed or altered from any source distribution. Jean-loup Gailly Mark Adler jloup@gzip.org madler@alumni.caltech.edu The data format used by the zlib library is described by RFCs (Request for Comments) 1950 to 1952 in the files http://tools.ietf.org/html/rfc1950 (zlib format), rfc1951 (deflate format) and rfc1952 (gzip format). */ #ifndef ZLIB_H #define ZLIB_H #include "zconf.h" #ifdef __cplusplus extern "C" { #endif #define ZLIB_VERSION "1.2.8" #define ZLIB_VERNUM 0x1280 #define ZLIB_VER_MAJOR 1 #define ZLIB_VER_MINOR 2 #define ZLIB_VER_REVISION 8 #define ZLIB_VER_SUBREVISION 0 /* The 'zlib' compression library provides in-memory compression and decompression functions, including integrity checks of the uncompressed data. This version of the library supports only one compression method (deflation) but other algorithms will be added later and will have the same stream interface. Compression can be done in a single step if the buffers are large enough, or can be done by repeated calls of the compression function. In the latter case, the application must provide more input and/or consume the output (providing more output space) before each call. The compressed data format used by default by the in-memory functions is the zlib format, which is a zlib wrapper documented in RFC 1950, wrapped around a deflate stream, which is itself documented in RFC 1951. The library also supports reading and writing files in gzip (.gz) format with an interface similar to that of stdio using the functions that start with "gz". The gzip format is different from the zlib format. gzip is a gzip wrapper, documented in RFC 1952, wrapped around a deflate stream. This library can optionally read and write gzip streams in memory as well. The zlib format was designed to be compact and fast for use in memory and on communications channels. The gzip format was designed for single- file compression on file systems, has a larger header than zlib to maintain directory information, and uses a different, slower check method than zlib. The library does not install any signal handler. The decoder checks the consistency of the compressed data, so the library should never crash even in case of corrupted input. */ typedef voidpf (*alloc_func) OF((voidpf opaque, uInt items, uInt size)); typedef void (*free_func) OF((voidpf opaque, voidpf address)); struct internal_state; typedef struct z_stream_s { z_const Bytef *next_in; /* next input byte */ uInt avail_in; /* number of bytes available at next_in */ uLong total_in; /* total number of input bytes read so far */ Bytef *next_out; /* next output byte should be put there */ uInt avail_out; /* remaining free space at next_out */ uLong total_out; /* total number of bytes output so far */ z_const char *msg; /* last error message, NULL if no error */ struct internal_state FAR *state; /* not visible by applications */ alloc_func zalloc; /* used to allocate the internal state */ free_func zfree; /* used to free the internal state */ voidpf opaque; /* private data object passed to zalloc and zfree */ int data_type; /* best guess about the data type: binary or text */ uLong adler; /* adler32 value of the uncompressed data */ uLong reserved; /* reserved for future use */ } z_stream; typedef z_stream FAR *z_streamp; /* gzip header information passed to and from zlib routines. See RFC 1952 for more details on the meanings of these fields. */ typedef struct gz_header_s { int text; /* true if compressed data believed to be text */ uLong time; /* modification time */ int xflags; /* extra flags (not used when writing a gzip file) */ int os; /* operating system */ Bytef *extra; /* pointer to extra field or Z_NULL if none */ uInt extra_len; /* extra field length (valid if extra != Z_NULL) */ uInt extra_max; /* space at extra (only when reading header) */ Bytef *name; /* pointer to zero-terminated file name or Z_NULL */ uInt name_max; /* space at name (only when reading header) */ Bytef *comment; /* pointer to zero-terminated comment or Z_NULL */ uInt comm_max; /* space at comment (only when reading header) */ int hcrc; /* true if there was or will be a header crc */ int done; /* true when done reading gzip header (not used when writing a gzip file) */ } gz_header; typedef gz_header FAR *gz_headerp; /* The application must update next_in and avail_in when avail_in has dropped to zero. It must update next_out and avail_out when avail_out has dropped to zero. The application must initialize zalloc, zfree and opaque before calling the init function. All other fields are set by the compression library and must not be updated by the application. The opaque value provided by the application will be passed as the first parameter for calls of zalloc and zfree. This can be useful for custom memory management. The compression library attaches no meaning to the opaque value. zalloc must return Z_NULL if there is not enough memory for the object. If zlib is used in a multi-threaded application, zalloc and zfree must be thread safe. On 16-bit systems, the functions zalloc and zfree must be able to allocate exactly 65536 bytes, but will not be required to allocate more than this if the symbol MAXSEG_64K is defined (see zconf.h). WARNING: On MSDOS, pointers returned by zalloc for objects of exactly 65536 bytes *must* have their offset normalized to zero. The default allocation function provided by this library ensures this (see zutil.c). To reduce memory requirements and avoid any allocation of 64K objects, at the expense of compression ratio, compile the library with -DMAX_WBITS=14 (see zconf.h). The fields total_in and total_out can be used for statistics or progress reports. After compression, total_in holds the total size of the uncompressed data and may be saved for use in the decompressor (particularly if the decompressor wants to decompress everything in a single step). */ /* constants */ #define Z_NO_FLUSH 0 #define Z_PARTIAL_FLUSH 1 #define Z_SYNC_FLUSH 2 #define Z_FULL_FLUSH 3 #define Z_FINISH 4 #define Z_BLOCK 5 #define Z_TREES 6 /* Allowed flush values; see deflate() and inflate() below for details */ #define Z_OK 0 #define Z_STREAM_END 1 #define Z_NEED_DICT 2 #define Z_ERRNO (-1) #define Z_STREAM_ERROR (-2) #define Z_DATA_ERROR (-3) #define Z_MEM_ERROR (-4) #define Z_BUF_ERROR (-5) #define Z_VERSION_ERROR (-6) /* Return codes for the compression/decompression functions. Negative values * are errors, positive values are used for special but normal events. */ #define Z_NO_COMPRESSION 0 #define Z_BEST_SPEED 1 #define Z_BEST_COMPRESSION 9 #define Z_DEFAULT_COMPRESSION (-1) /* compression levels */ #define Z_FILTERED 1 #define Z_HUFFMAN_ONLY 2 #define Z_RLE 3 #define Z_FIXED 4 #define Z_DEFAULT_STRATEGY 0 /* compression strategy; see deflateInit2() below for details */ #define Z_BINARY 0 #define Z_TEXT 1 #define Z_ASCII Z_TEXT /* for compatibility with 1.2.2 and earlier */ #define Z_UNKNOWN 2 /* Possible values of the data_type field (though see inflate()) */ #define Z_DEFLATED 8 /* The deflate compression method (the only one supported in this version) */ #define Z_NULL 0 /* for initializing zalloc, zfree, opaque */ #define zlib_version zlibVersion() /* for compatibility with versions < 1.0.2 */ /* basic functions */ ZEXTERN const char * ZEXPORT zlibVersion OF((void)); /* The application can compare zlibVersion and ZLIB_VERSION for consistency. If the first character differs, the library code actually used is not compatible with the zlib.h header file used by the application. This check is automatically made by deflateInit and inflateInit. */ /* ZEXTERN int ZEXPORT deflateInit OF((z_streamp strm, int level)); Initializes the internal stream state for compression. The fields zalloc, zfree and opaque must be initialized before by the caller. If zalloc and zfree are set to Z_NULL, deflateInit updates them to use default allocation functions. The compression level must be Z_DEFAULT_COMPRESSION, or between 0 and 9: 1 gives best speed, 9 gives best compression, 0 gives no compression at all (the input data is simply copied a block at a time). Z_DEFAULT_COMPRESSION requests a default compromise between speed and compression (currently equivalent to level 6). deflateInit returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_STREAM_ERROR if level is not a valid compression level, or Z_VERSION_ERROR if the zlib library version (zlib_version) is incompatible with the version assumed by the caller (ZLIB_VERSION). msg is set to null if there is no error message. deflateInit does not perform any compression: this will be done by deflate(). */ ZEXTERN int ZEXPORT deflate OF((z_streamp strm, int flush)); /* deflate compresses as much data as possible, and stops when the input buffer becomes empty or the output buffer becomes full. It may introduce some output latency (reading input without producing any output) except when forced to flush. The detailed semantics are as follows. deflate performs one or both of the following actions: - Compress more input starting at next_in and update next_in and avail_in accordingly. If not all input can be processed (because there is not enough room in the output buffer), next_in and avail_in are updated and processing will resume at this point for the next call of deflate(). - Provide more output starting at next_out and update next_out and avail_out accordingly. This action is forced if the parameter flush is non zero. Forcing flush frequently degrades the compression ratio, so this parameter should be set only when necessary (in interactive applications). Some output may be provided even if flush is not set. Before the call of deflate(), the application should ensure that at least one of the actions is possible, by providing more input and/or consuming more output, and updating avail_in or avail_out accordingly; avail_out should never be zero before the call. The application can consume the compressed output when it wants, for example when the output buffer is full (avail_out == 0), or after each call of deflate(). If deflate returns Z_OK and with zero avail_out, it must be called again after making room in the output buffer because there might be more output pending. Normally the parameter flush is set to Z_NO_FLUSH, which allows deflate to decide how much data to accumulate before producing output, in order to maximize compression. If the parameter flush is set to Z_SYNC_FLUSH, all pending output is flushed to the output buffer and the output is aligned on a byte boundary, so that the decompressor can get all input data available so far. (In particular avail_in is zero after the call if enough output space has been provided before the call.) Flushing may degrade compression for some compression algorithms and so it should be used only when necessary. This completes the current deflate block and follows it with an empty stored block that is three bits plus filler bits to the next byte, followed by four bytes (00 00 ff ff). If flush is set to Z_PARTIAL_FLUSH, all pending output is flushed to the output buffer, but the output is not aligned to a byte boundary. All of the input data so far will be available to the decompressor, as for Z_SYNC_FLUSH. This completes the current deflate block and follows it with an empty fixed codes block that is 10 bits long. This assures that enough bytes are output in order for the decompressor to finish the block before the empty fixed code block. If flush is set to Z_BLOCK, a deflate block is completed and emitted, as for Z_SYNC_FLUSH, but the output is not aligned on a byte boundary, and up to seven bits of the current block are held to be written as the next byte after the next deflate block is completed. In this case, the decompressor may not be provided enough bits at this point in order to complete decompression of the data provided so far to the compressor. It may need to wait for the next block to be emitted. This is for advanced applications that need to control the emission of deflate blocks. If flush is set to Z_FULL_FLUSH, all output is flushed as with Z_SYNC_FLUSH, and the compression state is reset so that decompression can restart from this point if previous compressed data has been damaged or if random access is desired. Using Z_FULL_FLUSH too often can seriously degrade compression. If deflate returns with avail_out == 0, this function must be called again with the same value of the flush parameter and more output space (updated avail_out), until the flush is complete (deflate returns with non-zero avail_out). In the case of a Z_FULL_FLUSH or Z_SYNC_FLUSH, make sure that avail_out is greater than six to avoid repeated flush markers due to avail_out == 0 on return. If the parameter flush is set to Z_FINISH, pending input is processed, pending output is flushed and deflate returns with Z_STREAM_END if there was enough output space; if deflate returns with Z_OK, this function must be called again with Z_FINISH and more output space (updated avail_out) but no more input data, until it returns with Z_STREAM_END or an error. After deflate has returned Z_STREAM_END, the only possible operations on the stream are deflateReset or deflateEnd. Z_FINISH can be used immediately after deflateInit if all the compression is to be done in a single step. In this case, avail_out must be at least the value returned by deflateBound (see below). Then deflate is guaranteed to return Z_STREAM_END. If not enough output space is provided, deflate will not return Z_STREAM_END, and it must be called again as described above. deflate() sets strm->adler to the adler32 checksum of all input read so far (that is, total_in bytes). deflate() may update strm->data_type if it can make a good guess about the input data type (Z_BINARY or Z_TEXT). In doubt, the data is considered binary. This field is only for information purposes and does not affect the compression algorithm in any manner. deflate() returns Z_OK if some progress has been made (more input processed or more output produced), Z_STREAM_END if all input has been consumed and all output has been produced (only when flush is set to Z_FINISH), Z_STREAM_ERROR if the stream state was inconsistent (for example if next_in or next_out was Z_NULL), Z_BUF_ERROR if no progress is possible (for example avail_in or avail_out was zero). Note that Z_BUF_ERROR is not fatal, and deflate() can be called again with more input and more output space to continue compressing. */ ZEXTERN int ZEXPORT deflateEnd OF((z_streamp strm)); /* All dynamically allocated data structures for this stream are freed. This function discards any unprocessed input and does not flush any pending output. deflateEnd returns Z_OK if success, Z_STREAM_ERROR if the stream state was inconsistent, Z_DATA_ERROR if the stream was freed prematurely (some input or output was discarded). In the error case, msg may be set but then points to a static string (which must not be deallocated). */ /* ZEXTERN int ZEXPORT inflateInit OF((z_streamp strm)); Initializes the internal stream state for decompression. The fields next_in, avail_in, zalloc, zfree and opaque must be initialized before by the caller. If next_in is not Z_NULL and avail_in is large enough (the exact value depends on the compression method), inflateInit determines the compression method from the zlib header and allocates all data structures accordingly; otherwise the allocation will be deferred to the first call of inflate. If zalloc and zfree are set to Z_NULL, inflateInit updates them to use default allocation functions. inflateInit returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_VERSION_ERROR if the zlib library version is incompatible with the version assumed by the caller, or Z_STREAM_ERROR if the parameters are invalid, such as a null pointer to the structure. msg is set to null if there is no error message. inflateInit does not perform any decompression apart from possibly reading the zlib header if present: actual decompression will be done by inflate(). (So next_in and avail_in may be modified, but next_out and avail_out are unused and unchanged.) The current implementation of inflateInit() does not process any header information -- that is deferred until inflate() is called. */ ZEXTERN int ZEXPORT inflate OF((z_streamp strm, int flush)); /* inflate decompresses as much data as possible, and stops when the input buffer becomes empty or the output buffer becomes full. It may introduce some output latency (reading input without producing any output) except when forced to flush. The detailed semantics are as follows. inflate performs one or both of the following actions: - Decompress more input starting at next_in and update next_in and avail_in accordingly. If not all input can be processed (because there is not enough room in the output buffer), next_in is updated and processing will resume at this point for the next call of inflate(). - Provide more output starting at next_out and update next_out and avail_out accordingly. inflate() provides as much output as possible, until there is no more input data or no more space in the output buffer (see below about the flush parameter). Before the call of inflate(), the application should ensure that at least one of the actions is possible, by providing more input and/or consuming more output, and updating the next_* and avail_* values accordingly. The application can consume the uncompressed output when it wants, for example when the output buffer is full (avail_out == 0), or after each call of inflate(). If inflate returns Z_OK and with zero avail_out, it must be called again after making room in the output buffer because there might be more output pending. The flush parameter of inflate() can be Z_NO_FLUSH, Z_SYNC_FLUSH, Z_FINISH, Z_BLOCK, or Z_TREES. Z_SYNC_FLUSH requests that inflate() flush as much output as possible to the output buffer. Z_BLOCK requests that inflate() stop if and when it gets to the next deflate block boundary. When decoding the zlib or gzip format, this will cause inflate() to return immediately after the header and before the first block. When doing a raw inflate, inflate() will go ahead and process the first block, and will return when it gets to the end of that block, or when it runs out of data. The Z_BLOCK option assists in appending to or combining deflate streams. Also to assist in this, on return inflate() will set strm->data_type to the number of unused bits in the last byte taken from strm->next_in, plus 64 if inflate() is currently decoding the last block in the deflate stream, plus 128 if inflate() returned immediately after decoding an end-of-block code or decoding the complete header up to just before the first byte of the deflate stream. The end-of-block will not be indicated until all of the uncompressed data from that block has been written to strm->next_out. The number of unused bits may in general be greater than seven, except when bit 7 of data_type is set, in which case the number of unused bits will be less than eight. data_type is set as noted here every time inflate() returns for all flush options, and so can be used to determine the amount of currently consumed input in bits. The Z_TREES option behaves as Z_BLOCK does, but it also returns when the end of each deflate block header is reached, before any actual data in that block is decoded. This allows the caller to determine the length of the deflate block header for later use in random access within a deflate block. 256 is added to the value of strm->data_type when inflate() returns immediately after reaching the end of the deflate block header. inflate() should normally be called until it returns Z_STREAM_END or an error. However if all decompression is to be performed in a single step (a single call of inflate), the parameter flush should be set to Z_FINISH. In this case all pending input is processed and all pending output is flushed; avail_out must be large enough to hold all of the uncompressed data for the operation to complete. (The size of the uncompressed data may have been saved by the compressor for this purpose.) The use of Z_FINISH is not required to perform an inflation in one step. However it may be used to inform inflate that a faster approach can be used for the single inflate() call. Z_FINISH also informs inflate to not maintain a sliding window if the stream completes, which reduces inflate's memory footprint. If the stream does not complete, either because not all of the stream is provided or not enough output space is provided, then a sliding window will be allocated and inflate() can be called again to continue the operation as if Z_NO_FLUSH had been used. In this implementation, inflate() always flushes as much output as possible to the output buffer, and always uses the faster approach on the first call. So the effects of the flush parameter in this implementation are on the return value of inflate() as noted below, when inflate() returns early when Z_BLOCK or Z_TREES is used, and when inflate() avoids the allocation of memory for a sliding window when Z_FINISH is used. If a preset dictionary is needed after this call (see inflateSetDictionary below), inflate sets strm->adler to the Adler-32 checksum of the dictionary chosen by the compressor and returns Z_NEED_DICT; otherwise it sets strm->adler to the Adler-32 checksum of all output produced so far (that is, total_out bytes) and returns Z_OK, Z_STREAM_END or an error code as described below. At the end of the stream, inflate() checks that its computed adler32 checksum is equal to that saved by the compressor and returns Z_STREAM_END only if the checksum is correct. inflate() can decompress and check either zlib-wrapped or gzip-wrapped deflate data. The header type is detected automatically, if requested when initializing with inflateInit2(). Any information contained in the gzip header is not retained, so applications that need that information should instead use raw inflate, see inflateInit2() below, or inflateBack() and perform their own processing of the gzip header and trailer. When processing gzip-wrapped deflate data, strm->adler32 is set to the CRC-32 of the output producted so far. The CRC-32 is checked against the gzip trailer. inflate() returns Z_OK if some progress has been made (more input processed or more output produced), Z_STREAM_END if the end of the compressed data has been reached and all uncompressed output has been produced, Z_NEED_DICT if a preset dictionary is needed at this point, Z_DATA_ERROR if the input data was corrupted (input stream not conforming to the zlib format or incorrect check value), Z_STREAM_ERROR if the stream structure was inconsistent (for example next_in or next_out was Z_NULL), Z_MEM_ERROR if there was not enough memory, Z_BUF_ERROR if no progress is possible or if there was not enough room in the output buffer when Z_FINISH is used. Note that Z_BUF_ERROR is not fatal, and inflate() can be called again with more input and more output space to continue decompressing. If Z_DATA_ERROR is returned, the application may then call inflateSync() to look for a good compression block if a partial recovery of the data is desired. */ ZEXTERN int ZEXPORT inflateEnd OF((z_streamp strm)); /* All dynamically allocated data structures for this stream are freed. This function discards any unprocessed input and does not flush any pending output. inflateEnd returns Z_OK if success, Z_STREAM_ERROR if the stream state was inconsistent. In the error case, msg may be set but then points to a static string (which must not be deallocated). */ /* Advanced functions */ /* The following functions are needed only in some special applications. */ /* ZEXTERN int ZEXPORT deflateInit2 OF((z_streamp strm, int level, int method, int windowBits, int memLevel, int strategy)); This is another version of deflateInit with more compression options. The fields next_in, zalloc, zfree and opaque must be initialized before by the caller. The method parameter is the compression method. It must be Z_DEFLATED in this version of the library. The windowBits parameter is the base two logarithm of the window size (the size of the history buffer). It should be in the range 8..15 for this version of the library. Larger values of this parameter result in better compression at the expense of memory usage. The default value is 15 if deflateInit is used instead. windowBits can also be -8..-15 for raw deflate. In this case, -windowBits determines the window size. deflate() will then generate raw deflate data with no zlib header or trailer, and will not compute an adler32 check value. windowBits can also be greater than 15 for optional gzip encoding. Add 16 to windowBits to write a simple gzip header and trailer around the compressed data instead of a zlib wrapper. The gzip header will have no file name, no extra data, no comment, no modification time (set to zero), no header crc, and the operating system will be set to 255 (unknown). If a gzip stream is being written, strm->adler is a crc32 instead of an adler32. The memLevel parameter specifies how much memory should be allocated for the internal compression state. memLevel=1 uses minimum memory but is slow and reduces compression ratio; memLevel=9 uses maximum memory for optimal speed. The default value is 8. See zconf.h for total memory usage as a function of windowBits and memLevel. The strategy parameter is used to tune the compression algorithm. Use the value Z_DEFAULT_STRATEGY for normal data, Z_FILTERED for data produced by a filter (or predictor), Z_HUFFMAN_ONLY to force Huffman encoding only (no string match), or Z_RLE to limit match distances to one (run-length encoding). Filtered data consists mostly of small values with a somewhat random distribution. In this case, the compression algorithm is tuned to compress them better. The effect of Z_FILTERED is to force more Huffman coding and less string matching; it is somewhat intermediate between Z_DEFAULT_STRATEGY and Z_HUFFMAN_ONLY. Z_RLE is designed to be almost as fast as Z_HUFFMAN_ONLY, but give better compression for PNG image data. The strategy parameter only affects the compression ratio but not the correctness of the compressed output even if it is not set appropriately. Z_FIXED prevents the use of dynamic Huffman codes, allowing for a simpler decoder for special applications. deflateInit2 returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_STREAM_ERROR if any parameter is invalid (such as an invalid method), or Z_VERSION_ERROR if the zlib library version (zlib_version) is incompatible with the version assumed by the caller (ZLIB_VERSION). msg is set to null if there is no error message. deflateInit2 does not perform any compression: this will be done by deflate(). */ ZEXTERN int ZEXPORT deflateSetDictionary OF((z_streamp strm, const Bytef *dictionary, uInt dictLength)); /* Initializes the compression dictionary from the given byte sequence without producing any compressed output. When using the zlib format, this function must be called immediately after deflateInit, deflateInit2 or deflateReset, and before any call of deflate. When doing raw deflate, this function must be called either before any call of deflate, or immediately after the completion of a deflate block, i.e. after all input has been consumed and all output has been delivered when using any of the flush options Z_BLOCK, Z_PARTIAL_FLUSH, Z_SYNC_FLUSH, or Z_FULL_FLUSH. The compressor and decompressor must use exactly the same dictionary (see inflateSetDictionary). The dictionary should consist of strings (byte sequences) that are likely to be encountered later in the data to be compressed, with the most commonly used strings preferably put towards the end of the dictionary. Using a dictionary is most useful when the data to be compressed is short and can be predicted with good accuracy; the data can then be compressed better than with the default empty dictionary. Depending on the size of the compression data structures selected by deflateInit or deflateInit2, a part of the dictionary may in effect be discarded, for example if the dictionary is larger than the window size provided in deflateInit or deflateInit2. Thus the strings most likely to be useful should be put at the end of the dictionary, not at the front. In addition, the current implementation of deflate will use at most the window size minus 262 bytes of the provided dictionary. Upon return of this function, strm->adler is set to the adler32 value of the dictionary; the decompressor may later use this value to determine which dictionary has been used by the compressor. (The adler32 value applies to the whole dictionary even if only a subset of the dictionary is actually used by the compressor.) If a raw deflate was requested, then the adler32 value is not computed and strm->adler is not set. deflateSetDictionary returns Z_OK if success, or Z_STREAM_ERROR if a parameter is invalid (e.g. dictionary being Z_NULL) or the stream state is inconsistent (for example if deflate has already been called for this stream or if not at a block boundary for raw deflate). deflateSetDictionary does not perform any compression: this will be done by deflate(). */ ZEXTERN int ZEXPORT deflateCopy OF((z_streamp dest, z_streamp source)); /* Sets the destination stream as a complete copy of the source stream. This function can be useful when several compression strategies will be tried, for example when there are several ways of pre-processing the input data with a filter. The streams that will be discarded should then be freed by calling deflateEnd. Note that deflateCopy duplicates the internal compression state which can be quite large, so this strategy is slow and can consume lots of memory. deflateCopy returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_STREAM_ERROR if the source stream state was inconsistent (such as zalloc being Z_NULL). msg is left unchanged in both source and destination. */ ZEXTERN int ZEXPORT deflateReset OF((z_streamp strm)); /* This function is equivalent to deflateEnd followed by deflateInit, but does not free and reallocate all the internal compression state. The stream will keep the same compression level and any other attributes that may have been set by deflateInit2. deflateReset returns Z_OK if success, or Z_STREAM_ERROR if the source stream state was inconsistent (such as zalloc or state being Z_NULL). */ ZEXTERN int ZEXPORT deflateParams OF((z_streamp strm, int level, int strategy)); /* Dynamically update the compression level and compression strategy. The interpretation of level and strategy is as in deflateInit2. This can be used to switch between compression and straight copy of the input data, or to switch to a different kind of input data requiring a different strategy. If the compression level is changed, the input available so far is compressed with the old level (and may be flushed); the new level will take effect only at the next call of deflate(). Before the call of deflateParams, the stream state must be set as for a call of deflate(), since the currently available input may have to be compressed and flushed. In particular, strm->avail_out must be non-zero. deflateParams returns Z_OK if success, Z_STREAM_ERROR if the source stream state was inconsistent or if a parameter was invalid, Z_BUF_ERROR if strm->avail_out was zero. */ ZEXTERN int ZEXPORT deflateTune OF((z_streamp strm, int good_length, int max_lazy, int nice_length, int max_chain)); /* Fine tune deflate's internal compression parameters. This should only be used by someone who understands the algorithm used by zlib's deflate for searching for the best matching string, and even then only by the most fanatic optimizer trying to squeeze out the last compressed bit for their specific input data. Read the deflate.c source code for the meaning of the max_lazy, good_length, nice_length, and max_chain parameters. deflateTune() can be called after deflateInit() or deflateInit2(), and returns Z_OK on success, or Z_STREAM_ERROR for an invalid deflate stream. */ ZEXTERN uLong ZEXPORT deflateBound OF((z_streamp strm, uLong sourceLen)); /* deflateBound() returns an upper bound on the compressed size after deflation of sourceLen bytes. It must be called after deflateInit() or deflateInit2(), and after deflateSetHeader(), if used. This would be used to allocate an output buffer for deflation in a single pass, and so would be called before deflate(). If that first deflate() call is provided the sourceLen input bytes, an output buffer allocated to the size returned by deflateBound(), and the flush value Z_FINISH, then deflate() is guaranteed to return Z_STREAM_END. Note that it is possible for the compressed size to be larger than the value returned by deflateBound() if flush options other than Z_FINISH or Z_NO_FLUSH are used. */ ZEXTERN int ZEXPORT deflatePending OF((z_streamp strm, unsigned *pending, int *bits)); /* deflatePending() returns the number of bytes and bits of output that have been generated, but not yet provided in the available output. The bytes not provided would be due to the available output space having being consumed. The number of bits of output not provided are between 0 and 7, where they await more bits to join them in order to fill out a full byte. If pending or bits are Z_NULL, then those values are not set. deflatePending returns Z_OK if success, or Z_STREAM_ERROR if the source stream state was inconsistent. */ ZEXTERN int ZEXPORT deflatePrime OF((z_streamp strm, int bits, int value)); /* deflatePrime() inserts bits in the deflate output stream. The intent is that this function is used to start off the deflate output with the bits leftover from a previous deflate stream when appending to it. As such, this function can only be used for raw deflate, and must be used before the first deflate() call after a deflateInit2() or deflateReset(). bits must be less than or equal to 16, and that many of the least significant bits of value will be inserted in the output. deflatePrime returns Z_OK if success, Z_BUF_ERROR if there was not enough room in the internal buffer to insert the bits, or Z_STREAM_ERROR if the source stream state was inconsistent. */ ZEXTERN int ZEXPORT deflateSetHeader OF((z_streamp strm, gz_headerp head)); /* deflateSetHeader() provides gzip header information for when a gzip stream is requested by deflateInit2(). deflateSetHeader() may be called after deflateInit2() or deflateReset() and before the first call of deflate(). The text, time, os, extra field, name, and comment information in the provided gz_header structure are written to the gzip header (xflag is ignored -- the extra flags are set according to the compression level). The caller must assure that, if not Z_NULL, name and comment are terminated with a zero byte, and that if extra is not Z_NULL, that extra_len bytes are available there. If hcrc is true, a gzip header crc is included. Note that the current versions of the command-line version of gzip (up through version 1.3.x) do not support header crc's, and will report that it is a "multi-part gzip file" and give up. If deflateSetHeader is not used, the default gzip header has text false, the time set to zero, and os set to 255, with no extra, name, or comment fields. The gzip header is returned to the default state by deflateReset(). deflateSetHeader returns Z_OK if success, or Z_STREAM_ERROR if the source stream state was inconsistent. */ /* ZEXTERN int ZEXPORT inflateInit2 OF((z_streamp strm, int windowBits)); This is another version of inflateInit with an extra parameter. The fields next_in, avail_in, zalloc, zfree and opaque must be initialized before by the caller. The windowBits parameter is the base two logarithm of the maximum window size (the size of the history buffer). It should be in the range 8..15 for this version of the library. The default value is 15 if inflateInit is used instead. windowBits must be greater than or equal to the windowBits value provided to deflateInit2() while compressing, or it must be equal to 15 if deflateInit2() was not used. If a compressed stream with a larger window size is given as input, inflate() will return with the error code Z_DATA_ERROR instead of trying to allocate a larger window. windowBits can also be zero to request that inflate use the window size in the zlib header of the compressed stream. windowBits can also be -8..-15 for raw inflate. In this case, -windowBits determines the window size. inflate() will then process raw deflate data, not looking for a zlib or gzip header, not generating a check value, and not looking for any check values for comparison at the end of the stream. This is for use with other formats that use the deflate compressed data format such as zip. Those formats provide their own check values. If a custom format is developed using the raw deflate format for compressed data, it is recommended that a check value such as an adler32 or a crc32 be applied to the uncompressed data as is done in the zlib, gzip, and zip formats. For most applications, the zlib format should be used as is. Note that comments above on the use in deflateInit2() applies to the magnitude of windowBits. windowBits can also be greater than 15 for optional gzip decoding. Add 32 to windowBits to enable zlib and gzip decoding with automatic header detection, or add 16 to decode only the gzip format (the zlib format will return a Z_DATA_ERROR). If a gzip stream is being decoded, strm->adler is a crc32 instead of an adler32. inflateInit2 returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_VERSION_ERROR if the zlib library version is incompatible with the version assumed by the caller, or Z_STREAM_ERROR if the parameters are invalid, such as a null pointer to the structure. msg is set to null if there is no error message. inflateInit2 does not perform any decompression apart from possibly reading the zlib header if present: actual decompression will be done by inflate(). (So next_in and avail_in may be modified, but next_out and avail_out are unused and unchanged.) The current implementation of inflateInit2() does not process any header information -- that is deferred until inflate() is called. */ ZEXTERN int ZEXPORT inflateSetDictionary OF((z_streamp strm, const Bytef *dictionary, uInt dictLength)); /* Initializes the decompression dictionary from the given uncompressed byte sequence. This function must be called immediately after a call of inflate, if that call returned Z_NEED_DICT. The dictionary chosen by the compressor can be determined from the adler32 value returned by that call of inflate. The compressor and decompressor must use exactly the same dictionary (see deflateSetDictionary). For raw inflate, this function can be called at any time to set the dictionary. If the provided dictionary is smaller than the window and there is already data in the window, then the provided dictionary will amend what's there. The application must insure that the dictionary that was used for compression is provided. inflateSetDictionary returns Z_OK if success, Z_STREAM_ERROR if a parameter is invalid (e.g. dictionary being Z_NULL) or the stream state is inconsistent, Z_DATA_ERROR if the given dictionary doesn't match the expected one (incorrect adler32 value). inflateSetDictionary does not perform any decompression: this will be done by subsequent calls of inflate(). */ ZEXTERN int ZEXPORT inflateGetDictionary OF((z_streamp strm, Bytef *dictionary, uInt *dictLength)); /* Returns the sliding dictionary being maintained by inflate. dictLength is set to the number of bytes in the dictionary, and that many bytes are copied to dictionary. dictionary must have enough space, where 32768 bytes is always enough. If inflateGetDictionary() is called with dictionary equal to Z_NULL, then only the dictionary length is returned, and nothing is copied. Similary, if dictLength is Z_NULL, then it is not set. inflateGetDictionary returns Z_OK on success, or Z_STREAM_ERROR if the stream state is inconsistent. */ ZEXTERN int ZEXPORT inflateSync OF((z_streamp strm)); /* Skips invalid compressed data until a possible full flush point (see above for the description of deflate with Z_FULL_FLUSH) can be found, or until all available input is skipped. No output is provided. inflateSync searches for a 00 00 FF FF pattern in the compressed data. All full flush points have this pattern, but not all occurrences of this pattern are full flush points. inflateSync returns Z_OK if a possible full flush point has been found, Z_BUF_ERROR if no more input was provided, Z_DATA_ERROR if no flush point has been found, or Z_STREAM_ERROR if the stream structure was inconsistent. In the success case, the application may save the current current value of total_in which indicates where valid compressed data was found. In the error case, the application may repeatedly call inflateSync, providing more input each time, until success or end of the input data. */ ZEXTERN int ZEXPORT inflateCopy OF((z_streamp dest, z_streamp source)); /* Sets the destination stream as a complete copy of the source stream. This function can be useful when randomly accessing a large stream. The first pass through the stream can periodically record the inflate state, allowing restarting inflate at those points when randomly accessing the stream. inflateCopy returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_STREAM_ERROR if the source stream state was inconsistent (such as zalloc being Z_NULL). msg is left unchanged in both source and destination. */ ZEXTERN int ZEXPORT inflateReset OF((z_streamp strm)); /* This function is equivalent to inflateEnd followed by inflateInit, but does not free and reallocate all the internal decompression state. The stream will keep attributes that may have been set by inflateInit2. inflateReset returns Z_OK if success, or Z_STREAM_ERROR if the source stream state was inconsistent (such as zalloc or state being Z_NULL). */ ZEXTERN int ZEXPORT inflateReset2 OF((z_streamp strm, int windowBits)); /* This function is the same as inflateReset, but it also permits changing the wrap and window size requests. The windowBits parameter is interpreted the same as it is for inflateInit2. inflateReset2 returns Z_OK if success, or Z_STREAM_ERROR if the source stream state was inconsistent (such as zalloc or state being Z_NULL), or if the windowBits parameter is invalid. */ ZEXTERN int ZEXPORT inflatePrime OF((z_streamp strm, int bits, int value)); /* This function inserts bits in the inflate input stream. The intent is that this function is used to start inflating at a bit position in the middle of a byte. The provided bits will be used before any bytes are used from next_in. This function should only be used with raw inflate, and should be used before the first inflate() call after inflateInit2() or inflateReset(). bits must be less than or equal to 16, and that many of the least significant bits of value will be inserted in the input. If bits is negative, then the input stream bit buffer is emptied. Then inflatePrime() can be called again to put bits in the buffer. This is used to clear out bits leftover after feeding inflate a block description prior to feeding inflate codes. inflatePrime returns Z_OK if success, or Z_STREAM_ERROR if the source stream state was inconsistent. */ ZEXTERN long ZEXPORT inflateMark OF((z_streamp strm)); /* This function returns two values, one in the lower 16 bits of the return value, and the other in the remaining upper bits, obtained by shifting the return value down 16 bits. If the upper value is -1 and the lower value is zero, then inflate() is currently decoding information outside of a block. If the upper value is -1 and the lower value is non-zero, then inflate is in the middle of a stored block, with the lower value equaling the number of bytes from the input remaining to copy. If the upper value is not -1, then it is the number of bits back from the current bit position in the input of the code (literal or length/distance pair) currently being processed. In that case the lower value is the number of bytes already emitted for that code. A code is being processed if inflate is waiting for more input to complete decoding of the code, or if it has completed decoding but is waiting for more output space to write the literal or match data. inflateMark() is used to mark locations in the input data for random access, which may be at bit positions, and to note those cases where the output of a code may span boundaries of random access blocks. The current location in the input stream can be determined from avail_in and data_type as noted in the description for the Z_BLOCK flush parameter for inflate. inflateMark returns the value noted above or -1 << 16 if the provided source stream state was inconsistent. */ ZEXTERN int ZEXPORT inflateGetHeader OF((z_streamp strm, gz_headerp head)); /* inflateGetHeader() requests that gzip header information be stored in the provided gz_header structure. inflateGetHeader() may be called after inflateInit2() or inflateReset(), and before the first call of inflate(). As inflate() processes the gzip stream, head->done is zero until the header is completed, at which time head->done is set to one. If a zlib stream is being decoded, then head->done is set to -1 to indicate that there will be no gzip header information forthcoming. Note that Z_BLOCK or Z_TREES can be used to force inflate() to return immediately after header processing is complete and before any actual data is decompressed. The text, time, xflags, and os fields are filled in with the gzip header contents. hcrc is set to true if there is a header CRC. (The header CRC was valid if done is set to one.) If extra is not Z_NULL, then extra_max contains the maximum number of bytes to write to extra. Once done is true, extra_len contains the actual extra field length, and extra contains the extra field, or that field truncated if extra_max is less than extra_len. If name is not Z_NULL, then up to name_max characters are written there, terminated with a zero unless the length is greater than name_max. If comment is not Z_NULL, then up to comm_max characters are written there, terminated with a zero unless the length is greater than comm_max. When any of extra, name, or comment are not Z_NULL and the respective field is not present in the header, then that field is set to Z_NULL to signal its absence. This allows the use of deflateSetHeader() with the returned structure to duplicate the header. However if those fields are set to allocated memory, then the application will need to save those pointers elsewhere so that they can be eventually freed. If inflateGetHeader is not used, then the header information is simply discarded. The header is always checked for validity, including the header CRC if present. inflateReset() will reset the process to discard the header information. The application would need to call inflateGetHeader() again to retrieve the header from the next gzip stream. inflateGetHeader returns Z_OK if success, or Z_STREAM_ERROR if the source stream state was inconsistent. */ /* ZEXTERN int ZEXPORT inflateBackInit OF((z_streamp strm, int windowBits, unsigned char FAR *window)); Initialize the internal stream state for decompression using inflateBack() calls. The fields zalloc, zfree and opaque in strm must be initialized before the call. If zalloc and zfree are Z_NULL, then the default library- derived memory allocation routines are used. windowBits is the base two logarithm of the window size, in the range 8..15. window is a caller supplied buffer of that size. Except for special applications where it is assured that deflate was used with small window sizes, windowBits must be 15 and a 32K byte window must be supplied to be able to decompress general deflate streams. See inflateBack() for the usage of these routines. inflateBackInit will return Z_OK on success, Z_STREAM_ERROR if any of the parameters are invalid, Z_MEM_ERROR if the internal state could not be allocated, or Z_VERSION_ERROR if the version of the library does not match the version of the header file. */ typedef unsigned (*in_func) OF((void FAR *, z_const unsigned char FAR * FAR *)); typedef int (*out_func) OF((void FAR *, unsigned char FAR *, unsigned)); ZEXTERN int ZEXPORT inflateBack OF((z_streamp strm, in_func in, void FAR *in_desc, out_func out, void FAR *out_desc)); /* inflateBack() does a raw inflate with a single call using a call-back interface for input and output. This is potentially more efficient than inflate() for file i/o applications, in that it avoids copying between the output and the sliding window by simply making the window itself the output buffer. inflate() can be faster on modern CPUs when used with large buffers. inflateBack() trusts the application to not change the output buffer passed by the output function, at least until inflateBack() returns. inflateBackInit() must be called first to allocate the internal state and to initialize the state with the user-provided window buffer. inflateBack() may then be used multiple times to inflate a complete, raw deflate stream with each call. inflateBackEnd() is then called to free the allocated state. A raw deflate stream is one with no zlib or gzip header or trailer. This routine would normally be used in a utility that reads zip or gzip files and writes out uncompressed files. The utility would decode the header and process the trailer on its own, hence this routine expects only the raw deflate stream to decompress. This is different from the normal behavior of inflate(), which expects either a zlib or gzip header and trailer around the deflate stream. inflateBack() uses two subroutines supplied by the caller that are then called by inflateBack() for input and output. inflateBack() calls those routines until it reads a complete deflate stream and writes out all of the uncompressed data, or until it encounters an error. The function's parameters and return types are defined above in the in_func and out_func typedefs. inflateBack() will call in(in_desc, &buf) which should return the number of bytes of provided input, and a pointer to that input in buf. If there is no input available, in() must return zero--buf is ignored in that case--and inflateBack() will return a buffer error. inflateBack() will call out(out_desc, buf, len) to write the uncompressed data buf[0..len-1]. out() should return zero on success, or non-zero on failure. If out() returns non-zero, inflateBack() will return with an error. Neither in() nor out() are permitted to change the contents of the window provided to inflateBackInit(), which is also the buffer that out() uses to write from. The length written by out() will be at most the window size. Any non-zero amount of input may be provided by in(). For convenience, inflateBack() can be provided input on the first call by setting strm->next_in and strm->avail_in. If that input is exhausted, then in() will be called. Therefore strm->next_in must be initialized before calling inflateBack(). If strm->next_in is Z_NULL, then in() will be called immediately for input. If strm->next_in is not Z_NULL, then strm->avail_in must also be initialized, and then if strm->avail_in is not zero, input will initially be taken from strm->next_in[0 .. strm->avail_in - 1]. The in_desc and out_desc parameters of inflateBack() is passed as the first parameter of in() and out() respectively when they are called. These descriptors can be optionally used to pass any information that the caller- supplied in() and out() functions need to do their job. On return, inflateBack() will set strm->next_in and strm->avail_in to pass back any unused input that was provided by the last in() call. The return values of inflateBack() can be Z_STREAM_END on success, Z_BUF_ERROR if in() or out() returned an error, Z_DATA_ERROR if there was a format error in the deflate stream (in which case strm->msg is set to indicate the nature of the error), or Z_STREAM_ERROR if the stream was not properly initialized. In the case of Z_BUF_ERROR, an input or output error can be distinguished using strm->next_in which will be Z_NULL only if in() returned an error. If strm->next_in is not Z_NULL, then the Z_BUF_ERROR was due to out() returning non-zero. (in() will always be called before out(), so strm->next_in is assured to be defined if out() returns non-zero.) Note that inflateBack() cannot return Z_OK. */ ZEXTERN int ZEXPORT inflateBackEnd OF((z_streamp strm)); /* All memory allocated by inflateBackInit() is freed. inflateBackEnd() returns Z_OK on success, or Z_STREAM_ERROR if the stream state was inconsistent. */ ZEXTERN uLong ZEXPORT zlibCompileFlags OF((void)); /* Return flags indicating compile-time options. Type sizes, two bits each, 00 = 16 bits, 01 = 32, 10 = 64, 11 = other: 1.0: size of uInt 3.2: size of uLong 5.4: size of voidpf (pointer) 7.6: size of z_off_t Compiler, assembler, and debug options: 8: DEBUG 9: ASMV or ASMINF -- use ASM code 10: ZLIB_WINAPI -- exported functions use the WINAPI calling convention 11: 0 (reserved) One-time table building (smaller code, but not thread-safe if true): 12: BUILDFIXED -- build static block decoding tables when needed 13: DYNAMIC_CRC_TABLE -- build CRC calculation tables when needed 14,15: 0 (reserved) Library content (indicates missing functionality): 16: NO_GZCOMPRESS -- gz* functions cannot compress (to avoid linking deflate code when not needed) 17: NO_GZIP -- deflate can't write gzip streams, and inflate can't detect and decode gzip streams (to avoid linking crc code) 18-19: 0 (reserved) Operation variations (changes in library functionality): 20: PKZIP_BUG_WORKAROUND -- slightly more permissive inflate 21: FASTEST -- deflate algorithm with only one, lowest compression level 22,23: 0 (reserved) The sprintf variant used by gzprintf (zero is best): 24: 0 = vs*, 1 = s* -- 1 means limited to 20 arguments after the format 25: 0 = *nprintf, 1 = *printf -- 1 means gzprintf() not secure! 26: 0 = returns value, 1 = void -- 1 means inferred string length returned Remainder: 27-31: 0 (reserved) */ #ifndef Z_SOLO /* utility functions */ /* The following utility functions are implemented on top of the basic stream-oriented functions. To simplify the interface, some default options are assumed (compression level and memory usage, standard memory allocation functions). The source code of these utility functions can be modified if you need special options. */ ZEXTERN int ZEXPORT compress OF((Bytef *dest, uLongf *destLen, const Bytef *source, uLong sourceLen)); /* Compresses the source buffer into the destination buffer. sourceLen is the byte length of the source buffer. Upon entry, destLen is the total size of the destination buffer, which must be at least the value returned by compressBound(sourceLen). Upon exit, destLen is the actual size of the compressed buffer. compress returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_BUF_ERROR if there was not enough room in the output buffer. */ ZEXTERN int ZEXPORT compress2 OF((Bytef *dest, uLongf *destLen, const Bytef *source, uLong sourceLen, int level)); /* Compresses the source buffer into the destination buffer. The level parameter has the same meaning as in deflateInit. sourceLen is the byte length of the source buffer. Upon entry, destLen is the total size of the destination buffer, which must be at least the value returned by compressBound(sourceLen). Upon exit, destLen is the actual size of the compressed buffer. compress2 returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_BUF_ERROR if there was not enough room in the output buffer, Z_STREAM_ERROR if the level parameter is invalid. */ ZEXTERN uLong ZEXPORT compressBound OF((uLong sourceLen)); /* compressBound() returns an upper bound on the compressed size after compress() or compress2() on sourceLen bytes. It would be used before a compress() or compress2() call to allocate the destination buffer. */ ZEXTERN int ZEXPORT uncompress OF((Bytef *dest, uLongf *destLen, const Bytef *source, uLong sourceLen)); /* Decompresses the source buffer into the destination buffer. sourceLen is the byte length of the source buffer. Upon entry, destLen is the total size of the destination buffer, which must be large enough to hold the entire uncompressed data. (The size of the uncompressed data must have been saved previously by the compressor and transmitted to the decompressor by some mechanism outside the scope of this compression library.) Upon exit, destLen is the actual size of the uncompressed buffer. uncompress returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_BUF_ERROR if there was not enough room in the output buffer, or Z_DATA_ERROR if the input data was corrupted or incomplete. In the case where there is not enough room, uncompress() will fill the output buffer with the uncompressed data up to that point. */ /* gzip file access functions */ /* This library supports reading and writing files in gzip (.gz) format with an interface similar to that of stdio, using the functions that start with "gz". The gzip format is different from the zlib format. gzip is a gzip wrapper, documented in RFC 1952, wrapped around a deflate stream. */ typedef struct gzFile_s *gzFile; /* semi-opaque gzip file descriptor */ /* ZEXTERN gzFile ZEXPORT gzopen OF((const char *path, const char *mode)); Opens a gzip (.gz) file for reading or writing. The mode parameter is as in fopen ("rb" or "wb") but can also include a compression level ("wb9") or a strategy: 'f' for filtered data as in "wb6f", 'h' for Huffman-only compression as in "wb1h", 'R' for run-length encoding as in "wb1R", or 'F' for fixed code compression as in "wb9F". (See the description of deflateInit2 for more information about the strategy parameter.) 'T' will request transparent writing or appending with no compression and not using the gzip format. "a" can be used instead of "w" to request that the gzip stream that will be written be appended to the file. "+" will result in an error, since reading and writing to the same gzip file is not supported. The addition of "x" when writing will create the file exclusively, which fails if the file already exists. On systems that support it, the addition of "e" when reading or writing will set the flag to close the file on an execve() call. These functions, as well as gzip, will read and decode a sequence of gzip streams in a file. The append function of gzopen() can be used to create such a file. (Also see gzflush() for another way to do this.) When appending, gzopen does not test whether the file begins with a gzip stream, nor does it look for the end of the gzip streams to begin appending. gzopen will simply append a gzip stream to the existing file. gzopen can be used to read a file which is not in gzip format; in this case gzread will directly read from the file without decompression. When reading, this will be detected automatically by looking for the magic two- byte gzip header. gzopen returns NULL if the file could not be opened, if there was insufficient memory to allocate the gzFile state, or if an invalid mode was specified (an 'r', 'w', or 'a' was not provided, or '+' was provided). errno can be checked to determine if the reason gzopen failed was that the file could not be opened. */ ZEXTERN gzFile ZEXPORT gzdopen OF((int fd, const char *mode)); /* gzdopen associates a gzFile with the file descriptor fd. File descriptors are obtained from calls like open, dup, creat, pipe or fileno (if the file has been previously opened with fopen). The mode parameter is as in gzopen. The next call of gzclose on the returned gzFile will also close the file descriptor fd, just like fclose(fdopen(fd, mode)) closes the file descriptor fd. If you want to keep fd open, use fd = dup(fd_keep); gz = gzdopen(fd, mode);. The duplicated descriptor should be saved to avoid a leak, since gzdopen does not close fd if it fails. If you are using fileno() to get the file descriptor from a FILE *, then you will have to use dup() to avoid double-close()ing the file descriptor. Both gzclose() and fclose() will close the associated file descriptor, so they need to have different file descriptors. gzdopen returns NULL if there was insufficient memory to allocate the gzFile state, if an invalid mode was specified (an 'r', 'w', or 'a' was not provided, or '+' was provided), or if fd is -1. The file descriptor is not used until the next gz* read, write, seek, or close operation, so gzdopen will not detect if fd is invalid (unless fd is -1). */ ZEXTERN int ZEXPORT gzbuffer OF((gzFile file, unsigned size)); /* Set the internal buffer size used by this library's functions. The default buffer size is 8192 bytes. This function must be called after gzopen() or gzdopen(), and before any other calls that read or write the file. The buffer memory allocation is always deferred to the first read or write. Two buffers are allocated, either both of the specified size when writing, or one of the specified size and the other twice that size when reading. A larger buffer size of, for example, 64K or 128K bytes will noticeably increase the speed of decompression (reading). The new buffer size also affects the maximum length for gzprintf(). gzbuffer() returns 0 on success, or -1 on failure, such as being called too late. */ ZEXTERN int ZEXPORT gzsetparams OF((gzFile file, int level, int strategy)); /* Dynamically update the compression level or strategy. See the description of deflateInit2 for the meaning of these parameters. gzsetparams returns Z_OK if success, or Z_STREAM_ERROR if the file was not opened for writing. */ ZEXTERN int ZEXPORT gzread OF((gzFile file, voidp buf, unsigned len)); /* Reads the given number of uncompressed bytes from the compressed file. If the input file is not in gzip format, gzread copies the given number of bytes into the buffer directly from the file. After reaching the end of a gzip stream in the input, gzread will continue to read, looking for another gzip stream. Any number of gzip streams may be concatenated in the input file, and will all be decompressed by gzread(). If something other than a gzip stream is encountered after a gzip stream, that remaining trailing garbage is ignored (and no error is returned). gzread can be used to read a gzip file that is being concurrently written. Upon reaching the end of the input, gzread will return with the available data. If the error code returned by gzerror is Z_OK or Z_BUF_ERROR, then gzclearerr can be used to clear the end of file indicator in order to permit gzread to be tried again. Z_OK indicates that a gzip stream was completed on the last gzread. Z_BUF_ERROR indicates that the input file ended in the middle of a gzip stream. Note that gzread does not return -1 in the event of an incomplete gzip stream. This error is deferred until gzclose(), which will return Z_BUF_ERROR if the last gzread ended in the middle of a gzip stream. Alternatively, gzerror can be used before gzclose to detect this case. gzread returns the number of uncompressed bytes actually read, less than len for end of file, or -1 for error. */ ZEXTERN int ZEXPORT gzwrite OF((gzFile file, voidpc buf, unsigned len)); /* Writes the given number of uncompressed bytes into the compressed file. gzwrite returns the number of uncompressed bytes written or 0 in case of error. */ ZEXTERN int ZEXPORTVA gzprintf Z_ARG((gzFile file, const char *format, ...)); /* Converts, formats, and writes the arguments to the compressed file under control of the format string, as in fprintf. gzprintf returns the number of uncompressed bytes actually written, or 0 in case of error. The number of uncompressed bytes written is limited to 8191, or one less than the buffer size given to gzbuffer(). The caller should assure that this limit is not exceeded. If it is exceeded, then gzprintf() will return an error (0) with nothing written. In this case, there may also be a buffer overflow with unpredictable consequences, which is possible only if zlib was compiled with the insecure functions sprintf() or vsprintf() because the secure snprintf() or vsnprintf() functions were not available. This can be determined using zlibCompileFlags(). */ ZEXTERN int ZEXPORT gzputs OF((gzFile file, const char *s)); /* Writes the given null-terminated string to the compressed file, excluding the terminating null character. gzputs returns the number of characters written, or -1 in case of error. */ ZEXTERN char * ZEXPORT gzgets OF((gzFile file, char *buf, int len)); /* Reads bytes from the compressed file until len-1 characters are read, or a newline character is read and transferred to buf, or an end-of-file condition is encountered. If any characters are read or if len == 1, the string is terminated with a null character. If no characters are read due to an end-of-file or len < 1, then the buffer is left untouched. gzgets returns buf which is a null-terminated string, or it returns NULL for end-of-file or in case of error. If there was an error, the contents at buf are indeterminate. */ ZEXTERN int ZEXPORT gzputc OF((gzFile file, int c)); /* Writes c, converted to an unsigned char, into the compressed file. gzputc returns the value that was written, or -1 in case of error. */ ZEXTERN int ZEXPORT gzgetc OF((gzFile file)); /* Reads one byte from the compressed file. gzgetc returns this byte or -1 in case of end of file or error. This is implemented as a macro for speed. As such, it does not do all of the checking the other functions do. I.e. it does not check to see if file is NULL, nor whether the structure file points to has been clobbered or not. */ ZEXTERN int ZEXPORT gzungetc OF((int c, gzFile file)); /* Push one character back onto the stream to be read as the first character on the next read. At least one character of push-back is allowed. gzungetc() returns the character pushed, or -1 on failure. gzungetc() will fail if c is -1, and may fail if a character has been pushed but not read yet. If gzungetc is used immediately after gzopen or gzdopen, at least the output buffer size of pushed characters is allowed. (See gzbuffer above.) The pushed character will be discarded if the stream is repositioned with gzseek() or gzrewind(). */ ZEXTERN int ZEXPORT gzflush OF((gzFile file, int flush)); /* Flushes all pending output into the compressed file. The parameter flush is as in the deflate() function. The return value is the zlib error number (see function gzerror below). gzflush is only permitted when writing. If the flush parameter is Z_FINISH, the remaining data is written and the gzip stream is completed in the output. If gzwrite() is called again, a new gzip stream will be started in the output. gzread() is able to read such concatented gzip streams. gzflush should be called only when strictly necessary because it will degrade compression if called too often. */ /* ZEXTERN z_off_t ZEXPORT gzseek OF((gzFile file, z_off_t offset, int whence)); Sets the starting position for the next gzread or gzwrite on the given compressed file. The offset represents a number of bytes in the uncompressed data stream. The whence parameter is defined as in lseek(2); the value SEEK_END is not supported. If the file is opened for reading, this function is emulated but can be extremely slow. If the file is opened for writing, only forward seeks are supported; gzseek then compresses a sequence of zeroes up to the new starting position. gzseek returns the resulting offset location as measured in bytes from the beginning of the uncompressed stream, or -1 in case of error, in particular if the file is opened for writing and the new starting position would be before the current position. */ ZEXTERN int ZEXPORT gzrewind OF((gzFile file)); /* Rewinds the given file. This function is supported only for reading. gzrewind(file) is equivalent to (int)gzseek(file, 0L, SEEK_SET) */ /* ZEXTERN z_off_t ZEXPORT gztell OF((gzFile file)); Returns the starting position for the next gzread or gzwrite on the given compressed file. This position represents a number of bytes in the uncompressed data stream, and is zero when starting, even if appending or reading a gzip stream from the middle of a file using gzdopen(). gztell(file) is equivalent to gzseek(file, 0L, SEEK_CUR) */ /* ZEXTERN z_off_t ZEXPORT gzoffset OF((gzFile file)); Returns the current offset in the file being read or written. This offset includes the count of bytes that precede the gzip stream, for example when appending or when using gzdopen() for reading. When reading, the offset does not include as yet unused buffered input. This information can be used for a progress indicator. On error, gzoffset() returns -1. */ ZEXTERN int ZEXPORT gzeof OF((gzFile file)); /* Returns true (1) if the end-of-file indicator has been set while reading, false (0) otherwise. Note that the end-of-file indicator is set only if the read tried to go past the end of the input, but came up short. Therefore, just like feof(), gzeof() may return false even if there is no more data to read, in the event that the last read request was for the exact number of bytes remaining in the input file. This will happen if the input file size is an exact multiple of the buffer size. If gzeof() returns true, then the read functions will return no more data, unless the end-of-file indicator is reset by gzclearerr() and the input file has grown since the previous end of file was detected. */ ZEXTERN int ZEXPORT gzdirect OF((gzFile file)); /* Returns true (1) if file is being copied directly while reading, or false (0) if file is a gzip stream being decompressed. If the input file is empty, gzdirect() will return true, since the input does not contain a gzip stream. If gzdirect() is used immediately after gzopen() or gzdopen() it will cause buffers to be allocated to allow reading the file to determine if it is a gzip file. Therefore if gzbuffer() is used, it should be called before gzdirect(). When writing, gzdirect() returns true (1) if transparent writing was requested ("wT" for the gzopen() mode), or false (0) otherwise. (Note: gzdirect() is not needed when writing. Transparent writing must be explicitly requested, so the application already knows the answer. When linking statically, using gzdirect() will include all of the zlib code for gzip file reading and decompression, which may not be desired.) */ ZEXTERN int ZEXPORT gzclose OF((gzFile file)); /* Flushes all pending output if necessary, closes the compressed file and deallocates the (de)compression state. Note that once file is closed, you cannot call gzerror with file, since its structures have been deallocated. gzclose must not be called more than once on the same file, just as free must not be called more than once on the same allocation. gzclose will return Z_STREAM_ERROR if file is not valid, Z_ERRNO on a file operation error, Z_MEM_ERROR if out of memory, Z_BUF_ERROR if the last read ended in the middle of a gzip stream, or Z_OK on success. */ ZEXTERN int ZEXPORT gzclose_r OF((gzFile file)); ZEXTERN int ZEXPORT gzclose_w OF((gzFile file)); /* Same as gzclose(), but gzclose_r() is only for use when reading, and gzclose_w() is only for use when writing or appending. The advantage to using these instead of gzclose() is that they avoid linking in zlib compression or decompression code that is not used when only reading or only writing respectively. If gzclose() is used, then both compression and decompression code will be included the application when linking to a static zlib library. */ ZEXTERN const char * ZEXPORT gzerror OF((gzFile file, int *errnum)); /* Returns the error message for the last error which occurred on the given compressed file. errnum is set to zlib error number. If an error occurred in the file system and not in the compression library, errnum is set to Z_ERRNO and the application may consult errno to get the exact error code. The application must not modify the returned string. Future calls to this function may invalidate the previously returned string. If file is closed, then the string previously returned by gzerror will no longer be available. gzerror() should be used to distinguish errors from end-of-file for those functions above that do not distinguish those cases in their return values. */ ZEXTERN void ZEXPORT gzclearerr OF((gzFile file)); /* Clears the error and end-of-file flags for file. This is analogous to the clearerr() function in stdio. This is useful for continuing to read a gzip file that is being written concurrently. */ #endif /* !Z_SOLO */ /* checksum functions */ /* These functions are not related to compression but are exported anyway because they might be useful in applications using the compression library. */ ZEXTERN uLong ZEXPORT adler32 OF((uLong adler, const Bytef *buf, uInt len)); /* Update a running Adler-32 checksum with the bytes buf[0..len-1] and return the updated checksum. If buf is Z_NULL, this function returns the required initial value for the checksum. An Adler-32 checksum is almost as reliable as a CRC32 but can be computed much faster. Usage example: uLong adler = adler32(0L, Z_NULL, 0); while (read_buffer(buffer, length) != EOF) { adler = adler32(adler, buffer, length); } if (adler != original_adler) error(); */ /* ZEXTERN uLong ZEXPORT adler32_combine OF((uLong adler1, uLong adler2, z_off_t len2)); Combine two Adler-32 checksums into one. For two sequences of bytes, seq1 and seq2 with lengths len1 and len2, Adler-32 checksums were calculated for each, adler1 and adler2. adler32_combine() returns the Adler-32 checksum of seq1 and seq2 concatenated, requiring only adler1, adler2, and len2. Note that the z_off_t type (like off_t) is a signed integer. If len2 is negative, the result has no meaning or utility. */ ZEXTERN uLong ZEXPORT crc32 OF((uLong crc, const Bytef *buf, uInt len)); /* Update a running CRC-32 with the bytes buf[0..len-1] and return the updated CRC-32. If buf is Z_NULL, this function returns the required initial value for the crc. Pre- and post-conditioning (one's complement) is performed within this function so it shouldn't be done by the application. Usage example: uLong crc = crc32(0L, Z_NULL, 0); while (read_buffer(buffer, length) != EOF) { crc = crc32(crc, buffer, length); } if (crc != original_crc) error(); */ /* ZEXTERN uLong ZEXPORT crc32_combine OF((uLong crc1, uLong crc2, z_off_t len2)); Combine two CRC-32 check values into one. For two sequences of bytes, seq1 and seq2 with lengths len1 and len2, CRC-32 check values were calculated for each, crc1 and crc2. crc32_combine() returns the CRC-32 check value of seq1 and seq2 concatenated, requiring only crc1, crc2, and len2. */ /* various hacks, don't look :) */ /* deflateInit and inflateInit are macros to allow checking the zlib version * and the compiler's view of z_stream: */ ZEXTERN int ZEXPORT deflateInit_ OF((z_streamp strm, int level, const char *version, int stream_size)); ZEXTERN int ZEXPORT inflateInit_ OF((z_streamp strm, const char *version, int stream_size)); ZEXTERN int ZEXPORT deflateInit2_ OF((z_streamp strm, int level, int method, int windowBits, int memLevel, int strategy, const char *version, int stream_size)); ZEXTERN int ZEXPORT inflateInit2_ OF((z_streamp strm, int windowBits, const char *version, int stream_size)); ZEXTERN int ZEXPORT inflateBackInit_ OF((z_streamp strm, int windowBits, unsigned char FAR *window, const char *version, int stream_size)); #define deflateInit(strm, level) \ deflateInit_((strm), (level), ZLIB_VERSION, (int)sizeof(z_stream)) #define inflateInit(strm) \ inflateInit_((strm), ZLIB_VERSION, (int)sizeof(z_stream)) #define deflateInit2(strm, level, method, windowBits, memLevel, strategy) \ deflateInit2_((strm),(level),(method),(windowBits),(memLevel),\ (strategy), ZLIB_VERSION, (int)sizeof(z_stream)) #define inflateInit2(strm, windowBits) \ inflateInit2_((strm), (windowBits), ZLIB_VERSION, \ (int)sizeof(z_stream)) #define inflateBackInit(strm, windowBits, window) \ inflateBackInit_((strm), (windowBits), (window), \ ZLIB_VERSION, (int)sizeof(z_stream)) #ifndef Z_SOLO /* gzgetc() macro and its supporting function and exposed data structure. Note * that the real internal state is much larger than the exposed structure. * This abbreviated structure exposes just enough for the gzgetc() macro. The * user should not mess with these exposed elements, since their names or * behavior could change in the future, perhaps even capriciously. They can * only be used by the gzgetc() macro. You have been warned. */ struct gzFile_s { unsigned have; unsigned char *next; z_off64_t pos; }; ZEXTERN int ZEXPORT gzgetc_ OF((gzFile file)); /* backward compatibility */ #ifdef Z_PREFIX_SET # undef z_gzgetc # define z_gzgetc(g) \ ((g)->have ? ((g)->have--, (g)->pos++, *((g)->next)++) : gzgetc(g)) #else # define gzgetc(g) \ ((g)->have ? ((g)->have--, (g)->pos++, *((g)->next)++) : gzgetc(g)) #endif /* provide 64-bit offset functions if _LARGEFILE64_SOURCE defined, and/or * change the regular functions to 64 bits if _FILE_OFFSET_BITS is 64 (if * both are true, the application gets the *64 functions, and the regular * functions are changed to 64 bits) -- in case these are set on systems * without large file support, _LFS64_LARGEFILE must also be true */ #ifdef Z_LARGE64 ZEXTERN gzFile ZEXPORT gzopen64 OF((const char *, const char *)); ZEXTERN z_off64_t ZEXPORT gzseek64 OF((gzFile, z_off64_t, int)); ZEXTERN z_off64_t ZEXPORT gztell64 OF((gzFile)); ZEXTERN z_off64_t ZEXPORT gzoffset64 OF((gzFile)); ZEXTERN uLong ZEXPORT adler32_combine64 OF((uLong, uLong, z_off64_t)); ZEXTERN uLong ZEXPORT crc32_combine64 OF((uLong, uLong, z_off64_t)); #endif #if !defined(ZLIB_INTERNAL) && defined(Z_WANT64) # ifdef Z_PREFIX_SET # define z_gzopen z_gzopen64 # define z_gzseek z_gzseek64 # define z_gztell z_gztell64 # define z_gzoffset z_gzoffset64 # define z_adler32_combine z_adler32_combine64 # define z_crc32_combine z_crc32_combine64 # else # define gzopen gzopen64 # define gzseek gzseek64 # define gztell gztell64 # define gzoffset gzoffset64 # define adler32_combine adler32_combine64 # define crc32_combine crc32_combine64 # endif # ifndef Z_LARGE64 ZEXTERN gzFile ZEXPORT gzopen64 OF((const char *, const char *)); ZEXTERN z_off_t ZEXPORT gzseek64 OF((gzFile, z_off_t, int)); ZEXTERN z_off_t ZEXPORT gztell64 OF((gzFile)); ZEXTERN z_off_t ZEXPORT gzoffset64 OF((gzFile)); ZEXTERN uLong ZEXPORT adler32_combine64 OF((uLong, uLong, z_off_t)); ZEXTERN uLong ZEXPORT crc32_combine64 OF((uLong, uLong, z_off_t)); # endif #else ZEXTERN gzFile ZEXPORT gzopen OF((const char *, const char *)); ZEXTERN z_off_t ZEXPORT gzseek OF((gzFile, z_off_t, int)); ZEXTERN z_off_t ZEXPORT gztell OF((gzFile)); ZEXTERN z_off_t ZEXPORT gzoffset OF((gzFile)); ZEXTERN uLong ZEXPORT adler32_combine OF((uLong, uLong, z_off_t)); ZEXTERN uLong ZEXPORT crc32_combine OF((uLong, uLong, z_off_t)); #endif #else /* Z_SOLO */ ZEXTERN uLong ZEXPORT adler32_combine OF((uLong, uLong, z_off_t)); ZEXTERN uLong ZEXPORT crc32_combine OF((uLong, uLong, z_off_t)); #endif /* !Z_SOLO */ /* hack for buggy compilers */ #if !defined(ZUTIL_H) && !defined(NO_DUMMY_DECL) struct internal_state {int dummy;}; #endif /* undocumented functions */ ZEXTERN const char * ZEXPORT zError OF((int)); ZEXTERN int ZEXPORT inflateSyncPoint OF((z_streamp)); ZEXTERN const z_crc_t FAR * ZEXPORT get_crc_table OF((void)); ZEXTERN int ZEXPORT inflateUndermine OF((z_streamp, int)); ZEXTERN int ZEXPORT inflateResetKeep OF((z_streamp)); ZEXTERN int ZEXPORT deflateResetKeep OF((z_streamp)); #if defined(_WIN32) && !defined(Z_SOLO) ZEXTERN gzFile ZEXPORT gzopen_w OF((const wchar_t *path, const char *mode)); #endif #if defined(STDC) || defined(Z_HAVE_STDARG_H) # ifndef Z_SOLO ZEXTERN int ZEXPORTVA gzvprintf Z_ARG((gzFile file, const char *format, va_list va)); # endif #endif #ifdef __cplusplus } #endif #endif /* ZLIB_H */ golly-3.3-src/gui-web/zlib/gzlib.c0000644000175000017500000004003712362063145013773 00000000000000/* gzlib.c -- zlib functions common to reading and writing gzip files * Copyright (C) 2004, 2010, 2011, 2012, 2013 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ #include "gzguts.h" #if defined(_WIN32) && !defined(__BORLANDC__) # define LSEEK _lseeki64 #else #if defined(_LARGEFILE64_SOURCE) && _LFS64_LARGEFILE-0 # define LSEEK lseek64 #else # define LSEEK lseek #endif #endif /* Local functions */ local void gz_reset OF((gz_statep)); local gzFile gz_open OF((const void *, int, const char *)); #if defined UNDER_CE /* Map the Windows error number in ERROR to a locale-dependent error message string and return a pointer to it. Typically, the values for ERROR come from GetLastError. The string pointed to shall not be modified by the application, but may be overwritten by a subsequent call to gz_strwinerror The gz_strwinerror function does not change the current setting of GetLastError. */ char ZLIB_INTERNAL *gz_strwinerror (error) DWORD error; { static char buf[1024]; wchar_t *msgbuf; DWORD lasterr = GetLastError(); DWORD chars = FormatMessage(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_ALLOCATE_BUFFER, NULL, error, 0, /* Default language */ (LPVOID)&msgbuf, 0, NULL); if (chars != 0) { /* If there is an \r\n appended, zap it. */ if (chars >= 2 && msgbuf[chars - 2] == '\r' && msgbuf[chars - 1] == '\n') { chars -= 2; msgbuf[chars] = 0; } if (chars > sizeof (buf) - 1) { chars = sizeof (buf) - 1; msgbuf[chars] = 0; } wcstombs(buf, msgbuf, chars + 1); LocalFree(msgbuf); } else { sprintf(buf, "unknown win32 error (%ld)", error); } SetLastError(lasterr); return buf; } #endif /* UNDER_CE */ /* Reset gzip file state */ local void gz_reset(state) gz_statep state; { state->x.have = 0; /* no output data available */ if (state->mode == GZ_READ) { /* for reading ... */ state->eof = 0; /* not at end of file */ state->past = 0; /* have not read past end yet */ state->how = LOOK; /* look for gzip header */ } state->seek = 0; /* no seek request pending */ gz_error(state, Z_OK, NULL); /* clear error */ state->x.pos = 0; /* no uncompressed data yet */ state->strm.avail_in = 0; /* no input data yet */ } /* Open a gzip file either by name or file descriptor. */ local gzFile gz_open(path, fd, mode) const void *path; int fd; const char *mode; { gz_statep state; size_t len; int oflag; #ifdef O_CLOEXEC int cloexec = 0; #endif #ifdef O_EXCL int exclusive = 0; #endif /* check input */ if (path == NULL) return NULL; /* allocate gzFile structure to return */ state = (gz_statep)malloc(sizeof(gz_state)); if (state == NULL) return NULL; state->size = 0; /* no buffers allocated yet */ state->want = GZBUFSIZE; /* requested buffer size */ state->msg = NULL; /* no error message yet */ /* interpret mode */ state->mode = GZ_NONE; state->level = Z_DEFAULT_COMPRESSION; state->strategy = Z_DEFAULT_STRATEGY; state->direct = 0; while (*mode) { if (*mode >= '0' && *mode <= '9') state->level = *mode - '0'; else switch (*mode) { case 'r': state->mode = GZ_READ; break; #ifndef NO_GZCOMPRESS case 'w': state->mode = GZ_WRITE; break; case 'a': state->mode = GZ_APPEND; break; #endif case '+': /* can't read and write at the same time */ free(state); return NULL; case 'b': /* ignore -- will request binary anyway */ break; #ifdef O_CLOEXEC case 'e': cloexec = 1; break; #endif #ifdef O_EXCL case 'x': exclusive = 1; break; #endif case 'f': state->strategy = Z_FILTERED; break; case 'h': state->strategy = Z_HUFFMAN_ONLY; break; case 'R': state->strategy = Z_RLE; break; case 'F': state->strategy = Z_FIXED; break; case 'T': state->direct = 1; break; default: /* could consider as an error, but just ignore */ ; } mode++; } /* must provide an "r", "w", or "a" */ if (state->mode == GZ_NONE) { free(state); return NULL; } /* can't force transparent read */ if (state->mode == GZ_READ) { if (state->direct) { free(state); return NULL; } state->direct = 1; /* for empty file */ } /* save the path name for error messages */ #ifdef _WIN32 if (fd == -2) { len = wcstombs(NULL, path, 0); if (len == (size_t)-1) len = 0; } else #endif len = strlen((const char *)path); state->path = (char *)malloc(len + 1); if (state->path == NULL) { free(state); return NULL; } #ifdef _WIN32 if (fd == -2) if (len) wcstombs(state->path, path, len + 1); else *(state->path) = 0; else #endif #if !defined(NO_snprintf) && !defined(NO_vsnprintf) snprintf(state->path, len + 1, "%s", (const char *)path); #else strcpy(state->path, path); #endif /* compute the flags for open() */ oflag = #ifdef O_LARGEFILE O_LARGEFILE | #endif #ifdef O_BINARY O_BINARY | #endif #ifdef O_CLOEXEC (cloexec ? O_CLOEXEC : 0) | #endif (state->mode == GZ_READ ? O_RDONLY : (O_WRONLY | O_CREAT | #ifdef O_EXCL (exclusive ? O_EXCL : 0) | #endif (state->mode == GZ_WRITE ? O_TRUNC : O_APPEND))); /* open the file with the appropriate flags (or just use fd) */ state->fd = fd > -1 ? fd : ( #ifdef _WIN32 fd == -2 ? _wopen(path, oflag, 0666) : #endif open((const char *)path, oflag, 0666)); if (state->fd == -1) { free(state->path); free(state); return NULL; } if (state->mode == GZ_APPEND) state->mode = GZ_WRITE; /* simplify later checks */ /* save the current position for rewinding (only if reading) */ if (state->mode == GZ_READ) { state->start = LSEEK(state->fd, 0, SEEK_CUR); if (state->start == -1) state->start = 0; } /* initialize stream */ gz_reset(state); /* return stream */ return (gzFile)state; } /* -- see zlib.h -- */ gzFile ZEXPORT gzopen(path, mode) const char *path; const char *mode; { return gz_open(path, -1, mode); } /* -- see zlib.h -- */ gzFile ZEXPORT gzopen64(path, mode) const char *path; const char *mode; { return gz_open(path, -1, mode); } /* -- see zlib.h -- */ gzFile ZEXPORT gzdopen(fd, mode) int fd; const char *mode; { char *path; /* identifier for error messages */ gzFile gz; if (fd == -1 || (path = (char *)malloc(7 + 3 * sizeof(int))) == NULL) return NULL; #if !defined(NO_snprintf) && !defined(NO_vsnprintf) snprintf(path, 7 + 3 * sizeof(int), "", fd); /* for debugging */ #else sprintf(path, "", fd); /* for debugging */ #endif gz = gz_open(path, fd, mode); free(path); return gz; } /* -- see zlib.h -- */ #ifdef _WIN32 gzFile ZEXPORT gzopen_w(path, mode) const wchar_t *path; const char *mode; { return gz_open(path, -2, mode); } #endif /* -- see zlib.h -- */ int ZEXPORT gzbuffer(file, size) gzFile file; unsigned size; { gz_statep state; /* get internal structure and check integrity */ if (file == NULL) return -1; state = (gz_statep)file; if (state->mode != GZ_READ && state->mode != GZ_WRITE) return -1; /* make sure we haven't already allocated memory */ if (state->size != 0) return -1; /* check and set requested size */ if (size < 2) size = 2; /* need two bytes to check magic header */ state->want = size; return 0; } /* -- see zlib.h -- */ int ZEXPORT gzrewind(file) gzFile file; { gz_statep state; /* get internal structure */ if (file == NULL) return -1; state = (gz_statep)file; /* check that we're reading and that there's no error */ if (state->mode != GZ_READ || (state->err != Z_OK && state->err != Z_BUF_ERROR)) return -1; /* back up and start over */ if (LSEEK(state->fd, state->start, SEEK_SET) == -1) return -1; gz_reset(state); return 0; } /* -- see zlib.h -- */ z_off64_t ZEXPORT gzseek64(file, offset, whence) gzFile file; z_off64_t offset; int whence; { unsigned n; z_off64_t ret; gz_statep state; /* get internal structure and check integrity */ if (file == NULL) return -1; state = (gz_statep)file; if (state->mode != GZ_READ && state->mode != GZ_WRITE) return -1; /* check that there's no error */ if (state->err != Z_OK && state->err != Z_BUF_ERROR) return -1; /* can only seek from start or relative to current position */ if (whence != SEEK_SET && whence != SEEK_CUR) return -1; /* normalize offset to a SEEK_CUR specification */ if (whence == SEEK_SET) offset -= state->x.pos; else if (state->seek) offset += state->skip; state->seek = 0; /* if within raw area while reading, just go there */ if (state->mode == GZ_READ && state->how == COPY && state->x.pos + offset >= 0) { ret = LSEEK(state->fd, offset - state->x.have, SEEK_CUR); if (ret == -1) return -1; state->x.have = 0; state->eof = 0; state->past = 0; state->seek = 0; gz_error(state, Z_OK, NULL); state->strm.avail_in = 0; state->x.pos += offset; return state->x.pos; } /* calculate skip amount, rewinding if needed for back seek when reading */ if (offset < 0) { if (state->mode != GZ_READ) /* writing -- can't go backwards */ return -1; offset += state->x.pos; if (offset < 0) /* before start of file! */ return -1; if (gzrewind(file) == -1) /* rewind, then skip to offset */ return -1; } /* if reading, skip what's in output buffer (one less gzgetc() check) */ if (state->mode == GZ_READ) { n = GT_OFF(state->x.have) || (z_off64_t)state->x.have > offset ? (unsigned)offset : state->x.have; state->x.have -= n; state->x.next += n; state->x.pos += n; offset -= n; } /* request skip (if not zero) */ if (offset) { state->seek = 1; state->skip = offset; } return state->x.pos + offset; } /* -- see zlib.h -- */ z_off_t ZEXPORT gzseek(file, offset, whence) gzFile file; z_off_t offset; int whence; { z_off64_t ret; ret = gzseek64(file, (z_off64_t)offset, whence); return ret == (z_off_t)ret ? (z_off_t)ret : -1; } /* -- see zlib.h -- */ z_off64_t ZEXPORT gztell64(file) gzFile file; { gz_statep state; /* get internal structure and check integrity */ if (file == NULL) return -1; state = (gz_statep)file; if (state->mode != GZ_READ && state->mode != GZ_WRITE) return -1; /* return position */ return state->x.pos + (state->seek ? state->skip : 0); } /* -- see zlib.h -- */ z_off_t ZEXPORT gztell(file) gzFile file; { z_off64_t ret; ret = gztell64(file); return ret == (z_off_t)ret ? (z_off_t)ret : -1; } /* -- see zlib.h -- */ z_off64_t ZEXPORT gzoffset64(file) gzFile file; { z_off64_t offset; gz_statep state; /* get internal structure and check integrity */ if (file == NULL) return -1; state = (gz_statep)file; if (state->mode != GZ_READ && state->mode != GZ_WRITE) return -1; /* compute and return effective offset in file */ offset = LSEEK(state->fd, 0, SEEK_CUR); if (offset == -1) return -1; if (state->mode == GZ_READ) /* reading */ offset -= state->strm.avail_in; /* don't count buffered input */ return offset; } /* -- see zlib.h -- */ z_off_t ZEXPORT gzoffset(file) gzFile file; { z_off64_t ret; ret = gzoffset64(file); return ret == (z_off_t)ret ? (z_off_t)ret : -1; } /* -- see zlib.h -- */ int ZEXPORT gzeof(file) gzFile file; { gz_statep state; /* get internal structure and check integrity */ if (file == NULL) return 0; state = (gz_statep)file; if (state->mode != GZ_READ && state->mode != GZ_WRITE) return 0; /* return end-of-file state */ return state->mode == GZ_READ ? state->past : 0; } /* -- see zlib.h -- */ const char * ZEXPORT gzerror(file, errnum) gzFile file; int *errnum; { gz_statep state; /* get internal structure and check integrity */ if (file == NULL) return NULL; state = (gz_statep)file; if (state->mode != GZ_READ && state->mode != GZ_WRITE) return NULL; /* return error information */ if (errnum != NULL) *errnum = state->err; return state->err == Z_MEM_ERROR ? "out of memory" : (state->msg == NULL ? "" : state->msg); } /* -- see zlib.h -- */ void ZEXPORT gzclearerr(file) gzFile file; { gz_statep state; /* get internal structure and check integrity */ if (file == NULL) return; state = (gz_statep)file; if (state->mode != GZ_READ && state->mode != GZ_WRITE) return; /* clear error and end-of-file */ if (state->mode == GZ_READ) { state->eof = 0; state->past = 0; } gz_error(state, Z_OK, NULL); } /* Create an error message in allocated memory and set state->err and state->msg accordingly. Free any previous error message already there. Do not try to free or allocate space if the error is Z_MEM_ERROR (out of memory). Simply save the error message as a static string. If there is an allocation failure constructing the error message, then convert the error to out of memory. */ void ZLIB_INTERNAL gz_error(state, err, msg) gz_statep state; int err; const char *msg; { /* free previously allocated message and clear */ if (state->msg != NULL) { if (state->err != Z_MEM_ERROR) free(state->msg); state->msg = NULL; } /* if fatal, set state->x.have to 0 so that the gzgetc() macro fails */ if (err != Z_OK && err != Z_BUF_ERROR) state->x.have = 0; /* set error code, and if no message, then done */ state->err = err; if (msg == NULL) return; /* for an out of memory error, return literal string when requested */ if (err == Z_MEM_ERROR) return; /* construct error message with path */ if ((state->msg = (char *)malloc(strlen(state->path) + strlen(msg) + 3)) == NULL) { state->err = Z_MEM_ERROR; return; } #if !defined(NO_snprintf) && !defined(NO_vsnprintf) snprintf(state->msg, strlen(state->path) + strlen(msg) + 3, "%s%s%s", state->path, ": ", msg); #else strcpy(state->msg, state->path); strcat(state->msg, ": "); strcat(state->msg, msg); #endif return; } #ifndef INT_MAX /* portably return maximum value for an int (when limits.h presumed not available) -- we need to do this to cover cases where 2's complement not used, since C standard permits 1's complement and sign-bit representations, otherwise we could just use ((unsigned)-1) >> 1 */ unsigned ZLIB_INTERNAL gz_intmax() { unsigned p, q; p = 1; do { q = p; p <<= 1; p++; } while (p > q); return q >> 1; } #endif golly-3.3-src/gui-web/zlib/zconf.h0000644000175000017500000003622412362063145014013 00000000000000/* zconf.h -- configuration of the zlib compression library * Copyright (C) 1995-2013 Jean-loup Gailly. * For conditions of distribution and use, see copyright notice in zlib.h */ /* @(#) $Id$ */ #ifndef ZCONF_H #define ZCONF_H /* * If you *really* need a unique prefix for all types and library functions, * compile with -DZ_PREFIX. The "standard" zlib should be compiled without it. * Even better than compiling with -DZ_PREFIX would be to use configure to set * this permanently in zconf.h using "./configure --zprefix". */ #ifdef Z_PREFIX /* may be set to #if 1 by ./configure */ # define Z_PREFIX_SET /* all linked symbols */ # define _dist_code z__dist_code # define _length_code z__length_code # define _tr_align z__tr_align # define _tr_flush_bits z__tr_flush_bits # define _tr_flush_block z__tr_flush_block # define _tr_init z__tr_init # define _tr_stored_block z__tr_stored_block # define _tr_tally z__tr_tally # define adler32 z_adler32 # define adler32_combine z_adler32_combine # define adler32_combine64 z_adler32_combine64 # ifndef Z_SOLO # define compress z_compress # define compress2 z_compress2 # define compressBound z_compressBound # endif # define crc32 z_crc32 # define crc32_combine z_crc32_combine # define crc32_combine64 z_crc32_combine64 # define deflate z_deflate # define deflateBound z_deflateBound # define deflateCopy z_deflateCopy # define deflateEnd z_deflateEnd # define deflateInit2_ z_deflateInit2_ # define deflateInit_ z_deflateInit_ # define deflateParams z_deflateParams # define deflatePending z_deflatePending # define deflatePrime z_deflatePrime # define deflateReset z_deflateReset # define deflateResetKeep z_deflateResetKeep # define deflateSetDictionary z_deflateSetDictionary # define deflateSetHeader z_deflateSetHeader # define deflateTune z_deflateTune # define deflate_copyright z_deflate_copyright # define get_crc_table z_get_crc_table # ifndef Z_SOLO # define gz_error z_gz_error # define gz_intmax z_gz_intmax # define gz_strwinerror z_gz_strwinerror # define gzbuffer z_gzbuffer # define gzclearerr z_gzclearerr # define gzclose z_gzclose # define gzclose_r z_gzclose_r # define gzclose_w z_gzclose_w # define gzdirect z_gzdirect # define gzdopen z_gzdopen # define gzeof z_gzeof # define gzerror z_gzerror # define gzflush z_gzflush # define gzgetc z_gzgetc # define gzgetc_ z_gzgetc_ # define gzgets z_gzgets # define gzoffset z_gzoffset # define gzoffset64 z_gzoffset64 # define gzopen z_gzopen # define gzopen64 z_gzopen64 # ifdef _WIN32 # define gzopen_w z_gzopen_w # endif # define gzprintf z_gzprintf # define gzvprintf z_gzvprintf # define gzputc z_gzputc # define gzputs z_gzputs # define gzread z_gzread # define gzrewind z_gzrewind # define gzseek z_gzseek # define gzseek64 z_gzseek64 # define gzsetparams z_gzsetparams # define gztell z_gztell # define gztell64 z_gztell64 # define gzungetc z_gzungetc # define gzwrite z_gzwrite # endif # define inflate z_inflate # define inflateBack z_inflateBack # define inflateBackEnd z_inflateBackEnd # define inflateBackInit_ z_inflateBackInit_ # define inflateCopy z_inflateCopy # define inflateEnd z_inflateEnd # define inflateGetHeader z_inflateGetHeader # define inflateInit2_ z_inflateInit2_ # define inflateInit_ z_inflateInit_ # define inflateMark z_inflateMark # define inflatePrime z_inflatePrime # define inflateReset z_inflateReset # define inflateReset2 z_inflateReset2 # define inflateSetDictionary z_inflateSetDictionary # define inflateGetDictionary z_inflateGetDictionary # define inflateSync z_inflateSync # define inflateSyncPoint z_inflateSyncPoint # define inflateUndermine z_inflateUndermine # define inflateResetKeep z_inflateResetKeep # define inflate_copyright z_inflate_copyright # define inflate_fast z_inflate_fast # define inflate_table z_inflate_table # ifndef Z_SOLO # define uncompress z_uncompress # endif # define zError z_zError # ifndef Z_SOLO # define zcalloc z_zcalloc # define zcfree z_zcfree # endif # define zlibCompileFlags z_zlibCompileFlags # define zlibVersion z_zlibVersion /* all zlib typedefs in zlib.h and zconf.h */ # define Byte z_Byte # define Bytef z_Bytef # define alloc_func z_alloc_func # define charf z_charf # define free_func z_free_func # ifndef Z_SOLO # define gzFile z_gzFile # endif # define gz_header z_gz_header # define gz_headerp z_gz_headerp # define in_func z_in_func # define intf z_intf # define out_func z_out_func # define uInt z_uInt # define uIntf z_uIntf # define uLong z_uLong # define uLongf z_uLongf # define voidp z_voidp # define voidpc z_voidpc # define voidpf z_voidpf /* all zlib structs in zlib.h and zconf.h */ # define gz_header_s z_gz_header_s # define internal_state z_internal_state #endif #if defined(__MSDOS__) && !defined(MSDOS) # define MSDOS #endif #if (defined(OS_2) || defined(__OS2__)) && !defined(OS2) # define OS2 #endif #if defined(_WINDOWS) && !defined(WINDOWS) # define WINDOWS #endif #if defined(_WIN32) || defined(_WIN32_WCE) || defined(__WIN32__) # ifndef WIN32 # define WIN32 # endif #endif #if (defined(MSDOS) || defined(OS2) || defined(WINDOWS)) && !defined(WIN32) # if !defined(__GNUC__) && !defined(__FLAT__) && !defined(__386__) # ifndef SYS16BIT # define SYS16BIT # endif # endif #endif /* * Compile with -DMAXSEG_64K if the alloc function cannot allocate more * than 64k bytes at a time (needed on systems with 16-bit int). */ #ifdef SYS16BIT # define MAXSEG_64K #endif #ifdef MSDOS # define UNALIGNED_OK #endif #ifdef __STDC_VERSION__ # ifndef STDC # define STDC # endif # if __STDC_VERSION__ >= 199901L # ifndef STDC99 # define STDC99 # endif # endif #endif #if !defined(STDC) && (defined(__STDC__) || defined(__cplusplus)) # define STDC #endif #if !defined(STDC) && (defined(__GNUC__) || defined(__BORLANDC__)) # define STDC #endif #if !defined(STDC) && (defined(MSDOS) || defined(WINDOWS) || defined(WIN32)) # define STDC #endif #if !defined(STDC) && (defined(OS2) || defined(__HOS_AIX__)) # define STDC #endif #if defined(__OS400__) && !defined(STDC) /* iSeries (formerly AS/400). */ # define STDC #endif #ifndef STDC # ifndef const /* cannot use !defined(STDC) && !defined(const) on Mac */ # define const /* note: need a more gentle solution here */ # endif #endif #if defined(ZLIB_CONST) && !defined(z_const) # define z_const const #else # define z_const #endif /* Some Mac compilers merge all .h files incorrectly: */ #if defined(__MWERKS__)||defined(applec)||defined(THINK_C)||defined(__SC__) # define NO_DUMMY_DECL #endif /* Maximum value for memLevel in deflateInit2 */ #ifndef MAX_MEM_LEVEL # ifdef MAXSEG_64K # define MAX_MEM_LEVEL 8 # else # define MAX_MEM_LEVEL 9 # endif #endif /* Maximum value for windowBits in deflateInit2 and inflateInit2. * WARNING: reducing MAX_WBITS makes minigzip unable to extract .gz files * created by gzip. (Files created by minigzip can still be extracted by * gzip.) */ #ifndef MAX_WBITS # define MAX_WBITS 15 /* 32K LZ77 window */ #endif /* The memory requirements for deflate are (in bytes): (1 << (windowBits+2)) + (1 << (memLevel+9)) that is: 128K for windowBits=15 + 128K for memLevel = 8 (default values) plus a few kilobytes for small objects. For example, if you want to reduce the default memory requirements from 256K to 128K, compile with make CFLAGS="-O -DMAX_WBITS=14 -DMAX_MEM_LEVEL=7" Of course this will generally degrade compression (there's no free lunch). The memory requirements for inflate are (in bytes) 1 << windowBits that is, 32K for windowBits=15 (default value) plus a few kilobytes for small objects. */ /* Type declarations */ #ifndef OF /* function prototypes */ # ifdef STDC # define OF(args) args # else # define OF(args) () # endif #endif #ifndef Z_ARG /* function prototypes for stdarg */ # if defined(STDC) || defined(Z_HAVE_STDARG_H) # define Z_ARG(args) args # else # define Z_ARG(args) () # endif #endif /* The following definitions for FAR are needed only for MSDOS mixed * model programming (small or medium model with some far allocations). * This was tested only with MSC; for other MSDOS compilers you may have * to define NO_MEMCPY in zutil.h. If you don't need the mixed model, * just define FAR to be empty. */ #ifdef SYS16BIT # if defined(M_I86SM) || defined(M_I86MM) /* MSC small or medium model */ # define SMALL_MEDIUM # ifdef _MSC_VER # define FAR _far # else # define FAR far # endif # endif # if (defined(__SMALL__) || defined(__MEDIUM__)) /* Turbo C small or medium model */ # define SMALL_MEDIUM # ifdef __BORLANDC__ # define FAR _far # else # define FAR far # endif # endif #endif #if defined(WINDOWS) || defined(WIN32) /* If building or using zlib as a DLL, define ZLIB_DLL. * This is not mandatory, but it offers a little performance increase. */ # ifdef ZLIB_DLL # if defined(WIN32) && (!defined(__BORLANDC__) || (__BORLANDC__ >= 0x500)) # ifdef ZLIB_INTERNAL # define ZEXTERN extern __declspec(dllexport) # else # define ZEXTERN extern __declspec(dllimport) # endif # endif # endif /* ZLIB_DLL */ /* If building or using zlib with the WINAPI/WINAPIV calling convention, * define ZLIB_WINAPI. * Caution: the standard ZLIB1.DLL is NOT compiled using ZLIB_WINAPI. */ # ifdef ZLIB_WINAPI # ifdef FAR # undef FAR # endif # include /* No need for _export, use ZLIB.DEF instead. */ /* For complete Windows compatibility, use WINAPI, not __stdcall. */ # define ZEXPORT WINAPI # ifdef WIN32 # define ZEXPORTVA WINAPIV # else # define ZEXPORTVA FAR CDECL # endif # endif #endif #if defined (__BEOS__) # ifdef ZLIB_DLL # ifdef ZLIB_INTERNAL # define ZEXPORT __declspec(dllexport) # define ZEXPORTVA __declspec(dllexport) # else # define ZEXPORT __declspec(dllimport) # define ZEXPORTVA __declspec(dllimport) # endif # endif #endif #ifndef ZEXTERN # define ZEXTERN extern #endif #ifndef ZEXPORT # define ZEXPORT #endif #ifndef ZEXPORTVA # define ZEXPORTVA #endif #ifndef FAR # define FAR #endif #if !defined(__MACTYPES__) typedef unsigned char Byte; /* 8 bits */ #endif typedef unsigned int uInt; /* 16 bits or more */ typedef unsigned long uLong; /* 32 bits or more */ #ifdef SMALL_MEDIUM /* Borland C/C++ and some old MSC versions ignore FAR inside typedef */ # define Bytef Byte FAR #else typedef Byte FAR Bytef; #endif typedef char FAR charf; typedef int FAR intf; typedef uInt FAR uIntf; typedef uLong FAR uLongf; #ifdef STDC typedef void const *voidpc; typedef void FAR *voidpf; typedef void *voidp; #else typedef Byte const *voidpc; typedef Byte FAR *voidpf; typedef Byte *voidp; #endif #if !defined(Z_U4) && !defined(Z_SOLO) && defined(STDC) # include # if (UINT_MAX == 0xffffffffUL) # define Z_U4 unsigned # elif (ULONG_MAX == 0xffffffffUL) # define Z_U4 unsigned long # elif (USHRT_MAX == 0xffffffffUL) # define Z_U4 unsigned short # endif #endif #ifdef Z_U4 typedef Z_U4 z_crc_t; #else typedef unsigned long z_crc_t; #endif #ifdef HAVE_UNISTD_H /* may be set to #if 1 by ./configure */ # define Z_HAVE_UNISTD_H #endif #ifdef HAVE_STDARG_H /* may be set to #if 1 by ./configure */ # define Z_HAVE_STDARG_H #endif #ifdef STDC # ifndef Z_SOLO # include /* for off_t */ # endif #endif #if defined(STDC) || defined(Z_HAVE_STDARG_H) # ifndef Z_SOLO # include /* for va_list */ # endif #endif #ifdef _WIN32 # ifndef Z_SOLO # include /* for wchar_t */ # endif #endif /* a little trick to accommodate both "#define _LARGEFILE64_SOURCE" and * "#define _LARGEFILE64_SOURCE 1" as requesting 64-bit operations, (even * though the former does not conform to the LFS document), but considering * both "#undef _LARGEFILE64_SOURCE" and "#define _LARGEFILE64_SOURCE 0" as * equivalently requesting no 64-bit operations */ #if defined(_LARGEFILE64_SOURCE) && -_LARGEFILE64_SOURCE - -1 == 1 # undef _LARGEFILE64_SOURCE #endif #if defined(__WATCOMC__) && !defined(Z_HAVE_UNISTD_H) # define Z_HAVE_UNISTD_H #endif #ifndef Z_SOLO # if defined(Z_HAVE_UNISTD_H) || defined(_LARGEFILE64_SOURCE) # include /* for SEEK_*, off_t, and _LFS64_LARGEFILE */ # ifdef VMS # include /* for off_t */ # endif # ifndef z_off_t # define z_off_t off_t # endif # endif #endif #if defined(_LFS64_LARGEFILE) && _LFS64_LARGEFILE-0 # define Z_LFS64 #endif #if defined(_LARGEFILE64_SOURCE) && defined(Z_LFS64) # define Z_LARGE64 #endif #if defined(_FILE_OFFSET_BITS) && _FILE_OFFSET_BITS-0 == 64 && defined(Z_LFS64) # define Z_WANT64 #endif #if !defined(SEEK_SET) && !defined(Z_SOLO) # define SEEK_SET 0 /* Seek from beginning of file. */ # define SEEK_CUR 1 /* Seek from current position. */ # define SEEK_END 2 /* Set file pointer to EOF plus "offset" */ #endif #ifndef z_off_t # define z_off_t long #endif #if !defined(_WIN32) && defined(Z_LARGE64) # define z_off64_t off64_t #else # if defined(_WIN32) && !defined(__GNUC__) && !defined(Z_SOLO) # define z_off64_t __int64 # else # define z_off64_t z_off_t # endif #endif /* MVS linker does not support external names larger than 8 bytes */ #if defined(__MVS__) #pragma map(deflateInit_,"DEIN") #pragma map(deflateInit2_,"DEIN2") #pragma map(deflateEnd,"DEEND") #pragma map(deflateBound,"DEBND") #pragma map(inflateInit_,"ININ") #pragma map(inflateInit2_,"ININ2") #pragma map(inflateEnd,"INEND") #pragma map(inflateSync,"INSY") #pragma map(inflateSetDictionary,"INSEDI") #pragma map(compressBound,"CMBND") #pragma map(inflate_table,"INTABL") #pragma map(inflate_fast,"INFA") #pragma map(inflate_copyright,"INCOPY") #endif #endif /* ZCONF_H */ golly-3.3-src/gui-web/zlib/inffast.h0000644000175000017500000000065312362063145014323 00000000000000/* inffast.h -- header to use inffast.c * Copyright (C) 1995-2003, 2010 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ /* WARNING: this file should *not* be used by applications. It is part of the implementation of the compression library and is subject to change. Applications should only use zlib.h. */ void ZLIB_INTERNAL inflate_fast OF((z_streamp strm, unsigned start)); golly-3.3-src/gui-web/zlib/adler32.c0000644000175000017500000001155012362063145014116 00000000000000/* adler32.c -- compute the Adler-32 checksum of a data stream * Copyright (C) 1995-2011 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ /* @(#) $Id$ */ #include "zutil.h" #define local static local uLong adler32_combine_ OF((uLong adler1, uLong adler2, z_off64_t len2)); #define BASE 65521 /* largest prime smaller than 65536 */ #define NMAX 5552 /* NMAX is the largest n such that 255n(n+1)/2 + (n+1)(BASE-1) <= 2^32-1 */ #define DO1(buf,i) {adler += (buf)[i]; sum2 += adler;} #define DO2(buf,i) DO1(buf,i); DO1(buf,i+1); #define DO4(buf,i) DO2(buf,i); DO2(buf,i+2); #define DO8(buf,i) DO4(buf,i); DO4(buf,i+4); #define DO16(buf) DO8(buf,0); DO8(buf,8); /* use NO_DIVIDE if your processor does not do division in hardware -- try it both ways to see which is faster */ #ifdef NO_DIVIDE /* note that this assumes BASE is 65521, where 65536 % 65521 == 15 (thank you to John Reiser for pointing this out) */ # define CHOP(a) \ do { \ unsigned long tmp = a >> 16; \ a &= 0xffffUL; \ a += (tmp << 4) - tmp; \ } while (0) # define MOD28(a) \ do { \ CHOP(a); \ if (a >= BASE) a -= BASE; \ } while (0) # define MOD(a) \ do { \ CHOP(a); \ MOD28(a); \ } while (0) # define MOD63(a) \ do { /* this assumes a is not negative */ \ z_off64_t tmp = a >> 32; \ a &= 0xffffffffL; \ a += (tmp << 8) - (tmp << 5) + tmp; \ tmp = a >> 16; \ a &= 0xffffL; \ a += (tmp << 4) - tmp; \ tmp = a >> 16; \ a &= 0xffffL; \ a += (tmp << 4) - tmp; \ if (a >= BASE) a -= BASE; \ } while (0) #else # define MOD(a) a %= BASE # define MOD28(a) a %= BASE # define MOD63(a) a %= BASE #endif /* ========================================================================= */ uLong ZEXPORT adler32(adler, buf, len) uLong adler; const Bytef *buf; uInt len; { unsigned long sum2; unsigned n; /* split Adler-32 into component sums */ sum2 = (adler >> 16) & 0xffff; adler &= 0xffff; /* in case user likes doing a byte at a time, keep it fast */ if (len == 1) { adler += buf[0]; if (adler >= BASE) adler -= BASE; sum2 += adler; if (sum2 >= BASE) sum2 -= BASE; return adler | (sum2 << 16); } /* initial Adler-32 value (deferred check for len == 1 speed) */ if (buf == Z_NULL) return 1L; /* in case short lengths are provided, keep it somewhat fast */ if (len < 16) { while (len--) { adler += *buf++; sum2 += adler; } if (adler >= BASE) adler -= BASE; MOD28(sum2); /* only added so many BASE's */ return adler | (sum2 << 16); } /* do length NMAX blocks -- requires just one modulo operation */ while (len >= NMAX) { len -= NMAX; n = NMAX / 16; /* NMAX is divisible by 16 */ do { DO16(buf); /* 16 sums unrolled */ buf += 16; } while (--n); MOD(adler); MOD(sum2); } /* do remaining bytes (less than NMAX, still just one modulo) */ if (len) { /* avoid modulos if none remaining */ while (len >= 16) { len -= 16; DO16(buf); buf += 16; } while (len--) { adler += *buf++; sum2 += adler; } MOD(adler); MOD(sum2); } /* return recombined sums */ return adler | (sum2 << 16); } /* ========================================================================= */ local uLong adler32_combine_(adler1, adler2, len2) uLong adler1; uLong adler2; z_off64_t len2; { unsigned long sum1; unsigned long sum2; unsigned rem; /* for negative len, return invalid adler32 as a clue for debugging */ if (len2 < 0) return 0xffffffffUL; /* the derivation of this formula is left as an exercise for the reader */ MOD63(len2); /* assumes len2 >= 0 */ rem = (unsigned)len2; sum1 = adler1 & 0xffff; sum2 = rem * sum1; MOD(sum2); sum1 += (adler2 & 0xffff) + BASE - 1; sum2 += ((adler1 >> 16) & 0xffff) + ((adler2 >> 16) & 0xffff) + BASE - rem; if (sum1 >= BASE) sum1 -= BASE; if (sum1 >= BASE) sum1 -= BASE; if (sum2 >= (BASE << 1)) sum2 -= (BASE << 1); if (sum2 >= BASE) sum2 -= BASE; return sum1 | (sum2 << 16); } /* ========================================================================= */ uLong ZEXPORT adler32_combine(adler1, adler2, len2) uLong adler1; uLong adler2; z_off_t len2; { return adler32_combine_(adler1, adler2, len2); } uLong ZEXPORT adler32_combine64(adler1, adler2, len2) uLong adler1; uLong adler2; z_off64_t len2; { return adler32_combine_(adler1, adler2, len2); } golly-3.3-src/gui-web/zlib/compress.c0000644000175000017500000000474112362063145014521 00000000000000/* compress.c -- compress a memory buffer * Copyright (C) 1995-2005 Jean-loup Gailly. * For conditions of distribution and use, see copyright notice in zlib.h */ /* @(#) $Id$ */ #define ZLIB_INTERNAL #include "zlib.h" /* =========================================================================== Compresses the source buffer into the destination buffer. The level parameter has the same meaning as in deflateInit. sourceLen is the byte length of the source buffer. Upon entry, destLen is the total size of the destination buffer, which must be at least 0.1% larger than sourceLen plus 12 bytes. Upon exit, destLen is the actual size of the compressed buffer. compress2 returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_BUF_ERROR if there was not enough room in the output buffer, Z_STREAM_ERROR if the level parameter is invalid. */ int ZEXPORT compress2 (dest, destLen, source, sourceLen, level) Bytef *dest; uLongf *destLen; const Bytef *source; uLong sourceLen; int level; { z_stream stream; int err; stream.next_in = (z_const Bytef *)source; stream.avail_in = (uInt)sourceLen; #ifdef MAXSEG_64K /* Check for source > 64K on 16-bit machine: */ if ((uLong)stream.avail_in != sourceLen) return Z_BUF_ERROR; #endif stream.next_out = dest; stream.avail_out = (uInt)*destLen; if ((uLong)stream.avail_out != *destLen) return Z_BUF_ERROR; stream.zalloc = (alloc_func)0; stream.zfree = (free_func)0; stream.opaque = (voidpf)0; err = deflateInit(&stream, level); if (err != Z_OK) return err; err = deflate(&stream, Z_FINISH); if (err != Z_STREAM_END) { deflateEnd(&stream); return err == Z_OK ? Z_BUF_ERROR : err; } *destLen = stream.total_out; err = deflateEnd(&stream); return err; } /* =========================================================================== */ int ZEXPORT compress (dest, destLen, source, sourceLen) Bytef *dest; uLongf *destLen; const Bytef *source; uLong sourceLen; { return compress2(dest, destLen, source, sourceLen, Z_DEFAULT_COMPRESSION); } /* =========================================================================== If the default memLevel or windowBits for deflateInit() is changed, then this function needs to be updated. */ uLong ZEXPORT compressBound (sourceLen) uLong sourceLen; { return sourceLen + (sourceLen >> 12) + (sourceLen >> 14) + (sourceLen >> 25) + 13; } golly-3.3-src/gui-web/zlib/uncompr.c0000644000175000017500000000372312362063145014350 00000000000000/* uncompr.c -- decompress a memory buffer * Copyright (C) 1995-2003, 2010 Jean-loup Gailly. * For conditions of distribution and use, see copyright notice in zlib.h */ /* @(#) $Id$ */ #define ZLIB_INTERNAL #include "zlib.h" /* =========================================================================== Decompresses the source buffer into the destination buffer. sourceLen is the byte length of the source buffer. Upon entry, destLen is the total size of the destination buffer, which must be large enough to hold the entire uncompressed data. (The size of the uncompressed data must have been saved previously by the compressor and transmitted to the decompressor by some mechanism outside the scope of this compression library.) Upon exit, destLen is the actual size of the compressed buffer. uncompress returns Z_OK if success, Z_MEM_ERROR if there was not enough memory, Z_BUF_ERROR if there was not enough room in the output buffer, or Z_DATA_ERROR if the input data was corrupted. */ int ZEXPORT uncompress (dest, destLen, source, sourceLen) Bytef *dest; uLongf *destLen; const Bytef *source; uLong sourceLen; { z_stream stream; int err; stream.next_in = (z_const Bytef *)source; stream.avail_in = (uInt)sourceLen; /* Check for source > 64K on 16-bit machine: */ if ((uLong)stream.avail_in != sourceLen) return Z_BUF_ERROR; stream.next_out = dest; stream.avail_out = (uInt)*destLen; if ((uLong)stream.avail_out != *destLen) return Z_BUF_ERROR; stream.zalloc = (alloc_func)0; stream.zfree = (free_func)0; err = inflateInit(&stream); if (err != Z_OK) return err; err = inflate(&stream, Z_FINISH); if (err != Z_STREAM_END) { inflateEnd(&stream); if (err == Z_NEED_DICT || (err == Z_BUF_ERROR && stream.avail_in == 0)) return Z_DATA_ERROR; return err; } *destLen = stream.total_out; err = inflateEnd(&stream); return err; } golly-3.3-src/gui-web/zlib/inftrees.h0000644000175000017500000000556012362063145014512 00000000000000/* inftrees.h -- header to use inftrees.c * Copyright (C) 1995-2005, 2010 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ /* WARNING: this file should *not* be used by applications. It is part of the implementation of the compression library and is subject to change. Applications should only use zlib.h. */ /* Structure for decoding tables. Each entry provides either the information needed to do the operation requested by the code that indexed that table entry, or it provides a pointer to another table that indexes more bits of the code. op indicates whether the entry is a pointer to another table, a literal, a length or distance, an end-of-block, or an invalid code. For a table pointer, the low four bits of op is the number of index bits of that table. For a length or distance, the low four bits of op is the number of extra bits to get after the code. bits is the number of bits in this code or part of the code to drop off of the bit buffer. val is the actual byte to output in the case of a literal, the base length or distance, or the offset from the current table to the next table. Each entry is four bytes. */ typedef struct { unsigned char op; /* operation, extra bits, table bits */ unsigned char bits; /* bits in this part of the code */ unsigned short val; /* offset in table or code value */ } code; /* op values as set by inflate_table(): 00000000 - literal 0000tttt - table link, tttt != 0 is the number of table index bits 0001eeee - length or distance, eeee is the number of extra bits 01100000 - end of block 01000000 - invalid code */ /* Maximum size of the dynamic table. The maximum number of code structures is 1444, which is the sum of 852 for literal/length codes and 592 for distance codes. These values were found by exhaustive searches using the program examples/enough.c found in the zlib distribtution. The arguments to that program are the number of symbols, the initial root table size, and the maximum bit length of a code. "enough 286 9 15" for literal/length codes returns returns 852, and "enough 30 6 15" for distance codes returns 592. The initial root table size (9 or 6) is found in the fifth argument of the inflate_table() calls in inflate.c and infback.c. If the root table size is changed, then these maximum sizes would be need to be recalculated and updated. */ #define ENOUGH_LENS 852 #define ENOUGH_DISTS 592 #define ENOUGH (ENOUGH_LENS+ENOUGH_DISTS) /* Type of code to build for inflate_table() */ typedef enum { CODES, LENS, DISTS } codetype; int ZLIB_INTERNAL inflate_table OF((codetype type, unsigned short FAR *lens, unsigned codes, code FAR * FAR *table, unsigned FAR *bits, unsigned short FAR *work)); golly-3.3-src/gui-web/zlib/trees.h0000644000175000017500000002043012362063145014006 00000000000000/* header created automatically with -DGEN_TREES_H */ local const ct_data static_ltree[L_CODES+2] = { {{ 12},{ 8}}, {{140},{ 8}}, {{ 76},{ 8}}, {{204},{ 8}}, {{ 44},{ 8}}, {{172},{ 8}}, {{108},{ 8}}, {{236},{ 8}}, {{ 28},{ 8}}, {{156},{ 8}}, {{ 92},{ 8}}, {{220},{ 8}}, {{ 60},{ 8}}, {{188},{ 8}}, {{124},{ 8}}, {{252},{ 8}}, {{ 2},{ 8}}, {{130},{ 8}}, {{ 66},{ 8}}, {{194},{ 8}}, {{ 34},{ 8}}, {{162},{ 8}}, {{ 98},{ 8}}, {{226},{ 8}}, {{ 18},{ 8}}, {{146},{ 8}}, {{ 82},{ 8}}, {{210},{ 8}}, {{ 50},{ 8}}, {{178},{ 8}}, {{114},{ 8}}, {{242},{ 8}}, {{ 10},{ 8}}, {{138},{ 8}}, {{ 74},{ 8}}, {{202},{ 8}}, {{ 42},{ 8}}, {{170},{ 8}}, {{106},{ 8}}, {{234},{ 8}}, {{ 26},{ 8}}, {{154},{ 8}}, {{ 90},{ 8}}, {{218},{ 8}}, {{ 58},{ 8}}, {{186},{ 8}}, {{122},{ 8}}, {{250},{ 8}}, {{ 6},{ 8}}, {{134},{ 8}}, {{ 70},{ 8}}, {{198},{ 8}}, {{ 38},{ 8}}, {{166},{ 8}}, {{102},{ 8}}, {{230},{ 8}}, {{ 22},{ 8}}, {{150},{ 8}}, {{ 86},{ 8}}, {{214},{ 8}}, {{ 54},{ 8}}, {{182},{ 8}}, {{118},{ 8}}, {{246},{ 8}}, {{ 14},{ 8}}, {{142},{ 8}}, {{ 78},{ 8}}, {{206},{ 8}}, {{ 46},{ 8}}, {{174},{ 8}}, {{110},{ 8}}, {{238},{ 8}}, {{ 30},{ 8}}, {{158},{ 8}}, {{ 94},{ 8}}, {{222},{ 8}}, {{ 62},{ 8}}, {{190},{ 8}}, {{126},{ 8}}, {{254},{ 8}}, {{ 1},{ 8}}, {{129},{ 8}}, {{ 65},{ 8}}, {{193},{ 8}}, {{ 33},{ 8}}, {{161},{ 8}}, {{ 97},{ 8}}, {{225},{ 8}}, {{ 17},{ 8}}, {{145},{ 8}}, {{ 81},{ 8}}, {{209},{ 8}}, {{ 49},{ 8}}, {{177},{ 8}}, {{113},{ 8}}, {{241},{ 8}}, {{ 9},{ 8}}, {{137},{ 8}}, {{ 73},{ 8}}, {{201},{ 8}}, {{ 41},{ 8}}, {{169},{ 8}}, {{105},{ 8}}, {{233},{ 8}}, {{ 25},{ 8}}, {{153},{ 8}}, {{ 89},{ 8}}, {{217},{ 8}}, {{ 57},{ 8}}, {{185},{ 8}}, {{121},{ 8}}, {{249},{ 8}}, {{ 5},{ 8}}, {{133},{ 8}}, {{ 69},{ 8}}, {{197},{ 8}}, {{ 37},{ 8}}, {{165},{ 8}}, {{101},{ 8}}, {{229},{ 8}}, {{ 21},{ 8}}, {{149},{ 8}}, {{ 85},{ 8}}, {{213},{ 8}}, {{ 53},{ 8}}, {{181},{ 8}}, {{117},{ 8}}, {{245},{ 8}}, {{ 13},{ 8}}, {{141},{ 8}}, {{ 77},{ 8}}, {{205},{ 8}}, {{ 45},{ 8}}, {{173},{ 8}}, {{109},{ 8}}, {{237},{ 8}}, {{ 29},{ 8}}, {{157},{ 8}}, {{ 93},{ 8}}, {{221},{ 8}}, {{ 61},{ 8}}, {{189},{ 8}}, {{125},{ 8}}, {{253},{ 8}}, {{ 19},{ 9}}, {{275},{ 9}}, {{147},{ 9}}, {{403},{ 9}}, {{ 83},{ 9}}, {{339},{ 9}}, {{211},{ 9}}, {{467},{ 9}}, {{ 51},{ 9}}, {{307},{ 9}}, {{179},{ 9}}, {{435},{ 9}}, {{115},{ 9}}, {{371},{ 9}}, {{243},{ 9}}, {{499},{ 9}}, {{ 11},{ 9}}, {{267},{ 9}}, {{139},{ 9}}, {{395},{ 9}}, {{ 75},{ 9}}, {{331},{ 9}}, {{203},{ 9}}, {{459},{ 9}}, {{ 43},{ 9}}, {{299},{ 9}}, {{171},{ 9}}, {{427},{ 9}}, {{107},{ 9}}, {{363},{ 9}}, {{235},{ 9}}, {{491},{ 9}}, {{ 27},{ 9}}, {{283},{ 9}}, {{155},{ 9}}, {{411},{ 9}}, {{ 91},{ 9}}, {{347},{ 9}}, {{219},{ 9}}, {{475},{ 9}}, {{ 59},{ 9}}, {{315},{ 9}}, {{187},{ 9}}, {{443},{ 9}}, {{123},{ 9}}, {{379},{ 9}}, {{251},{ 9}}, {{507},{ 9}}, {{ 7},{ 9}}, {{263},{ 9}}, {{135},{ 9}}, {{391},{ 9}}, {{ 71},{ 9}}, {{327},{ 9}}, {{199},{ 9}}, {{455},{ 9}}, {{ 39},{ 9}}, {{295},{ 9}}, {{167},{ 9}}, {{423},{ 9}}, {{103},{ 9}}, {{359},{ 9}}, {{231},{ 9}}, {{487},{ 9}}, {{ 23},{ 9}}, {{279},{ 9}}, {{151},{ 9}}, {{407},{ 9}}, {{ 87},{ 9}}, {{343},{ 9}}, {{215},{ 9}}, {{471},{ 9}}, {{ 55},{ 9}}, {{311},{ 9}}, {{183},{ 9}}, {{439},{ 9}}, {{119},{ 9}}, {{375},{ 9}}, {{247},{ 9}}, {{503},{ 9}}, {{ 15},{ 9}}, {{271},{ 9}}, {{143},{ 9}}, {{399},{ 9}}, {{ 79},{ 9}}, {{335},{ 9}}, {{207},{ 9}}, {{463},{ 9}}, {{ 47},{ 9}}, {{303},{ 9}}, {{175},{ 9}}, {{431},{ 9}}, {{111},{ 9}}, {{367},{ 9}}, {{239},{ 9}}, {{495},{ 9}}, {{ 31},{ 9}}, {{287},{ 9}}, {{159},{ 9}}, {{415},{ 9}}, {{ 95},{ 9}}, {{351},{ 9}}, {{223},{ 9}}, {{479},{ 9}}, {{ 63},{ 9}}, {{319},{ 9}}, {{191},{ 9}}, {{447},{ 9}}, {{127},{ 9}}, {{383},{ 9}}, {{255},{ 9}}, {{511},{ 9}}, {{ 0},{ 7}}, {{ 64},{ 7}}, {{ 32},{ 7}}, {{ 96},{ 7}}, {{ 16},{ 7}}, {{ 80},{ 7}}, {{ 48},{ 7}}, {{112},{ 7}}, {{ 8},{ 7}}, {{ 72},{ 7}}, {{ 40},{ 7}}, {{104},{ 7}}, {{ 24},{ 7}}, {{ 88},{ 7}}, {{ 56},{ 7}}, {{120},{ 7}}, {{ 4},{ 7}}, {{ 68},{ 7}}, {{ 36},{ 7}}, {{100},{ 7}}, {{ 20},{ 7}}, {{ 84},{ 7}}, {{ 52},{ 7}}, {{116},{ 7}}, {{ 3},{ 8}}, {{131},{ 8}}, {{ 67},{ 8}}, {{195},{ 8}}, {{ 35},{ 8}}, {{163},{ 8}}, {{ 99},{ 8}}, {{227},{ 8}} }; local const ct_data static_dtree[D_CODES] = { {{ 0},{ 5}}, {{16},{ 5}}, {{ 8},{ 5}}, {{24},{ 5}}, {{ 4},{ 5}}, {{20},{ 5}}, {{12},{ 5}}, {{28},{ 5}}, {{ 2},{ 5}}, {{18},{ 5}}, {{10},{ 5}}, {{26},{ 5}}, {{ 6},{ 5}}, {{22},{ 5}}, {{14},{ 5}}, {{30},{ 5}}, {{ 1},{ 5}}, {{17},{ 5}}, {{ 9},{ 5}}, {{25},{ 5}}, {{ 5},{ 5}}, {{21},{ 5}}, {{13},{ 5}}, {{29},{ 5}}, {{ 3},{ 5}}, {{19},{ 5}}, {{11},{ 5}}, {{27},{ 5}}, {{ 7},{ 5}}, {{23},{ 5}} }; const uch ZLIB_INTERNAL _dist_code[DIST_CODE_LEN] = { 0, 1, 2, 3, 4, 4, 5, 5, 6, 6, 6, 6, 7, 7, 7, 7, 8, 8, 8, 8, 8, 8, 8, 8, 9, 9, 9, 9, 9, 9, 9, 9, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 10, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 11, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 12, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 13, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 14, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 15, 0, 0, 16, 17, 18, 18, 19, 19, 20, 20, 20, 20, 21, 21, 21, 21, 22, 22, 22, 22, 22, 22, 22, 22, 23, 23, 23, 23, 23, 23, 23, 23, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 28, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29, 29 }; const uch ZLIB_INTERNAL _length_code[MAX_MATCH-MIN_MATCH+1]= { 0, 1, 2, 3, 4, 5, 6, 7, 8, 8, 9, 9, 10, 10, 11, 11, 12, 12, 12, 12, 13, 13, 13, 13, 14, 14, 14, 14, 15, 15, 15, 15, 16, 16, 16, 16, 16, 16, 16, 16, 17, 17, 17, 17, 17, 17, 17, 17, 18, 18, 18, 18, 18, 18, 18, 18, 19, 19, 19, 19, 19, 19, 19, 19, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 20, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 21, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 22, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 23, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 24, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 25, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 26, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 27, 28 }; local const int base_length[LENGTH_CODES] = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 10, 12, 14, 16, 20, 24, 28, 32, 40, 48, 56, 64, 80, 96, 112, 128, 160, 192, 224, 0 }; local const int base_dist[D_CODES] = { 0, 1, 2, 3, 4, 6, 8, 12, 16, 24, 32, 48, 64, 96, 128, 192, 256, 384, 512, 768, 1024, 1536, 2048, 3072, 4096, 6144, 8192, 12288, 16384, 24576 }; golly-3.3-src/gui-web/zlib/inflate.c0000644000175000017500000015041012362063145014303 00000000000000/* inflate.c -- zlib decompression * Copyright (C) 1995-2012 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ /* * Change history: * * 1.2.beta0 24 Nov 2002 * - First version -- complete rewrite of inflate to simplify code, avoid * creation of window when not needed, minimize use of window when it is * needed, make inffast.c even faster, implement gzip decoding, and to * improve code readability and style over the previous zlib inflate code * * 1.2.beta1 25 Nov 2002 * - Use pointers for available input and output checking in inffast.c * - Remove input and output counters in inffast.c * - Change inffast.c entry and loop from avail_in >= 7 to >= 6 * - Remove unnecessary second byte pull from length extra in inffast.c * - Unroll direct copy to three copies per loop in inffast.c * * 1.2.beta2 4 Dec 2002 * - Change external routine names to reduce potential conflicts * - Correct filename to inffixed.h for fixed tables in inflate.c * - Make hbuf[] unsigned char to match parameter type in inflate.c * - Change strm->next_out[-state->offset] to *(strm->next_out - state->offset) * to avoid negation problem on Alphas (64 bit) in inflate.c * * 1.2.beta3 22 Dec 2002 * - Add comments on state->bits assertion in inffast.c * - Add comments on op field in inftrees.h * - Fix bug in reuse of allocated window after inflateReset() * - Remove bit fields--back to byte structure for speed * - Remove distance extra == 0 check in inflate_fast()--only helps for lengths * - Change post-increments to pre-increments in inflate_fast(), PPC biased? * - Add compile time option, POSTINC, to use post-increments instead (Intel?) * - Make MATCH copy in inflate() much faster for when inflate_fast() not used * - Use local copies of stream next and avail values, as well as local bit * buffer and bit count in inflate()--for speed when inflate_fast() not used * * 1.2.beta4 1 Jan 2003 * - Split ptr - 257 statements in inflate_table() to avoid compiler warnings * - Move a comment on output buffer sizes from inffast.c to inflate.c * - Add comments in inffast.c to introduce the inflate_fast() routine * - Rearrange window copies in inflate_fast() for speed and simplification * - Unroll last copy for window match in inflate_fast() * - Use local copies of window variables in inflate_fast() for speed * - Pull out common wnext == 0 case for speed in inflate_fast() * - Make op and len in inflate_fast() unsigned for consistency * - Add FAR to lcode and dcode declarations in inflate_fast() * - Simplified bad distance check in inflate_fast() * - Added inflateBackInit(), inflateBack(), and inflateBackEnd() in new * source file infback.c to provide a call-back interface to inflate for * programs like gzip and unzip -- uses window as output buffer to avoid * window copying * * 1.2.beta5 1 Jan 2003 * - Improved inflateBack() interface to allow the caller to provide initial * input in strm. * - Fixed stored blocks bug in inflateBack() * * 1.2.beta6 4 Jan 2003 * - Added comments in inffast.c on effectiveness of POSTINC * - Typecasting all around to reduce compiler warnings * - Changed loops from while (1) or do {} while (1) to for (;;), again to * make compilers happy * - Changed type of window in inflateBackInit() to unsigned char * * * 1.2.beta7 27 Jan 2003 * - Changed many types to unsigned or unsigned short to avoid warnings * - Added inflateCopy() function * * 1.2.0 9 Mar 2003 * - Changed inflateBack() interface to provide separate opaque descriptors * for the in() and out() functions * - Changed inflateBack() argument and in_func typedef to swap the length * and buffer address return values for the input function * - Check next_in and next_out for Z_NULL on entry to inflate() * * The history for versions after 1.2.0 are in ChangeLog in zlib distribution. */ #include "zutil.h" #include "inftrees.h" #include "inflate.h" #include "inffast.h" #ifdef MAKEFIXED # ifndef BUILDFIXED # define BUILDFIXED # endif #endif /* function prototypes */ local void fixedtables OF((struct inflate_state FAR *state)); local int updatewindow OF((z_streamp strm, const unsigned char FAR *end, unsigned copy)); #ifdef BUILDFIXED void makefixed OF((void)); #endif local unsigned syncsearch OF((unsigned FAR *have, const unsigned char FAR *buf, unsigned len)); int ZEXPORT inflateResetKeep(strm) z_streamp strm; { struct inflate_state FAR *state; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; strm->total_in = strm->total_out = state->total = 0; strm->msg = Z_NULL; if (state->wrap) /* to support ill-conceived Java test suite */ strm->adler = state->wrap & 1; state->mode = HEAD; state->last = 0; state->havedict = 0; state->dmax = 32768U; state->head = Z_NULL; state->hold = 0; state->bits = 0; state->lencode = state->distcode = state->next = state->codes; state->sane = 1; state->back = -1; Tracev((stderr, "inflate: reset\n")); return Z_OK; } int ZEXPORT inflateReset(strm) z_streamp strm; { struct inflate_state FAR *state; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; state->wsize = 0; state->whave = 0; state->wnext = 0; return inflateResetKeep(strm); } int ZEXPORT inflateReset2(strm, windowBits) z_streamp strm; int windowBits; { int wrap; struct inflate_state FAR *state; /* get the state */ if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; /* extract wrap request from windowBits parameter */ if (windowBits < 0) { wrap = 0; windowBits = -windowBits; } else { wrap = (windowBits >> 4) + 1; #ifdef GUNZIP if (windowBits < 48) windowBits &= 15; #endif } /* set number of window bits, free window if different */ if (windowBits && (windowBits < 8 || windowBits > 15)) return Z_STREAM_ERROR; if (state->window != Z_NULL && state->wbits != (unsigned)windowBits) { ZFREE(strm, state->window); state->window = Z_NULL; } /* update state and reset the rest of it */ state->wrap = wrap; state->wbits = (unsigned)windowBits; return inflateReset(strm); } int ZEXPORT inflateInit2_(strm, windowBits, version, stream_size) z_streamp strm; int windowBits; const char *version; int stream_size; { int ret; struct inflate_state FAR *state; if (version == Z_NULL || version[0] != ZLIB_VERSION[0] || stream_size != (int)(sizeof(z_stream))) return Z_VERSION_ERROR; if (strm == Z_NULL) return Z_STREAM_ERROR; strm->msg = Z_NULL; /* in case we return an error */ if (strm->zalloc == (alloc_func)0) { #ifdef Z_SOLO return Z_STREAM_ERROR; #else strm->zalloc = zcalloc; strm->opaque = (voidpf)0; #endif } if (strm->zfree == (free_func)0) #ifdef Z_SOLO return Z_STREAM_ERROR; #else strm->zfree = zcfree; #endif state = (struct inflate_state FAR *) ZALLOC(strm, 1, sizeof(struct inflate_state)); if (state == Z_NULL) return Z_MEM_ERROR; Tracev((stderr, "inflate: allocated\n")); strm->state = (struct internal_state FAR *)state; state->window = Z_NULL; ret = inflateReset2(strm, windowBits); if (ret != Z_OK) { ZFREE(strm, state); strm->state = Z_NULL; } return ret; } int ZEXPORT inflateInit_(strm, version, stream_size) z_streamp strm; const char *version; int stream_size; { return inflateInit2_(strm, DEF_WBITS, version, stream_size); } int ZEXPORT inflatePrime(strm, bits, value) z_streamp strm; int bits; int value; { struct inflate_state FAR *state; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; if (bits < 0) { state->hold = 0; state->bits = 0; return Z_OK; } if (bits > 16 || state->bits + bits > 32) return Z_STREAM_ERROR; value &= (1L << bits) - 1; state->hold += value << state->bits; state->bits += bits; return Z_OK; } /* Return state with length and distance decoding tables and index sizes set to fixed code decoding. Normally this returns fixed tables from inffixed.h. If BUILDFIXED is defined, then instead this routine builds the tables the first time it's called, and returns those tables the first time and thereafter. This reduces the size of the code by about 2K bytes, in exchange for a little execution time. However, BUILDFIXED should not be used for threaded applications, since the rewriting of the tables and virgin may not be thread-safe. */ local void fixedtables(state) struct inflate_state FAR *state; { #ifdef BUILDFIXED static int virgin = 1; static code *lenfix, *distfix; static code fixed[544]; /* build fixed huffman tables if first call (may not be thread safe) */ if (virgin) { unsigned sym, bits; static code *next; /* literal/length table */ sym = 0; while (sym < 144) state->lens[sym++] = 8; while (sym < 256) state->lens[sym++] = 9; while (sym < 280) state->lens[sym++] = 7; while (sym < 288) state->lens[sym++] = 8; next = fixed; lenfix = next; bits = 9; inflate_table(LENS, state->lens, 288, &(next), &(bits), state->work); /* distance table */ sym = 0; while (sym < 32) state->lens[sym++] = 5; distfix = next; bits = 5; inflate_table(DISTS, state->lens, 32, &(next), &(bits), state->work); /* do this just once */ virgin = 0; } #else /* !BUILDFIXED */ # include "inffixed.h" #endif /* BUILDFIXED */ state->lencode = lenfix; state->lenbits = 9; state->distcode = distfix; state->distbits = 5; } #ifdef MAKEFIXED #include /* Write out the inffixed.h that is #include'd above. Defining MAKEFIXED also defines BUILDFIXED, so the tables are built on the fly. makefixed() writes those tables to stdout, which would be piped to inffixed.h. A small program can simply call makefixed to do this: void makefixed(void); int main(void) { makefixed(); return 0; } Then that can be linked with zlib built with MAKEFIXED defined and run: a.out > inffixed.h */ void makefixed() { unsigned low, size; struct inflate_state state; fixedtables(&state); puts(" /* inffixed.h -- table for decoding fixed codes"); puts(" * Generated automatically by makefixed()."); puts(" */"); puts(""); puts(" /* WARNING: this file should *not* be used by applications."); puts(" It is part of the implementation of this library and is"); puts(" subject to change. Applications should only use zlib.h."); puts(" */"); puts(""); size = 1U << 9; printf(" static const code lenfix[%u] = {", size); low = 0; for (;;) { if ((low % 7) == 0) printf("\n "); printf("{%u,%u,%d}", (low & 127) == 99 ? 64 : state.lencode[low].op, state.lencode[low].bits, state.lencode[low].val); if (++low == size) break; putchar(','); } puts("\n };"); size = 1U << 5; printf("\n static const code distfix[%u] = {", size); low = 0; for (;;) { if ((low % 6) == 0) printf("\n "); printf("{%u,%u,%d}", state.distcode[low].op, state.distcode[low].bits, state.distcode[low].val); if (++low == size) break; putchar(','); } puts("\n };"); } #endif /* MAKEFIXED */ /* Update the window with the last wsize (normally 32K) bytes written before returning. If window does not exist yet, create it. This is only called when a window is already in use, or when output has been written during this inflate call, but the end of the deflate stream has not been reached yet. It is also called to create a window for dictionary data when a dictionary is loaded. Providing output buffers larger than 32K to inflate() should provide a speed advantage, since only the last 32K of output is copied to the sliding window upon return from inflate(), and since all distances after the first 32K of output will fall in the output data, making match copies simpler and faster. The advantage may be dependent on the size of the processor's data caches. */ local int updatewindow(strm, end, copy) z_streamp strm; const Bytef *end; unsigned copy; { struct inflate_state FAR *state; unsigned dist; state = (struct inflate_state FAR *)strm->state; /* if it hasn't been done already, allocate space for the window */ if (state->window == Z_NULL) { state->window = (unsigned char FAR *) ZALLOC(strm, 1U << state->wbits, sizeof(unsigned char)); if (state->window == Z_NULL) return 1; } /* if window not in use yet, initialize */ if (state->wsize == 0) { state->wsize = 1U << state->wbits; state->wnext = 0; state->whave = 0; } /* copy state->wsize or less output bytes into the circular window */ if (copy >= state->wsize) { zmemcpy(state->window, end - state->wsize, state->wsize); state->wnext = 0; state->whave = state->wsize; } else { dist = state->wsize - state->wnext; if (dist > copy) dist = copy; zmemcpy(state->window + state->wnext, end - copy, dist); copy -= dist; if (copy) { zmemcpy(state->window, end - copy, copy); state->wnext = copy; state->whave = state->wsize; } else { state->wnext += dist; if (state->wnext == state->wsize) state->wnext = 0; if (state->whave < state->wsize) state->whave += dist; } } return 0; } /* Macros for inflate(): */ /* check function to use adler32() for zlib or crc32() for gzip */ #ifdef GUNZIP # define UPDATE(check, buf, len) \ (state->flags ? crc32(check, buf, len) : adler32(check, buf, len)) #else # define UPDATE(check, buf, len) adler32(check, buf, len) #endif /* check macros for header crc */ #ifdef GUNZIP # define CRC2(check, word) \ do { \ hbuf[0] = (unsigned char)(word); \ hbuf[1] = (unsigned char)((word) >> 8); \ check = crc32(check, hbuf, 2); \ } while (0) # define CRC4(check, word) \ do { \ hbuf[0] = (unsigned char)(word); \ hbuf[1] = (unsigned char)((word) >> 8); \ hbuf[2] = (unsigned char)((word) >> 16); \ hbuf[3] = (unsigned char)((word) >> 24); \ check = crc32(check, hbuf, 4); \ } while (0) #endif /* Load registers with state in inflate() for speed */ #define LOAD() \ do { \ put = strm->next_out; \ left = strm->avail_out; \ next = strm->next_in; \ have = strm->avail_in; \ hold = state->hold; \ bits = state->bits; \ } while (0) /* Restore state from registers in inflate() */ #define RESTORE() \ do { \ strm->next_out = put; \ strm->avail_out = left; \ strm->next_in = next; \ strm->avail_in = have; \ state->hold = hold; \ state->bits = bits; \ } while (0) /* Clear the input bit accumulator */ #define INITBITS() \ do { \ hold = 0; \ bits = 0; \ } while (0) /* Get a byte of input into the bit accumulator, or return from inflate() if there is no input available. */ #define PULLBYTE() \ do { \ if (have == 0) goto inf_leave; \ have--; \ hold += (unsigned long)(*next++) << bits; \ bits += 8; \ } while (0) /* Assure that there are at least n bits in the bit accumulator. If there is not enough available input to do that, then return from inflate(). */ #define NEEDBITS(n) \ do { \ while (bits < (unsigned)(n)) \ PULLBYTE(); \ } while (0) /* Return the low n bits of the bit accumulator (n < 16) */ #define BITS(n) \ ((unsigned)hold & ((1U << (n)) - 1)) /* Remove n bits from the bit accumulator */ #define DROPBITS(n) \ do { \ hold >>= (n); \ bits -= (unsigned)(n); \ } while (0) /* Remove zero to seven bits as needed to go to a byte boundary */ #define BYTEBITS() \ do { \ hold >>= bits & 7; \ bits -= bits & 7; \ } while (0) /* inflate() uses a state machine to process as much input data and generate as much output data as possible before returning. The state machine is structured roughly as follows: for (;;) switch (state) { ... case STATEn: if (not enough input data or output space to make progress) return; ... make progress ... state = STATEm; break; ... } so when inflate() is called again, the same case is attempted again, and if the appropriate resources are provided, the machine proceeds to the next state. The NEEDBITS() macro is usually the way the state evaluates whether it can proceed or should return. NEEDBITS() does the return if the requested bits are not available. The typical use of the BITS macros is: NEEDBITS(n); ... do something with BITS(n) ... DROPBITS(n); where NEEDBITS(n) either returns from inflate() if there isn't enough input left to load n bits into the accumulator, or it continues. BITS(n) gives the low n bits in the accumulator. When done, DROPBITS(n) drops the low n bits off the accumulator. INITBITS() clears the accumulator and sets the number of available bits to zero. BYTEBITS() discards just enough bits to put the accumulator on a byte boundary. After BYTEBITS() and a NEEDBITS(8), then BITS(8) would return the next byte in the stream. NEEDBITS(n) uses PULLBYTE() to get an available byte of input, or to return if there is no input available. The decoding of variable length codes uses PULLBYTE() directly in order to pull just enough bytes to decode the next code, and no more. Some states loop until they get enough input, making sure that enough state information is maintained to continue the loop where it left off if NEEDBITS() returns in the loop. For example, want, need, and keep would all have to actually be part of the saved state in case NEEDBITS() returns: case STATEw: while (want < need) { NEEDBITS(n); keep[want++] = BITS(n); DROPBITS(n); } state = STATEx; case STATEx: As shown above, if the next state is also the next case, then the break is omitted. A state may also return if there is not enough output space available to complete that state. Those states are copying stored data, writing a literal byte, and copying a matching string. When returning, a "goto inf_leave" is used to update the total counters, update the check value, and determine whether any progress has been made during that inflate() call in order to return the proper return code. Progress is defined as a change in either strm->avail_in or strm->avail_out. When there is a window, goto inf_leave will update the window with the last output written. If a goto inf_leave occurs in the middle of decompression and there is no window currently, goto inf_leave will create one and copy output to the window for the next call of inflate(). In this implementation, the flush parameter of inflate() only affects the return code (per zlib.h). inflate() always writes as much as possible to strm->next_out, given the space available and the provided input--the effect documented in zlib.h of Z_SYNC_FLUSH. Furthermore, inflate() always defers the allocation of and copying into a sliding window until necessary, which provides the effect documented in zlib.h for Z_FINISH when the entire input stream available. So the only thing the flush parameter actually does is: when flush is set to Z_FINISH, inflate() cannot return Z_OK. Instead it will return Z_BUF_ERROR if it has not reached the end of the stream. */ int ZEXPORT inflate(strm, flush) z_streamp strm; int flush; { struct inflate_state FAR *state; z_const unsigned char FAR *next; /* next input */ unsigned char FAR *put; /* next output */ unsigned have, left; /* available input and output */ unsigned long hold; /* bit buffer */ unsigned bits; /* bits in bit buffer */ unsigned in, out; /* save starting available input and output */ unsigned copy; /* number of stored or match bytes to copy */ unsigned char FAR *from; /* where to copy match bytes from */ code here; /* current decoding table entry */ code last; /* parent table entry */ unsigned len; /* length to copy for repeats, bits to drop */ int ret; /* return code */ #ifdef GUNZIP unsigned char hbuf[4]; /* buffer for gzip header crc calculation */ #endif static const unsigned short order[19] = /* permutation of code lengths */ {16, 17, 18, 0, 8, 7, 9, 6, 10, 5, 11, 4, 12, 3, 13, 2, 14, 1, 15}; if (strm == Z_NULL || strm->state == Z_NULL || strm->next_out == Z_NULL || (strm->next_in == Z_NULL && strm->avail_in != 0)) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; if (state->mode == TYPE) state->mode = TYPEDO; /* skip check */ LOAD(); in = have; out = left; ret = Z_OK; for (;;) switch (state->mode) { case HEAD: if (state->wrap == 0) { state->mode = TYPEDO; break; } NEEDBITS(16); #ifdef GUNZIP if ((state->wrap & 2) && hold == 0x8b1f) { /* gzip header */ state->check = crc32(0L, Z_NULL, 0); CRC2(state->check, hold); INITBITS(); state->mode = FLAGS; break; } state->flags = 0; /* expect zlib header */ if (state->head != Z_NULL) state->head->done = -1; if (!(state->wrap & 1) || /* check if zlib header allowed */ #else if ( #endif ((BITS(8) << 8) + (hold >> 8)) % 31) { strm->msg = (char *)"incorrect header check"; state->mode = BAD; break; } if (BITS(4) != Z_DEFLATED) { strm->msg = (char *)"unknown compression method"; state->mode = BAD; break; } DROPBITS(4); len = BITS(4) + 8; if (state->wbits == 0) state->wbits = len; else if (len > state->wbits) { strm->msg = (char *)"invalid window size"; state->mode = BAD; break; } state->dmax = 1U << len; Tracev((stderr, "inflate: zlib header ok\n")); strm->adler = state->check = adler32(0L, Z_NULL, 0); state->mode = hold & 0x200 ? DICTID : TYPE; INITBITS(); break; #ifdef GUNZIP case FLAGS: NEEDBITS(16); state->flags = (int)(hold); if ((state->flags & 0xff) != Z_DEFLATED) { strm->msg = (char *)"unknown compression method"; state->mode = BAD; break; } if (state->flags & 0xe000) { strm->msg = (char *)"unknown header flags set"; state->mode = BAD; break; } if (state->head != Z_NULL) state->head->text = (int)((hold >> 8) & 1); if (state->flags & 0x0200) CRC2(state->check, hold); INITBITS(); state->mode = TIME; case TIME: NEEDBITS(32); if (state->head != Z_NULL) state->head->time = hold; if (state->flags & 0x0200) CRC4(state->check, hold); INITBITS(); state->mode = OS; case OS: NEEDBITS(16); if (state->head != Z_NULL) { state->head->xflags = (int)(hold & 0xff); state->head->os = (int)(hold >> 8); } if (state->flags & 0x0200) CRC2(state->check, hold); INITBITS(); state->mode = EXLEN; case EXLEN: if (state->flags & 0x0400) { NEEDBITS(16); state->length = (unsigned)(hold); if (state->head != Z_NULL) state->head->extra_len = (unsigned)hold; if (state->flags & 0x0200) CRC2(state->check, hold); INITBITS(); } else if (state->head != Z_NULL) state->head->extra = Z_NULL; state->mode = EXTRA; case EXTRA: if (state->flags & 0x0400) { copy = state->length; if (copy > have) copy = have; if (copy) { if (state->head != Z_NULL && state->head->extra != Z_NULL) { len = state->head->extra_len - state->length; zmemcpy(state->head->extra + len, next, len + copy > state->head->extra_max ? state->head->extra_max - len : copy); } if (state->flags & 0x0200) state->check = crc32(state->check, next, copy); have -= copy; next += copy; state->length -= copy; } if (state->length) goto inf_leave; } state->length = 0; state->mode = NAME; case NAME: if (state->flags & 0x0800) { if (have == 0) goto inf_leave; copy = 0; do { len = (unsigned)(next[copy++]); if (state->head != Z_NULL && state->head->name != Z_NULL && state->length < state->head->name_max) state->head->name[state->length++] = len; } while (len && copy < have); if (state->flags & 0x0200) state->check = crc32(state->check, next, copy); have -= copy; next += copy; if (len) goto inf_leave; } else if (state->head != Z_NULL) state->head->name = Z_NULL; state->length = 0; state->mode = COMMENT; case COMMENT: if (state->flags & 0x1000) { if (have == 0) goto inf_leave; copy = 0; do { len = (unsigned)(next[copy++]); if (state->head != Z_NULL && state->head->comment != Z_NULL && state->length < state->head->comm_max) state->head->comment[state->length++] = len; } while (len && copy < have); if (state->flags & 0x0200) state->check = crc32(state->check, next, copy); have -= copy; next += copy; if (len) goto inf_leave; } else if (state->head != Z_NULL) state->head->comment = Z_NULL; state->mode = HCRC; case HCRC: if (state->flags & 0x0200) { NEEDBITS(16); if (hold != (state->check & 0xffff)) { strm->msg = (char *)"header crc mismatch"; state->mode = BAD; break; } INITBITS(); } if (state->head != Z_NULL) { state->head->hcrc = (int)((state->flags >> 9) & 1); state->head->done = 1; } strm->adler = state->check = crc32(0L, Z_NULL, 0); state->mode = TYPE; break; #endif case DICTID: NEEDBITS(32); strm->adler = state->check = ZSWAP32(hold); INITBITS(); state->mode = DICT; case DICT: if (state->havedict == 0) { RESTORE(); return Z_NEED_DICT; } strm->adler = state->check = adler32(0L, Z_NULL, 0); state->mode = TYPE; case TYPE: if (flush == Z_BLOCK || flush == Z_TREES) goto inf_leave; case TYPEDO: if (state->last) { BYTEBITS(); state->mode = CHECK; break; } NEEDBITS(3); state->last = BITS(1); DROPBITS(1); switch (BITS(2)) { case 0: /* stored block */ Tracev((stderr, "inflate: stored block%s\n", state->last ? " (last)" : "")); state->mode = STORED; break; case 1: /* fixed block */ fixedtables(state); Tracev((stderr, "inflate: fixed codes block%s\n", state->last ? " (last)" : "")); state->mode = LEN_; /* decode codes */ if (flush == Z_TREES) { DROPBITS(2); goto inf_leave; } break; case 2: /* dynamic block */ Tracev((stderr, "inflate: dynamic codes block%s\n", state->last ? " (last)" : "")); state->mode = TABLE; break; case 3: strm->msg = (char *)"invalid block type"; state->mode = BAD; } DROPBITS(2); break; case STORED: BYTEBITS(); /* go to byte boundary */ NEEDBITS(32); if ((hold & 0xffff) != ((hold >> 16) ^ 0xffff)) { strm->msg = (char *)"invalid stored block lengths"; state->mode = BAD; break; } state->length = (unsigned)hold & 0xffff; Tracev((stderr, "inflate: stored length %u\n", state->length)); INITBITS(); state->mode = COPY_; if (flush == Z_TREES) goto inf_leave; case COPY_: state->mode = COPY; case COPY: copy = state->length; if (copy) { if (copy > have) copy = have; if (copy > left) copy = left; if (copy == 0) goto inf_leave; zmemcpy(put, next, copy); have -= copy; next += copy; left -= copy; put += copy; state->length -= copy; break; } Tracev((stderr, "inflate: stored end\n")); state->mode = TYPE; break; case TABLE: NEEDBITS(14); state->nlen = BITS(5) + 257; DROPBITS(5); state->ndist = BITS(5) + 1; DROPBITS(5); state->ncode = BITS(4) + 4; DROPBITS(4); #ifndef PKZIP_BUG_WORKAROUND if (state->nlen > 286 || state->ndist > 30) { strm->msg = (char *)"too many length or distance symbols"; state->mode = BAD; break; } #endif Tracev((stderr, "inflate: table sizes ok\n")); state->have = 0; state->mode = LENLENS; case LENLENS: while (state->have < state->ncode) { NEEDBITS(3); state->lens[order[state->have++]] = (unsigned short)BITS(3); DROPBITS(3); } while (state->have < 19) state->lens[order[state->have++]] = 0; state->next = state->codes; state->lencode = (const code FAR *)(state->next); state->lenbits = 7; ret = inflate_table(CODES, state->lens, 19, &(state->next), &(state->lenbits), state->work); if (ret) { strm->msg = (char *)"invalid code lengths set"; state->mode = BAD; break; } Tracev((stderr, "inflate: code lengths ok\n")); state->have = 0; state->mode = CODELENS; case CODELENS: while (state->have < state->nlen + state->ndist) { for (;;) { here = state->lencode[BITS(state->lenbits)]; if ((unsigned)(here.bits) <= bits) break; PULLBYTE(); } if (here.val < 16) { DROPBITS(here.bits); state->lens[state->have++] = here.val; } else { if (here.val == 16) { NEEDBITS(here.bits + 2); DROPBITS(here.bits); if (state->have == 0) { strm->msg = (char *)"invalid bit length repeat"; state->mode = BAD; break; } len = state->lens[state->have - 1]; copy = 3 + BITS(2); DROPBITS(2); } else if (here.val == 17) { NEEDBITS(here.bits + 3); DROPBITS(here.bits); len = 0; copy = 3 + BITS(3); DROPBITS(3); } else { NEEDBITS(here.bits + 7); DROPBITS(here.bits); len = 0; copy = 11 + BITS(7); DROPBITS(7); } if (state->have + copy > state->nlen + state->ndist) { strm->msg = (char *)"invalid bit length repeat"; state->mode = BAD; break; } while (copy--) state->lens[state->have++] = (unsigned short)len; } } /* handle error breaks in while */ if (state->mode == BAD) break; /* check for end-of-block code (better have one) */ if (state->lens[256] == 0) { strm->msg = (char *)"invalid code -- missing end-of-block"; state->mode = BAD; break; } /* build code tables -- note: do not change the lenbits or distbits values here (9 and 6) without reading the comments in inftrees.h concerning the ENOUGH constants, which depend on those values */ state->next = state->codes; state->lencode = (const code FAR *)(state->next); state->lenbits = 9; ret = inflate_table(LENS, state->lens, state->nlen, &(state->next), &(state->lenbits), state->work); if (ret) { strm->msg = (char *)"invalid literal/lengths set"; state->mode = BAD; break; } state->distcode = (const code FAR *)(state->next); state->distbits = 6; ret = inflate_table(DISTS, state->lens + state->nlen, state->ndist, &(state->next), &(state->distbits), state->work); if (ret) { strm->msg = (char *)"invalid distances set"; state->mode = BAD; break; } Tracev((stderr, "inflate: codes ok\n")); state->mode = LEN_; if (flush == Z_TREES) goto inf_leave; case LEN_: state->mode = LEN; case LEN: if (have >= 6 && left >= 258) { RESTORE(); inflate_fast(strm, out); LOAD(); if (state->mode == TYPE) state->back = -1; break; } state->back = 0; for (;;) { here = state->lencode[BITS(state->lenbits)]; if ((unsigned)(here.bits) <= bits) break; PULLBYTE(); } if (here.op && (here.op & 0xf0) == 0) { last = here; for (;;) { here = state->lencode[last.val + (BITS(last.bits + last.op) >> last.bits)]; if ((unsigned)(last.bits + here.bits) <= bits) break; PULLBYTE(); } DROPBITS(last.bits); state->back += last.bits; } DROPBITS(here.bits); state->back += here.bits; state->length = (unsigned)here.val; if ((int)(here.op) == 0) { Tracevv((stderr, here.val >= 0x20 && here.val < 0x7f ? "inflate: literal '%c'\n" : "inflate: literal 0x%02x\n", here.val)); state->mode = LIT; break; } if (here.op & 32) { Tracevv((stderr, "inflate: end of block\n")); state->back = -1; state->mode = TYPE; break; } if (here.op & 64) { strm->msg = (char *)"invalid literal/length code"; state->mode = BAD; break; } state->extra = (unsigned)(here.op) & 15; state->mode = LENEXT; case LENEXT: if (state->extra) { NEEDBITS(state->extra); state->length += BITS(state->extra); DROPBITS(state->extra); state->back += state->extra; } Tracevv((stderr, "inflate: length %u\n", state->length)); state->was = state->length; state->mode = DIST; case DIST: for (;;) { here = state->distcode[BITS(state->distbits)]; if ((unsigned)(here.bits) <= bits) break; PULLBYTE(); } if ((here.op & 0xf0) == 0) { last = here; for (;;) { here = state->distcode[last.val + (BITS(last.bits + last.op) >> last.bits)]; if ((unsigned)(last.bits + here.bits) <= bits) break; PULLBYTE(); } DROPBITS(last.bits); state->back += last.bits; } DROPBITS(here.bits); state->back += here.bits; if (here.op & 64) { strm->msg = (char *)"invalid distance code"; state->mode = BAD; break; } state->offset = (unsigned)here.val; state->extra = (unsigned)(here.op) & 15; state->mode = DISTEXT; case DISTEXT: if (state->extra) { NEEDBITS(state->extra); state->offset += BITS(state->extra); DROPBITS(state->extra); state->back += state->extra; } #ifdef INFLATE_STRICT if (state->offset > state->dmax) { strm->msg = (char *)"invalid distance too far back"; state->mode = BAD; break; } #endif Tracevv((stderr, "inflate: distance %u\n", state->offset)); state->mode = MATCH; case MATCH: if (left == 0) goto inf_leave; copy = out - left; if (state->offset > copy) { /* copy from window */ copy = state->offset - copy; if (copy > state->whave) { if (state->sane) { strm->msg = (char *)"invalid distance too far back"; state->mode = BAD; break; } #ifdef INFLATE_ALLOW_INVALID_DISTANCE_TOOFAR_ARRR Trace((stderr, "inflate.c too far\n")); copy -= state->whave; if (copy > state->length) copy = state->length; if (copy > left) copy = left; left -= copy; state->length -= copy; do { *put++ = 0; } while (--copy); if (state->length == 0) state->mode = LEN; break; #endif } if (copy > state->wnext) { copy -= state->wnext; from = state->window + (state->wsize - copy); } else from = state->window + (state->wnext - copy); if (copy > state->length) copy = state->length; } else { /* copy from output */ from = put - state->offset; copy = state->length; } if (copy > left) copy = left; left -= copy; state->length -= copy; do { *put++ = *from++; } while (--copy); if (state->length == 0) state->mode = LEN; break; case LIT: if (left == 0) goto inf_leave; *put++ = (unsigned char)(state->length); left--; state->mode = LEN; break; case CHECK: if (state->wrap) { NEEDBITS(32); out -= left; strm->total_out += out; state->total += out; if (out) strm->adler = state->check = UPDATE(state->check, put - out, out); out = left; if (( #ifdef GUNZIP state->flags ? hold : #endif ZSWAP32(hold)) != state->check) { strm->msg = (char *)"incorrect data check"; state->mode = BAD; break; } INITBITS(); Tracev((stderr, "inflate: check matches trailer\n")); } #ifdef GUNZIP state->mode = LENGTH; case LENGTH: if (state->wrap && state->flags) { NEEDBITS(32); if (hold != (state->total & 0xffffffffUL)) { strm->msg = (char *)"incorrect length check"; state->mode = BAD; break; } INITBITS(); Tracev((stderr, "inflate: length matches trailer\n")); } #endif state->mode = DONE; case DONE: ret = Z_STREAM_END; goto inf_leave; case BAD: ret = Z_DATA_ERROR; goto inf_leave; case MEM: return Z_MEM_ERROR; case SYNC: default: return Z_STREAM_ERROR; } /* Return from inflate(), updating the total counts and the check value. If there was no progress during the inflate() call, return a buffer error. Call updatewindow() to create and/or update the window state. Note: a memory error from inflate() is non-recoverable. */ inf_leave: RESTORE(); if (state->wsize || (out != strm->avail_out && state->mode < BAD && (state->mode < CHECK || flush != Z_FINISH))) if (updatewindow(strm, strm->next_out, out - strm->avail_out)) { state->mode = MEM; return Z_MEM_ERROR; } in -= strm->avail_in; out -= strm->avail_out; strm->total_in += in; strm->total_out += out; state->total += out; if (state->wrap && out) strm->adler = state->check = UPDATE(state->check, strm->next_out - out, out); strm->data_type = state->bits + (state->last ? 64 : 0) + (state->mode == TYPE ? 128 : 0) + (state->mode == LEN_ || state->mode == COPY_ ? 256 : 0); if (((in == 0 && out == 0) || flush == Z_FINISH) && ret == Z_OK) ret = Z_BUF_ERROR; return ret; } int ZEXPORT inflateEnd(strm) z_streamp strm; { struct inflate_state FAR *state; if (strm == Z_NULL || strm->state == Z_NULL || strm->zfree == (free_func)0) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; if (state->window != Z_NULL) ZFREE(strm, state->window); ZFREE(strm, strm->state); strm->state = Z_NULL; Tracev((stderr, "inflate: end\n")); return Z_OK; } int ZEXPORT inflateGetDictionary(strm, dictionary, dictLength) z_streamp strm; Bytef *dictionary; uInt *dictLength; { struct inflate_state FAR *state; /* check state */ if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; /* copy dictionary */ if (state->whave && dictionary != Z_NULL) { zmemcpy(dictionary, state->window + state->wnext, state->whave - state->wnext); zmemcpy(dictionary + state->whave - state->wnext, state->window, state->wnext); } if (dictLength != Z_NULL) *dictLength = state->whave; return Z_OK; } int ZEXPORT inflateSetDictionary(strm, dictionary, dictLength) z_streamp strm; const Bytef *dictionary; uInt dictLength; { struct inflate_state FAR *state; unsigned long dictid; int ret; /* check state */ if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; if (state->wrap != 0 && state->mode != DICT) return Z_STREAM_ERROR; /* check for correct dictionary identifier */ if (state->mode == DICT) { dictid = adler32(0L, Z_NULL, 0); dictid = adler32(dictid, dictionary, dictLength); if (dictid != state->check) return Z_DATA_ERROR; } /* copy dictionary to window using updatewindow(), which will amend the existing dictionary if appropriate */ ret = updatewindow(strm, dictionary + dictLength, dictLength); if (ret) { state->mode = MEM; return Z_MEM_ERROR; } state->havedict = 1; Tracev((stderr, "inflate: dictionary set\n")); return Z_OK; } int ZEXPORT inflateGetHeader(strm, head) z_streamp strm; gz_headerp head; { struct inflate_state FAR *state; /* check state */ if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; if ((state->wrap & 2) == 0) return Z_STREAM_ERROR; /* save header structure */ state->head = head; head->done = 0; return Z_OK; } /* Search buf[0..len-1] for the pattern: 0, 0, 0xff, 0xff. Return when found or when out of input. When called, *have is the number of pattern bytes found in order so far, in 0..3. On return *have is updated to the new state. If on return *have equals four, then the pattern was found and the return value is how many bytes were read including the last byte of the pattern. If *have is less than four, then the pattern has not been found yet and the return value is len. In the latter case, syncsearch() can be called again with more data and the *have state. *have is initialized to zero for the first call. */ local unsigned syncsearch(have, buf, len) unsigned FAR *have; const unsigned char FAR *buf; unsigned len; { unsigned got; unsigned next; got = *have; next = 0; while (next < len && got < 4) { if ((int)(buf[next]) == (got < 2 ? 0 : 0xff)) got++; else if (buf[next]) got = 0; else got = 4 - got; next++; } *have = got; return next; } int ZEXPORT inflateSync(strm) z_streamp strm; { unsigned len; /* number of bytes to look at or looked at */ unsigned long in, out; /* temporary to save total_in and total_out */ unsigned char buf[4]; /* to restore bit buffer to byte string */ struct inflate_state FAR *state; /* check parameters */ if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; if (strm->avail_in == 0 && state->bits < 8) return Z_BUF_ERROR; /* if first time, start search in bit buffer */ if (state->mode != SYNC) { state->mode = SYNC; state->hold <<= state->bits & 7; state->bits -= state->bits & 7; len = 0; while (state->bits >= 8) { buf[len++] = (unsigned char)(state->hold); state->hold >>= 8; state->bits -= 8; } state->have = 0; syncsearch(&(state->have), buf, len); } /* search available input */ len = syncsearch(&(state->have), strm->next_in, strm->avail_in); strm->avail_in -= len; strm->next_in += len; strm->total_in += len; /* return no joy or set up to restart inflate() on a new block */ if (state->have != 4) return Z_DATA_ERROR; in = strm->total_in; out = strm->total_out; inflateReset(strm); strm->total_in = in; strm->total_out = out; state->mode = TYPE; return Z_OK; } /* Returns true if inflate is currently at the end of a block generated by Z_SYNC_FLUSH or Z_FULL_FLUSH. This function is used by one PPP implementation to provide an additional safety check. PPP uses Z_SYNC_FLUSH but removes the length bytes of the resulting empty stored block. When decompressing, PPP checks that at the end of input packet, inflate is waiting for these length bytes. */ int ZEXPORT inflateSyncPoint(strm) z_streamp strm; { struct inflate_state FAR *state; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; return state->mode == STORED && state->bits == 0; } int ZEXPORT inflateCopy(dest, source) z_streamp dest; z_streamp source; { struct inflate_state FAR *state; struct inflate_state FAR *copy; unsigned char FAR *window; unsigned wsize; /* check input */ if (dest == Z_NULL || source == Z_NULL || source->state == Z_NULL || source->zalloc == (alloc_func)0 || source->zfree == (free_func)0) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)source->state; /* allocate space */ copy = (struct inflate_state FAR *) ZALLOC(source, 1, sizeof(struct inflate_state)); if (copy == Z_NULL) return Z_MEM_ERROR; window = Z_NULL; if (state->window != Z_NULL) { window = (unsigned char FAR *) ZALLOC(source, 1U << state->wbits, sizeof(unsigned char)); if (window == Z_NULL) { ZFREE(source, copy); return Z_MEM_ERROR; } } /* copy state */ zmemcpy((voidpf)dest, (voidpf)source, sizeof(z_stream)); zmemcpy((voidpf)copy, (voidpf)state, sizeof(struct inflate_state)); if (state->lencode >= state->codes && state->lencode <= state->codes + ENOUGH - 1) { copy->lencode = copy->codes + (state->lencode - state->codes); copy->distcode = copy->codes + (state->distcode - state->codes); } copy->next = copy->codes + (state->next - state->codes); if (window != Z_NULL) { wsize = 1U << state->wbits; zmemcpy(window, state->window, wsize); } copy->window = window; dest->state = (struct internal_state FAR *)copy; return Z_OK; } int ZEXPORT inflateUndermine(strm, subvert) z_streamp strm; int subvert; { struct inflate_state FAR *state; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; state = (struct inflate_state FAR *)strm->state; state->sane = !subvert; #ifdef INFLATE_ALLOW_INVALID_DISTANCE_TOOFAR_ARRR return Z_OK; #else state->sane = 1; return Z_DATA_ERROR; #endif } long ZEXPORT inflateMark(strm) z_streamp strm; { struct inflate_state FAR *state; if (strm == Z_NULL || strm->state == Z_NULL) return -1L << 16; state = (struct inflate_state FAR *)strm->state; return ((long)(state->back) << 16) + (state->mode == COPY ? state->length : (state->mode == MATCH ? state->was - state->length : 0)); } golly-3.3-src/gui-web/zlib/inflate.h0000644000175000017500000001437712362063145014323 00000000000000/* inflate.h -- internal inflate state definition * Copyright (C) 1995-2009 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ /* WARNING: this file should *not* be used by applications. It is part of the implementation of the compression library and is subject to change. Applications should only use zlib.h. */ /* define NO_GZIP when compiling if you want to disable gzip header and trailer decoding by inflate(). NO_GZIP would be used to avoid linking in the crc code when it is not needed. For shared libraries, gzip decoding should be left enabled. */ #ifndef NO_GZIP # define GUNZIP #endif /* Possible inflate modes between inflate() calls */ typedef enum { HEAD, /* i: waiting for magic header */ FLAGS, /* i: waiting for method and flags (gzip) */ TIME, /* i: waiting for modification time (gzip) */ OS, /* i: waiting for extra flags and operating system (gzip) */ EXLEN, /* i: waiting for extra length (gzip) */ EXTRA, /* i: waiting for extra bytes (gzip) */ NAME, /* i: waiting for end of file name (gzip) */ COMMENT, /* i: waiting for end of comment (gzip) */ HCRC, /* i: waiting for header crc (gzip) */ DICTID, /* i: waiting for dictionary check value */ DICT, /* waiting for inflateSetDictionary() call */ TYPE, /* i: waiting for type bits, including last-flag bit */ TYPEDO, /* i: same, but skip check to exit inflate on new block */ STORED, /* i: waiting for stored size (length and complement) */ COPY_, /* i/o: same as COPY below, but only first time in */ COPY, /* i/o: waiting for input or output to copy stored block */ TABLE, /* i: waiting for dynamic block table lengths */ LENLENS, /* i: waiting for code length code lengths */ CODELENS, /* i: waiting for length/lit and distance code lengths */ LEN_, /* i: same as LEN below, but only first time in */ LEN, /* i: waiting for length/lit/eob code */ LENEXT, /* i: waiting for length extra bits */ DIST, /* i: waiting for distance code */ DISTEXT, /* i: waiting for distance extra bits */ MATCH, /* o: waiting for output space to copy string */ LIT, /* o: waiting for output space to write literal */ CHECK, /* i: waiting for 32-bit check value */ LENGTH, /* i: waiting for 32-bit length (gzip) */ DONE, /* finished check, done -- remain here until reset */ BAD, /* got a data error -- remain here until reset */ MEM, /* got an inflate() memory error -- remain here until reset */ SYNC /* looking for synchronization bytes to restart inflate() */ } inflate_mode; /* State transitions between above modes - (most modes can go to BAD or MEM on error -- not shown for clarity) Process header: HEAD -> (gzip) or (zlib) or (raw) (gzip) -> FLAGS -> TIME -> OS -> EXLEN -> EXTRA -> NAME -> COMMENT -> HCRC -> TYPE (zlib) -> DICTID or TYPE DICTID -> DICT -> TYPE (raw) -> TYPEDO Read deflate blocks: TYPE -> TYPEDO -> STORED or TABLE or LEN_ or CHECK STORED -> COPY_ -> COPY -> TYPE TABLE -> LENLENS -> CODELENS -> LEN_ LEN_ -> LEN Read deflate codes in fixed or dynamic block: LEN -> LENEXT or LIT or TYPE LENEXT -> DIST -> DISTEXT -> MATCH -> LEN LIT -> LEN Process trailer: CHECK -> LENGTH -> DONE */ /* state maintained between inflate() calls. Approximately 10K bytes. */ struct inflate_state { inflate_mode mode; /* current inflate mode */ int last; /* true if processing last block */ int wrap; /* bit 0 true for zlib, bit 1 true for gzip */ int havedict; /* true if dictionary provided */ int flags; /* gzip header method and flags (0 if zlib) */ unsigned dmax; /* zlib header max distance (INFLATE_STRICT) */ unsigned long check; /* protected copy of check value */ unsigned long total; /* protected copy of output count */ gz_headerp head; /* where to save gzip header information */ /* sliding window */ unsigned wbits; /* log base 2 of requested window size */ unsigned wsize; /* window size or zero if not using window */ unsigned whave; /* valid bytes in the window */ unsigned wnext; /* window write index */ unsigned char FAR *window; /* allocated sliding window, if needed */ /* bit accumulator */ unsigned long hold; /* input bit accumulator */ unsigned bits; /* number of bits in "in" */ /* for string and stored block copying */ unsigned length; /* literal or length of data to copy */ unsigned offset; /* distance back to copy string from */ /* for table and code decoding */ unsigned extra; /* extra bits needed */ /* fixed and dynamic code tables */ code const FAR *lencode; /* starting table for length/literal codes */ code const FAR *distcode; /* starting table for distance codes */ unsigned lenbits; /* index bits for lencode */ unsigned distbits; /* index bits for distcode */ /* dynamic table building */ unsigned ncode; /* number of code length code lengths */ unsigned nlen; /* number of length code lengths */ unsigned ndist; /* number of distance code lengths */ unsigned have; /* number of code lengths in lens[] */ code FAR *next; /* next available space in codes[] */ unsigned short lens[320]; /* temporary storage for code lengths */ unsigned short work[288]; /* work area for code table building */ code codes[ENOUGH]; /* space for code tables */ int sane; /* if false, allow invalid distance too far */ int back; /* bits back of last unprocessed length/lit */ unsigned was; /* initial length of match */ }; golly-3.3-src/gui-web/zlib/gzwrite.c0000644000175000017500000003750712362063145014367 00000000000000/* gzwrite.c -- zlib functions for writing gzip files * Copyright (C) 2004, 2005, 2010, 2011, 2012, 2013 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ #include "gzguts.h" /* Local functions */ local int gz_init OF((gz_statep)); local int gz_comp OF((gz_statep, int)); local int gz_zero OF((gz_statep, z_off64_t)); /* Initialize state for writing a gzip file. Mark initialization by setting state->size to non-zero. Return -1 on failure or 0 on success. */ local int gz_init(state) gz_statep state; { int ret; z_streamp strm = &(state->strm); /* allocate input buffer */ state->in = (unsigned char *)malloc(state->want); if (state->in == NULL) { gz_error(state, Z_MEM_ERROR, "out of memory"); return -1; } /* only need output buffer and deflate state if compressing */ if (!state->direct) { /* allocate output buffer */ state->out = (unsigned char *)malloc(state->want); if (state->out == NULL) { free(state->in); gz_error(state, Z_MEM_ERROR, "out of memory"); return -1; } /* allocate deflate memory, set up for gzip compression */ strm->zalloc = Z_NULL; strm->zfree = Z_NULL; strm->opaque = Z_NULL; ret = deflateInit2(strm, state->level, Z_DEFLATED, MAX_WBITS + 16, DEF_MEM_LEVEL, state->strategy); if (ret != Z_OK) { free(state->out); free(state->in); gz_error(state, Z_MEM_ERROR, "out of memory"); return -1; } } /* mark state as initialized */ state->size = state->want; /* initialize write buffer if compressing */ if (!state->direct) { strm->avail_out = state->size; strm->next_out = state->out; state->x.next = strm->next_out; } return 0; } /* Compress whatever is at avail_in and next_in and write to the output file. Return -1 if there is an error writing to the output file, otherwise 0. flush is assumed to be a valid deflate() flush value. If flush is Z_FINISH, then the deflate() state is reset to start a new gzip stream. If gz->direct is true, then simply write to the output file without compressing, and ignore flush. */ local int gz_comp(state, flush) gz_statep state; int flush; { int ret, got; unsigned have; z_streamp strm = &(state->strm); /* allocate memory if this is the first time through */ if (state->size == 0 && gz_init(state) == -1) return -1; /* write directly if requested */ if (state->direct) { got = write(state->fd, strm->next_in, strm->avail_in); if (got < 0 || (unsigned)got != strm->avail_in) { gz_error(state, Z_ERRNO, zstrerror()); return -1; } strm->avail_in = 0; return 0; } /* run deflate() on provided input until it produces no more output */ ret = Z_OK; do { /* write out current buffer contents if full, or if flushing, but if doing Z_FINISH then don't write until we get to Z_STREAM_END */ if (strm->avail_out == 0 || (flush != Z_NO_FLUSH && (flush != Z_FINISH || ret == Z_STREAM_END))) { have = (unsigned)(strm->next_out - state->x.next); if (have && ((got = write(state->fd, state->x.next, have)) < 0 || (unsigned)got != have)) { gz_error(state, Z_ERRNO, zstrerror()); return -1; } if (strm->avail_out == 0) { strm->avail_out = state->size; strm->next_out = state->out; } state->x.next = strm->next_out; } /* compress */ have = strm->avail_out; ret = deflate(strm, flush); if (ret == Z_STREAM_ERROR) { gz_error(state, Z_STREAM_ERROR, "internal error: deflate stream corrupt"); return -1; } have -= strm->avail_out; } while (have); /* if that completed a deflate stream, allow another to start */ if (flush == Z_FINISH) deflateReset(strm); /* all done, no errors */ return 0; } /* Compress len zeros to output. Return -1 on error, 0 on success. */ local int gz_zero(state, len) gz_statep state; z_off64_t len; { int first; unsigned n; z_streamp strm = &(state->strm); /* consume whatever's left in the input buffer */ if (strm->avail_in && gz_comp(state, Z_NO_FLUSH) == -1) return -1; /* compress len zeros (len guaranteed > 0) */ first = 1; while (len) { n = GT_OFF(state->size) || (z_off64_t)state->size > len ? (unsigned)len : state->size; if (first) { memset(state->in, 0, n); first = 0; } strm->avail_in = n; strm->next_in = state->in; state->x.pos += n; if (gz_comp(state, Z_NO_FLUSH) == -1) return -1; len -= n; } return 0; } /* -- see zlib.h -- */ int ZEXPORT gzwrite(file, buf, len) gzFile file; voidpc buf; unsigned len; { unsigned put = len; gz_statep state; z_streamp strm; /* get internal structure */ if (file == NULL) return 0; state = (gz_statep)file; strm = &(state->strm); /* check that we're writing and that there's no error */ if (state->mode != GZ_WRITE || state->err != Z_OK) return 0; /* since an int is returned, make sure len fits in one, otherwise return with an error (this avoids the flaw in the interface) */ if ((int)len < 0) { gz_error(state, Z_DATA_ERROR, "requested length does not fit in int"); return 0; } /* if len is zero, avoid unnecessary operations */ if (len == 0) return 0; /* allocate memory if this is the first time through */ if (state->size == 0 && gz_init(state) == -1) return 0; /* check for seek request */ if (state->seek) { state->seek = 0; if (gz_zero(state, state->skip) == -1) return 0; } /* for small len, copy to input buffer, otherwise compress directly */ if (len < state->size) { /* copy to input buffer, compress when full */ do { unsigned have, copy; if (strm->avail_in == 0) strm->next_in = state->in; have = (unsigned)((strm->next_in + strm->avail_in) - state->in); copy = state->size - have; if (copy > len) copy = len; memcpy(state->in + have, buf, copy); strm->avail_in += copy; state->x.pos += copy; buf = (const char *)buf + copy; len -= copy; if (len && gz_comp(state, Z_NO_FLUSH) == -1) return 0; } while (len); } else { /* consume whatever's left in the input buffer */ if (strm->avail_in && gz_comp(state, Z_NO_FLUSH) == -1) return 0; /* directly compress user buffer to file */ strm->avail_in = len; strm->next_in = (z_const Bytef *)buf; state->x.pos += len; if (gz_comp(state, Z_NO_FLUSH) == -1) return 0; } /* input was all buffered or compressed (put will fit in int) */ return (int)put; } /* -- see zlib.h -- */ int ZEXPORT gzputc(file, c) gzFile file; int c; { unsigned have; unsigned char buf[1]; gz_statep state; z_streamp strm; /* get internal structure */ if (file == NULL) return -1; state = (gz_statep)file; strm = &(state->strm); /* check that we're writing and that there's no error */ if (state->mode != GZ_WRITE || state->err != Z_OK) return -1; /* check for seek request */ if (state->seek) { state->seek = 0; if (gz_zero(state, state->skip) == -1) return -1; } /* try writing to input buffer for speed (state->size == 0 if buffer not initialized) */ if (state->size) { if (strm->avail_in == 0) strm->next_in = state->in; have = (unsigned)((strm->next_in + strm->avail_in) - state->in); if (have < state->size) { state->in[have] = c; strm->avail_in++; state->x.pos++; return c & 0xff; } } /* no room in buffer or not initialized, use gz_write() */ buf[0] = c; if (gzwrite(file, buf, 1) != 1) return -1; return c & 0xff; } /* -- see zlib.h -- */ int ZEXPORT gzputs(file, str) gzFile file; const char *str; { int ret; unsigned len; /* write string */ len = (unsigned)strlen(str); ret = gzwrite(file, str, len); return ret == 0 && len != 0 ? -1 : ret; } #if defined(STDC) || defined(Z_HAVE_STDARG_H) #include /* -- see zlib.h -- */ int ZEXPORTVA gzvprintf(gzFile file, const char *format, va_list va) { int size, len; gz_statep state; z_streamp strm; /* get internal structure */ if (file == NULL) return -1; state = (gz_statep)file; strm = &(state->strm); /* check that we're writing and that there's no error */ if (state->mode != GZ_WRITE || state->err != Z_OK) return 0; /* make sure we have some buffer space */ if (state->size == 0 && gz_init(state) == -1) return 0; /* check for seek request */ if (state->seek) { state->seek = 0; if (gz_zero(state, state->skip) == -1) return 0; } /* consume whatever's left in the input buffer */ if (strm->avail_in && gz_comp(state, Z_NO_FLUSH) == -1) return 0; /* do the printf() into the input buffer, put length in len */ size = (int)(state->size); state->in[size - 1] = 0; #ifdef NO_vsnprintf # ifdef HAS_vsprintf_void (void)vsprintf((char *)(state->in), format, va); for (len = 0; len < size; len++) if (state->in[len] == 0) break; # else len = vsprintf((char *)(state->in), format, va); # endif #else # ifdef HAS_vsnprintf_void (void)vsnprintf((char *)(state->in), size, format, va); len = strlen((char *)(state->in)); # else len = vsnprintf((char *)(state->in), size, format, va); # endif #endif /* check that printf() results fit in buffer */ if (len <= 0 || len >= (int)size || state->in[size - 1] != 0) return 0; /* update buffer and position, defer compression until needed */ strm->avail_in = (unsigned)len; strm->next_in = state->in; state->x.pos += len; return len; } int ZEXPORTVA gzprintf(gzFile file, const char *format, ...) { va_list va; int ret; va_start(va, format); ret = gzvprintf(file, format, va); va_end(va); return ret; } #else /* !STDC && !Z_HAVE_STDARG_H */ /* -- see zlib.h -- */ int ZEXPORTVA gzprintf (file, format, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16, a17, a18, a19, a20) gzFile file; const char *format; int a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16, a17, a18, a19, a20; { int size, len; gz_statep state; z_streamp strm; /* get internal structure */ if (file == NULL) return -1; state = (gz_statep)file; strm = &(state->strm); /* check that can really pass pointer in ints */ if (sizeof(int) != sizeof(void *)) return 0; /* check that we're writing and that there's no error */ if (state->mode != GZ_WRITE || state->err != Z_OK) return 0; /* make sure we have some buffer space */ if (state->size == 0 && gz_init(state) == -1) return 0; /* check for seek request */ if (state->seek) { state->seek = 0; if (gz_zero(state, state->skip) == -1) return 0; } /* consume whatever's left in the input buffer */ if (strm->avail_in && gz_comp(state, Z_NO_FLUSH) == -1) return 0; /* do the printf() into the input buffer, put length in len */ size = (int)(state->size); state->in[size - 1] = 0; #ifdef NO_snprintf # ifdef HAS_sprintf_void sprintf((char *)(state->in), format, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16, a17, a18, a19, a20); for (len = 0; len < size; len++) if (state->in[len] == 0) break; # else len = sprintf((char *)(state->in), format, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16, a17, a18, a19, a20); # endif #else # ifdef HAS_snprintf_void snprintf((char *)(state->in), size, format, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16, a17, a18, a19, a20); len = strlen((char *)(state->in)); # else len = snprintf((char *)(state->in), size, format, a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16, a17, a18, a19, a20); # endif #endif /* check that printf() results fit in buffer */ if (len <= 0 || len >= (int)size || state->in[size - 1] != 0) return 0; /* update buffer and position, defer compression until needed */ strm->avail_in = (unsigned)len; strm->next_in = state->in; state->x.pos += len; return len; } #endif /* -- see zlib.h -- */ int ZEXPORT gzflush(file, flush) gzFile file; int flush; { gz_statep state; /* get internal structure */ if (file == NULL) return -1; state = (gz_statep)file; /* check that we're writing and that there's no error */ if (state->mode != GZ_WRITE || state->err != Z_OK) return Z_STREAM_ERROR; /* check flush parameter */ if (flush < 0 || flush > Z_FINISH) return Z_STREAM_ERROR; /* check for seek request */ if (state->seek) { state->seek = 0; if (gz_zero(state, state->skip) == -1) return -1; } /* compress remaining data with requested flush */ gz_comp(state, flush); return state->err; } /* -- see zlib.h -- */ int ZEXPORT gzsetparams(file, level, strategy) gzFile file; int level; int strategy; { gz_statep state; z_streamp strm; /* get internal structure */ if (file == NULL) return Z_STREAM_ERROR; state = (gz_statep)file; strm = &(state->strm); /* check that we're writing and that there's no error */ if (state->mode != GZ_WRITE || state->err != Z_OK) return Z_STREAM_ERROR; /* if no change is requested, then do nothing */ if (level == state->level && strategy == state->strategy) return Z_OK; /* check for seek request */ if (state->seek) { state->seek = 0; if (gz_zero(state, state->skip) == -1) return -1; } /* change compression parameters for subsequent input */ if (state->size) { /* flush previous input with previous parameters before changing */ if (strm->avail_in && gz_comp(state, Z_PARTIAL_FLUSH) == -1) return state->err; deflateParams(strm, level, strategy); } state->level = level; state->strategy = strategy; return Z_OK; } /* -- see zlib.h -- */ int ZEXPORT gzclose_w(file) gzFile file; { int ret = Z_OK; gz_statep state; /* get internal structure */ if (file == NULL) return Z_STREAM_ERROR; state = (gz_statep)file; /* check that we're writing */ if (state->mode != GZ_WRITE) return Z_STREAM_ERROR; /* check for seek request */ if (state->seek) { state->seek = 0; if (gz_zero(state, state->skip) == -1) ret = state->err; } /* flush, free memory, and close file */ if (gz_comp(state, Z_FINISH) == -1) ret = state->err; if (state->size) { if (!state->direct) { (void)deflateEnd(&(state->strm)); free(state->out); } free(state->in); } gz_error(state, Z_OK, NULL); free(state->path); if (close(state->fd) == -1) ret = Z_ERRNO; free(state); return ret; } golly-3.3-src/gui-web/zlib/gzclose.c0000644000175000017500000000124612362063145014331 00000000000000/* gzclose.c -- zlib gzclose() function * Copyright (C) 2004, 2010 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ #include "gzguts.h" /* gzclose() is in a separate file so that it is linked in only if it is used. That way the other gzclose functions can be used instead to avoid linking in unneeded compression or decompression routines. */ int ZEXPORT gzclose(file) gzFile file; { #ifndef NO_GZCOMPRESS gz_statep state; if (file == NULL) return Z_STREAM_ERROR; state = (gz_statep)file; return state->mode == GZ_READ ? gzclose_r(file) : gzclose_w(file); #else return gzclose_r(file); #endif } golly-3.3-src/gui-web/zlib/crc32.h0000644000175000017500000007354212362063145013614 00000000000000/* crc32.h -- tables for rapid CRC calculation * Generated automatically by crc32.c */ local const z_crc_t FAR crc_table[TBLS][256] = { { 0x00000000UL, 0x77073096UL, 0xee0e612cUL, 0x990951baUL, 0x076dc419UL, 0x706af48fUL, 0xe963a535UL, 0x9e6495a3UL, 0x0edb8832UL, 0x79dcb8a4UL, 0xe0d5e91eUL, 0x97d2d988UL, 0x09b64c2bUL, 0x7eb17cbdUL, 0xe7b82d07UL, 0x90bf1d91UL, 0x1db71064UL, 0x6ab020f2UL, 0xf3b97148UL, 0x84be41deUL, 0x1adad47dUL, 0x6ddde4ebUL, 0xf4d4b551UL, 0x83d385c7UL, 0x136c9856UL, 0x646ba8c0UL, 0xfd62f97aUL, 0x8a65c9ecUL, 0x14015c4fUL, 0x63066cd9UL, 0xfa0f3d63UL, 0x8d080df5UL, 0x3b6e20c8UL, 0x4c69105eUL, 0xd56041e4UL, 0xa2677172UL, 0x3c03e4d1UL, 0x4b04d447UL, 0xd20d85fdUL, 0xa50ab56bUL, 0x35b5a8faUL, 0x42b2986cUL, 0xdbbbc9d6UL, 0xacbcf940UL, 0x32d86ce3UL, 0x45df5c75UL, 0xdcd60dcfUL, 0xabd13d59UL, 0x26d930acUL, 0x51de003aUL, 0xc8d75180UL, 0xbfd06116UL, 0x21b4f4b5UL, 0x56b3c423UL, 0xcfba9599UL, 0xb8bda50fUL, 0x2802b89eUL, 0x5f058808UL, 0xc60cd9b2UL, 0xb10be924UL, 0x2f6f7c87UL, 0x58684c11UL, 0xc1611dabUL, 0xb6662d3dUL, 0x76dc4190UL, 0x01db7106UL, 0x98d220bcUL, 0xefd5102aUL, 0x71b18589UL, 0x06b6b51fUL, 0x9fbfe4a5UL, 0xe8b8d433UL, 0x7807c9a2UL, 0x0f00f934UL, 0x9609a88eUL, 0xe10e9818UL, 0x7f6a0dbbUL, 0x086d3d2dUL, 0x91646c97UL, 0xe6635c01UL, 0x6b6b51f4UL, 0x1c6c6162UL, 0x856530d8UL, 0xf262004eUL, 0x6c0695edUL, 0x1b01a57bUL, 0x8208f4c1UL, 0xf50fc457UL, 0x65b0d9c6UL, 0x12b7e950UL, 0x8bbeb8eaUL, 0xfcb9887cUL, 0x62dd1ddfUL, 0x15da2d49UL, 0x8cd37cf3UL, 0xfbd44c65UL, 0x4db26158UL, 0x3ab551ceUL, 0xa3bc0074UL, 0xd4bb30e2UL, 0x4adfa541UL, 0x3dd895d7UL, 0xa4d1c46dUL, 0xd3d6f4fbUL, 0x4369e96aUL, 0x346ed9fcUL, 0xad678846UL, 0xda60b8d0UL, 0x44042d73UL, 0x33031de5UL, 0xaa0a4c5fUL, 0xdd0d7cc9UL, 0x5005713cUL, 0x270241aaUL, 0xbe0b1010UL, 0xc90c2086UL, 0x5768b525UL, 0x206f85b3UL, 0xb966d409UL, 0xce61e49fUL, 0x5edef90eUL, 0x29d9c998UL, 0xb0d09822UL, 0xc7d7a8b4UL, 0x59b33d17UL, 0x2eb40d81UL, 0xb7bd5c3bUL, 0xc0ba6cadUL, 0xedb88320UL, 0x9abfb3b6UL, 0x03b6e20cUL, 0x74b1d29aUL, 0xead54739UL, 0x9dd277afUL, 0x04db2615UL, 0x73dc1683UL, 0xe3630b12UL, 0x94643b84UL, 0x0d6d6a3eUL, 0x7a6a5aa8UL, 0xe40ecf0bUL, 0x9309ff9dUL, 0x0a00ae27UL, 0x7d079eb1UL, 0xf00f9344UL, 0x8708a3d2UL, 0x1e01f268UL, 0x6906c2feUL, 0xf762575dUL, 0x806567cbUL, 0x196c3671UL, 0x6e6b06e7UL, 0xfed41b76UL, 0x89d32be0UL, 0x10da7a5aUL, 0x67dd4accUL, 0xf9b9df6fUL, 0x8ebeeff9UL, 0x17b7be43UL, 0x60b08ed5UL, 0xd6d6a3e8UL, 0xa1d1937eUL, 0x38d8c2c4UL, 0x4fdff252UL, 0xd1bb67f1UL, 0xa6bc5767UL, 0x3fb506ddUL, 0x48b2364bUL, 0xd80d2bdaUL, 0xaf0a1b4cUL, 0x36034af6UL, 0x41047a60UL, 0xdf60efc3UL, 0xa867df55UL, 0x316e8eefUL, 0x4669be79UL, 0xcb61b38cUL, 0xbc66831aUL, 0x256fd2a0UL, 0x5268e236UL, 0xcc0c7795UL, 0xbb0b4703UL, 0x220216b9UL, 0x5505262fUL, 0xc5ba3bbeUL, 0xb2bd0b28UL, 0x2bb45a92UL, 0x5cb36a04UL, 0xc2d7ffa7UL, 0xb5d0cf31UL, 0x2cd99e8bUL, 0x5bdeae1dUL, 0x9b64c2b0UL, 0xec63f226UL, 0x756aa39cUL, 0x026d930aUL, 0x9c0906a9UL, 0xeb0e363fUL, 0x72076785UL, 0x05005713UL, 0x95bf4a82UL, 0xe2b87a14UL, 0x7bb12baeUL, 0x0cb61b38UL, 0x92d28e9bUL, 0xe5d5be0dUL, 0x7cdcefb7UL, 0x0bdbdf21UL, 0x86d3d2d4UL, 0xf1d4e242UL, 0x68ddb3f8UL, 0x1fda836eUL, 0x81be16cdUL, 0xf6b9265bUL, 0x6fb077e1UL, 0x18b74777UL, 0x88085ae6UL, 0xff0f6a70UL, 0x66063bcaUL, 0x11010b5cUL, 0x8f659effUL, 0xf862ae69UL, 0x616bffd3UL, 0x166ccf45UL, 0xa00ae278UL, 0xd70dd2eeUL, 0x4e048354UL, 0x3903b3c2UL, 0xa7672661UL, 0xd06016f7UL, 0x4969474dUL, 0x3e6e77dbUL, 0xaed16a4aUL, 0xd9d65adcUL, 0x40df0b66UL, 0x37d83bf0UL, 0xa9bcae53UL, 0xdebb9ec5UL, 0x47b2cf7fUL, 0x30b5ffe9UL, 0xbdbdf21cUL, 0xcabac28aUL, 0x53b39330UL, 0x24b4a3a6UL, 0xbad03605UL, 0xcdd70693UL, 0x54de5729UL, 0x23d967bfUL, 0xb3667a2eUL, 0xc4614ab8UL, 0x5d681b02UL, 0x2a6f2b94UL, 0xb40bbe37UL, 0xc30c8ea1UL, 0x5a05df1bUL, 0x2d02ef8dUL #ifdef BYFOUR }, { 0x00000000UL, 0x191b3141UL, 0x32366282UL, 0x2b2d53c3UL, 0x646cc504UL, 0x7d77f445UL, 0x565aa786UL, 0x4f4196c7UL, 0xc8d98a08UL, 0xd1c2bb49UL, 0xfaefe88aUL, 0xe3f4d9cbUL, 0xacb54f0cUL, 0xb5ae7e4dUL, 0x9e832d8eUL, 0x87981ccfUL, 0x4ac21251UL, 0x53d92310UL, 0x78f470d3UL, 0x61ef4192UL, 0x2eaed755UL, 0x37b5e614UL, 0x1c98b5d7UL, 0x05838496UL, 0x821b9859UL, 0x9b00a918UL, 0xb02dfadbUL, 0xa936cb9aUL, 0xe6775d5dUL, 0xff6c6c1cUL, 0xd4413fdfUL, 0xcd5a0e9eUL, 0x958424a2UL, 0x8c9f15e3UL, 0xa7b24620UL, 0xbea97761UL, 0xf1e8e1a6UL, 0xe8f3d0e7UL, 0xc3de8324UL, 0xdac5b265UL, 0x5d5daeaaUL, 0x44469febUL, 0x6f6bcc28UL, 0x7670fd69UL, 0x39316baeUL, 0x202a5aefUL, 0x0b07092cUL, 0x121c386dUL, 0xdf4636f3UL, 0xc65d07b2UL, 0xed705471UL, 0xf46b6530UL, 0xbb2af3f7UL, 0xa231c2b6UL, 0x891c9175UL, 0x9007a034UL, 0x179fbcfbUL, 0x0e848dbaUL, 0x25a9de79UL, 0x3cb2ef38UL, 0x73f379ffUL, 0x6ae848beUL, 0x41c51b7dUL, 0x58de2a3cUL, 0xf0794f05UL, 0xe9627e44UL, 0xc24f2d87UL, 0xdb541cc6UL, 0x94158a01UL, 0x8d0ebb40UL, 0xa623e883UL, 0xbf38d9c2UL, 0x38a0c50dUL, 0x21bbf44cUL, 0x0a96a78fUL, 0x138d96ceUL, 0x5ccc0009UL, 0x45d73148UL, 0x6efa628bUL, 0x77e153caUL, 0xbabb5d54UL, 0xa3a06c15UL, 0x888d3fd6UL, 0x91960e97UL, 0xded79850UL, 0xc7cca911UL, 0xece1fad2UL, 0xf5facb93UL, 0x7262d75cUL, 0x6b79e61dUL, 0x4054b5deUL, 0x594f849fUL, 0x160e1258UL, 0x0f152319UL, 0x243870daUL, 0x3d23419bUL, 0x65fd6ba7UL, 0x7ce65ae6UL, 0x57cb0925UL, 0x4ed03864UL, 0x0191aea3UL, 0x188a9fe2UL, 0x33a7cc21UL, 0x2abcfd60UL, 0xad24e1afUL, 0xb43fd0eeUL, 0x9f12832dUL, 0x8609b26cUL, 0xc94824abUL, 0xd05315eaUL, 0xfb7e4629UL, 0xe2657768UL, 0x2f3f79f6UL, 0x362448b7UL, 0x1d091b74UL, 0x04122a35UL, 0x4b53bcf2UL, 0x52488db3UL, 0x7965de70UL, 0x607eef31UL, 0xe7e6f3feUL, 0xfefdc2bfUL, 0xd5d0917cUL, 0xcccba03dUL, 0x838a36faUL, 0x9a9107bbUL, 0xb1bc5478UL, 0xa8a76539UL, 0x3b83984bUL, 0x2298a90aUL, 0x09b5fac9UL, 0x10aecb88UL, 0x5fef5d4fUL, 0x46f46c0eUL, 0x6dd93fcdUL, 0x74c20e8cUL, 0xf35a1243UL, 0xea412302UL, 0xc16c70c1UL, 0xd8774180UL, 0x9736d747UL, 0x8e2de606UL, 0xa500b5c5UL, 0xbc1b8484UL, 0x71418a1aUL, 0x685abb5bUL, 0x4377e898UL, 0x5a6cd9d9UL, 0x152d4f1eUL, 0x0c367e5fUL, 0x271b2d9cUL, 0x3e001cddUL, 0xb9980012UL, 0xa0833153UL, 0x8bae6290UL, 0x92b553d1UL, 0xddf4c516UL, 0xc4eff457UL, 0xefc2a794UL, 0xf6d996d5UL, 0xae07bce9UL, 0xb71c8da8UL, 0x9c31de6bUL, 0x852aef2aUL, 0xca6b79edUL, 0xd37048acUL, 0xf85d1b6fUL, 0xe1462a2eUL, 0x66de36e1UL, 0x7fc507a0UL, 0x54e85463UL, 0x4df36522UL, 0x02b2f3e5UL, 0x1ba9c2a4UL, 0x30849167UL, 0x299fa026UL, 0xe4c5aeb8UL, 0xfdde9ff9UL, 0xd6f3cc3aUL, 0xcfe8fd7bUL, 0x80a96bbcUL, 0x99b25afdUL, 0xb29f093eUL, 0xab84387fUL, 0x2c1c24b0UL, 0x350715f1UL, 0x1e2a4632UL, 0x07317773UL, 0x4870e1b4UL, 0x516bd0f5UL, 0x7a468336UL, 0x635db277UL, 0xcbfad74eUL, 0xd2e1e60fUL, 0xf9ccb5ccUL, 0xe0d7848dUL, 0xaf96124aUL, 0xb68d230bUL, 0x9da070c8UL, 0x84bb4189UL, 0x03235d46UL, 0x1a386c07UL, 0x31153fc4UL, 0x280e0e85UL, 0x674f9842UL, 0x7e54a903UL, 0x5579fac0UL, 0x4c62cb81UL, 0x8138c51fUL, 0x9823f45eUL, 0xb30ea79dUL, 0xaa1596dcUL, 0xe554001bUL, 0xfc4f315aUL, 0xd7626299UL, 0xce7953d8UL, 0x49e14f17UL, 0x50fa7e56UL, 0x7bd72d95UL, 0x62cc1cd4UL, 0x2d8d8a13UL, 0x3496bb52UL, 0x1fbbe891UL, 0x06a0d9d0UL, 0x5e7ef3ecUL, 0x4765c2adUL, 0x6c48916eUL, 0x7553a02fUL, 0x3a1236e8UL, 0x230907a9UL, 0x0824546aUL, 0x113f652bUL, 0x96a779e4UL, 0x8fbc48a5UL, 0xa4911b66UL, 0xbd8a2a27UL, 0xf2cbbce0UL, 0xebd08da1UL, 0xc0fdde62UL, 0xd9e6ef23UL, 0x14bce1bdUL, 0x0da7d0fcUL, 0x268a833fUL, 0x3f91b27eUL, 0x70d024b9UL, 0x69cb15f8UL, 0x42e6463bUL, 0x5bfd777aUL, 0xdc656bb5UL, 0xc57e5af4UL, 0xee530937UL, 0xf7483876UL, 0xb809aeb1UL, 0xa1129ff0UL, 0x8a3fcc33UL, 0x9324fd72UL }, { 0x00000000UL, 0x01c26a37UL, 0x0384d46eUL, 0x0246be59UL, 0x0709a8dcUL, 0x06cbc2ebUL, 0x048d7cb2UL, 0x054f1685UL, 0x0e1351b8UL, 0x0fd13b8fUL, 0x0d9785d6UL, 0x0c55efe1UL, 0x091af964UL, 0x08d89353UL, 0x0a9e2d0aUL, 0x0b5c473dUL, 0x1c26a370UL, 0x1de4c947UL, 0x1fa2771eUL, 0x1e601d29UL, 0x1b2f0bacUL, 0x1aed619bUL, 0x18abdfc2UL, 0x1969b5f5UL, 0x1235f2c8UL, 0x13f798ffUL, 0x11b126a6UL, 0x10734c91UL, 0x153c5a14UL, 0x14fe3023UL, 0x16b88e7aUL, 0x177ae44dUL, 0x384d46e0UL, 0x398f2cd7UL, 0x3bc9928eUL, 0x3a0bf8b9UL, 0x3f44ee3cUL, 0x3e86840bUL, 0x3cc03a52UL, 0x3d025065UL, 0x365e1758UL, 0x379c7d6fUL, 0x35dac336UL, 0x3418a901UL, 0x3157bf84UL, 0x3095d5b3UL, 0x32d36beaUL, 0x331101ddUL, 0x246be590UL, 0x25a98fa7UL, 0x27ef31feUL, 0x262d5bc9UL, 0x23624d4cUL, 0x22a0277bUL, 0x20e69922UL, 0x2124f315UL, 0x2a78b428UL, 0x2bbade1fUL, 0x29fc6046UL, 0x283e0a71UL, 0x2d711cf4UL, 0x2cb376c3UL, 0x2ef5c89aUL, 0x2f37a2adUL, 0x709a8dc0UL, 0x7158e7f7UL, 0x731e59aeUL, 0x72dc3399UL, 0x7793251cUL, 0x76514f2bUL, 0x7417f172UL, 0x75d59b45UL, 0x7e89dc78UL, 0x7f4bb64fUL, 0x7d0d0816UL, 0x7ccf6221UL, 0x798074a4UL, 0x78421e93UL, 0x7a04a0caUL, 0x7bc6cafdUL, 0x6cbc2eb0UL, 0x6d7e4487UL, 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0xaace8bc6UL, 0xcfa9377eUL, 0x38417fd6UL, 0x5d26c36eUL, 0xb389767cUL, 0xd6eecac4UL, 0x6fd61d59UL, 0x0ab1a1e1UL, 0xe41e14f3UL, 0x8179a84bUL, 0xd769cb13UL, 0xb20e77abUL, 0x5ca1c2b9UL, 0x39c67e01UL, 0x80fea99cUL, 0xe5991524UL, 0x0b36a036UL, 0x6e511c8eUL, 0xa7166686UL, 0xc271da3eUL, 0x2cde6f2cUL, 0x49b9d394UL, 0xf0810409UL, 0x95e6b8b1UL, 0x7b490da3UL, 0x1e2eb11bUL, 0x483ed243UL, 0x2d596efbUL, 0xc3f6dbe9UL, 0xa6916751UL, 0x1fa9b0ccUL, 0x7ace0c74UL, 0x9461b966UL, 0xf10605deUL #endif } }; golly-3.3-src/gui-web/zlib/gzguts.h0000644000175000017500000001463012362063145014214 00000000000000/* gzguts.h -- zlib internal header definitions for gz* operations * Copyright (C) 2004, 2005, 2010, 2011, 2012, 2013 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ #ifdef _LARGEFILE64_SOURCE # ifndef _LARGEFILE_SOURCE # define _LARGEFILE_SOURCE 1 # endif # ifdef _FILE_OFFSET_BITS # undef _FILE_OFFSET_BITS # endif #endif #ifdef HAVE_HIDDEN # define ZLIB_INTERNAL __attribute__((visibility ("hidden"))) #else # define ZLIB_INTERNAL #endif #include #include "zlib.h" #ifdef STDC # include # include # include #endif #include #ifdef _WIN32 # include #endif #if defined(__TURBOC__) || defined(_MSC_VER) || defined(_WIN32) # include #endif #ifdef WINAPI_FAMILY # define open _open # define read _read # define write _write # define close _close #endif #ifdef NO_DEFLATE /* for compatibility with old definition */ # define NO_GZCOMPRESS #endif #if defined(STDC99) || (defined(__TURBOC__) && __TURBOC__ >= 0x550) # ifndef HAVE_VSNPRINTF # define HAVE_VSNPRINTF # endif #endif #if defined(__CYGWIN__) # ifndef HAVE_VSNPRINTF # define HAVE_VSNPRINTF # endif #endif #if defined(MSDOS) && defined(__BORLANDC__) && (BORLANDC > 0x410) # ifndef HAVE_VSNPRINTF # define HAVE_VSNPRINTF # endif #endif #ifndef HAVE_VSNPRINTF # ifdef MSDOS /* vsnprintf may exist on some MS-DOS compilers (DJGPP?), but for now we just assume it doesn't. */ # define NO_vsnprintf # endif # ifdef __TURBOC__ # define NO_vsnprintf # endif # ifdef WIN32 /* In Win32, vsnprintf is available as the "non-ANSI" _vsnprintf. */ # if !defined(vsnprintf) && !defined(NO_vsnprintf) # if !defined(_MSC_VER) || ( defined(_MSC_VER) && _MSC_VER < 1500 ) # define vsnprintf _vsnprintf # endif # endif # endif # ifdef __SASC # define NO_vsnprintf # endif # ifdef VMS # define NO_vsnprintf # endif # ifdef __OS400__ # define NO_vsnprintf # endif # ifdef __MVS__ # define NO_vsnprintf # endif #endif /* unlike snprintf (which is required in C99, yet still not supported by Microsoft more than a decade later!), _snprintf does not guarantee null termination of the result -- however this is only used in gzlib.c where the result is assured to fit in the space provided */ #ifdef _MSC_VER # define snprintf _snprintf #endif #ifndef local # define local static #endif /* compile with -Dlocal if your debugger can't find static symbols */ /* gz* functions always use library allocation functions */ #ifndef STDC extern voidp malloc OF((uInt size)); extern void free OF((voidpf ptr)); #endif /* get errno and strerror definition */ #if defined UNDER_CE # include # define zstrerror() gz_strwinerror((DWORD)GetLastError()) #else # ifndef NO_STRERROR # include # define zstrerror() strerror(errno) # else # define zstrerror() "stdio error (consult errno)" # endif #endif /* provide prototypes for these when building zlib without LFS */ #if !defined(_LARGEFILE64_SOURCE) || _LFS64_LARGEFILE-0 == 0 ZEXTERN gzFile ZEXPORT gzopen64 OF((const char *, const char *)); ZEXTERN z_off64_t ZEXPORT gzseek64 OF((gzFile, z_off64_t, int)); ZEXTERN z_off64_t ZEXPORT gztell64 OF((gzFile)); ZEXTERN z_off64_t ZEXPORT gzoffset64 OF((gzFile)); #endif /* default memLevel */ #if MAX_MEM_LEVEL >= 8 # define DEF_MEM_LEVEL 8 #else # define DEF_MEM_LEVEL MAX_MEM_LEVEL #endif /* default i/o buffer size -- double this for output when reading (this and twice this must be able to fit in an unsigned type) */ #define GZBUFSIZE 8192 /* gzip modes, also provide a little integrity check on the passed structure */ #define GZ_NONE 0 #define GZ_READ 7247 #define GZ_WRITE 31153 #define GZ_APPEND 1 /* mode set to GZ_WRITE after the file is opened */ /* values for gz_state how */ #define LOOK 0 /* look for a gzip header */ #define COPY 1 /* copy input directly */ #define GZIP 2 /* decompress a gzip stream */ /* internal gzip file state data structure */ typedef struct { /* exposed contents for gzgetc() macro */ struct gzFile_s x; /* "x" for exposed */ /* x.have: number of bytes available at x.next */ /* x.next: next output data to deliver or write */ /* x.pos: current position in uncompressed data */ /* used for both reading and writing */ int mode; /* see gzip modes above */ int fd; /* file descriptor */ char *path; /* path or fd for error messages */ unsigned size; /* buffer size, zero if not allocated yet */ unsigned want; /* requested buffer size, default is GZBUFSIZE */ unsigned char *in; /* input buffer */ unsigned char *out; /* output buffer (double-sized when reading) */ int direct; /* 0 if processing gzip, 1 if transparent */ /* just for reading */ int how; /* 0: get header, 1: copy, 2: decompress */ z_off64_t start; /* where the gzip data started, for rewinding */ int eof; /* true if end of input file reached */ int past; /* true if read requested past end */ /* just for writing */ int level; /* compression level */ int strategy; /* compression strategy */ /* seek request */ z_off64_t skip; /* amount to skip (already rewound if backwards) */ int seek; /* true if seek request pending */ /* error information */ int err; /* error code */ char *msg; /* error message */ /* zlib inflate or deflate stream */ z_stream strm; /* stream structure in-place (not a pointer) */ } gz_state; typedef gz_state FAR *gz_statep; /* shared functions */ void ZLIB_INTERNAL gz_error OF((gz_statep, int, const char *)); #if defined UNDER_CE char ZLIB_INTERNAL *gz_strwinerror OF((DWORD error)); #endif /* GT_OFF(x), where x is an unsigned value, is true if x > maximum z_off64_t value -- needed when comparing unsigned to z_off64_t, which is signed (possible z_off64_t types off_t, off64_t, and long are all signed) */ #ifdef INT_MAX # define GT_OFF(x) (sizeof(int) == sizeof(z_off64_t) && (x) > INT_MAX) #else unsigned ZLIB_INTERNAL gz_intmax OF((void)); # define GT_OFF(x) (sizeof(int) == sizeof(z_off64_t) && (x) > gz_intmax()) #endif golly-3.3-src/gui-web/zlib/deflate.c0000644000175000017500000021346412362063145014276 00000000000000/* deflate.c -- compress data using the deflation algorithm * Copyright (C) 1995-2013 Jean-loup Gailly and Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ /* * ALGORITHM * * The "deflation" process depends on being able to identify portions * of the input text which are identical to earlier input (within a * sliding window trailing behind the input currently being processed). * * The most straightforward technique turns out to be the fastest for * most input files: try all possible matches and select the longest. * The key feature of this algorithm is that insertions into the string * dictionary are very simple and thus fast, and deletions are avoided * completely. Insertions are performed at each input character, whereas * string matches are performed only when the previous match ends. So it * is preferable to spend more time in matches to allow very fast string * insertions and avoid deletions. The matching algorithm for small * strings is inspired from that of Rabin & Karp. A brute force approach * is used to find longer strings when a small match has been found. * A similar algorithm is used in comic (by Jan-Mark Wams) and freeze * (by Leonid Broukhis). * A previous version of this file used a more sophisticated algorithm * (by Fiala and Greene) which is guaranteed to run in linear amortized * time, but has a larger average cost, uses more memory and is patented. * However the F&G algorithm may be faster for some highly redundant * files if the parameter max_chain_length (described below) is too large. * * ACKNOWLEDGEMENTS * * The idea of lazy evaluation of matches is due to Jan-Mark Wams, and * I found it in 'freeze' written by Leonid Broukhis. * Thanks to many people for bug reports and testing. * * REFERENCES * * Deutsch, L.P.,"DEFLATE Compressed Data Format Specification". * Available in http://tools.ietf.org/html/rfc1951 * * A description of the Rabin and Karp algorithm is given in the book * "Algorithms" by R. Sedgewick, Addison-Wesley, p252. * * Fiala,E.R., and Greene,D.H. * Data Compression with Finite Windows, Comm.ACM, 32,4 (1989) 490-595 * */ /* @(#) $Id$ */ #include "deflate.h" const char deflate_copyright[] = " deflate 1.2.8 Copyright 1995-2013 Jean-loup Gailly and Mark Adler "; /* If you use the zlib library in a product, an acknowledgment is welcome in the documentation of your product. If for some reason you cannot include such an acknowledgment, I would appreciate that you keep this copyright string in the executable of your product. */ /* =========================================================================== * Function prototypes. */ typedef enum { need_more, /* block not completed, need more input or more output */ block_done, /* block flush performed */ finish_started, /* finish started, need only more output at next deflate */ finish_done /* finish done, accept no more input or output */ } block_state; typedef block_state (*compress_func) OF((deflate_state *s, int flush)); /* Compression function. Returns the block state after the call. */ local void fill_window OF((deflate_state *s)); local block_state deflate_stored OF((deflate_state *s, int flush)); local block_state deflate_fast OF((deflate_state *s, int flush)); #ifndef FASTEST local block_state deflate_slow OF((deflate_state *s, int flush)); #endif local block_state deflate_rle OF((deflate_state *s, int flush)); local block_state deflate_huff OF((deflate_state *s, int flush)); local void lm_init OF((deflate_state *s)); local void putShortMSB OF((deflate_state *s, uInt b)); local void flush_pending OF((z_streamp strm)); local int read_buf OF((z_streamp strm, Bytef *buf, unsigned size)); #ifdef ASMV void match_init OF((void)); /* asm code initialization */ uInt longest_match OF((deflate_state *s, IPos cur_match)); #else local uInt longest_match OF((deflate_state *s, IPos cur_match)); #endif #ifdef DEBUG local void check_match OF((deflate_state *s, IPos start, IPos match, int length)); #endif /* =========================================================================== * Local data */ #define NIL 0 /* Tail of hash chains */ #ifndef TOO_FAR # define TOO_FAR 4096 #endif /* Matches of length 3 are discarded if their distance exceeds TOO_FAR */ /* Values for max_lazy_match, good_match and max_chain_length, depending on * the desired pack level (0..9). The values given below have been tuned to * exclude worst case performance for pathological files. Better values may be * found for specific files. */ typedef struct config_s { ush good_length; /* reduce lazy search above this match length */ ush max_lazy; /* do not perform lazy search above this match length */ ush nice_length; /* quit search above this match length */ ush max_chain; compress_func func; } config; #ifdef FASTEST local const config configuration_table[2] = { /* good lazy nice chain */ /* 0 */ {0, 0, 0, 0, deflate_stored}, /* store only */ /* 1 */ {4, 4, 8, 4, deflate_fast}}; /* max speed, no lazy matches */ #else local const config configuration_table[10] = { /* good lazy nice chain */ /* 0 */ {0, 0, 0, 0, deflate_stored}, /* store only */ /* 1 */ {4, 4, 8, 4, deflate_fast}, /* max speed, no lazy matches */ /* 2 */ {4, 5, 16, 8, deflate_fast}, /* 3 */ {4, 6, 32, 32, deflate_fast}, /* 4 */ {4, 4, 16, 16, deflate_slow}, /* lazy matches */ /* 5 */ {8, 16, 32, 32, deflate_slow}, /* 6 */ {8, 16, 128, 128, deflate_slow}, /* 7 */ {8, 32, 128, 256, deflate_slow}, /* 8 */ {32, 128, 258, 1024, deflate_slow}, /* 9 */ {32, 258, 258, 4096, deflate_slow}}; /* max compression */ #endif /* Note: the deflate() code requires max_lazy >= MIN_MATCH and max_chain >= 4 * For deflate_fast() (levels <= 3) good is ignored and lazy has a different * meaning. */ #define EQUAL 0 /* result of memcmp for equal strings */ #ifndef NO_DUMMY_DECL struct static_tree_desc_s {int dummy;}; /* for buggy compilers */ #endif /* rank Z_BLOCK between Z_NO_FLUSH and Z_PARTIAL_FLUSH */ #define RANK(f) (((f) << 1) - ((f) > 4 ? 9 : 0)) /* =========================================================================== * Update a hash value with the given input byte * IN assertion: all calls to to UPDATE_HASH are made with consecutive * input characters, so that a running hash key can be computed from the * previous key instead of complete recalculation each time. */ #define UPDATE_HASH(s,h,c) (h = (((h)<hash_shift) ^ (c)) & s->hash_mask) /* =========================================================================== * Insert string str in the dictionary and set match_head to the previous head * of the hash chain (the most recent string with same hash key). Return * the previous length of the hash chain. * If this file is compiled with -DFASTEST, the compression level is forced * to 1, and no hash chains are maintained. * IN assertion: all calls to to INSERT_STRING are made with consecutive * input characters and the first MIN_MATCH bytes of str are valid * (except for the last MIN_MATCH-1 bytes of the input file). */ #ifdef FASTEST #define INSERT_STRING(s, str, match_head) \ (UPDATE_HASH(s, s->ins_h, s->window[(str) + (MIN_MATCH-1)]), \ match_head = s->head[s->ins_h], \ s->head[s->ins_h] = (Pos)(str)) #else #define INSERT_STRING(s, str, match_head) \ (UPDATE_HASH(s, s->ins_h, s->window[(str) + (MIN_MATCH-1)]), \ match_head = s->prev[(str) & s->w_mask] = s->head[s->ins_h], \ s->head[s->ins_h] = (Pos)(str)) #endif /* =========================================================================== * Initialize the hash table (avoiding 64K overflow for 16 bit systems). * prev[] will be initialized on the fly. */ #define CLEAR_HASH(s) \ s->head[s->hash_size-1] = NIL; \ zmemzero((Bytef *)s->head, (unsigned)(s->hash_size-1)*sizeof(*s->head)); /* ========================================================================= */ int ZEXPORT deflateInit_(strm, level, version, stream_size) z_streamp strm; int level; const char *version; int stream_size; { return deflateInit2_(strm, level, Z_DEFLATED, MAX_WBITS, DEF_MEM_LEVEL, Z_DEFAULT_STRATEGY, version, stream_size); /* To do: ignore strm->next_in if we use it as window */ } /* ========================================================================= */ int ZEXPORT deflateInit2_(strm, level, method, windowBits, memLevel, strategy, version, stream_size) z_streamp strm; int level; int method; int windowBits; int memLevel; int strategy; const char *version; int stream_size; { deflate_state *s; int wrap = 1; static const char my_version[] = ZLIB_VERSION; ushf *overlay; /* We overlay pending_buf and d_buf+l_buf. This works since the average * output size for (length,distance) codes is <= 24 bits. */ if (version == Z_NULL || version[0] != my_version[0] || stream_size != sizeof(z_stream)) { return Z_VERSION_ERROR; } if (strm == Z_NULL) return Z_STREAM_ERROR; strm->msg = Z_NULL; if (strm->zalloc == (alloc_func)0) { #ifdef Z_SOLO return Z_STREAM_ERROR; #else strm->zalloc = zcalloc; strm->opaque = (voidpf)0; #endif } if (strm->zfree == (free_func)0) #ifdef Z_SOLO return Z_STREAM_ERROR; #else strm->zfree = zcfree; #endif #ifdef FASTEST if (level != 0) level = 1; #else if (level == Z_DEFAULT_COMPRESSION) level = 6; #endif if (windowBits < 0) { /* suppress zlib wrapper */ wrap = 0; windowBits = -windowBits; } #ifdef GZIP else if (windowBits > 15) { wrap = 2; /* write gzip wrapper instead */ windowBits -= 16; } #endif if (memLevel < 1 || memLevel > MAX_MEM_LEVEL || method != Z_DEFLATED || windowBits < 8 || windowBits > 15 || level < 0 || level > 9 || strategy < 0 || strategy > Z_FIXED) { return Z_STREAM_ERROR; } if (windowBits == 8) windowBits = 9; /* until 256-byte window bug fixed */ s = (deflate_state *) ZALLOC(strm, 1, sizeof(deflate_state)); if (s == Z_NULL) return Z_MEM_ERROR; strm->state = (struct internal_state FAR *)s; s->strm = strm; s->wrap = wrap; s->gzhead = Z_NULL; s->w_bits = windowBits; s->w_size = 1 << s->w_bits; s->w_mask = s->w_size - 1; s->hash_bits = memLevel + 7; s->hash_size = 1 << s->hash_bits; s->hash_mask = s->hash_size - 1; s->hash_shift = ((s->hash_bits+MIN_MATCH-1)/MIN_MATCH); s->window = (Bytef *) ZALLOC(strm, s->w_size, 2*sizeof(Byte)); s->prev = (Posf *) ZALLOC(strm, s->w_size, sizeof(Pos)); s->head = (Posf *) ZALLOC(strm, s->hash_size, sizeof(Pos)); s->high_water = 0; /* nothing written to s->window yet */ s->lit_bufsize = 1 << (memLevel + 6); /* 16K elements by default */ overlay = (ushf *) ZALLOC(strm, s->lit_bufsize, sizeof(ush)+2); s->pending_buf = (uchf *) overlay; s->pending_buf_size = (ulg)s->lit_bufsize * (sizeof(ush)+2L); if (s->window == Z_NULL || s->prev == Z_NULL || s->head == Z_NULL || s->pending_buf == Z_NULL) { s->status = FINISH_STATE; strm->msg = ERR_MSG(Z_MEM_ERROR); deflateEnd (strm); return Z_MEM_ERROR; } s->d_buf = overlay + s->lit_bufsize/sizeof(ush); s->l_buf = s->pending_buf + (1+sizeof(ush))*s->lit_bufsize; s->level = level; s->strategy = strategy; s->method = (Byte)method; return deflateReset(strm); } /* ========================================================================= */ int ZEXPORT deflateSetDictionary (strm, dictionary, dictLength) z_streamp strm; const Bytef *dictionary; uInt dictLength; { deflate_state *s; uInt str, n; int wrap; unsigned avail; z_const unsigned char *next; if (strm == Z_NULL || strm->state == Z_NULL || dictionary == Z_NULL) return Z_STREAM_ERROR; s = strm->state; wrap = s->wrap; if (wrap == 2 || (wrap == 1 && s->status != INIT_STATE) || s->lookahead) return Z_STREAM_ERROR; /* when using zlib wrappers, compute Adler-32 for provided dictionary */ if (wrap == 1) strm->adler = adler32(strm->adler, dictionary, dictLength); s->wrap = 0; /* avoid computing Adler-32 in read_buf */ /* if dictionary would fill window, just replace the history */ if (dictLength >= s->w_size) { if (wrap == 0) { /* already empty otherwise */ CLEAR_HASH(s); s->strstart = 0; s->block_start = 0L; s->insert = 0; } dictionary += dictLength - s->w_size; /* use the tail */ dictLength = s->w_size; } /* insert dictionary into window and hash */ avail = strm->avail_in; next = strm->next_in; strm->avail_in = dictLength; strm->next_in = (z_const Bytef *)dictionary; fill_window(s); while (s->lookahead >= MIN_MATCH) { str = s->strstart; n = s->lookahead - (MIN_MATCH-1); do { UPDATE_HASH(s, s->ins_h, s->window[str + MIN_MATCH-1]); #ifndef FASTEST s->prev[str & s->w_mask] = s->head[s->ins_h]; #endif s->head[s->ins_h] = (Pos)str; str++; } while (--n); s->strstart = str; s->lookahead = MIN_MATCH-1; fill_window(s); } s->strstart += s->lookahead; s->block_start = (long)s->strstart; s->insert = s->lookahead; s->lookahead = 0; s->match_length = s->prev_length = MIN_MATCH-1; s->match_available = 0; strm->next_in = next; strm->avail_in = avail; s->wrap = wrap; return Z_OK; } /* ========================================================================= */ int ZEXPORT deflateResetKeep (strm) z_streamp strm; { deflate_state *s; if (strm == Z_NULL || strm->state == Z_NULL || strm->zalloc == (alloc_func)0 || strm->zfree == (free_func)0) { return Z_STREAM_ERROR; } strm->total_in = strm->total_out = 0; strm->msg = Z_NULL; /* use zfree if we ever allocate msg dynamically */ strm->data_type = Z_UNKNOWN; s = (deflate_state *)strm->state; s->pending = 0; s->pending_out = s->pending_buf; if (s->wrap < 0) { s->wrap = -s->wrap; /* was made negative by deflate(..., Z_FINISH); */ } s->status = s->wrap ? INIT_STATE : BUSY_STATE; strm->adler = #ifdef GZIP s->wrap == 2 ? crc32(0L, Z_NULL, 0) : #endif adler32(0L, Z_NULL, 0); s->last_flush = Z_NO_FLUSH; _tr_init(s); return Z_OK; } /* ========================================================================= */ int ZEXPORT deflateReset (strm) z_streamp strm; { int ret; ret = deflateResetKeep(strm); if (ret == Z_OK) lm_init(strm->state); return ret; } /* ========================================================================= */ int ZEXPORT deflateSetHeader (strm, head) z_streamp strm; gz_headerp head; { if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; if (strm->state->wrap != 2) return Z_STREAM_ERROR; strm->state->gzhead = head; return Z_OK; } /* ========================================================================= */ int ZEXPORT deflatePending (strm, pending, bits) unsigned *pending; int *bits; z_streamp strm; { if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; if (pending != Z_NULL) *pending = strm->state->pending; if (bits != Z_NULL) *bits = strm->state->bi_valid; return Z_OK; } /* ========================================================================= */ int ZEXPORT deflatePrime (strm, bits, value) z_streamp strm; int bits; int value; { deflate_state *s; int put; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; s = strm->state; if ((Bytef *)(s->d_buf) < s->pending_out + ((Buf_size + 7) >> 3)) return Z_BUF_ERROR; do { put = Buf_size - s->bi_valid; if (put > bits) put = bits; s->bi_buf |= (ush)((value & ((1 << put) - 1)) << s->bi_valid); s->bi_valid += put; _tr_flush_bits(s); value >>= put; bits -= put; } while (bits); return Z_OK; } /* ========================================================================= */ int ZEXPORT deflateParams(strm, level, strategy) z_streamp strm; int level; int strategy; { deflate_state *s; compress_func func; int err = Z_OK; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; s = strm->state; #ifdef FASTEST if (level != 0) level = 1; #else if (level == Z_DEFAULT_COMPRESSION) level = 6; #endif if (level < 0 || level > 9 || strategy < 0 || strategy > Z_FIXED) { return Z_STREAM_ERROR; } func = configuration_table[s->level].func; if ((strategy != s->strategy || func != configuration_table[level].func) && strm->total_in != 0) { /* Flush the last buffer: */ err = deflate(strm, Z_BLOCK); if (err == Z_BUF_ERROR && s->pending == 0) err = Z_OK; } if (s->level != level) { s->level = level; s->max_lazy_match = configuration_table[level].max_lazy; s->good_match = configuration_table[level].good_length; s->nice_match = configuration_table[level].nice_length; s->max_chain_length = configuration_table[level].max_chain; } s->strategy = strategy; return err; } /* ========================================================================= */ int ZEXPORT deflateTune(strm, good_length, max_lazy, nice_length, max_chain) z_streamp strm; int good_length; int max_lazy; int nice_length; int max_chain; { deflate_state *s; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; s = strm->state; s->good_match = good_length; s->max_lazy_match = max_lazy; s->nice_match = nice_length; s->max_chain_length = max_chain; return Z_OK; } /* ========================================================================= * For the default windowBits of 15 and memLevel of 8, this function returns * a close to exact, as well as small, upper bound on the compressed size. * They are coded as constants here for a reason--if the #define's are * changed, then this function needs to be changed as well. The return * value for 15 and 8 only works for those exact settings. * * For any setting other than those defaults for windowBits and memLevel, * the value returned is a conservative worst case for the maximum expansion * resulting from using fixed blocks instead of stored blocks, which deflate * can emit on compressed data for some combinations of the parameters. * * This function could be more sophisticated to provide closer upper bounds for * every combination of windowBits and memLevel. But even the conservative * upper bound of about 14% expansion does not seem onerous for output buffer * allocation. */ uLong ZEXPORT deflateBound(strm, sourceLen) z_streamp strm; uLong sourceLen; { deflate_state *s; uLong complen, wraplen; Bytef *str; /* conservative upper bound for compressed data */ complen = sourceLen + ((sourceLen + 7) >> 3) + ((sourceLen + 63) >> 6) + 5; /* if can't get parameters, return conservative bound plus zlib wrapper */ if (strm == Z_NULL || strm->state == Z_NULL) return complen + 6; /* compute wrapper length */ s = strm->state; switch (s->wrap) { case 0: /* raw deflate */ wraplen = 0; break; case 1: /* zlib wrapper */ wraplen = 6 + (s->strstart ? 4 : 0); break; case 2: /* gzip wrapper */ wraplen = 18; if (s->gzhead != Z_NULL) { /* user-supplied gzip header */ if (s->gzhead->extra != Z_NULL) wraplen += 2 + s->gzhead->extra_len; str = s->gzhead->name; if (str != Z_NULL) do { wraplen++; } while (*str++); str = s->gzhead->comment; if (str != Z_NULL) do { wraplen++; } while (*str++); if (s->gzhead->hcrc) wraplen += 2; } break; default: /* for compiler happiness */ wraplen = 6; } /* if not default parameters, return conservative bound */ if (s->w_bits != 15 || s->hash_bits != 8 + 7) return complen + wraplen; /* default settings: return tight bound for that case */ return sourceLen + (sourceLen >> 12) + (sourceLen >> 14) + (sourceLen >> 25) + 13 - 6 + wraplen; } /* ========================================================================= * Put a short in the pending buffer. The 16-bit value is put in MSB order. * IN assertion: the stream state is correct and there is enough room in * pending_buf. */ local void putShortMSB (s, b) deflate_state *s; uInt b; { put_byte(s, (Byte)(b >> 8)); put_byte(s, (Byte)(b & 0xff)); } /* ========================================================================= * Flush as much pending output as possible. All deflate() output goes * through this function so some applications may wish to modify it * to avoid allocating a large strm->next_out buffer and copying into it. * (See also read_buf()). */ local void flush_pending(strm) z_streamp strm; { unsigned len; deflate_state *s = strm->state; _tr_flush_bits(s); len = s->pending; if (len > strm->avail_out) len = strm->avail_out; if (len == 0) return; zmemcpy(strm->next_out, s->pending_out, len); strm->next_out += len; s->pending_out += len; strm->total_out += len; strm->avail_out -= len; s->pending -= len; if (s->pending == 0) { s->pending_out = s->pending_buf; } } /* ========================================================================= */ int ZEXPORT deflate (strm, flush) z_streamp strm; int flush; { int old_flush; /* value of flush param for previous deflate call */ deflate_state *s; if (strm == Z_NULL || strm->state == Z_NULL || flush > Z_BLOCK || flush < 0) { return Z_STREAM_ERROR; } s = strm->state; if (strm->next_out == Z_NULL || (strm->next_in == Z_NULL && strm->avail_in != 0) || (s->status == FINISH_STATE && flush != Z_FINISH)) { ERR_RETURN(strm, Z_STREAM_ERROR); } if (strm->avail_out == 0) ERR_RETURN(strm, Z_BUF_ERROR); s->strm = strm; /* just in case */ old_flush = s->last_flush; s->last_flush = flush; /* Write the header */ if (s->status == INIT_STATE) { #ifdef GZIP if (s->wrap == 2) { strm->adler = crc32(0L, Z_NULL, 0); put_byte(s, 31); put_byte(s, 139); put_byte(s, 8); if (s->gzhead == Z_NULL) { put_byte(s, 0); put_byte(s, 0); put_byte(s, 0); put_byte(s, 0); put_byte(s, 0); put_byte(s, s->level == 9 ? 2 : (s->strategy >= Z_HUFFMAN_ONLY || s->level < 2 ? 4 : 0)); put_byte(s, OS_CODE); s->status = BUSY_STATE; } else { put_byte(s, (s->gzhead->text ? 1 : 0) + (s->gzhead->hcrc ? 2 : 0) + (s->gzhead->extra == Z_NULL ? 0 : 4) + (s->gzhead->name == Z_NULL ? 0 : 8) + (s->gzhead->comment == Z_NULL ? 0 : 16) ); put_byte(s, (Byte)(s->gzhead->time & 0xff)); put_byte(s, (Byte)((s->gzhead->time >> 8) & 0xff)); put_byte(s, (Byte)((s->gzhead->time >> 16) & 0xff)); put_byte(s, (Byte)((s->gzhead->time >> 24) & 0xff)); put_byte(s, s->level == 9 ? 2 : (s->strategy >= Z_HUFFMAN_ONLY || s->level < 2 ? 4 : 0)); put_byte(s, s->gzhead->os & 0xff); if (s->gzhead->extra != Z_NULL) { put_byte(s, s->gzhead->extra_len & 0xff); put_byte(s, (s->gzhead->extra_len >> 8) & 0xff); } if (s->gzhead->hcrc) strm->adler = crc32(strm->adler, s->pending_buf, s->pending); s->gzindex = 0; s->status = EXTRA_STATE; } } else #endif { uInt header = (Z_DEFLATED + ((s->w_bits-8)<<4)) << 8; uInt level_flags; if (s->strategy >= Z_HUFFMAN_ONLY || s->level < 2) level_flags = 0; else if (s->level < 6) level_flags = 1; else if (s->level == 6) level_flags = 2; else level_flags = 3; header |= (level_flags << 6); if (s->strstart != 0) header |= PRESET_DICT; header += 31 - (header % 31); s->status = BUSY_STATE; putShortMSB(s, header); /* Save the adler32 of the preset dictionary: */ if (s->strstart != 0) { putShortMSB(s, (uInt)(strm->adler >> 16)); putShortMSB(s, (uInt)(strm->adler & 0xffff)); } strm->adler = adler32(0L, Z_NULL, 0); } } #ifdef GZIP if (s->status == EXTRA_STATE) { if (s->gzhead->extra != Z_NULL) { uInt beg = s->pending; /* start of bytes to update crc */ while (s->gzindex < (s->gzhead->extra_len & 0xffff)) { if (s->pending == s->pending_buf_size) { if (s->gzhead->hcrc && s->pending > beg) strm->adler = crc32(strm->adler, s->pending_buf + beg, s->pending - beg); flush_pending(strm); beg = s->pending; if (s->pending == s->pending_buf_size) break; } put_byte(s, s->gzhead->extra[s->gzindex]); s->gzindex++; } if (s->gzhead->hcrc && s->pending > beg) strm->adler = crc32(strm->adler, s->pending_buf + beg, s->pending - beg); if (s->gzindex == s->gzhead->extra_len) { s->gzindex = 0; s->status = NAME_STATE; } } else s->status = NAME_STATE; } if (s->status == NAME_STATE) { if (s->gzhead->name != Z_NULL) { uInt beg = s->pending; /* start of bytes to update crc */ int val; do { if (s->pending == s->pending_buf_size) { if (s->gzhead->hcrc && s->pending > beg) strm->adler = crc32(strm->adler, s->pending_buf + beg, s->pending - beg); flush_pending(strm); beg = s->pending; if (s->pending == s->pending_buf_size) { val = 1; break; } } val = s->gzhead->name[s->gzindex++]; put_byte(s, val); } while (val != 0); if (s->gzhead->hcrc && s->pending > beg) strm->adler = crc32(strm->adler, s->pending_buf + beg, s->pending - beg); if (val == 0) { s->gzindex = 0; s->status = COMMENT_STATE; } } else s->status = COMMENT_STATE; } if (s->status == COMMENT_STATE) { if (s->gzhead->comment != Z_NULL) { uInt beg = s->pending; /* start of bytes to update crc */ int val; do { if (s->pending == s->pending_buf_size) { if (s->gzhead->hcrc && s->pending > beg) strm->adler = crc32(strm->adler, s->pending_buf + beg, s->pending - beg); flush_pending(strm); beg = s->pending; if (s->pending == s->pending_buf_size) { val = 1; break; } } val = s->gzhead->comment[s->gzindex++]; put_byte(s, val); } while (val != 0); if (s->gzhead->hcrc && s->pending > beg) strm->adler = crc32(strm->adler, s->pending_buf + beg, s->pending - beg); if (val == 0) s->status = HCRC_STATE; } else s->status = HCRC_STATE; } if (s->status == HCRC_STATE) { if (s->gzhead->hcrc) { if (s->pending + 2 > s->pending_buf_size) flush_pending(strm); if (s->pending + 2 <= s->pending_buf_size) { put_byte(s, (Byte)(strm->adler & 0xff)); put_byte(s, (Byte)((strm->adler >> 8) & 0xff)); strm->adler = crc32(0L, Z_NULL, 0); s->status = BUSY_STATE; } } else s->status = BUSY_STATE; } #endif /* Flush as much pending output as possible */ if (s->pending != 0) { flush_pending(strm); if (strm->avail_out == 0) { /* Since avail_out is 0, deflate will be called again with * more output space, but possibly with both pending and * avail_in equal to zero. There won't be anything to do, * but this is not an error situation so make sure we * return OK instead of BUF_ERROR at next call of deflate: */ s->last_flush = -1; return Z_OK; } /* Make sure there is something to do and avoid duplicate consecutive * flushes. For repeated and useless calls with Z_FINISH, we keep * returning Z_STREAM_END instead of Z_BUF_ERROR. */ } else if (strm->avail_in == 0 && RANK(flush) <= RANK(old_flush) && flush != Z_FINISH) { ERR_RETURN(strm, Z_BUF_ERROR); } /* User must not provide more input after the first FINISH: */ if (s->status == FINISH_STATE && strm->avail_in != 0) { ERR_RETURN(strm, Z_BUF_ERROR); } /* Start a new block or continue the current one. */ if (strm->avail_in != 0 || s->lookahead != 0 || (flush != Z_NO_FLUSH && s->status != FINISH_STATE)) { block_state bstate; bstate = s->strategy == Z_HUFFMAN_ONLY ? deflate_huff(s, flush) : (s->strategy == Z_RLE ? deflate_rle(s, flush) : (*(configuration_table[s->level].func))(s, flush)); if (bstate == finish_started || bstate == finish_done) { s->status = FINISH_STATE; } if (bstate == need_more || bstate == finish_started) { if (strm->avail_out == 0) { s->last_flush = -1; /* avoid BUF_ERROR next call, see above */ } return Z_OK; /* If flush != Z_NO_FLUSH && avail_out == 0, the next call * of deflate should use the same flush parameter to make sure * that the flush is complete. So we don't have to output an * empty block here, this will be done at next call. This also * ensures that for a very small output buffer, we emit at most * one empty block. */ } if (bstate == block_done) { if (flush == Z_PARTIAL_FLUSH) { _tr_align(s); } else if (flush != Z_BLOCK) { /* FULL_FLUSH or SYNC_FLUSH */ _tr_stored_block(s, (char*)0, 0L, 0); /* For a full flush, this empty block will be recognized * as a special marker by inflate_sync(). */ if (flush == Z_FULL_FLUSH) { CLEAR_HASH(s); /* forget history */ if (s->lookahead == 0) { s->strstart = 0; s->block_start = 0L; s->insert = 0; } } } flush_pending(strm); if (strm->avail_out == 0) { s->last_flush = -1; /* avoid BUF_ERROR at next call, see above */ return Z_OK; } } } Assert(strm->avail_out > 0, "bug2"); if (flush != Z_FINISH) return Z_OK; if (s->wrap <= 0) return Z_STREAM_END; /* Write the trailer */ #ifdef GZIP if (s->wrap == 2) { put_byte(s, (Byte)(strm->adler & 0xff)); put_byte(s, (Byte)((strm->adler >> 8) & 0xff)); put_byte(s, (Byte)((strm->adler >> 16) & 0xff)); put_byte(s, (Byte)((strm->adler >> 24) & 0xff)); put_byte(s, (Byte)(strm->total_in & 0xff)); put_byte(s, (Byte)((strm->total_in >> 8) & 0xff)); put_byte(s, (Byte)((strm->total_in >> 16) & 0xff)); put_byte(s, (Byte)((strm->total_in >> 24) & 0xff)); } else #endif { putShortMSB(s, (uInt)(strm->adler >> 16)); putShortMSB(s, (uInt)(strm->adler & 0xffff)); } flush_pending(strm); /* If avail_out is zero, the application will call deflate again * to flush the rest. */ if (s->wrap > 0) s->wrap = -s->wrap; /* write the trailer only once! */ return s->pending != 0 ? Z_OK : Z_STREAM_END; } /* ========================================================================= */ int ZEXPORT deflateEnd (strm) z_streamp strm; { int status; if (strm == Z_NULL || strm->state == Z_NULL) return Z_STREAM_ERROR; status = strm->state->status; if (status != INIT_STATE && status != EXTRA_STATE && status != NAME_STATE && status != COMMENT_STATE && status != HCRC_STATE && status != BUSY_STATE && status != FINISH_STATE) { return Z_STREAM_ERROR; } /* Deallocate in reverse order of allocations: */ TRY_FREE(strm, strm->state->pending_buf); TRY_FREE(strm, strm->state->head); TRY_FREE(strm, strm->state->prev); TRY_FREE(strm, strm->state->window); ZFREE(strm, strm->state); strm->state = Z_NULL; return status == BUSY_STATE ? Z_DATA_ERROR : Z_OK; } /* ========================================================================= * Copy the source state to the destination state. * To simplify the source, this is not supported for 16-bit MSDOS (which * doesn't have enough memory anyway to duplicate compression states). */ int ZEXPORT deflateCopy (dest, source) z_streamp dest; z_streamp source; { #ifdef MAXSEG_64K return Z_STREAM_ERROR; #else deflate_state *ds; deflate_state *ss; ushf *overlay; if (source == Z_NULL || dest == Z_NULL || source->state == Z_NULL) { return Z_STREAM_ERROR; } ss = source->state; zmemcpy((voidpf)dest, (voidpf)source, sizeof(z_stream)); ds = (deflate_state *) ZALLOC(dest, 1, sizeof(deflate_state)); if (ds == Z_NULL) return Z_MEM_ERROR; dest->state = (struct internal_state FAR *) ds; zmemcpy((voidpf)ds, (voidpf)ss, sizeof(deflate_state)); ds->strm = dest; ds->window = (Bytef *) ZALLOC(dest, ds->w_size, 2*sizeof(Byte)); ds->prev = (Posf *) ZALLOC(dest, ds->w_size, sizeof(Pos)); ds->head = (Posf *) ZALLOC(dest, ds->hash_size, sizeof(Pos)); overlay = (ushf *) ZALLOC(dest, ds->lit_bufsize, sizeof(ush)+2); ds->pending_buf = (uchf *) overlay; if (ds->window == Z_NULL || ds->prev == Z_NULL || ds->head == Z_NULL || ds->pending_buf == Z_NULL) { deflateEnd (dest); return Z_MEM_ERROR; } /* following zmemcpy do not work for 16-bit MSDOS */ zmemcpy(ds->window, ss->window, ds->w_size * 2 * sizeof(Byte)); zmemcpy((voidpf)ds->prev, (voidpf)ss->prev, ds->w_size * sizeof(Pos)); zmemcpy((voidpf)ds->head, (voidpf)ss->head, ds->hash_size * sizeof(Pos)); zmemcpy(ds->pending_buf, ss->pending_buf, (uInt)ds->pending_buf_size); ds->pending_out = ds->pending_buf + (ss->pending_out - ss->pending_buf); ds->d_buf = overlay + ds->lit_bufsize/sizeof(ush); ds->l_buf = ds->pending_buf + (1+sizeof(ush))*ds->lit_bufsize; ds->l_desc.dyn_tree = ds->dyn_ltree; ds->d_desc.dyn_tree = ds->dyn_dtree; ds->bl_desc.dyn_tree = ds->bl_tree; return Z_OK; #endif /* MAXSEG_64K */ } /* =========================================================================== * Read a new buffer from the current input stream, update the adler32 * and total number of bytes read. All deflate() input goes through * this function so some applications may wish to modify it to avoid * allocating a large strm->next_in buffer and copying from it. * (See also flush_pending()). */ local int read_buf(strm, buf, size) z_streamp strm; Bytef *buf; unsigned size; { unsigned len = strm->avail_in; if (len > size) len = size; if (len == 0) return 0; strm->avail_in -= len; zmemcpy(buf, strm->next_in, len); if (strm->state->wrap == 1) { strm->adler = adler32(strm->adler, buf, len); } #ifdef GZIP else if (strm->state->wrap == 2) { strm->adler = crc32(strm->adler, buf, len); } #endif strm->next_in += len; strm->total_in += len; return (int)len; } /* =========================================================================== * Initialize the "longest match" routines for a new zlib stream */ local void lm_init (s) deflate_state *s; { s->window_size = (ulg)2L*s->w_size; CLEAR_HASH(s); /* Set the default configuration parameters: */ s->max_lazy_match = configuration_table[s->level].max_lazy; s->good_match = configuration_table[s->level].good_length; s->nice_match = configuration_table[s->level].nice_length; s->max_chain_length = configuration_table[s->level].max_chain; s->strstart = 0; s->block_start = 0L; s->lookahead = 0; s->insert = 0; s->match_length = s->prev_length = MIN_MATCH-1; s->match_available = 0; s->ins_h = 0; #ifndef FASTEST #ifdef ASMV match_init(); /* initialize the asm code */ #endif #endif } #ifndef FASTEST /* =========================================================================== * Set match_start to the longest match starting at the given string and * return its length. Matches shorter or equal to prev_length are discarded, * in which case the result is equal to prev_length and match_start is * garbage. * IN assertions: cur_match is the head of the hash chain for the current * string (strstart) and its distance is <= MAX_DIST, and prev_length >= 1 * OUT assertion: the match length is not greater than s->lookahead. */ #ifndef ASMV /* For 80x86 and 680x0, an optimized version will be provided in match.asm or * match.S. The code will be functionally equivalent. */ local uInt longest_match(s, cur_match) deflate_state *s; IPos cur_match; /* current match */ { unsigned chain_length = s->max_chain_length;/* max hash chain length */ register Bytef *scan = s->window + s->strstart; /* current string */ register Bytef *match; /* matched string */ register int len; /* length of current match */ int best_len = s->prev_length; /* best match length so far */ int nice_match = s->nice_match; /* stop if match long enough */ IPos limit = s->strstart > (IPos)MAX_DIST(s) ? s->strstart - (IPos)MAX_DIST(s) : NIL; /* Stop when cur_match becomes <= limit. To simplify the code, * we prevent matches with the string of window index 0. */ Posf *prev = s->prev; uInt wmask = s->w_mask; #ifdef UNALIGNED_OK /* Compare two bytes at a time. Note: this is not always beneficial. * Try with and without -DUNALIGNED_OK to check. */ register Bytef *strend = s->window + s->strstart + MAX_MATCH - 1; register ush scan_start = *(ushf*)scan; register ush scan_end = *(ushf*)(scan+best_len-1); #else register Bytef *strend = s->window + s->strstart + MAX_MATCH; register Byte scan_end1 = scan[best_len-1]; register Byte scan_end = scan[best_len]; #endif /* The code is optimized for HASH_BITS >= 8 and MAX_MATCH-2 multiple of 16. * It is easy to get rid of this optimization if necessary. */ Assert(s->hash_bits >= 8 && MAX_MATCH == 258, "Code too clever"); /* Do not waste too much time if we already have a good match: */ if (s->prev_length >= s->good_match) { chain_length >>= 2; } /* Do not look for matches beyond the end of the input. This is necessary * to make deflate deterministic. */ if ((uInt)nice_match > s->lookahead) nice_match = s->lookahead; Assert((ulg)s->strstart <= s->window_size-MIN_LOOKAHEAD, "need lookahead"); do { Assert(cur_match < s->strstart, "no future"); match = s->window + cur_match; /* Skip to next match if the match length cannot increase * or if the match length is less than 2. Note that the checks below * for insufficient lookahead only occur occasionally for performance * reasons. Therefore uninitialized memory will be accessed, and * conditional jumps will be made that depend on those values. * However the length of the match is limited to the lookahead, so * the output of deflate is not affected by the uninitialized values. */ #if (defined(UNALIGNED_OK) && MAX_MATCH == 258) /* This code assumes sizeof(unsigned short) == 2. Do not use * UNALIGNED_OK if your compiler uses a different size. */ if (*(ushf*)(match+best_len-1) != scan_end || *(ushf*)match != scan_start) continue; /* It is not necessary to compare scan[2] and match[2] since they are * always equal when the other bytes match, given that the hash keys * are equal and that HASH_BITS >= 8. Compare 2 bytes at a time at * strstart+3, +5, ... up to strstart+257. We check for insufficient * lookahead only every 4th comparison; the 128th check will be made * at strstart+257. If MAX_MATCH-2 is not a multiple of 8, it is * necessary to put more guard bytes at the end of the window, or * to check more often for insufficient lookahead. */ Assert(scan[2] == match[2], "scan[2]?"); scan++, match++; do { } while (*(ushf*)(scan+=2) == *(ushf*)(match+=2) && *(ushf*)(scan+=2) == *(ushf*)(match+=2) && *(ushf*)(scan+=2) == *(ushf*)(match+=2) && *(ushf*)(scan+=2) == *(ushf*)(match+=2) && scan < strend); /* The funny "do {}" generates better code on most compilers */ /* Here, scan <= window+strstart+257 */ Assert(scan <= s->window+(unsigned)(s->window_size-1), "wild scan"); if (*scan == *match) scan++; len = (MAX_MATCH - 1) - (int)(strend-scan); scan = strend - (MAX_MATCH-1); #else /* UNALIGNED_OK */ if (match[best_len] != scan_end || match[best_len-1] != scan_end1 || *match != *scan || *++match != scan[1]) continue; /* The check at best_len-1 can be removed because it will be made * again later. (This heuristic is not always a win.) * It is not necessary to compare scan[2] and match[2] since they * are always equal when the other bytes match, given that * the hash keys are equal and that HASH_BITS >= 8. */ scan += 2, match++; Assert(*scan == *match, "match[2]?"); /* We check for insufficient lookahead only every 8th comparison; * the 256th check will be made at strstart+258. */ do { } while (*++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && scan < strend); Assert(scan <= s->window+(unsigned)(s->window_size-1), "wild scan"); len = MAX_MATCH - (int)(strend - scan); scan = strend - MAX_MATCH; #endif /* UNALIGNED_OK */ if (len > best_len) { s->match_start = cur_match; best_len = len; if (len >= nice_match) break; #ifdef UNALIGNED_OK scan_end = *(ushf*)(scan+best_len-1); #else scan_end1 = scan[best_len-1]; scan_end = scan[best_len]; #endif } } while ((cur_match = prev[cur_match & wmask]) > limit && --chain_length != 0); if ((uInt)best_len <= s->lookahead) return (uInt)best_len; return s->lookahead; } #endif /* ASMV */ #else /* FASTEST */ /* --------------------------------------------------------------------------- * Optimized version for FASTEST only */ local uInt longest_match(s, cur_match) deflate_state *s; IPos cur_match; /* current match */ { register Bytef *scan = s->window + s->strstart; /* current string */ register Bytef *match; /* matched string */ register int len; /* length of current match */ register Bytef *strend = s->window + s->strstart + MAX_MATCH; /* The code is optimized for HASH_BITS >= 8 and MAX_MATCH-2 multiple of 16. * It is easy to get rid of this optimization if necessary. */ Assert(s->hash_bits >= 8 && MAX_MATCH == 258, "Code too clever"); Assert((ulg)s->strstart <= s->window_size-MIN_LOOKAHEAD, "need lookahead"); Assert(cur_match < s->strstart, "no future"); match = s->window + cur_match; /* Return failure if the match length is less than 2: */ if (match[0] != scan[0] || match[1] != scan[1]) return MIN_MATCH-1; /* The check at best_len-1 can be removed because it will be made * again later. (This heuristic is not always a win.) * It is not necessary to compare scan[2] and match[2] since they * are always equal when the other bytes match, given that * the hash keys are equal and that HASH_BITS >= 8. */ scan += 2, match += 2; Assert(*scan == *match, "match[2]?"); /* We check for insufficient lookahead only every 8th comparison; * the 256th check will be made at strstart+258. */ do { } while (*++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && *++scan == *++match && scan < strend); Assert(scan <= s->window+(unsigned)(s->window_size-1), "wild scan"); len = MAX_MATCH - (int)(strend - scan); if (len < MIN_MATCH) return MIN_MATCH - 1; s->match_start = cur_match; return (uInt)len <= s->lookahead ? (uInt)len : s->lookahead; } #endif /* FASTEST */ #ifdef DEBUG /* =========================================================================== * Check that the match at match_start is indeed a match. */ local void check_match(s, start, match, length) deflate_state *s; IPos start, match; int length; { /* check that the match is indeed a match */ if (zmemcmp(s->window + match, s->window + start, length) != EQUAL) { fprintf(stderr, " start %u, match %u, length %d\n", start, match, length); do { fprintf(stderr, "%c%c", s->window[match++], s->window[start++]); } while (--length != 0); z_error("invalid match"); } if (z_verbose > 1) { fprintf(stderr,"\\[%d,%d]", start-match, length); do { putc(s->window[start++], stderr); } while (--length != 0); } } #else # define check_match(s, start, match, length) #endif /* DEBUG */ /* =========================================================================== * Fill the window when the lookahead becomes insufficient. * Updates strstart and lookahead. * * IN assertion: lookahead < MIN_LOOKAHEAD * OUT assertions: strstart <= window_size-MIN_LOOKAHEAD * At least one byte has been read, or avail_in == 0; reads are * performed for at least two bytes (required for the zip translate_eol * option -- not supported here). */ local void fill_window(s) deflate_state *s; { register unsigned n, m; register Posf *p; unsigned more; /* Amount of free space at the end of the window. */ uInt wsize = s->w_size; Assert(s->lookahead < MIN_LOOKAHEAD, "already enough lookahead"); do { more = (unsigned)(s->window_size -(ulg)s->lookahead -(ulg)s->strstart); /* Deal with !@#$% 64K limit: */ if (sizeof(int) <= 2) { if (more == 0 && s->strstart == 0 && s->lookahead == 0) { more = wsize; } else if (more == (unsigned)(-1)) { /* Very unlikely, but possible on 16 bit machine if * strstart == 0 && lookahead == 1 (input done a byte at time) */ more--; } } /* If the window is almost full and there is insufficient lookahead, * move the upper half to the lower one to make room in the upper half. */ if (s->strstart >= wsize+MAX_DIST(s)) { zmemcpy(s->window, s->window+wsize, (unsigned)wsize); s->match_start -= wsize; s->strstart -= wsize; /* we now have strstart >= MAX_DIST */ s->block_start -= (long) wsize; /* Slide the hash table (could be avoided with 32 bit values at the expense of memory usage). We slide even when level == 0 to keep the hash table consistent if we switch back to level > 0 later. (Using level 0 permanently is not an optimal usage of zlib, so we don't care about this pathological case.) */ n = s->hash_size; p = &s->head[n]; do { m = *--p; *p = (Pos)(m >= wsize ? m-wsize : NIL); } while (--n); n = wsize; #ifndef FASTEST p = &s->prev[n]; do { m = *--p; *p = (Pos)(m >= wsize ? m-wsize : NIL); /* If n is not on any hash chain, prev[n] is garbage but * its value will never be used. */ } while (--n); #endif more += wsize; } if (s->strm->avail_in == 0) break; /* If there was no sliding: * strstart <= WSIZE+MAX_DIST-1 && lookahead <= MIN_LOOKAHEAD - 1 && * more == window_size - lookahead - strstart * => more >= window_size - (MIN_LOOKAHEAD-1 + WSIZE + MAX_DIST-1) * => more >= window_size - 2*WSIZE + 2 * In the BIG_MEM or MMAP case (not yet supported), * window_size == input_size + MIN_LOOKAHEAD && * strstart + s->lookahead <= input_size => more >= MIN_LOOKAHEAD. * Otherwise, window_size == 2*WSIZE so more >= 2. * If there was sliding, more >= WSIZE. So in all cases, more >= 2. */ Assert(more >= 2, "more < 2"); n = read_buf(s->strm, s->window + s->strstart + s->lookahead, more); s->lookahead += n; /* Initialize the hash value now that we have some input: */ if (s->lookahead + s->insert >= MIN_MATCH) { uInt str = s->strstart - s->insert; s->ins_h = s->window[str]; UPDATE_HASH(s, s->ins_h, s->window[str + 1]); #if MIN_MATCH != 3 Call UPDATE_HASH() MIN_MATCH-3 more times #endif while (s->insert) { UPDATE_HASH(s, s->ins_h, s->window[str + MIN_MATCH-1]); #ifndef FASTEST s->prev[str & s->w_mask] = s->head[s->ins_h]; #endif s->head[s->ins_h] = (Pos)str; str++; s->insert--; if (s->lookahead + s->insert < MIN_MATCH) break; } } /* If the whole input has less than MIN_MATCH bytes, ins_h is garbage, * but this is not important since only literal bytes will be emitted. */ } while (s->lookahead < MIN_LOOKAHEAD && s->strm->avail_in != 0); /* If the WIN_INIT bytes after the end of the current data have never been * written, then zero those bytes in order to avoid memory check reports of * the use of uninitialized (or uninitialised as Julian writes) bytes by * the longest match routines. Update the high water mark for the next * time through here. WIN_INIT is set to MAX_MATCH since the longest match * routines allow scanning to strstart + MAX_MATCH, ignoring lookahead. */ if (s->high_water < s->window_size) { ulg curr = s->strstart + (ulg)(s->lookahead); ulg init; if (s->high_water < curr) { /* Previous high water mark below current data -- zero WIN_INIT * bytes or up to end of window, whichever is less. */ init = s->window_size - curr; if (init > WIN_INIT) init = WIN_INIT; zmemzero(s->window + curr, (unsigned)init); s->high_water = curr + init; } else if (s->high_water < (ulg)curr + WIN_INIT) { /* High water mark at or above current data, but below current data * plus WIN_INIT -- zero out to current data plus WIN_INIT, or up * to end of window, whichever is less. */ init = (ulg)curr + WIN_INIT - s->high_water; if (init > s->window_size - s->high_water) init = s->window_size - s->high_water; zmemzero(s->window + s->high_water, (unsigned)init); s->high_water += init; } } Assert((ulg)s->strstart <= s->window_size - MIN_LOOKAHEAD, "not enough room for search"); } /* =========================================================================== * Flush the current block, with given end-of-file flag. * IN assertion: strstart is set to the end of the current match. */ #define FLUSH_BLOCK_ONLY(s, last) { \ _tr_flush_block(s, (s->block_start >= 0L ? \ (charf *)&s->window[(unsigned)s->block_start] : \ (charf *)Z_NULL), \ (ulg)((long)s->strstart - s->block_start), \ (last)); \ s->block_start = s->strstart; \ flush_pending(s->strm); \ Tracev((stderr,"[FLUSH]")); \ } /* Same but force premature exit if necessary. */ #define FLUSH_BLOCK(s, last) { \ FLUSH_BLOCK_ONLY(s, last); \ if (s->strm->avail_out == 0) return (last) ? finish_started : need_more; \ } /* =========================================================================== * Copy without compression as much as possible from the input stream, return * the current block state. * This function does not insert new strings in the dictionary since * uncompressible data is probably not useful. This function is used * only for the level=0 compression option. * NOTE: this function should be optimized to avoid extra copying from * window to pending_buf. */ local block_state deflate_stored(s, flush) deflate_state *s; int flush; { /* Stored blocks are limited to 0xffff bytes, pending_buf is limited * to pending_buf_size, and each stored block has a 5 byte header: */ ulg max_block_size = 0xffff; ulg max_start; if (max_block_size > s->pending_buf_size - 5) { max_block_size = s->pending_buf_size - 5; } /* Copy as much as possible from input to output: */ for (;;) { /* Fill the window as much as possible: */ if (s->lookahead <= 1) { Assert(s->strstart < s->w_size+MAX_DIST(s) || s->block_start >= (long)s->w_size, "slide too late"); fill_window(s); if (s->lookahead == 0 && flush == Z_NO_FLUSH) return need_more; if (s->lookahead == 0) break; /* flush the current block */ } Assert(s->block_start >= 0L, "block gone"); s->strstart += s->lookahead; s->lookahead = 0; /* Emit a stored block if pending_buf will be full: */ max_start = s->block_start + max_block_size; if (s->strstart == 0 || (ulg)s->strstart >= max_start) { /* strstart == 0 is possible when wraparound on 16-bit machine */ s->lookahead = (uInt)(s->strstart - max_start); s->strstart = (uInt)max_start; FLUSH_BLOCK(s, 0); } /* Flush if we may have to slide, otherwise block_start may become * negative and the data will be gone: */ if (s->strstart - (uInt)s->block_start >= MAX_DIST(s)) { FLUSH_BLOCK(s, 0); } } s->insert = 0; if (flush == Z_FINISH) { FLUSH_BLOCK(s, 1); return finish_done; } if ((long)s->strstart > s->block_start) FLUSH_BLOCK(s, 0); return block_done; } /* =========================================================================== * Compress as much as possible from the input stream, return the current * block state. * This function does not perform lazy evaluation of matches and inserts * new strings in the dictionary only for unmatched strings or for short * matches. It is used only for the fast compression options. */ local block_state deflate_fast(s, flush) deflate_state *s; int flush; { IPos hash_head; /* head of the hash chain */ int bflush; /* set if current block must be flushed */ for (;;) { /* Make sure that we always have enough lookahead, except * at the end of the input file. We need MAX_MATCH bytes * for the next match, plus MIN_MATCH bytes to insert the * string following the next match. */ if (s->lookahead < MIN_LOOKAHEAD) { fill_window(s); if (s->lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { return need_more; } if (s->lookahead == 0) break; /* flush the current block */ } /* Insert the string window[strstart .. strstart+2] in the * dictionary, and set hash_head to the head of the hash chain: */ hash_head = NIL; if (s->lookahead >= MIN_MATCH) { INSERT_STRING(s, s->strstart, hash_head); } /* Find the longest match, discarding those <= prev_length. * At this point we have always match_length < MIN_MATCH */ if (hash_head != NIL && s->strstart - hash_head <= MAX_DIST(s)) { /* To simplify the code, we prevent matches with the string * of window index 0 (in particular we have to avoid a match * of the string with itself at the start of the input file). */ s->match_length = longest_match (s, hash_head); /* longest_match() sets match_start */ } if (s->match_length >= MIN_MATCH) { check_match(s, s->strstart, s->match_start, s->match_length); _tr_tally_dist(s, s->strstart - s->match_start, s->match_length - MIN_MATCH, bflush); s->lookahead -= s->match_length; /* Insert new strings in the hash table only if the match length * is not too large. This saves time but degrades compression. */ #ifndef FASTEST if (s->match_length <= s->max_insert_length && s->lookahead >= MIN_MATCH) { s->match_length--; /* string at strstart already in table */ do { s->strstart++; INSERT_STRING(s, s->strstart, hash_head); /* strstart never exceeds WSIZE-MAX_MATCH, so there are * always MIN_MATCH bytes ahead. */ } while (--s->match_length != 0); s->strstart++; } else #endif { s->strstart += s->match_length; s->match_length = 0; s->ins_h = s->window[s->strstart]; UPDATE_HASH(s, s->ins_h, s->window[s->strstart+1]); #if MIN_MATCH != 3 Call UPDATE_HASH() MIN_MATCH-3 more times #endif /* If lookahead < MIN_MATCH, ins_h is garbage, but it does not * matter since it will be recomputed at next deflate call. */ } } else { /* No match, output a literal byte */ Tracevv((stderr,"%c", s->window[s->strstart])); _tr_tally_lit (s, s->window[s->strstart], bflush); s->lookahead--; s->strstart++; } if (bflush) FLUSH_BLOCK(s, 0); } s->insert = s->strstart < MIN_MATCH-1 ? s->strstart : MIN_MATCH-1; if (flush == Z_FINISH) { FLUSH_BLOCK(s, 1); return finish_done; } if (s->last_lit) FLUSH_BLOCK(s, 0); return block_done; } #ifndef FASTEST /* =========================================================================== * Same as above, but achieves better compression. We use a lazy * evaluation for matches: a match is finally adopted only if there is * no better match at the next window position. */ local block_state deflate_slow(s, flush) deflate_state *s; int flush; { IPos hash_head; /* head of hash chain */ int bflush; /* set if current block must be flushed */ /* Process the input block. */ for (;;) { /* Make sure that we always have enough lookahead, except * at the end of the input file. We need MAX_MATCH bytes * for the next match, plus MIN_MATCH bytes to insert the * string following the next match. */ if (s->lookahead < MIN_LOOKAHEAD) { fill_window(s); if (s->lookahead < MIN_LOOKAHEAD && flush == Z_NO_FLUSH) { return need_more; } if (s->lookahead == 0) break; /* flush the current block */ } /* Insert the string window[strstart .. strstart+2] in the * dictionary, and set hash_head to the head of the hash chain: */ hash_head = NIL; if (s->lookahead >= MIN_MATCH) { INSERT_STRING(s, s->strstart, hash_head); } /* Find the longest match, discarding those <= prev_length. */ s->prev_length = s->match_length, s->prev_match = s->match_start; s->match_length = MIN_MATCH-1; if (hash_head != NIL && s->prev_length < s->max_lazy_match && s->strstart - hash_head <= MAX_DIST(s)) { /* To simplify the code, we prevent matches with the string * of window index 0 (in particular we have to avoid a match * of the string with itself at the start of the input file). */ s->match_length = longest_match (s, hash_head); /* longest_match() sets match_start */ if (s->match_length <= 5 && (s->strategy == Z_FILTERED #if TOO_FAR <= 32767 || (s->match_length == MIN_MATCH && s->strstart - s->match_start > TOO_FAR) #endif )) { /* If prev_match is also MIN_MATCH, match_start is garbage * but we will ignore the current match anyway. */ s->match_length = MIN_MATCH-1; } } /* If there was a match at the previous step and the current * match is not better, output the previous match: */ if (s->prev_length >= MIN_MATCH && s->match_length <= s->prev_length) { uInt max_insert = s->strstart + s->lookahead - MIN_MATCH; /* Do not insert strings in hash table beyond this. */ check_match(s, s->strstart-1, s->prev_match, s->prev_length); _tr_tally_dist(s, s->strstart -1 - s->prev_match, s->prev_length - MIN_MATCH, bflush); /* Insert in hash table all strings up to the end of the match. * strstart-1 and strstart are already inserted. If there is not * enough lookahead, the last two strings are not inserted in * the hash table. */ s->lookahead -= s->prev_length-1; s->prev_length -= 2; do { if (++s->strstart <= max_insert) { INSERT_STRING(s, s->strstart, hash_head); } } while (--s->prev_length != 0); s->match_available = 0; s->match_length = MIN_MATCH-1; s->strstart++; if (bflush) FLUSH_BLOCK(s, 0); } else if (s->match_available) { /* If there was no match at the previous position, output a * single literal. If there was a match but the current match * is longer, truncate the previous match to a single literal. */ Tracevv((stderr,"%c", s->window[s->strstart-1])); _tr_tally_lit(s, s->window[s->strstart-1], bflush); if (bflush) { FLUSH_BLOCK_ONLY(s, 0); } s->strstart++; s->lookahead--; if (s->strm->avail_out == 0) return need_more; } else { /* There is no previous match to compare with, wait for * the next step to decide. */ s->match_available = 1; s->strstart++; s->lookahead--; } } Assert (flush != Z_NO_FLUSH, "no flush?"); if (s->match_available) { Tracevv((stderr,"%c", s->window[s->strstart-1])); _tr_tally_lit(s, s->window[s->strstart-1], bflush); s->match_available = 0; } s->insert = s->strstart < MIN_MATCH-1 ? s->strstart : MIN_MATCH-1; if (flush == Z_FINISH) { FLUSH_BLOCK(s, 1); return finish_done; } if (s->last_lit) FLUSH_BLOCK(s, 0); return block_done; } #endif /* FASTEST */ /* =========================================================================== * For Z_RLE, simply look for runs of bytes, generate matches only of distance * one. Do not maintain a hash table. (It will be regenerated if this run of * deflate switches away from Z_RLE.) */ local block_state deflate_rle(s, flush) deflate_state *s; int flush; { int bflush; /* set if current block must be flushed */ uInt prev; /* byte at distance one to match */ Bytef *scan, *strend; /* scan goes up to strend for length of run */ for (;;) { /* Make sure that we always have enough lookahead, except * at the end of the input file. We need MAX_MATCH bytes * for the longest run, plus one for the unrolled loop. */ if (s->lookahead <= MAX_MATCH) { fill_window(s); if (s->lookahead <= MAX_MATCH && flush == Z_NO_FLUSH) { return need_more; } if (s->lookahead == 0) break; /* flush the current block */ } /* See how many times the previous byte repeats */ s->match_length = 0; if (s->lookahead >= MIN_MATCH && s->strstart > 0) { scan = s->window + s->strstart - 1; prev = *scan; if (prev == *++scan && prev == *++scan && prev == *++scan) { strend = s->window + s->strstart + MAX_MATCH; do { } while (prev == *++scan && prev == *++scan && prev == *++scan && prev == *++scan && prev == *++scan && prev == *++scan && prev == *++scan && prev == *++scan && scan < strend); s->match_length = MAX_MATCH - (int)(strend - scan); if (s->match_length > s->lookahead) s->match_length = s->lookahead; } Assert(scan <= s->window+(uInt)(s->window_size-1), "wild scan"); } /* Emit match if have run of MIN_MATCH or longer, else emit literal */ if (s->match_length >= MIN_MATCH) { check_match(s, s->strstart, s->strstart - 1, s->match_length); _tr_tally_dist(s, 1, s->match_length - MIN_MATCH, bflush); s->lookahead -= s->match_length; s->strstart += s->match_length; s->match_length = 0; } else { /* No match, output a literal byte */ Tracevv((stderr,"%c", s->window[s->strstart])); _tr_tally_lit (s, s->window[s->strstart], bflush); s->lookahead--; s->strstart++; } if (bflush) FLUSH_BLOCK(s, 0); } s->insert = 0; if (flush == Z_FINISH) { FLUSH_BLOCK(s, 1); return finish_done; } if (s->last_lit) FLUSH_BLOCK(s, 0); return block_done; } /* =========================================================================== * For Z_HUFFMAN_ONLY, do not look for matches. Do not maintain a hash table. * (It will be regenerated if this run of deflate switches away from Huffman.) */ local block_state deflate_huff(s, flush) deflate_state *s; int flush; { int bflush; /* set if current block must be flushed */ for (;;) { /* Make sure that we have a literal to write. */ if (s->lookahead == 0) { fill_window(s); if (s->lookahead == 0) { if (flush == Z_NO_FLUSH) return need_more; break; /* flush the current block */ } } /* Output a literal byte */ s->match_length = 0; Tracevv((stderr,"%c", s->window[s->strstart])); _tr_tally_lit (s, s->window[s->strstart], bflush); s->lookahead--; s->strstart++; if (bflush) FLUSH_BLOCK(s, 0); } s->insert = 0; if (flush == Z_FINISH) { FLUSH_BLOCK(s, 1); return finish_done; } if (s->last_lit) FLUSH_BLOCK(s, 0); return block_done; } golly-3.3-src/gui-web/zlib/inftrees.c0000644000175000017500000003134412362063145014504 00000000000000/* inftrees.c -- generate Huffman trees for efficient decoding * Copyright (C) 1995-2013 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ #include "zutil.h" #include "inftrees.h" #define MAXBITS 15 const char inflate_copyright[] = " inflate 1.2.8 Copyright 1995-2013 Mark Adler "; /* If you use the zlib library in a product, an acknowledgment is welcome in the documentation of your product. If for some reason you cannot include such an acknowledgment, I would appreciate that you keep this copyright string in the executable of your product. */ /* Build a set of tables to decode the provided canonical Huffman code. The code lengths are lens[0..codes-1]. The result starts at *table, whose indices are 0..2^bits-1. work is a writable array of at least lens shorts, which is used as a work area. type is the type of code to be generated, CODES, LENS, or DISTS. On return, zero is success, -1 is an invalid code, and +1 means that ENOUGH isn't enough. table on return points to the next available entry's address. bits is the requested root table index bits, and on return it is the actual root table index bits. It will differ if the request is greater than the longest code or if it is less than the shortest code. */ int ZLIB_INTERNAL inflate_table(type, lens, codes, table, bits, work) codetype type; unsigned short FAR *lens; unsigned codes; code FAR * FAR *table; unsigned FAR *bits; unsigned short FAR *work; { unsigned len; /* a code's length in bits */ unsigned sym; /* index of code symbols */ unsigned min, max; /* minimum and maximum code lengths */ unsigned root; /* number of index bits for root table */ unsigned curr; /* number of index bits for current table */ unsigned drop; /* code bits to drop for sub-table */ int left; /* number of prefix codes available */ unsigned used; /* code entries in table used */ unsigned huff; /* Huffman code */ unsigned incr; /* for incrementing code, index */ unsigned fill; /* index for replicating entries */ unsigned low; /* low bits for current root entry */ unsigned mask; /* mask for low root bits */ code here; /* table entry for duplication */ code FAR *next; /* next available space in table */ const unsigned short FAR *base; /* base value table to use */ const unsigned short FAR *extra; /* extra bits table to use */ int end; /* use base and extra for symbol > end */ unsigned short count[MAXBITS+1]; /* number of codes of each length */ unsigned short offs[MAXBITS+1]; /* offsets in table for each length */ static const unsigned short lbase[31] = { /* Length codes 257..285 base */ 3, 4, 5, 6, 7, 8, 9, 10, 11, 13, 15, 17, 19, 23, 27, 31, 35, 43, 51, 59, 67, 83, 99, 115, 131, 163, 195, 227, 258, 0, 0}; static const unsigned short lext[31] = { /* Length codes 257..285 extra */ 16, 16, 16, 16, 16, 16, 16, 16, 17, 17, 17, 17, 18, 18, 18, 18, 19, 19, 19, 19, 20, 20, 20, 20, 21, 21, 21, 21, 16, 72, 78}; static const unsigned short dbase[32] = { /* Distance codes 0..29 base */ 1, 2, 3, 4, 5, 7, 9, 13, 17, 25, 33, 49, 65, 97, 129, 193, 257, 385, 513, 769, 1025, 1537, 2049, 3073, 4097, 6145, 8193, 12289, 16385, 24577, 0, 0}; static const unsigned short dext[32] = { /* Distance codes 0..29 extra */ 16, 16, 16, 16, 17, 17, 18, 18, 19, 19, 20, 20, 21, 21, 22, 22, 23, 23, 24, 24, 25, 25, 26, 26, 27, 27, 28, 28, 29, 29, 64, 64}; /* Process a set of code lengths to create a canonical Huffman code. The code lengths are lens[0..codes-1]. Each length corresponds to the symbols 0..codes-1. The Huffman code is generated by first sorting the symbols by length from short to long, and retaining the symbol order for codes with equal lengths. Then the code starts with all zero bits for the first code of the shortest length, and the codes are integer increments for the same length, and zeros are appended as the length increases. For the deflate format, these bits are stored backwards from their more natural integer increment ordering, and so when the decoding tables are built in the large loop below, the integer codes are incremented backwards. This routine assumes, but does not check, that all of the entries in lens[] are in the range 0..MAXBITS. The caller must assure this. 1..MAXBITS is interpreted as that code length. zero means that that symbol does not occur in this code. The codes are sorted by computing a count of codes for each length, creating from that a table of starting indices for each length in the sorted table, and then entering the symbols in order in the sorted table. The sorted table is work[], with that space being provided by the caller. The length counts are used for other purposes as well, i.e. finding the minimum and maximum length codes, determining if there are any codes at all, checking for a valid set of lengths, and looking ahead at length counts to determine sub-table sizes when building the decoding tables. */ /* accumulate lengths for codes (assumes lens[] all in 0..MAXBITS) */ for (len = 0; len <= MAXBITS; len++) count[len] = 0; for (sym = 0; sym < codes; sym++) count[lens[sym]]++; /* bound code lengths, force root to be within code lengths */ root = *bits; for (max = MAXBITS; max >= 1; max--) if (count[max] != 0) break; if (root > max) root = max; if (max == 0) { /* no symbols to code at all */ here.op = (unsigned char)64; /* invalid code marker */ here.bits = (unsigned char)1; here.val = (unsigned short)0; *(*table)++ = here; /* make a table to force an error */ *(*table)++ = here; *bits = 1; return 0; /* no symbols, but wait for decoding to report error */ } for (min = 1; min < max; min++) if (count[min] != 0) break; if (root < min) root = min; /* check for an over-subscribed or incomplete set of lengths */ left = 1; for (len = 1; len <= MAXBITS; len++) { left <<= 1; left -= count[len]; if (left < 0) return -1; /* over-subscribed */ } if (left > 0 && (type == CODES || max != 1)) return -1; /* incomplete set */ /* generate offsets into symbol table for each length for sorting */ offs[1] = 0; for (len = 1; len < MAXBITS; len++) offs[len + 1] = offs[len] + count[len]; /* sort symbols by length, by symbol order within each length */ for (sym = 0; sym < codes; sym++) if (lens[sym] != 0) work[offs[lens[sym]]++] = (unsigned short)sym; /* Create and fill in decoding tables. In this loop, the table being filled is at next and has curr index bits. The code being used is huff with length len. That code is converted to an index by dropping drop bits off of the bottom. For codes where len is less than drop + curr, those top drop + curr - len bits are incremented through all values to fill the table with replicated entries. root is the number of index bits for the root table. When len exceeds root, sub-tables are created pointed to by the root entry with an index of the low root bits of huff. This is saved in low to check for when a new sub-table should be started. drop is zero when the root table is being filled, and drop is root when sub-tables are being filled. When a new sub-table is needed, it is necessary to look ahead in the code lengths to determine what size sub-table is needed. The length counts are used for this, and so count[] is decremented as codes are entered in the tables. used keeps track of how many table entries have been allocated from the provided *table space. It is checked for LENS and DIST tables against the constants ENOUGH_LENS and ENOUGH_DISTS to guard against changes in the initial root table size constants. See the comments in inftrees.h for more information. sym increments through all symbols, and the loop terminates when all codes of length max, i.e. all codes, have been processed. This routine permits incomplete codes, so another loop after this one fills in the rest of the decoding tables with invalid code markers. */ /* set up for code type */ switch (type) { case CODES: base = extra = work; /* dummy value--not used */ end = 19; break; case LENS: base = lbase; base -= 257; extra = lext; extra -= 257; end = 256; break; default: /* DISTS */ base = dbase; extra = dext; end = -1; } /* initialize state for loop */ huff = 0; /* starting code */ sym = 0; /* starting code symbol */ len = min; /* starting code length */ next = *table; /* current table to fill in */ curr = root; /* current table index bits */ drop = 0; /* current bits to drop from code for index */ low = (unsigned)(-1); /* trigger new sub-table when len > root */ used = 1U << root; /* use root table entries */ mask = used - 1; /* mask for comparing low */ /* check available table space */ if ((type == LENS && used > ENOUGH_LENS) || (type == DISTS && used > ENOUGH_DISTS)) return 1; /* process all codes and make table entries */ for (;;) { /* create table entry */ here.bits = (unsigned char)(len - drop); if ((int)(work[sym]) < end) { here.op = (unsigned char)0; here.val = work[sym]; } else if ((int)(work[sym]) > end) { here.op = (unsigned char)(extra[work[sym]]); here.val = base[work[sym]]; } else { here.op = (unsigned char)(32 + 64); /* end of block */ here.val = 0; } /* replicate for those indices with low len bits equal to huff */ incr = 1U << (len - drop); fill = 1U << curr; min = fill; /* save offset to next table */ do { fill -= incr; next[(huff >> drop) + fill] = here; } while (fill != 0); /* backwards increment the len-bit code huff */ incr = 1U << (len - 1); while (huff & incr) incr >>= 1; if (incr != 0) { huff &= incr - 1; huff += incr; } else huff = 0; /* go to next symbol, update count, len */ sym++; if (--(count[len]) == 0) { if (len == max) break; len = lens[work[sym]]; } /* create new sub-table if needed */ if (len > root && (huff & mask) != low) { /* if first time, transition to sub-tables */ if (drop == 0) drop = root; /* increment past last table */ next += min; /* here min is 1 << curr */ /* determine length of next table */ curr = len - drop; left = (int)(1 << curr); while (curr + drop < max) { left -= count[curr + drop]; if (left <= 0) break; curr++; left <<= 1; } /* check for enough space */ used += 1U << curr; if ((type == LENS && used > ENOUGH_LENS) || (type == DISTS && used > ENOUGH_DISTS)) return 1; /* point entry in root table to sub-table */ low = huff & mask; (*table)[low].op = (unsigned char)curr; (*table)[low].bits = (unsigned char)root; (*table)[low].val = (unsigned short)(next - *table); } } /* fill in remaining table entry if code is incomplete (guaranteed to have at most one remaining entry, since if the code is incomplete, the maximum code length that was allowed to get this far is one bit) */ if (huff != 0) { here.op = (unsigned char)64; /* invalid code marker */ here.bits = (unsigned char)(len - drop); here.val = (unsigned short)0; next[huff] = here; } /* set return parameters */ *table += used; *bits = root; return 0; } golly-3.3-src/gui-web/zlib/zutil.h0000644000175000017500000001515612362063145014044 00000000000000/* zutil.h -- internal interface and configuration of the compression library * Copyright (C) 1995-2013 Jean-loup Gailly. * For conditions of distribution and use, see copyright notice in zlib.h */ /* WARNING: this file should *not* be used by applications. It is part of the implementation of the compression library and is subject to change. Applications should only use zlib.h. */ /* @(#) $Id$ */ #ifndef ZUTIL_H #define ZUTIL_H #ifdef HAVE_HIDDEN # define ZLIB_INTERNAL __attribute__((visibility ("hidden"))) #else # define ZLIB_INTERNAL #endif #include "zlib.h" #if defined(STDC) && !defined(Z_SOLO) # if !(defined(_WIN32_WCE) && defined(_MSC_VER)) # include # endif # include # include #endif #ifdef Z_SOLO typedef long ptrdiff_t; /* guess -- will be caught if guess is wrong */ #endif #ifndef local # define local static #endif /* compile with -Dlocal if your debugger can't find static symbols */ typedef unsigned char uch; typedef uch FAR uchf; typedef unsigned short ush; typedef ush FAR ushf; typedef unsigned long ulg; extern z_const char * const z_errmsg[10]; /* indexed by 2-zlib_error */ /* (size given to avoid silly warnings with Visual C++) */ #define ERR_MSG(err) z_errmsg[Z_NEED_DICT-(err)] #define ERR_RETURN(strm,err) \ return (strm->msg = ERR_MSG(err), (err)) /* To be used only when the state is known to be valid */ /* common constants */ #ifndef DEF_WBITS # define DEF_WBITS MAX_WBITS #endif /* default windowBits for decompression. MAX_WBITS is for compression only */ #if MAX_MEM_LEVEL >= 8 # define DEF_MEM_LEVEL 8 #else # define DEF_MEM_LEVEL MAX_MEM_LEVEL #endif /* default memLevel */ #define STORED_BLOCK 0 #define STATIC_TREES 1 #define DYN_TREES 2 /* The three kinds of block type */ #define MIN_MATCH 3 #define MAX_MATCH 258 /* The minimum and maximum match lengths */ #define PRESET_DICT 0x20 /* preset dictionary flag in zlib header */ /* target dependencies */ #if defined(MSDOS) || (defined(WINDOWS) && !defined(WIN32)) # define OS_CODE 0x00 # ifndef Z_SOLO # if defined(__TURBOC__) || defined(__BORLANDC__) # if (__STDC__ == 1) && (defined(__LARGE__) || defined(__COMPACT__)) /* Allow compilation with ANSI keywords only enabled */ void _Cdecl farfree( void *block ); void *_Cdecl farmalloc( unsigned long nbytes ); # else # include # endif # else /* MSC or DJGPP */ # include # endif # endif #endif #ifdef AMIGA # define OS_CODE 0x01 #endif #if defined(VAXC) || defined(VMS) # define OS_CODE 0x02 # define F_OPEN(name, mode) \ fopen((name), (mode), "mbc=60", "ctx=stm", "rfm=fix", "mrs=512") #endif #if defined(ATARI) || defined(atarist) # define OS_CODE 0x05 #endif #ifdef OS2 # define OS_CODE 0x06 # if defined(M_I86) && !defined(Z_SOLO) # include # endif #endif #if defined(MACOS) || defined(TARGET_OS_MAC) # define OS_CODE 0x07 # ifndef Z_SOLO # if defined(__MWERKS__) && __dest_os != __be_os && __dest_os != __win32_os # include /* for fdopen */ # else # ifndef fdopen # define fdopen(fd,mode) NULL /* No fdopen() */ # endif # endif # endif #endif #ifdef TOPS20 # define OS_CODE 0x0a #endif #ifdef WIN32 # ifndef __CYGWIN__ /* Cygwin is Unix, not Win32 */ # define OS_CODE 0x0b # endif #endif #ifdef __50SERIES /* Prime/PRIMOS */ # define OS_CODE 0x0f #endif #if defined(_BEOS_) || defined(RISCOS) # define fdopen(fd,mode) NULL /* No fdopen() */ #endif #if (defined(_MSC_VER) && (_MSC_VER > 600)) && !defined __INTERIX # if defined(_WIN32_WCE) # define fdopen(fd,mode) NULL /* No fdopen() */ # ifndef _PTRDIFF_T_DEFINED typedef int ptrdiff_t; # define _PTRDIFF_T_DEFINED # endif # else # define fdopen(fd,type) _fdopen(fd,type) # endif #endif #if defined(__BORLANDC__) && !defined(MSDOS) #pragma warn -8004 #pragma warn -8008 #pragma warn -8066 #endif /* provide prototypes for these when building zlib without LFS */ #if !defined(_WIN32) && \ (!defined(_LARGEFILE64_SOURCE) || _LFS64_LARGEFILE-0 == 0) ZEXTERN uLong ZEXPORT adler32_combine64 OF((uLong, uLong, z_off_t)); ZEXTERN uLong ZEXPORT crc32_combine64 OF((uLong, uLong, z_off_t)); #endif /* common defaults */ #ifndef OS_CODE # define OS_CODE 0x03 /* assume Unix */ #endif #ifndef F_OPEN # define F_OPEN(name, mode) fopen((name), (mode)) #endif /* functions */ #if defined(pyr) || defined(Z_SOLO) # define NO_MEMCPY #endif #if defined(SMALL_MEDIUM) && !defined(_MSC_VER) && !defined(__SC__) /* Use our own functions for small and medium model with MSC <= 5.0. * You may have to use the same strategy for Borland C (untested). * The __SC__ check is for Symantec. */ # define NO_MEMCPY #endif #if defined(STDC) && !defined(HAVE_MEMCPY) && !defined(NO_MEMCPY) # define HAVE_MEMCPY #endif #ifdef HAVE_MEMCPY # ifdef SMALL_MEDIUM /* MSDOS small or medium model */ # define zmemcpy _fmemcpy # define zmemcmp _fmemcmp # define zmemzero(dest, len) _fmemset(dest, 0, len) # else # define zmemcpy memcpy # define zmemcmp memcmp # define zmemzero(dest, len) memset(dest, 0, len) # endif #else void ZLIB_INTERNAL zmemcpy OF((Bytef* dest, const Bytef* source, uInt len)); int ZLIB_INTERNAL zmemcmp OF((const Bytef* s1, const Bytef* s2, uInt len)); void ZLIB_INTERNAL zmemzero OF((Bytef* dest, uInt len)); #endif /* Diagnostic functions */ #ifdef DEBUG # include extern int ZLIB_INTERNAL z_verbose; extern void ZLIB_INTERNAL z_error OF((char *m)); # define Assert(cond,msg) {if(!(cond)) z_error(msg);} # define Trace(x) {if (z_verbose>=0) fprintf x ;} # define Tracev(x) {if (z_verbose>0) fprintf x ;} # define Tracevv(x) {if (z_verbose>1) fprintf x ;} # define Tracec(c,x) {if (z_verbose>0 && (c)) fprintf x ;} # define Tracecv(c,x) {if (z_verbose>1 && (c)) fprintf x ;} #else # define Assert(cond,msg) # define Trace(x) # define Tracev(x) # define Tracevv(x) # define Tracec(c,x) # define Tracecv(c,x) #endif #ifndef Z_SOLO voidpf ZLIB_INTERNAL zcalloc OF((voidpf opaque, unsigned items, unsigned size)); void ZLIB_INTERNAL zcfree OF((voidpf opaque, voidpf ptr)); #endif #define ZALLOC(strm, items, size) \ (*((strm)->zalloc))((strm)->opaque, (items), (size)) #define ZFREE(strm, addr) (*((strm)->zfree))((strm)->opaque, (voidpf)(addr)) #define TRY_FREE(s, p) {if (p) ZFREE(s, p);} /* Reverse the bytes in a 32-bit value */ #define ZSWAP32(q) ((((q) >> 24) & 0xff) + (((q) >> 8) & 0xff00) + \ (((q) & 0xff00) << 8) + (((q) & 0xff) << 24)) #endif /* ZUTIL_H */ golly-3.3-src/gui-web/zlib/gzread.c0000644000175000017500000004440612362063145014144 00000000000000/* gzread.c -- zlib functions for reading gzip files * Copyright (C) 2004, 2005, 2010, 2011, 2012, 2013 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ #include "gzguts.h" /* Local functions */ local int gz_load OF((gz_statep, unsigned char *, unsigned, unsigned *)); local int gz_avail OF((gz_statep)); local int gz_look OF((gz_statep)); local int gz_decomp OF((gz_statep)); local int gz_fetch OF((gz_statep)); local int gz_skip OF((gz_statep, z_off64_t)); /* Use read() to load a buffer -- return -1 on error, otherwise 0. Read from state->fd, and update state->eof, state->err, and state->msg as appropriate. This function needs to loop on read(), since read() is not guaranteed to read the number of bytes requested, depending on the type of descriptor. */ local int gz_load(state, buf, len, have) gz_statep state; unsigned char *buf; unsigned len; unsigned *have; { int ret; *have = 0; do { ret = read(state->fd, buf + *have, len - *have); if (ret <= 0) break; *have += ret; } while (*have < len); if (ret < 0) { gz_error(state, Z_ERRNO, zstrerror()); return -1; } if (ret == 0) state->eof = 1; return 0; } /* Load up input buffer and set eof flag if last data loaded -- return -1 on error, 0 otherwise. Note that the eof flag is set when the end of the input file is reached, even though there may be unused data in the buffer. Once that data has been used, no more attempts will be made to read the file. If strm->avail_in != 0, then the current data is moved to the beginning of the input buffer, and then the remainder of the buffer is loaded with the available data from the input file. */ local int gz_avail(state) gz_statep state; { unsigned got; z_streamp strm = &(state->strm); if (state->err != Z_OK && state->err != Z_BUF_ERROR) return -1; if (state->eof == 0) { if (strm->avail_in) { /* copy what's there to the start */ unsigned char *p = state->in; unsigned const char *q = strm->next_in; unsigned n = strm->avail_in; do { *p++ = *q++; } while (--n); } if (gz_load(state, state->in + strm->avail_in, state->size - strm->avail_in, &got) == -1) return -1; strm->avail_in += got; strm->next_in = state->in; } return 0; } /* Look for gzip header, set up for inflate or copy. state->x.have must be 0. If this is the first time in, allocate required memory. state->how will be left unchanged if there is no more input data available, will be set to COPY if there is no gzip header and direct copying will be performed, or it will be set to GZIP for decompression. If direct copying, then leftover input data from the input buffer will be copied to the output buffer. In that case, all further file reads will be directly to either the output buffer or a user buffer. If decompressing, the inflate state will be initialized. gz_look() will return 0 on success or -1 on failure. */ local int gz_look(state) gz_statep state; { z_streamp strm = &(state->strm); /* allocate read buffers and inflate memory */ if (state->size == 0) { /* allocate buffers */ state->in = (unsigned char *)malloc(state->want); state->out = (unsigned char *)malloc(state->want << 1); if (state->in == NULL || state->out == NULL) { if (state->out != NULL) free(state->out); if (state->in != NULL) free(state->in); gz_error(state, Z_MEM_ERROR, "out of memory"); return -1; } state->size = state->want; /* allocate inflate memory */ state->strm.zalloc = Z_NULL; state->strm.zfree = Z_NULL; state->strm.opaque = Z_NULL; state->strm.avail_in = 0; state->strm.next_in = Z_NULL; if (inflateInit2(&(state->strm), 15 + 16) != Z_OK) { /* gunzip */ free(state->out); free(state->in); state->size = 0; gz_error(state, Z_MEM_ERROR, "out of memory"); return -1; } } /* get at least the magic bytes in the input buffer */ if (strm->avail_in < 2) { if (gz_avail(state) == -1) return -1; if (strm->avail_in == 0) return 0; } /* look for gzip magic bytes -- if there, do gzip decoding (note: there is a logical dilemma here when considering the case of a partially written gzip file, to wit, if a single 31 byte is written, then we cannot tell whether this is a single-byte file, or just a partially written gzip file -- for here we assume that if a gzip file is being written, then the header will be written in a single operation, so that reading a single byte is sufficient indication that it is not a gzip file) */ if (strm->avail_in > 1 && strm->next_in[0] == 31 && strm->next_in[1] == 139) { inflateReset(strm); state->how = GZIP; state->direct = 0; return 0; } /* no gzip header -- if we were decoding gzip before, then this is trailing garbage. Ignore the trailing garbage and finish. */ if (state->direct == 0) { strm->avail_in = 0; state->eof = 1; state->x.have = 0; return 0; } /* doing raw i/o, copy any leftover input to output -- this assumes that the output buffer is larger than the input buffer, which also assures space for gzungetc() */ state->x.next = state->out; if (strm->avail_in) { memcpy(state->x.next, strm->next_in, strm->avail_in); state->x.have = strm->avail_in; strm->avail_in = 0; } state->how = COPY; state->direct = 1; return 0; } /* Decompress from input to the provided next_out and avail_out in the state. On return, state->x.have and state->x.next point to the just decompressed data. If the gzip stream completes, state->how is reset to LOOK to look for the next gzip stream or raw data, once state->x.have is depleted. Returns 0 on success, -1 on failure. */ local int gz_decomp(state) gz_statep state; { int ret = Z_OK; unsigned had; z_streamp strm = &(state->strm); /* fill output buffer up to end of deflate stream */ had = strm->avail_out; do { /* get more input for inflate() */ if (strm->avail_in == 0 && gz_avail(state) == -1) return -1; if (strm->avail_in == 0) { gz_error(state, Z_BUF_ERROR, "unexpected end of file"); break; } /* decompress and handle errors */ ret = inflate(strm, Z_NO_FLUSH); if (ret == Z_STREAM_ERROR || ret == Z_NEED_DICT) { gz_error(state, Z_STREAM_ERROR, "internal error: inflate stream corrupt"); return -1; } if (ret == Z_MEM_ERROR) { gz_error(state, Z_MEM_ERROR, "out of memory"); return -1; } if (ret == Z_DATA_ERROR) { /* deflate stream invalid */ gz_error(state, Z_DATA_ERROR, strm->msg == NULL ? "compressed data error" : strm->msg); return -1; } } while (strm->avail_out && ret != Z_STREAM_END); /* update available output */ state->x.have = had - strm->avail_out; state->x.next = strm->next_out - state->x.have; /* if the gzip stream completed successfully, look for another */ if (ret == Z_STREAM_END) state->how = LOOK; /* good decompression */ return 0; } /* Fetch data and put it in the output buffer. Assumes state->x.have is 0. Data is either copied from the input file or decompressed from the input file depending on state->how. If state->how is LOOK, then a gzip header is looked for to determine whether to copy or decompress. Returns -1 on error, otherwise 0. gz_fetch() will leave state->how as COPY or GZIP unless the end of the input file has been reached and all data has been processed. */ local int gz_fetch(state) gz_statep state; { z_streamp strm = &(state->strm); do { switch(state->how) { case LOOK: /* -> LOOK, COPY (only if never GZIP), or GZIP */ if (gz_look(state) == -1) return -1; if (state->how == LOOK) return 0; break; case COPY: /* -> COPY */ if (gz_load(state, state->out, state->size << 1, &(state->x.have)) == -1) return -1; state->x.next = state->out; return 0; case GZIP: /* -> GZIP or LOOK (if end of gzip stream) */ strm->avail_out = state->size << 1; strm->next_out = state->out; if (gz_decomp(state) == -1) return -1; } } while (state->x.have == 0 && (!state->eof || strm->avail_in)); return 0; } /* Skip len uncompressed bytes of output. Return -1 on error, 0 on success. */ local int gz_skip(state, len) gz_statep state; z_off64_t len; { unsigned n; /* skip over len bytes or reach end-of-file, whichever comes first */ while (len) /* skip over whatever is in output buffer */ if (state->x.have) { n = GT_OFF(state->x.have) || (z_off64_t)state->x.have > len ? (unsigned)len : state->x.have; state->x.have -= n; state->x.next += n; state->x.pos += n; len -= n; } /* output buffer empty -- return if we're at the end of the input */ else if (state->eof && state->strm.avail_in == 0) break; /* need more data to skip -- load up output buffer */ else { /* get more output, looking for header if required */ if (gz_fetch(state) == -1) return -1; } return 0; } /* -- see zlib.h -- */ int ZEXPORT gzread(file, buf, len) gzFile file; voidp buf; unsigned len; { unsigned got, n; gz_statep state; z_streamp strm; /* get internal structure */ if (file == NULL) return -1; state = (gz_statep)file; strm = &(state->strm); /* check that we're reading and that there's no (serious) error */ if (state->mode != GZ_READ || (state->err != Z_OK && state->err != Z_BUF_ERROR)) return -1; /* since an int is returned, make sure len fits in one, otherwise return with an error (this avoids the flaw in the interface) */ if ((int)len < 0) { gz_error(state, Z_DATA_ERROR, "requested length does not fit in int"); return -1; } /* if len is zero, avoid unnecessary operations */ if (len == 0) return 0; /* process a skip request */ if (state->seek) { state->seek = 0; if (gz_skip(state, state->skip) == -1) return -1; } /* get len bytes to buf, or less than len if at the end */ got = 0; do { /* first just try copying data from the output buffer */ if (state->x.have) { n = state->x.have > len ? len : state->x.have; memcpy(buf, state->x.next, n); state->x.next += n; state->x.have -= n; } /* output buffer empty -- return if we're at the end of the input */ else if (state->eof && strm->avail_in == 0) { state->past = 1; /* tried to read past end */ break; } /* need output data -- for small len or new stream load up our output buffer */ else if (state->how == LOOK || len < (state->size << 1)) { /* get more output, looking for header if required */ if (gz_fetch(state) == -1) return -1; continue; /* no progress yet -- go back to copy above */ /* the copy above assures that we will leave with space in the output buffer, allowing at least one gzungetc() to succeed */ } /* large len -- read directly into user buffer */ else if (state->how == COPY) { /* read directly */ if (gz_load(state, (unsigned char *)buf, len, &n) == -1) return -1; } /* large len -- decompress directly into user buffer */ else { /* state->how == GZIP */ strm->avail_out = len; strm->next_out = (unsigned char *)buf; if (gz_decomp(state) == -1) return -1; n = state->x.have; state->x.have = 0; } /* update progress */ len -= n; buf = (char *)buf + n; got += n; state->x.pos += n; } while (len); /* return number of bytes read into user buffer (will fit in int) */ return (int)got; } /* -- see zlib.h -- */ #ifdef Z_PREFIX_SET # undef z_gzgetc #else # undef gzgetc #endif int ZEXPORT gzgetc(file) gzFile file; { int ret; unsigned char buf[1]; gz_statep state; /* get internal structure */ if (file == NULL) return -1; state = (gz_statep)file; /* check that we're reading and that there's no (serious) error */ if (state->mode != GZ_READ || (state->err != Z_OK && state->err != Z_BUF_ERROR)) return -1; /* try output buffer (no need to check for skip request) */ if (state->x.have) { state->x.have--; state->x.pos++; return *(state->x.next)++; } /* nothing there -- try gzread() */ ret = gzread(file, buf, 1); return ret < 1 ? -1 : buf[0]; } int ZEXPORT gzgetc_(file) gzFile file; { return gzgetc(file); } /* -- see zlib.h -- */ int ZEXPORT gzungetc(c, file) int c; gzFile file; { gz_statep state; /* get internal structure */ if (file == NULL) return -1; state = (gz_statep)file; /* check that we're reading and that there's no (serious) error */ if (state->mode != GZ_READ || (state->err != Z_OK && state->err != Z_BUF_ERROR)) return -1; /* process a skip request */ if (state->seek) { state->seek = 0; if (gz_skip(state, state->skip) == -1) return -1; } /* can't push EOF */ if (c < 0) return -1; /* if output buffer empty, put byte at end (allows more pushing) */ if (state->x.have == 0) { state->x.have = 1; state->x.next = state->out + (state->size << 1) - 1; state->x.next[0] = c; state->x.pos--; state->past = 0; return c; } /* if no room, give up (must have already done a gzungetc()) */ if (state->x.have == (state->size << 1)) { gz_error(state, Z_DATA_ERROR, "out of room to push characters"); return -1; } /* slide output data if needed and insert byte before existing data */ if (state->x.next == state->out) { unsigned char *src = state->out + state->x.have; unsigned char *dest = state->out + (state->size << 1); while (src > state->out) *--dest = *--src; state->x.next = dest; } state->x.have++; state->x.next--; state->x.next[0] = c; state->x.pos--; state->past = 0; return c; } /* -- see zlib.h -- */ char * ZEXPORT gzgets(file, buf, len) gzFile file; char *buf; int len; { unsigned left, n; char *str; unsigned char *eol; gz_statep state; /* check parameters and get internal structure */ if (file == NULL || buf == NULL || len < 1) return NULL; state = (gz_statep)file; /* check that we're reading and that there's no (serious) error */ if (state->mode != GZ_READ || (state->err != Z_OK && state->err != Z_BUF_ERROR)) return NULL; /* process a skip request */ if (state->seek) { state->seek = 0; if (gz_skip(state, state->skip) == -1) return NULL; } /* copy output bytes up to new line or len - 1, whichever comes first -- append a terminating zero to the string (we don't check for a zero in the contents, let the user worry about that) */ str = buf; left = (unsigned)len - 1; if (left) do { /* assure that something is in the output buffer */ if (state->x.have == 0 && gz_fetch(state) == -1) return NULL; /* error */ if (state->x.have == 0) { /* end of file */ state->past = 1; /* read past end */ break; /* return what we have */ } /* look for end-of-line in current output buffer */ n = state->x.have > left ? left : state->x.have; eol = (unsigned char *)memchr(state->x.next, '\n', n); if (eol != NULL) n = (unsigned)(eol - state->x.next) + 1; /* copy through end-of-line, or remainder if not found */ memcpy(buf, state->x.next, n); state->x.have -= n; state->x.next += n; state->x.pos += n; left -= n; buf += n; } while (left && eol == NULL); /* return terminated string, or if nothing, end of file */ if (buf == str) return NULL; buf[0] = 0; return str; } /* -- see zlib.h -- */ int ZEXPORT gzdirect(file) gzFile file; { gz_statep state; /* get internal structure */ if (file == NULL) return 0; state = (gz_statep)file; /* if the state is not known, but we can find out, then do so (this is mainly for right after a gzopen() or gzdopen()) */ if (state->mode == GZ_READ && state->how == LOOK && state->x.have == 0) (void)gz_look(state); /* return 1 if transparent, 0 if processing a gzip stream */ return state->direct; } /* -- see zlib.h -- */ int ZEXPORT gzclose_r(file) gzFile file; { int ret, err; gz_statep state; /* get internal structure */ if (file == NULL) return Z_STREAM_ERROR; state = (gz_statep)file; /* check that we're reading */ if (state->mode != GZ_READ) return Z_STREAM_ERROR; /* free memory and close file */ if (state->size) { inflateEnd(&(state->strm)); free(state->out); free(state->in); } err = state->err == Z_BUF_ERROR ? Z_BUF_ERROR : Z_OK; gz_error(state, Z_OK, NULL); free(state->path); ret = close(state->fd); free(state); return ret ? Z_ERRNO : err; } golly-3.3-src/gui-web/zlib/crc32.c0000644000175000017500000003156612362063145013607 00000000000000/* crc32.c -- compute the CRC-32 of a data stream * Copyright (C) 1995-2006, 2010, 2011, 2012 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h * * Thanks to Rodney Brown for his contribution of faster * CRC methods: exclusive-oring 32 bits of data at a time, and pre-computing * tables for updating the shift register in one step with three exclusive-ors * instead of four steps with four exclusive-ors. This results in about a * factor of two increase in speed on a Power PC G4 (PPC7455) using gcc -O3. */ /* @(#) $Id$ */ /* Note on the use of DYNAMIC_CRC_TABLE: there is no mutex or semaphore protection on the static variables used to control the first-use generation of the crc tables. Therefore, if you #define DYNAMIC_CRC_TABLE, you should first call get_crc_table() to initialize the tables before allowing more than one thread to use crc32(). DYNAMIC_CRC_TABLE and MAKECRCH can be #defined to write out crc32.h. */ #ifdef MAKECRCH # include # ifndef DYNAMIC_CRC_TABLE # define DYNAMIC_CRC_TABLE # endif /* !DYNAMIC_CRC_TABLE */ #endif /* MAKECRCH */ #include "zutil.h" /* for STDC and FAR definitions */ #define local static /* Definitions for doing the crc four data bytes at a time. */ #if !defined(NOBYFOUR) && defined(Z_U4) # define BYFOUR #endif #ifdef BYFOUR local unsigned long crc32_little OF((unsigned long, const unsigned char FAR *, unsigned)); local unsigned long crc32_big OF((unsigned long, const unsigned char FAR *, unsigned)); # define TBLS 8 #else # define TBLS 1 #endif /* BYFOUR */ /* Local functions for crc concatenation */ local unsigned long gf2_matrix_times OF((unsigned long *mat, unsigned long vec)); local void gf2_matrix_square OF((unsigned long *square, unsigned long *mat)); local uLong crc32_combine_ OF((uLong crc1, uLong crc2, z_off64_t len2)); #ifdef DYNAMIC_CRC_TABLE local volatile int crc_table_empty = 1; local z_crc_t FAR crc_table[TBLS][256]; local void make_crc_table OF((void)); #ifdef MAKECRCH local void write_table OF((FILE *, const z_crc_t FAR *)); #endif /* MAKECRCH */ /* Generate tables for a byte-wise 32-bit CRC calculation on the polynomial: x^32+x^26+x^23+x^22+x^16+x^12+x^11+x^10+x^8+x^7+x^5+x^4+x^2+x+1. Polynomials over GF(2) are represented in binary, one bit per coefficient, with the lowest powers in the most significant bit. Then adding polynomials is just exclusive-or, and multiplying a polynomial by x is a right shift by one. If we call the above polynomial p, and represent a byte as the polynomial q, also with the lowest power in the most significant bit (so the byte 0xb1 is the polynomial x^7+x^3+x+1), then the CRC is (q*x^32) mod p, where a mod b means the remainder after dividing a by b. This calculation is done using the shift-register method of multiplying and taking the remainder. The register is initialized to zero, and for each incoming bit, x^32 is added mod p to the register if the bit is a one (where x^32 mod p is p+x^32 = x^26+...+1), and the register is multiplied mod p by x (which is shifting right by one and adding x^32 mod p if the bit shifted out is a one). We start with the highest power (least significant bit) of q and repeat for all eight bits of q. The first table is simply the CRC of all possible eight bit values. This is all the information needed to generate CRCs on data a byte at a time for all combinations of CRC register values and incoming bytes. The remaining tables allow for word-at-a-time CRC calculation for both big-endian and little- endian machines, where a word is four bytes. */ local void make_crc_table() { z_crc_t c; int n, k; z_crc_t poly; /* polynomial exclusive-or pattern */ /* terms of polynomial defining this crc (except x^32): */ static volatile int first = 1; /* flag to limit concurrent making */ static const unsigned char p[] = {0,1,2,4,5,7,8,10,11,12,16,22,23,26}; /* See if another task is already doing this (not thread-safe, but better than nothing -- significantly reduces duration of vulnerability in case the advice about DYNAMIC_CRC_TABLE is ignored) */ if (first) { first = 0; /* make exclusive-or pattern from polynomial (0xedb88320UL) */ poly = 0; for (n = 0; n < (int)(sizeof(p)/sizeof(unsigned char)); n++) poly |= (z_crc_t)1 << (31 - p[n]); /* generate a crc for every 8-bit value */ for (n = 0; n < 256; n++) { c = (z_crc_t)n; for (k = 0; k < 8; k++) c = c & 1 ? poly ^ (c >> 1) : c >> 1; crc_table[0][n] = c; } #ifdef BYFOUR /* generate crc for each value followed by one, two, and three zeros, and then the byte reversal of those as well as the first table */ for (n = 0; n < 256; n++) { c = crc_table[0][n]; crc_table[4][n] = ZSWAP32(c); for (k = 1; k < 4; k++) { c = crc_table[0][c & 0xff] ^ (c >> 8); crc_table[k][n] = c; crc_table[k + 4][n] = ZSWAP32(c); } } #endif /* BYFOUR */ crc_table_empty = 0; } else { /* not first */ /* wait for the other guy to finish (not efficient, but rare) */ while (crc_table_empty) ; } #ifdef MAKECRCH /* write out CRC tables to crc32.h */ { FILE *out; out = fopen("crc32.h", "w"); if (out == NULL) return; fprintf(out, "/* crc32.h -- tables for rapid CRC calculation\n"); fprintf(out, " * Generated automatically by crc32.c\n */\n\n"); fprintf(out, "local const z_crc_t FAR "); fprintf(out, "crc_table[TBLS][256] =\n{\n {\n"); write_table(out, crc_table[0]); # ifdef BYFOUR fprintf(out, "#ifdef BYFOUR\n"); for (k = 1; k < 8; k++) { fprintf(out, " },\n {\n"); write_table(out, crc_table[k]); } fprintf(out, "#endif\n"); # endif /* BYFOUR */ fprintf(out, " }\n};\n"); fclose(out); } #endif /* MAKECRCH */ } #ifdef MAKECRCH local void write_table(out, table) FILE *out; const z_crc_t FAR *table; { int n; for (n = 0; n < 256; n++) fprintf(out, "%s0x%08lxUL%s", n % 5 ? "" : " ", (unsigned long)(table[n]), n == 255 ? "\n" : (n % 5 == 4 ? ",\n" : ", ")); } #endif /* MAKECRCH */ #else /* !DYNAMIC_CRC_TABLE */ /* ======================================================================== * Tables of CRC-32s of all single-byte values, made by make_crc_table(). */ #include "crc32.h" #endif /* DYNAMIC_CRC_TABLE */ /* ========================================================================= * This function can be used by asm versions of crc32() */ const z_crc_t FAR * ZEXPORT get_crc_table() { #ifdef DYNAMIC_CRC_TABLE if (crc_table_empty) make_crc_table(); #endif /* DYNAMIC_CRC_TABLE */ return (const z_crc_t FAR *)crc_table; } /* ========================================================================= */ #define DO1 crc = crc_table[0][((int)crc ^ (*buf++)) & 0xff] ^ (crc >> 8) #define DO8 DO1; DO1; DO1; DO1; DO1; DO1; DO1; DO1 /* ========================================================================= */ unsigned long ZEXPORT crc32(crc, buf, len) unsigned long crc; const unsigned char FAR *buf; uInt len; { if (buf == Z_NULL) return 0UL; #ifdef DYNAMIC_CRC_TABLE if (crc_table_empty) make_crc_table(); #endif /* DYNAMIC_CRC_TABLE */ #ifdef BYFOUR if (sizeof(void *) == sizeof(ptrdiff_t)) { z_crc_t endian; endian = 1; if (*((unsigned char *)(&endian))) return crc32_little(crc, buf, len); else return crc32_big(crc, buf, len); } #endif /* BYFOUR */ crc = crc ^ 0xffffffffUL; while (len >= 8) { DO8; len -= 8; } if (len) do { DO1; } while (--len); return crc ^ 0xffffffffUL; } #ifdef BYFOUR /* ========================================================================= */ #define DOLIT4 c ^= *buf4++; \ c = crc_table[3][c & 0xff] ^ crc_table[2][(c >> 8) & 0xff] ^ \ crc_table[1][(c >> 16) & 0xff] ^ crc_table[0][c >> 24] #define DOLIT32 DOLIT4; DOLIT4; DOLIT4; DOLIT4; DOLIT4; DOLIT4; DOLIT4; DOLIT4 /* ========================================================================= */ local unsigned long crc32_little(crc, buf, len) unsigned long crc; const unsigned char FAR *buf; unsigned len; { register z_crc_t c; register const z_crc_t FAR *buf4; c = (z_crc_t)crc; c = ~c; while (len && ((ptrdiff_t)buf & 3)) { c = crc_table[0][(c ^ *buf++) & 0xff] ^ (c >> 8); len--; } buf4 = (const z_crc_t FAR *)(const void FAR *)buf; while (len >= 32) { DOLIT32; len -= 32; } while (len >= 4) { DOLIT4; len -= 4; } buf = (const unsigned char FAR *)buf4; if (len) do { c = crc_table[0][(c ^ *buf++) & 0xff] ^ (c >> 8); } while (--len); c = ~c; return (unsigned long)c; } /* ========================================================================= */ #define DOBIG4 c ^= *++buf4; \ c = crc_table[4][c & 0xff] ^ crc_table[5][(c >> 8) & 0xff] ^ \ crc_table[6][(c >> 16) & 0xff] ^ crc_table[7][c >> 24] #define DOBIG32 DOBIG4; DOBIG4; DOBIG4; DOBIG4; DOBIG4; DOBIG4; DOBIG4; DOBIG4 /* ========================================================================= */ local unsigned long crc32_big(crc, buf, len) unsigned long crc; const unsigned char FAR *buf; unsigned len; { register z_crc_t c; register const z_crc_t FAR *buf4; c = ZSWAP32((z_crc_t)crc); c = ~c; while (len && ((ptrdiff_t)buf & 3)) { c = crc_table[4][(c >> 24) ^ *buf++] ^ (c << 8); len--; } buf4 = (const z_crc_t FAR *)(const void FAR *)buf; buf4--; while (len >= 32) { DOBIG32; len -= 32; } while (len >= 4) { DOBIG4; len -= 4; } buf4++; buf = (const unsigned char FAR *)buf4; if (len) do { c = crc_table[4][(c >> 24) ^ *buf++] ^ (c << 8); } while (--len); c = ~c; return (unsigned long)(ZSWAP32(c)); } #endif /* BYFOUR */ #define GF2_DIM 32 /* dimension of GF(2) vectors (length of CRC) */ /* ========================================================================= */ local unsigned long gf2_matrix_times(mat, vec) unsigned long *mat; unsigned long vec; { unsigned long sum; sum = 0; while (vec) { if (vec & 1) sum ^= *mat; vec >>= 1; mat++; } return sum; } /* ========================================================================= */ local void gf2_matrix_square(square, mat) unsigned long *square; unsigned long *mat; { int n; for (n = 0; n < GF2_DIM; n++) square[n] = gf2_matrix_times(mat, mat[n]); } /* ========================================================================= */ local uLong crc32_combine_(crc1, crc2, len2) uLong crc1; uLong crc2; z_off64_t len2; { int n; unsigned long row; unsigned long even[GF2_DIM]; /* even-power-of-two zeros operator */ unsigned long odd[GF2_DIM]; /* odd-power-of-two zeros operator */ /* degenerate case (also disallow negative lengths) */ if (len2 <= 0) return crc1; /* put operator for one zero bit in odd */ odd[0] = 0xedb88320UL; /* CRC-32 polynomial */ row = 1; for (n = 1; n < GF2_DIM; n++) { odd[n] = row; row <<= 1; } /* put operator for two zero bits in even */ gf2_matrix_square(even, odd); /* put operator for four zero bits in odd */ gf2_matrix_square(odd, even); /* apply len2 zeros to crc1 (first square will put the operator for one zero byte, eight zero bits, in even) */ do { /* apply zeros operator for this bit of len2 */ gf2_matrix_square(even, odd); if (len2 & 1) crc1 = gf2_matrix_times(even, crc1); len2 >>= 1; /* if no more bits set, then done */ if (len2 == 0) break; /* another iteration of the loop with odd and even swapped */ gf2_matrix_square(odd, even); if (len2 & 1) crc1 = gf2_matrix_times(odd, crc1); len2 >>= 1; /* if no more bits set, then done */ } while (len2 != 0); /* return combined crc */ crc1 ^= crc2; return crc1; } /* ========================================================================= */ uLong ZEXPORT crc32_combine(crc1, crc2, len2) uLong crc1; uLong crc2; z_off_t len2; { return crc32_combine_(crc1, crc2, len2); } uLong ZEXPORT crc32_combine64(crc1, crc2, len2) uLong crc1; uLong crc2; z_off64_t len2; { return crc32_combine_(crc1, crc2, len2); } golly-3.3-src/gui-web/zlib/inffast.c0000644000175000017500000003221712362063145014317 00000000000000/* inffast.c -- fast decoding * Copyright (C) 1995-2008, 2010, 2013 Mark Adler * For conditions of distribution and use, see copyright notice in zlib.h */ #include "zutil.h" #include "inftrees.h" #include "inflate.h" #include "inffast.h" #ifndef ASMINF /* Allow machine dependent optimization for post-increment or pre-increment. Based on testing to date, Pre-increment preferred for: - PowerPC G3 (Adler) - MIPS R5000 (Randers-Pehrson) Post-increment preferred for: - none No measurable difference: - Pentium III (Anderson) - M68060 (Nikl) */ #ifdef POSTINC # define OFF 0 # define PUP(a) *(a)++ #else # define OFF 1 # define PUP(a) *++(a) #endif /* Decode literal, length, and distance codes and write out the resulting literal and match bytes until either not enough input or output is available, an end-of-block is encountered, or a data error is encountered. When large enough input and output buffers are supplied to inflate(), for example, a 16K input buffer and a 64K output buffer, more than 95% of the inflate execution time is spent in this routine. Entry assumptions: state->mode == LEN strm->avail_in >= 6 strm->avail_out >= 258 start >= strm->avail_out state->bits < 8 On return, state->mode is one of: LEN -- ran out of enough output space or enough available input TYPE -- reached end of block code, inflate() to interpret next block BAD -- error in block data Notes: - The maximum input bits used by a length/distance pair is 15 bits for the length code, 5 bits for the length extra, 15 bits for the distance code, and 13 bits for the distance extra. This totals 48 bits, or six bytes. Therefore if strm->avail_in >= 6, then there is enough input to avoid checking for available input while decoding. - The maximum bytes that a single length/distance pair can output is 258 bytes, which is the maximum length that can be coded. inflate_fast() requires strm->avail_out >= 258 for each loop to avoid checking for output space. */ void ZLIB_INTERNAL inflate_fast(strm, start) z_streamp strm; unsigned start; /* inflate()'s starting value for strm->avail_out */ { struct inflate_state FAR *state; z_const unsigned char FAR *in; /* local strm->next_in */ z_const unsigned char FAR *last; /* have enough input while in < last */ unsigned char FAR *out; /* local strm->next_out */ unsigned char FAR *beg; /* inflate()'s initial strm->next_out */ unsigned char FAR *end; /* while out < end, enough space available */ #ifdef INFLATE_STRICT unsigned dmax; /* maximum distance from zlib header */ #endif unsigned wsize; /* window size or zero if not using window */ unsigned whave; /* valid bytes in the window */ unsigned wnext; /* window write index */ unsigned char FAR *window; /* allocated sliding window, if wsize != 0 */ unsigned long hold; /* local strm->hold */ unsigned bits; /* local strm->bits */ code const FAR *lcode; /* local strm->lencode */ code const FAR *dcode; /* local strm->distcode */ unsigned lmask; /* mask for first level of length codes */ unsigned dmask; /* mask for first level of distance codes */ code here; /* retrieved table entry */ unsigned op; /* code bits, operation, extra bits, or */ /* window position, window bytes to copy */ unsigned len; /* match length, unused bytes */ unsigned dist; /* match distance */ unsigned char FAR *from; /* where to copy match from */ /* copy state to local variables */ state = (struct inflate_state FAR *)strm->state; in = strm->next_in - OFF; last = in + (strm->avail_in - 5); out = strm->next_out - OFF; beg = out - (start - strm->avail_out); end = out + (strm->avail_out - 257); #ifdef INFLATE_STRICT dmax = state->dmax; #endif wsize = state->wsize; whave = state->whave; wnext = state->wnext; window = state->window; hold = state->hold; bits = state->bits; lcode = state->lencode; dcode = state->distcode; lmask = (1U << state->lenbits) - 1; dmask = (1U << state->distbits) - 1; /* decode literals and length/distances until end-of-block or not enough input data or output space */ do { if (bits < 15) { hold += (unsigned long)(PUP(in)) << bits; bits += 8; hold += (unsigned long)(PUP(in)) << bits; bits += 8; } here = lcode[hold & lmask]; dolen: op = (unsigned)(here.bits); hold >>= op; bits -= op; op = (unsigned)(here.op); if (op == 0) { /* literal */ Tracevv((stderr, here.val >= 0x20 && here.val < 0x7f ? "inflate: literal '%c'\n" : "inflate: literal 0x%02x\n", here.val)); PUP(out) = (unsigned char)(here.val); } else if (op & 16) { /* length base */ len = (unsigned)(here.val); op &= 15; /* number of extra bits */ if (op) { if (bits < op) { hold += (unsigned long)(PUP(in)) << bits; bits += 8; } len += (unsigned)hold & ((1U << op) - 1); hold >>= op; bits -= op; } Tracevv((stderr, "inflate: length %u\n", len)); if (bits < 15) { hold += (unsigned long)(PUP(in)) << bits; bits += 8; hold += (unsigned long)(PUP(in)) << bits; bits += 8; } here = dcode[hold & dmask]; dodist: op = (unsigned)(here.bits); hold >>= op; bits -= op; op = (unsigned)(here.op); if (op & 16) { /* distance base */ dist = (unsigned)(here.val); op &= 15; /* number of extra bits */ if (bits < op) { hold += (unsigned long)(PUP(in)) << bits; bits += 8; if (bits < op) { hold += (unsigned long)(PUP(in)) << bits; bits += 8; } } dist += (unsigned)hold & ((1U << op) - 1); #ifdef INFLATE_STRICT if (dist > dmax) { strm->msg = (char *)"invalid distance too far back"; state->mode = BAD; break; } #endif hold >>= op; bits -= op; Tracevv((stderr, "inflate: distance %u\n", dist)); op = (unsigned)(out - beg); /* max distance in output */ if (dist > op) { /* see if copy from window */ op = dist - op; /* distance back in window */ if (op > whave) { if (state->sane) { strm->msg = (char *)"invalid distance too far back"; state->mode = BAD; break; } #ifdef INFLATE_ALLOW_INVALID_DISTANCE_TOOFAR_ARRR if (len <= op - whave) { do { PUP(out) = 0; } while (--len); continue; } len -= op - whave; do { PUP(out) = 0; } while (--op > whave); if (op == 0) { from = out - dist; do { PUP(out) = PUP(from); } while (--len); continue; } #endif } from = window - OFF; if (wnext == 0) { /* very common case */ from += wsize - op; if (op < len) { /* some from window */ len -= op; do { PUP(out) = PUP(from); } while (--op); from = out - dist; /* rest from output */ } } else if (wnext < op) { /* wrap around window */ from += wsize + wnext - op; op -= wnext; if (op < len) { /* some from end of window */ len -= op; do { PUP(out) = PUP(from); } while (--op); from = window - OFF; if (wnext < len) { /* some from start of window */ op = wnext; len -= op; do { PUP(out) = PUP(from); } while (--op); from = out - dist; /* rest from output */ } } } else { /* contiguous in window */ from += wnext - op; if (op < len) { /* some from window */ len -= op; do { PUP(out) = PUP(from); } while (--op); from = out - dist; /* rest from output */ } } while (len > 2) { PUP(out) = PUP(from); PUP(out) = PUP(from); PUP(out) = PUP(from); len -= 3; } if (len) { PUP(out) = PUP(from); if (len > 1) PUP(out) = PUP(from); } } else { from = out - dist; /* copy direct from output */ do { /* minimum length is three */ PUP(out) = PUP(from); PUP(out) = PUP(from); PUP(out) = PUP(from); len -= 3; } while (len > 2); if (len) { PUP(out) = PUP(from); if (len > 1) PUP(out) = PUP(from); } } } else if ((op & 64) == 0) { /* 2nd level distance code */ here = dcode[here.val + (hold & ((1U << op) - 1))]; goto dodist; } else { strm->msg = (char *)"invalid distance code"; state->mode = BAD; break; } } else if ((op & 64) == 0) { /* 2nd level length code */ here = lcode[here.val + (hold & ((1U << op) - 1))]; goto dolen; } else if (op & 32) { /* end-of-block */ Tracevv((stderr, "inflate: end of block\n")); state->mode = TYPE; break; } else { strm->msg = (char *)"invalid literal/length code"; state->mode = BAD; break; } } while (in < last && out < end); /* return unused bytes (on entry, bits < 8, so in won't go too far back) */ len = bits >> 3; in -= len; bits -= len << 3; hold &= (1U << bits) - 1; /* update state and return */ strm->next_in = in + OFF; strm->next_out = out + OFF; strm->avail_in = (unsigned)(in < last ? 5 + (last - in) : 5 - (in - last)); strm->avail_out = (unsigned)(out < end ? 257 + (end - out) : 257 - (out - end)); state->hold = hold; state->bits = bits; return; } /* inflate_fast() speedups that turned out slower (on a PowerPC G3 750CXe): - Using bit fields for code structure - Different op definition to avoid & for extra bits (do & for table bits) - Three separate decoding do-loops for direct, window, and wnext == 0 - Special case for distance > 1 copies to do overlapped load and store copy - Explicit branch predictions (based on measured branch probabilities) - Deferring match copy and interspersed it with decoding subsequent codes - Swapping literal/length else - Swapping window/direct else - Larger unrolled copy loops (three is about right) - Moving len -= 3 statement into middle of loop */ #endif /* !ASMINF */ golly-3.3-src/gui-web/zlib/inffixed.h0000644000175000017500000001427412362063145014471 00000000000000 /* inffixed.h -- table for decoding fixed codes * Generated automatically by makefixed(). */ /* WARNING: this file should *not* be used by applications. It is part of the implementation of this library and is subject to change. Applications should only use zlib.h. */ static const code lenfix[512] = { {96,7,0},{0,8,80},{0,8,16},{20,8,115},{18,7,31},{0,8,112},{0,8,48}, {0,9,192},{16,7,10},{0,8,96},{0,8,32},{0,9,160},{0,8,0},{0,8,128}, {0,8,64},{0,9,224},{16,7,6},{0,8,88},{0,8,24},{0,9,144},{19,7,59}, {0,8,120},{0,8,56},{0,9,208},{17,7,17},{0,8,104},{0,8,40},{0,9,176}, {0,8,8},{0,8,136},{0,8,72},{0,9,240},{16,7,4},{0,8,84},{0,8,20}, {21,8,227},{19,7,43},{0,8,116},{0,8,52},{0,9,200},{17,7,13},{0,8,100}, {0,8,36},{0,9,168},{0,8,4},{0,8,132},{0,8,68},{0,9,232},{16,7,8}, {0,8,92},{0,8,28},{0,9,152},{20,7,83},{0,8,124},{0,8,60},{0,9,216}, {18,7,23},{0,8,108},{0,8,44},{0,9,184},{0,8,12},{0,8,140},{0,8,76}, {0,9,248},{16,7,3},{0,8,82},{0,8,18},{21,8,163},{19,7,35},{0,8,114}, {0,8,50},{0,9,196},{17,7,11},{0,8,98},{0,8,34},{0,9,164},{0,8,2}, {0,8,130},{0,8,66},{0,9,228},{16,7,7},{0,8,90},{0,8,26},{0,9,148}, {20,7,67},{0,8,122},{0,8,58},{0,9,212},{18,7,19},{0,8,106},{0,8,42}, {0,9,180},{0,8,10},{0,8,138},{0,8,74},{0,9,244},{16,7,5},{0,8,86}, {0,8,22},{64,8,0},{19,7,51},{0,8,118},{0,8,54},{0,9,204},{17,7,15}, {0,8,102},{0,8,38},{0,9,172},{0,8,6},{0,8,134},{0,8,70},{0,9,236}, {16,7,9},{0,8,94},{0,8,30},{0,9,156},{20,7,99},{0,8,126},{0,8,62}, {0,9,220},{18,7,27},{0,8,110},{0,8,46},{0,9,188},{0,8,14},{0,8,142}, {0,8,78},{0,9,252},{96,7,0},{0,8,81},{0,8,17},{21,8,131},{18,7,31}, {0,8,113},{0,8,49},{0,9,194},{16,7,10},{0,8,97},{0,8,33},{0,9,162}, {0,8,1},{0,8,129},{0,8,65},{0,9,226},{16,7,6},{0,8,89},{0,8,25}, {0,9,146},{19,7,59},{0,8,121},{0,8,57},{0,9,210},{17,7,17},{0,8,105}, {0,8,41},{0,9,178},{0,8,9},{0,8,137},{0,8,73},{0,9,242},{16,7,4}, {0,8,85},{0,8,21},{16,8,258},{19,7,43},{0,8,117},{0,8,53},{0,9,202}, {17,7,13},{0,8,101},{0,8,37},{0,9,170},{0,8,5},{0,8,133},{0,8,69}, {0,9,234},{16,7,8},{0,8,93},{0,8,29},{0,9,154},{20,7,83},{0,8,125}, {0,8,61},{0,9,218},{18,7,23},{0,8,109},{0,8,45},{0,9,186},{0,8,13}, {0,8,141},{0,8,77},{0,9,250},{16,7,3},{0,8,83},{0,8,19},{21,8,195}, {19,7,35},{0,8,115},{0,8,51},{0,9,198},{17,7,11},{0,8,99},{0,8,35}, {0,9,166},{0,8,3},{0,8,131},{0,8,67},{0,9,230},{16,7,7},{0,8,91}, {0,8,27},{0,9,150},{20,7,67},{0,8,123},{0,8,59},{0,9,214},{18,7,19}, {0,8,107},{0,8,43},{0,9,182},{0,8,11},{0,8,139},{0,8,75},{0,9,246}, {16,7,5},{0,8,87},{0,8,23},{64,8,0},{19,7,51},{0,8,119},{0,8,55}, {0,9,206},{17,7,15},{0,8,103},{0,8,39},{0,9,174},{0,8,7},{0,8,135}, {0,8,71},{0,9,238},{16,7,9},{0,8,95},{0,8,31},{0,9,158},{20,7,99}, {0,8,127},{0,8,63},{0,9,222},{18,7,27},{0,8,111},{0,8,47},{0,9,190}, {0,8,15},{0,8,143},{0,8,79},{0,9,254},{96,7,0},{0,8,80},{0,8,16}, {20,8,115},{18,7,31},{0,8,112},{0,8,48},{0,9,193},{16,7,10},{0,8,96}, {0,8,32},{0,9,161},{0,8,0},{0,8,128},{0,8,64},{0,9,225},{16,7,6}, {0,8,88},{0,8,24},{0,9,145},{19,7,59},{0,8,120},{0,8,56},{0,9,209}, {17,7,17},{0,8,104},{0,8,40},{0,9,177},{0,8,8},{0,8,136},{0,8,72}, {0,9,241},{16,7,4},{0,8,84},{0,8,20},{21,8,227},{19,7,43},{0,8,116}, {0,8,52},{0,9,201},{17,7,13},{0,8,100},{0,8,36},{0,9,169},{0,8,4}, {0,8,132},{0,8,68},{0,9,233},{16,7,8},{0,8,92},{0,8,28},{0,9,153}, {20,7,83},{0,8,124},{0,8,60},{0,9,217},{18,7,23},{0,8,108},{0,8,44}, {0,9,185},{0,8,12},{0,8,140},{0,8,76},{0,9,249},{16,7,3},{0,8,82}, {0,8,18},{21,8,163},{19,7,35},{0,8,114},{0,8,50},{0,9,197},{17,7,11}, {0,8,98},{0,8,34},{0,9,165},{0,8,2},{0,8,130},{0,8,66},{0,9,229}, {16,7,7},{0,8,90},{0,8,26},{0,9,149},{20,7,67},{0,8,122},{0,8,58}, {0,9,213},{18,7,19},{0,8,106},{0,8,42},{0,9,181},{0,8,10},{0,8,138}, {0,8,74},{0,9,245},{16,7,5},{0,8,86},{0,8,22},{64,8,0},{19,7,51}, {0,8,118},{0,8,54},{0,9,205},{17,7,15},{0,8,102},{0,8,38},{0,9,173}, {0,8,6},{0,8,134},{0,8,70},{0,9,237},{16,7,9},{0,8,94},{0,8,30}, {0,9,157},{20,7,99},{0,8,126},{0,8,62},{0,9,221},{18,7,27},{0,8,110}, {0,8,46},{0,9,189},{0,8,14},{0,8,142},{0,8,78},{0,9,253},{96,7,0}, {0,8,81},{0,8,17},{21,8,131},{18,7,31},{0,8,113},{0,8,49},{0,9,195}, {16,7,10},{0,8,97},{0,8,33},{0,9,163},{0,8,1},{0,8,129},{0,8,65}, {0,9,227},{16,7,6},{0,8,89},{0,8,25},{0,9,147},{19,7,59},{0,8,121}, {0,8,57},{0,9,211},{17,7,17},{0,8,105},{0,8,41},{0,9,179},{0,8,9}, {0,8,137},{0,8,73},{0,9,243},{16,7,4},{0,8,85},{0,8,21},{16,8,258}, {19,7,43},{0,8,117},{0,8,53},{0,9,203},{17,7,13},{0,8,101},{0,8,37}, {0,9,171},{0,8,5},{0,8,133},{0,8,69},{0,9,235},{16,7,8},{0,8,93}, {0,8,29},{0,9,155},{20,7,83},{0,8,125},{0,8,61},{0,9,219},{18,7,23}, {0,8,109},{0,8,45},{0,9,187},{0,8,13},{0,8,141},{0,8,77},{0,9,251}, {16,7,3},{0,8,83},{0,8,19},{21,8,195},{19,7,35},{0,8,115},{0,8,51}, {0,9,199},{17,7,11},{0,8,99},{0,8,35},{0,9,167},{0,8,3},{0,8,131}, {0,8,67},{0,9,231},{16,7,7},{0,8,91},{0,8,27},{0,9,151},{20,7,67}, {0,8,123},{0,8,59},{0,9,215},{18,7,19},{0,8,107},{0,8,43},{0,9,183}, {0,8,11},{0,8,139},{0,8,75},{0,9,247},{16,7,5},{0,8,87},{0,8,23}, {64,8,0},{19,7,51},{0,8,119},{0,8,55},{0,9,207},{17,7,15},{0,8,103}, {0,8,39},{0,9,175},{0,8,7},{0,8,135},{0,8,71},{0,9,239},{16,7,9}, {0,8,95},{0,8,31},{0,9,159},{20,7,99},{0,8,127},{0,8,63},{0,9,223}, {18,7,27},{0,8,111},{0,8,47},{0,9,191},{0,8,15},{0,8,143},{0,8,79}, {0,9,255} }; static const code distfix[32] = { {16,5,1},{23,5,257},{19,5,17},{27,5,4097},{17,5,5},{25,5,1025}, {21,5,65},{29,5,16385},{16,5,3},{24,5,513},{20,5,33},{28,5,8193}, {18,5,9},{26,5,2049},{22,5,129},{64,5,0},{16,5,2},{23,5,385}, {19,5,25},{27,5,6145},{17,5,7},{25,5,1537},{21,5,97},{29,5,24577}, {16,5,4},{24,5,769},{20,5,49},{28,5,12289},{18,5,13},{26,5,3073}, {22,5,193},{64,5,0} }; golly-3.3-src/gui-web/shell.html0000644000175000017500000022100013307733370013550 00000000000000 Golly

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{{{ SCRIPT }}} golly-3.3-src/gui-web/Makefile0000755000175000017500000004633013543255652013235 00000000000000# Makefile for creating web app version of Golly using Emscripten. # Type "emmake make" to build golly.html and golly.js. SOURCES = main.cpp webcalls.cpp \ ../gollybase/bigint.cpp \ ../gollybase/generationsalgo.cpp \ ../gollybase/ghashbase.cpp \ ../gollybase/ghashdraw.cpp \ ../gollybase/hlifealgo.cpp \ ../gollybase/hlifedraw.cpp \ ../gollybase/jvnalgo.cpp \ ../gollybase/lifealgo.cpp \ ../gollybase/lifepoll.cpp \ ../gollybase/liferender.cpp \ ../gollybase/liferules.cpp \ ../gollybase/ltlalgo.cpp \ ../gollybase/ltldraw.cpp \ ../gollybase/qlifealgo.cpp \ ../gollybase/qlifedraw.cpp \ ../gollybase/readpattern.cpp \ ../gollybase/ruleloaderalgo.cpp \ ../gollybase/ruletable_algo.cpp \ ../gollybase/ruletreealgo.cpp \ ../gollybase/util.cpp \ ../gollybase/viewport.cpp \ ../gollybase/writepattern.cpp \ ../gui-common/algos.cpp \ ../gui-common/control.cpp \ ../gui-common/file.cpp \ ../gui-common/layer.cpp \ ../gui-common/prefs.cpp \ ../gui-common/render.cpp \ ../gui-common/select.cpp \ ../gui-common/status.cpp \ ../gui-common/undo.cpp \ ../gui-common/utils.cpp \ ../gui-common/view.cpp \ ../gui-common/MiniZip/ioapi.c \ ../gui-common/MiniZip/unzip.c \ ../gui-common/MiniZip/zip.c \ zlib/adler32.c \ zlib/compress.c \ zlib/crc32.c \ zlib/deflate.c \ zlib/gzclose.c \ zlib/gzlib.c \ zlib/gzread.c \ zlib/gzwrite.c \ zlib/infback.c \ zlib/inffast.c \ zlib/inflate.c \ zlib/inftrees.c \ zlib/trees.c \ zlib/uncompr.c \ zlib/zutil.c OBJECTS = main.o webcalls.o \ ../gollybase/bigint.o \ ../gollybase/generationsalgo.o \ ../gollybase/ghashbase.o \ ../gollybase/ghashdraw.o \ ../gollybase/hlifealgo.o \ ../gollybase/hlifedraw.o \ ../gollybase/jvnalgo.o \ ../gollybase/lifealgo.o \ ../gollybase/lifepoll.o \ ../gollybase/liferender.o \ ../gollybase/liferules.o \ ../gollybase/ltlalgo.o \ ../gollybase/ltldraw.o \ ../gollybase/qlifealgo.o \ ../gollybase/qlifedraw.o \ ../gollybase/readpattern.o \ ../gollybase/ruleloaderalgo.o \ ../gollybase/ruletable_algo.o \ ../gollybase/ruletreealgo.o \ ../gollybase/util.o \ ../gollybase/viewport.o \ ../gollybase/writepattern.o \ ../gui-common/algos.o \ ../gui-common/control.o \ ../gui-common/file.o \ ../gui-common/layer.o \ ../gui-common/prefs.o \ ../gui-common/render.o \ ../gui-common/select.o \ ../gui-common/status.o \ ../gui-common/undo.o \ ../gui-common/utils.o \ ../gui-common/view.o \ ../gui-common/MiniZip/ioapi.o \ ../gui-common/MiniZip/unzip.o \ ../gui-common/MiniZip/zip.o \ zlib/adler32.o \ zlib/compress.o \ zlib/crc32.o \ zlib/deflate.o \ zlib/gzclose.o \ zlib/gzlib.o \ zlib/gzread.o \ zlib/gzwrite.o \ zlib/infback.o \ zlib/inffast.o \ zlib/inflate.o \ zlib/inftrees.o \ zlib/trees.o \ zlib/uncompr.o \ zlib/zutil.o CFLAGS = -Izlib -Wall -Wextra -Wno-unused-parameter -Wno-implicit-function-declaration -O2 CXXFLAGS = -Izlib -I. -I../gollybase -I../gui-common -I../gui-common/MiniZip \ -DVERSION=3.3 -DZLIB -DWEB_GUI -Wall -Wextra -Wno-unused-parameter -O2 # NOTE 1: -O2 results in a much smaller golly.js and no .map file # NOTE 2: replace -O2 with the following settings to catch errors: # -s ASSERTIONS=2 -s SAFE_HEAP=1 TARGET = golly.html all: $(TARGET) $(TARGET): $(OBJECTS) jslib.js shell.html $(CXX) $(CXXFLAGS) --js-library jslib.js --shell-file shell.html \ --preload-file ../Patterns@/Patterns \ --preload-file ../Rules@/Rules \ --preload-file Help \ --preload-file ../gui-common/Help/intro.html@/Help/intro.html \ --preload-file ../gui-common/Help/tips.html@/Help/tips.html \ --preload-file ../gui-common/Help/archives.html@/Help/archives.html \ --preload-file ../gui-common/Help/refs.html@/Help/refs.html \ --preload-file ../gui-common/Help/formats.html@/Help/formats.html \ --preload-file ../gui-common/Help/bounded.html@/Help/bounded.html \ --preload-file ../gui-common/Help/credits.html@/Help/credits.html \ --preload-file ../gui-common/Help/algos.html@/Help/algos.html \ --preload-file ../gui-common/Help/Algorithms@/Help/Algorithms \ --preload-file ../gui-common/Help/Lexicon@/Help/Lexicon \ -s TOTAL_MEMORY=320*1024*1024 \ -s EXPORTED_FUNCTIONS="[ '_ClearStatus', '_NewUniverse', '_ResizeCanvas', \ '_SetViewport', '_StartStop', '_Next', '_Step', '_GoSlower', '_GoFaster', '_StepBy1', \ '_Undo', '_Redo', '_Fit', '_ZoomOut', '_ZoomIn', '_Scale1to1', '_Reset', \ '_ToggleIcons', '_ModeChanged', '_StateChanged', '_DoMenuItem', '_UpdateMenuItems', \ '_Paste', '_PasteAction', '_SelectionAction', '_OpenClickedFile', '_OpenClipboard', \ '_ToggleAutoFit', '_OverCanvas', '_OnKeyChanged', '_OnMouseWheel', '_Info', '_CloseInfo', \ '_Help', '_DoHelpClick', '_HelpBack', '_HelpNext', '_HelpContents', '_CloseHelp', \ '_FileCreated', '_CancelProgress', '_CancelOpen', '_SaveFile', '_CancelSave', \ '_StorePrefs', '_CancelPrefs', '_SaveLocalPrefs', '_FullScreen', '_ExitFullScreen', \ '_UnsavedChanges' ]" \ -o $@ $(LDFLAGS) $(OBJECTS) # better to use -s ALLOW_MEMORY_GROWTH=1 instead of setting TOTAL_MEMORY??? # (note that newer versions of Emscripten require TOTAL_MEMORY to be multiple of 16MB) clean: $(RM) $(OBJECTS) $(TARGET) golly.js golly.data depend: @$(CXX) $(CXXFLAGS) -MM $(SOURCES) # type "emmake make depend" to generate these dependencies: main.o: main.cpp ../gollybase/bigint.h ../gollybase/lifealgo.h \ ../gollybase/viewport.h ../gollybase/liferender.h \ ../gollybase/lifepoll.h ../gollybase/readpattern.h \ ../gollybase/platform.h ../gollybase/qlifealgo.h \ ../gollybase/liferules.h ../gollybase/hlifealgo.h \ ../gollybase/generationsalgo.h ../gollybase/ghashbase.h \ ../gollybase/ltlalgo.h ../gollybase/jvnalgo.h \ ../gollybase/ruleloaderalgo.h ../gollybase/ruletable_algo.h \ ../gollybase/ruletreealgo.h ../gui-common/algos.h \ ../gui-common/utils.h ../gui-common/prefs.h ../gui-common/layer.h \ ../gui-common/select.h ../gui-common/control.h ../gui-common/file.h \ ../gollybase/writepattern.h ../gui-common/view.h \ ../gui-common/status.h ../gui-common/undo.h ../gui-common/render.h \ webcalls.h webcalls.o: webcalls.cpp ../gollybase/util.h ../gui-common/utils.h \ ../gui-common/algos.h ../gollybase/lifealgo.h ../gollybase/bigint.h \ ../gollybase/viewport.h ../gollybase/liferender.h \ ../gollybase/lifepoll.h ../gollybase/readpattern.h \ ../gollybase/platform.h ../gui-common/prefs.h ../gui-common/layer.h \ ../gui-common/select.h ../gui-common/control.h ../gui-common/file.h \ ../gollybase/writepattern.h ../gui-common/view.h \ ../gui-common/status.h ../gui-common/undo.h webcalls.h bigint.o: ../gollybase/bigint.cpp ../gollybase/bigint.h \ ../gollybase/util.h generationsalgo.o: ../gollybase/generationsalgo.cpp \ ../gollybase/generationsalgo.h ../gollybase/ghashbase.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ghashbase.o: ../gollybase/ghashbase.cpp ../gollybase/ghashbase.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/util.h ghashdraw.o: ../gollybase/ghashdraw.cpp ../gollybase/ghashbase.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/util.h hlifealgo.o: ../gollybase/hlifealgo.cpp ../gollybase/hlifealgo.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/util.h hlifedraw.o: ../gollybase/hlifedraw.cpp ../gollybase/hlifealgo.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h jvnalgo.o: ../gollybase/jvnalgo.cpp ../gollybase/jvnalgo.h \ ../gollybase/ghashbase.h ../gollybase/lifealgo.h ../gollybase/bigint.h \ ../gollybase/viewport.h ../gollybase/liferender.h \ ../gollybase/lifepoll.h ../gollybase/readpattern.h \ ../gollybase/platform.h ../gollybase/liferules.h lifealgo.o: ../gollybase/lifealgo.cpp ../gollybase/lifealgo.h \ ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h ../gollybase/util.h lifepoll.o: ../gollybase/lifepoll.cpp ../gollybase/lifepoll.h \ ../gollybase/util.h liferender.o: ../gollybase/liferender.cpp ../gollybase/liferender.h liferules.o: ../gollybase/liferules.cpp ../gollybase/liferules.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h ../gollybase/util.h ltlalgo.o: ../gollybase/ltlalgo.cpp ../gollybase/ltlalgo.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/util.h ltldraw.o: ../gollybase/ltldraw.cpp ../gollybase/ltlalgo.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/util.h qlifealgo.o: ../gollybase/qlifealgo.cpp ../gollybase/qlifealgo.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/util.h qlifedraw.o: ../gollybase/qlifedraw.cpp ../gollybase/qlifealgo.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/util.h readpattern.o: ../gollybase/readpattern.cpp ../gollybase/readpattern.h \ ../gollybase/bigint.h ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/platform.h ../gollybase/liferules.h ../gollybase/util.h \ zlib/zlib.h zlib/zconf.h ruleloaderalgo.o: ../gollybase/ruleloaderalgo.cpp \ ../gollybase/ruleloaderalgo.h ../gollybase/ghashbase.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/ruletable_algo.h \ ../gollybase/ruletreealgo.h ../gollybase/util.h ruletable_algo.o: ../gollybase/ruletable_algo.cpp \ ../gollybase/ruletable_algo.h ../gollybase/ghashbase.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/liferules.h ../gollybase/util.h ruletreealgo.o: ../gollybase/ruletreealgo.cpp ../gollybase/ruletreealgo.h \ ../gollybase/ghashbase.h ../gollybase/lifealgo.h ../gollybase/bigint.h \ ../gollybase/viewport.h ../gollybase/liferender.h \ ../gollybase/lifepoll.h ../gollybase/readpattern.h \ ../gollybase/platform.h ../gollybase/liferules.h ../gollybase/util.h util.o: ../gollybase/util.cpp ../gollybase/util.h viewport.o: ../gollybase/viewport.cpp ../gollybase/viewport.h \ ../gollybase/bigint.h ../gollybase/lifealgo.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h writepattern.o: ../gollybase/writepattern.cpp ../gollybase/writepattern.h \ ../gollybase/lifealgo.h ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h ../gollybase/util.h \ zlib/zlib.h zlib/zconf.h algos.o: ../gui-common/algos.cpp ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/qlifealgo.h ../gollybase/liferules.h \ ../gollybase/hlifealgo.h ../gollybase/generationsalgo.h \ ../gollybase/ghashbase.h ../gollybase/ltlalgo.h ../gollybase/jvnalgo.h \ ../gollybase/ruleloaderalgo.h ../gollybase/ruletable_algo.h \ ../gollybase/ruletreealgo.h ../gui-common/utils.h \ ../gui-common/prefs.h ../gui-common/layer.h ../gui-common/algos.h \ ../gui-common/select.h control.o: ../gui-common/control.cpp ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/qlifealgo.h ../gollybase/liferules.h \ ../gollybase/hlifealgo.h ../gollybase/writepattern.h \ ../gollybase/util.h ../gui-common/utils.h ../gui-common/prefs.h \ ../gui-common/status.h ../gui-common/file.h ../gui-common/algos.h \ ../gui-common/layer.h ../gui-common/select.h ../gui-common/view.h \ ../gui-common/undo.h ../gui-common/control.h webcalls.h file.o: ../gui-common/file.cpp webcalls.h ../gui-common/MiniZip/zip.h \ zlib/zlib.h zlib/zconf.h ../gui-common/MiniZip/ioapi.h \ ../gui-common/MiniZip/unzip.h ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/qlifealgo.h ../gollybase/liferules.h \ ../gollybase/hlifealgo.h ../gollybase/ruleloaderalgo.h \ ../gollybase/ghashbase.h ../gollybase/ruletable_algo.h \ ../gollybase/ruletreealgo.h ../gollybase/writepattern.h \ ../gui-common/utils.h ../gui-common/prefs.h ../gui-common/status.h \ ../gui-common/algos.h ../gui-common/layer.h ../gui-common/select.h \ ../gui-common/control.h ../gui-common/view.h ../gui-common/undo.h \ ../gui-common/file.h layer.o: ../gui-common/layer.cpp ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/qlifealgo.h ../gollybase/liferules.h \ ../gollybase/hlifealgo.h ../gollybase/util.h ../gui-common/utils.h \ ../gui-common/prefs.h ../gui-common/algos.h ../gui-common/control.h \ ../gui-common/select.h ../gui-common/file.h \ ../gollybase/writepattern.h ../gui-common/view.h ../gui-common/undo.h \ ../gui-common/layer.h prefs.o: ../gui-common/prefs.cpp ../gollybase/lifealgo.h \ ../gollybase/bigint.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h ../gollybase/util.h \ ../gui-common/utils.h ../gui-common/status.h ../gui-common/algos.h \ ../gui-common/layer.h ../gui-common/select.h ../gui-common/prefs.h \ webcalls.h render.o: ../gui-common/render.cpp ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gui-common/utils.h ../gui-common/prefs.h ../gui-common/algos.h \ ../gui-common/layer.h ../gui-common/select.h ../gui-common/view.h \ ../gui-common/render.h select.o: ../gui-common/select.cpp ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gui-common/utils.h ../gui-common/prefs.h ../gui-common/status.h \ ../gui-common/undo.h ../gui-common/select.h ../gui-common/algos.h \ ../gui-common/layer.h ../gui-common/view.h ../gui-common/control.h \ ../gui-common/file.h ../gollybase/writepattern.h webcalls.h status.o: ../gui-common/status.cpp ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gui-common/utils.h ../gui-common/prefs.h ../gui-common/algos.h \ ../gui-common/layer.h ../gui-common/select.h ../gui-common/view.h \ ../gui-common/status.h webcalls.h undo.o: ../gui-common/undo.cpp ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/writepattern.h ../gui-common/select.h \ ../gui-common/utils.h ../gui-common/view.h ../gui-common/algos.h \ ../gui-common/layer.h ../gui-common/prefs.h ../gui-common/control.h \ ../gui-common/file.h ../gui-common/undo.h utils.o: ../gui-common/utils.cpp ../gollybase/lifepoll.h \ ../gollybase/util.h ../gui-common/prefs.h ../gui-common/utils.h \ webcalls.h view.o: ../gui-common/view.cpp ../gollybase/bigint.h \ ../gollybase/lifealgo.h ../gollybase/viewport.h \ ../gollybase/liferender.h ../gollybase/lifepoll.h \ ../gollybase/readpattern.h ../gollybase/platform.h \ ../gollybase/qlifealgo.h ../gollybase/liferules.h \ ../gollybase/hlifealgo.h ../gui-common/utils.h ../gui-common/prefs.h \ ../gui-common/status.h ../gui-common/render.h ../gui-common/undo.h \ ../gui-common/select.h ../gui-common/algos.h ../gui-common/layer.h \ ../gui-common/control.h ../gui-common/file.h \ ../gollybase/writepattern.h ../gui-common/view.h webcalls.h ioapi.o: ../gui-common/MiniZip/ioapi.c zlib/zlib.h zlib/zconf.h \ ../gui-common/MiniZip/ioapi.h unzip.o: ../gui-common/MiniZip/unzip.c zlib/zlib.h zlib/zconf.h \ ../gui-common/MiniZip/unzip.h ../gui-common/MiniZip/ioapi.h \ ../gui-common/MiniZip/crypt.h zip.o: ../gui-common/MiniZip/zip.c zlib/zlib.h zlib/zconf.h \ ../gui-common/MiniZip/zip.h ../gui-common/MiniZip/ioapi.h \ ../gui-common/MiniZip/crypt.h adler32.o: zlib/adler32.c zlib/zutil.h zlib/zlib.h zlib/zconf.h compress.o: zlib/compress.c zlib/zlib.h zlib/zconf.h crc32.o: zlib/crc32.c zlib/zutil.h zlib/zlib.h zlib/zconf.h zlib/crc32.h deflate.o: zlib/deflate.c zlib/deflate.h zlib/zutil.h zlib/zlib.h \ zlib/zconf.h gzclose.o: zlib/gzclose.c zlib/gzguts.h zlib/zlib.h zlib/zconf.h gzlib.o: zlib/gzlib.c zlib/gzguts.h zlib/zlib.h zlib/zconf.h gzread.o: zlib/gzread.c zlib/gzguts.h zlib/zlib.h zlib/zconf.h gzwrite.o: zlib/gzwrite.c zlib/gzguts.h zlib/zlib.h zlib/zconf.h infback.o: zlib/infback.c zlib/zutil.h zlib/zlib.h zlib/zconf.h \ zlib/inftrees.h zlib/inflate.h zlib/inffast.h zlib/inffixed.h inffast.o: zlib/inffast.c zlib/zutil.h zlib/zlib.h zlib/zconf.h \ zlib/inftrees.h zlib/inflate.h zlib/inffast.h inflate.o: zlib/inflate.c zlib/zutil.h zlib/zlib.h zlib/zconf.h \ zlib/inftrees.h zlib/inflate.h zlib/inffast.h zlib/inffixed.h inftrees.o: zlib/inftrees.c zlib/zutil.h zlib/zlib.h zlib/zconf.h \ zlib/inftrees.h trees.o: zlib/trees.c zlib/deflate.h zlib/zutil.h zlib/zlib.h \ zlib/zconf.h zlib/trees.h uncompr.o: zlib/uncompr.c zlib/zlib.h zlib/zconf.h zutil.o: zlib/zutil.c zlib/zutil.h zlib/zlib.h zlib/zconf.h zlib/gzguts.h golly-3.3-src/gui-web/beep.wav0000644000175000017500000001243012362063145013206 00000000000000RIFFWAVEfmt +"Vdataë5ÿOþÄý9ýZüú2öäô‚õ˜÷¯øÅùÜúóûŽý0ÿ*”"ã kûðdyO!ô Æ è/ûÌöBôYóëð0íëòé0ë†ï³ñËôøuúùü¯Bo¯ µm[BÓ!W ì\ÛüÑøêõóPî4êMçfä‚åièPë7î‡ò}÷5úý ‡ n +ù# Õz@{r ‹ 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Keyboard Commands

return start/stop generating
space advance 1 generation
- or _ go slower
+ or = go faster
0 set step exponent to 0
1 set scale to 1:1
5 randomly fill selection
[ zoom out
] zoom in
a select all
A remove selection
f fit entire pattern in view
F fit entire selection in view
h show help
i toggle icon mode
l toggle grid lines
m put cell at 0,0 in middle
o open a file on your computer
O open clipboard pattern or rule
p change preferences
r set rule
s save pattern to your computer
t toggle auto fit
v paste
V cancel paste
x flip paste image or selection left-right
y flip paste image or selection top-bottom
> rotate paste image or selection clockwise
< rotate paste image or selection anticlockwise
z undo
Z redo
arrow keys scroll up/down/left/right
shift-arrow scroll NE/SW/NW/SE
golly-3.3-src/gui-web/Help/problems.html0000644000175000017500000000141113151213347015150 00000000000000

Known Problems

This section lists all known bugs and limitations. If you come across any problems not mentioned below then please report them to Andrew Trevorrow (andrew@trevorrow.com).

  • All editing operations are restricted to cells whose coordinates are within +/- 1 billion. Not much of a limitation really!

Note that this version of Golly has a number of significant limitations when compared with the desktop version:

  • No scripting.
  • No multiple layers.
  • No timelines.
  • No hyperspeed mode.
  • You can't change the colors, base step, nor origin.
Some of these capabilities might be added in future versions. golly-3.3-src/gui-web/Help/about.html0000644000175000017500000000123613543255652014456 00000000000000
This is Golly version 3.3 for the Web
© 2005-2019 The Golly Gang:
Andrew Trevorrow, Tom Rokicki, Tim Hutton, Dave Greene,
Jason Summers, Maks Verver, Robert Munafo, Chris Rowett.



Golly is an open source, cross-platform application for
exploring the Game of Life and other cellular automata.

http://golly.sourceforge.net/
golly-3.3-src/gui-web/Help/index.html0000644000175000017500000000164512362063145014447 00000000000000

Table of Contents
golly-3.3-src/gui-web/Help/help.html0000644000175000017500000000300212362063145014255 00000000000000

Help Dialog

The Help dialog is used to display information on a variety of topics.

Special links

A number of Golly-specific links are used for various purposes:

  • edit:file
    Display the given file in a separate dialog.
  • get:url
    Download the specified file and process it according to its type:
    • A HTML file (.htm or .html) is displayed in the Help dialog. Note that this HTML file can contain get links with partial URLs. For a good example of their use, see the LifeWiki Pattern Archive.
    • A text file (.txt or .doc or a name containing "readme") is displayed in a separate dialog.
    • A zip file's contents are displayed in the Help dialog.
    • A rule file (.rule) is installed and Golly then switches to that rule.
    • A pattern file is loaded and displayed.
  • lexpatt:pattern
    Load the given Life Lexicon pattern and display it.
  • open:file
    Load the given pattern file and display it.
  • rule:rulename
    Load the given rule.
  • unzip:zip:file
    Extract a file from the given zip file and process it in the same manner as a get link (see above). Golly creates unzip links when it opens a zip file and displays its contents in the Help dialog.
golly-3.3-src/gui-web/Help/changes.html0000644000175000017500000000015313151213347014737 00000000000000

Changes

Version 3.0 released !!! 2017

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extern bool jsConfirm(const char* query); extern void jsSetBackgroundColor(const char* id, const char* color); extern void jsSetStatus(const char* line1, const char* line2, const char* line3); extern void jsSetMode(int index); extern void jsSetState(int state, int numstates); extern void jsSetClipboard(const char* text); extern const char* jsGetClipboard(); extern void jsEnableButton(const char* id, bool enable); extern void jsEnableImgButton(const char* id, bool enable); extern void jsSetInnerHTML(const char* id, const char* text); extern void jsSetCheckBox(const char* id, bool flag); extern void jsMoveToAnchor(const char* anchor); extern void jsSetScrollTop(const char* id, int pos); extern int jsGetScrollTop(const char* id); extern bool jsElementIsVisible(const char* id); extern void jsDownloadFile(const char* url, const char* filepath); extern void jsBeep(); extern void jsDeleteFile(const char* filepath); extern bool jsMoveFile(const char* inpath, const char* outpath); extern void jsBeginProgress(const char* title); extern bool jsAbortProgress(int percentage); extern void jsEndProgress(); extern void jsCancelProgress(); extern void jsStoreRule(const char* rulepath); extern const char* jsGetSaveName(const char* currname); extern void jsSaveFile(const char* filename); } // ----------------------------------------------------------------------------- bool refresh_pattern = false; void UpdatePattern() { refresh_pattern = true; // DoFrame in main.cpp will call DrawPattern and reset refresh_pattern to false } // ----------------------------------------------------------------------------- static int curralgo = -1; void UpdateStatus() { if (fullscreen) return; UpdateStatusLines(); // sets status1, status2, status3 // clear text area first //!!!??? EM_ASM( document.getElementById('statusbar').value = '\0'; ); if (curralgo != currlayer->algtype) { // algo has changed so change background color of status bar curralgo = currlayer->algtype; int r = algoinfo[curralgo]->statusrgb.r; int g = algoinfo[curralgo]->statusrgb.g; int b = algoinfo[curralgo]->statusrgb.b; char rgb[32]; sprintf(rgb, "rgb(%d,%d,%d)", r, g, b); jsSetBackgroundColor("statusbar", rgb); } jsSetStatus(status1.c_str(), status2.c_str(), status3.c_str()); } // ----------------------------------------------------------------------------- static bool paused = false; // generating has been temporarily stopped? void PauseGenerating() { if (generating) { StopGenerating(); // generating is now false paused = true; } } // ----------------------------------------------------------------------------- void ResumeGenerating() { if (paused) { StartGenerating(); // generating is probably true (false if pattern is empty) paused = false; } } // ----------------------------------------------------------------------------- std::string GetRuleName(const std::string& rule) { std::string result = ""; // not yet implemented!!! // (Set Rule dialog would need to let users create/delete named rules // and save them in GollyPrefs) return result; } // ----------------------------------------------------------------------------- void UpdateButtons() { if (fullscreen) return; jsEnableImgButton("reset", currlayer->algo->getGeneration() > currlayer->startgen); jsEnableImgButton("undo", currlayer->undoredo->CanUndo()); jsEnableImgButton("redo", currlayer->undoredo->CanRedo()); jsEnableImgButton("info", currlayer->currname != "untitled"); } // ----------------------------------------------------------------------------- void UpdateEditBar() { if (currlayer->drawingstate >= currlayer->algo->NumCellStates()) { // this can happen after an algo/rule change currlayer->drawingstate = 1; } if (fullscreen) return; UpdateButtons(); // show current cursor mode jsSetMode(currlayer->touchmode); // show current drawing state and update number of options if necessary jsSetState(currlayer->drawingstate, currlayer->algo->NumCellStates()); // update check boxes jsSetCheckBox("toggle_icons", showicons); jsSetCheckBox("toggle_autofit", currlayer->autofit); } // ----------------------------------------------------------------------------- static int progresscount = 0; // if > 0 then BeginProgress has been called void BeginProgress(const char* title) { if (progresscount == 0) { jsBeginProgress(title); } progresscount++; // handles nested calls } // ----------------------------------------------------------------------------- bool AbortProgress(double fraction_done, const char* message) { if (progresscount <= 0) Fatal("Bug detected in AbortProgress!"); // don't use message (empty string) return jsAbortProgress(int(fraction_done*100)); } // ----------------------------------------------------------------------------- void EndProgress() { if (progresscount <= 0) Fatal("Bug detected in EndProgress!"); progresscount--; if (progresscount == 0) { jsEndProgress(); } } // ----------------------------------------------------------------------------- extern "C" { void CancelProgress() { // called if user hits Cancel button in progress dialog jsCancelProgress(); } } // extern "C" // ----------------------------------------------------------------------------- void ShowTextFile(const char* filepath) { // check if path ends with .gz or .zip if (EndsWith(filepath,".gz") || EndsWith(filepath,".zip")) { Warning("Compressed file cannot be displayed."); return; } // get contents of given text file and wrap in 
...
std::string contents = "
";
    FILE* textfile = fopen(filepath, "r");
    if (textfile) {
        // read entire file into contents
        const int MAXLINELEN = 4095;
        char linebuf[MAXLINELEN + 1];
        linereader reader(textfile);
        while (true) {
            if (reader.fgets(linebuf, MAXLINELEN) == 0) break;
            contents += linebuf;
            contents += "\n";
        }
        reader.close();
        // fclose(textfile) has been called
    } else {
        contents += "Failed to open text file!\n";
        contents += filepath;
    }
    
    // update the contents of the info dialog
    contents += "
"; jsSetInnerHTML("info_text", contents.c_str()); // display the info dialog EM_ASM( document.getElementById('info_overlay').style.visibility = 'visible'; ); } // ----------------------------------------------------------------------------- extern "C" { void CloseInfo() { // close the info dialog EM_ASM( document.getElementById('info_overlay').style.visibility = 'hidden'; ); } } // extern "C" // ----------------------------------------------------------------------------- static const char* contents_page = "/Help/index.html"; static std::string currpage = contents_page; static std::vector page_history; static std::vector page_scroll; static unsigned int page_index = 0; static bool shifting_history = false; // in HelpBack or HelpNext? // ----------------------------------------------------------------------------- static bool CanGoBack() { return page_index > 0; } // ----------------------------------------------------------------------------- static bool CanGoNext() { return page_history.size() > 1 && page_index < (page_history.size() - 1); } // ----------------------------------------------------------------------------- static void UpdateHelpButtons() { jsEnableButton("help_back", CanGoBack()); jsEnableButton("help_next", CanGoNext()); jsEnableButton("help_contents", currpage != contents_page); } // ----------------------------------------------------------------------------- static void DisplayHelpDialog() { // display the help dialog and start listening for clicks on links EM_ASM( var helpdlg = document.getElementById('help_overlay'); if (helpdlg.style.visibility != 'visible') { helpdlg.style.visibility = 'visible'; // note that on_help_click is implemented in shell.html so CloseHelp can remove it window.addEventListener('click', on_help_click, false); } ); } // ----------------------------------------------------------------------------- void ShowHelp(const char* filepath) { if (filepath[0] == 0) { // this only happens if user hits 'h' key or clicks '?' button if (page_history.size() > 0) { // just need to show the help dialog DisplayHelpDialog(); return; } // else this is very 1st call and currpage = contents_page } else { currpage = filepath; } // if anchor present then strip it off (and call jsMoveToAnchor below) std::string anchor = ""; size_t hashpos = currpage.rfind('#'); if (hashpos != std::string::npos) { anchor = currpage.substr(hashpos+1); currpage = currpage.substr(0, hashpos); } if (!shifting_history) { // user didn't hit back/next button bool help_visible = jsElementIsVisible("help_overlay"); if (!help_visible && page_history.size() > 0 && currpage == page_history[page_index]) { // same page requested so just need to show the help dialog DisplayHelpDialog(); return; } if (help_visible) { // remember scroll position of current page page_scroll[page_index] = jsGetScrollTop("help_text"); // remove any following pages while (CanGoNext()) { page_history.pop_back(); page_scroll.pop_back(); } } page_history.push_back(currpage); page_scroll.push_back(0); page_index = page_history.size() - 1; } // get contents of currpage std::string contents; FILE* helpfile = fopen(currpage.c_str(), "r"); if (helpfile) { // read entire file into contents const int MAXLINELEN = 4095; char linebuf[MAXLINELEN + 1]; linereader reader(helpfile); while (true) { if (reader.fgets(linebuf, MAXLINELEN) == 0) break; contents += linebuf; contents += "\n"; } reader.close(); // fclose(helpfile) has been called } else { contents += "

Failed to open help file!
"; contents += currpage; } // update the contents of the help dialog jsSetInnerHTML("help_text", contents.c_str()); // if contents has 'body bgcolor="..."' then use that color, otherwise use white std::string bgcolor = "#FFF"; size_t startpos = contents.find("body bgcolor=\""); if (startpos != std::string::npos) { startpos += 14; size_t len = 0; while (contents[startpos+len] != '"' && len < 16) len++; // allow for "rgb(255,255,255)" bgcolor = contents.substr(startpos, len); } jsSetBackgroundColor("help_text", bgcolor.c_str()); UpdateHelpButtons(); DisplayHelpDialog(); if (anchor.length() > 0) { jsMoveToAnchor(anchor.c_str()); } else { jsSetScrollTop("help_text", page_scroll[page_index]); } } // ----------------------------------------------------------------------------- extern "C" { void HelpBack() { if (CanGoBack()) { // remember scroll position of current page and go to previous page page_scroll[page_index] = jsGetScrollTop("help_text"); page_index--; shifting_history = true; ShowHelp(page_history[page_index].c_str()); shifting_history = false; } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void HelpNext() { if (CanGoNext()) { // remember scroll position of current page and go to next page page_scroll[page_index] = jsGetScrollTop("help_text"); page_index++; shifting_history = true; ShowHelp(page_history[page_index].c_str()); shifting_history = false; } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void HelpContents() { // probably best to clear history page_history.clear(); page_scroll.clear(); page_index = 0; ShowHelp(contents_page); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void CloseHelp() { if (jsElementIsVisible("help_overlay")) { // remember scroll position of current page for later use page_scroll[page_index] = jsGetScrollTop("help_text"); // close the help dialog and remove the click event handler EM_ASM( document.getElementById('help_overlay').style.visibility = 'hidden'; window.removeEventListener('click', on_help_click, false); ); } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { int DoHelpClick(const char* href) { // look for special prefixes used by Golly and return 1 to prevent browser handling link std::string link = href; if (link.find("open:") == 0) { // open specified file std::string path = link.substr(5); FixURLPath(path); OpenFile(path.c_str()); // OpenFile will close help dialog if necessary (might not if .zip file) return 1; } if (link.find("rule:") == 0) { // switch to specified rule std::string newrule = link.substr(5); SwitchToPatternTab(); // calls CloseHelp ChangeRule(newrule); return 1; } if (link.find("lexpatt:") == 0) { // user clicked on pattern in Life Lexicon std::string pattern = link.substr(8); std::replace(pattern.begin(), pattern.end(), '$', '\n'); LoadLexiconPattern(pattern); // SwitchToPatternTab will call CloseHelp return 1; } if (link.find("edit:") == 0) { std::string path = link.substr(5); // convert path to a full path if necessary std::string fullpath = path; if (path[0] != '/') { fullpath = userdir + fullpath; } ShowTextFile(fullpath.c_str()); return 1; } if (link.find("get:") == 0) { std::string geturl = link.substr(4); // download file specifed in link (possibly relative to a previous full url) GetURL(geturl, currpage); return 1; } if (link.find("unzip:") == 0) { std::string zippath = link.substr(6); FixURLPath(zippath); std::string entry = zippath.substr(zippath.rfind(':') + 1); zippath = zippath.substr(0, zippath.rfind(':')); UnzipFile(zippath, entry); return 1; } // if link doesn't contain ':' then assume it's relative to currpage if (link.find(':') == std::string::npos) { // if link starts with '#' then move to that anchor on current page if (link[0] == '#') { std::string newpage = currpage + link; ShowHelp(newpage.c_str()); return 1; } std::string newpage = currpage.substr(0, currpage.rfind('/')+1) + link; ShowHelp(newpage.c_str()); return 1; } // let browser handle this link return 0; } } // extern "C" // ----------------------------------------------------------------------------- void SwitchToPatternTab() { CloseHelp(); } // ----------------------------------------------------------------------------- void WebWarning(const char* msg) { jsAlert(msg); } // ----------------------------------------------------------------------------- void WebFatal(const char* msg) { jsAlert(msg); exit(1); // no need to do anything else??? } // ----------------------------------------------------------------------------- bool WebYesNo(const char* query) { return jsConfirm(query); } // ----------------------------------------------------------------------------- void WebBeep() { jsBeep(); } // ----------------------------------------------------------------------------- void WebRemoveFile(const std::string& filepath) { jsDeleteFile(filepath.c_str()); } // ----------------------------------------------------------------------------- bool WebMoveFile(const std::string& inpath, const std::string& outpath) { return jsMoveFile(inpath.c_str(), outpath.c_str()); } // ----------------------------------------------------------------------------- void WebFixURLPath(std::string& path) { // no need to do anything } // ----------------------------------------------------------------------------- bool WebCopyTextToClipboard(const char* text) { jsSetClipboard(text); return true; } // ----------------------------------------------------------------------------- bool WebGetTextFromClipboard(std::string& text) { text = jsGetClipboard(); if (text.length() == 0) { ErrorMessage("There is no text in the clipboard."); return false; } else { return true; } } // ----------------------------------------------------------------------------- bool PatternSaved(std::string& filename) { // append default extension if not supplied size_t dotpos = filename.find('.'); if (dotpos == std::string::npos) { if (currlayer->algo->hyperCapable()) { // macrocell format is best for hash-based algos filename += ".mc"; } else { filename += ".rle"; } } else { // check that the supplied extension is valid if (currlayer->algo->hyperCapable()) { if (!EndsWith(filename,".mc") && !EndsWith(filename,".mc.gz") && !EndsWith(filename,".rle") && !EndsWith(filename,".rle.gz")) { Warning("File extension must be .mc or .mc.gz or .rle or .rle.gz."); return false; } } else { if (!EndsWith(filename,".rle") && !EndsWith(filename,".rle.gz")) { Warning("File extension must be .rle or .rle.gz."); return false; } } } pattern_format format = XRLE_format; if (EndsWith(filename,".mc") || EndsWith(filename,".mc.gz")) format = MC_format; output_compression compression = no_compression; if (EndsWith(filename,".gz")) compression = gzip_compression; return SavePattern(filename, format, compression); } // ----------------------------------------------------------------------------- bool WebSaveChanges() { std::string query = "Save your changes?"; if (numlayers > 1) { // make it clear which layer we're asking about query = "Save your changes to this layer: \"", query += currlayer->currname; query += "\"?"; } if (jsConfirm(query.c_str())) { // prompt user for name of file in which to save pattern // (must be a blocking dialog so we can't use our custom save dialog) std::string filename = jsGetSaveName(currlayer->currname.c_str()); // filename is empty if user hit Cancel, so don't continue if (filename.length() == 0) return false; if (PatternSaved(filename)) { ClearMessage(); // filename successfully created (in virtual file system), // so download it to user's computer and continue jsSaveFile(filename.c_str()); return true; } else { return false; // don't continue } } else { // user hit Cancel so don't save changes (but continue) return true; } } // ----------------------------------------------------------------------------- bool WebDownloadFile(const std::string& url, const std::string& filepath) { // jsDownloadFile does an asynchronous file transfer and will call FileCreated() // only if filepath is successfully created jsDownloadFile(url.c_str(), filepath.c_str()); // we must return false so GetURL won't proceed beyond the DownloadFile call return false; } // ----------------------------------------------------------------------------- extern "C" { void FileCreated(const char* filepath) { // following code matches that in gui-common/file.cpp after DownloadFile // returns false in GetURL std::string filename = GetBaseName(filepath); if (IsHTMLFile(filename)) { ShowHelp(filepath); } else if (IsRuleFile(filename)) { // load corresponding rule SwitchToPatternTab(); LoadRule(filename.substr(0, filename.rfind('.'))); // ensure the .rule file persists beyond the current session CopyRuleToLocalStorage(filepath); } else if (IsTextFile(filename)) { ShowTextFile(filepath); } else if (IsScriptFile(filename)) { Warning("This version of Golly cannot run scripts."); } else { // assume it's a pattern/zip file, so open it OpenFile(filepath); } } } // extern "C" // ----------------------------------------------------------------------------- void CopyRuleToLocalStorage(const char* rulepath) { jsStoreRule(rulepath); } // ----------------------------------------------------------------------------- void WebCheckEvents() { // event_checker is > 0 in here (see gui-common/utils.cpp) // it looks like JavaScript doesn't have any access to the browser's event queue // so we can't do anything here???!!! we'll need to use a Web Worker???!!! // note that glfwPollEvents() does nothing (see emscripten/src/library_glfw.js) // glfwPollEvents(); } golly-3.3-src/gui-web/patterns.py0000644000175000017500000000110612362063145013764 00000000000000# Enumerate the Patterns folder in a format suitable to paste into shell.html. import os from os.path import join, isfile def walkdir(dir): for item in os.listdir(dir): fullpath = join(dir, item) if isfile(fullpath): if item.startswith("."): # ignore hidden files (like .DS_Store on Mac) pass else: print "addfile(\"" + fullpath[2:] + "\");" else: print "dirStart(\"" + item + "\");" walkdir(fullpath) print "dirEnd();" walkdir("../Patterns") golly-3.3-src/gui-web/webcalls.h0000644000175000017500000000606313145740437013534 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _WEBCALLS_H_ #define _WEBCALLS_H_ #include // for std::string // Web-specific routines (called mainly from gui-common code): extern bool refresh_pattern; // DoFrame in main.cpp should call DrawPattern? void UpdatePattern(); // Redraw the current pattern (actually just sets refresh_pattern to true). void UpdateStatus(); // Redraw the status bar info. void PauseGenerating(); // If pattern is generating then temporarily pause. void ResumeGenerating(); // Resume generating pattern if it was paused. std::string GetRuleName(const std::string& rule); // Return name of given rule (empty string if rule is unnamed). void UpdateButtons(); // Some buttons might need to be enabled/disabled. void UpdateEditBar(); // Update buttons, show current drawing state and cursor mode. void BeginProgress(const char* title); bool AbortProgress(double fraction_done, const char* message); void EndProgress(); // These calls display a progress bar while a lengthy task is carried out. void SwitchToPatternTab(); // Switch to main screen for displaying/editing/generating patterns. void ShowTextFile(const char* filepath); // Display contents of given text file in a modal view. void ShowHelp(const char* filepath); // Display given HTML file in Help screen. void WebWarning(const char* msg); // Beep and display message in a modal dialog. bool WebYesNo(const char* msg); // Similar to Warning, but there are 2 buttons: Yes and No. // Returns true if Yes button is hit. void WebFatal(const char* msg); // Beep, display message in a modal dialog, then exit app. void WebBeep(); // Play beep sound, depending on allowbeep setting. void WebRemoveFile(const std::string& filepath); // Delete given file. bool WebMoveFile(const std::string& inpath, const std::string& outpath); // Return true if input file is successfully moved to output file. // If the output file existed it is replaced. void WebFixURLPath(std::string& path); // Replace "%..." with suitable chars for a file path (eg. %20 is changed to space). bool WebCopyTextToClipboard(const char* text); // Copy given text to the clipboard. bool WebGetTextFromClipboard(std::string& text); // Get text from the clipboard. bool PatternSaved(std::string& filename); // Return true if current pattern is saved in virtual file system using given // filename (which will have default extension appended if none supplied). bool WebSaveChanges(); // Show a modal dialog that lets user save their changes. // Return true if it's ok to continue. bool WebDownloadFile(const std::string& url, const std::string& filepath); // Download given url and create given file. void WebCheckEvents(); // Run main UI thread for a short time so app remains responsive while doing a // lengthy computation. Note that event_checker is > 0 while in this routine. void CopyRuleToLocalStorage(const char* rulepath); // Copy contents of given .rule file to HTML5's localStorage (using rulepath as // the key) so that the file can be re-created in the next webGolly session. #endif golly-3.3-src/gui-web/main.cpp0000755000175000017500000020044713543255652013226 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. // gollybase #include "bigint.h" #include "lifealgo.h" #include "qlifealgo.h" #include "hlifealgo.h" #include "generationsalgo.h" #include "ltlalgo.h" #include "jvnalgo.h" #include "ruleloaderalgo.h" // gui-common #include "algos.h" // for InitAlgorithms, NumAlgos, etc #include "prefs.h" // for GetPrefs, MAX_MAG, tempdir, etc #include "layer.h" // for ResizeLayers, currlayer #include "control.h" // for SetMinimumStepExponent, NextGeneration, etc #include "file.h" // for NewPattern #include "view.h" // for fullscreen, TouchBegan, etc #include "status.h" // for SetMessage, CheckMouseLocation, etc #include "utils.h" // for Beep, etc #include "undo.h" // for currlayer->undoredo->... #include "render.h" // for InitOGLES2, DrawPattern #include "webcalls.h" // for refresh_pattern, UpdateStatus, PatternSaved, etc #include #include #include #include // ----------------------------------------------------------------------------- // the following JavaScript functions are implemented in jslib.js: extern "C" { extern void jsSetMode(int index); extern const char* jsSetRule(const char* oldrule); extern void jsShowMenu(const char* id, int x, int y); extern int jsTextAreaIsActive(); extern int jsElementIsVisible(const char* id); extern void jsEnableImgButton(const char* id, bool enable); extern void jsTickMenuItem(const char* id, bool tick); extern void jsSetInputValue(const char* id, int num); extern int jsGetInputValue(const char* id); extern void jsSetCheckBox(const char* id, bool flag); extern bool jsGetCheckBox(const char* id); extern void jsSetInnerHTML(const char* id, const char* text); extern void jsShowSaveDialog(const char* filename, const char* extensions); extern void jsSaveFile(const char* filename); } // ----------------------------------------------------------------------------- static int currwd, currht; // current size of viewport (in pixels) static double last_time; // time when NextGeneration was last called static bool alt_down = false; // alt/option key is currently pressed? static bool ctrl_down = false; // ctrl key is currently pressed? static bool shift_down = false; // shift key is currently pressed? static bool meta_down = false; // cmd/start/menu key is currently pressed? static bool ok_to_check_mouse = false; // ok to call glfwGetMousePos? static bool mouse_down = false; // is mouse button down? static bool over_canvas = false; // is mouse over canvas? static bool over_paste = false; // is mouse over paste image? static bool paste_menu_visible = false; static bool selection_menu_visible = false; // ----------------------------------------------------------------------------- static void InitPaths() { userdir = ""; // webGolly doesn't use this // webGolly doesn't use savedir (jsSaveFile will download saved files to the user's computer // in a directory specified by the browser) savedir = ""; // webGolly doesn't need to set downloaddir (browser will cache downloaded files) downloaddir = ""; // create a directory for user's rules EM_ASM( FS.mkdir('/LocalRules'); ); userrules = "/LocalRules/"; // WARNING: GetLocalPrefs() assumes this string // !!! we'll need to provide a way for users to delete .rule files in localStorage // to avoid exceeding the localStorage disk quota (implement special "DELETE" links // in Set Rule dialog, like we do in iGolly and aGolly) // supplied patterns, rules, help are stored in golly.data via --preload-file option in Makefile supplieddir = "/"; patternsdir = supplieddir + "Patterns/"; rulesdir = supplieddir + "Rules/"; helpdir = supplieddir + "Help/"; // create a directory for all our temporary files (can't use /tmp as it already exists!) EM_ASM( FS.mkdir('/gollytmp'); ); tempdir = "/gollytmp/"; clipfile = tempdir + "golly_clipboard"; // WARNING: GetLocalPrefs() and SaveLocalPrefs() assume the user's preferences are // temporarily stored in a file with this name prefsfile = "GollyPrefs"; } // ----------------------------------------------------------------------------- static void GetLocalPrefs() { EM_ASM( // get GollyPrefs string from local storage (key name must match setItem call) var contents = localStorage.getItem('GollyPrefs'); if (contents) { // write contents to virtual file system so GetPrefs() can read it // and initialize various global settings FS.writeFile('GollyPrefs', contents, {encoding:'utf8'}); } ); GetPrefs(); // read prefsfile from virtual file system EM_ASM( // re-create any .rule files that were saved in localStorage for (var i=0; idirty && asktosave); } } // extern "C" // ----------------------------------------------------------------------------- static void InitEventHandlers() { EM_ASM( // the following code fixes bugs in emscripten/src/library_glfw.js: // - onMouseWheel fails to use wheelDelta // - the onmousewheel handler is assigned to the entire window rather than just the canvas var wheelpos = 0; function on_mouse_wheel(event) { // Firefox sets event.detail, other browsers set event.wheelDelta with opposite sign, // so set delta to a value between -1 and 1 var delta = Math.max(-1, Math.min(1, (event.detail || -event.wheelDelta))); wheelpos += delta; _OnMouseWheel(wheelpos); return false; }; // for Firefox: Module['canvas'].addEventListener('DOMMouseScroll', on_mouse_wheel, false); // for Chrome, Safari, etc: Module['canvas'].onmousewheel = on_mouse_wheel; ); EM_ASM( // we do our own keyboard event handling because glfw's onKeyChanged always calls // event.preventDefault() so browser shortcuts like ctrl-Q/X/C/V don't work and // text can't be typed into our clipboard textarea function on_key_changed(event, status) { var key = event.keyCode; // DEBUG: Module.printErr('keycode='+key+' status='+status); // DEBUG: Module.printErr('activeElement='+document.activeElement.tagName); var prevent = _OnKeyChanged(key, status); // we allow default handler in these 2 cases: // 1. if ctrl/meta key is down (allows cmd/ctrl-Q/X/C/V/A/etc to work) // 2. if a textarea is active (document.activeElement.tagName == 'TEXTAREA') // on Firefox it seems we NEED to call preventDefault to stop cursor disappearing, // but on Safari/Chrome if we call it then cursor disappears (and arrow keys ALWAYS // cause disappearance regardless of whether we call it or not)... sheesh!!! if (prevent) { event.preventDefault(); return false; } }; function on_key_down(event) { on_key_changed(event, 1); // GLFW_PRESS }; function on_key_up(event) { on_key_changed(event, 0); // GLFW_RELEASE }; window.addEventListener('keydown', on_key_down, false); window.addEventListener('keyup', on_key_up, false); ); EM_ASM( // detect exit from full screen mode document.addEventListener('fullscreenchange', function() { if (!document.fullscreenElement) _ExitFullScreen(); }, false); document.addEventListener('msfullscreenchange', function() { if (!document.msFullscreenElement) _ExitFullScreen(); }, false); document.addEventListener('mozfullscreenchange', function() { if (!document.mozFullScreen) _ExitFullScreen(); }, false); document.addEventListener('webkitfullscreenchange', function() { if (!document.webkitIsFullScreen) _ExitFullScreen(); }, false); ); EM_ASM( // give user the option to save any changes window.onbeforeunload = function() { if (_UnsavedChanges()) return 'You have unsaved changes.'; }; // save current settings when window is unloaded window.addEventListener('unload', function() { _SaveLocalPrefs(); }); ); } // ----------------------------------------------------------------------------- static int InitGL() { if (glfwInit() != GL_TRUE) { Warning("glfwInit failed!"); return GL_FALSE; } InitEventHandlers(); // initial size doesn't matter -- ResizeCanvas will soon change it if (glfwOpenWindow(100, 100, 8, 8, 8, 8, 0, 0, GLFW_WINDOW) != GL_TRUE) { Warning("glfwOpenWindow failed!"); return GL_FALSE; } glfwSetWindowTitle("Golly"); if (!InitOGLES2()) { Warning("InitOGLES2 failed!"); return GL_FALSE; } // we only do 2D drawing glDisable(GL_DEPTH_TEST); glDisable(GL_DITHER); glDisable(GL_STENCIL_TEST); glEnable(GL_BLEND); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); glClearColor(1.0, 1.0, 1.0, 1.0); last_time = glfwGetTime(); return GL_TRUE; } // ----------------------------------------------------------------------------- // many of the following routines are declared as C functions to avoid // C++ name mangling and make it easy to call them from JavaScript code // (the routine names, along with a leading underscore, must be listed in // -s EXPORTED_FUNCTIONS in Makefile) extern "C" { void ResizeCanvas() { // resize canvas based on current window dimensions and fullscreen flag if (fullscreen) { EM_ASM( var wd = window.innerWidth; var ht = window.innerHeight; var canvas = Module['canvas']; canvas.style.top = '0px'; canvas.style.left = '0px'; canvas.style.width = wd + 'px'; canvas.style.height = ht + 'px'; canvas.width = wd; canvas.height = ht; _SetViewport(wd, ht); // call C routine (see below) ); } else { EM_ASM( var trect = document.getElementById('toolbar').getBoundingClientRect(); // place canvas immediately under toolbar var top = trect.top + trect.height; var left = trect.left; var wd = window.innerWidth - left - 10; var ht = window.innerHeight - top - 10; if (wd < 0) wd = 0; if (ht < 0) ht = 0; var canvas = Module['canvas']; canvas.style.top = top + 'px'; canvas.style.left = left + 'px'; canvas.style.width = wd + 'px'; canvas.style.height = ht + 'px'; canvas.width = wd; canvas.height = ht; _SetViewport(wd, ht); // call C routine (see below) ); } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void SetViewport(int width, int height) { // do NOT call glfwSetWindowSize as it cancels full screen mode // glfwSetWindowSize(width, height); // ResizeCanvas has changed canvas size so we need to change OpenGL's viewport size glViewport(0, 0, width, height); currwd = width; currht = height; if (currwd != currlayer->view->getwidth() || currht != currlayer->view->getheight()) { // also change size of Golly's viewport ResizeLayers(currwd, currht); // to avoid seeing lots of black, draw now rather than call UpdatePattern DrawPattern(currindex); } } } // extern "C" // ----------------------------------------------------------------------------- static void InitClipboard() { // initialize clipboard data to a simple RLE pattern EM_ASM( document.getElementById('cliptext').value = '# To open the following RLE pattern,\n'+ '# select File > Open Clipboard.\n' + '# Or to paste in the pattern, click on\n'+ '# the Paste button, drag the floating\n' + '# image to the desired location, then\n' + '# right-click on the image.\n' + 'x = 9, y = 5, rule = B3/S23\n' + '$bo3b3o$b3o2bo$2bo!'; ); } // ----------------------------------------------------------------------------- static void UpdateCursorImage() { // note that the 2 numbers after the cursor url are the x and y offsets of the // cursor's hotspot relative to the top left corner if (over_paste) { // user can drag paste image so show hand cursor EM_ASM( Module['canvas'].style.cursor = 'url(images/cursor_move.png) 7 7, auto'; ); return; } if (!currlayer) return; // in case this routine is called very early if (currlayer->touchmode == drawmode) { EM_ASM( Module['canvas'].style.cursor = 'url(images/cursor_draw.png) 4 15, auto'; ); } else if (currlayer->touchmode == pickmode) { EM_ASM( Module['canvas'].style.cursor = 'url(images/cursor_pick.png) 0 15, auto'; ); } else if (currlayer->touchmode == selectmode) { EM_ASM( Module['canvas'].style.cursor = 'crosshair'; ); // all browsers support this??? } else if (currlayer->touchmode == movemode) { EM_ASM( Module['canvas'].style.cursor = 'url(images/cursor_move.png) 7 7, auto'; ); } else if (currlayer->touchmode == zoominmode) { EM_ASM( Module['canvas'].style.cursor = 'url(images/cursor_zoomin.png) 6 6, auto'; ); } else if (currlayer->touchmode == zoomoutmode) { EM_ASM( Module['canvas'].style.cursor = 'url(images/cursor_zoomout.png) 6 6, auto'; ); } else { Warning("Bug detected in UpdateCursorImage!"); } } // ----------------------------------------------------------------------------- static void CheckCursor(int x, int y) { if (mouse_down) { // don't check for cursor change if mouse button is pressed // (eg. we don't want cursor to change if user drags pencil/crosshair // cursor over the paste image) } else if (waitingforpaste && PointInPasteImage(x, y) && !over_paste) { // change cursor to hand to indicate that paste image can be dragged over_paste = true; UpdateCursorImage(); } else if (over_paste && (!waitingforpaste || !PointInPasteImage(x, y))) { // change cursor from hand to match currlayer->touchmode over_paste = false; UpdateCursorImage(); } } // ----------------------------------------------------------------------------- static void StopIfGenerating() { if (generating) { StopGenerating(); // generating flag is now false so change button image EM_ASM( document.getElementById('imgstartStop').src = 'images/start.png'; ); } } // ----------------------------------------------------------------------------- extern "C" { void NewUniverse() { // undo/redo history is about to be cleared so no point calling RememberGenFinish // if we're generating a (possibly large) pattern bool saveundo = allowundo; allowundo = false; StopIfGenerating(); allowundo = saveundo; if (event_checker > 0) { // try again after a short delay EM_ASM( window.setTimeout('_NewUniverse()', 10); ); return; } NewPattern(); UpdateEverything(); } } // extern "C" // ----------------------------------------------------------------------------- static void Open() { StopIfGenerating(); // display the open file dialog and start listening for change to selected file // (the on_file_change function is in shell.html) EM_ASM( document.getElementById('open_overlay').style.visibility = 'visible'; document.getElementById('upload_file').addEventListener('change', on_file_change, false); ); } // ----------------------------------------------------------------------------- extern "C" { void CancelOpen() { // close the open file dialog and remove the change event handler EM_ASM( document.getElementById('open_overlay').style.visibility = 'hidden'; document.getElementById('upload_file').removeEventListener('change', on_file_change, false); ); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void OpenClipboard() { StopIfGenerating(); if (event_checker > 0) { // try again after a short delay EM_ASM( window.setTimeout('_OpenClipboard()', 10); ); return; } // if clipboard text starts with "@RULE rulename" then install rulename.rule and switch to that rule if (ClipboardContainsRule()) return; // load and view pattern data stored in clipboard std::string data; if (GetTextFromClipboard(data)) { // copy clipboard data to tempstart so we can handle all formats supported by readpattern FILE* outfile = fopen(currlayer->tempstart.c_str(), "w"); if (outfile) { if (fputs(data.c_str(), outfile) == EOF) { ErrorMessage("Could not write clipboard text to tempstart file!"); fclose(outfile); return; } } else { ErrorMessage("Could not open tempstart file for writing!"); fclose(outfile); return; } fclose(outfile); LoadPattern(currlayer->tempstart.c_str(), "clipboard"); } } } // extern "C" // ----------------------------------------------------------------------------- static void Save() { StopIfGenerating(); // display the save pattern dialog if (currlayer->algo->hyperCapable()) { jsShowSaveDialog(currlayer->currname.c_str(), ".mc (default), .mc.gz, .rle, .rle.gz"); } else { jsShowSaveDialog(currlayer->currname.c_str(), ".rle (default), .rle.gz"); } } // ----------------------------------------------------------------------------- extern "C" { void CancelSave() { // close the save pattern dialog EM_ASM( document.getElementById('save_overlay').style.visibility = 'hidden'; ); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void SaveFile(const char* filename) { std::string fname = filename; // PatternSaved will append default extension if not supplied if (PatternSaved(fname)) { CancelSave(); // close dialog UpdateStatus(); // fname successfully created, so download it to user's computer jsSaveFile(fname.c_str()); } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void StartStop() { if (generating) { StopGenerating(); // generating flag is now false so change button image EM_ASM( document.getElementById('imgstartStop').src = 'images/start.png'; ); // don't call UpdateButtons here because if event_checker is > 0 // then StopGenerating hasn't called RememberGenFinish, and so CanUndo/CanRedo // might not return correct results bool canreset = currlayer->algo->getGeneration() > currlayer->startgen; jsEnableImgButton("reset", canreset); jsEnableImgButton("undo", allowundo && (canreset || currlayer->undoredo->CanUndo())); jsEnableImgButton("redo", false); } else if (StartGenerating()) { // generating flag is now true so change button image EM_ASM( document.getElementById('imgstartStop').src = 'images/stop.png'; ); // don't call UpdateButtons here because we want user to // be able to stop generating by hitting reset/undo buttons jsEnableImgButton("reset", true); jsEnableImgButton("undo", allowundo); jsEnableImgButton("redo", false); } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void Next() { StopIfGenerating(); if (event_checker > 0) { // previous NextGeneration() hasn't finished so try again after a short delay EM_ASM( window.setTimeout('_Next()', 10); ); return; } NextGeneration(false); // advance by 1 UpdateEverything(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void Step() { StopIfGenerating(); if (event_checker > 0) { // previous NextGeneration() hasn't finished so try again after a short delay EM_ASM( window.setTimeout('_Step()', 10); ); return; } NextGeneration(true); // advance by current step size UpdateEverything(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void GoSlower() { if (currlayer->currexpo > minexpo) { currlayer->currexpo--; SetGenIncrement(); UpdateStatus(); } else { Beep(); } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void GoFaster() { currlayer->currexpo++; SetGenIncrement(); UpdateStatus(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void StepBy1() { // reset step exponent to 0 currlayer->currexpo = 0; SetGenIncrement(); UpdateStatus(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void Reset() { if (currlayer->algo->getGeneration() == currlayer->startgen) return; StopIfGenerating(); if (event_checker > 0) { // try again after a short delay EM_ASM( window.setTimeout('_Reset()', 10); ); return; } ResetPattern(); UpdateEverything(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void Fit() { // no need to call TestAutoFit() FitInView(1); UpdatePatternAndStatus(); } } // extern "C" // ----------------------------------------------------------------------------- void Middle() { TestAutoFit(); if (currlayer->originx == bigint::zero && currlayer->originy == bigint::zero) { currlayer->view->center(); } else { // put cell saved by ChangeOrigin (not yet implemented!!!) in middle currlayer->view->setpositionmag(currlayer->originx, currlayer->originy, currlayer->view->getmag()); } UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" { void ZoomOut() { TestAutoFit(); currlayer->view->unzoom(); UpdateEverything(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void ZoomIn() { if (currlayer->view->getmag() < MAX_MAG) { TestAutoFit(); currlayer->view->zoom(); UpdateEverything(); } else { Beep(); } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void Scale1to1() { if (currlayer->view->getmag() != 0) { TestAutoFit(); currlayer->view->setmag(0); UpdateEverything(); } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void FullScreen() { fullscreen = true; EM_ASM( var canvas = Module['canvas']; if (canvas.requestFullscreen) { canvas.requestFullscreen(); } else if (canvas.msRequestFullscreen) { canvas.msRequestFullscreen(); } else if (canvas.mozRequestFullScreen) { canvas.mozRequestFullScreen(); } else if (canvas.webkitRequestFullScreen) { canvas.webkitRequestFullScreen(); // following only works on Chrome??? (but prevents Safari going full screen!!!) // canvas.webkitRequestFullScreen(Element.ALLOW_KEYBOARD_INPUT); } ); // no need to call ResizeCanvas here (the resize event handler calls it) } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void ExitFullScreen() { fullscreen = false; ResizeCanvas(); } } // extern "C" // ----------------------------------------------------------------------------- static void SetScale(int mag) { if (currlayer->view->getmag() != mag) { TestAutoFit(); currlayer->view->setmag(mag); UpdateEverything(); } } // ----------------------------------------------------------------------------- extern "C" { void Info() { if (currlayer->currname != "untitled") { // display comments in current pattern file char *commptr = NULL; // readcomments will allocate commptr const char *err = readcomments(currlayer->currfile.c_str(), &commptr); if (err) { if (commptr) free(commptr); ErrorMessage(err); return; } const char* commfile = "comments"; FILE* outfile = fopen(commfile, "w"); if (outfile) { int result; if (commptr[0] == 0) { result = fputs("No comments found.", outfile); } else { result = fputs(commptr, outfile); } if (result == EOF) { ErrorMessage("Could not write comments to file!"); fclose(outfile); return; } } else { ErrorMessage("Could not open file for comments!"); fclose(outfile); return; } fclose(outfile); if (commptr) free(commptr); ShowTextFile(commfile); } } } // extern "C" // ----------------------------------------------------------------------------- void StopAndHelp(const char* helpfile) { StopIfGenerating(); ShowHelp(helpfile); } // ----------------------------------------------------------------------------- extern "C" { void Help() { // show most recently loaded help file (or contents page if no such file) StopAndHelp(""); } } // extern "C" // ----------------------------------------------------------------------------- static void OpenPrefs() { // show a modal dialog that lets user change various settings EM_ASM( document.getElementById('prefs_overlay').style.visibility = 'visible'; ); // show current settings jsSetInputValue("random_fill", randomfill); jsSetInputValue("max_hash", maxhashmem); jsSetCheckBox("ask_to_save", asktosave); jsSetCheckBox("toggle_beep", allowbeep); // select random fill percentage (the most likely setting to change) EM_ASM( var randfill = document.getElementById('random_fill'); randfill.select(); randfill.focus(); ); } // ----------------------------------------------------------------------------- extern "C" { void CancelPrefs() { // ignore any changes to the current settings and close the prefs dialog EM_ASM( document.getElementById('prefs_overlay').style.visibility = 'hidden'; ); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void StorePrefs() { // get and validate settings int newrandfill = jsGetInputValue("random_fill"); if (newrandfill < 1 || newrandfill > 100) { Warning("Random fill percentage must be an integer from 1 to 100."); return; } int newmaxhash = jsGetInputValue("max_hash"); if (newmaxhash < MIN_MEM_MB || newmaxhash > MAX_MEM_MB) { char msg[128]; sprintf(msg, "Maximum hash memory must be an integer from %d to %d.", MIN_MEM_MB, MAX_MEM_MB); Warning(msg); return; } // all settings are valid randomfill = newrandfill; if (maxhashmem != newmaxhash) { // need to call setMaxMemory if maxhashmem changed maxhashmem = newmaxhash; for (int i = 0; i < numlayers; i++) { Layer* layer = GetLayer(i); if (algoinfo[layer->algtype]->canhash) { layer->algo->setMaxMemory(maxhashmem); } // non-hashing algos (QuickLife) use their default memory setting } } asktosave = jsGetCheckBox("ask_to_save"); allowbeep = jsGetCheckBox("toggle_beep"); CancelPrefs(); // close the prefs dialog SaveLocalPrefs(); // remember settings in local storage } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void Paste() { StopIfGenerating(); if (event_checker > 0) { // try again after a short delay EM_ASM( window.setTimeout('_Paste()', 10); ); return; } // remove any existing paste image if (waitingforpaste) AbortPaste(); PasteClipboard(); UpdatePatternAndStatus(); } } // extern "C" // ----------------------------------------------------------------------------- static void CancelPaste() { if (waitingforpaste) { AbortPaste(); UpdatePattern(); } } // ----------------------------------------------------------------------------- extern "C" { void Undo() { StopIfGenerating(); if (event_checker > 0) { // try again after a short delay EM_ASM( window.setTimeout('_Undo()', 10); ); return; } currlayer->undoredo->UndoChange(); UpdateEverything(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void Redo() { StopIfGenerating(); if (event_checker > 0) { // try again after a short delay EM_ASM( window.setTimeout('_Redo()', 10); ); return; } currlayer->undoredo->RedoChange(); UpdateEverything(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void ToggleIcons() { showicons = !showicons; UpdateEditBar(); // updates check box UpdatePattern(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void ToggleAutoFit() { currlayer->autofit = !currlayer->autofit; UpdateEditBar(); // updates check box // we only use autofit when generating if (generating && currlayer->autofit) { FitInView(0); UpdateEverything(); } } } // extern "C" // ----------------------------------------------------------------------------- static void ToggleGrid() { showgridlines = !showgridlines; UpdatePattern(); } // ----------------------------------------------------------------------------- static void ToggleHashInfo() { currlayer->showhashinfo = !currlayer->showhashinfo; // only show hashing info while generating if (generating) lifealgo::setVerbose( currlayer->showhashinfo ); } // ----------------------------------------------------------------------------- static void ToggleTiming() { showtiming = !showtiming; } // ----------------------------------------------------------------------------- static void SetAlgo(int index) { if (index >= 0 && index < NumAlgos()) { if (index != currlayer->algtype) ChangeAlgorithm(index, currlayer->algo->getrule()); } else { Warning("Bug detected in SetAlgo!"); } } // ----------------------------------------------------------------------------- extern "C" { void ModeChanged(int index) { switch (index) { case 0: currlayer->touchmode = drawmode; break; case 1: currlayer->touchmode = pickmode; break; case 2: currlayer->touchmode = selectmode; break; case 3: currlayer->touchmode = movemode; break; case 4: currlayer->touchmode = zoominmode; break; case 5: currlayer->touchmode = zoomoutmode; break; default: Warning("Bug detected in ModeChanged!"); return; } UpdateCursorImage(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void StateChanged(int index) { if (index >= 0 && index < currlayer->algo->NumCellStates()) { currlayer->drawingstate = index; } else { Warning("Bug detected in StateChanged!"); } } } // extern "C" // ----------------------------------------------------------------------------- /* enable next 2 routines if we provide keyboard shortcuts for them!!! static void DecState() { if (currlayer->drawingstate > 0) { currlayer->drawingstate--; jsSetState(currlayer->drawingstate); } } // ----------------------------------------------------------------------------- static void IncState() { if (currlayer->drawingstate < currlayer->algo->NumCellStates() - 1) { currlayer->drawingstate++; jsSetState(currlayer->drawingstate); } } */ // ----------------------------------------------------------------------------- static void ToggleCursorMode() { // state of shift key has changed so may need to toggle cursor mode if (currlayer->touchmode == drawmode) { currlayer->touchmode = pickmode; jsSetMode(currlayer->touchmode); UpdateCursorImage(); } else if (currlayer->touchmode == pickmode) { currlayer->touchmode = drawmode; jsSetMode(currlayer->touchmode); UpdateCursorImage(); } else if (currlayer->touchmode == zoominmode) { currlayer->touchmode = zoomoutmode; jsSetMode(currlayer->touchmode); UpdateCursorImage(); } else if (currlayer->touchmode == zoomoutmode) { currlayer->touchmode = zoominmode; jsSetMode(currlayer->touchmode); UpdateCursorImage(); } } // ----------------------------------------------------------------------------- static void SetRule() { StopIfGenerating(); std::string newrule = jsSetRule(currlayer->algo->getrule()); // newrule is empty if user hit Cancel if (newrule.length() > 0) ChangeRule(newrule); } // ----------------------------------------------------------------------------- static void FlipPasteOrSelection(bool direction) { if (waitingforpaste) { FlipPastePattern(direction); } else if (SelectionExists()) { FlipSelection(direction); } UpdateEverything(); } // ----------------------------------------------------------------------------- static void RotatePasteOrSelection(bool direction) { if (waitingforpaste) { RotatePastePattern(direction); } else if (SelectionExists()) { RotateSelection(direction); } UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" { void PasteAction(int item) { if (item == 2 && !SelectionExists()) { // pastesel item is grayed, so ignore click return; } // remove menu EM_ASM( document.getElementById('pastemenu').style.visibility = 'hidden'; ); paste_menu_visible = false; switch (item) { case 0: AbortPaste(); break; case 1: DoPaste(false); break; case 2: DoPaste(true); break; case 3: FlipPastePattern(true); break; case 4: FlipPastePattern(false); break; case 5: RotatePastePattern(true); break; case 6: RotatePastePattern(false); break; default: Warning("Bug detected in PasteAction!"); } UpdateEverything(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void SelectionAction(int item) { // remove menu first EM_ASM( document.getElementById('selectionmenu').style.visibility = 'hidden'; ); selection_menu_visible = false; if (generating && item >= 1 && item <= 13 && item != 2 && item != 5 && item != 6) { // temporarily stop generating for all actions except Remove, Copy, Shrink, Fit PauseGenerating(); } switch (item) { case 0: RemoveSelection(); break; // WARNING: above test assumes Remove is item 0 case 1: CutSelection(); break; case 2: CopySelection(); break; // WARNING: above test assumes Copy is item 2 case 3: ClearSelection(); break; case 4: ClearOutsideSelection(); break; case 5: ShrinkSelection(false); break; // WARNING: above test assumes Shrink is item 5 case 6: FitSelection(); break; // WARNING: above test assumes Fit is item 6 case 7: RandomFill(); break; case 8: FlipSelection(true); break; case 9: FlipSelection(false); break; case 10: RotateSelection(true); break; case 11: RotateSelection(false); break; case 12: currlayer->currsel.Advance(); break; case 13: currlayer->currsel.AdvanceOutside(); break; // WARNING: above test assumes 13 is last item default: Warning("Bug detected in SelectionAction!"); } ResumeGenerating(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void ClearStatus() { ClearMessage(); } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void OpenClickedFile(const char* filepath) { ClearMessage(); StopIfGenerating(); OpenFile(filepath); } } // extern "C" // ----------------------------------------------------------------------------- static void ChangePasteMode(paste_mode newmode) { if (pmode != newmode) pmode = newmode; } // ----------------------------------------------------------------------------- static void ToggleDisableUndoRedo() { allowundo = !allowundo; if (allowundo) { if (currlayer->algo->getGeneration() > currlayer->startgen) { // undo list is empty but user can Reset, so add a generating change // to undo list so user can Undo or Reset (and then Redo if they wish) currlayer->undoredo->AddGenChange(); } } else { currlayer->undoredo->ClearUndoRedo(); } UpdateEditBar(); } // ----------------------------------------------------------------------------- extern "C" { void UpdateMenuItems(const char* id) { // this routine is called just before the given menu is made visible std::string menu = id; if (menu == "File_menu") { // items in this menu don't change } else if (menu == "Edit_menu") { if (currlayer->undoredo->CanUndo()) { EM_ASM( document.getElementById('edit_undo').className = 'item_normal'; ); } else { EM_ASM( document.getElementById('edit_undo').className = 'item_disabled'; ); } if (currlayer->undoredo->CanRedo()) { EM_ASM( document.getElementById('edit_redo').className = 'item_normal'; ); } else { EM_ASM( document.getElementById('edit_redo').className = 'item_disabled'; ); } if (allowundo) { EM_ASM( document.getElementById('edit_disable').innerHTML = 'Disable Undo/Redo'; ); } else { EM_ASM( document.getElementById('edit_disable').innerHTML = 'Enable Undo/Redo'; ); } if (SelectionExists()) { EM_ASM( document.getElementById('edit_cut').className = 'item_normal'; ); EM_ASM( document.getElementById('edit_copy').className = 'item_normal'; ); EM_ASM( document.getElementById('edit_clear').className = 'item_normal'; ); EM_ASM( document.getElementById('edit_clearo').className = 'item_normal'; ); EM_ASM( document.getElementById('edit_remove').className = 'item_normal'; ); } else { EM_ASM( document.getElementById('edit_cut').className = 'item_disabled'; ); EM_ASM( document.getElementById('edit_copy').className = 'item_disabled'; ); EM_ASM( document.getElementById('edit_clear').className = 'item_disabled'; ); EM_ASM( document.getElementById('edit_clearo').className = 'item_disabled'; ); EM_ASM( document.getElementById('edit_remove').className = 'item_disabled'; ); } } else if (menu == "PasteMode_menu") { jsTickMenuItem("paste_mode_and", pmode == And); jsTickMenuItem("paste_mode_copy", pmode == Copy); jsTickMenuItem("paste_mode_or", pmode == Or); jsTickMenuItem("paste_mode_xor", pmode == Xor); } else if (menu == "Control_menu") { if (generating) { EM_ASM( document.getElementById('control_startstop').innerHTML = 'Stop Generating'; ); } else { EM_ASM( document.getElementById('control_startstop').innerHTML = 'Start Generating'; ); } if (currlayer->algo->getGeneration() > currlayer->startgen) { EM_ASM( document.getElementById('control_reset').className = 'item_normal'; ); } else { EM_ASM( document.getElementById('control_reset').className = 'item_disabled'; ); } jsTickMenuItem("control_autofit", currlayer->autofit); jsTickMenuItem("control_hash", currlayer->showhashinfo); jsTickMenuItem("control_timing", showtiming); } else if (menu == "Algo_menu") { jsTickMenuItem("algo0", currlayer->algtype == 0); jsTickMenuItem("algo1", currlayer->algtype == 1); jsTickMenuItem("algo2", currlayer->algtype == 2); jsTickMenuItem("algo3", currlayer->algtype == 3); jsTickMenuItem("algo4", currlayer->algtype == 4); jsTickMenuItem("algo5", currlayer->algtype == 5); } else if (menu == "View_menu") { if (SelectionExists()) { EM_ASM( document.getElementById('view_fits').className = 'item_normal'; ); } else { EM_ASM( document.getElementById('view_fits').className = 'item_disabled'; ); } jsTickMenuItem("view_grid", showgridlines); jsTickMenuItem("view_icons", showicons); if (currlayer->currname != "untitled") { EM_ASM( document.getElementById('view_info').className = 'item_normal'; ); } else { EM_ASM( document.getElementById('view_info').className = 'item_disabled'; ); } } else if (menu == "Scale_menu") { jsTickMenuItem("scale0", currlayer->view->getmag() == 0); jsTickMenuItem("scale1", currlayer->view->getmag() == 1); jsTickMenuItem("scale2", currlayer->view->getmag() == 2); jsTickMenuItem("scale3", currlayer->view->getmag() == 3); jsTickMenuItem("scale4", currlayer->view->getmag() == 4); jsTickMenuItem("scale5", currlayer->view->getmag() == 5); } else if (menu == "Help_menu") { // items in this menu don't change } else if (menu == "pastemenu") { char text[32]; sprintf(text, "Paste Here (%s)", GetPasteMode()); jsSetInnerHTML("pastehere", text); if (SelectionExists()) { EM_ASM( document.getElementById('pastesel').className = 'normal'; ); } else { EM_ASM( document.getElementById('pastesel').className = 'grayed'; ); } } else if (menu == "selectionmenu") { char text[32]; sprintf(text, "Random Fill (%d%%)", randomfill); jsSetInnerHTML("randfill", text); } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void DoMenuItem(const char* id) { std::string item = id; // items in File menu: if (item == "file_new") NewUniverse(); else if (item == "file_open") Open(); else if (item == "file_openclip") OpenClipboard(); else if (item == "file_save") Save(); else if (item == "file_prefs") OpenPrefs(); else // items in Edit menu: if (item == "edit_undo") Undo(); else if (item == "edit_redo") Redo(); else if (item == "edit_disable") ToggleDisableUndoRedo(); else if (item == "edit_cut") CutSelection(); else if (item == "edit_copy") CopySelection(); else if (item == "edit_clear") ClearSelection(); else if (item == "edit_clearo") ClearOutsideSelection(); else if (item == "edit_paste") Paste(); else if (item == "paste_mode_and") ChangePasteMode(And); else if (item == "paste_mode_copy") ChangePasteMode(Copy); else if (item == "paste_mode_or") ChangePasteMode(Or); else if (item == "paste_mode_xor") ChangePasteMode(Xor); else if (item == "edit_all") SelectAll(); else if (item == "edit_remove") RemoveSelection(); else // items in Control menu: if (item == "control_startstop") StartStop(); else if (item == "control_next") Next(); else if (item == "control_step") Step(); else if (item == "control_step1") StepBy1(); else if (item == "control_slower") GoSlower(); else if (item == "control_faster") GoFaster(); else if (item == "control_reset") Reset(); else if (item == "control_autofit") ToggleAutoFit(); else if (item == "control_hash") ToggleHashInfo(); else if (item == "control_timing") ToggleTiming(); else if (item == "algo0") SetAlgo(0); else if (item == "algo1") SetAlgo(1); else if (item == "algo2") SetAlgo(2); else if (item == "algo3") SetAlgo(3); else if (item == "algo4") SetAlgo(4); else if (item == "algo5") SetAlgo(5); else if (item == "control_setrule") SetRule(); else // items in View menu: if (item == "view_fitp") Fit(); else if (item == "view_fits") FitSelection(); else if (item == "view_middle") Middle(); else if (item == "view_zoomin") ZoomIn(); else if (item == "view_zoomout") ZoomOut(); else if (item == "scale0") SetScale(0); else if (item == "scale1") SetScale(1); else if (item == "scale2") SetScale(2); else if (item == "scale3") SetScale(3); else if (item == "scale4") SetScale(4); else if (item == "scale5") SetScale(5); else if (item == "view_grid") ToggleGrid(); else if (item == "view_icons") ToggleIcons(); else if (item == "view_info") Info(); else // items in Help menu: if (item == "help_index") StopAndHelp("/Help/index.html"); else if (item == "help_intro") StopAndHelp("/Help/intro.html"); else if (item == "help_tips") StopAndHelp("/Help/tips.html"); else if (item == "help_algos") StopAndHelp("/Help/algos.html"); else if (item == "help_lexicon") StopAndHelp("/Help/Lexicon/lex.htm"); else if (item == "help_archives") StopAndHelp("/Help/archives.html"); else if (item == "help_keyboard") StopAndHelp("/Help/keyboard.html"); else if (item == "help_refs") StopAndHelp("/Help/refs.html"); else if (item == "help_formats") StopAndHelp("/Help/formats.html"); else if (item == "help_bounded") StopAndHelp("/Help/bounded.html"); else if (item == "help_problems") StopAndHelp("/Help/problems.html"); else if (item == "help_changes") StopAndHelp("/Help/changes.html"); else if (item == "help_credits") StopAndHelp("/Help/credits.html"); else if (item == "help_about") StopAndHelp("/Help/about.html"); else Warning("Not yet implemented!!!"); } } // extern "C" // ----------------------------------------------------------------------------- static const int META_KEY = 666; // cmd key on Mac, start/menu key on Windows (latter untested!!!) static int TranslateKey(int keycode) { // this is a modified version of DOMToGLFWKeyCode in emscripten/src/library_glfw.js switch (keycode) { // my changes (based on testing and info at http://unixpapa.com/js/key.html) case 224 : return META_KEY; // cmd key on Firefox (Mac) case 91 : return META_KEY; // left cmd key on Safari, Chrome (Mac) case 93 : return META_KEY; // right cmd key on Safari, Chrome (Mac) case 92 : return META_KEY; // right start key on Firefox, IE (Windows) case 219 : return '['; // Firefox, Chrome and Safari (Mac) case 220 : return '\\'; // Firefox, Chrome and Safari (Mac) case 221 : return ']'; // Firefox, Chrome and Safari (Mac) case 173 : return '-'; // Firefox (Mac) case 189 : return '-'; // Chrome and Safari (Mac) case 187 : return '='; // Chrome and Safari (Mac) case 188 : return '<'; // Firefox, Chrome and Safari (Mac) case 190 : return '>'; // Firefox, Chrome and Safari (Mac) case 0x09: return 295 ; //DOM_VK_TAB -> GLFW_KEY_TAB // GLFW_KEY_ESC is not 255???!!! case 0x1B: return 255 ; //DOM_VK_ESCAPE -> GLFW_KEY_ESC case 0x6A: return 313 ; //DOM_VK_MULTIPLY -> GLFW_KEY_KP_MULTIPLY case 0x6B: return 315 ; //DOM_VK_ADD -> GLFW_KEY_KP_ADD case 0x6D: return 314 ; //DOM_VK_SUBTRACT -> GLFW_KEY_KP_SUBTRACT case 0x6E: return 316 ; //DOM_VK_DECIMAL -> GLFW_KEY_KP_DECIMAL case 0x6F: return 312 ; //DOM_VK_DIVIDE -> GLFW_KEY_KP_DIVIDE case 0x70: return 258 ; //DOM_VK_F1 -> GLFW_KEY_F1 case 0x71: return 259 ; //DOM_VK_F2 -> GLFW_KEY_F2 case 0x72: return 260 ; //DOM_VK_F3 -> GLFW_KEY_F3 case 0x73: return 261 ; //DOM_VK_F4 -> GLFW_KEY_F4 case 0x74: return 262 ; //DOM_VK_F5 -> GLFW_KEY_F5 case 0x75: return 263 ; //DOM_VK_F6 -> GLFW_KEY_F6 case 0x76: return 264 ; //DOM_VK_F7 -> GLFW_KEY_F7 case 0x77: return 265 ; //DOM_VK_F8 -> GLFW_KEY_F8 case 0x78: return 266 ; //DOM_VK_F9 -> GLFW_KEY_F9 case 0x79: return 267 ; //DOM_VK_F10 -> GLFW_KEY_F10 case 0x7a: return 268 ; //DOM_VK_F11 -> GLFW_KEY_F11 case 0x7b: return 269 ; //DOM_VK_F12 -> GLFW_KEY_F12 case 0x25: return 285 ; //DOM_VK_LEFT -> GLFW_KEY_LEFT case 0x26: return 283 ; //DOM_VK_UP -> GLFW_KEY_UP case 0x27: return 286 ; //DOM_VK_RIGHT -> GLFW_KEY_RIGHT case 0x28: return 284 ; //DOM_VK_DOWN -> GLFW_KEY_DOWN case 0x21: return 298 ; //DOM_VK_PAGE_UP -> GLFW_KEY_PAGEUP case 0x22: return 299 ; //DOM_VK_PAGE_DOWN -> GLFW_KEY_PAGEDOWN case 0x24: return 300 ; //DOM_VK_HOME -> GLFW_KEY_HOME case 0x23: return 301 ; //DOM_VK_END -> GLFW_KEY_END case 0x2d: return 296 ; //DOM_VK_INSERT -> GLFW_KEY_INSERT case 16 : return 287 ; //DOM_VK_SHIFT -> GLFW_KEY_LSHIFT case 0x05: return 287 ; //DOM_VK_LEFT_SHIFT -> GLFW_KEY_LSHIFT case 0x06: return 288 ; //DOM_VK_RIGHT_SHIFT -> GLFW_KEY_RSHIFT case 17 : return 289 ; //DOM_VK_CONTROL -> GLFW_KEY_LCTRL case 0x03: return 289 ; //DOM_VK_LEFT_CONTROL -> GLFW_KEY_LCTRL case 0x04: return 290 ; //DOM_VK_RIGHT_CONTROL -> GLFW_KEY_RCTRL case 18 : return 291 ; //DOM_VK_ALT -> GLFW_KEY_LALT case 0x02: return 291 ; //DOM_VK_LEFT_ALT -> GLFW_KEY_LALT case 0x01: return 292 ; //DOM_VK_RIGHT_ALT -> GLFW_KEY_RALT case 96 : return 302 ; //GLFW_KEY_KP_0 case 97 : return 303 ; //GLFW_KEY_KP_1 case 98 : return 304 ; //GLFW_KEY_KP_2 case 99 : return 305 ; //GLFW_KEY_KP_3 case 100 : return 306 ; //GLFW_KEY_KP_4 case 101 : return 307 ; //GLFW_KEY_KP_5 case 102 : return 308 ; //GLFW_KEY_KP_6 case 103 : return 309 ; //GLFW_KEY_KP_7 case 104 : return 310 ; //GLFW_KEY_KP_8 case 105 : return 311 ; //GLFW_KEY_KP_9 default : return keycode; }; } // ----------------------------------------------------------------------------- extern "C" { int OnKeyChanged(int keycode, int action) { int key = TranslateKey(keycode); // first check for modifier keys (meta/ctrl/alt/shift); // note that we need to set flags for these keys BEFORE testing // jsTextAreaIsActive so users can do things like ctrl-click in canvas while // a textarea has focus and OnMouseClick will be able to test ctrl_down flag if (key == META_KEY) { meta_down = action == GLFW_PRESS; return 0; // don't call preventDefault } else if (key == GLFW_KEY_LCTRL || key == GLFW_KEY_RCTRL) { ctrl_down = action == GLFW_PRESS; return 0; // don't call preventDefault } else if (key == GLFW_KEY_LALT || key == GLFW_KEY_RALT) { alt_down = action == GLFW_PRESS; return 1; } else if (key == GLFW_KEY_LSHIFT || key == GLFW_KEY_RSHIFT) { bool oldshift = shift_down; shift_down = action == GLFW_PRESS; if (oldshift != shift_down) ToggleCursorMode(); return 1; } if (meta_down || ctrl_down) { // could be a browser shortcut like ctrl/cmd-Q/X/C/V, // so don't handle the key here and don't call preventDefault return 0; } // check if a modal dialog is visible if (jsElementIsVisible("open_overlay") || jsElementIsVisible("save_overlay") || jsElementIsVisible("prefs_overlay") || jsElementIsVisible("info_overlay") || jsElementIsVisible("help_overlay") ) { if (action == GLFW_PRESS && (key == 13 || key == 27)) { // return key or escape key closes dialog if (jsElementIsVisible("open_overlay")) { CancelOpen(); } else if (jsElementIsVisible("save_overlay")) { if (key == 13) { EM_ASM( save_pattern(); ); // see shell.html for save_pattern() } else { CancelSave(); } } else if (jsElementIsVisible("prefs_overlay")) { if (key == 13) { StorePrefs(); } else { CancelPrefs(); } } else if (jsElementIsVisible("info_overlay")) { EM_ASM( _CloseInfo(); ); } else if (jsElementIsVisible("help_overlay")) { // some of the above dialogs can be on top of help dialog, so test this last EM_ASM( _CloseHelp(); ); } return 1; // call preventDefault } return 0; } if (jsTextAreaIsActive()) { // a textarea is active (and probably has focus), // so don't handle the key here and don't call preventDefault return 0; } if (action == GLFW_PRESS) ClearMessage(); if (action == GLFW_RELEASE) return 1; // non-modifier key was released // a non-modifer key is down (and meta/ctrl key is NOT currently down) // check for arrow keys and do panning if (key == GLFW_KEY_UP) { if (shift_down) PanNE(); else PanUp( SmallScroll(currlayer->view->getheight()) ); return 1; } else if (key == GLFW_KEY_DOWN) { if (shift_down) PanSW(); else PanDown( SmallScroll(currlayer->view->getheight()) ); return 1; } else if (key == GLFW_KEY_LEFT) { if (shift_down) PanNW(); else PanLeft( SmallScroll(currlayer->view->getwidth()) ); return 1; } else if (key == GLFW_KEY_RIGHT) { if (shift_down) PanSE(); else PanRight( SmallScroll(currlayer->view->getwidth()) ); return 1; } int ch = key; if (key >= 'A' && key <= 'Z' && !shift_down) { // convert to lowercase ch = ch + 32; } switch (ch) { case 13 : StartStop(); break; case ' ' : Next(); break; case '_' : GoSlower(); break; case '-' : GoSlower(); break; case '+' : GoFaster(); break; case '=' : GoFaster(); break; case '0' : StepBy1(); break; case '1' : Scale1to1(); break; case '5' : RandomFill(); break; case '[' : ZoomOut(); break; case ']' : ZoomIn(); break; case 'a' : SelectAll(); break; case 'A' : RemoveSelection(); break; case 'f' : Fit(); break; case 'F' : FitSelection(); break; case 'h' : Help(); break; case 'i' : ToggleIcons(); break; case 'l' : ToggleGrid(); break; case 'm' : Middle(); break; case 'o' : Open(); break; case 'O' : OpenClipboard(); break; case 'p' : OpenPrefs(); break; case 'r' : SetRule(); break; case 's' : Save(); break; case 't' : ToggleAutoFit(); break; case 'v' : Paste(); break; case 'V' : CancelPaste(); break; case 'x' : FlipPasteOrSelection(false); break; case 'y' : FlipPasteOrSelection(true); break; case '<' : RotatePasteOrSelection(false); break; case '>' : RotatePasteOrSelection(true); break; case 'z' : Undo(); break; case 'Z' : Redo(); break; } return 1; // call preventDefault } } // extern "C" // ----------------------------------------------------------------------------- static void OnMouseClick(int button, int action) { ok_to_check_mouse = true; if (action == GLFW_PRESS) { // make sure a textarea element no longer has focus (for testing in on_key_changed); // note that 'patterns' is a div with a tabindex, and an outline style that prevents // a focus ring appearing EM_ASM( document.getElementById('patterns').focus(); ); int x, y; glfwGetMousePos(&x, &y); ClearMessage(); if (paste_menu_visible) { EM_ASM( document.getElementById('pastemenu').style.visibility = 'hidden'; ); paste_menu_visible = false; return; } if (selection_menu_visible) { EM_ASM( document.getElementById('selectionmenu').style.visibility = 'hidden'; ); selection_menu_visible = false; return; } // test for ctrl/right click in paste image or selection; // button test should be for GLFW_MOUSE_BUTTON_RIGHT which is defined to be 1 in glfw.h // but I actually get 2 when right button is pressed in all my browsers (report bug!!!) if (button == 2 || ctrl_down) { if (waitingforpaste && PointInPasteImage(x, y)) { UpdateMenuItems("pastemenu"); jsShowMenu("pastemenu", x, y); paste_menu_visible = true; } else if (SelectionExists() && PointInSelection(x, y)) { UpdateMenuItems("selectionmenu"); jsShowMenu("selectionmenu", x, y); selection_menu_visible = true; } return; } // check for click outside viewport if (x < 0 || x >= currwd || y < 0 || y >= currht) { if (mouse_down) TouchEnded(); mouse_down = false; return; } bool was_auto_fit = currlayer->autofit; TouchBegan(x, y); mouse_down = true; // TouchBegan might have called TestAutoFit and turned off currlayer->autofit, // in which case we need to update the check box if (was_auto_fit && !currlayer->autofit) UpdateEditBar(); } else if (action == GLFW_RELEASE) { if (mouse_down) TouchEnded(); mouse_down = false; } } // ----------------------------------------------------------------------------- static void OnMouseMove(int x, int y) { ok_to_check_mouse = true; int mousestate = glfwGetMouseButton(GLFW_MOUSE_BUTTON_LEFT); if (mousestate == GLFW_PRESS) { // play safe and ignore move outside viewport if (x < 0 || x >= currwd || y < 0 || y >= currht) return; TouchMoved(x, y); } } // ----------------------------------------------------------------------------- static int prevwheel = 0; extern "C" { void OnMouseWheel(int pos) { int x, y; glfwGetMousePos(&x, &y); // we use a threshold of 2 in below tests to reduce sensitivity if (pos + 2 < prevwheel) { ZoomInPos(x, y); prevwheel = pos; } else if (pos - 2 > prevwheel) { ZoomOutPos(x, y); prevwheel = pos; } } } // extern "C" // ----------------------------------------------------------------------------- extern "C" { void OverCanvas(int entered) { if (entered) { // mouse entered canvas so change cursor image depending on currlayer->touchmode UpdateCursorImage(); // call CheckMouseLocation in DoFrame over_canvas = true; // remove focus from select element to avoid problem if an arrow key is pressed // (doesn't quite work!!! if selection is NOT changed and arrow key is hit immediately // then it can cause the selection to change) EM_ASM( if (document.activeElement.tagName == 'SELECT') { document.getElementById('patterns').focus(); }; ); } else { // mouse exited canvas; cursor is automatically restored to standard arrow // so no need to do this: // EM_ASM( Module['canvas'].style.cursor = 'auto'; ); // force XY location to be cleared CheckMouseLocation(-1, -1); // we also need to prevent CheckMouseLocation being called in DoFrame because // it might detect a valid XY location if right/bottom cells are clipped over_canvas = false; } } } // extern "C" // ----------------------------------------------------------------------------- static void DoFrame() { if (generating && event_checker == 0) { if (currlayer->currexpo < 0) { // get current delay (in secs) float delay = GetCurrentDelay() / 1000.0; double current_time = glfwGetTime(); // check if it's time to call NextGeneration if (current_time - last_time >= delay) { NextGeneration(true); UpdatePatternAndStatus(); last_time = current_time; } } else { NextGeneration(true); UpdatePatternAndStatus(); } } if (refresh_pattern) { refresh_pattern = false; DrawPattern(currindex); } glfwSwapBuffers(); // check the current mouse location continuously, but only after the 1st mouse-click or // mouse-move event, because until then glfwGetMousePos returns 0,0 (report bug???!!!) if (ok_to_check_mouse && over_canvas) { int x, y; glfwGetMousePos(&x, &y); CheckMouseLocation(x, y); // also check if cursor image needs to be changed (this can only be done AFTER // DrawPattern has set pasterect, which is tested by PointInPasteImage) CheckCursor(x, y); } } // ----------------------------------------------------------------------------- // we need the EMSCRIPTEN_KEEPALIVE flag to avoid our main() routine disappearing // (a somewhat strange consequence of using -s EXPORTED_FUNCTIONS in Makefile) int EMSCRIPTEN_KEEPALIVE main() { SetMessage("This is Golly 3.3 for the web. Copyright 2005-2019 The Golly Gang."); InitPaths(); // init tempdir, prefsfile, etc MAX_MAG = 5; // maximum cell size = 32x32 maxhashmem = 300; // enough for caterpillar InitAlgorithms(); // must initialize algoinfo first GetLocalPrefs(); // load user's preferences from local storage SetMinimumStepExponent(); // for slowest speed AddLayer(); // create initial layer (sets currlayer) NewPattern(); // create new, empty universe UpdateStatus(); // show initial message InitClipboard(); // initialize clipboard data UpdateEditBar(); // initialize buttons, drawing state, and check boxes if (InitGL() == GL_TRUE) { ResizeCanvas(); // we do our own keyboard event handling (see InitEventHandlers) // glfwSetKeyCallback(OnKeyChanged); glfwSetMouseButtonCallback(OnMouseClick); glfwSetMousePosCallback(OnMouseMove); // we do our own mouse wheel handling (see InitEventHandlers) // glfwSetMouseWheelCallback(OnMouseWheel); emscripten_set_main_loop(DoFrame, 0, 1); } glfwTerminate(); return 0; } golly-3.3-src/gui-web/jslib.js0000755000175000017500000004070212651666400013227 00000000000000// The following JavaScript routines can be called from C++ code (eg. webcalls.cpp). // Makefile merges these routines into golly.js via the --js-library option. var LibraryGOLLY = { $GOLLY: { cancel_progress: false, // cancel progress dialog? progstart: 0.0, // time when jsBeginProgress is called statusbar: null // status bar element }, // ----------------------------------------------------------------------------- jsAlert: function(msg) { alert(Pointer_stringify(msg)); }, // ----------------------------------------------------------------------------- jsConfirm: function(query) { return confirm(Pointer_stringify(query)); }, // ----------------------------------------------------------------------------- jsSetBackgroundColor: function(id, color) { document.getElementById(Pointer_stringify(id)).style.backgroundColor = Pointer_stringify(color); }, // ----------------------------------------------------------------------------- jsSetStatus: function(line1, line2, line3) { // check if the statusbar element lookup has already been done if (!GOLLY.statusbar) { // lookup and cache the statusbar element GOLLY.statusbar = document.getElementById('statusbar'); } // set the statusbar GOLLY.statusbar.value = Pointer_stringify(line1) + '\n' + Pointer_stringify(line2) + '\n' + Pointer_stringify(line3); }, // ----------------------------------------------------------------------------- jsSetMode: function(index) { document.getElementById('mode').selectedIndex = index; }, // ----------------------------------------------------------------------------- jsSetState: function(state, numstates) { var list = document.getElementById('state'); // may need to update number of options in list while (list.length < numstates) { // append another option var option = document.createElement('option'); option.text = list.length.toString(); list.add(option); }; while (list.length > numstates) { // remove last option list.remove(list.length - 1); } list.selectedIndex = state; }, // ----------------------------------------------------------------------------- jsSetRule: function(oldrule) { var newrule = prompt('Type in a new rule:', Pointer_stringify(oldrule)); if (newrule == null) { return allocate(intArrayFromString('\0'), 'i8', ALLOC_STACK); } else { return allocate(intArrayFromString(newrule), 'i8', ALLOC_STACK); } }, // ----------------------------------------------------------------------------- jsGetSaveName: function(currname) { var newname = prompt('Save current pattern in given file:', Pointer_stringify(currname)); if (newname == null) { return allocate(intArrayFromString('\0'), 'i8', ALLOC_STACK); } else { return allocate(intArrayFromString(newname), 'i8', ALLOC_STACK); } }, // ----------------------------------------------------------------------------- jsShowMenu: function(id, x, y) { var menu = document.getElementById(Pointer_stringify(id)); var mrect = menu.getBoundingClientRect(); // x,y coords are relative to canvas, so convert to window coords var crect = Module['canvas'].getBoundingClientRect(); // note that scrolling is disabled so window.scrollX and window.scrollY are 0 x += crect.left + 1; y += crect.top + 1; // if menu would be outside right/bottom window edge then move it if (x + mrect.width > window.innerWidth) x -= mrect.width + 2; if (y + mrect.height > window.innerHeight) y -= y + mrect.height - window.innerHeight; menu.style.top = y.toString() + 'px'; menu.style.left = x.toString() + 'px'; menu.style.visibility = 'visible'; }, // ----------------------------------------------------------------------------- jsSetClipboard: function(text) { document.getElementById('cliptext').value = Pointer_stringify(text); }, // ----------------------------------------------------------------------------- jsGetClipboard: function() { var text = document.getElementById('cliptext').value; if (text == null) { return allocate(intArrayFromString('\0'), 'i8', ALLOC_STACK); } else { return allocate(intArrayFromString(text), 'i8', ALLOC_STACK); } }, // ----------------------------------------------------------------------------- jsTextAreaIsActive: function() { if (document.activeElement.tagName == 'TEXTAREA') { return 1; } else { return 0; } }, // ----------------------------------------------------------------------------- jsElementIsVisible: function(id) { if (document.getElementById(Pointer_stringify(id)).style.visibility == 'visible') { return true; } else { return false; } }, // ----------------------------------------------------------------------------- jsEnableButton: function(id, enable) { var button = document.getElementById(Pointer_stringify(id)); if (enable) { button.disabled = false; button.style.color = '#000'; } else { button.disabled = true; button.style.color = '#888'; } }, // ----------------------------------------------------------------------------- jsEnableImgButton: function(id, enable) { var button = document.getElementById(Pointer_stringify(id)); var img = document.getElementById('img' + Pointer_stringify(id)); if (enable) { button.disabled = false; img.style.opacity = 1.0; // following is needed on IE???!!! // img.style.filter = 'alpha(opacity:100)'; } else { button.disabled = true; img.style.opacity = 0.25; // following is needed on IE???!!! // img.style.filter = 'alpha(opacity:25)'; } }, // ----------------------------------------------------------------------------- jsTickMenuItem: function(id, tick) { var menuitem = document.getElementById(Pointer_stringify(id)); if (tick) { menuitem.style.backgroundImage = 'url(images/item_tick.png)'; } else { menuitem.style.backgroundImage = 'url(images/item_blank.png)'; } }, // ----------------------------------------------------------------------------- jsSetInputValue: function(id, num) { document.getElementById(Pointer_stringify(id)).value = num.toString(); }, // ----------------------------------------------------------------------------- jsGetInputValue: function(id) { var num = parseInt(document.getElementById(Pointer_stringify(id)).value, 10); if (isNaN(num)) return -1; return num; }, // ----------------------------------------------------------------------------- jsSetCheckBox: function(id, flag) { document.getElementById(Pointer_stringify(id)).checked = flag; }, // ----------------------------------------------------------------------------- jsGetCheckBox: function(id) { return document.getElementById(Pointer_stringify(id)).checked; }, // ----------------------------------------------------------------------------- jsSetInnerHTML: function(id, text) { document.getElementById(Pointer_stringify(id)).innerHTML = Pointer_stringify(text); }, // ----------------------------------------------------------------------------- jsMoveToAnchor: function(anchor) { window.location.hash = Pointer_stringify(anchor); }, // ----------------------------------------------------------------------------- jsSetScrollTop: function(id, pos) { document.getElementById(Pointer_stringify(id)).scrollTop = pos; }, // ----------------------------------------------------------------------------- jsGetScrollTop: function(id) { return document.getElementById(Pointer_stringify(id)).scrollTop; }, // ----------------------------------------------------------------------------- jsBeep: function() { var beep = new Audio("beep.wav"); beep.play(); }, // ----------------------------------------------------------------------------- jsDeleteFile: function(filepath) { FS.unlink(Pointer_stringify(filepath)); }, // ----------------------------------------------------------------------------- jsMoveFile: function(inpath, outpath) { try { FS.rename(Pointer_stringify(inpath), Pointer_stringify(outpath)); return true; } catch (e) { alert('FS.rename failed!'); return false; } }, // ----------------------------------------------------------------------------- jsShowSaveDialog: function(filename, extensions) { document.getElementById('save_overlay').style.visibility = 'visible'; document.getElementById('save_extensions').innerHTML = 'Valid extensions: ' + Pointer_stringify(extensions); var namebox = document.getElementById('save_name'); namebox.value = Pointer_stringify(filename); namebox.select(); namebox.focus(); }, // ----------------------------------------------------------------------------- jsSaveFile: function(filenameptr) { var filename = Pointer_stringify(filenameptr); var contents, blob; var gzext = '.gz'; if (filename.length >= gzext.length && filename.substr(filename.length - gzext.length) == gzext) { // treat .gz file as uninterpreted binary data contents = FS.readFile(filename, {encoding:'binary'}); blob = new Blob([contents], {type:'application/octet-stream'}); } else { // assume it's a text file (.rle or .mc) contents = FS.readFile(filename, {encoding:'utf8'}); blob = new Blob([contents], {type:'text/plain'}); } var alink = document.createElement('a'); alink.download = filename; alink.innerHTML = 'Download File'; if (window.webkitURL != null) { // Safari/Chrome allows the link to be clicked without actually adding it to the DOM alink.href = window.webkitURL.createObjectURL(blob); } else { // Firefox requires the link to be added to the DOM before it can be clicked alink.href = window.URL.createObjectURL(blob); alink.onclick = function(event) { document.body.removeChild(event.target); }; alink.style.display = 'none'; document.body.appendChild(alink); } alink.click(); }, // ----------------------------------------------------------------------------- jsStoreRule: function(rulepath) { // read contents of .rule file and save to local storage using rulepath as the key var filepath = Pointer_stringify(rulepath); try { var contents = FS.readFile(filepath, {encoding:'utf8'}); localStorage.setItem(filepath, contents); } catch(e) { alert('Failed to store rule file:\n' + filepath); } }, // ----------------------------------------------------------------------------- jsCancelProgress: function() { // user hit Cancel button in progress dialog GOLLY.cancel_progress = true; // best to hide the progress dialog immediately document.getElementById('progress_overlay').style.visibility = 'hidden'; }, // ----------------------------------------------------------------------------- jsBeginProgress: function(title) { // DEBUG: Module.printErr('jsBeginProgress'); document.getElementById('progress_title').innerHTML = Pointer_stringify(title); document.getElementById('progress_percent').innerHTML = ' '; // don't show the progress dialog immediately // document.getElementById('progress_overlay').style.visibility = 'visible'; GOLLY.cancel_progress = false; GOLLY.progstart = Date.now()/1000; }, // ----------------------------------------------------------------------------- jsAbortProgress: function(percentage) { // DEBUG: Module.printErr('jsAbortProgress: ' + percentage); var secs = Date.now()/1000 - GOLLY.progstart; if (document.getElementById('progress_overlay').style.visibility == 'visible') { if (percentage < 0) { // -ve percentage is # of bytes downloaded so far (file size is unknown) percentage *= -1; document.getElementById('progress_percent').innerHTML = 'Bytes downloaded: '+percentage; } else { document.getElementById('progress_percent').innerHTML = 'Completed: '+percentage+'%'; } return GOLLY.cancel_progress; } else { // note that percentage is not always an accurate estimator for how long // the task will take, especially when we use nextcell for cut/copy if ( (secs > 1.0 && percentage < 30) || secs > 2.0 ) { // task is probably going to take a while so show progress dialog document.getElementById('progress_overlay').style.visibility = 'visible'; } return false; } }, // ----------------------------------------------------------------------------- jsEndProgress: function() { // DEBUG: Module.printErr('jsEndProgress'); // hide the progress dialog document.getElementById('progress_overlay').style.visibility = 'hidden'; }, // ----------------------------------------------------------------------------- jsDownloadFile: function(urlptr, filepathptr) { // download file from given url and store its contents in filepath var url = Pointer_stringify(urlptr); var filepath = Pointer_stringify(filepathptr); // DEBUG: Module.printErr('URL: '+url+' FILE: '+filepath); // prefix url with http://www.corsproxy.com/ so we can get file from another domain // (note that we assume url starts with "http://") url = 'http://www.corsproxy.com/' + url.substring(7); var xhr = new XMLHttpRequest(); if (xhr) { // first send a request to get the file's size /* doesn't work!!! -- get error 400 (bad request) probably because corsproxy.com only supports GET requests xhr.onreadystatechange = function() { if (xhr.readyState == 4) { if (xhr.status == 200) { Module.printErr('response: '+xhr.getResponseHeader('Content-Length')); } else { // some sort of error occurred Module.printErr('status error: ' + xhr.status + ' ' + xhr.statusText); } } } xhr.open('HEAD', url, true); // get only the header info xhr.send(); */ // note that we need to prefix jsBeginProgress/jsAbortProgress/jsEndProgress calls // with an underscore because webcalls.cpp declares them as extern C routines _jsBeginProgress(allocate(intArrayFromString('Downloading file...'), 'i8', ALLOC_STACK)); xhr.onprogress = function updateProgress(evt) { var percent_complete = 0; if (evt.lengthComputable) { percent_complete = Math.floor((evt.loaded / evt.total) * 100); // DEBUG: Module.printErr('Percentage downloaded: ' + percent_complete); } else { // file size is unknown (this seems to happen for .mc/rle files) // so we pass -ve bytes loaded to indicate it's not a percentage percent_complete = -evt.loaded; // DEBUG: Module.printErr('Bytes downloaded: ' + evt.loaded); } if (_jsAbortProgress(percent_complete)) { // GOLLY.cancel_progress is true _jsEndProgress(); xhr.abort(); } } xhr.onreadystatechange = function() { // DEBUG: Module.printErr('readyState=' + xhr.readyState); if (xhr.readyState == 4) { _jsEndProgress(); // DEBUG: Module.printErr('status=' + xhr.status); if (xhr.status == 200) { // success, so save binary data to filepath var uInt8Array = new Uint8Array(xhr.response); FS.writeFile(filepath, uInt8Array, {encoding:'binary'}); filecreated = Module.cwrap('FileCreated', 'void', ['string']); filecreated(filepath); } else if (!GOLLY.cancel_progress) { // some sort of error occurred alert('XMLHttpRequest error: ' + xhr.status); } } } xhr.open('GET', url, true); // setting the following responseType will treat all files as binary // (note that this is only allowed for async requests) xhr.responseType = 'arraybuffer'; xhr.send(null); } else { alert('XMLHttpRequest failed!'); } }, // ----------------------------------------------------------------------------- }; // LibraryGOLLY autoAddDeps(LibraryGOLLY, '$GOLLY'); mergeInto(LibraryManager.library, LibraryGOLLY); golly-3.3-src/cmdline/0000755000175000017500000000000013543257426011721 500000000000000golly-3.3-src/cmdline/RuleTableToTree.cpp0000644000175000017500000001347012026730263015342 00000000000000#ifdef _MSC_VER #pragma warning(disable:4702) // disable "unreachable code" warnings from MSVC #endif #include #ifdef _MSC_VER #pragma warning(default:4702) // enable "unreachable code" warnings #endif #include #include #include #include #include #include "util.h" #include "ruletable_algo.h" using namespace std ; const int MAXPARAMS = 9 ; const int MAXSTATES = 256 ; struct ndd { int level, index ; vector vals ; bool operator<(const ndd &n) const { if (level != n.level) return level < n.level ; return vals < n.vals ; } bool operator==(const ndd &n) const { return level == n.level && vals == n.vals ; } } ; set world ; int nodeseq ; int shrinksize = 100 ; vector seq ; int n_states, neighborhood_size ; int curndd = 0 ; typedef unsigned char state ; static int getnode(ndd &n) { n.index = nodeseq ; set::iterator it = world.find(n) ; if (it != world.end()) return it->index ; seq.push_back(n) ; world.insert(n) ; return nodeseq++ ; } void initndd() { curndd = -1 ; for (int i=0; i cache ; int remap5[5] = {0, 3, 2, 4, 1} ; int remap9[9] = {0, 5, 3, 7, 1, 4, 6, 2, 8} ; int *remap ; int addndd(const vector > &inputs, const state output, int nddr, int at) { if (at == 0) return nddr < 0 ? output : nddr ; map::iterator it = cache.find(nddr) ; if (it != cache.end()) return it->second ; ndd n = seq[nddr] ; const vector &inset = inputs[remap[at-1]] ; for (unsigned int i=0; i > &inputs, const state output) { if (neighborhood_size == 5) remap = remap5 ; else remap = remap9 ; cache.clear() ; curndd = addndd(inputs, output, curndd, neighborhood_size) ; if (nodeseq > shrinksize) shrink() ; } int setdefaults(int nddr, int off, int at) { if (at == 0) return nddr < 0 ? off : nddr ; map::iterator it = cache.find(nddr) ; if (it != cache.end()) return it->second ; ndd n = seq[nddr] ; for (int i=0; i &oseq, int nddr, int lev) { if (lev == 0) return nddr ; map::iterator it = cache.find(nddr) ; if (it != cache.end()) return it->second ; ndd n = oseq[nddr] ; for (int i=0; i oseq = seq ; seq.clear() ; cache.clear() ; nodeseq = 0 ; curndd = recreate(oseq, curndd, neighborhood_size) ; cerr << "Shrunk from " << oseq.size() << " to " << seq.size() << endl ; shrinksize = (int)(seq.size() * 2) ; } void write_ndd() { shrink() ; printf("num_states=%d\n", n_states) ; printf("num_neighbors=%d\n", neighborhood_size-1) ; printf("num_nodes=%d\n", (int)seq.size()) ; for (unsigned int i=0; in_compressed_rules;iRule++) { for (unsigned int bitno=0; bitno > in ; int ok = 1 ; for (int i=0; i nv ; for (unsigned int j=0; jRules/rule.tree" << endl ; exit(0) ; } lifeerrors::seterrorhandler(&mylifeerrors) ; my_ruletable_algo *rta = new my_ruletable_algo() ; string err = rta->loadrule(argv[1]) ; if (err.size() > 0) { cerr << "Error: " << err << endl ; exit(0) ; } rta->buildndd() ; write_ndd() ; delete rta ; } golly-3.3-src/cmdline/bgolly.cpp0000644000175000017500000005130713451370074013634 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "qlifealgo.h" #include "hlifealgo.h" #include "generationsalgo.h" #include "ltlalgo.h" #include "jvnalgo.h" #include "ruleloaderalgo.h" #include "readpattern.h" #include "util.h" #include "viewport.h" #include "liferender.h" #include "writepattern.h" #include #include #include #include #include using namespace std ; double start ; int maxtime = 0 ; double timestamp() { double now = gollySecondCount() ; double r = now - start ; if (start == 0) start = now ; else if (maxtime && r > maxtime) exit(0) ; return r ; } viewport viewport(1000, 1000) ; lifealgo *imp = 0 ; /* * This is a "renderer" that is just stubs, for performance testing. */ class nullrender : public liferender { public: nullrender() {} virtual ~nullrender() {} virtual void pixblit(int, int, int, int, unsigned char*, int) {} virtual void getcolors(unsigned char** r, unsigned char** g, unsigned char** b, unsigned char* dead_alpha, unsigned char* live_alpha) { static unsigned char dummy[256]; *r = *g = *b = dummy; *dead_alpha = *live_alpha = 255; } } ; nullrender renderer ; // the RuleLoader algo looks for .rule files in the user_rules directory // then in the supplied_rules directory char* user_rules = (char *)""; // can be changed by -s or --search char* supplied_rules = (char *)"Rules/"; int benchmark ; // show timing? /* * This lifeerrors is used to check rendering during a progress dialog. */ class progerrors : public lifeerrors { public: progerrors() {} virtual void fatal(const char *s) { cout << "Fatal error: " << s << endl ; exit(10) ; } virtual void warning(const char *s) { cout << "Warning: " << s << endl ; } virtual void status(const char *s) { if (benchmark) cout << timestamp() << " " << s << endl ; else { timestamp() ; cout << s << endl ; } } virtual void beginprogress(const char *s) { abortprogress(0, s) ; } virtual bool abortprogress(double, const char *) ; virtual void endprogress() { abortprogress(1, "") ; } virtual const char* getuserrules() { return user_rules ; } virtual const char* getrulesdir() { return supplied_rules ; } } ; progerrors progerrors_instance ; bool progerrors::abortprogress(double, const char *) { imp->draw(viewport, renderer) ; return 0 ; } /* * This is our standard lifeerrors. */ class stderrors : public lifeerrors { public: stderrors() {} virtual void fatal(const char *s) { cout << "Fatal error: " << s << endl ; exit(10) ; } virtual void warning(const char *s) { cout << "Warning: " << s << endl ; } virtual void status(const char *s) { if (benchmark) cout << timestamp() << " " << s << endl ; else { timestamp() ; cout << s << endl ; } } virtual void beginprogress(const char *) {} virtual bool abortprogress(double, const char *) { return 0 ; } virtual void endprogress() {} virtual const char* getuserrules() { return user_rules ; } virtual const char* getrulesdir() { return supplied_rules ; } } ; stderrors stderrors_instance ; char *filename ; struct options { const char *shortopt ; const char *longopt ; const char *desc ; char opttype ; void *data ; } ; bigint maxgen = -1, inc = 0 ; int maxmem = 256 ; int hyperxxx ; // renamed hyper to avoid conflict with windows.h int render, autofit, quiet, popcount, progress ; int hashlife ; char *algoName = 0 ; int verbose ; int timeline ; int stepthresh, stepfactor ; char *liferule = 0 ; char *outfilename = 0 ; char *renderscale = (char *)"1" ; char *testscript = 0 ; int outputgzip, outputismc ; int numberoffset ; // where to insert file name numbers options options[] = { { "-m", "--generation", "How far to run", 'I', &maxgen }, { "-i", "--stepsize", "Step size", 'I', &inc }, { "-M", "--maxmemory", "Max memory to use in megabytes", 'i', &maxmem }, { "-T", "--maxtime", "Max duration", 'i', &maxtime }, { "-b", "--benchmark", "Show timestamps", 'b', &benchmark }, { "-2", "--exponential", "Use exponentially increasing steps", 'b', &hyperxxx }, { "-q", "--quiet", "Don't show population; twice, don't show anything", 'b', &quiet }, { "-r", "--rule", "Life rule to use", 's', &liferule }, { "-s", "--search", "Search directory for .rule files", 's', &user_rules }, { "-h", "--hashlife", "Use Hashlife algorithm", 'b', &hashlife }, { "-a", "--algorithm", "Select algorithm by name", 's', &algoName }, { "-o", "--output", "Output file (*.rle, *.mc, *.rle.gz, *.mc.gz)", 's', &outfilename }, { "-v", "--verbose", "Verbose", 'b', &verbose }, { "-t", "--timeline", "Use timeline", 'b', &timeline }, { "", "--render", "Render (benchmarking)", 'b', &render }, { "", "--progress", "Render during progress dialog (debugging)", 'b', &progress }, { "", "--popcount", "Popcount (benchmarking)", 'b', &popcount }, { "", "--scale", "Rendering scale", 's', &renderscale }, //{ "", "--stepthreshold", "Stepsize >= gencount/this (default 1)", // 'i', &stepthresh }, //{ "", "--stepfactor", "How much to scale step by (default 2)", // 'i', &stepfactor }, { "", "--autofit", "Autofit before each render", 'b', &autofit }, { "", "--exec", "Run testing script", 's', &testscript }, { 0, 0, 0, 0, 0 } } ; int endswith(const char *s, const char *suff) { int off = (int)(strlen(s) - strlen(suff)) ; if (off <= 0) return 0 ; s += off ; while (*s) if (tolower(*s++) != tolower(*suff++)) return 0 ; numberoffset = off ; return 1 ; } void usage(const char *s) { fprintf(stderr, "Usage: bgolly [options] patternfile\n") ; for (int i=0; options[i].shortopt; i++) fprintf(stderr, "%3s %-15s %s\n", options[i].shortopt, options[i].longopt, options[i].desc) ; if (s) lifefatal(s) ; exit(0) ; } #define STRINGIFY(ARG) STR2(ARG) #define STR2(ARG) #ARG #define MAXRLE 1000000000 void writepat(int fc) { char *thisfilename = outfilename ; char tmpfilename[256] ; if (fc >= 0) { strcpy(tmpfilename, outfilename) ; char *p = tmpfilename + numberoffset ; *p++ = '-' ; sprintf(p, "%d", fc) ; p += strlen(p) ; strcpy(p, outfilename + numberoffset) ; thisfilename = tmpfilename ; } cerr << "(->" << thisfilename << flush ; bigint t, l, b, r ; imp->findedges(&t, &l, &b, &r) ; if (!outputismc && (t < -MAXRLE || l < -MAXRLE || b > MAXRLE || r > MAXRLE)) lifefatal("Pattern too large to write in RLE format") ; const char *err = writepattern(thisfilename, *imp, outputismc ? MC_format : RLE_format, outputgzip ? gzip_compression : no_compression, t.toint(), l.toint(), b.toint(), r.toint()) ; if (err != 0) lifewarning(err) ; cerr << ")" << flush ; } const int MAXCMDLENGTH = 2048 ; struct cmdbase { cmdbase(const char *cmdarg, const char *argsarg) { verb = cmdarg ; args = argsarg ; next = list ; list = this ; } const char *verb ; const char *args ; int iargs[4] ; char *sarg ; bigint barg ; virtual void doit() {} // for convenience, we put the generic loop here that takes a // 4x bounding box and runs getnext on all y values until // they are done. Input is assumed to be a bounding box in the // form minx miny maxx maxy void runnextloop() { int minx = iargs[0] ; int miny = iargs[1] ; int maxx = iargs[2] ; int maxy = iargs[3] ; int v ; for (int y=miny; y<=maxy; y++) { for (int x=minx; x<=maxx; x++) { int dx = imp->nextcell(x, y, v) ; if (dx < 0) break ; if (x > 0 && (x + dx) < 0) break ; x += dx ; if (x > maxx) break ; nextloopinner(x, y) ; } } } virtual void nextloopinner(int, int) {} int parseargs(const char *cmdargs) { int iargn = 0 ; char sbuf[MAXCMDLENGTH+2] ; for (const char *rargs = args; *rargs; rargs++) { while (*cmdargs && *cmdargs <= ' ') cmdargs++ ; if (*cmdargs == 0) { lifewarning("Missing needed argument") ; return 0 ; } switch (*rargs) { case 'i': if (sscanf(cmdargs, "%d", iargs+iargn) != 1) { lifewarning("Missing needed integer argument") ; return 0 ; } iargn++ ; break ; case 'b': { int i = 0 ; for (i=0; cmdargs[i] > ' '; i++) sbuf[i] = cmdargs[i] ; sbuf[i] = 0 ; barg = bigint(sbuf) ; } break ; case 's': if (sscanf(cmdargs, "%s", sbuf) != 1) { lifewarning("Missing needed string argument") ; return 0 ; } sarg = strdup(sbuf) ; break ; default: lifefatal("Internal error in parseargs") ; } while (*cmdargs && *cmdargs > ' ') cmdargs++ ; } return 1 ; } static void docmd(const char *cmdline) { for (cmdbase *cmd=list; cmd; cmd = cmd->next) if (strncmp(cmdline, cmd->verb, strlen(cmd->verb)) == 0 && cmdline[strlen(cmd->verb)] <= ' ') { if (cmd->parseargs(cmdline+strlen(cmd->verb))) { cmd->doit() ; } return ; } lifewarning("Didn't understand command") ; } cmdbase *next ; virtual ~cmdbase() {} static cmdbase *list ; } ; cmdbase *cmdbase::list = 0 ; struct loadcmd : public cmdbase { loadcmd() : cmdbase("load", "s") {} virtual void doit() { const char *err = readpattern(sarg, *imp) ; if (err != 0) lifewarning(err) ; } } load_inst ; struct stepcmd : public cmdbase { stepcmd() : cmdbase("step", "b") {} virtual void doit() { if (imp->unbounded && (imp->gridwd > 0 || imp->gridht > 0)) { // bounded grid, so must step by 1 imp->setIncrement(1) ; if (!imp->CreateBorderCells()) exit(10) ; imp->step() ; if (!imp->DeleteBorderCells()) exit(10) ; } else { imp->setIncrement(barg) ; imp->step() ; } if (timeline) imp->extendtimeline() ; cout << imp->getGeneration().tostring() << ": " ; cout << imp->getPopulation().tostring() << endl ; } } step_inst ; struct showcmd : public cmdbase { showcmd() : cmdbase("show", "") {} virtual void doit() { cout << imp->getGeneration().tostring() << ": " ; cout << imp->getPopulation().tostring() << endl ; } } show_inst ; struct quitcmd : public cmdbase { quitcmd() : cmdbase("quit", "") {} virtual void doit() { cout << "Buh-bye!" << endl ; exit(10) ; } } quit_inst ; struct setcmd : public cmdbase { setcmd() : cmdbase("set", "ii") {} virtual void doit() { imp->setcell(iargs[0], iargs[1], 1) ; } } set_inst ; struct unsetcmd : public cmdbase { unsetcmd() : cmdbase("unset", "ii") {} virtual void doit() { imp->setcell(iargs[0], iargs[1], 0) ; } } unset_inst ; struct helpcmd : public cmdbase { helpcmd() : cmdbase("help", "") {} virtual void doit() { for (cmdbase *cmd=list; cmd; cmd = cmd->next) cout << cmd->verb << " " << cmd->args << endl ; } } help_inst ; struct getcmd : public cmdbase { getcmd() : cmdbase("get", "ii") {} virtual void doit() { cout << "At " << iargs[0] << "," << iargs[1] << " -> " << imp->getcell(iargs[0], iargs[1]) << endl ; } } get_inst ; struct getnextcmd : public cmdbase { getnextcmd() : cmdbase("getnext", "ii") {} virtual void doit() { int v ; cout << "At " << iargs[0] << "," << iargs[1] << " next is " << imp->nextcell(iargs[0], iargs[1], v) << endl ; } } getnext_inst ; vector > cutbuf ; struct copycmd : public cmdbase { copycmd() : cmdbase("copy", "iiii") {} virtual void nextloopinner(int x, int y) { cutbuf.push_back(make_pair(x-iargs[0], y-iargs[1])) ; } virtual void doit() { cutbuf.clear() ; runnextloop() ; cout << cutbuf.size() << " pixels copied." << endl ; } } copy_inst ; struct cutcmd : public cmdbase { cutcmd() : cmdbase("cut", "iiii") {} virtual void nextloopinner(int x, int y) { cutbuf.push_back(make_pair(x-iargs[0], y-iargs[1])) ; imp->setcell(x, y, 0) ; } virtual void doit() { cutbuf.clear() ; runnextloop() ; cout << cutbuf.size() << " pixels cut." << endl ; } } cut_inst ; // this paste only sets cells, never clears cells struct pastecmd : public cmdbase { pastecmd() : cmdbase("paste", "ii") {} virtual void doit() { for (unsigned int i=0; isetcell(cutbuf[i].first, cutbuf[i].second, 1) ; cout << cutbuf.size() << " pixels pasted." << endl ; } } paste_inst ; struct showcutcmd : public cmdbase { showcutcmd() : cmdbase("showcut", "") {} virtual void doit() { for (unsigned int i=0; icreator)() ; if (imp == 0) lifefatal("Could not create universe") ; imp->setMaxMemory(maxmem) ; return imp ; } struct newcmd : public cmdbase { newcmd() : cmdbase("new", "") {} virtual void doit() { if (imp != 0) delete imp ; imp = createUniverse() ; } } new_inst ; struct sethashingcmd : public cmdbase { sethashingcmd() : cmdbase("sethashing", "i") {} virtual void doit() { hashlife = iargs[0] ; } } sethashing_inst ; struct setmaxmemcmd : public cmdbase { setmaxmemcmd() : cmdbase("setmaxmem", "i") {} virtual void doit() { maxmem = iargs[0] ; } } setmaxmem_inst ; struct setalgocmd : public cmdbase { setalgocmd() : cmdbase("setalgo", "s") {} virtual void doit() { algoName = sarg ; } } setalgocmd_inst ; struct edgescmd : public cmdbase { edgescmd() : cmdbase("edges", "") {} virtual void doit() { bigint t, l, b, r ; imp->findedges(&t, &l, &b, &r) ; cout << "Bounding box " << l.tostring() ; cout << " " << t.tostring() ; cout << " .. " << r.tostring() ; cout << " " << b.tostring() << endl ; } } edges_inst ; void runtestscript(const char *testscript) { FILE *cmdfile = 0 ; if (strcmp(testscript, "-") != 0) cmdfile = fopen(testscript, "r") ; else cmdfile = stdin ; char cmdline[MAXCMDLENGTH + 10] ; if (cmdfile == 0) lifefatal("Cannot open testscript") ; for (;;) { cerr << flush ; if (cmdfile == stdin) cout << "bgolly> " << flush ; else cout << flush ; if (fgets(cmdline, MAXCMDLENGTH, cmdfile) == 0) break ; cmdbase::docmd(cmdline) ; } exit(0) ; } int main(int argc, char *argv[]) { cout << "This is bgolly " STRINGIFY(VERSION) " Copyright 2005-2019 The Golly Gang." << endl ; cout << "-" ; for (int i=0; i 1 && argv[1][0] == '-') { argc-- ; argv++ ; char *opt = argv[0] ; int hit = 0 ; for (int i=0; options[i].shortopt; i++) { if (strcmp(opt, options[i].shortopt) == 0 || strcmp(opt, options[i].longopt) == 0) { switch (options[i].opttype) { case 'i': if (argc < 2) lifefatal("Bad option argument") ; *(int *)options[i].data = atol(argv[1]) ; argc-- ; argv++ ; break ; case 'I': if (argc < 2) lifefatal("Bad option argument") ; *(bigint *)options[i].data = bigint(argv[1]) ; argc-- ; argv++ ; break ; case 'b': (*(int *)options[i].data) += 1 ; break ; case 's': if (argc < 2) lifefatal("Bad option argument") ; *(char **)options[i].data = argv[1] ; argc-- ; argv++ ; break ; } hit++ ; break ; } } if (!hit) usage("Bad option given") ; } if (argc < 2 && !testscript) usage("No pattern argument given") ; if (argc > 2) usage("Extra stuff after pattern argument") ; if (outfilename) { if (endswith(outfilename, ".rle")) { } else if (endswith(outfilename, ".mc")) { outputismc = 1 ; #ifdef ZLIB } else if (endswith(outfilename, ".rle.gz")) { outputgzip = 1 ; } else if (endswith(outfilename, ".mc.gz")) { outputismc = 1 ; outputgzip = 1 ; #endif } else { lifefatal("Output filename must end with .rle or .mc.") ; } if (strlen(outfilename) > 200) lifefatal("Output filename too long") ; } if (timeline && hyperxxx) lifefatal("Cannot use both timeline and exponentially increasing steps") ; imp = createUniverse() ; if (progress) lifeerrors::seterrorhandler(&progerrors_instance) ; else lifeerrors::seterrorhandler(&stderrors_instance) ; if (verbose) { hlifealgo::setVerbose(1) ; } imp->setMaxMemory(maxmem) ; timestamp() ; if (testscript) { if (argc > 1) { filename = argv[1] ; const char *err = readpattern(argv[1], *imp) ; if (err) lifefatal(err) ; } runtestscript(testscript) ; } filename = argv[1] ; const char *err = readpattern(argv[1], *imp) ; if (err) lifefatal(err) ; if (liferule) { err = imp->setrule(liferule) ; if (err) lifefatal(err) ; } bool boundedgrid = imp->unbounded && (imp->gridwd > 0 || imp->gridht > 0) ; if (boundedgrid) { if (hyperxxx || inc > 1) lifewarning("Step size must be 1 for a bounded grid") ; hyperxxx = 0 ; inc = 1 ; // only step by 1 } if (inc != 0) imp->setIncrement(inc) ; if (timeline) { int lowbit = inc.lowbitset() ; bigint t = 1 ; for (int i=0; istartrecording(2, lowbit) ; } int fc = 0 ; for (;;) { if (benchmark) cout << timestamp() << " " ; else timestamp() ; if (quiet < 2) { cout << imp->getGeneration().tostring() ; if (!quiet) { const char *s = imp->getPopulation().tostring() ; if (benchmark) { cout << endl ; cout << timestamp() << " pop " << s << endl ; } else { cout << ": " << s << endl ; } } else cout << endl ; } if (popcount) imp->getPopulation() ; if (autofit) imp->fit(viewport, 1) ; if (render) imp->draw(viewport, renderer) ; if (maxgen >= 0 && imp->getGeneration() >= maxgen) break ; if (!hyperxxx && maxgen > 0 && inc == 0) { bigint diff = maxgen ; diff -= imp->getGeneration() ; int bs = diff.lowbitset() ; diff = 1 ; diff <<= bs ; imp->setIncrement(diff) ; } if (boundedgrid && !imp->CreateBorderCells()) break ; imp->step() ; if (boundedgrid && !imp->DeleteBorderCells()) break ; if (timeline) imp->extendtimeline() ; if (maxgen < 0 && outfilename != 0) writepat(fc++) ; if (timeline && imp->getframecount() + 2 > MAX_FRAME_COUNT) imp->pruneframes() ; if (hyperxxx) imp->setIncrement(imp->getGeneration()) ; } if (maxgen >= 0 && outfilename != 0) writepat(-1) ; exit(0) ; } golly-3.3-src/gui-ios/0000755000175000017500000000000013543257425011661 500000000000000golly-3.3-src/gui-ios/Golly/0000755000175000017500000000000013543257427012751 500000000000000golly-3.3-src/gui-ios/Golly/Default-Portrait~ipad.png0000644000175000017500000014430212651666400017617 00000000000000‰PNG  IHDRV&> AiCCPICC ProfileH –wTSهϽ7½Ð" %ôz Ò;HQ‰I€P†„&vDF)VdTÀG‡"cE ƒ‚b× òPÆÁQDEåÝŒk ï­5óÞšýÇYßÙç·×Ùgï}׺Pü‚ÂtX€4¡XîëÁ\ËÄ÷XÀáffGøDÔü½=™™¨HƳöî.€d»Û,¿P&sÖÿ‘"7C$ EÕ6<~&å”S³Å2ÿÊô•)2†12¡ ¢¬"ãįlö§æ+»É˜—&ä¡Yμ4žŒ»PÞš%ᣌ¡\˜%àg£|e½TIšå÷(ÓÓøœL0™_Ìç&¡l‰2Eî‰ò”Ä9¼r‹ù9hžx¦g䊉Ib¦טiåèÈfúñ³Sùb1+”ÃMáˆxLÏô´ Ž0€¯o–E%Ym™h‘í­ííYÖæhù¿Ùß~Sý=ÈzûUñ&ìÏžAŒžYßlì¬/½ö$Z›³¾•U´m@åá¬Oï ò´Þœó†l^’Äâ ' ‹ììlsŸk.+è7ûŸ‚oÊ¿†9÷™ËîûV;¦?#I3eE妧¦KDÌÌ —Ïdý÷ÿãÀ9iÍÉÃ,œŸÀñ…èUQè” „‰h»…Ø A1ØvƒjpÔzÐN‚6p\WÀ p €G@ †ÁK0Þi‚ð¢Aª¤™BÖZyCAP8ÅC‰’@ùÐ&¨*ƒª¡CP=ô#tº]ƒú Ð 4ý}„˜Óa 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static GLuint viewRenderbuffer = 0; static GLuint viewFramebuffer = 0; // ----------------------------------------------------------------------------- // override the default layer class (which is [CALayer class]) so that // this view will be backed by a layer using OpenGL ES rendering + (Class)layerClass { return [CAEAGLLayer class]; } // ----------------------------------------------------------------------------- - (void)createFramebuffer { // generate IDs for a framebuffer object and a color renderbuffer glGenFramebuffersOES(1, &viewFramebuffer); glGenRenderbuffersOES(1, &viewRenderbuffer); glBindFramebufferOES(GL_FRAMEBUFFER_OES, viewFramebuffer); glBindRenderbufferOES(GL_RENDERBUFFER_OES, viewRenderbuffer); // associate the storage for the current render buffer with our CAEAGLLayer // so we can draw into a buffer that will later be rendered to screen [context renderbufferStorage:GL_RENDERBUFFER_OES fromDrawable:(id)self.layer]; glFramebufferRenderbufferOES(GL_FRAMEBUFFER_OES, GL_COLOR_ATTACHMENT0_OES, GL_RENDERBUFFER_OES, viewRenderbuffer); if (glCheckFramebufferStatusOES(GL_FRAMEBUFFER_OES) != GL_FRAMEBUFFER_COMPLETE_OES) { NSLog(@"Error creating framebuffer object: %x", glCheckFramebufferStatusOES(GL_FRAMEBUFFER_OES)); Fatal("Failed to create frame buffer!"); } } // ----------------------------------------------------------------------------- - (void)destroyFramebuffer { // clean up any buffers we have allocated glDeleteFramebuffersOES(1, &viewFramebuffer); viewFramebuffer = 0; glDeleteRenderbuffersOES(1, &viewRenderbuffer); viewRenderbuffer = 0; } // ----------------------------------------------------------------------------- - (void)layoutSubviews { // this is called when view is resized (on start up or when device is rotated or when toggling full screen) // so we need to create the framebuffer to be the same size // NSLog(@"layoutSubviews: wd=%f ht=%f", self.bounds.size.width, self.bounds.size.height); [EAGLContext setCurrentContext:context]; glMatrixMode(GL_PROJECTION); glLoadIdentity(); CGRect frame = self.bounds; glOrthof(0, frame.size.width, frame.size.height, 0, -1, 1); // origin is top left and y increases down glViewport(0, 0, frame.size.width, frame.size.height); glMatrixMode(GL_MODELVIEW); if (viewFramebuffer != 0 || viewRenderbuffer != 0) { [self destroyFramebuffer]; } [self createFramebuffer]; [self refreshPattern]; } // ----------------------------------------------------------------------------- - (void)refreshPattern { // x and y are always 0 // float x = self.bounds.origin.x; // float y = self.bounds.origin.y; int wd = int(self.bounds.size.width); int ht = int(self.bounds.size.height); //!!! import from view.h if we ever support tiled layers int tileindex = -1; if ( numclones > 0 && numlayers > 1 && (stacklayers || tilelayers) ) { SyncClones(); } if ( numlayers > 1 && tilelayers ) { if ( tileindex >= 0 && ( wd != GetLayer(tileindex)->view->getwidth() || ht != GetLayer(tileindex)->view->getheight() ) ) { GetLayer(tileindex)->view->resize(wd, ht); } } else if ( wd != currlayer->view->getwidth() || ht != currlayer->view->getheight() ) { // set viewport size ResizeLayers(wd, ht); } [EAGLContext setCurrentContext:context]; DrawPattern(tileindex); // display the buffer glBindRenderbufferOES(GL_RENDERBUFFER_OES, viewRenderbuffer); [context presentRenderbuffer:GL_RENDERBUFFER_OES]; } // ----------------------------------------------------------------------------- - (BOOL)gestureRecognizer:(UIGestureRecognizer *)gestureRecognizer shouldReceiveTouch:(UITouch *)touch { if ([touch.view isKindOfClass:[UIButton class]]){ // allow Restore button to work (when in fullscreen mode) return NO; } return YES; } // ----------------------------------------------------------------------------- - (void)zoomView:(UIPinchGestureRecognizer *)gestureRecognizer { static CGFloat oldscale = 1.0; static CGPoint zoompt; UIGestureRecognizerState state = [gestureRecognizer state]; if (state == UIGestureRecognizerStateBegan || state == UIGestureRecognizerStateChanged) { if (state == UIGestureRecognizerStateBegan) { // less confusing if we only get zoom point at start of pinch zoompt = [gestureRecognizer locationInView:self]; } CGFloat newscale = [gestureRecognizer scale]; if (newscale - oldscale < -0.1) { // fingers moved closer, so zoom out ZoomOutPos(zoompt.x, zoompt.y); oldscale = newscale; } else if (newscale - oldscale > 0.1) { // fingers moved apart, so zoom in ZoomInPos(zoompt.x, zoompt.y); oldscale = newscale; } } else if (state == UIGestureRecognizerStateEnded) { // reset scale [gestureRecognizer setScale:1.0]; oldscale = 1.0; } } // ----------------------------------------------------------------------------- static int startx, starty; - (void)touchesBegan:(NSSet *)touches withEvent:(UIEvent *)event { if ([touches count] == 1) { // get the only touch and remember its location for use in singleDrag UITouch *t = [touches anyObject]; CGPoint currpt = [t locationInView:self]; startx = (int)currpt.x; starty = (int)currpt.y; } } // ----------------------------------------------------------------------------- - (void)singleDrag:(UIPanGestureRecognizer *)gestureRecognizer { static CGPoint prevpt, delta; UIGestureRecognizerState state = [gestureRecognizer state]; if (state == UIGestureRecognizerStateBegan) { prevpt = [gestureRecognizer locationInView:self]; ClearMessage(); // the current location is not where the initial touch occurred // so use the starting location saved in touchesBegan (otherwise // problems will occur when dragging a small paste image) TouchBegan(startx, starty); TouchMoved(prevpt.x, prevpt.y); } else if (state == UIGestureRecognizerStateChanged && [gestureRecognizer numberOfTouches] == 1) { CGPoint newpt = [gestureRecognizer locationInView:self]; TouchMoved(newpt.x, newpt.y); if (currlayer->touchmode == movemode) { delta.x = newpt.x - prevpt.x; delta.y = newpt.y - prevpt.y; prevpt = newpt; } } else if (state == UIGestureRecognizerStateEnded) { if (currlayer->touchmode == movemode) { // if velocity is high then move further in current direction CGPoint velocity = [gestureRecognizer velocityInView:self]; if (fabs(velocity.x) > 1000.0 || fabs(velocity.y) > 1000.0) { TouchMoved(prevpt.x + delta.x * fabs(velocity.x/100.0), prevpt.y + delta.y * fabs(velocity.y/100.0)); } } TouchEnded(); } else if (state == UIGestureRecognizerStateCancelled) { TouchEnded(); } } // ----------------------------------------------------------------------------- - (void)moveView:(UIPanGestureRecognizer *)gestureRecognizer { static TouchModes oldmode; static CGPoint prevpt, delta; UIGestureRecognizerState state = [gestureRecognizer state]; if (state == UIGestureRecognizerStateBegan) { prevpt = [gestureRecognizer locationInView:self]; ClearMessage(); oldmode = currlayer->touchmode; currlayer->touchmode = movemode; TouchBegan(prevpt.x, prevpt.y); } else if (state == UIGestureRecognizerStateChanged && [gestureRecognizer numberOfTouches] == 2) { CGPoint newpt = [gestureRecognizer locationInView:self]; TouchMoved(newpt.x, newpt.y); delta.x = newpt.x - prevpt.x; delta.y = newpt.y - prevpt.y; prevpt = newpt; } else if (state == UIGestureRecognizerStateEnded) { // if velocity is high then move further in current direction CGPoint velocity = [gestureRecognizer velocityInView:self]; if (fabs(velocity.x) > 1000.0 || fabs(velocity.y) > 1000.0) { TouchMoved(prevpt.x + delta.x * fabs(velocity.x/100.0), prevpt.y + delta.y * fabs(velocity.y/100.0)); } TouchEnded(); currlayer->touchmode = oldmode; } else if (state == UIGestureRecognizerStateCancelled) { TouchEnded(); currlayer->touchmode = oldmode; } } // ----------------------------------------------------------------------------- static UIActionSheet *selsheet; - (void)doSelectionAction { selsheet = [[UIActionSheet alloc] initWithTitle:nil delegate:self cancelButtonTitle:nil destructiveButtonTitle:nil otherButtonTitles: @"Remove", @"Cut", @"Copy", @"Clear", @"Clear Outside", @"Shrink", @"Fit", [NSString stringWithFormat:@"Random Fill (%d%%)", randomfill], @"Flip Top-Bottom", @"Flip Left-Right", @"Rotate Clockwise", @"Rotate Anticlockwise", @"Advance", @"Advance Outside", nil]; [selsheet showInView:self]; } // ----------------------------------------------------------------------------- static UIActionSheet *pastesheet; - (void)doPasteAction { pastesheet = [[UIActionSheet alloc] initWithTitle:nil delegate:self cancelButtonTitle:nil destructiveButtonTitle:nil otherButtonTitles: @"Abort", [NSString stringWithFormat:@"Paste (%@)", [NSString stringWithCString:GetPasteMode() encoding:NSUTF8StringEncoding]], @"Paste to Selection", @"Flip Top-Bottom", @"Flip Left-Right", @"Rotate Clockwise", @"Rotate Anticlockwise", nil]; [pastesheet showInView:self]; } // ----------------------------------------------------------------------------- static UIActionSheet *globalSheet; static NSInteger globalButton; - (void)doDelayedAction { if (globalSheet == selsheet) { if (generating && globalButton >= 1 && globalButton <= 13 && globalButton != 2 && globalButton != 5 && globalButton != 6) { // temporarily stop generating for all actions except Remove, Copy, Shrink, Fit PauseGenerating(); if (event_checker > 0) { // try again after a short delay that gives time for NextGeneration() to terminate [self performSelector:@selector(doDelayedAction) withObject:nil afterDelay:0.01]; return; } } switch (globalButton) { case 0: RemoveSelection(); break; // WARNING: above test assumes Remove is index 0 case 1: CutSelection(); break; case 2: CopySelection(); break; // WARNING: above test assumes Copy is index 2 case 3: ClearSelection(); break; case 4: ClearOutsideSelection(); break; case 5: ShrinkSelection(false); break; // WARNING: above test assumes Shrink is index 5 case 6: FitSelection(); break; // WARNING: above test assumes Fit is index 6 case 7: RandomFill(); break; case 8: FlipSelection(true); break; case 9: FlipSelection(false); break; case 10: RotateSelection(true); break; case 11: RotateSelection(false); break; case 12: currlayer->currsel.Advance(); break; case 13: currlayer->currsel.AdvanceOutside(); break; // WARNING: above test assumes 13 is last index default: break; } ResumeGenerating(); } else if (globalSheet == pastesheet) { switch (globalButton) { case 0: AbortPaste(); break; case 1: DoPaste(false); break; case 2: DoPaste(true); break; case 3: FlipPastePattern(true); break; case 4: FlipPastePattern(false); break; case 5: RotatePastePattern(true); break; case 6: RotatePastePattern(false); break; default: break; } UpdateEverything(); } } // ----------------------------------------------------------------------------- // called when the user selects an option in a UIActionSheet - (void)actionSheet:(UIActionSheet *)sheet didDismissWithButtonIndex:(NSInteger)buttonIndex { // user interaction is disabled at this moment, which is a problem if Warning or BeginProgress // gets called (their OK/Cancel buttons won't work) so we have to call the appropriate // action code AFTER this callback has finished and user interaction restored globalSheet = sheet; globalButton = buttonIndex; [self performSelector:@selector(doDelayedAction) withObject:nil afterDelay:0.01]; } // ----------------------------------------------------------------------------- static double prevtime = 0.0; // used to detect a double tap - (void)singleTap:(UITapGestureRecognizer *)gestureRecognizer { if ([gestureRecognizer state] == UIGestureRecognizerStateEnded) { CGPoint pt = [gestureRecognizer locationInView:self]; ClearMessage(); if (TimeInSeconds() - prevtime < 0.3) { // double tap if (waitingforpaste && PointInPasteImage(pt.x, pt.y) && !drawingcells) { // if generating then stop (consistent with doPaste in PatternViewController.m) StopIfGenerating(); ClearMessage(); // now display action sheet that lets user abort/paste/flip/rotate/etc [self doPasteAction]; } else if (currlayer->touchmode == selectmode && SelectionExists() && PointInSelection(pt.x, pt.y)) { // display action sheet that lets user remove/cut/copy/clear/etc [self doSelectionAction]; } else if (currlayer->touchmode == drawmode) { // do the drawing TouchBegan(pt.x, pt.y); TouchEnded(); } prevtime = 0.0; } else { // single tap TouchBegan(pt.x, pt.y); TouchEnded(); prevtime = TimeInSeconds(); } } } // ----------------------------------------------------------------------------- - (id)initWithCoder:(NSCoder *)c { self = [super initWithCoder:c]; if (self) { // init the OpenGL ES stuff (based on Apple's GLPaint sample code): CAEAGLLayer *eaglLayer = (CAEAGLLayer *)self.layer; eaglLayer.opaque = YES; // note that we're using OpenGL ES version 1 context = [[EAGLContext alloc] initWithAPI:kEAGLRenderingAPIOpenGLES1]; if (!context || ![EAGLContext setCurrentContext:context]) { self = nil; return self; } // set the view's scale factor self.contentScaleFactor = 1.0; // we only do 2D drawing glDisable(GL_DEPTH_TEST); glDisable(GL_DITHER); glDisable(GL_MULTISAMPLE); glDisable(GL_STENCIL_TEST); glDisable(GL_FOG); glEnableClientState(GL_TEXTURE_COORD_ARRAY); glEnableClientState(GL_VERTEX_ARRAY); glEnable(GL_BLEND); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); // add gesture recognizers to this view: [self setMultipleTouchEnabled:YES]; // pinch gestures will zoom in/out UIPinchGestureRecognizer *pinchGesture = [[UIPinchGestureRecognizer alloc] initWithTarget:self action:@selector(zoomView:)]; pinchGesture.delegate = self; [self addGestureRecognizer:pinchGesture]; // one-finger pan gestures will be used to draw/pick/select/etc, depending on the current touch mode UIPanGestureRecognizer *pan1Gesture = [[UIPanGestureRecognizer alloc] initWithTarget:self action:@selector(singleDrag:)]; pan1Gesture.minimumNumberOfTouches = 1; pan1Gesture.maximumNumberOfTouches = 1; pan1Gesture.delegate = self; [self addGestureRecognizer:pan1Gesture]; // two-finger pan gestures will move the view UIPanGestureRecognizer *pan2Gesture = [[UIPanGestureRecognizer alloc] initWithTarget:self action:@selector(moveView:)]; pan2Gesture.minimumNumberOfTouches = 2; pan2Gesture.maximumNumberOfTouches = 2; pan2Gesture.delegate = self; [self addGestureRecognizer:pan2Gesture]; // single-taps will do various actions depending on the current touch mode UITapGestureRecognizer *tap1Gesture = [[UITapGestureRecognizer alloc] initWithTarget:self action:@selector(singleTap:)]; tap1Gesture.numberOfTapsRequired = 1; tap1Gesture.numberOfTouchesRequired = 1; tap1Gesture.delegate = self; [self addGestureRecognizer:tap1Gesture]; /* too many problems if we have gesture recognizers for single-taps and double-taps: // double-taps will do various actions depending on the location UITapGestureRecognizer *tap2Gesture = [[UITapGestureRecognizer alloc] initWithTarget:self action:@selector(doubleTap:)]; tap2Gesture.numberOfTapsRequired = 2; tap2Gesture.numberOfTouchesRequired = 1; tap2Gesture.delegate = self; [self addGestureRecognizer:tap2Gesture]; // only do a single-tap if double-tap is not detected // (this works but the delay is way too long) // [tap1Gesture requireGestureRecognizerToFail:tap2Gesture]; */ } return self; } // ----------------------------------------------------------------------------- @end golly-3.3-src/gui-ios/Golly/HelpViewController.m0000644000175000017500000002411213145740437016632 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "utils.h" // for Beep, Warning, FixURLPath #include "prefs.h" // for userdir, supplieddir, downloaddir #include "file.h" // for OpenFile, UnzipFile, GetURL, DownloadFile, LoadLexiconPattern #include "control.h" // for ChangeRule #import "GollyAppDelegate.h" // for SwitchToPatternTab, SwitchToHelpTab #import "InfoViewController.h" // for ShowTextFile #import "HelpViewController.h" @implementation HelpViewController // ----------------------------------------------------------------------------- - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil]; if (self) { self.title = @"Help"; self.tabBarItem.image = [UIImage imageNamed:@"help.png"]; } return self; } // ----------------------------------------------------------------------------- - (void)didReceiveMemoryWarning { [super didReceiveMemoryWarning]; // Release any cached data, images, etc that aren't in use. } // ----------------------------------------------------------------------------- - (void)showContentsPage { NSBundle *bundle=[NSBundle mainBundle]; NSString *filePath = [bundle pathForResource:@"index" ofType:@"html" inDirectory:@"Help"]; if (filePath) { NSURL *fileUrl = [NSURL fileURLWithPath:filePath]; NSURLRequest *request = [NSURLRequest requestWithURL:fileUrl]; [htmlView loadRequest:request]; } else { [htmlView loadHTMLString:@"

Failed to find index.html!
" baseURL:nil]; } } // ----------------------------------------------------------------------------- static UIWebView *globalHtmlView = nil; // for ShowHelp - (void)viewDidLoad { [super viewDidLoad]; globalHtmlView = htmlView; htmlView.delegate = self; // following line will enable zooming content using pinch gestures // htmlView.scalesPageToFit = YES; // along with a line like this in each .html file's header: // // BUT it's simpler to adjust font size using some JavaScript in webViewDidFinishLoad backButton.enabled = NO; nextButton.enabled = NO; [self showContentsPage]; } // ----------------------------------------------------------------------------- - (void)viewDidUnload { [super viewDidUnload]; // release delegate and outlets htmlView.delegate = nil; htmlView = nil; backButton = nil; nextButton = nil; contentsButton = nil; } // ----------------------------------------------------------------------------- - (void)viewWillAppear:(BOOL)animated { [super viewWillAppear:animated]; } // ----------------------------------------------------------------------------- - (void)viewDidAppear:(BOOL)animated { [super viewDidAppear:animated]; } // ----------------------------------------------------------------------------- - (void)viewWillDisappear:(BOOL)animated { [super viewWillDisappear:animated]; [htmlView stopLoading]; // in case the web view is still loading its content } // ----------------------------------------------------------------------------- - (void)viewDidDisappear:(BOOL)animated { [super viewDidDisappear:animated]; } // ----------------------------------------------------------------------------- - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // return YES for supported orientations return YES; } // ----------------------------------------------------------------------------- - (IBAction)doBack:(id)sender { [htmlView goBack]; } // ----------------------------------------------------------------------------- - (IBAction)doNext:(id)sender { [htmlView goForward]; } // ----------------------------------------------------------------------------- - (IBAction)doContents:(id)sender { [self showContentsPage]; } // ----------------------------------------------------------------------------- // UIWebViewDelegate methods: - (void)webViewDidStartLoad:(UIWebView *)webView { [UIApplication sharedApplication].networkActivityIndicatorVisible = YES; } // ----------------------------------------------------------------------------- static std::string pageurl; - (void)webViewDidFinishLoad:(UIWebView *)webView { [UIApplication sharedApplication].networkActivityIndicatorVisible = NO; backButton.enabled = htmlView.canGoBack; nextButton.enabled = htmlView.canGoForward; // increase font size NSString *jsString = @"document.getElementsByTagName('body')[0].style.webkitTextSizeAdjust= '110%'"; [htmlView stringByEvaluatingJavaScriptFromString:jsString]; // need URL of this page for relative "get:" links NSString *str = [htmlView stringByEvaluatingJavaScriptFromString:@"window.location.href"]; // we could use this instead: // NSString *str = htmlView.request.mainDocumentURL.absoluteString; pageurl = [str cStringUsingEncoding:NSUTF8StringEncoding]; // replace each %20 in pageurl with a space (for GetURL) for (size_t pos = pageurl.find("%20"); pos != std::string::npos; pos = pageurl.find("%20", pos)) { pageurl.replace(pos, 3, " "); } } // ----------------------------------------------------------------------------- - (void)webView:(UIWebView *)webView didFailLoadWithError:(NSError *)error { [UIApplication sharedApplication].networkActivityIndicatorVisible = NO; // we can safely ignore -999 errors (eg. when ShowHelp is called before user switches to Help tab) if (error.code == NSURLErrorCancelled) return; Warning([error.localizedDescription cStringUsingEncoding:NSUTF8StringEncoding]); } // ----------------------------------------------------------------------------- - (BOOL)webView:(UIWebView *)webView shouldStartLoadWithRequest:(NSURLRequest *)request navigationType:(UIWebViewNavigationType)navigationType { if (navigationType == UIWebViewNavigationTypeLinkClicked) { NSURL *url = [request URL]; NSString *link = [url absoluteString]; // NSLog(@"url = %@", link); // look for special prefixes used by Golly (and return NO if found) if ([link hasPrefix:@"open:"]) { // open specified file std::string path = [[link substringFromIndex:5] cStringUsingEncoding:NSUTF8StringEncoding]; FixURLPath(path); OpenFile(path.c_str()); // OpenFile will switch to the appropriate tab return NO; } if ([link hasPrefix:@"rule:"]) { // switch to specified rule std::string newrule = [[link substringFromIndex:5] cStringUsingEncoding:NSUTF8StringEncoding]; SwitchToPatternTab(); ChangeRule(newrule); return NO; } if ([link hasPrefix:@"lexpatt:"]) { // user tapped on pattern in Life Lexicon std::string pattern = [[link substringFromIndex:8] cStringUsingEncoding:NSUTF8StringEncoding]; std::replace(pattern.begin(), pattern.end(), '$', '\n'); LoadLexiconPattern(pattern); return NO; } if ([link hasPrefix:@"edit:"]) { std::string path = [[link substringFromIndex:5] cStringUsingEncoding:NSUTF8StringEncoding]; // convert path to a full path if necessary std::string fullpath = path; if (path[0] != '/') { if (fullpath.find("Patterns/") == 0 || fullpath.find("Rules/") == 0) { // Patterns and Rules directories are inside supplieddir fullpath = supplieddir + fullpath; } else { fullpath = userdir + fullpath; } } ShowTextFile(fullpath.c_str()); return NO; } if ([link hasPrefix:@"get:"]) { std::string geturl = [[link substringFromIndex:4] cStringUsingEncoding:NSUTF8StringEncoding]; // download file specifed in link (possibly relative to a previous full url) GetURL(geturl, pageurl); return NO; } if ([link hasPrefix:@"unzip:"]) { std::string zippath = [[link substringFromIndex:6] cStringUsingEncoding:NSUTF8StringEncoding]; FixURLPath(zippath); std::string entry = zippath.substr(zippath.rfind(':') + 1); zippath = zippath.substr(0, zippath.rfind(':')); UnzipFile(zippath, entry); return NO; } // no special prefix, so look for file with .zip/rle/lif/mc extension std::string path = [link cStringUsingEncoding:NSUTF8StringEncoding]; path = path.substr(path.rfind('/')+1); size_t dotpos = path.rfind('.'); std::string ext = ""; if (dotpos != std::string::npos) ext = path.substr(dotpos+1); if ( (IsZipFile(path) || strcasecmp(ext.c_str(),"rle") == 0 || strcasecmp(ext.c_str(),"life") == 0 || strcasecmp(ext.c_str(),"mc") == 0) // also check for '?' to avoid opening links like ".../detail?name=foo.zip" && path.find('?') == std::string::npos) { // download file to downloaddir and open it path = downloaddir + path; std::string url = [link cStringUsingEncoding:NSUTF8StringEncoding]; if (DownloadFile(url, path)) { OpenFile(path.c_str()); } return NO; } } return YES; } @end // ============================================================================= void ShowHelp(const char* filepath) { SwitchToHelpTab(); NSURL *fileUrl = [NSURL fileURLWithPath:[NSString stringWithCString:filepath encoding:NSUTF8StringEncoding]]; NSURLRequest *request = [NSURLRequest requestWithURL:fileUrl]; // NSLog(@"filepath = %s", filepath); // NSLog(@"fileUrl = %@", fileUrl); [globalHtmlView loadRequest:request]; } golly-3.3-src/gui-ios/Golly/StateView.m0000644000175000017500000002017713145740437014765 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "prefs.h" // for showicons #include "layer.h" // for currlayer #include "algos.h" // for gBitmapPtr #include "status.h" // for ClearMessage #import "PatternViewController.h" // for UpdateEditBar #import "StatePickerController.h" #import "StateView.h" @implementation StateView // ----------------------------------------------------------------------------- - (void)singleTap:(UITapGestureRecognizer *)gestureRecognizer { if ([gestureRecognizer state] == UIGestureRecognizerStateEnded) { ClearMessage(); int numstates = currlayer->algo->NumCellStates(); if ([[UIDevice currentDevice] userInterfaceIdiom] == UIUserInterfaceIdiomPad) { // create a popover controller for picking the new drawing state StatePickerController *statePicker = [[StatePickerController alloc] initWithNibName:nil bundle:nil]; statePopover = [[UIPopoverController alloc] initWithContentViewController:statePicker]; statePopover.delegate = self; // set popover size depending on number of states int wd = numstates <= 16 ? numstates * 32 : 16 * 32; int ht = (numstates + 15) / 16 * 32; // add border of 10 pixels (must match border in xib), // and add 1 extra pixel because we draw boxes around each cell wd += 21; ht += 21; // allow for switch button and label if (wd < 196) wd = 196; ht += 40; statePopover.popoverContentSize = CGSizeMake(wd, ht); [statePopover presentPopoverFromRect:self.bounds inView:self permittedArrowDirections:UIPopoverArrowDirectionUp animated:NO]; statePicker = nil; } } } // ----------------------------------------------------------------------------- - (id)initWithCoder:(NSCoder *)c { self = [super initWithCoder:c]; if (self) { [self setMultipleTouchEnabled:YES]; // add gesture recognizer to this view UITapGestureRecognizer *tap1Gesture = [[UITapGestureRecognizer alloc] initWithTarget:self action:@selector(singleTap:)]; tap1Gesture.numberOfTapsRequired = 1; tap1Gesture.numberOfTouchesRequired = 1; tap1Gesture.delegate = self; [self addGestureRecognizer:tap1Gesture]; } return self; } // ----------------------------------------------------------------------------- void DrawOneIcon(CGContextRef context, int x, int y, gBitmapPtr icon, unsigned char deadr, unsigned char deadg, unsigned char deadb, unsigned char liver, unsigned char liveg, unsigned char liveb) { // allocate memory to copy icon's RGBA data int wd = icon->wd; int ht = icon->ht; int iconbytes = wd * ht * 4; unsigned char* pxldata = (unsigned char*) malloc(iconbytes); if (pxldata == NULL) return; memcpy(pxldata, icon->pxldata, iconbytes); bool multicolor = currlayer->multicoloricons; // pxldata now contains the icon bitmap in RGBA pixel format, // so convert black pixels to given dead cell color and non-black pixels // to given live cell color (but not if icon is multi-colored) int byte = 0; for (int i = 0; i < wd*ht; i++) { unsigned char r = pxldata[byte]; unsigned char g = pxldata[byte+1]; unsigned char b = pxldata[byte+2]; if (r || g || b) { // non-black pixel if (multicolor) { // use non-black pixel in multi-colored icon if (swapcolors) { pxldata[byte] = 255 - r; pxldata[byte+1] = 255 - g; pxldata[byte+2] = 255 - b; } } else { // grayscale icon if (r == 255) { // replace white pixel with live cell color pxldata[byte] = liver; pxldata[byte+1] = liveg; pxldata[byte+2] = liveb; } else { // replace gray pixel with appropriate shade between // live and dead cell colors float frac = (float)r / 255.0; pxldata[byte] = (int)(deadr + frac * (liver - deadr) + 0.5); pxldata[byte+1] = (int)(deadg + frac * (liveg - deadg) + 0.5); pxldata[byte+2] = (int)(deadb + frac * (liveb - deadb) + 0.5); } } } else { // replace black pixel with dead cell color pxldata[byte] = deadr; pxldata[byte+1] = deadg; pxldata[byte+2] = deadb; } pxldata[byte+3] = 255; // ensure alpha channel is opaque byte += 4; } // create new icon image using modified pixel data and display it upside down CGColorSpaceRef colorspace = CGColorSpaceCreateDeviceRGB(); CGContextSaveGState(context); CGContextTranslateCTM(context, x, y); CGContextScaleCTM(context, 1, -1); CGContextRef ctx = CGBitmapContextCreate(pxldata, wd, ht, 8, wd * 4, colorspace, kCGImageAlphaPremultipliedLast | kCGBitmapByteOrder32Big); CGImageRef newicon = CGBitmapContextCreateImage(ctx); CGContextRelease(ctx); CGColorSpaceRelease(colorspace); // draw the image (use 0,0 and -ve height because of above translation and scale by 1,-1) CGContextDrawImage(context, CGRectMake(0,0,wd,-ht), newicon); // clean up free(pxldata); CGImageRelease(newicon); CGContextRestoreGState(context); } // ----------------------------------------------------------------------------- - (void)drawRect:(CGRect)rect { CGContextRef context = UIGraphicsGetCurrentContext(); int state = currlayer->drawingstate; gBitmapPtr* iconmaps = currlayer->icons31x31; // leave a 1 pixel border (color is set in xib) CGRect box = CGRectMake(1, 1, self.bounds.size.width-2, self.bounds.size.height-2); if (showicons && iconmaps && iconmaps[state]) { // fill box with background color then draw icon CGColorSpaceRef colorspace = CGColorSpaceCreateDeviceRGB(); CGFloat components[4]; components[0] = currlayer->cellr[0] / 255.0; components[1] = currlayer->cellg[0] / 255.0; components[2] = currlayer->cellb[0] / 255.0; components[3] = 1.0; // alpha CGColorRef colorref = CGColorCreate(colorspace, components); CGColorSpaceRelease(colorspace); CGContextSetFillColorWithColor(context, colorref); CGContextFillRect(context, box); CGColorRelease(colorref); DrawOneIcon(context, 1, 1, iconmaps[state], currlayer->cellr[0], currlayer->cellg[0], currlayer->cellb[0], currlayer->cellr[state], currlayer->cellg[state], currlayer->cellb[state]); } else { // fill box with color of current drawing state CGColorSpaceRef colorspace = CGColorSpaceCreateDeviceRGB(); CGFloat components[4]; components[0] = currlayer->cellr[state] / 255.0; components[1] = currlayer->cellg[state] / 255.0; components[2] = currlayer->cellb[state] / 255.0; components[3] = 1.0; // alpha CGColorRef colorref = CGColorCreate(colorspace, components); CGColorSpaceRelease(colorspace); CGContextSetFillColorWithColor(context, colorref); CGContextFillRect(context, box); CGColorRelease(colorref); } } // ----------------------------------------------------------------------------- - (void)dismissStatePopover { [statePopover dismissPopoverAnimated:NO]; statePopover = nil; } // ----------------------------------------------------------------------------- - (void)popoverControllerDidDismissPopover:(UIPopoverController *)popoverController { statePopover = nil; } // ----------------------------------------------------------------------------- @end golly-3.3-src/gui-ios/Golly/open.png0000644000175000017500000000036012026730263014324 00000000000000‰PNG  IHDR;0®¢·IDATH‰í–Q ƒ0ç•©_Åkô”½†ø£wÚþXHKâÓ&i]ø@vQ“D‹\šPOð!ÀWï3‹{I–nÖØRïqªéÖ¤Ììw!?OPF}X`êÁ̹Ðï¬÷@WŒ¤èŒóõ8Ï9k Ÿï5~k¾è8„ƒ.©¹ÿ˜TWÓì©®¦–U×Óì€î “¤çpG%͸D[ˆh††ŸÅ$¸vŽ÷³w‚ÿ–7Ö•/”…IEND®B`‚golly-3.3-src/gui-ios/Golly/Icon.png0000644000175000017500000000461312026730263014260 00000000000000‰PNG  IHDRHHÚ$!tEXtSoftwareGraphicConverter (Intel)w‡ú %IDATxœìZ PSW¾çTpA°V`wÛúDâ³NÇj}  *â|E*…º±¬ ‚…¡<!HxÈ;ÈVQ@ /åᣃ/DkgOr)ºæÚ{1˜„]g¾¹sóqÎÇÿÍÍùïÉ7ùõùÚÿI ¯àƒ±ÆþOõß¡ßë5ýo’Ö%¢?0yzBko3{þ”ö:ùèg“îú» â‚´àïko³>–œÉmKKk=ßÓ-V¬(µ Í˽ÐWÏ c¾d'xDG× ò;OG^ÊHu†Ìà#Ú‰Ðïrøí!Á¼×l• 4È 319åéQÇ ¼Ê ¬g0êl6ýÎ40Hc^“WéôK¡ÇÝ/lùê«bŒa^ùâ‹ÂºëC÷o´®Ææ:T?Ÿš4pß„¤ ®1’‚ÄÆzºè4AG‡;ŸšC5È™öQ¦ªê¹Èˆ(Ê™ñ’óøêji ÃœwyOPM77’sçðUTR|öï›9ƒ¥ñ‡tê<þ|*ïÏÊFÑ”ïO9‘Ä5FRðá3c½Ý¦ðRbxE Ê=悈™a^©ÔX†òÛGìêéqpÖÌ80§"vG„»ÝézõîV˺£G<“ÙÛŸ>|k°ü>ðü)-ãÄôl¼fõû“%‘s( â–1DÜò1¦€ˆ[>ÆqËǘb"n9@1·¼¼É7â–+DÜò1¦€ˆ[>ÆqËǘ"nùSLÄ-ŒeÄ- Ãä‚\Fn‹›x»C­TÀ1& ¿ZëÌ9{V.·ËÞ®ðú«±­ã½|d"  l44~\oY*!Ëçð­­˜ /}tÆÚšéÒ²¿Ÿ;@xª*bRmÞÏš‰³=S*¼i ®Ké¹P` @õ Ú5«O)¼ôуÀ iö¶a´c¤¦FyE™­ÂKµ±_ñd¸ÕJOure°8r³ g7­lûˆ›d"+XW³å|| 'U{6±áêÆQ “%â&™Hã ¶5¯35ÍdžA¬]Íëé2S–ˆ›d"+èëã©­¶rE>$—//ÐÐH 9æª,7ÉDWÐé‡%“(€¤`·‹Ÿ²DÜ$i\Aø­৑a¹œ”è¤,7ùDZZ·Õ.²ÝjÃɃÆJq“O¤qËŠ·øûyäÙPŠˆ[ÆSܲ '6&‡C×c~,œØ˜Œ·,§¸e9þÞ#nYNqËr,ü½Gܲœâ–åX8©5&ŸC×c~,œØ†wÍú{Þ|¾½Ýæ~óÛ, ؾa~9dü‚ðÝÕÝañì±é» ïø`l¼áƒ±ñ†ÿÿÿ*³h©PŽ§IEND®B`‚golly-3.3-src/gui-ios/Golly/PatternView.h0000644000175000017500000000050213145740437015303 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. // This is the view used to display a pattern (within the Pattern tab). @interface PatternView : UIView - (void)doPasteAction; - (void)doSelectionAction; - (void)refreshPattern; @end golly-3.3-src/gui-ios/Golly/SaveViewController.m0000644000175000017500000003103013171233731016626 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "writepattern.h" // for pattern_format, output_compression #include "utils.h" // for FileExists #include "prefs.h" // for savedir #include "layer.h" // for currlayer, etc #include "file.h" // for SavePattern, GetBaseName #import "SaveViewController.h" @implementation SaveViewController // ----------------------------------------------------------------------------- static NSString *filetypes[] = // data for typeTable { // WARNING: code below assumes this ordering @"Run Length Encoded (*.rle)", @"Compressed RLE (*.rle.gz)", @"Macrocell (*.mc)", @"Compressed MC (*.mc.gz)" }; const int NUM_TYPES = sizeof(filetypes) / sizeof(filetypes[0]); static int currtype = 0; // current index in typeTable static bool inSaveTextFile = false; // SaveTextFile was called? static const char* initpath; // path of file being edited static const char* filedata; // text to be saved static InfoViewController* callingVC; // the view controller that called SaveTextFile // ----------------------------------------------------------------------------- - (void)checkFileType { std::string filename = [[nameText text] cStringUsingEncoding:NSUTF8StringEncoding]; if (!filename.empty()) { // might need to change currtype to match an explicit extension int oldtype = currtype; size_t len = filename.length(); if (len >= 4 && len - 4 == filename.rfind(".rle")) { currtype = 0; } else if (len >= 7 && len - 7 == filename.rfind(".rle.gz")) { currtype = 1; } else if (len >= 3 && len - 3 == filename.rfind(".mc")) { currtype = 2; } else if (len >= 6 && len - 6 == filename.rfind(".mc.gz")) { currtype = 3; } else { // extension is unknown or not supplied, so append appropriate extension size_t dotpos = filename.find('.'); if (currtype == 0) filename = filename.substr(0,dotpos) + ".rle"; if (currtype == 1) filename = filename.substr(0,dotpos) + ".rle.gz"; if (currtype == 2) filename = filename.substr(0,dotpos) + ".mc"; if (currtype == 3) filename = filename.substr(0,dotpos) + ".mc.gz"; [nameText setText:[NSString stringWithCString:filename.c_str() encoding:NSUTF8StringEncoding]]; } if (currtype != oldtype) { [typeTable selectRowAtIndexPath:[NSIndexPath indexPathForRow:currtype inSection:0] animated:NO scrollPosition:UITableViewScrollPositionNone]; } } } // ----------------------------------------------------------------------------- - (void)checkFileName { std::string filename = [[nameText text] cStringUsingEncoding:NSUTF8StringEncoding]; if (!filename.empty()) { // might need to change filename to match currtype size_t dotpos = filename.find('.'); std::string ext = (dotpos == std::string::npos) ? "" : filename.substr(dotpos); if (currtype == 0 && ext != ".rle") filename = filename.substr(0,dotpos) + ".rle"; if (currtype == 1 && ext != ".rle.gz") filename = filename.substr(0,dotpos) + ".rle.gz"; if (currtype == 2 && ext != ".mc") filename = filename.substr(0,dotpos) + ".mc"; if (currtype == 3 && ext != ".mc.gz") filename = filename.substr(0,dotpos) + ".mc.gz"; [nameText setText:[NSString stringWithCString:filename.c_str() encoding:NSUTF8StringEncoding]]; } } // ----------------------------------------------------------------------------- - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil]; if (self) { self.title = @"Save"; } return self; } // ----------------------------------------------------------------------------- - (void)didReceiveMemoryWarning { [super didReceiveMemoryWarning]; // Release any cached data, images, etc that aren't in use. } // ----------------------------------------------------------------------------- - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // return YES for supported orientations return YES; } // ----------------------------------------------------------------------------- - (void)viewDidLoad { [super viewDidLoad]; // Do any additional setup after loading the view from its nib. } // ----------------------------------------------------------------------------- - (void)viewDidUnload { [super viewDidUnload]; // release all outlets nameText = nil; typeTable = nil; topLabel = nil; botLabel = nil; } // ----------------------------------------------------------------------------- - (void)viewWillAppear:(BOOL)animated { [super viewWillAppear:animated]; if (inSaveTextFile) { // user is saving a pattern (in Documents/Saved or Documents/Downloads) // or a .rule file (in Documents/Rules) std::string filename = GetBaseName(initpath); [nameText setText:[NSString stringWithCString:filename.c_str() encoding:NSUTF8StringEncoding]]; typeTable.hidden = YES; // change labels [topLabel setText:@"Save file as:"]; std::string filepath = initpath; if (filepath.find("Documents/Rules/") != std::string::npos) { [botLabel setText:@"File location: Documents/Rules/"]; } else if (filepath.find("Documents/Downloads/") != std::string::npos) { [botLabel setText:@"File location: Documents/Downloads/"]; } else { [botLabel setText:@"File location: Documents/Saved/"]; } } else { // user is saving current pattern via Pattern tab's Save button // [nameText setText:[NSString stringWithCString:currlayer->currname.c_str() encoding:NSUTF8StringEncoding]]; // probably nicer not to show current name [nameText setText:@""]; // init file type if (currlayer->algo->hyperCapable()) { // RLE is allowed but macrocell format is better if (currtype < 2) currtype = 2; } else { // algo doesn't support macrocell format if (currtype > 1) currtype = 0; } [typeTable selectRowAtIndexPath:[NSIndexPath indexPathForRow:currtype inSection:0] animated:NO scrollPosition:UITableViewScrollPositionNone]; [self checkFileName]; } // show keyboard immediately [nameText becomeFirstResponder]; } // ----------------------------------------------------------------------------- - (void)viewWillDisappear:(BOOL)animated { [super viewWillDisappear:animated]; inSaveTextFile = false; } // ----------------------------------------------------------------------------- - (IBAction)doCancel:(id)sender { [self dismissViewControllerAnimated:YES completion:nil]; } // ----------------------------------------------------------------------------- - (IBAction)doSave:(id)sender { // clear first responder if necessary (ie. remove keyboard) [self.view endEditing:YES]; std::string filename = [[nameText text] cStringUsingEncoding:NSUTF8StringEncoding]; if (filename.empty()) { // Warning("Please enter a file name."); // better to beep and show keyboard Beep(); [nameText becomeFirstResponder]; return; } const char* replace_query = "A file with that name already exists.\nDo you want to replace that file?"; if (inSaveTextFile) { // user is saving a text file (pattern or .rule file) std::string initname = GetBaseName(initpath); std::string dir = initpath; dir = dir.substr(0,dir.rfind('/')+1); // prevent Documents/Rules/* being saved as something other than a .rule file if (EndsWith(dir,"Documents/Rules/") && !EndsWith(filename,".rule")) { Warning("Files in Documents/Rules/ must have a .rule extension."); [nameText becomeFirstResponder]; return; } std::string fullpath = dir + filename; if (initname != filename && FileExists(fullpath)) { // ask user if it's ok to replace an existing file that's not the same as the given file if (!YesNo(replace_query)) return; } FILE* f = fopen(fullpath.c_str(), "w"); if (f) { if (fputs(filedata, f) == EOF) { fclose(f); Warning("Could not write to file!"); return; } } else { Warning("Could not create file!"); return; } fclose(f); [self dismissViewControllerAnimated:YES completion:nil]; // tell caller that the save was a success [callingVC saveSucceded:fullpath.c_str()]; } else { // user is saving current pattern in Documents/Saved/ via Pattern tab's Save button std::string fullpath = savedir + filename; if (FileExists(fullpath)) { // ask user if it's ok to replace an existing file if (!YesNo(replace_query)) return; } // dismiss modal view first in case SavePattern calls BeginProgress [self dismissViewControllerAnimated:YES completion:nil]; pattern_format format = currtype < 2 ? XRLE_format : MC_format; output_compression compression = currtype % 2 == 0 ? no_compression : gzip_compression; SavePattern(fullpath, format, compression); } } // ----------------------------------------------------------------------------- // UITextFieldDelegate methods: - (void)textFieldDidEndEditing:(UITextField *)tf { // called when rule editing has ended (ie. keyboard disappears) if (!inSaveTextFile) [self checkFileType]; } - (BOOL)textFieldShouldReturn:(UITextField *)tf { // called when user hits Done button, so remove keyboard // (note that textFieldDidEndEditing will then be called) [tf resignFirstResponder]; return YES; } - (BOOL)disablesAutomaticKeyboardDismissal { // this allows keyboard to be dismissed if modal view uses UIModalPresentationFormSheet return NO; } // ----------------------------------------------------------------------------- // UITableViewDelegate and UITableViewDataSource methods: - (NSInteger)numberOfSectionsInTableView:(UITableView *)TableView { return 1; } - (NSInteger)tableView:(UITableView *)tableView numberOfRowsInSection:(NSInteger)component { if (!currlayer->algo->hyperCapable()) { // algo doesn't support macrocell format return 2; } else { return NUM_TYPES; } } - (UITableViewCell *)tableView:(UITableView *)tableView cellForRowAtIndexPath:(NSIndexPath *)indexPath { // check for a reusable cell first and use that if it exists UITableViewCell *cell = [tableView dequeueReusableCellWithIdentifier:@"UITableViewCell"]; // if there is no reusable cell of this type, create a new one if (!cell) cell = [[UITableViewCell alloc] initWithStyle:UITableViewCellStyleDefault reuseIdentifier:@"UITableViewCell"]; [[cell textLabel] setText:filetypes[[indexPath row]]]; return cell; } - (void)tableView:(UITableView *)tableView didSelectRowAtIndexPath:(NSIndexPath *)indexPath { // change selected file type int newtype = (int)[indexPath row]; if (newtype < 0 || newtype >= NUM_TYPES) { Warning("Bug: unexpected row!"); } else { currtype = newtype; [self checkFileName]; } } @end // ============================================================================= void SaveTextFile(const char* filepath, const char* contents, InfoViewController* currentView) { inSaveTextFile = true; initpath = filepath; filedata = contents; callingVC = currentView; SaveViewController *modalSaveController = [[SaveViewController alloc] initWithNibName:nil bundle:nil]; [modalSaveController setModalPresentationStyle:UIModalPresentationFormSheet]; [currentView presentViewController:modalSaveController animated:YES completion:nil]; modalSaveController = nil; // cannot reset inSaveTextFile here (it must be done in viewWillDisappear) // because doSave: is called AFTER SaveTextFile finishes } golly-3.3-src/gui-ios/Golly/SaveViewController.h0000644000175000017500000000152613145740437016637 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import #import "InfoViewController.h" // This view controller creates a modal dialog that appears // when the user taps the Pattern tab's Save button. // It is also used (via SaveTextFile) to save a text file // when the user is editing a pattern file or .rule file. @interface SaveViewController : UIViewController { IBOutlet UITextField *nameText; IBOutlet UITableView *typeTable; IBOutlet UILabel *topLabel; IBOutlet UILabel *botLabel; } - (IBAction)doCancel:(id)sender; - (IBAction)doSave:(id)sender; @end // Ask user to save given text file currently being edited. void SaveTextFile(const char* filepath, const char* contents, InfoViewController* currentView); golly-3.3-src/gui-ios/Golly/InfoViewController.h0000644000175000017500000000136413145740437016634 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import // This view controller is used to display comments in the currently loaded pattern. // It can also be used (via ShowTextFile) to display the contents of a text file // and edit that text if the file is located somewhere inside Documents/*. @interface InfoViewController : UIViewController { IBOutlet UITextView *fileView; IBOutlet UIBarButtonItem *saveButton; } - (IBAction)doCancel:(id)sender; - (IBAction)doSave:(id)sender; - (void)saveSucceded:(const char*)savedpath; @end // Display the given text file. void ShowTextFile(const char* filepath, UIViewController* currentView=nil); golly-3.3-src/gui-ios/Golly/SaveViewController.xib0000644000175000017500000001434512651666400017173 00000000000000 golly-3.3-src/gui-ios/Golly/Golly-Prefix.pch0000644000175000017500000000047112026730263015675 00000000000000// // Prefix header for all source files of the 'Golly' target in the 'Golly' project // #import #ifndef __IPHONE_4_0 #warning "This project uses features only available in iOS SDK 4.0 and later." #endif #ifdef __OBJC__ #import #import #endif golly-3.3-src/gui-ios/Golly/StatusView.h0000644000175000017500000000026113145740437015153 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. // This is the view for displaying Golly's status info. @interface StatusView : UIView @end golly-3.3-src/gui-ios/Golly/PatternViewController.h0000644000175000017500000000455413145740437017362 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import #import "PatternView.h" #import "StatusView.h" #import "StateView.h" // This is the view controller for the Pattern tab. @interface PatternViewController : UIViewController { IBOutlet PatternView *pattView; IBOutlet StatusView *statView; IBOutlet UIButton *startStopButton; IBOutlet UIButton *restoreButton; IBOutlet UIBarButtonItem *resetButton; IBOutlet UIBarButtonItem *undoButton; IBOutlet UIBarButtonItem *redoButton; IBOutlet UIBarButtonItem *actionButton; IBOutlet UIBarButtonItem *infoButton; IBOutlet UISegmentedControl *stepControl; IBOutlet UISegmentedControl *scaleControl; IBOutlet UISegmentedControl *modeControl; IBOutlet UILabel *stateLabel; IBOutlet StateView *stateView; IBOutlet UIToolbar *topBar; IBOutlet UIToolbar *editBar; IBOutlet UIToolbar *bottomBar; IBOutlet UIView *progressView; IBOutlet UILabel *progressTitle; IBOutlet UILabel *progressMessage; IBOutlet UIProgressView *progressBar; IBOutlet UIButton *cancelButton; NSTimer *genTimer; } - (IBAction)doReset:(id)sender; - (IBAction)doStartStop:(id)sender; - (IBAction)doNext:(id)sender; - (IBAction)doStep:(id)sender; - (IBAction)doFit:(id)sender; - (IBAction)doChangeStep:(id)sender; - (IBAction)doChangeScale:(id)sender; - (IBAction)doChangeMode:(id)sender; - (IBAction)doUndo:(id)sender; - (IBAction)doRedo:(id)sender; - (IBAction)doMiddle:(id)sender; - (IBAction)doSelectAll:(id)sender; - (IBAction)doAction:(id)sender; - (IBAction)doPaste:(id)sender; - (IBAction)doRule:(id)sender; - (IBAction)doNew:(id)sender; - (IBAction)doInfo:(id)sender; - (IBAction)doSave:(id)sender; - (IBAction)doCancel:(id)sender; - (IBAction)toggleFullScreen:(id)sender; - (void)updateDrawingState; - (void)updateButtons; - (void)toggleStartStopButton; - (void)stopIfGenerating; - (void)startGenTimer; - (void)stopGenTimer; - (void)doGeneration:(NSTimer*)theTimer; @end // other modules need these routines: void UpdatePattern(); void UpdateStatus(); void UpdateEditBar(); void CloseStatePicker(); void PauseGenTimer(); void RestartGenTimer(); void PauseGenerating(); void ResumeGenerating(); void StopIfGenerating(); void BeginProgress(const char* title); bool AbortProgress(double fraction_done, const char* message); void EndProgress(); golly-3.3-src/gui-ios/Golly/help@2x.png0000644000175000017500000000207512026730263014672 00000000000000‰PNG  IHDR<<:üÙrIDAThíšÏã6Æ¿Ç LßƬ:˜ |²ÆÀªƒu*Xuwoq:P:p:Ðu í@© ÞÛx“9„Ιdi½ûw©G~"ùøøDRJáš`—îÀ÷æ&ø­süÖ¹:Á? i¼(Š÷J©ˆˆ"¥T 8QµPQºßïÓù|þe¨>Qßû°âRjID1€IG35€@†áß=u @‚…ï¬Ä½üFÂ9_N§Ó¯};[pY–÷»Ýn‰ÿÄÅ–ˆV³Ùìs %8˲ÆXàñÜŽ¸@Déh4Zœ3Úk‡´A÷uÚ•ZJ¹èêØ:mKyžTJ¥øþb `Œ¥Y–=tyÙ{„õȦ]ë™­”2òi¯βìAOã clS–å½ÏK^‡vP]¦qED €j4UM§S–åýËËË£”rAD œPš»Ý.ð‹kGœ§´â7øo=5ųÙì3ðMØ~¿ßš¦bžç‰h 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context, int x, int y, gBitmapPtr icon, unsigned char deadr, unsigned char deadg, unsigned char deadb, unsigned char liver, unsigned char liveg, unsigned char liveb); golly-3.3-src/gui-ios/Golly/StatePickerView.m0000644000175000017500000001256013145740437016120 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "prefs.h" // for showicons #include "layer.h" // for currlayer #include "algos.h" // for gBitmapPtr #import "PatternViewController.h" // for UpdateEditBar, CloseStatePicker #import "StateView.h" // for DrawOneIcon #import "StatePickerView.h" @implementation StatePickerView // ----------------------------------------------------------------------------- - (void)singleTap:(UITapGestureRecognizer *)gestureRecognizer { if ([gestureRecognizer state] == UIGestureRecognizerStateEnded) { CGPoint pt = [gestureRecognizer locationInView:self]; int col = pt.x / 32; int row = pt.y / 32; int newstate = row * 16 + col; if (newstate >= 0 && newstate < currlayer->algo->NumCellStates()) { currlayer->drawingstate = newstate; UpdateEditBar(); CloseStatePicker(); } } } // ----------------------------------------------------------------------------- - (id)initWithCoder:(NSCoder *)c { self = [super initWithCoder:c]; if (self) { [self setMultipleTouchEnabled:YES]; // add gesture recognizer to this view UITapGestureRecognizer *tap1Gesture = [[UITapGestureRecognizer alloc] initWithTarget:self action:@selector(singleTap:)]; tap1Gesture.numberOfTapsRequired = 1; tap1Gesture.numberOfTouchesRequired = 1; tap1Gesture.delegate = self; [self addGestureRecognizer:tap1Gesture]; } return self; } // ----------------------------------------------------------------------------- - (void)drawRect:(CGRect)rect { CGContextRef context = UIGraphicsGetCurrentContext(); gBitmapPtr* iconmaps = currlayer->icons31x31; // use white lines [[UIColor whiteColor] setStroke]; CGContextSetLineWidth(context, 1.0); // font for drawing state numbers UIFont *numfont = [UIFont systemFontOfSize:10]; // draw boxes showing colors or icons of all states int x = 0, y = 0; int dx, dy; for (int i = 0; i < currlayer->algo->NumCellStates(); i++) { CGRect box = CGRectMake(x+1, y+1, 31, 31); if (showicons && iconmaps && iconmaps[i]) { // fill box with background color then draw icon CGColorSpaceRef colorspace = CGColorSpaceCreateDeviceRGB(); CGFloat components[4]; components[0] = currlayer->cellr[0] / 255.0; components[1] = currlayer->cellg[0] / 255.0; components[2] = currlayer->cellb[0] / 255.0; components[3] = 1.0; // alpha CGColorRef colorref = CGColorCreate(colorspace, components); CGColorSpaceRelease(colorspace); CGContextSetFillColorWithColor(context, colorref); CGContextFillRect(context, box); CGColorRelease(colorref); DrawOneIcon(context, x+1, y+1, iconmaps[i], currlayer->cellr[0], currlayer->cellg[0], currlayer->cellb[0], currlayer->cellr[i], currlayer->cellg[i], currlayer->cellb[i]); } else { // fill box with color of current drawing state CGColorSpaceRef colorspace = CGColorSpaceCreateDeviceRGB(); CGFloat components[4]; components[0] = currlayer->cellr[i] / 255.0; components[1] = currlayer->cellg[i] / 255.0; components[2] = currlayer->cellb[i] / 255.0; components[3] = 1.0; // alpha CGColorRef colorref = CGColorCreate(colorspace, components); CGColorSpaceRelease(colorspace); CGContextSetFillColorWithColor(context, colorref); CGContextFillRect(context, box); CGColorRelease(colorref); } // anti-aliased text is much nicer CGContextSetShouldAntialias(context, true); // show state number in top left corner of box, as black text on white NSString *num = [NSString stringWithFormat:@"%d", i]; CGRect textrect; textrect.size = [num sizeWithAttributes:@{NSFontAttributeName:numfont}]; textrect.size = CGSizeMake(ceilf(textrect.size.width), ceilf(textrect.size.height)); textrect.origin.x = x+1; textrect.origin.y = y+1; textrect.size.height -= 2; [[UIColor whiteColor] setFill]; CGContextFillRect(context, textrect); textrect.origin.y -= 2; [[UIColor blackColor] setFill]; [num drawInRect:textrect withAttributes:@{NSFontAttributeName:numfont}]; // avoid fuzzy lines CGContextSetShouldAntialias(context, false); // draw lines around box CGContextMoveToPoint(context, x, y+1); CGContextAddLineToPoint(context, x+32, y+1); CGContextAddLineToPoint(context, x+32, y+33); CGContextAddLineToPoint(context, x, y+33); CGContextAddLineToPoint(context, x, y+1); CGContextStrokePath(context); if (i == currlayer->drawingstate) { // remember location of current drawing state dx = x; dy = y; } // move to next box if ((i+1) % 16 == 0) { x = 0; y += 32; } else { x += 32; } } } // ----------------------------------------------------------------------------- @end golly-3.3-src/gui-ios/Golly/SettingsViewController.xib0000644000175000017500000004357012651666400020077 00000000000000 golly-3.3-src/gui-ios/Golly/Images.xcassets/0000755000175000017500000000000013543257425016010 500000000000000golly-3.3-src/gui-ios/Golly/Images.xcassets/AppIcon.appiconset/0000755000175000017500000000000013543257427021507 500000000000000golly-3.3-src/gui-ios/Golly/Images.xcassets/AppIcon.appiconset/Contents.json0000644000175000017500000000164513171233731024112 00000000000000{ "images" : [ { "idiom" : "ipad", "size" : "20x20", "scale" : "1x" }, { "idiom" : "ipad", "size" : "20x20", "scale" : "2x" }, { "idiom" : "ipad", "size" : "29x29", "scale" : "1x" }, { "idiom" : "ipad", "size" : "29x29", "scale" : "2x" }, { "idiom" : "ipad", "size" : "40x40", "scale" : "1x" }, { "idiom" : "ipad", "size" : "40x40", "scale" : "2x" }, { "size" : "76x76", "idiom" : "ipad", "filename" : "Icon-76.png", "scale" : "1x" }, { "size" : "76x76", "idiom" : "ipad", "filename" : "Icon-76@2x.png", "scale" : "2x" }, { "size" : "83.5x83.5", "idiom" : "ipad", "filename" : "Icon-83.5@2x.png", "scale" : "2x" } ], "info" : { "version" : 1, "author" : "xcode" } 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(strong, nonatomic) UIWindow *window; @end // export these routines so we can switch tabs programmatically void SwitchToPatternTab(); void SwitchToOpenTab(); void SwitchToSettingsTab(); void SwitchToHelpTab(); // return tab bar's current view controller UIViewController* CurrentViewController(); // enable/disable tab bar void EnableTabBar(bool enable); // show/hide tab bar void ShowTabBar(bool show); // get height of tab bar CGFloat TabBarHeight(); golly-3.3-src/gui-ios/Golly/help.png0000644000175000017500000000102412026730263014311 00000000000000‰PNG  IHDR;0®¢ÛIDATH‰å—ÑMÃ0†ÿ«úÐ @ê“­<„ (P&€ Èt2BÙ HÉå©RÙ L@yìC{<àVk»ŠÄIQ¤øþûî|'Ë!Á!¬sê!ÁG±ŽÌ| ` г–g "Ê•RÏ1ñh_ pä€ùlFDÃ} ·š™Œ[@ '"EUU!'oÅ:ltY®µ¾q-8+þ&( ™ùÞµ°S±ééØéLTÈìþ•eyÖét2|ŸK—ÚWÅ#Oöc¥ÔÅr¹œ3ó›y. I’­õ€Ü£Íì ° ÔóˆïÖs'v’Ýn÷Î%‘´,Ë3/ž­­õëV u+IöûýwŸžˆ†!pꮇd2™‘7Á¸Û÷ÚŒ™e±XÌ·üCX×õm@·2"Úô¸®ë[ñ æŽEŸÕË•RÏÌ|JD¹ˆ¤mÄ_®xµZªªº0m ug±Â$I^ÌVŸDJ¦!p 6ƒ …ˆ4bÛ`çQé =HÆ?÷‚µÖOˆÛîÖš8p¶ˆ sâ¹ÁƜǞ#ÁÍ;Â2ûÃØËCQÌ4oÞû ®ÛÈߺ€ä_%ŠÈÈxÙÛ ¶ø½ëíOÙÿû…ùïÞÖaæÿ6IEND®B`‚golly-3.3-src/gui-ios/Golly/PatternViewController.xib0000644000175000017500000004752112651666400017714 00000000000000 golly-3.3-src/gui-ios/Golly/HelpViewController.h0000644000175000017500000000106413145740437016626 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import // This is the view controller for the Help tab. @interface HelpViewController : UIViewController { IBOutlet UIWebView *htmlView; IBOutlet UIBarButtonItem *backButton; IBOutlet UIBarButtonItem *nextButton; IBOutlet UIBarButtonItem *contentsButton; } - (IBAction)doBack:(id)sender; - (IBAction)doNext:(id)sender; - (IBAction)doContents:(id)sender; @end // display given HTML file void ShowHelp(const char* filepath); golly-3.3-src/gui-ios/Golly/OpenViewController.m0000644000175000017500000004276413171233731016651 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include // for std::string #include // for std::list #include // for std::set #include // for std::count #include "prefs.h" // for userdir, recentpatterns, SavePrefs, etc #include "utils.h" // for Warning, RemoveFile, FixURLPath, MoveFile, etc #include "file.h" // for OpenFile #import "InfoViewController.h" // for ShowTextFile #import "OpenViewController.h" @implementation OpenViewController // ----------------------------------------------------------------------------- static NSString *options[] = // data for optionTable { @"Supplied", @"Recent", @"Saved", @"Downloaded" }; const int NUM_OPTIONS = sizeof(options) / sizeof(options[0]); static int curroption; // current index in optionTable static CGPoint curroffset[NUM_OPTIONS]; // current offset in scroll view for each option const char* HTML_HEADER = ""; const char* HTML_FOOTER = ""; const char* HTML_INDENT = "      "; static std::set opendirs; // set of open directories in Supplied patterns // ----------------------------------------------------------------------------- - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil]; if (self) { self.title = @"Open"; self.tabBarItem.image = [UIImage imageNamed:@"open.png"]; } return self; } // ----------------------------------------------------------------------------- - (void)didReceiveMemoryWarning { [super didReceiveMemoryWarning]; // Release any cached data, images, etc that aren't in use. } // ----------------------------------------------------------------------------- - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // return YES for supported orientations return YES; } // ----------------------------------------------------------------------------- static void AppendHtmlData(std::string& htmldata, const std::string& dir, const std::string& prefix, const std::string& title, bool candelete) { NSFileManager *fm = [NSFileManager defaultManager]; NSString *pattdir = [NSString stringWithCString:dir.c_str() encoding:NSUTF8StringEncoding]; NSDirectoryEnumerator *dirEnum = [fm enumeratorAtPath:pattdir]; NSString *path; int closedlevel = 0; htmldata = HTML_HEADER; htmldata += title; htmldata += "

"; while (path = [dirEnum nextObject]) { // path is relative to given dir (eg. "Life/Bounded-Grids/agar-p3.rle" if patternsdir) std::string pstr = [path cStringUsingEncoding:NSUTF8StringEncoding]; // indent level is number of separators in path int indents = (int)std::count(pstr.begin(), pstr.end(), '/'); if (indents <= closedlevel) { NSString *fullpath = [pattdir stringByAppendingPathComponent:path]; BOOL isDir; if ([fm fileExistsAtPath:fullpath isDirectory:&isDir] && isDir) { // path is to a directory std::string imgname; if (opendirs.find(pstr) == opendirs.end()) { closedlevel = indents; imgname = "triangle-right.png"; } else { closedlevel = indents+1; imgname = "triangle-down.png"; } for (int i = 0; i < indents; i++) htmldata += HTML_INDENT; htmldata += ""; size_t lastsep = pstr.rfind('/'); if (lastsep == std::string::npos) { htmldata += pstr; } else { htmldata += pstr.substr(lastsep+1); } htmldata += "
"; } else { // path is to a file for (int i = 0; i < indents; i++) htmldata += HTML_INDENT; if (candelete) { // allow user to delete file htmldata += "DELETE   "; // allow user to edit file htmldata += "EDIT   "; } else { // allow user to read file (a supplied pattern) htmldata += "READ   "; } htmldata += ""; size_t lastsep = pstr.rfind('/'); if (lastsep == std::string::npos) { htmldata += pstr; } else { htmldata += pstr.substr(lastsep+1); } htmldata += "
"; } } } htmldata += HTML_FOOTER; } // ----------------------------------------------------------------------------- - (void)showSuppliedPatterns { std::string htmldata; AppendHtmlData(htmldata, patternsdir, "Patterns/", "Supplied patterns:", false); [htmlView loadHTMLString:[NSString stringWithCString:htmldata.c_str() encoding:NSUTF8StringEncoding] // the following base URL is needed for img links to work baseURL:[NSURL fileURLWithPath:[[NSBundle mainBundle] bundlePath]]]; } // ----------------------------------------------------------------------------- - (void)showSavedPatterns { std::string htmldata; AppendHtmlData(htmldata, savedir, "Documents/Saved/", "Saved patterns:", true); [htmlView loadHTMLString:[NSString stringWithCString:htmldata.c_str() encoding:NSUTF8StringEncoding] baseURL:nil]; } // ----------------------------------------------------------------------------- - (void)showDownloadedPatterns { std::string htmldata; AppendHtmlData(htmldata, downloaddir, "Documents/Downloads/", "Downloaded patterns:", true); [htmlView loadHTMLString:[NSString stringWithCString:htmldata.c_str() encoding:NSUTF8StringEncoding] baseURL:nil]; } // ----------------------------------------------------------------------------- - (void)showRecentPatterns { std::string htmldata = HTML_HEADER; if (recentpatterns.empty()) { htmldata += "There are no recent patterns."; } else { htmldata += "Recently opened patterns:

"; std::list::iterator next = recentpatterns.begin(); while (next != recentpatterns.end()) { std::string path = *next; if (path.find("Patterns/") == 0 || FileExists(userdir + path)) { htmldata += ""; // nicer not to show Patterns/ or Documents/ size_t firstsep = path.find('/'); if (firstsep != std::string::npos) { path.erase(0, firstsep+1); } htmldata += path; htmldata += "
"; } next++; } } htmldata += HTML_FOOTER; [htmlView loadHTMLString:[NSString stringWithCString:htmldata.c_str() encoding:NSUTF8StringEncoding] baseURL:nil]; } // ----------------------------------------------------------------------------- - (void)viewDidLoad { [super viewDidLoad]; htmlView.delegate = self; // init all offsets to top left for (int i=0; i 0) { // recent/saved/downloaded patterns might have changed switch (curroption) { case 1: [self showRecentPatterns]; break; case 2: [self showSavedPatterns]; break; case 3: [self showDownloadedPatterns]; break; default: Warning("Bug detected in viewWillAppear!"); } } } // ----------------------------------------------------------------------------- - (void)viewWillDisappear:(BOOL)animated { [super viewWillDisappear:animated]; // no need for this as we're only displaying html data in strings // [htmlView stopLoading]; if (curroption > 0) { // save current location of recent/saved/downloaded view curroffset[curroption] = htmlView.scrollView.contentOffset; } } // ----------------------------------------------------------------------------- // UITableViewDelegate and UITableViewDataSource methods: - (NSInteger)numberOfSectionsInTableView:(UITableView *)TableView { return 1; } // ----------------------------------------------------------------------------- - (NSInteger)tableView:(UITableView *)tableView numberOfRowsInSection:(NSInteger)component { return NUM_OPTIONS; } // ----------------------------------------------------------------------------- - (UITableViewCell *)tableView:(UITableView *)tableView cellForRowAtIndexPath:(NSIndexPath *)indexPath { // check for a reusable cell first and use that if it exists UITableViewCell *cell = [tableView dequeueReusableCellWithIdentifier:@"UITableViewCell"]; // if there is no reusable cell of this type, create a new one if (!cell) cell = [[UITableViewCell alloc] initWithStyle:UITableViewCellStyleDefault reuseIdentifier:@"UITableViewCell"]; [[cell textLabel] setText:options[[indexPath row]]]; return cell; } // ----------------------------------------------------------------------------- - (void)tableView:(UITableView *)tableView didSelectRowAtIndexPath:(NSIndexPath *)indexPath { // save current location curroffset[curroption] = htmlView.scrollView.contentOffset; // display selected set of files curroption = (int)[indexPath row]; switch (curroption) { case 0: [self showSuppliedPatterns]; break; case 1: [self showRecentPatterns]; break; case 2: [self showSavedPatterns]; break; case 3: [self showDownloadedPatterns]; break; default: Warning("Bug: unexpected row!"); } } // ----------------------------------------------------------------------------- // UIWebViewDelegate methods: - (void)webViewDidStartLoad:(UIWebView *)webView { // show the activity indicator in the status bar [UIApplication sharedApplication].networkActivityIndicatorVisible = YES; } // ----------------------------------------------------------------------------- - (void)webViewDidFinishLoad:(UIWebView *)webView { // hide the activity indicator in the status bar [UIApplication sharedApplication].networkActivityIndicatorVisible = NO; // restore old offset here htmlView.scrollView.contentOffset = curroffset[curroption]; } // ----------------------------------------------------------------------------- - (void)webView:(UIWebView *)webView didFailLoadWithError:(NSError *)error { // hide the activity indicator in the status bar and display error message [UIApplication sharedApplication].networkActivityIndicatorVisible = NO; // we can safely ignore -999 errors if (error.code == NSURLErrorCancelled) return; Warning([error.localizedDescription cStringUsingEncoding:NSUTF8StringEncoding]); } // ----------------------------------------------------------------------------- - (BOOL)webView:(UIWebView *)webView shouldStartLoadWithRequest:(NSURLRequest *)request navigationType:(UIWebViewNavigationType)navigationType { if (navigationType == UIWebViewNavigationTypeLinkClicked) { NSURL *url = [request URL]; NSString *link = [url absoluteString]; // link should have special prefix if ([link hasPrefix:@"open:"]) { // open specified file std::string path = [[link substringFromIndex:5] cStringUsingEncoding:NSUTF8StringEncoding]; FixURLPath(path); OpenFile(path.c_str()); SavePrefs(); return NO; } if ([link hasPrefix:@"toggledir:"]) { // open/close directory std::string path = [[link substringFromIndex:10] cStringUsingEncoding:NSUTF8StringEncoding]; FixURLPath(path); if (opendirs.find(path) == opendirs.end()) { // add directory path to opendirs opendirs.insert(path); } else { // remove directory path from opendirs opendirs.erase(path); } if (curroption == 0) { // save current location and update supplied patterns curroffset[0] = htmlView.scrollView.contentOffset; [self showSuppliedPatterns]; } else { Warning("Bug: expected supplied patterns!"); } return NO; } if ([link hasPrefix:@"delete:"]) { std::string path = [[link substringFromIndex:7] cStringUsingEncoding:NSUTF8StringEncoding]; FixURLPath(path); std::string question = "Do you really want to delete " + path + "?"; if (YesNo(question.c_str())) { // delete specified file path = userdir + path; RemoveFile(path); // save current location curroffset[curroption] = htmlView.scrollView.contentOffset; switch (curroption) { // can't delete supplied or recent patterns case 2: [self showSavedPatterns]; break; case 3: [self showDownloadedPatterns]; break; default: Warning("Bug: can't delete these files!"); } } return NO; } if ([link hasPrefix:@"edit:"]) { std::string path = [[link substringFromIndex:5] cStringUsingEncoding:NSUTF8StringEncoding]; FixURLPath(path); // convert path to a full path if necessary std::string fullpath = path; if (path[0] != '/') { if (fullpath.find("Patterns/") == 0 || fullpath.find("Rules/") == 0) { // Patterns and Rules directories are inside supplieddir fullpath = supplieddir + fullpath; } else { fullpath = userdir + fullpath; } } ShowTextFile(fullpath.c_str()); return NO; } } return YES; } @end // ============================================================================= void MoveSharedFiles() { // check for files in the Documents folder (created by iTunes file sharing) // and move any .rule/tree/table files into Documents/Rules/, // otherwise assume they are pattern files and move them into Documents/Saved/ std::string docdir = userdir + "Documents/"; NSFileManager *fm = [NSFileManager defaultManager]; NSString *dirpath = [NSString stringWithCString:docdir.c_str() encoding:NSUTF8StringEncoding]; NSArray* contents = [fm contentsOfDirectoryAtPath:dirpath error:nil]; for (NSString* item in contents) { NSString *fullpath = [dirpath stringByAppendingPathComponent:item]; BOOL isDir; if ([fm fileExistsAtPath:fullpath isDirectory:&isDir] && isDir) { // ignore path to subdirectory } else { // path is to a file std::string filename = [item cStringUsingEncoding:NSUTF8StringEncoding]; if (filename[0] == '.' || EndsWith(filename,".colors") || EndsWith(filename,".icons")) { // ignore hidden file or .colors/icons file } else if (IsRuleFile(filename)) { // move .rule/tree/table file into Documents/Rules/ std::string oldpath = docdir + filename; std::string newpath = userrules + filename; MoveFile(oldpath, newpath); } else { // assume this is a pattern file amd move it into Documents/Saved/ std::string oldpath = docdir + filename; std::string newpath = savedir + filename; MoveFile(oldpath, newpath); } } } } golly-3.3-src/gui-ios/Golly/Icon@2x.png0000644000175000017500000000515712026730263014636 00000000000000‰PNG  IHDRh$uï!tEXtSoftwareGraphicConverter (Intel)w‡ú IDATxœìœ L•çÇßçý8`™V\¢©íœ›·‚I×ÖÕ) Û‘‚("§Z#2ÛÂbmí0µ“‹ 6¨Ðµ\]]§€\¹‰Ê‚XÁ㥴-W¼T{ ÙwÎQ£VÈgx’÷}oòË žü}<ÿ"øËCú~˜/Â|Éc!  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static double progstart, prognext; // for progress timing static int progresscount = 0; // if > 0 then BeginProgress has been called static int pausecount = 0; // if > 0 then genTimer needs to be restarted // ----------------------------------------------------------------------------- - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil]; if (self) { self.title = @"Pattern"; self.tabBarItem.image = [UIImage imageNamed:@"pattern.png"]; } return self; } // ----------------------------------------------------------------------------- - (void)didReceiveMemoryWarning { [super didReceiveMemoryWarning]; // free up as much memory as possible if (numlayers > 0) DeleteOtherLayers(); if (waitingforpaste) AbortPaste(); [self doNew:self]; // Warning hangs if called here, so use DisplayMessage for now!!! // (may need non-modal version via extra flag???) // Warning("Memory warning occurred, so empty universe created."); DisplayMessage("Memory warning occurred, so empty universe created."); } // ----------------------------------------------------------------------------- static void CreateDocSubdir(NSString *subdirname) { // create given subdirectory inside Documents NSArray *paths = NSSearchPathForDirectoriesInDomains(NSDocumentDirectory, NSUserDomainMask, YES); NSString *path = [[paths objectAtIndex:0] stringByAppendingPathComponent:subdirname]; if ([[NSFileManager defaultManager] fileExistsAtPath:path]) { // do nothing if subdir already exists } else { NSError *error; if (![[NSFileManager defaultManager] createDirectoryAtPath:path withIntermediateDirectories:NO attributes:nil error:&error]) { NSLog(@"Error creating %@ subdirectory: %@", subdirname, error); } } } // ----------------------------------------------------------------------------- static void InitPaths() { // init userdir to directory containing user's data userdir = [NSHomeDirectory() cStringUsingEncoding:NSUTF8StringEncoding]; userdir += "/"; // init savedir to userdir/Documents/Saved/ savedir = userdir + "Documents/Saved/"; CreateDocSubdir(@"Saved"); // init downloaddir to userdir/Documents/Downloads/ downloaddir = userdir + "Documents/Downloads/"; CreateDocSubdir(@"Downloads"); // init userrules to userdir/Documents/Rules/ userrules = userdir + "Documents/Rules/"; CreateDocSubdir(@"Rules"); // supplied patterns, rules, help are bundled inside Golly.app NSString *appdir = [[NSBundle mainBundle] resourcePath]; supplieddir = [appdir cStringUsingEncoding:NSUTF8StringEncoding]; supplieddir += "/"; patternsdir = supplieddir + "Patterns/"; rulesdir = supplieddir + "Rules/"; helpdir = supplieddir + "Help/"; // init tempdir to userdir/tmp/ tempdir = userdir + "tmp/"; // init path to file that stores clipboard data clipfile = tempdir + "golly_clipboard"; // init path to file that stores user preferences prefsfile = userdir + "Library/Preferences/GollyPrefs"; #if 0 NSLog(@"userdir = %s", userdir.c_str()); NSLog(@"savedir = %s", savedir.c_str()); NSLog(@"downloaddir = %s", downloaddir.c_str()); NSLog(@"userrules = %s", userrules.c_str()); NSLog(@"supplieddir = %s", supplieddir.c_str()); NSLog(@"patternsdir = %s", patternsdir.c_str()); NSLog(@"rulesdir = %s", rulesdir.c_str()); NSLog(@"helpdir = %s", helpdir.c_str()); NSLog(@"tempdir = %s", tempdir.c_str()); NSLog(@"clipfile = %s", clipfile.c_str()); NSLog(@"prefsfile = %s", prefsfile.c_str()); #endif } // ----------------------------------------------------------------------------- - (void)viewDidLoad { [super viewDidLoad]; // now do additional setup after loading the view from the xib file // init global pointers globalController = self; globalPatternView = pattView; globalStatusView = statView; globalStateView = stateView; globalProgress = progressView; globalTitle = progressTitle; static bool firstload = true; if (firstload) { firstload = false; // only do the following once SetMessage("This is Golly 1.2 for iOS. Copyright 2017 The Golly Gang."); MAX_MAG = 5; // maximum cell size = 32x32 InitAlgorithms(); // must initialize algoinfo first InitPaths(); // init userdir, etc (must be before GetPrefs) GetPrefs(); // load user's preferences SetMinimumStepExponent(); // for slowest speed AddLayer(); // create initial layer (sets currlayer) NewPattern(); // create new, empty universe } // ensure pattView is composited underneath toolbar, otherwise // bottom toolbar can be obscured when device is rotated left/right // (no longer needed) // [[pattView layer] setZPosition:-1]; // we draw background areas of pattView and statView so set to transparent (presumably a tad faster) [pattView setBackgroundColor:nil]; [statView setBackgroundColor:nil]; progressView.hidden = YES; genTimer = nil; // init buttons [self toggleStartStopButton]; resetButton.enabled = NO; undoButton.enabled = NO; redoButton.enabled = NO; actionButton.enabled = NO; infoButton.enabled = NO; restoreButton.hidden = YES; // deselect step/scale controls (these have Momentary attribute set) [stepControl setSelectedSegmentIndex:-1]; [scaleControl setSelectedSegmentIndex:-1]; // init touch mode [modeControl setSelectedSegmentIndex:currlayer->touchmode]; [self updateDrawingState]; } // ----------------------------------------------------------------------------- - (void)viewDidUnload { [super viewDidUnload]; SavePrefs(); // release all outlets pattView = nil; statView = nil; startStopButton = nil; restoreButton = nil; resetButton = nil; undoButton = nil; redoButton = nil; actionButton = nil; infoButton = nil; stepControl = nil; scaleControl = nil; modeControl = nil; stateLabel = nil; stateView = nil; topBar = nil; editBar = nil; bottomBar = nil; progressView = nil; progressTitle = nil; progressMessage = nil; progressBar = nil; cancelButton = nil; } // ----------------------------------------------------------------------------- - (void)viewWillDisappear:(BOOL)animated { [super viewWillDisappear:animated]; SetMessage(""); // stop generating, but only if PauseGenTimer() hasn't been called if (pausecount == 0) [self stopIfGenerating]; } // ----------------------------------------------------------------------------- - (void)viewDidAppear:(BOOL)animated { [super viewDidAppear:animated]; UpdateEverything(); // calls [pattView refreshPattern] // restart genTimer if PauseGenTimer() was called earlier if (pausecount > 0) RestartGenTimer(); } // ----------------------------------------------------------------------------- - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // return YES for supported orientations return YES; } // ----------------------------------------------------------------------------- - (void)updateDrawingState; { // reset drawing state if it's no longer valid (due to algo/rule change) if (currlayer->drawingstate >= currlayer->algo->NumCellStates()) { currlayer->drawingstate = 1; } [stateLabel setText:[NSString stringWithFormat:@"State=%d", currlayer->drawingstate]]; [stateView setNeedsDisplay]; } // ----------------------------------------------------------------------------- - (void)updateButtons { resetButton.enabled = currlayer->algo->getGeneration() > currlayer->startgen; undoButton.enabled = currlayer->undoredo->CanUndo(); redoButton.enabled = currlayer->undoredo->CanRedo(); actionButton.enabled = SelectionExists(); infoButton.enabled = currlayer->currname != "untitled"; [modeControl setSelectedSegmentIndex:currlayer->touchmode]; } // ----------------------------------------------------------------------------- - (void)toggleStartStopButton { if (generating) { [startStopButton setTitle:@"STOP" forState:UIControlStateNormal]; [startStopButton setTitleColor:[UIColor redColor] forState:UIControlStateNormal]; } else { [startStopButton setTitle:@"START" forState:UIControlStateNormal]; [startStopButton setTitleColor:[UIColor colorWithRed:0.2 green:0.7 blue:0.0 alpha:1.0] forState:UIControlStateNormal]; } } // ----------------------------------------------------------------------------- - (void)stopIfGenerating { if (generating) { [self stopGenTimer]; StopGenerating(); // generating now false [self toggleStartStopButton]; } } // ----------------------------------------------------------------------------- - (IBAction)doNew:(id)sender { if (drawingcells) return; // undo/redo history is about to be cleared so no point calling RememberGenFinish // if we're generating a (possibly large) pattern bool saveundo = allowundo; allowundo = false; [self stopIfGenerating]; allowundo = saveundo; if (event_checker > 0) { // try again after a short delay that gives time for NextGeneration() to terminate [self performSelector:@selector(doNew:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); NewPattern(); [modeControl setSelectedSegmentIndex:currlayer->touchmode]; [self updateDrawingState]; [self updateButtons]; [statView setNeedsDisplay]; [pattView refreshPattern]; } // ----------------------------------------------------------------------------- - (IBAction)doInfo:(id)sender { if (drawingcells) return; // if generating then just pause the timer so doGeneration won't be called; // best not to call PauseGenerating() because it calls StopGenerating() // which might result in a lengthy file save for undo/redo PauseGenTimer(); ClearMessage(); // display contents of current pattern file in a modal view InfoViewController *modalInfoController = [[InfoViewController alloc] initWithNibName:nil bundle:nil]; [modalInfoController setModalPresentationStyle:UIModalPresentationFullScreen]; [self presentViewController:modalInfoController animated:YES completion:nil]; modalInfoController = nil; // RestartGenTimer() will be called in viewDidAppear } // ----------------------------------------------------------------------------- - (IBAction)doSave:(id)sender { if (drawingcells) return; [self stopIfGenerating]; if (event_checker > 0) { // try again after a short delay [self performSelector:@selector(doSave:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); // let user save current pattern in a file via a modal view SaveViewController *modalSaveController = [[SaveViewController alloc] initWithNibName:nil bundle:nil]; [modalSaveController setModalPresentationStyle:UIModalPresentationFormSheet]; [self presentViewController:modalSaveController animated:YES completion:nil]; modalSaveController = nil; } // ----------------------------------------------------------------------------- - (IBAction)doUndo:(id)sender { if (drawingcells) return; [self stopIfGenerating]; if (event_checker > 0) { // try again after a short delay [self performSelector:@selector(doUndo:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); currlayer->undoredo->UndoChange(); UpdateEverything(); } // ----------------------------------------------------------------------------- - (IBAction)doRedo:(id)sender { if (drawingcells) return; [self stopIfGenerating]; if (event_checker > 0) { // try again after a short delay [self performSelector:@selector(doRedo:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); currlayer->undoredo->RedoChange(); UpdateEverything(); } // ----------------------------------------------------------------------------- - (IBAction)doReset:(id)sender { if (drawingcells) return; [self stopIfGenerating]; if (event_checker > 0) { // try again after a short delay [self performSelector:@selector(doReset:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); ResetPattern(); UpdateEverything(); } // ----------------------------------------------------------------------------- - (IBAction)doStartStop:(id)sender { if (drawingcells) return; // this can happen on iPad if user taps Start/Stop button while another finger // is currently drawing cells ClearMessage(); if (generating) { [self stopGenTimer]; StopGenerating(); // generating is now false [self toggleStartStopButton]; // can't call [self updateButtons] here because if event_checker is > 0 // then StopGenerating hasn't called RememberGenFinish, and so CanUndo/CanRedo // might not return correct results bool canreset = currlayer->algo->getGeneration() > currlayer->startgen; resetButton.enabled = canreset; undoButton.enabled = allowundo && (canreset || currlayer->undoredo->CanUndo()); redoButton.enabled = NO; } else if (StartGenerating()) { // generating is now true [self toggleStartStopButton]; [self startGenTimer]; // don't call [self updateButtons] here because we want user to // be able to stop generating by tapping Reset/Undo buttons resetButton.enabled = YES; undoButton.enabled = allowundo; redoButton.enabled = NO; } pausecount = 0; // play safe } // ----------------------------------------------------------------------------- - (void)startGenTimer { float interval = 1.0f/60.0f; // increase interval if user wants a delay if (currlayer->currexpo < 0) { interval = GetCurrentDelay() / 1000.0f; } // create a repeating timer genTimer = [NSTimer scheduledTimerWithTimeInterval:interval target:self selector:@selector(doGeneration:) userInfo:nil repeats:YES]; } // ----------------------------------------------------------------------------- - (void)stopGenTimer { [genTimer invalidate]; genTimer = nil; } // ----------------------------------------------------------------------------- // called after genTimer fires - (void)doGeneration:(NSTimer*)timer { if (event_checker > 0 || progresscount > 0) return; // advance by current step size NextGeneration(true); [statView setNeedsDisplay]; [pattView refreshPattern]; } // ----------------------------------------------------------------------------- - (IBAction)doNext:(id)sender { if (drawingcells) return; [self stopIfGenerating]; if (event_checker > 0) { // try again after a short delay [self performSelector:@selector(doNext:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); NextGeneration(false); [statView setNeedsDisplay]; [pattView refreshPattern]; [self updateButtons]; } // ----------------------------------------------------------------------------- - (IBAction)doStep:(id)sender { if (drawingcells) return; [self stopIfGenerating]; if (event_checker > 0) { // try again after a short delay [self performSelector:@selector(doStep:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); NextGeneration(true); [statView setNeedsDisplay]; [pattView refreshPattern]; [self updateButtons]; } // ----------------------------------------------------------------------------- - (IBAction)doFit:(id)sender { ClearMessage(); FitInView(1); [statView setNeedsDisplay]; [pattView refreshPattern]; } // ----------------------------------------------------------------------------- - (IBAction)doChangeStep:(id)sender { ClearMessage(); switch([sender selectedSegmentIndex]) { case 0: { // go slower by decrementing step exponent if (currlayer->currexpo > minexpo) { currlayer->currexpo--; SetGenIncrement(); if (generating && currlayer->currexpo < 0) { // increase timer interval [self stopGenTimer]; [self startGenTimer]; } } else { Beep(); } } break; case 1: { // reset step exponent to 0 currlayer->currexpo = 0; SetGenIncrement(); if (generating) { // reset timer interval to max speed [self stopGenTimer]; [self startGenTimer]; } } break; case 2: { // go faster by incrementing step exponent currlayer->currexpo++; SetGenIncrement(); if (generating && currlayer->currexpo <= 0) { // reduce timer interval [self stopGenTimer]; [self startGenTimer]; } } break; } // only need to update status info [statView setNeedsDisplay]; } // ----------------------------------------------------------------------------- - (IBAction)doChangeScale:(id)sender { ClearMessage(); switch([sender selectedSegmentIndex]) { case 0: { // zoom out currlayer->view->unzoom(); [statView setNeedsDisplay]; [pattView refreshPattern]; } break; case 1: { // set scale to 1:1 if (currlayer->view->getmag() != 0) { currlayer->view->setmag(0); [statView setNeedsDisplay]; [pattView refreshPattern]; } } break; case 2: { // zoom in if (currlayer->view->getmag() < MAX_MAG) { currlayer->view->zoom(); [statView setNeedsDisplay]; [pattView refreshPattern]; } else { Beep(); } } break; } } // ----------------------------------------------------------------------------- - (IBAction)doChangeMode:(id)sender { ClearMessage(); switch([sender selectedSegmentIndex]) { case 0: currlayer->touchmode = drawmode; break; case 1: currlayer->touchmode = pickmode; break; case 2: currlayer->touchmode = selectmode; break; case 3: currlayer->touchmode = movemode; break; } } // ----------------------------------------------------------------------------- - (IBAction)doMiddle:(id)sender { ClearMessage(); if (currlayer->originx == bigint::zero && currlayer->originy == bigint::zero) { currlayer->view->center(); } else { // put cell saved by ChangeOrigin (not yet implemented!!!) in middle currlayer->view->setpositionmag(currlayer->originx, currlayer->originy, currlayer->view->getmag()); } [statView setNeedsDisplay]; [pattView refreshPattern]; } // ----------------------------------------------------------------------------- - (IBAction)doSelectAll:(id)sender { ClearMessage(); SelectAll(); } // ----------------------------------------------------------------------------- - (IBAction)doAction:(id)sender { ClearMessage(); [pattView doSelectionAction]; } // ----------------------------------------------------------------------------- - (IBAction)doPaste:(id)sender { if (drawingcells) return; [self stopIfGenerating]; if (event_checker > 0) { // try again after a short delay [self performSelector:@selector(doPaste:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); if (waitingforpaste) { [pattView doPasteAction]; } else { PasteClipboard(); [pattView refreshPattern]; } } // ----------------------------------------------------------------------------- - (IBAction)doRule:(id)sender { if (drawingcells) return; [self stopIfGenerating]; if (event_checker > 0) { // try again after a short delay [self performSelector:@selector(doRule:) withObject:sender afterDelay:0.01]; return; } ClearMessage(); // let user change current algo/rule in a modal view RuleViewController *modalRuleController = [[RuleViewController alloc] initWithNibName:nil bundle:nil]; [modalRuleController setModalPresentationStyle:UIModalPresentationFullScreen]; [self presentViewController:modalRuleController animated:YES completion:nil]; modalRuleController = nil; } // ----------------------------------------------------------------------------- - (IBAction)toggleFullScreen:(id)sender { if (fullscreen) { ShowTabBar(YES); topBar.hidden = NO; editBar.hidden = NO; bottomBar.hidden = NO; statView.hidden = NO; // recalculate pattView's frame from scratch (in case device was rotated) CGFloat barht = topBar.bounds.size.height; CGFloat topht = barht * 2 + statView.bounds.size.height; CGFloat x = pattView.superview.frame.origin.x; CGFloat y = pattView.superview.frame.origin.y + topht; CGFloat wd = pattView.superview.frame.size.width; CGFloat ht = pattView.superview.frame.size.height - (topht + barht + TabBarHeight()); pattView.frame = CGRectMake(x, y, wd, ht); [statView setNeedsDisplay]; } else { ShowTabBar(NO); topBar.hidden = YES; editBar.hidden = YES; bottomBar.hidden = YES; statView.hidden = YES; pattView.frame = pattView.superview.frame; } fullscreen = !fullscreen; restoreButton.hidden = !fullscreen; [pattView refreshPattern]; UpdateEditBar(); } // ----------------------------------------------------------------------------- - (IBAction)doCancel:(id)sender { cancelProgress = true; } // ----------------------------------------------------------------------------- - (void)enableInteraction:(BOOL)enable { topBar.userInteractionEnabled = enable; editBar.userInteractionEnabled = enable; bottomBar.userInteractionEnabled = enable; pattView.userInteractionEnabled = enable; EnableTabBar(enable); } // ----------------------------------------------------------------------------- - (void)updateProgressBar:(float)fraction { progressBar.progress = fraction; // show estimate of time remaining double elapsecs = TimeInSeconds() - progstart; double remsecs = fraction > 0.0 ? (elapsecs / fraction) - elapsecs : 999.0; [progressMessage setText:[NSString stringWithFormat:@"Estimated time remaining (in secs): %d", int(remsecs+0.5)]]; // need following to see progress view and bar update event_checker++; [[NSRunLoop currentRunLoop] runUntilDate:[NSDate date]]; event_checker--; } @end // ============================================================================= // global routines used by external code: void UpdatePattern() { [globalPatternView refreshPattern]; } // ----------------------------------------------------------------------------- void UpdateStatus() { if (inscript || currlayer->undoredo->doingscriptchanges) return; if (!fullscreen) { [globalStatusView setNeedsDisplay]; } } // ----------------------------------------------------------------------------- void UpdateEditBar() { if (!fullscreen) { [globalController updateButtons]; [globalController updateDrawingState]; } } // ----------------------------------------------------------------------------- void CloseStatePicker() { [globalStateView dismissStatePopover]; } // ----------------------------------------------------------------------------- void PauseGenTimer() { if (generating) { // use pausecount to handle nested calls if (pausecount == 0) [globalController stopGenTimer]; pausecount++; } } // ----------------------------------------------------------------------------- void RestartGenTimer() { if (pausecount > 0) { pausecount--; if (pausecount == 0) [globalController startGenTimer]; } } // ----------------------------------------------------------------------------- static bool wasgenerating = false; // generating needs to be resumed? void PauseGenerating() { if (generating) { // stop generating without changing STOP button [globalController stopGenTimer]; StopGenerating(); // generating now false wasgenerating = true; } } // ----------------------------------------------------------------------------- void ResumeGenerating() { if (wasgenerating) { // generating should be false but play safe if (!generating) { if (StartGenerating()) { // generating now true [globalController startGenTimer]; } else { // this can happen if pattern is empty [globalController toggleStartStopButton]; [globalController updateButtons]; } } wasgenerating = false; } } // ----------------------------------------------------------------------------- void StopIfGenerating() { [globalController stopIfGenerating]; } // ----------------------------------------------------------------------------- void BeginProgress(const char* title) { if (progresscount == 0) { // disable interaction with all views but don't show progress view just yet [globalController enableInteraction:NO]; [globalTitle setText:[NSString stringWithCString:title encoding:NSUTF8StringEncoding]]; cancelProgress = false; progstart = TimeInSeconds(); } progresscount++; // handles nested calls } // ----------------------------------------------------------------------------- bool AbortProgress(double fraction_done, const char* message) { if (progresscount <= 0) Fatal("Bug detected in AbortProgress!"); double secs = TimeInSeconds() - progstart; if (!globalProgress.hidden) { if (secs < prognext) return false; prognext = secs + 0.1; // update progress bar about 10 times per sec if (fraction_done < 0.0) { // show indeterminate progress gauge??? } else { [globalController updateProgressBar:fraction_done]; } return cancelProgress; } else { // note that fraction_done is not always an accurate estimator for how long // the task will take, especially when we use nextcell for cut/copy if ( (secs > 1.0 && fraction_done < 0.3) || secs > 2.0 ) { // task is probably going to take a while so show progress view globalProgress.hidden = NO; [globalController updateProgressBar:fraction_done]; } prognext = secs + 0.01; // short delay until 1st progress update } return false; } // ----------------------------------------------------------------------------- void EndProgress() { if (progresscount <= 0) Fatal("Bug detected in EndProgress!"); progresscount--; if (progresscount == 0) { // hide the progress view and enable interaction with other views globalProgress.hidden = YES; [globalController enableInteraction:YES]; } } golly-3.3-src/gui-ios/Golly/RuleViewController.m0000644000175000017500000006315413171233731016653 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "prefs.h" // for allowundo, SavePrefs #include "algos.h" // for algo_type, NumAlgos, etc #include "layer.h" // for currlayer, etc #include "undo.h" // for currlayer->undoredo #include "view.h" // for SaveCurrentSelection #include "control.h" // for ChangeAlgorithm, CreateRuleFiles #include "file.h" // for OpenFile #import "InfoViewController.h" // for ShowTextFile #import "OpenViewController.h" // for MoveSharedFiles #import "RuleViewController.h" @implementation RuleViewController // ----------------------------------------------------------------------------- const char* RULE_IF_EMPTY = "B3/S23"; // use Life if ruleText is empty static algo_type algoindex; // index of currently displayed algorithm static std::string oldrule; // original rule on entering Rule screen static int oldmaxstate; // maximum cell state in original rule static CGPoint curroffset[MAX_ALGOS]; // current offset in scroll view for each algoindex static NSString *namedRules[] = // data for rulePicker { // keep names in alphabetical order, and rules must be in canonical form for findNamedRule and GetRuleName @"3-4 Life", @"B34/S34", @"AntiLife", @"B0123478/S01234678", @"Banners", @"2367/3457/5", @"Bloomerang", @"234/34678/24", @"Brian's Brain", @"/2/3", @"Caterpillars", @"124567/378/4", @"Cooties", @"23/2/8", @"Day and Night", @"B3678/S34678", @"Diamoeba", @"B35678/S5678", @"Fireworks", @"2/13/21", @"Fredkin", @"B1357/S02468", @"Frogs", @"12/34/3", @"HighLife", @"B36/S23", @"Hutton32", @"Hutton32", @"JvN29", @"JvN29", @"Lava", @"12345/45678/8", @"Life", @"B3/S23", @"LifeHistory", @"LifeHistory", @"Life without Death", @"B3/S012345678", @"Lines", @"012345/458/3", @"LongLife", @"B345/S5", @"Morley", @"B368/S245", @"Nobili32", @"Nobili32", @"Persian Rug", @"B234/S", @"Plow World", @"B378/S012345678", @"Replicator", @"B1357/S1357", @"Seeds", @"B2/S", @"Star Wars", @"345/2/4", @"Sticks", @"3456/2/6", @"Transers", @"345/26/5", @"WireWorld", @"WireWorld", @"Wolfram 22", @"W22", @"Wolfram 30", @"W30", @"Wolfram 110", @"W110", @"Xtasy", @"1456/2356/16", @"UNNAMED", @"Bug if we see this!" // UNNAMED must be last }; const int NUM_ROWS = (sizeof(namedRules) / sizeof(namedRules[0])) / 2; const int UNNAMED_ROW = NUM_ROWS - 1; // ----------------------------------------------------------------------------- - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil]; if (self) { self.title = @"Rule"; } return self; } // ----------------------------------------------------------------------------- - (void)didReceiveMemoryWarning { [super didReceiveMemoryWarning]; // Release any cached data, images, etc that aren't in use. } // ----------------------------------------------------------------------------- - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // return YES for supported orientations return YES; } // ----------------------------------------------------------------------------- - (void)viewDidLoad { [super viewDidLoad]; htmlView.delegate = self; // init all offsets to top left for (int i=0; i deprecated, keeprules; while (path = [dirEnum nextObject]) { std::string filename = [path cStringUsingEncoding:NSUTF8StringEncoding]; if (IsRuleFile(filename)) { if (EndsWith(filename,".rule")) { // .rule file exists, so tell CreateRuleFiles not to change it keeprules.push_back(filename); } else { // this is a deprecated .table/tree/colors/icons file deprecated.push_back(filename); } } } if (deprecated.size() > 0) { // convert deprecated files into new .rule files (if not in keeprules) // and then delete all the deprecated files CreateRuleFiles(deprecated, keeprules); } } // ----------------------------------------------------------------------------- static void CreateRuleLinks(std::string& htmldata, const std::string& dir, const std::string& prefix, const std::string& title, bool candelete) { htmldata += "

"; htmldata += title; htmldata += "

"; NSFileManager *fm = [NSFileManager defaultManager]; NSString *rdir = [NSString stringWithCString:dir.c_str() encoding:NSUTF8StringEncoding]; NSDirectoryEnumerator *dirEnum = [fm enumeratorAtPath:rdir]; NSString *path; while (path = [dirEnum nextObject]) { std::string pstr = [path cStringUsingEncoding:NSUTF8StringEncoding]; size_t extn = pstr.rfind(".rule"); if (extn != std::string::npos) { // path is to a .rule file std::string rulename = pstr.substr(0,extn); if (candelete) { // allow user to delete .rule file htmldata += "DELETE   "; // allow user to edit .rule file htmldata += "EDIT   "; } else { // allow user to read supplied .rule file htmldata += "READ   "; } // use "open:" link rather than "rule:" link so dialog closes immediately htmldata += ""; htmldata += rulename; htmldata += "
"; } } } // ----------------------------------------------------------------------------- - (void)showAlgoHelp { NSString *algoname = [NSString stringWithCString:GetAlgoName(algoindex) encoding:NSUTF8StringEncoding]; if ([algoname isEqualToString:@"RuleLoader"]) { // first check for any .rule/tree/table files in Documents // (created by iTunes file sharing) and move them into Documents/Rules/ MoveSharedFiles(); // now convert any .tree/table files to .rule files ConvertOldRules(); // create html data with links to the user's .rule files and Golly's supplied .rule files std::string htmldata; htmldata += ""; htmldata += "

The RuleLoader algorithm allows CA rules to be specified in .rule files."; htmldata += " Given the rule string \"Foo\", RuleLoader will search for a file called Foo.rule"; htmldata += " in your rules folder (Documents/Rules/), then in the rules folder supplied with Golly."; htmldata += "

"; CreateRuleLinks(htmldata, userrules, "Documents/Rules/", "Your .rule files:", true); CreateRuleLinks(htmldata, rulesdir, "Rules/", "Supplied .rule files:", false); htmldata += "

TOP
"; [htmlView loadHTMLString:[NSString stringWithCString:htmldata.c_str() encoding:NSUTF8StringEncoding] baseURL:[NSURL fileURLWithPath:[[NSBundle mainBundle] bundlePath]]]; // the above base URL is needed for links like to work } else { // replace any spaces with underscores algoname = [algoname stringByReplacingOccurrencesOfString:@" " withString:@"_"]; NSBundle *bundle=[NSBundle mainBundle]; NSString *filePath = [bundle pathForResource:algoname ofType:@"html" inDirectory:@"Help/Algorithms"]; if (filePath) { NSURL *fileUrl = [NSURL fileURLWithPath:filePath]; NSURLRequest *request = [NSURLRequest requestWithURL:fileUrl]; [htmlView loadRequest:request]; } else { [htmlView loadHTMLString:@"
Failed to find html file!
" baseURL:nil]; } } } // ----------------------------------------------------------------------------- static bool keepalgoindex = false; - (void)viewWillAppear:(BOOL)animated { [super viewWillAppear:animated]; if (keepalgoindex) { // ShowTextFile has finished displaying a modal dialog so we don't want to change algoindex keepalgoindex = false; [self showAlgoHelp]; // user might have created a new .rule file return; } // save current location curroffset[algoindex] = htmlView.scrollView.contentOffset; // show current algo and rule algoindex = currlayer->algtype; [algoButton setTitle:[NSString stringWithCString:GetAlgoName(algoindex) encoding:NSUTF8StringEncoding] forState:UIControlStateNormal]; [self showAlgoHelp]; oldrule = currlayer->algo->getrule(); oldmaxstate = currlayer->algo->NumCellStates() - 1; [ruleText setText:[NSString stringWithCString:currlayer->algo->getrule() encoding:NSUTF8StringEncoding]]; unknownLabel.hidden = YES; // show corresponding name for current rule (or UNNAMED if there isn't one) [rulePicker selectRow:[self findNamedRule:ruleText.text] inComponent:0 animated:NO]; // selection might change if grid becomes smaller, so save current selection // if RememberRuleChange/RememberAlgoChange is called later SaveCurrentSelection(); } // ----------------------------------------------------------------------------- - (void)viewWillDisappear:(BOOL)animated { [super viewWillDisappear:animated]; [htmlView stopLoading]; // in case the web view is still loading its content // save current location of htmlView curroffset[algoindex] = htmlView.scrollView.contentOffset; } // ----------------------------------------------------------------------------- - (IBAction)changeAlgorithm:(id)sender { UIActionSheet *sheet = [[UIActionSheet alloc] initWithTitle:nil delegate:self cancelButtonTitle:nil destructiveButtonTitle:nil otherButtonTitles:nil]; for (int i=0; i= 0 && globalButton < NumAlgos()) { // save current location curroffset[algoindex] = htmlView.scrollView.contentOffset; // save chosen algo for later use algoindex = (algo_type)globalButton; // display the chosen algo name [algoButton setTitle:[NSString stringWithCString:GetAlgoName(algoindex) encoding:NSUTF8StringEncoding] forState:UIControlStateNormal]; // display help for chosen algo [self showAlgoHelp]; // if current rule (in ruleText) is valid in the chosen algo then don't change rule, // otherwise switch to the algo's default rule std::string thisrule = [ruleText.text cStringUsingEncoding:NSUTF8StringEncoding]; if (thisrule.empty()) thisrule = RULE_IF_EMPTY; lifealgo* tempalgo = CreateNewUniverse(algoindex); const char* err = tempalgo->setrule(thisrule.c_str()); if (err) { // switch to tempalgo's default rule std::string defrule = tempalgo->DefaultRule(); size_t thispos = thisrule.find(':'); if (thispos != std::string::npos) { // preserve valid topology so we can do things like switch from // "LifeHistory:T30,20" in RuleLoader to "B3/S23:T30,20" in QuickLife size_t defpos = defrule.find(':'); if (defpos != std::string::npos) { // default rule shouldn't have a suffix but play safe and remove it defrule = defrule.substr(0, defpos); } defrule += ":"; defrule += thisrule.substr(thispos+1); } [ruleText setText:[NSString stringWithCString:defrule.c_str() encoding:NSUTF8StringEncoding]]; [rulePicker selectRow:[self findNamedRule:ruleText.text] inComponent:0 animated:NO]; unknownLabel.hidden = YES; } delete tempalgo; } } // ----------------------------------------------------------------------------- // called when the user selects an item from UIActionSheet created in changeAlgorithm - (void)actionSheet:(UIActionSheet *)sheet didDismissWithButtonIndex:(NSInteger)buttonIndex { // user interaction is disabled at this moment, which is a problem if Warning gets called // (the OK button won't work) so we have to call the appropriate action code AFTER this // callback has finished and user interaction restored globalButton = buttonIndex; [self performSelector:@selector(doDelayedAction) withObject:nil afterDelay:0.01]; } // ----------------------------------------------------------------------------- - (void)checkRule { // check displayed rule and show message if it's not valid in any algo, // or if the rule is valid then displayed algo might need to change std::string thisrule = [ruleText.text cStringUsingEncoding:NSUTF8StringEncoding]; if (thisrule.empty()) { thisrule = RULE_IF_EMPTY; [ruleText setText:[NSString stringWithCString:thisrule.c_str() encoding:NSUTF8StringEncoding]]; [rulePicker selectRow:[self findNamedRule:ruleText.text] inComponent:0 animated:NO]; } // 1st check if rule is valid in displayed algo lifealgo* tempalgo = CreateNewUniverse(algoindex); const char* err = tempalgo->setrule(thisrule.c_str()); if (err) { // check rule in other algos for (int newindex = 0; newindex < NumAlgos(); newindex++) { if (newindex != algoindex) { delete tempalgo; tempalgo = CreateNewUniverse(newindex); err = tempalgo->setrule(thisrule.c_str()); if (!err) { // save current location curroffset[algoindex] = htmlView.scrollView.contentOffset; algoindex = newindex; [algoButton setTitle:[NSString stringWithCString:GetAlgoName(algoindex) encoding:NSUTF8StringEncoding] forState:UIControlStateNormal]; [self showAlgoHelp]; break; } } } } unknownLabel.hidden = (err == nil); if (err) { // unknown rule must be unnamed [rulePicker selectRow:UNNAMED_ROW inComponent:0 animated:NO]; Beep(); } else { // need canonical rule for comparison in findNamedRule and GetRuleName NSString *canonrule = [NSString stringWithCString:tempalgo->getrule() encoding:NSUTF8StringEncoding]; [rulePicker selectRow:[self findNamedRule:canonrule] inComponent:0 animated:NO]; } delete tempalgo; } // ----------------------------------------------------------------------------- - (IBAction)cancelRuleChange:(id)sender { [self dismissViewControllerAnimated:YES completion:nil]; } // ----------------------------------------------------------------------------- - (IBAction)doRuleChange:(id)sender { // clear first responder if necessary (ie. remove keyboard) [self.view endEditing:YES]; if (unknownLabel.hidden == NO) { Warning("Given rule is not valid in any algorithm."); // don't dismiss modal view return; } // dismiss modal view first in case ChangeAlgorithm calls BeginProgress [self dismissViewControllerAnimated:YES completion:nil]; // get current rule in ruleText std::string newrule = [ruleText.text cStringUsingEncoding:NSUTF8StringEncoding]; if (newrule.empty()) newrule = RULE_IF_EMPTY; if (algoindex == currlayer->algtype) { // check if new rule is valid in current algorithm // (if not then revert to original rule saved in viewWillAppear) const char* err = currlayer->algo->setrule(newrule.c_str()); if (err) RestoreRule(oldrule.c_str()); // convert newrule to canonical form for comparison with oldrule, then // check if the rule string changed or if the number of states changed newrule = currlayer->algo->getrule(); int newmaxstate = currlayer->algo->NumCellStates() - 1; if (oldrule != newrule || oldmaxstate != newmaxstate) { // if pattern exists and is at starting gen then ensure savestart is true // so that SaveStartingPattern will save pattern to suitable file // (and thus undo/reset will work correctly) if (currlayer->algo->getGeneration() == currlayer->startgen && !currlayer->algo->isEmpty()) { currlayer->savestart = true; } // if grid is bounded then remove any live cells outside grid edges if (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0) { ClearOutsideGrid(); } // rule change might have changed the number of cell states; // if there are fewer states then pattern might change if (newmaxstate < oldmaxstate && !currlayer->algo->isEmpty()) { ReduceCellStates(newmaxstate); } if (allowundo) { currlayer->undoredo->RememberRuleChange(oldrule.c_str()); } } UpdateLayerColors(); UpdateEverything(); } else { // change the current algorithm and switch to the new rule // (if the new rule is invalid then the algo's default rule will be used); // this also calls UpdateLayerColors, UpdateEverything and RememberAlgoChange ChangeAlgorithm(algoindex, newrule.c_str()); } SavePrefs(); } // ----------------------------------------------------------------------------- // UITextFieldDelegate methods: - (void)textFieldDidBeginEditing:(UITextField *)tf { // probably best to clear any message about unknown rule unknownLabel.hidden = YES; } - (void)textFieldDidEndEditing:(UITextField *)tf { // called when rule editing has ended (ie. keyboard disappears) [self checkRule]; } - (BOOL)textFieldShouldReturn:(UITextField *)tf { // called when user hits Done button, so remove keyboard // (note that textFieldDidEndEditing will then be called) [tf resignFirstResponder]; return YES; } - (BOOL)disablesAutomaticKeyboardDismissal { // this allows keyboard to be dismissed if modal view uses UIModalPresentationFormSheet return NO; } // ----------------------------------------------------------------------------- // UIPickerViewDelegate and UIPickerViewDataSource methods: - (NSInteger)numberOfComponentsInPickerView:(UIPickerView *)pickerView { return 1; } - (NSInteger)pickerView:(UIPickerView *)pickerView numberOfRowsInComponent:(NSInteger)component { return NUM_ROWS; } - (NSString *)pickerView:(UIPickerView *)pickerView titleForRow:(NSInteger)row forComponent:(NSInteger)component; { return namedRules[row * 2]; } - (CGFloat)pickerView:(UIPickerView *)pickerView rowHeightForComponent:(NSInteger)component { return 38.0; // nicer spacing } - (void)pickerView:(UIPickerView *)pickerView didSelectRow:(NSInteger)row inComponent:(NSInteger)component { if (row < UNNAMED_ROW) { [ruleText setText:namedRules[row * 2 + 1]]; [self checkRule]; } } // ----------------------------------------------------------------------------- // UIWebViewDelegate methods: - (void)webViewDidStartLoad:(UIWebView *)webView { // show the activity indicator in the status bar [UIApplication sharedApplication].networkActivityIndicatorVisible = YES; } - (void)webViewDidFinishLoad:(UIWebView *)webView { // hide the activity indicator in the status bar [UIApplication sharedApplication].networkActivityIndicatorVisible = NO; // restore old offset here htmlView.scrollView.contentOffset = curroffset[algoindex]; } - (void)webView:(UIWebView *)webView didFailLoadWithError:(NSError *)error { // hide the activity indicator in the status bar and display error message [UIApplication sharedApplication].networkActivityIndicatorVisible = NO; // we can safely ignore -999 errors if (error.code == NSURLErrorCancelled) return; Warning([error.localizedDescription cStringUsingEncoding:NSUTF8StringEncoding]); } - (BOOL)webView:(UIWebView *)webView shouldStartLoadWithRequest:(NSURLRequest *)request navigationType:(UIWebViewNavigationType)navigationType { if (navigationType == UIWebViewNavigationTypeLinkClicked) { NSURL *url = [request URL]; NSString *link = [url absoluteString]; // look for special prefixes used by Golly (and return NO if found) if ([link hasPrefix:@"open:"]) { // open specified file, but dismiss modal view first in case OpenFile calls BeginProgress [self dismissViewControllerAnimated:YES completion:nil]; std::string path = [[link substringFromIndex:5] cStringUsingEncoding:NSUTF8StringEncoding]; OpenFile(path.c_str()); SavePrefs(); return NO; } if ([link hasPrefix:@"rule:"]) { // copy specified rule into ruleText [ruleText setText:[link substringFromIndex:5]]; [self checkRule]; return NO; } if ([link hasPrefix:@"delete:"]) { std::string path = [[link substringFromIndex:7] cStringUsingEncoding:NSUTF8StringEncoding]; FixURLPath(path); std::string question = "Do you really want to delete " + path + "?"; if (YesNo(question.c_str())) { // delete specified file path = userdir + path; RemoveFile(path); // save current location curroffset[algoindex] = htmlView.scrollView.contentOffset; [self showAlgoHelp]; } return NO; } if ([link hasPrefix:@"edit:"]) { std::string path = [[link substringFromIndex:5] cStringUsingEncoding:NSUTF8StringEncoding]; FixURLPath(path); // convert path to a full path if necessary std::string fullpath = path; if (path[0] != '/') { if (fullpath.find("Patterns/") == 0 || fullpath.find("Rules/") == 0) { // Patterns and Rules directories are inside supplieddir fullpath = supplieddir + fullpath; } else { fullpath = userdir + fullpath; } } // we pass self to ShowTextFile so it doesn't use current tab's view controller ShowTextFile(fullpath.c_str(), self); // tell viewWillAppear not to reset algoindex to currlayer->algtype keepalgoindex = true; return NO; } } return YES; } @end // ============================================================================= std::string GetRuleName(const std::string& rule) { std::string result = ""; NSString* nsrule = [NSString stringWithCString:rule.c_str() encoding:NSUTF8StringEncoding]; for (int row = 0; row < UNNAMED_ROW; row++) { if ([nsrule isEqualToString:namedRules[row * 2 + 1]]) { result = [namedRules[row * 2] cStringUsingEncoding:NSUTF8StringEncoding]; break; } } return result; } golly-3.3-src/gui-ios/Golly/Golly-Info.plist0000644000175000017500000000322513171233731015714 00000000000000 CFBundleDevelopmentRegion en CFBundleDisplayName ${PRODUCT_NAME} CFBundleExecutable ${EXECUTABLE_NAME} CFBundleIconFiles Icon.png CFBundleIcons CFBundleIcons~ipad CFBundleIdentifier $(PRODUCT_BUNDLE_IDENTIFIER) CFBundleInfoDictionaryVersion 6.0 CFBundleName ${PRODUCT_NAME} CFBundlePackageType APPL CFBundleShortVersionString 1.2 CFBundleSignature ???? CFBundleVersion 1.2 LSRequiresIPhoneOS NSAppTransportSecurity NSAllowsArbitraryLoads UIFileSharingEnabled UILaunchStoryboardName PatternViewController UIRequiredDeviceCapabilities armv7 UIStatusBarHidden UISupportedInterfaceOrientations~ipad UIInterfaceOrientationPortrait UIInterfaceOrientationPortraitUpsideDown UIInterfaceOrientationLandscapeLeft UIInterfaceOrientationLandscapeRight UIViewControllerBasedStatusBarAppearance golly-3.3-src/gui-ios/Golly/RuleViewController.h0000644000175000017500000000144613145740437016651 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import // This view controller is used when the Pattern tab's Rule button is tapped. @interface RuleViewController : UIViewController { IBOutlet UIButton *algoButton; IBOutlet UITextField *ruleText; IBOutlet UILabel *unknownLabel; IBOutlet UIPickerView *rulePicker; IBOutlet UIWebView *htmlView; } - (IBAction)changeAlgorithm:(id)sender; - (IBAction)cancelRuleChange:(id)sender; - (IBAction)doRuleChange:(id)sender; @end std::string GetRuleName(const std::string& rule); golly-3.3-src/gui-ios/Golly/StatePickerController.m0000644000175000017500000000355513145740437017335 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "prefs.h" // for showicons #import "PatternViewController.h" // for UpdateEditBar, UpdatePattern #import "StatePickerController.h" // ----------------------------------------------------------------------------- @implementation StatePickerController - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil]; if (self) { self.title = @"StatePicker"; } return self; } // ----------------------------------------------------------------------------- - (void)didReceiveMemoryWarning { [super didReceiveMemoryWarning]; // release any cached data, images, etc that aren't in use } // ----------------------------------------------------------------------------- - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // return YES for supported orientations return YES; } // ----------------------------------------------------------------------------- - (void)viewDidLoad { [super viewDidLoad]; } // ----------------------------------------------------------------------------- - (void)viewDidUnload { [super viewDidUnload]; // release all outlets spView = nil; iconsSwitch = nil; } // ----------------------------------------------------------------------------- - (void)viewWillAppear:(BOOL)animated { [super viewWillAppear:animated]; [iconsSwitch setOn:showicons animated:NO]; } // ----------------------------------------------------------------------------- - (IBAction)toggleIcons:(id)sender { showicons = !showicons; [spView setNeedsDisplay]; UpdateEditBar(); UpdatePattern(); } // 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"StatePickerView.h" @interface StatePickerController : UIViewController { IBOutlet StatePickerView *spView; IBOutlet UISwitch *iconsSwitch; } - (IBAction)toggleIcons:(id)sender; @end golly-3.3-src/gui-ios/Golly/StatusView.m0000644000175000017500000000545513145740437015172 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "status.h" // for UpdateStatusLines, status1, status2, status3 #include "algos.h" // for algoinfo #include "layer.h" // for currlayer #import "StatusView.h" @implementation StatusView // ----------------------------------------------------------------------------- - (void)drawRect:(CGRect)dirtyrect { UpdateStatusLines(); // sets status1 and status2 CGContextRef context = UIGraphicsGetCurrentContext(); int wd = self.bounds.size.width; int ht = self.bounds.size.height; // background color of status area depends on current algorithm [[UIColor colorWithRed:algoinfo[currlayer->algtype]->statusrgb.r / 255.0 green:algoinfo[currlayer->algtype]->statusrgb.g / 255.0 blue:algoinfo[currlayer->algtype]->statusrgb.b / 255.0 alpha:1.0] setFill]; CGContextFillRect(context, dirtyrect); // draw thin gray line along top [[UIColor grayColor] setStroke]; CGContextSetLineWidth(context, 1.0); CGContextMoveToPoint(context, 0, 0); CGContextAddLineToPoint(context, wd, 0); CGContextStrokePath(context); // use black for drawing text [[UIColor blackColor] setFill]; // add code to limit amount of drawing if dirtyrect's height is smaller than given ht??? NSString *line1 = [NSString stringWithCString:status1.c_str() encoding:NSUTF8StringEncoding]; NSString *line2 = [NSString stringWithCString:status2.c_str() encoding:NSUTF8StringEncoding]; // get font to draw lines (do only once) static UIFont *font = nil; if (font == nil) font = [UIFont systemFontOfSize:14]; // set position of text in each line float lineht = ht / 3.0; CGRect rect1, rect2; rect1.size = [line1 sizeWithAttributes:@{NSFontAttributeName:font}]; rect2.size = [line2 sizeWithAttributes:@{NSFontAttributeName:font}]; rect1.origin.x = 5.0; rect2.origin.x = 5.0; rect1.origin.y = (lineht / 2.0) - (rect1.size.height / 2.0); rect2.origin.y = rect1.origin.y + lineht; // draw the top 2 lines [line1 drawInRect:rect1 withAttributes:@{NSFontAttributeName:font}]; [line2 drawInRect:rect2 withAttributes:@{NSFontAttributeName:font}]; if (status3.length() > 0) { // display message on bottom line NSString *line3 = [NSString stringWithCString:status3.c_str() encoding:NSUTF8StringEncoding]; 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FFFFFFFFFFFFFFFFFÿÿÆ”›³#ÇIEND®B`‚golly-3.3-src/gui-ios/Golly/OpenViewController.h0000644000175000017500000000115113145740437016634 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import // This is the view controller for the Open tab. @interface OpenViewController : UIViewController { IBOutlet UITableView *optionTable; IBOutlet UIWebView *htmlView; } @end // if any files exist in the Documents folder (created by iTunes file sharing) // then move them into Documents/Rules/ if their names end with // .rule/tree/table, otherwise assume they are patterns // and move them into Documents/Saved/ void MoveSharedFiles(); golly-3.3-src/gui-ios/Golly/SettingsViewController.m0000644000175000017500000002141413171233731017535 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "utils.h" // for Beep #include "status.h" // for ClearMessage #include "prefs.h" // for SavePrefs, showgridlines, etc #include "layer.h" // for currlayer, etc #include "undo.h" // for currlayer->undoredo->... #include "view.h" // for ToggleCellColors #include "control.h" // for generating #import "SettingsViewController.h" @implementation SettingsViewController // ----------------------------------------------------------------------------- - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil]; if (self) { self.title = @"Settings"; self.tabBarItem.image = [UIImage imageNamed:@"settings.png"]; } return self; } // ----------------------------------------------------------------------------- - (void)didReceiveMemoryWarning { [super didReceiveMemoryWarning]; // Release any cached data, images, etc that aren't in use. } // ----------------------------------------------------------------------------- - (void)viewDidLoad { [super viewDidLoad]; // Do any additional setup after loading the view from its nib. } // ----------------------------------------------------------------------------- - (void)viewDidUnload { [super viewDidUnload]; // release outlets modeButton = nil; percentageText = nil; memoryText = nil; percentageSlider = nil; memorySlider = nil; gridSwitch = nil; timingSwitch = nil; beepSwitch = nil; colorsSwitch = nil; iconsSwitch = nil; undoSwitch = nil; hashingSwitch = nil; } // ----------------------------------------------------------------------------- static bool oldcolors; // detect if user changed swapcolors static bool oldundo; // detect if user changed allowundo static bool oldhashinfo; // detect if user changed currlayer->showhashinfo static int oldhashmem; // detect if user changed maxhashmem - (void)viewWillAppear:(BOOL)animated { [super viewWillAppear:animated]; // make sure various controls agree with current settings: [modeButton setTitle:[NSString stringWithCString:GetPasteMode() encoding:NSUTF8StringEncoding] forState:UIControlStateNormal]; [percentageText setText:[NSString stringWithFormat:@"%d", randomfill]]; percentageSlider.minimumValue = 1; percentageSlider.maximumValue = 100; percentageSlider.value = randomfill; [memoryText setText:[NSString stringWithFormat:@"%d", maxhashmem]]; memorySlider.minimumValue = MIN_MEM_MB; memorySlider.maximumValue = MAX_MEM_MB; memorySlider.value = maxhashmem; [gridSwitch setOn:showgridlines animated:NO]; [timingSwitch setOn:showtiming animated:NO]; [beepSwitch setOn:allowbeep animated:NO]; [colorsSwitch setOn:swapcolors animated:NO]; [iconsSwitch setOn:showicons animated:NO]; [undoSwitch setOn:allowundo animated:NO]; [hashingSwitch setOn:currlayer->showhashinfo animated:NO]; oldcolors = swapcolors; oldundo = allowundo; oldhashmem = maxhashmem; oldhashinfo = currlayer->showhashinfo; } // ----------------------------------------------------------------------------- - (void)viewWillDisappear:(BOOL)animated { [super viewWillDisappear:animated]; if (swapcolors != oldcolors) ToggleCellColors(); if (allowundo != oldundo) { if (allowundo) { if (currlayer->algo->getGeneration() > currlayer->startgen) { // undo list is empty but user can Reset, so add a generating change // to undo list so user can Undo or Reset (and then Redo if they wish) currlayer->undoredo->AddGenChange(); } } else { currlayer->undoredo->ClearUndoRedo(); } } if (currlayer->showhashinfo != oldhashinfo) { // we only show hashing info while generating if (generating) lifealgo::setVerbose(currlayer->showhashinfo); } // need to call setMaxMemory if maxhashmem changed if (maxhashmem != oldhashmem) { for (int i = 0; i < numlayers; i++) { Layer* layer = GetLayer(i); if (algoinfo[layer->algtype]->canhash) { layer->algo->setMaxMemory(maxhashmem); } // non-hashing algos (QuickLife) use their default memory setting } } // this is a good place to save the current settings SavePrefs(); } // ----------------------------------------------------------------------------- - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // return YES for supported orientations return YES; } // ----------------------------------------------------------------------------- - (IBAction)changePasteMode:(id)sender { UIActionSheet *sheet = [[UIActionSheet alloc] initWithTitle:nil delegate:self cancelButtonTitle:nil destructiveButtonTitle:nil otherButtonTitles: @"AND", @"COPY", @"OR", @"XOR", nil]; [sheet showFromRect:modeButton.frame inView:modeButton.superview animated:NO]; } // ----------------------------------------------------------------------------- - (void)actionSheet:(UIActionSheet *)sheet didDismissWithButtonIndex:(NSInteger)buttonIndex { // called when the user selects an option from UIActionSheet created in changePasteMode switch (buttonIndex) { case 0: [modeButton setTitle:@"AND" forState:UIControlStateNormal]; pmode = And; break; case 1: [modeButton setTitle:@"COPY" forState:UIControlStateNormal]; pmode = Copy; break; case 2: [modeButton setTitle:@"OR" forState:UIControlStateNormal]; pmode = Or; break; case 3: [modeButton setTitle:@"XOR" forState:UIControlStateNormal]; pmode = Xor; break; default: break; } } // ----------------------------------------------------------------------------- - (IBAction)changePercentage:(id)sender { randomfill = (int)percentageSlider.value; [percentageText setText:[NSString stringWithFormat:@"%d", randomfill]]; } // ----------------------------------------------------------------------------- - (IBAction)changeMemory:(id)sender { maxhashmem = (int)memorySlider.value; [memoryText setText:[NSString stringWithFormat:@"%d", maxhashmem]]; } // ----------------------------------------------------------------------------- - (IBAction)toggleGrid:(id)sender { showgridlines = !showgridlines; } // ----------------------------------------------------------------------------- - (IBAction)toggleTiming:(id)sender { showtiming = !showtiming; } // ----------------------------------------------------------------------------- - (IBAction)toggleBeep:(id)sender { allowbeep = !allowbeep; } // ----------------------------------------------------------------------------- - (IBAction)toggleColors:(id)sender { swapcolors = !swapcolors; } // ----------------------------------------------------------------------------- - (IBAction)toggleIcons:(id)sender { showicons = !showicons; } // ----------------------------------------------------------------------------- - (IBAction)toggleUndo:(id)sender { allowundo = !allowundo; } // ----------------------------------------------------------------------------- - (IBAction)toggleHashing:(id)sender { currlayer->showhashinfo = !currlayer->showhashinfo; } // ----------------------------------------------------------------------------- // UITextFieldDelegate methods: - (void)textFieldDidEndEditing:(UITextField *)tf { // called when editing has ended (ie. keyboard disappears) if (tf == percentageText) { if (tf.text.length > 0) { randomfill = (int)[tf.text integerValue]; if (randomfill < 1) randomfill = 1; if (randomfill > 100) randomfill = 100; } [percentageText setText:[NSString stringWithFormat:@"%d", randomfill]]; percentageSlider.value = randomfill; } else if (tf == memoryText) { if (tf.text.length > 0) { maxhashmem = (int)[tf.text integerValue]; if (maxhashmem < MIN_MEM_MB) maxhashmem = MIN_MEM_MB; if (maxhashmem > MAX_MEM_MB) maxhashmem = MAX_MEM_MB; } [memoryText setText:[NSString stringWithFormat:@"%d", maxhashmem]]; memorySlider.value = maxhashmem; } } - (BOOL)textFieldShouldReturn:(UITextField *)tf { // called when user hits Done button, so remove keyboard // (note that textFieldDidEndEditing will then be called) [tf resignFirstResponder]; return YES; } // ----------------------------------------------------------------------------- @end golly-3.3-src/gui-ios/Golly/triangle-right.png0000644000175000017500000000027112146034627016310 00000000000000‰PNG  IHDRHûg!tEXtSoftwareGraphicConverter (Intel)w‡úSIDATxœbøO%À¡Nœ8AƒÀ€ãP ¢Ä8,‘gNƒH5Ž€AÄG”A@5ƒð›E_Q!Œ¨kTHGTHÙTÈkTËý”ÿÿŸ§+\]^KËIEND®B`‚golly-3.3-src/gui-ios/Golly/HelpViewController.xib0000644000175000017500000000610612651666400017161 00000000000000 golly-3.3-src/gui-ios/Golly/SettingsViewController.h0000644000175000017500000000210013145740437017526 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import // This is the view controller for the Settings tab. @interface SettingsViewController : UIViewController { IBOutlet UIButton *modeButton; IBOutlet UITextField *percentageText; IBOutlet UITextField *memoryText; IBOutlet UISlider *percentageSlider; IBOutlet UISlider *memorySlider; IBOutlet UISwitch *gridSwitch; IBOutlet UISwitch *timingSwitch; IBOutlet UISwitch *beepSwitch; IBOutlet UISwitch *colorsSwitch; IBOutlet UISwitch *iconsSwitch; IBOutlet UISwitch *undoSwitch; IBOutlet UISwitch *hashingSwitch; } - (IBAction)changePasteMode:(id)sender; - (IBAction)changePercentage:(id)sender; - (IBAction)changeMemory:(id)sender; - (IBAction)toggleGrid:(id)sender; - (IBAction)toggleTiming:(id)sender; - (IBAction)toggleBeep:(id)sender; - (IBAction)toggleColors:(id)sender; - (IBAction)toggleIcons:(id)sender; - (IBAction)toggleUndo:(id)sender; - (IBAction)toggleHashing:(id)sender; @end golly-3.3-src/gui-ios/Golly/en.lproj/0000755000175000017500000000000013543257427014500 500000000000000golly-3.3-src/gui-ios/Golly/en.lproj/InfoPlist.strings0000644000175000017500000000005512026730263017727 00000000000000/* Localized versions of Info.plist keys */ golly-3.3-src/gui-ios/Golly/InfoViewController.m0000644000175000017500000001605013171233731016630 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include "readpattern.h" // for readcomments #include "layer.h" // for currlayer, etc #include "prefs.h" // for userdir #import "GollyAppDelegate.h" // for CurrentViewController #import "SaveViewController.h" // for SaveTextFile #import "InfoViewController.h" @implementation InfoViewController // ----------------------------------------------------------------------------- static std::string textfile = ""; // set in ShowTextFile static bool textchanged = false; // true if user changed text // ----------------------------------------------------------------------------- - (id)initWithNibName:(NSString *)nibNameOrNil bundle:(NSBundle *)nibBundleOrNil { self = [super initWithNibName:nibNameOrNil bundle:nibBundleOrNil]; if (self) { self.title = @"Info"; } return self; } // ----------------------------------------------------------------------------- - (void)didReceiveMemoryWarning { [super didReceiveMemoryWarning]; // Release any cached data, images, etc that aren't in use. } // ----------------------------------------------------------------------------- - (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientation { // Return YES for supported orientations return YES; } // ----------------------------------------------------------------------------- - (void)scaleText:(UIPinchGestureRecognizer *)pinchGesture { // very slow for large files; better to use A- and A+ buttons to dec/inc font size??? UIGestureRecognizerState state = pinchGesture.state; if (state == UIGestureRecognizerStateBegan || state == UIGestureRecognizerStateChanged) { CGFloat ptsize = fileView.font.pointSize * pinchGesture.scale; if (ptsize < 5.0) ptsize = 5.0; if (ptsize > 50.0) ptsize = 50.0; fileView.font = [UIFont fontWithName:fileView.font.fontName size:ptsize]; } else if (state == UIGestureRecognizerStateEnded) { // do nothing } } // ----------------------------------------------------------------------------- - (void)viewDidLoad { [super viewDidLoad]; // pinch gestures will change text size UIPinchGestureRecognizer *pinchGesture = [[UIPinchGestureRecognizer alloc] initWithTarget:self action:@selector(scaleText:)]; pinchGesture.delegate = self; [fileView addGestureRecognizer:pinchGesture]; } // ----------------------------------------------------------------------------- - (void)viewDidUnload { [super viewDidUnload]; // release all outlets fileView = nil; saveButton = nil; } // ----------------------------------------------------------------------------- - (void)viewWillAppear:(BOOL)animated { [super viewWillAppear:animated]; textchanged = false; if (textfile.find(userdir + "Documents/") == 0) { // allow user to edit this file fileView.editable = YES; // show Save button saveButton.style = UIBarButtonItemStylePlain; saveButton.enabled = YES; saveButton.title = @"Save"; } else { // textfile is empty (ie. not in ShowTextFile) or file is read-only fileView.editable = NO; // hide Save button saveButton.style = UIBarButtonItemStylePlain; saveButton.enabled = NO; saveButton.title = nil; } // best to use a fixed-width font // fileView.font = [UIFont fontWithName:@"CourierNewPSMT" size:14]; // bold is a bit nicer fileView.font = [UIFont fontWithName:@"CourierNewPS-BoldMT" size:14]; if (!textfile.empty()) { // display contents of textfile NSError *err = nil; NSString *filePath = [NSString stringWithCString:textfile.c_str() encoding:NSUTF8StringEncoding]; NSString *fileContents = [NSString stringWithContentsOfFile:filePath encoding:NSUTF8StringEncoding error:&err]; if (fileContents == nil) { fileView.text = [NSString stringWithFormat:@"Error reading text file:\n%@", err]; fileView.textColor = [UIColor redColor]; } else { fileView.text = fileContents; } } else if (currlayer->currfile.empty()) { // should never happen fileView.text = @"There is no current pattern file!"; fileView.textColor = [UIColor redColor]; } else { // display comments in current pattern file char *commptr = NULL; // readcomments will allocate commptr const char *err = readcomments(currlayer->currfile.c_str(), &commptr); if (err) { fileView.text = [NSString stringWithCString:err encoding:NSUTF8StringEncoding]; fileView.textColor = [UIColor redColor]; } else if (commptr[0] == 0) { fileView.text = @"No comments found."; } else { fileView.text = [NSString stringWithCString:commptr encoding:NSUTF8StringEncoding]; } if (commptr) free(commptr); } } // ----------------------------------------------------------------------------- - (void)viewWillDisappear:(BOOL)animated { [super viewWillDisappear:animated]; textfile.clear(); // viewWillAppear will display comments in currlayer->currfile } // ----------------------------------------------------------------------------- - (IBAction)doCancel:(id)sender { if (textchanged && YesNo("Do you want to save your changes?")) { [self doSave:sender]; return; } [self dismissViewControllerAnimated:YES completion:nil]; } // ----------------------------------------------------------------------------- static std::string contents; - (IBAction)doSave:(id)sender { contents = [fileView.text cStringUsingEncoding:NSUTF8StringEncoding]; SaveTextFile(textfile.c_str(), contents.c_str(), self); } // ----------------------------------------------------------------------------- - (void)saveSucceded:(const char*)savedpath { textfile = savedpath; textchanged = false; } // ----------------------------------------------------------------------------- // UITextViewDelegate method: - (void)textViewDidChange:(UITextView *)textView { textchanged = true; } @end // ============================================================================= void ShowTextFile(const char* filepath, UIViewController* currentView) { // check if path ends with .gz or .zip if (EndsWith(filepath,".gz") || EndsWith(filepath,".zip")) { Warning("Editing a compressed file is not supported."); return; } textfile = filepath; // viewWillAppear will display this file InfoViewController *modalInfoController = [[InfoViewController alloc] initWithNibName:nil bundle:nil]; [modalInfoController setModalPresentationStyle:UIModalPresentationFullScreen]; if (currentView == nil) currentView = CurrentViewController(); [currentView presentViewController:modalInfoController animated:YES completion:nil]; modalInfoController = nil; // only reset textfile in viewWillDisappear } golly-3.3-src/gui-ios/Golly/settings@2x.png0000644000175000017500000000170712026730263015603 00000000000000‰PNG  IHDR<<:üÙrŽIDAThíšßq›@Æ¿ÅNoÖ¤O°gôb&¤‚ÐII*ˆ:°;°\AÔAäq<‘àœ”73–Ù<e%‚;8þó{ÓÜêö>í²·wˆ˜Ï «ëì›ÁOÁOg'ø•‰Iâ8þ `æ!€K"J™ù†™çƒÁ`6~™ðÕj²'Ir˜eÙ"ËX8Bœw-¼QJ‹OL‡&Y–¥‹Å⸉Ϧ4Šðš8Ž?2ó¹¢ù2Ïsßó¼ëÆŽk`D0DQtJDSEó!ÄIém¬JÇãKfͲ,SÍ£‹ðÍH¹®ûÓè*0¾ëDš™?™ö_E+‡ªh"òÛð_F¥`)å(ŠNu'Ç—¦fUû·qJK)¿8!¢iÑ}¤TðfÊéŠ.lÃÚ+k‰RÁÌìo~V­Y©÷ŠvѪ­)v©ë¿)µªô.Ѻ‘%"•>Ü(U‚wF`[´”ò¢FÏ4íSz.δ~ÉøTJ¹uÛ¶=ÕýNSª.fü ›°¦ïiï]D m*QQ[=ïLî3Ò•Uz0L v«Q‡ ˲y’$‡-Íÿ•‚G£Ñ¯<ÏC´·gždYv³¯«¥}Øó¼ë<Ï}´é¡eYs)åû–æÿƒrãáyÞµÂ0z´—&EO^õ!€YÛ‡”Z7I’ÞÞÞDàáˆw´1œH·ï£ã8~ËÌsES×u?h/LãW´,+Õ)f½ÜäTVܯ)Ùö%¥×höÜÛTöཉðÇq®4Þ3oV¥wïJ/âf«ÕêÍjµzƒ­çžˆ&es÷.¥7ÙU¹ó<íyÞúØyÌÌß7Ç]×¥]sö2ÂkT*÷ÝÝV‘ëu„`±X[–5ÇC? ¢ËûûûÏppppÆÌ=·eî½`@¯rÑÜqœw»Æ{Òk4+÷¤lðQÔþBÁÌ¡ã8We6F0MÅÿ YJD~ñ£”ò(ža“<ª›àEðSçEðSçÙ þ åß±$§ŠëXIEND®B`‚golly-3.3-src/gui-ios/Golly/StatePickerView.h0000644000175000017500000000023313145740437016105 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. @interface StatePickerView : UIView @end golly-3.3-src/gui-ios/Golly/GollyAppDelegate.m0000644000175000017500000001000113145740437016215 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import "prefs.h" // for SavePrefs #import "PatternViewController.h" #import "OpenViewController.h" #import "SettingsViewController.h" #import "HelpViewController.h" #import "GollyAppDelegate.h" @implementation GollyAppDelegate @synthesize window = _window; // ----------------------------------------------------------------------------- static UITabBarController *tabBarController = nil; // for SwitchToPatternTab, etc - (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions { // set variable seed for later rand() calls srand((unsigned int)time(0)); self.window = [[UIWindow alloc] initWithFrame:[[UIScreen mainScreen] bounds]]; UIViewController *vc0 = [[PatternViewController alloc] initWithNibName:nil bundle:nil]; UIViewController *vc1 = [[OpenViewController alloc] initWithNibName:nil bundle:nil]; UIViewController *vc2 = [[SettingsViewController alloc] initWithNibName:nil bundle:nil]; UIViewController *vc3 = [[HelpViewController alloc] initWithNibName:nil bundle:nil]; tabBarController = [[UITabBarController alloc] init]; tabBarController.viewControllers = [NSArray arrayWithObjects:vc0, vc1, vc2, vc3, nil]; self.window.rootViewController = tabBarController; [self.window makeKeyAndVisible]; return YES; } // ----------------------------------------------------------------------------- - (void)applicationWillResignActive:(UIApplication *)application { // this is called for certain types of temporary interruptions (such as an incoming phone call or SMS message) // or when the user quits the application and it begins the transition to the background state PauseGenTimer(); } // ----------------------------------------------------------------------------- - (void)applicationDidEnterBackground:(UIApplication *)application { // called when user hits home button PauseGenTimer(); SavePrefs(); } // ----------------------------------------------------------------------------- - (void)applicationWillEnterForeground:(UIApplication *)application { // undo any changes made in applicationDidEnterBackground RestartGenTimer(); } // ----------------------------------------------------------------------------- - (void)applicationDidBecomeActive:(UIApplication *)application { // restart any tasks that were paused in applicationWillResignActive RestartGenTimer(); } // ----------------------------------------------------------------------------- - (void)applicationWillTerminate:(UIApplication *)application { // application is about to terminate // (never called in iOS 5, so use applicationDidEnterBackground) } @end // ============================================================================= void SwitchToPatternTab() { tabBarController.selectedIndex = 0; } // ----------------------------------------------------------------------------- void SwitchToOpenTab() { tabBarController.selectedIndex = 1; } // ----------------------------------------------------------------------------- void SwitchToSettingsTab() { tabBarController.selectedIndex = 2; } // ----------------------------------------------------------------------------- void SwitchToHelpTab() { tabBarController.selectedIndex = 3; } // ----------------------------------------------------------------------------- UIViewController* CurrentViewController() { return tabBarController.selectedViewController; } // ----------------------------------------------------------------------------- void EnableTabBar(bool enable) { tabBarController.tabBar.userInteractionEnabled = enable; } // ----------------------------------------------------------------------------- void ShowTabBar(bool show) { tabBarController.tabBar.hidden = !show; } // ----------------------------------------------------------------------------- CGFloat TabBarHeight() { return tabBarController.tabBar.frame.size.height; } golly-3.3-src/gui-ios/Golly/main.m0000644000175000017500000000045413145740437013772 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #import #import "GollyAppDelegate.h" int main(int argc, char *argv[]) { @autoreleasepool { return UIApplicationMain(argc, argv, nil, NSStringFromClass([GollyAppDelegate class])); } } golly-3.3-src/gui-ios/Golly.xcodeproj/0000755000175000017500000000000013543257427014745 500000000000000golly-3.3-src/gui-ios/Golly.xcodeproj/project.pbxproj0000644000175000017500000017035613171233731017742 00000000000000// !$*UTF8*$! { archiveVersion = 1; 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rootObject = 0D07871A156881080051973C /* Project object */; } golly-3.3-src/gui-ios/Golly.xcodeproj/project.xcworkspace/0000755000175000017500000000000013543257427020743 500000000000000golly-3.3-src/gui-ios/Golly.xcodeproj/project.xcworkspace/contents.xcworkspacedata0000644000175000017500000000022612026730263025612 00000000000000 golly-3.3-src/gui-android/0000755000175000017500000000000013543257425012507 500000000000000golly-3.3-src/gui-android/Golly/0000755000175000017500000000000013543257427013577 500000000000000golly-3.3-src/gui-android/Golly/app/0000755000175000017500000000000013543257427014357 500000000000000golly-3.3-src/gui-android/Golly/app/src/0000755000175000017500000000000013543257425015144 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/0000755000175000017500000000000013543257427016072 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/jni/0000755000175000017500000000000013543257427016652 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/jni/jnicalls.cpp0000644000175000017500000024332213451370074021073 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #include // for calling Java from C++ and vice versa #include // for OpenGL ES 1.x calls #include // for usleep #include // for std::string #include // for std::list #include // for std::set #include // for std::count #include "utils.h" // for Warning, etc #include "algos.h" // for InitAlgorithms #include "prefs.h" // for GetPrefs, SavePrefs, userdir, etc #include "layer.h" // for AddLayer, ResizeLayers, currlayer #include "control.h" // for SetMinimumStepExponent #include "file.h" // for NewPattern, GetURL, ProcessDownload #include "render.h" // for DrawPattern #include "view.h" // for widescreen, fullscreen, TouchBegan, etc #include "status.h" // for UpdateStatusLines, ClearMessage, etc #include "undo.h" // for ClearUndoRedo #include "jnicalls.h" // ----------------------------------------------------------------------------- // these globals cache info for calling methods in .java files static JavaVM* javavm; static jobject baseapp = NULL; // instance of BaseApp static jmethodID baseapp_Warning; static jmethodID baseapp_Fatal; static jmethodID baseapp_YesNo; static jobject mainobj = NULL; // current instance of MainActivity static jmethodID main_StartMainActivity; static jmethodID main_RefreshPattern; static jmethodID main_ShowStatusLines; static jmethodID main_UpdateEditBar; static jmethodID main_CheckMessageQueue; static jmethodID main_PlayBeepSound; static jmethodID main_RemoveFile; static jmethodID main_MoveFile; static jmethodID main_CopyTextToClipboard; static jmethodID main_GetTextFromClipboard; static jmethodID main_ShowHelp; static jmethodID main_ShowTextFile; static jmethodID main_BeginProgress; static jmethodID main_AbortProgress; static jmethodID main_EndProgress; static jobject helpobj = NULL; // current instance of HelpActivity static jmethodID help_DownloadFile; static bool rendering = false; // in DrawPattern? static bool paused = false; // generating has been paused? static bool touching_pattern = false; // is pattern being touched? static bool highdensity = false; // screen density is > 300dpi? static bool temporary_mode = false; // is user doing a multi-finger pan/zoom? static TouchModes oldmode; // touch mode at start of multi-finger pan/zoom // ----------------------------------------------------------------------------- // XPM data for digits 0 to 9 where each digit is a 10x10 icon // so we can use CreateIconBitmaps static const char* digits[] = { /* width height ncolors chars_per_pixel */ "10 100 16 1", /* colors */ "A c #FFFFFF", "B c #EEEEEE", "C c #DDDDDD", "D c #CCCCCC", "E c #BBBBBB", "F c #AAAAAA", "G c #999999", "H c #888888", "I c #777777", "J c #666666", "K c #555555", "L c #444444", "M c #333333", "N c #222222", "O c #111111", ". c #000000", // black will be transparent /* pixels */ "AAAAAA....", "AGMMBA....", "CMBFKA....", "HIAAOA....", "JFAANB....", "IFAANA....", "FJACLA....", "ALLODA....", "AACAAA....", "AAAAAA....", "AAAAAA....", "AAFIAA....", "AIOIAA....", "AGKIAA....", "AAGIAA....", "AAGIAA....", "AAGIAA....", "AAGIAA....", "AAAAAA....", "AAAAAA....", "AAAAAA....", "AINLFA....", "EMADNA....", "FGAAOB....", "AABIJA....", "AEMGAA....", "ELAAAA....", "IONMNB....", "AAAAAA....", "AAAAAA....", "AAAAAA....", "AKNLDA....", "FKAGJA....", "FDAELA....", "AAJOFA....", "BAAEOA....", "IFABNA....", "CMLLFA....", "AABBAA....", "AAAAAA....", "AAAAAA....", "AABNDA....", "AAJODA....", "AEKLDA....", "BMBKDA....", "KIFMHB....", "EFGMHB....", "AAAKDA....", "AAAAAA....", "AAAAAA....", "AAAAAA....", "ANNNKA....", "BLBBBA....", "DJCBAA....", "FNJLHA....", "ABABNB....", "FFABMA....", "CMKLFA....", "AABAAA....", "AAAAAA....", "AAAAAA....", "AFLMFA....", "BMBCMA....", "GICBCA....", "IMKMHA....", "IJAANB....", "GJAANA....", "AJLLFA....", "AABAAA....", "AAAAAA....", "AAAAAA....", "JNNNND....", "BCCEMB....", "AAAKEA....", "AAEKAA....", "AAMCAA....", "ADLAAA....", "AHHAAA....", "AAAAAA....", "AAAAAA....", "AAAAAA....", "AINLDA....", "DMAGKA....", "EKADLA....", "BMNOFA....", "HJADNA....", "HHAANB....", "BMLLGA....", "AACAAA....", "AAAAAA....", "AAAAAA....", "AINLBA....", "FKBGKA....", "IGABNA....", "FJBFOB....", "AGKIMA....", "EFADKA....", "CLKMCA....", "AABAAA....", "AAAAAA...."}; static gBitmapPtr* digits10x10; // digit bitmaps for displaying state numbers // ----------------------------------------------------------------------------- jint JNI_OnLoad(JavaVM* vm, void* reserved) { JNIEnv* env; javavm = vm; // save in global if (vm->GetEnv((void **) &env, JNI_VERSION_1_6) != JNI_OK) { LOGE("GetEnv failed!"); return -1; } return JNI_VERSION_1_6; } // ----------------------------------------------------------------------------- static JNIEnv* getJNIenv(bool* attached) { // get the JNI environment for the current thread JNIEnv* env; *attached = false; int result = javavm->GetEnv((void **) &env, JNI_VERSION_1_6); if (result == JNI_EDETACHED) { if (javavm->AttachCurrentThread(&env, NULL) != 0) { LOGE("AttachCurrentThread failed!"); return NULL; } *attached = true; } else if (result == JNI_EVERSION) { LOGE("GetEnv: JNI_VERSION_1_6 is not supported!"); return NULL; } return env; } // ----------------------------------------------------------------------------- static std::string ConvertJString(JNIEnv* env, jstring str) { const jsize len = env->GetStringUTFLength(str); const char* strChars = env->GetStringUTFChars(str, 0); std::string result(strChars, len); env->ReleaseStringUTFChars(str, strChars); return result; } // ----------------------------------------------------------------------------- static void CheckIfRendering() { int msecs = 0; while (rendering) { // wait for DrawPattern to finish usleep(1000); // 1 millisec msecs++; } // if (msecs > 0) LOGI("waited for rendering: %d msecs", msecs); } // ----------------------------------------------------------------------------- void UpdatePattern() { // call a Java method that calls GLSurfaceView.requestRender() which calls nativeRender bool attached; JNIEnv* env = getJNIenv(&attached); if (env) env->CallVoidMethod(mainobj, main_RefreshPattern); if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void UpdateStatus() { if (fullscreen) return; UpdateStatusLines(); // sets status1, status2, status3 // call Java method in MainActivity class to update the status bar info bool attached; JNIEnv* env = getJNIenv(&attached); if (env) env->CallVoidMethod(mainobj, main_ShowStatusLines); if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void PauseGenerating() { if (generating) { StopGenerating(); // generating is now false paused = true; } } // ----------------------------------------------------------------------------- void ResumeGenerating() { if (paused) { StartGenerating(); // generating is probably true (false if pattern is empty) paused = false; } } // ============================================================================= // these native routines are used in BaseApp.java: extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_BaseApp_nativeClassInit(JNIEnv* env, jclass klass) { // get IDs for Java methods in BaseApp baseapp_Warning = env->GetMethodID(klass, "Warning", "(Ljava/lang/String;)V"); baseapp_Fatal = env->GetMethodID(klass, "Fatal", "(Ljava/lang/String;)V"); baseapp_YesNo = env->GetMethodID(klass, "YesNo", "(Ljava/lang/String;)Ljava/lang/String;"); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_BaseApp_nativeCreate(JNIEnv* env, jobject obj) { // save obj for calling Java methods in instance of BaseApp if (baseapp != NULL) env->DeleteGlobalRef(baseapp); baseapp = env->NewGlobalRef(obj); SetMessage("This is Golly 1.2 for Android. Copyright 2005-2019 The Golly Gang."); if (highdensity) { MAX_MAG = 6; // maximum cell size = 64x64 } else { MAX_MAG = 5; // maximum cell size = 32x32 } InitAlgorithms(); // must initialize algoinfo first GetPrefs(); // load user's preferences SetMinimumStepExponent(); // for slowest speed AddLayer(); // create initial layer (sets currlayer) NewPattern(); // create new, empty universe digits10x10 = CreateIconBitmaps(digits,11); // 1st "digit" is not used } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_BaseApp_nativeSetUserDirs(JNIEnv* env, jobject obj, jstring path) { userdir = ConvertJString(env, path) + "/"; // userdir = /mnt/sdcard/Android/data/net.sf.golly/files if external storage // is available, otherwise /data/data/net.sf.golly/files/ on internal storage // set paths to various subdirs (created by caller) userrules = userdir + "Rules/"; savedir = userdir + "Saved/"; downloaddir = userdir + "Downloads/"; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_BaseApp_nativeSetSuppliedDirs(JNIEnv* env, jobject obj, jstring path) { supplieddir = ConvertJString(env, path) + "/"; // supplieddir = /data/data/net.sf.golly/files/Supplied/ // set paths to various subdirs (created by caller) helpdir = supplieddir + "Help/"; rulesdir = supplieddir + "Rules/"; patternsdir = supplieddir + "Patterns/"; // also set prefsfile here by replacing "Supplied/" with "GollyPrefs" prefsfile = supplieddir.substr(0, supplieddir.length() - 9) + "GollyPrefs"; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_BaseApp_nativeSetTempDir(JNIEnv* env, jobject obj, jstring path) { tempdir = ConvertJString(env, path) + "/"; // tempdir = /data/data/net.sf.golly/cache/ clipfile = tempdir + "golly_clipboard"; /* assume nativeSetTempDir is called last LOGI("userdir = %s", userdir.c_str()); LOGI("savedir = %s", savedir.c_str()); LOGI("downloaddir = %s", downloaddir.c_str()); LOGI("userrules = %s", userrules.c_str()); LOGI("supplieddir = %s", supplieddir.c_str()); LOGI("patternsdir = %s", patternsdir.c_str()); LOGI("rulesdir = %s", rulesdir.c_str()); LOGI("helpdir = %s", helpdir.c_str()); LOGI("tempdir = %s", tempdir.c_str()); LOGI("clipfile = %s", clipfile.c_str()); LOGI("prefsfile = %s", prefsfile.c_str()); */ } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_BaseApp_nativeSetScreenDensity(JNIEnv* env, jobject obj, jint dpi) { highdensity = dpi > 300; // my Nexus 7 has a density of 320dpi } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_BaseApp_nativeSetWideScreen(JNIEnv* env, jobject obj, jboolean iswide) { widescreen = iswide; } // ============================================================================= // these native routines are used in MainActivity.java: extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeClassInit(JNIEnv* env, jclass klass) { // get IDs for Java methods in MainActivity main_StartMainActivity = env->GetMethodID(klass, "StartMainActivity", "()V"); main_RefreshPattern = env->GetMethodID(klass, "RefreshPattern", "()V"); main_ShowStatusLines = env->GetMethodID(klass, "ShowStatusLines", "()V"); main_UpdateEditBar = env->GetMethodID(klass, "UpdateEditBar", "()V"); main_CheckMessageQueue = env->GetMethodID(klass, "CheckMessageQueue", "()V"); main_PlayBeepSound = env->GetMethodID(klass, "PlayBeepSound", "()V"); main_RemoveFile = env->GetMethodID(klass, "RemoveFile", "(Ljava/lang/String;)V"); main_MoveFile = env->GetMethodID(klass, "MoveFile", "(Ljava/lang/String;Ljava/lang/String;)Ljava/lang/String;"); main_CopyTextToClipboard = env->GetMethodID(klass, "CopyTextToClipboard", "(Ljava/lang/String;)V"); main_GetTextFromClipboard = env->GetMethodID(klass, "GetTextFromClipboard", "()Ljava/lang/String;"); main_ShowHelp = env->GetMethodID(klass, "ShowHelp", "(Ljava/lang/String;)V"); main_ShowTextFile = env->GetMethodID(klass, "ShowTextFile", "(Ljava/lang/String;)V"); main_BeginProgress = env->GetMethodID(klass, "BeginProgress", "(Ljava/lang/String;)V"); main_AbortProgress = env->GetMethodID(klass, "AbortProgress", "(ILjava/lang/String;)Z"); main_EndProgress = env->GetMethodID(klass, "EndProgress", "()V"); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeCreate(JNIEnv* env, jobject obj) { // save obj for calling Java methods in this instance of MainActivity if (mainobj != NULL) env->DeleteGlobalRef(mainobj); mainobj = env->NewGlobalRef(obj); UpdateStatus(); // show initial message } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeDestroy(JNIEnv* env) { // the current instance of MainActivity is being destroyed if (mainobj != NULL) { env->DeleteGlobalRef(mainobj); mainobj = NULL; } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_MainActivity_nativeGetStatusLine(JNIEnv* env, jobject obj, jint line) { switch (line) { case 1: return env->NewStringUTF(status1.c_str()); case 2: return env->NewStringUTF(status2.c_str()); case 3: return env->NewStringUTF(status3.c_str()); } return env->NewStringUTF("Fix bug in nativeGetStatusLine!"); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_MainActivity_nativeGetStatusColor(JNIEnv* env) { unsigned char r = algoinfo[currlayer->algtype]->statusrgb.r; unsigned char g = algoinfo[currlayer->algtype]->statusrgb.g; unsigned char b = algoinfo[currlayer->algtype]->statusrgb.b; // return status bar color as int in format 0xAARRGGBB return (0xFF000000 | (r << 16) | (g << 8) | b); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_MainActivity_nativeGetPasteMode(JNIEnv* env) { return env->NewStringUTF(GetPasteMode()); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_MainActivity_nativeGetRandomFill(JNIEnv* env) { char s[4]; // room for 0..100 sprintf(s, "%d", randomfill); return env->NewStringUTF(s); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeAllowUndo(JNIEnv* env) { return allowundo; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeCanUndo(JNIEnv* env) { return currlayer->undoredo->CanUndo(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeCanRedo(JNIEnv* env) { return currlayer->undoredo->CanRedo(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeInfoAvailable(JNIEnv* env) { return currlayer->currname != "untitled"; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeUndo(JNIEnv* env) { if (generating) Warning("Bug: generating is true in nativeUndo!"); CheckIfRendering(); currlayer->undoredo->UndoChange(); UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeRedo(JNIEnv* env) { if (generating) Warning("Bug: generating is true in nativeRedo!"); CheckIfRendering(); currlayer->undoredo->RedoChange(); UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeCanReset(JNIEnv* env) { return currlayer->algo->getGeneration() > currlayer->startgen; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeResetPattern(JNIEnv* env) { CheckIfRendering(); ResetPattern(); UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativePauseGenerating(JNIEnv* env) { PauseGenerating(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeResumeGenerating(JNIEnv* env) { ResumeGenerating(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeStartGenerating(JNIEnv* env) { if (!generating) { StartGenerating(); // generating might still be false (eg. if pattern is empty) // best to reset paused flag in case a PauseGenerating call // wasn't followed by a matching ResumeGenerating call paused = false; } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeStopGenerating(JNIEnv* env) { if (generating) { StopGenerating(); // generating is now false } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeIsGenerating(JNIEnv* env) { return generating; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeGenerate(JNIEnv* env) { if (paused) return; // PauseGenerating has been called if (touching_pattern) return; // avoid jerky pattern updates // play safe and avoid re-entering currlayer->algo->step() if (event_checker > 0) return; // avoid calling NextGeneration while DrawPattern is executing on different thread if (rendering) return; NextGeneration(true); // calls currlayer->algo->step() using current gen increment UpdatePattern(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeStep(JNIEnv* env) { NextGeneration(true); UpdatePattern(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_MainActivity_nativeCalculateSpeed(JNIEnv* env) { // calculate the interval (in millisecs) between nativeGenerate calls int interval = 1000/60; // max speed is 60 fps // increase interval if user wants a delay if (currlayer->currexpo < 0) { interval = GetCurrentDelay(); } return interval; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeStep1(JNIEnv* env) { // reset step exponent to 0 currlayer->currexpo = 0; SetGenIncrement(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeFaster(JNIEnv* env) { // go faster by incrementing step exponent currlayer->currexpo++; SetGenIncrement(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeSlower(JNIEnv* env) { // go slower by decrementing step exponent if (currlayer->currexpo > minexpo) { currlayer->currexpo--; SetGenIncrement(); } else { Beep(); } UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeStopBeforeNew(JNIEnv* env) { // NewPattern is about to clear all undo/redo history so there's no point // saving the current pattern (which might be very large) bool saveundo = allowundo; allowundo = false; // avoid calling RememberGenFinish if (generating) StopGenerating(); allowundo = saveundo; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeNewPattern(JNIEnv* env) { CheckIfRendering(); NewPattern(); UpdatePattern(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeFitPattern(JNIEnv* env) { CheckIfRendering(); FitInView(1); UpdatePattern(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeScale1to1(JNIEnv* env) { CheckIfRendering(); // set scale to 1:1 if (currlayer->view->getmag() != 0) { currlayer->view->setmag(0); UpdatePattern(); UpdateStatus(); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeBigger(JNIEnv* env) { CheckIfRendering(); // zoom in if (currlayer->view->getmag() < MAX_MAG) { currlayer->view->zoom(); UpdatePattern(); UpdateStatus(); } else { Beep(); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeSmaller(JNIEnv* env) { CheckIfRendering(); // zoom out currlayer->view->unzoom(); UpdatePattern(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeMiddle(JNIEnv* env) { if (currlayer->originx == bigint::zero && currlayer->originy == bigint::zero) { currlayer->view->center(); } else { // put cell saved by ChangeOrigin (not yet implemented) in middle currlayer->view->setpositionmag(currlayer->originx, currlayer->originy, currlayer->view->getmag()); } UpdatePattern(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_MainActivity_nativeGetMode(JNIEnv* env) { // avoid mode button changing to Move during a multi-finger pan/zoom if (temporary_mode) return oldmode; switch (currlayer->touchmode) { case drawmode: return 0; case pickmode: return 1; case selectmode: return 2; case movemode: return 3; default: Warning("Bug detected in nativeGetMode!"); return 0; } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeSetMode(JNIEnv* env, jobject obj, jint mode) { switch (mode) { case 0: currlayer->touchmode = drawmode; return; case 1: currlayer->touchmode = pickmode; return; case 2: currlayer->touchmode = selectmode; return; case 3: currlayer->touchmode = movemode; return; default: Warning("Bug detected in nativeSetMode!"); return; } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_MainActivity_nativeNumLayers(JNIEnv* env) { return numlayers; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativePasteExists(JNIEnv* env) { return waitingforpaste; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeSelectionExists(JNIEnv* env) { return currlayer->currsel.Exists(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativePaste(JNIEnv* env) { CheckIfRendering(); PasteClipboard(); UpdatePattern(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeSelectAll(JNIEnv* env) { SelectAll(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeRemoveSelection(JNIEnv* env) { RemoveSelection(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeCutSelection(JNIEnv* env) { CheckIfRendering(); CutSelection(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeCopySelection(JNIEnv* env) { CopySelection(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeClearSelection(JNIEnv* env, jobject obj, jint inside) { CheckIfRendering(); if (inside) { ClearSelection(); } else { ClearOutsideSelection(); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeShrinkSelection(JNIEnv* env) { ShrinkSelection(false); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeFitSelection(JNIEnv* env) { FitSelection(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeRandomFill(JNIEnv* env) { CheckIfRendering(); RandomFill(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeFlipSelection(JNIEnv* env, jobject obj, jint y) { CheckIfRendering(); FlipSelection(y); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeRotateSelection(JNIEnv* env, jobject obj, jint clockwise) { CheckIfRendering(); RotateSelection(clockwise); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeAdvanceSelection(JNIEnv* env, jobject obj, jint inside) { CheckIfRendering(); if (inside) { currlayer->currsel.Advance(); } else { currlayer->currsel.AdvanceOutside(); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeAbortPaste(JNIEnv* env) { AbortPaste(); UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeDoPaste(JNIEnv* env, jobject obj, jint toselection) { // assume caller has stopped generating CheckIfRendering(); DoPaste(toselection); UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeFlipPaste(JNIEnv* env, jobject obj, jint y) { FlipPastePattern(y); UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeRotatePaste(JNIEnv* env, jobject obj, jint clockwise) { RotatePastePattern(clockwise); UpdateEverything(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeClearMessage(JNIEnv* env) { ClearMessage(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_MainActivity_nativeGetValidExtensions(JNIEnv* env) { if (currlayer->algo->hyperCapable()) { // .rle format is allowed but .mc format is better return env->NewStringUTF(".mc (the default) or .mc.gz or .rle or .rle.gz"); } else { // only .rle format is allowed return env->NewStringUTF(".rle (the default) or .rle.gz"); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeValidExtension(JNIEnv* env, jobject obj, jstring filename) { std::string fname = ConvertJString(env, filename); size_t dotpos = fname.find('.'); if (dotpos == std::string::npos) return true; // no extension given (default will be added later) if (EndsWith(fname,".rle")) return true; if (EndsWith(fname,".rle.gz")) return true; if (currlayer->algo->hyperCapable()) { if (EndsWith(fname,".mc")) return true; if (EndsWith(fname,".mc.gz")) return true; } return false; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_MainActivity_nativeFileExists(JNIEnv* env, jobject obj, jstring filename) { std::string fname = ConvertJString(env, filename); // append default extension if not supplied size_t dotpos = fname.find('.'); if (dotpos == std::string::npos) { if (currlayer->algo->hyperCapable()) { fname += ".mc"; } else { fname += ".rle"; } } std::string fullpath = savedir + fname; return FileExists(fullpath); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeSavePattern(JNIEnv* env, jobject obj, jstring filename) { std::string fname = ConvertJString(env, filename); // append default extension if not supplied size_t dotpos = fname.find('.'); if (dotpos == std::string::npos) { if (currlayer->algo->hyperCapable()) { fname += ".mc"; } else { fname += ".rle"; } } pattern_format format = XRLE_format; if (EndsWith(fname,".mc") || EndsWith(fname,".mc.gz")) format = MC_format; output_compression compression = no_compression; if (EndsWith(fname,".gz")) compression = gzip_compression; std::string fullpath = savedir + fname; SavePattern(fullpath, format, compression); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeOpenFile(JNIEnv* env, jobject obj, jstring filepath) { std::string fpath = ConvertJString(env, filepath); FixURLPath(fpath); OpenFile(fpath.c_str()); SavePrefs(); // save recentpatterns } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeSetFullScreen(JNIEnv* env, jobject obj, jboolean isfull) { fullscreen = isfull; if (!fullscreen) { // user might have changed scale or position while in fullscreen mode UpdateStatus(); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeChangeRule(JNIEnv* env, jobject obj, jstring rule) { std::string newrule = ConvertJString(env, rule); ChangeRule(newrule); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_MainActivity_nativeLexiconPattern(JNIEnv* env, jobject obj, jstring jpattern) { std::string pattern = ConvertJString(env, jpattern); std::replace(pattern.begin(), pattern.end(), '$', '\n'); LoadLexiconPattern(pattern); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_MainActivity_nativeDrawingState(JNIEnv* env) { return currlayer->drawingstate; } // ============================================================================= // these native routines are used in PatternGLSurfaceView.java: extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativePause(JNIEnv* env) { PauseGenerating(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativeResume(JNIEnv* env) { ResumeGenerating(); UpdatePattern(); UpdateStatus(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativeTouchBegan(JNIEnv* env, jobject obj, jint x, jint y) { // LOGI("touch began: x=%d y=%d", x, y); ClearMessage(); TouchBegan(x, y); // set flag so we can avoid jerky updates if pattern is generating touching_pattern = true; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativeTouchMoved(JNIEnv* env, jobject obj, jint x, jint y) { // LOGI("touch moved: x=%d y=%d", x, y); TouchMoved(x, y); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativeTouchEnded(JNIEnv* env) { // LOGI("touch ended"); TouchEnded(); touching_pattern = false; // allow pattern generation } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativeMoveMode(JNIEnv* env) { // temporarily switch touch mode to movemode oldmode = currlayer->touchmode; currlayer->touchmode = movemode; temporary_mode = true; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativeRestoreMode(JNIEnv* env) { // restore touch mode saved in nativeMoveMode currlayer->touchmode = oldmode; temporary_mode = false; // ensure correct touch mode is displayed (might not be if user tapped a mode button // with another finger while doing a two-finger pan/zoom) UpdateEditBar(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativeZoomIn(JNIEnv* env, jobject obj, jint x, jint y) { ZoomInPos(x, y); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternGLSurfaceView_nativeZoomOut(JNIEnv* env, jobject obj, jint x, jint y) { ZoomOutPos(x, y); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternRenderer_nativeInit(JNIEnv* env) { // we only do 2D drawing glDisable(GL_DEPTH_TEST); glDisable(GL_DITHER); glDisable(GL_MULTISAMPLE); glDisable(GL_STENCIL_TEST); glDisable(GL_FOG); glEnableClientState(GL_TEXTURE_COORD_ARRAY); glEnableClientState(GL_VERTEX_ARRAY); glEnable(GL_BLEND); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); glClearColor(1.0, 1.0, 1.0, 1.0); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternRenderer_nativeResize(JNIEnv* env, jobject obj, jint w, jint h) { glMatrixMode(GL_PROJECTION); glLoadIdentity(); glOrthof(0, w, h, 0, -1, 1); // origin is top left and y increases down glViewport(0, 0, w, h); glMatrixMode(GL_MODELVIEW); if (w != currlayer->view->getwidth() || h != currlayer->view->getheight()) { // update size of viewport ResizeLayers(w, h); UpdatePattern(); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_PatternRenderer_nativeRender(JNIEnv* env) { // if NextGeneration is executing (on different thread) then don't call DrawPattern if (event_checker > 0) return; // render the current pattern; note that this occurs on a different thread // so we use rendering flag to prevent calls like NewPattern being called // before DrawPattern has finished rendering = true; DrawPattern(currindex); rendering = false; } // ============================================================================= // these native routines are used in OpenActivity.java: const char* HTML_HEADER = ""; const char* HTML_FOOTER = ""; const char* HTML_INDENT = "      "; static std::set opendirs; // set of open directories in Supplied patterns extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_OpenActivity_nativeGetRecentPatterns(JNIEnv* env) { std::string htmldata = HTML_HEADER; if (recentpatterns.empty()) { htmldata += "There are no recent patterns."; } else { htmldata += "Recently opened/saved patterns:

"; std::list::iterator next = recentpatterns.begin(); while (next != recentpatterns.end()) { std::string path = *next; if (path.find("Patterns/") == 0 || FileExists(userdir + path)) { htmldata += ""; if (path.find("Patterns/") == 0) { // nicer not to show Patterns/ prefix size_t firstsep = path.find('/'); if (firstsep != std::string::npos) { path.erase(0, firstsep+1); } } htmldata += path; htmldata += "
"; } next++; } } htmldata += HTML_FOOTER; return env->NewStringUTF(htmldata.c_str()); } // ----------------------------------------------------------------------------- static void AppendHtmlData(std::string& htmldata, const std::string& paths, const std::string& dir, const std::string& prefix, bool candelete) { int closedlevel = 0; size_t pathstart = 0; size_t pathend = paths.find('\n'); while (pathend != std::string::npos) { std::string path = paths.substr(pathstart, pathend - pathstart); // path is relative to given dir (eg. "Life/Bounded-Grids/agar-p3.rle" if patternsdir) bool isdir = (paths[pathend-1] == '/'); if (isdir) { // strip off terminating '/' path = paths.substr(pathstart, pathend - pathstart - 1); } // set indent level to number of separators in path int indents = std::count(path.begin(), path.end(), '/'); if (indents <= closedlevel) { if (isdir) { // path is to a directory std::string imgname; if (opendirs.find(path) == opendirs.end()) { closedlevel = indents; imgname = "triangle-right.png"; } else { closedlevel = indents+1; imgname = "triangle-down.png"; } for (int i = 0; i < indents; i++) htmldata += HTML_INDENT; htmldata += ""; size_t lastsep = path.rfind('/'); if (lastsep == std::string::npos) { htmldata += path; } else { htmldata += path.substr(lastsep+1); } htmldata += "
"; } else { // path is to a file for (int i = 0; i < indents; i++) htmldata += HTML_INDENT; if (candelete) { // allow user to delete file htmldata += "DELETE   "; // allow user to edit file htmldata += "EDIT   "; } else { // allow user to read file (a supplied pattern) htmldata += "READ   "; } htmldata += ""; size_t lastsep = path.rfind('/'); if (lastsep == std::string::npos) { htmldata += path; } else { htmldata += path.substr(lastsep+1); } htmldata += "
"; } } pathstart = pathend + 1; pathend = paths.find('\n', pathstart); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_OpenActivity_nativeGetSavedPatterns(JNIEnv* env, jobject obj, jstring jpaths) { std::string paths = ConvertJString(env, jpaths); std::string htmldata = HTML_HEADER; if (paths.length() == 0) { htmldata += "There are no saved patterns."; } else { htmldata += "Saved patterns:

"; AppendHtmlData(htmldata, paths, savedir, "Saved/", true); // can delete files } htmldata += HTML_FOOTER; return env->NewStringUTF(htmldata.c_str()); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_OpenActivity_nativeGetDownloadedPatterns(JNIEnv* env, jobject obj, jstring jpaths) { std::string paths = ConvertJString(env, jpaths); std::string htmldata = HTML_HEADER; if (paths.length() == 0) { htmldata += "There are no downloaded patterns."; } else { htmldata += "Downloaded patterns:

"; AppendHtmlData(htmldata, paths, downloaddir, "Downloads/", true); // can delete files } htmldata += HTML_FOOTER; return env->NewStringUTF(htmldata.c_str()); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_OpenActivity_nativeGetSuppliedPatterns(JNIEnv* env, jobject obj, jstring jpaths) { std::string paths = ConvertJString(env, jpaths); std::string htmldata = HTML_HEADER; if (paths.length() == 0) { htmldata += "There are no supplied patterns."; } else { htmldata += "Supplied patterns:

"; AppendHtmlData(htmldata, paths, patternsdir, "Patterns/", false); // can't delete files } htmldata += HTML_FOOTER; return env->NewStringUTF(htmldata.c_str()); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_OpenActivity_nativeToggleDir(JNIEnv* env, jobject obj, jstring jpath) { std::string path = ConvertJString(env, jpath); if (opendirs.find(path) == opendirs.end()) { // add directory path to opendirs opendirs.insert(path); } else { // remove directory path from opendirs opendirs.erase(path); } } // ============================================================================= // these native routines are used in SettingsActivity.java: static bool oldcolors; // detect if user changed swapcolors static bool oldundo; // detect if user changed allowundo static bool oldhashinfo; // detect if user changed currlayer->showhashinfo static int oldhashmem; // detect if user changed maxhashmem extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_SettingsActivity_nativeOpenSettings(JNIEnv* env) { // SettingsActivity is about to appear oldcolors = swapcolors; oldundo = allowundo; oldhashmem = maxhashmem; oldhashinfo = currlayer->showhashinfo; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_SettingsActivity_nativeCloseSettings(JNIEnv* env) { // SettingsActivity is about to disappear if (swapcolors != oldcolors) ToggleCellColors(); if (allowundo != oldundo) { if (allowundo) { if (currlayer->algo->getGeneration() > currlayer->startgen) { // undo list is empty but user can Reset, so add a generating change // to undo list so user can Undo or Reset (and then Redo if they wish) currlayer->undoredo->AddGenChange(); } } else { currlayer->undoredo->ClearUndoRedo(); } } if (currlayer->showhashinfo != oldhashinfo) { // we only show hashing info while generating if (generating) lifealgo::setVerbose(currlayer->showhashinfo); } // need to call setMaxMemory if maxhashmem changed if (maxhashmem != oldhashmem) { for (int i = 0; i < numlayers; i++) { Layer* layer = GetLayer(i); if (algoinfo[layer->algtype]->canhash) { layer->algo->setMaxMemory(maxhashmem); } // non-hashing algos (QuickLife) use their default memory setting } } // this is a good place to save the current settings SavePrefs(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_SettingsActivity_nativeGetPref(JNIEnv* env, jobject obj, jstring pref) { std::string name = ConvertJString(env, pref); if (name == "hash") return currlayer->showhashinfo ? 1 : 0; if (name == "time") return showtiming ? 1 : 0; if (name == "beep") return allowbeep ? 1 : 0; if (name == "swap") return swapcolors ? 1 : 0; if (name == "icon") return showicons ? 1 : 0; if (name == "undo") return allowundo ? 1 : 0; if (name == "grid") return showgridlines ? 1 : 0; if (name == "rand") return randomfill; if (name == "maxm") return maxhashmem; LOGE("Fix bug in nativeGetPref! name = %s", name.c_str()); return 0; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_SettingsActivity_nativeSetPref(JNIEnv* env, jobject obj, jstring pref, int val) { std::string name = ConvertJString(env, pref); if (name == "hash") currlayer->showhashinfo = val == 1; else if (name == "time") showtiming = val == 1; else if (name == "beep") allowbeep = val == 1; else if (name == "swap") swapcolors = val == 1; else if (name == "icon") showicons = val == 1; else if (name == "undo") allowundo = val == 1; else if (name == "grid") showgridlines = val == 1; else if (name == "rand") { randomfill = val; if (randomfill < 1) randomfill = 1; if (randomfill > 100) randomfill = 100; } else if (name == "maxm") { maxhashmem = val; if (maxhashmem < MIN_MEM_MB) maxhashmem = MIN_MEM_MB; if (maxhashmem > MAX_MEM_MB) maxhashmem = MAX_MEM_MB; } else if (name == "pmode") { if (val == 0) SetPasteMode("AND"); if (val == 1) SetPasteMode("COPY"); if (val == 2) SetPasteMode("OR"); if (val == 3) SetPasteMode("XOR"); } else LOGE("Fix bug in nativeSetPref! name = %s", name.c_str()); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_SettingsActivity_nativeGetPasteMode(JNIEnv* env) { return env->NewStringUTF(GetPasteMode()); } // ============================================================================= // these native routines are used in HelpActivity.java: extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_HelpActivity_nativeClassInit(JNIEnv* env, jclass klass) { // get IDs for Java methods in HelpActivity help_DownloadFile = env->GetMethodID(klass, "DownloadFile", "(Ljava/lang/String;Ljava/lang/String;)V"); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_HelpActivity_nativeCreate(JNIEnv* env, jobject obj) { // save obj for calling Java methods in this instance of HelpActivity if (helpobj != NULL) env->DeleteGlobalRef(helpobj); helpobj = env->NewGlobalRef(obj); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_HelpActivity_nativeDestroy(JNIEnv* env) { // the current instance of HelpActivity is being destroyed if (helpobj != NULL) { env->DeleteGlobalRef(helpobj); helpobj = NULL; } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_HelpActivity_nativeGetURL(JNIEnv* env, jobject obj, jstring jurl, jstring jpageurl) { std::string url = ConvertJString(env, jurl); std::string pageurl = ConvertJString(env, jpageurl); // for GetURL to work we need to convert any "%20" in pageurl to " " size_t start_pos = 0; while ((start_pos = pageurl.find("%20", start_pos)) != std::string::npos) { pageurl.replace(start_pos, 3, " "); start_pos += 1; // skip inserted space } GetURL(url, pageurl); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_HelpActivity_nativeUnzipFile(JNIEnv* env, jobject obj, jstring jzippath) { std::string zippath = ConvertJString(env, jzippath); FixURLPath(zippath); std::string entry = zippath.substr(zippath.rfind(':') + 1); zippath = zippath.substr(0, zippath.rfind(':')); UnzipFile(zippath, entry); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT bool JNICALL Java_net_sf_golly_HelpActivity_nativeDownloadedFile(JNIEnv* env, jobject obj, jstring jurl) { std::string path = ConvertJString(env, jurl); path = path.substr(path.rfind('/')+1); size_t dotpos = path.rfind('.'); std::string ext = ""; if (dotpos != std::string::npos) ext = path.substr(dotpos+1); if ( (IsZipFile(path) || strcasecmp(ext.c_str(),"rle") == 0 || strcasecmp(ext.c_str(),"life") == 0 || strcasecmp(ext.c_str(),"mc") == 0) // also check for '?' to avoid opening links like ".../detail?name=foo.zip" && path.find('?') == std::string::npos) { // download file to downloaddir and open it path = downloaddir + path; std::string url = ConvertJString(env, jurl); AndroidDownloadFile(url, path); // if the async download succeeds then nativeProcessDownload will call // ProcessDownload which calls OpenFile return true; } else { return false; } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_HelpActivity_nativeProcessDownload(JNIEnv* env, jobject obj, jstring jfilepath) { std::string filepath = ConvertJString(env, jfilepath); // AndroidDownloadFile has successfully downloaded and created a file ProcessDownload(filepath); } // ============================================================================= // these native routines are used in StateActivity.java: extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_StateActivity_nativeNumStates(JNIEnv* env) { return currlayer->algo->NumCellStates(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jboolean JNICALL Java_net_sf_golly_StateActivity_nativeShowIcons() { return showicons; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_StateActivity_nativeToggleIcons() { showicons = !showicons; UpdatePattern(); UpdateEditBar(); SavePrefs(); } // ============================================================================= // these native routines are used in StateGLSurfaceView.java: static int statewd, stateht; static int state_offset = 0; static int max_offset; static int lastx, lasty; static bool touch_moved; // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_StateGLSurfaceView_nativeTouchBegan(JNIEnv* env, jobject obj, jint x, jint y) { // LOGI("TouchBegan x=%d y=%d", x, y); lastx = x; lasty = y; touch_moved = false; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jboolean JNICALL Java_net_sf_golly_StateGLSurfaceView_nativeTouchMoved(JNIEnv* env, jobject obj, jint x, jint y) { // LOGI("TouchMoved x=%d y=%d", x, y); int boxsize = highdensity ? 64 : 32; int oldcol = lastx / boxsize; int oldrow = lasty / boxsize; int col = x / boxsize; int row = y / boxsize; lastx = x; lasty = y; if (col != oldcol || row != oldrow) { // user moved finger to a different state box touch_moved = true; } if (max_offset > 0 && row != oldrow) { // may need to scroll states by changing state_offset int new_offset = state_offset + 10 * (oldrow - row); if (new_offset < 0) new_offset = 0; if (new_offset > max_offset) new_offset = max_offset; if (new_offset != state_offset) { // scroll up/down state_offset = new_offset; return true; } } return false; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jboolean JNICALL Java_net_sf_golly_StateGLSurfaceView_nativeTouchEnded(JNIEnv* env) { if (touch_moved) return false; if (lastx >= 0 && lastx < statewd && lasty >= 0 && lasty < stateht) { // return true if user touched a valid state box int boxsize = highdensity ? 64 : 32; int col = lastx / boxsize; int row = lasty / boxsize; int newstate = row * 10 + col + state_offset; if (newstate >= 0 && newstate < currlayer->algo->NumCellStates()) { currlayer->drawingstate = newstate; return true; } } return false; } // ----------------------------------------------------------------------------- static void SetColor(int r, int g, int b, int a) { glColor4ub(r, g, b, a); } // ----------------------------------------------------------------------------- static void FillRect(int x, int y, int wd, int ht) { GLfloat rect[] = { x, y+ht, // left, bottom x+wd, y+ht, // right, bottom x+wd, y, // right, top x, y, // left, top }; glVertexPointer(2, GL_FLOAT, 0, rect); glDrawArrays(GL_TRIANGLE_FAN, 0, 4); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_StateRenderer_nativeInit(JNIEnv* env) { // we only do 2D drawing glDisable(GL_DEPTH_TEST); glDisable(GL_DITHER); glDisable(GL_MULTISAMPLE); glDisable(GL_STENCIL_TEST); glDisable(GL_FOG); glEnableClientState(GL_TEXTURE_COORD_ARRAY); glEnableClientState(GL_VERTEX_ARRAY); glEnable(GL_BLEND); glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA); glClearColor(1.0, 1.0, 1.0, 1.0); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_StateRenderer_nativeResize(JNIEnv* env, jobject obj, jint w, jint h) { glMatrixMode(GL_PROJECTION); glLoadIdentity(); glOrthof(0, w, h, 0, -1, 1); // origin is top left and y increases down glViewport(0, 0, w, h); glMatrixMode(GL_MODELVIEW); statewd = w; stateht = h; max_offset = 0; int numstates = currlayer->algo->NumCellStates(); if (numstates > 100) { max_offset = (((numstates - 100) + 9) / 10) * 10; // 10 if 101 states, 160 if 256 states } if (state_offset > max_offset) state_offset = 0; } // ----------------------------------------------------------------------------- static void DrawGrid(int wd, int ht) { int cellsize = highdensity ? 64 : 32; int h, v; if (glIsEnabled(GL_TEXTURE_2D)) glDisable(GL_TEXTURE_2D); // set the stroke color to white SetColor(255, 255, 255, 255); glLineWidth(highdensity ? 2.0 : 1.0); v = 1; while (v <= ht) { GLfloat points[] = {-0.5, v-0.5, wd-0.5, v-0.5}; glVertexPointer(2, GL_FLOAT, 0, points); glDrawArrays(GL_LINES, 0, 2); v += cellsize; } h = 1; while (h <= wd) { GLfloat points[] = {h-0.5, -0.5, h-0.5, ht-0.5}; glVertexPointer(2, GL_FLOAT, 0, points); glDrawArrays(GL_LINES, 0, 2); h += cellsize; } } // ----------------------------------------------------------------------------- static void DrawRect(int state, int x, int y, int wd, int ht) { if (glIsEnabled(GL_TEXTURE_2D)) glDisable(GL_TEXTURE_2D); SetColor(currlayer->cellr[state], currlayer->cellg[state], currlayer->cellb[state], 255); FillRect(x, y, wd, ht); } // ----------------------------------------------------------------------------- // texture name for drawing RGBA bitmaps static GLuint rgbatexture = 0; // fixed texture coordinates used by glTexCoordPointer static const GLshort texture_coordinates[] = { 0,0, 1,0, 0,1, 1,1 }; static void DrawRGBAData(unsigned char* rgbadata, int x, int y, int w, int h) { // only need to create texture name once if (rgbatexture == 0) glGenTextures(1, &rgbatexture); if (!glIsEnabled(GL_TEXTURE_2D)) { // restore texture color and enable textures SetColor(255, 255, 255, 255); glEnable(GL_TEXTURE_2D); // bind our texture glBindTexture(GL_TEXTURE_2D, rgbatexture); glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_NEAREST); glTexCoordPointer(2, GL_SHORT, 0, texture_coordinates); } // update the texture with the new RGBA data glTexImage2D(GL_TEXTURE_2D, 0, GL_RGBA, w, h, 0, GL_RGBA, GL_UNSIGNED_BYTE, rgbadata); if (highdensity) { w = w*2; h = h*2; } GLfloat vertices[] = { x, y, x+w, y, x, y+h, x+w, y+h, }; glVertexPointer(2, GL_FLOAT, 0, vertices); glDrawArrays(GL_TRIANGLE_STRIP, 0, 4); } // ----------------------------------------------------------------------------- static void DrawIcon(int state, int x, int y) { gBitmapPtr* icons = currlayer->icons31x31; if (icons == NULL || icons[state] == NULL) return; unsigned char* pxldata = icons[state]->pxldata; if (pxldata == NULL) return; int cellsize = 31; int rowbytes = 32*4; unsigned char rgbadata[32*4*32] = {0}; // all pixels are initially transparent bool multicolor = currlayer->multicoloricons; unsigned char deadr = currlayer->cellr[0]; unsigned char deadg = currlayer->cellg[0]; unsigned char deadb = currlayer->cellb[0]; if (swapcolors) { deadr = 255 - deadr; deadg = 255 - deadg; deadb = 255 - deadb; } unsigned char liver = currlayer->cellr[state]; unsigned char liveg = currlayer->cellg[state]; unsigned char liveb = currlayer->cellb[state]; if (swapcolors) { liver = 255 - liver; liveg = 255 - liveg; liveb = 255 - liveb; } int byte = 0; int rpos = 0; for (int i = 0; i < cellsize; i++) { int rowstart = rpos; for (int j = 0; j < cellsize; j++) { unsigned char r = pxldata[byte++]; unsigned char g = pxldata[byte++]; unsigned char b = pxldata[byte++]; byte++; // skip alpha if (r || g || b) { // non-black pixel if (multicolor) { // use non-black pixel in multi-colored icon if (swapcolors) { rgbadata[rpos] = 255 - r; rgbadata[rpos+1] = 255 - g; rgbadata[rpos+2] = 255 - b; } else { rgbadata[rpos] = r; rgbadata[rpos+1] = g; rgbadata[rpos+2] = b; } } else { // grayscale icon (r = g = b) if (r == 255) { // replace white pixel with live cell color rgbadata[rpos] = liver; rgbadata[rpos+1] = liveg; rgbadata[rpos+2] = liveb; } else { // replace gray pixel with appropriate shade between // live and dead cell colors float frac = (float)r / 255.0; rgbadata[rpos] = (int)(deadr + frac * (liver - deadr) + 0.5); rgbadata[rpos+1] = (int)(deadg + frac * (liveg - deadg) + 0.5); rgbadata[rpos+2] = (int)(deadb + frac * (liveb - deadb) + 0.5); } } rgbadata[rpos+3] = 255; // pixel is opaque } // move to next pixel in rgbadata rpos += 4; } // move to next row in rgbadata rpos = rowstart + rowbytes; } // draw the icon data DrawRGBAData(rgbadata, x, y, 32, 32); } // ----------------------------------------------------------------------------- static void DrawDigit(int digit, int x, int y) { unsigned char* pxldata = digits10x10[digit+1]->pxldata; int cellsize = 10; int rowbytes = 16*4; unsigned char rgbadata[16*4*16] = {0}; // all pixels are initially transparent int byte = 0; int rpos = 0; for (int i = 0; i < cellsize; i++) { int rowstart = rpos; for (int j = 0; j < cellsize; j++) { unsigned char r = pxldata[byte++]; unsigned char g = pxldata[byte++]; unsigned char b = pxldata[byte++]; byte++; // skip alpha if (r || g || b) { // non-black pixel rgbadata[rpos] = r; rgbadata[rpos+1] = g; rgbadata[rpos+2] = b; rgbadata[rpos+3] = 255; // pixel is opaque } // move to next pixel in rgbadata rpos += 4; } // move to next row in rgbadata rpos = rowstart + rowbytes; } // draw the digit data DrawRGBAData(rgbadata, x, y, 16, 16); } // ----------------------------------------------------------------------------- static void DrawStateNumber(int state, int x, int y) { // draw state number in top left corner of each cell int digitwd = highdensity ? 12 : 6; if (state < 10) { // state = 0..9 DrawDigit(state, x, y); } else if (state < 100) { // state = 10..99 DrawDigit(state / 10, x, y); DrawDigit(state % 10, x + digitwd, y); } else { // state = 100..255 DrawDigit(state / 100, x, y); DrawDigit((state % 100) / 10, x + digitwd, y); DrawDigit((state % 100) % 10, x + digitwd*2, y); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_StateRenderer_nativeRender(JNIEnv* env) { // fill the background with state 0 color glClearColor(currlayer->cellr[0]/255.0, currlayer->cellg[0]/255.0, currlayer->cellb[0]/255.0, 1.0); glClear(GL_COLOR_BUFFER_BIT); DrawGrid(statewd, stateht); // display state colors or icons int numstates = currlayer->algo->NumCellStates(); int x = 1; int y = 1; int first = state_offset; // might be > 0 if numstates > 100 if (state_offset == 0) { DrawStateNumber(0, 1, 1); // start from state 1 first = 1; x = highdensity ? 65 : 33; } for (int state = first; state < numstates; state++) { if (showicons) { DrawIcon(state, x, y); } else { DrawRect(state, x, y, highdensity ? 63 : 31, highdensity ? 63 : 31); } DrawStateNumber(state, x, y); x += highdensity ? 64 : 32; if (x > (highdensity ? 640 : 320)) { x = 1; y += highdensity ? 64 : 32; if (y > (highdensity ? 640 : 320)) break; } } } // ============================================================================= // these native routines are used in RuleActivity.java: extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_RuleActivity_nativeSaveCurrentSelection(JNIEnv* env) { SaveCurrentSelection(); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_RuleActivity_nativeGetAlgoIndex(JNIEnv* env) { return currlayer->algtype; } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_RuleActivity_nativeGetAlgoName(JNIEnv* env, jobject obj, int algoindex) { if (algoindex < 0 || algoindex >= NumAlgos()) { // caller will check for empty string return env->NewStringUTF(""); } else { return env->NewStringUTF(GetAlgoName(algoindex)); } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_RuleActivity_nativeGetRule(JNIEnv* env) { return env->NewStringUTF(currlayer->algo->getrule()); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_RuleActivity_nativeCheckRule(JNIEnv* env, jobject obj, jstring rule, int algoindex) { // if given rule is valid in the given algo then return same rule, // otherwise return the algo's default rule std::string thisrule = ConvertJString(env, rule); if (thisrule.empty()) thisrule = "B3/S23"; lifealgo* tempalgo = CreateNewUniverse(algoindex); const char* err = tempalgo->setrule(thisrule.c_str()); if (err) { // switch to tempalgo's default rule std::string defrule = tempalgo->DefaultRule(); size_t thispos = thisrule.find(':'); if (thispos != std::string::npos) { // preserve valid topology so we can do things like switch from // "LifeHistory:T30,20" in RuleLoader to "B3/S23:T30,20" in QuickLife size_t defpos = defrule.find(':'); if (defpos != std::string::npos) { // default rule shouldn't have a suffix but play safe and remove it defrule = defrule.substr(0, defpos); } defrule += ":"; defrule += thisrule.substr(thispos+1); } thisrule = defrule; } delete tempalgo; return env->NewStringUTF(thisrule.c_str()); } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT int JNICALL Java_net_sf_golly_RuleActivity_nativeCheckAlgo(JNIEnv* env, jobject obj, jstring rule, int algoindex) { std::string thisrule = ConvertJString(env, rule); if (thisrule.empty()) thisrule = "B3/S23"; // 1st check if rule is valid in displayed algo lifealgo* tempalgo = CreateNewUniverse(algoindex); const char* err = tempalgo->setrule(thisrule.c_str()); if (err) { // check rule in other algos for (int newindex = 0; newindex < NumAlgos(); newindex++) { if (newindex != algoindex) { delete tempalgo; tempalgo = CreateNewUniverse(newindex); err = tempalgo->setrule(thisrule.c_str()); if (!err) { delete tempalgo; return newindex; // tell caller to change algorithm } } } } delete tempalgo; if (err) { return -1; // rule is not valid in any algo } else { return algoindex; // no need to change algo } } // ----------------------------------------------------------------------------- extern "C" JNIEXPORT void JNICALL Java_net_sf_golly_RuleActivity_nativeSetRule(JNIEnv* env, jobject obj, jstring rule, int algoindex) { std::string oldrule = currlayer->algo->getrule(); int oldmaxstate = currlayer->algo->NumCellStates() - 1; std::string newrule = ConvertJString(env, rule); if (newrule.empty()) newrule = "B3/S23"; if (algoindex == currlayer->algtype) { // check if new rule is valid in current algorithm (if not then revert to oldrule) const char* err = currlayer->algo->setrule(newrule.c_str()); if (err) RestoreRule(oldrule.c_str()); // convert newrule to canonical form for comparison with oldrule, then // check if the rule string changed or if the number of states changed newrule = currlayer->algo->getrule(); int newmaxstate = currlayer->algo->NumCellStates() - 1; if (oldrule != newrule || oldmaxstate != newmaxstate) { // if pattern exists and is at starting gen then ensure savestart is true // so that SaveStartingPattern will save pattern to suitable file // (and thus undo/reset will work correctly) if (currlayer->algo->getGeneration() == currlayer->startgen && !currlayer->algo->isEmpty()) { currlayer->savestart = true; } // if grid is bounded then remove any live cells outside grid edges if (currlayer->algo->gridwd > 0 || currlayer->algo->gridht > 0) { ClearOutsideGrid(); } // rule change might have changed the number of cell states; // if there are fewer states then pattern might change if (newmaxstate < oldmaxstate && !currlayer->algo->isEmpty()) { ReduceCellStates(newmaxstate); } if (allowundo) { currlayer->undoredo->RememberRuleChange(oldrule.c_str()); } } UpdateLayerColors(); UpdateEverything(); } else { // change the current algorithm and switch to the new rule // (if the new rule is invalid then the algo's default rule will be used); // this also calls UpdateLayerColors, UpdateEverything and RememberAlgoChange ChangeAlgorithm(algoindex, newrule.c_str()); } SavePrefs(); } // ----------------------------------------------------------------------------- // these native routines are used in InfoApp.java: extern "C" JNIEXPORT jstring JNICALL Java_net_sf_golly_InfoActivity_nativeGetInfo(JNIEnv* env) { std::string info; if (currlayer->currfile.empty()) { // should never happen info = "There is no current pattern file!"; } else { // get comments in current pattern file char *commptr = NULL; // readcomments will allocate commptr const char *err = readcomments(currlayer->currfile.c_str(), &commptr); if (err) { info = err; } else if (commptr[0] == 0) { info = "No comments found."; } else { info = commptr; } if (commptr) free(commptr); } return env->NewStringUTF(info.c_str()); } // ============================================================================= std::string GetRuleName(const std::string& rule) { std::string result = ""; // not implemented return result; } // ----------------------------------------------------------------------------- void UpdateEditBar() { if (currlayer->drawingstate >= currlayer->algo->NumCellStates()) { // this can happen after an algo/rule change currlayer->drawingstate = 1; } // call Java method in MainActivity class to update the buttons in the edit bar bool attached; JNIEnv* env = getJNIenv(&attached); if (env) env->CallVoidMethod(mainobj, main_UpdateEditBar); if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void BeginProgress(const char* title) { bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jtitle = env->NewStringUTF(title); env->CallVoidMethod(mainobj, main_BeginProgress, jtitle); env->DeleteLocalRef(jtitle); } if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- bool AbortProgress(double fraction_done, const char* message) { bool result = true; // abort if getJNIenv fails bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jint percentage = int(fraction_done * 100); jstring jmsg = env->NewStringUTF(message); result = env->CallBooleanMethod(mainobj, main_AbortProgress, percentage, jmsg); env->DeleteLocalRef(jmsg); } if (attached) javavm->DetachCurrentThread(); return result; } // ----------------------------------------------------------------------------- void EndProgress() { bool attached; JNIEnv* env = getJNIenv(&attached); if (env) env->CallVoidMethod(mainobj, main_EndProgress); if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void SwitchToPatternTab() { // switch to MainActivity bool attached; JNIEnv* env = getJNIenv(&attached); if (env) env->CallVoidMethod(mainobj, main_StartMainActivity); if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void ShowTextFile(const char* filepath) { // switch to InfoActivity and display contents of text file bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jpath = env->NewStringUTF(filepath); env->CallVoidMethod(mainobj, main_ShowTextFile, jpath); env->DeleteLocalRef(jpath); } if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void ShowHelp(const char* filepath) { // switch to HelpActivity and display html file // LOGI("ShowHelp: filepath=%s", filepath); bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jpath = env->NewStringUTF(filepath); env->CallVoidMethod(mainobj, main_ShowHelp, jpath); env->DeleteLocalRef(jpath); } if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void AndroidWarning(const char* msg) { if (generating) paused = true; bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jmsg = env->NewStringUTF(msg); env->CallVoidMethod(baseapp, baseapp_Warning, jmsg); env->DeleteLocalRef(jmsg); } if (attached) javavm->DetachCurrentThread(); if (generating) paused = false; } // ----------------------------------------------------------------------------- void AndroidFatal(const char* msg) { paused = true; bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jmsg = env->NewStringUTF(msg); env->CallVoidMethod(baseapp, baseapp_Fatal, jmsg); env->DeleteLocalRef(jmsg); } if (attached) javavm->DetachCurrentThread(); // main_Fatal calls System.exit(1) // exit(1); } // ----------------------------------------------------------------------------- bool AndroidYesNo(const char* query) { std::string answer; if (generating) paused = true; bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jquery = env->NewStringUTF(query); jstring jresult = (jstring) env->CallObjectMethod(baseapp, baseapp_YesNo, jquery); answer = ConvertJString(env, jresult); env->DeleteLocalRef(jquery); env->DeleteLocalRef(jresult); } if (attached) javavm->DetachCurrentThread(); if (generating) paused = false; return answer == "yes"; } // ----------------------------------------------------------------------------- void AndroidBeep() { bool attached; JNIEnv* env = getJNIenv(&attached); if (env) env->CallVoidMethod(mainobj, main_PlayBeepSound); if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void AndroidRemoveFile(const std::string& filepath) { // LOGI("AndroidRemoveFile: %s", filepath.c_str()); bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jpath = env->NewStringUTF(filepath.c_str()); env->CallVoidMethod(mainobj, main_RemoveFile, jpath); env->DeleteLocalRef(jpath); } if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- bool AndroidMoveFile(const std::string& inpath, const std::string& outpath) { // LOGE("AndroidMoveFile: %s to %s", inpath.c_str(), outpath.c_str()); std::string error = "env is null"; bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring joldpath = env->NewStringUTF(inpath.c_str()); jstring jnewpath = env->NewStringUTF(outpath.c_str()); jstring jresult = (jstring) env->CallObjectMethod(mainobj, main_MoveFile, joldpath, jnewpath); error = ConvertJString(env, jresult); env->DeleteLocalRef(joldpath); env->DeleteLocalRef(jnewpath); env->DeleteLocalRef(jresult); } if (attached) javavm->DetachCurrentThread(); return error.length() == 0; } // ----------------------------------------------------------------------------- void AndroidFixURLPath(std::string& path) { // replace "%..." with suitable chars for a file path (eg. %20 is changed to space) // LOGI("AndroidFixURLPath: %s", path.c_str()); // no need to do anything } // ----------------------------------------------------------------------------- bool AndroidCopyTextToClipboard(const char* text) { bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jtext = env->NewStringUTF(text); env->CallVoidMethod(mainobj, main_CopyTextToClipboard, jtext); env->DeleteLocalRef(jtext); } if (attached) javavm->DetachCurrentThread(); return env != NULL; } // ----------------------------------------------------------------------------- bool AndroidGetTextFromClipboard(std::string& text) { text = ""; bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jtext = (jstring) env->CallObjectMethod(mainobj, main_GetTextFromClipboard); text = ConvertJString(env, jtext); env->DeleteLocalRef(jtext); } if (attached) javavm->DetachCurrentThread(); if (text.length() == 0) { ErrorMessage("No text in clipboard."); return false; } else { return true; } } // ----------------------------------------------------------------------------- void AndroidCheckEvents() { // event_checker is > 0 in here (see gui-common/utils.cpp) if (rendering) { // best not to call CheckMessageQueue while DrawPattern is executing // (speeds up generating loop and might help avoid fatal SIGSEGV error) return; } bool attached; JNIEnv* env = getJNIenv(&attached); if (env) env->CallVoidMethod(mainobj, main_CheckMessageQueue); if (attached) javavm->DetachCurrentThread(); } // ----------------------------------------------------------------------------- void AndroidDownloadFile(const std::string& url, const std::string& filepath) { // LOGI("AndroidDownloadFile: url=%s file=%s", url.c_str(), filepath.c_str()); // call DownloadFile method in HelpActivity bool attached; JNIEnv* env = getJNIenv(&attached); if (env) { jstring jurl = env->NewStringUTF(url.c_str()); jstring jfilepath = env->NewStringUTF(filepath.c_str()); env->CallVoidMethod(helpobj, help_DownloadFile, jurl, jfilepath); env->DeleteLocalRef(jurl); env->DeleteLocalRef(jfilepath); } if (attached) javavm->DetachCurrentThread(); } golly-3.3-src/gui-android/Golly/app/src/main/jni/jnicalls.h0000644000175000017500000000521113230774246020535 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. #ifndef _JNICALLS_H_ #define _JNICALLS_H_ #include // for std::string // for displaying info/error messages in LogCat #include #define LOG_TAG "Golly" #define LOGI(...) __android_log_print(ANDROID_LOG_INFO,LOG_TAG,__VA_ARGS__) #define LOGE(...) __android_log_print(ANDROID_LOG_ERROR,LOG_TAG,__VA_ARGS__) // Routines for calling C++ from Java and vice versa: void UpdatePattern(); // Redraw the current pattern. void UpdateStatus(); // Redraw the status bar info. void PauseGenerating(); // If pattern is generating then temporarily pause. void ResumeGenerating(); // Resume generating pattern if it was paused. std::string GetRuleName(const std::string& rule); // Return name of given rule (empty string if rule is unnamed). void UpdateEditBar(); // Update Undo and Redo buttons, show current drawing state and touch mode. void BeginProgress(const char* title); bool AbortProgress(double fraction_done, const char* message); void EndProgress(); // These calls display a progress bar while a lengthy task is carried out. void SwitchToPatternTab(); // Switch to main screen for displaying/editing/generating patterns. void ShowTextFile(const char* filepath); // Display contents of given text file in a modal view. void ShowHelp(const char* filepath); // Display given HTML file in Help screen. void AndroidWarning(const char* msg); // Beep and display message in a modal dialog. bool AndroidYesNo(const char* msg); // Similar to Warning, but there are 2 buttons: Yes and No. // Returns true if Yes button is hit. void AndroidFatal(const char* msg); // Beep, display message in a modal dialog, then exit app. void AndroidBeep(); // Play beep sound, depending on user setting. void AndroidRemoveFile(const std::string& filepath); // Delete given file. bool AndroidMoveFile(const std::string& inpath, const std::string& outpath); // Return true if input file is successfully moved to output file. // If the output file existed it is replaced. void AndroidFixURLPath(std::string& path); // Replace "%..." with suitable chars for a file path (eg. %20 is changed to space). void AndroidCheckEvents(); // Run main UI thread for a short time so app remains responsive while doing a // lengthy computation. Note that event_checker is > 0 while in this routine. bool AndroidCopyTextToClipboard(const char* text); // Copy given text to the clipboard. bool AndroidGetTextFromClipboard(std::string& text); // Get text from the clipboard. void AndroidDownloadFile(const std::string& url, const std::string& filepath); // Download given url and create given file. #endif golly-3.3-src/gui-android/Golly/app/src/main/java/0000755000175000017500000000000013543257425017011 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/java/net/0000755000175000017500000000000013543257425017577 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/0000755000175000017500000000000013543257425020207 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/0000755000175000017500000000000013543257427021337 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/EditActivity.java0000644000175000017500000002247113230774246024526 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import java.io.BufferedReader; import java.io.File; import java.io.FileInputStream; import java.io.FileWriter; import java.io.InputStreamReader; import android.app.Activity; import android.app.AlertDialog; import android.content.DialogInterface; import android.content.Intent; import android.os.Bundle; import android.os.Handler; import android.os.Looper; import android.os.Message; import android.text.Editable; import android.text.InputType; import android.text.TextWatcher; import android.util.DisplayMetrics; import android.view.View; import android.widget.Button; import android.widget.EditText; import android.widget.Toast; public class EditActivity extends Activity { public final static String EDITFILE_MESSAGE = "net.sf.golly.EDITFILE"; private EditText etext; // the text to be edited private boolean textchanged; // true if user changed text private String filename; // name of file being edited private String fileextn; // filename's extension private String dirpath; // location of filename // ----------------------------------------------------------------------------- @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.edit_layout); etext = (EditText) findViewById(R.id.edit_text); // next call prevents long lines wrapping and enables horizontal scrolling etext.setHorizontallyScrolling(true); DisplayMetrics displayMetrics = getResources().getDisplayMetrics(); float dpWidth = displayMetrics.widthPixels / displayMetrics.density; if (dpWidth >= 600) { // use bigger font size for wide screens (layout size is 10sp) etext.setTextSize(12); } textchanged = false; getActionBar().hide(); // get full file path sent by other activity Intent intent = getIntent(); String filepath = intent.getStringExtra(EDITFILE_MESSAGE); if (filepath != null) { editTextFile(filepath); } } // ----------------------------------------------------------------------------- private boolean error = false; private void editTextFile(String filepath) { File file = new File(filepath); dirpath = filepath.substring(0, filepath.lastIndexOf('/') + 1); filename = file.getName(); fileextn = ""; int i = filename.lastIndexOf('.'); if (i > 0) fileextn = filename.substring(i); // read contents of supplied file into a string String filecontents; try { FileInputStream instream = new FileInputStream(file); BufferedReader reader = new BufferedReader(new InputStreamReader(instream)); StringBuilder sb = new StringBuilder(); String line = null; while ((line = reader.readLine()) != null) { sb.append(line); sb.append("\n"); } filecontents = sb.toString(); instream.close(); } catch (Exception e) { filecontents = "Error reading file:\n" + e.toString(); // best to hide Save button if error occurred Button savebutton = (Button) findViewById(R.id.save); savebutton.setVisibility(View.INVISIBLE); error = true; } // display file contents (or error message) etext.setText(filecontents); // following stuff will detect any changes to text etext.addTextChangedListener(new TextWatcher() { public void onTextChanged(CharSequence s, int start, int before, int count) { if (!error) textchanged = true; } public void beforeTextChanged(CharSequence s, int start, int count, int after) { // ignore } public void afterTextChanged(Editable s) { // ignore } }); } // ----------------------------------------------------------------------------- private boolean writeFile(File file, final String contents) { try { FileWriter out = new FileWriter(file); out.write(contents); out.close(); } catch (Exception e) { Toast.makeText(this, "Error writing file: " + e.toString(), Toast.LENGTH_LONG).show(); return false; } return true; } // ----------------------------------------------------------------------------- private int answer; static class LooperInterrupter extends Handler { public void handleMessage(Message msg) { throw new RuntimeException(); } } private boolean ask(String title, String msg) { // use a handler to get a modal dialog final Handler handler = new LooperInterrupter(); AlertDialog.Builder alert = new AlertDialog.Builder(this); alert.setTitle(title); alert.setMessage(msg); alert.setPositiveButton("YES", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { answer = 1; dialog.cancel(); handler.sendMessage(handler.obtainMessage()); } }); alert.setNegativeButton("NO", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { answer = 0; dialog.cancel(); handler.sendMessage(handler.obtainMessage()); } }); alert.show(); // loop until runtime exception is triggered try { Looper.loop(); } catch(RuntimeException re) {} return answer == 1; } // ----------------------------------------------------------------------------- // called when the Save button is tapped public void doSave(View view) { AlertDialog.Builder alert = new AlertDialog.Builder(this); alert.setTitle("Save file as:"); if (fileextn.length() > 0) alert.setMessage("Extension must be " + fileextn); // use an EditText view to get (possibly new) file name final EditText input = new EditText(this); input.setSingleLine(true); input.setText(filename); input.setInputType(InputType.TYPE_TEXT_FLAG_NO_SUGGESTIONS); alert.setView(input); alert.setPositiveButton("SAVE", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { // do nothing here (see below) } }); alert.setNegativeButton("CANCEL", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { dialog.cancel(); } }); // don't call alert.show() here -- instead we use the following stuff // which allows us to prevent the alert dialog from closing if the // given file name is invalid final AlertDialog dialog = alert.create(); dialog.show(); dialog.getButton(AlertDialog.BUTTON_POSITIVE).setOnClickListener( new View.OnClickListener() { public void onClick(View v) { String newname = input.getText().toString(); if (newname.length() == 0) { Toast.makeText(EditActivity.this, "Enter a file name.", Toast.LENGTH_SHORT).show(); input.setText(filename); return; } // check for valid extension if (fileextn.length() > 0 && !newname.endsWith(fileextn)) { Toast.makeText(EditActivity.this, "File extension must be " + fileextn, Toast.LENGTH_SHORT).show(); return; } // check if given file already exists File newfile = new File(dirpath + newname); if (newfile.exists()) { boolean replace = ask("Replace " + newname + "?", "A file with that name already exists. Do you want to replace that file?"); if (!replace) return; } if (!writeFile(newfile, etext.getText().toString())) { return; } // save succeeded textchanged = false; filename = newname; dialog.dismiss(); } }); } // ----------------------------------------------------------------------------- // called when the Cancel button is tapped public void doCancel(View view) { if (textchanged && ask("Save changes?", "Do you want to save the changes you made?")) { doSave(view); } else { // return to previous activity finish(); } } } // EditActivity class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/HelpActivity.java0000644000175000017500000004360613230774246024534 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import java.io.File; import java.io.FileNotFoundException; import java.io.FileOutputStream; import java.io.IOException; import java.io.InputStream; import java.net.HttpURLConnection; import java.net.MalformedURLException; import java.net.URL; import android.app.Activity; import android.content.Intent; import android.os.Bundle; import android.os.Handler; import android.support.v4.app.NavUtils; import android.util.DisplayMetrics; // import android.util.Log; import android.view.Menu; import android.view.MenuItem; import android.view.View; import android.webkit.WebView; import android.webkit.WebViewClient; import android.widget.Button; import android.widget.LinearLayout; import android.widget.ProgressBar; import android.widget.Toast; public class HelpActivity extends Activity { // see jnicalls.cpp for these native routines: private static native void nativeClassInit(); // this MUST be static private native void nativeCreate(); // the rest must NOT be static private native void nativeDestroy(); private native void nativeGetURL(String url, String pageurl); private native void nativeProcessDownload(String filepath); private native void nativeUnzipFile(String zippath); private native boolean nativeDownloadedFile(String url); // local fields: private static boolean firstcall = true; private static Bundle webbundle = null; // for saving/restoring scroll position and page history private boolean restarted = false; // onRestart was called before OnResume? private boolean clearhistory = false; // tell onPageFinished to clear page history? private WebView gwebview; // for displaying html pages private Button backbutton; // go to previous page private Button nextbutton; // go to next page private static String pageurl; // URL for last displayed page private ProgressBar progbar; // progress bar for downloads private LinearLayout proglayout; // view containing progress bar private boolean cancelled; // download was cancelled? public final static String SHOWHELP_MESSAGE = "net.sf.golly.SHOWHELP"; // ----------------------------------------------------------------------------- static { nativeClassInit(); // caches Java method IDs } // ----------------------------------------------------------------------------- // this class lets us intercept link taps private class MyWebViewClient extends WebViewClient { @Override public boolean shouldOverrideUrlLoading(WebView webview, String url) { // look for special prefixes used by Golly and return true if found if (url.startsWith("open:")) { openFile(url.substring(5)); return true; } if (url.startsWith("edit:")) { editFile(url.substring(5)); return true; } if (url.startsWith("rule:")) { changeRule(url.substring(5)); return true; } if (url.startsWith("lexpatt:")) { // user tapped on pattern in Life Lexicon loadLexiconPattern(url.substring(8)); return true; } if (url.startsWith("get:")) { // download file specifed in link (possibly relative to a previous full url) nativeGetURL(url.substring(4), pageurl); return true; } if (url.startsWith("unzip:")) { nativeUnzipFile(url.substring(6)); return true; } // no special prefix, so look for file with .zip/rle/lif/mc extension and download it if (nativeDownloadedFile(url)) { return true; } return false; } @Override public void onReceivedError(WebView webview, int errorCode, String description, String failingUrl) { Toast.makeText(HelpActivity.this, "Web error! " + description, Toast.LENGTH_SHORT).show(); } @Override public void onPageFinished(WebView webview, String url) { super.onPageFinished(webview, url); if (clearhistory) { // this only works after page is loaded gwebview.clearHistory(); clearhistory = false; } backbutton.setEnabled(gwebview.canGoBack()); nextbutton.setEnabled(gwebview.canGoForward()); // need URL of this page for relative "get:" links pageurl = gwebview.getUrl(); // Log.i("onPageFinished URL", pageurl); } } // ----------------------------------------------------------------------------- private void openFile(String filepath) { // switch to main screen and open given file Intent intent = new Intent(this, MainActivity.class); intent.putExtra(MainActivity.OPENFILE_MESSAGE, filepath); startActivity(intent); } // ----------------------------------------------------------------------------- private void editFile(String filepath) { BaseApp baseapp = (BaseApp)getApplicationContext(); // let user read/edit given file if (filepath.startsWith("Supplied/")) { // read contents of supplied .rule file into a string String prefix = baseapp.supplieddir.getAbsolutePath(); prefix = prefix.substring(0, prefix.length() - 8); // strip off "Supplied" String fullpath = prefix + filepath; // display filecontents Intent intent = new Intent(this, InfoActivity.class); intent.putExtra(InfoActivity.INFO_MESSAGE, fullpath); startActivity(intent); } else { // let user read or edit user's .rule file String fullpath = baseapp.userdir.getAbsolutePath() + "/" + filepath; Intent intent = new Intent(this, EditActivity.class); intent.putExtra(EditActivity.EDITFILE_MESSAGE, fullpath); startActivity(intent); } } // ----------------------------------------------------------------------------- private void changeRule(String rule) { // switch to main screen and change rule Intent intent = new Intent(this, MainActivity.class); intent.putExtra(MainActivity.RULE_MESSAGE, rule); startActivity(intent); } // ----------------------------------------------------------------------------- private void loadLexiconPattern(String pattern) { // switch to main screen and load given lexicon pattern Intent intent = new Intent(this, MainActivity.class); intent.putExtra(MainActivity.LEXICON_MESSAGE, pattern); startActivity(intent); } // ----------------------------------------------------------------------------- @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.help_layout); backbutton = (Button) findViewById(R.id.back); nextbutton = (Button) findViewById(R.id.forwards); progbar = (ProgressBar) findViewById(R.id.progress_bar); proglayout = (LinearLayout) findViewById(R.id.progress_layout); proglayout.setVisibility(LinearLayout.INVISIBLE); // show the Up button in the action bar getActionBar().setDisplayHomeAsUpEnabled(true); nativeCreate(); // cache this instance gwebview = (WebView) findViewById(R.id.webview); gwebview.setWebViewClient(new MyWebViewClient()); // JavaScript is used to detect device type gwebview.getSettings().setJavaScriptEnabled(true); // no need??? // gwebview.getSettings().setDomStorageEnabled(true); DisplayMetrics metrics = getResources().getDisplayMetrics(); // my Nexus 7 has a density of 320 if (metrics.densityDpi > 300) { // use bigger font size for high density screens (default size is 16) gwebview.getSettings().setDefaultFontSize(24); } if (firstcall) { firstcall = false; backbutton.setEnabled(false); nextbutton.setEnabled(false); showContentsPage(); // pageurl has now been initialized } } // ----------------------------------------------------------------------------- @Override protected void onNewIntent(Intent intent) { setIntent(intent); restarted = true; } // ----------------------------------------------------------------------------- @Override protected void onPause() { super.onPause(); gwebview.onPause(); // save scroll position and back/forward history if (webbundle == null) webbundle = new Bundle(); gwebview.saveState(webbundle); } // ----------------------------------------------------------------------------- @Override protected void onResume() { super.onResume(); gwebview.onResume(); // restore scroll position and back/forward history if (webbundle != null && !restarted) { gwebview.restoreState(webbundle); } restarted = false; // check for messages sent by other activities Intent intent = getIntent(); String filepath = intent.getStringExtra(SHOWHELP_MESSAGE); if (filepath != null) { // replace any spaces with %20 filepath = filepath.replaceAll(" ", "%20"); // Log.i("onResume filepath", filepath); gwebview.loadUrl("file://" + filepath); } else { // no need: gwebview.reload(); } } // ----------------------------------------------------------------------------- @Override protected void onRestart() { super.onRestart(); // set flag to prevent onResume calling gwebview.restoreState // causing app to crash for some unknown reason restarted = true; } // ----------------------------------------------------------------------------- @Override protected void onDestroy() { nativeDestroy(); super.onDestroy(); } // ----------------------------------------------------------------------------- @Override public boolean onCreateOptionsMenu(Menu menu) { // add main.xml items to the action bar getMenuInflater().inflate(R.menu.main, menu); // disable the item for this activity MenuItem item = menu.findItem(R.id.help); item.setEnabled(false); return true; } // ----------------------------------------------------------------------------- @Override public boolean onOptionsItemSelected(MenuItem item) { // action bar item has been tapped Intent intent; switch (item.getItemId()) { case android.R.id.home: // the Home or Up button will go back to MainActivity NavUtils.navigateUpFromSameTask(this); return true; case R.id.open: finish(); intent = new Intent(this, OpenActivity.class); startActivity(intent); return true; case R.id.settings: finish(); intent = new Intent(this, SettingsActivity.class); startActivity(intent); return true; case R.id.help: // do nothing break; } return super.onOptionsItemSelected(item); } // ----------------------------------------------------------------------------- private void showContentsPage() { BaseApp baseapp = (BaseApp)getApplicationContext(); // display html data in supplieddir/Help/index.html String fullpath = baseapp.supplieddir.getAbsolutePath() + "/Help/index.html"; File htmlfile = new File(fullpath); if (htmlfile.exists()) { gwebview.loadUrl("file://" + fullpath); // fullpath starts with "/" } else { // should never happen String htmldata = "
Failed to find index.html!
"; gwebview.loadDataWithBaseURL(null, htmldata, "text/html", "utf-8", null); } } // ----------------------------------------------------------------------------- // called when the Contents button is tapped public void doContents(View view) { clearhistory = true; // tell onPageFinished to clear page history showContentsPage(); if (webbundle != null) { webbundle.clear(); webbundle = null; } } // ----------------------------------------------------------------------------- // called when backbutton is tapped public void doBack(View view) { gwebview.goBack(); } // ----------------------------------------------------------------------------- // called when nextbutton is tapped public void doForwards(View view) { gwebview.goForward(); } // ----------------------------------------------------------------------------- // called when Cancel is tapped public void doCancel(View view) { cancelled = true; } // ----------------------------------------------------------------------------- private String downloadURL(String urlstring, String filepath) { // download given url and save data in given file try { File outfile = new File(filepath); final int BUFFSIZE = 8192; FileOutputStream outstream = null; try { outstream = new FileOutputStream(outfile); } catch (FileNotFoundException e) { return "File not found: " + filepath; } long starttime = System.nanoTime(); // Log.i("downloadURL", urlstring); URL url = new URL(urlstring); HttpURLConnection connection = (HttpURLConnection) url.openConnection(); connection.setAllowUserInteraction(false); connection.setInstanceFollowRedirects(true); connection.setRequestMethod("GET"); connection.connect(); if (connection.getResponseCode() != HttpURLConnection.HTTP_OK) { outstream.close(); return "No HTTP_OK response."; } // init info for progress bar int filesize = connection.getContentLength(); int downloaded = 0; int percent; int lastpercent = 0; // stream the data to given file InputStream instream = connection.getInputStream(); byte[] buffer = new byte[BUFFSIZE]; int bufflen = 0; while ((bufflen = instream.read(buffer, 0, BUFFSIZE)) > 0) { outstream.write(buffer, 0, bufflen); downloaded += bufflen; percent = (int) ((downloaded / (float)filesize) * 100); if (percent > lastpercent) { progbar.setProgress(percent); lastpercent = percent; } // show proglayout only if download takes more than 1 second if (System.nanoTime() - starttime > 1000000000L) { runOnUiThread(new Runnable() { @Override public void run() { proglayout.setVisibility(LinearLayout.VISIBLE); } }); starttime = Long.MAX_VALUE; // only show it once } if (cancelled) break; } outstream.close(); connection.disconnect(); if (cancelled) return "Cancelled."; } catch (MalformedURLException e) { return "Bad URL string: " + urlstring; } catch (IOException e) { return "Could not connect to URL: " + urlstring; } return ""; // success } // ----------------------------------------------------------------------------- private String dresult; // this method is called from C++ code (see jnicalls.cpp) private void DownloadFile(String urlstring, String filepath) { cancelled = false; progbar.setProgress(0); // don't show proglayout immediately // proglayout.setVisibility(LinearLayout.VISIBLE); // we cannot do network connections on main thread final Handler handler = new Handler(); final String durl = urlstring; final String dfile = filepath; Thread download_thread = new Thread(new Runnable() { @Override public void run() { dresult = downloadURL(durl, dfile); handler.post(new Runnable() { @Override public void run() { proglayout.setVisibility(LinearLayout.INVISIBLE); if (dresult.length() == 0) { // download succeeded nativeProcessDownload(dfile); } else if (!cancelled) { Toast.makeText(HelpActivity.this, "Download failed! " + dresult, Toast.LENGTH_SHORT).show(); } } }); } }); download_thread.setPriority(Thread.MAX_PRIORITY); download_thread.start(); } } // HelpActivity class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/SettingsActivity.java0000644000175000017500000001514713230774246025443 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import android.app.Activity; import android.content.Intent; import android.os.Bundle; import android.support.v4.app.NavUtils; import android.util.Log; import android.view.Menu; import android.view.MenuInflater; import android.view.MenuItem; import android.view.View; import android.widget.Button; import android.widget.CheckBox; import android.widget.EditText; import android.widget.PopupMenu; public class SettingsActivity extends Activity { // see jnicalls.cpp for these native routines: private native void nativeOpenSettings(); private native void nativeCloseSettings(); private native int nativeGetPref(String pref); private native void nativeSetPref(String pref, int val); private native String nativeGetPasteMode(); // ----------------------------------------------------------------------------- @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.settings_layout); // show the Up button in the action bar getActionBar().setDisplayHomeAsUpEnabled(true); // initialize check boxes, etc initSettings(); nativeOpenSettings(); } // ----------------------------------------------------------------------------- @Override protected void onPause() { super.onPause(); int rval; try { rval = Integer.parseInt(((EditText) findViewById(R.id.randperc)).getText().toString()); } catch (NumberFormatException e) { rval = 50; // 50% is default value for random fill percentage } int mval; try { mval = Integer.parseInt(((EditText) findViewById(R.id.maxmem)).getText().toString()); } catch (NumberFormatException e) { mval = 100; // 100MB is default value for max hash memory } nativeSetPref("rand", rval); nativeSetPref("maxm", mval); nativeCloseSettings(); } // ----------------------------------------------------------------------------- @Override public boolean onCreateOptionsMenu(Menu menu) { // add main.xml items to the action bar getMenuInflater().inflate(R.menu.main, menu); // disable the item for this activity MenuItem item = menu.findItem(R.id.settings); item.setEnabled(false); return true; } // ----------------------------------------------------------------------------- @Override public boolean onOptionsItemSelected(MenuItem item) { // action bar item has been tapped Intent intent; switch (item.getItemId()) { case android.R.id.home: // the Home or Up button will go back to MainActivity NavUtils.navigateUpFromSameTask(this); return true; case R.id.open: finish(); intent = new Intent(this, OpenActivity.class); startActivity(intent); return true; case R.id.settings: // do nothing break; case R.id.help: finish(); intent = new Intent(this, HelpActivity.class); startActivity(intent); return true; } return super.onOptionsItemSelected(item); } // ----------------------------------------------------------------------------- private void initSettings() { ((EditText) findViewById(R.id.randperc)).setText(Integer.toString(nativeGetPref("rand"))); ((EditText) findViewById(R.id.maxmem)).setText(Integer.toString(nativeGetPref("maxm"))); ((CheckBox) findViewById(R.id.checkbox_hash)).setChecked( nativeGetPref("hash") == 1 ); ((CheckBox) findViewById(R.id.checkbox_time)).setChecked( nativeGetPref("time") == 1 ); ((CheckBox) findViewById(R.id.checkbox_beep)).setChecked( nativeGetPref("beep") == 1 ); ((CheckBox) findViewById(R.id.checkbox_swap)).setChecked( nativeGetPref("swap") == 1 ); ((CheckBox) findViewById(R.id.checkbox_icon)).setChecked( nativeGetPref("icon") == 1 ); ((CheckBox) findViewById(R.id.checkbox_undo)).setChecked( nativeGetPref("undo") == 1 ); ((CheckBox) findViewById(R.id.checkbox_grid)).setChecked( nativeGetPref("grid") == 1 ); showPasteMode(); } // ----------------------------------------------------------------------------- public void onCheckboxClicked(View view) { boolean checked = ((CheckBox) view).isChecked(); switch(view.getId()) { case R.id.checkbox_hash: nativeSetPref("hash", checked ? 1 : 0); break; case R.id.checkbox_time: nativeSetPref("time", checked ? 1 : 0); break; case R.id.checkbox_beep: nativeSetPref("beep", checked ? 1 : 0); break; case R.id.checkbox_swap: nativeSetPref("swap", checked ? 1 : 0); break; case R.id.checkbox_icon: nativeSetPref("icon", checked ? 1 : 0); break; case R.id.checkbox_undo: nativeSetPref("undo", checked ? 1 : 0); break; case R.id.checkbox_grid: nativeSetPref("grid", checked ? 1 : 0); break; } } // ----------------------------------------------------------------------------- // called when the pmode button is tapped public void doPasteMode(View view) { // display pop-up menu with these items: AND, COPY, OR, XOR PopupMenu popup = new PopupMenu(this, view); MenuInflater inflater = popup.getMenuInflater(); inflater.inflate(R.menu.pastemode_menu, popup.getMenu()); popup.show(); } // ----------------------------------------------------------------------------- // called when item from pastemode_menu is selected public void doPasteModeItem(MenuItem item) { switch (item.getItemId()) { case R.id.AND: nativeSetPref("pmode", 0); break; case R.id.COPY: nativeSetPref("pmode", 1); break; case R.id.OR: nativeSetPref("pmode", 2); break; case R.id.XOR: nativeSetPref("pmode", 3); break; default: Log.e("Golly","Fix bug in doPasteModeItem!"); return; } showPasteMode(); } // ----------------------------------------------------------------------------- private void showPasteMode() { // show current paste mode in button ((Button) findViewById(R.id.pmode)).setText("Paste mode: " + nativeGetPasteMode()); } } // SettingsActivity class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/StateActivity.java0000644000175000017500000000562313230774246024721 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import android.app.Activity; import android.os.Bundle; import android.util.DisplayMetrics; import android.view.View; import android.view.ViewGroup; import android.view.Window; import android.widget.CheckBox; public class StateActivity extends Activity { // see jnicalls.cpp for these native routines: private native int nativeNumStates(); private native boolean nativeShowIcons(); private native void nativeToggleIcons(); private StateGLSurfaceView stateView; // OpenGL ES is used to draw states // ----------------------------------------------------------------------------- @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); this.requestWindowFeature(Window.FEATURE_NO_TITLE); setContentView(R.layout.state_layout); ((CheckBox) findViewById(R.id.icons)).setChecked( nativeShowIcons() ); // this will call the PatternGLSurfaceView constructor stateView = (StateGLSurfaceView) findViewById(R.id.stateview); stateView.setCallerActivity(this); // avoid this GL surface being darkened like PatternGLSurfaceView (underneath dialog box) stateView.setZOrderOnTop(true); // change dimensions of stateView (initially 321x321) depending on screen density // and number of states in current rule int numstates = nativeNumStates(); DisplayMetrics metrics = getResources().getDisplayMetrics(); if (metrics.densityDpi > 300) { ViewGroup.LayoutParams params = stateView.getLayoutParams(); params.width = 642; if (numstates <= 90) { params.height = ((numstates + 9) / 10) * 64 + 2; } else { params.height = 642; } stateView.setLayoutParams(params); } else if (numstates <= 90) { ViewGroup.LayoutParams params = stateView.getLayoutParams(); params.height = ((numstates + 9) / 10) * 32 + 1; stateView.setLayoutParams(params); } stateView.requestRender(); // display states } // ----------------------------------------------------------------------------- @Override protected void onPause() { super.onPause(); stateView.onPause(); } // ----------------------------------------------------------------------------- @Override protected void onResume() { super.onResume(); stateView.onResume(); } // ----------------------------------------------------------------------------- // called when the "Show icons" check box is tapped public void doToggleIcons(View view) { nativeToggleIcons(); stateView.requestRender(); } } // StateActivity class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/StateGLSurfaceView.java0000644000175000017500000001162613145740437025573 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import javax.microedition.khronos.egl.EGLConfig; import javax.microedition.khronos.opengles.GL10; import android.app.Activity; import android.content.Context; import android.graphics.PixelFormat; import android.opengl.GLSurfaceView; import android.util.AttributeSet; import android.view.MotionEvent; //this class must be public so it can be used in state_layout.xml public class StateGLSurfaceView extends GLSurfaceView { // see jnicalls.cpp for these native routines: private native void nativeTouchBegan(int x, int y); private native boolean nativeTouchMoved(int x, int y); private native boolean nativeTouchEnded(); private static final int INVALID_POINTER_ID = -1; private int mActivePointerId = INVALID_POINTER_ID; private Activity caller; // ----------------------------------------------------------------------------- public StateGLSurfaceView(Context context, AttributeSet attrs) { super(context, attrs); super.setEGLConfigChooser(8, 8, 8, 8, 0/*no depth*/, 0); getHolder().setFormat(PixelFormat.RGBA_8888); // avoid crash on some devices setRenderer(new StateRenderer()); setRenderMode(RENDERMODE_WHEN_DIRTY); } // ----------------------------------------------------------------------------- public void setCallerActivity(Activity activity) { // set caller so we can finish StateActivity caller = activity; } // ----------------------------------------------------------------------------- public boolean onTouchEvent(final MotionEvent ev) { final int action = ev.getAction(); switch (action & MotionEvent.ACTION_MASK) { case MotionEvent.ACTION_DOWN: { mActivePointerId = ev.getPointerId(0); final float x = ev.getX(); final float y = ev.getY(); nativeTouchBegan((int)x, (int)y); break; } case MotionEvent.ACTION_MOVE: { if (mActivePointerId != INVALID_POINTER_ID) { final int pointerIndex = ev.findPointerIndex(mActivePointerId); final float x = ev.getX(pointerIndex); final float y = ev.getY(pointerIndex); if (nativeTouchMoved((int)x, (int)y)) { // states have scrolled requestRender(); } } break; } case MotionEvent.ACTION_UP: { mActivePointerId = INVALID_POINTER_ID; if (nativeTouchEnded()) { // user touched a state box so close dialog caller.finish(); } break; } case MotionEvent.ACTION_CANCEL: { mActivePointerId = INVALID_POINTER_ID; nativeTouchEnded(); break; } case MotionEvent.ACTION_POINTER_UP: { // secondary pointer has gone up final int pointerIndex = (action & MotionEvent.ACTION_POINTER_INDEX_MASK) >> MotionEvent.ACTION_POINTER_INDEX_SHIFT; final int pointerId = ev.getPointerId(pointerIndex); if (pointerId == mActivePointerId) { // this was our active pointer going up so choose a new active pointer final int newPointerIndex = pointerIndex == 0 ? 1 : 0; mActivePointerId = ev.getPointerId(newPointerIndex); final float x = ev.getX(newPointerIndex); final float y = ev.getY(newPointerIndex); if (nativeTouchMoved((int)x, (int)y)) { // states have scrolled requestRender(); } } break; } } return true; } } // StateGLSurfaceView class //================================================================================= class StateRenderer implements GLSurfaceView.Renderer { // see jnicalls.cpp for these native routines: private native void nativeInit(); private native void nativeResize(int w, int h); private native void nativeRender(); // ----------------------------------------------------------------------------- public void onSurfaceCreated(GL10 unused, EGLConfig config) { nativeInit(); } // ----------------------------------------------------------------------------- public void onSurfaceChanged(GL10 unused, int w, int h) { nativeResize(w, h); } // ----------------------------------------------------------------------------- public void onDrawFrame(GL10 unused) { nativeRender(); } } // StateRenderer class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/OpenActivity.java0000644000175000017500000003702213230774246024540 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import java.io.File; import java.util.Arrays; import android.app.Activity; import android.app.AlertDialog; import android.content.Context; import android.content.DialogInterface; import android.content.Intent; import android.os.Bundle; import android.os.Handler; import android.support.v4.app.NavUtils; import android.util.DisplayMetrics; import android.util.Log; import android.view.Menu; import android.view.MenuItem; import android.view.View; import android.webkit.WebSettings.LayoutAlgorithm; import android.webkit.WebView; import android.webkit.WebViewClient; import android.widget.Toast; public class OpenActivity extends Activity { // see jnicalls.cpp for these native routines: private native String nativeGetRecentPatterns(); private native String nativeGetSavedPatterns(String paths); private native String nativeGetDownloadedPatterns(String paths); private native String nativeGetSuppliedPatterns(String paths); private native void nativeToggleDir(String path); private enum PATTERNS { SUPPLIED, RECENT, SAVED, DOWNLOADED; } private static PATTERNS currpatterns = PATTERNS.SUPPLIED; // remember scroll positions for each type of patterns private static int supplied_pos = 0; private static int recent_pos = 0; private static int saved_pos = 0; private static int downloaded_pos = 0; private WebView gwebview; // for displaying html data // ----------------------------------------------------------------------------- // this class lets us intercept link taps and restore the scroll position private class MyWebViewClient extends WebViewClient { @Override public boolean shouldOverrideUrlLoading(WebView webview, String url) { if (url.startsWith("open:")) { openFile(url.substring(5)); return true; } if (url.startsWith("toggledir:")) { nativeToggleDir(url.substring(10)); saveScrollPosition(); showSuppliedPatterns(); return true; } if (url.startsWith("delete:")) { removeFile(url.substring(7)); return true; } if (url.startsWith("edit:")) { editFile(url.substring(5)); return true; } return false; } @Override public void onPageFinished(WebView webview, String url) { super.onPageFinished(webview, url); // webview.scrollTo doesn't always work here; // we need to delay until webview.getContentHeight() > 0 final int scrollpos = restoreScrollPosition(); if (scrollpos > 0) { final Handler handler = new Handler(); Runnable runnable = new Runnable() { public void run() { if (gwebview.getContentHeight() > 0) { gwebview.scrollTo(0, scrollpos); } else { // try again a bit later handler.postDelayed(this, 100); } } }; handler.postDelayed(runnable, 100); } /* following also works if we setJavaScriptEnabled(true), but is not quite as nice when a folder is closed because the scroll position can change to force the last line to appear at the bottom of the webview int scrollpos = restoreScrollPosition(); if (scrollpos > 0) { final StringBuilder sb = new StringBuilder("javascript:window.scrollTo(0, "); sb.append(scrollpos); sb.append("/ window.devicePixelRatio);"); webview.loadUrl(sb.toString()); } super.onPageFinished(webview, url); */ } } // ----------------------------------------------------------------------------- private void saveScrollPosition() { switch (currpatterns) { case SUPPLIED: supplied_pos = gwebview.getScrollY(); break; case RECENT: recent_pos = gwebview.getScrollY(); break; case SAVED: saved_pos = gwebview.getScrollY(); break; case DOWNLOADED: downloaded_pos = gwebview.getScrollY(); break; } } // ----------------------------------------------------------------------------- private int restoreScrollPosition() { switch (currpatterns) { case SUPPLIED: return supplied_pos; case RECENT: return recent_pos; case SAVED: return saved_pos; case DOWNLOADED: return downloaded_pos; } return 0; // should never get here } // ----------------------------------------------------------------------------- private void openFile(String filepath) { // switch to main screen and open given file Intent intent = new Intent(this, MainActivity.class); intent.putExtra(MainActivity.OPENFILE_MESSAGE, filepath); startActivity(intent); } // ----------------------------------------------------------------------------- private void removeFile(String filepath) { BaseApp baseapp = (BaseApp)getApplicationContext(); final String fullpath = baseapp.userdir.getAbsolutePath() + "/" + filepath; final File file = new File(fullpath); // ask user if it's okay to delete given file AlertDialog.Builder alert = new AlertDialog.Builder(this); alert.setTitle("Delete file?"); alert.setMessage("Do you really want to delete " + file.getName() + "?"); alert.setPositiveButton("DELETE", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { if (file.delete()) { // file has been deleted so refresh gwebview saveScrollPosition(); switch (currpatterns) { case SUPPLIED: break; // should never happen case RECENT: break; // should never happen case SAVED: showSavedPatterns(); break; case DOWNLOADED: showDownloadedPatterns(); break; } } else { // should never happen Log.e("removeFile", "Failed to delete file: " + fullpath); } } }); alert.setNegativeButton("CANCEL", null); alert.show(); } // ----------------------------------------------------------------------------- private void editFile(String filepath) { // check if filepath is compressed if (filepath.endsWith(".gz") || filepath.endsWith(".zip")) { if (currpatterns == PATTERNS.SUPPLIED) { Toast.makeText(this, "Reading a compressed file is not supported.", Toast.LENGTH_SHORT).show(); } else { Toast.makeText(this, "Editing a compressed file is not supported.", Toast.LENGTH_SHORT).show(); } return; } BaseApp baseapp = (BaseApp)getApplicationContext(); // let user read/edit given file if (currpatterns == PATTERNS.SUPPLIED) { // read contents of supplied file into a string String fullpath = baseapp.supplieddir.getAbsolutePath() + "/" + filepath; // display filecontents Intent intent = new Intent(this, InfoActivity.class); intent.putExtra(InfoActivity.INFO_MESSAGE, fullpath); startActivity(intent); } else { // let user read or edit a saved or downloaded file String fullpath = baseapp.userdir.getAbsolutePath() + "/" + filepath; Intent intent = new Intent(this, EditActivity.class); intent.putExtra(EditActivity.EDITFILE_MESSAGE, fullpath); startActivity(intent); } } // ----------------------------------------------------------------------------- @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.open_layout); gwebview = (WebView) findViewById(R.id.webview); gwebview.setWebViewClient(new MyWebViewClient()); // avoid wrapping long lines -- this doesn't work: // gwebview.getSettings().setUseWideViewPort(true); // this is better: gwebview.getSettings().setLayoutAlgorithm(LayoutAlgorithm.SINGLE_COLUMN); DisplayMetrics metrics = getResources().getDisplayMetrics(); if (metrics.densityDpi > 300) { // use bigger font size for high density screens (default size is 16) gwebview.getSettings().setDefaultFontSize(32); } // no need for JavaScript??? // gwebview.getSettings().setJavaScriptEnabled(true); // allow zooming??? // gwebview.getSettings().setBuiltInZoomControls(true); // show the Up button in the action bar getActionBar().setDisplayHomeAsUpEnabled(true); // note that onResume will do the initial display } // ----------------------------------------------------------------------------- @Override protected void onPause() { super.onPause(); saveScrollPosition(); } // ----------------------------------------------------------------------------- @Override protected void onResume() { super.onResume(); // update gwebview restoreScrollPosition(); switch (currpatterns) { case SUPPLIED: showSuppliedPatterns(); break; case RECENT: showRecentPatterns(); break; case SAVED: showSavedPatterns(); break; case DOWNLOADED: showDownloadedPatterns(); break; } } // ----------------------------------------------------------------------------- @Override public boolean onCreateOptionsMenu(Menu menu) { // add main.xml items to the action bar getMenuInflater().inflate(R.menu.main, menu); // disable the item for this activity MenuItem item = menu.findItem(R.id.open); item.setEnabled(false); return true; } // ----------------------------------------------------------------------------- @Override public boolean onOptionsItemSelected(MenuItem item) { // action bar item has been tapped Intent intent; switch (item.getItemId()) { case android.R.id.home: // the Home or Up button will go back to MainActivity NavUtils.navigateUpFromSameTask(this); return true; case R.id.open: // do nothing break; case R.id.settings: finish(); intent = new Intent(this, SettingsActivity.class); startActivity(intent); return true; case R.id.help: finish(); intent = new Intent(this, HelpActivity.class); startActivity(intent); return true; } return super.onOptionsItemSelected(item); } // ----------------------------------------------------------------------------- // called when the Supplied button is tapped public void doSupplied(View view) { if (currpatterns != PATTERNS.SUPPLIED) { saveScrollPosition(); currpatterns = PATTERNS.SUPPLIED; showSuppliedPatterns(); } } // ----------------------------------------------------------------------------- // called when the Recent button is tapped public void doRecent(View view) { if (currpatterns != PATTERNS.RECENT) { saveScrollPosition(); currpatterns = PATTERNS.RECENT; showRecentPatterns(); } } // ----------------------------------------------------------------------------- // called when the Saved button is tapped public void doSaved(View view) { if (currpatterns != PATTERNS.SAVED) { saveScrollPosition(); currpatterns = PATTERNS.SAVED; showSavedPatterns(); } } // ----------------------------------------------------------------------------- // called when the Downloaded button is tapped public void doDownloaded(View view) { if (currpatterns != PATTERNS.DOWNLOADED) { saveScrollPosition(); currpatterns = PATTERNS.DOWNLOADED; showDownloadedPatterns(); } } // ----------------------------------------------------------------------------- private String enumerateDirectory(File dir, String prefix) { // return the files and/or sub-directories in the given directory // as a string of paths where: // - paths are relative to to the initial directory // - directory paths end with '/' // - each path is terminated by \n String result = ""; File[] files = dir.listFiles(); if (files != null) { Arrays.sort(files); // sort into alphabetical order for (File file : files) { if (file.isDirectory()) { String dirname = prefix + file.getName() + "/"; result += dirname + "\n"; result += enumerateDirectory(file, dirname); } else { result += prefix + file.getName() + "\n"; } } } return result; } // ----------------------------------------------------------------------------- private void showSuppliedPatterns() { BaseApp baseapp = (BaseApp)getApplicationContext(); String paths = enumerateDirectory(new File(baseapp.supplieddir, "Patterns"), ""); String htmldata = nativeGetSuppliedPatterns(paths); // use a special base URL so that will extract foo.png from the assets folder gwebview.loadDataWithBaseURL("file:///android_asset/", htmldata, "text/html", "utf-8", null); } // ----------------------------------------------------------------------------- private void showRecentPatterns() { String htmldata = nativeGetRecentPatterns(); gwebview.loadDataWithBaseURL(null, htmldata, "text/html", "utf-8", null); } // ----------------------------------------------------------------------------- private void showSavedPatterns() { BaseApp baseapp = (BaseApp)getApplicationContext(); String paths = enumerateDirectory(new File(baseapp.userdir, "Saved"), ""); String htmldata = nativeGetSavedPatterns(paths); gwebview.loadDataWithBaseURL(null, htmldata, "text/html", "utf-8", null); } // ----------------------------------------------------------------------------- private void showDownloadedPatterns() { BaseApp baseapp = (BaseApp)getApplicationContext(); String paths = enumerateDirectory(new File(baseapp.userdir, "Downloads"), ""); String htmldata = nativeGetDownloadedPatterns(paths); gwebview.loadDataWithBaseURL(null, htmldata, "text/html", "utf-8", null); } } // OpenActivity class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/RuleActivity.java0000644000175000017500000004307113230774246024547 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import java.io.File; import java.util.Arrays; import android.app.Activity; import android.app.AlertDialog; import android.content.DialogInterface; import android.content.Intent; import android.os.Bundle; import android.os.Handler; import android.util.DisplayMetrics; import android.util.Log; import android.view.KeyEvent; import android.view.Menu; import android.view.MenuItem; import android.view.View; import android.view.inputmethod.EditorInfo; import android.webkit.WebView; import android.webkit.WebViewClient; import android.widget.Button; import android.widget.EditText; import android.widget.PopupMenu; import android.widget.TextView; import android.widget.TextView.OnEditorActionListener; import android.widget.Toast; public class RuleActivity extends Activity { // see jnicalls.cpp for these native routines: private native void nativeSaveCurrentSelection(); private native int nativeGetAlgoIndex(); private native String nativeGetAlgoName(int algoindex); private native String nativeGetRule(); private native String nativeCheckRule(String rule, int algoindex); private native int nativeCheckAlgo(String rule, int algoindex); private native void nativeSetRule(String rule, int algoindex); // local fields: private static boolean firstcall = true; private static int algoindex = 0; // index of currently displayed algorithm private static int numalgos; // number of algorithms private static int[] scroll_pos; // remember scroll position for each algo private Button algobutton; // for changing current algorithm private EditText ruletext; // for changing current rule private WebView gwebview; // for displaying html data private String bad_rule = "Given rule is not valid in any algorithm."; // ----------------------------------------------------------------------------- // this class lets us intercept link taps and restore the scroll position private class MyWebViewClient extends WebViewClient { @Override public boolean shouldOverrideUrlLoading(WebView webview, String url) { if (url.startsWith("open:")) { openFile(url.substring(5)); return true; } if (url.startsWith("delete:")) { removeFile(url.substring(7)); return true; } if (url.startsWith("edit:")) { editFile(url.substring(5)); return true; } if (url.startsWith("rule:")) { // copy specified rule into ruletext ruletext.setText(url.substring(5)); ruletext.setSelection(ruletext.getText().length()); checkAlgo(); return true; } return false; } @Override public void onPageFinished(WebView webview, String url) { super.onPageFinished(webview, url); // webview.scrollTo doesn't always work here; // we need to delay until webview.getContentHeight() > 0 final int scrollpos = restoreScrollPosition(); if (scrollpos > 0) { final Handler handler = new Handler(); Runnable runnable = new Runnable() { public void run() { if (gwebview.getContentHeight() > 0) { gwebview.scrollTo(0, scrollpos); } else { // try again a bit later handler.postDelayed(this, 100); } } }; handler.postDelayed(runnable, 100); } } } // ----------------------------------------------------------------------------- private void saveScrollPosition() { scroll_pos[algoindex] = gwebview.getScrollY(); } // ----------------------------------------------------------------------------- private int restoreScrollPosition() { return scroll_pos[algoindex]; } // ----------------------------------------------------------------------------- private void openFile(String filepath) { // switch to main screen and open given file Intent intent = new Intent(this, MainActivity.class); intent.putExtra(MainActivity.OPENFILE_MESSAGE, filepath); startActivity(intent); } // ----------------------------------------------------------------------------- private void removeFile(String filepath) { BaseApp baseapp = (BaseApp)getApplicationContext(); final String fullpath = baseapp.userdir.getAbsolutePath() + "/" + filepath; final File file = new File(fullpath); // ask user if it's okay to delete given file AlertDialog.Builder alert = new AlertDialog.Builder(this); alert.setTitle("Delete file?"); alert.setMessage("Do you really want to delete " + file.getName() + "?"); alert.setPositiveButton("DELETE", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { if (file.delete()) { // file has been deleted so refresh gwebview saveScrollPosition(); showAlgoHelp(); } else { // should never happen Log.e("removeFile", "Failed to delete file: " + fullpath); } } }); alert.setNegativeButton("CANCEL", null); alert.show(); } // ----------------------------------------------------------------------------- private void editFile(String filepath) { BaseApp baseapp = (BaseApp)getApplicationContext(); // let user read/edit given file if (filepath.startsWith("Supplied/")) { // read contents of supplied .rule file into a string String prefix = baseapp.supplieddir.getAbsolutePath(); prefix = prefix.substring(0, prefix.length() - 8); // strip off "Supplied" String fullpath = prefix + filepath; // display filecontents Intent intent = new Intent(this, InfoActivity.class); intent.putExtra(InfoActivity.INFO_MESSAGE, fullpath); startActivity(intent); } else { // let user read or edit user's .rule file String fullpath = baseapp.userdir.getAbsolutePath() + "/" + filepath; Intent intent = new Intent(this, EditActivity.class); intent.putExtra(EditActivity.EDITFILE_MESSAGE, fullpath); startActivity(intent); } } // ----------------------------------------------------------------------------- @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.rule_layout); algobutton = (Button) findViewById(R.id.algo); ruletext = (EditText) findViewById(R.id.rule); gwebview = (WebView) findViewById(R.id.webview); gwebview.setWebViewClient(new MyWebViewClient()); // no need for JavaScript??? // gwebview.getSettings().setJavaScriptEnabled(true); DisplayMetrics metrics = getResources().getDisplayMetrics(); // my Nexus 7 has a density of 320 if (metrics.densityDpi > 300) { // use bigger font size for high density screens (default size is 16) gwebview.getSettings().setDefaultFontSize(24); } getActionBar().hide(); if (firstcall) { firstcall = false; initAlgoInfo(); } algoindex = nativeGetAlgoIndex(); algobutton.setText(nativeGetAlgoName(algoindex)); // onResume will call showAlgoHelp ruletext.setText(nativeGetRule()); ruletext.setSelection(ruletext.getText().length()); // put cursor at end of rule // following listener allows us to detect when user is closing the soft keyboard // (it assumes rule_layout.xml sets android:imeOptions="actionDone") ruletext.setOnEditorActionListener(new OnEditorActionListener() { @Override public boolean onEditorAction(TextView v, int actionId, KeyEvent event) { if (actionId == EditorInfo.IME_ACTION_DONE) { checkAlgo(); } return false; } }); // selection might change if grid becomes smaller, so save current selection // in case RememberRuleChange/RememberAlgoChange is called later nativeSaveCurrentSelection(); } // ----------------------------------------------------------------------------- @Override protected void onPause() { super.onPause(); saveScrollPosition(); } // ----------------------------------------------------------------------------- @Override protected void onResume() { super.onResume(); restoreScrollPosition(); showAlgoHelp(); } // ----------------------------------------------------------------------------- private void initAlgoInfo() { // initialize number of algorithms and scroll positions numalgos = 0; while (true) { String algoname = nativeGetAlgoName(numalgos); if (algoname.length() == 0) break; numalgos++; } scroll_pos = new int[numalgos]; for (int i = 0; i < numalgos; i++) { scroll_pos[i] = 0; } } // ----------------------------------------------------------------------------- private String createRuleLinks(File dir, String prefix, String title, boolean candelete) { String htmldata = "

" + title + "

The RuleLoader algorithm allows CA rules to be specified in .rule files."; htmldata += " Given the rule string \"Foo\", RuleLoader will search for a file called Foo.rule"; htmldata += " in your rules folder, then in the rules folder supplied with Golly."; htmldata += "

"; htmldata += createRuleLinks(userrules, "Rules/", "Your .rule files:", true); htmldata += createRuleLinks(rulesdir, "Supplied/Rules/", "Supplied .rule files:", false); // note that we use a prefix starting with "Supplied/" so editFile can distinguish // between a user rule and a supplied rule htmldata += ""; gwebview.loadDataWithBaseURL(null, htmldata, "text/html", "utf-8", null); } else { // replace any spaces with underscores algoname = algoname.replaceAll(" ", "_"); // display html data in supplieddir/Help/Algorithms/algoname.html String fullpath = baseapp.supplieddir.getAbsolutePath() + "/Help/Algorithms/" + algoname + ".html"; File htmlfile = new File(fullpath); if (htmlfile.exists()) { gwebview.loadUrl("file://" + fullpath); // fullpath starts with "/" } else { // should never happen String htmldata = "
Failed to find html file!
"; gwebview.loadDataWithBaseURL(null, htmldata, "text/html", "utf-8", null); } } } // ----------------------------------------------------------------------------- // called when algobutton is tapped public void doAlgo(View view) { // display pop-up menu with algorithm names PopupMenu popup = new PopupMenu(this, view); for (int id = 0; id < numalgos; id++) { String algoname = nativeGetAlgoName(id); popup.getMenu().add(Menu.NONE, id, Menu.NONE, algoname); } popup.setOnMenuItemClickListener(new PopupMenu.OnMenuItemClickListener() { @Override public boolean onMenuItemClick(MenuItem item) { int id = item.getItemId(); String algoname = nativeGetAlgoName(id); if (id != algoindex && algoname.length() > 0) { // change algorithm saveScrollPosition(); algoindex = id; algobutton.setText(algoname); showAlgoHelp(); // rule needs to change if it isn't valid in new algo String currentrule = ruletext.getText().toString(); String newrule = nativeCheckRule(currentrule, algoindex); if (!newrule.equals(currentrule)) { ruletext.setText(newrule); ruletext.setSelection(ruletext.getText().length()); } } return true; } }); popup.show(); } // ----------------------------------------------------------------------------- private void checkAlgo() { // check displayed rule and show message if it's not valid in any algo, // or if the rule is valid then displayed algo might need to change String rule = ruletext.getText().toString(); if (rule.length() == 0) { // change empty rule to Life rule = "B3/S23"; ruletext.setText(rule); ruletext.setSelection(ruletext.getText().length()); } int newalgo = nativeCheckAlgo(rule, algoindex); if (newalgo == -1) { Toast.makeText(this, bad_rule, Toast.LENGTH_LONG).show(); } else if (newalgo != algoindex) { // change algorithm saveScrollPosition(); algoindex = newalgo; algobutton.setText(nativeGetAlgoName(algoindex)); showAlgoHelp(); } } // ----------------------------------------------------------------------------- // called when the Done button is tapped (not the soft keyboard's Done button) public void doDone(View view) { String rule = ruletext.getText().toString(); // no need to check for empty rule here int newalgo = nativeCheckAlgo(rule, algoindex); if (newalgo == -1) { Toast.makeText(this, bad_rule, Toast.LENGTH_LONG).show(); } else { // dismiss dialog first in case ChangeAlgorithm calls BeginProgress finish(); nativeSetRule(rule, newalgo); } } // ----------------------------------------------------------------------------- // called when the Cancel button is tapped public void doCancel(View view) { finish(); } } // RuleActivity class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/InfoActivity.java0000644000175000017500000000607013230774246024531 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import java.io.BufferedReader; import java.io.File; import java.io.FileInputStream; import java.io.InputStreamReader; import android.app.Activity; import android.content.Intent; import android.os.Bundle; import android.text.method.ScrollingMovementMethod; import android.util.DisplayMetrics; import android.view.View; import android.widget.TextView; public class InfoActivity extends Activity { private native String nativeGetInfo(); // the rest must NOT be static public final static String INFO_MESSAGE = "net.sf.golly.INFO"; // ----------------------------------------------------------------------------- @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.info_layout); getActionBar().hide(); String text = null; // get info sent by other activity Intent intent = getIntent(); String infoMsg = intent.getStringExtra(INFO_MESSAGE); if (infoMsg != null) { if (infoMsg.equals("native")) { text = nativeGetInfo(); } else { // read contents of supplied file into a string File file = new File(infoMsg); try { FileInputStream instream = new FileInputStream(file); BufferedReader reader = new BufferedReader(new InputStreamReader(instream)); StringBuilder sb = new StringBuilder(); String line = null; while ((line = reader.readLine()) != null) { sb.append(line); sb.append("\n"); } text = sb.toString(); instream.close(); } catch (Exception e) { text = "Error reading file:\n" + e.toString(); } } } if (text != null) { TextView tv = (TextView) findViewById(R.id.info_text); tv.setMovementMethod(new ScrollingMovementMethod()); // above call enables vertical scrolling; // next call prevents long lines wrapping and enables horizontal scrolling tv.setHorizontallyScrolling(true); tv.setTextIsSelectable(true); tv.setText(text); DisplayMetrics displayMetrics = getResources().getDisplayMetrics(); float dpWidth = displayMetrics.widthPixels / displayMetrics.density; if (dpWidth >= 600) { // use bigger font size for wide screens (layout size is 10sp) tv.setTextSize(12); } } } // ----------------------------------------------------------------------------- // called when the Cancel button is tapped public void doCancel(View view) { // return to previous activity finish(); } } // InfoActivity class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/BaseApp.java0000644000175000017500000002541013230774246023433 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import java.io.BufferedOutputStream; import java.io.File; import java.io.FileOutputStream; import java.util.ArrayDeque; import java.util.Deque; import java.util.zip.ZipEntry; import java.util.zip.ZipInputStream; import android.app.Activity; import android.app.AlertDialog; import android.app.Application; import android.content.DialogInterface; import android.content.res.AssetManager; import android.os.Bundle; import android.os.Environment; import android.os.Handler; import android.os.Looper; import android.os.Message; import android.util.DisplayMetrics; import android.util.Log; public class BaseApp extends Application { // see jnicalls.cpp for these native routines: private static native void nativeClassInit(); // this MUST be static private native void nativeCreate(); // the rest must NOT be static private native void nativeSetUserDirs(String path); private native void nativeSetSuppliedDirs(String prefix); private native void nativeSetTempDir(String path); private native void nativeSetScreenDensity(int dpi); private native void nativeSetWideScreen(boolean widescreen); public File userdir; // directory for user-created data public File supplieddir; // directory for supplied data // keep track of the current foreground activity private Deque activityStack = new ArrayDeque(); // ----------------------------------------------------------------------------- static { System.loadLibrary("stlport_shared"); // must agree with build.gradle System.loadLibrary("golly"); // loads libgolly.so nativeClassInit(); // caches Java method IDs } // ----------------------------------------------------------------------------- @Override public void onCreate() { super.onCreate(); DisplayMetrics metrics = getResources().getDisplayMetrics(); nativeSetScreenDensity(metrics.densityDpi); // Log.i("Golly","screen density in dpi = " + Integer.toString(metrics.densityDpi)); // eg. densityDpi = 320 on Nexus 7 DisplayMetrics displayMetrics = getResources().getDisplayMetrics(); float dpWidth = displayMetrics.widthPixels / displayMetrics.density; // Log.i("Golly","screen width in dp = " + Integer.toString(config.screenWidthDp)); // eg. on Nexus 7 screenWidthDp = 600 in portrait, 960 in landscape boolean widescreen = dpWidth >= 600; nativeSetWideScreen(widescreen); initPaths(); // sets userdir, supplieddir, etc (must be BEFORE nativeCreate) nativeCreate(); // cache this instance and initialize lots of Golly stuff this.registerActivityLifecycleCallbacks(new MyActivityLifecycleCallbacks()); } // ----------------------------------------------------------------------------- private class MyActivityLifecycleCallbacks implements ActivityLifecycleCallbacks { @Override public void onActivityCreated(Activity activity, Bundle savedInstanceState) {} @Override public void onActivityDestroyed(Activity activity) {} @Override public void onActivityPaused(Activity activity) { // MainActivity is special (singleTask) and can be called into with NewIntent if (activity instanceof MainActivity) { return; } activityStack.removeFirst(); } @Override public void onActivityResumed(Activity activity) { activityStack.addFirst(activity); } @Override public void onActivitySaveInstanceState(Activity activity, Bundle outState) {} @Override public void onActivityStarted(Activity activity) {} @Override public void onActivityStopped(Activity activity) {} } public Activity getCurrentActivity() { return activityStack.peekFirst(); } // ----------------------------------------------------------------------------- private void initPaths() { // check if external storage is available String state = Environment.getExternalStorageState(); if (Environment.MEDIA_MOUNTED.equals(state)) { // use external storage for user's files userdir = getExternalFilesDir(null); // /mnt/sdcard/Android/data/net.sf.golly/files } else { // use internal storage for user's files userdir = getFilesDir(); // /data/data/net.sf.golly/files Log.i("Golly", "External storage is not available, so internal storage will be used."); } // create subdirs in userdir (if they don't exist) File subdir; subdir = new File(userdir, "Rules"); // for user's .rule files subdir.mkdir(); subdir = new File(userdir, "Saved"); // for saved pattern files subdir.mkdir(); subdir = new File(userdir, "Downloads"); // for downloaded files subdir.mkdir(); // set appropriate paths used by C++ code nativeSetUserDirs(userdir.getAbsolutePath()); // create a directory in internal storage for supplied Patterns/Rules/Help then // create sub-directories for each by unzipping .zip files stored in assets supplieddir = new File(getFilesDir(), "Supplied"); supplieddir.mkdir(); unzipAsset("Patterns.zip", supplieddir); unzipAsset("Rules.zip", supplieddir); unzipAsset("Help.zip", supplieddir); // supplieddir = /data/data/net.sf.golly/files/Supplied nativeSetSuppliedDirs(supplieddir.getAbsolutePath()); // set directory path for temporary files File tempdir = getCacheDir(); nativeSetTempDir(tempdir.getAbsolutePath()); // /data/data/net.sf.golly/cache } // ----------------------------------------------------------------------------- private void unzipAsset(String zipname, File destdir) { AssetManager am = getAssets(); try { ZipInputStream zipstream = new ZipInputStream(am.open(zipname)); for (ZipEntry entry = zipstream.getNextEntry(); entry != null; entry = zipstream.getNextEntry()) { File destfile = new File(destdir, entry.getName()); if (entry.isDirectory()) { // create any missing sub-directories destfile.mkdirs(); } else { // create a file final int BUFFSIZE = 8192; BufferedOutputStream buffstream = new BufferedOutputStream(new FileOutputStream(destfile), BUFFSIZE); int count = 0; byte[] data = new byte[BUFFSIZE]; while ((count = zipstream.read(data, 0, BUFFSIZE)) != -1) { buffstream.write(data, 0, count); } buffstream.flush(); buffstream.close(); } zipstream.closeEntry(); } zipstream.close(); } catch (Exception e) { Log.e("Golly", "Failed to unzip asset: " + zipname + "\nException: ", e); Warning("You probably forgot to put " + zipname + " in the assets folder!"); } } // ----------------------------------------------------------------------------- // handler for implementing modal dialogs static class LooperInterrupter extends Handler { public void handleMessage(Message msg) { throw new RuntimeException(); } } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) void Warning(String msg) { Activity currentActivity = getCurrentActivity(); if (currentActivity == null) { Log.i("Warning", "currentActivity is null!"); } // note that MainActivity might not be the current foreground activity AlertDialog.Builder alert = new AlertDialog.Builder(currentActivity); alert.setTitle("Warning"); alert.setMessage(msg); alert.setNegativeButton("CANCEL", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { dialog.cancel(); } }); alert.show(); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) void Fatal(String msg) { Activity currentActivity = getCurrentActivity(); // note that MainActivity might not be the current foreground activity AlertDialog.Builder alert = new AlertDialog.Builder(currentActivity); alert.setTitle("Fatal error!"); alert.setMessage(msg); alert.setNegativeButton("QUIT", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { dialog.cancel(); } }); alert.show(); System.exit(1); } // ----------------------------------------------------------------------------- private String answer; // this method is called from C++ code (see jnicalls.cpp) String YesNo(String query) { // use a handler to get a modal dialog // (this must be modal because it is used in an if test) final Handler handler = new LooperInterrupter(); Activity currentActivity = getCurrentActivity(); // note that MainActivity might not be the current foreground activity AlertDialog.Builder alert = new AlertDialog.Builder(currentActivity); alert.setTitle("A question..."); alert.setMessage(query); alert.setPositiveButton("YES", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { answer = "yes"; dialog.cancel(); handler.sendMessage(handler.obtainMessage()); } }); alert.setNegativeButton("NO", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { answer = "no"; dialog.cancel(); handler.sendMessage(handler.obtainMessage()); } }); alert.show(); // loop until runtime exception is triggered try { Looper.loop(); } catch(RuntimeException re) {} return answer; } } // BaseApp class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/PatternGLSurfaceView.java0000644000175000017500000002231013145740437026120 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import javax.microedition.khronos.egl.EGLConfig; import javax.microedition.khronos.opengles.GL10; import android.content.Context; import android.graphics.PixelFormat; import android.opengl.GLSurfaceView; import android.util.AttributeSet; // import android.util.Log; import android.view.MotionEvent; import android.view.ScaleGestureDetector; // this class must be public so it can be used in main_layout.xml public class PatternGLSurfaceView extends GLSurfaceView { // see jnicalls.cpp for these native routines: private native void nativeTouchBegan(int x, int y); private native void nativeTouchMoved(int x, int y); private native void nativeTouchEnded(); private native void nativeMoveMode(); private native void nativeRestoreMode(); private native void nativeZoomIn(int x, int y); private native void nativeZoomOut(int x, int y); private native void nativePause(); private native void nativeResume(); private static final int INVALID_POINTER_ID = -1; private int mActivePointerId = INVALID_POINTER_ID; private int beginx, beginy; private boolean callTouchBegan = false; // nativeTouchBegan needs to be called? private boolean multifinger = false; // are we doing multi-finger panning or zooming? private boolean zooming = false; // are we zooming? private int pancount = 0; // prevents panning changing to zooming // ----------------------------------------------------------------------------- // this stuff handles zooming in/out via two-finger pinch gestures private ScaleGestureDetector zoomDetector; private class ScaleListener implements ScaleGestureDetector.OnScaleGestureListener { private float oldscale, newscale; private int zoomx, zoomy; @Override public boolean onScaleBegin(ScaleGestureDetector detector) { zooming = true; oldscale = 1.0f; newscale = 1.0f; // set zoom point at start of pinch zoomx = (int)detector.getFocusX(); zoomy = (int)detector.getFocusY(); // Log.i("onScaleBegin", "zoomx=" + Integer.toString(zoomx) + " zoomy=" + Integer.toString(zoomy)); return true; } @Override public boolean onScale(ScaleGestureDetector detector) { newscale *= detector.getScaleFactor(); // Log.i("onScale", "newscale=" + Float.toString(newscale) + " oldscale=" + Float.toString(oldscale)); if (newscale - oldscale < -0.1f) { // fingers moved closer, so zoom out nativeZoomOut(zoomx, zoomy); oldscale = newscale; } else if (newscale - oldscale > 0.1f) { // fingers moved apart, so zoom in nativeZoomIn(zoomx, zoomy); oldscale = newscale; } return true; } @Override public void onScaleEnd(ScaleGestureDetector detector) { // Log.i("onScaleEnd", "---"); oldscale = 1.0f; newscale = 1.0f; // don't reset zooming flag here } } // ----------------------------------------------------------------------------- public PatternGLSurfaceView(Context context, AttributeSet attrs) { super(context, attrs); super.setEGLConfigChooser(8, 8, 8, 8, 0/*no depth*/, 0); getHolder().setFormat(PixelFormat.RGBA_8888); // avoid crash on some devices setRenderer(new PatternRenderer()); setRenderMode(RENDERMODE_WHEN_DIRTY); zoomDetector = new ScaleGestureDetector(context, new ScaleListener()); } // ----------------------------------------------------------------------------- public boolean onTouchEvent(final MotionEvent ev) { if (pancount < 4) { // check for zooming zoomDetector.onTouchEvent(ev); if (zoomDetector.isInProgress()) return true; } final int action = ev.getAction(); switch (action & MotionEvent.ACTION_MASK) { case MotionEvent.ACTION_DOWN: { // Log.i("onTouchEvent", "ACTION_DOWN"); mActivePointerId = ev.getPointerId(0); beginx = (int)ev.getX(); beginy = (int)ev.getY(); callTouchBegan = true; break; } case MotionEvent.ACTION_MOVE: { // we need to test zooming flag because it's possible to get // ACTION_MOVE after ACTION_POINTER_UP (and after onScaleEnd) if (mActivePointerId != INVALID_POINTER_ID && !zooming) { int pointerIndex = ev.findPointerIndex(mActivePointerId); int x = (int)ev.getX(pointerIndex); int y = (int)ev.getY(pointerIndex); if (callTouchBegan) { nativeTouchBegan(beginx, beginy); callTouchBegan = false; } if (multifinger && ev.getPointerCount() == 1) { // there is only one pointer down so best not to move } else { nativeTouchMoved(x, y); } if (multifinger) { pancount++; } // Log.i("onTouchEvent", "ACTION_MOVE" + " deltax=" + Integer.toString(x - beginx) + // " deltay=" + Integer.toString(y - beginy)); } break; } case MotionEvent.ACTION_UP: { // Log.i("onTouchEvent", "ACTION_UP"); mActivePointerId = INVALID_POINTER_ID; if (callTouchBegan) { nativeTouchBegan(beginx, beginy); callTouchBegan = false; } nativeTouchEnded(); if (multifinger) { nativeRestoreMode(); multifinger = false; } pancount = 0; zooming = false; break; } case MotionEvent.ACTION_CANCEL: { // Log.i("onTouchEvent", "ACTION_CANCEL"); mActivePointerId = INVALID_POINTER_ID; if (callTouchBegan) { nativeTouchBegan(beginx, beginy); callTouchBegan = false; } nativeTouchEnded(); if (multifinger) { nativeRestoreMode(); multifinger = false; } pancount = 0; zooming = false; break; } case MotionEvent.ACTION_POINTER_DOWN: { // Log.i("onTouchEvent", "ACTION_POINTER_DOWN"); // another pointer has gone down if (callTouchBegan) { // ACTION_DOWN has been seen but no ACTION_MOVE as yet, // so switch to panning mode (which might become zooming) nativeMoveMode(); multifinger = true; } break; } case MotionEvent.ACTION_POINTER_UP: { // Log.i("onTouchEvent", "ACTION_POINTER_UP"); // a pointer has gone up (but another pointer is still down) final int pointerIndex = (action & MotionEvent.ACTION_POINTER_INDEX_MASK) >> MotionEvent.ACTION_POINTER_INDEX_SHIFT; final int pointerId = ev.getPointerId(pointerIndex); if (pointerId == mActivePointerId) { // this was our active pointer going up so choose a new active pointer final int newPointerIndex = pointerIndex == 0 ? 1 : 0; mActivePointerId = ev.getPointerId(newPointerIndex); } break; } } return true; } // ----------------------------------------------------------------------------- @Override public void onPause() { super.onPause(); nativePause(); } // ----------------------------------------------------------------------------- @Override public void onResume() { super.onResume(); nativeResume(); } } // PatternGLSurfaceView class // ================================================================================= class PatternRenderer implements GLSurfaceView.Renderer { // see jnicalls.cpp for these native routines: private native void nativeInit(); private native void nativeResize(int w, int h); private native void nativeRender(); // ----------------------------------------------------------------------------- public void onSurfaceCreated(GL10 unused, EGLConfig config) { nativeInit(); } // ----------------------------------------------------------------------------- public void onSurfaceChanged(GL10 unused, int w, int h) { nativeResize(w, h); } // ----------------------------------------------------------------------------- public void onDrawFrame(GL10 unused) { nativeRender(); } } // PatternRenderer class golly-3.3-src/gui-android/Golly/app/src/main/java/net/sf/golly/MainActivity.java0000644000175000017500000015060313230774246024524 00000000000000// This file is part of Golly. // See docs/License.html for the copyright notice. package net.sf.golly; import java.io.File; import android.app.Activity; import android.app.AlertDialog; import android.content.ClipData; import android.content.ClipboardManager; import android.content.Context; import android.content.DialogInterface; import android.content.Intent; import android.graphics.Color; import android.graphics.Typeface; import android.media.AudioManager; import android.media.ToneGenerator; import android.os.Bundle; import android.os.Handler; import android.os.Looper; import android.os.MessageQueue; import android.text.InputType; import android.util.DisplayMetrics; import android.util.Log; import android.view.Menu; import android.view.MenuInflater; import android.view.MenuItem; import android.view.View; import android.widget.Button; import android.widget.EditText; import android.widget.LinearLayout; import android.widget.PopupMenu; import android.widget.ProgressBar; import android.widget.RelativeLayout; import android.widget.TextView; public class MainActivity extends Activity { // see jnicalls.cpp for these native routines: private static native void nativeClassInit(); // this MUST be static private native void nativeCreate(); // the rest must NOT be static private native void nativeDestroy(); private native void nativeStartGenerating(); private native void nativeStopGenerating(); private native void nativeStopBeforeNew(); private native void nativePauseGenerating(); private native void nativeResumeGenerating(); private native void nativeResetPattern(); private native void nativeUndo(); private native void nativeRedo(); private native boolean nativeCanReset(); private native boolean nativeAllowUndo(); private native boolean nativeCanUndo(); private native boolean nativeCanRedo(); private native boolean nativeInfoAvailable(); private native boolean nativeIsGenerating(); private native int nativeGetStatusColor(); private native String nativeGetStatusLine(int line); private native String nativeGetPasteMode(); private native String nativeGetRandomFill(); private native void nativeNewPattern(); private native void nativeFitPattern(); private native void nativeGenerate(); private native void nativeStep(); private native void nativeStep1(); private native void nativeFaster(); private native void nativeSlower(); private native void nativeScale1to1(); private native void nativeBigger(); private native void nativeSmaller(); private native void nativeMiddle(); private native void nativeSetMode(int mode); private native int nativeGetMode(); private native int nativeCalculateSpeed(); private native int nativeNumLayers(); private native boolean nativePasteExists(); private native boolean nativeSelectionExists(); private native void nativePaste(); private native void nativeSelectAll(); private native void nativeRemoveSelection(); private native void nativeCutSelection(); private native void nativeCopySelection(); private native void nativeClearSelection(int inside); private native void nativeShrinkSelection(); private native void nativeFitSelection(); private native void nativeRandomFill(); private native void nativeFlipSelection(int y); private native void nativeRotateSelection(int clockwise); private native void nativeAdvanceSelection(int inside); private native void nativeAbortPaste(); private native void nativeDoPaste(int toselection); private native void nativeFlipPaste(int y); private native void nativeRotatePaste(int clockwise); private native void nativeClearMessage(); private native String nativeGetValidExtensions(); private native boolean nativeValidExtension(String filename); private native boolean nativeFileExists(String filename); private native void nativeSavePattern(String filename); private native void nativeOpenFile(String filepath); private native void nativeSetFullScreen(boolean fullscreen); private native void nativeChangeRule(String rule); private native void nativeLexiconPattern(String pattern); private native int nativeDrawingState(); // local fields: private static boolean fullscreen = false; // in full screen mode? private boolean widescreen; // use different layout for wide screens? private Button ssbutton; // Start/Stop button private Button resetbutton; // Reset button (used if wide screen) private Button undobutton; // Undo button private Button redobutton; // Redo button private Button editbutton; // Edit/Paste button private Button statebutton; // button to change drawing state private Button modebutton; // Draw/Pick/Select/Move button private Button drawbutton; // Draw button (used if wide screen) private Button pickbutton; // Pick button (used if wide screen) private Button selectbutton; // Select button (used if wide screen) private Button movebutton; // Move button (used if wide screen) private Button infobutton; // Info button private Button restorebutton; // Restore button private TextView status1, status2, status3; // status bar has 3 lines private int statuscolor = 0xFF000000; // background color of status bar private PatternGLSurfaceView pattView; // OpenGL ES is used to draw patterns private Handler genhandler; // for generating patterns private Runnable generate; // code started/stopped by genhandler private int geninterval; // interval between nativeGenerate calls (in millisecs) private Handler callhandler; // for calling a method again private Runnable callagain; // code that calls method private String methodname; // name of method to call private View currview; // current view parameter private MenuItem curritem; // current menu item parameter private PopupMenu popup; // used for all pop-up menus private boolean stopped = true; // generating is stopped? // ----------------------------------------------------------------------------- // this stuff is used to display a progress bar: private static boolean cancelProgress = false; // cancel progress dialog? private static long progstart, prognext; // for progress timing private static int progresscount = 0; // if > 0 then BeginProgress has been called private TextView progtitle; // title above progress bar private ProgressBar progbar; // progress bar private LinearLayout proglayout; // view containing progress bar // ----------------------------------------------------------------------------- // this stuff is used in other activities: public final static String OPENFILE_MESSAGE = "net.sf.golly.OPENFILE"; public final static String RULE_MESSAGE = "net.sf.golly.RULE"; public final static String LEXICON_MESSAGE = "net.sf.golly.LEXICON"; // ----------------------------------------------------------------------------- // the following stuff allows time consuming code (like nativeGenerate) to periodically // check if any user events need to be processed, but without blocking the UI thread // (thanks to http://stackoverflow.com/questions/4994263/how-can-i-do-non-blocking-events-processing-on-android) private boolean processingevents = false; private Handler evthandler = null; private Runnable doevents = new Runnable() { public void run() { Looper looper = Looper.myLooper(); looper.quit(); evthandler.removeCallbacks(this); evthandler = null; } }; private class IdleHandler implements MessageQueue.IdleHandler { private Looper idlelooper; protected IdleHandler(Looper looper) { idlelooper = looper; } public boolean queueIdle() { evthandler = new Handler(idlelooper); evthandler.post(doevents); return(false); } }; // this method is called from C++ code (see jnicalls.cpp) private void CheckMessageQueue() { // process any pending UI events in message queue if (!processingevents) { Looper looper = Looper.myLooper(); looper.myQueue().addIdleHandler(new IdleHandler(looper)); processingevents = true; try { looper.loop(); } catch (RuntimeException re) { // looper.quit() in doevents causes an exception } processingevents = false; } } // ----------------------------------------------------------------------------- static { nativeClassInit(); // caches Java method IDs } // ----------------------------------------------------------------------------- @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); // Log.i("Golly","screen density in dpi = " + Integer.toString(metrics.densityDpi)); // eg. densityDpi = 320 on Nexus 7 DisplayMetrics displayMetrics = getResources().getDisplayMetrics(); float dpWidth = displayMetrics.widthPixels / displayMetrics.density; // Log.i("Golly","screen width in dp = " + Integer.toString(config.screenWidthDp)); // eg. on Nexus 7 screenWidthDp = 600 in portrait, 960 in landscape widescreen = dpWidth >= 600; if (widescreen) { // use a layout that has more buttons setContentView(R.layout.main_layout_wide); resetbutton = (Button) findViewById(R.id.reset); drawbutton = (Button) findViewById(R.id.drawmode); pickbutton = (Button) findViewById(R.id.pickmode); selectbutton = (Button) findViewById(R.id.selectmode); movebutton = (Button) findViewById(R.id.movemode); if (dpWidth >= 800) { // show nicer text in some buttons ((Button) findViewById(R.id.slower)).setText("Slower"); ((Button) findViewById(R.id.faster)).setText("Faster"); ((Button) findViewById(R.id.smaller)).setText("Smaller"); ((Button) findViewById(R.id.scale1to1)).setText("Scale=1:1"); ((Button) findViewById(R.id.bigger)).setText("Bigger"); ((Button) findViewById(R.id.middle)).setText("Middle"); } } else { // screen isn't wide enough to have all the buttons we'd like setContentView(R.layout.main_layout); modebutton = (Button) findViewById(R.id.touchmode); } // following stuff is used in both layouts ssbutton = (Button) findViewById(R.id.startstop); undobutton = (Button) findViewById(R.id.undo); redobutton = (Button) findViewById(R.id.redo); editbutton = (Button) findViewById(R.id.edit); statebutton = (Button) findViewById(R.id.state); infobutton = (Button) findViewById(R.id.info); restorebutton = (Button) findViewById(R.id.restore); status1 = (TextView) findViewById(R.id.status1); status2 = (TextView) findViewById(R.id.status2); status3 = (TextView) findViewById(R.id.status3); progbar = (ProgressBar) findViewById(R.id.progress_bar); proglayout = (LinearLayout) findViewById(R.id.progress_layout); progtitle = (TextView) findViewById(R.id.progress_title); nativeCreate(); // must be called every time (to cache this instance) // this will call the PatternGLSurfaceView constructor pattView = (PatternGLSurfaceView) findViewById(R.id.patternview); restorebutton.setVisibility(View.INVISIBLE); proglayout.setVisibility(LinearLayout.INVISIBLE); // create handler and runnable for generating patterns geninterval = nativeCalculateSpeed(); genhandler = new Handler(); generate = new Runnable() { public void run() { if (!stopped) { nativeGenerate(); genhandler.postDelayed(this, geninterval); // nativeGenerate will be called again after given interval } } }; // create handler and runnable for calling a method again when the user // invokes certain events while the next generation is being calculated callhandler = new Handler(); callagain = new Runnable() { public void run() { if (methodname.equals("doStartStop")) doStartStop(currview); else if (methodname.equals("doStep")) doStep(currview); else if (methodname.equals("doNew")) doNewPattern(currview); else if (methodname.equals("doUndo")) doUndo(currview); else if (methodname.equals("doRedo")) doRedo(currview); else if (methodname.equals("doRule")) doRule(currview); else if (methodname.equals("doInfo")) doInfo(currview); else if (methodname.equals("doSave")) doSave(currview); else if (methodname.equals("doReset")) doReset(currview); else if (methodname.equals("doPaste")) doPaste(currview); else if (methodname.equals("doSelItem")) doSelectionItem(curritem); else // string mismatch Log.e("Fix callagain", methodname); } }; } // ----------------------------------------------------------------------------- @Override protected void onNewIntent(Intent intent) { // check for messages sent by other activities String filepath = intent.getStringExtra(OPENFILE_MESSAGE); if (filepath != null) { nativeOpenFile(filepath); } String rule = intent.getStringExtra(RULE_MESSAGE); if (rule != null) { nativeChangeRule(rule); } String pattern = intent.getStringExtra(LEXICON_MESSAGE); if (pattern != null) { nativeLexiconPattern(pattern); } } // ----------------------------------------------------------------------------- @Override public boolean onCreateOptionsMenu(Menu menu) { // add main.xml items to the action bar getMenuInflater().inflate(R.menu.main, menu); return true; } // ----------------------------------------------------------------------------- @Override public boolean onOptionsItemSelected(MenuItem item) { // action bar item has been tapped nativeClearMessage(); Intent intent; switch (item.getItemId()) { case R.id.open: intent = new Intent(this, OpenActivity.class); startActivity(intent); return true; case R.id.settings: intent = new Intent(this, SettingsActivity.class); startActivity(intent); return true; case R.id.help: intent = new Intent(this, HelpActivity.class); startActivity(intent); return true; } return super.onOptionsItemSelected(item); } // ----------------------------------------------------------------------------- @Override protected void onPause() { super.onPause(); pattView.onPause(); stopped = true; } // ----------------------------------------------------------------------------- @Override protected void onResume() { super.onResume(); pattView.onResume(); if (fullscreen) { fullscreen = false; // following will set it true toggleFullScreen(null); } else { updateButtons(); UpdateEditBar(); } if (nativeIsGenerating()) { stopped = false; genhandler.post(generate); } } // ----------------------------------------------------------------------------- @Override protected void onDestroy() { stopped = true; // should have been done in OnPause, but play safe nativeDestroy(); super.onDestroy(); } // ----------------------------------------------------------------------------- private void deleteTempFiles() { File dir = getCacheDir(); File[] files = dir.listFiles(); if (files != null) { for (File file : files) { if (file.getName().startsWith("GET-") || file.getName().endsWith(".html")) { // don't delete files created via "get:" links in HelpActivity } else { file.delete(); } } } } // ----------------------------------------------------------------------------- private void updateButtons() { if (fullscreen) return; if (nativeIsGenerating()) { ssbutton.setText("Stop"); ssbutton.setTextColor(Color.rgb(255,0,0)); if (widescreen) resetbutton.setEnabled(true); undobutton.setEnabled(nativeAllowUndo()); redobutton.setEnabled(false); } else { ssbutton.setText("Start"); ssbutton.setTextColor(Color.rgb(0,255,0)); if (widescreen) resetbutton.setEnabled(nativeCanReset()); undobutton.setEnabled(nativeAllowUndo() && (nativeCanReset() || nativeCanUndo())); redobutton.setEnabled(nativeCanRedo()); } infobutton.setEnabled(nativeInfoAvailable()); } // ----------------------------------------------------------------------------- private void updateGeneratingSpeed() { geninterval = nativeCalculateSpeed(); genhandler.removeCallbacks(generate); stopped = false; if (nativeIsGenerating()) genhandler.post(generate); } // ----------------------------------------------------------------------------- private boolean callAgainAfterDelay(String callname, View view, MenuItem item) { if (processingevents) { // CheckMessageQueue has been called inside a (possibly) lengthy task // so call the given method again after a short delay methodname = callname; if (view != null) currview = view; if (item != null) curritem = item; callhandler.postDelayed(callagain, 5); // call after 5 millisecs return true; } else { return false; } } // ----------------------------------------------------------------------------- // called when the Start/Stop button is tapped public void doStartStop(View view) { nativeClearMessage(); if (callAgainAfterDelay("doStartStop", view, null)) return; if (nativeIsGenerating()) { // stop calling nativeGenerate stopped = true; nativeStopGenerating(); } else { nativeStartGenerating(); // nativeIsGenerating() might still be false (eg. if pattern is empty) if (nativeIsGenerating()) { // start calling nativeGenerate geninterval = nativeCalculateSpeed(); genhandler.removeCallbacks(generate); // probably unnecessary here but play safe stopped = false; genhandler.post(generate); } } updateButtons(); } // ----------------------------------------------------------------------------- private void stopIfGenerating() { if (nativeIsGenerating()) { // note that genhandler.removeCallbacks(generate) doesn't always work if // processingevents is true, so we use a global flag to start/stop // making calls to nativeGenerate stopped = true; nativeStopGenerating(); } } // ----------------------------------------------------------------------------- // called when the Step button is tapped public void doStep(View view) { nativeClearMessage(); stopIfGenerating(); if (callAgainAfterDelay("doStep", view, null)) return; nativeStep(); updateButtons(); } // ----------------------------------------------------------------------------- // called when the Slower button is tapped public void doSlower(View view) { nativeClearMessage(); nativeSlower(); updateGeneratingSpeed(); } // ----------------------------------------------------------------------------- // called when the Step=1 button is tapped public void doStep1(View view) { nativeClearMessage(); nativeStep1(); updateGeneratingSpeed(); } // ----------------------------------------------------------------------------- // called when the Faster button is tapped public void doFaster(View view) { nativeClearMessage(); nativeFaster(); updateGeneratingSpeed(); } // ----------------------------------------------------------------------------- // called when the Reset button is tapped public void doReset(View view) { nativeClearMessage(); stopIfGenerating(); if (callAgainAfterDelay("doReset", view, null)) return; nativeResetPattern(); updateButtons(); } // ----------------------------------------------------------------------------- // called when the Control button is tapped public void doControl(View view) { nativeClearMessage(); // display pop-up menu with these items: Step=1, Faster, Slower, Reset popup = new PopupMenu(this, view); MenuInflater inflater = popup.getMenuInflater(); inflater.inflate(R.menu.control_menu, popup.getMenu()); popup.show(); } // ----------------------------------------------------------------------------- // called when item from control_menu is selected public void doControlItem(MenuItem item) { if (item.getItemId() == R.id.reset) { stopIfGenerating(); if (callAgainAfterDelay("doReset", null, item)) return; } popup.dismiss(); switch (item.getItemId()) { case R.id.step1: nativeStep1(); break; case R.id.faster: nativeFaster(); break; case R.id.slower: nativeSlower(); break; case R.id.reset: nativeResetPattern(); break; default: Log.e("Golly","Fix bug in doControlItem!"); } if (item.getItemId() == R.id.reset) { updateButtons(); } else { updateGeneratingSpeed(); } } // ----------------------------------------------------------------------------- // called when the Fit button is tapped public void doFitPattern(View view) { nativeClearMessage(); nativeFitPattern(); } // ----------------------------------------------------------------------------- // called when the Smaller button is tapped public void doSmaller(View view) { nativeClearMessage(); nativeSmaller(); } // ----------------------------------------------------------------------------- // called when the Scale=1:1 button is tapped public void doScale1to1(View view) { nativeClearMessage(); nativeScale1to1(); } // ----------------------------------------------------------------------------- // called when the Bigger button is tapped public void doBigger(View view) { nativeClearMessage(); nativeBigger(); } // ----------------------------------------------------------------------------- // called when the Middle button is tapped public void doMiddle(View view) { nativeClearMessage(); nativeMiddle(); } // ----------------------------------------------------------------------------- // called when the View button is tapped public void doView(View view) { nativeClearMessage(); // display pop-up menu with these items: Scale=1:1, Bigger, Smaller, Middle popup = new PopupMenu(this, view); MenuInflater inflater = popup.getMenuInflater(); inflater.inflate(R.menu.view_menu, popup.getMenu()); popup.show(); } // ----------------------------------------------------------------------------- // called when item from view_menu is selected public void doViewItem(MenuItem item) { popup.dismiss(); switch (item.getItemId()) { case R.id.scale1to1: nativeScale1to1(); break; case R.id.bigger: nativeBigger(); break; case R.id.smaller: nativeSmaller(); break; case R.id.middle: nativeMiddle(); break; default: Log.e("Golly","Fix bug in doViewItem!"); } } // ----------------------------------------------------------------------------- // called when the Undo button is tapped public void doUndo(View view) { nativeClearMessage(); stopIfGenerating(); if (callAgainAfterDelay("doUndo", view, null)) return; nativeUndo(); updateButtons(); } // ----------------------------------------------------------------------------- // called when the Redo button is tapped public void doRedo(View view) { nativeClearMessage(); // nativeIsGenerating() should never be true here if (callAgainAfterDelay("doRedo", view, null)) return; nativeRedo(); updateButtons(); } // ----------------------------------------------------------------------------- // called when the All button is tapped public void doSelectAll(View view) { nativeClearMessage(); nativeSelectAll(); UpdateEditBar(); } // ----------------------------------------------------------------------------- private void createSelectionMenu(MenuInflater inflater) { Menu menu = popup.getMenu(); inflater.inflate(R.menu.selection_menu, menu); MenuItem item = menu.findItem(R.id.random); item.setTitle("Random Fill (" + nativeGetRandomFill() + "%)"); if (widescreen) { // delete the top 2 items menu.removeItem(R.id.paste); menu.removeItem(R.id.all); } } // ----------------------------------------------------------------------------- // called when the Edit button is tapped (widescreen is true) public void doEdit(View view) { nativeClearMessage(); if (nativeSelectionExists()) { popup = new PopupMenu(this, view); MenuInflater inflater = popup.getMenuInflater(); createSelectionMenu(inflater); popup.show(); } else { // editbutton should be disabled if there's no selection Log.e("Golly","Bug detected in doEdit!"); } } // ----------------------------------------------------------------------------- private void createPasteMenu(MenuInflater inflater) { Menu menu = popup.getMenu(); inflater.inflate(R.menu.paste_menu, menu); MenuItem item = menu.findItem(R.id.pastesel); item.setEnabled(nativeSelectionExists()); item = menu.findItem(R.id.pastemode); item.setTitle("Paste (" + nativeGetPasteMode() + ")"); if (nativeIsGenerating()) { // probably best to stop generating when Paste button is tapped // (consistent with iOS Golly) stopped = true; nativeStopGenerating(); updateButtons(); } } // ----------------------------------------------------------------------------- // called when the Paste button is tapped (widescreen is true) public void doPaste(View view) { nativeClearMessage(); if (nativePasteExists()) { // show pop-up menu with various paste options popup = new PopupMenu(this, view); MenuInflater inflater = popup.getMenuInflater(); createPasteMenu(inflater); popup.show(); } else { // create the paste image stopIfGenerating(); if (callAgainAfterDelay("doPaste", view, null)) return; nativePaste(); UpdateEditBar(); } } // ----------------------------------------------------------------------------- // called when the Edit/Paste button is tapped (widescreen is false) public void doEditPaste(View view) { nativeClearMessage(); // display pop-up menu with items that depend on whether a selection or paste image exists popup = new PopupMenu(this, view); MenuInflater inflater = popup.getMenuInflater(); if (nativePasteExists()) { createPasteMenu(inflater); } else if (nativeSelectionExists()) { createSelectionMenu(inflater); } else { inflater.inflate(R.menu.edit_menu, popup.getMenu()); } popup.show(); } // ----------------------------------------------------------------------------- // called when item from edit_menu is selected public void doEditItem(MenuItem item) { if (item.getItemId() == R.id.paste) { stopIfGenerating(); if (callAgainAfterDelay("doPaste", null, item)) return; } popup.dismiss(); switch (item.getItemId()) { case R.id.paste: nativePaste(); break; case R.id.all: nativeSelectAll(); break; default: Log.e("Golly","Fix bug in doEditItem!"); } UpdateEditBar(); } // ----------------------------------------------------------------------------- // called when item from selection_menu is selected public void doSelectionItem(MenuItem item) { if (item.getItemId() != R.id.remove && item.getItemId() != R.id.copy && item.getItemId() != R.id.shrink && item.getItemId() != R.id.fitsel) { // item can modify the current pattern so we must stop generating, // but nicer if we only stop temporarily and resume when done if (nativeIsGenerating()) { // no need to set stopped = true nativePauseGenerating(); } if (callAgainAfterDelay("doSelItem", null, item)) return; } popup.dismiss(); switch (item.getItemId()) { // doEditItem handles the top 2 items (if widescreen is false) // case R.id.paste: nativePaste(); break; // case R.id.all: nativeSelectAll(); break; case R.id.remove: nativeRemoveSelection(); break; case R.id.cut: nativeCutSelection(); break; case R.id.copy: nativeCopySelection(); break; case R.id.clear: nativeClearSelection(1); break; case R.id.clearo: nativeClearSelection(0); break; case R.id.shrink: nativeShrinkSelection(); break; case R.id.fitsel: nativeFitSelection(); break; case R.id.random: nativeRandomFill(); break; case R.id.flipy: nativeFlipSelection(1); break; case R.id.flipx: nativeFlipSelection(0); break; case R.id.rotatec: nativeRotateSelection(1); break; case R.id.rotatea: nativeRotateSelection(0); break; case R.id.advance: nativeAdvanceSelection(1); break; case R.id.advanceo: nativeAdvanceSelection(0); break; default: Log.e("Golly","Fix bug in doSelectionItem!"); } // resume generating (only if nativePauseGenerating was called) nativeResumeGenerating(); } // ----------------------------------------------------------------------------- // called when item from paste_menu is selected public void doPasteItem(MenuItem item) { popup.dismiss(); switch (item.getItemId()) { case R.id.abort: nativeAbortPaste(); break; case R.id.pastemode: nativeDoPaste(0); break; case R.id.pastesel: nativeDoPaste(1); break; case R.id.pflipy: nativeFlipPaste(1); break; case R.id.pflipx: nativeFlipPaste(0); break; case R.id.protatec: nativeRotatePaste(1); break; case R.id.protatea: nativeRotatePaste(0); break; default: Log.e("Golly","Fix bug in doPasteItem!"); } UpdateEditBar(); } // ----------------------------------------------------------------------------- // called when the Draw/Pick/Select/Move button is tapped public void doSetTouchMode(View view) { nativeClearMessage(); // display pop-up menu with these items: Draw, Pick, Select, Move popup = new PopupMenu(this, view); MenuInflater inflater = popup.getMenuInflater(); inflater.inflate(R.menu.mode_menu, popup.getMenu()); popup.show(); } // ----------------------------------------------------------------------------- // called when item from mode_menu is selected public void doModeItem(MenuItem item) { popup.dismiss(); switch (item.getItemId()) { case R.id.draw: nativeSetMode(0); break; case R.id.pick: nativeSetMode(1); break; case R.id.select: nativeSetMode(2); break; case R.id.move: nativeSetMode(3); break; default: Log.e("Golly","Fix bug in doModeItem!"); } UpdateEditBar(); // update modebutton text } // ----------------------------------------------------------------------------- // called when the Draw button is tapped public void doDrawMode(View view) { nativeClearMessage(); if (nativeGetMode() != 0) { nativeSetMode(0); UpdateEditBar(); } } // ----------------------------------------------------------------------------- // called when the Pick button is tapped public void doPickMode(View view) { nativeClearMessage(); if (nativeGetMode() != 1) { nativeSetMode(1); UpdateEditBar(); } } // ----------------------------------------------------------------------------- // called when the Select button is tapped public void doSelectMode(View view) { nativeClearMessage(); if (nativeGetMode() != 2) { nativeSetMode(2); UpdateEditBar(); } } // ----------------------------------------------------------------------------- // called when the Move button is tapped public void doMoveMode(View view) { nativeClearMessage(); if (nativeGetMode() != 3) { nativeSetMode(3); UpdateEditBar(); } } // ----------------------------------------------------------------------------- // called when the state button is tapped public void doChangeState(View view) { nativeClearMessage(); // let user change the current drawing state Intent intent = new Intent(this, StateActivity.class); startActivity(intent); } // ----------------------------------------------------------------------------- // called when the New button is tapped public void doNewPattern(View view) { nativeClearMessage(); // stopIfGenerating() would work here but we use smarter code that // avoids trying to save the current pattern (potentially very large) if (nativeIsGenerating()) { stopped = true; nativeStopBeforeNew(); } if (callAgainAfterDelay("doNew", view, null)) return; nativeNewPattern(); updateButtons(); UpdateEditBar(); if (nativeNumLayers() == 1) { // delete all files in tempdir deleteTempFiles(); } } // ----------------------------------------------------------------------------- // called when the Rule button is tapped public void doRule(View view) { nativeClearMessage(); stopIfGenerating(); if (callAgainAfterDelay("doRule", view, null)) return; // let user change the current rule and/or algorithm Intent intent = new Intent(this, RuleActivity.class); startActivity(intent); } // ----------------------------------------------------------------------------- // called when the Info button is tapped public void doInfo(View view) { nativeClearMessage(); stopIfGenerating(); if (callAgainAfterDelay("doInfo", view, null)) return; // display any comments in current pattern file Intent intent = new Intent(this, InfoActivity.class); intent.putExtra(InfoActivity.INFO_MESSAGE, "native"); startActivity(intent); } // ----------------------------------------------------------------------------- // called when the Save button is tapped public void doSave(View view) { nativeClearMessage(); stopIfGenerating(); if (callAgainAfterDelay("doSave", view, null)) return; AlertDialog.Builder alert = new AlertDialog.Builder(this); alert.setTitle("Save current pattern"); alert.setMessage("Valid file name extensions are\n" + nativeGetValidExtensions()); // or use radio buttons as in iPad Golly??? // might be better to create a new SaveActivity and make it appear in a dialog // by setting its theme to Theme.Holo.Dialog in the manifest element // use an EditText view to get filename final EditText input = new EditText(this); input.setSingleLine(true); input.setHint("enter a file name"); input.setInputType(InputType.TYPE_TEXT_FLAG_NO_SUGGESTIONS); alert.setView(input); alert.setPositiveButton("SAVE", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { // do nothing here (see below) } }); alert.setNegativeButton("CANCEL", new DialogInterface.OnClickListener() { public void onClick(DialogInterface dialog, int id) { dialog.cancel(); } }); // don't call alert.show() here -- instead we use the following stuff // which allows us to prevent the alert dialog from closing if the // given file name is invalid final AlertDialog dialog = alert.create(); dialog.show(); dialog.getButton(AlertDialog.BUTTON_POSITIVE).setOnClickListener( new View.OnClickListener() { public void onClick(View v) { String filename = input.getText().toString(); if (filename.length() == 0) { PlayBeepSound(); return; } BaseApp baseapp = (BaseApp)getApplicationContext(); // check for valid extension if (!nativeValidExtension(filename)) { baseapp.Warning("Invalid file extension."); return; } // check if given file already exists if (nativeFileExists(filename)) { String answer = baseapp.YesNo("A file with that name already exists. Do you want to replace that file?"); if (answer.equals("no")) return; } // dismiss dialog first in case SavePattern calls BeginProgress dialog.dismiss(); nativeSavePattern(filename); } }); } // ----------------------------------------------------------------------------- // called when the Full/Restore button is tapped public void toggleFullScreen(View view) { // no need to call nativeClearMessage() LinearLayout topbar = (LinearLayout) findViewById(R.id.top_bar); LinearLayout editbar = (LinearLayout) findViewById(R.id.edit_bar); RelativeLayout bottombar = (RelativeLayout) findViewById(R.id.bottom_bar); if (fullscreen) { fullscreen = false; restorebutton.setVisibility(View.INVISIBLE); status1.setVisibility(View.VISIBLE); status2.setVisibility(View.VISIBLE); status3.setVisibility(View.VISIBLE); topbar.setVisibility(LinearLayout.VISIBLE); editbar.setVisibility(LinearLayout.VISIBLE); bottombar.setVisibility(RelativeLayout.VISIBLE); getActionBar().show(); } else { fullscreen = true; restorebutton.setVisibility(View.VISIBLE); status1.setVisibility(View.GONE); status2.setVisibility(View.GONE); status3.setVisibility(View.GONE); topbar.setVisibility(LinearLayout.GONE); editbar.setVisibility(LinearLayout.GONE); bottombar.setVisibility(RelativeLayout.GONE); getActionBar().hide(); } // need to let native code know (this will update status bar if not fullscreen) nativeSetFullScreen(fullscreen); if (!fullscreen) { updateButtons(); UpdateEditBar(); } } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void StartMainActivity() { Intent intent = new Intent(this, MainActivity.class); startActivity(intent); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void RefreshPattern() { // this can be called from any thread pattView.requestRender(); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void ShowStatusLines() { // no need to check fullscreen flag here (caller checks it) // this might be called from a non-UI thread runOnUiThread(new Runnable() { public void run() { int bgcolor = nativeGetStatusColor(); if (statuscolor != bgcolor) { // change background color of status lines statuscolor = bgcolor; status1.setBackgroundColor(statuscolor); status2.setBackgroundColor(statuscolor); status3.setBackgroundColor(statuscolor); } status1.setText(nativeGetStatusLine(1)); status2.setText(nativeGetStatusLine(2)); status3.setText(nativeGetStatusLine(3)); } }); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void UpdateEditBar() { if (fullscreen) return; // this might be called from a non-UI thread runOnUiThread(new Runnable() { public void run() { undobutton.setEnabled(nativeCanUndo()); redobutton.setEnabled(nativeCanRedo()); // update Edit button if (widescreen) { editbutton.setEnabled(nativeSelectionExists()); } else { if (nativePasteExists()) { editbutton.setText("Paste"); } else { editbutton.setText("Edit"); } } // show current drawing state statebutton.setText("State=" + Integer.toString(nativeDrawingState())); // show current touch mode if (widescreen) { drawbutton.setTypeface(Typeface.DEFAULT); pickbutton.setTypeface(Typeface.DEFAULT); selectbutton.setTypeface(Typeface.DEFAULT); movebutton.setTypeface(Typeface.DEFAULT); drawbutton.setTextColor(Color.rgb(0,0,0)); pickbutton.setTextColor(Color.rgb(0,0,0)); selectbutton.setTextColor(Color.rgb(0,0,0)); movebutton.setTextColor(Color.rgb(0,0,0)); switch (nativeGetMode()) { case 0: drawbutton.setTypeface(Typeface.DEFAULT_BOLD); drawbutton.setTextColor(Color.rgb(0,0,255)); break; case 1: pickbutton.setTypeface(Typeface.DEFAULT_BOLD); pickbutton.setTextColor(Color.rgb(0,0,255)); break; case 2: selectbutton.setTypeface(Typeface.DEFAULT_BOLD); selectbutton.setTextColor(Color.rgb(0,0,255)); break; case 3: movebutton.setTypeface(Typeface.DEFAULT_BOLD); movebutton.setTextColor(Color.rgb(0,0,255)); break; default: Log.e("Golly","Fix bug in UpdateEditBar!"); } } else { switch (nativeGetMode()) { case 0: modebutton.setText("Draw"); break; case 1: modebutton.setText("Pick"); break; case 2: modebutton.setText("Select"); break; case 3: modebutton.setText("Move"); break; default: Log.e("Golly","Fix bug in UpdateEditBar!"); } } } }); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void PlayBeepSound() { ToneGenerator tg = new ToneGenerator(AudioManager.STREAM_NOTIFICATION, 100); if (tg != null) { tg.startTone(ToneGenerator.TONE_PROP_BEEP); tg.release(); } } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void RemoveFile(String filepath) { File file = new File(filepath); if (!file.delete()) { Log.e("RemoveFile failed", filepath); } } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private String MoveFile(String oldpath, String newpath) { String result = ""; File oldfile = new File(oldpath); File newfile = new File(newpath); if (!oldfile.renameTo(newfile)) { Log.e("MoveFile failed: old", oldpath); Log.e("MoveFile failed: new", newpath); result = "MoveFile failed"; } return result; } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void CopyTextToClipboard(String text) { ClipboardManager clipboard = (ClipboardManager) getSystemService(Context.CLIPBOARD_SERVICE); ClipData clip = ClipData.newPlainText("RLE data", text); clipboard.setPrimaryClip(clip); // Log.i("CopyTextToClipboard", text); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private String GetTextFromClipboard() { BaseApp baseapp = (BaseApp)getApplicationContext(); ClipboardManager clipboard = (ClipboardManager) getSystemService(Context.CLIPBOARD_SERVICE); String text = ""; if (clipboard.hasPrimaryClip()) { ClipData clipData = clipboard.getPrimaryClip(); text = clipData.getItemAt(0).coerceToText(this).toString(); if (text.length() == 0) { baseapp.Warning("Failed to get text from clipboard!"); } } // Log.i("GetTextFromClipboard", text); return text; } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void ShowTextFile(String filepath) { BaseApp baseapp = (BaseApp)getApplicationContext(); // display file contents Intent intent = new Intent(baseapp.getCurrentActivity(), InfoActivity.class); intent.putExtra(InfoActivity.INFO_MESSAGE, filepath); startActivity(intent); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void ShowHelp(String filepath) { Intent intent = new Intent(this, HelpActivity.class); intent.putExtra(HelpActivity.SHOWHELP_MESSAGE, filepath); startActivity(intent); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void BeginProgress(String title) { if (progresscount == 0) { // can we disable interaction with all views outside proglayout??? progtitle.setText(title); progbar.setProgress(0); // proglayout.setVisibility(LinearLayout.VISIBLE); cancelProgress = false; progstart = System.nanoTime(); } progresscount++; // handles nested calls } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private boolean AbortProgress(int percentage, String message) { if (progresscount <= 0) { Log.e("Golly","Bug detected in AbortProgress!"); return true; } long nanosecs = System.nanoTime() - progstart; if (proglayout.getVisibility() == LinearLayout.VISIBLE) { if (nanosecs < prognext) return false; prognext = nanosecs + 100000000L; // update progress bar about 10 times per sec updateProgressBar(percentage); return cancelProgress; } else { // note that percentage is not always an accurate estimator for how long // the task will take, especially when we use nextcell for cut/copy if ( (nanosecs > 1000000000L && percentage < 30) || nanosecs > 2000000000L ) { // task is probably going to take a while so show progress bar proglayout.setVisibility(LinearLayout.VISIBLE); updateProgressBar(percentage); } prognext = nanosecs + 10000000L; // 0.01 sec delay until 1st progress update } return false; } // ----------------------------------------------------------------------------- private void updateProgressBar(int percentage) { if (percentage < 0 || percentage > 100) return; progbar.setProgress(percentage); CheckMessageQueue(); } // ----------------------------------------------------------------------------- // this method is called from C++ code (see jnicalls.cpp) private void EndProgress() { if (progresscount <= 0) { Log.e("Golly","Bug detected in EndProgress!"); return; } progresscount--; if (progresscount == 0) { proglayout.setVisibility(LinearLayout.INVISIBLE); } } // ----------------------------------------------------------------------------- // called when the Cancel button is tapped public void doCancel(View view) { cancelProgress = true; } } // MainActivity class golly-3.3-src/gui-android/Golly/app/src/main/res/0000755000175000017500000000000013543257425016661 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/res/values/0000755000175000017500000000000013543257427020162 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/res/values/strings.xml0000644000175000017500000000015512651666400022310 00000000000000 Golly golly-3.3-src/gui-android/Golly/app/src/main/res/values/dimens.xml0000644000175000017500000000032512651666400022075 00000000000000 16dp 16dp golly-3.3-src/gui-android/Golly/app/src/main/res/values/styles.xml0000644000175000017500000000125012651666400022137 00000000000000 golly-3.3-src/gui-android/Golly/app/src/main/res/drawable-xhdpi/0000755000175000017500000000000013543257427021556 500000000000000golly-3.3-src/gui-android/Golly/app/src/main/res/drawable-xhdpi/ic_launcher.png0000644000175000017500000001524012651666400024454 00000000000000‰PNG  IHDR``â˜w8gIDATx^í]XTWþgèEPö[T¬AEÅ öšˆ-š1ÉfM²kM1qÓMÛ˜ØcD£FÅ*h¬AEKTD* ½Ìþ÷Í 00f¢&ó¾o¾ÿy÷½sλ÷žþd0”²GzuãÅaÀ#~ŒxŒ`Ž~…£Ð6œ6&‹ÿ“óc¢ú6 ¢f‚Œ/á§Xõ­!mÌŒ7¿y}vŽ‡G-ÈdFþׄÿ …qqYhØd•5Ç)P ¢tÈŠÜ›ñcsóšWZýúV5¹¶ñ\bcsÑ°é1þ™ÍO!?¥³@›,ø{ Ñ(ý¦¦ ¤¦šÂkØÚy£–ñD Ÿ29Bº¯˜›Öؽg0ê>Õ–H¼ƒFõwbèÐ ¿]‡BFÀŵ=¯!GB|4ºtމݓ$ü|¸Ž&áÅÅ $%žÅ {вe–„‡¸!úŠ/\]›¡  H‡ ÝMA %¤ê£¤D†µ:K´98:!=-¹0yÒIÔªU‚êh×6ºÞðáÛâÊÕIxÖË®ôzAAéèÛ{fϺŠ¼ÒÖ6#кµP¨”‡Àýžÿ ={$cÊ ÃàÙÕõ\M%L̆Ûã0ïk%ü…écÑ·Ÿ¬…æÌ#¿@†í?_ÄgŸlD-ÛBÌš3#Fv*ÅSRKrð6¬ÛÆYc‹eïNÃè±M f‡8~îL0ñݸæLªÈ0ÿ­õt`®mgÎä ¶Ý6|¸<UÑ>çÅ«Z¥«W¤¤˜£c—¡d„š·°•¼y%d`ÔÅLN÷|½ò†ŠÍàá¡´#ÔøÓ­.`Ò„«˜>{:wt€££¹„‘'aa÷øQ>{îPtïîÄeIÉÁ<š/¡¡©xaJ(ÏÉÅGŸôF·n®àÜË,ÄÙÓéøðý`„wľýÑų6g£¬ MÆÏ[0h`ŠV&I÷Y"‡·O_¤$·.¥MŒýF6îÄ' `gÆOâ¬ÖA{èÉ@ØXW^Šõ*€sç¬Ñ¥ûÞ®-¬È¹¼DZ§ó¨\ÉäéX¼ð–½3´‰„Ëdex£Æw0uÒ,{Ï&&2i}–É(ä›_ @ãÆ ¥¸™g.p²0Ÿšsa‘|®ÀÕ%ë7táž —pN /â=¼4÷7\¯ƒ'›ÃÜœ¸¹BÀ*\Ï>Â+ó´?¥B™™¦hÙz’’]Ji+áÑ›+ÍC,Y|€´yë¤=êÂ/|ðîW°^šf†vÏø!!±¾ÒžS€ßâËÍýÖ­Ù!Ïù¡ Ð¾Þ«÷YÌ}1 'Oç)4¸+œ_†Ï Äå©>cz6ÌÀ¢%㔦dyœ‚þà}\¾âLõ'ãU7¥ú\–‡­[VcÔÈ3@,…½ûŽÆñ“ÊÆ$r(s‹dì ØÈåsŒNÚ#ÎÿˆÚöÂÛ yèUbè÷–wÄÒwž‡¢¤ÌU!—ßÇÛooÂÒEç1c¦6þ4‚¸r‡ÀWÿð5|GÆbè°q8qÊ 2Nyµîbf–ŒUß­‘ðþ¦âlXW.žåagƒÝ;W£¾G6úœŽ1mÊá xÔç>°wïZa؈9H¿çQÎàW }‡“8ì»Z•Tž]þ[‘Éó5h“É 0~ü.l\‚åvÐIû;KÎi®ÞŸ/Ãç_tÆÿ¾÷Áí¸ºxÊ9Óýâ­á\ ‘žn†wßï…M›½–jWŠ/]tŽKO1nݲæSìCM¨ ²ï[¢a£x¼6?/κ"áB Zðæs8r´—'9Ú<}‹îƒïˆXé±ZÐÂEC$¼„êj·nxÿ½@ôè–,1àÀAwnÄC¹¯4—–@üÑ^tzFØAUbâü÷#OmN°³ÏÄèQ¿âÝe'áüT—³ªi×6ºÞ ."ÔµS§êàÜ…ºèÐ> ÏöH•ÖsõQP §:è„«×j£ã3©•ðû÷M°?ЉIVèí•ŒvmïiÜ{r²7S7ääš`ð DÚš*¤/â}ŒxîêÖ.–²ãæM+ ¢Lh?h냚¶°p'4n”E7‘z™öTíÇÖ»„žÿýj¸y BÓfŽˆ¾˜„ô”¼8ûWIW¾c‰Öm¼¸/Ø!:ꮄ¿:ÿ0 —j*cÑÙ³3ìk[à\X,,M·ÁÏ＄ÿzÔ'~›Œ®ÝžæŒ#ôÔ4kâQ¾7$Úƒ<(øñ^ÄÍ9ôT8¼{m—×]iÓÝ´¹’SÇsüÆÈÉ)’ðÁ~‚§§n HÍ´<é $ÑÖ¬y]ÄÜHÇõ߃1}Ú^e’SíÊ xý_]‘’2;©÷ŽËAû¶?ãÍ0yê`¸ÖëCÃG©fŠeCà#žûÄcô¸1èã݉O­jà°[¨™%|â”É4䘛)gT1÷Šm[obÅ`o—Ù/MÅè1-T¸ŒÚK öDâ§ý}Ùú|}]U×VâÇ~ ¥-ñ3÷M‹»"ÃV~ÝgÏú•£ ˆŠÊ‡¢8ßwo¼ÙE'틆kXzññèÐé9ØØ8£iS.;BÏ.]¾O†ÜÁ—ŸÄ¸IÑ Amx¸«í%ÞªåeLžð;^šçÃÛQ’IˆŒÊàRö»„Ï{uÚµ« [ròˆ¸p6B8ÏÉÅç+»·Wá2¤Ý+ä,ÌÄ;KŽâ칺\zÚH¸¹™ÐÍÔx:6mØÏYtWçêST$G·ž>dp“RÚ„p#&IwS°uóA¼à×G'íÂöÑåRÙm¡W„ÑèÚ}§º uqä&ÔóÉÀ¢"ñït,ú÷I¼óÞ`²•z85M}4j¼Q£º#.sƒî+©­BO:^ïYØ%*ñ÷úRkbdHšÂNQÈ øô¿‚zÂØØ•¸¬/ ¥,~9÷EÚjãä©–’a*üG”¸Ÿ|ˆW_Ñmdd˜ åÓc”äRJ›° ¹ŸÉdùTyoýtÒþ Z¶PºCÊz€Ñ0ÚF;@hÛw4Æwß{ãÚµzôù$`úô#t#ÜàÔ/á”—ã‡Õm$; 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"; int rulecount = 0; File[] files = dir.listFiles(); if (files != null) { Arrays.sort(files); // sort into alphabetical order for (File file : files) { if (file.isDirectory()) { // ignore directory } else { String filename = file.getName(); if (filename.endsWith(".rule")) { if (candelete) { // allow user to delete .rule file htmldata += "DELETE   "; // allow user to edit .rule file htmldata += "EDIT   "; } else { // allow user to read supplied .rule file htmldata += "READ   "; } // use "open:" link rather than "rule:" link htmldata += ""; htmldata += filename.substring(0, filename.length() - 5); // strip off .rule htmldata += "
"; rulecount++; } } } } if (rulecount == 0) htmldata += "None."; return htmldata; } // ----------------------------------------------------------------------------- private void showAlgoHelp() { BaseApp baseapp = (BaseApp)getApplicationContext(); String algoname = nativeGetAlgoName(algoindex); if (algoname.equals("RuleLoader")) { // create html data with links to the user's .rule files and the supplied .rule files File userrules = new File(baseapp.userdir, "Rules"); File rulesdir = new File(baseapp.supplieddir, "Rules"); String htmldata = ""; htmldata += ""; htmldata += "