mathgl-2.4.1/0000775000175000017500000000000013134047003012553 5ustar balakinbalakinmathgl-2.4.1/emblem.mgl0000664000175000017500000000142113134046774014531 0ustar balakinbalakinsetsize 1000 500 text 0.95 0.8 'MathGL' ':RiA' -4 text 0.05 0.15 'library\n for scientific graphics' ':LiA' -2. #rect 0.05 0.9 2 1.5 1.34 2 'w' xtick -3:ytick -3:ztick -3 subplot 1 1 0 '^_' stickplot 3 0 60 20:box new y 50: fill y '-cos(pi*x-pi/4)' new x 50: fill x '-sin(pi*x-pi/4)' new z 50: fill z '2*x^2-1' area x y z 'lG' plot x y z 'B2s' stickplot 3 1 60 20:box new aa 50 40 modify aa '0.6*sin(2*pi*x)*sin(3*pi*y) + 0.4*cos(3*pi*(x*y))' mirror aa 'y' light on :alpha on surf aa 'BbcyrR';alpha 0.8 cont aa 'y' stickplot 3 2 60 20:box rotate 0 20 new a 61 51 40 modify a '-2*((2*x-1)^2 + (2*y-1)^2 + (2*z-1)^4 - (2*z-1)^2 - 0.1)' alpha on:light off cloud a 'wyrRk' stop cut 0 -1 -1 1 0 1.1 surf3 a -1 'BbcyrR' contf3 a 'x' -1 contf3 a 'y' -1 contf3 a 'z' 0 contf3 a 'z' 39 mathgl-2.4.1/widgets/0000775000175000017500000000000013134046554014233 5ustar balakinbalakinmathgl-2.4.1/widgets/qt4/0000775000175000017500000000000013134046554014743 5ustar balakinbalakinmathgl-2.4.1/widgets/qt4/CMakeLists.txt0000664000175000017500000000177013134046554017510 0ustar balakinbalakininclude(GenerateExportHeader) if(enable-qt4) include(../../scripts/qt4.cmake) set(MGL_QT4_FILES ../qt.cpp ../../include/mgl2/qt.h ../../include/mgl2/qmathgl.h) mgl_add_lib(qt4 ${MGL_QT4_FILES}) target_link_libraries(mgl-qt4 mgl ${MGL_QT4_LIBS}) target_link_libraries(mgl-qt4-static mgl-static ${MGL_QT4_LIBS}) if(enable-qt4asqt) mgl_add_lib(qt ${MGL_QT4_FILES}) target_link_libraries(mgl-qt mgl ${MGL_QT4_LIBS}) target_link_libraries(mgl-qt-static mgl-static ${MGL_QT4_LIBS}) endif(enable-qt4asqt) if(MGL_HAVE_FLTK AND NOT enable-qt5) mgl_add_lib(wnd ${MGL_QT4_FILES} ../fltk.cpp ../../include/mgl2/fltk.h ../image.cpp ../image.h) target_include_directories(mgl-wnd SYSTEM PUBLIC ${FLTK_INCLUDE_DIR}) target_include_directories(mgl-wnd-static SYSTEM PUBLIC ${FLTK_INCLUDE_DIR}) target_link_libraries(mgl-wnd mgl ${FLTK_LIBRARIES} ${MGL_QT4_LIBS}) target_link_libraries(mgl-wnd-static mgl-static ${FLTK_LIBRARIES} ${MGL_QT4_LIBS}) endif(MGL_HAVE_FLTK AND NOT enable-qt5) endif(enable-qt4) mathgl-2.4.1/widgets/image.h0000664000175000017500000000564013134046554015473 0ustar balakinbalakin/* image.h is part of UDAV * Copyright (C) 2007-2014 Alexey Balakin * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation * * 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., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ //----------------------------------------------------------------------------- #ifndef IMAGE_H #define IMAGE_H //----------------------------------------------------------------------------- #include extern MGL_EXPORT Fl_RGB_Image img_load; extern MGL_EXPORT Fl_RGB_Image img_save; extern MGL_EXPORT Fl_RGB_Image img_calc; extern MGL_EXPORT Fl_RGB_Image img_undo; extern MGL_EXPORT Fl_RGB_Image img_redo; extern MGL_EXPORT Fl_RGB_Image img_copy; extern MGL_EXPORT Fl_RGB_Image img_paste; extern MGL_EXPORT Fl_RGB_Image img_find; extern MGL_EXPORT Fl_RGB_Image img_prop; extern MGL_EXPORT Fl_RGB_Image img_alpha; extern MGL_EXPORT Fl_RGB_Image img_light; extern MGL_EXPORT Fl_RGB_Image img_grid; extern MGL_EXPORT Fl_RGB_Image img_move; extern MGL_EXPORT Fl_RGB_Image img_orig; extern MGL_EXPORT Fl_RGB_Image img_update; extern MGL_EXPORT Fl_RGB_Image img_stop; extern MGL_EXPORT Fl_RGB_Image img_insert; extern MGL_EXPORT Fl_RGB_Image img_print; extern MGL_EXPORT Fl_RGB_Image img_goL; extern MGL_EXPORT Fl_RGB_Image img_goU; extern MGL_EXPORT Fl_RGB_Image img_zoomIn; extern MGL_EXPORT Fl_RGB_Image img_zoomOut; extern MGL_EXPORT Fl_RGB_Image img_goD; extern MGL_EXPORT Fl_RGB_Image img_goR; extern MGL_EXPORT Fl_RGB_Image img_next; extern MGL_EXPORT Fl_RGB_Image img_play; extern MGL_EXPORT Fl_RGB_Image img_prev; extern MGL_EXPORT Fl_RGB_Image img_plot; extern MGL_EXPORT Fl_RGB_Image img_system; extern MGL_EXPORT Fl_RGB_Image img_info; extern MGL_EXPORT Fl_RGB_Image img_help; extern MGL_EXPORT Fl_RGB_Image img_delete; extern MGL_EXPORT Fl_RGB_Image img_objectU; extern MGL_EXPORT Fl_RGB_Image img_objectD; extern MGL_EXPORT Fl_RGB_Image img_layer; extern MGL_EXPORT Fl_RGB_Image img_new; extern MGL_EXPORT Fl_RGB_Image img_clear; extern MGL_EXPORT Fl_RGB_Image img_plus; extern MGL_EXPORT Fl_RGB_Image img_minus; extern MGL_EXPORT Fl_RGB_Image img_udav; extern MGL_EXPORT Fl_RGB_Image img_fname; extern MGL_EXPORT Fl_RGB_Image img_curve; extern MGL_EXPORT Fl_RGB_Image img_svn; extern MGL_EXPORT Fl_RGB_Image img_adjust; extern MGL_EXPORT Fl_RGB_Image img_reload; extern MGL_EXPORT Fl_RGB_Image img_zoom12; extern MGL_EXPORT Fl_RGB_Image img_zoom21; extern MGL_EXPORT Fl_RGB_Image img_pause; #endif mathgl-2.4.1/widgets/fltk.cpp0000664000175000017500000011572213134046554015707 0ustar balakinbalakin/*************************************************************************** * fltk.cpp is part of Math Graphic Library * Copyright (C) 2007-2016 Alexey Balakin * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU Library General Public License as * * published by the Free Software Foundation; either version 3 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 Library General Public * * License along with this program; if not, write to the * * Free Software Foundation, Inc., * * 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * ***************************************************************************/ #include #include #include #include #include //----------------------------------------------------------------------------- #include "mgl2/canvas_wnd.h" #include "mgl2/Fl_MathGL.h" #include //----------------------------------------------------------------------------- #define MGL_MAX_LINES (INT_MAX-1000) //----------------------------------------------------------------------------- /// Class allows the window creation for displaying plot bitmap with the help of FLTK library /** NOTE!!! All frames are saved in memory. So animation with many frames require a lot memory and CPU time (for example, for mouse rotation).*/ class mglCanvasFL : public mglCanvasWnd { public: using mglCanvasWnd::Window; Fl_Window *Wnd; ///< Pointer to window Fl_MGLView *mgl; ///< Pointer to MGL widget with buttons mglCanvasFL(); virtual ~mglCanvasFL(); /// Create a window for plotting. Now implemeted only for GLUT. void Window(int argc, char **argv, int (*draw)(mglBase *gr, void *p), const char *title, void *par=NULL, void (*reload)(void *p)=NULL, bool maximize=false); /// Switch on/off transparency (do not overwrite switches in user drawing function) void ToggleAlpha(); /// Switch on/off lighting (do not overwrite switches in user drawing function) void ToggleLight(); void ToggleRotate(); ///< Switch on/off rotation by mouse void ToggleZoom(); ///< Switch on/off zooming by mouse void ToggleNo(); ///< Switch off all zooming and rotation void Update(); ///< Update picture by calling user drawing function void Adjust(); ///< Adjust size of bitmap to window size void GotoFrame(int d); ///< Show arbitrary frame (use relative step) void Animation(); ///< Run animation (I'm too lasy to change it) }; //----------------------------------------------------------------------------- void MGL_EXPORT mgl_ask_fltk(const wchar_t *quest, wchar_t *res) { static char buf[1024]; *res=0; // TODO #if FL_MINOR_VERSION>=3 fl_utf8fromwc(buf, 1024, quest, mgl_wcslen(quest)+1); const char *str = fl_input("%s",buf,""); if(str) fl_utf8towc(str, strlen(str)+1, res, 1024); #else wcstombs(buf,quest,mgl_wcslen(quest)+1); const char *str = fl_input("%s",buf,""); MGL_TO_WCS(str,wcscpy(res,str)); #endif } //----------------------------------------------------------------------------- // // class Fl_MathGL // //----------------------------------------------------------------------------- MGL_EXPORT const char *mgl_file_chooser(const char *mess, const char *filter, bool save) { static Fl_Native_File_Chooser fnfc; fnfc.title(mess); fnfc.type(save ? Fl_Native_File_Chooser::BROWSE_SAVE_FILE : Fl_Native_File_Chooser::BROWSE_FILE); fnfc.filter(filter); // fnfc.directory("/var/tmp"); // default directory to use fnfc.show(); return fnfc.filename(); } MGL_EXPORT const char *mgl_dir_chooser(const char *mess, const char *path) { static Fl_Native_File_Chooser fnfc; fnfc.title(mess); fnfc.type(Fl_Native_File_Chooser::BROWSE_DIRECTORY); fnfc.directory(path); // default directory to use fnfc.show(); return fnfc.filename(); } //----------------------------------------------------------------------------- Fl_MathGL::Fl_MathGL(int xx, int yy, int ww, int hh, const char *lbl) : Fl_Widget(xx,yy,ww,hh,lbl) { gr = new mglCanvas; use_pthr = true; tet=phi=x1=y1=0; x2=y2=1; img = 0; zoom = rotate = handle_keys = grid = false; flag=x0=y0=xe=ye=0; show_warn=true; tet_val = phi_val = 0; draw_par = 0; draw_func = 0; draw_cl = 0; last_id = -1; run = false; popup=0; vpar=0; wpar=0; thr=0; } //----------------------------------------------------------------------------- Fl_MathGL::~Fl_MathGL() { if(mgl_use_graph(gr,-1)<1) mgl_delete_graph(gr); } //----------------------------------------------------------------------------- void Fl_MathGL::stop(bool stop) { gr->AskStop(stop); } //----------------------------------------------------------------------------- void mgl_fltk_event_func(void *) { Fl::awake(); } //----------------------------------------------------------------------------- void Fl_MathGL::set_graph(HMGL GR) { mglCanvas *gg = dynamic_cast(GR); if(!gg) return; if(gr && mgl_use_graph(gr,-1)<1) mgl_delete_graph(gr); gr=gg; mgl_use_graph(gg,1); gr->SetEventFunc(mgl_fltk_event_func, NULL); } //----------------------------------------------------------------------------- void Fl_MathGL::draw() { if(!img) img = mgl_get_rgb(gr); int ww=mgl_get_width(gr), hh=mgl_get_height(gr); if(img) fl_draw_image(img, x(), y(), ww, hh, 3); if(grid) { char str[5]="0.0"; fl_color(192,192,192); for(int i=1;i<10;i++) { str[2] = '0'+10-i; fl_draw(str, x(), y()+i*hh/10); fl_line(x(), y()+i*hh/10, x()+ww, y()+i*hh/10); str[2] = '0'+i; fl_draw(str, x()+i*ww/10, y()+hh); fl_line(x()+i*ww/10, y(), x()+i*ww/10, y()+hh); } int d = (hh>ww?ww:hh)/100; for(size_t i=0;iAct.size();i++) { const mglActivePos &p=gr->Act[i]; fl_rectf(x()+p.x-d/2, y()+p.y-d/2-1, d,d, fl_rgb_color(127,255,63)); fl_rect(x()+p.x-d/2, y()+p.y-d/2-1, d,d, FL_BLACK); } mgl_set_flag(gr,1,MGL_SHOW_POS); } else mgl_set_flag(gr,0,MGL_SHOW_POS); } //----------------------------------------------------------------------------- inline void Fl_MathGL::draw_plot() // drawing itself { if(draw_func || draw_cl) { mgl_set_def_param(gr); mgl_reset_frames(gr); if(mgl_get_flag(gr,MGL_CLF_ON_UPD)) mgl_set_def_param(gr); mgl_set_alpha(gr,flag&1); mgl_set_light(gr,flag&2); if(tet_val) tet = tet_val->value(); if(phi_val) phi = phi_val->value(); mgl_zoom(gr,x1,y1,x2,y2); mgl_view(gr,-phi,-tet,0); const std::string loc = setlocale(LC_NUMERIC, "C"); // use frames for quickly redrawing while adding/changing primitives if(mgl_is_frames(gr)) mgl_new_frame(gr); if(draw_func) draw_func(gr, draw_par); else if(draw_cl) { mglGraph g(gr); draw_cl->Draw(&g); } if(mgl_is_frames(gr)) mgl_end_frame(gr); setlocale(LC_NUMERIC, loc.c_str()); const char *buf = mgl_get_mess(gr); if(show_warn && *buf) fl_message("%s",buf); if(!prim.empty()) // manual primitives { const std::string loc = setlocale(LC_NUMERIC, "C"); mgl_subplot(gr,1,1,0,"#"); mgl_set_ranges(gr, -1,1, -1,1, -1,1); mglParse pr; pr.StartID(MGL_MAX_LINES); mgl_parse_text(gr,pr.Self(),prim.c_str()); setlocale(LC_NUMERIC, loc.c_str()); } } else if(mgl_get_num_frame(gr)>0) { mgl_set_alpha(gr,flag&1); mgl_set_light(gr,flag&2); if(tet_val) tet = tet_val->value(); if(phi_val) phi = phi_val->value(); mgl_zoom(gr,x1,y1,x2,y2); mgl_view(gr,-phi,-tet,0); mgl_get_frame(gr,0); } mgl_finish(gr); img = mgl_get_rgb(gr); run = false; Fl::awake(); } //----------------------------------------------------------------------------- MGL_NO_EXPORT void *draw_plot_thr(void *v) { ((Fl_MathGL*)v)->draw_plot(); return 0; } //----------------------------------------------------------------------------- void Fl_MathGL::update() { if(run) return; // Fl::lock(); run = true; #if MGL_HAVE_FL_COPY top_window()->cursor(FL_CURSOR_WAIT); #endif #if MGL_HAVE_PTHR_WIDGET if(use_pthr) { pthread_create(&thr,0,draw_plot_thr,this); while(run) Fl::wait(); pthread_join(thr,0); } else #endif draw_plot(); // Fl::unlock(); if(mgl_get_width(gr)!=w() || mgl_get_height(gr)!=h()) size(mgl_get_width(gr), mgl_get_height(gr)); gr->AskStop(false); redraw(); #if MGL_HAVE_FL_COPY top_window()->cursor(FL_CURSOR_DEFAULT); #endif Fl::flush(); } //----------------------------------------------------------------------------- void Fl_MathGL::resize(int xx, int yy, int ww, int hh) { Fl_Widget::resize(xx,yy,ww,hh); } //----------------------------------------------------------------------------- int Fl_MathGL::handle(int code) { static bool busy=false; static int last_pos=-1; if(handle_keys && code==FL_KEYUP && Fl::event_button()!=FL_LEFT_MOUSE) { int key=Fl::event_key(); if(!strchr(" .,wasdrfx",key)) return 0; if(key==' ') { update(); return 1; } if(key=='w') { tet += 10; if(tet_val) tet_val->value(tet); update(); return 1; } if(key=='s') { tet -= 10; if(tet_val) tet_val->value(tet); update(); return 1; } if(key=='a') { phi += 10; if(phi_val) phi_val->value(phi); update(); return 1; } if(key=='d') { phi -= 10; if(phi_val) phi_val->value(phi); update(); return 1; } if(key=='x') { mglCanvasFL *g=dynamic_cast(gr); if(g && g->mgl->FMGL==this) { g->Wnd->hide(); return 1; } else return 0; // exit(0); } if(key==',') { mglCanvasFL *g=dynamic_cast(gr); if(g && g->mgl->FMGL==this) { g->PrevFrame(); return 1; } else return 0; } if(key=='.') { mglCanvasFL *g=dynamic_cast(gr); if(g && g->mgl->FMGL==this) { g->NextFrame(); return 1; } else return 0; } if(key=='r') { flag = (flag&2) + ((~(flag&1))&1); update(); return 1; } if(key=='f') { flag = (flag&1) + ((~(flag&2))&2); update(); return 1; } } else if(code==FL_PUSH) { last_pos=-1; xe=x0=Fl::event_x(); ye=y0=Fl::event_y(); if(popup && Fl::event_button()==FL_RIGHT_MOUSE) { const Fl_Menu_Item *m = popup->popup(Fl::event_x(), Fl::event_y(), 0, 0, 0); if(m) m->do_callback(wpar, vpar); } else if(!zoom && !rotate && Fl::event_button()==FL_LEFT_MOUSE) { int xx = x0-x(), yy = y0-y(); last_id = mgl_get_obj_id(gr,xx, yy); if(last_id>=MGL_MAX_LINES) last_id=-1; mglCanvasWnd *g=dynamic_cast(gr); if(g && g->ClickFunc) g->ClickFunc(draw_par); if(mgl_get_flag(gr,MGL_SHOW_POS)) { mglPoint p = gr->CalcXYZ(xx, yy); if(g) g->LastMousePos = p; char s[128]; snprintf(s,128,"x=%g, y=%g, z=%g",p.x,p.y,p.z); s[127]=0; draw(); fl_color(FL_BLACK); fl_draw(s,40,70); } if(Fl::event_clicks()) { int id = mgl_get_obj_id(gr,x0-x(), y0-y()) - MGL_MAX_LINES-1; if(grid && id>=0) // delete manual primitive { prim = (id>0?mgl_str_arg(prim, '\n', 0,id-1)+'\n':"") + mgl_str_arg(prim, '\n', id+1,INT_MAX); update(); } else if(draw_cl) draw_cl->Click(); else update(); } } return 1; } else if(code==FL_DRAG) { if(busy) return 1; // remove possible conflicts of too often events busy = true; xe=Fl::event_x(); ye=Fl::event_y(); mreal ff = 240./sqrt(mreal(w()*h())); // handle primitives int id = mgl_get_obj_id(gr,x0-x(), y0-y()) - MGL_MAX_LINES-1; int ww=mgl_get_width(gr), hh=mgl_get_height(gr), d=(hh>ww?ww:hh)/100; long pos = mgl_is_active(gr,x0-x(),y0-y(),d); if(grid && pos<0) pos=last_pos; if(grid && pos>=0) { // Fl::lock(); last_pos=pos; const mglActivePos &p = gr->Act[pos]; id = long(p.id)-MGL_MAX_LINES-1; if(id<0) return 0; std::string line = mgl_str_arg(prim, '\n', id), res; if(line.empty()) return 0; // NOTE stupid check (never should be here) std::vector arg = mgl_str_args(line,' '); // try "attract" mouse for(size_t i=0;i<=10;i++) { int tt = i*(w()/10); if(abs(xe-tt)<2*d) xe = tt; tt = i*(h()/10); if(abs(ye-tt)<2*d) ye = tt; } for(size_t i=0;iAct.size();i++) { const mglActivePos &q = gr->Act[i]; if(abs(xe-q.x)<2*d && abs(ye-q.y)<2*d) { xe=q.x; ye=q.y; } } // now move point float dx = 2*(xe-x0)/float(w()), dy = 2*(y0-ye)/float(h()); float xx=atof(arg[1].c_str()), yy=atof(arg[2].c_str()); if(p.n==0) { arg[1]=mgl_str_num(xx+dx); arg[2]=mgl_str_num(yy+dy); } else if(arg[0]=="rect") { float x_=atof(arg[3].c_str()), y_=atof(arg[4].c_str()); if(p.n==1) { xx+=dx; y_+=dy; } if(p.n==2) { x_+=dx; yy+=dy; } if(p.n==3) { x_+=dx; y_+=dy; } arg[1]=mgl_str_num(xx); arg[2]=mgl_str_num(yy); arg[3]=mgl_str_num(x_); arg[4]=mgl_str_num(y_); } else if(p.n==1) { float xx=atof(arg[3].c_str()), yy=atof(arg[4].c_str()); arg[3]=mgl_str_num(xx+dx); arg[4]=mgl_str_num(yy+dy); } else if(arg[0]=="rhomb" || arg[0]=="ellipse") { float x_=atof(arg[3].c_str())-xx, y_=atof(arg[4].c_str())-yy; float r_=atof(arg[5].c_str()), dr=0; if(x_*x_+y_*y_>0) { dr = (dx*x_+dy*y_)/(x_*x_+y_*y_); dr = hypot(dx-dr*x_,dy-dr*y_); } else dr = hypot(dx,dy); arg[5]=mgl_str_num(r_+dr); } else if(arg[0]=="arc") { float x_=atof(arg[3].c_str())-xx, y_=atof(arg[4].c_str())-yy; float a_=atof(arg[5].c_str()); double c=cos(M_PI*a_/180), s=sin(M_PI*a_/180); double a = atan2(x_,y_) - atan2(x_*c-y_*s+dx,x_*s+y_*c+dy); arg[5]=mgl_str_num(a*180/M_PI); } else if(p.n==2) { float xx=atof(arg[5].c_str()), yy=atof(arg[6].c_str()); arg[5]=mgl_str_num(xx+dx); arg[6]=mgl_str_num(yy+dy); } else if(p.n==3) { float xx=atof(arg[7].c_str()), yy=atof(arg[8].c_str()); if(arg[0]=="curve") { dx*=-1; dy*=-1; } arg[7]=mgl_str_num(xx+dx); arg[8]=mgl_str_num(yy+dy); } res = arg[0]; for(size_t i=1;i0?mgl_str_arg(prim, '\n', 0,id-1)+'\n':"") + res+'\n' + mgl_str_arg(prim, '\n', id+1,INT_MAX); // Fl::unlock(); x0 = xe; y0 = ye; update(); } else if(grid && id>=0) { // Fl::lock(); std::string line = mgl_str_arg(prim, '\n', id), res; if(line.empty()) return 0; // NOTE stupid check (never should be here) std::vector arg = mgl_str_args(line,' '); float dx = 2*(xe-x0)/float(w()), dy = 2*(y0-ye)/float(h()); float x1=atof(arg[1].c_str()), y1=atof(arg[2].c_str()); arg[1] = mgl_str_num(x1+dx); arg[2] = mgl_str_num(y1+dy); if(arg[0]=="curve") { float x2=atof(arg[5].c_str()), y2=atof(arg[6].c_str()); arg[5]=mgl_str_num(x2+dx); arg[6]=mgl_str_num(y2+dy); } else if(arg[0]!="ball") { float x2=atof(mgl_str_arg(line,' ',3).c_str()), y2=atof(mgl_str_arg(line,' ',4).c_str()); arg[3]=mgl_str_num(x2+dx); arg[4]=mgl_str_num(y2+dy); } res = arg[0]; for(size_t i=1;i0?mgl_str_arg(prim, '\n', 0,id-1)+'\n':"") + res+'\n' + mgl_str_arg(prim, '\n', id+1,INT_MAX); // Fl::unlock(); x0 = xe; y0 = ye; update(); } else if(rotate) { phi += (x0-xe)*ff; tet += (y0-ye)*ff; if(phi>180) phi-=360; if(phi<-180) phi+=360; if(tet>180) tet-=360; if(tet<-180) tet+=360; if(tet_val) tet_val->value(tet); if(phi_val) phi_val->value(phi); x0 = xe; y0 = ye; update(); } busy = false; redraw(); return 1; } else if(code==FL_RELEASE) { last_pos=-1; if(zoom) { int w1=w(),h1=h(); mreal _x1,_x2,_y1,_y2; _x1 = x1+(x2-x1)*(x0-x())/mreal(w1); _y1 = y2-(y2-y1)*(ye-y())/mreal(h1); _x2 = x1+(x2-x1)*(xe-x())/mreal(w1); _y2 = y2-(y2-y1)*(y0-y())/mreal(h1); x1=_x1; x2=_x2; y1=_y1; y2=_y2; if(x1>x2) { _x1=x1; x1=x2; x2=_x1; } if(y1>y2) { _x1=y1; y1=y2; y2=_x1; } update(); } else if(rotate) { if(tet_val) tet_val->value(tet); if(phi_val) phi_val->value(phi); } redraw(); return 1; } return 0; } //----------------------------------------------------------------------------- // // class Fl_MGLView // //----------------------------------------------------------------------------- void Fl_MGLView::toggle(int &val, Fl_Button *b, const char *txt) { val = 1-val; b->value(val); if(menu && txt && *txt) { Fl_Menu_Item *m = (Fl_Menu_Item *)menu->find_item(_(txt)); if(m && val) m->set(); if(m && !val) m->clear(); } update(); } //----------------------------------------------------------------------------- void Fl_MGLView::setoff(int &val, Fl_Button *b, const char *txt) { val = 0; b->value(val); if(menu && txt && *txt) { Fl_Menu_Item *m = (Fl_Menu_Item *)menu->find_item(_(txt)); if(m && val) m->set(); if(m && !val) m->clear(); } //update(); } //----------------------------------------------------------------------------- void Fl_MGLView::exec_pause() { #if MGL_HAVE_PTHR_WIDGET pthread_mutex_t *mutex=0; mglCanvasWnd *g=dynamic_cast(FMGL->gr); if(g && g->mutex) mutex = g->mutex; else { mglDraw *d=FMGL->get_class(); if(d) mutex = &(d->mutex); } if(mutex) { pthread_mutex_trylock(mutex); if(!pauseC) pthread_mutex_unlock(mutex); } #endif } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_pause_cb(Fl_Widget*, void* v) { if(v) ((Fl_MGLView*)v)->toggle_pause(); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_grid_cb(Fl_Widget*, void* v) { if(v) ((Fl_MGLView*)v)->toggle_grid(); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_alpha_cb(Fl_Widget*, void* v) { if(v) ((Fl_MGLView*)v)->toggle_alpha(); } void mglCanvasFL::ToggleAlpha() { mgl->toggle_alpha(); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_light_cb(Fl_Widget*, void* v) { if(v) ((Fl_MGLView*)v)->toggle_light(); } void mglCanvasFL::ToggleLight() { mgl->toggle_light(); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_norm_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; e->setoff_rotate(); e->setoff_zoom(); e->FMGL->tet_val->value(0); e->FMGL->phi_val->value(0); e->FMGL->set_zoom(0,0,1,1); e->update(); } void mglCanvasFL::ToggleNo() { mgl_norm_cb(0,mgl); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_zoom_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; e->setoff_rotate(); e->toggle_zoom(); } void mglCanvasFL::ToggleZoom() { mgl_zoom_cb(0,mgl); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_rotate_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; e->setoff_zoom(); e->toggle_rotate(); } void mglCanvasFL::ToggleRotate() { mgl_rotate_cb(0,mgl); } //----------------------------------------------------------------------------- void Fl_MGLView::update() { FMGL->set_state(zoom_bt->value(), rotate_bt->value(), grid_bt->value()); FMGL->set_flag(alpha + 2*light); FMGL->update(); } void MGL_NO_EXPORT mgl_draw_cb(Fl_Widget*, void* v) { if(v) ((Fl_MGLView*)v)->update(); } void mglCanvasFL::Update() { mgl->update(); Wnd->show(); } //----------------------------------------------------------------------------- MGL_NO_EXPORT const char *mgl_save_name(const char *ext) { static std::string fname; fname = mgl_file_chooser(_("Save File As?"), ext, true); if(fname.empty()) return NULL; if(fname.find(ext+1)==std::string::npos) fname += ext+1; return fname.c_str(); } #define _FGR_ ((Fl_MGLView*)v)->FMGL->get_graph() //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_png_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.png"); if(fname) mgl_write_png(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_bps_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.eps"); if(fname) mgl_write_bps(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_pngn_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.png"); if(fname) mgl_write_png_solid(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_jpeg_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.jpg"); if(fname) mgl_write_jpg(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_svg_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.svg"); if(fname) mgl_write_svg(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_eps_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.eps"); if(fname) mgl_write_eps(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_gif_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.gif"); if(fname) mgl_write_gif(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_bmp_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.bmp"); if(fname) mgl_write_bmp(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_prc_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.prc"); if(fname) mgl_write_prc(_FGR_,fname,0,1); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_tex_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.tex"); if(fname) mgl_write_tex(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_obj_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.obj"); if(fname) mgl_write_obj(_FGR_,fname,0,1); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_off_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.off"); if(fname) mgl_write_off(_FGR_,fname,0,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_stl_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.stl"); if(fname) mgl_write_stl(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_export_xyz_cb(Fl_Widget*, void* v) { const char *fname = mgl_save_name("*.xyz"); if(fname) mgl_write_xyz(_FGR_,fname,0); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_su_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; mreal x1,x2,y1,y2,d; e->FMGL->get_zoom(&x1,&y1,&x2,&y2); d = (y2-y1)/3; y1 -= d; y2 -= d; e->FMGL->set_zoom(x1,y1,x2,y2); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_sd_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; mreal x1,x2,y1,y2,d; e->FMGL->get_zoom(&x1,&y1,&x2,&y2); d = (y2-y1)/3; y1 += d; y2 += d; e->FMGL->set_zoom(x1,y1,x2,y2); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_sr_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; mreal x1,x2,y1,y2,d; e->FMGL->get_zoom(&x1,&y1,&x2,&y2); d = (x2-x1)/3; x1 -= d; x2 -= d; e->FMGL->set_zoom(x1,y1,x2,y2); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_sl_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; mreal x1,x2,y1,y2,d; e->FMGL->get_zoom(&x1,&y1,&x2,&y2); d = (x2-x1)/3; x1 += d; x2 += d; e->FMGL->set_zoom(x1,y1,x2,y2); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_sz_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; mreal x1,x2,y1,y2,d; e->FMGL->get_zoom(&x1,&y1,&x2,&y2); d = (y2-y1)/4; y1 += d; y2 -= d; d = (x2-x1)/4; x1 += d; x2 -= d; e->FMGL->set_zoom(x1,y1,x2,y2); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_so_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e) return; mreal x1,x2,y1,y2,d; e->FMGL->get_zoom(&x1,&y1,&x2,&y2); d = (y2-y1)/2; y1 -= d; y2 += d; d = (x2-x1)/2; x1 -= d; x2 += d; e->FMGL->set_zoom(x1,y1,x2,y2); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_adjust_cb(Fl_Widget*, void*v) { Fl_MGLView *e = (Fl_MGLView*)v; if(e) e->adjust(); } void mglCanvasFL::Adjust() { mgl_adjust_cb(0,mgl); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_oncemore_cb(Fl_Widget*, void*v) { Fl_MGLView *e = (Fl_MGLView*)v; if(e && e->reload) e->reload(e->par); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_quit_cb(Fl_Widget*, void*) { Fl::first_window()->hide(); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_snext_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(e && e->next) e->next(e->par); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_sprev_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(e && e->prev) e->prev(e->par); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_time_cb(void *v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e || !e->is_sshow() || !e->next || !e->delay) return; e->next(e->par); Fl::repeat_timeout(e->delay(e->par), mgl_time_cb, v); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_sshow_cb(Fl_Widget *, void *v) { Fl_MGLView *e = (Fl_MGLView*)v; if(!e || !e->delay || !e->next) return; e->toggle_sshow(); if(e->is_sshow()) Fl::add_timeout(e->delay(e->par), mgl_time_cb, v); } void mglCanvasFL::Animation() { mgl_sshow_cb(0,mgl); } void MGL_LOCAL_CONST mgl_no_cb(Fl_Widget *, void *) {} //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_stop_cb(Fl_Widget*, void* v) { Fl_MGLView *e = (Fl_MGLView*)v; if(e) e->FMGL->stop(); } //----------------------------------------------------------------------------- void MGL_NO_EXPORT mgl_fl_next(void *v) { ((mglCanvasWnd*)v)->NextFrame(); } ///< Callback function for next frame void MGL_NO_EXPORT mgl_fl_prev(void *v) { ((mglCanvasWnd*)v)->PrevFrame(); } ///< Callback function for prev frame void MGL_NO_EXPORT mgl_fl_reload(void *v) { ((mglCanvasWnd*)v)->ReLoad(); } ///< Callback function for reloading mreal MGL_LOCAL_PURE mgl_fl_delay(void *v) { return ((mglCanvasWnd*)v)->GetDelay(); } ///< Callback function for delay //----------------------------------------------------------------------------- void copy_coor_cb(Fl_Widget *,void *v) { HMGL gr = ((Fl_MGLView*)v)->get_graph(); mreal x,y,z; mgl_get_last_mouse_pos(gr,&x,&y,&z); static char buf[256]; snprintf(buf,255,_("click at %g, %g, %g"),x,y,z); Fl::copy(buf,strlen(buf),1); } //----------------------------------------------------------------------------- #if MGL_HAVE_FL_COPY #include void mgl_copyimg_cb(Fl_Widget *,void *v) { Fl_MathGL *g = ((Fl_MGLView*)v)->FMGL; Fl_Copy_Surface *copy_surf = new Fl_Copy_Surface(g->w(), g->h()); // create an Fl_Copy_Surface object copy_surf->set_current(); // direct graphics requests to the clipboard fl_color(FL_WHITE); fl_rectf(0, 0, g->w(), g->h()); // draw a white background copy_surf->draw(g); // draw the g widget in the clipboard delete copy_surf; // after this, the clipboard is loaded Fl_Display_Device::display_device()->set_current(); // direct graphics requests back to the display } #else void mgl_copyimg_cb(Fl_Widget *,void *v) {} #endif //----------------------------------------------------------------------------- Fl_Menu_Item pop_graph[] = { { _("Export as ..."), 0, mgl_no_cb, 0, FL_SUBMENU}, #if MGL_HAVE_PNG { "PNG", 0, mgl_export_png_cb}, { "PNG (solid)", 0, mgl_export_pngn_cb}, #endif #if MGL_HAVE_JPEG { "JPEG", 0, mgl_export_jpeg_cb}, #endif #if MGL_HAVE_GIF { "GIF", 0, mgl_export_gif_cb}, #endif { "BMP", 0, mgl_export_bmp_cb}, { "SVG", 0, mgl_export_svg_cb}, { "vector EPS", 0, mgl_export_eps_cb}, { "bitmap EPS", 0, mgl_export_bps_cb}, { "TeX", 0, mgl_export_tex_cb,0, FL_MENU_DIVIDER}, { "OBJ", 0, mgl_export_obj_cb}, { "PRC", 0, mgl_export_prc_cb}, { "OFF", 0, mgl_export_off_cb}, { "STL", 0, mgl_export_stl_cb}, { "XYZ", 0, mgl_export_xyz_cb}, {0}, { _("Copy graphics"), 0, mgl_copyimg_cb, 0, FL_MENU_INACTIVE|FL_MENU_DIVIDER}, { _("Normal view"), 0, mgl_norm_cb}, { _("Redraw plot"), 0, mgl_draw_cb}, { _("Adjust size"), 0, mgl_adjust_cb}, { _("Reload data"), 0, mgl_oncemore_cb}, {0} }; //----------------------------------------------------------------------------- #include "image.h" #include "xpm/wire.xpm" Fl_MGLView::Fl_MGLView(int xx, int yy, int ww, int hh, const char *lbl) : Fl_Window(xx,yy,ww,hh,lbl) { Fl_Button *o; grid = alpha = light = sshow = pauseC = rotate = zoom = 0; menu = NULL; next = prev = reload = NULL; delay = NULL; Fl_Group *g = new Fl_Group(0,0,480,30); alpha_bt = new Fl_Button(0, 1, 25, 25); alpha_bt->type(FL_TOGGLE_BUTTON); alpha_bt->image(img_alpha); alpha_bt->callback(mgl_alpha_cb,this); alpha_bt->tooltip(_("Switch on/off transparency in the picture")); light_bt = new Fl_Button(25, 1, 25, 25); light_bt->type(FL_TOGGLE_BUTTON); light_bt->image(img_light); light_bt->callback(mgl_light_cb,this); light_bt->tooltip(_("Switch on/off lightning in the picture")); grid_bt = new Fl_Button(50, 1, 25, 25); grid_bt->type(FL_TOGGLE_BUTTON); grid_bt->image(new Fl_Pixmap(wire_xpm)); grid_bt->callback(mgl_grid_cb,this); grid_bt->tooltip(_("Switch on/off grid drawing")); rotate_bt = new Fl_Button(80, 1, 25, 25);rotate_bt->type(FL_TOGGLE_BUTTON); rotate_bt->image(img_move); rotate_bt->callback(mgl_rotate_cb,this); rotate_bt->tooltip(_("Rotate picture by holding left mouse button")); zoom_bt = new Fl_Button(105, 1, 25, 25); zoom_bt->type(FL_TOGGLE_BUTTON); zoom_bt->image(img_zoomIn); zoom_bt->callback(mgl_zoom_cb,this); zoom_bt->tooltip(_("Zoom in selected region of the picture")); o = new Fl_Button(130, 1, 25, 25); o->tooltip(_("Restore default graphics rotation, zoom and perspective")); o->image(img_orig); o->callback(mgl_norm_cb,this); o = new Fl_Button(160, 1, 25, 25); o->tooltip(_("Refresh the picture")); o->image(img_update); o->callback(mgl_draw_cb,this); o = new Fl_Button(185, 1, 25, 25); o->tooltip(_("Stop drawing")); o->image(img_stop); o->callback(mgl_stop_cb,this); o = new Fl_Button(210, 1, 25, 25); o->tooltip(_("Adjust picture size to fill drawing area")); o->image(img_adjust); o->callback(mgl_adjust_cb,this); o = new Fl_Button(235, 1, 25, 25); o->tooltip(_("Reload data and refresh the picture")); o->image(img_reload); o->callback(mgl_oncemore_cb,this); o = new Fl_Button(265, 1, 25, 25); o->tooltip(_("Copy image to clipboard")); o->image(img_copy); o->callback(mgl_copyimg_cb,this); Fl_Counter *tet, *phi; tet = new Fl_Counter(295, 1, 90, 25, 0); tet->callback(mgl_draw_cb,this); phi = new Fl_Counter(390, 1, 90, 25, 0); phi->callback(mgl_draw_cb,this); tet->lstep(10); tet->step(1); tet->range(-180,180); tet->tooltip(_("Theta angle (tilt z-axis)")); phi->lstep(10); phi->step(1); phi->range(-180,180); phi->tooltip(_("Phi angle (rotate in x*y plane)")); g->end(); g->resizable(0); g = new Fl_Group(0,0,30,285); o = new Fl_Button(1, 30, 25, 25); o->tooltip(_("Shift the picture up")); o->image(img_goU); o->callback(mgl_su_cb,this); o = new Fl_Button(1, 55, 25, 25); o->tooltip(_("Shift the picture left")); o->image(img_goL); o->callback(mgl_sl_cb,this); o = new Fl_Button(1, 80, 25, 25); o->tooltip(_("Zoom in the picture")); o->image(img_plus); o->callback(mgl_sz_cb,this); o = new Fl_Button(1, 105, 25, 25); o->tooltip(_("Zoom out the picture")); o->image(img_minus); o->callback(mgl_so_cb,this); o = new Fl_Button(1, 130, 25, 25); o->tooltip(_("Shift the picture right")); o->image(img_goR); o->callback(mgl_sr_cb,this); o = new Fl_Button(1, 155, 25, 25); o->tooltip(_("Shift the picture down")); o->image(img_goD); o->callback(mgl_sd_cb,this); o = new Fl_Button(1, 185, 25, 25); o->tooltip(_("Show previous frame in slideshow")); o->image(img_prev); o->callback(mgl_sprev_cb,this); anim_bt = new Fl_Button(1, 210, 25, 25); anim_bt->type(FL_TOGGLE_BUTTON); anim_bt->image(img_play); anim_bt->callback(mgl_sshow_cb,this); anim_bt->tooltip(_("Run/Stop slideshow (graphics animation)")); o = new Fl_Button(1, 235, 25, 25); o->tooltip(_("Show next frame in slideshow")); o->image(img_next); o->callback(mgl_snext_cb,this); #if MGL_HAVE_PTHR_WIDGET pause_bt = new Fl_Button(1, 260, 25, 25); pause_bt->type(FL_TOGGLE_BUTTON); pause_bt->image(img_pause); pause_bt->callback(mgl_pause_cb,this); pause_bt->tooltip(_("Pause on/off external calculations")); #endif g->end(); g->resizable(0); scroll = new Fl_Scroll(30, 30, ww-30, hh-30); FMGL = new Fl_MathGL(30, 30, 800, 600); FMGL->tet_val = tet; FMGL->phi_val = phi; FMGL->set_popup(pop_graph,FMGL,this); scroll->end(); resizable(scroll); end(); par=0; } Fl_MGLView::~Fl_MGLView() {} //----------------------------------------------------------------------------- // // class mglCanvasFL // //----------------------------------------------------------------------------- mglCanvasFL::mglCanvasFL() : mglCanvasWnd() { Wnd=0; mgl=0; } mglCanvasFL::~mglCanvasFL() { if(Wnd) { mgl->FMGL->gr=0; delete Wnd; } } //----------------------------------------------------------------------------- void mglCanvasFL::GotoFrame(int d) { int f = GetCurFig()+d; if(f>=GetNumFig()) f = 0; if(f<0) f = GetNumFig()-1; if(GetNumFig()>0 && d) { SetCurFig(f); mgl->FMGL->redraw(); } } //----------------------------------------------------------------------------- void MGL_EXPORT mgl_makemenu_fltk(Fl_Menu_ *m, Fl_MGLView *w) { m->add(_("Graphics/Alpha"), "^t", mgl_alpha_cb, w, FL_MENU_TOGGLE); m->add(_("Graphics/Light"), "^l", mgl_light_cb, w, FL_MENU_TOGGLE); m->add(_("Graphics/Grid"), "^g", mgl_grid_cb, w, FL_MENU_TOGGLE|FL_MENU_DIVIDER); m->add(_("Graphics/Restore"), "^ ", mgl_norm_cb, w); m->add(_("Graphics/Redraw"), FL_F+5, mgl_draw_cb, w); m->add(_("Graphics/Adjust size"), FL_F+6, mgl_adjust_cb, w); m->add(_("Graphics/Reload data"), FL_F+9, mgl_oncemore_cb, w); m->add(_("Graphics/Stop"), FL_F+7, mgl_stop_cb, w); m->add(_("Graphics/Copy graphics"), "+^c", mgl_copyimg_cb, w); m->add(_("Graphics/Copy click coor."), 0, copy_coor_cb, w); m->add(_("Graphics/Pause calc"), "^t", mgl_pause_cb, w, FL_MENU_TOGGLE); #if MGL_HAVE_PNG m->add(_("Graphics/Export/as PNG"), "#p", mgl_export_png_cb, w); m->add(_("Graphics/Export/as solid PNG"), "#f", mgl_export_pngn_cb, w); #endif #if MGL_HAVE_JPEG m->add(_("Graphics/Export/as JPEG"), "#j", mgl_export_jpeg_cb, w); #endif #if MGL_HAVE_GIF m->add(_("Graphics/Export/as GIF"), "#g", mgl_export_gif_cb, w); #endif m->add(_("Graphics/Export/as BMP"), 0, mgl_export_bmp_cb, w); m->add(_("Graphics/Export/as SVG"), "#s", mgl_export_svg_cb, w); m->add(_("Graphics/Export/as vector EPS"), "#e", mgl_export_eps_cb, w); m->add(_("Graphics/Export/as bitmap EPS"), 0, mgl_export_bps_cb, w); m->add(_("Graphics/Export/as TeX"), "#l", mgl_export_tex_cb, w, FL_MENU_DIVIDER); m->add(_("Graphics/Export/as PRC"), "#d", mgl_export_prc_cb, w); m->add(_("Graphics/Export/as OBJ"), "#o", mgl_export_obj_cb, w); m->add(_("Graphics/Export/as OFF"), 0, mgl_export_off_cb, w); m->add(_("Graphics/Export/as STL"), 0, mgl_export_stl_cb, w); m->add(_("Graphics/Export/as XYZ"), 0, mgl_export_xyz_cb, w); m->add(_("Graphics/Animation/Slideshow"), FL_CTRL+FL_F+5, mgl_sshow_cb, w, FL_MENU_TOGGLE); m->add(_("Graphics/Animation/Next frame"), "#<", mgl_snext_cb, w); m->add(_("Graphics/Animation/Prev frame"), "#>", mgl_sprev_cb, w); m->add(_("Graphics/Transform/Move left"), FL_ALT+FL_Left, mgl_sl_cb, w); m->add(_("Graphics/Transform/Move up"), FL_ALT+FL_Up, mgl_su_cb, w); m->add(_("Graphics/Transform/Zoom in"), "#=", mgl_sz_cb, w); m->add(_("Graphics/Transform/Zoom out"), "#-", mgl_so_cb, w); m->add(_("Graphics/Transform/Move down"), FL_ALT+FL_Down, mgl_sd_cb, w); m->add(_("Graphics/Transform/Move right"), FL_ALT+FL_Right, mgl_sr_cb, w); } //----------------------------------------------------------------------------- void mglCanvasFL::Window(int argc, char **argv, int (*draw)(mglBase *gr, void *p), const char *title, void *par, void (*reload)(void *p), bool maximize) { static bool first=true; if(first) { Fl::lock(); first=false; } SetDrawFunc(draw, par, reload); if(Wnd) { Wnd->label(title); Wnd->show(); return; } Wnd = new Fl_Double_Window(830,660,title); mgl = new Fl_MGLView(0,30,830,630); mgl->par = this; mgl->menu = new Fl_Menu_Bar(0, 0, 830, 30); mgl_makemenu_fltk(mgl->menu, mgl); mgl->next = mgl_fl_next; mgl->reload = mgl_fl_reload; mgl->prev = mgl_fl_prev; mgl->delay= mgl_fl_delay; mgl->FMGL->set_graph(this); mgl->FMGL->set_draw(draw, par); Wnd->end(); Wnd->resizable(mgl); if(maximize) { int x,y,w,h; Fl::screen_xywh(x,y,w,h); Wnd->resize(x,y,w,h); Adjust(); } static char ctmp[1]; ctmp[0]=0; static char *tmp[1]; tmp[0]=ctmp; Wnd->show(argv ? argc:0, argv ? argv:tmp); } //----------------------------------------------------------------------------- HMGL MGL_EXPORT mgl_create_graph_fltk(int (*draw)(HMGL gr, void *p), const char *title, void *par, void (*load)(void *p)) { mglCanvasFL *g = new mglCanvasFL; g->Window(0,0,draw,title,par,load); g->mgl->FMGL->set_handle_key(true); return g; } void* mgl_fltk_widget(HMGL gr) { mglCanvasFL *g = dynamic_cast(gr); return g?g->mgl:NULL; } int MGL_EXPORT mgl_fltk_run() { return Fl::run(); } //----------------------------------------------------------------------------- uintptr_t MGL_EXPORT mgl_create_graph_fltk_(const char *title, int l) { char *s = new char[l+1]; memcpy(s,title,l); s[l]=0; uintptr_t t = uintptr_t(mgl_create_graph_fltk(0,s,0,0)); delete []s; return t; } int MGL_EXPORT mgl_fltk_run_() { return mgl_fltk_run(); } //----------------------------------------------------------------------------- MGL_NO_EXPORT void *mgl_fltk_tmp(void *) { mgl_fltk_run(); return 0; } //----------------------------------------------------------------------------- int MGL_EXPORT mgl_fltk_thr() // NOTE: Qt couldn't be running in non-primary thread { #if MGL_HAVE_PTHR_WIDGET static pthread_t thr; pthread_create(&thr,0,mgl_fltk_tmp,0); pthread_detach(thr); #endif return 0; // stupid, but I don't want keep result returned by Fl::Run() } //----------------------------------------------------------------------------- mathgl-2.4.1/widgets/glut.cpp0000664000175000017500000002517213134046554015721 0ustar balakinbalakin/*************************************************************************** * glut.cpp is part of Math Graphic Library * Copyright (C) 2007-2016 Alexey Balakin * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU Library General Public License as * * published by the Free Software Foundation; either version 3 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 Library General Public * * License along with this program; if not, write to the * * Free Software Foundation, Inc., * * 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * ***************************************************************************/ #define GLUT_NO_LIB_PRAGMA #define GLUT_NO_WARNING_DISABLE #ifdef __APPLE__ #include #include #else #if defined(_MSC_VER) || defined(__BORLANDC__) #include #include #include "glut.h" #else #include #include #endif #endif #include "mgl2/opengl.h" #include "mgl2/glut.h" void _mgl_key_up(unsigned char ch,int ,int ); //----------------------------------------------------------------------------- /// Class allows the window creation under OpenGL with the help of GLUT library class mglCanvasGLUT : public mglCanvasGL { friend void _mgl_display(); friend void _mgl_key_up(unsigned char ch,int ,int ); friend void _mgl_timer(int); public: mglCanvasGLUT(); virtual ~mglCanvasGLUT(); /// Create a window for plotting. Now implemeted only for GLUT. void Window(int argc, char **argv, int (*draw)(mglBase *gr, void *p), const char *title,void *par=NULL, void (*reload)(void *p)=NULL, bool maximize=false); void Window(int argc, char **argv, int (*draw)(mglGraph *gr), const char *title, bool maximize=false) { Window(argc,argv,draw?mgl_draw_graph:0,title,(void*)draw,0,maximize); } /// Create a window for plotting based on class mglDraw. void Window(int argc, char **argv, const char *title, mglDraw *draw, bool maximize=false) { Window(argc, argv, draw?mgl_draw_class:0, title, draw, mgl_reload_class, maximize); } /// Switch on/off transparency (do not overwrite switches in user drawing function) void ToggleAlpha() { _mgl_key_up('r',0,0); } /// Switch on/off lighting (do not overwrite switches in user drawing function) void ToggleLight() { _mgl_key_up('f',0,0); } void ToggleNo() { _mgl_key_up('n',0,0); } ///< Switch off all zooming and rotation void Update() { _mgl_key_up(' ',0,0); } ///< Update picture by calling user drawing function void ReLoad() { _mgl_key_up('[',0,0); } ///< Reload user data and update picture void NextFrame() { _mgl_key_up('.',0,0); } ///< Show next frame (if one) void PrevFrame() { _mgl_key_up(',',0,0); } ///< Show previous frame (if one) void Animation() { _mgl_key_up('m',0,0); } ///< Run slideshow (animation) of frames private: void (*LoadFunc)(void *par); void *FuncPar; ///< Parameters for drawing function mglCanvas::DrawFunc. /// Drawing function for window procedure. It should return the number of frames. int (*DrawFunc)(mglBase *gr, void *par); int NumFig; ///< Number of figures in the list. If 0 then no list and mglCanvas::DrawFunc will called for each drawing. int curr_fig; ///< Current figure in the list. int tt; ///< Temporal variable } *_mgl_glwnd; //----------------------------------------------------------------------------- void _mgl_timer(int) { if(!_mgl_glwnd) return; if(_mgl_glwnd->tt) { _mgl_glwnd->curr_fig++; if(_mgl_glwnd->curr_fig > _mgl_glwnd->NumFig) _mgl_glwnd->curr_fig = 1; glutPostRedisplay(); } glutTimerFunc(int(_mgl_glwnd->Delay*1000),_mgl_timer,0); } //----------------------------------------------------------------------------- void _mgl_key_up(unsigned char ch,int ,int ) { if(!_mgl_glwnd) return; static bool Alpha=false; static bool Light=false; static mreal rL=3,tL=0,pL=0; if(ch=='h') { printf(_("Use 'a', 'd', 'w', 's', 'q', 'e' for changing view angles\n" "Use 'j', 'l', 'i', 'k' for changing light angles\n" "Use 'u', 'o' for changing distance to light\n" "Use 'r' for switching transparency\nUse 'f' for switching lightning\n" "Use 'E' for exporting to EPS file\nUse 'S' for exporting to SVG file\n" "Use 'J' for exporting to JPEG file\nUse 'P' for exporting to PNG file\n" "Use ',', '.' for show other frames\nUse 'm' for view movie\n" "Use 'h' for view this text\nUse 'x' for exit\n") ); } if(ch=='w') _mgl_glwnd->View(-10,0,0); if(ch=='s') _mgl_glwnd->View(10,0,0); if(ch=='a') _mgl_glwnd->View(0,0,-10); if(ch=='d') _mgl_glwnd->View(0,0,10); if(ch=='q') _mgl_glwnd->View(0,-10,0); if(ch=='e') _mgl_glwnd->View(0,10,0); if(ch=='n') _mgl_glwnd->Restore(); if(ch==',') _mgl_glwnd->curr_fig = _mgl_glwnd->curr_fig == 0 ? _mgl_glwnd->NumFig-1 : _mgl_glwnd->curr_fig-1; if(ch=='.') _mgl_glwnd->curr_fig = _mgl_glwnd->curr_fig == _mgl_glwnd->NumFig-1 ? 0 : _mgl_glwnd->curr_fig+1; if(ch=='r') Alpha = !Alpha; if(ch=='f') Light = !Light; if(ch=='u') rL += 0.1; if(ch=='o') rL -= 0.1; if(ch=='i') tL += M_PI*0.1; if(ch=='k') tL -= M_PI*0.1; if(ch=='l') pL += 2*M_PI*0.1; if(ch=='j') pL -= 2*M_PI*0.1; if(ch=='[' && _mgl_glwnd->LoadFunc) { glDeleteLists(1,_mgl_glwnd->NumFig); _mgl_glwnd->LoadFunc(_mgl_glwnd->FuncPar); if(_mgl_glwnd->DrawFunc) { _mgl_glwnd->ResetFrames(); (_mgl_glwnd->DrawFunc)(_mgl_glwnd,_mgl_glwnd->FuncPar); } _mgl_glwnd->Finish(); } if(ch=='P') { char str[128]; snprintf(str,128,"%s_%d.png",_mgl_glwnd->PlotId.c_str(),_mgl_glwnd->curr_fig); str[127]=0; mgl_write_png(_mgl_glwnd, str, "MathGL"); } if(ch=='J') { char str[128]; snprintf(str,128,"%s_%d.jpg",_mgl_glwnd->PlotId.c_str(),_mgl_glwnd->curr_fig); str[127]=0; mgl_write_jpg(_mgl_glwnd, str, "MathGL"); } if(ch=='E') { char str[128]; snprintf(str,128,"%s_%d.eps",_mgl_glwnd->PlotId.c_str(),_mgl_glwnd->curr_fig); str[127]=0; mgl_write_eps(_mgl_glwnd, str, "MathGL"); } if(ch=='S') { char str[128]; snprintf(str,128,"%s_%d.svg",_mgl_glwnd->PlotId.c_str(),_mgl_glwnd->curr_fig); str[127]=0; mgl_write_svg(_mgl_glwnd, str, "MathGL"); } if(ch==' ') _mgl_glwnd->Clf(); if(ch=='m') _mgl_glwnd->tt = 1-_mgl_glwnd->tt; rL = rL<0 ? 0 : (rL>5 ? 5 : rL); _mgl_glwnd->AddLight(0,mglPoint(rL*cos(pL)*sin(tL), rL*sin(pL)*sin(tL), rL*cos(tL)),false); _mgl_glwnd->Alpha(Alpha); _mgl_glwnd->Light(Light); // glEnable(GL_BLEND); if(strchr("ijkl",ch)) printf("Light: %g, %g, %g\n",rL*cos(pL)*sin(tL), rL*sin(pL)*sin(tL), rL*cos(tL)); if(ch=='x') exit(0); else glutPostRedisplay(); } //----------------------------------------------------------------------------- void _mgl_display() { if(!_mgl_glwnd) return; // glEnable(GL_LINE_SMOOTH); // _mgl_glwnd->CurFrameId = 1; // if(_mgl_glwnd->get(MGL_CLF_ON_UPD)) _mgl_glwnd->Clf(); // _mgl_glwnd->gl_clf(); _mgl_glwnd->InPlot(0,1,0,1,false); if(_mgl_glwnd->NumFig>0) { _mgl_glwnd->GetFrame(_mgl_glwnd->curr_fig); _mgl_glwnd->Finish(); // glCallList(_mgl_glwnd->curr_fig); } else { if(_mgl_glwnd->DrawFunc) { _mgl_glwnd->ResetFrames(); (_mgl_glwnd->DrawFunc)(_mgl_glwnd,_mgl_glwnd->FuncPar); } _mgl_glwnd->Finish(); } glFinish(); } //----------------------------------------------------------------------------- mglCanvasGLUT::~mglCanvasGLUT() { _mgl_glwnd = 0; } //----------------------------------------------------------------------------- void mglCanvasGLUT::Window(int argc, char **argv,int (*draw)(mglBase *gr, void *p),const char *title, void *par, void (*reload)(void *p), bool /*maximize*/) { NumFig=0; curr_fig=1; tt=0; _mgl_glwnd = this; CurFrameId = 1; char *tmp[1]; tmp[0]=new char[1]; tmp[0][0]=0; glutInit(&argc, argv ? argv:tmp); delete []tmp[0]; glutInitDisplayMode(GLUT_RGB); glutInitWindowSize(600, 600); glutCreateWindow("MathGL"); AddLight(0,mglPoint(0,0,3),false); if(draw) { NumFig = draw(this,par)-1; Finish(); DrawFunc = draw; FuncPar = par; } else { NumFig = 0; DrawFunc=0; FuncPar=0; } LoadFunc = reload; glutSetWindowTitle(title); glutDisplayFunc(_mgl_display); glutKeyboardUpFunc(_mgl_key_up); glutTimerFunc(int(1000*Delay),_mgl_timer,0); // TODO Add window maximazing at start up ??? glutMainLoop(); if(NumFig>0) glDeleteLists(1,NumFig); } //----------------------------------------------------------------------------- HMGL MGL_EXPORT mgl_create_graph_glut(int (*draw)(HMGL gr, void *p), const char *title, void *par, void (*load)(void *p)) { mglCanvasGLUT *g = new mglCanvasGLUT; g->Window(0,0,draw,title,par, load); return g; } //----------------------------------------------------------------------------- mglCanvasGLUT::mglCanvasGLUT() : mglCanvasGL() {} //----------------------------------------------------------------------------- void MGL_EXPORT mgl_glut_toggle_alpha(HMGL gr) { mglCanvasGLUT *g = dynamic_cast(gr); if(g) g->ToggleAlpha(); } void MGL_EXPORT mgl_glut_toggle_light(HMGL gr) { mglCanvasGLUT *g = dynamic_cast(gr); if(g) g->ToggleLight(); } void MGL_EXPORT mgl_glut_toggle_no(HMGL gr) { mglCanvasGLUT *g = dynamic_cast(gr); if(g) g->ToggleNo(); } void MGL_EXPORT mgl_glut_update(HMGL gr) { mglCanvasGLUT *g = dynamic_cast(gr); if(g) g->Update(); } void MGL_EXPORT mgl_glut_reload(HMGL gr) { mglCanvasGLUT *g = dynamic_cast(gr); if(g) g->ReLoad(); } void MGL_EXPORT mgl_glut_next_frame(HMGL gr) { mglCanvasGLUT *g = dynamic_cast(gr); if(g) g->NextFrame(); } void MGL_EXPORT mgl_glut_prev_frame(HMGL gr) { mglCanvasGLUT *g = dynamic_cast(gr); if(g) g->PrevFrame(); } void MGL_EXPORT mgl_glut_animation(HMGL gr) { mglCanvasGLUT *g = dynamic_cast(gr); if(g) g->Animation(); } //----------------------------------------------------------------------------- mathgl-2.4.1/widgets/qt5/0000775000175000017500000000000013134046554014744 5ustar balakinbalakinmathgl-2.4.1/widgets/qt5/CMakeLists.txt0000664000175000017500000000172013134046554017504 0ustar balakinbalakininclude(GenerateExportHeader) if(enable-qt5) include(../../scripts/qt5.cmake) set(MGL_QT5_FILES ../qt.cpp ../../include/mgl2/qt.h ../../include/mgl2/qmathgl.h) mgl_add_lib(qt5 ${MGL_QT5_FILES}) target_link_libraries(mgl-qt5 mgl ${MGL_QT5_LIBS}) target_link_libraries(mgl-qt5-static mgl-static ${MGL_QT5_LIBS}) if(enable-qt5asqt) mgl_add_lib(qt ${MGL_QT5_FILES}) target_link_libraries(mgl-qt mgl ${MGL_QT5_LIBS}) target_link_libraries(mgl-qt-static mgl-static ${MGL_QT5_LIBS}) endif(enable-qt5asqt) if(MGL_HAVE_FLTK) mgl_add_lib(wnd ${MGL_QT5_FILES} ../fltk.cpp ../../include/mgl2/fltk.h ../image.cpp ../image.h) target_include_directories(mgl-wnd SYSTEM PUBLIC ${FLTK_INCLUDE_DIR}) target_include_directories(mgl-wnd-static SYSTEM PUBLIC ${FLTK_INCLUDE_DIR}) target_link_libraries(mgl-wnd mgl ${FLTK_LIBRARIES} ${MGL_QT5_LIBS}) target_link_libraries(mgl-wnd-static mgl-static ${FLTK_LIBRARIES} ${MGL_QT5_LIBS}) endif(MGL_HAVE_FLTK) endif(enable-qt5) mathgl-2.4.1/widgets/CMakeLists.txt0000664000175000017500000000246213134046554016777 0ustar balakinbalakininclude(GenerateExportHeader) if(MGL_HAVE_FLTK) mgl_add_lib(fltk fltk.cpp image.cpp image.h ../include/mgl2/fltk.h ../include/mgl2/Fl_MathGL.h) target_include_directories(mgl-fltk SYSTEM PUBLIC ${FLTK_INCLUDE_DIR}) target_include_directories(mgl-fltk-static SYSTEM PUBLIC ${FLTK_INCLUDE_DIR}) target_link_libraries(mgl-fltk mgl ${FLTK_LIBRARIES}) target_link_libraries(mgl-fltk-static mgl-static ${FLTK_LIBRARIES}) endif(MGL_HAVE_FLTK) if(MGL_HAVE_GLUT) mgl_add_lib(glut glut.cpp ../include/mgl2/glut.h) target_include_directories(mgl-glut SYSTEM PUBLIC ${GLUT_INCLUDE_DIR}) target_include_directories(mgl-glut-static SYSTEM PUBLIC ${GLUT_INCLUDE_DIR}) target_link_libraries(mgl-glut mgl ${GLUT_LIBRARIES} ${OPENGL_LIBRARIES}) target_link_libraries(mgl-glut-static mgl-static ${GLUT_LIBRARIES} ${OPENGL_LIBRARIES}) endif(MGL_HAVE_GLUT) if(MGL_HAVE_WX) mgl_add_lib(wx wx.cpp ../include/mgl2/wx.h) include(${wxWidgets_USE_FILE}) target_link_libraries(mgl-wx mgl ${wxWidgets_LIBRARIES}) target_link_libraries(mgl-wx-static mgl-static ${wxWidgets_LIBRARIES}) endif(MGL_HAVE_WX) add_subdirectory( qt4 ) add_subdirectory( qt5 ) mgl_po_src(fltk.cpp ../include/mgl2/fltk.h ../include/mgl2/Fl_MathGL.h glut.cpp ../include/mgl2/glut.h wx.cpp ../include/mgl2/wx.h qt.cpp ../include/mgl2/qt.h ../include/mgl2/qmathgl.h) mathgl-2.4.1/widgets/qt.cpp0000664000175000017500000014653113134046554015375 0ustar balakinbalakin/*************************************************************************** * qt.cpp is part of Math Graphic Library * * Copyright (C) 2007-2016 Alexey Balakin * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU Library General Public License as * * published by the Free Software Foundation; either version 3 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 Library General Public * * License along with this program; if not, write to the * * Free Software Foundation, Inc., * * 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * ***************************************************************************/ #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "mgl2/canvas_wnd.h" #include "mgl2/qmathgl.h" #include "mgl2/qt.h" #undef sprintf // fix libintl bug of defining sprintf //----------------------------------------------------------------------------- #define MGL_MAX_LINES (INT_MAX-1000) //----------------------------------------------------------------------------- /// Base class for windows containing MathGL graphics class mglCanvasQT : public mglCanvasWnd { public: using mglCanvasWnd::Window; int sshow; ///< Current state of animation switch (toggle button) QMathGL *QMGL; ///< Control which draw graphics QMainWindow *Wnd; ///< Pointer to window mglCanvasQT(); virtual ~mglCanvasQT(); /// Create a window for plotting. Now implemeted only for GLUT. void Window(int argc, char **argv, int (*draw)(mglBase *gr, void *p),const char *title, void *par=NULL, void (*reload)(void *p)=NULL, bool maximize=false); /// Switch on/off transparency (do not overwrite switches in user drawing function) void ToggleAlpha(); /// Switch on/off lighting (do not overwrite switches in user drawing function) void ToggleLight(); void ToggleRotate();///< Switch on/off rotation by mouse void ToggleZoom(); ///< Switch on/off zooming by mouse void ToggleNo(); ///< Switch off all zooming and rotation void Update(); ///< Update picture by calling user drawing function void Adjust(); ///< Adjust size of bitmap to window size void GotoFrame(int d); ///< Show arbitrary frame (use relative step) void Animation(); ///< Run slideshow (animation) of frames protected: QScrollArea *scroll; ///< Scrolling area QMenu *popup; ///< Popup menu QSpinBox *tet, *phi; ///< Spin box for angles }; //----------------------------------------------------------------------------- void MGL_EXPORT mgl_ask_qt(const wchar_t *quest, wchar_t *res) { QInputDialog::getText(QApplication::activeWindow(), "MathGL", QString::fromWCharArray(quest)).toWCharArray(res); } //----------------------------------------------------------------------------- /*void mglTask::doWork() { setlocale(LC_NUMERIC, "C"); if(mgl_is_frames(gr)) mgl_new_frame(gr); if(draw_func) draw_func(gr, draw_par); else if(draw) { mglGraph g(gr); draw->Draw(&g); } if(mgl_is_frames(gr)) mgl_end_frame(gr); setlocale(LC_NUMERIC, ""); gr->Finish(); emit plotDone(); }*/ //----------------------------------------------------------------------------- QMathGL::QMathGL(QWidget *parent, Qt::WindowFlags f) : QWidget(parent, f) { autoResize = false; draw_par = 0; draw_func = 0; dotsRefr = true; gr = new mglCanvas; appName = "MathGL"; popup = 0; grBuf = 0; draw = 0; prevQuality=MGL_DRAW_NORM; phi = tet = per = 0; x0=y0=xe=ye=0; x1 = y1 = ax1 = ay1 = 0; x2 = y2 = ax2 = ay2 = 1; alpha = light = zoom = rotate = grid = viewYZ = custZoom = custDraw = pause = false; resize(600, 400); mgl_set_flag(gr, true, MGL_CLF_ON_UPD); timer = new QTimer(this); timerRefr = new QTimer(this); timerRefr->setInterval(100); timerRefr->setSingleShot(true); enableWheel = enableMouse = true; connect(timer, SIGNAL(timeout()), this, SLOT(nextSlide())); connect(timerRefr, SIGNAL(timeout()), this, SLOT(refreshHQ())); sclS = 0.25; sclZ = 0.5; /* thread = new QThread(); task = new mglTask(); task->moveToThread(thread); connect(thread, SIGNAL(started()), task, SLOT(doWork())); connect(task, SIGNAL(plotDone()), thread, SLOT(quit())); connect(thread, SIGNAL(finished()), this, SLOT(afterPlot()));*/ } //----------------------------------------------------------------------------- QMathGL::~QMathGL() { timer->stop(); timerRefr->stop(); if(gr && mgl_use_graph(gr,-1)<1) mgl_delete_graph(gr); if(grBuf) delete []grBuf; if(draw) delete draw; } //----------------------------------------------------------------------------- void QMathGL::setDotsPreview(bool d) { dotsRefr = d; } //----------------------------------------------------------------------------- void QMathGL::setDraw(int (*func)(mglBase *gr, void *par), void *par) { if(draw) delete draw; draw = 0; draw_func = func; draw_par = par; emit usePrimChanged(draw_func || draw); } //----------------------------------------------------------------------------- void QMathGL::setDraw(mglDraw *dr) { if(draw) delete draw; draw = dr; draw_func = 0; emit usePrimChanged(draw_func || draw); } //----------------------------------------------------------------------------- double QMathGL::getRatio() { return double(mgl_get_width(gr))/mgl_get_height(gr); } void mgl_qt_event_func(void *) { QApplication::processEvents(); } //----------------------------------------------------------------------------- void QMathGL::setGraph(HMGL GR) ///< Set grapher object { mglCanvas *gg = dynamic_cast(GR); if(!gg) return; if(mgl_use_graph(gr,-1)<1) mgl_delete_graph(gr); gr=gg; mgl_use_graph(gg,1); gr->SetEventFunc(mgl_qt_event_func, NULL); } //----------------------------------------------------------------------------- void QMathGL::paintEvent(QPaintEvent *) { QPainter paint; paint.begin(this); paint.drawPixmap(0,0,pic); if(zoom) paint.drawRect(x0,y0,xe-x0,ye-y0); if(mgl_get_flag(gr,MGL_SHOW_POS) && !mousePos.isEmpty()) paint.drawText(0,12,mousePos); if(grid) { long d, h=pic.height(), w=pic.width(); paint.setPen(QColor(192,192,192)); for(long i=1;i<10;i++) { paint.drawText(0,i*h/10,QString::number(1-i*0.1)); paint.drawLine(0,i*h/10,w,i*h/10); paint.drawText(i*w/10,h,QString::number(i*0.1)); paint.drawLine(i*w/10,0,i*w/10,h); } paint.setPen(QColor(0,0,0)); d = (h>w?w:h)/100; if(mgl_is_frames(gr)) for(size_t i=0;iAct.size();i++) { const mglActivePos &p=gr->Act[i]; QRect rf(p.x-d/2,p.y-d/2-1,d,d); paint.drawRect(rf); paint.fillRect(rf,QBrush(QColor(127,255,63))); } } paint.end(); } //----------------------------------------------------------------------------- void QMathGL::resizeEvent(QResizeEvent *ev) { if(autoResize && ev->size().width()>0 && ev->size().height()>0) { mgl_set_size(gr, ev->size().width(), ev->size().height()); update(); } // else resize(graph->GetWidth(), graph->GetHeight()); } //----------------------------------------------------------------------------- void QMathGL::setPer(int p) { if(per!=p && p>=0 && p<100) { per = 100*p; emit perChanged(p); refresh(); } } //----------------------------------------------------------------------------- void QMathGL::setPhi(int p) { if(phi!=p) { phi = p; emit phiChanged(p); refresh(); } } //----------------------------------------------------------------------------- void QMathGL::setTet(int t) { if(tet!=t) { tet = t; emit tetChanged(t); refresh(); } } //----------------------------------------------------------------------------- void QMathGL::setAlpha(bool a) { if(alpha!=a) { alpha = a; emit alphaChanged(a); update(); } } //----------------------------------------------------------------------------- void QMathGL::setLight(bool l) { if(light!=l) { light = l; emit lightChanged(l); update(); } } //----------------------------------------------------------------------------- void QMathGL::setGrid(bool g) { if(grid!=g) { grid = g; emit gridChanged(g); refresh(); } } //----------------------------------------------------------------------------- void QMathGL::setViewYZ(bool a) { if(viewYZ!=a) { viewYZ = a; emit viewYZChanged(a); refresh(); } } //----------------------------------------------------------------------------- void QMathGL::setPause(bool p) { #if MGL_HAVE_PTHR_WIDGET if(pause!=p) { pthread_mutex_t *mutex=0; mglCanvasWnd *g=dynamic_cast(gr); if(g && g->mutex) mutex = g->mutex; else { mglDraw *d=getClass(); if(d) mutex = &(d->mutex); } if(mutex) { if(p) pthread_mutex_lock(mutex); else pthread_mutex_unlock(mutex); } pause=p; emit pauseChanged(p); } #endif } //----------------------------------------------------------------------------- void QMathGL::setRotate(bool r) { if(rotate!=r) { zoom=false; rotate=r; refresh(); emit rotateChanged(r); } } //----------------------------------------------------------------------------- void QMathGL::setZoom(bool z) { if(zoom!=z) { zoom=z; rotate=false; refresh(); emit zoomChanged(z); emit rotateChanged(false); } } //----------------------------------------------------------------------------- void QMathGL::setCustZoom(bool z) { custZoom = z; } //----------------------------------------------------------------------------- void QMathGL::setCustDraw(bool z) { custDraw = z; } //----------------------------------------------------------------------------- void QMathGL::setZoomScl(double s) { if(s>0) sclZ = s; } //----------------------------------------------------------------------------- void QMathGL::setShiftScl(double s) { if(s) sclS = s; } //----------------------------------------------------------------------------- void QMathGL::shiftDown() { mreal d=(y2-y1)*sclS; y1+=d; y2+=d; refresh(); } //----------------------------------------------------------------------------- void QMathGL::shiftUp() { mreal d=(y2-y1)*sclS; y1-=d; y2-=d; refresh(); } //----------------------------------------------------------------------------- void QMathGL::shiftRight() { mreal d=(x2-x1)*sclS; x1-=d; x2-=d; refresh(); } //----------------------------------------------------------------------------- void QMathGL::shiftLeft() { mreal d=(x2-x1)*sclS; x1+=d; x2+=d; refresh(); } //----------------------------------------------------------------------------- void QMathGL::zoomIn() { mreal d,c; d = (y2-y1)*sclZ/2; c = (y2+y1)/2; y1 = c-d; y2 = c+d; d = (x2-x1)*sclZ/2; c = (x2+x1)/2; x1 = c-d; x2 = c+d; refresh(); } //----------------------------------------------------------------------------- void QMathGL::zoomOut() { mreal d,c; d = (y2-y1)/sclZ/2; c = (y2+y1)/2; y1 = c-d; y2 = c+d; d = (x2-x1)/sclZ/2; c = (x2+x1)/2; x1 = c-d; x2 = c+d; refresh(); } //----------------------------------------------------------------------------- void QMathGL::restore() { setPhi(0); setTet(0); setPer(0); x1=y1=0; x2=y2=1; zoom=rotate=false; emit zoomChanged(false); emit rotateChanged(false); if(ax1!=0 || ay1!=0 || ax2!=1 || ay2!=1) { ax1=ay1=0; ax2=ay2=1; mgl_zoom_axis(gr,0,0,0,0,1,1,1,1); update(); } else refresh(); } //----------------------------------------------------------------------------- void QMathGL::stop() { gr->AskStop(true); } //----------------------------------------------------------------------------- void QMathGL::update() { if(draw_func || draw) { mgl_reset_frames(gr); // remove previous frames if(mgl_get_flag(gr,MGL_CLF_ON_UPD)) mgl_set_def_param(gr); mgl_set_alpha(gr,alpha); mgl_set_light(gr,light); // use frames for quickly redrawing while adding/changing primitives if(custDraw) emit customDraw(x1,y1,x2,y2,true); if(!isHidden()) QApplication::setOverrideCursor(QCursor(Qt::WaitCursor)); /* task->gr = gr; task->draw = draw; task->draw_func = draw_func; task->draw_par = draw_par; thread->start();*/ const std::string loc = setlocale(LC_NUMERIC, "C"); if(mgl_is_frames(gr)) mgl_new_frame(gr); if(draw_func) draw_func(gr, draw_par); else if(draw) { mglGraph g(gr); draw->Draw(&g); } if(mgl_is_frames(gr)) mgl_end_frame(gr); setlocale(LC_NUMERIC, loc.c_str()); gr->AskStop(false); } else if(mgl_get_num_frame(gr)>0) { mgl_set_alpha(gr,alpha); mgl_set_light(gr,light); // mgl_zoom(gr,x1,y1,x2,y2); mgl_view(gr,-phi,-tet,0); mgl_get_frame(gr,0); } afterPlot(); } //----------------------------------------------------------------------------- void QMathGL::afterPlot() { emit refreshData(); emit showWarn(mgl_get_mess(gr)); mousePos=""; if(!isHidden()) QApplication::restoreOverrideCursor(); refresh(); } //----------------------------------------------------------------------------- void QMathGL::drawPrim() { if(!gr) return; mglCanvasWnd *g = dynamic_cast(gr); mgl_get_frame(gr, g?g->GetCurFig():mgl_get_num_frame(gr)-1); mglParse pr; long i, n=primitives.count('\n'); mglGraph gg(gr); const std::string loc = setlocale(LC_NUMERIC, "C"); gg.Push(); gg.SubPlot(1,1,0,"#"); mglPoint ox1=gr->Min, ox2=gr->Max; gg.SetRanges(mglPoint(-1,-1,-1),mglPoint(1,1,1)); for(i=0;istart(); int q = gr->GetQuality(); prevQuality = q!=MGL_DRAW_DOTS?q:prevQuality; gr->SetQuality(MGL_DRAW_DOTS); } if(mgl_is_frames(gr) && mgl_get_num_frame(gr)>0) { drawPrim(); if(custZoom) emit customZoom(x1,y1,x2,y2,tet,phi,per); else { mgl_zoom(gr,x1,y1,x2,y2); mgl_ask_perspective(gr,per); if(viewYZ) mgl_view(gr,0,-tet,-phi); else mgl_view(gr,-phi,-tet,0); } } mglConvertFromGraph(pic, gr, &grBuf); if(pic.size()!=size()) setSize(pic.width(), pic.height()); repaint(); } //----------------------------------------------------------------------------- void QMathGL::refreshHQ() { gr->SetQuality(prevQuality); if(mgl_is_frames(gr) && mgl_get_num_frame(gr)>0) { drawPrim(); if(custZoom) emit customZoom(x1,y1,x2,y2,tet,phi,per); else { mgl_zoom(gr,x1,y1,x2,y2); mgl_ask_perspective(gr,per); if(viewYZ) mgl_view(gr,0,-tet,-phi); else mgl_view(gr,-phi,-tet,0); } } mglConvertFromGraph(pic, gr, &grBuf, &img); if(pic.size()!=size()) setSize(pic.width(), pic.height()); repaint(); } //----------------------------------------------------------------------------- void QMathGL::mousePressEvent(QMouseEvent *ev) { if(!zoom && !rotate && ev->button()&Qt::LeftButton) { mglPoint p = gr->CalcXYZ(ev->x(), ev->y()); mglCanvasWnd *g=dynamic_cast(gr); if(g) g->LastMousePos = p; if(g && g->ClickFunc) g->ClickFunc(draw_par); emit mouseClick(p.x,p.y,p.z); int id = mgl_get_obj_id(gr,ev->x(),ev->y()); if(idCalcXYZ(ev->x(), ev->y(), true); if(mgl_isnan(p.x)) mousePos = ""; else mousePos.sprintf("x=%g, y=%g, z=%g",p.x,p.y,p.z); emit posChanged(mousePos); repaint(); } xe=x0=ev->x(); ye=y0=ev->y(); ev->accept(); } //----------------------------------------------------------------------------- void QMathGL::mouseReleaseEvent(QMouseEvent *ev) { if(ev->button()&Qt::LeftButton && enableMouse) { if(zoom) { int w1=width(),h1=height(); mreal _x1,_x2,_y1,_y2; _x1 = x1+(x2-x1)*(x0-x())/mreal(w1); _y1 = y2-(y2-y1)*(ye-y())/mreal(h1); _x2 = x1+(x2-x1)*(xe-x())/mreal(w1); _y2 = y2-(y2-y1)*(y0-y())/mreal(h1); x1=_x1; x2=_x2; y1=_y1; y2=_y2; if(x1>x2) { _x1=x1; x1=x2; x2=_x1; } if(y1>y2) { _x1=y1; y1=y2; y2=_x1; } x0 = xe; y0 = ye; if(custDraw) { emit customDraw(x1,y1,x2,y2,false); update(); } else refresh(); } } if(ev->button()&Qt::RightButton && popup && !rotate) // popup menu popup->popup(QCursor::pos()); ev->accept(); } //----------------------------------------------------------------------------- void QMathGL::mouseMoveEvent(QMouseEvent *ev) { if(!enableMouse) { ev->ignore(); return; } xe=ev->x(); ye=ev->y(); if(rotate) { if(ev->buttons()&Qt::LeftButton) // rotate { mreal ff = 240/sqrt(mreal(width()*height())); phi += int((x0-xe)*ff); tet -= int((y0-ye)*ff); if(phi>180) phi-=360; if(phi<-180) phi+=360; if(tet>180) tet-=360; if(tet<-180) tet+=360; emit tetChanged(int(tet)); emit phiChanged(int(phi)); refresh(); } if(ev->buttons()&Qt::RightButton) // zoom and perspective { mreal ff = 2.*(y0-ye)/width(), gg = 0.5*(xe-x0)/height(); mreal cx = (x1+x2)/2, cy = (y1+y2)/2; x1 = cx+(x1-cx)*exp(-ff); x2 = cx+(x2-cx)*exp(-ff); y1 = cy+(y1-cy)*exp(-ff); y2 = cy+(y2-cy)*exp(-ff); per = per + gg; if(per<0) per = 0; if(per>=1) per = 0.9999; if(gg) emit perChanged(int(per)); refresh(); } if(ev->buttons()&Qt::MidButton) // shift { mreal ff = 1./sqrt(mreal(width()*height())); mreal dx = (x0-xe)*ff*(x2-x1), dy = (y0-ye)*ff*(y2-y1); x1 += dx; x2 += dx; y1 -= dy; y2 -= dy; } x0 = xe; y0 = ye; refresh(); } else if(zoom) refresh(); else if(ev->buttons()&Qt::MidButton) // shift axis { mreal ff = 1./sqrt(mreal(width()*height())); mreal dx = (x0-xe)*ff*(ax2-ax1), dy = (y0-ye)*ff*(ay2-ay1); ax1 += dx; ax2 += dx; ay1 -= dy; ay2 -= dy; mgl_zoom_axis(gr,ax1,ay1,0,0,ax2,ay2,0,0); update(); x0 = xe; y0 = ye; } else if(ev->buttons()&Qt::LeftButton) // move primitives { long h=pic.height(), w=pic.width(), d=(h>w?w:h)/100; long pos = mgl_is_active(gr,x0,y0,d); long id = long(mgl_get_obj_id(gr,x0,y0))-MGL_MAX_LINES; if(grid && pos>=0) // this active point { const mglActivePos &p = gr->Act[pos]; id = long(p.id)-MGL_MAX_LINES; if(id>=0) // this is our primitive { // try "attract" mouse for(size_t i=0;i<=10;i++) { int tt = i*(w/10); if(abs(xe-tt)<2*d) xe = tt; tt = i*(h/10); if(abs(ye-tt)<2*d) ye = tt; } for(size_t i=0;iAct.size();i++) { const mglActivePos &q = gr->Act[i]; if(abs(xe-q.x)<2*d && abs(ye-q.y)<2*d) { xe=q.x; ye=q.y; } } // now move point QString tst = primitives.section('\n',id,id), cmd=tst.section(' ',0,0), res; float dx = 2*(xe-x0)/float(w), dy = 2*(y0-ye)/float(h); float xx=tst.section(' ',1,1).toFloat(), yy=tst.section(' ',2,2).toFloat(); if(p.n==0) res = cmd+" "+QString::number(xx+dx)+" "+QString::number(yy+dy)+" "+tst.section(' ',3); else if(cmd=="rect") { float x_=tst.section(' ',3,3).toFloat(), y_=tst.section(' ',4,4).toFloat(); if(p.n==1) { xx+=dx; y_+=dy; } if(p.n==2) { x_+=dx; yy+=dy; } if(p.n==3) { x_+=dx; y_+=dy; } res = "rect "+QString::number(xx)+" "+QString::number(yy)+" "+ QString::number(x_)+" "+QString::number(y_)+" "+tst.section(' ',5); } else if(p.n==1) { xx=tst.section(' ',3,3).toFloat(); yy=tst.section(' ',4,4).toFloat(); res = tst.section(' ',0,2)+" "+QString::number(xx+dx)+" "+QString::number(yy+dy)+" "+tst.section(' ',5); } else if(cmd=="rhomb" || cmd=="ellipse") { float x_=tst.section(' ',3,3).toFloat()-xx, y_=tst.section(' ',4,4).toFloat()-yy, dr=0; if(x_*x_+y_*y_>0) { dr = (dx*x_+dy*y_)/(x_*x_+y_*y_); dr = hypot(dx-dr*x_,dy-dr*y_); } else dr = hypot(dx,dy); res = tst.section(' ',0,4)+" "+QString::number(tst.section(' ',5,5).toFloat()+dr)+" "+tst.section(' ',6); } else if(cmd=="arc") { double x_=tst.section(' ',3,3).toFloat()-xx, y_=tst.section(' ',4,4).toFloat()-yy, a_=tst.section(' ',5,5).toFloat(); double c=cos(M_PI*a_/180), s=sin(M_PI*a_/180); double a = atan2(x_,y_) - atan2(x_*c-y_*s+dx,x_*s+y_*c+dy); res = tst.section(' ',0,4)+" "+QString::number(a*180/M_PI)+" "+tst.section(' ',6); } else if(p.n==2) { xx=tst.section(' ',5,5).toFloat(); yy=tst.section(' ',6,6).toFloat(); res = tst.section(' ',0,4)+" "+QString::number(xx+dx)+" "+QString::number(yy+dy)+" "+tst.section(' ',7); } else if(p.n==3) { xx=tst.section(' ',7,7).toFloat(); yy=tst.section(' ',8,8).toFloat(); if(cmd=="curve") { dx*=-1; dy*=-1; } res = tst.section(' ',0,6)+" "+QString::number(xx+dx)+" "+QString::number(yy+dy)+" "+tst.section(' ',9); } if(id>0) res = primitives.section('\n',0,id-1) + "\n" + res; primitives = res + "\n" + primitives.section('\n',id+1); refresh(); x0 = xe; y0 = ye; } } else if(id>=0) // this is primitive { QString tst = primitives.section('\n',id,id), cmd=tst.section(' ',0,0), res; float dx = 2*(xe-x0)/float(w), dy = 2*(y0-ye)/float(h); float x1=tst.section(' ',1,1).toFloat(), y1=tst.section(' ',2,2).toFloat(),x2,y2; if(cmd=="ball") res = cmd+" "+QString::number(x1+dx)+" "+QString::number(y1+dy)+" "+tst.section(' ',3); else if(cmd=="curve") { x2=tst.section(' ',5,5).toFloat(); y2=tst.section(' ',6,6).toFloat(); res = cmd+" "+QString::number(x1+dx)+" "+QString::number(y1+dy)+" "+tst.section(' ',3,4)+ " "+QString::number(x2+dx)+" "+QString::number(y2+dy)+" "+tst.section(' ',7); } else { x2=tst.section(' ',3,3).toFloat(); y2=tst.section(' ',4,4).toFloat(); res = cmd+" "+QString::number(x1+dx)+" "+QString::number(y1+dy)+" "+ QString::number(x2+dx)+" "+QString::number(y2+dy)+" "+tst.section(' ',5); } if(id>0) res = primitives.section('\n',0,id-1) + "\n" + res; primitives = res + "\n" + primitives.section('\n',id+1); refresh(); x0 = xe; y0 = ye; } } ev->accept(); } //----------------------------------------------------------------------------- void QMathGL::mouseDoubleClickEvent(QMouseEvent *ev) { long h=pic.height(), w=pic.width(), d=(h>w?w:h)/100; long pos = mgl_is_active(gr,x0,y0,d); long id = long(mgl_get_obj_id(gr,x0,y0)); if(grid && pos>=0) // this active point -> delete primitive { const mglActivePos &p = gr->Act[pos]; id = long(p.id)-MGL_MAX_LINES; QString res; if(id>0) res = primitives.section('\n',0,id-1) + "\n"; if(id>=0) primitives = res + primitives.section('\n',id+1); refresh(); x0 = xe; y0 = ye; } else if(id>=MGL_MAX_LINES) // option for primitives emit askStyle(id-MGL_MAX_LINES); else emit doubleClick(id); ev->accept(); } //----------------------------------------------------------------------------- void QMathGL::setStyle(int id, QString stl) { QString tst = primitives.section('\n',id,id), res; res = tst.section(' ',0,-2) + " " + stl; if(id>0) res = primitives.section('\n',0,id-1) + "\n" + res; primitives = res + "\n" + primitives.section('\n',id+1); refresh(); x0 = xe; y0 = ye; } //----------------------------------------------------------------------------- void QMathGL::wheelEvent(QWheelEvent *ev) { if(!enableWheel) { ev->ignore(); return; } if(rotate) // zoom { mreal d,c,f=exp(0.001*ev->delta())/2; d = (y2-y1)*f; c = (y2+y1)/2; y1 = c-d; y2 = c+d; d = (x2-x1)*f; c = (x2+x1)/2; x1 = c-d; x2 = c+d; refresh(); ev->accept(); } else // zoom axis { mreal d,c,f=exp(0.001*ev->delta())/2; d = (ay2-ay1)*f; c = (ay2+ay1)/2; ay1 = c-d; ay2 = c+d; d = (ax2-ax1)*f; c = (ax2+ax1)/2; ax1 = c-d; ax2 = c+d; mgl_zoom_axis(gr,ax1,ay1,0,0,ax2,ay2,0,0); update(); ev->accept(); } } //----------------------------------------------------------------------------- void QMathGL::imgSize(int w, int h) { if(w>0 && h>0) { mgl_set_size(gr,w,h); update(); } } //----------------------------------------------------------------------------- QString setExtension(const QString &fname, const char *ext) { QString oname=fname; if(fname.right(4)!="."+QString(ext)) oname = fname+"."+QString(ext); return oname; } //----------------------------------------------------------------------------- void QMathGL::exportGIF(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else #if MGL_HAVE_GIF mgl_write_gif(gr,setExtension(fname,"png").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); #else img.save(setExtension(fname,"gif")); #endif } //----------------------------------------------------------------------------- void QMathGL::exportPNG(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else #if MGL_HAVE_PNG mgl_write_png(gr,setExtension(fname,"png").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); #else img.save(setExtension(fname,"png")); #endif } //----------------------------------------------------------------------------- void QMathGL::exportPNGs(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else #if MGL_HAVE_PNG mgl_write_png_solid(gr,setExtension(fname,"png").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); #else img.save(setExtension(fname,"png")); #endif } //----------------------------------------------------------------------------- void QMathGL::exportJPG(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else #if MGL_HAVE_JPEG mgl_write_jpg(gr,setExtension(fname,"jpg").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); #else img.save(setExtension(fname,"jpg")); #endif } //----------------------------------------------------------------------------- void QMathGL::exportBPS(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_bps(gr,setExtension(fname,"eps").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); } //----------------------------------------------------------------------------- void QMathGL::exportEPS(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_eps(gr,setExtension(fname,"eps").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); } //----------------------------------------------------------------------------- void QMathGL::exportSVG(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_svg(gr,setExtension(fname,"svg").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); } //----------------------------------------------------------------------------- void QMathGL::exportXYZ(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_xyz(gr,setExtension(fname,"xyz").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); } //----------------------------------------------------------------------------- void QMathGL::exportTEX(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_tex(gr,setExtension(fname,"tex").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); } //----------------------------------------------------------------------------- void QMathGL::exportOFF(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_off(gr,setExtension(fname,"off").toLocal8Bit().constData(), appName.toLocal8Bit().constData(),0); } //----------------------------------------------------------------------------- void QMathGL::exportOBJ(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_obj(gr,setExtension(fname,"obj").toLocal8Bit().constData(), appName.toLocal8Bit().constData(),1); } //----------------------------------------------------------------------------- void QMathGL::exportSTL(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_stl(gr,setExtension(fname,"stl").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); } //----------------------------------------------------------------------------- /*void QMathGL::exportX3D(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_x3d(gr,setExtension(fname,"x3d").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); }*/ //----------------------------------------------------------------------------- void QMathGL::exportTGA(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_tga(gr,setExtension(fname,"tga").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); } //----------------------------------------------------------------------------- void QMathGL::exportPRC(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_write_prc(gr,setExtension(fname,"prc").toLocal8Bit().constData(), appName.toLocal8Bit().constData(),1); } //----------------------------------------------------------------------------- void QMathGL::exportMGLD(QString fname) { if(fname.isEmpty()) fname = mgl_get_plotid(gr); if(fname.isEmpty()) QMessageBox::critical(this, appName, _("No filename."),QMessageBox::Ok,0,0); else mgl_export_mgld(gr,setExtension(fname,"mgld").toLocal8Bit().constData(), appName.toLocal8Bit().constData()); } //----------------------------------------------------------------------------- void mglConvertFromGraph(QPixmap &pic, mglCanvas *gr, uchar **buf, QImage *out) { const uchar *bb = mgl_get_rgb(gr); long w=mgl_get_width(gr), h=mgl_get_height(gr); if(*buf) delete [](*buf); *buf = new uchar[4*w*h]; for(long i=0;isetPixmap(pic, QClipboard::Clipboard); } //----------------------------------------------------------------------------- void QMathGL::copyClickCoor() { QApplication::clipboard()->setText(mousePos); } //----------------------------------------------------------------------------- void QMathGL::setMGLFont(QString path) { if(path.isEmpty()) mgl_restore_font(gr); else mgl_load_font(gr,path.toLocal8Bit().constData(),0); } //----------------------------------------------------------------------------- void QMathGL::setSize(int w, int h) { resize(w, h); if(w!=pic.width() || h!=pic.height()) // update only when image size is changed { mgl_set_size(gr,w,h); update(); } } //----------------------------------------------------------------------------- void QMathGL::about() { QString s = _("MathGL v. 2.") + QString::number(MGL_VER2) + _("\n(c) Alexey Balakin, 2007\nhttp://mathgl.sourceforge.net/"); QMessageBox::about(this, _("MathGL - about"), s); } //----------------------------------------------------------------------------- void QMathGL::aboutQt() { QMessageBox::aboutQt(this, _("About Qt")); } //----------------------------------------------------------------------------- void QMathGL::print() { QPrinter *printer = new QPrinter; printer->setOrientation(getRatio()>1 ? QPrinter::Landscape : QPrinter::Portrait); QPrintDialog printDlg(printer, this); if (printDlg.exec() == QDialog::Accepted) { QRectF r = printer->pageRect(QPrinter::Inch); int d1 = int(pic.width()/r.width()), d2 = int(pic.height()/r.height()); int dpi = printer->resolution(); if(dpisetResolution(dpi); QPainter p; if(!p.begin(printer)) return; // paint on printer p.drawPixmap(0,0,pic); } delete printer; } //----------------------------------------------------------------------------- void QMathGL::nextSlide() { mglCanvasWnd *g = dynamic_cast(gr); if(g && g->GetNumFig()>1) g->NextFrame(); emit frameChanged(+1); } void QMathGL::prevSlide() { mglCanvasWnd *g = dynamic_cast(gr); if(g && g->GetNumFig()>1) g->PrevFrame(); emit frameChanged(-1); } //----------------------------------------------------------------------------- void QMathGL::animation(bool st) { if(!st) timer->stop(); else timer->start(int(mgl_wnd_get_delay(gr)*1000)); } //----------------------------------------------------------------------------- void QMathGL::adjust() { mgl_set_size(gr, parentWidget()->width()-3, parentWidget()->height()-3); setSize(parentWidget()->width()-3, parentWidget()->height()-3); update(); // TODO replace to refresh ?!? } //----------------------------------------------------------------------------- void QMathGL::addMark() { primitives += "ball 0 0 'r*'\n"; refresh(); } //----------------------------------------------------------------------------- void QMathGL::addLine() { primitives += "line -0.2 0 0.2 0 'r2'\n"; refresh(); } //----------------------------------------------------------------------------- void QMathGL::addRect() { primitives += "rect -0.2 -0.2 0.2 0.2 'r'\n"; refresh(); } //----------------------------------------------------------------------------- void QMathGL::addCurve() { primitives += "curve -0.2 0 0 0.5 0.2 0 0 0.5 'r2'\n"; refresh(); } //----------------------------------------------------------------------------- void QMathGL::addRhomb() { primitives += "rhomb -0.2 0 0.2 0 0.1 'r'\n"; refresh(); } //----------------------------------------------------------------------------- void QMathGL::addEllipse() { primitives += "ellipse -0.2 0 0.2 0 0.1 'r'\n"; refresh(); } //----------------------------------------------------------------------------- void QMathGL::addArc() { primitives += "arc 0 0 0.2 0 60 'r2'\n"; refresh(); } //----------------------------------------------------------------------------- void QMathGL::addPolygon(int n) { if(n<3) n = QInputDialog::getText(QApplication::activeWindow(), "MathGL", _("Enter number of vertexes")).toInt(); if(n>=3) { primitives += "polygon 0 0 0 0.2 "+QString::number(n)+" 'r'\n"; refresh(); } } //{ primitives += "arc -0.2 0 0.2 0 0.1 'r'\n"; refresh(); } //----------------------------------------------------------------------------- void QMathGL::addText(QString txt) { if(txt.isEmpty()) txt = QInputDialog::getText(QApplication::activeWindow(), "MathGL", _("Enter text")); if(!txt.isEmpty()) { primitives += "text 0 0 0.1 0 '"+txt+"' ''\n"; refresh(); } } //----------------------------------------------------------------------------- // // class mglCanvasQT // //----------------------------------------------------------------------------- mglCanvasQT::mglCanvasQT() : mglCanvasWnd() { Wnd = 0; } mglCanvasQT::~mglCanvasQT() { if(Wnd) { QMGL->gr=0; delete Wnd; } } //----------------------------------------------------------------------------- void mglCanvasQT::GotoFrame(int d) { int f = GetCurFig()+d; if(f>=GetNumFig()) f = 0; if(f<0) f = GetNumFig()-1; if(GetNumFig()>0 && d) { SetCurFig(f); QMGL->refresh(); } } //----------------------------------------------------------------------------- void mglCanvasQT::Animation() { static bool start=true; QMGL->animation(start); start = !start; } //----------------------------------------------------------------------------- void mglCanvasQT::ToggleAlpha() { QMGL->setAlpha(!QMGL->getAlpha()); } //----------------------------------------------------------------------------- void mglCanvasQT::ToggleLight() { QMGL->setLight(!QMGL->getLight()); } //----------------------------------------------------------------------------- void mglCanvasQT::ToggleNo() { QMGL->restore(); } //----------------------------------------------------------------------------- void mglCanvasQT::ToggleZoom() { QMGL->setZoom(!QMGL->getZoom()); } //----------------------------------------------------------------------------- void mglCanvasQT::ToggleRotate(){ QMGL->setRotate(!QMGL->getRotate());} //----------------------------------------------------------------------------- void mglCanvasQT::Update() { SetCurFig(0); QMGL->update(); Wnd->show(); } //----------------------------------------------------------------------------- void mglCanvasQT::Adjust() { QMGL->adjust(); } //----------------------------------------------------------------------------- void mglCanvasQT::Window(int argc, char **argv, int (*draw)(mglBase *gr, void *p), const char *title, void *par, void (*reload)(void *p), bool maximize) { static char arg=0, *parg=&arg, **argv_=&parg; static int argc_=0; SetDrawFunc(draw, par, reload); if(Wnd) { Wnd->setWindowTitle(title); if(maximize) { Wnd->showMaximized(); } else Wnd->show(); return; } if(!qApp) { QCoreApplication::setAttribute(Qt::AA_X11InitThreads); if(!argv) { argc_ = 0; argv_=&parg; } else { argc_ = argc; argv_=argv; } QApplication *a = new QApplication(argc_, argv_); a->connect(a, SIGNAL(lastWindowClosed()), a, SLOT(quit())); } Wnd = new QMainWindow; Wnd->resize(850,680); Wnd->setWindowTitle(title); scroll = new QScrollArea(Wnd); QMGL = new QMathGL(Wnd); popup = mglMakeMenu(Wnd, QMGL, tet, phi); QMGL->setPopup(popup); QMGL->setGraph(this); QMGL->setDraw(draw, par); QMGL->appName = title; qApp->processEvents(); scroll->setWidget(QMGL); Wnd->setCentralWidget(scroll); QMGL->refresh(); if(!maximize) Wnd->show(); else Wnd->showMaximized(); } //----------------------------------------------------------------------------- #include "xpm/alpha.xpm" #include "xpm/arc.xpm" #include "xpm/copy.xpm" #include "xpm/curve.xpm" #include "xpm/down_1.xpm" #include "xpm/fileprint.xpm" #include "xpm/left_1.xpm" #include "xpm/light.xpm" #include "xpm/line.xpm" #include "xpm/mark_a.xpm" #include "xpm/mark_d.xpm" #include "xpm/mark_o.xpm" #include "xpm/mark_s.xpm" #include "xpm/right_1.xpm" #include "xpm/next_sl.xpm" #include "xpm/norm_1.xpm" #include "xpm/ok.xpm" #include "xpm/prev_sl.xpm" #include "xpm/rotate.xpm" #include "xpm/show_sl.xpm" #include "xpm/text.xpm" #include "xpm/polygon.xpm" #include "xpm/zoom_1.xpm" #include "xpm/zoom_in.xpm" #include "xpm/zoom_out.xpm" #include "xpm/up_1.xpm" #include "xpm/stop.xpm" #include "xpm/pause.xpm" //----------------------------------------------------------------------------- MGL_EXPORT QMenu *mglMakeMenu(QMainWindow *Wnd, QMathGL *QMGL, QSpinBox *&tet, QSpinBox *&phi) { QAction *a; QMenu *o, *oo, *f; QToolBar *bb; QMenu *popup = new QMenu(Wnd); // file menu { f = o = Wnd->menuBar()->addMenu(_("File")); oo = new QMenu(_("Export as 2D ..."),Wnd); oo->addAction(_("PNG"), QMGL, SLOT(exportPNG()),Qt::ALT+Qt::Key_P); oo->addAction(_("solid PNG"), QMGL, SLOT(exportPNGs()),Qt::ALT+Qt::Key_F); oo->addAction(_("JPEG"), QMGL, SLOT(exportJPG()),Qt::ALT+Qt::Key_J); oo->addAction(_("bitmap EPS"), QMGL, SLOT(exportBPS())); oo->addAction(_("vector EPS"), QMGL, SLOT(exportEPS()),Qt::ALT+Qt::Key_E); oo->addAction(_("SVG"), QMGL, SLOT(exportSVG()),Qt::ALT+Qt::Key_S); oo->addAction(_("LaTeX"), QMGL, SLOT(exportTEX()),Qt::ALT+Qt::Key_L); o->addMenu(oo); popup->addMenu(oo); oo = new QMenu(_("Export as 3D ..."),Wnd); oo->addAction(_("MGLD"), QMGL, SLOT(exportMGLD()),Qt::ALT+Qt::Key_M); oo->addAction(_("PRC"), QMGL, SLOT(exportPRC()),Qt::ALT+Qt::Key_D); oo->addAction(_("OBJ"), QMGL, SLOT(exportOBJ()),Qt::ALT+Qt::Key_O); oo->addAction(_("STL"), QMGL, SLOT(exportSTL())); oo->addAction(_("XYZ"), QMGL, SLOT(exportXYZ())); // oo->addAction(_("X3D"), QMGL, SLOT(exportX3D()),Qt::ALT+Qt::Key_X); o->addMenu(oo); popup->addMenu(oo); o->addSeparator(); a = new QAction(QPixmap(fileprint), _("Print graphics"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(print())); a->setToolTip(_("Open printer dialog and print graphics (Ctrl+P)")); a->setShortcut(Qt::CTRL+Qt::Key_P); o->addAction(a); o->addSeparator(); o->addAction(_("Close"), Wnd, SLOT(close()), Qt::CTRL+Qt::Key_W); } // graphics menu { bb = new QToolBar(_("Graphics"),Wnd); Wnd->addToolBar(Qt::TopToolBarArea, bb); o = Wnd->menuBar()->addMenu(_("Graphics")); a = new QAction(QPixmap(alpha_xpm), _("Alpha"), Wnd); a->setShortcut(Qt::ALT+Qt::Key_T); a->setCheckable(true); Wnd->connect(a, SIGNAL(toggled(bool)), QMGL, SLOT(setAlpha(bool))); Wnd->connect(QMGL, SIGNAL(alphaChanged(bool)), a, SLOT(setChecked(bool))); a->setToolTip(_("Switch on/off transparency for the graphics (Alt+T).")); o->addAction(a); bb->addAction(a); a = new QAction(QPixmap(light_xpm), _("Light"), Wnd); a->setShortcut(Qt::ALT+Qt::Key_L); a->setCheckable(true); Wnd->connect(a, SIGNAL(toggled(bool)), QMGL, SLOT(setLight(bool))); Wnd->connect(QMGL, SIGNAL(lightChanged(bool)), a, SLOT(setChecked(bool))); a->setToolTip(_("Switch on/off lightning for the graphics (Alt+L).")); o->addAction(a); bb->addAction(a); a = new QAction(QPixmap(rotate_xpm), _("Rotate by mouse"), Wnd); a->setCheckable(true); Wnd->connect(a, SIGNAL(toggled(bool)), QMGL, SLOT(setRotate(bool))); Wnd->connect(QMGL, SIGNAL(rotateChanged(bool)), a, SLOT(setChecked(bool))); a->setToolTip(_("Switch on/off mouse handling of the graphics\n(rotation, shifting, zooming and perspective).")); bb->addAction(a); a = new QAction(QPixmap(zoom_in_xpm), _("Zoom by mouse"), Wnd); a->setCheckable(true); Wnd->connect(a, SIGNAL(toggled(bool)), QMGL, SLOT(setZoom(bool))); Wnd->connect(QMGL, SIGNAL(zoomChanged(bool)), a, SLOT(setChecked(bool))); a->setToolTip(_("Switch on/off mouse zoom of selected region.")); bb->addAction(a); o->addSeparator(); a = new QAction(QPixmap(zoom_out_xpm), _("Restore"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(restore())); a->setToolTip(_("Restore default graphics rotation, zoom and perspective (Alt+Space).")); a->setShortcut(Qt::ALT+Qt::Key_Space); o->addAction(a); bb->addAction(a); popup->addAction(a); bb->addSeparator(); o->addAction(a); bb->addAction(a); popup->addAction(a); a = new QAction(QPixmap(ok_xpm), _("Redraw"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(update())); a->setToolTip(_("Execute script and redraw graphics (F5).")); a->setShortcut(Qt::Key_F5); o->addAction(a); bb->addAction(a); popup->addAction(a); a = new QAction(QPixmap(stop_xpm), _("Stop"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(stop())); a->setToolTip(_("Ask to stop plot drawing (F7).")); a->setShortcut(Qt::Key_F7); a = new QAction(_("Adjust size"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(adjust())); a->setToolTip(_("Change canvas size to fill whole region (F6).")); a->setShortcut(Qt::Key_F6); o->addAction(a); a = new QAction(QPixmap(copy_xpm), _("Copy plot"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(copy())); a->setToolTip(_("Copy graphics to clipboard (Ctrl+Shift+G).")); a->setShortcut(Qt::CTRL+Qt::SHIFT+Qt::Key_G); o->addAction(a); bb->addAction(a); popup->addAction(a); bb->addSeparator(); oo = new QMenu(_("Primitives ..."),Wnd); a = new QAction(QPixmap(line_xpm), _("Add line"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addLine())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add line which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(arc_xpm), _("Add arc"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addArc())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add arc which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(curve_xpm), _("Add curve"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addCurve())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add curve which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(mark_s_xpm), _("Add rect"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addRect())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add rectangle which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(mark_d_xpm), _("Add rhombus"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addRhomb())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add rhombus which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(mark_o_xpm), _("Add ellipse"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addEllipse())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add ellipse which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(polygon_xpm), _("Add polygon"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addPolygon())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add polygon which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(mark_a_xpm), _("Add mark"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addMark())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add marker which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(text_xpm), _("Add text"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(addText())); Wnd->connect(QMGL, SIGNAL(usePrimChanged(bool)), a, SLOT(setVisible(bool))); a->setToolTip(_("Add text which properties can be changed later by mouse.")); bb->addAction(a); oo->addAction(a); o->addMenu(oo); bb->addSeparator(); tet = new QSpinBox(Wnd); tet->setWrapping(true); bb->addWidget(tet); tet->setRange(-180, 180); tet->setSingleStep(10); Wnd->connect(tet, SIGNAL(valueChanged(int)), QMGL, SLOT(setTet(int))); Wnd->connect(QMGL, SIGNAL(tetChanged(int)), tet, SLOT(setValue(int))); tet->setToolTip(_("Set value of \\theta angle.")); bb->addSeparator(); phi = new QSpinBox(Wnd); phi->setWrapping(true); bb->addWidget(phi); phi->setRange(-180, 180); phi->setSingleStep(10); Wnd->connect(phi, SIGNAL(valueChanged(int)), QMGL, SLOT(setPhi(int))); Wnd->connect(QMGL, SIGNAL(phiChanged(int)), phi, SLOT(setValue(int))); phi->setToolTip(_("Set value of \\phi angle.")); // bb->addSeparator(); } // zooming menu { oo = o->addMenu(_("Zoom/move")); bb = new QToolBar(_("Zoom graphics"),Wnd); Wnd->addToolBar(Qt::LeftToolBarArea, bb); a = new QAction(QPixmap(left_1_xpm), _("Move left"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(shiftLeft())); a->setToolTip(_("Move graphics left by 1/3 of its width.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(up_1_xpm), _("Move up"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(shiftUp())); a->setToolTip(_("Move graphics up by 1/3 of its height.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(zoom_1_xpm), _("Zoom in"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(zoomIn())); a->setToolTip(_("Zoom in graphics.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(norm_1_xpm), _("Zoom out"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(zoomOut())); a->setToolTip(_("Zoom out graphics.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(down_1_xpm), _("Move down"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(shiftDown())); a->setToolTip(_("Move graphics up down 1/3 of its height.")); bb->addAction(a); oo->addAction(a); a = new QAction(QPixmap(right_1_xpm), _("Move right"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(shiftRight())); a->setToolTip(_("Move graphics right by 1/3 of its width.")); bb->addAction(a); oo->addAction(a); } // animation menu { o = Wnd->menuBar()->addMenu(_("Animation")); bb = new QToolBar(_("Animation"),Wnd); Wnd->addToolBar(Qt::LeftToolBarArea, bb); a = new QAction(QPixmap(next_sl_xpm), _("Next slide"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(nextSlide())); a->setToolTip(_("Show next slide (Ctrl+.).")); a->setShortcut(Qt::CTRL+Qt::Key_Period); o->addAction(a); bb->addAction(a); a = new QAction(QPixmap(show_sl_xpm), _("Slideshow"), Wnd); a->setCheckable(true); Wnd->connect(a, SIGNAL(toggled(bool)), QMGL, SLOT(animation(bool))); a->setToolTip(_("Run slideshow (CTRl+F5).")); a->setShortcut(Qt::CTRL+Qt::Key_F5); o->addAction(a); bb->addAction(a); a = new QAction(QPixmap(prev_sl_xpm), _("Prev slide"), Wnd); Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(prevSlide())); a->setToolTip(_("Show previous slide (Ctrl+,).")); a->setShortcut(Qt::CTRL+Qt::Key_Comma); o->addAction(a); bb->addAction(a); } #if MGL_HAVE_PTHR_WIDGET { bb = new QToolBar(_("Calculations"),Wnd); Wnd->addToolBar(Qt::LeftToolBarArea, bb); a = new QAction(QPixmap(pause_xpm), _("Pause calculation"), Wnd); a->setCheckable(true); Wnd->connect(a, SIGNAL(toggled(bool)), QMGL, SLOT(setPause(bool))); Wnd->connect(QMGL, SIGNAL(pauseChanged(bool)), a, SLOT(setChecked(bool))); // Wnd->connect(a, SIGNAL(triggered()), QMGL, SLOT(setPause())); a->setToolTip(_("Pause on/off external calculations")); f->addSeparator(); f->addAction(a); bb->addAction(a); } #endif Wnd->menuBar()->addSeparator(); o = Wnd->menuBar()->addMenu(_("Help")); o->addAction(_("About"), QMGL, SLOT(about())); o->addAction(_("About Qt"), QMGL, SLOT(aboutQt())); return popup; } //----------------------------------------------------------------------------- HMGL MGL_EXPORT mgl_create_graph_qt(int (*draw)(HMGL gr, void *p), const char *title, void *par, void (*load)(void *p)) { mglCanvasQT *g = new mglCanvasQT; g->Window(0,0,draw,title,par,load); return g; } void* mgl_qt_widget(HMGL gr) { mglCanvasQT *g = dynamic_cast(gr); return g?g->QMGL:NULL; } int MGL_EXPORT mgl_qt_run() { return (qApp)?qApp->exec():-1; } //----------------------------------------------------------------------------- uintptr_t MGL_EXPORT mgl_create_graph_qt_(const char *title, int l) { char *s = new char[l+1]; memcpy(s,title,l); s[l]=0; uintptr_t t = uintptr_t(mgl_create_graph_qt(0,s,0,0)); delete []s; return t; } int MGL_EXPORT mgl_qt_run_() { return mgl_qt_run(); } //----------------------------------------------------------------------------- mathgl-2.4.1/widgets/wx.cpp0000664000175000017500000004075613134046554015411 0ustar balakinbalakin/*************************************************************************** * wx.cpp is part of Math Graphic Library * * Copyright (C) 2007-2016 Alexey Balakin * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU Library General Public License as * * published by the Free Software Foundation; either version 3 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 Library General Public * * License along with this program; if not, write to the * * Free Software Foundation, Inc., * * 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * ***************************************************************************/ //----------------------------------------------------------------------------- #include #include #include #include #include #include #undef _ #include "mgl2/canvas_wnd.h" #include "mgl2/wx.h" //----------------------------------------------------------------------------- class MGL_EXPORT mglCanvasWX : public mglCanvasWnd { friend class wxMathGL; public: int sshow; ///< Current state of animation switch (toggle button) wxMathGL *WMGL; ///< Control which draw graphics wxWindow *Wnd; ///< Pointer to window mglCanvasWX(); virtual ~mglCanvasWX(); /// Create a window for plotting. Now implemeted only for GLUT. void Window(int argc, char **argv, int (*draw)(mglBase *gr, void *p), const char *title, void *par=NULL, void (*reload)(void *p)=NULL, bool maximize=false); /// Switch on/off transparency (do not overwrite switches in user drawing function) void ToggleAlpha(); /// Switch on/off lighting (do not overwrite switches in user drawing function) void ToggleLight(); void ToggleRotate(); ///< Switch on/off rotation by mouse void ToggleZoom(); ///< Switch on/off zooming by mouse void ToggleNo(); ///< Switch off all zooming and rotation void Update(); ///< Update picture by calling user drawing function void Adjust(); ///< Adjust size of bitmap to window size void GotoFrame(int d); ///< Show arbitrary frame (use relative step) void Animation(); ///< Run animation (I'm too lasy to change it) protected: wxScrolledWindow *scroll; ///< Scrolling area wxMenu *popup; ///< Popup menu // wxSpinCtrl *tet, *phi; ///< Spin box for angles // TODO void MakeMenu(); ///< Create menu, toolbar and popup menu }; //----------------------------------------------------------------------------- const wxString ScriptName(L"default"); enum { TIMER_ID=1000, LAST_ID }; BEGIN_EVENT_TABLE(wxMathGL, wxWindow) EVT_TIMER (TIMER_ID, wxMathGL::OnNextSlide) EVT_PAINT (wxMathGL::OnPaint) EVT_SIZE (wxMathGL::OnSize) EVT_LEFT_DOWN (wxMathGL::OnMouseLeftDown) EVT_RIGHT_DOWN (wxMathGL::OnMouseDown) EVT_MIDDLE_DOWN (wxMathGL::OnMouseDown) EVT_LEFT_UP (wxMathGL::OnMouseLeftUp) EVT_RIGHT_UP (wxMathGL::OnMouseRightUp) EVT_MOTION (wxMathGL::OnMouseMove) END_EVENT_TABLE() //----------------------------------------------------------------------------- // // class wxMathGL // //----------------------------------------------------------------------------- wxMathGL::wxMathGL(wxWindow *parent, wxWindowID id, const wxPoint& pos, const wxSize& size, long style, const wxString& name) : wxWindow(parent,id,pos,size,style,name) { AutoResize = false; draw_par = 0; draw_func = 0; gr = new mglCanvas; popup = 0; draw_cl = 0; phi = tet = per = 0; x0=y0=xe=ye=0; x1 = y1 = 0; x2 = y2 = 1; alpha = light = zoom = rotate = false; // SetSize(600, 400); timer = new wxTimer(this,TIMER_ID); } //----------------------------------------------------------------------------- wxMathGL::~wxMathGL() { if(mgl_use_graph(gr,-1)<1) mgl_delete_graph(gr); } //----------------------------------------------------------------------------- double wxMathGL::GetRatio() { return double(mgl_get_width(gr))/mgl_get_height(gr); } //----------------------------------------------------------------------------- void wxMathGL::SetGraph(HMGL GR) { mglCanvas *gg = dynamic_cast(GR); if(!gg) return; if(mgl_use_graph(gr,-1)<1) mgl_delete_graph(gr); gr=gg; mgl_use_graph(gg,1); } //----------------------------------------------------------------------------- void wxMathGL::OnPaint(wxPaintEvent& ) { wxPaintDC dc(this); dc.DrawBitmap(pic,0,0); // if(zoom) dc.DrawRectangle(x0,y0,xe-x0,ye-y0); if(mgl_get_flag(gr,MGL_SHOW_POS) && !MousePos.IsEmpty()) dc.DrawText(MousePos,0,12); // TODO: add grid drawing here (from Qt) // TODO: add active points drawing here (from Qt) } //----------------------------------------------------------------------------- void wxMathGL::OnSize(wxSizeEvent& event) { wxSize ev = event.GetSize(); if(mgl_get_width(gr)==ev.GetWidth() && mgl_get_height(gr)==ev.GetHeight()) return; if(AutoResize && ev.GetWidth()>0 && ev.GetHeight()>0) { mgl_set_size(gr, ev.GetWidth(), ev.GetHeight()); Update(); } else SetSize(mgl_get_width(gr), mgl_get_height(gr)); } //----------------------------------------------------------------------------- void wxMathGL::OnNextSlide(wxTimerEvent& ) { NextSlide(); } //----------------------------------------------------------------------------- void wxMathGL::SetPer(int p) { if(100*per!=p && p>=0 && p<100) { per = 0.01*p; Repaint(); } } //----------------------------------------------------------------------------- void wxMathGL::SetPhi(int p) { if(phi!=p) { phi = p; Repaint(); } } //----------------------------------------------------------------------------- void wxMathGL::SetTet(int t) { if(tet!=t) { tet = t; Repaint(); } } //----------------------------------------------------------------------------- void wxMathGL::SetAlpha(bool a) { if(alpha!=a) { alpha = a; Update(); } } //----------------------------------------------------------------------------- void wxMathGL::SetLight(bool l) { if(light!=l) { light = l; Update(); } } //----------------------------------------------------------------------------- void wxMathGL::SetZoom(bool z) { if(zoom!=z) { zoom=z; rotate=false; Repaint(); } } //----------------------------------------------------------------------------- void wxMathGL::SetRotate(bool r) { if(rotate!=r) { zoom=false; rotate=r; Repaint(); } } //----------------------------------------------------------------------------- void wxMathGL::ShiftDown() { mreal d=(y2-y1)/3; y1+=d; y2+=d; Repaint(); } //----------------------------------------------------------------------------- void wxMathGL::ShiftUp() { mreal d=(y2-y1)/3; y1-=d; y2-=d; Repaint(); } //----------------------------------------------------------------------------- void wxMathGL::ShiftRight() { mreal d=(x2-x1)/3; x1-=d; x2-=d; Repaint(); } //----------------------------------------------------------------------------- void wxMathGL::ShiftLeft() { mreal d=(x2-x1)/3; x1+=d; x2+=d; Repaint(); } //----------------------------------------------------------------------------- void wxMathGL::Restore() { SetPhi(0); SetTet(0); SetPer(0); x1=y1=0; x2=y2=1; zoom=rotate=false; Repaint(); } //----------------------------------------------------------------------------- void wxMathGL::ZoomIn() { mreal d; d = (y2-y1)/4; y1 += d; y2 -= d; d = (x2-x1)/4; x1 += d; x2 -= d; Repaint(); } //----------------------------------------------------------------------------- void wxMathGL::ZoomOut() { mreal d; d = (y2-y1)/2; y1 -= d; y2 += d; d = (x2-x1)/2; x1 -= d; x2 += d; Repaint(); } //----------------------------------------------------------------------------- void wxMathGL::Update() { if(draw_func || draw_cl) { if(mgl_get_flag(gr,MGL_CLF_ON_UPD)) mgl_set_def_param(gr); mgl_set_def_param(gr); mgl_reset_frames(gr); mgl_set_alpha(gr,alpha); mgl_set_light(gr,light); if(draw_func) draw_func(gr, draw_par); // drawing itself else if(draw_cl) { mglGraph g(gr); draw_cl->Draw(&g); } const char *buf = mgl_get_mess(gr); if(*buf) { wxMessageDialog dlg(this, wxString(buf,wxConvLocal), appName, wxOK); dlg.ShowModal(); } } else if(mgl_get_num_frame(gr)>0) { mgl_set_alpha(gr,alpha); mgl_set_light(gr,light); // mgl_zoom(gr,x1,y1,x2,y2); mgl_view(gr,-phi,-tet,0); mgl_get_frame(gr,0); } MousePos.Empty(); Repaint(); } //----------------------------------------------------------------------------- wxBitmap MGL_EXPORT ConvertFromGraph(HMGL gr) { const unsigned char *bb = mgl_get_rgb(gr); int w=mgl_get_width(gr), h=mgl_get_height(gr); unsigned char *tmp = (unsigned char *)malloc(3*w*h); memcpy(tmp,bb,3*w*h); wxImage img(w, h); img.SetData(tmp); return wxBitmap(img); } //----------------------------------------------------------------------------- void wxMathGL::Repaint() { mgl_zoom(gr,x1,y1,x2,y2); mgl_view(gr,-phi,-tet,0); mgl_ask_perspective(gr, per); pic = ConvertFromGraph(gr); wxSize sz=GetSize(); if(pic.GetWidth()!=sz.GetWidth() || pic.GetHeight()!=sz.GetHeight()) SetSize(pic.GetWidth(), pic.GetHeight()); Refresh(); } //----------------------------------------------------------------------------- void wxMathGL::OnMouseLeftDown(wxMouseEvent &ev) { long x=ev.GetX(), y=ev.GetY(); if(!zoom && !rotate) { mglPoint p = gr->CalcXYZ(x, y); MousePos.Printf(wxT("x=%g, y=%g, z=%g"),p.x,p.y,p.z); Refresh(); // emit mouseClick(p.x,p.y,p.z); } xe=x0=x; ye=y0=y; ev.Skip(); } //----------------------------------------------------------------------------- void wxMathGL::OnMouseDown(wxMouseEvent &ev) { xe=x0=ev.GetX(); ye=y0=ev.GetY(); ev.Skip(); } //----------------------------------------------------------------------------- void wxMathGL::OnMouseLeftUp(wxMouseEvent &) { if(zoom) { int w1=GetSize().GetWidth(),h1=GetSize().GetHeight(); mreal _x1,_x2,_y1,_y2; _x1 = x1+(x2-x1)*(x0-GetPosition().x)/mreal(w1); _y1 = y2-(y2-y1)*(ye-GetPosition().y)/mreal(h1); _x2 = x1+(x2-x1)*(xe-GetPosition().x)/mreal(w1); _y2 = y2-(y2-y1)*(y0-GetPosition().y)/mreal(h1); x1=_x1; x2=_x2; y1=_y1; y2=_y2; if(x1>x2) { _x1=x1; x1=x2; x2=_x1; } if(y1>y2) { _x1=y1; y1=y2; y2=_x1; } x0 = xe; y0 = ye; Update(); } } //----------------------------------------------------------------------------- void wxMathGL::OnMouseRightUp(wxMouseEvent &ev) { if(popup && !rotate) PopupMenu(popup, ev.GetPosition()); } //----------------------------------------------------------------------------- void wxMathGL::OnMouseMove(wxMouseEvent &ev) { long w=GetSize().GetWidth(), h=GetSize().GetHeight(); xe=ev.GetX(); ye=ev.GetY(); if(rotate) { if(ev.ButtonDown(wxMOUSE_BTN_LEFT)) // rotate { mreal ff = 240/sqrt(mreal(w*h)); phi += int((x0-xe)*ff); tet += int((y0-ye)*ff); if(phi>180) phi-=360; if(phi<-180) phi+=360; if(tet>180) tet-=360; if(tet<-180) tet+=360; // Update(); } if(ev.ButtonDown(wxMOUSE_BTN_RIGHT)) // zoom and perspective { mreal ff = 2.*(y0-ye)/w, gg = 0.5*(xe-x0)/h; mreal cx = (x1+x2)/2, cy = (y1+y2)/2; x1 = cx+(x1-cx)*exp(-ff); x2 = cx+(x2-cx)*exp(-ff); y1 = cy+(y1-cy)*exp(-ff); y2 = cy+(y2-cy)*exp(-ff); per = per + gg; if(per<0) per = 0; if(per>=1) per = 0.9999; // Update(); } if(ev.ButtonDown(wxMOUSE_BTN_MIDDLE)) // shift { mreal ff = 1./sqrt(mreal(w*h)); mreal dx = (x0-xe)*ff*(x2-x1), dy = (y0-ye)*ff*(y2-y1); x1 += dx; x2 += dx; y1 -= dy; y2 -= dy; } x0 = xe; y0 = ye; Update(); } // if(zoom) Update(); if(zoom) Refresh(0); } //----------------------------------------------------------------------------- wxString mglSetExtension(wxString &fname, const char *ext) { wxString oname; if(fname.Right(4)!=wxChar('.')+wxString(ext,*wxConvCurrent)) oname = fname+wxChar('.')+wxString(ext,*wxConvCurrent); return oname; } //----------------------------------------------------------------------------- // NOTE: this is replacement for wxString::char_str() which is for v.2.8 or later const char *mglw_str(const wxString &str) { static char *buf=0; if(buf) delete []buf; size_t i, n=str.Len(); buf = new char[n+1]; buf[n]=0; for(i=0;iOpen()) { wxTheClipboard->SetData( new wxBitmapDataObject(pic) ); wxTheClipboard->Close(); } } //----------------------------------------------------------------------------- void wxMathGL::SetSize(int w, int h) { mgl_set_size(gr,w,h); wxWindow::SetSize(w, h); Update(); } //----------------------------------------------------------------------------- void wxMathGL::Adjust() { wxSize sz=GetSize(); mgl_set_size(gr,sz.GetWidth(),sz.GetHeight()); Repaint(); } //----------------------------------------------------------------------------- void wxMathGL::NextSlide() { mglCanvasWnd *g = dynamic_cast(gr); if(g && g->GetNumFig()>1) g->NextFrame(); } //----------------------------------------------------------------------------- void wxMathGL::PrevSlide() { mglCanvasWnd *g = dynamic_cast(gr); if(g && g->GetNumFig()>1) g->PrevFrame(); } //----------------------------------------------------------------------------- void wxMathGL::Animation(bool st) { if(st) timer->Start(int(mgl_wnd_get_delay(gr)*1000)); else timer->Stop(); } //----------------------------------------------------------------------------- void wxMathGL::About() { wxString s = wxT("MathGL v. 2.") + wxString::Format(wxT("%g"),MGL_VER2) + wxT("\n(c) Alexey Balakin, 2007\nhttp://mathgl.sourceforge.net/"); wxMessageBox(s, wxT("MathGL - about"), wxOK|wxICON_INFORMATION, this); } //----------------------------------------------------------------------------- mathgl-2.4.1/widgets/image.cpp0000664000175000017500000065600013134046554016030 0ustar balakinbalakin/* image.cpp is part of UDAV * Copyright (C) 2007-2014 Alexey Balakin * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public License * as published by the Free Software Foundation * * 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., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA */ #include "mgl2/define.h" #include "image.h" static const unsigned char idata_load[] = {0,0,0,0,0,0,0,3,0,0,0,73,0,0,0,75,0,0,0,75,0,0,0,75,0,0,0,75,0,0,0,75,0,0, 0,61,9,9,9,8,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,84,127,181,201, 40,76,118,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,232,231,231,255,42,42,41,150,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,84,127,181,0,74,115,167,255,81,114,155,255,255,255,255, 255,246,246,246,255,248,248,248,255,249,248,248,255,245,244,244,255,235,235,235, 255,196,196,196,254,255,255,254,255,59,81,106,255,81,126,184,255,84,131,188,255, 84,129,187,255,88,135,194,213,0,0,0,0,61,100,146,255,74,106,144,255,255,255, 255,255,248,248,248,255,248,248,248,255,249,249,249,255,246,246,246,255,239,238, 238,255,160,160,160,255,255,255,255,255,228,225,222,255,78,97,119,255,120,162, 215,255,124,169,225,255,73,118,173,255,0,0,0,0,47,82,122,255,62,94,135,255,255, 255,255,255,248,247,247,255,249,249,249,255,249,249,249,255,247,247,247,255,242, 242,242,255,154,154,154,255,255,255,255,255,241,239,239,255,225,221,219,255,55, 79,109,255,104,148,205,255,48,82,123,255,0,0,0,0,43,75,113,255,47,82,122,255, 255,255,255,255,248,247,247,255,249,249,249,255,249,249,249,255,248,248,248,255, 245,245,245,255,161,160,160,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,252,250,255,70,93,121,255,42,75,115,255,0,0,0,0,37,70,106,255,33,67,109,255, 255,255,255,255,247,247,247,255,248,248,248,255,250,249,249,255,251,251,250,255, 250,249,249,255,235,235,235,255,184,184,184,255,180,179,179,255,173,172,172,255, 178,176,176,255,244,242,240,255,14,42,74,255,0,0,0,0,34,65,100,255,17,52,94,255, 255,255,255,255,248,248,248,255,251,250,250,255,250,249,250,255,223,225,229,255, 207,211,216,255,206,210,214,255,204,207,213,255,201,205,209,255,198,200,206,255, 193,196,202,255,224,226,229,255,0,20,49,255,0,0,0,0,24,57,91,255,0,30,69,255, 232,232,234,255,206,209,213,255,208,210,214,255,181,187,195,255,135,162,190,255, 167,205,235,255,168,205,234,255,169,205,235,255,168,205,235,255,168,205,235,255, 168,205,235,255,170,206,235,255,188,224,252,255,147,177,203,186,79,118,159,255, 188,224,251,255,167,204,234,255,166,203,233,255,166,204,234,255,168,206,235,255, 170,206,234,255,133,171,218,255,130,166,215,255,128,166,215,255,127,166,215,255, 130,166,215,255,128,166,215,255,128,166,215,255,135,173,225,255,72,93,120,255, 80,121,169,255,131,169,220,255,124,163,214,255,125,163,214,255,125,163,214,255, 126,163,214,255,126,163,214,255,129,166,216,255,128,167,216,255,128,167,216,255, 128,167,216,255,130,167,216,255,129,167,216,255,129,167,216,255,135,174,225,255, 73,95,123,255,81,122,170,255,138,174,224,255,131,169,219,255,131,169,219,255, 134,169,219,255,131,169,219,255,135,169,219,255,133,169,219,255,132,169,219,255, 131,169,219,255,134,169,219,255,131,169,219,255,134,169,219,255,132,169,218,255, 137,177,228,255,74,95,124,255,57,103,155,255,64,118,180,255,63,116,176,255,63, 116,176,255,63,116,176,255,63,116,176,255,64,116,176,255,63,116,176,255,64,116, 176,255,63,116,176,255,63,116,176,255,63,116,176,255,63,116,176,255,63,116,176, 255,67,122,185,255,39,68,102,255,88,127,173,255,135,173,223,255,132,169,218,255, 133,169,218,255,134,169,218,255,133,169,218,255,132,169,218,255,132,169,218,255, 133,169,218,255,134,169,218,255,133,169,218,255,131,169,218,255,133,169,218,255, 132,169,218,255,138,176,227,255,80,100,129,255,74,117,166,185,129,168,221,255, 125,163,216,255,126,164,216,255,124,163,216,255,120,163,217,255,124,163,217,255, 126,164,217,255,126,164,217,255,126,163,217,255,121,163,217,255,122,163,216,255, 126,164,216,255,126,163,216,255,129,169,224,255,69,95,128,175,0,24,56,65,0,19, 51,122,0,20,51,123,0,19,50,124,0,19,50,125,0,19,49,126,0,19,49,127,0,18,48,129, 0,18,48,129,0,18,49,127,0,19,49,126,0,19,50,125,0,19,50,124,0,20,51,123,0,19, 51,122,0,27,61,66}; MGL_EXPORT Fl_RGB_Image img_load(idata_load, 16, 16, 4, 0); static const unsigned char idata_save[] = {108,133,119,124,77,121,145,126,56,103,139,111,56,103,139,140,56,103,139, 212,56,103,139,255,61,105,138,248,74,113,128,229,88,120,122,133,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,66,112,146,94,98,150,187,126,129,173, 209,93,177,206,230,205,208,223,239,255,197,219,236,255,155,194,223,255,104,139, 160,253,67,110,136,253,106,127,90,27,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,107,127,136,150,102,113,115,255,98,112,117,255,74,109,133,255,65,116, 154,255,68,120,159,255,158,191,217,255,193,217,235,255,81,134,175,255,78,106, 125,255,110,112,107,255,110,112,107,255,110,112,107,255,110,112,107,255,110,112, 107,255,110,112,107,128,107,113,110,255,226,230,221,255,255,255,255,255,221,225, 214,255,201,214,221,255,110,153,182,255,56,103,139,255,171,203,226,255,146,183, 211,255,84,125,155,255,213,223,229,255,255,255,255,255,255,255,255,255,255,255, 255,255,244,244,244,255,110,112,107,255,114,117,107,255,253,253,253,255,238,238, 238,255,237,237,237,255,223,226,222,255,119,152,176,255,56,103,139,255,121,167, 202,255,143,179,206,255,61,107,142,255,172,188,195,255,237,237,238,255,237,238, 238,255,237,238,237,255,243,244,243,255,110,112,107,255,110,112,107,255,252,251, 252,255,235,236,236,255,56,103,139,255,56,103,139,255,56,103,139,255,56,103,139, 255,121,167,202,255,88,146,189,255,56,103,139,255,56,103,139,255,56,103,139,255, 56,103,139,255,236,236,236,255,243,243,243,255,110,112,107,255,110,112,107,255, 250,250,250,255,233,233,234,255,202,207,196,255,56,103,139,255,152,191,220,255, 113,159,191,255,113,159,191,255,113,159,191,255,115,159,192,255,150,187,216,255, 56,103,139,255,149,169,175,255,234,233,234,255,242,242,242,255,110,112,107,255, 110,112,107,255,249,249,249,255,250,250,250,255,228,228,228,255,197,203,191,255, 56,103,139,255,152,191,220,255,115,159,192,255,115,159,192,255,171,200,223,255, 56,103,139,255,146,166,172,255,228,228,228,255,244,244,244,255,241,241,241,255, 110,112,107,255,110,112,107,255,249,249,249,255,238,238,238,255,250,250,250,255, 228,228,228,255,197,203,191,255,56,103,139,255,172,203,227,255,152,191,220,255, 59,107,143,255,146,166,172,255,228,228,228,255,250,250,250,255,238,238,238,255, 241,241,241,255,110,112,107,255,110,112,107,255,247,247,247,255,227,227,227,255, 238,238,238,255,250,250,250,255,250,250,250,255,206,212,200,255,63,108,142,255, 56,103,139,255,154,174,180,255,250,250,250,255,252,252,252,255,238,238,238,255, 227,227,227,255,240,240,240,255,110,112,107,255,110,112,107,255,254,254,254,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,244,244,244,255,244,244,244,255,235,235,235,255, 235,235,235,255,227,227,227,255,240,240,240,255,110,112,107,255,110,112,107,255, 206,206,206,255,201,201,201,255,201,201,201,255,201,201,201,255,201,201,201,255, 197,197,197,255,201,201,201,255,201,201,201,255,197,197,197,255,197,197,197,255, 197,197,197,255,197,197,197,255,197,197,197,255,214,214,214,255,110,112,107,255, 110,112,107,255,206,206,206,255,197,197,197,255,159,159,159,255,175,175,175,255, 188,188,188,255,196,196,196,255,200,200,200,255,208,208,208,255,169,169,169,255, 210,210,210,255,169,169,169,255,210,210,210,255,185,185,185,255,202,202,202,255, 110,112,107,255,110,112,107,255,205,205,205,255,195,195,195,255,170,170,169,255, 180,180,180,255,194,194,194,255,196,196,196,255,200,200,200,255,203,203,203,255, 168,167,168,255,209,209,209,255,168,167,167,255,209,209,209,255,183,182,182,255, 202,202,202,255,110,112,107,255,110,112,107,255,221,221,221,255,220,220,220,255, 220,220,220,255,220,220,220,255,213,213,213,255,213,213,213,255,207,207,207,255, 207,207,207,255,207,207,207,255,207,207,207,255,207,207,207,255,207,207,207,255, 207,207,207,255,202,202,202,255,110,112,107,255,110,112,107,128,110,112,107,255, 110,112,107,255,110,112,107,255,110,112,107,255,110,112,107,255,110,112,107,255, 110,112,107,255,110,112,107,255,110,112,107,255,110,112,107,255,110,112,107,255, 110,112,107,255,110,112,107,255,110,112,107,255,110,112,107,128}; MGL_EXPORT Fl_RGB_Image img_save(idata_save, 16, 16, 4, 0); static const unsigned char idata_calc[] = {255,255,255,0,255,255,255,0,0,0,0,7,69,69,69,138,121,121,121,185,124,124, 124,187,122,122,122,188,121,121,121,187,118,118,118,187,118,118,118,187,118,118, 118,186,119,119,119,185,77,77,77,136,0,0,0,3,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,0,0,0,81,206,206,206,255,119,119,119,255,114,115,113, 255,116,118,116,255,117,119,116,255,116,118,116,255,104,106,103,255,73,75,72, 255,77,77,76,255,195,195,195,255,0,0,0,66,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,0,0,0,96,211,211,211,255,105,105,105,255,192,204,183,255, 189,202,181,255,191,203,183,255,179,194,169,255,157,173,146,255,155,171,144,255, 103,105,101,255,195,195,195,255,0,0,0,81,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,0,0,0,96,206,206,206,255,75,75,75,255,77,77,77,255,66,67,66, 255,54,55,54,255,49,50,49,255,49,50,49,255,60,60,60,255,61,61,61,255,190,190, 190,255,0,0,0,81,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0, 96,224,224,224,255,196,196,196,255,200,200,200,255,198,198,198,255,193,193,193, 255,193,193,193,255,193,193,193,255,194,194,194,255,199,199,199,255,228,228,228, 255,0,0,0,82,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,96, 223,223,223,255,62,62,62,255,62,62,62,255,238,238,238,255,62,62,62,255,59,59,59, 255,224,224,224,255,62,62,62,255,62,62,62,255,234,234,234,255,0,0,0,82,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,96,219,219,219,255,237, 237,237,255,242,242,242,255,235,235,235,255,231,231,231,255,231,231,231,255,231, 231,231,255,234,234,234,255,240,240,240,255,232,232,232,255,0,0,0,83,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,96,215,215,215,255,62,62, 62,255,62,62,62,255,230,230,230,255,61,61,61,255,59,59,59,255,219,219,219,255, 62,62,62,255,62,62,62,255,229,229,229,255,0,0,0,83,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,0,0,0,96,212,212,212,255,234,234,234,255,238,238, 238,255,227,227,227,255,226,226,226,255,226,226,226,255,226,226,226,255,232,232, 232,255,236,236,236,255,227,227,227,255,0,0,0,83,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,0,0,0,96,209,209,209,255,62,62,62,255,62,62,62,255, 224,224,224,255,61,61,61,255,59,59,59,255,216,216,216,255,62,62,62,255,62,62,62, 255,225,225,225,255,0,0,0,83,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,0,0,0,96,207,207,207,255,231,231,231,255,225,225,225,255,222,222,222,255, 222,222,222,255,222,222,222,255,223,223,223,255,229,229,229,255,232,232,232,255, 223,223,223,255,0,0,0,83,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255, 0,0,0,0,96,204,204,204,255,62,62,62,255,62,62,62,255,219,219,219,255,62,62,62, 255,60,60,60,255,213,213,213,255,65,65,65,255,65,65,65,255,220,220,220,255,0,0, 0,83,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,96,202,202, 202,255,218,218,218,255,213,213,213,255,217,217,217,255,213,213,213,255,211,211, 211,255,220,220,220,255,54,54,54,255,56,56,56,255,218,218,218,255,0,0,0,83,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,96,200,200,200,255,61, 61,61,255,61,61,61,255,215,215,215,255,61,61,61,255,60,60,60,255,212,212,212, 255,49,49,49,255,49,49,49,255,216,216,216,255,0,0,0,83,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,0,0,0,91,184,184,184,255,213,213,213,255,213, 213,213,255,213,213,213,255,213,213,213,255,214,214,214,255,217,217,217,255,223, 223,223,255,223,223,223,255,204,204,204,255,0,0,0,79,255,255,255,0,255,255,255, 0,255,255,255,0,255,255,255,0,0,0,0,21,71,71,71,224,101,101,101,243,101,101, 101,243,101,101,101,243,101,101,101,243,102,102,102,243,105,105,105,243,109,109, 109,244,108,108,108,244,71,71,71,226,0,0,0,12,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_calc(idata_calc, 16, 16, 4, 0); static const unsigned char idata_undo[] = {166,127,0,27,166,127,0,33,255,255,255,0,255,255,255,0,166,127,0,34,169,131, 2,129,180,146,16,192,195,169,53,239,200,173,68,243,183,147,25,198,167,129,1, 136,166,127,0,43,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,173, 138,12,220,185,156,29,245,166,127,0,85,168,131,2,108,196,169,36,247,235,211,84, 255,243,222,100,255,249,236,113,255,249,236,114,255,244,223,105,255,238,209,89, 255,200,163,33,245,168,128,1,126,166,127,0,4,255,255,255,0,255,255,255,0,176, 145,13,243,241,217,103,255,197,172,39,249,221,197,72,250,245,223,103,255,247, 229,103,255,247,229,103,255,247,229,103,255,247,229,103,255,247,229,103,255,247, 229,103,255,245,224,105,255,224,185,63,249,170,131,3,205,166,127,0,6,255,255, 255,0,176,145,13,243,243,217,105,255,243,217,105,255,243,220,104,255,243,219, 102,255,243,218,101,255,239,204,95,255,232,183,62,255,232,183,58,255,238,200,84, 255,243,217,102,255,243,217,101,255,243,218,104,255,201,162,53,249,166,127,1, 137,255,255,255,0,176,145,13,244,238,209,100,255,239,211,99,255,239,212,99,255, 235,205,85,255,222,170,33,255,213,156,14,255,200,150,20,254,197,144,25,254,205, 136,6,255,226,162,39,255,238,202,92,255,239,204,95,255,234,198,91,255,158,120, 18,246,166,127,0,55,177,145,13,244,235,203,93,255,235,207,92,255,233,206,86, 255,218,179,22,255,195,157,17,254,149,120,13,246,163,125,2,177,160,123,3,166, 133,103,8,247,153,101,5,249,224,156,31,250,236,193,86,253,236,193,85,255,174, 136,51,254,165,126,0,149,176,144,13,244,227,187,64,255,230,200,80,255,231,207, 78,255,225,201,46,255,215,186,17,255,171,137,14,244,166,127,0,81,255,255,255,0, 166,127,0,21,165,126,6,243,202,132,3,214,227,167,51,227,232,180,72,243,195,147, 54,254,156,118,3,212,169,133,5,239,194,156,22,248,196,159,23,253,202,170,38, 253,208,178,40,254,213,185,32,254,209,178,24,252,169,130,3,232,166,127,0,42,255, 255,255,0,168,129,1,156,197,139,7,202,222,150,26,174,228,168,57,197,214,157,52, 223,140,104,3,250,166,127,0,60,166,127,0,180,166,127,0,252,166,127,0,255,166, 127,1,255,166,127,0,255,166,127,0,255,166,127,0,233,166,127,0,42,255,255,255,0, 168,128,1,159,193,136,6,184,219,139,4,137,220,143,11,159,199,130,8,184,142,105, 2,249,255,255,255,0,255,255,255,0,255,255,255,0,199,129,3,1,201,132,4,5,141, 117,22,3,255,255,255,0,255,255,255,0,255,255,255,0,166,127,0,27,173,133,4,239, 208,142,8,108,218,137,0,111,218,137,0,123,162,107,3,171,159,120,1,204,255,255, 255,0,255,255,255,0,255,255,255,0,218,141,4,1,217,148,9,6,174,132,20,5,145,126, 26,1,166,127,0,17,166,127,0,152,167,128,1,235,185,143,8,146,216,150,11,73,217, 143,5,84,218,137,0,95,151,107,4,168,166,127,0,146,255,255,255,0,255,255,255,0, 255,255,255,0,217,148,9,1,215,156,16,1,255,255,255,0,206,165,29,1,184,152,28,4, 177,143,15,19,202,163,29,22,214,164,23,42,215,158,17,52,216,150,11,60,196,135,7, 73,158,119,2,235,166,127,0,51,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,214,162,22,1,255,255,255,0,255,255,255,0,211,181,37,1,211,181,38,4, 212,178,35,10,213,172,30,26,214,165,23,32,215,155,17,29,165,124,5,115,166,127,0, 106,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,209,192,46,1,210,187,42,4, 211,179,36,12,215,171,32,11,201,149,24,12,163,109,5,2,255,255,255,0,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,215,188,46,1,213,167,25,2, 220,162,23,1,213,128,0,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_undo(idata_undo, 16, 16, 4, 0); static const unsigned char idata_redo[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,140,0,37,1,141,1, 128,7,145,4,189,8,145,6,238,10,146,9,240,15,149,11,193,3,142,2,123,0,140,0,29, 255,255,255,0,255,255,255,0,0,140,0,27,0,140,0,25,255,255,255,0,255,255,255,0,0, 140,0,2,1,141,1,118,4,144,3,245,50,174,41,255,88,196,72,255,134,219,110,255,133, 219,110,255,93,198,78,255,53,174,43,255,5,144,3,247,5,142,3,102,0,140,0,78,2, 142,2,244,3,142,2,219,255,255,255,0,0,140,0,5,1,141,1,198,23,156,17,248,114,215, 94,255,127,223,103,255,127,223,103,255,127,223,103,255,127,223,103,255,127,223, 103,255,127,223,103,255,105,208,88,255,20,154,15,251,4,143,2,249,92,198,76,255, 2,141,1,244,255,255,255,0,0,140,0,131,20,152,16,248,103,214,88,255,101,212,85, 255,102,212,86,255,85,207,73,255,58,198,49,255,60,200,52,255,94,210,84,255,100, 211,84,255,101,212,85,255,102,212,86,255,102,210,88,255,101,209,87,255,2,141,1, 244,0,140,0,51,2,141,2,245,72,194,63,255,77,203,67,255,76,203,67,255,35,190,32, 255,15,176,10,255,16,159,9,254,24,164,17,254,20,181,13,255,20,185,18,255,64,199, 55,255,77,203,67,255,77,203,67,255,80,202,70,255,2,141,1,244,0,140,0,147,25, 153,22,254,56,196,51,255,56,196,51,255,24,187,23,255,14,151,10,253,2,139,1,246, 2,140,1,173,1,140,1,184,2,140,1,244,25,161,16,253,5,181,5,255,51,193,46,255, 56,196,51,255,62,195,54,255,1,141,1,244,1,140,1,207,32,166,27,253,38,189,36, 248,30,187,29,236,18,173,13,221,1,140,1,244,0,140,0,26,255,255,255,0,0,140,0,78, 3,141,1,244,23,175,15,255,18,184,17,255,35,188,34,255,38,189,36,255,39,189,34, 255,1,141,1,244,0,140,0,249,29,180,25,215,22,185,22,196,11,181,11,178,13,153,8, 203,1,141,0,159,255,255,255,0,0,140,0,42,0,140,0,234,57,189,33,250,50,188,32, 254,54,186,36,254,54,184,37,253,51,182,31,253,50,178,29,249,1,140,0,240,0,140,0, 249,15,175,10,176,3,181,3,156,1,180,1,141,11,151,6,184,1,141,0,159,255,255,255, 0,0,140,0,45,0,140,0,237,0,140,0,255,0,140,0,255,0,138,0,248,0,134,0,234,0, 131,0,220,0,127,0,204,0,124,0,104,0,140,0,204,17,157,9,164,0,180,0,121,0,180,0, 108,23,174,12,107,1,134,1,219,0,129,0,21,255,255,255,0,255,255,255,0,255,255, 255,0,67,170,35,4,41,186,21,5,32,183,16,1,255,255,255,0,255,255,255,0,255,255, 255,0,0,124,0,111,16,138,10,149,0,180,0,90,0,180,0,80,10,182,5,69,28,146,15,101, 3,107,2,104,0,100,0,59,0,96,0,8,67,172,36,1,62,183,33,5,27,187,14,8,18,184,9, 1,255,255,255,0,255,255,255,0,255,255,255,0,0,98,0,18,11,111,6,96,19,173,12, 67,8,182,4,55,21,185,11,47,33,188,17,38,66,200,37,16,56,188,31,9,59,183,31,5, 67,196,36,1,255,255,255,0,41,190,22,2,30,187,16,1,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,0,153,0,0,49,165,28,37,19,186,10,34,30,187,16,28,44, 191,23,22,56,194,30,8,65,196,35,4,70,198,37,2,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,12,140,6,2,58,183,32,15,54,195,29,14,52,193,28,10,67,197,35,3,79, 200,42,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,0,191,0,0,54,196,29,2,39,190,20,2,86,206,46,1,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0}; MGL_EXPORT Fl_RGB_Image img_redo(idata_redo, 16, 16, 4, 0); static const unsigned char idata_copy[] = {0,0,0,18,0,0,0,75,0,0,0,76,0,0,0,76,0,0,0,76,0,0,0,76,0,0,0,76,0,0,0,76,0, 0,0,76,0,0,0,76,0,0,0,75,0,0,0,18,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,76, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 0,0,0,77,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,77,255,255,255,255,234,235,235, 255,236,237,237,255,238,238,238,255,239,240,240,255,240,241,241,255,241,242,242, 255,242,242,242,255,242,242,242,255,255,255,255,255,0,0,0,78,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,77,255,255,255,255,237,238,238,255,239,240,240,255,226, 226,226,255,176,176,176,255,176,176,176,255,176,177,177,255,177,177,177,255,177, 177,177,255,184,184,184,255,0,0,0,128,0,0,0,71,0,0,0,71,0,0,0,70,0,0,0,16,0,0,0, 77,255,255,255,255,240,240,240,255,242,243,243,255,177,177,177,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,0,0,0,72,0, 0,0,77,255,255,255,255,243,243,243,255,245,245,245,255,177,178,178,255,255, 255,255,255,235,236,236,255,238,238,238,255,240,240,240,255,242,242,242,255,243, 244,244,255,244,245,245,255,245,245,245,255,245,245,245,255,255,255,255,255,0,0, 0,74,0,0,0,77,255,255,255,255,245,245,245,255,248,248,248,255,179,179,179,255, 255,255,255,255,238,238,238,255,240,241,241,255,243,243,243,255,245,245,245,255, 246,246,246,255,247,248,248,255,248,248,248,255,248,248,248,255,255,255,255,255, 0,0,0,74,0,0,0,77,255,255,255,255,247,247,247,255,250,250,250,255,180,180,180, 255,255,255,255,255,240,240,240,255,243,243,243,255,245,246,246,255,248,248,248, 255,249,249,249,255,250,250,250,255,250,250,250,255,250,250,250,255,255,255,255, 255,0,0,0,74,0,0,0,77,255,255,255,255,249,249,249,255,251,251,251,255,181,181, 181,255,255,255,255,255,242,242,242,255,245,245,245,255,248,248,248,255,250,250, 250,255,251,251,251,255,251,251,251,255,252,252,252,255,252,252,252,255,255,255, 255,255,0,0,0,74,0,0,0,77,255,255,255,255,250,250,250,255,251,251,251,255,181, 181,181,255,255,255,255,255,244,244,244,255,247,247,247,255,250,250,250,255,251, 251,251,255,252,252,252,255,252,252,252,255,253,253,253,255,253,253,253,255,255, 255,255,255,0,0,0,74,0,0,0,77,255,255,255,255,250,250,250,255,252,252,252,255, 181,181,181,255,255,255,255,255,245,246,246,255,249,249,249,255,251,251,251,255, 252,252,252,255,248,248,248,255,228,228,228,255,234,234,233,255,243,243,243,255, 241,243,244,254,0,0,0,70,0,0,0,75,251,251,251,254,255,255,255,255,255,255,255, 255,183,183,183,255,255,255,255,255,247,247,247,255,250,250,250,255,251,251,251, 255,253,253,253,255,228,228,228,255,254,254,254,255,254,254,254,255,244,244,243, 255,111,111,111,185,0,0,0,20,0,0,0,20,0,0,0,93,0,0,0,98,0,0,0,98,0,0,0,142,255, 255,255,255,248,248,248,255,250,250,250,255,252,252,252,255,253,253,253,255,231, 232,231,255,254,254,254,255,243,243,243,255,108,109,108,203,0,0,0,52,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,72,255,255,255,255,249,249,249,255,251, 251,251,255,252,252,252,255,254,254,254,255,234,235,234,255,243,243,243,255,115, 115,114,208,0,0,0,78,0,0,0,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,70, 251,251,251,254,255,255,255,255,255,255,255,255,255,255,255,255,250,252,253,255, 230,234,235,255,121,122,121,206,0,0,0,71,0,0,0,4,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,18,0,0,0,87,0,0,0,91,0,0,0,91,0,0,0,91,0,0,0,91,0,0,0, 90,0,0,0,40,0,0,0,2,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_copy(idata_copy, 16, 16, 4, 0); static const unsigned char idata_paste[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,74,227,227,227,255,218,218,218,255,218,218, 218,255,230,230,230,255,0,0,0,79,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,37,37,37,65,58,58,58,248,12,12,12,255,213,213,213,255,133,133,133, 254,255,255,255,255,255,255,255,255,132,132,132,254,213,213,213,255,7,7,7,255, 59,59,59,244,43,43,43,69,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,35,35,35,233,75,75,75, 254,20,20,20,255,255,255,255,255,243,243,243,255,236,236,236,255,236,236,236, 255,243,243,243,255,255,255,255,255,31,31,31,255,74,74,74,254,37,37,37,249,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,35,35,35,255,38,38,38,255,204,204,204,255,175,175, 175,255,176,176,176,255,176,176,176,255,176,176,176,255,176,176,176,255,176,176, 176,255,206,206,206,255,26,26,26,255,34,34,34,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,34,34,34,255,34,34,34,255,255,255,255,255,243,243,243,255,245,245,245,255, 246,246,246,255,228,228,228,255,182,182,182,255,182,182,182,255,205,205,205,255, 7,7,7,255,17,17,17,255,0,0,0,97,0,0,0,106,0,0,0,106,1,1,1,66,31,31,31,255,37, 37,37,255,255,255,255,255,240,240,240,255,242,242,242,255,243,243,243,255,174, 174,174,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,254,255,255,255,255,255,255,255,255,255,255,255,255,0,0,0,111,30,30,30, 255,37,37,37,255,255,255,255,255,241,241,241,255,243,243,243,255,245,245,245, 255,176,176,176,255,255,255,255,255,221,222,223,255,226,227,227,255,229,230,231, 255,232,233,233,255,234,235,235,255,235,236,236,255,248,249,249,255,0,0,0,111, 27,27,27,255,38,38,38,255,255,255,255,255,241,241,241,255,244,244,244,255,245, 245,245,255,177,177,177,255,255,255,255,255,227,229,229,255,233,234,234,255,236, 237,237,255,238,239,239,255,240,241,241,255,241,242,242,255,255,255,255,255,0,0, 0,111,23,23,23,255,38,38,38,255,255,255,255,255,243,243,243,255,244,244,244, 255,246,246,246,255,179,179,179,255,255,255,255,255,233,234,234,255,237,238,238, 255,240,241,241,255,243,243,243,255,245,245,245,255,246,246,246,255,255,255,255, 255,0,0,0,111,22,22,22,255,37,37,37,255,255,255,255,255,243,243,243,255,245,245, 245,255,248,248,248,255,181,181,181,255,255,255,255,255,237,237,237,255,241,241, 241,255,244,244,244,255,247,247,247,255,249,249,249,255,250,250,250,255,255,255, 255,255,0,0,0,111,24,24,24,255,36,36,36,255,255,255,255,255,244,244,244,255,246, 246,246,255,249,249,249,255,182,182,182,255,255,255,255,255,240,241,241,255,244, 245,245,255,248,248,248,255,251,251,251,255,253,253,253,255,254,254,254,255,255, 255,255,255,0,0,0,111,28,28,28,255,33,33,33,255,255,255,255,255,243,243,243,255, 246,246,246,255,250,250,250,255,183,183,183,255,255,255,255,255,242,243,243,255, 247,247,247,255,225,225,225,255,179,180,179,255,179,179,179,255,184,184,184,255, 218,218,218,255,0,0,0,112,35,35,35,255,30,30,30,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,197,197,197,255,255,255,255,255,244,245,245, 255,250,250,250,255,222,222,222,255,202,202,202,255,255,255,255,254,255,255,255, 255,102,103,102,225,0,0,0,49,39,39,39,255,57,57,57,255,49,49,49,255,62,62,62, 255,69,69,69,255,73,73,73,255,40,40,40,255,255,255,255,255,246,246,246,255,251, 251,251,255,220,220,221,255,200,200,200,255,252,252,251,255,76,77,76,216,0,0,0, 49,0,0,0,0,104,109,109,247,46,46,46,255,50,50,50,255,49,49,49,255,48,48,48,255, 49,49,49,255,22,22,22,255,255,255,255,255,255,255,255,255,255,255,255,255,227, 229,229,255,187,187,187,255,53,53,53,215,0,0,0,40,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,44,0,0,0,111,0,0,0,110,0,0,0,110,0,0, 0,110,0,0,0,110,0,0,0,29,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_paste(idata_paste, 16, 16, 4, 0); static const unsigned char idata_find[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,0,0,0,98,0,0,0,204,0,0,0,129,255,255,255,0, 255,255,255,0,0,0,0,129,0,0,0,204,0,0,0,98,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,25,31,31,31, 252,106,106,106,255,36,36,36,255,0,0,0,41,0,0,0,38,36,36,36,255,106,106,106,255, 31,31,31,252,0,0,0,25,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,0,0,0,71,0,0,0,209,44,44,44,255,45,45,45,255,22,22,22,255,18,18, 18,246,18,18,18,246,22,22,22,255,43,43,43,255,44,44,44,255,0,0,0,209,0,0,0,71, 255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,36,27,27,27,251,115,115,115,255, 43,43,43,255,74,74,74,255,23,23,23,255,105,105,105,255,86,86,86,255,23,23,23, 255,74,74,74,255,43,43,43,255,115,115,115,255,27,27,27,251,0,0,0,36,255,255,255, 0,255,255,255,0,0,0,0,165,54,54,54,255,77,77,77,255,105,105,105,255,50,50,50, 255,78,78,78,255,19,19,19,255,1,1,1,255,77,77,77,255,50,50,50,255,105,105,105, 255,77,77,77,255,54,54,54,255,0,0,0,165,255,255,255,0,0,0,0,71,21,21,21,255,104, 104,104,255,129,126,125,255,120,120,120,255,35,35,35,255,39,39,39,255,24,24,24, 255,24,24,24,255,39,39,39,255,35,35,35,255,120,120,120,255,129,126,125,255,104, 104,104,255,21,21,21,255,0,0,0,71,0,0,0,190,85,83,82,255,54,42,36,255,56,40,31, 255,89,72,61,255,114,112,111,255,28,28,28,255,40,40,40,255,40,40,40,255,27,27, 27,255,114,112,111,255,89,72,61,255,56,40,31,255,54,42,36,255,85,83,82,255,0,0, 0,190,10,10,10,236,60,48,40,255,83,51,28,255,144,97,61,255,135,91,59,255,104, 88,77,255,23,23,23,255,1,1,1,207,1,1,1,207,23,23,23,255,104,88,77,255,132,87, 52,255,145,98,63,255,83,51,28,255,57,44,37,255,4,4,4,235,0,0,0,237,54,40,31, 255,72,33,0,255,134,67,11,255,144,73,11,255,118,98,82,255,14,14,14,246,0,0,0,19, 0,0,0,19,14,14,14,246,118,98,82,255,144,73,11,255,132,64,7,255,78,41,9,255,54, 40,30,255,0,0,0,237,0,0,0,142,38,37,35,255,105,87,70,255,149,114,84,255,171, 145,122,255,69,66,64,255,0,0,0,147,255,255,255,0,255,255,255,0,0,0,0,147,69,66, 64,255,171,145,122,255,149,114,84,255,105,87,70,255,38,37,35,255,0,0,0,142,0,0, 0,8,0,0,0,152,17,17,17,243,52,50,49,255,11,11,11,244,0,0,0,157,0,0,0,10,255, 255,255,0,255,255,255,0,0,0,0,10,0,0,0,157,11,11,11,244,52,50,49,255,16,16,16, 243,0,0,0,152,0,0,0,8,255,255,255,0,255,255,255,0,0,0,0,1,0,0,0,20,0,0,0,1,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 0,0,0,1,0,0,0,20,0,0,0,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_find(idata_find, 16, 16, 4, 0); static const unsigned char idata_prop[] = {0,0,0,0,153,153,153,172,129,129,129,255,129,129,129,255,129,129,129,255, 129,129,129,255,129,129,129,255,129,129,129,255,129,129,129,255,129,129,129,255, 129,129,129,255,129,129,129,255,129,129,129,255,129,129,129,255,129,129,129,86, 0,0,0,0,0,0,0,0,129,129,129,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,129,129,129, 255,0,0,0,0,0,0,0,0,129,129,129,255,255,255,255,255,236,236,236,255,234,234,234, 255,234,234,234,255,235,235,235,255,235,235,235,255,235,235,235,255,236,236,236, 255,236,236,236,255,237,237,237,255,240,240,240,255,255,255,255,255,129,129,129, 255,0,0,0,0,0,0,0,0,129,129,129,255,255,255,255,255,234,234,234,255,196,196,196, 255,197,197,197,255,197,197,197,255,198,198,198,255,198,198,198,255,198,198,198, 255,198,198,198,255,199,199,199,255,240,240,240,255,255,255,255,255,129,129,129, 255,0,0,0,0,0,0,0,0,129,129,129,255,255,255,255,255,234,234,234,255,235,235,235, 255,235,235,235,255,105,105,105,255,105,105,105,255,105,105,105,255,210,210,210, 255,237,237,237,255,238,238,238,255,240,240,240,255,255,255,255,255,129,129,129, 255,0,0,0,0,0,0,0,0,129,129,129,255,255,255,255,255,235,235,235,255,197,197,197, 255,198,198,198,255,176,176,176,255,88,88,88,255,88,88,88,255,88,88,88,255,198, 198,198,255,199,199,199,255,240,240,240,255,255,255,255,255,129,129,129,255,0,0, 0,0,0,0,0,0,129,129,129,255,255,255,255,255,235,235,235,255,105,105,105,255, 210,210,210,255,236,236,236,255,210,210,210,255,105,105,105,255,105,105,102,255, 236,236,236,255,238,238,238,255,240,240,240,255,255,255,255,255,129,129,129,255, 0,0,0,0,0,0,0,0,129,129,129,255,255,255,255,255,235,235,235,255,88,88,88,255, 88,88,88,255,176,176,176,255,88,88,88,255,106,106,106,255,106,106,106,255,210, 210,204,255,238,238,238,255,240,240,240,255,255,255,255,255,129,129,129,255,0,0, 0,0,0,0,0,0,129,129,129,255,255,255,255,255,236,236,236,255,105,105,105,255, 105,105,105,255,105,105,105,255,106,106,106,255,106,106,106,255,106,106,106,255, 106,106,106,255,214,214,214,255,240,240,240,255,255,255,255,255,129,129,129,255, 0,0,0,0,0,0,0,0,129,129,129,255,255,255,255,255,236,236,236,255,176,176,176, 255,88,88,88,255,88,88,88,255,88,88,88,255,88,88,88,255,89,89,89,255,98,98,98, 255,108,108,108,255,220,220,220,255,255,255,255,255,129,129,129,255,0,0,0,0,0,0, 0,0,129,129,129,255,255,255,255,255,236,236,236,255,237,237,237,255,238,238, 238,255,238,238,238,255,239,239,239,255,212,212,212,255,119,119,119,255,133,133, 133,255,144,144,144,255,157,157,157,255,255,255,255,255,129,129,129,255,0,0,0,0, 0,0,0,0,129,129,129,255,255,255,255,255,237,237,237,255,198,198,198,255,199, 199,199,255,199,199,199,255,200,200,200,255,200,200,200,255,181,181,181,255,146, 146,146,255,158,158,158,255,171,171,171,255,255,255,255,255,129,129,129,255,0,0, 0,0,0,0,0,0,129,129,129,255,255,255,255,255,237,237,237,255,237,237,237,255, 238,238,238,255,239,239,239,255,239,239,239,255,240,240,240,255,240,240,240,255, 224,224,224,255,173,173,173,255,186,186,186,255,255,255,255,255,129,129,129,255, 0,0,0,0,0,0,0,0,129,129,129,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,129,129,129, 255,0,0,0,0,0,0,0,0,149,149,149,180,129,129,129,255,129,129,129,255,129,129,129, 255,129,129,129,255,129,129,129,255,129,129,129,255,129,129,129,255,129,129,129, 255,129,129,129,255,129,129,129,255,129,129,129,255,129,129,129,255,149,149,149, 168,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_prop(idata_prop, 16, 16, 4, 0); static const unsigned char idata_alpha[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,71,101,107,40,57,81,85,160,58,81, 85,153,58,81,85,153,56,79,84,160,81,111,117,36,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,15,76,106,113,219,104,146,156,254,184, 255,255,255,177,249,255,255,177,249,255,255,183,255,255,255,107,147,156,254,17, 63,74,171,0,0,0,19,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,54,76,81,75,124,173, 185,255,180,252,255,254,132,186,200,255,81,88,91,255,120,136,140,255,121,137, 141,255,77,77,77,255,23,176,214,254,44,224,255,255,29,153,184,250,9,48,57,62,0, 0,0,4,0,0,0,0,0,0,0,8,31,40,43,141,161,226,243,253,171,240,255,255,172,242, 255,255,101,129,135,255,225,255,255,255,215,248,255,255,215,249,255,255,215,247, 255,255,66,132,148,255,40,214,255,255,42,214,255,255,38,195,234,250,26,136,162, 186,0,0,0,12,0,0,0,10,52,105,116,225,123,184,198,254,159,222,238,255,151,212, 227,255,194,226,233,255,214,248,255,255,215,248,255,255,215,248,255,255,214,248, 255,255,197,230,237,255,45,183,218,255,42,209,251,255,35,191,230,254,11,106,129, 249,0,44,55,38,0,0,0,0,6,20,24,74,66,176,204,255,77,176,200,254,58,87,92,255, 123,135,138,255,125,138,142,255,125,138,142,255,125,138,142,255,125,138,142,255, 125,138,141,255,59,74,78,255,5,134,165,255,0,190,237,255,0,90,112,172,6,0,0,0,0, 0,0,0,0,0,0,0,49,127,147,138,86,223,255,255,71,174,199,255,122,221,246,255, 129,236,255,255,129,236,255,255,129,236,255,255,129,236,255,255,132,240,255,255, 47,126,144,255,0,219,255,255,0,148,185,255,0,0,0,19,0,0,0,0,0,0,0,0,38,99,115, 0,0,0,0,16,63,164,188,232,76,197,228,254,114,209,231,255,127,228,254,255,128, 229,255,255,128,229,255,255,128,229,255,255,120,209,232,255,14,171,209,255,0, 187,234,255,0,86,107,86,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,14,38,44,111,81, 212,244,255,58,120,136,254,133,238,255,255,127,228,254,255,128,229,255,255,128, 229,255,255,96,192,216,255,0,183,230,255,0,150,187,215,0,0,0,15,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,81,213,245,0,0,0,0,0,33,87,100,194,63,167,192,255,112,198,220, 255,128,229,255,255,128,229,255,255,131,236,255,255,55,133,153,254,0,177,222, 255,0,0,0,61,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,9,23,27,23, 74,197,228,243,68,123,137,254,130,232,255,255,128,229,255,255,132,228,253,255, 0,118,150,255,0,85,106,181,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,10,26,30,130,79,197,226,255,117,209,232,255,129,231,255, 255,89,139,152,254,0,177,223,244,0,0,0,27,0,56,71,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,35,92,105,241,107,196,218,255,130, 230,255,254,20,128,153,255,0,40,48,121,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,19,55,64,49,44,91,101,251,116, 214,240,255,7,79,97,240,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,4,19,53,63,182,103,184,201,251, 6,0,0,26,0,63,79,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,14,25,28,144,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_alpha(idata_alpha, 16, 16, 4, 0); static const unsigned char idata_light[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,255,255,36,0,242,236,7,1, 252,199,57,2,204,204,0,0,248,246,0,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,255,230,7,2,0,0,0,0,254,201,68,7,253,218,31,9, 253,207,49,17,255,200,59,4,251,234,19,12,255,230,89,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,255,246,0,0,255,204,38,1,254,218,34,13,253,207,37,19, 254,199,43,40,253,204,30,62,253,203,33,68,254,200,42,51,253,220,20,23,253,199, 68,8,255,200,69,4,252,214,35,1,0,0,0,0,0,0,0,0,0,0,0,0,255,255,0,0,250,203,62, 3,251,213,35,18,254,196,48,44,253,204,26,107,240,182,37,162,240,188,75,212, 240,189,79,211,241,185,49,188,250,198,22,99,254,199,36,38,254,204,57,27,251,215, 38,7,255,247,0,0,0,0,0,0,0,0,0,0,255,248,0,1,254,238,15,10,254,198,50,48,248, 193,26,135,235,176,68,232,244,210,126,255,246,219,125,255,246,220,125,255,245, 215,127,255,237,188,89,239,245,186,25,153,254,203,41,62,251,228,20,15,248,240,0, 2,0,0,0,0,0,0,0,0,255,197,62,3,254,193,54,14,254,207,22,81,230,154,14,226,243, 207,91,255,247,223,99,255,249,230,104,255,249,231,105,255,248,226,101,255,244, 213,93,255,232,166,32,242,250,205,15,97,252,226,9,17,252,220,39,13,249,247,6,1, 255,255,64,0,253,201,67,6,254,195,55,43,243,181,24,155,231,160,3,255,245,214,60, 255,249,231,78,255,251,238,82,255,251,238,83,255,250,234,80,255,247,222,69,255, 236,182,14,255,237,172,14,182,254,195,52,63,254,198,69,18,253,197,51,2,255,255, 0,0,253,225,22,5,253,206,30,39,235,164,11,174,236,178,6,255,245,217,28,255, 250,235,46,255,252,242,54,255,252,243,55,255,251,237,49,255,247,224,33,255,240, 195,13,255,233,164,9,205,254,198,39,54,251,196,58,3,255,0,0,0,252,196,86,1,253, 198,66,13,254,202,43,50,236,168,12,172,236,179,6,255,246,219,28,255,250,236,44, 255,253,246,63,255,253,249,66,255,251,240,49,255,248,225,33,255,240,196,13,255, 234,167,11,206,253,194,46,65,253,187,70,17,251,181,61,3,255,255,0,1,252,233,18, 9,253,210,41,40,247,193,25,144,231,162,3,253,244,210,24,255,250,236,75,255, 253,247,114,255,253,248,117,255,251,240,84,255,246,219,34,255,236,181,7,255,240, 180,20,176,254,211,37,68,253,223,35,20,253,248,0,3,248,248,3,1,253,225,30,13, 254,206,48,21,254,199,36,63,232,161,8,194,237,184,11,255,248,226,80,255,253,246, 150,255,253,247,155,255,249,232,93,255,240,198,21,255,231,164,7,222,253,202,31, 97,253,205,50,39,252,218,41,16,248,235,15,3,0,0,0,0,255,128,0,0,254,201,66,3, 254,194,51,21,252,198,39,114,233,165,8,195,233,173,17,253,242,204,61,255,243, 208,66,255,236,182,24,254,232,167,7,213,250,192,36,123,254,191,58,51,252,212,42, 6,251,229,23,7,255,255,0,0,0,0,0,0,0,0,0,0,255,203,80,2,254,204,61,24,253,208, 39,28,254,205,32,72,247,195,24,131,237,171,19,171,236,170,16,166,245,190,26, 154,254,204,36,103,255,192,53,35,254,195,68,20,253,196,65,7,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,255,204,82,0,255,236,19,2,253,218,40,6,252,221,28,20,254,200,54, 47,254,193,56,45,254,191,46,35,254,206,49,57,253,206,44,36,254,216,46,15,255, 186,57,2,255,219,37,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,253,236, 13,3,251,231,17,8,254,198,66,7,254,198,74,9,255,188,53,2,254,223,34,17,250,214, 41,12,252,233,28,6,255,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,251,243,0,1,255,210,78,1,255,170,85,0,0,0,0,0,247,238,5,2,255, 255,0,0,255,255,0,0,255,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_light(idata_light, 16, 16, 4, 0); static const unsigned char idata_grid[] = {0,0,0,0,21,21,21,11,0,0,0,51,0,0,0,50,0,0,0,50,0,0,0,50,0,0,0,50,0,0,0,50, 0,0,0,50,0,0,0,50,0,0,0,50,0,0,0,50,0,0,0,50,0,0,0,51,21,21,21,11,0,0,0,0,0,0, 0,0,0,0,0,63,255,255,255,255,255,255,255,255,244,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,244,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,244,255,255,255,255,255,255,255,0,0,0,63,0,0,0,0,0,0,0,0,0,0,0, 62,255,255,255,255,225,224,220,255,170,199,233,255,223,223,224,255,224,225,226, 255,232,229,227,255,174,203,236,255,230,231,231,255,231,232,232,255,238,237,232, 255,176,206,238,255,255,255,255,255,0,0,0,62,0,0,0,0,0,0,0,0,0,0,0,62,255,255, 255,255,236,231,226,255,223,232,243,255,237,235,232,255,236,234,230,255,246,241, 235,255,226,237,247,255,245,242,238,255,243,240,237,255,251,245,240,255,228,237, 246,255,255,255,255,255,0,0,0,62,0,0,0,0,0,0,0,0,0,0,0,61,244,255,255,255,220, 230,241,255,0,98,255,255,226,235,244,255,178,207,239,255,227,237,246,255,0,98, 255,255,229,238,247,255,183,212,243,255,230,238,248,255,0,97,255,255,250,255, 255,255,0,0,0,62,0,0,0,0,0,0,0,0,0,0,0,61,255,255,255,255,235,232,230,255,226, 235,244,255,239,238,236,255,237,237,237,255,246,243,239,255,229,238,248,255,245, 244,242,255,242,242,242,255,251,248,244,255,231,240,250,255,255,255,255,255,0,0, 0,62,0,0,0,0,0,0,0,0,0,0,0,61,255,255,255,255,234,232,228,255,179,208,240,255, 236,236,236,255,238,239,239,255,246,242,239,255,184,213,245,255,244,243,243,255, 244,244,244,255,252,249,245,255,187,215,248,255,255,255,255,255,0,0,0,62,0,0,0, 0,0,0,0,0,0,0,0,61,255,255,255,255,243,240,233,255,227,237,247,255,246,244, 240,255,246,243,240,255,255,248,243,255,231,240,250,255,254,250,246,255,254,251, 246,255,255,255,248,255,233,242,252,255,255,255,255,255,0,0,0,62,0,0,0,0,0,0,0, 0,0,0,0,61,244,255,255,255,225,235,245,255,0,98,255,255,230,238,248,255,184, 213,245,255,231,240,250,255,0,97,255,255,233,242,252,255,189,217,250,255,234, 243,252,255,0,96,255,255,250,255,255,255,0,0,0,62,0,0,0,0,0,0,0,0,0,0,0,61,255, 255,255,255,243,240,236,255,229,238,248,255,246,245,243,255,244,244,244,255,255, 250,246,255,233,242,252,255,253,252,250,255,251,250,250,255,255,255,251,255,235, 243,253,255,255,255,255,255,0,0,0,62,0,0,0,0,0,0,0,0,0,0,0,61,255,255,255,255, 243,240,236,255,183,212,244,255,244,243,243,255,244,245,245,255,254,252,247,255, 190,218,251,255,251,250,250,255,251,251,251,255,255,255,252,255,193,221,253,255, 255,255,255,255,0,0,0,62,0,0,0,0,0,0,0,0,0,0,0,61,255,255,255,255,250,246,239, 255,230,239,249,255,252,249,245,255,253,251,246,255,255,255,249,255,234,243,253, 255,255,255,251,255,255,255,252,255,255,255,253,255,236,244,254,255,255,255,255, 255,0,0,0,62,0,0,0,0,0,0,0,0,0,0,0,61,243,255,255,255,228,237,247,255,0,97,255, 255,232,241,251,255,189,218,249,255,234,243,252,255,0,96,255,255,235,244,254, 255,193,221,253,255,236,244,254,255,0,96,255,255,250,255,255,255,0,0,0,62,0,0,0, 0,0,0,0,0,0,0,0,61,255,255,255,255,246,244,240,255,231,239,250,255,250,248, 246,255,249,248,248,255,255,254,250,255,235,243,253,255,255,254,253,255,254,254, 253,255,255,255,254,255,233,241,251,255,255,255,255,255,0,0,0,62,0,0,0,0,0,0,0, 0,0,0,0,62,255,255,255,255,255,255,255,255,211,240,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,210,239,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,209,239,255,255,255,255,255,255,0,0,0,63,0,0,0,0,0,0,0,0,16,16, 16,15,0,0,0,64,0,0,0,62,0,0,0,62,0,0,0,62,0,0,0,62,0,0,0,62,0,0,0,62,0,0,0,62, 0,0,0,62,0,0,0,61,0,0,0,61,0,0,0,62,16,16,16,13,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_grid(idata_grid, 16, 16, 4, 0); static const unsigned char idata_move[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,5,6,5,0,8,9,8,1,10,11,10,0,7,7,7,67,7,7,7, 89,13,14,13,0,10,10,10,2,8,8,8,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,1,2,1,0,0,0,0,0,0,0,0,0,255,255,255,0,0,0,0,4,100,101,100,206,114,114,114, 243,0,0,0,30,0,0,0,0,0,0,0,1,1,1,1,0,2,3,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,42,43,42,0,45,46,45,2,21,22,22,0,12,12,12,113,190,192,188,255,223,225, 221,255,45,45,45,170,220,221,220,0,251,253,250,1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,33,35,33,0,21,22,21,0,0,0,0,3,0,0,0,0,0,0,0,35,126,127,124,239,236, 239,232,254,233,237,230,249,165,166,164,255,0,0,0,95,0,0,0,0,20,21,19,5,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,50,51,50,2,17,18,17,2,0,0,0,0,0,0,0,64,70,72, 69,235,185,187,183,253,216,218,215,255,102,103,101,241,13,14,13,106,23,24,23,0, 33,35,33,2,87,87,87,1,13,13,13,2,39,40,39,0,16,17,16,1,41,42,41,2,10,10,10,0,4, 4,4,61,7,7,7,93,0,0,0,0,0,0,0,11,51,51,50,145,71,72,71,172,0,0,0,24,0,0,0,0, 11,11,11,69,12,12,12,114,0,0,0,1,0,0,0,0,19,19,19,2,0,0,0,0,0,0,0,8,18,19,18, 133,139,140,138,253,105,107,105,235,0,0,0,26,0,0,0,0,0,0,0,37,0,0,0,73,181,183, 179,3,255,255,255,0,68,69,68,187,165,167,164,255,63,64,63,195,0,0,0,45,0,0,0,0, 0,0,0,57,90,90,90,219,196,198,194,255,246,249,244,250,220,221,219,255,68,69, 68,179,0,0,0,17,101,103,100,228,163,165,162,255,22,23,22,112,18,19,19,112,184, 185,183,255,242,245,239,248,224,227,222,255,138,139,138,252,12,13,12,131,0,0,0, 67,100,101,100,229,202,204,200,255,238,241,235,251,211,213,210,255,62,63,62, 181,0,0,0,20,108,110,108,231,172,174,170,255,24,25,24,119,2,3,2,93,157,159,156, 255,243,246,239,251,206,208,203,255,130,130,129,237,12,13,12,112,0,0,0,0,0,0,0, 11,25,26,25,132,139,141,137,248,95,97,94,242,0,0,0,33,0,0,0,0,0,0,0,47,0,0,0, 88,94,96,93,4,251,255,248,0,52,53,52,183,136,138,135,255,47,48,47,155,0,0,0,23, 0,0,0,0,16,16,16,1,38,38,38,2,10,11,10,0,4,5,4,49,8,8,8,96,0,0,0,0,0,0,0,19, 58,58,58,160,82,82,82,186,0,0,0,34,0,0,0,0,4,5,4,54,2,2,2,65,8,8,8,0,60,61,60, 1,33,34,33,2,0,0,0,0,0,0,0,0,64,65,64,2,20,21,20,2,0,0,0,0,0,0,0,69,79,81,78, 246,195,197,194,254,224,226,222,254,113,114,112,251,13,14,13,116,24,25,24,0,45, 47,45,2,78,79,78,2,0,0,0,1,0,0,0,0,98,104,97,0,29,31,29,0,21,22,21,0,0,0,0,3,0, 0,0,0,0,0,0,28,121,123,120,232,233,236,230,255,232,236,229,249,160,161,159, 255,0,0,0,85,0,0,0,0,8,9,8,4,24,26,24,0,59,63,58,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,32,33,32,0,33,34,33,2,6,7,7,0,3,3,3,104,186,187,184,255,220,221,218,255, 36,37,37,160,132,133,132,0,160,162,160,1,255,255,255,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,1,2,1,0,18,23,18,0,0,0,0,0,255,255,255,0,0,0,0,0,92,93,92,199, 104,104,104,237,0,0,0,23,0,0,0,0,0,0,0,1,0,0,0,0,3,4,3,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,2,2,2,0,4,4,4,1,4,5,4,0,3,3,3,56,3,3,3,75,6,6,6,0,4, 5,4,1,3,3,3,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_move(idata_move, 16, 16, 4, 0); static const unsigned char idata_orig[] = {0,0,0,0,0,0,0,0,0,0,0,0,236,236,236,46,233,233,231,171,179,182,185,231,161, 165,170,246,175,178,181,222,205,205,202,157,197,196,195,24,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,244,243,240,135,168,173,182,255, 163,174,186,237,226,233,241,240,243,249,255,238,207,217,230,233,151,163,183,231, 150,155,161,255,177,178,173,90,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 236,236,232,112,154,164,179,245,221,232,245,232,228,237,249,225,228,238,249,219, 227,237,249,215,225,236,250,213,219,232,249,214,198,215,237,219,140,148,157,251, 175,175,172,64,255,255,255,0,0,0,0,0,0,0,0,0,0,0,0,0,205,208,208,5,181,186,192, 252,198,212,234,222,218,231,247,211,236,249,255,195,226,239,251,190,226,240,251, 183,224,240,250,180,231,249,255,176,209,226,246,196,160,183,216,207,185,187,189, 233,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,207,207,204,101,149,166,188,229,204,222,245, 204,233,250,255,177,51,73,104,255,250,255,255,147,250,255,255,135,255,255,255, 128,53,74,105,255,245,255,255,181,196,218,246,189,127,143,164,231,124,125,119, 55,0,0,0,0,0,0,0,0,0,0,0,0,197,196,191,156,106,138,187,195,195,218,247,178,137, 160,180,184,106,132,168,245,255,255,255,101,61,82,111,232,126,153,168,129,102, 130,166,239,216,255,255,87,164,203,242,139,103,130,168,201,106,107,99,110,0,0,0, 0,0,0,0,0,0,0,0,0,184,183,178,158,92,132,188,184,114,169,230,125,254,255,255, 176,93,121,157,238,211,255,255,31,255,255,255,141,255,255,255,148,94,122,159, 236,214,255,255,47,161,209,245,111,114,142,178,197,93,92,84,113,0,0,0,0,0,0,0,0, 0,0,0,0,169,169,164,112,111,139,180,203,124,176,232,133,173,243,255,68,97,124, 159,244,255,255,255,19,50,72,102,219,0,0,0,0,100,127,164,243,227,255,255,39,182, 222,249,119,110,128,150,221,81,83,77,61,0,0,0,0,0,0,0,0,0,0,0,0,137,138,137,13, 147,156,168,248,145,185,233,163,179,235,255,87,91,118,154,248,243,255,255,18, 255,255,255,151,0,0,0,0,95,121,159,247,244,255,255,51,176,213,253,146,100,105, 106,239,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,201,199,195,136,174,192,214,223, 135,187,239,125,255,255,255,168,179,245,251,38,176,249,255,14,0,136,184,1,255, 255,255,158,214,244,255,119,125,140,156,225,78,78,72,84,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,136,137,134,0,0,0,0,0,146,146,140,170,102,123,146,221,118,174,237,128, 179,231,255,91,215,255,255,75,225,255,255,86,186,221,251,127,117,129,141,231, 126,126,121,235,121,123,120,80,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,117,118, 115,0,0,0,0,0,101,102,96,76,91,92,88,207,93,103,112,245,100,112,125,233,99,107, 114,246,93,94,88,193,56,57,51,39,205,205,205,208,191,191,190,255,104,107,102,89, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,87,89,83,0,0,0,0,0,0,0,0,0,85, 87,83,11,0,0,0,0,0,0,0,0,122,123,122,0,87,87,87,36,216,217,216,255,173,174,171, 255,93,94,91,52,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,115,115,115,69,223,224,223,255,158, 159,156,255,72,74,71,23,102,104,100,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,134,134,134,110,226,227, 226,255,145,147,144,237,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,156,156,156,142,204, 205,204,241,56,59,55,9}; MGL_EXPORT Fl_RGB_Image img_orig(idata_orig, 16, 16, 4, 0); static const unsigned char idata_update[] = {255,255,255,0,255,255,255,0,255,255,255,0,52,101,164,29,58,105,167,159,58, 106,167,222,54,103,165,246,57,105,167,229,58,106,167,188,52,101,164,83,52,101, 164,5,255,255,255,0,255,255,255,0,255,255,255,0,52,101,164,121,52,101,164,16, 255,255,255,0,255,255,255,0,53,101,164,80,56,104,166,246,104,144,192,250,143, 176,211,255,168,194,223,255,168,193,222,255,147,177,212,255,95,135,185,244,55, 103,165,240,52,101,164,88,255,255,255,0,53,102,164,102,52,101,164,255,52,101, 164,15,255,255,255,0,52,101,164,41,57,105,166,245,140,173,211,255,157,189,220, 255,161,190,221,255,180,203,229,255,191,211,233,255,204,221,238,255,213,226,240, 255,191,210,231,255,75,119,175,245,54,103,165,192,67,113,171,247,53,102,164,252, 52,101,164,14,255,255,255,0,57,105,167,155,105,144,192,253,114,152,197,255,60, 107,168,255,53,102,164,255,58,106,167,252,93,133,183,243,161,187,217,254,216, 228,241,255,219,230,242,255,221,232,243,255,136,167,206,253,200,216,234,255,58, 106,167,249,52,101,164,13,255,255,255,0,56,104,166,243,65,112,171,255,60,108, 169,254,58,106,167,245,52,101,164,117,52,101,164,25,52,101,164,69,56,105,166, 205,97,136,185,245,205,219,235,255,226,235,245,255,230,238,246,255,230,238,246, 255,58,106,167,250,52,101,164,11,255,255,255,0,53,101,164,254,58,106,167,251, 104,145,199,157,55,103,165,230,52,101,164,35,255,255,255,0,255,255,255,0,255, 255,255,0,52,101,164,96,53,102,164,255,199,215,233,255,198,216,235,255,227,236, 245,255,58,106,166,250,52,101,164,10,255,255,255,0,52,101,164,252,76,121,179, 126,118,157,207,43,87,131,187,19,52,101,164,2,255,255,255,0,255,255,255,0,52, 101,164,4,56,104,166,196,143,172,208,250,231,238,246,255,219,230,242,255,230, 238,246,255,58,106,166,251,52,101,164,9,255,255,255,0,52,101,164,13,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,52, 101,164,160,52,101,164,255,71,116,173,248,76,119,175,247,76,119,175,247,76,120, 175,247,52,101,164,255,52,101,164,8,255,255,255,0,52,101,164,249,52,101,164,254, 52,101,164,254,52,101,164,253,52,101,164,252,52,101,164,251,52,101,164,185,52, 101,164,29,52,101,164,24,52,101,164,24,52,101,164,24,52,101,164,24,52,101,164, 24,52,101,164,28,255,255,255,0,255,255,255,0,52,101,164,252,229,237,245,255, 229,237,246,255,228,236,245,255,156,183,215,253,55,104,166,224,52,101,164,16, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,126,164,213,26,114,153, 205,57,52,101,164,252,52,101,164,12,255,255,255,0,53,102,164,252,230,238,246, 255,196,215,235,255,201,217,234,255,52,101,164,254,52,101,164,106,255,255,255,0, 255,255,255,0,255,255,255,0,52,101,164,11,53,102,165,233,108,149,201,141,83,127, 183,194,52,101,164,255,52,101,164,5,255,255,255,0,55,103,165,253,230,238,246, 255,227,236,245,255,228,237,245,255,193,210,230,255,77,121,176,245,56,105,166, 202,52,101,164,54,255,255,255,0,52,101,164,106,60,107,169,237,79,124,182,255,58, 106,167,254,55,104,165,250,255,255,255,0,255,255,255,0,56,104,166,253,216,228, 241,255,149,178,212,254,224,233,244,255,221,232,243,255,204,220,237,255,143,173, 210,254,76,120,176,245,53,102,165,251,57,105,166,255,57,105,166,254,61,109,169, 255,76,120,176,255,58,106,167,168,255,255,255,0,255,255,255,0,55,103,165,254,91, 132,183,247,54,103,165,212,78,122,177,244,180,202,227,255,201,218,236,255,188, 209,231,255,176,201,227,255,160,190,222,255,136,171,210,255,130,165,206,255,142, 174,211,255,56,104,166,245,52,101,164,42,255,255,255,0,255,255,255,0,52,101,164, 255,54,103,165,147,255,255,255,0,52,101,164,84,55,103,166,238,85,128,181,243, 132,166,206,255,151,182,216,255,153,185,219,255,138,172,211,255,109,148,194,252, 56,104,166,246,53,102,164,91,255,255,255,0,255,255,255,0,255,255,255,0,52,101, 164,162,52,101,164,1,255,255,255,0,255,255,255,0,52,101,164,5,52,101,164,83,58, 106,167,190,56,105,166,233,53,102,164,250,58,106,167,228,59,107,167,170,52,101, 164,36,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_update(idata_update, 16, 16, 4, 0); static const unsigned char idata_stop[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,222,0,0,46,205,0,0,214,211,36, 36,225,218,72,72,230,223,95,95,233,218,72,72,230,212,32,32,217,222,0,0,46,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,222,0,0,46,201,30,30,243,226,164,163,255,233,182,181,255,234,183, 183,255,234,185,185,255,233,181,180,255,227,167,167,255,201,30,30,243,222,0,0, 46,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,222,0, 0,46,193,28,27,243,224,154,154,255,230,143,142,255,229,140,139,255,229,136, 135,255,227,133,132,255,225,128,127,255,222,126,125,255,221,144,144,255,193,27, 26,243,222,0,0,46,255,255,255,0,255,255,255,0,255,255,255,0,222,0,0,46,189,24, 23,244,224,157,155,255,227,134,133,255,231,140,139,255,232,137,136,255,230,122, 121,255,230,119,118,255,229,126,125,255,226,125,124,255,220,109,108,255,223,147, 145,255,190,24,24,244,222,0,0,46,255,255,255,0,255,255,255,0,189,4,4,215,221, 149,146,255,226,126,125,255,230,132,131,255,251,232,232,255,251,230,229,255,233, 120,118,255,233,116,114,255,250,226,226,255,251,230,230,255,226,110,108,255,218, 96,94,255,222,148,144,255,189,4,4,215,255,255,255,0,255,255,255,0,180,0,0,224, 209,95,90,255,225,111,110,255,231,117,116,255,251,226,226,255,255,255,255,255, 251,227,226,255,250,226,225,255,255,255,255,255,250,223,222,255,229,93,91,255, 222,79,77,255,211,93,88,255,180,0,0,224,255,255,255,0,255,255,255,0,174,0,0,225, 209,85,78,255,227,97,95,255,234,94,92,255,233,103,100,255,250,225,224,255,255, 255,255,255,255,255,255,255,250,226,225,255,235,114,112,255,237,122,120,255,235, 122,120,255,215,96,89,255,174,0,0,225,255,255,255,0,255,255,255,0,170,0,0,226, 191,26,13,255,216,30,26,255,224,41,37,255,227,71,67,255,249,222,221,255,255,255, 255,255,255,255,255,255,249,221,220,255,224,66,62,255,220,18,13,255,217,5,0,255, 199,14,0,255,170,0,0,226,255,255,255,0,255,255,255,0,164,0,0,226,190,16,0,255, 216,5,0,255,219,26,21,255,248,211,210,255,255,255,255,255,247,211,210,255,247, 211,210,255,255,255,255,255,247,211,210,255,218,27,21,255,218,5,0,255,201,17,0, 255,164,0,0,226,255,255,255,0,255,255,255,0,163,0,0,219,181,19,0,255,216,5,0, 255,219,26,21,255,248,211,210,255,248,211,210,255,218,27,21,255,216,25,19,255, 247,208,207,255,249,214,213,255,217,27,21,255,218,5,0,255,187,20,0,255,163,0,0, 219,255,255,255,0,255,255,255,0,206,0,0,47,145,5,0,246,191,18,0,255,218,5,0,255, 220,27,21,255,220,27,21,255,224,7,0,255,225,7,0,255,220,25,18,255,220,28,23,255, 220,6,0,255,192,18,0,255,145,5,0,246,206,0,0,47,255,255,255,0,255,255,255,0,255, 255,255,0,206,0,0,47,140,6,0,246,191,20,0,255,220,6,0,255,221,6,0,255,223,7,0, 255,224,7,0,255,223,7,0,255,221,6,0,255,193,22,1,255,140,6,0,246,206,0,0,47,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,206,0,0,47, 137,6,0,246,176,4,0,255,203,16,11,255,208,24,19,255,211,28,23,255,208,24,19,255, 188,24,20,255,137,6,0,246,206,0,0,47,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,206,0,0,47,149,0,0,222, 154,23,23,231,162,41,41,233,164,47,47,233,162,41,41,233,158,20,20,224,206,0,0, 47,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_stop(idata_stop, 16, 16, 4, 0); static const unsigned char idata_insert[] = {0,0,0,0,78,143,204,170,73,141,199,255,73,141,199,255,73,141,199,255,73,141, 199,255,73,141,199,255,73,141,199,255,73,141,199,255,73,141,199,255,73,141,199, 255,73,141,199,255,73,141,199,255,73,141,199,255,78,143,204,170,0,0,0,0,0,0,0,0, 73,141,199,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,75,144,203,255,0,0,0,0,0,0,0,0, 73,141,199,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,254,254,254,255,75,144,203,255,0,0,0,0,0,0,0,0, 73,141,199,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,75,144,203,255,75,144,203,255,75,144,203,255,75,144,203,255,75, 144,203,255,255,255,255,255,254,254,254,255,75,144,203,255,0,0,0,0,0,0,0,0,73, 141,199,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,250,191,186,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,254,254,254,255,75,144,203,255,0,0,0,0,0,0,0,0,73, 141,199,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,162,35,32,255,249,183,179,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,75,144,203,255,0,0,0,0,0,0,0,0,73, 141,199,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,162,35,32,255,146,27,24,255,249,181,177,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,75,144,203,255,0,0,0,0,0,0,0,0,73,141, 199,255,252,210,210,255,244,154,154,255,230,118,116,255,213,86,83,255,190,57,54, 255,162,35,32,255,146,27,24,255,146,27,24,255,248,179,176,255,255,255,255,255, 255,255,255,255,255,255,255,255,75,144,203,255,0,0,0,0,0,0,0,0,73,141,199,255, 252,210,210,255,244,154,152,255,230,118,116,255,212,85,82,255,190,57,54,255,162, 35,32,255,146,27,24,255,146,27,24,255,146,27,24,255,248,178,174,255,255,255, 255,255,254,254,254,255,75,144,203,255,0,0,0,0,0,0,0,0,73,141,199,255,252,210, 210,255,243,157,153,255,230,117,114,255,212,85,82,255,190,57,54,255,162,35,32, 255,146,27,24,255,146,27,24,255,146,27,24,255,146,27,24,255,248,176,172,255,254, 254,254,255,75,144,203,255,0,0,0,0,0,0,0,0,73,141,199,255,252,210,210,255,243, 155,151,255,230,119,114,255,211,86,83,255,190,57,54,255,162,35,32,255,146,27,24, 255,146,27,24,255,146,27,24,255,248,174,170,255,255,255,255,255,254,254,254,255, 75,144,203,255,0,0,0,0,0,0,0,0,73,141,199,255,252,210,210,255,243,151,149,255, 229,116,113,255,211,84,81,255,190,57,54,255,162,35,32,255,146,27,24,255,146,27, 24,255,248,174,172,255,255,255,255,255,255,255,255,255,255,255,255,255,75,144, 203,255,0,0,0,0,0,0,0,0,73,141,199,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,162,35,32,255,146,27,24,255,248,177,172, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,75,144,203, 255,0,0,0,0,0,0,0,0,73,141,199,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,162,35,32,255,248,177,172,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,75,144,203, 255,0,0,0,0,0,0,0,0,73,141,199,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,251,202,199,255,254,254,254,255,254,254,254, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,75,144,203, 255,0,0,0,0,0,0,0,0,78,143,204,170,75,144,203,255,75,144,203,255,75,144,203,255, 75,144,203,255,75,144,203,255,75,144,203,255,75,144,203,255,75,144,203,255,75, 144,203,255,75,144,203,255,75,144,203,255,75,144,203,255,76,142,204,170,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_insert(idata_insert, 16, 16, 4, 0); static const unsigned char idata_print[] = {255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,10,0,0,0,28,0,0,0,28,0,0,0, 28,0,0,0,28,0,0,0,28,0,0,0,28,0,0,0,28,0,0,0,28,0,0,0,11,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,79,170,170, 170,192,171,171,171,191,171,171,171,191,171,171,171,191,171,171,171,191,171,171, 171,191,171,171,171,191,170,170,170,192,0,0,0,78,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,93,253,253,253, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,0,0,0,93,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,93,245,245,246,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,0,0,0,93,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,136,136,136,232,229,229,232,255, 243,243,244,255,251,251,251,255,255,255,255,255,255,255,255,255,255,255,255,255, 251,251,251,255,243,243,244,255,136,136,136,232,255,255,255,0,255,255,255,0,255, 255,255,0,136,136,136,53,136,136,136,255,147,147,147,255,145,145,145,255,211, 211,215,255,225,225,228,255,235,235,237,255,241,241,242,255,243,243,244,255,241, 241,242,255,235,235,237,255,225,225,228,255,145,145,145,255,164,164,164,255,147, 147,147,255,136,136,136,53,136,136,136,159,145,145,145,255,164,164,164,255,135, 135,135,255,189,189,194,255,203,203,207,255,214,214,217,255,220,220,223,255,222, 222,225,255,220,220,223,255,214,214,217,255,203,203,207,255,136,136,136,255,183, 183,183,255,164,164,164,255,145,145,145,159,180,180,180,227,239,239,239,255,239, 239,239,255,116,116,116,255,91,91,91,255,91,91,91,255,89,89,89,255,87,87,87,255, 87,87,87,255,89,89,89,255,91,91,91,255,91,91,91,255,119,119,119,255,239,239, 239,255,239,239,239,255,180,180,180,227,183,183,183,231,248,248,248,255,248,248, 248,255,116,116,116,255,78,78,78,255,78,78,78,255,96,96,96,255,98,98,98,255,98, 98,98,255,96,96,96,255,78,78,78,255,78,78,78,255,119,119,119,255,248,248,248, 255,248,248,248,255,183,183,183,231,169,169,169,246,202,202,202,255,202,202,202, 255,172,172,172,255,175,175,175,255,175,175,175,255,156,156,156,255,149,149,149, 255,149,149,149,255,156,156,156,255,175,175,175,255,175,175,175,255,172,172,172, 255,202,202,202,255,202,202,202,255,169,169,169,246,174,174,174,231,229,229,229, 255,226,226,226,255,197,197,197,255,193,193,193,255,192,192,192,255,191,191,191, 255,190,190,190,255,190,190,190,255,191,191,191,255,192,192,192,255,193,193,193, 255,197,197,197,255,226,226,226,255,193,193,193,255,174,174,174,231,164,164,164, 231,204,204,204,255,153,153,153,255,9,9,9,255,7,7,7,255,7,7,7,255,7,7,7,255,7,7, 7,255,7,7,7,255,7,7,7,255,7,7,7,255,7,7,7,255,9,9,9,255,153,153,153,255,178, 178,177,255,164,164,164,231,136,136,136,223,136,136,136,255,100,100,100,255,90, 90,90,255,102,102,106,255,173,173,179,255,182,182,188,255,188,188,193,255,190, 190,195,255,188,188,193,255,182,182,188,255,110,110,113,255,90,90,90,255,100, 100,100,255,136,136,136,255,136,136,136,223,255,255,255,0,255,255,255,0,255,255, 255,0,121,121,121,255,158,158,161,255,216,216,219,255,226,226,228,255,231,231, 233,255,233,233,235,255,231,231,233,255,226,226,228,255,169,169,171,255,121,121, 121,255,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,122,122,122,255,222,222,224,255,245,245,246,255,252,252,253,255, 255,255,255,255,255,255,255,255,255,255,255,255,252,252,253,255,235,235,236,255, 122,122,122,255,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,0,0,0,32,0,0,0,83,0,0,0,83,0,0,0,83,0,0,0,83,0,0,0,83,0,0,0, 83,0,0,0,83,0,0,0,83,0,0,0,32,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_print(idata_print, 16, 16, 4, 0); static const unsigned char idata_goL[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,39,90,167,0,37,89,164,90,36,86,161,125,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,37,87,161,14,35,82,153,164,32,77,144,255,31,74,138,255,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 38,89,165,55,34,82,152,221,71,111,161,255,150,183,211,255,24,58,108,255,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,38,89,166,2, 37,88,164,121,41,89,161,250,111,148,188,255,173,205,227,255,174,205,227,255,18, 43,82,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,37, 89,165,27,37,87,163,189,60,106,170,255,140,173,206,255,162,193,218,255,163,194, 219,255,163,195,220,255,12,30,58,255,14,36,68,255,17,44,84,255,21,54,103,255,22, 57,110,255,20,54,105,240,0,0,0,0,0,0,0,0,37,88,163,78,38,88,161,235,86,126,177, 255,143,175,203,255,149,180,208,255,152,183,212,255,154,185,214,255,154,186,215, 255,154,186,215,255,153,184,213,255,150,181,210,255,145,176,204,255,139,169,196, 255,18,49,96,255,0,0,0,0,35,84,157,145,44,90,156,254,102,136,175,255,128,159, 189,255,134,166,197,255,139,171,203,255,143,176,208,255,146,179,212,255,148,181, 213,255,148,181,213,255,146,179,212,255,142,174,207,255,130,162,196,255,90,122, 162,255,15,45,88,255,0,0,0,0,33,79,147,145,40,81,141,254,85,117,157,255,108,139, 175,255,122,154,189,255,130,163,199,255,136,169,206,255,139,173,209,255,138,172, 210,255,133,167,208,255,122,157,202,255,103,140,189,255,76,113,166,255,55,89, 140,255,13,40,80,255,0,0,0,0,0,0,0,0,28,68,127,76,26,63,119,234,39,74,126,255, 68,104,157,255,84,121,175,255,95,133,187,255,104,141,194,255,109,146,199,255, 111,148,201,255,108,145,199,255,100,137,191,255,83,121,175,255,58,93,145,255,10, 35,72,255,0,0,0,0,0,0,0,0,0,0,0,0,23,57,108,24,21,53,101,184,32,64,112,255,78, 114,167,255,100,137,191,255,111,148,201,255,119,155,208,255,6,16,32,255,7,21,41, 255,8,26,53,255,10,32,65,255,10,34,69,255,8,31,64,240,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,18,49,93,1,17,46,88,114,20,46,86,248,71,103,149,255,116,153,205,255,128, 163,215,255,7,20,40,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,14,38,74,48,11,32,64,214,49,74,110,255,122, 155,204,255,7,23,46,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,10,31,62,10,9,28,56,152,7,26,52,255,7, 24,50,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,7,26,54,78,7,27,55,160,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_goL(idata_goL, 16, 16, 4, 0); static const unsigned char idata_goU[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,36,85,159,133,33, 80,149,130,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,37,88,164,72,50,96,162,254,46,88,147,253, 28,68,129,68,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,38,89,166,23,38,87,161,232,138,172,202,255,136,169,198, 255,27,65,121,230,23,58,111,21,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,39,91,169,1,37,88,163,183,89,127,174,255,152,183,205, 255,152,183,205,255,86,118,156,255,21,54,103,178,18,48,92,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,37,89,165,113,54,99,163,255,135, 166,192,255,139,168,194,255,138,168,194,255,135,164,190,255,45,76,118,255,18,46, 89,108,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,37,88,164,49,38, 87,158,248,110,142,178,255,128,158,188,255,130,160,189,255,129,160,189,255,126, 156,186,255,110,140,171,255,22,50,90,246,15,40,79,44,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,33,77,143,13,30,72,135,218,74,110,154,255,117,148,182,255,121, 152,187,255,123,154,189,255,123,154,189,255,120,151,186,255,115,146,180,255,75, 104,140,255,14,39,76,210,12,36,72,8,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,27,63,116, 164,42,74,119,255,102,135,172,255,111,144,182,255,117,150,189,255,120,153,192, 255,118,152,192,255,104,138,182,255,83,117,164,255,56,89,139,255,21,49,89,255, 11,34,68,144,0,0,0,0,0,0,0,0,0,0,0,0,25,60,111,85,21,48,90,255,56,87,130,255, 80,115,163,255,89,125,176,255,96,132,184,255,98,135,188,255,95,132,187,255,90, 127,182,255,79,116,170,255,64,100,152,255,42,75,123,255,9,32,65,254,7,29,60,68, 0,0,0,0,0,0,0,0,22,53,99,118,16,39,73,255,12,27,50,255,8,18,32,255,7,12,20, 255,103,140,194,255,110,146,200,255,111,148,200,255,105,142,195,255,16,40,74, 255,14,40,77,255,12,37,73,255,8,30,62,255,8,29,59,152,0,0,0,0,0,0,0,0,25,60,111, 0,21,52,97,18,18,44,83,20,15,38,72,21,4,10,20,255,115,151,204,255,125,161,213, 255,127,163,214,255,118,154,207,255,11,33,66,255,12,35,71,13,10,35,69,12,8,29, 62,12,8,29,60,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,10,24,47,255, 122,158,210,255,138,173,224,255,143,178,228,255,129,165,216,255,11,34,68,255,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 14,37,71,255,122,158,210,255,141,176,226,255,150,184,234,255,130,166,216,255, 11,36,72,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,18,48,93,255,110,146,200,255,124,160,212,255,127,163,215,255, 114,151,204,255,10,34,69,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,20,54,104,242,21,54,101,255,19,50,94,255,18,45, 86,255,15,40,77,255,8,31,64,242,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,18,51,99,6,17,47,93,12,15,42,84,12,11,38,76, 12,9,33,68,12,8,30,62,6,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_goU(idata_goU, 16, 16, 4, 0); static const unsigned char idata_zoomIn[] = {0,0,0,0,0,0,0,0,0,0,0,0,236,236,236,46,233,233,231,171,179,182,185,231,161, 165,170,246,175,178,181,222,205,205,202,157,197,196,195,24,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,236,235,233,135,169,174,183,255, 167,177,189,237,224,231,240,240,250,255,255,236,205,215,229,233,154,166,185,231, 151,156,162,255,172,173,169,90,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 228,228,225,112,156,166,180,245,220,230,243,232,227,236,248,225,239,248,255,217, 60,82,112,255,235,246,255,211,218,231,247,214,197,213,235,219,141,149,158,251, 171,171,169,64,255,255,255,0,0,0,0,0,0,0,0,0,0,0,0,0,205,208,208,5,180,185,192, 252,198,212,233,222,217,230,246,211,222,235,249,200,233,246,255,187,124,149,179, 240,232,246,255,177,216,233,249,183,208,225,245,196,162,184,215,207,182,185,187, 233,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,207,207,204,101,152,168,190,229,200,218,242, 203,223,242,255,180,234,252,255,162,255,255,255,141,115,142,172,231,255,255,255, 126,237,255,255,136,240,254,255,181,193,215,243,188,127,143,165,231,120,121,116, 55,0,0,0,0,0,0,0,0,0,0,0,0,197,196,191,156,108,141,188,194,217,240,255,196,49, 65,86,233,79,102,131,209,71,94,123,201,148,168,192,255,59,83,115,189,59,85,117, 187,34,52,73,216,209,240,255,164,103,130,167,199,104,105,98,110,0,0,0,0,0,0,0,0, 0,0,0,0,184,183,178,158,93,132,188,183,168,206,239,161,231,255,255,162,238, 255,255,146,253,255,255,131,113,141,172,229,255,255,255,126,241,255,255,135,243, 255,255,142,194,228,247,146,113,140,176,195,91,91,84,113,0,0,0,0,0,0,0,0,0,0,0, 0,169,169,164,112,113,141,181,203,123,174,230,131,160,220,245,79,182,245,251, 48,224,255,255,25,103,132,165,210,255,255,255,11,187,246,252,29,184,246,252,45, 179,219,246,116,110,128,150,221,79,81,76,61,0,0,0,0,0,0,0,0,0,0,0,0,137,138,137, 13,146,156,168,248,146,185,232,163,166,216,245,97,189,247,252,54,239,255,255, 26,92,121,157,205,255,255,255,5,199,248,253,24,209,251,253,63,175,211,248,146, 100,105,107,239,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,195,193,190,136,171,189, 211,223,143,190,238,130,179,236,249,70,160,240,249,29,254,255,255,255,0,0,0,0, 227,253,254,49,214,242,255,125,127,141,157,225,78,79,74,84,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,136,137,134,0,0,0,0,0,143,144,139,170,104,124,147,221,127,177,235, 134,177,228,255,92,198,248,255,59,219,252,255,86,185,219,246,133,120,132,142, 231,127,127,123,235,120,122,119,80,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,117, 118,115,0,0,0,0,0,99,100,95,76,91,93,90,207,93,104,113,245,101,113,126,233,100, 108,115,246,94,95,90,193,60,62,56,39,200,200,200,208,187,187,186,255,104,106, 102,89,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,87,89,83,0,0,0,0,0,0,0,0, 0,82,84,80,11,0,0,0,0,0,0,0,0,122,123,122,0,89,89,89,36,210,211,210,255,170, 171,169,255,93,94,91,52,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,114,114,114,69,217,218,217, 255,156,157,154,255,73,75,72,23,102,104,100,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,132,132,132,110, 220,221,220,255,143,145,142,237,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,156,156,156, 142,204,205,204,241,56,59,55,9}; MGL_EXPORT Fl_RGB_Image img_zoomIn(idata_zoomIn, 16, 16, 4, 0); static const unsigned char idata_zoomOut[] = {0,0,0,0,0,0,0,0,227,228,227,0,0,0,0,0,238,237,235,74,225,226,225,185,172, 176,180,237,161,165,171,245,182,185,186,214,204,203,200,139,194,196,195,7,255, 255,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,221,221,220,0,0,0,0,0,236,235, 233,181,156,164,175,249,172,181,194,237,234,241,249,240,240,245,255,238,195,205, 220,231,147,158,178,233,154,158,162,248,170,171,168,52,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,231,231,227,167,142,154,173,234,233,242,253,232,229, 237,249,224,229,238,249,219,227,237,249,215,224,235,249,214,220,233,249,215,182, 199,223,219,149,154,159,252,150,152,148,24,143,145,142,0,0,0,0,0,0,0,0,0,204, 204,203,0,219,219,217,44,166,174,186,251,215,228,247,222,218,231,246,209,222, 236,250,198,226,239,250,189,226,241,251,183,223,238,250,180,214,231,248,184,207, 225,245,199,141,163,195,211,204,204,200,189,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,213, 211,205,152,146,167,197,217,202,220,243,199,229,247,255,177,240,255,255,159,249, 255,255,144,253,255,255,135,250,255,255,132,241,255,255,142,244,255,255,188,173, 201,239,183,132,142,153,249,0,4,0,6,0,0,0,0,0,0,0,0,0,0,0,0,194,195,191,208,105, 143,199,184,224,247,255,193,38,54,77,231,72,95,126,208,68,91,122,204,63,87,118, 199,55,81,113,192,50,77,111,186,26,43,65,219,205,238,255,168,97,116,143,223,105, 106,100,59,0,0,0,0,0,0,0,0,0,0,0,0,182,181,179,209,79,129,198,166,175,213,244, 155,239,255,255,159,245,255,255,144,246,255,255,135,247,255,255,131,248,255,255, 132,247,255,255,136,247,255,255,145,193,228,250,156,102,120,145,220,91,92,86,61, 0,0,0,0,0,0,0,0,0,0,0,0,174,172,165,165,95,136,193,182,127,180,234,122,166, 228,247,71,182,244,252,47,184,246,252,33,185,246,252,23,185,246,252,22,185,246, 252,31,183,246,252,50,171,211,248,132,99,111,123,244,73,75,71,9,0,0,0,0,0,0,0,0, 165,166,164,0,157,156,153,60,138,155,178,231,160,195,239,157,168,223,246,85,191, 247,252,51,196,247,252,34,203,249,254,20,204,250,253,15,198,248,253,28,214,251, 253,77,163,198,240,162,93,93,89,203,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,202, 202,199,190,163,186,218,205,142,193,239,117,186,244,252,63,195,248,253,40,202, 249,254,19,225,252,255,9,232,255,255,62,202,233,255,136,112,121,129,242,77,78, 74,38,85,87,83,0,0,0,0,0,0,0,0,0,0,0,0,0,139,140,138,0,0,0,0,0,140,140,138,208, 103,128,161,202,135,190,249,123,186,235,255,86,216,255,255,74,219,253,255,91, 177,208,236,147,109,117,122,244,138,139,135,198,110,112,108,67,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,119,121,118,0,0,0,0,0,101,101,94,106,91,94,92,220,95, 105,116,243,100,113,125,234,99,106,111,244,91,91,85,175,0,0,0,15,215,215,215, 255,169,170,168,255,88,90,84,44,155,157,158,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,84,86,81,10,0,0,0,0,0,0,0,0,0,0,0,0,120,120,120, 78,227,227,227,255,153,154,152,252,64,65,61,18,101,103,99,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 138,138,138,121,230,230,228,255,142,143,140,233,0,0,0,1,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,152,152,152,166,225,226,225,255,132,133,130,190,153,154,151,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,93, 93,93,0,0,0,0,0,179,179,179,185,190,191,188,206}; MGL_EXPORT Fl_RGB_Image img_zoomOut(idata_zoomOut, 16, 16, 4, 0); static const unsigned char idata_goD[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,34,82,153,1,34,82,154,226,34,81,152,243,33,80,151,243,33,79,149,243, 32,78,147,243,31,77,144,223,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,32,78,146,2,32,78,145,255,133,162,188,255,134,163,189, 255,135,164,190,255,135,164,190,255,29,72,135,253,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,29,72,136,2,29,72,135,255,125,154, 180,255,126,155,181,255,126,156,182,255,127,156,182,255,26,66,126,253,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,26,67,127,2,26, 66,126,255,110,139,167,255,111,140,168,255,112,141,169,255,112,141,169,255,23, 61,116,253,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,23,60,115,2,23,60,114,255,95,124,155,255,96,125,155,255,97,126,156,255,98, 126,156,255,21,55,107,253,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,22,59, 113,116,22,57,110,243,21,55,105,244,20,53,102,244,20,52,101,255,82,111,145,255, 85,114,147,255,86,115,148,255,85,114,147,255,18,50,97,255,17,49,95,243,17,48, 93,243,16,46,91,243,15,45,89,146,0,0,0,0,0,0,0,0,20,53,103,96,18,50,97,255,52, 81,120,255,65,94,131,255,74,104,141,255,83,114,151,255,88,118,156,255,89,120, 158,255,87,118,155,255,80,110,147,255,68,98,135,255,46,75,114,255,13,41,82,255, 13,41,82,81,0,0,0,0,0,0,0,0,17,48,93,0,15,43,85,175,27,54,94,255,56,87,130,255, 71,104,148,255,81,115,161,255,87,121,168,255,85,120,167,255,76,111,159,255,59, 93,142,255,38,70,119,255,17,45,87,255,11,36,73,156,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,13,38,75,19,11,34,68,228,37,68,112,255,68,104,156,255,83,120,175,255,92, 129,184,255,93,131,185,255,86,124,178,255,73,110,163,255,44,75,122,255,9,32,65, 217,9,33,67,12,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,9,29,59,65,12,32,60,253, 76,112,163,255,102,140,194,255,115,152,204,255,117,154,206,255,108,144,198,255, 84,120,172,255,14,36,68,250,8,30,62,52,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,5,19,39,136,30,50,78,255,114,151,203,255,136,171,222,255,140, 175,226,255,122,158,210,255,36,57,88,255,6,23,48,122,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,5,18,39,6,4,14,29,203,68,92,128,255,131, 167,218,255,137,172,223,255,75,99,135,255,4,15,31,194,6,21,44,3,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,3,13,27,38,7,14,24, 243,84,116,162,255,86,118,164,255,7,14,23,240,4,13,27,32,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,3,9,19,97, 15,25,39,255,14,23,37,255,2,9,17,91,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,3,11,24,164,3, 11,24,160,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_goD(idata_goD, 16, 16, 4, 0); static const unsigned char idata_goR[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,255,255,255,3,193,207,228,170,41,92,167,88,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,44,85,146,255,67,107,165,255,35,82,153,164,37,87,162,14,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,24,59,111,255,185,213,231,255,135,167,200,255,49,93,158,220,37,89, 165,54,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,255,255,255,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,18,45,84,255,166,196,218,255,160,191,215,255,151,181, 209,255,75,118,176,250,37,88,164,120,38,90,167,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,78,104,142,240,22,57,110,255,21,56,107,255,18,46,89,255,15,38,72,255,13,32, 61,255,150,180,208,255,147,178,207,255,145,176,205,255,144,174,202,255,101,138, 184,255,43,92,165,189,37,88,165,26,0,0,0,0,0,0,0,0,0,0,0,0,19,50,97,255,138,164, 190,255,135,164,193,255,138,168,199,255,139,170,202,255,139,171,203,255,138,170, 204,255,137,169,202,255,134,166,199,255,130,162,194,255,125,156,188,255,110,143, 180,255,56,101,166,235,37,88,163,78,0,0,0,0,0,0,0,0,20,49,92,255,110,140,173, 255,116,148,184,255,124,157,194,255,128,162,200,255,131,165,203,255,131,165,203, 255,129,162,201,255,125,158,196,255,119,152,190,255,113,145,182,255,107,137,173, 255,87,116,154,255,39,79,139,254,35,84,157,143,0,0,0,0,20,48,87,255,81,113,156, 255,99,133,177,255,111,146,191,255,117,152,198,255,119,154,200,255,117,153,199, 255,112,148,195,255,104,140,189,255,92,128,177,255,76,111,160,255,53,88,138,255, 43,76,125,255,31,68,125,254,33,79,147,143,223,255,255,0,23,50,85,255,62,99,147, 255,85,124,176,255,100,141,193,255,110,150,200,255,114,153,203,255,109,146,199, 255,104,141,195,255,95,133,187,255,84,122,176,255,73,110,162,255,58,94,143,255, 31,67,121,234,28,68,128,77,0,0,0,0,204,235,247,12,41,65,94,237,11,35,70,255,11, 34,68,255,10,29,56,255,8,23,43,255,16,33,48,255,120,157,208,255,112,149,202, 255,101,139,192,255,92,133,185,255,54,90,137,255,23,55,104,186,23,58,109,25,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,17,39,59,255,128, 166,216,255,118,156,208,255,96,139,185,255,35,66,106,249,18,46,89,116,19,49,95, 2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,18, 46,69,255,129,179,225,255,77,117,155,255,17,39,71,216,14,37,73,50,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,225,245, 255,2,30,63,87,255,24,48,76,255,9,27,55,154,10,32,62,11,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,154,240,255,3, 36,71,96,158,7,26,54,78,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_goR(idata_goR, 16, 16, 4, 0); static const unsigned char idata_next[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,0,0,0,1,0,78,0,135,0,68,0,18,255,255,255,0,0,0,0,1,0,78,0,135,0,66,0,18, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,80,0,9,60,115,60,255,44,104, 44,238,0,76,0,52,0,80,0,9,69,129,69,255,51,113,51,237,0,72,0,50,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,0,80,0,9,57,117,57,255,112,166,112,254,61,124,61,249,0,79,0, 104,64,130,64,255,131,193,131,254,69,131,69,249,0,78,0,96,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0, 80,0,9,45,117,45,255,88,150,88,255,93,159,93,255,73,144,73,252,57,133,57,255, 107,178,107,255,112,181,112,255,82,148,82,252,8,84,8,154,0,128,0,1,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,80,0,9,35,119,35, 255,64,136,64,255,68,148,68,255,73,156,73,255,78,163,78,255,82,167,82,255,87, 169,87,255,91,169,91,255,80,153,80,252,15,95,15,203,0,68,0,18,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,0,80,0,9,27,123,27,255,39,127,39,255,43, 141,43,255,48,151,48,255,52,158,52,255,58,162,58,255,62,163,62,255,67,160,67, 255,71,156,71,255,70,146,70,252,22,105,23,235,0,82,0,50,255,255,255,0,255,255, 255,0,255,255,255,0,0,80,0,9,19,125,19,255,17,121,17,255,21,137,21,255,24,150, 24,255,27,157,27,255,31,161,31,255,37,161,37,255,43,156,43,255,48,149,48,255, 52,139,52,255,58,131,58,254,31,110,31,249,0,89,0,82,255,255,255,0,255,255,255, 0,0,80,0,9,9,128,10,255,0,123,0,255,0,140,0,255,0,154,0,255,0,163,0,255,0,163, 0,255,0,157,0,255,0,144,0,255,1,128,1,255,1,111,1,255,3,92,3,254,13,101,14, 248,0,94,3,85,255,255,255,0,255,255,255,0,0,80,0,9,12,135,13,255,0,133,0,255,0, 153,0,255,0,171,0,255,0,183,0,255,0,184,0,255,0,174,0,255,0,157,0,255,0,138,0, 255,9,123,9,251,14,118,16,237,0,97,5,54,255,255,255,0,255,255,255,0,255,255,255, 0,0,80,0,9,15,139,17,255,0,137,0,255,0,160,0,255,0,182,0,255,7,202,7,255,0, 204,0,255,0,187,0,255,0,165,0,255,16,148,17,251,13,127,15,212,0,113,0,20,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,80,0,9,19,141,21,255,0, 135,0,255,0,158,0,255,0,165,2,252,23,182,25,255,0,208,0,255,1,186,1,255,25,162, 27,252,9,130,12,167,0,128,0,1,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,0,80,0,9,22,139,24,255,6,130,6,254,0,146,2,250,0,133,2, 119,22,170,24,255,7,184,7,254,30,163,31,251,2,128,4,111,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0, 80,0,9,40,148,43,255,24,150,28,242,0,134,4,61,0,80,0,9,40,164,43,255,26,156,30, 242,0,128,4,58,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,0,0,1,3,148,6,147,0,130,0,21, 255,255,255,0,0,0,0,1,3,142,6,147,0,130,0,21,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_next(idata_next, 16, 16, 4, 0); static const unsigned char idata_play[] = {255,0,255,0,255,0,255,0,133,38,131,129,129,181,127,231,127,231,129,181,131, 129,133,38,255,0,255,0,255,0,255,0,255,0,255,0,127,1,125,113,121,246,114,255, 116,255,127,255,127,255,116,255,114,255,121,246,125,113,127,1,255,0,255,0,255,0, 122,1,121,182,111,255,119,255,186,255,208,255,217,255,219,255,212,255,186,255, 118,255,111,255,121,182,122,1,255,0,255,0,115,113,107,255,142,255,211,255,232, 255,239,255,242,255,243,255,241,255,234,255,221,255,141,255,107,255,115,113,255, 0,113,38,108,246,115,255,213,255,237,255,246,255,178,255,242,255,253,255,252, 255,250,255,241,255,226,255,116,255,108,246,113,38,106,129,97,255,190,255,236, 255,246,255,253,255,141,255,134,255,207,255,255,255,255,255,252,255,241,255,208, 255,97,255,106,128,101,181,102,255,206,255,241,255,252,255,255,255,125,255,102, 255,88,255,143,255,242,255,255,255,250,255,233,255,104,255,101,181,96,231,115, 255,208,255,239,255,252,255,255,255,102,255,81,255,64,255,64,255,94,255,204,255, 252,255,239,255,123,255,96,231,93,231,114,255,213,255,241,255,253,255,255,255, 54,255,23,255,7,255,37,255,83,255,203,255,253,255,241,255,124,255,93,231,91, 181,96,255,208,255,239,255,252,255,255,255,59,255,33,255,24,255,114,255,240,255, 255,255,252,255,239,255,100,255,91,181,91,129,84,255,184,255,233,255,250,255, 255,255,74,255,72,255,187,255,255,255,255,255,255,255,250,255,219,255,84,255,91, 128,89,38,85,246,103,255,221,255,241,255,252,255,148,255,241,255,255,255,255, 255,255,255,252,255,241,255,115,255,85,246,89,38,255,0,86,113,80,255,134,255, 226,255,241,255,250,255,252,255,253,255,252,255,250,255,241,255,154,255,80,255, 86,113,255,0,255,0,87,1,86,182,79,255,104,255,208,255,233,255,239,255,241,255, 239,255,219,255,114,255,79,255,86,182,87,1,255,0,255,0,255,0,86,1,84,113,82,246, 79,255,93,255,118,255,120,255,95,255,79,255,82,246,84,113,86,1,255,0,255,0,255, 0,255,0,255,0,255,0,85,38,84,129,82,181,81,231,81,231,82,181,84,129,85,38,255, 0,255,0,255,0,255,0}; MGL_EXPORT Fl_RGB_Image img_play(idata_play, 16, 16, 2, 0); static const unsigned char idata_prev[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,0,66,0,18,0,78,0,135,0,0,0,1,255,255,255,0,0,68,0,18,0, 78,0,135,0,0,0,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,72,0,50,51,113,51,237,69, 129,69,255,0,80,0,9,0,76,0,52,44,106,44,238,60,116,60,255,0,80,0,9,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,0,78,0,96,69,130,69,249,131,192,131,254,64,130,64,255,0,79,0,104,61, 126,61,249,112,170,112,254,57,121,57,255,0,80,0,9,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,0,128,0,1,8,84,8,154,82,144,82,252, 112,179,112,255,107,177,107,255,57,133,57,255,73,145,73,252,93,163,93,255,88, 155,88,255,45,121,45,255,0,80,0,9,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,0,68,0,18,15,92,15,203,80,147,80,252,91,164,91,255,87,165,87,255,82, 165,82,255,78,164,78,255,73,159,73,255,68,153,68,255,64,144,64,255,35,125,35, 255,0,80,0,9,255,255,255,0,255,255,255,0,255,255,255,0,0,82,0,50,22,101,23,235, 70,135,70,252,71,148,71,255,67,153,67,255,62,157,62,255,58,159,58,255,52,159, 52,255,48,155,48,255,43,148,43,255,39,137,39,255,27,129,27,255,0,80,0,9,255, 255,255,0,255,255,255,0,0,89,0,82,31,103,31,249,58,119,58,254,52,127,52,255,48, 136,48,255,43,146,43,255,37,152,37,255,31,157,31,255,27,158,27,255,24,155,24, 255,21,147,21,255,17,134,17,255,19,133,19,255,0,80,0,9,255,255,255,0,255,255, 255,0,0,94,3,85,13,92,14,248,3,71,3,254,1,91,1,255,1,110,1,255,0,127,0,255,0, 144,0,255,0,157,0,255,0,163,0,255,0,163,0,255,0,154,0,255,0,140,0,255,9,137,10, 255,0,80,0,9,255,255,255,0,255,255,255,0,255,255,255,0,0,97,5,54,14,112,16,237, 9,104,9,251,0,117,0,255,0,138,0,255,0,157,0,255,0,174,0,255,0,184,0,255,0,183, 0,255,0,171,0,255,0,153,0,255,12,146,13,255,0,80,0,9,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,0,113,0,20,13,125,15,212,16,130,17,251,0,143, 0,255,0,165,0,255,0,187,0,255,7,205,7,255,0,201,0,255,0,182,0,255,0,160,0,255, 15,150,17,255,0,80,0,9,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,0,128,0,1,9,130,12,167,25,151,27,252,1,164,1,255,0,186,0,255,23, 184,25,255,0,179,2,252,0,181,0,255,0,158,0,255,19,152,21,255,0,80,0,9,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,2,128,4,111,30,157,31,251,7,173,7,254,22,171,24,255,0,133,2,119,0,154, 2,250,6,151,6,254,22,149,24,255,0,80,0,9,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0, 128,4,58,26,154,30,242,41,165,44,255,0,80,0,9,0,134,4,61,24,155,28,242,41,156, 44,255,0,80,0,9,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,130,0,21,3, 142,6,147,0,0,0,1,255,255,255,0,0,130,0,21,3,148,6,147,0,0,0,1,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_prev(idata_prev, 16, 16, 4, 0); static const unsigned char idata_plot[] = {0,0,0,0,121,121,121,78,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,121,121,121,39, 123,123,123,157,125,125,125,39,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,126,180,255,69,133,185,255,48,0,0,0,0,121,121, 121,118,123,123,123,157,125,125,125,118,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,103,165,254,25,110,169,250,168,120,175,251,220,131, 183,255,50,0,0,0,0,0,0,0,0,125,125,125,157,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,89,156,251,75,96,160,249,234,107,167,250,133,116, 174,255,9,0,0,0,0,0,0,0,0,0,0,0,0,127,127,127,157,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,77,150,252,7,83,152,248,224,92,158,251,64,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,126,126,126,157,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,73,145,247,109,79,149,248,178,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,120,120,120,157,125,125,125,217,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,184,42,77,62,184,38,78,51,59,140,249,11,68,142,247,230,76,149,252,47,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,126,126,126,157,0,0,0,0,0,0,0,0,184, 43,74,3,181,42,76,128,180,39,79,233,180,35,84,224,66,125,230,135,63,141,248, 167,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,124,125,125,157,0,0, 0,0,182,43,73,24,180,41,75,189,180,39,80,189,181,38,83,24,183,33,94,154,131, 70,156,251,58,140,250,38,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,120, 120,120,157,122,124,123,217,181,40,71,52,181,42,76,229,181,40,81,128,184,38,84, 3,0,0,0,0,52,117,233,133,167,38,124,254,185,25,119,69,0,0,0,0,0,0,0,0,0,0,0,0, 188,14,158,56,189,13,162,42,0,0,0,0,0,0,0,0,123,125,124,157,182,39,76,48,184,39, 80,62,0,0,0,0,0,0,0,0,28,119,245,23,35,124,247,236,141,55,157,99,184,23,130, 224,185,21,138,14,0,0,0,0,186,14,158,65,185,13,160,233,189,12,165,53,0,0,0,0,0, 0,0,0,124,124,123,157,0,0,0,0,0,0,0,0,8,107,246,28,13,108,243,121,24,114,242, 218,32,121,245,139,0,0,0,0,184,20,139,153,183,17,144,153,183,13,156,64,185,12, 161,233,187,11,166,62,0,0,0,0,0,0,0,0,120,120,120,157,125,124,122,217,6,105,246, 49,9,105,243,184,9,105,243,236,11,106,243,152,20,114,245,57,29,121,250,0,0,0,0, 0,188,18,150,14,183,14,154,224,184,12,162,235,186,10,166,63,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,124,123,121,157,4,103,244,47,6,103,242,88,6,104,244,9,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,186,8,163,51,186,7,166,56,0,0,0,0,123,125,123, 118,125,125,125,39,0,0,0,0,0,0,0,0,127,126,125,157,125,124,122,157,125,123,120, 157,125,124,122,217,126,125,124,157,126,126,126,157,125,125,125,217,126,126,126, 157,124,126,124,157,122,124,122,217,123,125,123,157,123,125,123,157,123,123,123, 157,123,123,123,157,121,121,121,78,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,120,120,120, 157,0,0,0,0,0,0,0,0,120,120,120,157,0,0,0,0,0,0,0,0,120,120,120,157,0,0,0,0,0,0, 0,0,121,121,121,118,121,121,121,39,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_plot(idata_plot, 16, 16, 4, 0); static const unsigned char idata_system[] = {103,98,38,0,103,98,38,93,104,99,38,255,104,99,38,255,104,99,38,255,104,99, 38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255, 104,99,38,255,104,99,38,255,104,99,38,255,103,98,38,93,103,98,38,0,103,98,38,93, 104,99,38,255,233,209,166,255,228,204,158,255,227,204,158,255,227,203,157,255, 227,203,157,255,227,203,157,255,227,203,157,255,227,203,157,255,227,203,157,255, 227,203,157,255,227,203,157,255,228,204,159,255,104,99,38,255,103,98,38,93,104, 99,38,255,221,197,150,255,223,199,150,255,223,199,150,255,223,199,150,255,223, 199,150,255,223,199,150,255,223,199,150,255,227,192,130,255,223,198,150,255,223, 198,150,255,223,198,150,255,223,198,150,255,223,198,150,255,226,191,130,255,104, 99,38,255,104,99,38,255,221,197,150,255,126,105,32,255,104,99,38,255,104,99,38, 255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104, 99,38,255,104,99,38,255,104,99,38,255,126,105,32,255,221,197,150,255,104,99,38, 255,104,99,38,255,221,197,150,255,104,99,38,255,193,125,17,255,193,125,17,255, 193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193, 125,17,255,193,125,17,255,193,125,17,255,104,99,38,255,213,188,136,255,108,103, 43,255,104,99,38,255,221,197,150,255,104,99,38,255,193,125,17,255,193,125,17, 255,193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255, 193,125,17,255,193,125,17,255,193,125,17,255,104,99,38,255,215,191,140,255,108, 103,43,255,104,99,38,255,221,197,150,255,104,99,38,255,193,125,17,255,193,125, 17,255,193,125,17,255,193,125,17,255,104,99,38,255,104,99,38,255,193,125,17, 255,193,125,17,255,193,125,17,255,193,125,17,255,104,99,38,255,215,191,140,255, 108,103,43,255,104,99,38,255,221,197,150,255,126,105,32,255,104,99,38,255,104, 99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38, 255,104,99,38,255,104,99,38,255,104,99,38,255,115,102,34,255,213,188,136,255, 104,99,38,255,104,99,38,255,221,197,150,255,193,125,17,255,193,125,17,255,193, 125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193,125, 17,255,193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,213,188,136, 255,104,99,38,255,104,99,38,255,215,191,140,255,126,105,32,255,104,99,38,255, 104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38, 255,104,99,38,255,104,99,38,255,104,99,38,255,126,105,32,255,213,188,136,255, 104,99,38,255,104,99,38,255,215,191,140,255,104,99,38,255,193,125,17,255,193, 125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193,125, 17,255,193,125,17,255,193,125,17,255,193,125,17,255,104,99,38,255,210,186,133, 255,104,99,38,255,104,99,38,255,215,191,140,255,104,99,38,255,193,125,17,255, 193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,193, 125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,104,99,38,255,210,186, 133,255,104,99,38,255,104,99,38,255,213,188,136,255,104,99,38,255,193,125,17, 255,193,125,17,255,193,125,17,255,193,125,17,255,104,99,38,255,104,99,38,255, 193,125,17,255,193,125,17,255,193,125,17,255,193,125,17,255,104,99,38,255,210, 186,133,255,104,99,38,255,104,99,38,255,213,188,136,255,126,105,32,255,104,99, 38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255, 104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,210,186, 133,255,104,99,38,255,104,99,38,255,219,182,118,255,210,186,133,255,210,186,133, 255,210,186,133,255,210,186,133,255,208,183,130,255,210,186,133,255,208,183,130, 255,208,183,130,255,208,183,130,255,208,183,130,255,210,186,133,255,208,183,130, 255,210,186,133,255,104,99,38,255,95,91,41,141,104,99,38,255,108,103,43,255,108, 103,43,255,108,103,43,255,108,103,43,255,108,103,43,255,108,103,43,255,104,99, 38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255,104,99,38,255, 104,99,38,255,104,99,38,255}; MGL_EXPORT Fl_RGB_Image img_system(idata_system, 16, 16, 4, 0); static const unsigned char idata_info[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,59,75,119,134,58,74,119,225,56,73, 120,252,56,74,121,253,58,75,119,227,61,76,118,141,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,56,73,119,33,59,76,120,226,164,173,195,255, 237,239,244,255,252,252,253,255,247,249,251,255,226,231,239,255,154,165,190,255, 62,78,121,233,61,77,118,38,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,60, 77,120,230,208,213,224,255,245,248,250,213,232,239,244,170,226,234,243,164,217, 227,238,168,211,223,235,178,216,226,237,217,185,196,214,255,65,81,123,240,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,61,77,118,142,164,173,195,255,245,248,250, 214,239,243,247,160,244,247,250,159,235,240,246,162,223,232,242,166,212,224,237, 170,194,211,228,167,197,213,229,211,141,156,184,255,67,81,119,162,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,64,80,122,237,237,239,244,255,232,239,245,172,243,247,250, 159,250,252,253,157,236,241,247,161,223,231,242,164,208,221,235,164,193,210,228, 165,120,157,196,138,197,210,225,255,70,85,127,246,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,57,74,121,253,250,251,253,255,224,233,242,165,238,243,248,178,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,193,204,215,193,89,136,185, 123,206,219,233,255,57,75,122,254,97,100,113,2,0,0,0,0,0,0,0,0,0,0,0,0,58,75, 122,254,244,247,250,255,214,225,237,167,222,231,241,167,255,255,255,255,235,240, 245,201,224,230,236,204,210,218,226,200,145,174,205,145,83,130,182,125,201,214, 231,255,57,75,122,254,97,100,113,11,0,0,0,0,0,0,0,0,0,0,0,0,69,84,126,244,224, 229,237,255,203,217,232,173,200,215,232,158,255,255,255,255,192,208,227,151,181, 202,224,150,157,185,214,144,92,137,186,123,96,142,188,140,181,199,219,255,72,88, 131,249,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,74,87,122,186,152,164,189,255,212,224, 236,215,166,190,216,147,255,255,255,255,165,190,216,148,135,168,204,135,91,137, 185,122,75,126,178,128,170,193,217,214,126,145,177,255,84,96,131,215,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,97,100,113,10,71,87,128,247,183,194,213,255,195,211,228, 211,119,157,197,138,255,255,255,255,82,129,181,126,94,141,186,141,169,192,217, 214,155,174,200,255,73,89,133,250,97,100,113,27,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,79,88,115,77,71,87,128,249,140,155,184,255,194,208,224,255,204,217, 232,255,199,214,229,255,181,198,218,255,126,144,178,255,74,90,134,251,89,98,124, 106,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,97,100,113,19,88,99, 131,221,75,91,131,252,166,172,152,255,167,173,152,255,171,177,152,255,94,104, 128,243,97,100,113,31,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,89,89,66,12,94,94,62,255,235,237,193,255,245,248,202,255,221, 223,171,255,94,94,62,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,89,89,66,7,94,94,62,255,128,128,92,255,168,170,132, 255,138,139,102,255,94,94,62,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,94,94,62,255,227,230,186,254,243, 246,201,255,211,213,176,254,94,94,62,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,94,94,62,76,57,57,54,165,70, 70,70,236,48,48,48,169,94,94,62,76,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_info(idata_info, 16, 16, 4, 0); static const unsigned char idata_help[] = {0,0,0,0,141,143,138,137,137,139,134,252,136,138,133,255,136,138,133,255, 136,138,133,255,136,138,133,255,136,138,133,255,136,138,133,255,136,138,133,255, 136,138,133,255,136,138,133,255,136,138,133,255,137,139,134,252,143,145,140,137, 0,0,0,0,0,0,0,0,137,139,134,252,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,138,140,135, 252,0,0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,222,225,219,255,192,195,188, 255,186,189,182,255,186,189,182,255,186,189,182,255,186,189,182,255,186,189,182, 255,186,189,182,255,194,196,190,255,234,236,232,255,255,255,255,255,136,138,133, 255,0,0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,223,226,220,255,227,229,224, 255,230,233,228,255,234,236,232,255,237,238,235,255,239,240,237,255,240,241,239, 255,240,241,238,255,238,240,237,255,236,237,234,255,255,255,255,255,136,138,133, 255,0,0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,224,227,221,255,228,230,225, 255,197,171,168,255,163,122,119,255,141,143,138,255,141,143,138,255,164,126,123, 255,202,177,174,255,240,241,239,255,237,239,236,255,255,255,255,255,136,138,133, 255,0,0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,225,227,222,255,177,121,119, 255,163,40,39,255,214,147,146,255,238,238,236,255,238,238,237,255,215,156,155, 255,165,41,39,255,181,125,123,255,239,240,237,255,255,255,255,255,136,138,133, 255,0,0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,198,171,168,255,163,40,39, 255,240,134,134,255,235,87,87,255,186,166,162,255,186,166,162,255,235,92,92,255, 240,159,159,255,166,42,41,255,208,180,178,255,255,255,255,255,136,138,133,255,0, 0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,162,131,127,255,215,143,142,255, 236,87,87,255,171,16,16,255,185,147,144,255,185,147,144,255,171,16,16,255,237, 95,95,255,219,164,162,255,166,130,126,255,255,255,255,255,136,138,133,255,0,0, 0,0,0,0,0,0,136,138,133,255,255,255,255,255,141,143,138,255,240,240,238,255, 186,169,166,255,182,136,133,255,244,245,243,255,248,248,247,255,189,152,150,255, 187,166,163,255,242,242,241,255,141,143,138,255,255,255,255,255,136,138,133,255, 0,0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,141,143,138,255,242,242,241, 255,186,168,165,255,183,150,147,255,244,245,243,255,248,249,248,255,186,141,139, 255,188,174,171,255,245,245,244,255,141,143,138,255,255,255,255,255,136,138,133, 255,0,0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,164,127,123,255,224,147,146, 255,236,140,140,255,162,27,27,255,184,148,144,255,186,150,148,255,161,28,27,255, 237,167,167,255,227,158,157,255,166,132,129,255,255,255,255,255,136,138,133,255, 0,0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,198,172,168,255,178,28,28,255, 246,144,144,255,238,152,151,255,191,174,171,255,192,175,172,255,239,178,177,255, 249,177,177,255,179,32,32,255,208,181,179,255,255,255,255,255,136,138,133,255,0, 0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,226,229,224,255,178,119,116,255, 179,34,33,255,230,170,169,255,248,248,248,255,250,250,249,255,234,184,183,255, 181,38,38,255,183,123,121,255,242,243,240,255,255,255,255,255,136,138,133,255,0, 0,0,0,0,0,0,0,136,138,133,255,255,255,255,255,226,228,223,255,230,232,228,255, 197,173,169,255,164,124,121,255,141,143,138,255,141,143,138,255,165,123,120,255, 205,179,177,255,244,245,243,255,241,242,240,255,255,255,255,255,136,138,133,255, 0,0,0,0,0,0,0,0,137,139,134,252,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,138,140,135, 252,0,0,0,0,0,0,0,0,141,143,138,137,137,139,134,252,136,138,133,255,136,138,133, 255,136,138,133,255,136,138,133,255,136,138,133,255,136,138,133,255,136,138,133, 255,136,138,133,255,136,138,133,255,136,138,133,255,137,139,134,252,143,145,140, 137,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_help(idata_help, 16, 16, 4, 0); static const unsigned char idata_delete[] = {0,0,0,0,0,0,0,0,0,0,0,0,46,52,54,17,46,52,54,75,46,52,54,255,46,52,54,255, 46,52,54,255,46,52,54,255,46,52,54,255,46,52,54,255,46,52,54,62,46,52,54,33,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,46,52,54,58,46,52,54,255,100,105,106, 255,144,152,148,255,233,234,227,255,238,239,236,255,239,240,238,255,210,213,211, 255,191,193,193,255,151,154,155,255,46,52,54,255,46,52,54,75,0,0,0,0,0,0,0,0,0, 0,0,0,46,52,54,62,66,71,73,255,217,219,214,255,199,202,196,255,110,118,114, 255,66,71,69,255,36,39,39,255,49,52,50,255,122,131,126,255,179,184,179,255,203, 206,203,255,203,207,203,255,46,52,54,255,46,52,54,33,0,0,0,0,0,0,0,0,46,52,54, 255,214,217,211,255,210,213,205,255,218,220,214,255,174,179,173,255,92,99,98, 255,53,57,57,255,55,58,56,255,88,94,91,255,141,148,143,255,170,175,167,255,210, 214,210,255,181,186,181,255,46,52,54,255,0,0,0,0,0,0,0,0,46,52,54,255,229,229, 225,255,240,240,237,255,236,237,233,255,227,229,224,255,221,222,217,255,203,206, 199,255,182,187,179,255,162,168,160,255,179,184,176,255,186,191,183,255,171,176, 168,255,203,206,205,255,46,52,54,255,0,0,0,0,0,0,0,0,46,52,54,255,224,226,226, 255,230,230,221,255,244,244,239,255,244,243,241,255,244,244,241,255,243,244,240, 255,240,240,235,255,229,230,224,255,214,217,210,255,145,152,148,255,139,143,141, 255,137,141,141,255,46,52,54,255,0,0,0,0,0,0,0,0,46,52,54,194,154,156,156,255, 194,197,196,255,188,192,191,255,217,219,210,255,223,224,216,255,217,219,212,255, 204,208,207,255,132,140,137,255,150,156,153,255,134,137,138,255,83,88,90,255,46, 52,54,255,46,52,54,130,0,0,0,0,0,0,0,0,46,52,54,68,46,52,54,255,90,95,96,255, 139,143,143,255,173,175,176,255,228,229,229,255,227,229,229,255,227,229,228,255, 161,164,164,255,104,109,110,255,60,64,65,255,76,80,82,255,46,52,54,255,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,46,52,54,255,107,113,113,255,50,56,56,255,46,52,52, 255,43,49,50,255,43,49,51,255,41,46,48,255,40,45,47,255,39,44,46,255,57,61,60, 255,147,149,148,255,46,52,54,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,46,52,54,255, 175,181,179,255,176,182,180,255,105,112,110,255,151,159,155,255,106,113,109,255, 57,62,59,255,95,103,100,255,51,55,52,255,97,104,102,255,152,155,153,255,46,52, 54,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,46,52,54,255,183,187,187,255,213,216, 214,255,129,138,136,255,209,212,210,255,126,135,133,255,81,87,86,255,137,146, 144,255,67,72,68,255,110,119,116,255,160,163,161,255,46,52,54,255,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,46,52,54,255,183,187,187,255,214,217,215,255,133,141,138, 255,216,219,216,255,162,168,163,255,85,91,89,255,151,158,156,255,69,75,71,255, 111,120,117,255,160,163,161,255,46,52,54,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,46, 52,54,255,183,187,187,255,212,215,213,255,131,140,137,255,216,219,215,255,162, 168,163,255,85,91,89,255,151,158,156,255,69,75,71,255,110,119,116,255,155,157, 155,255,46,52,54,255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,46,52,54,255,175,177,176, 255,204,207,207,255,185,187,187,255,221,223,220,255,162,168,163,255,85,91,89, 255,160,167,164,255,135,139,136,255,146,149,149,255,114,115,115,255,46,52,54, 255,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,46,52,54,75,46,52,54,255,87,92,94,255,155, 156,155,255,213,216,215,255,207,210,208,255,191,192,191,255,190,193,191,255,135, 135,135,255,84,89,90,255,46,52,54,255,46,52,54,62,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,46,52,54,78,46,52,54,187,46,52,54,230,46,52,54,255,46,52,54, 255,46,52,54,230,46,52,54,187,46,52,54,68,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_delete(idata_delete, 16, 16, 4, 0); static const unsigned char idata_objectU[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,186,186,190,173,179,179,184,191,172,172,178,191,166,166,170,191,159,159, 164,191,151,151,156,191,143,143,147,191,134,134,138,191,125,125,130,191,116,116, 121,173,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,186,186,190,191,229,229,229,254,230,230,230,255,231,231,231,255, 232,232,232,255,233,233,233,255,234,234,234,255,239,239,239,255,243,243,243,254, 117,117,120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,186,186,190,191,238,238,238,255,231,231,231,255,229,229,229, 255,231,231,231,255,235,235,235,255,240,240,240,255,243,243,243,255,245,245,245, 255,117,117,120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,186,186,190,191,249,249,249,255,243,243,243,255,237,237, 237,255,234,234,234,255,236,236,236,255,239,239,239,255,241,241,241,255,242,242, 242,255,117,117,120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,186,186,190,191,255,255,255,255,253,253,253,255,246, 246,246,255,241,241,241,255,237,237,237,255,236,236,236,255,237,237,237,255,232, 232,232,255,124,124,127,239,143,143,147,191,134,134,138,191,125,125,130,191,116, 116,121,173,255,255,255,0,255,255,255,0,186,186,190,191,255,255,255,255,255,255, 255,255,255,255,255,255,250,250,250,255,245,245,245,255,239,239,239,255,230,230, 230,255,229,229,229,255,131,140,153,255,172,206,252,255,158,197,253,255,138,185, 254,255,117,117,120,191,255,255,255,0,255,255,255,0,186,186,190,191,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,254,254,254,255,247,247,247, 255,241,241,241,255,234,234,234,255,126,137,153,255,136,183,255,255,129,179,255, 255,128,179,255,255,117,117,120,191,255,255,255,0,255,255,255,0,186,186,190,191, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,252,252,252,255,245,245,245,255,122,134,154,255,134,182,255,255, 132,181,255,255,133,182,255,255,117,117,120,191,255,255,255,0,255,255,255,0,186, 186,190,191,254,254,254,254,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,253,253,253,255,123,134,154,255,137, 184,255,255,141,186,254,255,167,203,252,255,117,117,120,191,255,255,255,0,255, 255,255,0,186,186,190,173,179,179,184,191,172,172,178,191,166,166,170,191,167, 167,172,239,145,158,181,255,140,152,174,255,134,146,167,255,129,140,161,255,125, 139,164,255,150,191,254,255,169,203,252,255,172,205,252,255,117,117,120,191,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 200,200,204,191,128,179,255,255,131,180,255,255,134,182,255,255,138,184,255,255, 156,195,253,255,170,204,252,255,171,205,252,255,172,206,252,255,117,117,120,191, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,200,200,204,191,128,179,255,255,129,180,255,255,146,190,254,255,167,203, 252,255,171,205,252,255,171,205,252,255,172,205,252,255,173,206,252,255,117,117, 120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,200,200,204,191,141,187,254,255,165,201,253,255,173,206,252,255, 172,206,252,255,172,206,252,255,172,206,252,255,173,206,252,255,173,205,250,254, 117,117,120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,200,200,205,173,190,190,194,191,180,180,186,191,170,170,175, 191,160,160,166,191,151,151,156,191,143,143,147,191,134,134,138,191,125,125,130, 191,116,116,121,173,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_objectU(idata_objectU, 16, 16, 4, 0); static const unsigned char idata_objectD[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,186,186,190,173,179,179,184,191,172,172,178,191,166,166,170,191,159,159, 164,191,151,151,156,191,143,143,147,191,134,134,138,191,125,125,130,191,116,116, 121,173,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,186,186,190,191,229,229,229,254,230,230,230,255,231,231,231,255, 232,232,232,255,233,233,233,255,234,234,234,255,239,239,239,255,243,243,243,254, 117,117,120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,186,186,190,191,238,238,238,255,231,231,231,255,229,229,229, 255,231,231,231,255,235,235,235,255,240,240,240,255,243,243,243,255,245,245,245, 255,117,117,120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,186,186,190,191,249,249,249,255,243,243,243,255,237,237, 237,255,234,234,234,255,236,236,236,255,239,239,239,255,241,241,241,255,242,242, 242,255,117,117,120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,186,186,190,191,255,255,255,255,253,253,253,255,246, 246,246,255,213,213,216,255,201,201,204,255,194,194,198,255,186,186,190,255,178, 178,182,255,144,144,149,239,143,143,147,191,134,134,138,191,125,125,130,191,116, 116,121,173,255,255,255,0,255,255,255,0,186,186,190,191,255,255,255,255,255,255, 255,255,255,255,255,255,213,213,216,255,174,206,251,255,173,206,252,255,173,206, 252,255,173,206,252,255,173,206,252,255,172,206,252,255,158,197,253,255,138,185, 254,255,117,117,120,191,255,255,255,0,255,255,255,0,186,186,190,191,255,255,255, 255,255,255,255,255,255,255,255,255,214,214,217,255,173,206,252,255,173,206,252, 255,172,206,252,255,165,201,253,255,153,194,253,255,136,183,255,255,129,179,255, 255,128,179,255,255,117,117,120,191,255,255,255,0,255,255,255,0,186,186,190,191, 255,255,255,255,255,255,255,255,255,255,255,255,214,214,217,255,149,192,254,255, 139,185,254,255,134,182,255,255,134,182,255,255,135,183,255,255,134,182,255,255, 132,181,255,255,133,182,255,255,117,117,120,191,255,255,255,0,255,255,255,0,186, 186,190,191,254,254,254,254,255,255,255,255,255,255,255,255,214,214,217,255,128, 179,255,255,131,180,255,255,134,182,255,255,137,184,255,255,139,185,255,255,137, 184,255,255,141,186,254,255,167,203,252,255,117,117,120,191,255,255,255,0,255, 255,255,0,186,186,190,173,179,179,184,191,172,172,178,191,166,166,170,191,192, 192,196,239,128,179,255,255,131,181,255,255,135,183,255,255,139,185,255,255,143, 188,255,255,150,191,254,255,169,203,252,255,172,205,252,255,117,117,120,191,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 200,200,204,191,128,179,255,255,131,180,255,255,134,182,255,255,138,184,255,255, 156,195,253,255,170,204,252,255,171,205,252,255,172,206,252,255,117,117,120,191, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,200,200,204,191,128,179,255,255,129,180,255,255,146,190,254,255,167,203, 252,255,171,205,252,255,171,205,252,255,172,205,252,255,173,206,252,255,117,117, 120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,200,200,204,191,141,187,254,255,165,201,253,255,173,206,252,255, 172,206,252,255,172,206,252,255,172,206,252,255,173,206,252,255,173,205,250,254, 117,117,120,191,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,200,200,205,173,190,190,194,191,180,180,186,191,170,170,175, 191,160,160,166,191,151,151,156,191,143,143,147,191,134,134,138,191,125,125,130, 191,116,116,121,173,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_objectD(idata_objectD, 16, 16, 4, 0); static const unsigned char idata_layer[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 255,255,255,0,0,0,0,0,149,149,149,35,153,153,153,100,160,160,160,88,114,114,114, 12,0,0,0,0,226,226,226,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,61,61,61,8,135,135,135,184,111,111,111,255,87,87,87,255,97,97,97, 255,125,125,125,255,142,142,142,141,0,0,0,0,255,255,255,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,101,101,101,10,118,118,118,233,57,57,57,153,13,13, 13,67,1,1,1,37,13,13,13,65,52,52,52,143,91,91,91,251,145,145,145,205,0,0,0,1,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,101,101,101,175,0,0,0,31,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,12,68,68,68,172,143,143,143,204,0,0,0, 0,126,126,126,0,0,0,0,0,0,0,0,0,0,0,0,0,66,66,66,80,0,0,0,10,0,0,0,0,0,0,0,0, 0,0,0,0,49,49,49,32,60,60,60,35,0,0,0,0,0,0,0,0,0,0,0,0,61,61,61,120,136,136, 136,145,0,0,0,0,2,2,2,0,0,0,0,0,19,19,19,1,65,65,65,11,0,0,0,0,0,0,0,0,119,119, 119,116,115,114,114,240,106,106,106,255,110,108,108,255,119,119,119,243,126,126, 126,119,0,0,0,0,0,0,0,0,79,79,79,122,104,104,104,56,0,0,0,0,0,0,0,0,0,0,0,0,255, 255,255,0,0,0,0,12,128,128,128,205,87,87,87,255,99,102,108,254,128,139,157,255, 118,127,143,255,86,86,88,254,108,108,108,255,134,133,133,209,18,18,18,16,0,0,0, 0,72,72,72,116,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,9,132,132,132,222,100,100,100, 255,195,198,202,255,177,209,247,255,156,209,245,255,156,192,240,255,173,204,238, 255,96,102,116,255,106,106,106,254,139,139,139,232,41,41,41,19,0,0,0,2,70,70,70, 51,0,0,0,0,0,0,0,0,138,138,138,191,110,110,110,255,223,223,222,255,172,189,218, 255,130,182,240,255,172,184,182,255,123,133,134,255,114,175,210,255,119,137,171, 255,208,206,205,255,114,114,114,254,146,146,146,224,0,0,0,8,68,68,68,5,0,0,0,0, 0,0,0,0,120,120,120,213,149,149,149,254,240,238,238,255,160,181,211,255,56, 124,169,255,110,102,99,255,72,58,55,255,50,166,206,255,113,147,182,255,226,224, 224,255,208,208,208,255,126,126,126,255,150,150,150,186,0,0,0,0,0,0,0,0,102,102, 102,0,50,50,50,39,114,114,114,255,210,210,209,254,170,180,199,255,81,181,236, 255,19,73,80,255,14,86,100,255,68,177,226,255,91,120,150,255,244,242,240,255, 234,234,234,255,192,192,192,255,140,140,140,255,139,139,139,112,0,0,0,0,0,0,0,0, 74,74,74,0,52,52,52,49,109,109,108,237,200,199,198,255,88,124,174,254,62,143, 220,255,49,119,189,255,68,128,177,255,142,149,162,255,238,238,236,255,230,230, 230,255,210,210,210,255,155,155,155,254,153,153,153,255,0,0,0,2,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,6,78,78,77,126,132,134,137,237,90,111,144,255,65,92,135,255,136, 146,163,254,244,243,241,255,236,236,236,255,216,216,216,255,167,167,167,255,141, 141,141,239,78,78,78,59,26,26,26,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,80,77,72,58,214,210,206,124,199,199,197,163,170,170,170,178,140,140,140, 175,109,109,109,153,92,92,92,91,0,0,0,4,141,141,141,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_layer(idata_layer, 16, 16, 4, 0); static const unsigned char idata_new[] = {0,0,0,16,0,0,0,58,0,0,0,58,0,0,0,58,0,0,0,58,0,0,0,58,0,0,0,58,0,0,0,58,0, 0,0,58,0,0,0,58,0,117,0,136,41,168,41,231,91,195,91,249,42,170,42,226,0,159,0, 104,255,255,255,0,0,0,0,58,234,234,234,255,232,233,233,255,234,235,235,255,236, 237,237,255,237,238,238,255,238,239,239,255,239,240,240,255,240,241,241,255,143, 207,143,255,54,191,54,255,120,213,120,255,255,255,255,255,122,213,120,255,53, 192,53,253,0,157,0,103,0,0,0,58,232,233,234,255,232,233,233,255,234,235,235,255, 236,237,237,255,237,238,238,255,238,239,239,255,239,240,240,255,240,241,241,255, 33,166,33,255,29,182,29,255,63,180,41,255,255,255,255,255,90,188,41,255,51,188, 29,255,0,155,0,220,0,0,0,58,235,236,236,255,235,236,236,255,236,237,237,255, 238,239,239,255,239,240,240,255,241,241,241,255,242,242,242,255,243,243,243,255, 9,149,9,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,0,147,0,246,0,0,0,58,237,238,238,255,237,237,237,255,238,239, 239,255,240,241,241,255,242,242,242,255,243,244,244,255,245,245,245,255,246,246, 246,255,33,180,33,255,3,160,0,255,52,160,0,255,255,255,255,255,100,176,0,255,50, 175,0,255,0,168,0,220,0,0,0,58,238,239,239,255,238,239,239,255,240,241,241,255, 242,243,243,255,244,244,244,255,246,246,246,255,247,247,247,255,248,248,248,255, 149,221,149,255,2,173,2,255,26,163,0,255,255,255,255,255,54,176,0,255,3,173,0, 253,0,178,0,102,0,0,0,58,240,241,241,255,240,241,241,255,242,243,243,255,244, 245,245,255,246,246,246,255,248,248,248,255,249,249,249,255,250,250,250,255,250, 250,250,255,149,223,149,255,35,196,35,255,10,175,10,255,0,179,0,227,0,184,0,102, 255,255,255,0,0,0,0,58,242,242,242,255,242,242,242,255,244,244,244,255,246,246, 246,255,248,248,248,255,250,250,250,255,250,250,250,255,251,251,251,255,251,251, 251,255,252,252,252,255,252,252,252,255,252,252,252,255,0,0,0,58,255,255,255,0, 255,255,255,0,0,0,0,58,243,244,244,255,243,244,244,255,246,246,246,255,248,248, 248,255,250,250,250,255,251,251,251,255,251,251,251,255,252,252,252,255,252,252, 252,255,253,253,253,255,253,253,253,255,253,253,253,255,0,0,0,58,255,255,255,0, 255,255,255,0,0,0,0,58,244,244,244,255,245,245,245,255,247,247,247,255,250,250, 250,255,250,250,250,255,251,251,251,255,252,252,252,255,253,253,253,255,253,253, 253,255,254,254,254,255,254,254,254,255,254,254,254,255,0,0,0,58,255,255,255,0, 255,255,255,0,0,0,0,58,244,245,245,255,246,246,246,255,249,249,249,255,250,250, 250,255,251,251,251,255,252,252,252,255,253,253,253,255,254,254,254,255,254,254, 254,255,252,252,252,255,250,250,250,255,239,239,240,254,0,0,0,53,255,255,255,0, 255,255,255,0,0,0,0,58,245,246,246,255,247,247,247,255,250,250,250,255,251,251, 251,255,252,252,252,255,253,253,253,255,254,254,254,255,254,254,254,255,224,224, 224,255,198,198,198,255,206,207,207,255,132,134,136,199,0,0,0,5,255,255,255,0, 255,255,255,0,0,0,0,58,246,246,246,255,248,248,248,255,250,250,250,255,251,251, 251,255,252,252,252,255,253,253,253,255,254,254,254,255,251,251,251,255,196,196, 196,255,253,253,253,255,128,133,133,213,0,0,0,10,255,255,255,0,255,255,255,0, 255,255,255,0,0,0,0,58,246,247,247,255,248,248,248,255,250,250,250,255,251,251, 251,255,252,252,252,255,253,253,253,255,254,254,254,255,244,244,244,255,204,204, 204,255,126,131,131,213,0,0,0,18,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,0,0,0,57,246,247,247,254,249,249,249,255,251,251,251,255,251,251,251, 255,252,252,252,255,253,253,253,255,255,255,255,255,233,233,234,254,126,129,129, 199,0,0,0,10,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,0,0,0,7,0,0,0,57,0,0,0,58,0,0,0,58,0,0,0,58,0,0,0,58,0,0,0,58,0,0,0,58,0, 0,0,53,0,0,0,5,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_new(idata_new, 16, 16, 4, 0); static const unsigned char idata_clear[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 183,165,137,107,182,156,121,213,76,67,57,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,179,158, 125,207,200,175,140,166,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,193,179,155,54,185,160,124, 255,197,175,145,66,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,141,120,95,18,171,155,130,188,185,159,123, 219,99,88,74,2,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,83,68,52,3,146,127,102,126,172,144,110,255,151,127,99, 177,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,141,117,85,19,173,147,110,203,184,157,119,255,159,133,103,255,154, 108,86,184,174,0,0,4,0,0,0,0,0,0,0,0,174,1,1,24,178,58,58,68,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,43,43,0,0,159,132,95,185,192,165,127,255,179,155,119, 255,172,138,98,255,182,130,102,246,185,43,39,152,154,0,0,4,160,0,0,25,199,64,59, 194,223,110,105,224,172,13,10,83,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,140,122,98,87, 173,145,107,255,183,155,116,255,179,148,109,255,170,136,94,255,180,121,94,245, 216,104,100,226,138,35,30,160,171,55,49,196,221,103,102,226,222,107,104,226,178, 40,36,158,0,0,0,0,0,0,0,0,0,0,0,0,130,104,71,12,141,113,78,221,163,141,110,255, 165,142,110,255,165,131,91,255,167,134,93,255,175,96,71,239,203,67,65,226,198, 75,70,226,206,79,76,226,206,89,85,226,171,33,26,167,154,0,0,9,0,0,0,0,0,0,0,0, 0,0,0,0,151,119,79,166,161,132,92,255,175,145,105,255,155,127,90,255,145,117, 85,255,141,117,86,255,143,66,50,134,182,44,31,226,189,18,18,226,189,24,23,226, 166,32,19,210,144,0,0,13,0,0,0,0,0,0,0,0,0,0,0,0,160,126,82,117,155,124,83,255, 179,145,101,255,163,129,90,255,154,122,82,255,168,131,87,255,160,129,88,255,163, 44,30,217,206,16,10,227,192,22,15,227,203,9,7,226,204,20,13,226,153,23,17,152, 131,0,0,4,0,0,0,0,158,124,80,88,180,143,93,251,157,123,84,255,168,132,89,255, 176,138,93,255,161,125,81,255,178,142,94,255,164,129,87,254,217,46,32,233,208, 47,35,232,108,49,36,187,132,45,36,211,231,10,9,226,224,23,19,226,163,51,49,147, 127,98,65,50,170,135,87,204,143,112,72,255,187,148,99,254,179,136,92,255,167, 132,86,255,186,145,94,255,178,142,92,255,181,137,92,252,206,76,58,235,137,65,49, 191,162,119,81,52,114,53,36,55,159,41,38,206,216,42,39,226,142,23,21,102,169, 135,94,36,170,135,88,202,188,143,98,254,190,145,97,254,187,144,95,252,181,144, 93,255,197,153,97,255,184,145,94,255,189,150,100,209,149,80,54,153,166,123,83, 53,176,141,95,15,183,144,96,2,148,35,35,37,140,15,15,87,0,0,0,0,171,140,94,10, 169,137,91,68,170,136,91,151,176,136,92,185,180,143,93,214,186,148,95,242,184, 142,90,254,184,140,93,247,178,143,96,149,175,140,97,24,170,136,98,4,85,85,85,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,180,143,94,3,179,141,95,10,176,139,96, 24,175,140,94,53,170,137,92,94,159,125,81,129,183,140,93,120,146,119,84,58,170, 170,85,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_clear(idata_clear, 16, 16, 4, 0); static const unsigned char idata_plus[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,124, 201,112,164,64,177,40,247,67,180,39,237,161,217,144,149,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,87,184,72,254, 160,217,142,255,154,214,134,255,107,195,82,251,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,36,161,19,255,158,222, 134,255,161,223,138,255,66,179,38,255,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,31,159,16,255,145,215,124,255, 146,217,126,255,60,176,35,255,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,1,255,255,255,4,255, 255,255,0,255,255,255,0,255,255,255,0,27,156,14,255,131,209,115,255,132,209,116, 255,55,172,32,255,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,4,255, 255,255,1,255,255,255,0,255,255,255,0,98,182,98,136,65,168,65,251,6,143,4,255, 12,146,8,255,18,150,11,255,23,153,13,255,121,204,107,255,123,205,108,255,48, 169,27,255,55,173,30,255,64,178,35,255,73,184,40,255,124,205,97,251,154,219,128, 136,255,255,255,0,255,255,255,0,4,134,4,236,104,186,99,255,104,189,96,255,103, 192,94,255,104,194,95,255,109,197,97,255,99,195,83,255,101,196,84,255,117,200, 100,255,119,202,104,255,126,202,116,255,107,191,101,255,93,181,83,255,88,192,49, 236,255,255,255,0,255,255,255,0,0,130,0,236,70,167,66,255,74,173,70,255,79,181, 73,255,93,188,85,255,98,190,86,255,87,187,71,255,90,189,71,255,106,195,89,255, 96,189,79,255,57,170,44,255,42,161,35,255,59,167,48,255,79,187,42,236,255,255, 255,0,255,255,255,0,0,128,0,106,0,131,0,250,0,135,0,255,0,139,0,255,5,143,2,255, 11,146,5,255,67,177,46,255,78,183,52,255,32,159,17,255,40,164,21,255,47,168,25, 255,55,173,29,255,64,179,34,250,75,183,38,106,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,7,144,4,255, 69,179,45,255,86,189,53,255,28,156,14,255,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,4,142,2,255,64,176,40,255, 88,190,53,255,23,154,12,255,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,1,140,0,255,42,164,25,255,63,177,38,255, 19,151,10,255,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,128,2,31,152,16,254,14,147,8,255,25,153,20,255,31,147,25,251, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,86,171,29,160,14,147,8,247,51,163,50,239,45,145,39,125,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_plus(idata_plus, 16, 16, 4, 0); static const unsigned char idata_minus[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,1,255,255,255,4,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,4,255,255,255,1,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,199,100,100,132,191,65,65,250,176,0,0,255,183,0,0, 255,190,0,0,255,196,0,0,255,203,0,0,255,210,0,0,255,216,0,0,255,223,0,0,255,236, 65,65,251,246,98,98,136,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255, 0,161,4,4,228,204,103,103,255,207,90,90,255,215,90,90,255,220,90,90,255,225, 90,90,255,228,90,90,255,228,90,90,255,226,100,100,255,209,87,87,255,199,69,69, 255,234,4,4,236,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,155,0,0, 228,193,82,82,255,200,77,77,255,210,81,81,255,217,80,80,255,222,77,77,255,225, 73,73,255,223,73,73,255,208,40,40,255,190,28,28,255,190,34,34,255,229,0,0,236, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,150,0,0,100,158,0,0,249, 165,0,0,255,171,0,0,255,178,0,0,255,185,0,0,255,191,0,0,255,198,0,0,255,205,0,0, 255,211,0,0,255,218,0,0,250,226,0,0,106,255,255,255,0,255,255,255,0,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_minus(idata_minus, 16, 16, 4, 0); static const unsigned char idata_udav[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,1,255,255,0,1,255,255,0,1,255, 255,0,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,1,255,255,0,2,255, 255,0,3,255,255,0,3,255,255,0,3,255,255,0,3,255,255,0,4,255,255,0,4,255,255,0,4, 255,255,0,3,255,255,0,3,255,255,0,2,255,255,0,2,255,255,0,1,255,255,0,1,255,255, 0,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,1,255, 255,0,2,255,255,0,3,255,255,0,4,255,255,0,5,255,255,0,6,255,255,0,7,255,255,0,7, 255,255,0,8,255,255,0,8,255,255,0,8,255,255,0,8,255,255,0,9,255,255,0,8,255,255, 0,7,255,255,0,6,255,255,0,6,255,255,0,5,255,255,0,4,255,255,0,3,255,255,0,2, 255,255,0,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,0,1,255,255,0,3,255,255,0,4,255,255,0,5,255,255,0,7, 255,255,0,8,255,255,0,9,255,255,0,11,255,255,0,13,255,255,0,13,255,255,0,13,255, 255,0,14,255,255,0,14,255,255,0,15,255,255,0,15,255,255,0,14,255,255,0,13,255, 255,0,12,255,255,0,11,255,255,0,10,255,255,0,9,255,255,0,7,255,255,0,5,255,255, 0,4,255,255,0,3,255,255,0,1,255,255,0,1,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,3, 255,255,0,4,255,255,0,7,255,255,0,9,255,255,0,10,255,255,0,12,255,255,0,14,255, 255,0,16,255,255,0,18,255,255,0,20,255,255,0,20,255,255,0,21,255,255,0,21,255, 255,0,22,255,255,0,22,255,255,0,22,255,255,0,21,255,255,0,20,255,255,0,18,255, 255,0,17,255,255,0,16,255,255,0,15,255,255,0,12,255,255,0,10,255,255,0,8,255, 255,0,6,255,255,0,4,255,255,0,3,255,255,0,2,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,0,1,255,255,0,3,255,255,0,4,255,255,0,6,255,255,0,9,255, 255,0,11,255,255,0,14,255,255,0,17,255,255,0,19,255,255,0,21,255,255,0,23,255, 255,0,25,255,255,0,28,255,255,0,29,255,255,0,29,255,255,0,30,255,255,0,30,255, 255,0,31,255,255,0,31,255,255,0,29,255,255,0,28,255,255,0,26,255,255,0,25,255, 255,0,24,255,255,0,22,255,255,0,19,255,255,0,16,255,255,0,14,255,255,0,11,255, 255,0,9,255,255,0,7,255,255,0,4,255,255,0,3,255,255,0,1,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,0,2, 255,255,0,4,255,255,0,6,255,255,0,8,255,255,0,11,255,255,0,14,255,255,0,17,255, 255,0,21,255,255,0,24,255,255,0,27,255,255,0,29,255,255,0,31,255,255,0,34,255, 255,0,36,255,255,0,38,255,255,0,38,255,255,0,39,255,255,0,40,255,255,0,40,255, 255,0,40,255,255,0,39,255,255,0,37,255,255,0,35,255,255,0,34,255,255,0,32,255, 255,0,30,255,255,0,26,255,255,0,23,255,255,0,20,255,255,0,17,255,255,0,15,255, 255,0,12,255,255,0,8,255,255,0,6,255,255,0,3,255,255,0,2,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,0,1,255,255,0,2,255,255,0,4,255,255,0,8,255,255, 0,11,255,255,0,14,255,255,0,17,255,255,0,21,255,255,0,24,255,255,0,28,255,255, 0,33,255,255,0,35,255,255,0,38,255,255,0,41,255,255,0,43,255,255,0,46,255,255, 0,48,255,255,0,49,255,255,0,49,171,44,44,255,201,73,73,255,193,65,65,255,153, 26,26,255,255,255,0,47,255,255,0,45,255,255,0,44,255,255,0,42,255,255,0,38,255, 255,0,35,255,255,0,31,255,255,0,28,255,255,0,25,255,255,0,22,255,255,0,17,255, 255,0,14,255,255,0,10,255,255,0,7,255,255,0,4,255,255,0,2,255,255,0,1,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,0,1,255,255,0,3,255,255,0,5,255,255,0,8,255,255,0,12,255,255,0,16,255,255,0, 20,255,255,0,24,255,255,0,28,255,255,0,32,255,255,0,36,255,255,0,41,255,255,0, 45,255,255,0,48,255,255,0,51,255,255,0,54,255,255,0,56,255,255,0,59,153,26,26, 255,232,105,105,255,255,179,179,255,255,206,206,255,255,191,191,255,255,134,134, 255,188,60,60,255,255,255,0,56,255,255,0,54,255,255,0,52,255,255,0,48,255,255,0, 44,255,255,0,40,255,255,0,37,255,255,0,33,255,255,0,29,255,255,0,24,255,255,0, 19,255,255,0,15,255,255,0,12,255,255,0,8,255,255,0,6,255,255,0,3,255,255,0,1, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,3, 255,255,0,6,255,255,0,9,255,255,0,13,255,255,0,17,255,255,0,22,255,255,0,27,255, 255,0,32,255,255,0,36,255,255,0,41,255,255,0,45,255,255,0,50,255,255,0,55,255, 255,0,58,255,255,0,61,255,255,0,64,255,255,0,67,139,11,11,255,202,74,74,255,255, 149,149,255,255,217,217,255,255,248,248,255,255,232,232,255,255,176,176,255,230, 102,102,255,167,40,40,255,255,255,0,65,255,255,0,62,255,255,0,58,255,255,0,54, 255,255,0,50,255,255,0,46,255,255,0,42,255,255,0,36,255,255,0,31,255,255,0,26, 255,255,0,21,255,255,0,17,255,255,0,13,255,255,0,9,255,255,0,6,255,255,0,3,255, 255,0,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,3,255,255,0,6,255, 255,0,9,255,255,0,13,255,255,0,18,255,255,0,23,255,255,0,29,255,255,0,34,255, 255,0,40,255,255,0,45,255,255,0,50,255,255,0,55,255,255,0,60,255,255,0,65,255, 255,0,69,255,255,0,72,255,255,0,76,255,255,0,79,155,27,27,255,193,66,66,255,237, 109,109,255,255,146,146,255,255,165,165,255,255,157,157,255,255,127,127,255,212, 85,85,255,172,44,44,255,142,14,14,255,255,255,0,73,255,255,0,69,255,255,0,64, 255,255,0,60,255,255,0,56,255,255,0,51,255,255,0,45,255,255,0,39,255,255,0,33, 255,255,0,28,255,255,0,24,255,255,0,19,255,255,0,14,255,255,0,9,255,255,0,6,255, 255,0,3,255,255,0,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,0,1,255,255,0,3,255,255,0,6,255,255,0,10,255,255,0, 14,255,255,0,19,255,255,0,24,255,255,0,30,255,255,0,35,255,255,0,42,255,255,0, 49,255,255,0,54,255,255,0,59,255,255,0,65,255,255,0,70,255,255,0,76,255,255,0, 81,255,255,0,84,255,255,0,87,255,255,0,91,147,20,20,255,163,36,36,255,180,53, 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255,255,0,153,255,255,0,142,255,255,0,130,255,255,0,119,255,255,0,107,255,255,0, 95,255,255,0,83,255,255,0,72,255,255,0,61,255,255,0,51,255,255,0,41,255,255,0, 32,255,255,0,23,255,255,0,16,255,255,0,10,255,255,0,5,255,255,0,2,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,0,2,255,255,0,6,255,255,0, 11,255,255,0,17,255,255,0,25,255,255,0,33,255,255,0,43,255,255,0,53,255,255,0, 64,255,255,0,76,255,255,0,88,255,255,0,100,255,255,0,112,255,255,0,124,255,255, 0,135,255,255,0,146,255,255,0,157,255,255,0,168,255,255,0,178,255,255,0,188, 255,255,0,197,4,4,131,255,2,2,129,255,1,1,128,255,1,1,128,255,1,1,128,255,1,1, 129,255,4,4,131,255,11,11,138,255,32,32,159,255,83,83,210,255,165,165,255,255, 197,197,255,255,134,134,255,255,25,25,152,255,255,255,0,224,255,255,0,219,255, 255,0,212,255,255,0,204,255,255,0,196,255,255,0,188,255,255,0,178,255,255,0,168, 255,255,0,157,255,255,0,146,255,255,0,134,255,255,0,123,255,255,0,111,255,255,0, 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255,0,14,255,255,0,21,255,255,0,30,255,255,0,39,255,255,0,50,255,255,0,61,255, 255,0,72,255,255,0,84,255,255,0,96,255,255,0,109,255,255,0,121,255,255,0,134, 255,255,0,146,255,255,0,158,255,255,0,169,255,255,0,180,255,255,0,190,255,255,0, 200,255,255,0,209,255,255,0,218,255,255,0,225,255,255,0,232,255,255,0,238,255, 255,0,243,255,255,0,247,255,255,0,250,255,255,0,252,255,255,0,253,255,255,0,253, 1,1,129,255,6,6,133,255,28,28,155,255,102,102,230,255,218,218,255,255,254,254, 255,255,130,130,255,255,24,24,151,255,255,255,0,209,255,255,0,200,255,255,0,190, 255,255,0,179,255,255,0,168,255,255,0,157,255,255,0,145,255,255,0,133,255,255,0, 121,255,255,0,108,255,255,0,96,255,255,0,84,255,255,0,72,255,255,0,60,255,255,0, 49,255,255,0,39,255,255,0,30,255,255,0,21,255,255,0,14,255,255,0,8,255,255,0,3, 255,255,0,1,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,3,255,255,0,8,255, 255,0,14,255,255,0,21,255,255,0,30,255,255,0,39,255,255,0,50,255,255,0,61,255, 255,0,72,255,255,0,84,255,255,0,96,255,255,0,109,255,255,0,121,255,255,0,134, 255,255,0,146,255,255,0,158,255,255,0,169,255,255,0,180,255,255,0,191,255,255,0, 201,255,255,0,210,255,255,0,219,255,255,0,226,255,255,0,233,255,255,0,239,255, 255,0,244,255,255,0,248,255,255,0,251,255,255,0,253,255,255,0,255,255,255,0,255, 255,255,0,253,2,2,130,255,12,12,140,255,58,58,186,255,163,163,255,255,253,253, 255,255,195,195,255,255,69,69,196,255,6,6,133,255,255,255,0,201,255,255,0,191, 255,255,0,181,255,255,0,170,255,255,0,158,255,255,0,146,255,255,0,134,255,255,0, 122,255,255,0,109,255,255,0,97,255,255,0,85,255,255,0,73,255,255,0,61,255,255,0, 51,255,255,0,40,255,255,0,31,255,255,0,22,255,255,0,15,255,255,0,9,255,255,0,4, 255,255,0,1,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,3,255,255,0,8,255, 255,0,14,255,255,0,21,255,255,0,30,255,255,0,39,255,255,0,50,255,255,0,61,255, 255,0,72,255,255,0,84,255,255,0,96,255,255,0,109,255,255,0,121,255,255,0,134, 255,255,0,146,255,255,0,158,255,255,0,169,255,255,0,180,255,255,0,191,255,255,0, 201,255,255,0,210,255,255,0,219,255,255,0,226,255,255,0,233,255,255,0,239,255, 255,0,244,255,255,0,248,255,255,0,251,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,253,255,255,0,251,6,6,134,255,35,35,163,255,123,123,250,255,236,236, 255,255,252,252,255,255,110,110,238,255,23,23,151,255,255,255,0,201,255,255,0, 191,255,255,0,181,255,255,0,170,255,255,0,158,255,255,0,146,255,255,0,134,255, 255,0,122,255,255,0,109,255,255,0,97,255,255,0,85,255,255,0,73,255,255,0,61,255, 255,0,50,255,255,0,40,255,255,0,31,255,255,0,22,255,255,0,15,255,255,0,9,255, 255,0,4,255,255,0,1,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,3,255,255, 0,8,255,255,0,14,255,255,0,21,255,255,0,30,255,255,0,39,255,255,0,50,255,255, 0,61,255,255,0,72,255,255,0,84,255,255,0,96,255,255,0,109,255,255,0,121,255, 255,0,134,255,255,0,146,255,255,0,158,255,255,0,169,255,255,0,180,255,255,0,190, 255,255,0,200,255,255,0,209,255,255,0,218,255,255,0,225,255,255,0,232,255,255,0, 238,255,255,0,243,255,255,0,247,255,255,0,250,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,252,255,255,0,250,4,4,132,255,24,24,151,255,101,101,228,255, 221,221,255,255,250,250,255,255,134,134,255,255,40,40,167,255,255,255,0,200,255, 255,0,190,255,255,0,179,255,255,0,168,255,255,0,157,255,255,0,145,255,255,0,133, 255,255,0,120,255,255,0,108,255,255,0,96,255,255,0,84,255,255,0,72,255,255,0,60, 255,255,0,49,255,255,0,39,255,255,0,30,255,255,0,21,255,255,0,14,255,255,0,8, 255,255,0,3,255,255,0,1,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,3,255, 255,0,8,255,255,0,14,255,255,0,21,255,255,0,30,255,255,0,39,255,255,0,50,255, 255,0,60,255,255,0,72,255,255,0,83,255,255,0,95,255,255,0,108,255,255,0,120,255, 255,0,132,255,255,0,144,255,255,0,155,255,255,0,167,255,255,0,178,255,255,0,188, 255,255,0,198,255,255,0,207,255,255,0,216,255,255,0,224,5,5,132,255,8,8,135,255, 255,255,0,241,255,255,0,245,255,255,0,248,255,255,0,250,255,255,0,251,255,255,0, 251,255,255,0,250,255,255,0,248,255,255,0,245,20,20,147,255,98,98,225,255,219, 219,255,255,249,249,255,255,142,142,255,255,47,47,174,255,8,8,135,255,255,255,0, 189,255,255,0,178,255,255,0,167,255,255,0,156,255,255,0,144,255,255,0,131,255, 255,0,119,255,255,0,107,255,255,0,94,255,255,0,82,255,255,0,70,255,255,0,59,255, 255,0,48,255,255,0,38,255,255,0,29,255,255,0,20,255,255,0,13,255,255,0,7,255, 255,0,3,255,255,255,0,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,3,255, 255,0,8,255,255,0,13,255,255,0,20,255,255,0,28,255,255,0,38,255,255,0,47,255, 255,0,58,255,255,0,69,255,255,0,81,255,255,0,93,255,255,0,105,255,255,0,117,255, 255,0,129,255,255,0,141,6,6,134,255,21,21,149,255,35,35,163,255,47,47,174,255, 63,63,190,255,74,74,202,255,85,85,213,255,98,98,226,255,105,105,232,255,110, 110,238,255,113,113,241,255,111,111,239,255,109,109,236,255,100,100,228,255,86, 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255,0,21,255,255,0,14,255,255,0,8,255,255,0,4,255,255,0,1,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,0,3,255,255,0,6,255,255,0,11,255,255,0,17,10,10,138,255,28,28,155,255,35,35, 163,255,55,55,183,255,75,75,203,255,92,92,220,255,101,101,229,255,100,100,228, 255,90,90,217,255,73,73,200,255,56,56,184,255,40,40,168,255,30,30,158,255,24,24, 151,255,29,29,156,255,42,42,169,255,64,64,192,255,100,100,228,255,144,144,255, 255,191,191,255,255,225,225,255,255,237,237,255,255,228,228,255,255,234,234,255, 255,139,139,255,255,91,91,219,255,56,56,183,255,31,31,158,255,16,16,144,255,8,8, 136,255,4,4,132,255,3,3,131,255,10,10,138,255,16,16,144,255,27,27,155,255,45,45, 172,255,70,70,197,255,106,106,234,255,153,153,255,255,198,198,255,255,232,232, 255,255,241,241,255,255,211,211,255,255,152,152,255,255,85,85,213,255,33,33,160, 255,255,255,0,32,255,255,0,25,255,255,0,18,255,255,0,12,255,255,0,7,255,255,0,3, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,0,1,255,255,0,4,255,255,0,9,255,255,0, 14,8,8,135,255,14,14,142,255,25,25,152,255,45,45,173,255,55,55,183,255,75,75, 202,255,96,96,223,255,114,114,241,255,130,130,255,255,141,141,255,255,150,150, 255,255,157,157,255,255,165,165,255,255,173,173,255,255,184,184,255,255,196,196, 255,255,206,206,255,255,212,212,255,255,210,210,255,255,202,202,255,255,211,211, 255,255,141,141,255,255,109,109,236,255,75,75,202,255,50,50,177,255,30,30,157, 255,17,17,145,255,10,10,137,255,5,5,133,255,3,3,131,255,2,2,130,255,6,6,134,255, 3,3,131,255,6,6,133,255,10,10,138,255,18,18,146,255,31,31,158,255,54,54,181, 255,86,86,213,255,127,127,254,255,178,178,255,255,220,220,255,255,236,236,255, 255,218,218,255,255,163,163,255,255,94,94,221,255,38,38,165,255,7,7,134,255,255, 255,0,14,255,255,0,9,255,255,0,5,255,255,0,2,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,0,3,255,255,0,6,255,255,0,11,6,6,133,255,9,9,136,255,13, 13,141,255,21,21,148,255,30,30,158,255,65,65,192,255,72,72,200,255,81,81,208, 255,90,90,217,255,102,102,230,255,114,114,242,255,127,127,254,255,134,134,255, 255,140,140,255,255,150,150,255,255,161,161,255,255,171,171,255,255,181,181,255, 255,103,103,231,255,84,84,212,255,67,67,195,255,48,48,176,255,34,34,161,255,22, 22,150,255,14,14,141,255,9,9,136,255,5,5,133,255,3,3,131,255,2,2,129,255,2,2, 129,255,6,6,134,255,1,1,128,255,1,1,129,255,2,2,130,255,4,4,131,255,7,7,134,255, 13,13,141,255,24,24,152,255,42,42,169,255,73,73,200,255,115,115,243,255,163, 163,255,255,208,208,255,255,230,230,255,255,212,212,255,255,159,159,255,255,92, 92,219,255,38,38,165,255,5,5,133,255,255,255,0,6,255,255,0,3,255,255,0,1,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 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255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0}; MGL_EXPORT Fl_RGB_Image img_udav(idata_udav, 64, 64, 4, 0); static const unsigned char idata_fname[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,84,127,180,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,137,0,83,64,180,65,216,91,195,91,253,64,180,65,217,0,137,0,83,0,0, 0,0,84,127,181,201,81,128,183,255,81,127,183,255,82,127,183,255,82,126,184, 255,86,132,187,212,0,0,0,0,0,0,0,0,0,0,0,0,0,146,0,80,69,198,69,255,135,219,120, 254,255,255,255,255,135,220,120,254,69,198,69,255,0,140,0,83,73,114,166,255,143, 185,239,255,142,182,234,255,144,184,235,255,147,187,239,255,75,121,177,254,81, 127,183,255,81,128,185,255,88,125,200,255,1,154,14,255,45,182,26,254,61,170,0, 255,255,255,255,255,61,170,0,255,45,182,26,254,0,158,0,216,61,99,146,255,134, 175,225,255,86,140,205,255,88,140,207,255,121,163,216,255,138,175,224,255,136, 175,225,255,135,175,225,255,145,174,246,255,0,136,0,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,0,139,0,253,47,81,122, 255,119,162,214,255,82,131,194,255,85,133,194,255,82,132,194,255,79,127,191,255, 58,106,163,255,46,91,147,255,51,87,160,255,0,160,0,255,0,151,0,255,11,134,0, 255,255,255,255,255,11,134,0,255,0,151,0,255,0,172,0,215,32,61,96,255,73,112, 159,255,39,83,138,255,42,85,139,255,42,85,140,255,34,76,127,255,109,143,177,255, 190,221,244,255,191,219,246,255,124,206,162,255,0,176,0,255,0,151,0,255,255,255, 255,255,0,151,0,255,0,178,0,255,84,180,114,194,84,121,159,255,199,228,248,255, 186,218,241,255,188,220,242,255,188,220,242,255,187,219,243,255,180,212,237,255, 142,177,220,255,137,173,219,255,145,173,229,255,95,185,150,255,5,183,12,255,0, 158,0,255,6,184,12,255,101,193,159,255,80,97,126,255,83,124,169,255,139,176,223, 255,135,170,217,255,135,170,217,255,134,170,217,255,134,170,217,255,136,171,218, 255,135,174,218,255,140,174,218,255,139,174,219,255,140,174,223,255,149,173,236, 255,153,173,242,255,149,173,235,255,147,181,232,255,78,99,125,255,82,123,170, 255,141,177,223,255,135,172,218,255,135,172,218,255,137,172,218,255,134,172,218, 255,135,172,218,255,135,172,218,255,134,172,218,255,138,172,218,255,134,172,218, 255,135,172,218,255,135,172,218,255,135,172,217,255,140,179,228,255,78,98,125, 255,81,122,170,255,137,175,222,255,132,170,217,255,133,170,217,255,131,170,217, 255,133,170,217,255,131,169,217,255,132,170,217,255,133,170,217,255,132,170,217, 255,131,170,217,255,133,170,217,255,132,170,217,255,132,169,217,255,139,177,227, 255,74,97,124,255,80,121,169,255,135,172,221,255,128,167,216,255,129,167,216, 255,129,167,216,255,130,167,216,255,129,167,216,255,130,167,216,255,128,167,216, 255,128,167,216,255,128,167,216,255,130,167,216,255,129,167,216,255,129,167,216, 255,135,174,225,255,73,95,123,255,81,122,170,255,137,174,224,255,131,169,219, 255,131,169,219,255,134,169,219,255,133,169,219,255,135,169,219,255,133,169,219, 255,132,169,219,255,133,169,219,255,134,169,219,255,132,169,219,255,134,169,219, 255,132,169,218,255,137,177,228,255,75,95,124,255,57,103,155,255,64,118,180,255, 63,116,176,255,63,116,176,255,63,116,176,255,62,116,176,255,64,116,176,255,63, 116,176,255,64,116,176,255,63,116,176,255,63,116,176,255,63,116,176,255,63,116, 176,255,63,116,176,255,67,122,185,255,39,68,102,255,88,127,173,255,135,173,223, 255,132,169,218,255,133,169,218,255,134,169,218,255,133,169,218,255,132,169,218, 255,132,169,218,255,133,169,218,255,134,169,218,255,133,169,218,255,131,169,218, 255,133,169,218,255,132,169,218,255,138,176,227,255,80,100,129,255,74,117,167, 185,129,168,221,255,125,163,217,255,126,164,217,255,124,163,217,255,120,163,217, 255,125,163,217,255,126,164,217,255,126,164,217,255,126,163,217,255,121,163,217, 255,122,163,217,255,126,164,217,255,126,163,216,255,129,169,224,255,70,95,128, 174,0,22,53,68,0,18,48,129,0,18,48,130,0,17,47,132,0,18,47,133,0,17,46,134,0,17, 46,136,0,17,46,137,0,16,45,137,0,17,46,136,0,17,46,134,0,17,47,133,0,17,47,132, 0,18,48,130,0,17,48,129,0,25,58,69}; MGL_EXPORT Fl_RGB_Image img_fname(idata_fname, 16, 16, 4, 0); static const unsigned char idata_curve[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,117,171,247,9,117,171,247,113,117,171,247,175,117,171,247,221,117,171, 247,207,117,171,247,173,117,171,247,78,255,255,255,0,255,255,255,0,255,255,255, 0,246,0,0,162,246,0,0,169,255,255,255,0,255,255,255,0,255,255,255,0,102,162, 246,68,102,162,246,223,102,162,246,163,102,162,246,83,102,162,246,32,102,162, 246,44,102,162,246,89,102,162,246,214,102,162,246,185,102,162,246,17,255,255, 255,0,246,0,0,178,215,0,16,213,0,0,116,11,255,255,255,0,87,153,245,37,87,153, 245,234,87,153,245,63,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,87,153,245,5,87,153,245,159,87,153,245,156,255,255,255,0,255,255, 255,0,0,0,121,21,6,0,127,131,255,255,255,0,72,143,244,151,72,143,244,128,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,72,143,244,13,5,7,53,255,5,7,53,255,255,255,255,0,255,255,255,0, 255,255,255,0,7,0,126,71,53,125,234,172,57,134,242,87,255,255,255,0,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,5,7,53,255,5,7,53,255,255,255,255,0,255,255,255,0,255,255,255,0,11,0, 122,23,16,34,157,198,43,124,240,169,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,19, 76,202,12,235,5,11,253,244,1,2,250,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,244, 1,2,250,246,0,0,255,8,68,193,20,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,8,95,229, 160,9,84,217,164,0,0,128,10,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,9,104,239,14,8,94,228,227,6, 17,145,175,0,0,128,10,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,9,104,239,89,9,92,226,190,11,0, 122,23,0,0,128,10,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,9,104,239,44,9,104,239,216,11,0,122,23,5,0,127,147, 0,0,128,10,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255, 255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,9,104,239,106,9,104,239,174,255,255,255,0,12,0,128,22,215,0,17,199, 246,0,0,188,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255, 0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,9,104,239,87,9,104, 239,230,9,104,239,48,255,255,255,0,255,255,255,0,246,0,0,188,246,0,0,203,255,0, 0,1,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,9,5, 53,255,9,5,53,255,9,104,239,223,9,104,239,224,9,104,239,43,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,0,0,1,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,9,5,53,255,9,5,53,255,9,104, 239,36,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0, 255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0}; MGL_EXPORT Fl_RGB_Image img_curve(idata_curve, 16, 16, 4, 0); static const unsigned char idata_svn[] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,248,248,248,93,250,250,250,167,251,251,251, 212,252,252,252,235,252,252,252,239,252,252,252,224,250,250,250,189,249,249,249, 129,248,248,248,29,0,0,0,0,239,239,239,0,0,0,0,0,0,0,0,0,0,0,0,0,235,235,235,74, 238,238,238,253,242,242,242,255,244,244,244,254,247,247,247,255,249,249,249,255, 249,249,249,255,248,248,248,255,246,246,246,255,243,243,243,255,240,240,240,255, 237,237,237,170,0,0,0,0,225,225,225,0,125,125,125,0,222,222,222,41,226,226,226, 255,226,226,226,254,230,230,230,255,238,238,238,255,240,240,240,255,242,242,242, 255,243,243,243,255,242,242,242,255,239,239,239,255,235,235,235,255,229,229,229, 255,225,225,225,255,225,225,225,165,0,0,0,0,0,0,0,0,196,196,196,112,212,212,212, 255,210,210,210,255,217,217,217,255,223,223,223,255,226,226,226,255,228,228,228, 255,229,229,229,255,227,227,227,255,225,225,225,255,221,221,221,255,213,213,213, 255,212,212,212,255,204,204,204,233,0,0,0,0,0,0,0,0,150,150,150,116,178,178,178, 255,198,198,198,255,196,196,196,255,196,196,196,255,200,200,200,255,202,202,202, 255,202,202,202,255,202,202,202,255,198,198,198,255,197,197,197,255,198,198,198, 255,191,191,191,255,155,155,155,237,0,0,0,0,0,0,0,0,136,136,136,116,135,135,135, 255,180,180,180,255,194,194,194,255,195,195,195,255,196,196,196,255,196,196,196, 255,197,197,197,255,197,197,197,255,197,197,197,255,192,192,192,255,188,188,188, 255,173,173,173,255,113,113,113,236,0,0,0,0,0,0,0,0,147,147,147,118,118,118,118, 255,115,115,115,255,163,163,163,255,225,225,225,255,206,206,206,255,212,211,212, 255,214,214,214,255,204,204,204,255,221,221,221,255,209,209,209,255,105,105,105, 255,125,125,125,255,135,135,135,239,0,0,0,0,0,0,0,0,140,140,140,114,131,131,131, 255,151,151,151,255,130,130,130,255,170,170,170,255,154,158,163,255,94,118,155, 255,99,122,159,255,122,139,165,255,166,166,165,255,144,144,144,255,133,133,133, 255,167,167,167,255,113,113,113,235,0,0,0,0,0,0,0,0,141,141,141,119,125,125,125, 255,111,111,111,255,152,152,152,255,231,231,231,255,100,123,156,255,152,178,196, 255,144,171,192,255,75,110,153,255,229,227,223,255,208,208,208,255,98,98,98,255, 127,127,127,255,134,134,134,239,0,0,0,0,0,0,0,0,94,94,94,47,125,125,125,255,157, 156,155,254,80,101,133,255,114,139,176,255,61,102,165,255,101,128,156,255,98, 127,157,255,66,107,164,255,116,140,177,255,84,108,145,255,123,129,138,255,165, 165,165,255,89,89,89,168,0,0,0,0,0,0,0,0,0,0,0,0,71,71,71,80,113,112,111,249,42, 62,92,255,73,100,133,254,84,112,146,255,85,116,155,255,86,118,158,255,84,114, 152,255,79,107,140,255,69,93,126,255,87,93,102,255,106,106,106,171,0,0,0,0,61, 61,61,0,0,0,0,0,59,59,59,0,0,0,0,0,0,0,0,1,68,68,69,92,28,53,86,243,74,108,157, 254,92,125,175,255,98,132,180,255,91,124,171,255,69,98,141,255,15,30,52,173,55, 53,49,35,0,0,0,0,61,61,61,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,59,59,59,0,0,0,0,0, 0,13,40,56,65,98,140,255,106,143,196,255,112,149,202,255,102,140,195,254,26, 47,75,216,0,0,0,0,77,77,82,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,7,23,42,143,123,161,207,255,144,179,230,254,65,93,122, 255,0,0,5,19,7,24,49,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,6,22,45,0,0,0,0,0,32,53,68,222,112,154,190,255,0,0,0,87,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,2,10,21,0,0,0,0,27,28,53,60,157,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_svn(idata_svn, 16, 16, 4, 0); static const unsigned char idata_adjust[] = {0,0,0,24,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0, 0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,24,0,0,0, 51,243,243,244,255,243,243,244,255,243,243,244,255,243,243,244,255,243,243,244, 255,243,243,244,255,243,243,244,255,243,243,244,255,243,243,244,255,243,243,244, 255,243,243,244,255,243,243,244,255,243,243,244,255,243,243,244,255,0,0,0,51,0, 0,0,51,222,222,224,255,222,222,224,255,222,222,224,255,222,222,224,255,222, 222,224,255,222,222,224,255,222,222,224,255,222,222,224,255,222,222,224,255,222, 222,224,255,222,222,224,255,222,222,224,255,222,222,224,255,222,222,224,255,0,0, 0,51,0,0,0,51,207,207,209,255,207,207,209,255,207,207,209,255,207,207,209,255, 207,207,209,255,207,207,209,255,207,207,209,255,207,207,209,255,207,207,209,255, 207,207,209,255,207,207,209,255,207,207,209,255,207,207,209,255,207,207,209,255, 0,0,0,51,0,0,0,51,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,0,0,0,51,0,0,0,51,255,255,255,255,185,60,60,255,198,94,94,255,222,161,161, 255,254,254,254,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,254,253,253,255,221,160,160,255,197,94,94,255,186,62,62,255,255,255,255,255, 0,0,0,51,0,0,0,51,255,255,255,255,197,93,93,255,164,0,0,255,221,159,159,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,220,156,156,255,164,0,0,255,198,96,96,255,255,255,255,255,0,0,0, 51,0,0,0,51,255,255,255,255,221,160,160,255,220,158,158,255,193,82,82,255,247, 231,231,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,246, 230,230,255,193,82,82,255,220,157,157,255,222,162,162,255,255,255,255,255,0,0,0, 51,0,0,0,51,255,255,255,255,254,253,253,255,255,255,255,255,246,231,231,255, 247,233,233,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 247,232,232,255,247,232,232,255,255,255,255,255,254,253,253,255,255,255,255,255, 0,0,0,51,0,0,0,51,255,255,255,255,254,253,253,255,255,255,255,255,247,233,233, 255,246,229,229,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,245,228,228,255,248,234,234,255,255,255,255,255,254,253,253,255,255,255,255, 255,0,0,0,51,0,0,0,51,255,255,255,255,223,165,165,255,219,153,153,255,193,82,82, 255,246,229,229,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,245,228,228,255,193,82,82,255,218,152,152,255,224,168,168,255,255,255,255, 255,0,0,0,51,0,0,0,51,255,255,255,255,200,100,100,255,164,0,0,255,218,151,151, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,216,147,147,255,164,0,0,255,201,103,103,255,255,255,255,255, 0,0,0,51,0,0,0,51,255,255,255,255,188,67,67,255,198,94,94,255,221,160,160,255, 254,253,253,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 254,252,252,255,221,159,159,255,197,94,94,255,189,70,70,255,255,255,255,255,0,0, 0,51,0,0,0,51,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255,255, 0,0,0,51,0,0,0,24,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0, 51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,51,0,0,0,24,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_adjust(idata_adjust, 16, 16, 4, 0); static const unsigned char idata_reload[] = {255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,0,77,0,35,0,79,0, 126,3,91,3,192,36,118,36,241,55,130,55,243,22,104,22,201,0,80,0,133,0,77,0,36, 255,255,255,0,255,255,255,0,0,77,0,28,0,77,0,32,255,255,255,0,255,255,255,0,0, 77,0,2,0,78,0,115,19,112,19,247,94,165,94,255,121,186,121,255,146,206,146,255, 149,208,149,255,134,193,134,255,99,168,99,255,18,110,18,247,0,79,0,122,0,77,0, 69,15,104,14,242,8,89,7,234,255,255,255,0,0,77,0,2,2,84,1,193,59,140,57,250, 124,189,124,255,126,195,126,255,126,195,126,255,126,195,126,255,126,195,126,255, 126,195,126,255,126,195,126,255,123,189,123,255,65,143,63,250,18,114,15,251,115, 182,114,255,4,95,2,255,255,255,255,0,1,79,0,116,50,124,45,250,112,180,112,255, 109,179,109,255,110,179,110,255,91,160,91,255,64,135,64,255,65,134,65,255,100, 163,100,255,109,179,109,255,109,179,109,255,111,180,111,255,111,178,111,255,113, 181,113,255,6,95,3,255,0,77,0,39,21,101,16,247,87,156,87,255,93,164,93,255,90, 160,90,255,40,111,40,255,3,78,2,255,10,75,7,255,19,81,16,255,5,79,3,255,22,106, 22,255,76,157,76,255,93,171,93,255,93,170,93,255,96,169,96,255,8,96,5,255,1,78, 0,132,48,116,44,254,76,148,76,255,76,148,76,255,31,104,31,255,10,82,5,254,14, 86,7,248,4,80,2,180,3,79,2,177,13,81,7,248,6,98,3,254,6,125,6,255,68,167,68, 255,76,166,76,255,77,160,77,255,11,97,6,255,8,88,5,197,47,113,44,255,58,132,58, 255,44,117,44,255,4,76,2,255,14,86,7,245,0,77,0,36,255,255,255,0,0,77,0,49,13, 82,7,246,5,143,4,255,28,174,28,255,55,178,55,255,59,166,59,255,44,143,44,255, 12,95,6,254,13,95,7,245,39,110,39,255,43,117,43,255,21,97,21,255,7,73,4,255,3, 80,2,176,255,255,255,0,255,255,255,0,12,86,8,69,18,100,10,255,18,160,16,255,24, 151,21,255,24,136,21,255,11,113,8,255,10,102,6,255,6,87,3,182,10,91,5,250,8,80, 8,255,8,84,8,255,3,91,3,255,8,86,4,255,2,80,1,185,255,255,255,0,255,255,255,0, 255,255,255,0,0,77,0,8,0,77,0,23,5,77,3,24,5,78,2,21,3,79,1,18,0,78,0,13,255, 255,255,0,4,84,2,196,8,70,4,255,0,89,0,255,0,110,0,255,7,120,4,255,9,88,4,247,0, 77,0,39,255,255,255,0,255,255,255,0,0,77,0,34,2,78,1,185,6,123,4,44,2,126,0,25, 8,108,4,13,13,92,7,5,255,255,255,0,0,78,0,122,12,76,7,254,0,107,0,255,0,130,0, 255,5,143,2,255,26,134,7,254,10,92,6,244,1,78,0,169,1,79,1,170,7,83,4,244,22, 112,12,189,18,151,10,108,11,146,5,76,3,141,1,50,11,100,6,26,0,96,0,0,0,77,0,41, 9,85,5,247,9,118,5,255,3,142,1,255,13,147,7,255,24,154,13,255,43,158,23,255, 38,139,20,254,41,139,21,254,50,163,25,250,40,164,21,220,32,159,17,175,22,153, 11,134,17,140,9,103,8,101,4,32,255,255,255,0,255,255,255,0,0,77,0,116,19,101, 10,250,11,146,6,255,22,153,11,255,35,161,18,255,47,168,24,255,49,177,26,255,44, 185,23,255,44,184,23,255,51,174,27,255,44,166,23,217,37,159,21,174,10,94,6,220, 0,77,0,64,255,255,255,0,255,255,255,0,0,77,0,1,0,77,0,184,27,112,14,248,38, 155,20,255,43,166,23,255,48,179,25,255,35,199,18,255,27,211,14,255,28,209,15, 255,38,195,20,255,58,170,30,252,28,115,15,238,0,78,0,178,0,77,0,1,255,255,255,0, 255,255,255,0,255,255,255,0,0,77,0,1,0,77,0,109,13,95,8,244,22,129,12,253,49, 169,26,255,41,207,22,255,30,226,16,255,33,198,18,255,13,143,7,254,10,89,5,244,0, 77,0,122,0,77,0,6,255,255,255,0,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0,255,255,255,0,0,77,0,31,0,77,0,127,0,77,0,186,3,79,1,237,2,78,1,238,0, 77,0,192,0,77,0,133,0,77,0,29,255,255,255,0,255,255,255,0,255,255,255,0,255, 255,255,0}; MGL_EXPORT Fl_RGB_Image img_reload(idata_reload, 16, 16, 4, 0); static const unsigned char idata_zoom12[] = {0,0,0,0,230,230,229,0,0,0,0,0,238,238,236,104,214,215,215,199,168,171,176, 241,162,165,170,242,191,193,193,202,202,202,199,115,0,0,0,0,177,178,176,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,223,224,223,0,232,233,234,9,218,219,219,220, 152,161,173,243,185,193,205,238,239,245,254,240,235,242,252,236,180,192,210,230, 144,155,172,237,164,166,166,230,165,166,165,20,158,159,157,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,215,214,215,218,150,164,184,229,235,244,254,231,229,238, 248,223,228,238,249,218,226,237,249,214,221,233,248,213,220,232,249,216,161,177, 202,221,157,160,160,234,0,0,0,0,131,133,130,0,0,0,0,0,0,0,0,0,0,0,0,0,217,216, 214,104,156,169,187,237,220,232,249,220,234,246,255,202,223,236,250,197,226,240, 250,187,226,241,251,182,237,253,255,174,226,244,255,180,207,224,247,203,139,157, 183,222,210,209,204,131,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,195,196,196,198,156,177, 211,210,223,241,255,190,43,64,93,255,243,255,255,156,246,255,255,141,253,255, 255,133,51,70,100,255,58,79,111,255,255,255,255,184,138,173,219,182,142,146,147, 231,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,161,169,177,239,145,180,228,181,135,159,183, 195,108,135,170,246,255,255,255,110,70,90,116,229,249,255,255,86,255,255,255, 165,255,255,255,145,58,79,109,255,152,198,251,142,102,112,123,251,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,154,162,171,240,92,146,215,153,237,255,255,187,96,124,159, 240,210,255,255,41,255,255,255,162,171,255,255,23,187,202,211,173,63,84,116,255, 122,161,179,108,153,198,246,137,99,110,121,248,78,80,75,3,0,0,0,0,0,0,0,0,0,0,0, 0,159,162,162,207,94,143,209,164,137,198,248,101,100,127,161,244,220,255,255, 40,255,255,255,16,255,255,255,15,67,87,114,255,0,0,0,0,240,255,255,52,158,199, 245,148,96,101,103,235,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,165,164,159,120,126,153, 189,204,172,212,249,137,94,120,157,247,255,255,255,25,91,109,132,255,255,255, 255,1,92,115,137,67,67,89,120,255,63,85,114,255,152,181,216,176,85,85,78,145,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,199,201,201,235,147,179,222,182,239,255, 255,184,163,239,248,45,255,255,255,155,148,227,237,8,255,255,255,4,255,255,255, 167,249,255,255,197,96,102,104,236,75,78,77,4,85,87,83,0,0,0,0,0,0,0,0,0,0,0,0, 0,165,166,164,0,121,125,121,21,129,133,133,235,100,134,179,177,146,202,254, 114,187,239,255,75,218,255,255,75,213,248,255,98,158,185,211,160,104,108,110, 253,146,148,144,169,90,92,89,41,111,112,110,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 121,122,119,0,0,0,0,0,98,97,90,136,90,96,96,231,95,107,119,240,100,112,123,236, 99,104,107,237,87,86,80,150,73,74,73,33,229,228,228,255,148,149,146,245,38,41, 35,10,98,100,96,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,83, 84,80,4,80,82,78,6,0,0,0,0,0,0,0,0,0,0,0,0,143,143,143,140,231,232,231,255,136, 137,134,223,0,0,0,0,91,93,89,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,91,91,91,0,0,0,0,0,158,158,158,183,223,224, 223,255,126,127,124,192,0,0,0,0,85,85,81,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,101,101,101,0,0,0,0,0,174,175,174, 215,209,211,209,255,120,121,118,139,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,111,112,111,0,0,0,0,6,197, 198,197,221,175,176,174,159,0,0,0,0}; MGL_EXPORT Fl_RGB_Image img_zoom12(idata_zoom12, 16, 16, 4, 0); static const unsigned char idata_zoom21[] = {0,0,0,0,0,0,0,0,0,0,0,0,233,235,234,13,238,238,236,148,192,194,197,221,162, 166,171,246,168,171,175,233,203,203,200,178,198,198,196,59,0,0,0,0,168,169,167, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,238,237,236,69,189,192,197, 255,159,168,181,238,210,218,227,239,243,248,255,239,221,229,241,234,161,174,192, 229,143,151,163,250,177,176,171,159,0,0,0,0,148,149,147,0,0,0,0,0,0,0,0,0,0,0,0, 0,214,214,213,0,226,227,226,42,181,187,193,255,196,207,224,231,230,239,250, 227,228,238,250,221,227,237,249,216,226,236,250,213,221,232,247,214,215,228,248, 218,132,146,164,234,174,174,170,139,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,206, 207,207,213,167,184,207,223,228,241,255,211,234,247,255,198,224,238,251,193,227, 240,251,185,225,240,250,181,219,236,250,182,225,243,255,186,196,216,241,208,165, 174,185,250,117,118,115,22,0,0,0,0,0,0,0,0,0,0,0,0,202,201,200,27,158,167,182, 249,215,233,255,205,50,70,97,255,56,79,110,255,255,255,255,141,231,249,252,145, 247,255,255,132,254,255,255,130,44,64,93,255,229,245,255,192,111,139,176,202, 157,156,151,129,0,0,0,0,0,0,0,0,0,0,0,0,196,196,191,85,124,146,178,219,177,204, 240,180,249,255,255,206,255,255,255,179,57,78,110,255,255,255,255,90,69,89,116, 221,115,146,162,123,107,134,168,239,190,227,254,123,107,150,207,170,110,109,101, 185,0,0,0,0,0,0,0,0,0,0,0,0,183,183,178,88,121,144,177,215,113,167,231,135,181, 199,212,194,60,81,112,255,123,155,172,98,184,255,255,30,254,255,255,153,255,255, 255,149,95,123,158,236,180,238,255,81,123,165,221,165,101,100,92,187,0,0,0,0,0, 0,0,0,0,0,0,0,169,170,167,38,132,148,168,236,125,178,242,135,66,84,108,255, 255,255,255,22,255,255,255,27,193,243,249,34,255,255,255,6,255,255,255,14,101, 127,162,243,204,252,255,84,131,160,198,186,84,84,76,135,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,162,165,164,227,123,165,219,171,127,161,191,142,65,85,116,255,67,87, 117,255,0,0,0,0,94,112,135,255,0,0,0,0,93,121,157,245,211,245,255,119,109,121, 135,238,80,81,76,33,85,87,83,0,0,0,0,0,0,0,0,0,169,172,169,0,177,178,174,60,189, 196,207,249,142,188,242,144,251,255,255,166,255,255,255,153,129,225,238,14,255, 255,255,141,200,242,247,19,255,255,255,186,145,171,201,184,88,88,81,162,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,154,153,148,97,109,121,133,242,107, 157,215,146,159,215,255,93,206,249,255,77,218,255,255,72,198,235,255,117,132, 150,169,200,119,120,116,255,126,128,125,117,0,0,0,0,85,86,82,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,100,101,95,36,93,94,88,183,91,99,106,243,100,111,124, 234,101,110,119,244,98,100,97,215,78,78,73,90,181,182,181,130,222,222,221,255, 119,120,118,168,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,92,94,90,0,0,0, 0,0,0,0,0,0,84,86,82,11,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,1,187,188,187,232,202, 203,202,255,112,113,109,123,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,118,118,118,0,55,55,55,17,200,201, 200,251,183,184,182,255,102,103,100,79,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,192,192,192,0,96,96, 96,43,211,211,211,255,166,167,166,255,94,96,91,37,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, 119,120,119,75,214,215,214,249,143,145,142,61}; MGL_EXPORT Fl_RGB_Image img_zoom21(idata_zoom21, 16, 16, 4, 0); static const unsigned char idata_pause[] = {255,0,255,0,255,0,255,0,133,38,131,129,129,181,127,231,127,231,129,181,131, 129,133,38,255,0,255,0,255,0,255,0,255,0,255,0,127,1,125,113,121,246,114,255, 116,255,127,255,127,255,116,255,114,255,121,246,125,113,127,1,255,0,255,0,255,0, 122,1,121,182,111,255,119,255,186,255,208,255,217,255,219,255,212,255,186,255, 118,255,111,255,121,182,122,1,255,0,255,0,115,113,107,255,142,255,211,255,232, 255,239,255,242,255,243,255,241,255,234,255,221,255,141,255,107,255,115,113,255, 0,113,38,108,246,115,255,213,255,237,255,246,255,251,255,253,255,253,255,252, 255,250,255,241,255,226,255,116,255,108,246,113,38,106,129,97,255,190,255,236, 255,246,255,152,255,133,255,255,255,255,255,119,255,97,255,252,255,241,255,208, 255,97,255,106,128,101,181,102,255,206,255,241,255,252,255,146,255,108,255,255, 255,255,255,111,255,64,255,255,255,250,255,233,255,104,255,101,181,96,231,115, 255,208,255,239,255,252,255,119,255,75,255,255,255,255,255,96,255,34,255,255, 255,252,255,239,255,123,255,96,231,93,231,114,255,213,255,241,255,253,255,77, 255,0,255,255,255,255,255,77,255,0,255,255,255,253,255,241,255,124,255,93,231, 91,181,96,255,208,255,239,255,252,255,82,255,27,255,255,255,255,255,82,255,27, 255,255,255,252,255,239,255,100,255,91,181,91,129,84,255,184,255,233,255,250, 255,94,255,54,255,255,255,255,255,94,255,54,255,255,255,250,255,219,255,84,255, 91,128,89,38,85,246,103,255,221,255,241,255,252,255,255,255,255,255,255,255, 255,255,255,255,252,255,241,255,115,255,85,246,89,38,255,0,86,113,80,255,134, 255,226,255,241,255,250,255,252,255,253,255,252,255,250,255,241,255,154,255,80, 255,86,113,255,0,255,0,87,1,86,182,79,255,104,255,208,255,233,255,239,255,241, 255,239,255,219,255,114,255,79,255,86,182,87,1,255,0,255,0,255,0,86,1,84,113,82, 246,79,255,93,255,118,255,120,255,95,255,79,255,82,246,84,113,86,1,255,0,255,0, 255,0,255,0,255,0,255,0,85,38,84,129,82,181,81,231,81,231,82,181,84,129,85,38, 255,0,255,0,255,0,255,0}; MGL_EXPORT Fl_RGB_Image img_pause(idata_pause, 16, 16, 2, 0); mathgl-2.4.1/mgltex/0000775000175000017500000000000013134047003014053 5ustar balakinbalakinmathgl-2.4.1/mgltex/Recompilation_decision.svg0000664000175000017500000016227413134047003021272 0ustar balakinbalakin Terminal/Interrupt A terminal point in a flowchart: start, stop, halt, etc. Auxiliary Operation Offline operation. Decision A decision or switching type operation. Input/Output General input/output functions. Buffer Small image/svg+xml Start Find\MGL@@@<script> Is itdefined? Comparescript vs. code Rewrite/recompilescript Undefine\MGL@@@<script> Define\MGL@@@<script> End Aretheyequal? Yes Yes No No mathgl-2.4.1/mgltex/Recompilation_decision.eps0000664000175000017500000032601613134047003021256 0ustar balakinbalakin%!PS-Adobe-3.0 EPSF-3.0 %%Creator: cairo 1.13.1 (http://cairographics.org) %%CreationDate: Sat Nov 7 15:28:00 2015 %%Pages: 1 %%DocumentData: Clean7Bit %%LanguageLevel: 3 %%BoundingBox: 0 -1 631 791 %%EndComments %%BeginProlog save 50 dict begin /q { gsave } bind def /Q { grestore } bind def /cm { 6 array astore concat } bind def /w { setlinewidth } bind def /J { setlinecap } bind def /j { setlinejoin } bind def /M { setmiterlimit } bind def /d { setdash } bind def /m { moveto } bind def /l { lineto } bind def /c { curveto } bind def /h { closepath } bind def /re { exch dup neg 3 1 roll 5 3 roll moveto 0 rlineto 0 exch rlineto 0 rlineto closepath } bind def /S { stroke } bind def /f { fill } bind def /f* { eofill } bind def /n { newpath } bind def /W { clip } bind def /W* { eoclip } bind def /BT { } bind def /ET { } bind def /pdfmark where { pop globaldict /?pdfmark /exec load put } { globaldict begin /?pdfmark /pop load def /pdfmark /cleartomark load def end } ifelse /BDC { mark 3 1 roll /BDC pdfmark } bind def /EMC { mark /EMC pdfmark } bind def /cairo_store_point { /cairo_point_y exch def /cairo_point_x exch def } def /Tj { show currentpoint cairo_store_point } bind def /TJ { { dup type /stringtype eq { show } { -0.001 mul 0 cairo_font_matrix dtransform rmoveto } ifelse } forall currentpoint cairo_store_point } bind def /cairo_selectfont { cairo_font_matrix aload pop pop pop 0 0 6 array astore cairo_font exch selectfont cairo_point_x cairo_point_y moveto } bind def /Tf { pop /cairo_font exch def /cairo_font_matrix where { pop cairo_selectfont } if } bind def /Td { matrix translate cairo_font_matrix matrix concatmatrix dup /cairo_font_matrix exch def dup 4 get exch 5 get cairo_store_point /cairo_font where { pop cairo_selectfont } if } bind def /Tm { 2 copy 8 2 roll 6 array astore /cairo_font_matrix exch def cairo_store_point /cairo_font where { pop cairo_selectfont } if } bind def /g { setgray } bind def /rg { setrgbcolor } bind def /d1 { setcachedevice } bind def %%EndProlog %%BeginSetup %%BeginResource: font DejaVuSans 11 dict begin /FontType 42 def /FontName /DejaVuSans def /PaintType 0 def /FontMatrix [ 1 0 0 1 0 0 ] def /FontBBox [ 0 0 0 0 ] def /Encoding 256 array def 0 1 255 { Encoding exch /.notdef put } for Encoding 32 /space put Encoding 46 /period put Encoding 47 /slash put Encoding 60 /less put Encoding 62 /greater put Encoding 63 /question put Encoding 64 /at put Encoding 65 /A put Encoding 67 /C put Encoding 68 /D put Encoding 69 /E put Encoding 70 /F put Encoding 71 /G put Encoding 73 /I put Encoding 76 /L put Encoding 77 /M put Encoding 78 /N put Encoding 82 /R put Encoding 83 /S put Encoding 85 /U put Encoding 89 /Y put Encoding 92 /backslash put Encoding 97 /a put Encoding 99 /c put Encoding 100 /d put Encoding 101 /e put Encoding 104 /h put Encoding 105 /i put Encoding 108 /l put 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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, see . %% \input docstrip.tex \keepsilent \usedir{tex/latex/mgltex} \preamble This is a generated file. Copyright (C) 2014--2016 by Diego Sejas Viscarra Copyright (C) 2014--2016 by Alexey Balakin 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 3 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, see . \endpreamble \generate{\file{mgltex.sty}{\from{mgltex.dtx}{package}}} \obeyspaces \Msg{**********************************************************} \Msg{* *} \Msg{* To finish the installation you have to move the *} \Msg{* following file into a directory searched by TeX: *} \Msg{* *} \Msg{* mgltex.sty *} \Msg{* *} \Msg{* To produce the documentation run the file mgltex.dtx *} \Msg{* through LaTeX. *} \Msg{* *} \Msg{* Happy TeXing! *} \Msg{* *} \Msg{**********************************************************} \endbatchfile mathgl-2.4.1/mgltex/sample.tex0000664000175000017500000003160013134047003016056 0ustar balakinbalakin\documentclass{article} \usepackage[png,comments]{mgltex} \usepackage{hyperref} \title{\mglTeX*{} usage sample} \author{Diego Sejas Viscarra \and Alexey Balakin} \date{\today} \mglsettings{ dir=MGL/, scriptsdir=scripts/, graphicsdir=graphics/, backupsdir=backups/ } \begin{mglsetupscript} define gravity 9.81 # [m/s^2] \end{mglsetupscript} \begin{document} \maketitle \begin{abstract} \noindent \mglTeX{} is a \LaTeX{} package that allows the creation of graphics directly from MGL scripts of the MathGL library (by Alexey Balakin) inside documents. The MGL code is extracted, executed (if shell escape is activated), and the resulting graphics are automatically included. This document is intended as a sample of the capabilities of \mglTeX{}, as well as a brief introduction to the package, for those who want to start right away to use it, without diving into the a little bit more technical documentation. \end{abstract} \section{Basics on environments} \begin{description} \item[mgl] The easiest way to embed MGL code is the \verb|mgl| environment. It extracts its contents to a main script associated to the document.\footnote{Generally, the main script has the same name as the document being compiled. In order to rename it or create a new one, the \texttt{\textbackslash mglname} command can be used.} If shell escape is activated, \LaTeX{} will take care of calling \verb|mglconv| (the MathGL compiler) with the appropriate settings, and the resulting image will be automatically included. For example, you could write: \begin{verbatim} \begin{figure}[!ht] \centering \begin{mgl}[width=0.85\textwidth,height=6cm] call 'prepare1d' subplot 2 1 0 '<_' : title 'Standard data plot' box : axis : grid 'xy' ';k' plot y ’rGb’ subplot 2 1 1 '<_' : title 'Region plot' ranges -1 1 -1 1 : origin 0 0 new y1 200 'x^3-x' : new y2 200 'x' axis : grid 'xy' 'W' region y1 y2 'ry' plot y1 '2k' : plot y2 '2k' text -0.75 -0.35 '\i{A}_1' 'k' : text 0.75 0.25 '\i{A}_2' 'k' \end{mgl} \caption{A simple plot create by \mglTeX's \texttt{mgl} environment} \end{figure} \end{verbatim} This will produce the following image: \begin{figure}[!ht] \centering \begin{mgl}[width=0.85\textwidth,height=5.5cm] call 'prepare1d' subplot 2 1 0 '<_' : title 'Standard data plot' box : axis : grid 'xy' ';k' plot y '2' subplot 2 1 1 '<_' : title 'Region plot' ranges -1 1 -1 1 : origin 0 0 new y1 200 'x^3-x' : new y2 200 'x' axis 'AKDTVISO' : grid 'xy' ';W' region y1 y2 'ry' plot y1 '2k' : plot y2 '2k' text -0.75 -0.35 '\i{A}_1' 'k' -2 : text 0.75 0.25 '\i{A}_2' 'k' -2 \end{mgl} \caption{A simple plot create by \mglTeX's \texttt{mgl} environment} \end{figure} Two important aspects of \mglTeX{} can be noted from this example: First, the \verb|mgl| environment accepts the same optional argument as the \verb|\includegraphics| command from the \verb|graphicx| package. Actually, it also accepts other optional arguments, called \verb|gray| (to activate/deactivate gray-scale mode), \verb|mglscale| (to set the factor for scaling the image file), \verb|quality| (to set the quality of the image), \verb|variant| (to chose the variant of the arguments of MGL commands in the script), \verb|imgext| (to specify the extension of the resulting graphic file), and \verb|label| (to specify a name to save the image). Most of these options are available to every \mglTeX{} environment or command to create graphics. The second aspect to be noted about the example is that this script calls a MGL function, \verb|prepare1d|, which hasn't been defined yet. \mglTeX{} provides the \verb|mglfunc| environment for this purpose (see below). \item[mglfunc] This environment can be used in any part of the \LaTeX{} document; \mglTeX{} takes care of placing the corresponding code at the end of the main script, as has to be done in the MGL language. For example, the function \verb|prepare1d| that is called in the script above is defined like this \begin{verbatim} \begin{mglfunc}{prepare1d} new y 50 3 modify y '0.7*sin(2*pi*x)+0.5*cos(3*pi*x)+0.2*sin(pi*x)' modify y 'sin(2*pi*x)' 1 modify y 'cos(2*pi*x)' 2 \end{mglfunc} \end{verbatim} \begin{mglfunc}{prepare1d} new y 50 3 modify y '0.7*sin(2*pi*x)+0.5*cos(3*pi*x)+0.2*sin(pi*x)' modify y 'sin(2*pi*x)' 1 modify y 'cos(2*pi*x)' 2 \end{mglfunc} As you can see, only the body of the function has to be written. The number of arguments of the function can be passed to \verb|mglfunc| as optional argument, like in the code \verb|\begin{mglfunc}[3]{func_with_three_args}|. \item[mgladdon] This environment just adds its contents to the main script, without producing any image. It is useful to load dynamic libraries, define constants, etc. \item[mglcode] The \verb|mglcode| environment is similar to \verb|mgl|, but it creates its own script, whose name is passed as mandatory argument. The same optional arguments are accepted, except \verb|label| (for obvious reasons). \begin{verbatim} \begin{figure}[!ht] \begin{mglcode}[scale=0.5]{vectorial_flow} new a 20 30 'sin(pi*x)*sin(pi*y)+cos(2*pi*x*y)' new b 20 30 'cos(pi*x)*cos(pi*y)+cos(2*pi*x*y)' subplot 1 1 0 '' : title 'Flow of vector field' : box flow a b 'v'; value 20 \end{mglcode} \end{figure} \end{verbatim} \begin{figure}[!ht] \centering \begin{mglcode}[scale=0.5]{vectorial_flow} new a 20 30 'sin(pi*x)*sin(pi*y)+cos(2*pi*x*y)' new b 20 30 'cos(pi*x)*cos(pi*y)+cos(2*pi*x*y)' subplot 1 1 0 '' : title 'Flow of a vector field' : box flow a b '2v'; value 10 \end{mglcode} \end{figure} \item[mglscript] This environment just creates a script, whose name is specified as mandatory argument. It is useful, for example, to create MGL scripts which can later be post-processed by another package, like \verb|listings| or \verb|pygments|. For example, the following won't produce any image, just a script: \begin{verbatim} \begin{mglscript}{Gaston_surface} subplot 1 1 0 '' : title 'Gaston\'s surface' ranges -13 13 -40 40 new a 200 200 '-x+(2*0.84*cosh(0.4*x)*sinh(0.4*x))/' \ '(0.4*((sqrt(0.84)*cosh(0.4*x))^2+(0.4*sin(sqrt(0.84)*y))))+' \ '0.5*sin(pi/2*x)' new b 200 200 '(2*sqrt(0.84)*cosh(0.45*x)*(-(sqrt(0.84)*sin(y)*' \ 'cos(sqrt(0.84)*y))+cos(y)*sin(sqrt(0.84)*y)))/' \ '(0.4*((sqrt(0.84)*cosh(0.4*x))^2+2*(0.4*sin(sqrt(0.84)*x))^2))' new c 200 200 '(2*sqrt(0.84)*cosh(0.45*x)*(-(sqrt(0.84)*cos(y)*' \ 'cos(sqrt(0.84)*y))-sin(y)*sin(sqrt(0.84)*y)))/' \ '(0.4*((sqrt(0.84)*cosh(0.4*x))^2+2*(0.4*sin(sqrt(0.84)*x))^2))' rotate 60 60 light on xrange c : yrange b : zrange a : crange c surf c b a '#'; meshnum 100 \end{mglscript} \end{verbatim} \begin{mglscript}{Gaston_surface} subplot 1 1 0 '' ranges -13 13 -40 40 new a 200 200 '-x+(2*0.84*cosh(0.4*x)*sinh(0.4*x))/(0.4*((sqrt(0.84)*cosh(0.4*x))^2+(0.4*sin(sqrt(0.84)*y))))+0.5*sin(pi/2*x)' new b 200 200 '(2*sqrt(0.84)*cosh(0.45*x)*(-(sqrt(0.84)*sin(y)*cos(sqrt(0.84)*y))+cos(y)*sin(sqrt(0.84)*y)))/(0.4*((sqrt(0.84)*cosh(0.4*x))^2+2*(0.4*sin(sqrt(0.84)*x))^2))' new c 200 200 '(2*sqrt(0.84)*cosh(0.45*x)*(-(sqrt(0.84)*cos(y)*cos(sqrt(0.84)*y))-sin(y)*sin(sqrt(0.84)*y)))/(0.4*((sqrt(0.84)*cosh(0.4*x))^2+2*(0.4*sin(sqrt(0.84)*x))^2))' rotate 60 60 light on xrange c : yrange b : zrange a : crange c surf c b a '#'; meshnum 100 title 'Gaston surface' \end{mglscript} \item[mglblock] It writes its contents verbatim to a file, specified as mandatory argument, and to the \LaTeX{} document. For example: \begin{verbatim} \begin{mglblock}{fractal} list A [0,0,0,.16,0,0,.01] [.85,.04,-.04,.85,0,1.6,.85] [.2,-.26,.23,.22,0,1.6,.07] [-.15,.28,.26,.24,0,.44,.07] ifs2d f A 100000 subplot 2 1 0 '<_' : title 'A fractal fern' ranges f(0) f(1) : axis plot f(0) f(1) 'G#o '; size 0.05 subplot 2 1 1 '<_' : title 'Bifurcation plot' ranges 0 4 0 1 : axis bifurcation 0.005 'x*y*(1-y)' 'R' \end{mglblock} \end{verbatim} \begin{mglblock}{fractal} list A [0,0,0,.16,0,0,.01] [.85,.04,-.04,.85,0,1.6,.85] [.2,-.26,.23,.22,0,1.6,.07] [-.15,.28,.26,.24,0,.44,.07] ifs2d f A 100000 subplot 2 1 0 '<_' : title 'A fractal fern' ranges f(0) f(1) : axis plot f(0) f(1) 'G#o '; size 0.05 subplot 2 1 1 '<_' : title 'Bifurcation plot' ranges 0 4 0 1 : axis bifurcation 0.005 'x*y*(1-y)' 'R' \end{mglblock} As you can see, although this is a verbatim-like environment, very long lines of code are split to fit the paragraph. Each line of code is numbered, this can be disabled with the \verb|lineno| option, like \verb|\begin{mglblock}[lineno=false]{fractal}|. \item[mglverbatim] This is like \verb|mglblock| environment, but it doesn't produce any script, just typesets the code to the \LaTeX{} document. It accepts the \verb|lineno| option, plus the \verb|label| option, in case you want to associate a name to the code. \item[mglcomment] This environment is used to embed comments in the document. You can control whether the contents of this environment are displayed or not, using the \verb|comments| and \verb|nocomments| package options, or the \verb|\mglcomments{on}| and \verb|mglcomments{off}| commands. An example of this would be: \begin{verbatim} \begin{mglcomments} This comment will be shown because we used the "comments" package option for mglTeX \end{mglcomments} \end{verbatim} \begin{mglcomment} This comment will be shown because we used the "comments" package option for mglTeX \end{mglcomment} Once again, long lines are broke down to fit the paragraph. \end{description} \section{Basics on commands} \begin{description} \item[\textbackslash mglgraphics] This command takes the name of an external MGL script, compiles it, and includes the resulting image. It accespt the same optional arguments as the \verb|mgl| environment, except for \verb|label|, plus a \verb|path| option, which can be used to specify the location of the script. This is useful when you have a script outside of the \LaTeX{} document (sent by a colleague for example), but you don't want to transcript it to your document. For example, in order to display the image of the script we created with \verb|mglscript| environment, we write: \begin{verbatim} \begin{figure}[!ht] \centering \mglgraphics[height=9cm,width=9cm]{Gaston_surface} \caption{Gaston's surface} \end{figure} \end{verbatim} \begin{figure}[!ht] \centering \mglgraphics[height=9cm,width=9cm]{Gaston_surface} \caption{Gaston's surface: Three-dimensional parametric surface} \end{figure} We could also could compile the script we created with the \verb|mglblock| environment: \begin{verbatim} \begin{figure}[!ht] \centering \mglgraphics[height=7cm,width=10cm]{fractal} \caption{Examples of fractal behavior} \end{figure} \end{verbatim} \begin{figure}[!ht] \centering \mglgraphics[height=7cm,width=10cm]{fractal} \caption{Examples of fractal behavior} \end{figure} \item[\textbackslash mglinclude] This is equivalent to the \verb|mglblock| environment, but works for external scripts. \item[\textbackslash mglplot] This command allows the fast creation of plots. It takes one mandatory argument, which is a block of MGL code to produce the plot. Accepts the same optional arguments as the \verb|mgl| environment, plus an additional one, \verb|setup|, that can be used to specify a block of code to append, defined inside a \verb|mglsetup| environment (see the example below). The \verb|mglsetup| environment can be used if many plots will have the same settings (background color, etc.). Instead of writing the same code over and over again, it can be introduced in that environment, and used with the \verb|\mglplot| command. An example of use of the \verb|mglsetup| environment and the \verb|\mglplot| command would be: \begin{verbatim} \begin{mglsetup}{3d} clf 'W' rotate 50 60 light on box : axis : grid 'xyz' ';k' \end{mglsetup} \begin{figure}[!ht] \centering \mglplot[setup=3d,scale=0.5]{fsurf 'cos(4*pi*hypot(x,y))*exp(-abs(x+y))'} \end{figure} \begin{figure}[!ht] \centering \mglplot[setup=3d,scale=0.5]{fsurf 'sin(pi*(x+y))'} \end{figure} \end{verbatim} \begin{mglsetup}{3d} clf 'W' rotate 50 60 light on : light 0 0 1 0 'w' 0.25 box : axis : grid 'xyz' ';k' \end{mglsetup} \begin{figure}[!ht] \centering \mglplot[setup=3d,scale=0.5]{fsurf 'cos(4*pi*hypot(x,y))*exp(-abs(x+y))'} \end{figure} \begin{figure}[!ht] \centering \mglplot[setup=3d,scale=0.5]{fsurf 'sin(pi*(x+y))'} \end{figure} \end{description} There are more environments and commands defined by \mglTeX{}. The ones presented here are the most basic. More on this topic can be found in the documentation. \end{document}mathgl-2.4.1/mgltex/CMakeLists.txt0000664000175000017500000000542013134047003016614 0ustar balakinbalakinfind_program(findpdflatex pdflatex) if(NOT findpdflatex) message(SEND_ERROR "Couldn't find pdflatex needed for LATEX example building.") endif(NOT findpdflatex) find_program(findkpsewhich kpsewhich) if(NOT findkpsewhich) message(SEND_ERROR "Couldn't find kpsewhich needed for LATEX example install.") endif(NOT findkpsewhich) find_program(findmktexlsr mktexlsr) if(NOT findmktexlsr) message(SEND_ERROR "Couldn't find mktexlsr needed for LATEX example install.") endif(NOT findmktexlsr) execute_process( COMMAND ${findkpsewhich} -var-value=TEXMFLOCAL OUTPUT_VARIABLE TEXMFLOCALDIR RESULT_VARIABLE TEXMFLOCAL_ERR OUTPUT_STRIP_TRAILING_WHITESPACE ) if(NOT TEXMFLOCALDIR) message(SEND_ERROR "Couldn't find TEXMFLOCAL directory.") endif(NOT TEXMFLOCALDIR) # set(extramgl Axis_projection Vectorial) add_custom_command(OUTPUT mgltex.sty COMMAND ${CMAKE_COMMAND} -E copy ${MathGL2_SOURCE_DIR}/mgltex/mgltex.ins ${MathGL2_BINARY_DIR}/mgltex/ COMMAND ${CMAKE_COMMAND} -E copy ${MathGL2_SOURCE_DIR}/mgltex/mgltex.dtx ${MathGL2_BINARY_DIR}/mgltex/ COMMAND ${CMAKE_COMMAND} -E copy ${MathGL2_SOURCE_DIR}/mgltex/Recompilation_decision.pdf ${MathGL2_BINARY_DIR}/mgltex/ COMMAND ${findpdflatex} mgltex.ins COMMAND ${findpdflatex} mgltex.dtx COMMAND ${findpdflatex} mgltex.dtx COMMAND ${findpdflatex} mgltex.dtx DEPENDS mgltex.dtx Recompilation_decision.pdf ) add_custom_command(OUTPUT sample.pdf COMMAND ${CMAKE_COMMAND} -E make_directory ${MathGL2_BINARY_DIR}/mgltex/MGL COMMAND ${CMAKE_COMMAND} -E make_directory ${MathGL2_BINARY_DIR}/mgltex/MGL/scripts COMMAND ${CMAKE_COMMAND} -E make_directory ${MathGL2_BINARY_DIR}/mgltex/MGL/backups COMMAND ${CMAKE_COMMAND} -E make_directory ${MathGL2_BINARY_DIR}/mgltex/MGL/graphics COMMAND ${CMAKE_COMMAND} -E copy ${MathGL2_SOURCE_DIR}/mgltex/sample.tex ${MathGL2_BINARY_DIR}/mgltex/ # COMMAND ${CMAKE_COMMAND} -E copy ${MathGL2_SOURCE_DIR}/mgltex/mgltex.sty ${MathGL2_BINARY_DIR}/mgltex/ COMMAND PATH=$ ${findpdflatex} --shell-escape -draftmode sample.tex COMMAND PATH=$ ${findpdflatex} --shell-escape -draftmode sample.tex COMMAND PATH=$ ${findpdflatex} --shell-escape sample.tex DEPENDS mgltex.sty sample.tex ) add_custom_target(pdf ALL DEPENDS sample.pdf) get_directory_property(mglconv_clean ADDITIONAL_MAKE_CLEAN_FILES) set(mglconv_clean ${mglconv_clean} scripts mgltex.sty sample.tex sample.aux sample.log) set_directory_properties(PROPERTIES ADDITIONAL_MAKE_CLEAN_FILES "${mglconv_clean}") install(FILES ${MathGL2_BINARY_DIR}/mgltex/mgltex.sty DESTINATION ${TEXMFLOCALDIR}/tex/latex/mgltex/) install(FILES sample.tex mgltex.pdf ${MathGL2_BINARY_DIR}/mgltex/sample.pdf DESTINATION ${TEXMFLOCALDIR}/doc/latex/mgltex/) install(CODE "execute_process(COMMAND ${findmktexlsr} ${TEXMFLOCALDIR})") mathgl-2.4.1/mgltex/mgltex.dtx0000664000175000017500000046427413134047003016115 0ustar balakinbalakin% \iffalse meta-comment % % Copyright (C) 2014--2016 by Diego Sejas Viscarra % Copyright (C) 2014--2016 by Alexey Balakin % % 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 3 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, see . % % \fi % % \iffalse % % %\NeedsTeXFormat{LaTeX2e} %\ProvidesPackage{mgltex}[2016/04/26 v4.2 Embed MGL scripts into LaTeX documents] % % %<*driver> \documentclass[10pt]{ltxdoc} \usepackage{color} \usepackage{mgltex} \DeclareRobustCommand\mglTeX{mgl\kern-0.04em\TeX}% Otherwise, incompatibility with \CharacterTable \IfFileExists{hyperref.sty}{% \usepackage[hidelinks]{hyperref}% }{} \EnableCrossrefs \CodelineIndex \RecordChanges \widowpenalty=10000 \clubpenalty=10000 \begin{document} \DocInput{mgltex.dtx} \end{document} % % \fi % % \CheckSum{0} % % % \CharacterTable % {Upper-case \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 % Lower-case \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 % Digits \0\1\2\3\4\5\6\7\8\9 % Exclamation \! Double quote \" Hash (number) \# % Dollar \$ Percent \% Ampersand \& % Acute accent \' Left paren \( Right paren \) % Asterisk \* Plus \+ Comma \, % Minus \- Point \. Solidus \/ % Colon \: Semicolon \; Less than \< % Equals \= Greater than \> Question mark \? % Commercial at \@ Left bracket \[ Backslash \\ % Right bracket \] Circumflex \^ Underscore \_ % Grave accent \` Left brace \{ Vertical bar \| % Right brace \} Tilde \~} % % \bgroup% % \makeatletter% % \gdef\MGL@set@pseudo@verb@env{% % \if@minipage\else\vskip\parskip\fi% % \setlength{\labelsep}{1em}% % \@beginparpenalty\predisplaypenalty% % \leftskip\@totalleftmargin\rightskip\z@% % \parindent\z@\parfillskip\@flushglue\parskip\z@% % \itemsep\z@% % \@@par% % \def\par{% % \if@tempswa% % \leavevmode\null\@@par\penalty\interlinepenalty% % \else% % \@tempswatrue% % \ifhmode\@@par\penalty\interlinepenalty\fi% % \fi% % }% % \ttfamily% % \frenchspacing% % }% % \makeatother % \egroup % % \def\doccommand#1{\texttt{\textbackslash#1}} % % \changes{\textbf{v1.0 ------------}}{2014/09/27}{Initial version} % % % \changes{\textbf{v2.0 ------------}}{2014/11/23}{Possible bugfix by adding \doccommand{expandafter} to commands to ignore/write lines of MGL code} % \changes{\textbf{v2.0 ------------}}{2014/11/23}{Add environment \texttt{mglsignature} that adds a comment to every MGL script} % \changes{\textbf{v2.0 ------------}}{2014/11/23}{Eliminate line ignoring commands to create more elegant scripts, due to the a new command that adds comments to the scripts} % \changes{\textbf{v2.0 ------------}}{2014/11/23}{Move the MGL \emph{stop} command from the \texttt{\textbackslash{}AtEndDocument} command to the \doccommand{mgl@func} buffer} % % % \changes{\textbf{v3.0 ------------}}{2015/03/29}{Add detection of changes in MGL scripts to speed up compilation time (only changed scripts are recompiled)} % \changes{\textbf{v3.0 ------------}}{2015/03/29}{Add command \doccommand{mgldir}, \doccommand{mglscriptsdir}, \doccommand{mglgraphicsdir} and \doccommand{mglbackupsdir} to specify a main directory for \textsf{\mglTeX} and directories for the creation of scripts, graphics and backups} % \changes{\textbf{v3.0 ------------}}{2015/03/29}{Add the \doccommand{mglquality} command to specify a default quality} % \changes{\textbf{v3.0 ------------}}{2015/03/29}{Add the \doccommand{mglwidth} and \doccommand{mglheight} commands to specify the default size of the images produced} % \changes{\textbf{v3.0 ------------}}{2015/03/29}{Add the \doccommand{mglsettings} command to configure behavior of the package} % \changes{\textbf{v3.0 ------------}}{2015/03/29}{Improve environment \texttt{mglsignature} by adding the possibility of using \LaTeX{} commands inside it} % % % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Complete rewrite of \textsf{\mglTeX}} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{\textsf{\mglTeX} now depends of the \textsf{verbatim} package} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{All environments write their contents \emph{verbatim}} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add package options \texttt{0q}, \ldots, \texttt{8q} to specify quality} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add the \doccommand{mglpaths} command to add directories to the search paths for MGL scripts} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add the \doccommand{mglname} command to force clousure of the current main script, its compilation, and the opening of a new main script} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add the option \texttt{label} to the \texttt{mgl} environment in order to override the automatic naming of the script and corresponding image} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add the option \texttt{label} to the \texttt{mglverbatim} environment to name the verbatim code} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add the option \texttt{separator} to the command \doccommand{mglplot} to brake the code into different physical text lines} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add the option \texttt{path} to the commands \doccommand{mglgraphics} and \doccommand{mglinclude} to force a path to search MGL scripts} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Verbatim-like environments and \doccommand{mglinclude} command are more visually elegant now} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Numbering in verbatim-like environments is optional now} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add the command \doccommand{listofmglscripts} to create a list of all MGL scripts included verbatim in the document} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Add the command \doccommand{mglTeXwVer} that prints the name of the package with its version in a coherent manner, and separated by an unbreakable space} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Verbatim-like environments and the \doccommand{mglinclude} command have starred versions wich prevent the command \doccommand{listofmglscripts} to list them} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Remove \texttt{mglsignature} environment for being considered useless, and to avoid interference with the detection of changes in MGL scripts, to speed up script writing and to make the package less resource-consuming} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Remove the \doccommand{mglwidth} and \doccommand{mglheight} commands for being considered useless} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Many improvements, including, but not limited to, speed up, increased coherence and cleanness of the code, less resource consumption} % \changes{\textbf{v4.0 ------------}}{2015/08/17}{Many bugfixes} % % % \changes{\textbf{v4.1 ------------}}{2016/01/28}{Add the command \doccommand{mglimgext} to specify locally the extension to save the generated graphics} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{Add the command \doccommand{mglswitch}, which replaces \doccommand{mgltexon} and \doccommand{mgltexoff}} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{Rename the commands \doccommand{mgltexon} as \doccommand{MGL@switch@on} and \doccommand{mgltexoff} as \doccommand{MGL@switch@off} in order to avoid the user from unpurposely overwriting them} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{The command \doccommand{mglcomments} has been reimplemented to accept one mandatory argument: \doccommand{mglcomments\{on\}} replaces the old \doccommand{mglcomments}, while \doccommand{mglcomments\{off\}} replaces the old \doccommand{mglnocomments}} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{Remove the command \doccommand{mglnocomments} (rendered useless by the new implementation of \doccommand{mglcomments})} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{Remove the command \doccommand{mglTeXwVer} (rendered useless by the implementation of the starred version of \doccommand{mglTeX})} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{Restore the command \doccommand{mglsettings}, which was unintentionally deleted in version~4.0} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{Expand the key-val list family for the command \doccommand{mglsettings}} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{Reimplement the \doccommand{@MGL@comments@} switch} % \changes{\textbf{v4.1 ------------}}{2016/01/28}{A starred version of the command \doccommand{mglTeX} has been implemented, which prints the version of the package besides its name} % % % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New package options \texttt{gray}, \texttt{color} to activate/deactivate gray-scale mode for graphics} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New package options \texttt{0v}, \texttt{1v}, \texttt{2v} to select variant of arguments in MGL scripts} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New package option \texttt{9q} for setting quality to \texttt{9} (for testing purposes of the author)} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New commands: \doccommand{mglgray} (to activate/deactivate) gray-scale mode locally, and \doccommand{mglvariant} (to set variant of arguments in MGL scripts locally)} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Rename environment \texttt{mglcommon} to \texttt{mglsetupscript} (\texttt{mglcommon} is still available, but deprecated)} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Rename command \doccommand{mglcommonscriptname} to \texttt{mglsetupscriptname}} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Rename command \doccommand{MGL@graph@ext} to \doccommand{MGL@imgext}} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Rename family \texttt{MGL@keys} as \texttt{MGL@gr@keys} for consistency} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Reorganize and update documentation} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{\mglTeX{} now depends on the \texttt{ifpdf} package} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{The MGL code line \texttt{setsize~600~400} is now automatically written to the main script in order for the scaling options and commands to work} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Remove the \doccommand{MGL@setkeys} command, since it isn't needed as first thought} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Some minor bugfixes} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Change definition of \doccommand{mglcommentname} from \emph{MGL comment} to \emph{\mglTeX{} comment}} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Rename \doccommand{MGL@document@scripts} to \doccommand{MGL@doc@scripts}} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Rename \doccommand{MGL@script@name} tp \doccommand{MGL@script}} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Introduce the concept of \emph{global}, \emph{local} and \emph{private} settings in the documentation} % % \GetFileInfo{mgltex.sty} % % \DoNotIndex{\def,\bgroup,\egroup,\newcommand,\newenvironment,\\,\@onlypreamble,\@undefined,\@vobeyspaces,\list} % \DoNotIndex{\if,\else,\fi,\begingroup,\endgroup,\end,\edef,\xdef,\gdef,\scapechar,\active,\arabic,\catcode,\bfseries} % \DoNotIndex{\@flushglue,\@for,\@ifnextchar,\@makeother,\{,\},\ ,\AtBeginDocument,\AtEndDocument,\centering} % \DoNotIndex{\closein,\closeout,\csname,\endcsname,\CurrentOption,\DeclareGraphicsExtensions,\define@key,\DeclareOption} % \DoNotIndex{\detokenize,\do,\dospecials,\endlinechar,\endlist,\escapechar,\ExecuteOptions,\expandafter,\footnotesize} % \DoNotIndex{\framebox,\Huge,\ifeof,\IfFileExists,\ifx,\immediate,\include,\includegraphics,\item,\itemsep} % \DoNotIndex{\itshape,\jobname,\labelsep,\leftskip,\let,\long,\mbox,\newcounter,\newread,\newtoks,\newwrite,\noexpand} % \DoNotIndex{\obeyspaces,\openin,\openout,\PackageError,\PackageWarning,\parfillskip,\parindent,\parskip} % \DoNotIndex{\PassOptionsToPackage,\ProcessOptions,\read,\relax,\RequirePackage,\rightskip,\setcounter,\setkeys,\setlength} % \DoNotIndex{\space,\stepcounter,\string,\TeX,\the,\vbox,\verbatim@font,\write,\z@,\z@skip,\newif,\PackageInfo,\today} % \DoNotIndex{\obeylines,\or,\ifcase,\small,\vskip,\section,\refstepcounter,\protect,\pretolerance,\penalty,\ttfamily} % \DoNotIndex{\@@par,\@@,\@M,\@addtofilelist,\@auxout,\@bsphack,\@dottedtocline,\@empty,\@esphack,\@fornoop,\@fortmp} % \DoNotIndex{\@gobble,\@ifundefined,\@mkboth,\@namedef,\@nil,\@nnil,\@noitemerr,\@plus,\@pnumwidth,\@secpenalty} % \DoNotIndex{\@startsection,\@starttoc,\@tempdima,\@tempswatrue,\@totalleftmargin,\@unknownoptionerror,\@xobeysp} % \DoNotIndex{\^,\addcontentsline,\addpenalty,\addvspace,\advance,\begin,\c@tocdepth,\center,\chapter,\cleaders} % \DoNotIndex{\endcenter,\everypar,\fbox,\fboxrule,\frenchspacing,\g@addto@macro,\global,\hb@xt@,\hbadness,\hfil,\hfill} % \DoNotIndex{\hrule,\hskip,\hss,\if@minipage,\if@tempswa,\ifhmode,\ifnum,\interlinepenalty,\itemindent,\kern,\l@chapter} % \DoNotIndex{\l@section,\large,\leavevmode,\MakeUppercase,\newdimen,\nobreak,\nopagebreak,\normalfont,\null,\numberline} % \DoNotIndex{\p@,\par,\unpenalty,\usecounter,\@ifstar,\^,\iffalse,\iftrue,\ifpdf} % % \title{The \textsf{\mglTeX} package\thanks{This document corresponds to \textsf{\mglTeX}~\fileversion, dated \filedate.}} % \author{Diego Sejas Viscarra\\\texttt{dsejas.mathematics@gmail.com}} % % \maketitle % % \begin{abstract} % \noindent MathGL is a fast and efficient library by Alexey Balakin for the creation of high-quality publication-ready scientific graphics. Although it defines interfaces for many programming languages, it also implements its own scripting language, called \emph{MGL}, which can be used independently. With the package \textsf{\mglTeX}, MGL scripts can be embedded within any \LaTeX{} document, and the corresponding images are automatically created and included. % % This manual documents the usage of the commands and environments of~\textsf{\mglTeX}. % \end{abstract} % % \tableofcontents % % \section{Introduction} % \noindent MathGL is a fast and efficient library by Alexey Balakin for the creation of high-quality publication-ready scientific graphics. It implements more than $50$ different types of graphics for 1d, 2d and 3d large sets of data. It supports exporting images to bitmap formats (PNG, JPEG, BMP, etc.), or vector formats (EPS, \TeX, SVG, etc.), or 3d image formats (STL, OBJ, XYZ, etc.), and even its own native 3d format, MGLD. MathGL also defines its own vector font specification format, and supports UTF-16 encoding with \TeX-like symbol parsing. It supports various kinds of transparency and lighting, textual formula evaluation, arbitrary curvilinear coordinate systems, loading of subroutines from .dll or .so libraries, and many other useful features. % % MathGL has interfaces for a wide variety of programming languages, such as C/C++, Fortran, Python, Octave, Pascal, Forth, and many others, but it also defines its own scripting language, called \emph{MGL}, which can be used to generate graphics independently of any programming language. The \textsf{\mglTeX} package adds support to embed MGL code inside \LaTeX{} documents, which is automatically extracted and executed, and the resulting images are included in the document. % % Besides the obvious advantage of having available all the useful features of MathGL, \textsf{\mglTeX} facilitates the maintenance of your document, since both code for text and code for graphics are contained in a single file. % % \subsection{Conventions and notations} % \noindent For what's left of this manual, the symbols ``$\langle$'' and ``$\rangle$'' will enclose the description of an object that should be placed in that location; this is called a \emph{meta-variable}. For example, $\meta{text}$ is a meta-variable that indicates that in that location should be placed any form of text. % % In order to save space and time, some special conventions should be applied to meta-variables: % \begin{enumerate} % \item Any meta-variable that contain the word \emph{directory} indicates the name of a directory, in the form of an absolute or relative path, ending with the slash (``/'') character. % \item Any meta-variable that contain the word \emph{subdirectory} indicates a relative path ending with the slash (``/'') character. % \item \meta{$x_1\vert x_2\vert\ldots\vert x_n$} indicates that any of the values $x_1$, $x_2$, \ldots, $x_n$ can be placed there. A special case is \meta{$x_1\vert x_2\vert\ldots$}, where no upper limit is set. % \item The possible values of a meta-variable could also be indicated by a property. For example \meta{$x:x>0$} indicates that any positive value can be used in that location. % \item A meta-variable of the form \meta{list of something} or \meta{something list} indicate a comma-separated list of values of type $\meta{something}$; if only one value is used, no comma is needed. % \item A meta-variable with underscores (``|_|'') in its description indicate that spaces should not be used in that location. % \item \meta{key-val list} refers to a list of \meta{key}=\meta{value} pairs of options, where \meta{key} is a keyword name for an option and \meta{value} is a value assigned to it. % \end{enumerate} % % As is conventional for \LaTeX{} packages, the environments and commands defined by \textsf{\mglTeX} accept optional commands inside brackets ("|[|" and "|]|"), and mandatory arguments inside curly braces ("|{|" and "|}|"). % % While reading the following, it must be noted that most of \textsf{\mglTeX} settings have three modes: global, local and private. A setting is \emph{global} if it applies to the whole document, it is \emph{local} if it applies to the document from one point onwards, and it is \emph{private} if it applies only to a particular MGL script. Global settings are set thorugh package options or with the command |\mglsettings| (explained later), local settings have associated commands (subsection \ref{local setts}), and private settings are specified as optional arguments for environments and commands. An example of this would be the package option |4q|, the command |\mglquality{4}|, and the optional argument for environments and commands |quality=4|, to set the quality for graphics to |4| in the three different modes, respectively. % % \section{Usage} % \noindent The simplest way to load \textsf{\mglTeX} to a \LaTeX{} document is to write the command % \begin{center} % |\usepackage{mgltex}| % \end{center} % in the preamble. Alternatively, one can pass a number of options to the package by means of the syntax % \begin{center} % |\usepackage|\oarg{options list}|{mgltex}|, % \end{center} % where \meta{options list} can contain one or more of the following options: % \begin{itemize} % \item \textbf{draft:} The generated images won't be included in the document. This option is useful when fast compilation of the document is needed. % \item \textbf{final:} Overrides the |draft| option. % \item \textbf{on:} To rewrite, recompile and include the changed MGL scripts and/or corresponding graphics. % \item \textbf{off:} To avoid creation, compilation and/or inclusion of the MGL scripts and corresponding images. % \item \textbf{comments:} To allow the contents of the |mglcomment| environments to be shown in the \LaTeX{} document. % \item \textbf{nocomments:} To avoid showing the contents of the |mglcomment| environments in the \LaTeX{} document. % \item \textbf{gray:} To create the MGL graphics in gray-scale mode. % \item \textbf{color:} To create the MGL graphics in color mode. % \item \textbf{1x, \ldots, 9x:} To specify the scale for the creation of graphics (|1x| is normal scaling, |2x| is twice as bigger, etc). % \item \textbf{0q, \ldots, 9q:} To specify the quality for the creation of graphics. An info message indicating the characteristics of the chosen quality is printed in the .log file according to the following table: % \begin{center} % \DeleteShortVerb{\|} % \begin{tabular}{|c|l|} % \hline % Quality & Description\\ % \hline % \hline % $0$ & No face drawing (fastest)\\ % \hline % $1$ & No color interpolation (fast)\\ % \hline % $2$ & High quality (normal)\\ % \hline % $3$ & High quality with 3d primitives (not implemented yet)\\ % \hline % $4$ & No face drawing, direct bitmap drawing (low memory usage)\\ % \hline % $5$ & No color interpolation, direct bitmap drawing (low memory usage)\\ % \hline % $6$ & High quality, direct bitmap drawing (low memory usage)\\ % \hline % $7$ & High quality with 3d primitives, direct bitmap drawing\\ % & (not implemented yet)\\ % \hline % $8$ & Draw dots instead of primitives (extremely fast)\\ % \hline % $9$ & No drawing (for testing purposes)\\ % \hline % \end{tabular} % \MakeShortVerb{\|} % \end{center} % \item \textbf{0v, 1v, 2v:} To set the default variant of arguments for the MGL commands. % \item \textbf{png, jpg, jpeg:} To export images to a bitmap format. % \item \textbf{eps, epsz:} To export to uncompressed/compressed vectorial EPS format. % \item \textbf{bps, bpsz:} To export to uncompressed/compressed bitmap EPS format. % \item \textbf{pdf:} To export to 3D PDF format. % \item \textbf{tex:} To export to \LaTeX{}/\emph{tikz} document. % \end{itemize} % If two or more mutually exclusive options are specified, only the last one will be used by \textsf{\mglTeX}. For example, if one specifies the options |0q|, |3q| and |8q|---in that order---, then the quality will be set to $8$. % % Observe the |off| option is similar to the |draft| option, with the exception that |draft| deactivates inclusion of graphics for the \textsf{\mglTeX} and \textsf{graphicx} packages simultaneously, while the |off| option only deactivates \textsf{\mglTeX} functionalities (creation and/or inclusion of scripts and graphics), not affecting \textsf{graphicx}. This could be useful to recognize which images are created with MGL, and which are only included. Another possible use for this option is to avoid recompilation of scripts when they must be constantly changed until their final version.\footnote{\textsf{\mglTeX} has a convinient recompilation-decision algorithm that enables recompilation for changed scripts only (see subsection \ref{subsection: recompilation decision}).} % % There are two ways to compile a document with \textsf{\mglTeX}: The first way is to run % \begin{center} % |latex --shell-escape |\meta{document}|.tex| % \end{center} % three times, since the first run will detect changes in the scripts; the second run will extract the MGL code, execute it and include some of the resulting graphics, while the third run will include the remaining graphics. The second way is to run % \begin{center} % |latex |\meta{document}|.tex| % \end{center} % twice to detect changes in MGL code and to extract it, then compile the generated scripts with the program |mglconv| (part of MathGL bundle), and execute |latex |\meta{document}|.tex| once more to include the graphics.\footnote{If no changes were made to scripts intended to create graphics, only one \LaTeX{} run is needed.} (More on the recompilation-decision mechanism of \textsf{\mglTeX} can be found in subsection~\ref{subsection: recompilation decision}.) % % \subsection{Warning for the user}\label{subsection: warning} % Before we continue the description of the package, it must be pointed out that \textsf{\mglTeX} assummes that the command |\end{|\meta{MGL environment}|}|, that ends the corresponding \meta{MGL environment}, occupies its own physical line of \LaTeX{} code. So the correct forms of use of environments are the following: % \begin{quote} %|\begin{|\meta{MGL environment}|}|\\ %\meta{contents of the environment}\\ %|\end{|\meta{environment}|}| % \end{quote} % and % \begin{quote} %|\begin{|\meta{MGL environment}|}|\meta{contents of the environment}\\ %|\end{|\meta{environment}|}| % \end{quote} % The following form will cause problems: % \begin{quote} %|\begin{|\meta{MGL environment}|}|\meta{contents of the environment}|\end{|\meta{MGL environment}|}| % \end{quote} % % \textsf{\mglTeX} depends on the \textsf{verbatim} package to define its environments. One of the characteristics of \textsf{verbatim} is that it transcripts everything contained between the begining and the end of an environment, including spaces before an |\end{|\meta{MGL environment}|}| command. This should not be a problem, except for the fact that \textsf{\mglTeX} has a mechanism to detect changes in MGL scripts in order to recompile them (see subsection \ref{subsection: recompilation decision}), and the mentioned spaces in the scripts and their counterparts in the \LaTeX{} document can't be recognized properly as identical when compared, causing the package to recompile the scripts even when they haven't changed, rendering the mechanism useless.\footnote{It is currently unknown for the author why this spaces aren't detected properly. Help would be appreciated.} In order to avoid this glitch, the facilities provided by \textsf{verbatim} have been adapted to ignore everything before |\end{|\meta{MGL environment}|}|, including spaces and, unfortunately, MGL code. % % It should also be pointed out that the default behavior of the |verbatim| package makes the following form to ignore the \meta{text} after the |\end|\meta{MGL environment}, issuing a warning. % \begin{quote} %|\begin{|\meta{MGL environment}|}|\\ %\meta{contents of the environment}\\ %|\end{|\meta{MGL environment}|}|\meta{text} % \end{quote} % % \subsection{Environments for MGL code embedding} % \DescribeEnv{mgl}\noindent The main environment defined by \textsf{\mglTeX} is |mgl|. It extracts its contents to a main script, called \meta{main\_script\_name}.mgl, where \meta{main\_script\_name} stands for a name specified by the user with the |\mglname| command (explained later), or the name of the \LaTeX{} document being executed otherwise; this script is compiled, and the corresponding image is included. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mgl}|\oarg{key-val list}\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mgl}|\\[0.25em] % \hline % \end{tabular} % \end{center} % Here, \meta{key-val list} can have the following optional arguments: % \begin{itemize} % \item \textbf{bb, bbllx, bblly, bburx, bbury, natwidth, natheight, hiresbb, viewport, trim, angle, origin, width, height, totalheight, keepaspectratio, scale, clip, draft, type, ext, read, command:} These are the same options of the |\includegraphics| command from the \textsf{graphicx} package. % \item \textbf{gray:} Can be used to activate (|gray=on| or |gray=1|) or deactivate (|gray=off| or |gray=0|) gray-scale mode privately (only for the current graphic). % \item \textbf{mglscale:} Any positive value for this option is used to physically scale the resulting image file, i.g., |mglscale=2| will create an image file twice as bigger. % \item \textbf{quality:} Sets the quality of the current graphic. Valid values are integers between |0| and |9|. % \item \textbf{variant:} Sets the variant of argument for the commands in the current script. % \item \textbf{imgext:} Can be used to set the extension for the current image. % \item \textbf{label:} Can be used to indicate a name for the corresponding graphic (otherwise, an automatic naming will be applied) % \end{itemize} % % \DescribeEnv{mgladdon} This environment adds its contents to the document's main script, but it doesn't produce any image. It doesn't require any kind of arguments. It is useful to add ``complementary code'', like instructions to load dynamic libraries, set default size for the graphics, etc. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mgladdon}|\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mgladdon}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeEnv{mglfunc} Is used to define MGL functions within the document's main script. It takes one mandatory argument, which is the name of the function, plus one optional argument, which specifies the number of arguments of the function (the default is $0$). The environment needs to contain only the body of the function, since the lines ``func \meta{function\_name} \meta{number of arguments}'' and ``return'' are appended automatically at the beginning and the end, respectively. The resulting code is written at the end of the document's main script, after the |stop| command, which is also written automatically. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglfunc}|\oarg{number of arguments}\marg{function\_name}\\[0.5em] % \hss\meta{MGL function body}\hss\\[0.5em] % |\end{mglfunc}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeEnv{mglcode} It has the same function as the |mgl| environment, but the corresponding code is written to a separate script, whose name is specified as mandatory argument. It accepts the following optional arguments: % \begin{itemize} % \item \textbf{bb, bbllx, bblly, bburx, bbury, natwidth, natheight, hiresbb, viewport, trim, angle, origin, width, height, totalheight, keepaspectratio, scale, clip, draft, type, ext, read, command:} These are the same options of the |\includegraphics| command from the \textsf{graphicx} package. % \item \textbf{gray:} Can be used to activate (|gray=on| or |gray=1|) or deactivate (|gray=off| or |gray=0|) gray-scale mode privately (only for the current graphic). % \item \textbf{mglscale:} Any positive value for this option is used to physically scale the resulting image file, i.g., |mglscale=2| will create an image file twice as bigger. % \item \textbf{quality:} Sets the quality of the current graphic. Valid values are integers between |0| and |9|. % \item \textbf{variant:} Sets the variant of argument for the commands in the current script. % \item \textbf{imgext:} Can be used to set the extension for the current image. % \end{itemize} % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglcode}|\oarg{key-val list}\marg{script\_name}\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglcode}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeEnv{mglscript} The code within |mglscript| is written to a script whose name is specified as mandatory argument, but no image is produced. It is useful for creation of MGL scripts which can be later post-processed by another package, like \textsf{listings} or \textsf{pygments}. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglscript}|\marg{script\_name}\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglscript}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeEnv{mglsetupscript} This is used to create a common ``setup'' script to define constants, parameters, etc. that will be available to the others. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglsetupscript}|\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglsetupscript}|\\[0.25em] % \hline % \end{tabular} % \end{center} % If called more than once, it will overwrite the setup code. Also note that it should be used only to define constants, parameters and things like that, but not graphical objects like axis or grids, because the |mgl| environment clears every graphical object before creating the image.\footnote{This problem occurs only with the \texttt{mgl} environment, so you could use \texttt{mglcommon} to create many graphics with the same axis, grid, etc., with environments like \texttt{mglcode}, but in that case the best option is to use the \texttt{mglsetup} environment together with the \texttt{\textbackslash{}mglplot} command.} % % For example, one could write % \begin{quote} % |\begin{mglsetupscript}|\\ % |define gravity 9.81 # [m/s^2]|\\ % |\end{mglsetupscript}| % \end{quote} % to make the constant \emph{gravity} available to every script. % % \DescribeEnv{mglcommon} This is a synomyn for the |mglsetupscript| environment. It is and will always be kept in \textsf{\mglTeX} for backwards compatibility with older versions of the package, but its use is \emph{deprecated}. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglcommon}|\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglcommon}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % \subsection{Fast creation of graphics} % \noindent\textsf{\mglTeX} defines a convenient way to work with many graphics that have exactly the same settings (same rotation angles, same type of grid, same lighting, etc.): instead of writing repetitive code every time it's needed, it can be stored inside a |mglsetup| environment, and then can be used when needed with the |\mglplot| command. % % \DescribeEnv{mglsetup} This environment is defined as a special case of the |mglfunc| environment. It accepts one mandatory argument, which is a keyword (name) associated to the corresponding block of code (MGL function body). % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglsetup}|\marg{key\_word}\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglsetup}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglplot} This command is used for fast generation of graphics with default settings, and can be used in parallel with the |mglsetup| environment. It accepts one mandatory argument which consists of MGL instructions, separated by the symbol ``:'', and can span through various text lines. It accepts the following optional arguments: % \begin{itemize} % \item \textbf{bb, bbllx, bblly, bburx, bbury, natwidth, natheight, hiresbb, viewport, trim, angle, origin, width, height, totalheight, keepaspectratio, scale, clip, draft, type, ext, read, command:} These are the same options of the |\includegraphics| command from the \textsf{graphicx} package. % \item \textbf{gray:} Can be used to activate (|gray=on| or |gray=1|) or deactivate (|gray=off| or |gray=0|) gray-scale mode privately (only for the current graphic). % \item \textbf{mglscale:} Any positive value for this option is used to physically scale the resulting image file, e.g., |mglscale=2| will create an image file twice as bigger. % \item \textbf{quality:} Sets the quality of the current graphic. Valid values are integers between |0| and |9|. % \item \textbf{variant:} Sets the variant of argument for the commands in the current script. % \item \textbf{imgext:} Can be used to set the extension for the current image. % \item \textbf{label:} Can be used to indicate a name for the corresponding graphic (otherwise, an automatic naming will be applied) % \item \textbf{setup:} Specifies a keyword associated to a |mglsetup| block, which will be executed before the code in the mandatory argument. % \item \textbf{separator:} Specifies a text symbol that will break the code in the mandatory argument into a new physical line in the main script every time is encountered. % \end{itemize} % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglplot|\oarg{key-val list}\marg{MGL code}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \subsection{Verbatim-like environments} % \noindent The main purpose of these environments is to typeset their contents to the \LaTeX{} document, elegantly separated from the rest of the text. They have two versions: an unstarred version which can be listed later with the |\listofmglscripts| command (explained later), and a starred version which won't be listed. % % Although these environments are intended to mimic the behavior of the |verbatim| environment from \LaTeX{}, there is an important difference, namely, long lines will be broken when the page margin is reached. This intended behavior is set because a language like MGL can easily have very long lines of code, like textual formulas, vectors input as lists of values, etc. Of course, no hyphenation will be performed, but the code will be indented in the second, third, etc. continuation lines by an amount specified by |\mglbreakindent| (explained later). % % \DescribeEnv{mglblock}\DescribeEnv{mglblock*} Besides typesetting its contents to the document, |mglblock| creates a script whose name is specified as mandatory argument. It accepts one optional argument: % \begin{itemize} % \item \textbf{lineno:} Used to activate (|lineno=true| or simply |lineno|) or deactivate (|lineno=false|) line numbering inside the environment. % \end{itemize} % By default, each line of code is numbered. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglblock}|\oarg{key-val list}\marg{script\_name}\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglblock}|\\[0.25em] % \hline % \end{tabular} % \end{center} % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglblock*}|\oarg{key-val list}\marg{script\_name}\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglblock*}|\\[0.25em] % \hline % \end{tabular} % \end{center} % The ouput looks like this: % \begin{quote} % \makeatletter % \MGL@set@script@name{example_script}% % \refstepcounter{MGL@verb@no}% % \addcontentsline{lms}{MGL@script}{\protect\numberline{\theMGL@verb@no.}{\ttfamily\protect\detokenize{\MGL@script.mgl}}}% % \setcounter{MGL@line@no}{0}% % \list{\mgllinenostyle\arabic{MGL@line@no}.}{}% % \MGL@set@pseudo@verb@env % \fboxrule=\mgllinethickness% % \item[\MGL@line@sep]\fbox{\bfseries\ttfamily\expandafter\detokenize\expandafter{\MGL@script.mgl}}\hskip\labelsep\MGL@line@sep\par\par% % \stepcounter{MGL@line@no}% % \item new x 50 40 '0.8*sin(pi*x)*sin(pi*(y+1)/2)' % \stepcounter{MGL@line@no}% % \item new y 50 40 '0.8*cos(pi*x)*sin(pi*(y+1)/2)' % \stepcounter{MGL@line@no}% % \item new z 50 40 '0.8*cos(pi*(y+1)/2)' % \stepcounter{MGL@line@no}% % \item title 'Parametric surface' : rotate 50 60 : box % \stepcounter{MGL@line@no}% % \item surf x y z 'BbwrR' % \item[\MGL@line@sep]\hskip-\labelsep\MGL@line@sep% % \endlist% % \end{quote} % % \DescribeEnv{mglverbatim}\DescribeEnv{mglverbatim*} This environment only typesets its contents to the \LaTeX{} document without creating any script. It accepts two optional arguments % \begin{itemize} % \item \textbf{lineno:} Used to activate (|lineno=true| or simply |lineno|) or deactivate (|lineno=false|) line numbering inside the environment. % \item \textbf{label:} Used to specify a name associated to the corresponding code. % \end{itemize} % The default behavior is to number each line of code. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglverbatim}|\oarg{key-val list}\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglverbatim}|\\[0.25em] % \hline % \end{tabular} % \end{center} % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglverbatim*}|\oarg{key-val list}\\[0.5em] % \hss\meta{MGL code}\hss\\[0.5em] % |\end{mglverbatim*}|\\[0.25em] % \hline % \end{tabular} % \end{center} % The output looks like this without |label|: % \begin{quote} % \makeatletter % \setcounter{MGL@line@no}{0}% % \list{\mgllinenostyle\arabic{MGL@line@no}.}{}% % \MGL@set@pseudo@verb@env % \fboxrule=\mgllinethickness% % \MGL@set@script@name{\mglverbatimname}% % \item[\MGL@line@sep]\hskip-\labelsep\MGL@line@sep% % \refstepcounter{MGL@verb@no}% % \addcontentsline{lms}{MGL@script}{\protect\numberline{\theMGL@verb@no.}{\ttfamily\protect\detokenize{\MGL@script}}}% % \stepcounter{MGL@line@no}% % \item new x 50 40 '0.8*sin(pi*x)*sin(pi*(y+1)/2)' % \stepcounter{MGL@line@no}% % \item new y 50 40 '0.8*cos(pi*x)*sin(pi*(y+1)/2)' % \stepcounter{MGL@line@no}% % \item new z 50 40 '0.8*cos(pi*(y+1)/2)' % \stepcounter{MGL@line@no}% % \item title 'Parametric surface' : rotate 50 60 : box % \stepcounter{MGL@line@no}% % \item surf x y z 'BbwrR' % \item[\MGL@line@sep]\hskip-\labelsep\MGL@line@sep% % \endlist% % \end{quote} % \noindent If a |label| is specified, the output will look exactly as that of the |mglblock| environment. % % \DescribeEnv{mglcomment} This environment is used to embed comments. The comment won't be visible in the case of the user passing the option |nocomments| to the package, but it will be typeset \emph{verbatim} to the document if the user passes the option |comments|. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\begin{mglcomment}|\\[0.5em] % \hss\meta{Comment}\hss\\[0.5em] % |\end{mglcomment}|\\[0.25em] % \hline % \end{tabular} % \end{center} % If the user requests visible comments, this will result in the appearance of something like the following in the \LaTeX{} document: % \begin{quote} % \makeatletter % \list{}{}% % \MGL@set@pseudo@verb@env % \item\hskip-\labelsep<\MGL@dash@sep\mglcommentname\MGL@dash@sep>% % \item This is a mglTeX comment % \item\hskip-\labelsep<\MGL@dash@sep\mglcommentname\MGL@dash@sep>% % \endlist% % \end{quote} % % \subsection{Working with external scripts} % \noindent \textsf{\mglTeX} provides convenient ways to deal with external scripts (scripts that exist in their own files, independently of the \LaTeX{} document, like scripts sent by a colleague or created before the actual writing of the \LaTeX{} document, etc). It must be noted, however, that the package works on the suposition that these scripts are in their final version, so no change detection is performed on them. If a external script is changed, the corresponding graphic must be manually deleted in oreder to force recompilation. % % \DescribeMacro{\mglgraphics} This command takes the name of an external MGL script as mandatory argument, which will be automatically executed, and the resulting image will be included. The same optional arguments accepted by this command are: % \begin{itemize} % \item \textbf{bb, bbllx, bblly, bburx, bbury, natwidth, natheight, hiresbb, viewport, trim, angle, origin, width, height, totalheight, keepaspectratio, clip, draft, type, ext, read, command:} These are the same options of the |\includegraphics| command from the \textsf{graphicx} package. % \item \textbf{gray:} Can be used to activate (|gray=on| or |gray=1|) or deactivate (|gray=off| or |gray=0|) gray-scale mode privately (only for the current graphic). % \item \textbf{mglscale:} Any positive value for this option is used to physically scale the resulting image file, i.g., |mglscale=2| will create an image file twice as bigger. % \item \textbf{quality:} Sets the quality of the current graphic. Valid values are integers between |0| and |9|. % \item \textbf{variant:} Sets the variant of argument for the commands in the current script. % \item \textbf{imgext:} Can be used to set the extension for the current image. % \item \textbf{path:} Can be used to specify the location of the script. % \end{itemize} % % \DescribeMacro{\mglinclude}\DescribeMacro{\mglinclude*} This command is the equivalent of the |mglverbatim| environment for external scripts. It takes one mandatory argument, which is the name of a MGL script, which will be automatically transcript \emph{verbatim} on the \LaTeX{} document. It accepts the following optional arguments: % \begin{itemize} % \item \textbf{lineno:} Used to activate (|lineno=true| or simply |lineno|) or deactivate (|lineno=false|) line numbering inside the environment. % \item \textbf{path:} Can be used to specify the location of the script. % \end{itemize} % The unstarred version of this command will be listed if |\listofmglscripts| is used (explained later), while the starred version won't. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglinclude|\oarg{key-val list}\marg{script\_name}\\[0.25em] % \hline % \end{tabular} % \end{center} % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglinclude*|\marg{script\_name}\oarg{key-val list}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \subsection{Additional commands} % \DescribeMacro{\listofmglscripts}\noindent Opens a new section or chapter---depending on the \LaTeX{} class used---, where all the scripts that have been transcript in the document with the unstarred versions of the |mglblock| and |mglverbatim| environments, and the |\mglinclude| command, are listed. In case a |mglverbatim| is used, but no |label| is specified, the default name to display is specified by the |\mglverbatimname| macro (explained later), otherwise, the corresponding label is typeset. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\listofmglscripts|\\[0.25em] % \hline % \end{tabular} % \end{center} % The output is like this: % \begin{center} % \begin{minipage}{0.9\textwidth} % \listofmglscripts % \end{minipage} % \end{center} % % \DescribeMacro{\mglTeX}\DescribeMacro{\mglTeX*} This command just pretty-prints the name of the package, i.e., the logo: % \begin{center} % \Huge\mglTeX % \end{center} % The starred version will also print the version in a coherent manner. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglTeX|\\[0.25em] % \hline % \end{tabular} % \end{center} % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglTeX*|\\[0.25em] % \hline % \end{tabular} % \end{center} % % In an environment where the typesetting of the logo is impossible (a text editor, for instance), it can (and should) be replaced by ``mglTeX''. % % \subsection{Local settings commands}\label{local setts} % \noindent These commands are intended to be equivalent to the package options, but with a local-only effect, meaning that the new settings are applied from the point these commands are used onward. % % \DescribeMacro{\mglswitch} This command is equivalent to the package options |on| and |off|, depending on the argument passed. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglswitch{|\meta{off\,$\vert$on\,$\vert$0\,$\vert$1}|}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % Observe that |\mglswitch{on}| and |\mglswitch{off}| can be used to save time when writing a document, wrapping a section with them, avoiding recompilation of the corresponding scripts. % % \DescribeMacro{\mglcomments} This command is equivalent to the package options |comments| and |nocomments|, depending on the argument passed. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglcomments{|\meta{off\,$\vert$on\,$\vert$0\,$\vert$1}|}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglgray} It is equivalent to the package options |gray| and |color|, depending on the argument passed. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglgray{|\meta{off\,$\vert$on\,$\vert$0\,$\vert$1}|}|\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglscale} Can be used to specify the default scaling for the creation of MGL graphics (1 is normal scaling, 2 is twice as bigger, etc.). % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglscale|\marg{$x:x>0$}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglquality} The default quality for the creation of MGL graphics can be specified locally with this command. An info message will be printed in the |.log| file indicating the characteristics of the chosen value, according to the following table: % \begin{center} % \DeleteShortVerb{\|} % \begin{tabular}{|c|l|} % \hline % Quality & Description\\ % \hline % \hline % $0$ & No face drawing (fastest)\\ % \hline % $1$ & No color interpolation (fast)\\ % \hline % $2$ & High quality (normal)\\ % \hline % $3$ & High quality with 3d primitives (not implemented yet)\\ % \hline % $4$ & No face drawing, direct bitmap drawing (low memory usage)\\ % \hline % $5$ & No color interpolation, direct bitmap drawing (low memory usage)\\ % \hline % $6$ & High quality, direct bitmap drawing (low memory usage)\\ % \hline % $7$ & High quality with 3d primitives, direct bitmap drawing\\ % & (not implemented yet)\\ % \hline % $8$ & Draw dots instead of primitives (extremely fast)\\ % \hline % $9$ & No drawing (for testing purposes)\\ % \hline % \end{tabular} % \MakeShortVerb{\|} % \end{center} % If a non available quality is chosen, it will be changed to $2$ (the default), and a warning message will be issued for the user. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglquality|\marg{0\,$\vert$1\,$\vert$\ldots\,$\vert$9}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglvariant} It is useful to set the default variant of arguments for MGL commands. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglvariant|\marg{0\,$\vert$1\,$\vert$\ldots}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglimgext} Can be used to specify the extension to save graphics. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglimgext|\marg{image extension}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglname}\noindent If used in the preamble of the document this commands just sets the name of the. If used after the |\begin{document}| command, it will force the closure of the current main script, create the corresponding graphics, and start a new main script with the specified name. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglname|\marg{main\_script\_name}\\[0.25em] % \hline % \end{tabular} % \end{center} % % The use of this command is encouraged when writing large documents, like books or thesis, to create a main script per document block (section, chapter, part, etc.). Since the |mgl| environment and the |\mglplot| command use an internal counter to automatically name scripts, unless the |label| option is used; if a new script is added this way to the document, it will alter the original numbering, causing \textsf{\mglTeX} to recompile the scripts from that point on (for more details, read subsection \ref{subsection: recompilation decision}). If the |\mglname| command is used, only the scripts of the current document block will be recompiled. % % \subsection{Advanced settings commands} % \noindent Although \textsf{\mglTeX} is completely functional without any further set up, there are some parameters of its behavior that could be useful to modify. The following commands must be used in the preamble of the document only, since the first MGL script is created at the moment of the |\begin{document}| command, and otherwise they could create weird errors during compilation; trying to use them somewhere else will produce an error. % % \DescribeMacro{\mgldir} This command can be used to specify the main working directory for \textsf{\mglTeX}. Inside it, the scripts, backup files and graphics will be created, or can be separated inside subdirectories. This is useful, for example, to avoid many scripts and graphics from polluting the directory where the \LaTeX{} document is. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mgldir|\marg{main\_directory}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglscriptsdir} It specifies the subdirectory inside \mglTeX's \meta{main\_directory} where the MGL scripts will be created. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglscriptsdir|\marg{scripts\_subdirectory}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglgraphicsdir} It specifies the subdirectory inside \mglTeX's \meta{main\_directory} where the MGL graphics will be created, including the ones from external scripts (not embedded inside the \LaTeX{} document). % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglgraphicsdir|\marg{graphics\_subdirectory}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \DescribeMacro{\mglbackupsdir} It specifies the subdirectory inside \mglTeX's \meta{main\_directory} where backups for the MGL scripts will be created. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglbackupsdir|\marg{backups\_subdirectory}\\[0.25em] % \hline % \end{tabular} % \end{center} % % The above commands can be used in various combinations. For example, if none of them is used, the scripts, graphics and backups will be created inside the same path where the \LaTeX{} document is being compiled; if only |\mgldir| is used, they will be created inside \meta{main\_directory}; if only |\mgldir| and |\mglscriptsdir| are used, the scripts will be created inside \meta{main\_directory}\meta{scripts\_subdirectory}, while the graphics and backups will be inside \meta{main\_directory} only; if |\mgldir| isn't used, but the other commands are, the \meta{scripts\_subdirectory}, \meta{graphics\_subdirectory} and \meta{backups\_subdirectory} folders will be inside the folder where the \LaTeX{} document is being compiled. % % \DescribeMacro{\mglpaths} In case of having external MGL scripts, it is not recommended to place them inside the same location as where the embedded scripts are extracted, since they could be accidentally overwritten or deleted by the user; they should be separated in a folder which can be specified in the form of an absolute or relative path using this command. % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglpaths|\marg{directory list}\\[0.25em] % \hline % \end{tabular} % \end{center} % This command can be used many times or can be used to specify many paths at once. In the case of using it many times, each call will add the new directory or directories to the list of searching paths. % % \DescribeMacro{\mglsettings} This command has been added for the confort of the user, since it handles all of the basic and advanced settings of \textsf{\mglTeX}, as an alternative to some package options and commands. It takes one mandatory argument which should be a list of \meta{key}=\meta{value} pairs, according to the following table: % \begin{center} % \DeleteShortVerb{\|} % \begin{tabular}{|l|l|l|} % \hline % \textbf{Key} & \textbf{Value} & \textbf{Description}\\ % \hline % \hline % dir & \meta{main\_directory} & The main working directory\\ % \hline % scriptsdir & \meta{scripts\_subdirectory} & The subdirectory for scripts creation\\ % \hline % graphicsdir & \meta{graphics\_subdirectory} & The subdirectory for graphics creation\\ % \hline % backupsdir & \meta{backups\_subdirectory} & The subdirectory for backups creation\\ % \hline % paths & \meta{directory list} & Paths to external scripts\\ % \hline % switch & \meta{off\,$\vert$on\,$\vert$0\,$\vert$1} & Turn off/on \mglTeX\\ % \hline % comments & \meta{off\,$\vert$on\,$\vert$0\,$\vert$1} & Turn off/on comments\\ % \hline % gray & \meta{off\,$\vert$on\,$\vert$0\,$\vert$1} & Turn off/on gray-scale mode\\ % \hline % mglscale & \meta{$x:x>0$} & Scale for creation of graphics\\ % \hline % quality & \meta{0\,$\vert$1\,$\vert$\ldots\,$\vert$9} & Quality for creation of graphics\\ % \hline % variant & \meta{0\,$\vert$1\,$\vert$\ldots} & Variant of arguments for MGL commands\\ % \hline % imgext & \meta{image extension} & Extension for creation of graphics\\ % \hline % \end{tabular} % \MakeShortVerb{\|} % \end{center} % \begin{center} % \begin{tabular}{l} % \hline\\[-0.75em] % |\mglsettings|\marg{key-val list}\\[0.25em] % \hline % \end{tabular} % \end{center} % % \subsection{User-definable macros} % \noindent There are macros that the user is allowed to modify in order to customize some aspects of the behavior of \textsf{\mglTeX}. For example, if writing in spanish, french or russian, the user would like to modify the name of the common script, the words typeset in the separator lines of mglTeX comments, the name of the list of MGL scripts, etc. % % \DescribeMacro{\mglsetupscriptname} It is the name for the common setup script that takes the contents of the |mglseuptscipt| or |mglcommon| environments. The default name is defined by % \begin{quote} % |\def\mglsetupscriptname{MGL_setup_script}| % \end{quote} % % \DescribeMacro{\mglcommentname} This macro expands to the words typeset before and after a \textsf{\mglTeX} comment, in the middle of the separator lines. The default words are set by % \begin{quote} % |\def\mglcommentname{\mglTeX{} comment}| % \end{quote} % % \DescribeMacro{\listofmglscriptsname} This is the name of the section/chapter created by the command |\listofmglscripts|. The default is set by % \begin{quote} % |\def\listofmglscriptsname{List of MGL scripts}| % \end{quote} % % \DescribeMacro{\mglverbatimname} This is the default name to be printed in the list of MGL scripts for scripts created with the unstarred version of |mglverbatim|, for which a |label| hasn't been specified. The default is % \begin{quote} % |\def\mglverbatimname{(Unnamed MGL script)}| % \end{quote} % % \DescribeMacro{\mgllinenostyle} Indicates the style for typeseting the line numbers inside the |mglblock| and |mglverbatim| environments, and the |\mglinclude| command. The default is % \begin{quote} % |\def\mgllinenostyle{\footnotesize}| % \end{quote} % % \DescribeMacro{\mgldashwidth} The dashes of the separator lines for the |mglcomment| environment are contained inside boxes whose width is specified by this macro. For practical purposes, this dimension can be used to increase/decrease the space between the dashes. The default is % \begin{quote} % |\mgldashwidth=0.75em| % \end{quote} % It is recommended to use font-dependent units for this dimension, like |em|, just in case the font is changed later, so it adapts to the new metric.\footnote{A rule of thumb is to use \texttt{em} units for horizontal dimensions, and \texttt{ex} units for vertical dimensions.} % % \DescribeMacro{\mgllinethickness} It is the thickness of the separator lines for the |mglblock| and |mglverbatim| environments, and the |\mglinclude| command. The default is % \begin{quote} % |\mgllinethickness=0.25ex| % \end{quote} % It is also recommended to use font-dependent units for this dimension, like |ex|. % % \DescribeMacro{\mglbreakindent} \textsf{\mglTeX} allows line breaking inside verbatim-like environments and commands. When a line of code is broken, |\mglbreakindent| is the indentation of the second, third, etc. continuation lines. The default is % \begin{quote} % |\mglbreakindent=1em| % \end{quote} % Once more, font-dependent units are encourage. % % \section{Behavior of \textsf{\mglTeX}} % \noindent \textsf{\mglTeX} has many convenient features designed for the comfort of the user, and to reduce the possibility of unintentional malfunction. % \subsection{Creation and inclusion of MGL scripts and graphics} % \noindent All environments and commands for MGL code embedding check for multiple scripts with the same name. This detection is performed in order to avoid unintentionally overwriting scripts, or creating confusion with different verbatim chunks of code with the same name. If such multiple naming is found a warning will be issued. However, external scripts are supposed to be responsibility of the user, so no detection of multiple naming will be performed on them. % % When \textsf{\mglTeX} is unable to find a graphic that is supposed to include, instead of producing an error, it will warn the user about it, and will display a box in the corresponding position of the document like the one shown in figure~\ref{fig: MGL image not found box}. % \begin{figure}[!ht] % \centering % \fbox{% % \centering% % \bfseries\Huge% % \begin{tabular}{c}MGL\\image\\not\\found\end{tabular}% % } % \caption{This box is shown by \textsf{\mglTeX} instead of a graphic that should be included, but can't be found.}\label{fig: MGL image not found box} % \end{figure} % Notice that the first time or even the second time \LaTeX{} is executed, many of these boxes will appear in the document, because the first run detects changes on scripts, while the second run creates the graphics, but not all of them are included, until \LaTeX{} is run for the third time. % % Likewise, when a script isn't found, a warning will be issued for the user, and, if that script was meant to be included in the document by a |\mglinclude| command, the box shown in figure~\ref{fig: MGL script not found box} will be displayed instead. % \begin{figure}[!ht] % \centering % \fbox{% % \centering% % \bfseries\Huge% % \begin{tabular}{c}MGL\\script\\not\\found\end{tabular}% % } % \caption{This box is shown by \textsf{\mglTeX} instead of a script that should be included, but can't be found.}\label{fig: MGL script not found box} % \end{figure} % % When \textsf{\mglTeX} is |off| no MGL graphics will be generated nor will be included, but instead, a box like the one of figure~\ref{fig: mglTeX is off box} will be shown. % \begin{figure}[!ht] % \centering % \fbox{% % \centering% % \bfseries\Huge% % \begin{tabular}{c}\mglTeX\\is off;\\no image\\included\end{tabular}% % } % \caption{This box is shown instead of an image when \textsf{\mglTeX} is \texttt{off}.}\label{fig: mglTeX is off box} % \end{figure} % % \subsection{Recompilation-decision algorithm}\label{subsection: recompilation decision} % \noindent \textsf{\mglTeX} has the builtin capacity of detecting changes in MGL scripts, so that a script is recompiled only when it has changed, not every time \LaTeX{} is executed. This saves a lot of time, since most of the compilation time of a document is spent on the creation (and conversion to another format, if necessary) of the graphics. % % This is how the recompilation-decision is performed: When \textsf{\mglTeX} finds an environment or command meant to create a script/graphic, it checks if the command |\MGL@@@|\meta{script} is defined, where \meta{script} is the name of the script. If the command is undefined, this means the script has changed, so the corresponding code is transcript to the file \meta{script}.mgl, and the command |\MGL@@@|\meta{script} is defined. If the command is already defined, this means the script has been created on a previous \LaTeX{} run, so this time the embedded code is compared against the contents of the script; if they are equal, then |\MGL@@@|\meta{script} is defined again, otherwise, it is undefined, so the next \LaTeX{} run will rewrite/recompile the code. This process is schematically represented in figure~\ref{fig: recompilation decision}. % % \begin{figure}[ht!] % \centering % \includegraphics[scale=0.35]{Recompilation_decision} % \caption{The algorithm used by \textsf{\mglTeX} to decide which scripts recereate/recompile.}\label{fig: recompilation decision} % \end{figure} % % The recompilation-decision mechanism can be fooled, however. The |mgl| environment and |\mglplot| command have the ability to automatically name scripts by means of the use of an internal counter, unless the |label| option is specified. Suppose the user wants to add a new |mgl| environment or |\mglplot| command exactly after the $(n-1)$th script, so the $n$th script will be the newly added, while the old $n$th will be the new $(n+1)$th, and so on, altering the original numbering. This will cause \textsf{\mglTeX} to compare the old $n$th script with the old $(n+1)$th, and so on, deciding they are different, so they will be recompiled. % % There are two ways to avoid this problem: The first one is to use the |label| option on the newly arrived; the second is to wrap a complete block of the document with the |\mglswitch{off}| and |\mglswitch{on}| commands, avoiding recompilation and saving time. This last option will avoid the inclusion of the MGL graphics, so it is only recommended in case of the wrapped scripts being in their final version (not needing further modification), so there is no need of updating the corresponding graphics; then, when the document is compiled in its final version, the |\mglswitch{off}| and |\mglswitch{on}| can be removed. However, the most recommended way of proceeding is to use the |\mglname| command to create a separated main script per document block (section, chapter, part, etc.), so that, if a new script disrupts the original numbering, \textsf{\mglTeX} will recompile only the scripts of the current block. % % There are situations when recompilation of a script has to be forced. For example, if the default quality has changed, but the script hasn't, \textsf{\mglTeX} won't recreate the corresponding graphic by its own initiative, because it won't detect any changes in the code. In order to force recompilation, the image of the corresponding script can be deleted: \textsf{\mglTeX} will detect this abscence in the next \LaTeX{} run and recompile. % % \section{Acknowledgements} % \noindent \textsf{\mglTeX} was born as a small personal project. It has grown and mature under the constant suggestions and requests from Prof. Alexey Balakin. % % \section{Redistributing and modifying} % \noindent The \emph{source code} of \textsf{\mglTeX} (.sty, .dtx, and .ins files) can be redistributed and/or modified under the terms of the GNU General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version. The \emph{documentation} of \textsf{\mglTeX} (.dvi, .ps, .pdf and other files) is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License. % % \StopEventually{\PrintChanges\PrintIndex} % % \section{Implementation} % \noindent This section documents the complete code of \textsf{\mglTeX}. It's main purpose is to facilitate the understanding and maintanance of the package's code. For the following, we use ``|@|'' in the name of macros the user should not modify; the prefix ``|MGL|'' is used to simulate a namespace, so the macros from \textsf{\mglTeX} won't interfere with the ones from other packages. % % \subsection{Initialization}\label{Init} % \noindent We first define some macros that will serve different purposes on different parts of the package. % \begin{macro}{\MGL@off}\begin{macro}{\MGL@on}\begin{macro}{\MGL@zero}\begin{macro}{\MGL@one} % These are used in the command |\MGL@test@switch| (explained later) to determine whether the user has passed one of the options |off|, |on|, |0| or |1| to a command. % \begin{macrocode} \def\MGL@off{off} \def\MGL@on{on} \def\MGL@zero{0} \def\MGL@one{1} % \end{macrocode} % \end{macro}\end{macro}\end{macro}\end{macro} % \begin{macro}{\MGL@test@switch} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New command to verify and validate switching arguments} % It is called by a command to test whether the user has passed the option |off|, |on|, |0| (equivalent to |off|) or |1| (equivalent to |on|); if the option is correct, it is replaced by its equivalent, otherwise, a warning is issued. It takes two arguments: the first one is the option to test, the second one is the name of the command calling this macro. % \begin{macrocode} \def\MGL@test@switch#1#2{% \def\MGL@temp@a{#1}% \ifx\MGL@temp@a\MGL@on% \else\ifx\MGL@temp@a\MGL@off% \else\ifx\MGL@temp@a\MGL@one% \def\MGL@temp@a{on}% \else\ifx\MGL@temp@a\MGL@zero% \def\MGL@temp@a{off}% \else% \PackageWarning{mgltex}{% Unrecognizable option "#1" passed to command \protect#2% }% \fi\fi\fi\fi% } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@TeX@ext} % Is used in the command |\MGL@includegraphics| (explained later) to determine whether the user has chosen to save graphics in \LaTeX/Tikz format. % \begin{macrocode} \def\MGL@TeX@ext{.tex} % \end{macrocode} % \end{macro} % % The macros |\MGL@switch@on| and |\MGL@switch@off| are called when the package options |on| and |off| are passed, respectively, or when the commands |\mglswitch{on}| and |\mglswitch{off}| are used, respectively. % \begin{macro}{\MGL@switch@on} % (Re)defines the commands to open, read, write and close scripts, and the command that includes MGL graphics. % \begin{macrocode} \def\MGL@switch@on{% % \end{macrocode} % \begin{macro}{\MGL@openout} % Opens a script for writing. It takes two arguments, the first being an output stream number, allocate by |\newwrite| (\TeX{} command), and the second being the path to the script. % \begin{macrocode} \def\MGL@openout##1##2{% \immediate\openout##1="##2"% }% % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@openin} % Opens a script for reading. It takes two arguments, the first being an input stream number, allocate by |\newread| (\TeX{} command), and the second being the path to the script. % \begin{macrocode} \def\MGL@openin##1##2{% \immediate\openin##1="##2"% }% % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@write} % Writes to a script opened with |\MGL@openout|. Its first argument is the output stream number of the script, and the second is the text to write. % \begin{macrocode} \def\MGL@write##1##2{% \immediate\write##1{##2}% }% % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@read} % Reads one line from a script opened with |\MGL@openin|. Its first argument is the input stream number of the script, and the second is a variable where the read text will be stored. The variable is first initialized as empty; if the end of the script has been reached, then there is nothing to read, so it remains empty; otherwise, one line is read and stored in the variable, locally supressing any end line character (|\endlinechar=-1|). % \begin{macrocode} \def\MGL@read##1##2{% \def##2{}% \ifeof##1\else% \bgroup% \endlinechar=-1% \immediate\global\read##1 to ##2% \egroup% \fi% }% % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@closeout} % Closes a script opened with |\MGL@openout|, whose stream number is passed as argument. % \begin{macrocode} \def\MGL@closeout##1{% \immediate\closeout##1% } % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@closein} % Closes a script opened with |\MGL@openin|, whose stream number is passed as argument. % \begin{macrocode} \def\MGL@closein##1{% \immediate\closein##1% } % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@includegraphics} % This is a quite sophisticated command. It is in charge of including the graphics created by \textsf{\mglTeX}. % \begin{macrocode} \def\MGL@includegraphics{% % \end{macrocode} % First checks if the image exists. Note the |\MGL@dir| and |\MGL@graphics@dir| macros are set by the user with the |\mgldir| and |\mglgraphicsdir| commands, respectively, while |\MGL@script| stores the name of the script ---and thus the image--- executed, and |\MGL@imgext| is the extension chosen by the user to save the graphics. % \begin{macrocode} \IfFileExists{\MGL@dir\MGL@graphics@dir\MGL@script\MGL@imgext}{% % \end{macrocode} % If the chosen extension is |.tex|, a \LaTeX/Tikz file has been created, which has to be simply included in the document; it will be automatically compiled by \LaTeX{}. (Observe we use the |\MGL@TeX@ext| macro defined above.) % \begin{macrocode} \ifx\MGL@imgext\MGL@TeX@ext% \include{\MGL@dir\MGL@graphics@dir\MGL@script\MGL@imgext}% % \end{macrocode} % If the chosen extension is not |.tex|, a normal visual image has been created, so the |\includegraphics| command is invoked to deal with it. The options for this command (like |scale|, |angle|, etc.) are stored in the |\MGL@graph@keys| macro, which is defined by every environment or command that creates and compiles MGL scripts, according to the optional arguments the user has passed. % \begin{macrocode} \else% \expandafter\includegraphics\expandafter[\MGL@graph@keys]{% \MGL@dir\MGL@graphics@dir\MGL@script% }% \fi% }{% % \end{macrocode} % If the requested image doesn't exist, the issue a warning message for the user, and print a warning framed box (``\textbf{MGL image not found}'') in the place the image should occupy. % \begin{macrocode} \PackageWarning{mgltex}{MGL image "\MGL@script" not found}% \fbox{% \centering% \bfseries\Huge% \begin{tabular}{c}MGL\\image\\not\\found\end{tabular}% }% }% }% % \end{macrocode} % \end{macro} % And here ends the |\MGL@switch@on| command. % \begin{macrocode} } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@switch@off} % (Re)defines the same commands as |\MGL@switch@on| in such a way they accept the same arguments, but do nothing. The exception is |\MGL@includegraphics| which, instead of doing nothing, prints a warning framed box (``\textbf{\mglTeX{} is off; no image included}''). % \begin{macrocode} \def\MGL@switch@off{% \PackageWarning{mgltex}{mglTeX is off}% \def\MGL@openout##1##2{}% \def\MGL@openin##1##2{}% \def\MGL@write##1##2{}% \def\MGL@read##1##2{}% \def\MGL@closeout##1{} \def\MGL@closein##1{} \def\MGL@includegraphics{% \fbox{% \centering% \bfseries\Huge% \begin{tabular}{c}\mglTeX\\is off;\\no image\\included\end{tabular}% }% }% } % \end{macrocode} % \end{macro} % % \begin{macro}{\@MGL@comments@off}\begin{macro}{\@MGL@comments@on} % We will need a boolean switch to activate/deactivate comments later. % \begin{macrocode} \def\@MGL@comments@off{\let\if@MGL@comments@\iffalse} \def\@MGL@comments@on{\let\if@MGL@comments@\iftrue} % \end{macrocode} % \end{macro}\end{macro} % % \begin{macro}{\MGL@gray}\begin{macro}{\MGL@gray@off}\begin{macro}{\MGL@gray@on} % The commands |\MGL@gray@off| and |\MGL@gray@on| simply set the value of |\MGL@gray| to $0$ and $1$, respectively; this value will be used later through the |-g| command line option from |mglconv|. % \begin{macrocode} \def\MGL@gray@off{\def\MGL@gray{0}} \def\MGL@gray@on{\def\MGL@gray{1}} % \end{macrocode} % \end{macro}\end{macro}\end{macro} % \begin{macro}{\mglgray} % Depending on the option passed by the user, it calls |\@MGL@gray@on| or |\@MGL@gray@off|. % \begin{macrocode} \def\mglgray#1{% \MGL@test@switch{#1}{\mglgray}% \csname @MGL@gray@\MGL@temp@a\endcsname% } % \end{macrocode} % \end{macro} % % \begin{macro}{\mglscale}\begin{macro}{\MGL@scale} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Now accepts any positive value} % |\mglscale| sets the value of the |\MGL@scale| macro, which is used later to specify the default scaling for graphics. It only accepts positive values, otherwise it issues a warning and restarts the scaling to $1$. In order to be able to check the validity of the value passed by the user, we first set the |\MGL@scale| macro to that value and test it with the |\ifdim| conditional.\footnote{We can't use \doccommand{ifnum} here because it only accepts integer values.} Since this conditional tests dimensions only, the value passed by the user is multiplied by |\p@| (value |1pt|), so it can be compared with |\z@| (value |0pt|). % \begin{macrocode} \def\mglscale#1{ \ifdim#1\p@>\z@% \def\MGL@scale{#1}% \else% \PackageWarning{mgltex}{% Scaling value of #1\space not allowed; using default (1)% }% \def\MGL@scale{1}% \fi% } % \end{macrocode} % \end{macro}\end{macro} % % \begin{macro}{\mglquality}\begin{macro}{\MGL@quality} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{\texttt{9} is accepted as quality value now} % |\mglquality| sets the value of the |\MGL@quality| macro, which is used later to specify the default quality for graphics. It only accepts integer values from $0$ to $8$ (the only ones defined by |MathGL|), otherwise it issues a warning and restarts to $2$ (the default for |MathGL|). In order to be able to check the validity of the value passed by the user, we first set the |\MGL@quality| macro to that value and test it with the |\ifcase| conditional; if the value is valid, we print an info message to the |.log| file about the characteristics of the chosen quality, but if it is invalid, we issue a warning and overwrite |\MGL@scale| to $2$. % \begin{macrocode} \def\mglquality#1{% \def\MGL@quality{#1}% \ifcase\MGL@quality% \PackageInfo{mgltex}{% Quality 0: No face drawing (fastest)% }% \or% \PackageInfo{mgltex}{% Quality 1: No color interpolation (fast)% }% \or% \PackageInfo{mgltex}{% Quality 2: High quality (normal)% }% \or% \PackageInfo{mgltex}{% Quality 3: High quality with 3d primitives (not implemented yet)% }% \or% \PackageInfo{mgltex}{% Quality 4: No face drawing, direct bitmap drawing (low memory usage)% }% \or% \PackageInfo{mgltex}{% Quality 5: No color interpolation, direct bitmap drawing (low memory usage)% }% \or% \PackageInfo{mgltex}{% Quality 6: High quality, direct bitmap drawing (low memory usage)% }% \or% \PackageInfo{mgltex}{% Quality 7: High quality with 3d primitives, direct bitmap drawing % (not implemented yet)% }% \or% \PackageInfo{mgltex}{% Quality 8: Draw dots instead of primitives (extremely fast)% }% \or% \PackageInfo{mgltex}{% Quality 9: No drawing (for testing purposes)% }% \else% \PackageWarning{mgltex}{% Quality #1 not available; using default (2)% }% \def\MGL@quality{2}% \fi% } % \end{macrocode} % \end{macro}\end{macro} % % \begin{macro}{\mglvariant}\begin{macro}{\MGL@variant} % |\mglvariant| sets the value of the |\MGL@variant| macro, which is passed later to |mglconv| thorugh its |-v| command line option. It only accepts non-negative integer, otherwise it issues a warning and restarts to $0$ (the default for |MathGL|). In order to be able to check the validity of the value passed by the user, we use the |\ifnum| conditional; if the value is invalid we issue a warning and overwrite |\MGL@variant| to $0$. % \begin{macrocode} \def\mglvariant#1{% \def\MGL@variant{#1}% \ifnum\MGL@variant<0% \PackageWarning{mgltex}{% Variant #1 not allowed; using default (0)% }% \def\MGL@variant{0}% \fi% } % \end{macrocode} % \end{macro}\end{macro} % % Now we declare the options |final| and |draft|, which are simply passed to the \textsf{graphicx} package. % \begin{macrocode} \DeclareOption{draft}{% \PassOptionsToPackage{\CurrentOption}{graphicx}% } \DeclareOption{final}{% \PassOptionsToPackage{\CurrentOption}{graphicx}% } % \end{macrocode} % % The rest of the package options just call an adequate command or set an adequate value for a macro. % \begin{macrocode} \DeclareOption{on}{\MGL@switch@on} \DeclareOption{off}{\MGL@switch@off} \DeclareOption{nocomments}{\@MGL@comments@off} \DeclareOption{comments}{\@MGL@comments@on} \DeclareOption{gray}{\MGL@gray@on} \DeclareOption{color}{\MGL@gray@off} \DeclareOption{1x}{\def\MGL@scale{1}} \DeclareOption{2x}{\def\MGL@scale{2}} \DeclareOption{3x}{\def\MGL@scale{3}} \DeclareOption{4x}{\def\MGL@scale{4}} \DeclareOption{5x}{\def\MGL@scale{5}} \DeclareOption{6x}{\def\MGL@scale{6}} \DeclareOption{7x}{\def\MGL@scale{7}} \DeclareOption{8x}{\def\MGL@scale{8}} \DeclareOption{9x}{\def\MGL@scale{9}} \DeclareOption{0q}{\def\MGL@quality{0}} \DeclareOption{1q}{\def\MGL@quality{1}} \DeclareOption{2q}{\def\MGL@quality{2}} \DeclareOption{3q}{\def\MGL@quality{3}} \DeclareOption{4q}{\def\MGL@quality{4}} \DeclareOption{5q}{\def\MGL@quality{5}} \DeclareOption{6q}{\def\MGL@quality{6}} \DeclareOption{7q}{\def\MGL@quality{7}} \DeclareOption{8q}{\def\MGL@quality{8}} \DeclareOption{9q}{\def\MGL@quality{9}} \DeclareOption{0v}{\def\MGL@variant{0}} \DeclareOption{1v}{\def\MGL@variant{1}} \DeclareOption{2v}{\def\MGL@variant{2}} % \end{macrocode} % % \begin{macro}{\MGL@imgext} % The following options set the default graphics extension, which is stored in the |\MGL@imgext| macro for later use. % \begin{macrocode} \DeclareOption{eps}{\def\MGL@imgext{.eps}} \DeclareOption{epsz}{\def\MGL@imgext{.epsz}} \DeclareOption{epsgz}{\def\MGL@imgext{.eps.gz}} \DeclareOption{bps}{\def\MGL@imgext{.bps}} \DeclareOption{bpsz}{\def\MGL@imgext{.bpsz}} \DeclareOption{bpsgz}{\def\MGL@imgext{.bps.gz}} \DeclareOption{pdf}{\def\MGL@imgext{.pdf}} \DeclareOption{png}{\def\MGL@imgext{.png}} \DeclareOption{jpg}{\def\MGL@imgext{.jpg}} \DeclareOption{jpeg}{\def\MGL@imgext{.jpeg}} \DeclareOption{gif}{\def\MGL@imgext{.gif}} \DeclareOption{tex}{\def\MGL@imgext{.tex}} % \end{macrocode} % \end{macro} % % Any other option passed by the user is invalid, so an error message is issued. % \begin{macrocode} \DeclareOption*{\@unknownoptionerror} % \end{macrocode} % % We now declare the default package options, and, finally, process the options the user specifies in the order they are introduced. % \begin{macrocode} \ExecuteOptions{final,on,nocomments,color,1x,2q,0v,eps} \ProcessOptions* % \end{macrocode} % % \begin{macro}{\MGL@dir} % This is the \textsf{\mglTeX} main working directory. By default, it is defined to empty, so it points to the path of the \LaTeX{} document. % \begin{macrocode} \def\MGL@dir{} % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@scripts@dir} % The subdirectory inside |\MGL@dir| where all MGL scripts will be created. % \begin{macrocode} \def\MGL@scripts@dir{} % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@graphics@dir} % The subdirectory inside |\MGL@dir| where all MGL graphics will be created. % \begin{macrocode} \def\MGL@graphics@dir{} % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@backups@dir} % The subdirectory inside |\MGL@dir| where all backups of scripts will be created. % \begin{macrocode} \def\MGL@backups@dir{} % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@paths} % This is a list of paths where extracted and external scripts will be searched for by the |\mglgraphics| and |\mglinclude| commands. Since extracted scripts are created inside |\MGL@dir\MGL@scripts@dir| and |\MGL@dir\MGL@backups@dir|, this directories are included. % \begin{macrocode} \def\MGL@paths{\MGL@dir\MGL@scripts@dir,\MGL@dir\MGL@backups@dir} % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@main@script@name} % \noindent This macro stores the name of the of the document's main script. It is initialized to the name of the \LaTeX{} document. % \begin{macrocode} \edef\MGL@main@script@name{\jobname} % \end{macrocode} % \end{macro} % % We set some additional staff that will be used later. % \begin{macro}{\MGL@main@stream} % The output stream for the document's main script. % \begin{macrocode} \newwrite\MGL@main@stream % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@out@stream} % The output stream for scripts other than the main one. % \begin{macrocode} \newwrite\MGL@out@stream % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@in@stream} % The input stream for scripts other than the main one. % \begin{macrocode} \newread\MGL@in@stream % \end{macrocode} % \end{macro} % \begin{macro}{MGL@script@no} % The internal counter used by environments like |mgl| and commands like |\mglplot| to automatically name scripts. % \begin{macrocode} \newcounter{MGL@script@no} % \end{macrocode} % \end{macro} % \begin{macro}{MGL@line@no} % The counter used for verbatim-like environments and commands to numerate the lines of code. % \begin{macrocode} \newcounter{MGL@line@no} % \end{macrocode} % \end{macro} % \begin{macro}{MGL@verb@no} % The counter used to numerate verbatim-written scripts with the |\listofmglscripts| command. % \begin{macrocode} \newcounter{MGL@verb@no} % \end{macrocode} % \end{macro} % \begin{macro}{\@MGL@list@script@} % The boolean switch used to determine whether to add a verbatim-written script to the \emph{list of MGL scripts}. % \begin{macrocode} \newif\if@MGL@list@script@ % \end{macrocode} % \end{macro} % \begin{macro}{\l@MGL@script} % The style for the leaders associating script name and page number in the \emph{list of MGL scripts}. % \begin{macrocode} \def\l@MGL@script{\@dottedtocline{1}{0em}{1.5em}} % \end{macrocode} % \end{macro} % % \textsf{\mglTeX} requires the \textsf{keyval} package to define \meta{key}=\meta{value} options for the environments and commands; the \textsf{graphicx} package apports the facilities for inclusion of graphics; the \textsf{ifpdf} package is used to determine whether the user is compiling to |pdf| or not when indicating the default graphics extensionsthe \textsf{verbatim} package is used as engine for the environments. % \begin{macrocode} \RequirePackage{keyval} \RequirePackage{graphicx} \RequirePackage{ifpdf} \RequirePackage{verbatim} % \end{macrocode} % % The supported graphic extensions are declared. These extensions depend on whether we are compiling to |pdf| or not, so the |\ifpdf| conditional from the homonym package is used. % \begin{macrocode} \ifpdf% \DeclareGraphicsExtensions{% .pdf,.png,.jpg,.jpeg,.gif% }% \else% \DeclareGraphicsExtensions{% .eps,.epsz,.eps.gz,.bps,.bpsz,.bps.gz% }% \fi% % \end{macrocode} % Finally, the |\verbatim@finish| command from the \textsf{verbatim} package is disabled to avoid it from writing a blank line at the end of every script (see subsection~\ref{subsection: warning}). % \begin{macrocode} \let\verbatim@finish\relax % \end{macrocode} % % \subsection{Anatomy of environments and commands}\label{subsection: anatomy} % \noindent Many of the environments and commands defined by \textsf{\mglTeX} are based on the same pieces of code. So, in order to avoid repetition of commands, we use the concept of \emph{anatomy of environments and commands}, which is basically the idea of taking repetitive pieces of code and enclose them into macros which can later be used. % % \begin{macro}{\MGL@setkeys} % This command receives two arguments: a family of \meta{key}=\meta{value} pairs, like |MGL@keys|, and a list of such pairs. It first cleans the |\MGL@graph@keys| macro, and the process the list of pairs. % \begin{macrocode} \def\MGL@setkeys#1#2{% \def\MGL@graph@keys{}% \setkeys{#1}{#2}% } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@graph@keys} % The main family of \meta{key}=\meta{value} pairs is defined. These pairs are common to every environment or command that produces graphics. Most of the \meta{key}'s are redefinitions of the optional arguments for the |\includegraphics| commands, so they are stored inside the |\MGL@graph@keys| macro, which is later passed to that command as optional argument by |\MGL@includegraphics|. % \begin{macrocode} \define@key{MGL@gr@keys}{bb}{% \g@addto@macro\MGL@graph@keys{bb=#1,}% } \define@key{MGL@gr@keys}{bbllx}{% \g@addto@macro\MGL@graph@keys{bbllx=#1,}% } \define@key{MGL@gr@keys}{bblly}{% \g@addto@macro\MGL@graph@keys{bblly=#1,}% } \define@key{MGL@gr@keys}{bburx}{% \g@addto@macro\MGL@graph@keys{bburx=#1,}% } \define@key{MGL@gr@keys}{bbury}{% \g@addto@macro\MGL@graph@keys{bbury=#1,}% } \define@key{MGL@gr@keys}{natwidth}{% \g@addto@macro\MGL@graph@keys{natwidth=#1,}% } \define@key{MGL@gr@keys}{natheight}{% \g@addto@macro\MGL@graph@keys{natheight=#1,}% } \define@key{MGL@gr@keys}{hiresbb}{% \g@addto@macro\MGL@graph@keys{hiresbb=#1,}% } \define@key{MGL@gr@keys}{viewport}{% \g@addto@macro\MGL@graph@keys{viewport=#1,}% } \define@key{MGL@gr@keys}{trim}{% \g@addto@macro\MGL@graph@keys{trim=#1,}% } \define@key{MGL@gr@keys}{angle}{% \g@addto@macro\MGL@graph@keys{angle=#1,}% } \define@key{MGL@gr@keys}{origin}{% \g@addto@macro\MGL@graph@keys{origin=#1,}% } \define@key{MGL@gr@keys}{width}{% \g@addto@macro\MGL@graph@keys{width=#1,}% } \define@key{MGL@gr@keys}{height}{% \g@addto@macro\MGL@graph@keys{height=#1,}% } \define@key{MGL@gr@keys}{totalheight}{% \g@addto@macro\MGL@graph@keys{totalheight=#1,}% } \define@key{MGL@gr@keys}{keepaspectratio}[true]{% \g@addto@macro\MGL@graph@keys{keepaspectratio=#1,}% } \define@key{MGL@gr@keys}{scale}{% \g@addto@macro\MGL@graph@keys{scale=#1,}% } \define@key{MGL@gr@keys}{clip}[true]{% \g@addto@macro\MGL@graph@keys{clip=#1,}% } \define@key{MGL@gr@keys}{draft}[true]{% \g@addto@macro\MGL@graph@keys{draft=#1,}% } \define@key{MGL@gr@keys}{type}{% \g@addto@macro\MGL@graph@keys{type=#1,}% } \define@key{MGL@gr@keys}{ext}{% \g@addto@macro\MGL@graph@keys{ext=#1,}% } \define@key{MGL@gr@keys}{read}{% \g@addto@macro\MGL@graph@keys{read=#1,}% } \define@key{MGL@gr@keys}{command}{% \g@addto@macro\MGL@graph@keys{command=#1,}% } % \end{macrocode} % \end{macro} % The following four \meta{key}=\meta{value} pairs call the adequate \textsf{\mglTeX} command. % \begin{macrocode} \define@key{MGL@gr@keys}{gray}[0]{\mglgray{#1}} \define@key{MGL@gr@keys}{mglscale}{\mglscale{#1}} \define@key{MGL@gr@keys}{quality}{\mglquality{#1}} \define@key{MGL@gr@keys}{variant}{\mglvariant{#1}} % \end{macrocode} % \begin{macro}{\MGL@imgext} % |\MGL@imgext| stores the default extension for the creation of the graphics. % \begin{macrocode} \define@key{MGL@gr@keys}{imgext}{\def\MGL@imgext{.#1}} % \end{macrocode} % \end{macro} % % \begin{macro}{\@MGL@lineno@} % The only \meta{key}=\meta{value} pair needed for verbatim-like environments and commands is the one for the |lineno| option, which sets the value of the |\@MGL@lineno@| boolean macro. % \begin{macrocode} \newif\if@MGL@lineno@ \define@key{MGL@verb@keys}{lineno}[true]{\csname @MGL@lineno@#1\endcsname} % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@codes} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Bugfix: category code for tabulators is changed too} % This macro changes the category codes of all special characters (like |\|, |$|, etc.) to $12$ (other), so they don't have any special meaning and can be processed as normal text. The exception is the new line character (|^^M|), which is kept active for compatibility with the \textsf{verbatim} package. % \begin{macrocode} \def\MGL@codes{% \let\do\@makeother\dospecials% \catcode`\^^I=12% \catcode`\^^M\active% } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@doc@scripts} % A macro to store the names of the scripts created or compiled in the document. % \begin{macrocode} \def\MGL@doc@scripts{} % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@set@script@name}\begin{macro}{\MGL@script} % |\MGL@set@script@name| receives the name of a script without extension as argument, defines |\MGL@script| as that name, and checks if it has already been created or compiled, by comparing it with the names already stored in |\MGL@doc@scripts|; if it's there already, warns the user. Finally, adds the name of the script to |\MGL@doc@scripts|. % \begin{macrocode} \def\MGL@set@script@name#1{% \edef\MGL@script{#1}% \@for\MGL@temp@a:=\MGL@doc@scripts\do{% \ifx\MGL@temp@a\MGL@script% \PackageWarning{mgltex}{Multiple MGL scripts named "\MGL@script.mgl"}% \fi% }% \g@addto@macro\MGL@doc@scripts{\MGL@script,}% } % \end{macrocode} % \end{macro}\end{macro} % % \begin{macro}{\MGL@unchanged} % This command defines the ``switch'' |\MGL@@@|\meta{script}, where \meta{script} is passed as argument, which indicates the script \meta{script}|.mgl| has not changed. This command has to be written to the |.aux| file to be preserved from compilation to compilation. % \begin{macrocode} \def\MGL@unchanged#1{% \global\@namedef{MGL@@@#1}{}% } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@process@script} % It checks whether the ``switch'' |\MGL@@@\MGL@script| is undefined, in which case executes its first argument. If the switch is defined, it checks if the corresponding image has been created; if so, it executes its second argument; otherwise, the first one. % \begin{macrocode} \def\MGL@process@script#1#2{% \@ifundefined{MGL@@@\MGL@script}{% #1% }{% \IfFileExists{\MGL@dir\MGL@graphics@dir\MGL@script\MGL@imgext}{% #2% }{% #1% }% }% } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@def@for@loop}\begin{macro}{\MGL@for} % |\MGL@def@for@loop| defines the command |\MGL@for| which is similar to the |\@for| command from the \LaTeX{} kernel, with the only exception that, instead of iterating over comma-separated lists, it can iterate over lists of items with any kind of separator, which is passed as argument of |\MGL@def@for@loop|. The body of this command is copied from the definition code of |\@for|, extracted from \emph{The \LaTeXe{} Sources} document, replacing the ``|,|'' by ``|#1|''. Note that |\MGL@for| is used only by the |\mglplot| command, but it has been included as part of the \emph{anatomy of environments and commands} to keep cleanness because it is quite long code. % \begin{macrocode} \def\MGL@def@for@loop#1{% \long\def\MGL@for##1:=##2\do##3{% \expandafter\def\expandafter\@fortmp\expandafter{##2}% \ifx\@fortmp\@empty\else% \expandafter\MGL@forloop##2#1\@nil#1\@nil\@@##1{##3}% \fi% }% \long\def\MGL@forloop##1#1##2#1##3\@@##4##5{% \def##4{##1}% \ifx##4\@nnil\else% ##5\def##4{##2}% \ifx##4\@nnil\else% ##5\MGL@iforloop##3\@@##4{##5}% \fi% \fi% }% \long\def\MGL@iforloop##1#1##2\@@##3##4{% \def##3{##1}% \ifx##3\@nnil% \expandafter\@fornoop% \else% ##4\relax\expandafter\MGL@iforloop% \fi% ##2\@@##3{##4}% }% } % \end{macrocode} % The default |\MGL@for| loop iterates over |^^J|-separated lists, i.e, \meta{new line}-character-lists. % \begin{macrocode} \MGL@def@for@loop{^^J} % \end{macrocode} % \end{macro}\end{macro} % % \begin{macro}{\MGL@compare@code} % |\MGL@compare@code| is in charge of comparing the user's MGL code, embedded within \textsf{\mglTeX} environments, with its corresponding extracted script. For that purpose, the |\verbatim@processline| and |\verbatim@finish| commands from the \textsf{verbatim} package are redefined. % \begin{macrocode} \def\MGL@compare@code#1{% % \end{macrocode} % \begin{macro}{\MGL@next} % This macro is called at the end of environments that use the |\MGL@compare@code| macro, and performs the ending actions of the comparision process, which are closing the |\MGL@in@stream| and writing the |\MGL@unchanged{\MGL@script}| to the |.aux| file. If during the comparison process a difference in the code is found, |\MGL@next| is redefined to only close the |\MGL@in@stream|. % \begin{macrocode} \def\MGL@next{% \MGL@closein\MGL@in@stream% \MGL@write\@auxout{\string\MGL@unchanged{\MGL@script}}% }% % \end{macrocode} % \end{macro} % The |\verbatim@processline| command is redefined to read from the input stream to a temporary variable (|\MGL@temp@a|), and compare it with one line of code in the \LaTeX{} document, which is stored in another temporary variable (|\MGL@temp@b|). In case they are not equal, the |\MGL@next| macro is redefined to only close the input stream, and |\verbatim@processline| is redefine again to do nothing (a little speed-up). % \begin{macrocode} \def\verbatim@processline{% \MGL@read\MGL@in@stream{\MGL@temp@a}% \edef\MGL@temp@b{\the\verbatim@line}% \ifx\MGL@temp@a\MGL@temp@b\else% \def\MGL@next{\MGL@closein\MGL@in@stream}% \def\verbatim@processline{}% \fi% }% % \end{macrocode} % The |\verbatim@finish| macro, which is called at the end of the environment, is also redefined to perform one last read of the input stream, and then check if the end of file has been reached; if it hasn't, then, despite the end of the environment has been reached ---thus the end of code---, there is still code inside the script, so there are differences between them, and |\MGL@next| has to be redefined to do nothing but close the input stream. % \begin{macrocode} \def\verbatim@finish{% \MGL@read\MGL@in@stream{\MGL@temp@a}% \ifeof\MGL@in@stream\else% \def\MGL@next{\MGL@closein\MGL@in@stream}% \fi% }% % \end{macrocode} % Finally, the input stream is opened, and the comparison is started by calling |\verbatim@start|. % \begin{macrocode} \MGL@openin\MGL@in@stream{#1}% \verbatim@start% } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@write@funcs} % This macro is used only by the |mglfunc| environment. Its only purpose is to store the commands to insert MGL functions in the main script, and is called at the end of the document or when the |\mglname| command is used. For now, we only ask it to write the |stop| command\footnote{Note the |stop| command is unnecesary in newer versions of the MGL language, but it is kept in \textsf{\mglTeX} for compatibility and for elegance.} that separates the section of scripts from the section of functions in the main script. % \begin{macrocode} \def\MGL@write@funcs{\MGL@write\MGL@main@stream{stop^^J}} % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@func} % This is the command that writes the MGL functions. It is intended to be stored inside |\MGL@write@funcs|. It opens the backup file of the MGL function whose name is passed as argument (and has been created by a |mglfunc| environment), and then calls |\MGL@@func| to transcript from that file, line by line, to the main script. % \begin{macrocode} \def\MGL@func#1{% \MGL@openin\MGL@in@stream{\MGL@dir\MGL@backups@dir#1.mgl}% \MGL@@func% } % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@@func} % This command transcripts only one line from backup file of a MGL function to the main script. It calls itself recursively until the end of the backup. % \begin{macrocode} \def\MGL@@func{% % \end{macrocode} % It first reads from the input stream to the |\MGL@temp@a| temporary variable. % \begin{macrocode} \MGL@read\MGL@in@stream{\MGL@temp@a}% % \end{macrocode} % If the end of the file has been reached, the stream is closed. % \begin{macrocode} \ifeof\MGL@in@stream% \MGL@closein\MGL@in@stream% % \end{macrocode} % If the end of file hasn't been reached, |\MGL@temp@a| is written to the main script, and |\MGL@@func| is called recursively. % \begin{macrocode} \else% \MGL@write\MGL@main@stream{\MGL@temp@a}% \expandafter\MGL@@func% \fi% } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@set@verbatim@code} % This command sets the parameters for verbatim-like environments and commands. % \begin{macrocode} \def\MGL@set@verbatim@code{% % \end{macrocode} % The following is standard stuff for verbatim-like environments and commands. % \begin{macrocode} \if@minipage\else\vskip\parskip\fi% \leftskip\@totalleftmargin\rightskip\z@skip% \parindent\z@\parfillskip\@flushglue\parskip\z@% \@@par% \def\par{% \if@tempswa% \leavevmode\null\@@par\penalty\interlinepenalty% \else% \@tempswatrue% \ifhmode\@@par\penalty\interlinepenalty\fi% \fi% }% \obeylines% \let\do\@makeother\dospecials% \verbatim@font% \frenchspacing% \everypar\expandafter{\the\everypar\unpenalty}% % \end{macrocode} % If there are no lines of MGL code, instead of issuing an error, we display a package warning. % \begin{macrocode} \def\@noitemerr{\PackageWarning{mglTeX}{Empty MGL script}}% % \end{macrocode} % The space between the end of the label box and the text of the first item (|\labelsep|) is set to |1em|, while the separation between items (|\itemsep|) is set to zero. % \begin{macrocode} \labelsep1em% \itemsep\z@% % \end{macrocode} % Since we want the lines of code to be broken between words, but verbatim spaces are unbreakable, we trick \LaTeX{} by inserting a breakable spaces (|\space|) instead. % \begin{macrocode} \def\@xobeysp{\space}\@vobeyspaces% % \end{macrocode} % However, \LaTeX{} still resists breaking lines as much as possible in order to preserve the shape of paragraphs, so we tell it it's OK not to do so by setting the badness tolerance before hyphenation (|\pretolerance|) and the badness above which bad hboxes will be shown (|\hbadness|) to the maximum value of $10000$ (|\@M|). % \begin{macrocode} \pretolerance\@M% \hbadness\@M% % \end{macrocode} % In order to achieve the desired indentation of broken lines, we use the following trick: We increase the |\leftskip| parameter by the amount specified by |\mglbreakindent|, so that lines will be indented; but then we decrease the |\itemindent| parameter by the same amount so the first line won't be indented. % \begin{macrocode} \advance\leftskip\mglbreakindent% \itemindent-\mglbreakindent% } % \end{macrocode} % \end{macro} % % \begin{macro}{\MGL@line@sep} % This is the separator displayed at the beginning and ending of the |mglblock| and |mglverbatim| environments, to distinguish the MGL code from the normal text. Its definition is similar to the one of the |\dotfill| command, which can be found in \emph{The \LaTeXe{} Sources} document, but |\nopagebreak| commands have been added to avoid unaesthetic page breaking before and after the separators. % \begin{macrocode} \def\MGL@line@sep{% \nopagebreak% \leavevmode\cleaders\hrule height\mgllinethickness\hfill\kern\z@% \nopagebreak% } % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@dash@sep} % This is the separator displayed at the beginning and ending of the |mglcomments| environment, when it is allowed to be displayed. % \begin{macrocode} \def\MGL@dash@sep{% \nopagebreak% \leavevmode\cleaders\hb@xt@\mgldashwidth{\hss-\hss}\hfill\kern\z@% \nopagebreak% } % \end{macrocode} % \end{macro} % % \subsection{Environments for MGL code embedding} % \noindent For the following, we agree that if a macro is required by an environment, and it hasn't been already defined, it will be defined between the commands that start and end such environment; also the command's name will have the environment's name as prefix. % % \begin{environment}{mgl} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New environment options: \texttt{gray}, \texttt{mglscale}, \texttt{quality}, \texttt{variant}} % This environment has to transcript its contents to the document's main script, and create a backup of the code simultaneously; the backup is used to detect changes in following compilations. % \begin{macro}{\mgl} % The command that starts the |mgl| environment. It is called by the |\begin{mgl}| command. % \begin{macrocode} \newcommand\mgl[1][]{% % \end{macrocode} % We define an additional \meta{key}=\meta{value} pair in the main family of pairs, corresponding to the |label| option for this environment. This definition is local because we don't want to be valid outside the environment. % \begin{macrocode} \define@key{MGL@gr@keys}{label}{\def\MGL@script{##1}}% % \end{macrocode} % The list of comma-separated options is processed. % \begin{macrocode} \MGL@setkeys{MGL@gr@keys}{#1}% % \end{macrocode} % If the user hasn't used the |label| option, the automatic naming mechanism is called. Note that |\MGL@main@script@name| is set using the |\mglname| command. % \begin{macrocode} \@ifundefined{MGL@script}{% \stepcounter{MGL@script@no}% \edef\MGL@script{\MGL@main@script@name-MGL-\arabic{MGL@script@no}}% }{}% % \end{macrocode} % We use the |\MGL@set@script@name| to test whether the given name has already been used. % \begin{macrocode} \MGL@set@script@name{\MGL@script}% % \end{macrocode} % |\MGL@codes| is used to change the codes of special characters. % \begin{macrocode} \MGL@codes% % \end{macrocode} % |\MGL@process@script| is used to test whether the code has changed or not the last time \LaTeX{} has been executed. If it has changed, we call the |\MGL@write@script| command to (re)write the code; otherwise, the code is scanned again by asking |\MGL@compare@code| to perform a comparison on the backup file, in order to determine whether the code has changed now. % \begin{macrocode} \MGL@process@script{% \MGL@write@script% }{% \MGL@compare@code{\MGL@dir\MGL@backups@dir\MGL@script.mgl}% }% } % \end{macrocode} % \end{macro} % \begin{macro}{\MGL@write@script} % (Re)writes the contents of the |mgl| environment. % \begin{macrocode} \def\MGL@write@script{% % \end{macrocode} % \begin{macro}{\MGL@next} % It contains the actions to perform immediately after the end of |\MGL@write@script|. They are close the output stream; write in the main script the commands to save the image, and to reset the initial values for all MGL parameters and clear the image; finally, write |\MGL@unchanged{\MGL@script}| in the |.aux| file. % \begin{macrocode} \def\MGL@next{% \MGL@closeout\MGL@out@stream% \MGL@write\MGL@main@stream{% write '\MGL@dir\MGL@graphics@dir\MGL@script\MGL@imgext'^^J% ^^Jreset^^J% }% \MGL@write\@auxout{\string\MGL@unchanged{\MGL@script}}% }% % \end{macrocode} % \end{macro} % Now we redefine the |\verbatim@processline| macro to write |\the\verbatim@line| to the main script and to the backup file. % \begin{macrocode} \def\verbatim@processline{% \MGL@write\MGL@main@stream{\the\verbatim@line}% \MGL@write\MGL@out@stream{\the\verbatim@line}% }% % \end{macrocode} % Before writing the MGL code of the environment, we set the default gray/color mode, mglscale, quality and variant. % \begin{macrocode} \MGL@write\MGL@main@stream{% gray \MGL@gray^^J% setsizescl \MGL@scale^^J% quality \MGL@quality^^J% variant \MGL@variant% }% % \end{macrocode} % We open the backup file in the output stream. % \begin{macrocode} \MGL@openout\MGL@out@stream{\MGL@dir\MGL@backups@dir\MGL@script.mgl}% % \end{macrocode} % The transcription process starts by calling the |\verbatim@start| command. % \begin{macrocode} \verbatim@start% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmgl} % The command that ends the |mgl| evironment. It is called by the |\end{mgl}| command. It simply calls |\MGL@next| to execute the final actions, and |\MGL@includegraphics| to insert the corresponding image. Note that |\MGL@next| performs different actions depending on whether |\MGL@process@script| calls |\MGL@write@script| or |\MGL@compare@code|, both of which define |\MGL@next| differently. % \begin{macrocode} \def\endmgl{% \MGL@next% \MGL@includegraphics% } % \end{macrocode} % \end{macro} % \end{environment} % % \begin{environment}{mgladdon} % This environment only writes its contents to the document's main script, so no backup is created, nor compilation or inclusion of graphics. % \begin{macro}{\mgladdon} % Since this environment doesn't produce any output in the \LaTeX{} document, we start a \emph{space hack} by calling |\@bsphack|. We set the appropiate category codes with |\MGL@codes|; the |\verbatim@processline| is redefined to transcript |\the\verbatim@line| to the main script; finally, the |\verbatim@start| command starts the transcription process. % \begin{macrocode} \def\mgladdon{% \@bsphack% \MGL@codes% \def\verbatim@processline{% \MGL@write\MGL@main@stream{\the\verbatim@line}% }% \verbatim@start% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmgladdon} % The environment ends by closing the \emph{space hack} with |\@esphack|. % \begin{macrocode} \def\endmgladdon{\@esphack} % \end{macrocode} % \end{macro} % \end{environment} % % \begin{environment}{mglfunc} % This environment is used to define MGL functions inside the document's main script. Instead of writing directly to the main script, which would cause the MGL parser to end the execution of that script, it writes to a backup file which is later transcript before closing the main script. % \begin{macro}{\mglfunc} % It starts the |mglfunc| environment. % \begin{macrocode} \newcommand\mglfunc[2][0]{% % \end{macrocode} % Once again, since this command doesn't produce any output in the \LaTeX{} document, we use a \emph{space hack}. % \begin{macrocode} \@bsphack% % \end{macrocode} % Although MGL functions and normal scripts are diferent in nature, in the sense that the first don't produce graphics by themselves, we have to check whether the function is being named as another script, because otherwise we run the risk of overwriting a backup file or confusing the parser. % \begin{macrocode} \MGL@set@script@name{#2}% % \end{macrocode} % The instruction to transcript from the backup file to the main stream is stored in |\MGL@write@funcs| (see subsection \ref{subsection: anatomy}). % \begin{macrocode} \g@addto@macro\MGL@write@funcs{\MGL@func{#2}}% % \end{macrocode} % The codes for special characters are set. % \begin{macrocode} \MGL@codes% % \end{macrocode} % The |\verbatim@processline| command is redefined to write |\the\verbatim@line| to the backup file. % \begin{macrocode} \def\verbatim@processline{\MGL@write\MGL@out@stream{\the\verbatim@line}}% % \end{macrocode} % The backup file is opened for writing. % \begin{macrocode} \MGL@openout\MGL@out@stream{\MGL@dir\MGL@backups@dir\MGL@script.mgl}% % \end{macrocode} % The head of the function is written. % \begin{macrocode} \MGL@write\MGL@out@stream{func '\MGL@script' #1}% % \end{macrocode} % The writing process is started. % \begin{macrocode} \verbatim@start% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglfunc} % It ends the |mglfunc| environment. % \begin{macrocode} \def\endmglfunc{% % \end{macrocode} % The end of the function is written. % \begin{macrocode} \MGL@write\MGL@out@stream{return^^J}% % \end{macrocode} % The output stream is closed. % \begin{macrocode} \MGL@closeout\MGL@out@stream% % \end{macrocode} % The \emph{space hack} is terminated. % \begin{macrocode} \@esphack% }% % \end{macrocode} % \end{macro} % \end{environment} % % \begin{environment}{mglcode} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New environment options: \texttt{gray}, \texttt{mglscale}, \texttt{quality}, \texttt{variant}} % This environment also checks for changes on the code, but, since it writes to its own script, there is no need to create a backup file (the check is performed using the script itself). % \begin{macro}{\mglcode} % It starts the |mglcode| environment. Its anatomy is similar to that of the |\mgl| command. % \begin{macrocode} \newcommand\mglcode[2][]{% \MGL@setkeys{MGL@gr@keys}{#1}% \MGL@set@script@name{#2}% \MGL@codes% \MGL@process@script{% \mglcode@write@script% }{% \MGL@compare@code{\MGL@dir\MGL@scripts@dir\MGL@script.mgl}% }% } % \end{macrocode} % \end{macro} % \begin{macro}{\mglcode@write@script} % This command takes care of creating the script for the |mglcode| environment. % \begin{macrocode} \def\mglcode@write@script{% % \end{macrocode} % \begin{macro}{\MGL@next} % It performs the actions immediately following the end of |\mglcode@write@script|. % \begin{macrocode} \def\MGL@next{% % \end{macrocode} % The output stream is closed. % \begin{macrocode} \MGL@closeout\MGL@out@stream% % \end{macrocode} % The |\MGL@unchanged{\MGL@script}| command is written to the |.aux| file. % \begin{macrocode} \MGL@write\@auxout{\string\MGL@unchanged{\MGL@script}}% % \end{macrocode} % The script compilation instruction is written to the terminal. % \begin{macrocode} \MGL@write{18}{% mglconv -q \MGL@quality\space -g \MGL@gray\space% -S \MGL@scale\space -v \MGL@variant\space% -s "\MGL@dir\MGL@scripts@dir\mglsetupscriptname.mgl"\space% -o "\MGL@dir\MGL@graphics@dir\MGL@script\MGL@imgext"\space% "\MGL@dir\MGL@scripts@dir\MGL@script.mgl"% }% }% % \end{macrocode} % \end{macro} % The |\verbatim@processline| command is redefined so it writes |\the\verbatim@line| to the output stream. % \begin{macrocode} \def\verbatim@processline{\MGL@write\MGL@out@stream{\the\verbatim@line}}% % \end{macrocode} % The script is opened for writing in the output stream. % \begin{macrocode} \MGL@openout\MGL@out@stream{\MGL@dir\MGL@scripts@dir\MGL@script.mgl}% % \end{macrocode} % The writing process is started by calling the |\verbatim@start| command. % \begin{macrocode} \verbatim@start% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglcode} % It ends the |mglcode| environment. |\MGL@next| is called to perform the final actions and |\MGL@includegraphics| is called to insert the corresponding image. Once more, |\MGL@next| has different meanings depending on whether |\MGL@process@script| branches to |\MGL@compare@code| or |\mglcode@write@script|. % \begin{macrocode} \def\endmglcode{% \MGL@next% \MGL@includegraphics% } % \end{macrocode} % \end{macro} % \end{environment} % \begin{environment}{mglscript} % The only function of this environment is to write its contents to a script; no image is created. It has been considered that scanning the code looking for changes is as much operation-expensive as simply writing the code, so it has been decided that this environment (over)writes the script everytime it's executed, without performing any check. % \begin{macro}{\mglscript} % Starts the environment. Its anatomy is similar to the previous environments. Since no output is written to the \LaTeX{} document, a \emph{space hack} is used. % \begin{macrocode} \def\mglscript#1{% \@bsphack% \MGL@set@script@name{#1}% \MGL@codes% \def\verbatim@processline{\MGL@write\MGL@out@stream{\the\verbatim@line}}% \MGL@openout\MGL@out@stream{\MGL@dir\MGL@scripts@dir\MGL@script.mgl}% \verbatim@start% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglscript} % It ends the |mglscript| environment. The \emph{space hack} ends here, too. % \begin{macrocode} \def\endmglscript{% \MGL@closeout\MGL@out@stream% \@esphack% } % \end{macrocode} % \end{macro} % \end{environment} % % \begin{environment}{mglsetupscript}\begin{environment}{mglcommon} % This environment doesn't require any backup file nor any scanning for changes. Although the user sets the name of the script by redifining |\mglsetupscriptname|, it is necessary to perform a check of the name, just in case a name has been inadvertedly repeated. % \begin{macro}{\mglsetupscript} % Starts the |mglsetupscript| environment. % \begin{macrocode} \def\mglsetupscript{% \@bsphack% \MGL@set@script@name{\mglsetupscriptname}% \MGL@codes% \def\verbatim@processline{\MGL@write\MGL@out@stream{\the\verbatim@line}}% \MGL@openout\MGL@out@stream{\MGL@dir\MGL@scripts@dir\MGL@script.mgl}% \verbatim@start% } % \end{macrocode} % It is declared to be an only-preamble command, so it can't be used after the |\begin{document}| instruction. % \begin{macrocode} \@onlypreamble\mglsetupscript % \end{macrocode} % \end{macro} % \begin{macro}{\mglcommon} % This macro is defined to be a synonym for |\mglcommon| (to keep backwards compatibility). % \begin{macrocode} \let\mglcommon\mglsetupscript \@onlypreamble\mglcommon % \end{macrocode} % \end{macro} % \begin{macro}{\endmglsetupscript} % It ends the |mglsetupscript| environment. % \begin{macrocode} \def\endmglsetupscript{% \MGL@closeout\MGL@out@stream% \@esphack% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglcommon} % It is defined to be a synonym for |\endmglsetupscript|. % \begin{macrocode} \let\endmglcommon\endmglsetupscript % \end{macrocode} % \end{macro} % \end{environment}\end{environment} % % \subsection{Fast creation of graphics} % \begin{environment}{mglsetup} % This environment is meant to contain code that is executed just before the instruction of a |\mglplot| command, producing always the same ouput. Instead of writing a new chunk of code for that purpose, |mglsetup| is defined as a special case of the |mglfunc| environment, with the exception that the MGL function obtained this way doesn't accept any argument ---thus producing always the same output. % \begin{macro}{\mglsetup} % It is defined as an alias for |\mglfunc|, but only the name of the MGL function is passed to it, forcing the assumption that its number of arguments is zero. % \begin{macrocode} \def\mglsetup#1{\mglfunc{#1}}% % \end{macrocode} % \end{macro} % \begin{macro}{\endmglsetup} % Likewise, it is defined as an alias for |\endmglfunc|. % \begin{macrocode} \let\endmglsetup\endmglfunc % \end{macrocode} % \end{macro} % \end{environment} % % \begin{macro}{\mglplot} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Added \doccommand{bgroup} and \doccommand{egroup} in order to keep changes private} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New command options: \texttt{gray}, \texttt{mglscale}, \texttt{quality}, \texttt{variant}} % Although the function of this command is quite simple and straightforward, it requires many lines of code and some tricks in order to reach the desired functionality. % \begin{macrocode} \newcommand\mglplot[2][]{% % \end{macrocode} % Since this is a command, we need to explicitly create a local group so that all changes keep private to the command.\footnote{In contrast, environments keep changes private by default.} % \begin{macrocode} \bgroup% % \end{macrocode} % We add some \meta{key}=\meta{value} pairs locally. The |label| key works exactly as the one of the |mgl| environment. % \begin{macrocode} \define@key{MGL@gr@keys}{label}{\edef\MGL@script{##1}}% % \end{macrocode} % The |setup| key defines the variable |\MGL@mglplot@setup| which is later used to call a setup function for the corresponding image. % \begin{macrocode} \define@key{MGL@gr@keys}{setup}{\def\MGL@mglplot@setup{##1}}% % \end{macrocode} % The |separator| key uses the |\MGL@def@for@loop| to define |\MGL@for| so that it iterates over lists separated by the indicated separator symbol. % \begin{macrocode} \define@key{MGL@gr@keys}{separator}{\MGL@def@for@loop{##1}}% % \end{macrocode} % Now, we process the keys passed by the user. % \begin{macrocode} \MGL@setkeys{MGL@gr@keys}{#1}% % \end{macrocode} % If the user hasn't specified a name using the |label| option, then a name is autogenerated following the same naming mechanism of the |mgl| environment. % \begin{macrocode} \@ifundefined{MGL@script}{% \stepcounter{MGL@script@no} \edef\MGL@script{\MGL@main@script@name-MGL-\arabic{MGL@script@no}} }{}% % \end{macrocode} % The name of the script is checked. % \begin{macrocode} \MGL@set@script@name{\MGL@script}% % \end{macrocode} % If the user hasn't specified a setup, then the only code that has to be written is the non-optional argument of |\mglplot|; it is stored in the temporary variable |\MGL@temp@a|. % \begin{macrocode} \@ifundefined{MGL@mglplot@setup}{% \edef\MGL@temp@a{#2}% }{% % \end{macrocode} % If the user has specified a setup, we store the code to call the setup and the code passed by the user in the temporary variable |\MGL@temp@a|. % \begin{macrocode} \edef\MGL@temp@a{call '\MGL@mglplot@setup'^^J#2}% } % \end{macrocode} % If the code has changed the last time \LaTeX{} has been run, we call |\mglplot@write@script| to (re)write and (re)compile the script; otherwise, we call |\mglplot@compare@code| to check if it has changed this time. % \begin{macrocode} \MGL@process@script{% \mglplot@write@script% }{% \mglplot@compare@code% }% % \end{macrocode} % The corresponding image is included in the document. % \begin{macrocode} \MGL@includegraphics% % \end{macrocode} % Finally, the local group is closed. % \begin{macrocode} \egroup% } % \end{macrocode} % \begin{macro}{\mglplot@write@script} % This command takes the code stored in the |\MGL@temp@a| variable by the |\mglplot| command and writes it to the document's main script and to a backup file, so changes in the code can be detected. % \begin{macrocode} \def\mglplot@write@script{% % \end{macrocode} % The default quality is written to the main script. % \begin{macrocode} \MGL@write\MGL@main@stream{% gray \MGL@gray^^J% setsizescl \MGL@scale^^J% quality \MGL@quality^^J% variant \MGL@variant% }% % \end{macrocode} % The backup file is opened to write in the output stream. % \begin{macrocode} \MGL@openout\MGL@out@stream{\MGL@dir\MGL@backups@dir\MGL@script.mgl}% % \end{macrocode} % Now we use the |\MGL@for| command to iterate over |\MGL@temp@a|. It takes a piece of code up to the separator symbol indicated by the user, and stores it in the temporary variable |\MGL@temp@b|, which is then written to the main script and backup file. % \begin{macrocode} \MGL@for\MGL@temp@b:=\MGL@temp@a\do{% \MGL@write\MGL@main@stream{\MGL@temp@b}% \MGL@write\MGL@out@stream{\MGL@temp@b}% }% % \end{macrocode} % The output stream is closed. % \begin{macrocode} \MGL@closeout\MGL@out@stream% % \end{macrocode} % The instructions to save the image and reset the MGL parameters are written to the main script. % \begin{macrocode} \MGL@write\MGL@main@stream{% write '\MGL@dir\MGL@graphics@dir\MGL@script\MGL@imgext'^^J% ^^Jreset^^J% }% % \end{macrocode} % Finally, |\MGL@unchanged{\MGL@script}| is written to the |.aux| file. % \begin{macrocode} \MGL@write\@auxout{\string\MGL@unchanged{\MGL@script}}% } % \end{macrocode} % \end{macro} % \begin{macro}{\mglplot@compare@code} % This macro is in charge of comparing the code from a |\mglplot| command to detect changes. % \begin{macrocode} \def\mglplot@compare@code{% % \end{macrocode} % The action that will finish this command is, for now, to write |\MGL@unchanged{\MGL@script}| in the |.aux| file; it is stored in the |\MGL@next| variable. If no changes in the code are found, this will remain as the last action; otherwise, it will be overwritten to do nothing. % \begin{macrocode} \def\MGL@next{\MGL@write\@auxout{\string\MGL@unchanged{\MGL@script}}}% % \end{macrocode} % The backup file is opened for reading in the input stream. % \begin{macrocode} \MGL@openin\MGL@in@stream{\MGL@dir\MGL@backups@dir\MGL@script.mgl}% % \end{macrocode} % Once again, the |\MGL@for| command is used to iterate over the |\MGL@temp@a| variable defined by |\mglplot|. Pieces of code are taken up to the appearance of the separator symbol indicated by the user. In every iteration, the corresponding piece of code is stored in the |\MGL@temp@b| variable, one line of code is read from the input stream to the variable |\MGL@temp@c|, and these two are compared; if they are different, we redefined |\MGL@next| to do nothing. % \begin{macrocode} \MGL@for\MGL@temp@b:=\MGL@temp@a\do{% \MGL@read\MGL@in@stream{\MGL@temp@c}% \ifx\MGL@temp@b\MGL@temp@c\else% \let\MGL@next\relax% \fi% }% % \end{macrocode} % The input stream is closed. % \begin{macrocode} \MGL@closein\MGL@in@stream% % \end{macrocode} % |\MGL@next| is executed. % \begin{macrocode} \MGL@next% } % \end{macrocode} % \end{macro} % \end{macro} % % \subsection{Verbatim-like environments} % \begin{environment}{mglblock} % \begin{environment}{mglblock*} % The main body of these environments is the same; the only difference is that the unstarred version creates an entry in the |\listofmglscripts|, while the starred version doesn't. % \begin{macro}{\mglblock} % This command defines the switch |\@MGL@list@script@| as true, so a |\listofmglscripts| entry for the code is created, then calls the main body of the environment (|\mglblock@|). % \begin{macrocode} \def\mglblock{\@MGL@list@script@true\mglblock@} % \end{macrocode} % \end{macro} % \begin{macro}{\mglblock*} % This command defines the switch |\@MGL@list@script@| as false, so no |\listofmglscripts| entry is created, then calls the main body of the environment (|\mglblock@|). % \begin{macrocode} \@namedef{mglblock*}{\@MGL@list@script@false\mglblock@} % \end{macrocode} % \end{macro} % \begin{macro}{\mglblock@} % This macro contains the real functionality of the |mglblock| and |mglblock*| environments. It is the common code they both have. % \begin{macrocode} \newcommand\mglblock@[2][]{% % \end{macrocode} % First, the switch |\@MGL@lineno@| is set to true, so the lines of code will be numbered by default. % \begin{macrocode} \@MGL@lineno@true% % \end{macrocode} % Now we process the decision of the user of keeping the line numbering or not. % \begin{macrocode} \setkeys{MGL@verb@keys}{#1}% % \end{macrocode} % The name of the script is checked for repetition. % \begin{macrocode} \MGL@set@script@name{#2}% % \end{macrocode} % If the switch |\@MGL@list@script@| is true, we increase the counter for verbatim code (|MGL@verb@no|), and add a contents line to the |.lms| file, using the style set by |\l@MGL@script|. In order to be able to use special characters in the name of the script, we use the |\detokenize| primitive. % \begin{macrocode} \if@MGL@list@script@% \refstepcounter{MGL@verb@no}% \addcontentsline{lms}{MGL@script}{% \protect\numberline{\theMGL@verb@no.}% {\ttfamily\protect\detokenize{\MGL@script.mgl}}% }% \fi% % \end{macrocode} % If the switch |\@MGL@lineno@| is true, we create a list such that each item will be labeled or numbered by the |MGL@lineno| counter. The style for the label is set by |\mgllinenostyle|. % \begin{macrocode} \if@MGL@lineno@% \list{\mgllinenostyle\arabic{MGL@line@no}.}{\usecounter{MGL@line@no}}% % \end{macrocode} % Otherwise, we create a list without labeling for the items. % \begin{macrocode} \else% \list{}{}% \fi% % \end{macrocode} % The parameters for the environment are set. % \begin{macrocode} \MGL@set@verbatim@code% % \end{macrocode} % The thickness of the box that will contain the name of the script has to be the same as the thickness for the separation line at the begining of the verbatim code. % \begin{macrocode} \fboxrule=\mgllinethickness% % \end{macrocode} % The separator to indicate the begining of the verbatim code is positioned; we use the |\MGL@line@sep| command to draw it. % \begin{macrocode} \item[\MGL@line@sep]\fbox{% \bfseries\ttfamily\expandafter\detokenize\expandafter{\MGL@script.mgl}% }\hskip\labelsep\MGL@line@sep\par\par% % \end{macrocode} % The |\verbatim@processline| is redefined to put |\the\verbatim@line| in an item of the list, and to to also write it to the script file. % \begin{macrocode} \def\verbatim@processline{% \item\the\verbatim@line% \MGL@write\MGL@out@stream{\the\verbatim@line}% }% % \end{macrocode} % The script file is opened for writing. % \begin{macrocode} \MGL@openout\MGL@out@stream{\MGL@dir\MGL@scripts@dir\MGL@script.mgl}% % \end{macrocode} % The writing process starts. % \begin{macrocode} \verbatim@start% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglblock} % To finish the environment's work, the script file is closed, the separator indicating the end of the verbatim code is placed, and the list is ended. % \begin{macrocode} \def\endmglblock{% \MGL@closeout\MGL@out@stream% \item[\MGL@line@sep]\hskip-\labelsep\MGL@line@sep% \endlist% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglblock*} % It is defined as an alias for |\endmglblock|. % \begin{macrocode} \expandafter\let\csname endmglblock*\endcsname\endmglblock % \end{macrocode} % \end{macro} % \end{environment} % \end{environment} % % \begin{environment}{mglverbatim} % \begin{environment}{mglverbatim*} % These two environments have the same main body. They difference in that the unstarred version creates an entry for the |\listofmglscripts|, while the starred version doesn't. We will apply a similar approach to the used for the |mglblock| and |mglblock*| environments. % \begin{macro}{\mglverbatim} % Similar in function to |\mglblock|. % \begin{macrocode} \def\mglverbatim{\@MGL@list@script@true\mglverbatim@} % \end{macrocode} % \end{macro} % \begin{macro}{\mglverbatim} % Similar in function to |\mglblock*|. % \begin{macrocode} \@namedef{mglverbatim*}{\@MGL@list@script@false\mglverbatim@} % \end{macrocode} % \end{macro} % \begin{macro}{\mglverbatim@} % The main body of these environments; it's similar to |\mglblock@|. To explain each line of this command would be repetitive, so we explain only the different parts. % \begin{macrocode} \newcommand\mglverbatim@[1][]{% \@MGL@lineno@true% \define@key{MGL@verb@keys}{label}{\edef\MGL@script{##1}}% \setkeys{MGL@verb@keys}{#1}% \if@MGL@lineno@% \list{\mgllinenostyle\arabic{MGL@line@no}.}{\usecounter{MGL@line@no}}% \else% \list{}{}% \fi% \MGL@set@verbatim@code% \fboxrule=\mgllinethickness% % \end{macrocode} % The separator that indicates the begining of the verbatim code is different depending on whether the user has specified a name associated to the code or not. If no name has been indicated, i.e., |\MGL@script| is undefined, the separator is just a line; otherwise, i.e., |\MGL@script| is defined, the separator is similar to the one of the |mglblock| environment. % \begin{macrocode} \@ifundefined{MGL@script}{% \edef\MGL@script{\mglverbatimname}% \item[\MGL@line@sep]\hskip-\labelsep\MGL@line@sep% }{% \item[\MGL@line@sep]\fbox{% \bfseries\ttfamily\expandafter\detokenize\expandafter{\MGL@script.mgl}% }\hskip\labelsep\MGL@line@sep\par\par% }% % \end{macrocode} % Note that, if the user requests an entry in the |\listofmglscripts|, the contents line is added to the same |.lms| file. So here start the similitudes again. % \begin{macrocode} \if@MGL@list@script@% \refstepcounter{MGL@verb@no}% \addcontentsline{lms}{MGL@script}{% \protect\numberline{\theMGL@verb@no.}% {\ttfamily\protect\detokenize{\MGL@script}}% }% \fi% \def\verbatim@processline{% \item\the\verbatim@line% }% \verbatim@start% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglverbatim} % This command could be defined as an alias for |\endmglblock|, for they execute the same instructions. But, for the sake of congruence, we rewrite the code. % \begin{macrocode} \def\endmglverbatim{% \MGL@closeout\MGL@out@stream% \item[\MGL@line@sep]\hskip-\labelsep\MGL@line@sep% \endlist% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglverbatim*} % It is an alias for |\endmglverbatim|. % \begin{macrocode} \expandafter\let\csname endmglverbatim*\endcsname\endmglverbatim % \end{macrocode} % \end{macro} % \end{environment} % \end{environment} % % \begin{environment}{mglcomment} % This environment has two different behaviors: When comments are allowed by the user, it behaves similarly to the |mglverbatim| environment; if comments are not allowed, it behaves as the |comment| environment from the \textsf{verbatim} package. So it is natural that we borrow code from them and adapt it to the corresponding situation. % \begin{macro}{\mglcomment} % The switch |\@MGL@comments@| governs the behavior of this command. % \begin{macrocode} \def\mglcomment{% % \end{macrocode} % If the switch is true, i.e., the user requests displaying of comments, we start a list without labels, and set the parameters for verbatim text. % \begin{macrocode} \if@MGL@comments@% \list{}{}% \MGL@set@verbatim@code% % \end{macrocode} % The separator indicating the begining of the comment is similar to the one used by the |mglblock| and |mglverbatim| environments; the differences are that, instead of using a solid line, we use a dashed line (|\MGL@dash@sep|), and instead of displaying the name of a script, we display |\mglcommentname|. % \begin{macrocode} \item\hskip-\labelsep<\MGL@dash@sep\mglcommentname\MGL@dash@sep>% % \end{macrocode} % The two following lines redefine the |\verbatim@processline| command to display the comment text line by line as items of the list, and start the process of writing the text. % \begin{macrocode} \def\verbatim@processline{\item\the\verbatim@line}% \verbatim@start% % \end{macrocode} % If the switch is false, i.e., the user requests no to display comments, we start a \emph{space hack}, since no text output will be produced. Then, the category codes are changed with |\MGL@codes|, and the macros |\verbatim@startline|, |\verbatim@addtoline|, |\verbatim@processline| and |\verbatim@finish| are disabled, as done in the |comment| environment of the \textsf{verbatim} package. Finally, we call the |\verbatim@| command to start reading the text in the environment. % \begin{macrocode} \else% \@bsphack% \MGL@codes% \let\verbatim@startline\relax% \let\verbatim@addtoline\@gobble% \let\verbatim@processline\relax% \let\verbatim@finish\relax% \verbatim@% \fi% } % \end{macrocode} % \end{macro} % \begin{macro}{\endmglcomment} % The |\@MGL@comments@| switch also governs the behavior of this command. If it's true, then the separator that ends the comment ---which is the same as the one that starts it--- is displayed, and the list is ended; otherwise, simply the \emph{space hack} is ended. % \begin{macrocode} \def\endmglcomment{% \if@MGL@comments@% \item\hskip-\labelsep<\MGL@dash@sep\mglcommentname\MGL@dash@sep>% \endlist% \else% \@esphack% \fi% } % \end{macrocode} % \end{macro} % \end{environment} % % \subsection{Commands for external scripts} % \noindent Since external scripts exist independently of the \LaTeX{} document, there is no need of environments to process them, just commands. Remember these commands work on the suposition that the scripts don't change. % % \begin{macro}{\mglgraphics} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{New command options: \texttt{gray}, \texttt{mglscale}, \texttt{quality}, \texttt{variant}} % This command compiles the external script and includes it in the document. Although that process is simple, the code to execute it is relatively large due to the possibility of the user specifying an optional path, so many parameters have to be checked. % \begin{macrocode} \newcommand\mglgraphics[2][]{% % \end{macrocode} % In order to keep all definitions and changes local, we start a local group inside which all \LaTeX{} code will be contained. % \begin{macrocode} \bgroup% % \end{macrocode} % We add the option |path| for the user to be able to specify the location of the script, which is stored in the variable |\MGL@force@path|. % \begin{macrocode} \define@key{MGL@gr@keys}{path}{\def\MGL@forced@path{##1}}% % \end{macrocode} % The optional arguments are processed. % \begin{macrocode} \MGL@setkeys{MGL@gr@keys}{#1}% % \end{macrocode} % The name of the script is set, though it is not check for multiple naming. This is necessary, since |\MGL@includegraphics| uses this macro. % \begin{macrocode} \edef\MGL@script{#2}% % \end{macrocode} % If the corresponding image exists, then this script has been compiled in a previous \LaTeX{} run, so nothing is done, but the inclusion of the image. % \begin{macrocode} \IfFileExists{\MGL@dir\MGL@graphics@dir\MGL@script\MGL@imgext}{}{% % \end{macrocode} % If the image doesn't exist, we check if the user has specified a custom location. % \begin{macrocode} \@ifundefined{MGL@forced@path}{% % \end{macrocode} % If no custom location has been used, we iterate over the list of search paths (|\MGL@paths|): If we find the requested script, then we store its location in |\MGL@temp@b|. % \begin{macrocode} \@for\MGL@temp@a:=\MGL@paths\do{% \IfFileExists{\MGL@temp@a\MGL@script.mgl}{% \edef\MGL@temp@b{\MGL@temp@a}% }{}% }% }{% % \end{macrocode} % If the user has specified a path for the script, we check if the script actually exists. If it does, we store its location inside |\MGL@temp@b|. % \begin{macrocode} \IfFileExists{\MGL@forced@path\MGL@script.mgl}{% \edef\MGL@temp@b{\MGL@forced@path}% }{}% }% % \end{macrocode} % If |\MGL@temp@b| is not defined, the script has not been found, so a warning is issued. % \begin{macrocode} \@ifundefined{MGL@temp@b}{% \PackageWarning{mgltex}{% MGL script "\MGL@script.mgl" not found% }% }{% % \end{macrocode} % If |\MGL@temp@b| is defined, the script has been found, so we compile it. % \begin{macrocode} \MGL@write{18}{% mglconv -q \MGL@quality\space -g \MGL@gray\space% -S \MGL@scale\space -v \MGL@variant\space% -s "\MGL@dir\MGL@scripts@dir\mglsetupscriptname.mgl"\space% -o "\MGL@dir\MGL@graphics@dir\MGL@script\MGL@imgext"\space% "\MGL@temp@b\MGL@script.mgl"% }% }% }% % \end{macrocode} % The image is included. % \begin{macrocode} \MGL@includegraphics% % \end{macrocode} % The local group ends here. % \begin{macrocode} \egroup% } % \end{macrocode} % \end{macro} % % \begin{macro}{\mglinclude}\begin{macro}{\mglinclude*} % The purpose of these commands is to transcript the MGL code from a script. Once again, this is a straightforward functionality, but the code is quite large, so it has been separated in various macros. % % The unstarred version defines the |\@MGL@list@script@| switch to be true, so the script is listed with the |\listofmglscripts| command, and then it calls the main body of code (|\mglinclude@|), just like the |mglblock| environment does. The starred version defines the switch as false and calls the main body, too. % \begin{macrocode} \def\mglinclude{\@MGL@list@script@true\mglinclude@} \@namedef{mglinclude*}{\@MGL@list@script@false\mglinclude@} % \end{macrocode} % \begin{macro}{\mglinclude@} % \begin{macrocode} \newcommand\mglinclude@[2][]{% % \end{macrocode} % We start a local group to keep definitions and changes local. % \begin{macrocode} \bgroup% % \end{macrocode} % The default behavior is to number lines of MGL code, so the switch |\@MGL@lineno@| is set to true. % \begin{macrocode} \@MGL@lineno@true% % \end{macrocode} % We add the option |path| for the user to be able to specify the location of the script, which is stored in |\MGL@forced@path|. % \begin{macrocode} \define@key{MGL@verb@keys}{path}{\def\MGL@forced@path{##1}}% % \end{macrocode} % The options are processed. % \begin{macrocode} \setkeys{MGL@verb@keys}{#1}% % \end{macrocode} % We don't need to check if there are multiple scripts with the same name, so we namually set |\MGL@script|, instead of using |\MGL@set@script@name|. % \begin{macrocode} \edef\MGL@script{#2}% % \end{macrocode} % We check if the user has specified a custom location for the script. % \begin{macrocode} \@ifundefined{MGL@forced@path}{% % \end{macrocode} % If no custom location has been used, we iterate over the list |\MGL@paths| to find the script. % \begin{macrocode} \@for\MGL@temp@b:=\MGL@paths\do{% % \end{macrocode} % If the script exists, we store its location in |\MGL@temp@a|% % \begin{macrocode} \IfFileExists{\MGL@temp@b\MGL@script.mgl}{% \edef\MGL@temp@a{\MGL@temp@b}% }{}% }% }{% % \end{macrocode} % If the user specified the location of the script, we check if it exists, in which case we store its location in |\MGL@temp@a|. % \begin{macrocode} \IfFileExists{\MGL@script.mgl}{% \edef\MGL@temp@a{\MGL@forced@path}% }{}% }% % \end{macrocode} % If |\MGL@temp@a| is not defined, the script has not been found, so we issue a warning, and display a box in the document with the words \emph{MGL script not found}. % \begin{macrocode} \@ifundefined{MGL@temp@a}{% \PackageWarning{mgltex}{% MGL script "\MGL@forced@path\MGL@script.mgl" not found% }% \center% \fbox{% \centering% \bfseries\Huge% \begin{tabular}{c}MGL\\script\\not\\found\end{tabular}% }% \endcenter% }{% % \end{macrocode} % If |\MGL@temp@a| is defined, the script has been found, so we call |\mglinclude@@| to set up the inclusion of the script. % \begin{macrocode} \mglinclude@@% }% \egroup% } % \end{macrocode} % \end{macro} % \begin{macro}{\mglinclude@@} % This macro sets the parameters for the inclusion of the script, and calls the command in charge of the transcription. % \begin{macrocode} \def\mglinclude@@{% % \end{macrocode} % We first add the script to the \LaTeX{} list of included files. % \begin{macrocode} \@addtofilelist{\MGL@script.mgl}% % \end{macrocode} % If the user has used the unstarred version of |\mglinclude|, we add a contents line to the |.lms| file. % \begin{macrocode} \if@MGL@list@script@% \refstepcounter{MGL@verb@no}% \addcontentsline{lms}{MGL@script}{% \protect\numberline{\theMGL@verb@no.}% {\ttfamily\protect\detokenize{\MGL@script.mgl}}% }% \fi% % \end{macrocode} % We start a |\list| in which each line of code will be an item. If the lines have to be numbered, we use the |MGL@line@no| counter. % \begin{macrocode} \if@MGL@lineno@% \list{\mgllinenostyle\arabic{MGL@line@no}.}{\usecounter{MGL@line@no}}% \else% \list{}{}% \fi% % \end{macrocode} % We set the parameters for a verbatim code. % \begin{macrocode} \MGL@set@verbatim@code% % \end{macrocode} % The heading of the environment is set. It is similar to that of the |mglblock| environment. % \begin{macrocode} \fboxrule=\mgllinethickness% \item[\MGL@line@sep]\fbox{% \bfseries\ttfamily\expandafter\detokenize\expandafter{\MGL@script.mgl}% }\hskip\labelsep\MGL@line@sep\par\par% % \end{macrocode} % We redefine the |\verbatim@processline| macro from the \textsf{verbatim} package to put |\the\verbatim@line| on an item. % \begin{macrocode} \def\verbatim@processline{% \item\the\verbatim@line% }% % \end{macrocode} % The script is opened for reading. % \begin{macrocode} \immediate\openin\MGL@in@stream="\MGL@temp@a\MGL@script.mgl"% % \end{macrocode} % We call |\mglinclude@@@| to start the transcription. % \begin{macrocode} \mglinclude@@@% } % \end{macrocode} % \end{macro} % \begin{macro}{\mglinclude@@@} % This command transcripts the MGL code of the script and closes the list started in |\mglinclude@@|, adding the corresponding separation line to separate the code from normal text. % \begin{macrocode} \def\mglinclude@@@{% % \end{macrocode} % Since the transcription has to be done even when \textsf{\mglTeX} is off, instead of using the |\MGL@read| command ---which is inactive when the package is off---, we use the usual commands from \LaTeX{} to read from the file. % \begin{macrocode} \immediate\read\MGL@in@stream to \MGL@temp@b% % \end{macrocode} % If the end of file has been reached, we close the input stream, add the separation line, and end the |\list|. % \begin{macrocode} \ifeof\MGL@in@stream% \immediate\closein\MGL@in@stream% \item[\MGL@line@sep]\hskip-\labelsep\MGL@line@sep% \endlist% % \end{macrocode} % Otherwise, we use |\verbatim@startline| to clean the |\verbatim@line| buffer, then we add the just read line to the buffer, and call |\verbatim@processline| to include it as an item of the list. Finally, we recursively call |\mglinclude@@@| to read the next line. % \begin{macrocode} \else% \verbatim@startline% \expandafter\verbatim@addtoline\expandafter{\MGL@temp@b}% \verbatim@processline% \expandafter\mglinclude@@@% \fi% } % \end{macrocode} % \end{macro} % \end{macro}\end{macro} % % \subsection{Additional commands} % \begin{macro}{\listofmglscripts} % \noindent This command creates the \emph{list of MGL scripts} section. It has to be defined differently depending on whether the used document class defines the |\l@chapter| command or it only the |\l@section| command, which set the style for making a table of contents entry for the |\chapter| command and the |\section| command, respectively. If none of them are defined, we define our own style based on the latter. % \begin{macrocode} \ifx\l@chapter\@undefined% % \end{macrocode} % If |\l@chapter| is not defined, we check if |\l@section| is. % \begin{macrocode} \ifx\l@section\@undefined% % \end{macrocode} % If |\l@section| is not defined, we set the |\lisofmglscripts| command to perform exactly as the |\section*{\listofmglscriptsname}| would do in the usual \textsf{book} and \textsf{article} \LaTeX{} classes, except that the type of section is |MGL@list|. % \begin{macrocode} \def\listofmglscripts{% \@startsection{MGL@list}% {1}{0em}{-3.5ex plus -1ex minus -0.2ex}% {2.5ex plus 0.2ex}% {\centering\normalfont\bfseries\large}*% {\listofmglscriptsname}% % \end{macrocode} % We use the |\@mkboth| command to set the page marks according to the current page style. % \begin{macrocode} \@mkboth{% \MakeUppercase\listofmglscriptsname% }{% \MakeUppercase\listofmglscriptsname% }% % \end{macrocode} % The \emph{list of MGL scripts} is created by reading the document's |.lms| file. % \begin{macrocode} \@starttoc{lms}% }% % \end{macrocode} % The |\l@MGL@list| style has the same code as the |\l@section| style. % \begin{macrocode} \newcommand*\l@MGL@list[2]{% \ifnum \c@tocdepth >\z@ \addpenalty\@secpenalty \addvspace{1.0em \@plus\p@}% \setlength\@tempdima{1.5em}% \begingroup \parindent \z@ \rightskip \@pnumwidth \parfillskip -\@pnumwidth \leavevmode \bfseries \advance\leftskip\@tempdima \hskip -\leftskip #1\nobreak\hfil \nobreak\hb@xt@\@pnumwidth{\hss #2}\par \endgroup \fi% }% \else% % \end{macrocode} % If the |\l@section| style is defined, the \emph{list of MGL scripts} is just an unumbered section. % \begin{macrocode} \def\listofmglscripts{% \section*{\listofmglscriptsname}% \@mkboth{% \MakeUppercase\listofmglscriptsname% }{% \MakeUppercase\listofmglscriptsname% }% \@starttoc{lms}% }% \fi% \else% % \end{macrocode} % If the |\l@chapter| style is defined, the \emph{list of MGL scripts} is just an unumbered chapter. % \begin{macrocode} \def\listofmglscripts{% \chapter*{\listofmglscriptsname}% \@mkboth{% \MakeUppercase\listofmglscriptsname% }{% \MakeUppercase\listofmglscriptsname% }% \@starttoc{lms}% }% \fi% % \end{macrocode} % \end{macro} % % \begin{macro}{\mglTeX} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Add a small negative space in the logo, between the ``mgl'' and ``\TeX''} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Declared now as robust command} % This macro pretty-prints the name of the package. It has a starred version, which also prints the version. % \begin{macrocode} \DeclareRobustCommand\mglTeX{% mgl\TeX\@ifstar{~v4.2}{}% } % \end{macrocode} % \end{macro} % % \subsection{Local settings commands} % \begin{macro}{\mglswitch} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Now accepts arguments \texttt{0} (equivalent to \texttt{off}) and \texttt{1} (equivalent to \texttt{on}), besides the usual \texttt{off} and \texttt{on}} % \noindent This command turns |on| and |off| the package according to its argument; it is just a call to the commands |\MGL@switch@on| or |\MGL@switch@off|. % \begin{macrocode} \def\mglswitch#1{% \MGL@test@switch{#1}{\mglswitch}% \csname MGL@switch@\MGL@temp@a\endcsname% } % \end{macrocode} % \end{macro} % % \begin{macro}{\mglcomments} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Now accepts arguments \texttt{0} (equivalent to \texttt{off}) and \texttt{1} (equivalent to \texttt{on}), besides the usual \texttt{off} and \texttt{on}} % Depending on the option passed by the user, it calls |\@MGL@comments@on| or |\@MGL@comments@off|. % \begin{macrocode} \def\mglcomments#1{% \MGL@test@switch{#1}{\mglcomments}% \csname @MGL@comments@\MGL@temp@a\endcsname% } % \end{macrocode} % \end{macro} % % \begin{macro}{\mglquality} % See under the title \emph{Initialization}, subsection \ref{Init}. % \end{macro} % % \begin{macro}{\mglscale} % See under the title \emph{Initialization}, subsection \ref{Init}. % \end{macro} % % \begin{macro}{\mglvariant} % See under the title \emph{Initialization}, subsection \ref{Init}. % \end{macro} % % \begin{macro}{\mglimgext} % This command changes the value of |\MGL@imgext|. % \begin{macrocode} \def\mglimgext#1{\def\MGL@imgext{#1}} % \end{macrocode} % \end{macro} % % \begin{macro}{\mglname} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Now writes the MGL code line \texttt{setsize~600~400} to the main script} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{The MGL code line \texttt{setsize~600~400} is now written to the main script} % \noindent The purpose of this command is to force the closure of the current main script, compile the corresponding figures, and open a new main script. At first, it is defined to only change the value of |\MGL@main@script@name| because the main script is not opened until the call of |\begin{document}|; but at that point, it is redefined to perform the described actions. % \begin{macrocode} \def\mglname#1{\edef\MGL@main@script@name{#1}} % \end{macrocode} % Here is the redefinition of |\mglname| after the |\begin{document}| command. % \begin{macrocode} \AtBeginDocument{% \def\mglname#1{% % \end{macrocode} % We start a space hack, ince this function has no real effect on the document. % \begin{macrocode} \@bsphack% % \end{macrocode} % The MGL functions created throughout the document are written. % \begin{macrocode} \MGL@write@funcs% % \end{macrocode} % We force the closure of the main script. We use |\immediate\closeout| instead of |\MGL@closeout| in case \textsf{\mglTeX} is off. % \begin{macrocode} \immediate\closeout{\MGL@main@stream}% % \end{macrocode} % The closed script is compiled. % \begin{macrocode} \MGL@write{18}{% mglconv -q \MGL@quality\space -g \MGL@gray\space% -S \MGL@scale\space -v \MGL@variant\space% -s "\MGL@dir\MGL@scripts@dir\mglsetupscriptname.mgl"\space% -n "\MGL@dir\MGL@scripts@dir\MGL@main@script@name.mgl"% }% % \end{macrocode} % The name of the new main script is updated, and it is check for overwriting, using |\MGL@set@script@name| inside a local group, since this command defines |\MGL@script|, which we need undefined in some parts of the code of the package. % \begin{macrocode} \edef\MGL@main@script@name{#1}% \bgroup\MGL@set@script@name{\MGL@main@script@name}\egroup% \MGL@openout\MGL@main@stream{% \MGL@dir\MGL@scripts@dir\MGL@main@script@name.mgl% }% % \end{macrocode} % We set the default size for the graphics that the main script will generate; without this line the |setsizescl| commands written automatically by \textsf{\mglTeX} wouldn't work. % \begin{macrocode} \MGL@write\MGL@main@script@name{setsize 600 400} % \end{macrocode} % The space hack is ended. % \begin{macrocode} \@esphack% }% } % \end{macrocode} % \end{macro} % % \subsection{Advanced settings commands} % \begin{macro}{\mgldir} % \noindent This command is the interface for the user to change the value of |\MGL@dir|. It is an only-preamble macro, since using it elsewhere would cause faulty behavior. % \begin{macrocode} \def\mgldir#1{\def\MGL@dir{#1}}\@onlypreamble\mgldir % \end{macrocode} % \end{macro} % \begin{macro}{\mglscriptsdir} % This command modifies the value of |\MGL@scripts@dir|. It is also an only-preamble macro. % \begin{macrocode} \def\mglscriptsdir#1{\def\MGL@scripts@dir{#1}}\@onlypreamble\mglscriptsdir % \end{macrocode} % \end{macro} % \begin{macro}{\mglgraphicsdir} % Modifies the value of |\MGL@graphics@dir|. It is an only-preamble macro. % \begin{macrocode} \def\mglgraphicsdir#1{\def\MGL@graphics@dir{#1}}\@onlypreamble\mglgraphicsdir % \end{macrocode} % \end{macro} % \begin{macro}{\mglbackupsdir} % Modifies the value of |\MGL@backups@dir|. It is an only-preamble macro. % \begin{macrocode} \def\mglbackupsdir#1{\def\MGL@backups@dir{#1}}\@onlypreamble\mglbackupsdir % \end{macrocode} % \end{macro} % \begin{macro}{\mglpaths} % This command adds a list of search paths for scripts to the existing one (|\MGL@paths|). % \begin{macrocode} \def\mglpaths#1{\g@addto@macro\MGL@paths{,#1}} % \end{macrocode} % \end{macro} % % \begin{macro}{\mglsettings} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Now calls the \doccommand{mglswitch} and \doccommand{mglcomments} commands for the \texttt{switch} and \texttt{comments} options, respectively} % \changes{\textbf{v4.2 ------------}}{2016/05/14}{Added options \texttt{gray} and \texttt{variant}} % First, we define a \meta{key}=\meta{value} family, |MGL@sett@keys|, for this command. % \begin{macrocode} \define@key{MGL@sett@keys}{dir}{\def\MGL@dir{#1}} \define@key{MGL@sett@keys}{scriptsdir}{\def\MGL@scripts@dir{#1}} \define@key{MGL@sett@keys}{graphicsdir}{\def\MGL@graphics@dir{#1}} \define@key{MGL@sett@keys}{backupsdir}{\def\MGL@backups@dir{#1}} \define@key{MGL@sett@keys}{paths}{\g@addto@macro\MGL@paths{,#1}} \define@key{MGL@sett@keys}{switch}{\mglswitch{#1}} \define@key{MGL@sett@keys}{comments}{\mglcomments{#1}} \define@key{MGL@sett@keys}{gray}{\mglgray{#1}} \define@key{MGL@sett@keys}{mglscale}{\mglscale{#1}} \define@key{MGL@sett@keys}{quality}{\mglquality{#1}} \define@key{MGL@sett@keys}{variant}{\mglvariant{#1}} \define@key{MGL@sett@keys}{imgext}{\def\MGL@imgext{.#1}} % \end{macrocode} % The command receives and executes the \meta{key}=\meta{value} pairs for |MGL@sett@keys|. This is an only-preamble command. % \begin{macrocode} \def\mglsettings#1{\setkeys{MGL@sett@keys}{#1}} \@onlypreamble\mglsettings % \end{macrocode} % \end{macro} % % \subsection{User-definable macros} % \begin{macro}{\mglsetupscriptname}\begin{macro}{\mglcommentname}\begin{macro}{\listofmglscriptsname}\begin{macro}{\mglverbatimname}\begin{macro}{\mgllinenostyle}\begin{macro}{\mgldashwidth}\begin{macro}{\mgllinethickness}\begin{macro}{\mglbreakindent} % The user is allowed to modifu these commands, so no |@| symbol is used on them. % \begin{macrocode} \def\mglsetupscriptname{MGL_setup_script} \def\mglcommentname{\mglTeX{} comment} \def\listofmglscriptsname{List of MGL scripts} \def\mglverbatimname{(Unnamed MGL verbatim script)} \def\mgllinenostyle{\footnotesize} \newdimen\mgldashwidth\mgldashwidth=0.75em \newdimen\mgllinethickness\mgllinethickness=0.25ex \newdimen\mglbreakindent\mglbreakindent=1em % \end{macrocode} % \end{macro}\end{macro}\end{macro}\end{macro}\end{macro}\end{macro}\end{macro}\end{macro} % % \subsection{Final adjustments} % To finish the code of \textsf{\mglTeX}, we set the behavior of the package at the call of the |\begin{document}| and |\end{document}| commands. % % We tell \LaTeX{} to check the name of the document's main script for overwriting. We do this by calling |\MGL@set@script@name| inside a local group, because it defines |\MGL@script|, which we need undefined in certain parts of the code. Then the script is opened. We use |\immediate\openout| instead of |\MGL@openout| for this purpose, since, otherwise, we run the risk of the main script not being created when needed, if the user turns off \textsf{\mglTeX} before the |\begin{document}| command, and turns it on immediately after. Finally, we set the default size for the graphics the main script will generate; without this line the |setsizescl| commands written automatically by \textsf{\mglTeX} wouldn't work. % \begin{macrocode} \AtBeginDocument{% \bgroup\MGL@set@script@name{\MGL@main@script@name}\egroup% \immediate\openout\MGL@main@stream=% \MGL@dir\MGL@scripts@dir\MGL@main@script@name.mgl% \MGL@write\MGL@main@stream{setsize 600 400}% } % \end{macrocode} % % We also set the actions for the call of |\end{document}| % \begin{macrocode} \AtEndDocument{% % \end{macrocode} % |\MGL@write@funcs| will simply write the MGL functions throughout the \LaTeX{} document. % \begin{macrocode} \MGL@write@funcs% % \end{macrocode} % The main script is closed. We use the |\immediate\closeout| construction instead of |\MGL@closeout|, since the script must be closed even when \textsf{\mglTeX} is off. % \begin{macrocode} \immediate\closeout\MGL@main@stream% % \end{macrocode} % The main script is compiled. % \begin{macrocode} \MGL@write{18}{% mglconv -q \MGL@quality\space -g \MGL@gray\space% -S \MGL@scale\space -v \MGL@variant\space% -s "\MGL@dir\MGL@scripts@dir\mglsetupscriptname.mgl"\space% -n "\MGL@dir\MGL@scripts@dir\MGL@main@script@name.mgl"% }% } % \end{macrocode} % % \Finalemathgl-2.4.1/mgltex/Recompilation_decision.pdf0000664000175000017500000022764713134047003021252 0ustar balakinbalakin%PDF-1.5 % 3 0 obj << /Length 4 0 R /Filter /FlateDecode >> stream xZku޿?.lǎ# A Wd>%>[=C.!Qu}ϭ7%5ݖ^ضaOY+V5ӛW|8y>,~  oZKj.߻{˷wݻ/o_e_V\Xk8Զ\XP[ӑ\vXK,[ xzsKke˥Ү9+1^cqW?w_}{?\ΐ{_s[E|1oCN}Ͼ''k*ys-'O[(w~Ë[Rq= !^=&9~|xscYSh;R/=@.n9E2)ruBdnPkcWkOoݻ=}]%v?Ѥ+mӫK 8 mNt_O7>bϥJoڢ1KA "sM芋גEJw?W= & |4R/$a9QυjOBk[upNcZqS5WɇҤav*cO)!ޠph .i%P -i7'QkPC6JGT f %Sv !zo*}{ۑ;{ԺvMuC_#Oq:|"n ͇;?eddz:{ե7 G{ۿ%X߮&="ي$l3"9#OY'O 㸷8B#dެS8BDӆdm!+e=~Rv邌}Vt~&G-y= EQM]$j#-:հ 2i"O2 Ah?M1t&q'Qx@PD\FM[EqbavV!Ǭ"$vGRztt}P. n<*PR !sNNJ,=Iգfܢ'u W:$$e # BJŭW[5==o%BKa+ 2)ϺSn-ϫ y1 -Tԡa^,F\ F[ b ozt}&4>)MóÛ"<&X y @!@Mlh/OcVbmHM2ټ)㮶,}uMa&&4 l2S_NNAK|K ܢiSZJvXSKNjJjR~j1頉ezyә"-jBq FP5bJJ|>>mP*2O?b4*T ,'yj$D% 5KŢ(Q5oh Hhr*Jfz w)k P:1~XF<}k <R~Sy#@Aa}Y Pۤ<zvETm~ N8S1w4a1Ƨ ,S0<=~N p˶Ca{?uw{V;- sL t; Tv3 2xT;x|21" 3BGiz}E _j3F3ZzxRTbKuDͻR [ @ac/~F]:CKC@;8 1STzP mWc,rQ}h8%g82Pmi&Di]t(+ ]-=PR&x嘘cIjZg"sP)]𓺠`AyC2/*uxxz9Ǥ9dFPA;ltM`c%W[:Ԗ][=aP5X?Cӗ];5p1;AaU-ѠkW <0e(/ 5HGb Uֻ݉sngHGY*6q8[y1r4h`eɾe#Q04y/$2W>AhnCB@ \Rmš%wC>-%*ȣ̉sPKbhiR|)p=+*B&KY܆H@*i9(H̗ru(9O | #9`eOO컨==23>\58+hIqlSf|NgKŏƥF2vjL] /"hSGl܈r@4c%jjHP[o3 L}^Ji~Xia#dRx[ DNyIɴbw_,kݦ@QckC@!e;QFߛDaG>&K C%z&MPΙ jB8HC#D$zshEWG:fp1rLODKhL$T Ա xɢ} TǹDRŖjp~Cc6  jc[cDOkNɄ~L=%?V]YE+rF`k$8NmP!s0|Z2,WzZ:(M>l/p ofbX_1hEHzֺ`>4_ b>ڡeDf@RI% /"TM9h򲳮R\9K<0$`m+k[#2 }D=yһ+ qs`KDyqL P< bO}b|f92Rۓ!A1Ûc ̢ǶJfj2lєNg2sHA0R`%ɍ h1o3F,.Qh17vx#R 㖤k0l0RQab?S<P#<Cc3a€!Q;A{q S =̵{7u,OEICM#Az':*N5gJʠ<)VzPl?(>%7$؂?1>H>y"Iqk| 'gIя>Ln Կ}AJF`+:" ? g3srMªjX(8I%-NY.& w0*69%*C_vMWXSR8vzkmֳZD _qtFal"u?* ޝ$ * Rү%)I5ɶH[3C-+:[rFE)maz?l,Cy2zK(v7څLUvVɂ;טwY;MBJa.m9mȇZc 1'z3U Cr,qmŊ Bd?tYpȱSE.L!U fԙ'RФ$,]t⌷F^6aPIVJqYue9>dF-ѣu*L.5LN?d㓬 G;'Vݟ`xI"pj2[LE3U˙2噲/q1Y){8 endstream endobj 4 0 obj 4589 endobj 2 0 obj << /ExtGState << /a0 << /CA 1 /ca 1 >> >> /XObject << /x5 5 0 R /x7 7 0 R /x8 8 0 R /x10 10 0 R /x11 11 0 R /x12 12 0 R /x13 13 0 R /x14 14 0 R /x15 15 0 R >> /Font << /f-0-0 6 0 R /f-0-1 9 0 R >> >> endobj 16 0 obj << /Type /Page /Parent 1 0 R /MediaBox [ 0 0 630.457764 790.399963 ] /Contents 3 0 R /Group << /Type /Group /S /Transparency /I true /CS /DeviceRGB >> /Resources 2 0 R >> endobj 17 0 obj << /Length 18 0 R /Filter /FlateDecode /Type /XObject /Subtype /Image /Width 121 /Height 48 /ColorSpace /DeviceGray /Interpolate true /BitsPerComponent 8 >> stream xŘkA0,Ca K eC\H 9.$HAdbN"i 'Pb^C%- IMu6ɮie70I)Lk2l-ݺ*pP(:i>zA&' NTJ'la$N.r]bX|z C$k''|,ײNvƼ ŵiuFYf 7Ws-&h*Qc:Ф%>'wFխ")J'hWM=q"7V{FKv&<{%e}ץpʐO> stream xyTTwRTW=j(b*(( (DD0n }hܢѐؘ9,&md{:3'';ICb5IsxD_K,ɩxK*K}U]Ơݽf6R?57"'e;2i l" ?ypsiE]5ގ=3^ƥ/m_yjz!Y7ptzFooJ͔IJt{I<'~VmikEqBI# d|`Ccsdvd2WT4֔w4 dLc;̮-󾸽hvxۛGwul;w|0x>:8:!<º G#<74')&T8DcLߏƹE[^^P[Y=c{׮?2Aln;#,)gg=YߚktꛒBgww,j[R^s%EeDyZSc Lskͭ(.X{k( uom |yGzjkL?Ԕq5dtw`G`g9gf u= OgC'SG-G/0--IWw:qXyym-JIȷ[cR䳥A,`*Q++=.Wϝb\eTΆ6+:^ZPʦ M?M+˳ᝥ\[?Ld1+#PQIa D(Pcy,)ɾ./lƴdڿ9?|y&p1*t)37IgtT1ZkB# 3`ogAaK=7Y^MN5iaXT%dl.19J$ET*A)to,^މ ms_6N7VgKI?/x=m^F&~>S!\Q̇:8 |Xa"m,(H$"b- GѾ(99D$Kj_ahzgah0i\n"!ӄ۷p˾w'-[|9 gTx*N-.RIAYhVJ8J>+źs?Bth 2_jn;^Z`q^(C>q|M*mQ1iioQ9WpSnULD)&UP X>;'6h XR4+\S.ܙiYar>&_o S>_E  8y} ЛQ7ٓ`&ʼnFyh0Ge9QiiirGϛ^m-ypfuQ'*.g33F/Ƙ{6/xa :#G|SN,N U#b ??*mZ' ~5uwM:Z[Qog'nEͯx+2uR^:AVdäTl1eZ17CI7"nx]ڨ\XW* tbDF 6A8?JX f{]CIeAy-y%3mt{Yɔ>G5oSrzRaMYoW'7UV(Ƒk5\.6 )]sy"y)23 :ovryR6:1|0ꌇ m'j6$!D;d2Ij^)*Hq'GfTX*Oa䛂Pͨ1|p7ZUA$vL(~296r@j'wCdPM+Vs385NRBsՇ5jB5ؖ #hĖAQOVF#lxGA QcS- b%,)kIVLGr7d .p)_! 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\leftrightharpoondownup (⥋), \leftrightharpoons (⇋), \leftrightharpoonsdown (⥧), \leftrightharpoonsup (⥦), \leftrightharpoonupdown (⥊), \leftrightharpoonupup (⥎), \leftrightsquigarrow (↭), \leftsquigarrow (↜), \leftsquigarrow (⇜), \lefttail (⤙), \leftthreearrows (⬱), \leftthreetimes (⋋), \leftwhitearrow (⇦), \leq (≤), \leqq (≦), \leqqslant (⫹), \leqqslant (⫺), \leqslant (⩽), \lescc (⪨), \lesdot (⩿), \lesdoto (⪁), \lesdotor (⪃), \lesges (⪓), \less (<), \lessapprox (⪅), \lessdot (⋖), \lesseqgtr (⋚), \lesseqqgtr (⪋), \lessgtr (≶), \lesssim (≲), \lfbowtie (⧑), \lfloor (⌊), \lftimes (⧔), \lgE (⪑), \lgblkcircle (⬤), \lgblksquare (⬛), \lgwhtcircle (◯), \lgwhtsquare (⬜), \lhd (⊲), \linefeed (↴), \ll (≪), \llangle (⦉), \llarc (◟), \llblacktriangle (◣), \llcorner (⌞), \lll (⋘), \lllnest (⫷), \llparenthesis (⦇), \lltriangle (◺), \lmoustache (⎰), \lnapprox (⪉), \lneq (⪇), \lneqq (≨), \lnsim (⋦), \longdashv (⟞), \longdivision (⟌), \longleftarrow (⟵), \longleftrightarrow (⟷), \longleftsquigarrow (⬳), \longmapsfrom (⟻), \longmapsto (⟼), \longrightarrow (⟶), \longrightsquigarrow (⟿), \looparrowleft (↫), \looparrowright (↬), \lowint (⨜), \lozenge (◊), \lozengeminus (⟠), \lparenextender (⎜), \lparenlend (⎝), \lparenless (⦓), \lparenuend (⎛), \lq (‘), \lrarc (◞), \lrblacktriangle (◢), \lrcorner (⌟), \lrtriangle (◿), \lrtriangleeq (⧡), \lsime (⪍), \lsimg (⪏), \lsqhook (⫍), \ltcc (⪦), \ltcir (⩹), \ltimes (⋉), \ltlarr (⥶), \ltquest (⩻), \ltrivb (⧏), \lvboxline (⎸), \lvzigzag (⧘). \male (♂), \maltese (✠), \mapsdown (↧), \mapsfrom (↤), \mapsto (↦), \mapsup (↥), \mdblkdiamond (⬥), \mdblklozenge (⬧), \mdblkrcl (⚫), \mdblksquare (◼), \mdlgblkcircle (●), \mdlgblkdiamond (◆), \mdlgblklozenge (⧫), \mdlgblksquare (■), \mdlgwhtcircle (○), \mdlgwhtdiamond (◇), \mdlgwhtsquare (□), \mdsmblkcircle (⦁), \mdsmblksquare (◾), \mdsmwhtcircl (⚬), \mdsmwhtsquare (◽), \mdwhtcircl (⚪), \mdwhtdiamond (⬦), \mdwhtlozenge (⬨), \mdwhtsquare (◻), \measangledltosw (⦯), \measangledrtose (⦮), \measangleldtosw (⦫), \measanglelutonw (⦩), \measanglerdtose (⦪), \measanglerutone (⦨), \measangleultonw (⦭), \measangleurtone (⦬), \measeq (≞), \measuredangle (∡), \measuredangleleft (⦛), \measuredrightangle (⊾), \medblackstar (⭑), \medmathspace ( ), \medwhitestar (⭐), \mercury (☿), \mho (℧), \mid (∣), \midbarvee (⩝), \midbarwedge (⩜), \midcir (⫰), \minus (−), \minusdot (⨪), \minusfdots (⨫), \minusrdots (⨬), \mlcp (⫛), \models (⊧), \mp (∓), \mu (μ), \multimap (⊸), \multimapinv (⟜). \nHdownarrow (⇟), \nHuparrow (⇞), \nLeftarrow (⇍), \nLeftrightarrow (⇎), \nRightarrow (⇏), \nVDash (⊯), \nVdash (⊮), \nVleftarrow (⇺), \nVleftarrowtail (⬺), \nVleftrightarrow (⇼), \nVrightarrow (⇻), \nVrightarrowtail (⤕), \nVtwoheadleftarrow (⬵), \nVtwoheadleftarrowtail (⬽), \nVtwoheadrightarrow (⤁), \nVtwoheadrightarrowtail (⤘), \nabla (∇), \napprox (≉), \nasymp (≭), \natural (♮), \ncong (≇), \ne (≠), \nearrow (↗), \neg (¬), \neovnwarrow (⤱), \neovsearrow (⤮), \neptune (♆), \neq (≠), \nequiv (≢), \neswarrow (⤢), \neuter (⚲), \nexists (∄), \ng (ŋ), \ngeq (≱), \ngtr (≯), \ngtrless (≹), \ngtrsim (≵), \nhVvert (⫵), \nhpar (⫲), \ni (∋), \niobar (⋾), \nis (⋼), \nisd (⋺), \nleftarrow (↚), \nleftrightarrow (↮), \nleq (≰), \nless (≮), \nlessgtr (≸), \nlesssim (≴), \nmid (∤), \nni (∌), \nobreakhyphen (‑), \notin (∉), \nparallel (∦), \npolint (⨔), \nprec (⊀), \npreccurlyeq (⋠), \nrightarrow (↛), \nsim (≁), \nsime (≄), \nsqsubseteq (⋢), \nsqsupseteq (⋣), \nsubset (⊄), \nsubseteq (⊈), \nsucc (⊁), \nsucccurlyeq (⋡), \nsupset (⊅), \nsupseteq (⊉), \ntriangleleft (⋪), \ntrianglelefteq (⋬), \ntriangleright (⋫), \ntrianglerighteq (⋭), \nu (ν), \nvDash (⊭), \nvLeftarrow (⤂), \nvLeftrightarrow (⤄), \nvRightarrow (⤃), \nvdash (⊬), \nvinfty (⧞), \nvleftarrow (⇷), \nvleftarrowtail (⬹), \nvleftrightarrow (⇹), \nvrightarrow (⇸), \nvrightarrowtail (⤔), \nvtwoheadleftarrow (⬴), \nvtwoheadleftarrowtail (⬼), \nvtwoheadrightarrow (⤀), \nvtwoheadrightarrowtail (⤗), \nwarrow (↖), \nwovnearrow (⤲), \nwsearrow (⤡). \o (ø), \obar (⌽), \obot (⦺), \obrbrak (⏠), \obslash (⦸), \odiv (⨸), \odot (⊙), \odotslashdot (⦼), \oe (œ), \ogreaterthan (⧁), \ohorn (ơ), \oiiint (∰), \oiint (∯), \oint (∮), \ointctrclockwise (∳), \olcross (⦻), \oldKoppa (Ϙ), \oldkoppa (ϙ), \olessthan (⧀), \omega (ω), \omicron (ο), \ominus (⊖), \operp (⦹), \oplus (⊕), \opluslhrim (⨭), \oplusrhrim (⨮), \origof (⊶), \oslash (⊘), \otimes (⊗), \otimeshat (⨶), \otimeslhrim (⨴), \otimesrhrim (⨵), \overbrace (⏞), \overbracket (⎴), \overline (‾), \overparen (⏜), \owns (∋). \parallel (∥), \parallelogram (▱), \parallelogramblack (▰), \parsim (⫳), \partial (∂), \partialmeetcontraction (⪣), \pentagon (⬠), \pentagonblack (⬟), \perp (⟂), \perps (⫡), \phi (ϕ), \phone (☎), \pi (π), \pitchfork (⋔), \plusdot (⨥), \pluseqq (⩲), \plushat (⨣), \plussim (⨦), \plussubtwo (⨧), \plustrif (⨨), \pluto (♇), \pm (±), \pointnt (⨕), \postalmark (〒), \prec (≺), \precapprox (⪷), \preccurlyeq (≼), \preceq (⪯), \preceqq (⪳), \precnapprox (⪹), \precneq (⪱), \precneqq (⪵), \precnsim (⋨), \precsim (≾), \prime (′), \prod (∏), \profalar (⌮), \profline (⌒), \profsurf (⌓), \propto (∝), \prurel (⊰), \psi (ψ), \pullback (⟓), \pushout (⟔). \qprime (⁗), \quarternote (♩), \questeq (≟), \quotdblbase („), \quotdblright (‟), \quotsinglbase (‚), \quotsinglright (‛). \rAngle (⟫), \rBrace (⦄), \rBrack (⟧), \rParen (⦆), \rangle (⟩), \rangledot (⦒), \rangledownzigzagarrow (⍼), \rasp (ʼ), \rbag (⟆), \rblkbrbrak (⦘), \rbrace (@}), \rbracelend (⎭), \rbracemid (⎬), \rbraceuend (⎫), \rbrack (]), \rbrackextender (⎥), \rbracklend (⎦), \rbracklrtick (⦎), \rbrackubar (⦌), \rbrackuend (⎤), \rbrackurtick (⦐), \rbrbrak (❳), \rceil (⌉), \rcurvyangle (⧽), \rdiagovfdiag (⤫), \rdiagovsearrow (⤰), \recorder (⌕), \revangle (⦣), \revangleubar (⦥), \revemptyset (⦰), \revnmid (⫮), \rfbowtie (⧒), \rfloor (⌋), \rftimes (⧕), \rhd (⊳), \rho (ρ), \righarrowbsimilar (⭌), \rightangle (∟), \rightanglemdot (⦝), \rightanglesqr (⦜), \rightarrow (→), \rightarrowapprox (⥵), \rightarrowbackapprox (⭈), \rightarrowbar (⇥), \rightarrowdiamond (⤞), \rightarrowgtr (⭃), \rightarrowonoplus (⟴), \rightarrowplus (⥅), \rightarrowshortleftarrow (⥂), \rightarrowsimilar (⥴), \rightarrowsupset (⭄), \rightarrowtail (↣), \rightarrowtriangle (⇾), \rightarrowx (⥇), \rightbkarrow (⤍), \rightcurvedarrow (⤳), \rightdasharrow (⇢), \rightdbltail (⤜), \rightdotarrow (⤑), \rightdowncurvedarrow (⤷), \rightfishtail (⥽), \rightharpoondown (⇁), \rightharpoondownbar (⥗), \rightharpoonsupdown (⥤), \rightharpoonup (⇀), \rightharpoonupbar (⥓), \rightharpoonupdash (⥬), \rightimply (⥰), \rightleftarrows (⇄), \rightleftharpoons (⇌), \rightleftharpoonsdown (⥩), \rightleftharpoonsup (⥨), \rightmoon (☽), \rightouterjoin (⟖), \rightpentagon (⭔), \rightpentagonblack (⭓), \rightrightarrows (⇉), \rightsquigarrow (↝), \rightsquigarrow (⇝), \righttail (⤚), \rightthreearrows (⇶), \rightthreetimes (⋌), \rightwhitearrow (⇨), \ringplus (⨢), \risingdotseq (≓), \rmoustache (⎱), \rparenextender (⎟), \rparengtr (⦔), \rparenlend (⎠), \rparenuend (⎞), \rppolint (⨒), \rq (’), \rrangle (⦊), \rrparenthesis (⦈), \rsolbar (⧷), \rsqhook (⫎), \rsub (⩥), \rtimes (⋊), \rtriltri (⧎), \ruledelayed (⧴), \rvboxline (⎹), \rvzigzag (⧙). \sampi (ϡ), \sansLmirrored (⅃), \sansLturned (⅂), \saturn (♄), \scissors (✂), \scpolint (⨓), \scrB (ℬ), \scrE (ℰ), \scrF (ℱ), \scrH (ℋ), \scrI (ℐ), \scrL (ℒ), \scrM (ℳ), \scrR (ℛ), \scre (ℯ), \scrg (ℊ), \scro (ℴ), \scurel (⊱), \searrow (↘), \seovnearrow (⤭), \setminus (∖), \setminus (⧵), \sharp (♯), \shortdowntack (⫟), \shortleftarrow (←), \shortlefttack (⫞), \shortrightarrow (→), \shortrightarrowleftarrow (⥄), \shortuptack (⫠), \shuffle (⧢), \sigma (σ), \silon (υ), \silon (ϒ), \sim (∼), \simeq (≃), \simgE (⪠), \simgtr (⪞), \similarleftarrow (⭉), \similarrightarrow (⥲), \simlE (⪟), \simless (⪝), \simminussim (⩬), \simneqq (≆), \simplus (⨤), \simrdots (⩫), \sinewave (∿), \slash (∕), \smallblacktriangleleft (◂), \smallblacktriangleright (▸), \smalldiamond (⋄), \smallin (∊), \smallint (∫), \smallni (∍), \smallsetminus (∖), \smalltriangleleft (◃), \smalltriangleright (▹), \smashtimes (⨳), \smblkdiamond (⬩), \smblklozenge (⬪), \smblksquare (▪), \smeparsl (⧤), \smile (⌣), \smiley (☺), \smt (⪪), \smte (⪬), \smwhitestar (⭒), \smwhtcircle (◦), \smwhtlozenge (⬫), \smwhtsquare (▫), \spadesuit (♠), \sphericalangle (∢), \sphericalangleup (⦡), \sqcap (⊓), \sqcup (⊔), \sqint (⨖), \sqlozenge (⌑), \sqrt (√), \sqrt3 (∛), \sqrt4 (∜), \sqrtbottom (⎷), \sqsubset (⊏), \sqsubseteq (⊑), \sqsubsetneq (⋤), \sqsupset (⊐), \sqsupseteq (⊒), \sqsupsetneq (⋥), \squarecrossfill (▩), \squaregrayfill (▩), \squarehfill (▤), \squarehvfill (▦), \squareleftblack (◧), \squareleftblack (◨), \squarellblack (⬕), \squarellquad (◱), \squarelrblack (◪), \squarelrquad (◲), \squareneswfill (▨), \squarenwsefill (▧), \squareulblack (◩), \squareulquad (◰), \squareurblack (⬔), \squareurquad (◳), \squarevfill (▥), \squoval (▢), \ss (ß), \star (⋆), \stareq (≛), \sterling (£), \stigma (ϛ), \strns (⏤), \subedot (⫃), \submult (⫁), \subrarr (⥹), \subset (⊂), \subsetapprox (⫉), \subsetcirc (⟃), \subsetdot (⪽), \subseteq (⊆), \subseteqq (⫅), \subsetneq (⊊), \subsetneqq (⫋), \subsetplus (⪿), \subsim (⫇), \subsub (⫕), \subsup (⫓), \succ (≻), \succapprox (⪸), \succcurlyeq (≽), \succeq (⪰), \succeqq (⪴), \succnapprox (⪺), \succneq (⪲), \succneqq (⪶), \succnsim (⋩), \succsim (≿), \sum (∑), \sumbottom (⎳), \sumint (⨋), \sumtop (⎲), \sun (☼), \supdsub (⫘), \supedot (⫄), \suphsol (⟉), \suphsub (⫗), \suplarr (⥻), \supmult (⫂), \supn (ⁿ), \supset (⊃), \supsetapprox (⫊), \supsetcirc (⟄), \supsetdot (⪾), \supseteq (⊇), \supseteqq (⫆), \supsetneq (⊋), \supsetneqq (⫌), \supsetplus (⫀), \supsim (⫈), \supsub (⫔), \supsup (⫖), \surd (√), \swarrow (↙). \talloblong (⫾), \target (⌖), \tau (τ), \taurus (♉), \testhookx (ᶍ), \textAsterisks (⁑), \textacute (ˊ), \textadvanced (˖), \textain (ʿ), \textasciiacute (´), \textasciicircum (^), \textasciidieresis (¨), \textasciigrave (`), \textasciimacron (¯), \textasciitilde (~), \textasterisklow (⁎), \textbackdprime (‶), \textbackprime (‵), \textbacktrprime (‷), \textbardotlessj (ɟ), \textbardotlessjvar (ʄ), \textbarglotstop (ʡ), \textbari (ɨ), \textbarl (ƚ), \textbaro (ɵ), \textbarrevglotstop (ʢ), \textbaru (ʉ), \textbeltl (ɬ), \textbenttailyogh (ƺ), \textbreve (˘), \textbrokenbar (¦), \textbullet (•), \textbullseye (ʘ), \textcent (¢), \textcircledP (℗), \textcloseepsilon (ʚ), \textcloseomega (ɷ), \textcloserevepsilon (ɞ), \textcopyright (©), \textcrb (ƀ), \textcrh (ħ), \textcrinvglotstop (ƾ), \textcrlambda (ƛ), \textcrtwo (ƻ), \textctc (ɕ), \textctd (ȡ), \textctesh (ʆ), \textctj (ʝ), \textctl (ȴ), \textctn (ȵ), \textctt (ȶ), \textctyogh (ʓ), \textctz (ʑ), \textcurrency (¤), \textdctzlig (ʥ), \textdegree (°), \textdiscount (⁒), \textdollar ($), \textdotaccent (˙), \textdotlessj (ȷ), \textdoubleacute (˝), \textdoublebarpipe (ǂ), \textdoublepipe (ǁ), \textdprime (″), \textdptr (˅), \textdyoghlig (ʤ), \textdzlig (ʣ), \textepsilon (ɛ), \textesh (ʃ), \textestimated (℮), \textexclam (ǃ), \textexclamdown (¡), \textfishhookr (ɾ), \textflorin (ƒ), \textfranc (₣), \textgamma (ɣ), \textglotstop (ʔ), \textgrave (ˋ), \texthalflength (ˑ), \texthamza (ʾ), \texthen (ꜧ), \textheng (ꜧ), \texthooks (ᶊ), \texthookz (ᶎ), \texthtb (ɓ), \texthtc (ƈ), \texthtd (ɗ), \texthtg (ɠ), \texthth (ɦ), \texththeng (ɧ), \texthtk (ƙ), \texthtp (ƥ), \texthtq (ʠ), \texthtscg (ʛ), \texthtt (ƭ), \texthvlig (ƕ), \texthyphen (‐), \textinvglotstop (ʖ), \textinvscr (ʁ), \textiota (ɩ), \textlengthmark (ː), \textlhalfring (˓), \textlhookd (ᶁ), \textlhookk (ᶄ), \textlhookl (ᶅ), \textlhookt (ƫ), \textlhti (ɿ), \textlira (₤), \textlonglegr (ɼ), \textlongy (ʮ), \textlongy (ʯ), \textlooptoprevesh (ƪ), \textlowacute (ˏ), \textlowered (˕), \textlowgrave (ˎ), \textlowmacron (ˍ), \textlptr (˂), \textltailm (ɱ), \textltailn (ɲ), \textltilde (ɫ), \textlyoghlig (ɮ), \textmacron (ˉ), \textmu (µ), \textnumero (№), \textogonek (˛), \textohm (Ω), \textonehalf (½), \textonequarter (¼), \textonesuperior (¹), \textopeno (ɔ), \textordfeminine (ª), \textordmasculine (º), \textovercross (˟), \textoz (℥), \textpertenthousand (‱), \textperthousand (‰), \textpesetas (₧), \textphi (ɸ), \textpipe (ǀ), \textprime (′), \textprimstress (ˈ), \textqprime (⁗), \textquestiondown (¿), \textquotedbl ("), \textquotedblleft (“), \textquotedblright (”), \textraised (˔), \textraiseglotstop (ˀ), \textraiserevglotstop (ˁ), \textramshorns (ɤ), \textrecipe (℞), \textreferencemark (※), \textregistered (®), \textretracted (˗), \textreve (ɘ), \textrevepsilon (ɜ), \textrevglotstop (ʕ), \textrhalfring (˒), \textrhookrevepsilon (ɝ), \textrhookschwa (ɚ), \textrhoticity (˞), \textringaccent (˚), \textrptr (˃), \textrtaild (ɖ), \textrtaill (ɭ), \textrtailn (ɳ), \textrtailr (ɽ), \textrtails (ʂ), \textrtailt (ʈ), \textrtailz (ʐ), \textsca (ᴀ), \textscb (ʙ), \textsce (ᴇ), \textscg (ɢ), \textsch (ʜ), \textschwa (ə), \textsci (ɪ), \textscl (ʟ), \textscn (ɴ), \textscoelig (ɶ), \textscr (ʀ), \textscripta (ɑ), \textscriptg (ɡ), \textscriptv (ʋ), \textscu (ᴜ), \textscy (ʏ), \textsecstress (ˌ), \textsemicolonreversed (⁏), \textsilon (Υ), \textsmalltilde (˜), \textstretchcvar (ʗ), \textsubw (w), \textsuph (ʰ), \textsuphth (ʱ), \textsupinvscr (ʶ), \textsupj (ʲ), \textsupr (ʳ), \textsupturnr (ʴ), \textsupturnrrtail (ʵ), \textsupw (ʷ), \textsupy (ʸ), \texttctctlig (ʧ), \texttctctlig (ʨ), \textthreequarters (¾), \textthreesuperior (³), \texttrademark (™), \texttrprime (‴), \texttslig (ʦ), \textturna (ɐ), \textturncomma (ʻ), \textturnh (ɥ), \textturnk (ʞ), \textturnlonglegr (ɺ), \textturnm (ɯ), \textturnmrleg (ɰ), \textturnr (ɹ), \textturnrrtail (ɻ), \textturnscripta (ɒ), \textturnt (ʇ), \textturnv (ʌ), \textturnw (ʍ), \textturny (ʎ), \texttwosuperior (²), \textupsilon (ʊ), \textuptr (˄), \textvibyi (ʅ), \textvisiblespace (␣), \textyogh (ʒ), \th (þ), \therefore (∴), \thermod (⧧), \theta (θ), \thickapprox (≈), \thicksim (∼), \threedangle (⟀), \threedotcolon (⫶), \tieconcat (⁀), \tieinfty (⧝), \times (×), \timesbar (⨱), \tminus (⧿), \to (→), \toea (⤨), \tona (⤧), \tonebarextrahigh (˥), \tonebarextralow (˩), \tonebarhigh (˦), \tonebarlow (˨), \tonebarmid (˧), \top (⊤), \topbot (⌶), \topcir (⫱), \topfork (⫚), \topsemicircle (◠), \tosa (⤩), \towa (⤪), \tplus (⧾), \trapezium (⏢), \trianglecdot (◬), \triangledown (▿), \triangleexclam (⚠), \triangleleft (◁), \triangleleftblack (◭), \trianglelefteq (⊴), \triangleminus (⨺), \triangleodot (⧊), \triangleplus (⨹), \triangleq (≜), \triangleright (▷), \trianglerightblack (◮), \trianglerighteq (⊵), \triangles (⧌), \triangleserifs (⧍), \triangletimes (⨻), \triangleubar (⧋), \tripleplus (⧻), \trprime (‴), \turnangle (⦢), \turnediota (℩), \turnednot (⌙), \twocaps (⩋), \twocups (⩊), \twoheaddownarrow (↡), \twoheadleftarrow (↞), \twoheadleftarrowtail (⬻), \twoheadleftdbkarrow (⬷), \twoheadmapsfrom (⬶), \twoheadmapsto (⤅), \twoheadrightarrow (↠), \twoheadrightarrowtail (⤖), \twoheaduparrow (↟), \twoheaduparrowcircle (⥉), \twolowline (‗), \twonotes (♫), \typecolon (⦂). \ubrbrak (⏡), \uhorn (ư), \ularc (◜), \ulblacktriangle (◤), \ulcorner (⌜), \ulcrop (⌏), \ultriangle (◸), \uminus (⩁), \underbrace (⏟), \underbracket (⎵), \underparen (⏝), \unlhd (⊴), \unrhd (⊵), \upand (⅋), \uparrow (↑), \uparrowbarred (⤉), \uparrowoncircle (⦽), \updasharrow (⇢), \updownarrow (↕), \updownarrowbar (↨), \updownarrows (⇅), \updownharpoonleftleft (⥑), \updownharpoonleftright (⥍), \updownharpoonrightleft (⥌), \updownharpoonrightright (⥏), \updownharpoonsleftright (⥮), \upfishtail (⥾), \upharpoonleft (↿), \upharpoonleftbar (⥠), \upharpoonright (↾), \upharpoonrightbar (⥜), \upharpoonsleftright (⥣), \upin (⟒), \upint (⨛), \uplus (⊎), \uprightcurvearrow (⤴), \upuparrows (⇈), \upwhitearrow (⇧), \urarc (◝), \urblacktriangle (◥), \urcorner (⌝), \urcrop (⌎), \urtriangle (◹). \v (ˇ), \vBar (⫨), \vBarv (⫩), \vDash (⊨), \vDdash (⫢), \varTheta (ϴ), \varVdash (⫦), \varbarwedge (⌅), \varbeta (ϐ), \varclubsuit (♧), \vardiamondsuit (♦), \vardoublebarwedge (⌆), \varepsilon (ε), \varheartsuit (♥), \varhexagon (⬡), \varhexagonblack (⬢), \varhexagonlrbonds (⌬), \varin (∈), \varisinobar (⋶), \varisins (⋳), \varkappa (ϰ), \varlrtriangle (⊿), \varni (∋), \varniobar (⋽), \varnis (⋻), \varnothing (∅), \varointclockwise (∲), \varphi (φ), \varpi (ϖ), \varpropto (∝), \varrho (ϱ), \varrowextender (⏐), \varsigma (ς), \varspadesuit (♤), \varstar (✶), \vartheta (ϑ), \vartriangle (▵), \vartriangleleft (⊲), \vartriangleright (⊳), \varveebar (⩡), \vbraceextender (⎪), \vbrtri (⧐), \vdash (⊢), \vdots (⋮), \vectimes (⨯), \vee (∨), \veebar (⊻), \veedot (⟇), \veedoublebar (⩣), \veeeq (≚), \veemidvert (⩛), \veeodot (⩒), \veeonvee (⩖), \veeonwedge (⩙), \vert (|), \viewdata (⌗), \vlongdash (⟝), \vrectangle (▯), \vrectangleblack (▮), \vysmlblksquare (⬝), \vysmlwhtsquare (⬞), \vzigzag (⦚). \watchicon (⌚), \wedge (∧), \wedgebar (⩟), \wedgedot (⟑), \wedgedoublebar (⩠), \wedgemidvert (⩚), \wedgeodot (⩑), \wedgeonwedge (⩕), \wedgeq (≙), \whitearrowupfrombar (⇪), \whiteinwhitetriangle (⟁), \whitepointerleft (◅), \whitepointerright (▻), \whitesquaretickleft (⟤), \whitesquaretickright (⟥), \whthorzoval (⬭), \whtvertoval (⬯), \wideangledown (⦦), \wideangleup (⦧), \wp (℘), \wr (≀). \xbsol (⧹), \xi (ξ), \xsol (⧸), \yen (¥), \zeta (ζ), \zpipe (⨠), Я БУДУ КРАЙНЕ ПРИЗНАТЕЛЕН ЕСЛИ КТО-НИБУДЬ ПРОВЕРИТ СООТВЕТСТВИЕ ВСЕХ ИМЕН ПРАВИЛЬНЫМ ТЕХ-ИМ СИМВОЛАМ. mathgl-2.4.1/texinfo/parse_en.texi0000664000175000017500000007616113134046534016741 0ustar balakinbalakin @c ------------------------------------------------------------------ @chapter MGL scripts @nav{} MathGL library supports the simplest scripts for data handling and plotting. These scripts can be used independently (with the help of UDAV, mglconv, mglview programs and others @ifclear UDAV , @pxref{Utilities}) or in the frame of the library using. @end ifclear @menu * MGL definition:: * Program flow commands:: * LaTeX package:: @ifclear UDAV * mglParse class:: @end ifclear @end menu @c ------------------------------------------------------------------ @external{} @node MGL definition, Program flow commands, , MGL scripts @section MGL definition @nav{} MGL script language is rather simple. Each string is a command. First word of string is the name of command. Other words are command arguments. Words are separated from each other by space or tabulation symbol. The upper or lower case of words is important, i.e. variables @var{a} and @var{A} are different variables. Symbol @samp{#} starts the comment (all characters after # will be ignored). The exception is situation when @samp{#} is a part of some string. Also options can be specified after symbol @samp{;} (@pxref{Command options}). Symbol @samp{:} starts new command (like new line character) if it is not placed inside a string or inside brackets. If string contain references to external parameters (substrings @samp{$0}, @samp{$1} ... @samp{$9}) or definitions (substrings @samp{$a}, @samp{$b} ... @samp{$z}) then before execution the values of parameter/definition will be substituted instead of reference. It allows to use the same MGL script for different parameters (filenames, paths, condition and so on). Argument can be a string, a variable (data arrays) or a number (scalars). @itemize @bullet @item The string is any symbols between ordinary marks @samp{'}. Long strings can be concatenated from several lines by @samp{\} symbol. I.e. the string @samp{'a +\
b'} will give string @samp{'a + b'} (here @samp{
} is newline). There are several operations which can be performed with string: @itemize @bullet @item Concatenation of strings and numbers using @samp{,} with out spaces (for example, @samp{'max(u)=',u.max,' a.u.'} or @samp{'u=',!(1+i2)} for complex numbers); @item Getting n-th symbol of the string using @samp{[]} (for example, @samp{'abc'[1]} will give @code{'b'}); @item Adding value to the last character of the string using @samp{+} (for example, @samp{'abc'+3} will give @code{'abf'}). @end itemize @item Usually variable have a name which is arbitrary combination of symbols (except spaces and @samp{'}) started from a letter. Note, you can start an expression with @samp{!} symbol if you want to use complex values. For example, the code @code{new x 100 'x':copy !b !exp(1i*x)} will create real valued data @var{x} and complex data @var{b}, which is equal to @math{exp(I*x)}, where @math{I^2=-1}. A temporary array can be used as variable too: @itemize @bullet @item sub-arrays (like in @ref{subdata} command) as command argument. For example, @code{a(1)} or @code{a(1,:)} or @code{a(1,:,:)} is second row, @code{a(:,2)} or @code{a(:,2,:)} is third column, @code{a(:,:,0)} is first slice and so on. Also you can extract a part of array from m-th to n-th element by code @code{a(m:n,:,:)} or just @code{a(m:n)}. @item any column combinations defined by formulas, like @code{a('n*w^2/exp(t)')} if names for data columns was specified (by @ref{idset} command or in the file at string started with @code{##}). @item any expression (without spaces) of existed variables produce temporary variable. For example, @samp{sqrt(dat(:,5)+1)} will produce temporary variable with data values equal to @code{tmp[i,j] = sqrt(dat[i,5,j]+1)}. @item temporary variable of higher dimensions by help of []. For example, @samp{[1,2,3]} will produce a temporary vector of 3 elements @{1, 2, 3@}; @samp{[[11,12],[21,22]]} will produce matrix 2*2 and so on. Here you can join even an arrays of the same dimensions by construction like @samp{[v1,v2,...,vn]}. @item result of code for making new data (@pxref{Make another data}) inside @{@}. For example, @samp{@{sum dat 'x'@}} produce temporary variable which contain result of summation of @var{dat} along direction 'x'. This is the same array @var{tmp} as produced by command @samp{sum tmp dat 'x'}. You can use nested constructions, like @samp{@{sum @{max dat 'z'@} 'x'@}}. @end itemize Temporary variables can not be used as 1st argument for commands which create (return) the data (like @samp{new}, @samp{read}, @samp{hist} and so on). @item Special names @code{nan=#QNAN, inf=INFINITY, rnd=random value, pi=3.1415926..., on=1, off=0, all=-1, :=-1}, variables with suffixes (@pxref{Data information}), names defined by @ref{define} command, time values (in format "hh-mm-ss_DD.MM.YYYY", "hh-mm-ss" or "DD.MM.YYYY") are treated as number. Also results of formulas with sizes 1x1x1 are treated as number (for example, @samp{pi/dat.nx}). @end itemize Before the first using all variables must be defined with the help of commands, like, @ref{new}, @ref{var}, @ref{list}, @ref{copy}, @ref{read}, @ref{hist}, @ref{sum} and so on (see sections @ref{Data constructor}, @ref{Data filling} and @ref{Make another data}). Command may have several set of possible arguments (for example, @code{plot ydat} and @code{plot xdat ydat}). All command arguments for a selected set must be specified. However, some arguments can have default values. These argument are printed in [], like @code{text ydat ['stl'='']} or @code{text x y 'txt' ['fnt'='' size=-1]}. At this, the record @code{[arg1 arg2 arg3 ...]} means @code{[arg1 [arg2 [arg3 ...]]]}, i.e. you can omit only tailing arguments if you agree with its default values. For example, @code{text x y 'txt' '' 1} or @code{text x y 'txt' ''} is correct, but @code{text x y 'txt' 1} is incorrect (argument @code{'fnt'} is missed). You can provide several variants of arguments for a command by using @samp{?} symbol for separating them. The actual argument being used is set by @ref{variant}. At this, the last argument is used if the value of @ref{variant} is large than the number of provided variants. By default the first argument is used (i.e. as for @code{variant 0}). For example, the first plot will be drawn by blue (default is the first argument @samp{b}), but the plot after @code{variant 1} will be drawn by red dash (the second is @samp{r|}): @verbatim fplot 'x' 'b'?'r' variant 1 fplot 'x^3' 'b'?'r|' @end verbatim @c ------------------------------------------------------------------ @external{} @node Program flow commands, LaTeX package, MGL definition, MGL scripts @section Program flow commands @nav{} Below I show commands to control program flow, like, conditions, loops, define script arguments and so on. Other commands can be found in chapters @ref{MathGL core} and @ref{Data processing}. Note, that some of program flow commands (like @ref{define}, @ref{ask}, @ref{call}, @ref{for}, @ref{func}) should be placed alone in the string. @cindex chdir @anchor{chdir} @deftypefn {MGL command} {} chdir 'path' Changes the current directory to @var{path}. @end deftypefn @cindex ask @anchor{ask} @deftypefn {MGL command} {} ask $N 'question' Sets @var{N}-th script argument to answer which give the user on the @var{question}. Usually this show dialog with question where user can enter some text as answer. Here @var{N} is digit (0...9) or alpha (a...z). @end deftypefn @cindex define @anchor{define} @deftypefn {MGL command} {} define $N smth Sets @var{N}-th script argument to @var{smth}. Note, that @var{smth} is used as is (with @samp{'} symbols if present). Here @var{N} is digit (0...9) or alpha (a...z). @end deftypefn @deftypefn {MGL command} {} define name smth Create scalar variable @code{name} which have the numeric value of @code{smth}. Later you can use this variable as usual number. @end deftypefn @cindex defchr @anchor{defchr} @deftypefn {MGL command} {} defchr $N smth Sets @var{N}-th script argument to character with value evaluated from @var{smth}. Here @var{N} is digit (0...9) or alpha (a...z). @end deftypefn @cindex defnum @anchor{defnum} @deftypefn {MGL command} {} defnum $N smth Sets @var{N}-th script argument to number with value evaluated from @var{smth}. Here @var{N} is digit (0...9) or alpha (a...z). @end deftypefn @comment @cindex defpal @comment @anchor{defpal} @comment @deftypefn {MGL command} {} defpal $N smth @comment Sets @var{N}-th script argument to palette character at position evaluated from @var{smth}. Here @var{N} is digit (0...9) or alpha (a...z). @comment @end deftypefn @cindex call @anchor{call} @deftypefn {MGL command} {} call 'funcname' [ARG1 ARG2 ... ARG9] Executes function @var{fname} (or script if function is not found). Optional arguments will be passed to functions. See also @ref{func}. @end deftypefn @cindex func @anchor{func} @deftypefn {MGL command} {} func 'funcname' [narg=0] Define the function @var{fname} and number of required arguments. The arguments will be placed in script parameters $1, $2, ... $9. Note, script execution is stopped at @code{func} keyword, similarly to @ref{stop} command. See also @ref{return}. @end deftypefn @cindex return @anchor{return} @deftypefn {MGL command} {} return Return from the function. See also @ref{func}. @end deftypefn @cindex load @anchor{load} @deftypefn {MGL command} {} load 'filename' Load additional MGL command from external module (DLL or .so), located in file @var{filename}. This module have to contain array with name @code{mgl_cmd_extra} of type @code{mglCommand}, which describe provided commands. @end deftypefn @cindex if @anchor{if} @deftypefn {MGL command} {} if dat 'cond' Starts block which will be executed if @var{dat} satisfy to @var{cond}. @end deftypefn @deftypefn {MGL command} {} if @code{val} Starts block which will be executed if @code{val} is nonzero. @end deftypefn @cindex elseif @anchor{elseif} @deftypefn {MGL command} {} elseif dat 'cond' Starts block which will be executed if previous @code{if} or @code{elseif} is false and @var{dat} satisfy to @var{cond}. @end deftypefn @deftypefn {MGL command} {} elseif @code{val} Starts block which will be executed if previous @code{if} or @code{elseif} is false and @code{val} is nonzero. @end deftypefn @cindex else @anchor{else} @deftypefn {MGL command} {} else Starts block which will be executed if previous @code{if} or @code{elseif} is false. @end deftypefn @cindex endif @anchor{endif} @deftypefn {MGL command} {} endif Finishes @code{if/elseif/else} block. @end deftypefn @cindex for @anchor{for} @deftypefn {MGL command} {} for $N @code{v1 v2 [dv=1]} Starts cycle with $@var{N}-th argument changing from @var{v1} to @var{v2} with the step @var{dv}. Here @var{N} is digit (0...9) or alpha (a...z). @end deftypefn @deftypefn {MGL command} {} for $N dat Starts cycle with $@var{N}-th argument changing for @var{dat} values. Here @var{N} is digit (0...9) or alpha (a...z). @end deftypefn @cindex next @anchor{next} @deftypefn {MGL command} {} next Finishes @code{for} cycle. @end deftypefn @cindex once @anchor{once} @deftypefn {MGL command} {} once @code{val} The code between @code{once on} and @code{once off} will be executed only once. Useful for large data manipulation in programs like UDAV. @end deftypefn @cindex stop @anchor{stop} @deftypefn {MGL command} {} stop Terminate execution. @end deftypefn @cindex variant @anchor{variant} @deftypefn {MGL command} {} variant @code{val} Set variant of argument(s) separated by @samp{?} symbol to be used in further commands. @end deftypefn @cindex rkstep @anchor{rkstep} @deftypefn {MGL command} {} rkstep eq1;... var1;... [@code{dt=1}] Make one step for ordinary differential equation(s) @{var1' = eq1, ... @} with time-step @var{dt}. Here variable(s) @samp{var1}, ... are the ones, defined in MGL script previously. The Runge-Kutta 4-th order method is used for solution. @end deftypefn @c ------------------------------------------------------------------ @external{} @ifclear UDAV @node LaTeX package, mglParse class, Program flow commands, MGL scripts @end ifclear @ifset UDAV @node LaTeX package, , Program flow commands, MGL scripts @end ifset @section LaTeX package @nav{} There is LaTeX package @code{mgltex} (was made by Diego Sejas Viscarra) which allow one to make figures directly from MGL script located in LaTeX file. For using this package you need to specify @code{--shell-escape} option for @emph{latex/pdflatex} or manually run @emph{mglconv} tool with produced MGL scripts for generation of images. Don't forgot to run @emph{latex/pdflatex} second time to insert generated images into the output document. Also you need to run @emph{pdflatex} third time to update converted from EPS images if you are using vector EPS output (default). The package may have following options: @code{draft}, @code{final} --- the same as in the @emph{graphicx} package; @code{on}, @code{off} --- to activate/deactivate the creation of scripts and graphics; @code{comments}, @code{nocomments} --- to make visible/invisible commentaries contained inside @code{mglcomment} environments; @code{jpg}, @code{jpeg}, @code{png} --- to export graphics as JPEG/PNG images; @code{eps}, @code{epsz} --- to export to uncompressed/compressed EPS format as primitives; @code{bps}, @code{bpsz} --- to export to uncompressed/compressed EPS format as bitmap (doesn't work with @emph{pdflatex}); @code{pdf} --- to export to 3D PDF; @code{tex} --- to export to @emph{LaTeX/tikz} document. The package defines the following environments: @table @samp @item mgl It writes its contents to a general script which has the same name as the LaTeX document, but its extension is @emph{.mgl}. The code in this environment is compiled and the image produced is included. It takes exactly the same optional arguments as the @code{\includegraphics} command, plus an additional argument @var{imgext}, which specifies the extension to save the image. An example of usage of @samp{mgl} environment would be: @verbatim \begin{mglfunc}{prepare2d} new a 50 40 '0.6*sin(pi*(x+1))*sin(1.5*pi*(y+1))+0.4*cos(0.75*pi*(x+1)*(y+1))' new b 50 40 '0.6*cos(pi*(x+1))*cos(1.5*pi*(y+1))+0.4*cos(0.75*pi*(x+1)*(y+1))' \end{mglfunc} \begin{figure}[!ht] \centering \begin{mgl}[width=0.85\textwidth,height=7.5cm] fog 0.5 call 'prepare2d' subplot 2 2 0 : title 'Surf plot (default)' : rotate 50 60 : light on : box : surf a subplot 2 2 1 : title '"\#" style; meshnum 10' : rotate 50 60 : box surf a '#'; meshnum 10 subplot 2 2 2 : title 'Mesh plot' : rotate 50 60 : box mesh a new x 50 40 '0.8*sin(pi*x)*sin(pi*(y+1)/2)' new y 50 40 '0.8*cos(pi*x)*sin(pi*(y+1)/2)' new z 50 40 '0.8*cos(pi*(y+1)/2)' subplot 2 2 3 : title 'parametric form' : rotate 50 60 : box surf x y z 'BbwrR' \end{mgl} \end{figure} @end verbatim @item mgladdon It adds its contents to the general script, without producing any image. @item mglcode Is exactly the same as @samp{mgl}, but it writes its contents verbatim to its own file, whose name is specified as a mandatory argument. @item mglscript Is exactly the same as @samp{mglcode}, but it doesn't produce any image, nor accepts optional arguments. It is useful, for example, to create a MGL script, which can later be post processed by another package like "listings". @item mglblock It writes its contents verbatim to a file, specified as a mandatory argument, and to the LaTeX document, and numerates each line of code. @c This last three environments will test if the user is overwriting some file, and will issue a warning in that case. @item mglverbatim Exactly the same as @samp{mglblock}, but it doesn't write to a file. This environment doesn't have arguments. @item mglfunc Is used to define MGL functions. It takes one mandatory argument, which is the name of the function, plus one additional argument, which specifies the number of arguments of the function. The environment needs to contain only the body of the function, since the first and last lines are appended automatically, and the resulting code is written at the end of the general script, after the @ref{stop} command, which is also written automatically. The warning is produced if 2 or more function with the same name is defined. @item mglcomment Is used to contain multiline commentaries. This commentaries will be visible/invisible in the output document, depending on the use of the package options @code{comments} and @code{nocomments} (see above), or the @code{\mglcomments} and @code{\mglnocomments} commands (see bellow). @item mglsetup If many scripts with the same code are to be written, the repetitive code can be written inside this environment only once, then this code will be used automatically every time the @samp{\mglplot} command is used (see below). It takes one optional argument, which is a name to be associated to the corresponding contents of the environment; this name can be passed to the @samp{\mglplot} command to use the corresponding block of code automatically (see below). @end table The package also defines the following commands: @table @samp @item \mglplot It takes one mandatory argument, which is MGL instructions separated by the symbol @samp{:} this argument can be more than one line long. It takes the same optional arguments as the @samp{mgl} environment, plus an additional argument @var{setup}, which indicates the name associated to a block of code inside a @samp{mglsetup} environment. The code inside the mandatory argument will be appended to the block of code specified, and the resulting code will be written to the general script. An example of usage of @samp{\mglplot} command would be: @verbatim \begin{mglsetup} box '@{W9}' : axis \end{mglsetup} \begin{mglsetup}[2d] box : axis grid 'xy' ';k' \end{mglsetup} \begin{mglsetup}[3d] rotate 50 60 box : axis : grid 'xyz' ';k' \end{mglsetup} \begin{figure}[!ht] \centering \mglplot[scale=0.5]{new a 200 'sin(pi*x)' : plot a '2B'} \end{figure} \begin{figure}[!ht] \centering \mglplot[scale=0.5,setup=2d]{ fplot 'sin(pi*x)' '2B' : fplot 'cos(pi*x^2)' '2R' } \end{figure} \begin{figure}[!ht] \centering \mglplot[setup=3d]{fsurf 'sin(pi*x)+cos(pi*y)'} \end{figure} @end verbatim @item \mglgraphics This command takes the same optional arguments as the @samp{mgl} environment, and one mandatory argument, which is the name of a MGL script. This command will compile the corresponding script and include the resulting image. It is useful when you have a script outside the LaTeX document, and you want to include the image, but you don't want to type the script again. @item \mglinclude This is like @samp{\mglgraphics} but, instead of creating/including the corresponding image, it writes the contents of the MGL script to the LaTeX document, and numerates the lines. @item \mgldir This command can be used in the preamble of the document to specify a directory where LaTeX will save the MGL scripts and generate the corresponding images. This directory is also where @samp{\mglgraphics} and @samp{\mglinclude} will look for scripts. @item \mglquality Adjust the quality of the MGL graphics produced similarly to @ref{quality}. @item \mgltexon, \mgltexoff Activate/deactivate the creation of MGL scripts and images. Notice these commands have local behavior in the sense that their effect is from the point they are called on. @item \mglcomment, \mglnocomment Make visible/invisible the contents of the @code{mglcomment} environments. These commands have local effect too. @item \mglTeX It just pretty prints the name of the package. @end table As an additional feature, when an image is not found or cannot be included, instead of issuing an error, @code{mgltex} prints a box with the word @samp{MGL image not found} in the LaTeX document. @ifclear UDAV @c ------------------------------------------------------------------ @external{} @node mglParse class, , LaTeX package, MGL scripts @section mglParse class @nav{} @cindex mglParse Class for parsing and executing MGL script. This class is defined in @code{#include }. The main function of mglParse class is @code{Execute()}. Exactly this function parses and executes the script string-by-string. Also there are subservient functions for the finding and creation of a variable (object derived from @code{mglDataA}). These functions can be useful for displaying values of variables (arrays) in some external object (like, window) or for providing access to internal data. Function @code{AllowSetSize()} allows one to prevent changing the size of the picture inside the script (forbids the MGL command @code{setsize}). @c Note an important feature -- if user defines function @var{func} in variable then it will be called before the destroying of this variable (@pxref{mglVar class}). @deftypefn {Constructor on @code{mglParse}} @code{} mglParse (@code{bool} setsize=@code{false}) @deftypefnx {Constructor on @code{mglParse}} @code{} mglParse (@code{HMPR} pr) @deftypefnx {Constructor on @code{mglParse}} @code{} mglParse (@code{mglParse &}pr) @deftypefnx {C function} @code{HMPR} mgl_create_parser () Constructor initializes all values with zero and set @var{AllowSetSize} value. @end deftypefn @deftypefn {Destructor on @code{mglParse}} @code{} ~mglParse () @deftypefnx {C function} @code{void} mgl_delete_parser (@code{HMPR} p) Destructor delete parser @end deftypefn @deftypefn {Method on @code{mglParse}} @code{HMPR} Self () Returns the pointer to internal object of type @code{HMPR}. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} Execute (@code{mglGraph *}gr, @code{const char *}text) @deftypefnx{Method on @code{mglParse}} @code{void} Execute (@code{mglGraph *}gr, @code{const wchar_t *}text) @deftypefnx {C function} @code{void} mgl_parse_text (@code{HMGL} gr, @code{HMPR} p, @code{const char *}text) @deftypefnx {C function} @code{void} mgl_parse_textw (@code{HMGL} gr, @code{HMPR} p, @code{const wchar_t *}text) Main function in the class. Function parse and execute line-by-line MGL script in array @var{text}. Lines are separated by newline symbol @samp{\n} as usual. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} Execute (@code{mglGraph *}gr, @code{FILE *}fp, @code{bool} print=@code{false}) @deftypefnx {C function} @code{void} mgl_parse_file (@code{HMGL} gr, @code{HMPR} p, @code{FILE *}fp, @code{int} print) The same as previous but read script from the file @var{fp}. If @var{print}=@code{true} then all warnings and information will be printed in stdout. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{int} Parse (@code{mglGraph *}gr, @code{const char *}str, @code{long} pos=@code{0}) @deftypefnx {Method on @code{mglParse}} @code{int} Parse (@code{mglGraph *}gr, @code{const wchar_t *}str, @code{long} pos=@code{0}) @deftypefnx {C function} @code{int} mgl_parse_line (@code{HMGL} gr, @code{HMPR} p, @code{const char *}str, @code{int} pos) @deftypefnx {C function} @code{int} mgl_parse_linew (@code{HMGL} gr, @code{HMPR} p, @code{const wchar_t *}str, @code{int} pos) Function parses the string @var{str} and executes it by using @var{gr} as a graphics plotter. Returns the value depending on an error presence in the string @var{str}: 0 -- no error, 1 -- wrong command argument(s), 2 -- unknown command, 3 -- string is too long, 4 -- strings is not closed. Optional argument @var{pos} allows to save the string position in the document (or file) for using @code{for|next} command. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{mglData} Calc (@code{const char *}formula) @deftypefnx {Method on @code{mglParse}} @code{mglData} Calc (@code{const wchar_t *}formula) @deftypefnx {C function} @code{HMDT} mgl_parser_calc (@code{HMPR} p, @code{const char *}formula) @deftypefnx {C function} @code{HMDT} mgl_parser_calcw (@code{HMPR} p, @code{const wchar_t *}formula) Function parses the string @var{formula} and return resulting data array. In difference to @code{AddVar()} or @code{FindVar()}, it is usual data array which should be deleted after usage. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{mglDataC} CalcComplex (@code{const char *}formula) @deftypefnx {Method on @code{mglParse}} @code{mglDataC} CalcComplex (@code{const wchar_t *}formula) @deftypefnx {C function} @code{HADT} mgl_parser_calc_complex (@code{HMPR} p, @code{const char *}formula) @deftypefnx {C function} @code{HADT} mgl_parser_calc_complexw (@code{HMPR} p, @code{const wchar_t *}formula) Function parses the string @var{formula} and return resulting data array with complex values. In difference to @code{AddVar()} or @code{FindVar()}, it is usual data array which should be deleted after usage. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} AddParam (@code{int} n, @code{const char *}str) @deftypefnx {Method on @code{mglParse}} @code{void} AddParam (@code{int} n, @code{const wchar_t *}str) @deftypefnx {C function} @code{void} mgl_parser_add_param (@code{HMPR} p, @code{int} id, @code{const char *}val) @deftypefnx {C function} @code{void} mgl_parser_add_paramw (@code{HMPR} p, @code{int} id, @code{const wchar_t *}val) Function set the value of @var{n}-th parameter as string @var{str} (@var{n}=0, 1 ... 'z'-'a'+10). String @var{str} shouldn't contain @samp{$} symbol. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{mglVar *} FindVar (@code{const char *}name) @deftypefnx {Method on @code{mglParse}} @code{mglVar *} FindVar (@code{const wchar_t *}name) @deftypefnx {C function} @code{HMDT} mgl_parser_find_var (@code{HMPR} p, @code{const char *}name) @deftypefnx {C function} @code{HMDT} mgl_parser_find_varw (@code{HMPR} p, @code{const wchar_t *}name) Function returns the pointer to variable with name @var{name} or zero if variable is absent. Use this function to put external data array to the script or get the data from the script. You must @strong{not delete} obtained data arrays! @end deftypefn @deftypefn {Method on @code{mglParse}} @code{mglVar *} AddVar (@code{const char *}name) @deftypefnx {Method on @code{mglParse}} @code{mglVar *} AddVar (@code{const wchar_t *}name) @deftypefnx {C function} @code{HMDT} mgl_parser_add_var (@code{HMPR} p, @code{const char *}name) @deftypefnx {C function} @code{HMDT} mgl_parser_add_varw (@code{HMPR} p, @code{const wchar_t *}name) Function returns the pointer to variable with name @var{name}. If variable is absent then new variable is created with name @var{name}. Use this function to put external data array to the script or get the data from the script. You must @strong{not delete} obtained data arrays! @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} OpenHDF (@code{const char *}fname) @deftypefnx {C function} @code{void} mgl_parser_openhdf (@code{HMPR} pr, @code{const char *}fname) Reads all data array from HDF5 file @var{fname} and create MGL variables with names of data names in HDF file. Complex variables will be created if data name starts with @samp{!}. @end deftypefn @deftypefn{Method on @code{mglParse} (C++)} @code{void} DeleteVar (@code{const char *}name) @deftypefnx{Method on @code{mglParse} (C++)} @code{void} DeleteVar (@code{const wchar_t *}name) @deftypefnx {C function} @code{void} mgl_parser_del_var (@code{HMPR} p, @code{const char *}name) @deftypefnx {C function} @code{void} mgl_parser_del_varw (@code{HMPR} p, @code{const wchar_t *}name) Function delete the variable with given @var{name}. @end deftypefn @deftypefn{Method on @code{mglParse} (C++)} @code{void} DeleteAll () @deftypefnx {C function} @code{void} mgl_parser_del_all (@code{HMPR} p) Function delete all variables and reset list of commands to default one in this parser. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} RestoreOnce () @deftypefnx {C function} @code{void} mgl_parser_restore_once (@code{HMPR} p) Restore Once flag. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} AllowSetSize (@code{bool} a) @deftypefnx {C function} @code{void} mgl_parser_allow_setsize (@code{HMPR} p, @code{int} a) Allow to parse @ref{setsize} command or not. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} AllowFileIO (@code{bool} a) @deftypefnx {C function} @code{void} mgl_parser_allow_file_io (@code{HMPR} p, @code{int} a) Allow reading/saving files or not. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} AllowDllCall (@code{bool} a) @deftypefnx {C function} @code{void} mgl_parser_allow_dll_call (@code{HMPR} p, @code{int} a) Allow to parse @ref{load} command or not. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} Stop () @deftypefnx {C function} @code{void} mgl_parser_stop (@code{HMPR} p) Sends stop signal which terminate execution at next command. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} SetVariant (@code{int} var=@code{0}) @deftypefnx {C function} @code{void} mgl_parser_variant (@code{HMPR} p, @code{int} var) Sets variant of argument(s) separated by @samp{?} symbol to be used in further commands. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} StartID (@code{int} id=@code{0}) @deftypefnx {C function} @code{void} mgl_parser_start_id (@code{HMPR} p, @code{int} id) Sets id (like, line number) of first line in further script parsing. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{long} GetCmdNum () @deftypefnx {C function} @code{long} mgl_parser_cmd_num (@code{HMPR} p) Return the number of registered MGL commands. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{const char *} GetCmdName (@code{long} id) @deftypefnx {C function} @code{const char *} mgl_parser_cmd_name (@code{HMPR} p, @code{long} id) Return the name of command with given @var{id}. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{int} CmdType (@code{const char *}name) @deftypefnx {C function} @code{int} mgl_parser_cmd_type (@code{HMPR} p, @code{const char *}name) Return the type of MGL command @var{name}. Type of commands are: 0 -- not the command, 1 - data plot, 2 - other plot, 3 - setup, 4 - data handle, 5 - data create, 6 - subplot, 7 - program, 8 - 1d plot, 9 - 2d plot, 10 - 3d plot, 11 - dd plot, 12 - vector plot, 13 - axis, 14 - primitives, 15 - axis setup, 16 - text/legend, 17 - data transform. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{const char *} CmdFormat (@code{const char *}name) @deftypefnx {C function} @code{const char *} mgl_parser_cmd_frmt (@code{HMPR} p, @code{const char *}name) Return the format of arguments for MGL command @var{name}. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{const char *} CmdDesc (@code{const char *}name) @deftypefnx {C function} @code{const char *} mgl_parser_cmd_desc (@code{HMPR} p, @code{const char *}name) Return the description of MGL command @var{name}. @end deftypefn @deftypefn {Method on @code{mglParse}} @code{void} RK_Step (@code{const char *}eqs, @code{const char *}vars, @code{mreal} dt=@code{1}) @deftypefnx {Method on @code{mglParse}} @code{void} RK_Step (@code{const wchar_t *}eqs, @code{const wchar_t *}vars, @code{mreal} dt=@code{1}) @deftypefnx {C function} @code{void} mgl_rk_step (@code{HMPR} p, @code{const char *}eqs, @code{const char *}vars, @code{mreal} dt) @deftypefnx {C function} @code{void} mgl_rk_step_w (@code{HMPR} p, @code{const wchar_t *}eqs, @code{const wchar_t *}vars, @code{mreal} dt) Make one step for ordinary differential equation(s) @{var1' = eq1, ... @} with time-step @var{dt}. Here strings @var{eqs} and @var{vars} contain the equations and variable names separated by symbol @samp{;}. The variable(s) @samp{var1}, ... are the ones, defined in MGL script previously. The Runge-Kutta 4-th order method is used. @end deftypefn @end ifclear @external{} mathgl-2.4.1/texinfo/web_ru.texi0000664000175000017500000005216013134046534016421 0ustar balakinbalakin@c ------------------------------------------------------------------ @chapter Website @nav{} @menu * Main:: * News:: * Features:: * Pictures:: @c * MGL scripts:: * Download:: * Other projects:: @end menu @external{} @node Main, News, , Website @section MathGL is ... @nav{} @ifhtml @html Surface in fog @end html @end ifhtml @itemize @bullet @item a library for making high-quality scientific graphics under Linux and Windows; @item a library for the fast data plotting and data processing of large data arrays; @item a library for working in window and console modes and for easy embedding into other programs; @item a library with large and growing set of graphics. @end itemize Now MathGL has more than 35000 lines of code, more than 55 general types of graphics for 1d, 2d and 3d data arrays, including special ones for chemical and statistical graphics. It can export graphics to raster and vector (EPS or SVG) formats. It has Qt, FLTK, OpenGL interfaces and can be used even from console programs. It has functions for data processing and script MGL language for simplification of data plotting. Also it has several types of transparency and smoothed lightning, vector fonts and TeX-like symbol parsing, arbitrary curvilinear coordinate system and many over useful things. It can be used from code written on C++/C/Fortran/Python/Octave and many other languages. Finally it is platform independent and free (under GPL v.2.0 license). There is a @uref{http://sourceforge.net/forum/?group_id=152187, forum} where you can ask a question or suggest an improvement. However the @uref{http://groups.google.com/group/mathgl, MathGL group} is preferable for quicker answer. For subscribing to @uref{http://groups.google.com/group/mathgl, MathGL group} you can use form below @ifhtml @html

Email: @end html @end ifhtml @strong{About LGPL and GPL licenses.} Generally, MathGL is GPL library. However, you can use LGPL license for MathGL core and widgets if you don't use SWIG-based interfaces and disable GSL features. This can be done by using @code{lgpl} option at build time. According this, I've added the LGPL win32 binaries into @ref{Download} page. @strong{Latest news} @itemize @item @strong{20 July 2017.} New version (v.2.4.1) with bugfixes of @uref{http://sourceforge.net/projects/mathgl, MathGL} is released. @item @emph{17 May 2017.} New version (v.2.4) of @uref{http://sourceforge.net/projects/mathgl, MathGL} is released. There are @code{mgllab} executable, string manipulation in MGL, new functions, plot types and styles, translation to Russian using @code{gettext} and bugfixes, which denoted @ref{News, here}. @end itemize There is detailed @ref{News, news list}. Sourceforge project page @uref{http://sourceforge.net/projects/mathgl/, here}. @ifhtml @html DATADVANCE @end html @end ifhtml Javascript interface was developed with support of @url{http://www.datadvance.net, DATADVANCE} company. @external{} @node News, Features, Main, Website @section News @nav{} @itemize @item @strong{20 July 2017.} New version (v.2.4.1) of @uref{http://sourceforge.net/projects/mathgl, MathGL} is released. @itemize @bullet @item Add @ref{beltc} plot, which is @ref{belt} with manual coloring. @item Add style @samp{~} for @ref{plot} and @ref{tens} to omit some points at output. @item Add style @samp{:} for @ref{axis} to draw lines through point (0,0,0). @item Bugfixes. @end itemize @item @strong{17 May 2017.} New version (v.2.4) of @uref{http://sourceforge.net/projects/mathgl, MathGL} is released. There are @code{mgllab} executable, string manipulation in MGL, new functions, plot types and styles, translation to Russian using @code{gettext} and bugfixes: @itemize @bullet @item Add @code{mgllab} executable, which is FLTK based version of @code{UDAV}. So, most things @code{mgllab} do faster. @item Add string manipulation in MGL language: @itemize @bullet @item 'str'[n] -- get string of only n-th symbol; @item 'str'+v -- add value v to the last character of the string; @item 'str',val or 'str',!val -- append numeric value to the string (as before). @end itemize @item Add time value to MGL language in format: @samp{hh-mm-ss_DD.MM.YYYY} or @samp{hh-mm-ss} or @samp{DD.MM.YYYY}. @item Add @ref{iris} plot to show cross-dependencies of several data arrays. @item Add @ref{flame2d} to draw flame fractals. @item Add @ref{bbox} to set bounding box for 2D output. @item Add @ref{section} to get part of data between specified values. @item Add @ref{detect} to found curves along data maximums. @item Add @ref{dilate} to extend the region of 1-th value. @item Add @ref{erode} to narrow the region of 1-th value. @item Add @ref{apde} to solve PDE equation in inhomogeneous nonlinear media with spatial dispersion. @item Add @ref{symbol} to draw the glyphs defined by @ref{addsymbol}. @item Add @ref{addsymbol} to declare user-defined symbol (or glyph), which can be used as markers for plot (with style '&') or drawn itself by @ref{symbol} command. @item Add @ref{openhdf} to open all data arrays from HDF file. @item Extend @ref{crop} to cut to optimal size for FFT (i.e. to closest of 2^n*3^m*5^l). @item Add function mgl_data_max_first() and data suffixes .m[xyz][fl] to find first/last maximum along direction (see @ref{Data information}). @item Add function mgl_datac_diff_par() to parametric derivative of complex data (see @ref{diff}). @item Add style @samp{F} for @ref{bars} and @ref{barh} to set fixed bar widths. @item Add style @samp{a} for @ref{plot}, @ref{tens}, @ref{area} and @ref{region} to accurate drawing of data, which partially lie out of axis range. @item Add style @samp{#} for @ref{region} to draw wired plot. @item Add possibility of manual shift in @ref{multiplot}. @item Add parsing arguments of options for MGL commands. @item MGL command @ref{correl} now can perform 2d and 3d correlations. @item Option @ref{meshnum} now change the number of drawn markers for @ref{plot}, @ref{tens}, @ref{step}, @ref{mark} and @ref{textmark}. @item Function @ref{step} handle data with x.nx>y.nx similarly to @ref{bars}. @item Extend @ref{tile} and @ref{tiles} by adding manual coloring and face orientation. @item Add variant of MGL command @ref{copy} to copy data with "incorrect" names. @item Improve tick labels drawing. @item Improve time-ticks (add weeks) and add subticks to its. @item Improve @ref{fplot} to handle several singularities. @item Add LaTeX command \dfrac@{@}@{@}. This is full-sized version of \frac@{@}@{@}. Unfortunately, there is no support of nesting. Contrary, \frac allow nesting. @item Add mglODEc() -- ODE solver for complex variables (see @ref{ode}). @item Add cmplx(a,b)=a+i*b to the list of known functions in formula parsing @item Update CMake find_package to find MathGL. @item Increase line width for wired text. @item Update documentation: add description of new commands, add hint @ref{Mixing bitmap and vector output}. @item Add translation to Russian for most of labels and messages. @item Name @code{all} are reserved in MGL scripts now as synonym of -1. @item INCOMPATIBLE: Replace libmgl-qt by libmgl-qt4 and libmgl-qt5 for resolving conflicts of simultaneously installed both Qt4 and Qt5. @item Minor bugfixes. @end itemize @item @strong{20 June 2016.} Version 2.3.5.1 was released. @item @strong{16 May 2016.} Version 2.3.5 was released. @item @strong{13 February 2016.} Version 2.3.4 was released. @item @strong{1 June 2015.} Version 2.3.3 was released. @item @strong{2 February 2015.} Version 2.3.2 was released. @item @strong{21 October 2014.} Version 2.3.1 was released. @item @strong{7 August 2014.} Version 2.3 was released. @item @strong{19 March 2014.} Version 2.2.2.1 was released. @item @strong{10 March 2014.} Version 2.2.2 was released. @item @strong{22 January 2014.} Version 2.2.1 was released. @item @strong{11 November 2013.} Version 2.2 was released. @item @strong{8 May 2013.} Version 2.1.3.1 was released. @item @strong{2 May 2013.} Version 2.1.3 was released. @item @strong{28 January 2013.} Version 2.1.2 was released. @item @strong{24 December 2012.} Version 2.1.1 was released. @item @strong{13 December 2012.} Version 2.1 was released. @item @strong{23 August 2011.} Version 2.0.beta was released. @item @strong{30 May 2011.} Version 1.11.2 was released. @item @strong{8 November 2010.} Version 1.11 was released. @item @strong{28 December 2009.} Version 1.10 was released. @item @strong{8 July 2009.} Version 1.9 was released. @item @strong{27 November 2008.} Version 1.8 was released. @item @strong{5 June 2008.} Version 1.7 was released. @item @strong{17 March 2008.} Version 1.6 was released. @item @strong{11 January 2008.} Version 1.5 was released. @item @strong{30 October 2007.} Version 1.4 was released. @item @strong{15 October 2007.} Version 1.3 was released. @item @strong{10 September 2007.} Version 1.2 was released. @item @strong{23 May 2007.} Version 1.1 was released. @item @strong{2 April 2007.} Version 1.0 was released. @item @strong{24 January 2007.} First public release (v.0.8). @end itemize @external{} @node Features, Pictures, News, Website @section Features @nav{} MathGL can plot a wide range of graphics. It includes: @itemize @bullet @item one-dimensional: Plot, Area, Bars, Step, Stem, Torus, Chart, Error, Tube, Mark, (@ref{1D plotting}); @item two-dimensional plots: Mesh, Surf, Dens, Cont, ContF, Boxs, Axial, Fall, Belt, Tile, including surfaces transparent (SurfA) or colored (SurfC) by another data (@ref{2D plotting}); @item three-dimensional plots: Surf3, Dens3, Cont3, ContF3, Cloud-like, including isosurfaces transparent (Surf3A) or colored (Surf3C) by another data (@ref{3D plotting}); @item vector fields plots: vector fields Vect, Vect3 and Traj, flow threads Flow, flow pipes Pipe, mapping chart Map, and so on (@ref{Vector fields}); @item and so on. See also @ref{Extra samples}. @end itemize In fact, I created the functions for drawing of all the types of scientific plots that I know. The list of plots is growing; if you need some special type of a plot then please email me @email{mathgl.abalakin@@gmail.com, e-mail} and it will appear in the new version. I tried to make plots as nice looking as possible: e.g., a surface can be transparent and highlighted by several (up to 10) light sources. Most of the drawing functions have 2 variants: simple one for the fast plotting of data, complex one for specifying of the exact position of the plot (including parametric representation). Resulting image can be saved in bitmap PNG, JPEG, TGA, BMP format, or in vector EPS, SVG or TeX format, or in 3D formats OBJ, OFF, STL or in PRC format. All texts are drawn by vector fonts, which allows for high scalability and portability. Texts may contain commands for: some of the TeX-like symbols, changing index (upper or lower indexes) and the style of font inside the text string. Texts of ticks are rotated with axis rotation. It is possible to create a legend of plot and put text in an arbitrary position on the plot. Arbitrary text encoding (by the help of function @code{setlocale()}) and UTF-16 encoding are supported. Special class mglData is used for data encapsulation. In addition to a safe creation and deletion of data arrays it includes functions for data processing (smoothing, differentiating, integrating, interpolating and so on) and reading of data files with automatic size determination. Class mglData can handle arrays with up to three dimensions (arrays which depend on up to 3 independent indexes @math{a_@{ijk@}}). Using an array with higher number of dimensions is not meaningful, because I do not know how it can be plotted. Data filling and modification may be done manually or by textual formulas. There is fast evaluation of a textual mathematical expression. It is based on string precompilation to tree-like code at the creation of class instance. At evaluation stage code performs only fast tree-walk and returns the value of the expression. In addition to changing data values, textual formulas are also used for drawing in @emph{arbitrary} curvilinear coordinates. A set of such curvilinear coordinates is limited only by user's imagination rather than a fixed list like: polar, parabolic, spherical, and so on. @external{} @node Pictures, Download, Features, Website @section Pictures @nav{} There are samples for @ref{1D data plotting, 1D arrays}, @ref{2D data plotting, 2D arrays}, @ref{3D data plotting, 3D arrays}, @ref{Vector fields plotting} and some @ref{Extra samples}. @anchor{1D data plotting} @subheading Examples of graphics for 1d arrays @sfig{plot, Plot sample} @sfig{radar, Radar sample} @sfig{step, Step sample} @sfig{tens, Tens sample} @sfig{area, Area sample} @sfig{region,Region sample} @sfig{stem, Stem sample} @sfig{torus,Torus sample} @sfig{bars, Bars sample} @sfig{barh, Barh sample} @sfig{cones,Cones sample} @sfig{chart,Chart sample} @sfig{boxplot,BoxPlot sample} @sfig{candle, Candle sample} @sfig{tube, Tube sample} @sfig{tape, Tape sample} @sfig{error,Error sample} @sfig{mark, Mark sample} @sfig{textmark, TextMark sample} @sfig{label,Label sample} @anchor{2D data plotting} @subheading Examples of graphics for 2d arrays @sfig{surf, Surf sample} @sfig{surfc,SurfC sample} @sfig{surfa,SurfA sample} @sfig{mesh, Mesh sample} @sfig{fall, Fall sample} @sfig{belt, Belt sample} @sfig{boxs, Boxs sample} @sfig{axial,Axial sample} @sfig{dens, Dens sample} @sfig{tile, Tile sample} @sfig{tiles,TileS sample} @sfig{grad, Grad sample} @sfig{cont, Cont sample} @sfig{contf,ContF sample} @sfig{contd,ContD sample} @sfig{contv,ContV sample} @anchor{3D data plotting} @subheading Examples of graphics for 3d arrays @sfig{surf3, Surf3 sample} @sfig{surf3c,Surf3C sample} @sfig{surf3a,Surf3A sample} @sfig{cloud, Cloud sample} @sfig{densa, Dens3 sample} @sfig{conta, Cont3 sample} @sfig{contfa,ContF3 sample} @sfig{dots, Dots sample} @sfig{dens_xyz, Dens projection sample} @sfig{cont_xyz, Cont projection sample} @sfig{contf_xyz,ContF projection sample} @sfig{triplot, TriPlot and QuadPlot} @anchor{Vector fields plotting} @subheading Examples of graphics for vector fields @sfig{vect, Vect sample} @sfig{vecta,Vect3 sample} @sfig{flow, Flow sample} @sfig{pipe, Pipe sample} @sfig{traj, Traj sample} @sfig{dew, Dew sample} @anchor{Extra samples} @subheading Examples of additional features @sfig{inplot, Subplots} @sfig{axis, Axis and ticks} @sfig{ticks, Axis and ticks} @sfig{loglog, Axis and ticks} @sfig{curvcoor, Curvilinear coordinates} @sfig{colorbar, Colorbars} @sfig{box, Bounding box} @sfig{ternary, Ternary axis} @sfig{text, Text features} @sfig{legend, Legend sample} @sfig{cut, Cutting sample} @sfig{alpha, Transparency and lighting} @sfig{type0, Types of transparency} @sfig{type1, Types of transparency} @sfig{type2, Types of transparency} @sfig{fog, Adding fog} @sfig{combined, ``Compound'' graphics} @sfig{several_light, Lighting sample} @sfig{stereo, Stereo image} @sfig{primitives, Using primitives} @sfig{stfa, STFA sample} @sfig{dat_diff, Change data} @sfig{dat_extra, Change data} @sfig{map, Mapping visualization} @sfig{hist, Making histogram} @sfig{fit, Nonlinear fitting hints} @sfig{pde, PDE solving hints} @sfig{parser, Using MGL parser} @external{} @node Download, Other projects, Pictures, Website @section Download @nav{} @strong{Stable version (v.@value{VERSION})} You may download current version of MathGL for following configurations: @itemize @bullet @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}@value{MINVER}.tar.gz, Source} file with cmake build system. @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}@value{MINVER}-mingw.win32.7z,GPL} or @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}@value{MINVER}.LGPL-mingw.win32.7z,LGPL} binaries for MinGW, 32-bit build for Pentium IV. @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}@value{MINVER}-mingw.win64.7z,GPL} or @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}@value{MINVER}.LGPL-mingw.win64.7z,LGPL} binaries for MinGW, 64-bit build. @item MathGL utilities with all required DLL files for @uref{http://downloads.sourceforge.net/mathgl/mgl_scripts-@value{VERSION}.win32.7z,32-bit} and @uref{http://downloads.sourceforge.net/mathgl/mgl_scripts-@value{VERSION}.win64.7z,64-bit} versions of MS Windows. @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}@value{MINVER}.eng.pdf,PDF} documentation in English. @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-doc-html-@value{VERSION}@value{MINVER}.7z, Archive} with HTML documentation and figures. @c @item @c @uref{http://downloads.sourceforge.net/mathgl/mathgl_slides-1.9.pdf,PDF} slideshow of main features @end itemize @strong{Font files} There are a set of @uref{http://sourceforge.net/project/showfiles.php?group_id=152187&package_id=267177,font files} for MathGL with following typefaces. Note, that the set of glyphs can be less than in default font. As result not all TeX symbols can be displayed. @itemize @bullet @item @uref{http://downloads.sourceforge.net/mathgl/STIX_font.tgz,STIX} font -- default font for MathGL. @item @uref{http://downloads.sourceforge.net/mathgl/adventor_font.tgz,Adventor font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} sansserif font based on the URW Gothic L family (like Avant Garde Gothic). @item @uref{http://downloads.sourceforge.net/mathgl/bonum_font.tgz,Bonum font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} serif font based on the URW Bookman L family. @item @uref{http://downloads.sourceforge.net/mathgl/chorus_font.tgz,Chorus font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} font based on the URW Chancery L Medium Italic. @item @uref{http://downloads.sourceforge.net/mathgl/cursor_font.tgz,Cursor font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} monospaced serif font based on the URW Nimbus Mono L (like Courier). @item @uref{http://downloads.sourceforge.net/mathgl/heros_font.tgz,Heros font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} sansserif font based on the URW Nimbus Sans L (like Helvetica). @item @uref{http://downloads.sourceforge.net/mathgl/heroscn_font.tgz,HerosCN font} -- the "compressed" version of previous one. @item @uref{http://downloads.sourceforge.net/mathgl/pagella_font.tgz,Pagella font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} serif font based on the URW Palladio L (like Palatino). @item @uref{http://downloads.sourceforge.net/mathgl/schola_font.tgz,Schola font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} serif fonts is based on the URW Century Schoolbook L. @item @uref{http://downloads.sourceforge.net/mathgl/termes_font.tgz,Termes font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} serif fonts is based on the Nimbus Roman No9 L (like Times). @end itemize @external{} @node Other projects, , Download, Website @section Other projects @nav{} Except scientific (non public) projects I also have some general interest projects: @itemize @bullet @item @uref{http://sourceforge.net/projects/pocketmk/, PocketMK} is small program for PocketPC which simulate famous Russian calculators MK-61 and slightly extend it. @item @uref{http://udav.sourceforge.net/,UDAV} is front-end for MGL scripts. It has windows interface for data viewing, changing and plotting. Also it can execute MGL scripts, setup and rotating graphics and so on. @end itemize Also I recommend to look at: @itemize @bullet @item @uref{http://englab.bugfest.net/,EngLab} is a cross-compile mathematical platform with a C like syntax intended to be used both by engineers and users with small programming knowledge. It is extremely scalable and allows users and the community to easily compile their own functions as shared objects. @item @uref{http://threedepict.sourceforge.net/,3Depict} is software for analysis of scientific datasets commonly encountered in atom probe tomography. You can manipulate, interact with and analyse point based datasets. @item @uref{http://www.sourceforge.net/projects/graphplot/,Graphplot} is function plotter based on MathGL. @item @uref{http://www.sourceforge.net/projects/graphplot/,OscillViewer} is oscilloscope monitoring program. Working with L-Card 14-140 AD-Convertor. Based on Qt and MathGL libraries. @end itemize Finally, few links to free software and libraries: @itemize @bullet @item @uref{http://www.thefreecountry.com/,thefreecountry.com} have a lot of Free Programmers', Webmasters' and Security Resources @item @uref{http://gnuwin32.sourceforge.net/,GnuWin} provides ports of tools with a GNU or similar open source license, to modern MS-Windows. @item @uref{http://loll.sourceforge.net/,LLoL} is project collecting, organising, classifying, and maintaining important URLs about Linux and the Open Source movement for all levels of Linux users. The LoLL project now has 4000+ links which are updated usually on a daily basis. @end itemize @external{} mathgl-2.4.1/texinfo/mathgl.js0000664000175000017500000004244013134046534016055 0ustar balakinbalakin/*************************************************************************** * mathgl.js is part of Math Graphic Library * Copyright (C) 2012 Alexey Balakin * * * * This program is free software; you can redistribute it and/or modify * * it under the terms of the GNU Library General Public License as * * published by the Free Software Foundation; either version 3 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 Library General Public * * License along with this program; if not, write to the * * Free Software Foundation, Inc., * * 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. * ***************************************************************************/ var obj; var ctx; var cw,ch; var deg = Math.PI/180; //0.017453293; var main = function() { ctx = document.getElementById("canvas").getContext("2d"); cw = document.getElementById("canvas").width; ch = document.getElementById("canvas").height; ctx.lineCap="round"; // global setting mgl_init("json/alpha.json"); // mgl_init("json/alpha.jsonz"); var t1 = new Date(); mgl_draw_good(obj, ctx); // draw_fast(obj, ctx); var t2 = new Date(); document.getElementById("time").innerHTML = "Drawing time is "+(t2.getTime()-t1.getTime())+" ms. Number of primitives is "+obj.nprim+". Canvas size is "+obj.width+"*"+obj.height+" points."; }; var mglChange = function() { var name = document.getElementById("select").value; mgl_init("json/"+name+".json"); var t1 = new Date(); ctx.clearRect(0,0,cw,ch); mgl_draw_good(obj, ctx); // draw_fast(obj, ctx); var t2 = new Date(); document.getElementById("time").innerHTML = "Drawing time is "+(t2.getTime()-t1.getTime())+" ms. Number of primitives is "+obj.nprim; } // mouse handling functions var mglMouseUp = function() { obj.button = 0; obj.good = 0; ctx.clearRect(0,0,cw,ch); mgl_draw_good(obj, ctx); } var mglMouseDown = function(event) { obj.good = 1; obj.mouseX = event.clientX; obj.mouseY = event.clientY; obj.button = event.button+1; } var mglMouseMove = function(event) { var x = event.clientX-obj.mouseX; var y = event.clientY-obj.mouseY; switch(obj.button) { case 1: // rotate mgl_rotate_down(obj, y*180/ch); mgl_rotate_left(obj, x*180/cw); break; case 2: // shift mgl_shift_down(obj, y/ch); mgl_shift_right(obj, x/cw); break; case 3: // zoom mgl_zoom_in(obj, Math.pow(1.003,x)); break; } if(obj.button) { obj.mouseX += x; obj.mouseY += y; mgl_draw(obj, ctx); } } var mglMouseWheel = function(event) { // var e = window.event; var d = event.wheelDelta? event.wheelDelta:event.detail*(-120); mgl_zoom_in(obj, Math.pow(1.002,d)); mgl_draw(obj, ctx); } var mglRestore = function() { mgl_restore(obj); ctx.clearRect(0,0,cw,ch); mgl_draw_good(obj,ctx); } // The function load data and set up rotation/zoom state var mgl_init = function(name) { // now obtain JSON data var req = new XMLHttpRequest(), txt; req.open( "GET", name, false ); req.overrideMimeType('text\/plain; charset=x-user-defined'); /* req.responseType = "arraybuffer"; req.onload = function (oEvent) { var arrayBuffer = req.response; // Note: not oReq.responseText console.debug("arrayBuffer=",arrayBuffer); if (arrayBuffer) { var compressed = new Uint8Array(arrayBuffer); console.debug("compressed=",compressed); // var gunzip = new Zlib.Gunzip(compressed); // txt = gunzip.decompress(); var inflate = new Zlib.Inflate(arrayBuffer); txt = inflate.decompress(); } };*/ req.send(null); // if(name[name.length-1]!='z') txt = req.responseText; // else // { // console.debug("compressed=",req.responseText); // var inflate = new Zlib.Inflate(req.responseText); // txt = inflate.decompress(); // } obj = JSON.parse(txt); // copy original data for transformation obj.pp = new Array(); for(var i=0;iMath.PI/2) t += Math.PI; } else t=0; var c=Math.cos(t), s=Math.sin(t), d=prim[6]/200; var b=[d*c, d*s, d*s, -d*c, obj.pp[n1][0],obj.pp[n1][1]]; var x=obj.coor[n2][0]*scl/100, y=obj.coor[n2][1]*scl/100, f=prim[8]*scl/1e5; if(n3&8) { if(!(n3&4)) mgl_line_glyph(ctx, x,y, f,1,b); else mgl_line_glyph(ctx, x,y, f,0,b); } else { if(!(n3&4)) mgl_fill_glyph(ctx, x,y, f,obj.glfs[n4],b); else mgl_wire_glyph(ctx, x,y, f,obj.glfs[n4],b); } break; } } // This function change coordinates according current transformations // Usually this Function is called internally by draw() var mgl_prepare = function(obj, skip) { // fill transformation matrix if(!skip) { var dx = 1/Math.abs(obj.z[1]-obj.z[0]); var dy = 1/Math.abs(obj.z[3]-obj.z[2]); var cx=Math.cos(obj.tet*deg), sx=Math.sin(obj.tet*deg); // tetx var cy=Math.cos(obj.phi*deg), sy=Math.sin(obj.phi*deg); // tety var cz=Math.cos(obj.bet*deg), sz=Math.sin(obj.bet*deg); // tetz obj.b = [obj.dx*dx*cx*cy, -obj.dx*dx*cy*sx, obj.dx*dx*sy, obj.dy*dy*(cx*sy*sz+cz*sx), obj.dy*dy*(cx*cz-sx*sy*sz), -obj.dy*dy*cy*sz, sx*sz-cx*cz*sy, cx*sz+cz*sx*sy, cy*cz, cw/2*(1+dx-obj.z[1]-obj.z[0])/dx, ch/2*(1+dy-obj.z[3]-obj.z[2])/dy, obj.depth/2, obj.dx*dx,obj.dy*dy,1]; } // now transform points for found transformation matrix var b = obj.b, i; for(i=0;i=0) // TODO: check later when mglInPlot will be ready obj.pp[i] = [b[9] + b[0]*x + b[1]*y + b[2]*z, b[10] + b[3]*x + b[4]*y + b[5]*z, b[11] + b[6]*x + b[7]*y + b[8]*z]; else obj.pp[i] = [b[9]+b[12]*x,b[10]+b[13]*y,b[11]+b[14]*z]; } if(obj.pf) for(var i=0;i=0) // TODO: check later when mglInPlot will be ready { obj.pp[i][0] = d*obj.pp[i][0] + (1-d)/2*obj.width; obj.pp[i][1] = d*obj.pp[i][1] + (1-d)/2*obj.height; } } // fill z-coordinates for primitives if(!obj.fast) { for(i=0;i' ctx.moveTo(x-s/2,y-s); ctx.lineTo(x-s/2,y+s); ctx.lineTo(x+s,y); ctx.closePath(); ctx.stroke(); break; // case 46: // '.' default: ctx.rect(x,y,1,1); ctx.fill(); break; } } // This function for internal use only!!! var mgl_fill_glyph = function(ctx, x,y, f,g,b) { var xx,yy,j; var np=0; ctx.beginPath(); for(j=0;j @end html @ @ @ref{Main, Main page}@* @ @ @ref{News}@* @ @ @ref{Pictures}@* @ @ @ref{Download}@* @comment @ @ @ref{Download} @html
Google Groups
MathGL
@end html @end macro @macro external {} @html

@comment
SourceForge.net Logo thefreecountry.com: Free Programmers' Resources, Free Webmasters' Resources, Free Security Resources, Free Software Support This Project
@end html @end macro @macro fig {fname,text} @center @image{../\fname\, 11cm, , \text\, png} @end macro @macro pfig {fname,text} @uref{../pdf/\fname\.pdf, @image{../png/\fname\, 11cm, , \text\, png}} @c @center @image{../png/\fname\, 11cm, , \text\ См. также пример @uref{../pdf/\fname\.pdf, 3D PDF}, .png} @end macro @macro ufig {fname,width,text} @center @image{../udav/\fname\, \width\cm, , \text\, png} @end macro @macro sfig {plot,text} @ref{\text\, @image{../small/\plot\-sm,3cm, , , png}} @end macro @macro sref {arg} См. раздел @ref{\arg\}, для примеров кода и графика. @end macro @node Website, Overview, , Top @include web_ru.texi @node Overview, Examples, Website, Top @include overview_ru.texi @node Examples, General concepts, Overview, Top @include example_ru.texi @node General concepts, MathGL core, Examples, Top @include concept_ru.texi @node MathGL core, Widget classes, General concepts, Top @include core_ru.texi @node Widget classes, Data processing, MathGL core, Top @include widget_ru.texi @node Data processing, MGL scripts, Widget classes, Top @include data_ru.texi @node MGL scripts, UDAV, Data processing, Top @include parse_ru.texi @node UDAV, Other classes, MGL scripts, Top @include udav_ru.texi @node Other classes, Symbols and hot-keys, UDAV, Top @include other_ru.texi @node Symbols and hot-keys, File formats, Other classes, Top @appendix Symbols and hot-keys @include symbols_ru.texi @node File formats, TeX-like symbols, Symbols and hot-keys, Top @appendix File formats @include formats_ru.texi @node TeX-like symbols, Plotting time, File formats, Top @appendix Символы TeX @include appendix_ru.texi @node Plotting time, Copying This Manual, TeX-like symbols, Top @appendix Время отрисовки @nav{} В таблице показаны времена создания графика для всех примеров из файла @uref{http://sourceforge.net/p/mathgl/code/HEAD/tree/mathgl-2x/examples/samples.cpp, examples/samples.cpp}. Тест выполнен на моем ноутбуке (i5-2430M) с 64-bit Debian. Несколько слов о скорости. Во-первых, прямое рисование в память (Quality=4,5,6) быстрее буферизованного (Quality=0,1,2), но иногда результат некоректен (см. @ref{cloud}) и пропадает возможность экспорта в векторные и 3d форматы (например, EPS, SVG, PDF, ...). Во-вторых, обычно картинка худшего качества рисуется быстрее, т.е. Quality=1 быстрее Quality=2, и Quality=0 быстрее Quality=1. Однако, если график содержит множество граней (например @ref{cloud}, @ref{surf3}, @ref{pipe}, @ref{dew}), то Quality=0 может быть достаточно медленным, особенно для маленьких картинок. Наконец, картинки меньшего размера рисуются быстрее. Результаты для изображения размером 800*600 (по умолчанию). @include time.texi Результаты для изображения размером 1920*1440 (для печати) @include time_big.texi @node Copying This Manual, Index, Plotting time, Top @appendix GNU Free Documentation License @include fdl.texi @node Index, , Copying This Manual, Top @unnumbered Index @printindex cp @bye mathgl-2.4.1/texinfo/udav/0000775000175000017500000000000013134046534015176 5ustar balakinbalakinmathgl-2.4.1/texinfo/udav/udav_help.png0000664000175000017500000031417613134046534017667 0ustar balakinbalakinPNG  IHDR:sBIT|d pHYs~tEXtDescription????? ????: udavFw9 IDATxwxT!-*b;""6ĊQ@D,ABb] t2ɒM#J꒿.E!χG$+3?-u=ŋQ>|ŋpw( ;vbr*?mYjV:g_]BQF3,]1[Q *Æ`@u&LG0qbexrb[5۝1N|6b0k\EddƏg]E{׮]ƛ F;֬Nz w˗//Ѿ;wq +>k-^RXdl>yG{%KZgǎ:uѠ^=ڶmɓ'ٹs'I=Xk+V`޽$ !R[:CJJW>Ɓ*,.oǓʔVƁdff0n8֬^;[I5TŎj`H`Lzԭ 1 ,C!UrHKMl6c˲۽֮YKlV4/9@fj ;tZ0(:cvl޼@y/&??xEQ8x0vC_{͑MVz*C^| Ya$Ɲf0o%5>/t4G6C_{D.@>9]CzZ*`IN{gϞ,p zDBqU),x8n'#=ׇδiJ[.y!cܹvR筅cp0&G}ukݜNqx٨&Mв6_olIJD6(J6Lng۰; X X'0hBxi͖͛('RRR믿 Ƞi&GD_ vkQGaϞ=DGG{=J5SZ232.jBTr˷~_xW0Ïp:LSΥJ[VҥKŗ|5c& ~<wY)vi٪?nBUtΞMlWU(t]%6¼yo0gpb>ONHKKcժ+E&-GO?Ѡzr:ƞ-B4"##,\ c>Y'v_,:@JR'##Ps/O?4i o#΄  f'ٲekGrIT ÏQV-23 ]ZH̛}ʻ#FApp0͚5㕡gZ`3ax>9jժp~;.CFhh%=^zL|}}W>cǍ]6$'%zms{;0L0:_}En .p}^p^[Mt:ի˗-ĉ91ztBq5*.[4-/fZX:v"3-ĝ9kI+q=36I-WBfOKO2zu{]r"+uN˨ /فiĞeϞr}qdq:4jl6c4ٱcDG7$*2DcBZ __?TIFz:g<ɛb!"VN'gtwm}}~͚5TltOjJreY}|T% _?TUrAٳdef^ELpF#v-7GV->8+08P,+rm#%,)4|N,RϒYU>yBtY:i=Hkjx9u9B\}.fnyQC>z@Qj:! `tB@ſTl.wbOsP Ԫ]mXΜ>MRvFEB!H ŞE={﹇5j_LfǎG7B!JbWCyXF\ 4@Q\unk B@=dZ(|9s =rT4 ֩CDD!er=!Buw&}l60:I^=B-s-Q ~%{%,%s233l8NF#V___LFcB+~1Z ]ױee(]ՅB\.fny%Q5ٛrZVIEl2a )S!>WZ9R]j!bW|9IX'B!B H/B!B ~!B!B_!B!_!B!%B!B! 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It also encapsulates parameters for axes drawing. Moreover an arbitrary coordinate transformation can be used for each axis. Additional information about colors, fonts, formula parsing can be found in @ref{General concepts}. The full list of symbols used by MathGL for setting up plots can be found in @ref{Symbols for styles}. @end ifset @ifclear UDAV The core of MathGL is @strong{mglGraph} class defined in @code{#include }. It contains a lot of plotting functions for 1D, 2D and 3D data. It also encapsulates parameters for axes drawing. Moreover an arbitrary coordinate transformation can be used for each axis. All plotting functions use data encapsulated in mglData class (see @ref{Data processing}) that allows to check sizes of used arrays easily. Also it have many functions for data handling: modify it by formulas, find momentums and distribution (histogram), apply operator (differentiate, integrate, transpose, Fourier and so on), change data sizes (interpolate, squeeze, crop and so on). Additional information about colors, fonts, formula parsing can be found in @ref{General concepts} and @ref{Other classes}. @end ifclear Some of MathGL features will appear only in novel versions. To test used MathGL version you can use following function. @anchor{version} @deftypefn {MGL command} {} version 'ver' @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{bool} CheckVersion (@code{const char *}ver) static @deftypefnx {C function} @code{int} mgl_check_version (@code{const char *}ver) @end ifclear Return zero if MathGL version is appropriate for required by @var{ver}, i.e. if major version is the same and minor version is greater or equal to one in @var{ver}. @end deftypefn @menu * Constructor:: * Graphics setup:: * Axis settings:: * Subplots and rotation:: * Export picture:: * Background:: * Primitives:: * Text printing:: * Axis and Colorbar:: * Legend:: * 1D plotting:: * 2D plotting:: * 3D plotting:: * Dual plotting:: * Vector fields:: * Other plotting:: * Nonlinear fitting:: * Data manipulation:: @c * IDTF functions:: @end menu @c ################################################################## @external{} @node Constructor, Graphics setup, , MathGL core @section Create and delete objects @nav{} @ifclear UDAV @deftypefn {Constructor on @code{mglGraph}} {} mglGraph (@code{int} kind=@code{0}, @code{int} width=@code{600}, @code{int} height=@code{400}) @deftypefnx {Constructor on @code{mglGraph}} {} mglGraph (@code{const mglGraph &}gr) @deftypefnx {Constructor on @code{mglGraph}} {} mglGraph (@code{HMGL} gr) @deftypefnx {C function} @code{HMGL} mgl_create_graph (@code{int} width, @code{int} height) @deftypefnx {C function} @code{HMGL} mgl_create_graph_gl () Creates the instance of class mglGraph with specified sizes @var{width} and @var{height}. Parameter @var{kind} may have following values: @samp{0} -- use default plotter, @samp{1} -- use OpenGL plotter. @end deftypefn @deftypefn {Destructor on @code{mglGraph}} {} ~mglGraph () @deftypefnx {C function} @code{HMGL} mgl_delete_graph (@code{HMGL} gr) Deletes the instance of class mglGraph. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{HMGL} Self () Returns the pointer to internal object of type @code{HMGL}. @end deftypefn @end ifclear @ifset UDAV You don't need to create canvas object in MGL. @end ifset @c ################################################################## @external{} @node Graphics setup, Axis settings, Constructor, MathGL core @section Graphics setup @nav{} @cindex MathGL setup Functions and variables in this group influences on overall graphics appearance. So all of them should be placed @emph{before} any actual plotting function calls. @anchor{reset} @deftypefn {MGL command} {} reset @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} DefaultPlotParam () @deftypefnx {C function} @code{void} mgl_set_def_param (@code{HMGL} gr) @end ifclear Restore initial values for all of parameters and clear the image. @end deftypefn @menu * Transparency:: * Lighting:: * Fog:: * Default sizes:: * Cutting:: * Font settings:: * Palette and colors:: * Masks:: * Error handling:: * Stop drawing:: @end menu @c ================================================================== @external{} @node Transparency, Lighting, , Graphics setup @subsection Transparency @nav{} @cindex Alpha @ifclear UDAV @cindex SetAlphaDef @cindex SetTranspType @end ifclear @cindex AlphaDef @cindex TranspType There are several functions and variables for setup transparency. The general function is @ref{alpha} which switch on/off the transparency for overall plot. It influence only for graphics which created after @ref{alpha} call (with one exception, OpenGL). Function @ref{alphadef} specify the default value of alpha-channel. Finally, function @ref{transptype} set the kind of transparency. @sref{Transparency and lighting} @anchor{alpha} @deftypefn {MGL command} {} alpha @code{[val=on]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Alpha (@code{bool} enable) @deftypefnx {C function} @code{void} mgl_set_alpha (@code{HMGL} gr, @code{int} enable) @end ifclear Sets the transparency on/off and returns previous value of transparency. It is recommended to call this function before any plotting command. Default value is transparency off. @end deftypefn @anchor{alphadef} @deftypefn {MGL command} {} alphadef @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetAlphaDef (@code{mreal} val) @deftypefnx {C function} @code{void} mgl_set_alpha_default (@code{HMGL} gr, @code{mreal} alpha) @end ifclear Sets default value of alpha channel (transparency) for all plotting functions. Initial value is 0.5. @end deftypefn @anchor{transptype} @deftypefn {MGL command} {} transptype @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetTranspType (@code{int} type) @deftypefnx {C function} @code{void} mgl_set_transp_type (@code{HMGL} gr, @code{int} type) @end ifclear Set the type of transparency. Possible values are: @itemize @bullet @item Normal transparency (@samp{0}) -- below things is less visible than upper ones. It does not look well in OpenGL mode (mglGraphGL) for several surfaces. @item Glass-like transparency (@samp{1}) -- below and upper things are commutable and just decrease intensity of light by RGB channel. @item Lamp-like transparency (@samp{2}) -- below and upper things are commutable and are the source of some additional light. I recommend to set @code{SetAlphaDef(0.3)} or less for lamp-like transparency. @end itemize @sref{Types of transparency}. @end deftypefn @c ================================================================== @external{} @node Lighting, Fog, Transparency, Graphics setup @subsection Lighting @nav{} @ifclear UDAV @cindex SetAmbient @cindex AddLight @end ifclear @cindex Light @cindex Ambient There are several functions for setup lighting. The general function is @ref{light} which switch on/off the lighting for overall plot. It influence only for graphics which created after @ref{light} call (with one exception, OpenGL). Generally MathGL support up to 10 independent light sources. But in OpenGL mode only 8 of light sources is used due to OpenGL limitations. The position, color, brightness of each light source can be set separately. By default only one light source is active. It is source number @code{0} with white color, located at top of the plot. @sref{Lighting sample} @anchor{light} @deftypefn {MGL command} {} light @code{[val=on]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{bool} Light (@code{bool} enable) @deftypefnx {C function} @code{void} mgl_set_light (@code{HMGL} gr, @code{int} enable) @end ifclear Sets the using of light on/off for overall plot. Function returns previous value of lighting. Default value is lightning off. @end deftypefn @deftypefn {MGL command} {} light @code{num} @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Light (@code{int} n, @code{bool} enable) @deftypefnx {C function} @code{void} mgl_set_light_n (@code{HMGL} gr, @code{int} n, @code{int} enable) @end ifclear Switch on/off @var{n}-th light source separately. @end deftypefn @deftypefn {MGL command} {} light @code{num xdir ydir zdir} ['col'='w' @code{br=0.5}] @deftypefnx {MGL command} {} light @code{num xdir ydir zdir xpos ypos zpos} ['col'='w' @code{br=0.5 ap=0}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} AddLight (@code{int} n, @code{mglPoint} d, @code{char} c=@code{'w'}, @code{mreal} bright=@code{0.5}, @code{mreal} ap=@code{0}) @deftypefnx {Method on @code{mglGraph}} @code{void} AddLight (@code{int} n, @code{mglPoint} r, @code{mglPoint} d, @code{char} c=@code{'w'}, @code{mreal} bright=@code{0.5}, @code{mreal} ap=@code{0}) @deftypefnx {C function} @code{void} mgl_add_light (@code{HMGL} gr, @code{int} n, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz) @deftypefnx {C function} @code{void} mgl_add_light_ext (@code{HMGL} gr, @code{int} n, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{char} c, @code{mreal} bright, @code{mreal} ap) @deftypefnx {C function} @code{void} mgl_add_light_loc (@code{HMGL} gr, @code{int} n, @code{mreal} rx, @code{mreal} ry, @code{mreal} rz, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{char} c, @code{mreal} bright, @code{mreal} ap) @end ifclear The function adds a light source with identification @var{n} in direction @var{d} with color @var{c} and with brightness @var{bright} (which must be in range [0,1]). If position @var{r} is specified and isn't NAN then light source is supposed to be local otherwise light source is supposed to be placed at infinity. @end deftypefn @anchor{diffuse} @deftypefn {MGL command} {} diffuse @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetDiffuse (@code{mreal} bright) @deftypefnx {C function} @code{void} mgl_set_difbr (@code{HMGL} gr, @code{mreal} bright) @end ifclear Set brightness of diffusive light (only for local light sources). @end deftypefn @anchor{ambient} @deftypefn {MGL command} {} ambient @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetAmbient (@code{mreal} bright=@code{0.5}) @deftypefnx {C function} @code{void} mgl_set_ambbr (@code{HMGL} gr, @code{mreal} bright) @end ifclear Sets the brightness of ambient light. The value should be in range [0,1]. @end deftypefn @anchor{attachlight} @deftypefn {MGL command} {} attachlight @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} AttachLight (@code{bool} val) @deftypefnx {C function} @code{void} mgl_set_attach_light (@code{HMGL} gr, @code{int} val) @end ifclear Set to attach light settings to @ref{inplot}/@ref{subplot}. Note, OpenGL and some output formats don't support this feature. @end deftypefn @c ================================================================== @external{} @node Fog, Default sizes, Lighting, Graphics setup @subsection Fog @nav{} @cindex Fog @anchor{fog} @deftypefn {MGL command} {} fog @code{val [dz=0.25]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Fog (@code{mreal} d, @code{mreal} dz=@code{0.25}) @deftypefnx {C function} @code{void} mgl_set_fog (@code{HMGL} gr, @code{mreal} d, @code{mreal} dz) @end ifclear Function imitate a fog in the plot. Fog start from relative distance @var{dz} from view point and its density growths exponentially in depth. So that the fog influence is determined by law ~ 1-exp(-@emph{d*z}). Here @emph{z} is normalized to 1 depth of the plot. If value @var{d}=@code{0} then the fog is absent. Note, that fog was applied at stage of image creation, not at stage of drawing. @sref{Adding fog} @end deftypefn @c ================================================================== @external{} @node Default sizes, Cutting, Fog, Graphics setup @subsection Default sizes @nav{} @ifclear UDAV @cindex SetBarWidth @cindex SetMarkSize @cindex SetArrowSize @cindex SetMeshNum @cindex SetPlotId @end ifclear @cindex BarWidth @cindex MarkSize @cindex ArrowSize @cindex MeshNum These variables control the default (initial) values for most graphics parameters including sizes of markers, arrows, line width and so on. As any other settings these ones will influence only on plots created after the settings change. @anchor{barwidth} @deftypefn {MGL command} {} barwidth @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetBarWidth ( @code{mreal} val) @deftypefnx {C function} @code{void} mgl_set_bar_width (@code{HMGL} gr, @code{mreal} val) @end ifclear Sets relative width of rectangles in @ref{bars}, @ref{barh}, @ref{boxplot}, @ref{candle}, @ref{ohlc}. Default value is @code{0.7}. @end deftypefn @anchor{marksize} @deftypefn {MGL command} {} marksize @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetMarkSize (@code{mreal} val) @deftypefnx {C function} @code{void} mgl_set_mark_size (@code{HMGL} gr, @code{mreal} val) @end ifclear Sets size of marks for @ref{1D plotting}. Default value is @code{1}. @end deftypefn @anchor{arrowsize} @deftypefn {MGL command} {} arrowsize @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetArrowSize (@code{mreal} val) @deftypefnx {C function} @code{void} mgl_set_arrow_size (@code{HMGL} gr, @code{mreal} val) @end ifclear Sets size of arrows for @ref{1D plotting}, lines and curves (see @ref{Primitives}). Default value is @code{1}. @end deftypefn @anchor{meshnum} @anchor{MeshNum} @deftypefn {MGL command} {} meshnum @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetMeshNum (@code{int} val) @deftypefnx {C function} @code{void} mgl_set_meshnum (@code{HMGL} gr, @code{int} num) @end ifclear Sets approximate number of lines in @ref{mesh}, @ref{fall}, @ref{grid2}, and also the number of hachures in @ref{vect}, @ref{dew}, and the number of cells in @ref{cloud}, and the number of markers in @ref{plot}, @ref{tens}, @ref{step}, @ref{mark}, @ref{textmark}. By default (=0) it draws all lines/hachures/cells/markers. @end deftypefn @anchor{facenum} @deftypefn {MGL command} {} facenum @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetFaceNum (@code{int} val) @deftypefnx {C function} @code{void} mgl_set_facenum (@code{HMGL} gr, @code{int} num) @end ifclear Sets approximate number of visible faces. Can be used for speeding up drawing by cost of lower quality. By default (=0) it draws all of them. @end deftypefn @anchor{plotid} @deftypefn {MGL command} {} plotid 'id' @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetPlotId (@code{const char *}id) @deftypefnx {C function} @code{void} mgl_set_plotid (@code{HMGL} gr, @code{const char *}id) @end ifclear Sets default name @var{id} as filename for saving (in FLTK window for example). @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{const char *} GetPlotId () @deftypefnx {C function only} @code{const char *} mgl_get_plotid (@code{HMGL} gr) @deftypefnx {Fortran subroutine} @code{} mgl_get_plotid (@code{long} gr, @code{char *}out, @code{int} len) Gets default name @var{id} as filename for saving (in FLTK window for example). @end deftypefn @end ifclear @anchor{pendelta} @deftypefn {MGL command} {} pendelta @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetPenDelta (@code{double} val) @deftypefnx {C function} @code{void} mgl_pen_delta (@code{HMGL} gr, @code{double} val) @end ifclear Changes the blur around lines and text (default is 1). For @var{val}>1 the text and lines are more sharped. For @var{val}<1 the text and lines are more blurred. @end deftypefn @c ================================================================== @external{} @node Cutting, Font settings, Default sizes, Graphics setup @subsection Cutting @nav{} @ifclear UDAV @cindex SetCut @cindex SetCutBox @cindex CutOff @end ifclear @cindex Cut These variables and functions set the condition when the points are excluded (cutted) from the drawing. Note, that a point with NAN value(s) of coordinate or amplitude will be automatically excluded from the drawing. @sref{Cutting sample} @anchor{cut} @deftypefn {MGL command} {} cut @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetCut (@code{bool} val) @deftypefnx {C function} @code{void} mgl_set_cut (@code{HMGL} gr, @code{int} val) @end ifclear Flag which determines how points outside bounding box are drawn. If it is @code{true} then points are excluded from plot (it is default) otherwise the points are projected to edges of bounding box. @end deftypefn @deftypefn {MGL command} {} cut @code{x1 y1 z1 x2 y2 z2} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetCutBox (@code{mglPoint} p1, @code{mglPoint} p1) @deftypefnx {C function} @code{void} mgl_set_cut_box (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2) @end ifclear Lower and upper edge of the box in which never points are drawn. If both edges are the same (the variables are equal) then the cutting box is empty. @end deftypefn @deftypefn {MGL command} {} cut 'cond' @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} CutOff (@code{const char *}cond) @deftypefnx {C function} @code{void} mgl_set_cutoff (@code{HMGL} gr, @code{const char *}cond) @end ifclear Sets the cutting off condition by formula @var{cond}. This condition determine will point be plotted or not. If value of formula is nonzero then point is omitted, otherwise it plotted. Set argument as @code{""} to disable cutting off condition. @end deftypefn @c ================================================================== @external{} @node Font settings, Palette and colors, Cutting, Graphics setup @subsection Font settings @nav{} @ifclear UDAV @cindex SetFontSize @cindex SetFontDef @cindex SetRotatedText @cindex SetFontSizePT @cindex SetFontSizeCM @cindex SetFontSizeIN @cindex LoadFont @cindex CopyFont @cindex RestoreFont @end ifclear @cindex Font @cindex RotateText @anchor{font} @deftypefn {MGL command} {} font 'fnt' [@code{val=6}] Font style for text and labels (see text). Initial style is 'fnt'=':rC' give Roman font with centering. Parameter @code{val} sets the size of font for tick and axis labels. Default font size of axis labels is 1.4 times large than for tick labels. For more detail, see @ref{Font styles}. @end deftypefn @anchor{rotatetext} @deftypefn {MGL command} {} rotatetext @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetRotatedText (@code{bool} val) @deftypefnx {C function} @code{void} mgl_set_rotated_text (@code{HMGL} gr, @code{int} val) @end ifclear Sets to use or not text rotation. @end deftypefn @anchor{loadfont} @deftypefn {MGL command} {} loadfont ['name'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} LoadFont (@code{const char *}name, @code{const char *}path=@code{""}) @deftypefnx {C function} @code{void} mgl_load_font (@code{HMGL} gr, @code{const char *}name, @code{const char *}path) @end ifclear Load font typeface from @var{path}/@var{name}. Empty name will load default font. @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{void} SetFontDef (@code{const char *}fnt) @deftypefnx {C function} @code{void} mgl_set_font_def (@code{HMGL} gr, @code{const char *} val) Sets the font specification (see @ref{Text printing}). Default is @samp{rC} -- Roman font centering. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SetFontSize (@code{mreal} val) @deftypefnx {C function} @code{void} mgl_set_font_size (@code{HMGL} gr, @code{mreal} val) Sets the size of font for tick and axis labels. Default font size of axis labels is 1.4 times large than for tick labels. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SetFontSizePT (@code{mreal} cm, @code{int} dpi=@code{72}) Set FontSize by size in pt and picture DPI (default is 16 pt for dpi=72). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{inline void} SetFontSizeCM (@code{mreal} cm, @code{int} dpi=@code{72}) Set FontSize by size in centimeters and picture DPI (default is 0.56 cm = 16 pt). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{inline void} SetFontSizeIN (@code{mreal} cm, @code{int} dpi=@code{72}) Set FontSize by size in inch and picture DPI (default is 0.22 in = 16 pt). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} CopyFont (@code{mglGraph *} from) @deftypefnx {C function} @code{void} mgl_copy_font (@code{HMGL} gr, @code{HMGL} gr_from) Copy font data from another @code{mglGraph} object. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} RestoreFont () @deftypefnx {C function} @code{void} mgl_restore_font (@code{HMGL} gr) Restore font data to default typeface. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SetDefFont (@code{const char *}name, @code{const char *}path=@code{""}) static @deftypefnx {C function} @code{void} mgl_def_font (@code{const char *}name, @code{const char *}path) Load default font typeface (for all newly created HMGL/mglGraph objects) from @var{path}/@var{name}. @end deftypefn @end ifclear @c ================================================================== @external{} @node Palette and colors, Masks, Font settings, Graphics setup @subsection Palette and colors @nav{} @ifclear UDAV @cindex SetPalette @end ifclear @cindex Palette @anchor{palette} @deftypefn {MGL command} {} palette 'colors' @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetPalette (@code{const char *}colors) @deftypefnx {C function} @code{void} mgl_set_palette (@code{HMGL} gr, @code{const char *}colors) @end ifclear Sets the palette as selected colors. Default value is @code{"Hbgrcmyhlnqeup"} that corresponds to colors: dark gray @samp{H}, blue @samp{b}, green @samp{g}, red @samp{r}, cyan @samp{c}, magenta @samp{m}, yellow @samp{y}, gray @samp{h}, blue-green @samp{l}, sky-blue @samp{n}, orange @samp{q}, yellow-green @samp{e}, blue-violet @samp{u}, purple @samp{p}. The palette is used mostly in 1D plots (see @ref{1D plotting}) for curves which styles are not specified. Internal color counter will be nullified by any change of palette. This includes even hidden change (for example, by @ref{box} or @ref{axis} functions). @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{void} SetDefScheme (@code{const char *}sch) @deftypefnx {C function} @code{void} mgl_set_def_sch (@code{HMGL} gr, @code{const char *}sch) Sets the @var{sch} as default color scheme. Default value is @code{"BbcyrR"}. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SetColor (@code{char} id, @code{mreal} r, @code{mreal} g, @code{mreal} b) static @deftypefnx {C function} @code{void} mgl_set_color (@code{char} id, @code{mreal} r, @code{mreal} g, @code{mreal} b) Sets RGB values for color with given @var{id}. This is global setting which influence on any later usage of symbol @var{id}. @end deftypefn @end ifclear @anchor{gray} @deftypefn {MGL command} {} gray [@code{val=on}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Gray (@code{bool} enable) @deftypefnx {C function} @code{void} mgl_set_gray (@code{HMGL} gr, @code{int} enable) @end ifclear Sets the gray-scale mode on/off. @end deftypefn @c ================================================================== @external{} @node Masks, Error handling, Palette and colors, Graphics setup @subsection Masks @nav{} @cindex SetMask @cindex SetMaskAngle @anchor{mask} @deftypefn {MGL command} {} mask 'id' 'hex' @deftypefnx {Команда MGL} {} mask 'id' hex @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetMask (@code{char} id, @code{const char *}hex) @deftypefnx {Method on @code{mglGraph}} @code{void} SetMask (@code{char} id, @code{uint64_t} hex) @deftypefnx {C function} @code{void} mgl_set_mask (@code{HMGL} gr, @code{const char *}hex) @deftypefnx {C function} @code{void} mgl_set_mask_val (@code{HMGL} gr, @code{uint64_t} hex) @end ifclear Sets new bit matrix @var{hex} of size 8*8 for mask with given @var{id}. This is global setting which influence on any later usage of symbol @var{id}. The predefined masks are (see @ref{Color scheme}): @samp{-} is 000000FF00000000, @samp{+} is 080808FF08080808, @samp{=} is 0000FF00FF000000, @samp{;} is 0000007700000000, @samp{o} is 0000182424180000, @samp{O} is 0000183C3C180000, @samp{s} is 00003C24243C0000, @samp{S} is 00003C3C3C3C0000, @samp{~} is 0000060990600000, @samp{<} is 0060584658600000, @samp{>} is 00061A621A060000, @samp{j} is 0000005F00000000, @samp{d} is 0008142214080000, @samp{D} is 00081C3E1C080000, @samp{*} is 8142241818244281, @samp{^} is 0000001824420000. @end deftypefn @deftypefn {MGL command} {} mask angle @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetMaskAngle (@code{int} angle) @deftypefnx {C function} @code{void} mgl_set_mask_angle (@code{HMGL} gr, @code{int} angle) @end ifclear Sets the default rotation angle (in degrees) for masks. Note, you can use symbols @samp{\}, @samp{/}, @samp{I} in color scheme for setting rotation angles as 45, -45 and 90 degrees correspondingly. @end deftypefn @c ================================================================== @external{} @node Error handling, Stop drawing, Masks, Graphics setup @subsection Error handling @nav{} @ifset UDAV All warnings will be displayed automatically in special tool-window or in console. @end ifset @ifclear UDAV @cindex Message @cindex SetWarn @cindex GetWarn Normally user should set it to zero by @code{SetWarn(0);} before plotting and check if @code{GetWarn()} or @code{Message()} return non zero after plotting. Only last warning will be saved. All warnings/errors produced by MathGL is not critical -- the plot just will not be drawn. By default, all warnings are printed in stderr. You can disable it by using @code{mgl_suppress_warn(true);}. @deftypefn {Method on @code{mglGraph}} @code{void} SetWarn (@code{int} code, @code{const char *}info=@code{""}) @deftypefnx {C function} @code{void} mgl_set_warn (@code{HMGL} gr, @code{int} code, @code{const char *}info) Set warning code. Normally you should call this function only for clearing the warning state, i.e. call @code{SetWarn(0);}. Text @var{info} will be printed as is if @var{code}<0. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{const char *}Message () @deftypefnx {C function only} @code{const char *}mgl_get_mess (@code{HMGL} gr) @deftypefnx {Fortran subroutine} @code{} mgl_get_mess (@code{long} gr, @code{char *}out, @code{int} len) Return messages about matters why some plot are not drawn. If returned string is empty then there are no messages. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{int} GetWarn () @deftypefnx {C function} @code{int} mgl_get_warn (@code{HMGL} gr) Return the numerical ID of warning about the not drawn plot. Possible values are: @table @code @item mglWarnNone=0 Everything OK @item mglWarnDim Data dimension(s) is incompatible @item mglWarnLow Data dimension(s) is too small @item mglWarnNeg Minimal data value is negative @item mglWarnFile No file or wrong data dimensions @item mglWarnMem Not enough memory @item mglWarnZero Data values are zero @item mglWarnLeg No legend entries @item mglWarnSlc Slice value is out of range @item mglWarnCnt Number of contours is zero or negative @item mglWarnOpen Couldn't open file @item mglWarnLId Light: ID is out of range @item mglWarnSize Setsize: size(s) is zero or negative @item mglWarnFmt Format is not supported for that build @item mglWarnTern Axis ranges are incompatible @item mglWarnNull Pointer is NULL @item mglWarnSpc Not enough space for plot @item mglScrArg Wrong argument(s) of a command in MGL script @item mglScrCmd Wrong command in MGL script @item mglScrLong Too long line in MGL script @item mglScrStr Unbalanced ' in MGL script @item mglScrTemp Change temporary data in MGL script @end table @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SuppressWarn (@code{bool} state) static @deftypefnx {C function} @code{void} mgl_suppress_warn (@code{int} state) Disable printing warnings to @code{stderr} if @var{state} is nonzero. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SetGlobalWarn (@code{const char *}info) static @deftypefnx {C function} @code{void} mgl_set_global_warn (@code{const char *}info) Set warning message @var{info} for global scope. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{const char *} GlobalWarn () static @deftypefnx {C function} @code{const char *} mgl_get_global_warn () Get warning message(s) for global scope. @end deftypefn @end ifclear @c ================================================================== @external{} @node Stop drawing, , Error handling, Graphics setup @subsection Stop drawing @nav{} @ifset UDAV You can use @ref{stop} command or press corresponding toolbutton to stop drawing and script execution. @end ifset @ifclear UDAV @cindex Stop @cindex NeedStop @cindex SetEventFunc @deftypefn {Method on @code{mglGraph}} @code{void} Stop (@code{bool} stop=@code{true}) @deftypefnx {C function only} @code{void} mgl_ask_stop (@code{HMGL} gr, @code{int} stop) Ask to stop drawing if @var{stop} is non-zero, otherwise reset stop flag. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{bool} NeedStop () @deftypefnx {C function only} @code{void} mgl_need_stop (@code{HMGL} gr) Return @code{true} if drawing should be terminated. Also it process all events in GUI. User should call this function from time to time inside a long calculation to allow processing events for GUI. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{bool} SetEventFunc (@code{void (*}func@code{)(void *)}, @code{void *}par=@code{NULL}) @deftypefnx {C function only} @code{void} mgl_set_event_func (@code{HMGL} gr, @code{void (*}func@code{)(void *)}, @code{void *}par) Set callback function which will be called to process events of GUI library. @end deftypefn @end ifclear @c ================================================================== @external{} @node Axis settings, Subplots and rotation, Graphics setup, MathGL core @section Axis settings @nav{} These large set of variables and functions control how the axis and ticks will be drawn. Note that there is 3-step transformation of data coordinates are performed. Firstly, coordinates are projected if @code{Cut=true} (see @ref{Cutting}), after it transformation formulas are applied, and finally the data was normalized in bounding box. Note, that MathGL will produce warning if axis range and transformation formulas are not compatible. @menu * Ranges (bounding box):: * Curved coordinates:: * Ticks:: @end menu @c ------------------------------------------------------------------ @external{} @node Ranges (bounding box), Curved coordinates, , Axis settings @subsection Ranges (bounding box) @nav{} @cindex CRange @cindex XRange @cindex YRange @cindex ZRange @cindex Ranges @cindex Origin @ifclear UDAV @cindex SetRange @cindex SetRanges @cindex SetOrigin @end ifclear @anchor{xrange} @anchor{yrange} @anchor{zrange} @anchor{crange} @deftypefn {MGL command} {} xrange @code{v1 v2} [@code{add=off}] @deftypefnx {MGL command} {} yrange @code{v1 v2} [@code{add=off}] @deftypefnx {MGL command} {} zrange @code{v1 v2} [@code{add=off}] @deftypefnx {MGL command} {} crange @code{v1 v2} [@code{add=off}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetRange (@code{char} dir, @code{mreal} v1, @code{mreal} v2) @deftypefnx {Method on @code{mglGraph}} @code{void} AddRange (@code{char} dir, @code{mreal} v1, @code{mreal} v2) @deftypefnx {C function} @code{void} mgl_set_range_val (@code{HMGL} gr, @code{char} dir, @code{mreal} v1, @code{mreal} v2) @deftypefnx {C function} @code{void} mgl_add_range_val (@code{HMGL} gr, @code{char} dir, @code{mreal} v1, @code{mreal} v2) @end ifclear Sets or adds the range for @samp{x}-,@samp{y}-,@samp{z}- coordinate or coloring (@samp{c}). If one of values is @code{NAN} then it is ignored. See also @ref{ranges}. @end deftypefn @deftypefn {MGL command} {} xrange dat [@code{add=off}] @deftypefnx {MGL command} {} yrange dat [@code{add=off}] @deftypefnx {MGL command} {} zrange dat [@code{add=off}] @deftypefnx {MGL command} {} crange dat [@code{add=off}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetRange (@code{char} dir, @code{const mglDataA &}dat, @code{bool} add=@code{false}) @deftypefnx {C function} @code{void} mgl_set_range_dat (@code{HMGL} gr, @code{char} dir, @code{const HCDT} a, @code{int} add) @end ifclear Sets the range for @samp{x}-,@samp{y}-,@samp{z}- coordinate or coloring (@samp{c}) as minimal and maximal values of data @var{dat}. Parameter @code{add=on} shows that the new range will be joined to existed one (not replace it). @end deftypefn @anchor{ranges} @deftypefn {MGL command} {} ranges @code{x1 x2 y1 y2 [z1=0 z2=0]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetRanges (@code{mglPoint} p1, @code{mglPoint} p2) @deftypefnx {Method on @code{mglGraph}} @code{void} SetRanges (@code{double} x1, @code{double} x2, @code{double} y1, @code{double} y2, @code{double} z1=@code{0}, @code{double} z2=@code{0}) @deftypefnx {C function} @code{void} mgl_set_ranges (@code{HMGL} gr, @code{double} x1, @code{double} x2, @code{double} y1, @code{double} y2, @code{double} z1, @code{double} z2) @end ifclear Sets the ranges of coordinates. If minimal and maximal values of the coordinate are the same then they are ignored. Also it sets the range for coloring (analogous to @code{crange z1 z2}). This is default color range for 2d plots. Initial ranges are [-1, 1]. @end deftypefn @deftypefn {MGL command} {} ranges @code{xx yy [zz cc=zz]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetRanges (@code{const mglDataA &}xx, @code{const mglDataA &}yy) @deftypefnx {Method on @code{mglGraph}} @code{void} SetRanges (@code{const mglDataA &}xx, @code{const mglDataA &}yy, @code{const mglDataA &}zz) @deftypefnx {Method on @code{mglGraph}} @code{void} SetRanges (@code{const mglDataA &}xx, @code{const mglDataA &}yy, @code{const mglDataA &}zz, @code{const mglDataA &}cc) @end ifclear Sets the ranges of @samp{x}-,@samp{y}-,@samp{z}-,@samp{c}-coordinates and coloring as minimal and maximal values of data @var{xx}, @var{yy}, @var{zz}, @var{cc} correspondingly. @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{void} SetAutoRanges (@code{mglPoint} p1, @code{mglPoint} p2) @deftypefnx {Method on @code{mglGraph}} @code{void} SetAutoRanges (@code{double} x1, @code{double} x2, @code{double} y1, @code{double} y2, @code{double} z1=@code{0}, @code{double} z2=@code{0}, @code{double} c1=@code{0}, @code{double} c2=@code{0}) @deftypefnx {C function} @code{void} mgl_set_auto_ranges (@code{HMGL} gr, @code{double} x1, @code{double} x2, @code{double} y1, @code{double} y2, @code{double} z1, @code{double} z2, @code{double} z1, @code{double} z2) Sets the ranges for automatic coordinates. If minimal and maximal values of the coordinate are the same then they are ignored. @end deftypefn @end ifclear @anchor{origin} @deftypefn {MGL command} {} origin @code{x0 y0 [z0=nan]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetOrigin (@code{mglPoint} p0) @deftypefnx {Method on @code{mglGraph}} @code{void} SetOrigin (@code{mreal} x0, @code{mreal} y0, @code{mreal} z0=@code{NAN}) @deftypefnx {C function} @code{void} mgl_set_origin (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0) @end ifclear Sets center of axis cross section. If one of values is NAN then MathGL try to select optimal axis position. @end deftypefn @anchor{zoomaxis} @deftypefn {MGL command} {} zoomaxis @code{x1 x2} @deftypefnx {MGL command} {} zoomaxis @code{x1 y1 x2 y2} @deftypefnx {MGL command} {} zoomaxis @code{x1 y1 z1 x2 y2 z2} @deftypefnx {MGL command} {} zoomaxis @code{x1 y1 z1 c1 x2 y2 z2 c2} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ZoomAxis (@code{mglPoint} p1, @code{mglPoint} p2) @deftypefnx {C function} @code{void} mgl_zoom_axis (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} c1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} c2) @end ifclear Additionally extend axis range for any settings made by @code{SetRange} or @code{SetRanges} functions according the formula @math{min += (max-min)*p1} and @math{max += (max-min)*p1} (or @math{min *= (max/min)^p1} and @math{max *= (max/min)^p1} for log-axis range when @math{inf>max/min>100} or @math{00 set relative length of subticks which is in @code{sqrt(1+stt)} times smaller. @end deftypefn @deftypefn {MGL command} {} axisstl 'stl' ['tck'='' 'sub'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetAxisStl (@code{const char *}stl=@code{"k"}, @code{const char *}tck=@code{0}, @code{const char *}sub=@code{0}) @deftypefnx {C function} @code{void} mgl_set_axis_stl (@code{HMGL} gr, @code{const char *}stl, @code{const char *}tck, @code{const char *}sub) @end ifclear The line style of axis (@var{stl}), ticks (@var{tck}) and subticks (@var{sub}). If @var{stl} is empty then default style is used (@samp{k} or @samp{w} depending on transparency type). If @var{tck} or @var{sub} is empty then axis style is used (i.e. @var{stl}). @end deftypefn @c ################################################################## @external{} @node Subplots and rotation, Export picture, Axis settings, MathGL core @section Subplots and rotation @nav{} @cindex Aspect @cindex Rotate @cindex RotateN @cindex SubPlot @cindex MultiPlot @cindex StickPlot @cindex ColumnPlot @cindex InPlot @cindex Title @cindex Perspective @cindex View @cindex Push @cindex Pop These functions control how and where further plotting will be placed. There is a certain calling order of these functions for the better plot appearance. First one should be @ref{subplot}, @ref{multiplot} or @ref{inplot} for specifying the place. Second one can be @ref{title} for adding title for the subplot. After it a @ref{rotate}, @ref{shear} and @ref{aspect}. And finally any other plotting functions may be called. Alternatively you can use @ref{columnplot}, @ref{gridplot}, @ref{stickplot}, @ref{shearplot} or relative @ref{inplot} for positioning plots in the column (or grid, or stick) one by another without gap between plot axis (bounding boxes). @sref{Subplots} @anchor{subplot} @deftypefn {MGL command} {} subplot @code{nx ny m} ['stl'='<>_^' @code{dx=0 dy=0}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SubPlot (@code{int} nx, @code{int} ny, @code{int} m, @code{const char *}stl=@code{"<>_^"}, @code{mreal} dx=@code{0}, @code{mreal} dy=@code{0}) @deftypefnx {C function} @code{void} mgl_subplot (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} m, @code{const char *}stl) @deftypefnx {C function} @code{void} mgl_subplot_d (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} m, @code{const char *}stl, @code{mreal} dx, @code{mreal} dy) @end ifclear Puts further plotting in a @var{m}-th cell of @var{nx}*@var{ny} grid of the whole frame area. The position of the cell can be shifted from its default position by relative size @var{dx}, @var{dy}. This function set off any aspects or rotations. So it should be used first for creating the subplot. Extra space will be reserved for axis/colorbar if @var{stl} contain: @itemize @bullet @item @samp{L} or @samp{<} -- at left side, @item @samp{R} or @samp{>} -- at right side, @item @samp{A} or @samp{^} -- at top side, @item @samp{U} or @samp{_} -- at bottom side, @item @samp{#} -- reserve none space (use whole region for axis range) -- axis and tick labels will be invisible by default. @end itemize From the aesthetical point of view it is not recommended to use this function with different matrices in the same frame. Note, colorbar can be invisible (be out of image borders) if you set empty style @samp{}. @end deftypefn @anchor{multiplot} @deftypefn {MGL command} {} multiplot @code{nx ny m dx dy} ['style'='<>_^' sx sy] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} MultiPlot (@code{int} nx, @code{int} ny, @code{int} m, @code{int} dx, @code{int} dy, @code{const char *}stl=@code{"<>_^"}) @deftypefnx {C function} @code{void} mgl_multiplot (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} m, @code{int} dx, @code{int} dy, @code{const char *}stl) @end ifclear Puts further plotting in a rectangle of @var{dx}*@var{dy} cells starting from @var{m}-th cell of @var{nx}*@var{ny} grid of the whole frame area. The position of the rectangular area can be shifted from its default position by relative size @var{sx}, @var{sy}. This function set off any aspects or rotations. So it should be used first for creating subplot. Extra space will be reserved for axis/colorbar if @var{stl} contain: @itemize @bullet @item @samp{L} or @samp{<} -- at left side, @item @samp{R} or @samp{>} -- at right side, @item @samp{A} or @samp{^} -- at top side, @item @samp{U} or @samp{_} -- at bottom side. @samp{#} -- reserve none space (use whole region for axis range) -- axis and tick labels will be invisible by default. @end itemize @end deftypefn @anchor{inplot} @deftypefn {MGL command} {} inplot @code{x1 x2 y1 y2 [rel=on]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} InPlot (@code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2, @code{bool} rel=@code{true}) @deftypefnx {C function} @code{void} mgl_inplot (@code{HMGL} gr, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2) @deftypefnx {C function} @code{void} mgl_relplot (@code{HMGL} gr, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2) @end ifclear Puts further plotting in some region of the whole frame surface. This function allows one to create a plot in arbitrary place of the screen. The position is defined by rectangular coordinates [@var{x1}, @var{x2}]*[@var{y1}, @var{y2}]. The coordinates @var{x1}, @var{x2}, @var{y1}, @var{y2} are normalized to interval [0, 1]. If parameter @var{rel}=@code{true} then the relative position to current @ref{subplot} (or @ref{inplot} with @var{rel}=@code{false}) is used. This function set off any aspects or rotations. So it should be used first for creating subplot. @end deftypefn @anchor{columnplot} @deftypefn {MGL command} {} columnplot @code{num ind [d=0]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ColumnPlot (@code{int} num, @code{int} ind, @code{mreal} d=@code{0}) @deftypefnx {C function} @code{void} mgl_columnplot (@code{HMGL} gr, @code{int} num, @code{int} ind) @deftypefnx {C function} @code{void} mgl_columnplot_d (@code{HMGL} gr, @code{int} num, @code{int} ind, @code{mreal} d) @end ifclear Puts further plotting in @var{ind}-th cell of column with @var{num} cells. The position is relative to previous @ref{subplot} (or @ref{inplot} with @var{rel}=@code{false}). Parameter @var{d} set extra gap between cells. @end deftypefn @anchor{gridplot} @deftypefn {MGL command} {} gridplot @code{nx ny ind [d=0]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} GridPlot (@code{int} nx, @code{int} ny, @code{int} ind, @code{mreal} d=@code{0}) @deftypefnx {C function} @code{void} mgl_gridplot (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} ind) @deftypefnx {C function} @code{void} mgl_gridplot_d (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} ind, @code{mreal} d) @end ifclear Puts further plotting in @var{ind}-th cell of @var{nx}*@var{ny} grid. The position is relative to previous @ref{subplot} (or @ref{inplot} with @var{rel}=@code{false}). Parameter @var{d} set extra gap between cells. @end deftypefn @anchor{stickplot} @deftypefn {MGL command} {} stickplot @code{num ind tet phi} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} StickPlot (@code{int} num, @code{int} ind, @code{mreal} tet, @code{mreal} phi) @deftypefnx {C function} @code{void} mgl_stickplot (@code{HMGL} gr, @code{int} num, @code{int} ind, @code{mreal} tet, @code{mreal} phi) @end ifclear Puts further plotting in @var{ind}-th cell of stick with @var{num} cells. At this, stick is rotated on angles @var{tet}, @var{phi}. The position is relative to previous @ref{subplot} (or @ref{inplot} with @var{rel}=@code{false}). @end deftypefn @anchor{shearplot} @deftypefn {MGL command} {} shearplot @code{num ind sx sy [xd yd]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ShearPlot (@code{int} num, @code{int} ind, @code{mreal} sx, @code{mreal} sy, @code{mreal} xd=@code{1}, @code{mreal} yd=@code{0}) @deftypefnx {C function} @code{void} mgl_shearplot (@code{HMGL} gr, @code{int} num, @code{int} ind, @code{mreal} sx, @code{mreal} sy, @code{mreal} xd, @code{mreal} yd) @end ifclear Puts further plotting in @var{ind}-th cell of stick with @var{num} cells. At this, cell is sheared on values @var{sx}, @var{sy}. Stick direction is specified be @var{xd} and @var{yd}. The position is relative to previous @ref{subplot} (or @ref{inplot} with @var{rel}=@code{false}). @end deftypefn @anchor{title} @deftypefn {MGL command} {} title 'title' ['stl'='' @code{size=-2}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Title (@code{const char *}txt, @code{const char *}stl=@code{""}, @code{mreal} size=@code{-2}) @deftypefnx {Method on @code{mglGraph}} @code{void} Title (@code{const wchar_t *}txt, @code{const char *}stl=@code{""}, @code{mreal} size=@code{-2}) @deftypefnx {C function} @code{void} mgl_title (@code{HMGL} gr, @code{const char *}txt, @code{const char *}stl, @code{mreal} size) @deftypefnx {C function} @code{void} mgl_titlew (@code{HMGL} gr, @code{const wchar_t *}txt, @code{const char *}stl, @code{mreal} size) @end ifclear Add text @var{title} for current subplot/inplot. Parameter @var{stl} can contain: @itemize @bullet @item font style (see, @ref{Font styles}); @item @samp{#} for box around the title. @end itemize Parameter @var{size} set font size. This function set off any aspects or rotations. So it should be used just after creating subplot. @end deftypefn @anchor{rotate} @deftypefn {MGL command} {} rotate @code{tetx tetz [tety=0]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Rotate (@code{mreal} TetX, @code{mreal} TetZ, @code{mreal} TetY=@code{0}) @deftypefnx {C function} @code{void} mgl_rotate (@code{HMGL} gr, @code{mreal} TetX, @code{mreal} TetZ, @code{mreal} TetY) @end ifclear Rotates a further plotting relative to each axis @{x, z, y@} consecutively on angles @var{TetX}, @var{TetZ}, @var{TetY}. @end deftypefn @deftypefn {MGL command} {} rotate @code{tet x y z} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} RotateN (@code{mreal} Tet, @code{mreal} x, @code{mreal} y, @code{mreal} z) @deftypefnx {C function} @code{void} mgl_rotate_vector (@code{HMGL} gr, @code{mreal Tet}, @code{mreal x}, @code{mreal y}, @code{mreal z}) @end ifclear Rotates a further plotting around vector @{@var{x}, @var{y}, @var{z}@} on angle @var{Tet}. @end deftypefn @anchor{shear} @deftypefn {MGL command} {} shear @code{sx sy} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Shear (@code{mreal} sx, @code{mreal} sy) @deftypefnx {C function} @code{void} mgl_shear (@code{HMGL} gr, @code{mreal} sx, @code{mreal} sy) @end ifclear Shears a further plotting on values @var{sx}, @var{sy}. @end deftypefn @anchor{aspect} @deftypefn {MGL command} {} aspect @code{ax ay [az=1]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Aspect (@code{mreal} Ax, @code{mreal} Ay, @code{mreal} Az=@code{1}) @deftypefnx {C function} @code{void} mgl_aspect (@code{HMGL} gr, @code{mreal} Ax, @code{mreal} Ay, @code{mreal} Az) @end ifclear Defines aspect ratio for the plot. The viewable axes will be related one to another as the ratio @var{Ax:Ay:Az}. For the best effect it should be used after @ref{rotate} function. If @var{Ax} is @code{NAN} then function try to select optimal aspect ratio to keep equal ranges for x-y axis. At this, @var{Ay} will specify proportionality factor, or set to use automatic one if @var{Ay}=@code{NAN}. @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{void} Push () @deftypefnx {C function} @code{void} mgl_mat_push (@code{HMGL} gr) Push transformation matrix into stack. Later you can restore its current state by Pop() function. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} Pop () @deftypefnx {C function} @code{void} mgl_mat_pop (@code{HMGL} gr) Pop (restore last 'pushed') transformation matrix into stack. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SetPlotFactor (@code{mreal} val) @deftypefnx {C function} @code{void} mgl_set_plotfactor (@code{HMGL} gr, @code{mreal} val) Sets the factor of plot size. It is not recommended to set it lower then 1.5. This is some analogue of function Zoom() but applied not to overall image but for each InPlot. Use negative value or zero to enable automatic selection. @end deftypefn @end ifclear There are 3 functions @code{View()}, @code{Zoom()} and @code{Perspective()} which transform whole image. I.e. they act as secondary transformation matrix. They were introduced for rotating/zooming the whole plot by mouse. It is not recommended to call them for picture drawing. @anchor{perspective} @deftypefn {MGL command} {} perspective @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Perspective (@code{mreal} a) @deftypefnx {C function} @code{void} mgl_perspective (@code{HMGL} gr, @code{mreal} a) @end ifclear Add (switch on) the perspective to plot. The parameter @math{a = Depth/(Depth+dz) \in [0,1)}. By default (@code{a=0}) the perspective is off. @end deftypefn @anchor{view} @deftypefn {MGL command} {} view @code{tetx tetz [tety=0]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} View (@code{mreal} TetX, @code{mreal} TetZ, @code{mreal} TetY=@code{0}) @deftypefnx {C function} @code{void} mgl_view (@code{HMGL} gr, @code{mreal} TetX, @code{mreal} TetZ, @code{mreal} TetY) @end ifclear Rotates a further plotting relative to each axis @{x, z, y@} consecutively on angles @var{TetX}, @var{TetZ}, @var{TetY}. Rotation is done independently on @ref{rotate}. Attention! this settings can not be overwritten by @code{DefaultPlotParam()}. Use @code{Zoom(0,0,1,1)} to return default view. @end deftypefn @anchor{zoom} @deftypefn {MGL command} {} zoom @code{x1 y1 x2 y2} @ifclear UDAV @deftypefnx {Method on @code{mglGraph} (C++, Python)} @code{void} Zoom (@code{mreal} x1, @code{mreal} y1, @code{mreal} x2, @code{mreal} y2) @deftypefnx {C function} @code{void} mgl_set_zoom (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} x2, @code{mreal} y2) @end ifclear The function changes the scale of graphics that correspond to zoom in/out of the picture. After function call the current plot will be cleared and further the picture will contain plotting from its part [x1,x2]*[y1,y2]. Here picture coordinates @var{x1}, @var{x2}, @var{y1}, @var{y2} changes from 0 to 1. Attention! this settings can not be overwritten by any other functions, including @code{DefaultPlotParam()}. Use @code{Zoom(0,0,1,1)} to return default view. @end deftypefn @c ################################################################## @external{} @node Export picture, Background, Subplots and rotation, MathGL core @section Export picture @nav{} @cindex SetSize Functions in this group save or give access to produced picture. So, usually they should be called after plotting is done. @anchor{setsize} @deftypefn {MGL command} {} setsize @code{w h} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetSize (@code{int} width, @code{int} height, @code{bool} clear=@code{true}) @deftypefnx {C function} @code{void} mgl_set_size (@code{HMGL} gr, @code{int} width, @code{int} height) @deftypefnx {C function} @code{void} mgl_scale_size (@code{HMGL} gr, @code{int} width, @code{int} height) @end ifclear Sets size of picture in pixels. This function @strong{should be} called before any other plotting because it completely remove picture contents if @var{clear}=@code{true}. Function just clear pixels and scale all primitives if @var{clear}=@code{false}. @end deftypefn @anchor{setsizescl} @deftypefn {MGL command} {} setsizescl @code{factor} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetSizeScl (@code{double} factor) @deftypefnx {C function} @code{void} mgl_set_size_scl (@code{HMGL} gr, @code{double} factor) @end ifclear Set factor for width and height in all further calls of @ref{setsize}. @end deftypefn @anchor{quality} @deftypefn {MGL command} {} quality [@code{val}=2] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetQuality (@code{int} val=@code{MGL_DRAW_NORM}) @deftypefnx {C function} @code{void} mgl_set_quality (@code{HMGL} gr, @code{int} val) @end ifclear Sets quality of the plot depending on value @var{val}: @code{MGL_DRAW_WIRE=0} -- no face drawing (fastest), @code{MGL_DRAW_FAST=1} -- no color interpolation (fast), @code{MGL_DRAW_NORM=2} -- high quality (normal), @code{MGL_DRAW_HIGH=3} -- high quality with 3d primitives (arrows and marks); @code{MGL_DRAW_LMEM=0x4} -- direct bitmap drawing (low memory usage); @code{MGL_DRAW_DOTS=0x8} -- for dots drawing instead of primitives (extremely fast). @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{int} GetQuality () @deftypefnx {C function} @code{int} mgl_get_quality (@code{HMGL} gr) Gets quality of the plot: @code{MGL_DRAW_WIRE=0} -- no face drawing (fastest), @code{MGL_DRAW_FAST=1} -- no color interpolation (fast), @code{MGL_DRAW_NORM=2} -- high quality (normal), @code{MGL_DRAW_HIGH=3} -- high quality with 3d primitives (arrows and marks); @code{MGL_DRAW_LMEM=0x4} -- direct bitmap drawing (low memory usage); @code{MGL_DRAW_DOTS=0x8} -- for dots drawing instead of primitives (extremely fast). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} StartGroup (const char *name) @deftypefnx {C function} @code{void} mgl_start_group (@code{HMGL} gr, @code{const char *}name) Starts group definition. Groups contain objects and other groups, they are used to select a part of a model to zoom to or to make invisible or to make semitransparent and so on. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} EndGroup () @deftypefnx {C function} @code{void} mgl_end_group (@code{HMGL} gr) Ends group definition. @end deftypefn @end ifclear @menu * Export to file:: * Frames/Animation:: * Bitmap in memory:: * Parallelization:: @end menu @c ================================================================== @external{} @node Export to file, Frames/Animation, , Export picture @subsection Export to file @nav{} @cindex Write @ifclear UDAV @cindex WriteFrame @cindex WritePNG @cindex WriteGIF @c @cindex WriteIDTF @cindex WriteSVG @cindex WriteBMP @cindex WriteEPS @cindex WriteBPS @cindex WriteTGA @cindex WriteTEX @cindex WritePRC @cindex WriteOBJ @cindex WriteWGL @cindex WriteJPEG @cindex ShowImage @end ifclear These functions export current view to a graphic file. The filename @var{fname} should have appropriate extension. Parameter @var{descr} gives the short description of the picture. Just now the transparency is supported in PNG, SVG, OBJ and PRC files. @anchor{write} @deftypefn {MGL command} {} write ['fname'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} WriteFrame (@code{const char *}fname=@code{""}, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_frame (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) @end ifclear Exports current frame to a file @var{fname} which type is determined by the extension. Parameter @var{descr} adds description to file (can be @code{""}). If @var{fname}=@code{""} then the file @samp{frame####.jpg} is used, where @samp{####} is current frame id and name @samp{frame} is defined by @ref{plotid} class property. @end deftypefn @anchor{bbox} @deftypefn {MGL command} {} bbox x1 y1 [x2=@code{-1} y2=@code{-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetBBox (@code{int} x1=@code{0}, @code{int} y1=@code{0}, @code{int} x2=@code{-1}, @code{int} y2=@code{-1}) @deftypefnx {C function} @code{void} mgl_set_bbox (@code{HMGL} gr, @code{int} x1, @code{int} y1, @code{int} x2, @code{int} y2) @end ifclear Set boundary box for export graphics into 2D file formats. If @var{x2}<0 (@var{y2}<0) then original image width (height) will be used. If @var{x1}<0 or @var{y1}<0 or @var{x1}>=@var{x2}|Width or @var{y1}>=@var{y2}|Height then cropping will be disabled. @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{void} WritePNG (@code{const char *}fname, @code{const char *}descr=@code{""}, @code{int} compr=@code{""}, @code{bool} alpha=@code{true}) @deftypefnx {C function} @code{void} mgl_write_png (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) @deftypefnx {C function} @code{void} mgl_write_png_solid (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to PNG file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file, @var{alpha} gives the transparency type. By default there are no description added and semitransparent image used. This function does nothing if HAVE_PNG isn't defined during compilation of MathGL library. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteJPEG (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_jpg (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to JPEG file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file. By default there is no description added. This function does nothing if HAVE_JPEG isn't defined during compilation of MathGL library. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteGIF (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_gif (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to GIF file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file. By default there is no description added. This function does nothing if HAVE_GIF isn't defined during compilation of MathGL library. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteBMP (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_bmp (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to BMP file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file. There is no compression used. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteTGA (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_tga (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to TGA file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file. There is no compression used. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteEPS (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_eps (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to EPS file using vector representation. So it is not recommended for the export of large data plot. It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file. By default there is no description added. If file name is terminated by @samp{z} (for example, @samp{fname.eps.gz}) then file will be compressed in gzip format. Note, that EPS format don't support color interpolation, and the resulting plot will look as you use @ref{quality}=1 for plotting. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteBPS (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_eps (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to EPS file using bitmap representation. Parameter @var{fname} specifies the file name, @var{descr} adds description to file. By default there is no description added. If file name is terminated by @samp{z} (for example, @samp{fname.eps.gz}) then file will be compressed in gzip format. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteSVG (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_svg (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to SVG (Scalable Vector Graphics) file using vector representation. In difference of EPS format, SVG format support transparency that allows to correctly draw semitransparent plot (like @ref{surfa}, @ref{surf3a} or @ref{cloud}). Note, the output file may be too large for graphic of large data array (especially for surfaces). It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). If file name is terminated by @samp{z} (for example, @samp{fname.svgz}) then file will be compressed in gzip format. Note, that SVG format don't support color interpolation, and the resulting plot will look as you use @ref{quality}=1 for plotting. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteTEX (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_tex (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to LaTeX (package Tikz/PGF) file using vector representation. Note, the output file may be too large for graphic of large data array (especially for surfaces). It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). Note, there is no text scaling now (for example, in subplots), what may produce miss-aligned labels. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WritePRC (@code{const char *}fname, @code{const char *}descr=@code{""}, @code{bool} make_pdf=@code{true}) @deftypefnx {C function} @code{void} mgl_write_prc (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr, @code{int} make_pdf) Exports current frame to PRC file using vector representation (see @url{http://en.wikipedia.org/wiki/PRC_%28file_format%29}). Note, the output file may be too large for graphic of large data array (especially for surfaces). It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). If parameter @var{make_pdf}=@code{true} and PDF was enabled at MathGL configure then corresponding PDF file with 3D image will be created. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteOBJ (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_obj (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to OBJ/MTL file using vector representation (see @url{http://en.wikipedia.org/wiki/Wavefront_.obj_file, OBJ format} for details). Note, the output file may be too large for graphic of large data array (especially for surfaces). It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteXYZ (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_xyz (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to XYZ/XYZL/XYZF files using vector representation (see @url{http://people.sc.fsu.edu/~jburkardt/data/xyz/xyz.html, XYZ format} for details). Note, the output file may be too large for graphic of large data array (especially for surfaces). It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteSTL (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_stl (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to STL file using vector representation (see @url{http://en.wikipedia.org/wiki/STL_(file_format), STL format} for details). Note, the output file may be too large for graphic of large data array (especially for surfaces). It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteOFF (@code{const char *}fname, @code{const char *}descr=@code{""}, @code{bool} colored=@code{false}) @deftypefnx {C function} @code{void} mgl_write_off (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr, @code{bool} colored) Exports current frame to OFF file using vector representation (see @url{http://people.sc.fsu.edu/~jburkardt/data/off/off.html, OFF format} for details). Note, the output file may be too large for graphic of large data array (especially for surfaces). It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). @end deftypefn @c @deftypefn {Method on @code{mglGraph}} @code{void} WriteX3D (@code{const char *}fname, @code{const char *}descr=@code{""}) @c @deftypefnx {C function} @code{void} mgl_write_x3d (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) @c Exports current frame to X3D file using vector representation (see @url{http://en.wikipedia.org/wiki/X3d, X3D format} for details). Note, the output file may be too large for graphic of large data array (especially for surfaces). It is better to use bitmap format (for example PNG or JPEG). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). @c @end deftypefn @c @deftypefn {Method on @code{mglGraph}} @code{void} WriteIDTF (@code{const char *}fname, @code{const char *}descr=@code{""}) @c @deftypefnx {C function} @code{void} mgl_write_idtf (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) @c Exports current frame to IDTF file. Later this file can be converted to U3D format. The vector representation is used. So, the output file may be too large for graphic of large data array (especially for surfaces). However, program has no internal limitations for size of output file. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). @c @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} ShowImage (@code{const char *}viewer, @code{bool} nowait=@code{false}) @deftypefnx {C function} @code{void} mgl_show_image (@code{const char *}viewer, @code{int} nowait) Displays the current picture using external program @var{viewer} for viewing. The function save the picture to temporary file and call @var{viewer} to display it. If @var{nowait}=@code{true} then the function return immediately (it will not wait while window will be closed). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} WriteJSON (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_write_json (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports current frame to textual file using @ref{JSON format}. Later this file can be used for faster loading and viewing by JavaScript script. Parameter @var{fname} specifies the file name, @var{descr} adds description to file. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} ExportMGLD (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {C function} @code{void} mgl_export_mgld (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Exports points and primitives in file using @ref{MGLD format}. Later this file can be used for faster loading and viewing by @code{mglview} utility. Parameter @var{fname} specifies the file name, @var{descr} adds description to file (default is file name). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} ImportMGLD (@code{const char *}fname, @code{bool} add=@code{false}) @deftypefnx {C function} @code{void} mgl_import_mgld (@code{HMGL} gr, @code{const char *}fname, @code{int} add) Imports points and primitives in file using @ref{MGLD format}. Later this file can be used for faster loading and viewing by @code{mglview} utility. Parameter @var{fname} specifies the file name, @var{add} sets to append or replace primitives to existed ones. @end deftypefn @end ifclear @c ################################################################## @external{} @node Frames/Animation, Bitmap in memory, Export to file, Export picture @subsection Frames/Animation @nav{} @ifset UDAV There are no commands for making animation in MGL. However you can use features of @code{mglconv} and @code{mglview} utilities. For example, by busing special comments @samp{##a } or @samp{##c }. @end ifset @ifclear UDAV @cindex NewFrame @cindex EndFrame @cindex GetNumFrame @cindex ResetFrames @cindex StartGIF @cindex CloseGIF These functions provide ability to create several pictures simultaneously. For most of cases it is useless but for widget classes (see @ref{Widget classes}) they can provide a way to show animation. Also you can write several frames into animated GIF file. @deftypefn {Method on @code{mglGraph}} @code{void} NewFrame () @deftypefnx {C function} @code{void} mgl_new_frame (@code{HMGL} gr) Creates new frame. Function returns current frame id. This is not thread safe function in OpenGL mode! Use direct list creation in multi-threading drawing. The function @code{EndFrame()} @strong{must} be call after the finishing of the frame drawing for each call of this function. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} EndFrame () @deftypefnx {C function} @code{void} mgl_end_frame (@code{HMGL} gr) Finishes the frame drawing. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{int} GetNumFrame () @deftypefnx {C function} @code{int} mgl_get_num_frame (@code{HMGL} gr) Gets the number of created frames. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SetFrame (@code{int} i) @deftypefnx {C function} @code{void} mgl_set_frame (@code{HMGL} gr, @code{int} i) Finishes the frame drawing and sets drawing data to frame @var{i}, which should be in range [0, @code{GetNumFrame()}-1]. This function is similar to @code{EndFrame()} but don't add frame to the GIF image. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} GetFrame (@code{int} i) @deftypefnx {C function} @code{void} mgl_get_frame (@code{HMGL} gr, @code{int} i) Replaces drawing data by one from frame @var{i}. Function work if @code{MGL_VECT_FRAME} is set on (by default). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} ShowFrame (@code{int} i) @deftypefnx {C function} @code{void} mgl_show_frame (@code{HMGL} gr, @code{int} i) Appends drawing data from frame @var{i} to current one. Function work if @code{MGL_VECT_FRAME} is set on (by default). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} DelFrame (@code{int} i) @deftypefnx {C function} @code{void} mgl_del_frame (@code{HMGL} gr, @code{int} i) Deletes drawing data for frame @var{i} and shift all later frame indexes. Function work if @code{MGL_VECT_FRAME} is set on (by default). Do nothing in OpenGL mode. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} ResetFrames () @deftypefnx {C function} @code{void} mgl_reset_frames (@code{HMGL} gr) Reset frames counter (start it from zero). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} ClearFrame (@code{int} i) @deftypefnx {C function} @code{void} mgl_clear_frame (@code{HMGL} gr, @code{int} i) Clear list of primitives for current drawing. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} StartGIF (@code{const char *}fname, @code{int} ms=@code{100}) @deftypefnx {C function} @code{void} mgl_start_gif (@code{HMGL} gr, @code{const char *}fname, @code{int} ms) Start writing frames into animated GIF file @var{fname}. Parameter @var{ms} set the delay between frames in milliseconds. You @strong{should not} change the picture size during writing the cinema. Use @code{CloseGIF()} to finalize writing. Note, that this function is disabled in OpenGL mode. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} CloseGIF () @deftypefnx {C function} @code{void} mgl_close_gif (@code{HMGL} gr) Finish writing animated GIF and close connected pointers. @end deftypefn @end ifclear @c ------------------------------------------------------------------ @external{} @node Bitmap in memory, Parallelization, Frames/Animation, Export picture @subsection Bitmap in memory @nav{} @ifclear UDAV These functions return the created picture (bitmap), its width and height. You may display it by yourself in any graphical library (see also, @ref{Widget classes}) or save in file (see also, @ref{Export to file}). @deftypefn {Method on @code{mglGraph}} @code{const unsigned char *} GetRGB () @deftypefnx {Method on @code{mglGraph}} @code{void} GetRGB (@code{char *}buf, @code{int} size) @deftypefnx {Method on @code{mglGraph}} @code{void} GetBGRN (@code{char *}buf, @code{int} size) @deftypefnx {C function} @code{const unsigned char *} mgl_get_rgb (@code{HMGL} gr) Gets RGB bitmap of the current state of the image. Format of each element of bits is: @{red, green, blue@}. Number of elements is Width*Height. Position of element @{i,j@} is [3*i + 3*Width*j] (or is [4*i + 4*Width*j] for @code{GetBGRN()}). You have to provide the proper @var{size} of the buffer, @var{buf}, i.e. the code for Python should look like @verbatim from mathgl import * gr = mglGraph(); bits='\t'; bits=bits.expandtabs(4*gr.GetWidth()*gr.GetHeight()); gr.GetBGRN(bits, len(bits)); @end verbatim @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{const unsigned char *} GetRGBA () @deftypefnx {Method on @code{mglGraph}} @code{void} GetRGBA (@code{char *}buf, @code{int} size) @deftypefnx {C function} @code{const unsigned char *} mgl_get_rgba (@code{HMGL} gr) Gets RGBA bitmap of the current state of the image. Format of each element of bits is: @{red, green, blue, alpha@}. Number of elements is Width*Height. Position of element @{i,j@} is [4*i + 4*Width*j]. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{int} GetWidth () @deftypefnx {Method on @code{mglGraph}} @code{int} GetHeight () @deftypefnx {C function} @code{int} mgl_get_width (@code{HMGL} gr) @deftypefnx {C function} @code{int} mgl_get_height (@code{HMGL} gr) Gets width and height of the image. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{mglPoint} CalcXYZ (@code{int} xs, @code{int} ys) @deftypefnx {C function} @code{void} mgl_calc_xyz (@code{HMGL} gr, @code{int} xs, @code{int} ys, @code{mreal *}x, @code{mreal *}y, @code{mreal *}z) Calculate 3D coordinate @{x,y,z@} for screen point @{xs,ys@}. At this moment it ignore perspective and transformation formulas (curvilinear coordinates). The calculation are done for the last used InPlot (see @ref{Subplots and rotation}). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{mglPoint} CalcScr (@code{mglPoint} p) @deftypefnx {C function} @code{void} mgl_calc_scr (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{int *}xs, @code{int *}ys) Calculate screen point @{xs,ys@} for 3D coordinate @{x,y,z@}. The calculation are done for the last used InPlot (see @ref{Subplots and rotation}). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} SetObjId (@code{int} id) @deftypefnx {C function} @code{void} mgl_set_obj_id (@code{HMGL} gr, @code{int} id) Set the numeric id for object or subplot/inplot. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{int} GetObjId (@code{int} xs, @code{int} ys) @deftypefnx {C function} @code{int} mgl_get_obj_id (@code{HMGL} gr, @code{int} xs, @code{int} ys) Get the numeric id for most upper object at pixel @{xs, ys@} of the picture. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{int} GetSplId (@code{int} xs, @code{int} ys) @deftypefnx {C function} @code{int} mgl_get_spl_id (@code{HMGL} gr, @code{int} xs, @code{int} ys) Get the numeric id for most subplot/inplot at pixel @{xs, ys@} of the picture. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{void} Highlight (@code{int} id) @deftypefnx {C function} @code{void} mgl_highlight (@code{HMGL} gr, @code{int} id) Highlight the object with given @var{id}. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{long} IsActive (@code{int} xs, @code{int} ys, @code{int} d=@code{1}) @deftypefnx {C function} @code{long} mgl_is_active (@code{HMGL} gr, @code{int} xs, @code{int} ys, @code{int} d) Checks if point @{@var{xs}, @var{ys}@} is close to one of active point (i.e. mglBase::Act) with accuracy @var{d} and return its index or @code{-1} if not found. Active points are special points which characterize primitives (like edges and so on). This function for advanced users only. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{long} SetDrawReg (@code{int} nx=@code{1}, @code{int} ny=@code{1}, @code{int} m=@code{0}) @deftypefnx {C function} @code{long} mgl_set_draw_reg (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} m) Limits drawing region by rectangular area of @var{m}-th cell of matrix with sizes @var{nx}*@var{ny} (like in @ref{subplot}). This function can be used to update only small region of the image for purposes of higher speed. This function for advanced users only. @end deftypefn @end ifclear @c ------------------------------------------------------------------ @external{} @node Parallelization, , Bitmap in memory, Export picture @subsection Parallelization @nav{} @ifclear UDAV @cindex Combine @cindex MPI_Send @cindex MPI_Recv Many of things MathGL do in parallel by default (if MathGL was built with pthread). However, there is function which set the number of threads to be used. @deftypefn {C function} @code{int} mgl_set_num_thr (@code{int} n) Set the number of threads to be used by MathGL. If @var{n}<1 then the number of threads is set as maximal number of processors (cores). If @var{n}=1 then single thread will be used (this is default if pthread was disabled). @end deftypefn Another option is combining bitmap image (taking into account Z-ordering) from different instances of @code{mglGraph}. This method is most appropriate for computer clusters when the data size is so large that it exceed the memory of single computer node. @deftypefn {Method on @code{mglGraph}} @code{int} Combine (@code{const mglGraph *}g) @deftypefnx {C function} @code{int} mgl_combine_gr (@code{HMGL} gr, @code{HMGL} g) Combine drawing from instance @var{g} with @var{gr} (or with this) taking into account Z-ordering of pixels. The width and height of both instances must be the same. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{int} MPI_Send (@code{int} id) @deftypefnx {C function} @code{int} mgl_mpi_send (@code{HMGL} gr, @code{int} id) Send graphical information from node @var{id} using MPI. The width and height in both nodes must be the same. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{int} MPI_Recv (@code{int} id) @deftypefnx {C function} @code{int} mgl_mpi_send (@code{HMGL} gr, @code{int} id) Receive graphical information from node @var{id} using MPI. The width and height in both nodes must be the same. @end deftypefn @end ifclear @c ################################################################## @external{} @node Background, Primitives, Export picture, MathGL core @section Background @nav{} @cindex LoadBackground @cindex Clf @cindex Rasterize These functions change background image. @anchor{clf} @deftypefn {MGL command} {} clf ['col'] @deftypefnx {MGL command} {} clf r g b @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Clf () @deftypefnx {Method on @code{mglGraph}} @code{void} Clf (@code{const char *} col) @deftypefnx {Method on @code{mglGraph}} @code{void} Clf (@code{char} col) @deftypefnx {Method on @code{mglGraph}} @code{void} Clf (@code{mreal} r, @code{mreal} g, @code{mreal} b) @deftypefnx {C function} @code{void} mgl_clf (@code{HMGL} gr) @deftypefnx {C function} @code{void} mgl_clf_str (@code{HMGL} gr, @code{const char *} col) @deftypefnx {C function} @code{void} mgl_clf_chr (@code{HMGL} gr, @code{char} col) @deftypefnx {C function} @code{void} mgl_clf_rgb (@code{HMGL} gr, @code{mreal} r, @code{mreal} g, @code{mreal} b) @end ifclear Clear the picture and fill background by specified color. @end deftypefn @anchor{rasterize} @deftypefn {MGL command} {} rasterize @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Rasterize () @deftypefnx {C function} @code{void} mgl_rasterize (@code{HMGL} gr) @end ifclear Force drawing the plot and use it as background. After it, function clear the list of primitives, like @ref{clf}. This function is useful if you want save part of plot as bitmap one (for example, large surfaces, isosurfaces or vector fields) and keep some parts as vector one (like annotation, curves, axis and so on). @end deftypefn @anchor{background} @deftypefn {MGL command} {} background 'fname' [@code{alpha=1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} LoadBackground (@code{const char *} fname, @code{double} alpha=@code{1}) @deftypefnx {C function} @code{void} mgl_load_background (@code{HMGL} gr, @code{const char *} fname, @code{double} alpha) @end ifclear Load PNG or JPEG file @var{fname} as background for the plot. Parameter @var{alpha} manually set transparency of the background. @end deftypefn @c ################################################################## @external{} @node Primitives, Text printing, Background, MathGL core @section Primitives @nav{} @cindex Ball @cindex Line @cindex Curve @cindex Glyph @cindex Face @cindex FaceX @cindex FaceY @cindex FaceZ @cindex Cone @cindex Drop @cindex Sphere @ifclear UDAV @cindex Mark @cindex Error @end ifclear These functions draw some simple objects like line, point, sphere, drop, cone and so on. @sref{Using primitives} @anchor{ball} @deftypefn {MGL command} {} ball @code{x y} ['col'='r.'] @deftypefnx {MGL command} {} ball @code{x y z} ['col'='r.'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Ball (@code{mglPoint} p, @code{char} col=@code{'r'}) @deftypefnx {Method on @code{mglGraph}} @code{void} Mark (@code{mglPoint} p, @code{const char *}mark) @deftypefnx {C function} @code{void} mgl_mark (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{const char *}mark) @end ifclear Draws a mark (point @samp{.} by default) at position @var{p}=@{@var{x}, @var{y}, @var{z}@} with color @var{col}. @end deftypefn @anchor{errbox} @deftypefn {MGL command} {} errbox @code{x y ex ey} ['stl'=''] @deftypefnx {MGL command} {} errbox @code{x y z ex ey ez} ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Error (@code{mglPoint} p, @code{mglPoint} e, @code{char} *stl=@code{""}) @deftypefnx {C function} @code{void} mgl_error_box (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{mreal} ex, @code{mreal} ey, @code{mreal} ez, @code{char *}stl) @end ifclear Draws a 3d error box at position @var{p}=@{@var{x}, @var{y}, @var{z}@} with sizes @var{e}=@{@var{ex}, @var{ey}, @var{ez}@} and style @var{stl}. Use NAN for component of @var{e} to reduce number of drawn elements. @end deftypefn @anchor{line} @deftypefn {MGL command} {} line @code{x1 y1 x2 y2} ['stl'=''] @deftypefnx {MGL command} {} line @code{x1 y1 z1 x2 y2 z2} ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Line (@code{mglPoint} p1, @code{mglPoint} p2, @code{char *}stl=@code{"B"}, @code{int} num=@code{2}) @deftypefnx {C function} @code{void} mgl_line (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{char *}stl, @code{int} num) @end ifclear Draws a geodesic line (straight line in Cartesian coordinates) from point @var{p1} to @var{p2} using line style @var{stl}. Parameter @var{num} define the ``quality'' of the line. If @var{num}=@code{2} then the straight line will be drawn in all coordinate system (independently on transformation formulas (see @ref{Curved coordinates}). Contrary, for large values (for example, =@code{100}) the geodesic line will be drawn in corresponding coordinate system (straight line in Cartesian coordinates, circle in polar coordinates and so on). Line will be drawn even if it lies out of bounding box. @end deftypefn @anchor{curve} @deftypefn {MGL command} {} curve @code{x1 y1 dx1 dy1 x2 y2 dx2 dy2} ['stl'=''] @deftypefnx {MGL command} {} curve @code{x1 y1 z1 dx1 dy1 dz1 x2 y2 z2 dx2 dy2 dz2} ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Curve (@code{mglPoint} p1, @code{mglPoint} d1, @code{mglPoint} p2, @code{mglPoint} d2, @code{const char *}stl=@code{"B"}, @code{int} num=@code{100}) @deftypefnx {C function} @code{void} mgl_curve (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} dx1, @code{mreal} dy1, @code{mreal} dz1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} dx2, @code{mreal} dy2, @code{mreal} dz2, @code{const char *}stl, @code{int} num) @end ifclear Draws Bezier-like curve from point @var{p1} to @var{p2} using line style @var{stl}. At this tangent is codirected with @var{d1}, @var{d2} and proportional to its amplitude. Parameter @var{num} define the ``quality'' of the curve. If @var{num}=@code{2} then the straight line will be drawn in all coordinate system (independently on transformation formulas, see @ref{Curved coordinates}). Contrary, for large values (for example, =@code{100}) the spline like Bezier curve will be drawn in corresponding coordinate system. Curve will be drawn even if it lies out of bounding box. @end deftypefn @anchor{face} @deftypefn {MGL command} {} face @code{x1 y1 x2 y2 x3 y3 x4 y4} ['stl'=''] @deftypefnx {MGL command} {} face @code{x1 y1 z1 x2 y2 z2 x3 y3 z3 x4 y4 z4} ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Face (@code{mglPoint} p1, @code{mglPoint} p2, @code{mglPoint} p3, @code{mglPoint} p4, @code{const char *}stl=@code{"w"}) @deftypefnx {C function} @code{void} mgl_face (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} x3, @code{mreal} y3, @code{mreal} z3, @code{mreal} x4, @code{mreal} y4, @code{mreal} z4, @code{const char *}stl) @end ifclear Draws the solid quadrangle (face) with vertexes @var{p1}, @var{p2}, @var{p3}, @var{p4} and with color(s) @var{stl}. At this colors can be the same for all vertexes or different if all 4 colors are specified for each vertex. Face will be drawn even if it lies out of bounding box. @end deftypefn @anchor{rect} @deftypefn {MGL command} {} rect @code{x1 y1 x2 y2} ['stl'=''] @deftypefnx {MGL command} {} rect @code{x1 y1 z1 x2 y2 z2} ['stl'=''] Draws the solid rectangle (face) with vertexes @{@var{x1}, @var{y1}, @var{z1}@} and @{@var{x2}, @var{y2}, @var{z2}@} with color @var{stl}. At this colors can be the same for all vertexes or separately if all 4 colors are specified for each vertex. Face will be drawn even if it lies out of bounding box. @end deftypefn @anchor{facex} @anchor{facey} @anchor{facez} @deftypefn {MGL command} {} facex @code{x0 y0 z0 wy wz} ['stl'='' @code{d1=0 d2=0}] @deftypefnx {MGL command} {} facey @code{x0 y0 z0 wx wz} ['stl'='' @code{d1=0 d2=0}] @deftypefnx {MGL command} {} facez @code{x0 y0 z0 wx wy} ['stl'='' @code{d1=0 d2=0}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} FaceX (@code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wy, @code{mreal} wz, @code{const char *}stl=@code{"w"}, @code{mreal} d1=@code{0}, @code{mreal} d2=@code{0}) @deftypefnx {Method on @code{mglGraph}} @code{void} FaceY (@code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wx, @code{mreal} wz, @code{const char *}stl=@code{"w"}, @code{mreal} d1=@code{0}, @code{mreal} d2=@code{0}) @deftypefnx {Method on @code{mglGraph}} @code{void} FaceZ (@code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wx, @code{mreal} wy, @code{const char *}stl=@code{"w"}, @code{mreal} d1=@code{0}, @code{mreal} d2=@code{0}) @deftypefnx {C function} @code{void} mgl_facex (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wy, @code{mreal} wz, @code{const char *}stl, @code{mreal} d1, @code{mreal} d2) @deftypefnx {C function} @code{void} mgl_facey (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wx, @code{mreal} wz, @code{const char *}stl, @code{mreal} d1, @code{mreal} d2) @deftypefnx {C function} @code{void} mgl_facez (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wx, @code{mreal} wy, @code{const char *}stl, @code{mreal} d1, @code{mreal} d2) @end ifclear Draws the solid rectangle (face) perpendicular to [x,y,z]-axis correspondingly at position @{@var{x0}, @var{y0}, @var{z0}@} with color @var{stl} and with widths @var{wx}, @var{wy}, @var{wz} along corresponding directions. At this colors can be the same for all vertexes or separately if all 4 colors are specified for each vertex. Parameters @var{d1}!=0, @var{d2}!=0 set additional shift of the last vertex (i.e. to draw quadrangle). Face will be drawn even if it lies out of bounding box. @end deftypefn @anchor{sphere} @deftypefn {MGL command} {} sphere @code{x0 y0 r} ['col'='r'] @deftypefnx {MGL command} {} sphere @code{x0 y0 z0 r} ['col'='r'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Sphere (@code{mglPoint} p, @code{mreal} r, @code{const char *}stl=@code{"r"}) @deftypefnx {C function} @code{void} mgl_sphere (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} r, @code{const char *}stl) @end ifclear Draw the sphere with radius @var{r} and center at point @var{p}=@{@var{x0}, @var{y0}, @var{z0}@} and color @var{stl}. @end deftypefn @anchor{drop} @deftypefn {MGL command} {} drop @code{x0 y0 dx dy r} ['col'='r' @code{sh=1 asp=1}] @deftypefnx {MGL command} {} drop @code{x0 y0 z0 dx dy dz r} ['col'='r' @code{sh=1 asp=1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Drop (@code{mglPoint} p, @code{mglPoint} d, @code{mreal} r, @code{const char *}col=@code{"r"}, @code{mreal} shift=@code{1}, @code{mreal} ap=@code{1}) @deftypefnx {C function} @code{void} mgl_drop (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{mreal} r, @code{const char *}col, @code{mreal} shift, @code{mreal} ap) @end ifclear Draw the drop with radius @var{r} at point @var{p} elongated in direction @var{d} and with color @var{col}. Parameter @var{shift} set the degree of drop oblongness: @samp{0} is sphere, @samp{1} is maximally oblongness drop. Parameter @var{ap} set relative width of the drop (this is analogue of ``ellipticity'' for the sphere). @end deftypefn @anchor{cone} @deftypefn {MGL command} {} cone @code{x1 y1 z1 x2 y2 z2 r1} [@code{r2=-1} 'stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Cone (@code{mglPoint} p1, @code{mglPoint} p2, @code{mreal} r1, @code{mreal} r2=@code{-1}, @code{const char *}stl=@code{"B"}) @deftypefnx {C function} @code{void} mgl_cone (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} r1, @code{mreal} r2, @code{const char *}stl) @end ifclear Draw tube (or truncated cone if @var{edge}=@code{false}) between points @var{p1}, @var{p2} with radius at the edges @var{r1}, @var{r2}. If @var{r2}<0 then it is supposed that @var{r2}=@var{r1}. The cone color is defined by string @var{stl}. Parameter @var{stl} can contain: @itemize @bullet @item @samp{@@} for drawing edges; @item @samp{#} for wired cones; @item @samp{t} for drawing tubes/cylinder instead of cones/prisms; @item @samp{4}, @samp{6}, @samp{8} for drawing square, hex- or octo-prism instead of cones. @end itemize @end deftypefn @anchor{circle} @deftypefn {MGL command} {} circle @code{x0 y0 r} ['col'='r'] @deftypefnx {MGL command} {} circle @code{x0 y0 z0 r} ['col'='r'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Circle (@code{mglPoint} p, @code{mreal} r, @code{const char *}stl=@code{"r"}) @end ifclear Draw the circle with radius @var{r} and center at point @var{p}=@{@var{x0}, @var{y0}, @var{z0}@}. Parameter @var{col} may contain @itemize @bullet @item colors for filling and boundary (second one if style @samp{@@} is used, black color is used by default); @item @samp{#} for wire figure (boundary only); @item @samp{@@} for filling and boundary. @end itemize @end deftypefn @anchor{ellipse} @deftypefn {MGL command} {} ellipse @code{x1 y1 x2 y2 r} ['col'='r'] @deftypefnx {MGL command} {} ellipse @code{x1 y1 z1 x2 y2 z2 r} ['col'='r'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Ellipse (@code{mglPoint} p1, @code{mglPoint} p2, @code{mreal} r, @code{const char *}col=@code{"r"}) @deftypefnx {C function} @code{void} mgl_ellipse (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} r, @code{const char *}col) @end ifclear Draw the ellipse with radius @var{r} and focal points @var{p1}, @var{p2}. Parameter @var{col} may contain @itemize @bullet @item colors for filling and boundary (second one if style @samp{@@} is used, black color is used by default); @item @samp{#} for wire figure (boundary only); @item @samp{@@} for filling and boundary. @end itemize @end deftypefn @anchor{rhomb} @deftypefn {MGL command} {} rhomb @code{x1 y1 x2 y2 r} ['col'='r'] @deftypefnx {MGL command} {} rhomb @code{x1 y1 z1 x2 y2 z2 r} ['col'='r'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Rhomb (@code{mglPoint} p1, @code{mglPoint} p2, @code{mreal} r, @code{const char *}col=@code{"r"}) @deftypefnx {C function} @code{void} mgl_rhomb (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} r, @code{const char *}col) @end ifclear Draw the rhombus with width @var{r} and edge points @var{p1}, @var{p2}. Parameter @var{col} may contain @itemize @bullet @item colors for filling and boundary (second one if style @samp{@@} is used, black color is used by default); @item @samp{#} for wire figure (boundary only); @item @samp{@@} for filling and boundary. @end itemize @end deftypefn @anchor{arc} @deftypefn {MGL command} {} arc @code{x0 y0 x1 y1 a} ['col'='r'] @deftypefnx {MGL command} {} arc @code{x0 y0 z0 x1 y1 a} ['col'='r'] @deftypefnx {MGL command} {} arc @code{x0 y0 z0 xa ya za x1 y1 z1 a} ['col'='r'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Arc (@code{mglPoint} p0, @code{mglPoint} p1, @code{mreal} a, @code{const char *}col=@code{"r"}) @deftypefnx {Method on @code{mglGraph}} @code{void} Arc (@code{mglPoint} p0, @code{mglPoint} pa, @code{mglPoint} p1, @code{mreal} a, @code{const char *}col=@code{"r"}) @deftypefnx {C function} @code{void} mgl_arc (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} x1, @code{mreal} y1, @code{mreal} a, @code{const char *}col) @deftypefnx {C function} @code{void} mgl_arc_ext (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} xa, @code{mreal} ya, @code{mreal} za, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} a, @code{const char *}col) @end ifclear Draw the arc around axis @var{pa} (default is z-axis @var{pa}=@{0,0,1@}) with center at @var{p0} and starting from point @var{p1}. Parameter @var{a} set the angle of arc in degree. Parameter @var{col} may contain color of the arc and arrow style for arc edges. @end deftypefn @anchor{polygon} @deftypefn {MGL command} {} polygon @code{x0 y0 x1 y1 num} ['col'='r'] @deftypefnx {MGL command} {} polygon @code{x0 y0 z0 x1 y1 z1 num} ['col'='r'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Polygon (@code{mglPoint} p0, @code{mglPoint} p1, @code{int} num, @code{const char *}col=@code{"r"}) @deftypefnx {C function} @code{void} mgl_polygon (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{int} num, @code{const char *}col) @end ifclear Draw the polygon with @var{num} edges starting from @var{p1}. The center of polygon is located in @var{p0}. Parameter @var{col} may contain @itemize @bullet @item colors for filling and boundary (second one if style @samp{@@} is used, black color is used by default); @item @samp{#} for wire figure (boundary only); @item @samp{@@} for filling and boundary. @end itemize @end deftypefn @anchor{logo} @deftypefn {MGL command} {} logo 'fname' [smooth=off] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Logo (@code{const char *}fname, @code{bool} smooth=@code{false}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Logo (@code{long} w, @code{long} h, @code{const unsigned char *}rgba, @code{bool} smooth=@code{false}, @code{const char *}opt=@code{""}) @deftypefnx {C function only} @code{void} mgl_logo (@code{HMGL} gr, @code{long} w, @code{long} h, @code{const unsigned char *}rgba, @code{bool} smooth, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_logo_file (@code{HMGL} gr, @code{const char *}fname, @code{bool} smooth, @code{const char *}opt) @end ifclear Draw bitmap (logo) along whole axis range, which can be changed by @ref{Command options}. Bitmap can be loaded from file or specified as RGBA values for pixels. Parameter @var{smooth} set to draw bitmap without or with color interpolation. @end deftypefn @anchor{symbol} @deftypefn {MGL command} {} symbol @code{x y} 'id' ['fnt'='' @code{size=-1}] @deftypefnx {MGL command} {} symbol @code{x y z} 'id' ['fnt'='' @code{size=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Symbol (@code{mglPoint} p, @code{char} id, @code{const char *}fnt=@code{""}, @code{mreal} size=@code{-1}) @deftypefnx {C function} @code{void} mgl_symbol (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{char} id, @code{const char *}fnt, @code{mreal} size) @end ifclear Draws user-defined symbol with name @var{id} at position @var{p} with style specifying by @var{fnt}. The size of font is set by @var{size} parameter (default is @code{-1}). The string @var{fnt} may contain color specification ended by @samp{:} symbol; styles @samp{a}, @samp{A} to draw at absolute position @{@var{x}, @var{y}@} (supposed to be in range [0,1]) of picture (for @samp{A}) or subplot/inplot (for @samp{a}); and style @samp{w} to draw wired symbol. @end deftypefn @deftypefn {MGL command} {} symbol @code{x y dx dy} 'id' ['fnt'=':L' @code{size=-1}] @deftypefnx {MGL command} {} symbol @code{x y z dx dy dz} 'id' ['fnt'=':L' @code{size=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Symbol (@code{mglPoint} p, @code{mglPoint} d, @code{char} id, @code{const char *}fnt=@code{""}, @code{mreal} size=@code{-1}) @deftypefnx {C function} @code{void} mgl_symbol_dir (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{const char *}text, @code{const char *}fnt, @code{mreal} size) @end ifclear The same as previous but symbol will be drawn rotated along direction @var{d}. @end deftypefn @anchor{addsymbol} @deftypefn {MGL command} {} addsymbol 'id' xdat ydat @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} DefineSymbol (@code{char} id, @code{const mglDataA &}xdat, @code{const mglDataA &}ydat) @deftypefnx {C function} @code{void} mgl_define_symbol (@code{HMGL} gr, @code{HCDT} xdat, @code{HCDT} ydat) @end ifclear Add user-defined symbol with name @var{id} and contour @{@var{xdat}, @var{ydat}@}. You can use @code{NAN} values to set break (jump) of contour curve. @end deftypefn @c ################################################################## @external{} @node Text printing, Axis and Colorbar, Primitives, MathGL core @section Text printing @nav{} @ifclear UDAV @cindex Puts @cindex Putsw @end ifclear @cindex Text @cindex Label @cindex fgets These functions draw the text. There are functions for drawing text in arbitrary place, in arbitrary direction and along arbitrary curve. MathGL can use arbitrary font-faces and parse many TeX commands (for more details see @ref{Font styles}). All these functions have 2 variant: for printing 8-bit text (@code{char *}) and for printing Unicode text (@code{wchar_t *}). In first case the conversion into the current locale is used. So sometimes you need to specify it by @code{setlocale()} function. The @var{size} argument control the size of text: if positive it give the value, if negative it give the value relative to @code{SetFontSize()}. The font type (STIX, arial, courier, times and so on) can be selected by function LoadFont(). @xref{Font settings}. The font parameters are described by string. This string may set the text color @samp{wkrgbcymhRGBCYMHW} (see @ref{Color styles}). Starting from MathGL v.2.3, you can set color gradient for text (see @ref{Color scheme}). Also, after delimiter symbol @samp{:}, it can contain characters of font type (@samp{rbiwou}) and/or align (@samp{LRCTV}) specification. The font types are: @samp{r} -- roman (or regular) font, @samp{i} -- italic style, @samp{b} -- bold style, @samp{w} -- wired style, @samp{o} -- over-lined text, @samp{u} -- underlined text. By default roman font is used. The align types are: @samp{L} -- align left (default), @samp{C} -- align center, @samp{R} -- align right, @samp{T} -- align under, @samp{V} -- align center vertical. For example, string @samp{b:iC} correspond to italic font style for centered text which printed by blue color. If string contains symbols @samp{aA} then text is printed at absolute position @{@var{x}, @var{y}@} (supposed to be in range [0,1]) of picture (for @samp{A}) or subplot/inplot (for @samp{a}). If string contains symbol @samp{@@} then box around text is drawn. @sref{Text features} @anchor{text} @deftypefn {MGL command} {} text @code{x y} 'text' ['fnt'='' @code{size=-1}] @deftypefnx {MGL command} {} text @code{x y z} 'text' ['fnt'='' @code{size=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Puts (@code{mglPoint} p, @code{const char *}text, @code{const char *}fnt=@code{":C"}, @code{mreal} size=@code{-1}) @deftypefnx {Method on @code{mglGraph}} @code{void} Putsw (@code{mglPoint} p, @code{const wchar_t *}text, @code{const char *}fnt=@code{":C"}, @code{mreal} size=@code{-1}) @deftypefnx {Method on @code{mglGraph}} @code{void} Puts (@code{mreal} x, @code{mreal} y, @code{const char *}text, @code{const char *}fnt=@code{":AC"}, @code{mreal} size=@code{-1}) @deftypefnx {Method on @code{mglGraph}} @code{void} Putsw (@code{mreal} x, @code{mreal} y, @code{const wchar_t *}text, @code{const char *}fnt=@code{":AC"}, @code{mreal} size=@code{-1}) @deftypefnx {C function} @code{void} mgl_puts (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{const char *}text, @code{const char *}fnt, @code{mreal} size) @deftypefnx {C function} @code{void} mgl_putsw (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{const wchar_t *}text, @code{const char *}fnt, @code{mreal} size) @end ifclear Draws the string @var{text} at position @var{p} with fonts specifying by the criteria @var{fnt}. The size of font is set by @var{size} parameter (default is @code{-1}). @end deftypefn @deftypefn {MGL command} {} text @code{x y dx dy} 'text' ['fnt'=':L' @code{size=-1}] @deftypefnx {MGL command} {} text @code{x y z dx dy dz} 'text' ['fnt'=':L' @code{size=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Puts (@code{mglPoint} p, @code{mglPoint} d, @code{const char *}text, @code{const char *}fnt=@code{":L"}, @code{mreal} size=@code{-1}) @deftypefnx {Method on @code{mglGraph}} @code{void} Putsw (@code{mglPoint} p, @code{mglPoint} d, @code{const wchar_t *}text, @code{const char *}fnt=@code{":L"}, @code{mreal} size=@code{-1}) @deftypefnx {C function} @code{void} mgl_puts_dir (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{const char *}text, @code{const char *}fnt, @code{mreal} size) @deftypefnx {C function} @code{void} mgl_putsw_dir (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{const wchar_t *}text, @code{const char *}fnt, @code{mreal} size) @end ifclear Draws the string @var{text} at position @var{p} along direction @var{d} with specified @var{size}. Parameter @var{fnt} set text style and text position: under (@samp{T}) or above (@samp{t}) the line. @end deftypefn @anchor{fgets} @deftypefn {MGL command} {} fgets @code{x y} 'fname' [@code{n=0} 'fnt'='' @code{size=-1.4}] @deftypefnx {MGL command} {} fgets @code{x y z} 'fname' [@code{n=0} 'fnt'='' @code{size=-1.4}] Draws unrotated @var{n}-th line of file @var{fname} at position @{@var{x},@var{y},@var{z}@} with specified @var{size}. By default parameters from @ref{font} command are used. @end deftypefn @deftypefn {MGL command} {} text ydat 'text' ['fnt'=''] @deftypefnx {MGL command} {} text xdat ydat 'text' ['fnt'=''] @deftypefnx {MGL command} {} text xdat ydat zdat 'text' ['fnt'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Text (@code{const mglDataA &}y, @code{const char *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Text (@code{const mglDataA &}y, @code{const wchar_t *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Text (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Text (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const wchar_t *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Text (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Text (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const wchar_t *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_text_y (@code{HMGL} gr, @code{HCDT} y, @code{const char *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textw_y (@code{HMGL} gr, @code{HCDT} y, @code{const wchar_t *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_text_xy (@code{HCDT} x, @code{HCDT} y, @code{const char *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textw_xy (@code{HCDT} x, @code{HCDT} y, @code{const wchar_t *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_text_xyz (@code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textw_xyz (@code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const wchar_t *}text, @code{const char *}fnt, @code{const char *}opt) @end ifclear The function draws @var{text} along the curve between points @{@var{x}[i], @var{y}[i], @var{z}[i]@} by font style @var{fnt}. The string @var{fnt} may contain symbols @samp{t} for printing the text under the curve (default), or @samp{T} for printing the text under the curve. The sizes of 1st dimension must be equal for all arrays @code{x.nx=y.nx=z.nx}. If array @var{x} is not specified then its an automatic array is used with values equidistantly distributed in x-axis range (see @ref{Ranges (bounding box)}). If array @var{z} is not specified then @var{z}[i] equal to minimal z-axis value is used. String @var{opt} contain command options (see @ref{Command options}). @end deftypefn @c ################################################################## @external{} @node Axis and Colorbar, Legend, Text printing, MathGL core @section Axis and Colorbar @nav{} @cindex Axis @cindex Box @cindex Grid @cindex Colorbar @cindex Label These functions draw the ``things for measuring'', like axis with ticks, colorbar with ticks, grid along axis, bounding box and labels for axis. For more information see @ref{Axis settings}. @anchor{axis} @deftypefn {MGL command} {} axis ['dir'='xyz' 'stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Axis (@code{const char *}dir=@code{"xyz"}, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_axis (@code{HMGL} gr, @code{const char *}dir, @code{const char *}stl, @code{const char *}opt) @end ifclear Draws axes with ticks (see @ref{Axis settings}). Parameter @var{dir} may contain: @itemize @bullet @item @samp{xyz} for drawing axis in corresponding direction; @item @samp{XYZ} for drawing axis in corresponding direction but with inverted positions of labels; @item @samp{~} or @samp{_} for disabling tick labels; @item @samp{U} for disabling rotation of tick labels; @item @samp{^} for inverting default axis origin; @item @samp{!} for disabling ticks tuning (see @ref{tuneticks}); @item @samp{AKDTVISO} for drawing arrow at the end of axis; @item @samp{a} for forced adjusting of axis ticks; @item @samp{:} for drawing lines through point (0,0,0); @item @samp{f} for printing ticks labels in fixed format; @item @samp{E} for using @samp{E} instead of @samp{e} in ticks labels; @item @samp{F} for printing ticks labels in LaTeX format; @item @samp{+} for printing @samp{+} for positive ticks; @item @samp{-} for printing usual @samp{-} in ticks labels; @item @samp{0123456789} for precision at printing ticks labels. @end itemize Styles of ticks and axis can be overrided by using @var{stl} string. Option @code{value} set the manual rotation angle for the ticks. @sref{Axis and ticks} @end deftypefn @anchor{colorbar} @deftypefn {MGL command} {} colorbar ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Colorbar (@code{const char *}sch=@code{""}) @deftypefnx {C function} @code{void} mgl_colorbar (@code{HMGL} gr, @code{const char *}sch) @end ifclear Draws colorbar. Parameter @var{sch} may contain: @itemize @bullet @item color scheme (see @ref{Color scheme}); @item @samp{<>^_} for positioning at left, at right, at top or at bottom correspondingly; @item @samp{I} for positioning near bounding (by default, is positioned at edges of subplot); @item @samp{A} for using absolute coordinates; @item @samp{~} for disabling tick labels. @item @samp{!} for disabling ticks tuning (see @ref{tuneticks}); @item @samp{f} for printing ticks labels in fixed format; @item @samp{E} for using @samp{E} instead of @samp{e} in ticks labels; @item @samp{F} for printing ticks labels in LaTeX format; @item @samp{+} for printing @samp{+} for positive ticks; @item @samp{-} for printing usual @samp{-} in ticks labels; @item @samp{0123456789} for precision at printing ticks labels. @end itemize @sref{Colorbars} @end deftypefn @deftypefn {MGL command} {} colorbar vdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Colorbar (@code{const mglDataA &}v, @code{const char *}sch=@code{""}) @deftypefnx {C function} @code{void} mgl_colorbar_val (@code{HMGL} gr, @code{HCDT} v, @code{const char *}sch) @end ifclear The same as previous but with sharp colors @var{sch} (current palette if @code{sch=""}) for values @var{v}. @sref{ContD sample} @end deftypefn @deftypefn {MGL command} {} colorbar 'sch' @code{x y [w=1 h=1]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Colorbar (@code{const char *}sch, @code{mreal} x, @code{mreal} y, @code{mreal} w=@code{1}, @code{mreal} h=@code{1}) @deftypefnx {C function} @code{void} mgl_colorbar_ext (@code{HMGL} gr, @code{const char *}sch, @code{mreal} x, @code{mreal} y, @code{mreal} w, @code{mreal} h) @end ifclear The same as first one but at arbitrary position of subplot @{@var{x}, @var{y}@} (supposed to be in range [0,1]). Parameters @var{w}, @var{h} set the relative width and height of the colorbar. @end deftypefn @deftypefn {MGL command} {} colorbar vdat 'sch' @code{x y [w=1 h=1]} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Colorbar (@code{const mglDataA &}v, @code{const char *}sch, @code{mreal} x, @code{mreal} y, @code{mreal} w=@code{1}, @code{mreal} h=@code{1}) @deftypefnx {C function} @code{void} mgl_colorbar_val_ext (@code{HMGL} gr, @code{HCDT} v, @code{const char *}sch, @code{mreal} x, @code{mreal} y, @code{mreal} w, @code{mreal} h) @end ifclear The same as previous but with sharp colors @var{sch} (current palette if @code{sch=""}) for values @var{v}. @sref{ContD sample} @end deftypefn @anchor{grid} @deftypefn {MGL command} {} grid ['dir'='xyz' 'pen'='B'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Grid (@code{const char *}dir=@code{"xyz"}, @code{const char *}pen=@code{"B"}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_axis_grid (@code{HMGL} gr, @code{const char *}dir, @code{const char *}pen, @code{const char *}opt) @end ifclear Draws grid lines perpendicular to direction determined by string parameter @var{dir}. If @var{dir} contain @samp{!} then grid lines will be drawn at coordinates of subticks also. The step of grid lines is the same as tick step for @ref{axis}. The style of lines is determined by @var{pen} parameter (default value is dark blue solid line @samp{B-}). @end deftypefn @anchor{box} @deftypefn {MGL command} {} box ['stl'='k' @code{ticks=on}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Box (@code{const char *}col=@code{""}, @code{bool} ticks=@code{true}) @deftypefnx {C function} @code{void} mgl_box (@code{HMGL} gr) @deftypefnx {C function} @code{void} mgl_box_str (@code{HMGL} gr, @code{const char *}col, @code{int} ticks) @end ifclear Draws bounding box outside the plotting volume with color @var{col}. If @var{col} contain @samp{@@} then filled faces are drawn. At this first color is used for faces (default is light yellow), last one for edges. @sref{Bounding box} @end deftypefn @anchor{xlabel} @anchor{ylabel} @anchor{zlabel} @anchor{tlabel} @deftypefn {MGL command} {} xlabel 'text' [@code{pos=1}] @deftypefnx {MGL command} {} ylabel 'text' [@code{pos=1}] @deftypefnx {MGL command} {} zlabel 'text' [@code{pos=1}] @deftypefnx {MGL command} {} tlabel 'text' [@code{pos=1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Label (@code{char} dir, @code{const char *}text, @code{mreal} pos=@code{1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Label (@code{char} dir, @code{const wchar_t *}text, @code{mreal} pos=@code{1}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_label (@code{HMGL} gr, @code{char} dir, @code{const char *}text, @code{mreal} pos, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_labelw (@code{HMGL} gr, @code{char} dir, @code{const wchar_t *}text, @code{mreal} pos, @code{const char *}opt) @end ifclear Prints the label @var{text} for axis @var{dir}=@samp{x},@samp{y},@samp{z},@samp{t} (here @samp{t} is ``ternary'' axis @math{t=1-x-y}). The position of label is determined by @var{pos} parameter. If @var{pos}=0 then label is printed at the center of axis. If @var{pos}>0 then label is printed at the maximum of axis. If @var{pos}<0 then label is printed at the minimum of axis. Option @code{value} set additional shifting of the label. @xref{Text printing}. @end deftypefn @c ################################################################## @external{} @node Legend, 1D plotting, Axis and Colorbar, MathGL core @section Legend @nav{} @cindex Legend @cindex AddLegend @cindex ClearLegend @cindex SetLegendBox @cindex SetLegendMarks These functions draw legend to the graph (useful for @ref{1D plotting}). Legend entry is a pair of strings: one for style of the line, another one with description text (with included TeX parsing). The arrays of strings may be used directly or by accumulating first to the internal arrays (by function @ref{addlegend}) and further plotting it. The position of the legend can be selected automatic or manually (even out of bounding box). Parameters @var{fnt} and @var{size} specify the font style and size (see @ref{Font settings}). Option @code{value} set the relative width of the line sample and the text indent. If line style string for entry is empty then the corresponding text is printed without indent. Parameter @var{fnt} may contain: @itemize @bullet @item font style for legend text; @item @samp{A} for positioning in absolute coordinates; @item @samp{^} for positioning outside of specified point; @item @samp{#} for drawing box around legend; @item @samp{-} for arranging legend entries horizontally; @item colors for face (1st one), for border (2nd one) and for text (last one). If less than 3 colors are specified then the color for border is black (for 2 and less colors), and the color for face is white (for 1 or none colors). @end itemize @sref{Legend sample} @anchor{legend} @deftypefn {MGL command} {} legend [@code{pos=3} 'fnt'='#'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Legend (@code{int} pos=@code{0x3}, @code{const char *}fnt=@code{"#"}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_legend (@code{HMGL} gr, @code{int} pos, @code{const char *}fnt, @code{const char *}opt) @end ifclear Draws legend of accumulated legend entries by font @var{fnt} with @var{size}. Parameter @var{pos} sets the position of the legend: @samp{0} is bottom left corner, @samp{1} is bottom right corner, @samp{2} is top left corner, @samp{3} is top right corner (is default). Option @code{value} set the space between line samples and text (default is 0.1). @end deftypefn @deftypefn {MGL command} {} legend @code{x y} ['fnt'='#'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Legend (@code{mreal} x, @code{mreal} y, @code{const char *}fnt=@code{"#"}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_legend_pos (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{const char *}fnt, @code{const char *}opt) @end ifclear Draws legend of accumulated legend entries by font @var{fnt} with @var{size}. Position of legend is determined by parameter @var{x}, @var{y} which supposed to be normalized to interval [0,1]. Option @code{value} set the space between line samples and text (default is 0.1). @end deftypefn @anchor{addlegend} @deftypefn {MGL command} {} addlegend 'text' 'stl' @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} AddLegend (@code{const char *}text, @code{const char *}style) @deftypefnx {Method on @code{mglGraph}} @code{void} AddLegend (@code{const wchar_t *}text, @code{const char *}style) @deftypefnx {C function} @code{void} mgl_add_legend (@code{HMGL} gr, @code{const char *}text, @code{const char *}style) @deftypefnx {C function} @code{void} mgl_add_legendw (@code{HMGL} gr, @code{const wchar_t *}text, @code{const char *}style) @end ifclear Adds string @var{text} to internal legend accumulator. The style of described line and mark is specified in string @var{style} (see @ref{Line styles}). @end deftypefn @anchor{clearlegend} @deftypefn {MGL command} {} clearlegend @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ClearLegend () @deftypefnx {C function} @code{void} mgl_clear_legend (@code{HMGL} gr) @end ifclear Clears saved legend strings. @end deftypefn @anchor{legendmarks} @deftypefn {MGL command} {} legendmarks @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SetLegendMarks (@code{int} num) @deftypefnx {C function} @code{void} mgl_set_legend_marks (@code{HMGL} gr, @code{int} num) @end ifclear Set the number of marks in the legend. By default 1 mark is used. @end deftypefn @c ################################################################## @external{} @node 1D plotting, 2D plotting, Legend, MathGL core @section 1D plotting @nav{} @cindex Plot @cindex Radar @cindex Tens @cindex Area @cindex Region @cindex Stem @cindex Bars @cindex Barh @cindex Chart @cindex Step @cindex Torus @cindex Tube @cindex Mark @cindex TextMark @cindex Error @cindex BoxPlot @cindex Candle @cindex Tape @cindex Label @cindex Cones These functions perform plotting of 1D data. 1D means that data depended from only 1 parameter like parametric curve @{x[i],y[i],z[i]@}, i=1...n. By default (if absent) values of @var{x}[i] are equidistantly distributed in axis range, and @var{z}[i] equal to minimal z-axis value. The plots are drawn for each row if one of the data is the matrix. By any case the sizes of 1st dimension @strong{must be equal} for all arrays @code{x.nx=y.nx=z.nx}. String @var{pen} specifies the color and style of line and marks (see @ref{Line styles}). By default (@code{pen=""}) solid line with color from palette is used (see @ref{Palette and colors}). Symbol @samp{!} set to use new color from palette for each point (not for each curve, as default). String @var{opt} contain command options (see @ref{Command options}). @sref{1D samples} @anchor{plot} @deftypefn {MGL command} {} plot ydat ['stl'=''] @deftypefnx {MGL command} {} plot xdat ydat ['stl'=''] @deftypefnx {MGL command} {} plot xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Plot (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Plot (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Plot (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_plot (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_plot_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_plot_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw continuous lines between points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. If @var{pen} contain @samp{a} then segments between points outside of axis range are drawn too. If @var{pen} contain @samp{~} then number of segments is reduce for quasi-straight curves. See also @ref{area}, @ref{step}, @ref{stem}, @ref{tube}, @ref{mark}, @ref{error}, @ref{belt}, @ref{tens}, @ref{tape}, @ref{meshnum}. @sref{Plot sample} @end deftypefn @anchor{radar} @deftypefn {MGL command} {} radar adat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Radar (@code{const mglDataA &}a, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_radar (@code{HMGL} gr, @code{HCDT} a, @code{const char *}pen, @code{const char *}opt) @end ifclear This functions draws radar chart which is continuous lines between points located on an radial lines (like plot in Polar coordinates). Option @code{value} set the additional shift of data (i.e. the data @var{a}+@code{value} is used instead of @var{a}). If @code{value<0} then @code{r=max(0, -min(value)}. If @var{pen} containt @samp{#} symbol then "grid" (radial lines and circle for @var{r}) is drawn. If @var{pen} contain @samp{a} then segments between points outside of axis range are drawn too. See also @ref{plot}, @ref{meshnum}. @sref{Radar sample} @end deftypefn @anchor{step} @deftypefn {MGL command} {} step ydat ['stl'=''] @deftypefnx {MGL command} {} step xdat ydat ['stl'=''] @deftypefnx {MGL command} {} step xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Step (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Step (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Step (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_step (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_step_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_step_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw continuous stairs for points to axis plane. If @var{x}.nx>@var{y}.nx then @var{x} set the edges of bars, rather than its central positions. See also @ref{plot}, @ref{stem}, @ref{tile}, @ref{boxs}, @ref{meshnum}. @sref{Step sample} @end deftypefn @anchor{tens} @deftypefn {MGL command} {} tens ydat cdat ['stl'=''] @deftypefnx {MGL command} {} tens xdat ydat cdat ['stl'=''] @deftypefnx {MGL command} {} tens xdat ydat zdat cdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Tens (@code{const mglDataA &}y, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tens (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tens (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_tens (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tens_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tens_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw continuous lines between points @{@var{x}[i], @var{y}[i], @var{z}[i]@} with color defined by the special array @var{c}[i] (look like tension plot). String @var{pen} specifies the color scheme (see @ref{Color scheme}) and style and/or width of line (see @ref{Line styles}). If @var{pen} contain @samp{a} then segments between points outside of axis range are drawn too. If @var{pen} contain @samp{~} then number of segments is reduce for quasi-straight curves. See also @ref{plot}, @ref{mesh}, @ref{fall}, @ref{meshnum}. @sref{Tens sample} @end deftypefn @anchor{tape} @deftypefn {MGL command} {} tape ydat ['stl'=''] @deftypefnx {MGL command} {} tape xdat ydat ['stl'=''] @deftypefnx {MGL command} {} tape xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Tape (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tape (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tape (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_tape (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tape_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tape_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw tapes of normals for curve between points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Initial tape(s) was selected in x-y plane (for @samp{x} in @var{pen}) and/or y-z plane (for @samp{x} in @var{pen}). The width of tape is proportional to @ref{barwidth} and can be changed by option @code{value}. See also @ref{plot}, @ref{flow}, @ref{barwidth}. @sref{Tape sample} @end deftypefn @anchor{area} @deftypefn {MGL command} {} area ydat ['stl'=''] @deftypefnx {MGL command} {} area xdat ydat ['stl'=''] @deftypefnx {MGL command} {} area xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Area (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Area (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Area (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_area (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_area_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_area_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw continuous lines between points and fills it to axis plane. Also you can use gradient filling if number of specified colors is equal to 2*number of curves. If @var{pen} contain @samp{#} then wired plot is drawn. If @var{pen} contain @samp{a} then segments between points outside of axis range are drawn too. See also @ref{plot}, @ref{bars}, @ref{stem}, @ref{region}. @sref{Area sample} @end deftypefn @anchor{region} @deftypefn {MGL command} {} region ydat1 ydat2 ['stl'=''] @deftypefnx {MGL command} {} region xdat ydat1 ydat2 ['stl'=''] @deftypefnx {MGL command} {} region xdat1 ydat1 xdat2 ydat2 ['stl'=''] @deftypefnx {MGL command} {} region xdat1 ydat1 zdat1 xdat2 ydat2 zdat2 ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Region (@code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Region (@code{const mglDataA &}x, @code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Region (@code{const mglDataA &}x1, @code{const mglDataA &}y1, @code{const mglDataA &}x2, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Region (@code{const mglDataA &}x1, @code{const mglDataA &}y1, @code{const mglDataA &}z1, @code{const mglDataA &}x2, @code{const mglDataA &}y2, @code{const mglDataA &}z2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_region (@code{HMGL} gr, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_region_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_region_3d (@code{HMGL} gr, @code{HCDT} x1, @code{HCDT} y1, @code{HCDT} z1, @code{HCDT} x2, @code{HCDT} y2, @code{HCDT} z2, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions fill area between 2 curves. Dimensions of arrays @var{y1} and @var{y2} must be equal. Also you can use gradient filling if number of specified colors is equal to 2*number of curves. If for 2D version @var{pen} contain symbol @samp{i} then only area with y1} for aligning boxes left, right or centering them at its x-coordinates. @end itemize You can give different colors for positive and negative values if number of specified colors is equal to 2*number of curves. If @var{x}.nx>@var{y}.nx then @var{x} set the edges of bars, rather than its central positions. See also @ref{barh}, @ref{cones}, @ref{area}, @ref{stem}, @ref{chart}, @ref{barwidth}. @sref{Bars sample} @end deftypefn @anchor{barh} @deftypefn {MGL command} {} barh vdat ['stl'=''] @deftypefnx {MGL command} {} barh ydat vdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Barh (@code{const mglDataA &}v, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Barh (@code{const mglDataA &}y, @code{const mglDataA &}v, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_barh (@code{HMGL} gr, @code{HCDT} v, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_barh_xy (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} v, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw horizontal bars from points to axis plane. Parameter @var{pen} can contain: @itemize @bullet @item @samp{a} for drawing lines one above another (like summation); @item @samp{f} for drawing waterfall chart, which show the cumulative effect of sequential positive or negative values; @item @samp{F} for using fixed (minimal) width for all bars; @item @samp{<}, @samp{^} or @samp{>} for aligning boxes left, right or centering them at its x-coordinates. @end itemize You can give different colors for positive and negative values if number of specified colors is equal to 2*number of curves. If @var{x}.nx>@var{y}.nx then @var{x} set the edges of bars, rather than its central positions. See also @ref{bars}, @ref{barwidth}. @sref{Barh sample} @end deftypefn @anchor{cones} @deftypefn {MGL command} {} cones ydat ['stl'=''] @deftypefnx {MGL command} {} cones xdat ydat ['stl'=''] @deftypefnx {MGL command} {} cones xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Cones (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Cones (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Cones (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_cones (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cones_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cones_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw cones from points to axis plane. If string contain symbol @samp{a} then cones are drawn one above another (like summation). You can give different colors for positive and negative values if number of specified colors is equal to 2*number of curves. Parameter @var{pen} can contain: @itemize @bullet @item @samp{@@} for drawing edges; @item @samp{#} for wired cones; @item @samp{t} for drawing tubes/cylinders instead of cones/prisms; @item @samp{4}, @samp{6}, @samp{8} for drawing square, hex- or octo-prism instead of cones; @item @samp{<}, @samp{^} or @samp{>} for aligning boxes left, right or centering them at its x-coordinates. @end itemize See also @ref{bars}, @ref{cone}, @ref{barwidth}. @sref{Cones sample} @end deftypefn @anchor{chart} @deftypefn {MGL command} {} chart adat ['col'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Chart (@code{const mglDataA &}a, @code{const char *}col=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_chart (@code{HMGL} gr, @code{HCDT} a, @code{const char *}col, @code{const char *}opt) @end ifclear The function draws colored stripes (boxes) for data in array @var{a}. The number of stripes is equal to the number of rows in @var{a} (equal to @var{a.ny}). The color of each next stripe is cyclically changed from colors specified in string @var{col} or in palette Pal (see @ref{Palette and colors}). Spaces in colors denote transparent ``color'' (i.e. corresponding stripe(s) are not drawn). The stripe width is proportional to value of element in @var{a}. Chart is plotted only for data with non-negative elements. If string @var{col} have symbol @samp{#} then black border lines are drawn. The most nice form the chart have in 3d (after rotation of coordinates) or in cylindrical coordinates (becomes so called Pie chart). @sref{Chart sample} @end deftypefn @anchor{boxplot} @deftypefn {MGL command} {} boxplot adat ['stl'=''] @deftypefnx {MGL command} {} boxplot xdat adat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} BoxPlot (@code{const mglDataA &}a, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} BoxPlot (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_boxplot (@code{HMGL} gr, @code{HCDT} a, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_boxplot_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} a, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw boxplot (also known as a box-and-whisker diagram) at points @var{x}[i]. This is five-number summaries of data @var{a}[i,j] (minimum, lower quartile (Q1), median (Q2), upper quartile (Q3) and maximum) along second (j-th) direction. If @var{pen} contain @samp{<}, @samp{^} or @samp{>} then boxes will be aligned left, right or centered at its x-coordinates. See also @ref{plot}, @ref{error}, @ref{bars}, @ref{barwidth}. @sref{BoxPlot sample} @end deftypefn @anchor{candle} @deftypefn {MGL command} {} candle vdat1 ['stl'=''] @deftypefnx {MGL command} {} candle vdat1 vdat2 ['stl'=''] @deftypefnx {MGL command} {} candle vdat1 ydat1 ydat2 ['stl'=''] @deftypefnx {MGL command} {} candle vdat1 vdat2 ydat1 ydat2 ['stl'=''] @deftypefnx {MGL command} {} candle xdat vdat1 vdat2 ydat1 ydat2 ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}v1, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}v1, @code{const mglDataA &}v2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}v1, @code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}v1, @code{const mglDataA &}v2, @code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}x, @code{const mglDataA &}v1, @code{const mglDataA &}v2, @code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_candle (@code{HMGL} gr, @code{HCDT} v1, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_candle_yv (@code{HMGL} gr, @code{HCDT} v1, @code{HCDT} v2, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_candle_xyv (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} v1, @code{HCDT} v2, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw candlestick chart at points @var{x}[i]. This is a combination of a line-chart and a bar-chart, in that each bar represents the range of price movement over a given time interval. Wire (or white) candle correspond to price growth @var{v1}[i]<@var{v2}[i], opposite case -- solid (or dark) candle. You can give different colors for growth and decrease values if number of specified colors is equal to 2. If @var{pen} contain @samp{#} then the wire candle will be used even for 2-color scheme. "Shadows" show the minimal @var{y1} and maximal @var{y2} prices. If @var{v2} is absent then it is determined as @var{v2}[i]=@var{v1}[i+1]. See also @ref{plot}, @ref{bars}, @ref{ohlc}, @ref{barwidth}. @sref{Candle sample} @end deftypefn @anchor{ohlc} @deftypefn {MGL command} {} ohlc odat hdat ldat cdat ['stl'=''] @deftypefnx {MGL command} {} ohlc xdat odat hdat ldat cdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} OHLC (@code{const mglDataA &}o, @code{const mglDataA &}h, @code{const mglDataA &}l, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} OHLC (@code{const mglDataA &}x, @code{const mglDataA &}o, @code{const mglDataA &}h, @code{const mglDataA &}l, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_ohlc (@code{HMGL} gr, @code{HCDT} o, @code{HCDT} h, @code{HCDT} l, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_ohlc_x (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} o, @code{HCDT} h, @code{HCDT} l, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw Open-High-Low-Close diagram. This diagram show vertical line for between maximal(high @var{h}) and minimal(low @var{l}) values, as well as horizontal lines before/after vertical line for initial(open @var{o})/final(close @var{c}) values of some process (usually price). You can give different colors for up and down values (when closing values higher or not as in previous point) if number of specified colors is equal to 2*number of curves. See also @ref{candle}, @ref{plot}, @ref{barwidth}. @sref{OHLC sample} @end deftypefn @anchor{error} @deftypefn {MGL command} {} error ydat yerr ['stl'=''] @deftypefnx {MGL command} {} error xdat ydat yerr ['stl'=''] @deftypefnx {MGL command} {} error xdat ydat xerr yerr ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Error (@code{const mglDataA &}y, @code{const mglDataA &}ey, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Error (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ey, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Error (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ex, @code{const mglDataA &}ey, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_error (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} ey, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_error_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ey, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_error_exy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ex, @code{HCDT} ey, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw error boxes @{@var{ex}[i], @var{ey}[i]@} at points @{@var{x}[i], @var{y}[i]@}. This can be useful, for example, in experimental points, or to show numeric error or some estimations and so on. If string @var{pen} contain symbol @samp{@@} than large semitransparent mark is used instead of error box. See also @ref{plot}, @ref{mark}. @sref{Error sample} @end deftypefn @anchor{mark} @deftypefn {MGL command} {} mark ydat rdat ['stl'=''] @deftypefnx {MGL command} {} mark xdat ydat rdat ['stl'=''] @deftypefnx {MGL command} {} mark xdat ydat zdat rdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Mark (@code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Mark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Mark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_mark_y (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_mark_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_mark_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw marks with size @var{r}[i]*@ref{marksize} at points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. If you need to draw markers of the same size then you can use @ref{plot} function with empty line style @samp{ }. For markers with size in axis range use @ref{error} with style @samp{@@}. See also @ref{plot}, @ref{textmark}, @ref{error}, @ref{stem}, @ref{meshnum}. @sref{Mark sample} @end deftypefn @anchor{textmark} @deftypefn {MGL command} {} textmark ydat 'txt' ['stl'=''] @deftypefnx {MGL command} {} textmark ydat rdat 'txt' ['stl'=''] @deftypefnx {MGL command} {} textmark xdat ydat rdat 'txt' ['stl'=''] @deftypefnx {MGL command} {} textmark xdat ydat zdat rdat 'txt' ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}y, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}y, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}y, @code{const mglDataA &}r, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}r, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_textmark (@code{HMGL} gr, @code{HCDT} y, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textmarkw (@code{HMGL} gr, @code{HCDT} y, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textmark_yr (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} r, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textmarkw_yr (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} r, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textmark_xyr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} r, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textmarkw_xyr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} r, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textmark_xyzr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_textmarkw_xyzr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @end ifclear These functions draw string @var{txt} as marks with size proportional to @var{r}[i]*@var{marksize} at points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. By default (if omitted) @var{r}[i]=1. See also @ref{plot}, @ref{mark}, @ref{stem}, @ref{meshnum}. @sref{TextMark sample} @end deftypefn @anchor{label} @deftypefn {MGL command} {} label ydat 'txt' ['stl'=''] @deftypefnx {MGL command} {} label xdat ydat 'txt' ['stl'=''] @deftypefnx {MGL command} {} label xdat ydat zdat 'txt' ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Label (@code{const mglDataA &}y, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Label (@code{const mglDataA &}y, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Label (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Label (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Label (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Label (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_label (@code{HMGL} gr, @code{HCDT} y, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_labelw (@code{HMGL} gr, @code{HCDT} y, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_label_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_labelw_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_label_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_labelw_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @end ifclear These functions draw string @var{txt} at points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. If string @var{txt} contain @samp{%x}, @samp{%y}, @samp{%z} or @samp{%n} then it will be replaced by the value of x-,y-,z-coordinate of the point or its index. String @var{fnt} may contain: @itemize @item font style @ref{Font styles}; @item @samp{f} for fixed format of printed numbers; @item @samp{E} for using @samp{E} instead of @samp{e}; @item @samp{F} for printing in LaTeX format; @item @samp{+} for printing @samp{+} for positive numbers; @item @samp{-} for printing usual @samp{-}; @item @samp{0123456789} for precision at printing numbers. @end itemize See also @ref{plot}, @ref{mark}, @ref{textmark}, @ref{table}. @sref{Label sample} @end deftypefn @anchor{table} @deftypefn {MGL command} {} table vdat 'txt' ['stl'='#'] @deftypefnx {MGL command} {} table x y vdat 'txt' ['stl'='#'] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Table (@code{const mglDataA &}val, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Table (@code{const mglDataA &}val, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Table (@code{mreal} x, @code{mreal} y, @code{const mglDataA &}val, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Table (@code{mreal} x, @code{mreal} y, @code{const mglDataA &}val, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_table (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{HCDT} val, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tablew (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{HCDT} val, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @end ifclear These functions draw table with values of @var{val} and captions from string @var{txt} (separated by newline symbol @samp{\n}) at points @{@var{x}, @var{y}@} (default at @{0,0@}) related to current subplot. String @var{fnt} may contain: @itemize @item font style @ref{Font styles}; @item @samp{#} for drawing cell borders; @item @samp{|} for limiting table widh by subplot one (equal to option @samp{value 1}); @item @samp{=} for equal width of all cells; @item @samp{f} for fixed format of printed numbers; @item @samp{E} for using @samp{E} instead of @samp{e}; @item @samp{F} for printing in LaTeX format; @item @samp{+} for printing @samp{+} for positive numbers; @item @samp{-} for printing usual @samp{-}; @item @samp{0123456789} for precision at printing numbers. @end itemize Option @code{value} set the width of the table (default is 1). See also @ref{plot}, @ref{label}. @sref{Table sample} @end deftypefn @anchor{iris} @deftypefn {MGL command} {} iris dats 'ids' ['stl'=''] @deftypefnx {MGL command} {} iris dats rngs 'ids' ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Iris (@code{const mglDataA &}dats, @code{const char *}ids, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Iris (@code{const mglDataA &}dats, @code{const wchar_t *}ids, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Iris (@code{const mglDataA &}dats, @code{const mglDataA &}rngs, @code{const char *}ids, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Iris (@code{const mglDataA &}dats, @code{const mglDataA &}rngs, @code{const wchar_t *}ids, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_iris_1 (@code{HMGL} gr, @code{HCDT} dats, @code{const char *}ids, @code{const char *}stl, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_irisw_1 (@code{HMGL} gr, @code{HCDT} dats, @code{const wchar_t *}ids, @code{const char *}stl, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_iris (@code{HMGL} gr, @code{HCDT} dats, @code{HCDT} rngs, @code{const char *}ids, @code{const char *}stl, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_irisw (@code{HMGL} gr, @code{HCDT} dats, @code{HCDT} rngs, @code{const wchar_t *}ids, @code{const char *}stl, @code{const char *}opt) @end ifclear Draws Iris plots for determining cross-dependences of data arrays @var{dats} (see @uref{http://en.wikipedia.org/wiki/Iris_flower_data_set}). Data @var{rngs} of size 2*@var{dats}.nx provide manual axis ranges for each column. String @var{ids} contain column names, separated by @samp{;} symbol. Option @code{value} set the text size for column names. You can add another data set to existing Iris plot by providing the same ranges @var{rngs} and empty column names @var{ids}. See also @ref{plot}. @sref{Iris sample} @end deftypefn @anchor{tube} @deftypefn {MGL command} {} tube ydat rdat ['stl'=''] @deftypefnx {MGL command} {} tube ydat @code{rval} ['stl'=''] @deftypefnx {MGL command} {} tube xdat ydat rdat ['stl'=''] @deftypefnx {MGL command} {} tube xdat ydat @code{rval} ['stl'=''] @deftypefnx {MGL command} {} tube xdat ydat zdat rdat ['stl'=''] @deftypefnx {MGL command} {} tube xdat ydat zdat @code{rval} ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}y, @code{mreal} r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{mreal} r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{mreal} r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_tube_r (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tube (@code{HMGL} gr, @code{HCDT} y, @code{mreal} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tube_xyr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tube_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{mreal} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tube_xyzr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tube_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{mreal} r, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw the tube with variable radius @var{r}[i] along the curve between points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. See also @ref{plot}. @sref{Tube sample} @end deftypefn @anchor{torus} @deftypefn {MGL command} {} torus rdat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Torus (@code{const mglDataA &}r, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_torus (@code{HMGL} gr, @code{HCDT} r, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear These functions draw surface which is result of curve @{@var{r}, @var{z}@} rotation around axis. If string @var{pen} contain symbols @samp{x} or @samp{z} then rotation axis will be set to specified direction (default is @samp{y}). If string @var{pen} have symbol @samp{#} then wire plot is produced. If string @var{pen} have symbol @samp{.} then plot by dots is produced. See also @ref{plot}, @ref{axial}. @sref{Torus sample} @end deftypefn @anchor{lamerey} @deftypefn {MGL command} {} lamerey @code{x0} ydat ['stl'=''] @deftypefnx {MGL command} {} lamerey @code{x0} 'y(x)' ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Lamerey (@code{double} x0, @code{const mglDataA &}y, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Lamerey (@code{double} x0, @code{const char *}y, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_lamerey_dat (@code{HMGL} gr, @code{double} x0, @code{HCDT} y, @code{const char *}stl, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_lamerey_str (@code{HMGL} gr, @code{double} x0, @code{const char *}y, @code{const char *}stl, @code{const char *}opt) @end ifclear These functions draw Lamerey diagram for mapping x_new = y(x_old) starting from point @var{x0}. String @var{stl} may contain line style, symbol @samp{v} for drawing arrows, symbol @samp{~} for disabling first segment. Option @code{value} set the number of segments to be drawn (default is 20). See also @ref{plot}, @ref{fplot}, @ref{bifurcation}, @ref{pmap}. @sref{Lamerey sample} @end deftypefn @anchor{bifurcation} @deftypefn {MGL command} {} bifurcation @code{dx} ydat ['stl'=''] @deftypefnx {MGL command} {} bifurcation @code{dx} 'y(x)' ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Bifurcation (@code{double} dx, @code{const mglDataA &}y, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Bifurcation (@code{double} dx, @code{const char *}y, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_bifurcation_dat (@code{HMGL} gr, @code{double} dx, @code{HCDT} y, @code{const char *}stl, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_bifurcation_str (@code{HMGL} gr, @code{double} dx, @code{const char *}y, @code{const char *}stl, @code{const char *}opt) @end ifclear These functions draw bifurcation diagram for mapping x_new = y(x_old). Parameter @var{dx} set the accuracy along x-direction. String @var{stl} set color. Option @code{value} set the number of stationary points (default is 1024). See also @ref{plot}, @ref{fplot}, @ref{lamerey}. @sref{Bifurcation sample} @end deftypefn @anchor{pmap} @deftypefn {MGL command} {} pmap ydat sdat ['stl'=''] @deftypefnx {MGL command} {} pmap xdat ydat sdat ['stl'=''] @deftypefnx {MGL command} {} pmap xdat ydat zdat sdat ['stl'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Pmap (@code{const mglDataA &}y, @code{const mglDataA &}s, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Pmap (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}s, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Pmap (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}s, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_pmap (@code{HMGL} gr, @code{HMDT} y, @code{HCDT} s, @code{const char *}stl, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_pmap_xy (@code{HMGL} gr, @code{HCDT} x, @code{HMDT} y, @code{HCDT} s, @code{const char *}stl, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_pmap_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HMDT} y, @code{HCDT} z, @code{HCDT} s, @code{const char *}stl, @code{const char *}opt) @end ifclear These functions draw Poincare map for curve @{@var{x}, @var{y}, @var{z}@} at surface @var{s}=0. Basically, it show intersections of the curve and the surface. String @var{stl} set the style of marks. See also @ref{plot}, @ref{mark}, @ref{lamerey}. @sref{Pmap sample} @end deftypefn @c ################################################################## @external{} @node 2D plotting, 3D plotting, 1D plotting, MathGL core @section 2D plotting @nav{} @cindex Mesh @cindex Fall @cindex Belt @cindex Surf @cindex Boxs @cindex Tile @cindex Dens @cindex Cont @cindex ContF @cindex ContD @cindex Axial @cindex Grad @cindex Grid These functions perform plotting of 2D data. 2D means that data depend from 2 independent parameters like matrix @math{f(x_i,y_j), i=1...n, j=1...m}. By default (if absent) values of @var{x}, @var{y} are equidistantly distributed in axis range. The plots are drawn for each z slice of the data. The minor dimensions of arrays @var{x}, @var{y}, @var{z} should be equal @code{x.nx=z.nx && y.nx=z.ny} or @code{x.nx=y.nx=z.nx && x.ny=y.ny=z.ny}. Arrays @var{x} and @var{y} can be vectors (not matrices as @var{z}). String @var{sch} sets the color scheme (see @ref{Color scheme}) for plot. String @var{opt} contain command options (see @ref{Command options}). @sref{2D samples} @anchor{surf} @deftypefn {MGL command} {} surf zdat ['sch'=''] @deftypefnx {MGL command} {} surf xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. If string @var{sch} have symbol @samp{#} then grid lines are drawn. If string @var{sch} have symbol @samp{.} then plot by dots is produced. See also @ref{mesh}, @ref{dens}, @ref{belt}, @ref{tile}, @ref{boxs}, @ref{surfc}, @ref{surfa}. @sref{Surf sample} @end deftypefn @anchor{mesh} @deftypefn {MGL command} {} mesh zdat ['sch'=''] @deftypefnx {MGL command} {} mesh xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Mesh (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Mesh (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_mesh (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_mesh_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws mesh lines for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. See also @ref{surf}, @ref{fall}, @ref{meshnum}, @ref{cont}, @ref{tens}. @sref{Mesh sample} @end deftypefn @anchor{fall} @deftypefn {MGL command} {} fall zdat ['sch'=''] @deftypefnx {MGL command} {} fall xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Fall (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Fall (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_fall (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_fall_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws fall lines for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. This plot can be used for plotting several curves shifted in depth one from another. If @var{sch} contain @samp{x} then lines are drawn along x-direction else (by default) lines are drawn along y-direction. See also @ref{belt}, @ref{mesh}, @ref{tens}, @ref{meshnum}. @sref{Fall sample} @end deftypefn @anchor{belt} @deftypefn {MGL command} {} belt zdat ['sch'=''] @deftypefnx {MGL command} {} belt xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Belt (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Belt (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_belt (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_belt_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws belts for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. This plot can be used as 3d generalization of @ref{plot}). If @var{sch} contain @samp{x} then belts are drawn along x-direction else (by default) belts are drawn along y-direction. See also @ref{fall}, @ref{surf}, @ref{beltc}, @ref{plot}, @ref{meshnum}. @sref{Belt sample} @end deftypefn @anchor{boxs} @deftypefn {MGL command} {} boxs zdat ['sch'=''] @deftypefnx {MGL command} {} boxs xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Boxs (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Boxs (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_boxs (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_boxs_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws vertical boxes for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. Symbol @samp{@@} in @var{sch} set to draw filled boxes. See also @ref{surf}, @ref{dens}, @ref{tile}, @ref{step}. @sref{Boxs sample} @end deftypefn @anchor{tile} @deftypefn {MGL command} {} tile zdat ['sch'=''] @deftypefnx {MGL command} {} tile xdat ydat zdat ['sch'=''] @deftypefnx {MGL command} {} tile xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Tile (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tile (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Tile (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_tile (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tile_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tile_xyc (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws horizontal tiles for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} and color it by matrix @var{c}[i,j] (@var{c}=@var{z} if @var{c} is not provided). If string @var{sch} contain style @samp{x} or @samp{y} then tiles will be oriented perpendicular to x- or y-axis. Such plot can be used as 3d generalization of @ref{step}. See also @ref{surf}, @ref{boxs}, @ref{step}, @ref{tiles}. @sref{Tile sample} @end deftypefn @anchor{dens} @deftypefn {MGL command} {} dens zdat ['sch'=''] @deftypefnx {MGL command} {} dens xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Dens (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}, @code{mreal} zVal=@code{NAN}) @deftypefnx {Method on @code{mglGraph}} @code{void} Dens (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}, @code{mreal} zVal=@code{NAN}) @deftypefnx {C function} @code{void} mgl_dens (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_dens_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws density plot for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} at @var{z} equal to minimal z-axis value. If string @var{sch} have symbol @samp{#} then grid lines are drawn. If string @var{sch} have symbol @samp{.} then plot by dots is produced. See also @ref{surf}, @ref{cont}, @ref{contf}, @ref{boxs}, @ref{tile}, @code{dens[xyz]}. @sref{Dens sample} @end deftypefn @anchor{cont} @deftypefn {MGL command} {} cont vdat zdat ['sch'=''] @deftypefnx {MGL command} {} cont vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Cont (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Cont (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_cont_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cont_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws contour lines for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} at @var{z}=@var{v}[k], or at @var{z} equal to minimal z-axis value if @var{sch} contain symbol @samp{_}. Contours are plotted for @var{z}[i,j]=@var{v}[k] where @var{v}[k] are values of data array @var{v}. If string @var{sch} have symbol @samp{t} or @samp{T} then contour labels @var{v}[k] will be drawn below (or above) the contours. See also @ref{dens}, @ref{contf}, @ref{contd}, @ref{axial}, @code{cont[xyz]}. @sref{Cont sample} @end deftypefn @deftypefn {MGL command} {} cont zdat ['sch'=''] @deftypefnx {MGL command} {} cont xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Cont (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Cont (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_cont (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cont_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The same as previous with vector @var{v} of @var{num}-th elements equidistantly distributed in color range. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 7). @end deftypefn @anchor{contf} @deftypefn {MGL command} {} contf vdat zdat ['sch'=''] @deftypefnx {MGL command} {} contf vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContF (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContF (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contf_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contf_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws solid (or filled) contour lines for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} at @var{z}=@var{v}[k], or at @var{z} equal to minimal z-axis value if @var{sch} contain symbol @samp{_}. Contours are plotted for @var{z}[i,j]=@var{v}[k] where @var{v}[k] are values of data array @var{v} (must be @code{v.nx>2}). See also @ref{dens}, @ref{cont}, @ref{contd}, @code{contf[xyz]}. @sref{ContF sample} @end deftypefn @deftypefn {MGL command} {} contf zdat ['sch'=''] @deftypefnx {MGL command} {} contf xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContF (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContF (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contf (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contf_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The same as previous with vector @var{v} of @var{num}-th elements equidistantly distributed in color range. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 7). @end deftypefn @anchor{contd} @deftypefn {MGL command} {} contd vdat zdat ['sch'=''] @deftypefnx {MGL command} {} contd vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContD (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContD (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contd_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contd_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws solid (or filled) contour lines for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} at @var{z}=@var{v}[k] (or at @var{z} equal to minimal z-axis value if @var{sch} contain symbol @samp{_}) with manual colors. Contours are plotted for @var{z}[i,j]=@var{v}[k] where @var{v}[k] are values of data array @var{v} (must be @code{v.nx>2}). String @var{sch} sets the contour colors: the color of k-th contour is determined by character @code{sch[k%strlen(sch)]}. See also @ref{dens}, @ref{cont}, @ref{contf}. @sref{ContD sample} @end deftypefn @deftypefn {MGL command} {} contd zdat ['sch'=''] @deftypefnx {MGL command} {} contd xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContD (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContD (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contd (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contd_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The same as previous with vector @var{v} of @var{num}-th elements equidistantly distributed in color range. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 7). @end deftypefn @anchor{contp} @deftypefn {MGL command} {} contp vdat xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContP (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contp_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws contour lines on surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. Contours are plotted for @var{a}[i,j]=@var{v}[k] where @var{v}[k] are values of data array @var{v}. If string @var{sch} have symbol @samp{t} or @samp{T} then contour labels @var{v}[k] will be drawn below (or above) the contours. If string @var{sch} have symbol @samp{f} then solid contours will be drawn. See also @ref{cont}, @ref{contf}, @ref{surfc}, @code{cont[xyz]}. @c TODO @sref{Cont sample} @end deftypefn @deftypefn {MGL command} {} contp xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContP (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contp (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear The same as previous with vector @var{v} of @var{num}-th elements equidistantly distributed in color range. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 7). @end deftypefn @anchor{contv} @deftypefn {MGL command} {} contv vdat zdat ['sch'=''] @deftypefnx {MGL command} {} contv vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContV (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContV (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contv_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contv_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws vertical cylinder (tube) at contour lines for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} at @var{z}=@var{v}[k], or at @var{z} equal to minimal z-axis value if @var{sch} contain symbol @samp{_}. Contours are plotted for @var{z}[i,j]=@var{v}[k] where @var{v}[k] are values of data array @var{v}. See also @ref{cont}, @ref{contf}. @sref{ContV sample} @end deftypefn @deftypefn {MGL command} {} contv zdat ['sch'=''] @deftypefnx {MGL command} {} contv xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContV (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContV (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contv (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contv_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The same as previous with vector @var{v} of @var{num}-th elements equidistantly distributed in color range. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 7). @end deftypefn @anchor{axial} @deftypefn {MGL command} {} axial vdat zdat ['sch'=''] @deftypefnx {MGL command} {} axial vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Axial (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Axial (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_axial_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_axial_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws surface which is result of contour plot rotation for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. Contours are plotted for @var{z}[i,j]=@var{v}[k] where @var{v}[k] are values of data array @var{v}. If string @var{sch} have symbol @samp{#} then wire plot is produced. If string @var{sch} have symbol @samp{.} then plot by dots is produced. If string contain symbols @samp{x} or @samp{z} then rotation axis will be set to specified direction (default is @samp{y}). See also @ref{cont}, @ref{contf}, @ref{torus}, @ref{surf3}. @sref{Axial sample} @end deftypefn @deftypefn {MGL command} {} axial zdat ['sch'=''] @deftypefnx {MGL command} {} axial xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Axial (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}, @code{int} num=@code{3}) @deftypefnx {Method on @code{mglGraph}} @code{void} Axial (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}, @code{int} num=@code{3}) @deftypefnx {C function} @code{void} mgl_axial (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_axial_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The same as previous with vector @var{v} of @var{num}-th elements equidistantly distributed in color range. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 3). @end deftypefn @anchor{grid2} @deftypefn {MGL command} {} grid2 zdat ['sch'=''] @deftypefnx {MGL command} {} grid2 xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Grid (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Grid (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_grid (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_grid_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws grid lines for density plot of surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} at @var{z} equal to minimal z-axis value. See also @ref{dens}, @ref{cont}, @ref{contf}, @ref{grid3}, @ref{meshnum}. @end deftypefn @c ################################################################## @external{} @node 3D plotting, Dual plotting, 2D plotting, MathGL core @section 3D plotting @nav{} @cindex Surf3 @cindex Dens3 @cindex Cont3 @cindex ContF3 @cindex Grid3 @cindex Cloud @cindex Beam These functions perform plotting of 3D data. 3D means that data depend from 3 independent parameters like matrix @math{f(x_i,y_j,z_k), i=1...n, j=1...m, k=1...l}. By default (if absent) values of @var{x}, @var{y}, @var{z} are equidistantly distributed in axis range. The minor dimensions of arrays @var{x}, @var{y}, @var{z}, @var{a} should be equal @code{x.nx=a.nx && y.nx=a.ny && z.nz=a.nz} or @code{x.nx=y.nx=z.nx=a.nx && x.ny=y.ny=z.ny=a.ny && x.nz=y.nz=z.nz=a.nz}. Arrays @var{x}, @var{y} and @var{z} can be vectors (not matrices as @var{a}). String @var{sch} sets the color scheme (see @ref{Color scheme}) for plot. String @var{opt} contain command options (see @ref{Command options}). @sref{3D samples} @anchor{surf3} @deftypefn {MGL command} {} surf3 adat @code{val} ['sch'=''] @deftypefnx {MGL command} {} surf3 xdat ydat zdat adat @code{val} ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3 (@code{mreal} val, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3 (@code{mreal} val, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf3_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf3_xyz_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws isosurface plot for 3d array specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) at @var{a}(x,y,z)=@var{val}. If string contain @samp{#} then wire plot is produced. If string @var{sch} have symbol @samp{.} then plot by dots is produced. Note, that there is possibility of incorrect plotting due to uncertainty of cross-section defining if there are two or more isosurface intersections inside one cell. See also @ref{cloud}, @ref{dens3}, @ref{surf3c}, @ref{surf3a}, @ref{axial}. @sref{Surf3 sample} @end deftypefn @deftypefn {MGL command} {} surf3 adat ['sch'=''] @deftypefnx {MGL command} {} surf3 xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear Draws @var{num}-th uniformly distributed in color range isosurfaces for 3d data. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 3). @end deftypefn @anchor{cloud} @deftypefn {MGL command} {} cloud adat ['sch'=''] @deftypefnx {MGL command} {} cloud xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Cloud (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Cloud (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_cloud (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cloud_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws cloud plot for 3d data specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). This plot is a set of cubes with color and transparency proportional to value of @var{a}. The resulting plot is like cloud -- low value is transparent but higher ones are not. The number of plotting cells depend on @ref{meshnum}. If string @var{sch} contain symbol @samp{.} then lower quality plot will produced with much low memory usage. If string @var{sch} contain symbol @samp{i} then transparency will be inversed, i.e. higher become transparent and lower become not transparent. See also @ref{surf3}, @ref{meshnum}. @sref{Cloud sample} @end deftypefn @anchor{dens3} @deftypefn {MGL command} {} dens3 adat ['sch'='' @code{sval=-1}] @deftypefnx {MGL command} {} dens3 xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Dens3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Dens3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_dens3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_dens3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear The function draws density plot for 3d data specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). Density is plotted at slice @var{sVal} in direction @{@samp{x}, @samp{y}, @samp{z}@} if @var{sch} contain corresponding symbol (by default, @samp{y} direction is used). If string @var{stl} have symbol @samp{#} then grid lines are drawn. See also @ref{cont3}, @ref{contf3}, @ref{dens}, @ref{grid3}. @sref{Dens3 sample} @end deftypefn @anchor{cont3} @deftypefn {MGL command} {} cont3 vdat adat ['sch'='' @code{sval=-1}] @deftypefnx {MGL command} {} cont3 vdat xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Cont3 (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Cont3 (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_cont3_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cont3_xyz_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear The function draws contour plot for 3d data specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). Contours are plotted for values specified in array @var{v} at slice @var{sVal} in direction @{@samp{x}, @samp{y}, @samp{z}@} if @var{sch} contain corresponding symbol (by default, @samp{y} direction is used). If string @var{sch} have symbol @samp{#} then grid lines are drawn. If string @var{sch} have symbol @samp{t} or @samp{T} then contour labels will be drawn below (or above) the contours. See also @ref{dens3}, @ref{contf3}, @ref{cont}, @ref{grid3}. @sref{Cont3 sample} @end deftypefn @deftypefn {MGL command} {} cont3 adat ['sch'='' @code{sval=-1}] @deftypefnx {MGL command} {} cont3 xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Cont3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Cont3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_cont3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cont3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear The same as previous with vector @var{v} of @var{num}-th elements equidistantly distributed in color range. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 7). @end deftypefn @anchor{contf3} @deftypefn {MGL command} {} contf3 vdat adat ['sch'='' @code{sval=-1}] @deftypefnx {MGL command} {} contf3 vdat xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Contf3 (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Contf3 (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contf3_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contf3_xyz_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear The function draws solid (or filled) contour plot for 3d data specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). Contours are plotted for values specified in array @var{v} at slice @var{sVal} in direction @{@samp{x}, @samp{y}, @samp{z}@} if @var{sch} contain corresponding symbol (by default, @samp{y} direction is used). If string @var{sch} have symbol @samp{#} then grid lines are drawn. See also @ref{dens3}, @ref{cont3}, @ref{contf}, @ref{grid3}. @sref{ContF3 sample} @end deftypefn @deftypefn {MGL command} {} contf3 adat ['sch'='' @code{sval=-1}] @deftypefnx {MGL command} {} contf3 xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Contf3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Contf3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contf3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contf3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear The same as previous with vector @var{v} of @var{num}-th elements equidistantly distributed in color range. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 7). @end deftypefn @anchor{grid3} @deftypefn {MGL command} {} grid3 adat ['sch'='' @code{sval=-1}] @deftypefnx {MGL command} {} grid3 xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Grid3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Grid3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_grid3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_grid3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear The function draws grid for 3d data specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). Grid is plotted at slice @var{sVal} in direction @{@samp{x}, @samp{y}, @samp{z}@} if @var{sch} contain corresponding symbol (by default, @samp{y} direction is used). See also @ref{cont3}, @ref{contf3}, @ref{dens3}, @ref{grid2}, @ref{meshnum}. @end deftypefn @anchor{beam} @deftypefn {MGL command} {} beam tr g1 g2 adat @code{rval} ['sch'='' @code{flag=0 num=3}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Beam (@code{const mglDataA &}tr, @code{const mglDataA &}g1, @code{const mglDataA &}g2, @code{const mglDataA &}a, @code{mreal} r, @code{const char *}stl=@code{""}, @code{int} flag=@code{0}, @code{int} num=@code{3}) @deftypefnx {Method on @code{mglGraph}} @code{void} Beam (@code{mreal} val, @code{const mglDataA &}tr, @code{const mglDataA &}g1, @code{const mglDataA &}g2, @code{const mglDataA &}a, @code{mreal} r, @code{const char *}stl=@code{""}, @code{int} flag=@code{0}) @deftypefnx {C function} @code{void} mgl_beam (@code{HMGL} gr, @code{HCDT} tr, @code{HCDT} g1, @code{HCDT} g2, @code{HCDT} a, @code{mreal} r, @code{const char *}stl, @code{int} flag, @code{int} num) @deftypefnx {C function} @code{void} mgl_beam_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} tr, @code{HCDT} g1, @code{HCDT} g2, @code{HCDT} a, @code{mreal} r, @code{const char *}stl, @code{int} flag) @end ifclear Draws the isosurface for 3d array @var{a} at constant values of @var{a}=@var{val}. This is special kind of plot for @var{a} specified in accompanied coordinates along curve @var{tr} with orts @var{g1}, @var{g2} and with transverse scale @var{r}. Variable @var{flag} is bitwise: @samp{0x1} - draw in accompanied (not laboratory) coordinates; @samp{0x2} - draw projection to @math{\rho-z} plane; @samp{0x4} - draw normalized in each slice field. The x-size of data arrays @var{tr}, @var{g1}, @var{g2} must be nx>2. The y-size of data arrays @var{tr}, @var{g1}, @var{g2} and z-size of the data array @var{a} must be equal. See also @ref{surf3}. @end deftypefn @c ################################################################## @external{} @node Dual plotting, Vector fields, 3D plotting, MathGL core @section Dual plotting @nav{} @cindex SurfC @cindex SurfA @cindex Surf3C @cindex Surf3A @cindex TileS @cindex Map @cindex STFA These plotting functions draw @emph{two matrix} simultaneously. There are 5 generally different types of data representations: surface or isosurface colored by other data (SurfC, Surf3C), surface or isosurface transpared by other data (SurfA, Surf3A), tiles with variable size (TileS), mapping diagram (Map), STFA diagram (STFA). By default (if absent) values of @var{x}, @var{y}, @var{z} are equidistantly distributed in axis range. The minor dimensions of arrays @var{x}, @var{y}, @var{z}, @var{c} should be equal. Arrays @var{x}, @var{y} (and @var{z} for @code{Surf3C, Surf3A}) can be vectors (not matrices as @var{c}). String @var{sch} sets the color scheme (see @ref{Color scheme}) for plot. String @var{opt} contain command options (see @ref{Command options}). @anchor{surfc} @deftypefn {MGL command} {} surfc zdat cdat ['sch'=''] @deftypefnx {MGL command} {} surfc xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SurfC (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} SurfC (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surfc (@code{HMGL} gr, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surfc_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} and color it by matrix @var{c}[i,j]. If string @var{sch} have symbol @samp{#} then grid lines are drawn. If string @var{sch} have symbol @samp{.} then plot by dots is produced. All dimensions of arrays @var{z} and @var{c} must be equal. Surface is plotted for each z slice of the data. See also @ref{surf}, @ref{surfa}, @ref{surfca}, @ref{beltc}, @ref{surf3c}. @sref{SurfC sample} @end deftypefn @anchor{beltc} @deftypefn {MGL command} {} beltc zdat cdat ['sch'=''] @deftypefnx {MGL command} {} beltc xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} BeltC (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} BeltC (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_beltc (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_beltc_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws belts for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} and color it by matrix @var{c}[i,j]. This plot can be used as 3d generalization of @ref{plot}). If @var{sch} contain @samp{x} then belts are drawn along x-direction else (by default) belts are drawn along y-direction. See also @ref{belt}, @ref{surfc}, @ref{meshnum}. @c TODO @sref{BeltC sample} @end deftypefn @anchor{surf3c} @deftypefn {MGL command} {} surf3c adat cdat @code{val} ['sch'=''] @deftypefnx {MGL command} {} surf3c xdat ydat zdat adat cdat @code{val} ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3C (@code{mreal} val, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3C (@code{mreal} val, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf3c_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf3c_xyz_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws isosurface plot for 3d array specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) at @var{a}(x,y,z)=@var{val}. It is mostly the same as @ref{surf3} function but the color of isosurface depends on values of array @var{c}. If string @var{sch} contain @samp{#} then wire plot is produced. If string @var{sch} have symbol @samp{.} then plot by dots is produced. See also @ref{surf3}, @ref{surfc}, @ref{surf3a}, @ref{surf3ca}. @sref{Surf3C sample} @end deftypefn @deftypefn {MGL command} {} surf3c adat cdat ['sch'=''] @deftypefnx {MGL command} {} surf3c xdat ydat zdat adat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3C (@code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3C (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf3c (@code{HMGL} gr, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf3c_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Draws @var{num}-th uniformly distributed in color range isosurfaces for 3d data. Here @var{num} is equal to parameter @code{value} in options @var{opt} (default is 3). @end deftypefn @anchor{surfa} @deftypefn {MGL command} {} surfa zdat cdat ['sch'=''] @deftypefnx {MGL command} {} surfa xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SurfA (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} SurfA (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surfa (@code{HMGL} gr, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surfa_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} and transparent it by matrix @var{c}[i,j]. If string @var{sch} have symbol @samp{#} then grid lines are drawn. If string @var{sch} have symbol @samp{.} then plot by dots is produced. All dimensions of arrays @var{z} and @var{c} must be equal. Surface is plotted for each z slice of the data. See also @ref{surf}, @ref{surfc}, @ref{surfca}, @ref{surf3a}. @sref{SurfA sample} @end deftypefn @anchor{surf3a} @deftypefn {MGL command} {} surf3a adat cdat @code{val} ['sch'=''] @deftypefnx {MGL command} {} surf3a xdat ydat zdat adat cdat @code{val} ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3A (@code{mreal} val, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3A (@code{mreal} val, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf3a_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf3a_xyz_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws isosurface plot for 3d array specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) at @var{a}(x,y,z)=@var{val}. It is mostly the same as @ref{surf3} function but the transparency of isosurface depends on values of array @var{c}. If string @var{sch} contain @samp{#} then wire plot is produced. If string @var{sch} have symbol @samp{.} then plot by dots is produced. See also @ref{surf3}, @ref{surfc}, @ref{surf3a}, @ref{surf3ca}. @sref{Surf3A sample} @end deftypefn @deftypefn {MGL command} {} surf3a adat cdat ['sch'=''] @deftypefnx {MGL command} {} surf3a xdat ydat zdat adat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3A (@code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3A (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf3a (@code{HMGL} gr, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf3a_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Draws @var{num}-th uniformly distributed in color range isosurfaces for 3d data. At this array @var{c} can be vector with values of transparency and @var{num}=@var{c}.nx. In opposite case @var{num} is equal to parameter @code{value} in options @var{opt} (default is 3). @end deftypefn @anchor{surfca} @deftypefn {MGL command} {} surfca zdat cdat adat ['sch'=''] @deftypefnx {MGL command} {} surfca xdat ydat zdat cdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} SurfCA (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} SurfCA (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surfca (@code{HMGL} gr, @code{HCDT} z, @code{HCDT} c, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surfca_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}, color it by matrix @var{c}[i,j] and transparent it by matrix @var{a}[i,j]. If string @var{sch} have symbol @samp{#} then grid lines are drawn. If string @var{sch} have symbol @samp{.} then plot by dots is produced. All dimensions of arrays @var{z} and @var{c} must be equal. Surface is plotted for each z slice of the data. Note, you can use @ref{map}-like coloring if use @samp{%} in color scheme. See also @ref{surf}, @ref{surfc}, @ref{surfa}, @ref{surf3ca}. @sref{SurfCA sample} @end deftypefn @anchor{surf3ca} @deftypefn {MGL command} {} surf3ca adat cdat bdat @code{val} ['sch'=''] @deftypefnx {MGL command} {} surf3ca xdat ydat zdat adat cdat bdat @code{val} ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3CA (@code{mreal} val, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const mglDataA &}b, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3CA (@code{mreal} val, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const mglDataA &}b, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf3ca_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} a, @code{HCDT} c, @code{HCDT} b, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf3ca_xyz_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{HCDT} b,@code{const char *}sch, @code{const char *}opt) @end ifclear The function draws isosurface plot for 3d array specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) at @var{a}(x,y,z)=@var{val}. It is mostly the same as @ref{surf3} function but the color and the transparency of isosurface depends on values of array @var{c} and @var{b} correspondingly. If string @var{sch} contain @samp{#} then wire plot is produced. If string @var{sch} have symbol @samp{.} then plot by dots is produced. Note, you can use @ref{map}-like coloring if use @samp{%} in color scheme. See also @ref{surf3}, @ref{surfca}, @ref{surf3c}, @ref{surf3a}. @sref{Surf3CA sample} @end deftypefn @deftypefn {MGL command} {} surf3ca adat cdat bdat ['sch'=''] @deftypefnx {MGL command} {} surf3ca xdat ydat zdat adat cdat bdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3CA (@code{const mglDataA &}a, @code{const mglDataA &}c, @code{const mglDataA &}b, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Surf3CA (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const mglDataA &}b, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_surf3ca (@code{HMGL} gr, @code{HCDT} a, @code{HCDT} c, @code{HCDT} b, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_surf3ca_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{HCDT} b, @code{const char *}sch, @code{const char *}opt) @end ifclear Draws @var{num}-th uniformly distributed in color range isosurfaces for 3d data. Here parameter @var{num} is equal to parameter @code{value} in options @var{opt} (default is 3). @end deftypefn @anchor{tiles} @deftypefn {MGL command} {} tiles zdat rdat ['sch'=''] @deftypefnx {MGL command} {} tiles xdat ydat zdat rdat ['sch'=''] @deftypefnx {MGL command} {} tiles xdat ydat zdat rdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} TileS (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TileS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TileS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_tiles (@code{HMGL} gr, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tiles_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tiles_xyc (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws horizontal tiles for surface specified parametrically @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} and color it by matrix @var{c}[i,j]. It is mostly the same as @ref{tile} but the size of tiles is determined by @var{r} array. If string @var{sch} contain style @samp{x} or @samp{y} then tiles will be oriented perpendicular to x- or y-axis. This is some kind of ``transparency'' useful for exporting to EPS files. Tiles is plotted for each z slice of the data. See also @ref{surfa}, @ref{tile}. @sref{TileS sample} @end deftypefn @anchor{map} @deftypefn {MGL command} {} map udat vdat ['sch'=''] @deftypefnx {MGL command} {} map xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Map (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Map (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_map (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_map_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws mapping plot for matrices @{@var{ax}, @var{ay} @} which parametrically depend on coordinates @var{x}, @var{y}. The initial position of the cell (point) is marked by color. Height is proportional to Jacobian(ax,ay). This plot is like Arnold diagram ??? If string @var{sch} contain symbol @samp{.} then the color ball at matrix knots are drawn otherwise face is drawn. @sref{Mapping visualization} @end deftypefn @anchor{stfa} @deftypefn {MGL command} {} stfa re im @code{dn} ['sch'=''] @deftypefnx {MGL command} {} stfa xdat ydat re im @code{dn} ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} STFA (@code{const mglDataA &}re, @code{const mglDataA &}im, @code{int} dn, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} STFA (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}re, @code{const mglDataA &}im, @code{int} dn, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_stfa (@code{HMGL} gr, @code{HCDT} re, @code{HCDT} im, @code{int} dn, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_stfa_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} re, @code{HCDT} im, @code{int} dn, @code{const char *}sch, @code{const char *}opt) @end ifclear Draws spectrogram of complex array @var{re}+i*@var{im} for Fourier size of @var{dn} points at plane @var{z} equal to minimal z-axis value. For example in 1D case, result is density plot of data @math{res[i,j]=|\sum_d^dn exp(I*j*d)*(re[i*dn+d]+I*im[i*dn+d])|/dn} with size @{int(nx/dn), dn, ny@}. At this array @var{re}, @var{im} parametrically depend on coordinates @var{x}, @var{y}. The size of @var{re} and @var{im} must be the same. The minor dimensions of arrays @var{x}, @var{y}, @var{re} should be equal. Arrays @var{x}, @var{y} can be vectors (not matrix as @var{re}). @sref{STFA sample} @end deftypefn @c ################################################################## @external{} @node Vector fields, Other plotting, Dual plotting, MathGL core @section Vector fields @nav{} @cindex Traj @cindex Vect @cindex Dew @cindex Flow @cindex FlowP @cindex Pipe These functions perform plotting of 2D and 3D vector fields. There are 5 generally different types of vector fields representations: simple vector field (Vect), vectors along the curve (Traj), vector field by dew-drops (Dew), flow threads (Flow, FlowP), flow pipes (Pipe). By default (if absent) values of @var{x}, @var{y}, @var{z} are equidistantly distributed in axis range. The minor dimensions of arrays @var{x}, @var{y}, @var{z}, @var{ax} should be equal. The size of @var{ax}, @var{ay} and @var{az} must be equal. Arrays @var{x}, @var{y}, @var{z} can be vectors (not matrices as @var{ax}). String @var{sch} sets the color scheme (see @ref{Color scheme}) for plot. String @var{opt} contain command options (see @ref{Command options}). @anchor{traj} @deftypefn {MGL command} {} traj xdat ydat udat vdat ['sch'=''] @deftypefnx {MGL command} {} traj xdat ydat zdat udat vdat wdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Traj (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Traj (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_traj_xyz (@code{HMGL} gr, @code{HCDT}x, @code{HCDT}y, @code{HCDT}z, @code{HCDT}ax, @code{HCDT}ay, @code{HCDT}az, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_traj_xy (@code{HMGL} gr, @code{HCDT}x, @code{HCDT}y, @code{HCDT}ax, @code{HCDT}ay, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws vectors @{@var{ax}, @var{ay}, @var{az}@} along a curve @{@var{x}, @var{y}, @var{z}@}. The length of arrows are proportional to @math{\sqrt@{ax^2+ay^2+az^2@}}. String @var{pen} specifies the color (see @ref{Line styles}). By default (@code{pen=""}) color from palette is used (see @ref{Palette and colors}). Option @code{value} set the vector length factor (if non-zero) or vector length to be proportional the distance between curve points (if @code{value=0}). The minor sizes of all arrays must be equal and large 2. The plots are drawn for each row if one of the data is the matrix. See also @ref{vect}. @sref{Traj sample} @end deftypefn @anchor{vect} @deftypefn {MGL command} {} vect udat vdat ['sch'=''] @deftypefnx {MGL command} {} vect xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Vect (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Vect (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_vect_2d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_vect_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws plane vector field plot for the field @{@var{ax}, @var{ay}@} depending parametrically on coordinates @var{x}, @var{y} at level @var{z} equal to minimal z-axis value. The length and color of arrows are proportional to @math{\sqrt@{ax^2+ay^2@}}. The number of arrows depend on @ref{meshnum}. The appearance of the hachures (arrows) can be changed by symbols: @itemize @bullet @item @samp{f} for drawing arrows with fixed lengths, @item @samp{>}, @samp{<} for drawing arrows to or from the cell point (default is centering), @item @samp{.} for drawing hachures with dots instead of arrows, @item @samp{=} for enabling color gradient along arrows. @end itemize See also @ref{flow}, @ref{dew}. @sref{Vect sample} @end deftypefn @deftypefn {MGL command} {} vect udat vdat wdat ['sch'=''] @deftypefnx {MGL command} {} vect xdat ydat zdat udat vdat wdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Vect (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Vect (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_vect_3d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_vect_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @end ifclear This is 3D version of the first functions. Here arrays @var{ax}, @var{ay}, @var{az} must be 3-ranged tensors with equal sizes and the length and color of arrows is proportional to @math{\sqrt@{ax^2+ay^2+az^2@}}. @end deftypefn @anchor{vect3} @deftypefn {MGL command} {} vect3 udat vdat wdat ['sch'='' sval] @deftypefnx {MGL command} {} vect3 xdat ydat zdat udat vdat wdat ['sch'='' sval] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Vect3 (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Vect3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_vect3 (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_vect3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear The function draws 3D vector field plot for the field @{@var{ax}, @var{ay}, @var{az}@} depending parametrically on coordinates @var{x}, @var{y}, @var{z}. Vector field is drawn at slice @var{sVal} in direction @{@samp{x}, @samp{y}, @samp{z}@} if @var{sch} contain corresponding symbol (by default, @samp{y} direction is used). The length and color of arrows are proportional to @math{\sqrt@{ax^2+ay^2+az^2@}}. The number of arrows depend on @ref{meshnum}. The appearance of the hachures (arrows) can be changed by symbols: @itemize @bullet @item @samp{f} for drawing arrows with fixed lengths, @item @samp{>}, @samp{<} for drawing arrows to or from the cell point (default is centering), @item @samp{.} for drawing hachures with dots instead of arrows, @item @samp{=} for enabling color gradient along arrows. @end itemize See also @ref{vect}, @ref{flow}, @ref{dew}. @sref{Vect3 sample} @end deftypefn @anchor{dew} @deftypefn {MGL command} {} dew udat vdat ['sch'=''] @deftypefnx {MGL command} {} dew xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Dew (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Dew (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_dew (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_dew_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws dew-drops for plane vector field @{@var{ax}, @var{ay}@} depending parametrically on coordinates @var{x}, @var{y} at level @var{z} equal to minimal z-axis value. Note that this is very expensive plot in memory usage and creation time! The color of drops is proportional to @math{\sqrt@{ax^2+ay^2@}}. The number of drops depend on @ref{meshnum}. See also @ref{vect}. @sref{Dew sample} @end deftypefn @anchor{flow} @deftypefn {MGL command} {} flow udat vdat ['sch'=''] @deftypefnx {MGL command} {} flow xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Flow (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Flow (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_flow_2d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_flow_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws flow threads for the plane vector field @{@var{ax}, @var{ay}@} parametrically depending on coordinates @var{x}, @var{y} at level @var{z} equal to minimal z-axis value. Number of threads is proportional to @code{value} option (default is 5). String @var{sch} may contain: @itemize @bullet @item color scheme -- up-half (warm) corresponds to normal flow (like attractor), bottom-half (cold) corresponds to inverse flow (like source); @item @samp{#} for starting threads from edges only; @item @samp{*} for starting threads from a 2D array of points inside the data; @item @samp{v} for drawing arrows on the threads; @item @samp{x}, @samp{z} for drawing tapes of normals in x-y and y-z planes correspondingly. @end itemize See also @ref{pipe}, @ref{vect}, @ref{tape}, @ref{barwidth}. @sref{Flow sample} @end deftypefn @deftypefn {MGL command} {} flow udat vdat wdat ['sch'=''] @deftypefnx {MGL command} {} flow xdat ydat zdat udat vdat wdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Flow (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Flow (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_flow_3d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_flow_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @end ifclear This is 3D version of the first functions. Here arrays @var{ax}, @var{ay}, @var{az} must be 3-ranged tensors with equal sizes and the color of line is proportional to @math{\sqrt@{ax^2+ay^2+az^2@}}. @end deftypefn @deftypefn {MGL command} {} flow @code{x0 y0} udat vdat ['sch'=''] @deftypefnx {MGL command} {} flow @code{x0 y0} xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} FlowP (@code{mglPoint} p0, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} FlowP (@code{mglPoint} p0, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_flowp_2d (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_flowp_xy (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear The same as first one (@ref{flow}) but draws single flow thread starting from point @var{p0}=@{@var{x0},@var{y0},@var{z0}@}. @end deftypefn @deftypefn {MGL command} {} flow @code{x0 y0 z0} udat vdat wdat ['sch'=''] @deftypefnx {MGL command} {} flow @code{x0 y0 z0} xdat ydat zdat udat vdat wdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} FlowP (@code{mglPoint} p0, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} FlowP (@code{mglPoint} p0, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_flowp_3d (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_flowp_xyz (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @end ifclear This is 3D version of the previous functions. @end deftypefn @anchor{grad} @deftypefn {MGL command} {} grad pdat ['sch'=''] @deftypefnx {MGL command} {} grad xdat ydat pdat ['sch'=''] @deftypefnx {MGL command} {} grad xdat ydat zdat pdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Grad (@code{const mglDataA &}phi, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Grad (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}phi, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Grad (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}phi, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_grad (@code{HMGL} gr, @code{HCDT} phi, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_grad_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} phi, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_grad_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} phi, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws gradient lines for scalar field @var{phi}[i,j] (or @var{phi}[i,j,k] in 3d case) specified parametrically @{@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]@}. Number of lines is proportional to @code{value} option (default is 5). See also @ref{dens}, @ref{cont}, @ref{flow}. @end deftypefn @anchor{pipe} @deftypefn {MGL command} {} pipe udat vdat ['sch'='' @code{r0=0.05}] @deftypefnx {MGL command} {} pipe xdat ydat udat vdat ['sch'='' @code{r0=0.05}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Pipe (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{mreal} r0=@code{0.05}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Pipe (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{mreal} r0=@code{0.05}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_pipe_2d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{mreal} r0, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_pipe_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{mreal} r0, @code{const char *}opt) @end ifclear The function draws flow pipes for the plane vector field @{@var{ax}, @var{ay}@} parametrically depending on coordinates @var{x}, @var{y} at level @var{z} equal to minimal z-axis value. Number of pipes is proportional to @code{value} option (default is 5). If @samp{#} symbol is specified then pipes start only from edges of axis range. The color of lines is proportional to @math{\sqrt@{ax^2+ay^2@}}. Warm color corresponds to normal flow (like attractor). Cold one corresponds to inverse flow (like source). Parameter @var{r0} set the base pipe radius. If @var{r0}<0 or symbol @samp{i} is specified then pipe radius is inverse proportional to amplitude. The vector field is plotted for each z slice of @var{ax}, @var{ay}. See also @ref{flow}, @ref{vect}. @sref{Pipe sample} @end deftypefn @deftypefn {MGL command} {} pipe udat vdat wdat ['sch'='' @code{r0=0.05}] @deftypefnx {MGL command} {} pipe xdat ydat zdat udat vdat wdat ['sch'='' @code{r0=0.05}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Pipe (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{mreal} r0=@code{0.05}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Pipe (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{mreal} r0=@code{0.05}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_pipe_3d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{mreal} r0, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_pipe_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{mreal} r0, @code{const char *}opt) @end ifclear This is 3D version of the first functions. Here arrays @var{ax}, @var{ay}, @var{az} must be 3-ranged tensors with equal sizes and the color of line is proportional to @math{\sqrt@{ax^2+ay^2+az^2@}}. @end deftypefn @c ################################################################## @external{} @node Other plotting, Nonlinear fitting, Vector fields, MathGL core @section Other plotting @nav{} @cindex DensXYZ @cindex ContXYZ @cindex ContFXYZ @cindex Dots @cindex Crust @cindex TriPlot @cindex TriCont @cindex QuadPlot @cindex FPlot @cindex FSurf These functions perform miscellaneous plotting. There is unstructured data points plots (Dots), surface reconstruction (Crust), surfaces on the triangular or quadrangular mesh (TriPlot, TriCont, QuadPlot), textual formula plotting (Plots by formula), data plots at edges (Dens[XYZ], Cont[XYZ], ContF[XYZ]). Each type of plotting has similar interface. There are 2 kind of versions which handle the arrays of data and coordinates or only single data array. Parameters of color scheme are specified by the string argument. @xref{Color scheme}. @anchor{densz} @anchor{densy} @anchor{densx} @anchor{DensXYZ} @deftypefn {MGL command} {} densx dat ['sch'='' @code{sval=nan}] @deftypefnx {MGL command} {} densy dat ['sch'='' @code{sval=nan}] @deftypefnx {MGL command} {} densz dat ['sch'='' @code{sval=nan}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} DensX (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} DensY (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} DensZ (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_dens_x (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_dens_y (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_dens_z (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @end ifclear These plotting functions draw density plot in x, y, or z plain. If @var{a} is a tensor (3-dimensional data) then interpolation to a given @var{sVal} is performed. These functions are useful for creating projections of the 3D data array to the bounding box. See also @ref{ContXYZ}, @ref{ContFXYZ}, @ref{dens}, @ref{Data manipulation}. @sref{Dens projection sample} @end deftypefn @anchor{contz} @anchor{conty} @anchor{contx} @anchor{ContXYZ} @deftypefn {MGL command} {} contx dat ['sch'='' @code{sval=nan}] @deftypefnx {MGL command} {} conty dat ['sch'='' @code{sval=nan}] @deftypefnx {MGL command} {} contz dat ['sch'='' @code{sval=nan}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContX (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContY (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContZ (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_cont_x (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cont_y (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cont_z (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @end ifclear These plotting functions draw contour lines in x, y, or z plain. If @var{a} is a tensor (3-dimensional data) then interpolation to a given @var{sVal} is performed. These functions are useful for creating projections of the 3D data array to the bounding box. Option @code{value} set the number of contours. See also @ref{ContFXYZ}, @ref{DensXYZ}, @ref{cont}, @ref{Data manipulation}. @sref{Cont projection sample} @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{void} ContX (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContY (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContZ (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_cont_x_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cont_y_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_cont_z_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) The same as previous with manual contour levels. @end deftypefn @end ifclear @anchor{contfz} @anchor{contfy} @anchor{contfx} @anchor{ContFXYZ} @deftypefn {MGL command} {} contfx dat ['sch'='' @code{sval=nan}] @deftypefnx {MGL command} {} contfy dat ['sch'='' @code{sval=nan}] @deftypefnx {MGL command} {} contfz dat ['sch'='' @code{sval=nan}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} ContFX (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContFY (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContFZ (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contf_x (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contf_y (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contf_z (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @end ifclear These plotting functions draw solid contours in x, y, or z plain. If @var{a} is a tensor (3-dimensional data) then interpolation to a given @var{sVal} is performed. These functions are useful for creating projections of the 3D data array to the bounding box. Option @code{value} set the number of contours. See also @ref{ContFXYZ}, @ref{DensXYZ}, @ref{cont}, @ref{Data manipulation}. @sref{ContF projection sample} @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{void} ContFX (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContFY (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} ContFZ (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_contf_x_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contf_y_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_contf_z_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) The same as previous with manual contour levels. @end deftypefn @end ifclear @anchor{fplot} @deftypefn {MGL command} {} fplot 'y(x)' ['pen'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} FPlot (@code{const char *}eqY, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_fplot (@code{HMGL} gr, @code{const char *}eqY, @code{const char *}pen, @code{const char *}opt) @end ifclear Draws command function @samp{y(x)} at plane @var{z} equal to minimal z-axis value, where @samp{x} variable is changed in @code{xrange}. You do not need to create the data arrays to plot it. Option @code{value} set initial number of points. See also @ref{plot}. @end deftypefn @deftypefn {MGL command} {} fplot 'x(t)' 'y(t)' 'z(t)' ['pen'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} FPlot (@code{const char *}eqX, @code{const char *}eqY, @code{const char *}eqZ, @code{const char *}pen, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_fplot_xyz (@code{HMGL} gr, @code{const char *}eqX, @code{const char *}eqY, @code{const char *}eqZ, @code{const char *}pen, @code{const char *}opt) @end ifclear Draws command parametrical curve @{@samp{x(t)}, @samp{y(t)}, @samp{z(t)}@} where @samp{t} variable is changed in range [0, 1]. You do not need to create the data arrays to plot it. Option @code{value} set number of points. See also @ref{plot}. @end deftypefn @anchor{fsurf} @deftypefn {MGL command} {} fsurf 'z(x,y)' ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} FSurf (@code{const char *}eqZ, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}); @deftypefnx {C function} @code{void} mgl_fsurf (@code{HMGL} gr, @code{const char *}eqZ, @code{const char *}sch, @code{const char *}opt); @end ifclear Draws command surface for function @samp{z(x,y)} where @samp{x}, @samp{y} variable are changed in @code{xrange, yrange}. You do not need to create the data arrays to plot it. Option @code{value} set number of points. See also @ref{surf}. @end deftypefn @deftypefn {MGL command} {} fsurf 'x(u,v)' 'y(u,v)' 'z(u,v)' ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} FSurf (@code{const char *}eqX, @code{const char *}eqY, @code{const char *}eqZ, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_fsurf_xyz (@code{HMGL} gr, @code{const char *}eqX, @code{const char *}eqY, @code{const char *}eqZ, @code{const char *}sch, @code{const char *}opt) @end ifclear Draws command parametrical surface @{@samp{x(u,v)}, @samp{y(u,v)}, @samp{z(u,v)}@} where @samp{u}, @samp{v} variable are changed in range [0, 1]. You do not need to create the data arrays to plot it. Option @code{value} set number of points. See also @ref{surf}. @end deftypefn @anchor{triplot} @deftypefn {MGL command} {} triplot idat xdat ydat ['sch'=''] @deftypefnx {MGL command} {} triplot idat xdat ydat zdat ['sch'=''] @deftypefnx {MGL command} {} triplot idat xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} TriPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TriPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TriPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_triplot_xy (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_triplot_xyz (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_triplot_xyzc (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws the surface of triangles. Triangle vertexes are set by indexes @var{id} of data points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. String @var{sch} sets the color scheme. If string contain @samp{#} then wire plot is produced. First dimensions of @var{id} must be 3 or greater. Arrays @var{x}, @var{y}, @var{z} must have equal sizes. Parameter @var{c} set the colors of triangles (if @var{id}.ny=@var{c}.nx) or colors of vertexes (if @var{x}.nx=@var{c}.nx). See also @ref{dots}, @ref{crust}, @ref{quadplot}, @ref{triangulation}. @sref{TriPlot and QuadPlot} @end deftypefn @anchor{tricont} @deftypefn {MGL command} {} tricont vdat idat xdat ydat zdat cdat ['sch'=''] @deftypefnx {MGL command} {} tricont vdat idat xdat ydat zdat ['sch'=''] @deftypefnx {MGL command} {} tricont idat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} TriCont (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TriCont (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TriContV (@code{const mglDataA &}v, @code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} TriContV (@code{const mglDataA &}v, @code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_tricont_xyzc (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tricont_xyz (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tricont_xyzcv (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_tricont_xyzv (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws contour lines for surface of triangles at @var{z}=@var{v}[k] (or at @var{z} equal to minimal z-axis value if @var{sch} contain symbol @samp{_}). Triangle vertexes are set by indexes @var{id} of data points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Contours are plotted for @var{z}[i,j]=@var{v}[k] where @var{v}[k] are values of data array @var{v}. If @var{v} is absent then arrays of option @code{value} elements equidistantly distributed in color range is used. String @var{sch} sets the color scheme. Array @var{c} (if specified) is used for contour coloring. First dimensions of @var{id} must be 3 or greater. Arrays @var{x}, @var{y}, @var{z} must have equal sizes. Parameter @var{c} set the colors of triangles (if @var{id}.ny=@var{c}.nx) or colors of vertexes (if @var{x}.nx=@var{c}.nx). See also @ref{triplot}, @ref{cont}, @ref{triangulation}. @end deftypefn @anchor{quadplot} @deftypefn {MGL command} {} quadplot idat xdat ydat ['sch'=''] @deftypefnx {MGL command} {} quadplot idat xdat ydat zdat ['sch'=''] @deftypefnx {MGL command} {} quadplot idat xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} QuadPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} QuadPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} QuadPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_quadplot_xy (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_quadplot_xyz (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_quadplot_xyzc (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws the surface of quadrangles. Quadrangles vertexes are set by indexes @var{id} of data points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. String @var{sch} sets the color scheme. If string contain @samp{#} then wire plot is produced. First dimensions of @var{id} must be 4 or greater. Arrays @var{x}, @var{y}, @var{z} must have equal sizes. Parameter @var{c} set the colors of quadrangles (if @var{id}.ny=@var{c}.nx) or colors of vertexes (if @var{x}.nx=@var{c}.nx). See also @ref{triplot}. @sref{TriPlot and QuadPlot} @end deftypefn @anchor{dots} @deftypefn {MGL command} {} dots xdat ydat zdat ['sch'=''] @deftypefnx {MGL command} {} dots xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Dots (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Dots (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Dots (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_dots (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_dots_a (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_dots_ca (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear The function draws the arbitrary placed points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. String @var{sch} sets the color scheme and kind of marks. If arrays @var{c}, @var{a} are specified then they define colors and transparencies of dots. You can use @ref{tens} plot with style @samp{ .} to draw non-transparent dots with specified colors. Arrays @var{x}, @var{y}, @var{z}, @var{a} must have equal sizes. See also @ref{crust}, @ref{tens}, @ref{mark}, @ref{plot}. @sref{Dots sample} @end deftypefn @anchor{crust} @deftypefn {MGL command} {} crust xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Crust (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_crust (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear The function reconstruct and draws the surface for arbitrary placed points @{@var{x}[i], @var{y}[i], @var{z}[i]@}. String @var{sch} sets the color scheme. If string contain @samp{#} then wire plot is produced. Arrays @var{x}, @var{y}, @var{z} must have equal sizes. See also @ref{dots}, @ref{triplot}. @c @sref{Crust sample} @end deftypefn @c ################################################################## @external{} @node Nonlinear fitting, Data manipulation, Other plotting, MathGL core @section Nonlinear fitting @nav{} @cindex Fit @cindex FitS @cindex PutsFit @cindex mglFitPnts @cindex Fit2 @cindex Fit3 These functions fit data to formula. Fitting goal is to find formula parameters for the best fit the data points, i.e. to minimize the sum @math{\sum_i (f(x_i, y_i, z_i) - a_i)^2/s_i^2}. At this, approximation function @samp{f} can depend only on one argument @samp{x} (1D case), on two arguments @samp{x,y} (2D case) and on three arguments @samp{x,y,z} (3D case). The function @samp{f} also may depend on parameters. Normally the list of fitted parameters is specified by @var{var} string (like, @samp{abcd}). Usually user should supply initial values for fitted parameters by @var{ini} variable. But if he/she don't supply it then the zeros are used. Parameter @var{print}=@code{true} switch on printing the found coefficients to @var{Message} (see @ref{Error handling}). Functions Fit() and FitS() do not draw the obtained data themselves. They fill the data @var{fit} by formula @samp{f} with found coefficients and return it. At this, the @samp{x,y,z} coordinates are equidistantly distributed in the axis range. Number of points in @var{fit} is defined by option @code{value} (default is @var{mglFitPnts}=100). Note, that this functions use GSL library and do something only if MathGL was compiled with GSL support. @sref{Nonlinear fitting hints} @anchor{fits} @deftypefn {MGL command} {} fits res adat sdat 'func' 'var' [ini=0] @deftypefnx {MGL command} {} fits res xdat adat sdat 'func' 'var' [ini=0] @deftypefnx {MGL command} {} fits res xdat ydat adat sdat 'func' 'var' [ini=0] @deftypefnx {MGL command} {} fits res xdat ydat zdat adat sdat 'func' 'var' [ini=0] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{HMDT} mgl_fit_ys (@code{HMGL} gr, @code{HCDT} a, @code{HCDT} s, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_fit_xys (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} a, @code{HCDT} s, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_fit_xyzs (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} a, @code{HCDT} s, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_fit_xyzas (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} s, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @end ifclear Fit data along x-, y- and z-directions for array specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) with weight factor @var{s}[i,j,k]. @end deftypefn @anchor{fit} @deftypefn {MGL command} {} fit res adat 'func' 'var' [ini=0] @deftypefnx {MGL command} {} fit res xdat adat 'func' 'var' [ini=0] @deftypefnx {MGL command} {} fit res xdat ydat adat 'func' 'var' [ini=0] @deftypefnx {MGL command} {} fit res xdat ydat zdat adat 'func' 'var' [ini=0] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{HMDT} mgl_fit_y (@code{HMGL} gr, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_fit_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_fit_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_fit_xyza (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @end ifclear Fit data along x-, y- and z-directions for array specified parametrically @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) with weight factor 1. @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{mglData} Fit2 (@code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit2 (@code{mglData &}fit, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit3 (@code{mglData &}fit, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Fit3 (@code{mglData &}fit, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{HMDT} mgl_fit_2 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_fit_3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) Fit data along all directions for 2d or 3d arrays @var{a} with @var{s}=1 and @var{x}, @var{y}, @var{z} equidistantly distributed in axis range. @end deftypefn @end ifclear @anchor{putsfit} @deftypefn {MGL command} {} putsfit @code{x y} ['pre'='' 'fnt'='' @code{size=-1}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} PutsFit (@code{mglPoint} p, @code{const char *}prefix=@code{""}, @code{const char *}font=@code{""}, @code{mreal} size=@code{-1}) @deftypefnx {C function} @code{void} mgl_puts_fit (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{const char *}prefix, @code{const char *}font, @code{mreal} size) @end ifclear Print last fitted formula with found coefficients (as numbers) at position @var{p0}. The string @var{prefix} will be printed before formula. All other parameters are the same as in @ref{Text printing}. @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglGraph}} @code{const char *}GetFit () @deftypefnx {C function only} @code{const char *} mgl_get_fit (@code{HMGL} gr) @deftypefnx {Fortran subroutine} @code{} mgl_get_fit (@code{long} gr, @code{char *}out, @code{int} len) Get last fitted formula with found coefficients (as numbers). @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{mreal} GetFitChi () @deftypefnx {C function} @code{mreal} mgl_get_fit_chi () Get \chi for last fitted formula. @end deftypefn @deftypefn {Method on @code{mglGraph}} @code{mreal} GetFitCovar () @deftypefnx {C function} @code{mreal} mgl_get_fit_covar () Get covariance matrix for last fitted formula. @end deftypefn @end ifclear @c ################################################################## @external{} @node Data manipulation, , Nonlinear fitting, MathGL core @section Data manipulation @nav{} @cindex Hist @cindex Fill @cindex DataGrid @deftypefn {MGL command} {} hist @sc{res} xdat adat @deftypefnx {MGL command} {} hist @sc{res} xdat ydat adat @deftypefnx {MGL command} {} hist @sc{res} xdat ydat zdat adat @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{mglData} Hist (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Hist (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{mglData} Hist (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{HMDT} mgl_hist_x (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} a, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_hist_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} a, @code{const char *}opt) @deftypefnx {C function} @code{HMDT} mgl_hist_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}opt) @end ifclear These functions make distribution (histogram) of data. They do not draw the obtained data themselves. These functions can be useful if user have data defined for random points (for example, after PIC simulation) and he want to produce a plot which require regular data (defined on grid(s)). The range for grids is always selected as axis range. Arrays @var{x}, @var{y}, @var{z} define the positions (coordinates) of random points. Array @var{a} define the data value. Number of points in output array @var{res} is defined by option @code{value} (default is @var{mglFitPnts}=100). @end deftypefn @deftypefn {MGL command} {} fill dat 'eq' @deftypefnx {MGL command} {} fill dat 'eq' vdat @deftypefnx {MGL command} {} fill dat 'eq' vdat wdat @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} Fill (@code{mglData &}u, @code{const char *}eq, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Fill (@code{mglData &}u, @code{const char *}eq, @code{const mglDataA &}v, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglGraph}} @code{void} Fill (@code{mglData &}u, @code{const char *}eq, @code{const mglDataA &}v, @code{const mglDataA &}w, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_data_fill_eq (@code{HMGL} gr, @code{HMDT} u, @code{const char *}eq, @code{HCDT}v, @code{HCDT}w, @code{const char *}opt) @end ifclear Fills the value of array @samp{u} according to the formula in string @var{eq}. Formula is an arbitrary expression depending on variables @samp{x}, @samp{y}, @samp{z}, @samp{u}, @samp{v}, @samp{w}. Coordinates @samp{x}, @samp{y}, @samp{z} are supposed to be normalized in axis range. Variable @samp{u} is the original value of the array. Variables @samp{v} and @samp{w} are values of arrays @var{v}, @var{w} which can be @code{NULL} (i.e. can be omitted). @end deftypefn @deftypefn {MGL command} {} datagrid dat xdat ydat zdat @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{void} DataGrid (@code{mglData &}u, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_data_grid (@code{HMGL} gr, @code{HMDT} u, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}opt) @end ifclear Fills the value of array @samp{u} according to the linear interpolation of triangulated surface, found for arbitrary placed points @samp{x}, @samp{y}, @samp{z}. Interpolation is done at points equidistantly distributed in axis range. NAN value is used for grid points placed outside of triangulated surface. @sref{Making regular data} @end deftypefn @deftypefn {MGL command} {} refill dat xdat vdat [sl=-1] @deftypefnx {MGL command} {} refill dat xdat ydat vdat [sl=-1] @deftypefnx {MGL command} {} refill dat xdat ydat zdat vdat @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{mglDataA &}dat, @code{const mglDataA &}x, @code{const mglDataA &}v, @code{long} sl=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{mglDataA &}dat, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}v, @code{long} sl=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{mglDataA &}dat, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}v, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_data_refill_gr (@code{HMGL} gr, @code{HMDT} a, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} v, @code{long} sl, @code{const char *}opt) @end ifclear Fills by interpolated values of array @var{v} at the point @{@var{x}, @var{y}, @var{z}@}=@{@code{X[i], Y[j], Z[k]}@} (or @{@var{x}, @var{y}, @var{z}@}=@{@code{X[i,j,k], Y[i,j,k], Z[i,j,k]}@} if @var{x}, @var{y}, @var{z} are not 1d arrays), where @code{X,Y,Z} are equidistantly distributed in axis range and have the same sizes as array @var{dat}. If parameter @var{sl} is 0 or positive then changes will be applied only for slice @var{sl}. @end deftypefn @deftypefn {MGL command} {} pde @sc{res} 'ham' ini_re ini_im [@code{dz=0.1 k0=100}] @ifclear UDAV @deftypefnx {Method on @code{mglGraph}} @code{mglData} PDE (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{mreal} dz=@code{0.1}, @code{mreal} k0=@code{100}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{HMDT} mgl_pde_solve (@code{HMGL} gr, @code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{mreal} dz, @code{mreal} k0, @code{const char *}opt) @end ifclear Solves equation du/dz = i*k0*@var{ham}(p,q,x,y,z,|u|)[u], where p=-i/k0*d/dx, q=-i/k0*d/dy are pseudo-differential operators. Parameters @var{ini_re}, @var{ini_im} specify real and imaginary part of initial field distribution. Coordinates @samp{x}, @samp{y}, @samp{z} are supposed to be normalized in axis range. Note, that really this ranges are increased by factor 3/2 for purpose of reducing reflection from boundaries. Parameter @var{dz} set the step along evolutionary coordinate z. At this moment, simplified form of function @var{ham} is supported -- all ``mixed'' terms (like @samp{x*p}->x*d/dx) are excluded. For example, in 2D case this function is effectively @math{ham = f(p,z) + g(x,z,u)}. However commutable combinations (like @samp{x*q}->x*d/dy) are allowed. Here variable @samp{u} is used for field amplitude |u|. This allow one solve nonlinear problems -- for example, for nonlinear Shrodinger equation you may set @code{ham="p^2 + q^2 - u^2"}. You may specify imaginary part for wave absorption, like @code{ham = "p^2 + i*x*(x>0)"}, but only if dependence on variable @samp{i} is linear (i.e. @math{ham = hre+i*him}). @sref{PDE solving hints} @end deftypefn @c ################################################################## @c @external{} @c @node IDTF functions, , Data manipulation, MathGL core @c @section IDTF functions @c @nav{} @c These functions provide IDTF specific features. In all other cases they do nothing. @c @ifclear UDAV @c @deftypefn {Method on @code{mglGraph}} @code{void} VertexColor (@code{bool} enable) @c Enables smooth color change. @c @end deftypefn @c @deftypefn {Method on @code{mglGraph}} @code{void} Compression (@code{bool} enable) @c Gives smaller files, but quality degrades. @c @end deftypefn @c inline void DoubleSided(bool){} // NOTE: Add later -- IDTF @c inline void TextureColor(bool){} // NOTE: Add later -- IDTF @c @end ifclear @external{} mathgl-2.4.1/texinfo/datadvance.png0000664000175000017500000001564513134046540017047 0ustar balakinbalakinPNG  IHDR+{>dbKGD pHYs.#.#x?vtIME 7#, 2IDATxy\TfAD4W@AT7]Ps-i-2ͺee]/6Vnnn` " *1Ƞص{zŜsYwA3@`=P;QE0Dvza# wTg ov<$E;: v; v; va{l6ޯLGbfRUV{9*Loٌ>~ }d|S|R< uuqŹg ˻ YAW0?qEe1GG=upd2y 0$86163o6ƍއ ߒI(b3_7Cרvի|6W.-[m7Ne*Cw7WLE>ӯOWv%VsS }pgpp>.FeՊH4֟>у+ Tkh0IPUQ#PP`$4a^pϜ>NL(v`@}-N;qo|ŋޡfbϝ$~.In'G㱣 Mo.fMׯ*$=bCI8;X]݅:座WRL}ɂ6&h[5rSSNq}{K|7 &{hFZӾ} LI~~Av(sgB#I!TE$N8Ʉ 5kVbqp0Sff&>m`'Kh4(tiL.|{ZUUjш`(t899Ppo͞Xv\tdÑ$~}uR~zUBBkl؆(HĎm8^UiMdYƐ%h\|~<_t[Rhh.g=G5BHOO'66 0jժg6~&v]<,a4X` ##6Xس7Pd%QQ]طooT§~JHFQݙL:nhȷرS 6_w ]Joe`;1$ DZn @1M{*n0Eٓ̚PY4 &eS}ѦM{>3`}]4h Ӏ~˻I8PS2$ YK=rQGnZŋi('w d4qzO=ݻwwwb˶Dn#.ncƌ"$$6o`J?E`ƌ"ISe.wVFl&..h$IّK(sgNg֌W'$$жm[:k/Ӧ]7$YF*r`?Y]qZXWR8puV"##QUCVV^VݏO?mVCd j5w8>;}/ Ѿ] \`.7ѩS'>,VX@UQK憕lq?k3.L6MSV5ͦddd7g!7NB릪*cF $a(oG.)cӓż$ʕºvhr%u&~Uœ gرbCOub=xCgŪ͸]Xu9:g[eK2/)6+0dd<<2vXn߾-&ٶTB;򢸷; ?X=};RǪ(.eȐ!Uk6rQ=*ӫGd-E8ԩH0͌=Z-qv>Aa|GwUV!0m(df0dP1uhĮ7b<+VZ\,}zGa4l܆s/dʕo9Ayh1﾿L$IH1ӈ7c0xN*&<<c z%ݻ-GH||ਪJt{vh+!q?9\BX3fw isPų7ǎ<=16iŹs8x𠰖}9UU50z0=ǐGڼi^^^Iݓ^{Ms6e{-UC13n8A#R˳51j|?/3mIR/~99EGhEpr}\2x/+t!$cƌ)(bve"^ݛFA *Ff OϪ AtzKDuv^-̝;W ^gQJ63|qd$Y;9¡CD _ͺ7`ҥ"ܺ}7\ͭCJ_wBIhuMTFM=1O",ˤ;ƓO~UhBM-9>;w.SNd0Ε̫J|"""xܩh(}Iۘ;w.fBUUztȦ]%I7}ݸ6,J)!k=g'cAo HK`o~g^ѽز-&+e47o\@pp0[,V&tpܳ<J 1b̳VI3e,알4.v<Y9(Ǐ+Q䢏$I<1f^Vd&V?0%~umO@p\ƍݥRɲeUusV{V'Kl(BMjNk6!I:=#MoYWw2ƪүO2Y.cHII駟r(n;v׊+wc3H $I;/kɇ( ׮f2oKa]7kKrr2Ǐ\,˜;s &;GNP^.nV[Z@[%b4QU= [Mfc^$YL`pz8h4ƎNVV: &@ޘκư1bR}zEK&عs'̠*II{IKjZa;Zh%I"7  ۸iUa$ITgo+4<WはkmFet:=ս(VvU՛IOAKXSK-/!Æ%?hLvpu`РA梪*Z… K$MF# 4Z 'ik5{:_-OMi}db|̟mUղ98u*zR0Q? 5ZN n^lQݫgg6Q8,W t!#&[DIBӋxQpSvȜ9sXx|j_?kjֱɵ23};BXM&k68 c2Yxo#55ڵ-瓣{GbOus,*OeȌhS^MBCyWy$I̙I#%$Ye{,h|Q-I߯Eՠtӊcz?^ѩbo07oOzz:[nr+= .]axRrG,XĢ ~ycRh4Rχe_-MsW͇6+-όx{"K2ZEQDֲx쐒z F!''ҥK;v%֑hJk2\C6cfI>tNgs~F̜9Ij5xz?0M/\He@ޓTUYD=I{dE%_,j[mڍ6[K!E[vlǏd)ځb[[6JϞ=祋Ka1ݲyf:w,Í޽:Mql22˜kj^TUujӪcCZBٶJރ9rE,Fnn6dNI6k,Ipsf]&O.R 6%nܸ!ƛ~ޤ4lXt\0H%,5f%h"8VZEHCt BdV.r)HQۙD͊e\#+85*((0ri1rJ ? 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@html SourceForge.net Logo thefreecountry.com: Free Programmers' Resources, Free Webmasters' Resources, Free Security Resources, Free Software Support This Project @end html @end macro @macro fig {plot,text} @uref{../\text\, @image{../small/\plot\-sm,3cm, , , .png}} @end macro @end ifhtml @ifnothtml @macro external {} @end macro @macro fig {plot,text} @uref{http://mathgl.sourceforge.net/\text\, @image{small/\plot\-sm,3cm, , , .png}} @end macro @end ifnothtml @node Main, News, , Top @section MathGL is ... @ifhtml @html Surface in fog @end html @end ifhtml @itemize @bullet @item a library for making high-quality scientific graphics under Linux and Windows; @item a library for the fast data plotting and data processing of large data arrays; @item a library for working in window and console modes and for easy embedding into other programs; @item a library with large and growing set of graphics. @end itemize Now MathGL has more than 35000 lines of code, more than 55 general types of graphics for 1d, 2d and 3d data arrays, including special ones for chemical and statistical graphics. It can export graphics to raster and vector (EPS or SVG) formats. It has Qt, FLTK, OpenGL interfaces and can be used even from console programs. It has functions for data processing and script MGL language for simplification of data plotting. Also it has several types of transparency and smoothed lightning, vector fonts and TeX-like symbol parsing, arbitrary curvilinear coordinate system and many over useful things. It can be used from code written on C++/C/Fortran/Python/Octave and many other languages. Finally it is platform independent and free (under GPL v.2.0 license). There is a @uref{http://sourceforge.net/forum/?group_id=152187, forum} where you can ask a question or suggest an improvement. However the @uref{http://groups.google.com/group/mathgl, MathGL group} is preferable for quicker answer. For subscribing to @uref{http://groups.google.com/group/mathgl, MathGL group} you can use form below @ifhtml @html

Email: @end html @end ifhtml @strong{About LGPL and GPL licenses.} Generally, MathGL is GPL library. However, you can use LGPL license for MathGL core and widgets if you don't use SWIG-based interfaces and disable GSL features. This can be done by using @code{lgpl} option at build time. According this, I've added the LGPL win32 binaries into @ref{Download} page. @strong{Latest news} @itemize @item @emph{13 December 2012.} New version (v.@value{VERSION}) of @uref{http://sourceforge.net/projects/mathgl, MathGL} is released. There are new plots, advanced color schemes, @uref{../json.html, JavaScript drawing}, and many other improvements in both MathGL core and UDAV, which partially denoted @ref{News, here}. Note, there are @strong{incompatible with v.2.0.* changes} in the arguments of some functions. @item @emph{I'm sorry for making incompatible changes in v.2.1. It was done for introducing unified interface for all functions. I promise that I will not break API for v.2.* later, i.e. I'll only add new features or bug fixes.} @end itemize There is detailed @ref{News, news list}. Sourceforge project page @uref{http://sourceforge.net/projects/mathgl/, here}. @ifhtml @html DATADVANCE @end html @end ifhtml Javascript interface was developed with support of @url{http://www.datadvance.net, DATADVANCE} company. @external{} @node News, Features, Main, Top @section News @itemize @item @strong{13 December 2012.} New version (v.2.1) of @uref{http://sourceforge.net/projects/mathgl, MathGL} is released. There are speeding up and many improvements and bugfixes: @itemize @bullet @item Add class mglDataC for complex data arrays. @item Add Vect3() plot for drawing vectors on slice of 3d vector field. See @url{../doc_en/doc_en_17.html#Vect3-sample, sample}. @item Add Table() function for drawing table with data values. See @url{../doc_en/doc_en_14.html#Table-sample, sample}. @item Add ZoomAxis() for zooming/shifting axis range as whole. @item Add WriteJSON() function for exporting in JSON format suitable for later drawing by JavaScript @item Add JavaScript code for visualizing JSON data. See @uref{../json.html, samples}. @item Add mgl.cgi tool which return PNG image for CGI request in form of MGL script. @item Add mglData::Solve() for finding x-value where dat(x)=val. See @url{../doc_en/doc_en_12.html#Solve-sample, sample}. @item Add mglData::Clean() for removing rows with duplicate values for given column. @item Add MGL commands 'errbox', 'face' @item Color can be specified as its RGB[A] values, i.e. like @samp{@{xFFFFFF@}} or @samp{@{xFFFFFFFF@}}. See @url{../doc_en/doc_en_23.html#Line-styles, sample}. @item Color in color scheme may have position in range [0,1]. Format is @samp{@{CN,pos@}} or @samp{@{xFFFFFF,pos@}}. See @url{../doc_en/doc_en_24.html#Color-scheme, sample}. @item Now pen width for marks is proportional to pen width of line multiplied by size of marks. @item Now you can use different font-faces in the plot simultaneously. See @url{../doc_en/doc_en_11.html#Text-features, sample}. @item Now Legend() automatically use several columns if it contain too many legend entries. @item Add style '-' for legend for drawing them horizontally. See @url{../doc_en/doc_en_11.html#Legend-sample, sample}. @item Vectors is drawn now even if only starting or ending points are placed in bounding box. @item Strongly rewrite the algorithm of vector field plotting. @item Grid lines for NAN origin values are always located at far-away edges. @item Try correctly place axis and tick labels even for axis with inverse range (i.e. for v2' b'} will give string @samp{'a + b'} (here @samp{
} is newline). @item Usually variable have a name which is arbitrary combination of symbols (except spaces and @samp{'}) started from a letter and with length less than 64. A temporary array can be used as variable: @itemize @bullet @item sub-arrays (like in @code{subdata} command) as command argument. For example, @code{a(1)} or @code{a(1,:)} or @code{a(1,:,:)} is second row, @code{a(:,2)} or @code{a(:,2,:)} is third column, @code{a(:,:,0)} is first slice and so on. Also you can extract a part of array from m-th to n-th element by code @code{a(m:n,:,:)} or just @code{a(m:n)}. @item any column combinations defined by formulas, like @code{a('n*w^2/exp(t)')} if names for data columns was specified (by @code{idset} command or in the file at string started with @code{##}). @item any expression (without spaces) of existed variables produce temporary variable. For example, @samp{sqrt(dat(:,5)+1)} will produce temporary variable with data values equal to @code{tmp[i,j] = sqrt(dat[i,5,j]+1)}. @item temporary variable of higher dimensions by help of []. For example, @samp{[1,2,3]} will produce a temporary vector of 3 elements @{1, 2, 3@}; @samp{[[11,12],[21,22]]} will produce matrix 2*2 and so on. Here you can join even an arrays of the same dimensions by construction like @samp{[v1,v2,...,vn]}. @item result of code for making new data inside @{@}. For example, @samp{@{sum dat 'x'@}} produce temporary variable which contain result of summation of @var{dat} along direction 'x'. This is the same array @var{tmp} as produced by command @samp{sum tmp dat 'x'}. You can use nested constructions, like @samp{@{sum @{max dat 'z'@} 'x'@}}. @end itemize Temporary variables can not be used as 1st argument for commands which create (return) the data (like @samp{new}, @samp{read}, @samp{hist} and so on). @item Special names @code{nan=#QNAN, pi=3.1415926..., on=1, off=0, :=-1} are treated as number if they were not redefined by user. Variables with suffixes are treated as numbers. Names defined by @code{define} command are treated as number. Also results of formulas with sizes 1x1x1 are treated as number (for example, @samp{pi/dat.nx}). @end itemize Before the first using all variables must be defined with the help of commands, like, @code{new}, @code{var}, @code{list}, @code{copy}, @code{read}, @code{hist}, @code{sum} and so on. Command may have several set of possible arguments (for example, @code{plot ydat} and @code{plot xdat ydat}). All command arguments for a selected set must be specified. However, some arguments can have default values. These argument are printed in [], like @code{text ydat ['stl'='']} or @code{text x y 'txt' ['fnt'='' size=-1]}. At this, the record @code{[arg1 arg2 arg3 ...]} means @code{[arg1 [arg2 [arg3 ...]]]}, i.e. you can omit only tailing arguments if you agree with its default values. For example, @code{text x y 'txt' '' 1} or @code{text x y 'txt' ''} is correct, but @code{text x y 'txt' 1} is incorrect (argument @code{'fnt'} is missed). For more details see @uref{../doc_en/doc_en_64.html#MGL-scripts, MathGL documentation} @external{} @node Download, Other projects, MGL scripts, Top @section Download @strong{Stable version (v.@value{VERSION})} You may download current version of MathGL for following configurations: @itemize @bullet @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}.tar.gz,source} file with cmake build system. @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}-mingw.i686.7z,Win32 GPL} binaries for MinGW (build for i686) @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}.LGPL-mingw.i686.7z,Win32 LGPL} binaries for MinGW (build for i686, no GSL and HDF5 support) @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}.LGPL-win64.7z,Win64 LGPL} binaries for MSVS 2010 (no GSL and HDF5 support) @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}-1.DevPack,DevPak} package for Dev-C++ or Code::Blocks (GPL version) @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-@value{VERSION}.eng.pdf,PDF} documentation in English @item @uref{http://downloads.sourceforge.net/mathgl/mgl_scripts-@value{VERSION}.7z,utilities} with all required DLL files (build for i686) @c HTML documentation in English @c HTML documentation in Russian @c @item @c @uref{http://downloads.sourceforge.net/mathgl/mathgl_slides-1.9.pdf,PDF} slideshow of main features @end itemize @strong{Previous version (v.1.11.2)} You may download current version of MathGL for following configurations: @itemize @bullet @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-1.11.2.tar.gz,source} file with autoconf/automake script. @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-1.11.2-mingw.i686.zip,Win32 GPL} binaries for MinGW (build for i686) @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-1.11.1.1.LGPL-mingw.i686.zip,Win32 LGPL} binaries for MinGW (build for i686, no GSL and HDF5 support) @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-1.11.2-1.DevPack,DevPak} package for Dev-C++ or Code::Blocks (GPL version) @item @uref{http://downloads.sourceforge.net/mathgl/mathgl-1.11.2.eng.pdf,PDF} documentation in English @c HTML documentation in English @c HTML documentation in Russian @item @uref{http://downloads.sourceforge.net/mathgl/mathgl_slides-1.9.pdf,PDF} slideshow of main features @end itemize @strong{Font files} There are a set of @uref{http://sourceforge.net/project/showfiles.php?group_id=152187&package_id=267177,font files} for MathGL with following typefaces. Note, that the set of glyphs can be less than in default font. As result not all TeX symbols can be displayed. @itemize @bullet @item @uref{http://downloads.sourceforge.net/mathgl/STIX_font.tgz,STIX} font -- default font for MathGL. @item @uref{http://downloads.sourceforge.net/mathgl/adventor_font.tgz,Adventor font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} sansserif font based on the URW Gothic L family (like Avant Garde Gothic). @item @uref{http://downloads.sourceforge.net/mathgl/bonum_font.tgz,Bonum font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} serif font based on the URW Bookman L family. @item @uref{http://downloads.sourceforge.net/mathgl/chorus_font.tgz,Chorus font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} font based on the URW Chancery L Medium Italic. @item @uref{http://downloads.sourceforge.net/mathgl/cursor_font.tgz,Cursor font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} monospaced serif font based on the URW Nimbus Mono L (like Courier). @item @uref{http://downloads.sourceforge.net/mathgl/heros_font.tgz,Heros font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} sansserif font based on the URW Nimbus Sans L (like Helvetica). @item @uref{http://downloads.sourceforge.net/mathgl/heroscn_font.tgz,HerosCN font} -- the "compressed" version of previous one. @item @uref{http://downloads.sourceforge.net/mathgl/pagella_font.tgz,Pagella font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} serif font based on the URW Palladio L (like Palatino). @item @uref{http://downloads.sourceforge.net/mathgl/schola_font.tgz,Schola font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} serif fonts is based on the URW Century Schoolbook L. @item @uref{http://downloads.sourceforge.net/mathgl/termes_font.tgz,Termes font} -- the @uref{http://www.gust.org.pl/projects/e-foundry/tex-gyre/index_html,TeX Gyre} serif fonts is based on the Nimbus Roman No9 L (like Times). @end itemize @external{} @node Other projects, , Download, Top @section Other projects Except scientific (non public) projects I also have some general interest projects: @itemize @bullet @item @uref{http://sourceforge.net/projects/pocketmk/, PocketMK} is small program for PocketPC which simulate famous Russian calculators MK-61 and slightly extend it. @item @uref{http://udav.sourceforge.net/,UDAV} is front-end for MGL scripts. It has windows interface for data viewing, changing and plotting. Also it can execute MGL scripts, setup and rotating graphics and so on. @end itemize Also I recommend to look at: @itemize @bullet @item @uref{http://englab.bugfest.net/,EngLab} is a cross-compile mathematical platform with a C like syntax intended to be used both by engineers and users with small programming knowledge. It is extremely scalable and allows users and the community to easily compile their own functions as shared objects. @item @uref{http://threedepict.sourceforge.net/,3Depict} is software for analysis of scientific datasets commonly encountered in atom probe tomography. You can manipulate, interact with and analyse point based datasets. @item @uref{http://www.sourceforge.net/projects/graphplot/,Graphplot} is function plotter based on MathGL. @item @uref{http://www.sourceforge.net/projects/graphplot/,OscillViewer} is oscilloscope monitoring program. Working with L-Card 14-140 AD-Convertor. Based on Qt and MathGL libraries. @end itemize Finally, few links to free software and libraries: @itemize @bullet @item @uref{http://www.thefreecountry.com/,thefreecountry.com} have a lot of Free Programmers', Webmasters' and Security Resources @item @uref{http://gnuwin32.sourceforge.net/,GnuWin} provides ports of tools with a GNU or similar open source license, to modern MS-Windows. @item @uref{http://loll.sourceforge.net/,LLoL} is project collecting, organising, classifying, and maintaining important URLs about Linux and the Open Source movement for all levels of Linux users. The LoLL project now has 4000+ links which are updated usually on a daily basis. @end itemize @external{} @bye mathgl-2.4.1/texinfo/time.texi0000664000175000017500000002757313134046534016106 0ustar balakinbalakin@multitable @columnfractions .16 .12 .12 .12 .12 .12 .12 .12 @headitem Name @tab q=0 @tab q=1 @tab q=2 @tab q=4 @tab q=5 @tab q=6 @tab q=8 @item 3wave @tab 0.0447 @tab 0.0932 @tab 0.0975 @tab 0.038 @tab 0.0758 @tab 0.0879 @tab 0.0241 @item alpha @tab 0.0833 @tab 0.142 @tab 0.131 @tab 0.0256 @tab 0.0494 @tab 0.0562 @tab 0.0294 @item apde @tab 85.7 @tab 86.1 @tab 86 @tab 85.7 @tab 85.4 @tab 85.9 @tab 85.8 @item area @tab 0.0419 @tab 0.0876 @tab 0.104 @tab 0.0239 @tab 0.0631 @tab 0.081 @tab 0.0163 @item aspect @tab 0.0382 @tab 0.0748 @tab 0.0797 @tab 0.0197 @tab 0.0461 @tab 0.0482 @tab 0.0155 @item axial @tab 0.756 @tab 1.2 @tab 1.13 @tab 0.2 @tab 0.573 @tab 0.597 @tab 0.131 @item axis @tab 0.0691 @tab 0.163 @tab 0.153 @tab 0.0204 @tab 0.0717 @tab 0.0665 @tab 0.0201 @item barh @tab 0.0363 @tab 0.0668 @tab 0.0659 @tab 0.019 @tab 0.0432 @tab 0.0412 @tab 0.00942 @item bars @tab 0.0436 @tab 0.0855 @tab 0.0982 @tab 0.0378 @tab 0.0574 @tab 0.0709 @tab 0.0172 @item belt @tab 0.0398 @tab 0.052 @tab 0.0577 @tab 0.0251 @tab 0.0285 @tab 0.0359 @tab 0.0232 @item bifurcation @tab 0.58 @tab 0.657 @tab 0.662 @tab 0.619 @tab 0.668 @tab 0.659 @tab 0.566 @item box @tab 0.0572 @tab 0.103 @tab 0.105 @tab 0.024 @tab 0.0446 @tab 0.0537 @tab 0.0419 @item boxplot @tab 0.0437 @tab 0.158 @tab 0.149 @tab 0.083 @tab 0.091 @tab 0.0985 @tab 0.103 @item boxs @tab 0.267 @tab 0.516 @tab 0.494 @tab 0.0499 @tab 0.17 @tab 0.188 @tab 0.0469 @item candle @tab 0.0275 @tab 0.0531 @tab 0.0622 @tab 0.0282 @tab 0.0399 @tab 0.0489 @tab 0.0131 @item chart @tab 0.421 @tab 0.797 @tab 0.812 @tab 0.124 @tab 0.301 @tab 0.458 @tab 0.0935 @item cloud @tab 0.0415 @tab 5.25 @tab 4.1 @tab 0.0366 @tab 0.618 @tab 0.838 @tab 0.0216 @item colorbar @tab 0.123 @tab 0.23 @tab 0.244 @tab 0.0901 @tab 0.231 @tab 0.231 @tab 0.0461 @item combined @tab 0.416 @tab 0.413 @tab 0.387 @tab 0.202 @tab 0.276 @tab 0.299 @tab 0.176 @item cones @tab 0.185 @tab 0.21 @tab 0.19 @tab 0.0694 @tab 0.11 @tab 0.134 @tab 0.0577 @item cont @tab 0.0727 @tab 0.146 @tab 0.15 @tab 0.0482 @tab 0.188 @tab 0.16 @tab 0.0438 @item cont_xyz @tab 0.0408 @tab 0.0712 @tab 0.0748 @tab 0.0306 @tab 0.0619 @tab 0.0785 @tab 0.0302 @item conta @tab 0.0419 @tab 0.0775 @tab 0.0761 @tab 0.0321 @tab 0.0651 @tab 0.0584 @tab 0.0289 @item contd @tab 0.206 @tab 0.258 @tab 0.251 @tab 0.114 @tab 0.145 @tab 0.158 @tab 0.0892 @item contf @tab 0.159 @tab 0.245 @tab 0.207 @tab 0.0796 @tab 0.133 @tab 0.144 @tab 0.0759 @item contf_xyz @tab 0.1 @tab 0.109 @tab 0.108 @tab 0.0589 @tab 0.078 @tab 0.0812 @tab 0.0495 @item contfa @tab 0.152 @tab 0.195 @tab 0.17 @tab 0.083 @tab 0.105 @tab 0.143 @tab 0.0596 @item contv @tab 0.119 @tab 0.162 @tab 0.161 @tab 0.0706 @tab 0.117 @tab 0.143 @tab 0.0475 @item correl @tab 0.0319 @tab 0.0791 @tab 0.0791 @tab 0.0293 @tab 0.0519 @tab 0.0546 @tab 0.0144 @item curvcoor @tab 0.0734 @tab 0.151 @tab 0.153 @tab 0.0374 @tab 0.0922 @tab 0.091 @tab 0.0326 @item cut @tab 0.826 @tab 0.718 @tab 0.544 @tab 0.356 @tab 0.338 @tab 0.383 @tab 0.318 @item dat_diff @tab 0.0712 @tab 0.109 @tab 0.106 @tab 0.0457 @tab 0.0664 @tab 0.0825 @tab 0.0285 @item dat_extra @tab 0.216 @tab 0.32 @tab 0.241 @tab 0.0643 @tab 0.131 @tab 0.22 @tab 0.0508 @item data1 @tab 2.7 @tab 1.99 @tab 1.78 @tab 1.4 @tab 1.4 @tab 1.49 @tab 1.28 @item data2 @tab 1.56 @tab 1.34 @tab 1.26 @tab 1.17 @tab 1.3 @tab 1.24 @tab 1.09 @item dens @tab 0.0815 @tab 0.145 @tab 0.147 @tab 0.0282 @tab 0.0668 @tab 0.0834 @tab 0.0259 @item dens_xyz @tab 0.0693 @tab 0.105 @tab 0.116 @tab 0.0566 @tab 0.0659 @tab 0.0751 @tab 0.0311 @item densa @tab 0.0709 @tab 0.0963 @tab 0.111 @tab 0.0562 @tab 0.0598 @tab 0.0835 @tab 0.0438 @item detect @tab 0.138 @tab 0.175 @tab 0.17 @tab 0.082 @tab 0.1 @tab 0.116 @tab 0.0695 @item dew @tab 1.82 @tab 1.8 @tab 0.838 @tab 0.14 @tab 0.142 @tab 0.123 @tab 0.0846 @item diffract @tab 0.0745 @tab 0.157 @tab 0.171 @tab 0.0584 @tab 0.125 @tab 0.146 @tab 0.0351 @item dilate @tab 0.078 @tab 0.179 @tab 0.199 @tab 0.0343 @tab 0.103 @tab 0.112 @tab 0.031 @item dots @tab 0.0694 @tab 0.104 @tab 0.11 @tab 0.0285 @tab 0.0503 @tab 0.0571 @tab 0.0166 @item earth @tab 31.5 @tab 34.8 @tab 22.7 @tab 12.4 @tab 13 @tab 12.4 @tab 12.1 @item error @tab 0.0383 @tab 0.0944 @tab 0.0927 @tab 0.0301 @tab 0.0791 @tab 0.0704 @tab 0.016 @item error2 @tab 0.0371 @tab 0.0927 @tab 0.0951 @tab 0.019 @tab 0.0571 @tab 0.0583 @tab 0.0297 @item export @tab 0.128 @tab 0.201 @tab 0.179 @tab 0.0842 @tab 0.0948 @tab 0.115 @tab 0.079 @item fall @tab 0.041 @tab 0.0523 @tab 0.0598 @tab 0.0162 @tab 0.0384 @tab 0.0412 @tab 0.0129 @item fit @tab 0.0348 @tab 0.091 @tab 0.0833 @tab 0.0237 @tab 0.0465 @tab 0.048 @tab 0.0159 @item flame2d @tab 5.63 @tab 5.88 @tab 5.75 @tab 3.1 @tab 3.27 @tab 3.13 @tab 0.984 @item flow @tab 0.341 @tab 0.416 @tab 0.42 @tab 0.315 @tab 0.41 @tab 0.402 @tab 0.322 @item fog @tab 0.0453 @tab 0.0778 @tab 0.0943 @tab 0.0156 @tab 0.0546 @tab 0.0768 @tab 0.0153 @item fonts @tab 0.0589 @tab 0.1 @tab 0.099 @tab 0.035 @tab 0.0651 @tab 0.0678 @tab 0.0391 @item grad @tab 0.072 @tab 0.11 @tab 0.135 @tab 0.0729 @tab 0.0929 @tab 0.11 @tab 0.0593 @item hist @tab 0.15 @tab 0.154 @tab 0.154 @tab 0.0614 @tab 0.0863 @tab 0.0862 @tab 0.0386 @item ifs2d @tab 0.635 @tab 0.645 @tab 0.637 @tab 0.305 @tab 0.336 @tab 0.321 @tab 0.106 @item ifs3d @tab 0.794 @tab 0.794 @tab 0.793 @tab 0.325 @tab 0.312 @tab 0.344 @tab 0.0855 @item indirect @tab 0.034 @tab 0.0656 @tab 0.0643 @tab 0.024 @tab 0.0675 @tab 0.0626 @tab 0.00264 @item inplot @tab 0.0533 @tab 0.131 @tab 0.121 @tab 0.0251 @tab 0.0678 @tab 0.0697 @tab 0.0269 @item iris @tab 0.0653 @tab 0.161 @tab 0.175 @tab 0.0368 @tab 0.0872 @tab 0.105 @tab 0.0187 @item label @tab 0.0273 @tab 0.054 @tab 0.0605 @tab 0.0259 @tab 0.045 @tab 0.0455 @tab 0.0024 @item lamerey @tab 0.0299 @tab 0.0548 @tab 0.0575 @tab 0.0159 @tab 0.0336 @tab 0.0277 @tab 0.0132 @item legend @tab 0.102 @tab 0.262 @tab 0.27 @tab 0.0259 @tab 0.131 @tab 0.133 @tab 0.0167 @item light @tab 0.127 @tab 0.163 @tab 0.13 @tab 0.0295 @tab 0.0487 @tab 0.0743 @tab 0.0237 @item loglog @tab 0.066 @tab 0.192 @tab 0.191 @tab 0.0352 @tab 0.0903 @tab 0.1 @tab 0.0292 @item map @tab 0.0413 @tab 0.0949 @tab 0.0855 @tab 0.0314 @tab 0.0655 @tab 0.0766 @tab 0.0162 @item mark @tab 0.0164 @tab 0.0338 @tab 0.0469 @tab 0.022 @tab 0.0235 @tab 0.0318 @tab 0.0123 @item mask @tab 0.0639 @tab 0.125 @tab 0.125 @tab 0.0227 @tab 0.0711 @tab 0.0694 @tab 0.00337 @item mesh @tab 0.0311 @tab 0.0894 @tab 0.0981 @tab 0.0252 @tab 0.0506 @tab 0.0637 @tab 0.016 @item mirror @tab 0.0988 @tab 0.179 @tab 0.177 @tab 0.0369 @tab 0.0799 @tab 0.0871 @tab 0.0251 @item molecule @tab 0.1 @tab 0.129 @tab 0.112 @tab 0.0198 @tab 0.0416 @tab 0.0599 @tab 0.0173 @item ode @tab 0.217 @tab 0.323 @tab 0.303 @tab 0.191 @tab 0.309 @tab 0.321 @tab 0.175 @item ohlc @tab 0.0154 @tab 0.0286 @tab 0.0411 @tab 0.0175 @tab 0.0286 @tab 0.0368 @tab 0.0104 @item param1 @tab 0.177 @tab 0.381 @tab 0.323 @tab 0.0653 @tab 0.17 @tab 0.196 @tab 0.0374 @item param2 @tab 0.569 @tab 0.711 @tab 0.547 @tab 0.169 @tab 0.221 @tab 0.25 @tab 0.135 @item param3 @tab 2.2 @tab 3.25 @tab 2.54 @tab 0.802 @tab 0.936 @tab 0.937 @tab 0.689 @item paramv @tab 1.2 @tab 1.45 @tab 1.32 @tab 0.635 @tab 0.789 @tab 0.787 @tab 0.629 @item parser @tab 0.0412 @tab 0.0635 @tab 0.0632 @tab 0.0284 @tab 0.0566 @tab 0.0707 @tab 0.0165 @item pde @tab 0.327 @tab 0.406 @tab 0.395 @tab 0.333 @tab 0.282 @tab 0.293 @tab 0.26 @item pendelta @tab 0.0435 @tab 0.0435 @tab 0.0483 @tab 0.0468 @tab 0.0449 @tab 0.0453 @tab 0.0442 @item pipe @tab 0.8 @tab 1.19 @tab 0.797 @tab 0.378 @tab 0.474 @tab 0.487 @tab 0.344 @item plot @tab 0.0541 @tab 0.0884 @tab 0.0983 @tab 0.0217 @tab 0.0555 @tab 0.0517 @tab 0.0199 @item pmap @tab 0.103 @tab 0.139 @tab 0.136 @tab 0.0491 @tab 0.0767 @tab 0.0922 @tab 0.0473 @item primitives @tab 0.0747 @tab 0.145 @tab 0.153 @tab 0.02 @tab 0.065 @tab 0.0892 @tab 0.0178 @item projection @tab 0.116 @tab 0.301 @tab 0.315 @tab 0.0267 @tab 0.17 @tab 0.183 @tab 0.0282 @item projection5 @tab 0.12 @tab 0.255 @tab 0.256 @tab 0.0356 @tab 0.143 @tab 0.159 @tab 0.021 @item pulse @tab 0.0254 @tab 0.0448 @tab 0.0563 @tab 0.0174 @tab 0.049 @tab 0.0557 @tab 0.0144 @item qo2d @tab 0.294 @tab 0.275 @tab 0.286 @tab 0.188 @tab 0.218 @tab 0.233 @tab 0.196 @item radar @tab 0.0195 @tab 0.0323 @tab 0.0427 @tab 0.00979 @tab 0.0518 @tab 0.0431 @tab 0.0118 @item refill @tab 0.193 @tab 0.286 @tab 0.215 @tab 0.074 @tab 0.133 @tab 0.13 @tab 0.0559 @item region @tab 0.0539 @tab 0.0867 @tab 0.0868 @tab 0.0232 @tab 0.0709 @tab 0.0724 @tab 0.0164 @item scanfile @tab 0.0302 @tab 0.0559 @tab 0.0555 @tab 0.0152 @tab 0.046 @tab 0.0569 @tab 0.0121 @item schemes @tab 0.0686 @tab 0.132 @tab 0.133 @tab 0.0317 @tab 0.0632 @tab 0.0779 @tab 0.0179 @item section @tab 0.0291 @tab 0.0632 @tab 0.0614 @tab 0.0265 @tab 0.0478 @tab 0.056 @tab 0.00308 @item several_light @tab 0.0623 @tab 0.0793 @tab 0.108 @tab 0.0262 @tab 0.0423 @tab 0.0676 @tab 0.015 @item solve @tab 0.0616 @tab 0.186 @tab 0.15 @tab 0.038 @tab 0.0907 @tab 0.101 @tab 0.017 @item stem @tab 0.0409 @tab 0.0826 @tab 0.0797 @tab 0.0153 @tab 0.0553 @tab 0.0546 @tab 0.0155 @item step @tab 0.0417 @tab 0.0657 @tab 0.0722 @tab 0.018 @tab 0.0448 @tab 0.0467 @tab 0.0158 @item stereo @tab 0.0714 @tab 0.0817 @tab 0.0735 @tab 0.0187 @tab 0.0316 @tab 0.06 @tab 0.0161 @item stfa @tab 0.0534 @tab 0.124 @tab 0.14 @tab 0.0295 @tab 0.0843 @tab 0.0965 @tab 0.0168 @item style @tab 0.105 @tab 0.256 @tab 0.256 @tab 0.0333 @tab 0.134 @tab 0.138 @tab 0.017 @item surf @tab 0.119 @tab 0.19 @tab 0.169 @tab 0.0383 @tab 0.0857 @tab 0.102 @tab 0.0258 @item surf3 @tab 2.28 @tab 3.29 @tab 3.25 @tab 0.975 @tab 2.8 @tab 2.94 @tab 0.508 @item surf3a @tab 0.531 @tab 0.391 @tab 0.362 @tab 0.247 @tab 0.246 @tab 0.301 @tab 0.254 @item surf3c @tab 0.546 @tab 0.389 @tab 0.345 @tab 0.217 @tab 0.214 @tab 0.298 @tab 0.176 @item surf3ca @tab 0.554 @tab 0.395 @tab 0.343 @tab 0.219 @tab 0.219 @tab 0.317 @tab 0.178 @item surfa @tab 0.0426 @tab 0.0691 @tab 0.082 @tab 0.016 @tab 0.0355 @tab 0.0564 @tab 0.0161 @item surfc @tab 0.0441 @tab 0.0606 @tab 0.0713 @tab 0.0259 @tab 0.0383 @tab 0.0459 @tab 0.0199 @item surfca @tab 0.0429 @tab 0.0601 @tab 0.0702 @tab 0.0233 @tab 0.0256 @tab 0.0524 @tab 0.016 @item table @tab 0.124 @tab 0.301 @tab 0.29 @tab 0.0257 @tab 0.145 @tab 0.154 @tab 0.0165 @item tape @tab 0.0428 @tab 0.089 @tab 0.0966 @tab 0.0214 @tab 0.0583 @tab 0.0539 @tab 0.0184 @item tens @tab 0.0337 @tab 0.06 @tab 0.0624 @tab 0.0289 @tab 0.0533 @tab 0.0551 @tab 0.0131 @item ternary @tab 0.113 @tab 0.275 @tab 0.269 @tab 0.0507 @tab 0.155 @tab 0.171 @tab 0.0316 @item text @tab 0.0832 @tab 0.226 @tab 0.218 @tab 0.035 @tab 0.116 @tab 0.127 @tab 0.00324 @item text2 @tab 0.073 @tab 0.161 @tab 0.163 @tab 0.0435 @tab 0.0997 @tab 0.111 @tab 0.0184 @item textmark @tab 0.044 @tab 0.112 @tab 0.112 @tab 0.0288 @tab 0.0632 @tab 0.0652 @tab 0.0136 @item ticks @tab 0.0983 @tab 0.265 @tab 0.261 @tab 0.0263 @tab 0.126 @tab 0.139 @tab 0.0275 @item tile @tab 0.0371 @tab 0.0569 @tab 0.064 @tab 0.0256 @tab 0.0321 @tab 0.0397 @tab 0.0227 @item tiles @tab 0.0377 @tab 0.0619 @tab 0.0687 @tab 0.0298 @tab 0.0194 @tab 0.0459 @tab 0.019 @item torus @tab 0.108 @tab 0.225 @tab 0.226 @tab 0.0269 @tab 0.102 @tab 0.124 @tab 0.0242 @item traj @tab 0.0145 @tab 0.0485 @tab 0.0451 @tab 0.0272 @tab 0.0286 @tab 0.0314 @tab 0.0131 @item triangulation @tab 0.0402 @tab 0.0847 @tab 0.111 @tab 0.0276 @tab 0.0648 @tab 0.0761 @tab 0.0156 @item triplot @tab 0.0294 @tab 0.0799 @tab 0.125 @tab 0.0157 @tab 0.0715 @tab 0.0863 @tab 0.0126 @item tube @tab 0.0844 @tab 0.214 @tab 0.203 @tab 0.0311 @tab 0.0878 @tab 0.105 @tab 0.0259 @item type0 @tab 0.228 @tab 0.274 @tab 0.229 @tab 0.0692 @tab 0.111 @tab 0.141 @tab 0.0619 @item type1 @tab 0.217 @tab 0.292 @tab 0.261 @tab 0.0715 @tab 0.106 @tab 0.152 @tab 0.0564 @item type2 @tab 0.221 @tab 0.276 @tab 0.231 @tab 0.0676 @tab 0.111 @tab 0.142 @tab 0.0649 @item vect @tab 0.0907 @tab 0.226 @tab 0.216 @tab 0.0601 @tab 0.139 @tab 0.166 @tab 0.045 @item vecta @tab 0.0318 @tab 0.0941 @tab 0.104 @tab 0.0334 @tab 0.117 @tab 0.118 @tab 0.0292 @item venn @tab 0.0156 @tab 0.0632 @tab 0.0922 @tab 0.0156 @tab 0.0367 @tab 0.0644 @tab 0.00185 @end multitable mathgl-2.4.1/texinfo/version.texi.in0000664000175000017500000000016413134046534017225 0ustar balakinbalakin@set VERSION ${MathGL_VERSION_MAJOR}.${MathGL_VERSION_MINOR} @set MINVER @c @set MINVER .1 @set NIGHT ${MGL_NIGHT} mathgl-2.4.1/texinfo/data_en.texi0000664000175000017500000043222413134046534016534 0ustar balakinbalakin@c ------------------------------------------------------------------ @chapter Data processing @nav{} @ifset UDAV This chapter describe commands for allocation, resizing, loading and saving, modifying of data arrays. Also it can numerically differentiate and integrate data, interpolate, fill data by formula and so on. Class supports data with dimensions up to 3 (like function of 3 variables -- x,y,z). Data arrays are denoted by Small Caps (like @sc{dat}) if it can be (re-)created by MGL commands. @end ifset @ifclear UDAV This chapter describe classes @code{mglData} and @code{mglDataC} for working with data arrays of real and complex numbers. Both classes are derived from abstract class @code{mglDataA}, and can be used as arguments of any plotting functions (see @ref{MathGL core}). These classes are defined in @code{#include } and @code{#include } correspondingly. The classes have mostly the same set of functions for easy and safe allocation, resizing, loading, saving, modifying of data arrays. Also it can numerically differentiate and integrate data, interpolate, fill data by formula and so on. Classes support data with dimensions up to 3 (like function of 3 variables -- x,y,z). The internal representation of numbers is mreal (or dual=std::complex for @code{mglDataC}), which can be configured as float or double by selecting option @code{--enable-double} at the MathGL configuring (see @ref{Installation}). Float type have smaller size in memory and usually it has enough precision in plotting purposes. However, double type provide high accuracy what can be important for time-axis, for example. Data arrays are denoted by Small Caps (like @sc{dat}) if it can be (re-)created by MGL commands. @end ifclear @menu * Public variables:: * Data constructor:: * Data resizing:: * Data filling:: * File I/O:: * Make another data:: * Data changing:: * Interpolation:: * Data information:: * Operators:: * Global functions:: * Evaluate expression:: * Special data classes:: @end menu @c ------------------------------------------------------------------ @external{} @node Public variables, Data constructor, , Data processing @section Public variables @nav{} @ifset UDAV MGL don't support direct access to data arrays. See section @ref{Data filling} @end ifset @ifclear UDAV @deftypecv {Variable} mglData @code{mreal *} a @deftypecvx {Variable} mglDataC @code{dual *} a Data array itself. The flat data representation is used. For example, matrix [nx x ny] is presented as flat (1d-) array with length nx*ny. The element with indexes @{i, j, k@} is a[i+nx*j+nx*ny*k] (indexes are zero based). @end deftypecv @deftypecv {Variable} mglData @code{long} nx @deftypecvx {Variable} mglDataC @code{long} nx Number of points in 1st dimensions ('x' dimension). @end deftypecv @deftypecv {Variable} mglData @code{long} ny @deftypecvx {Variable} mglDataC @code{long} ny Number of points in 2nd dimensions ('y' dimension). @end deftypecv @deftypecv {Variable} mglData @code{long} nz @deftypecvx {Variable} mglDataC @code{long} nz Number of points in 3d dimensions ('z' dimension). @end deftypecv @deftypecv {Variable} mglData @code{std::string} id @deftypecvx {Variable} mglDataC @code{std::string} id Names of column (or slice if nz>1) -- one character per column. @end deftypecv @deftypecv {Variable} mglData @code{bool} link @deftypecvx {Variable} mglDataC @code{bool} link Flag to use external data, i.e. don't delete it. @end deftypecv @deftypecv {Variable} mglDataA @code{std::wstring} s Name of data. It is used in parsing of MGL scripts. @end deftypecv @deftypecv {Variable} mglDataA @code{bool} temp Flag of temporary variable, which should be deleted. @end deftypecv @deftypecv {Variable} mglDataA @code{void (*)(void *)} func Pointer to callback function which will be called at destroying. @end deftypecv @deftypecv {Variable} mglDataA @code{void *} o Pointer to object for callback function. @end deftypecv @deftypefn {Method on @code{mglData}} @code{mreal} GetVal (@code{long} i) @deftypefnx {Method on @code{mglDataC}} @code{mreal} GetVal (@code{long} i) @deftypefnx {Method on @code{mglData}} @code{void} SetVal (@code{mreal} val, @code{long} i) @deftypefnx {Method on @code{mglDataC}} @code{void} SetVal (@code{mreal} val, @code{long} i) Gets or sets the value in by "flat" index @var{i} without border checking. Index @var{i} should be in range [0, nx*ny*nz-1]. @end deftypefn @deftypefn {Method on @code{mglDataA}} @code{long} GetNx () @deftypefnx {Method on @code{mglDataA}} @code{long} GetNy () @deftypefnx {Method on @code{mglDataA}} @code{long} GetNz () @deftypefnx {C function} @code{long} mgl_data_get_nx (@code{HCDT} dat) @deftypefnx {C function} @code{long} mgl_data_get_ny (@code{HCDT} dat) @deftypefnx {C function} @code{long} mgl_data_get_nz (@code{HCDT} dat) Gets the x-, y-, z-size of the data. @end deftypefn @deftypefn {C function} @code{mreal} mgl_data_get_value (@code{HCDT} dat, @code{int} i, @code{int} j, @code{int} k) @deftypefnx {C function} @code{dual} mgl_datac_get_value (@code{HCDT} dat, @code{int} i, @code{int} j, @code{int} k) @deftypefnx {C function} @code{mreal *} mgl_data_value (@code{HMDT} dat, @code{int} i, @code{int} j, @code{int} k) @deftypefnx {C function} @code{dual *} mgl_datac_value (@code{HADT} dat, @code{int} i, @code{int} j, @code{int} k) @deftypefnx {C function} @code{void} mgl_data_set_value (@code{HMDT} dat, @code{mreal} v, @code{int} i, @code{int} j, @code{int} k) @deftypefnx {C function} @code{void} mgl_datac_set_value (@code{HADT} dat, @code{dual} v, @code{int} i, @code{int} j, @code{int} k) Gets or sets the value in specified cell of the data with border checking. @end deftypefn @deftypefn {C function} @code{const mreal *} mgl_data_data (@code{HCDT} dat) @deftypefnx {C function} @code{const dual *} mgl_datac_data (@code{HCDT} dat) Returns pointer to internal data array. @end deftypefn @deftypefn {C function only} @code{void} mgl_data_set_func (@code{mglDataA *}dat, @code{void (*}func@code{)(void *)}, @code{void *}par) Set pointer to callback function which will be called at destroying. @end deftypefn @deftypefn {C function} @code{void} mgl_data_set_name (@code{mglDataA *}dat, @code{const char *}name) @deftypefnx {C function} @code{void} mgl_data_set_name_w (@code{mglDataA *}dat, @code{const wchar_t *}name) Set name of data, which used in parsing of MGL scripts. @end deftypefn @end ifclear @c ------------------------------------------------------------------ @external{} @node Data constructor, Data resizing, Public variables, Data processing @section Data constructor @nav{} @cindex mglData @ifset UDAV There are many functions, which can create data for output (see @ref{Data filling}, @ref{File I/O}, @ref{Make another data}, @ref{Global functions}). Here I put most useful of them. @end ifset @anchor{new} @deftypefn {MGL command} {} new @sc{dat} [@code{nx=1} 'eq'] @deftypefnx {MGL command} {} new @sc{dat} @code{nx ny} ['eq'] @deftypefnx {MGL command} {} new @sc{dat} @code{nx ny nz} ['eq'] @ifclear UDAV @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{int} mx=@code{1}, @code{int} my=@code{1}, @code{int} mz=@code{1}) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{int} mx=@code{1}, @code{int} my=@code{1}, @code{int} mz=@code{1}) @deftypefnx {C function} @code{HMDT} mgl_create_data () @deftypefnx {C function} @code{HMDT} mgl_create_data_size (@code{int} mx, @code{int} my, @code{int} mz) @deftypefnx {C function} @code{HADT} mgl_create_datac () @deftypefnx {C function} @code{HADT} mgl_create_datac_size (@code{int} mx, @code{int} my, @code{int} mz) @end ifclear Default constructor. Allocates the memory for data array and initializes it by zero. If string @var{eq} is specified then data will be filled by corresponding formula as in @ref{fill}. @end deftypefn @anchor{copy} @deftypefn {MGL command} {} copy @sc{dat} dat2 ['eq'=''] @deftypefnx {MGL command} {} copy @sc{dat} @code{val} @ifclear UDAV @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{const mglDataA &}dat2) @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{const mglDataA *}dat2) @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{int} size, @code{const float *}dat2) @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{int} size, @code{int} cols, @code{const float *}dat2) @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{int} size, @code{const double *}dat2) @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{int} size, @code{int} cols, @code{const double *}dat2) @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{const double *}dat2, @code{int} size) @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{const double *}dat2, @code{int} size, @code{int} cols) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{const mglDataA &}dat2) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{const mglDataA *}dat2) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{int} size, @code{const float *}dat2) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{int} size, @code{int} cols, @code{const float *}dat2) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{int} size, @code{const double *}dat2) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{int} size, @code{int} cols, @code{const double *}dat2) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{int} size, @code{const dual *}dat2) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{int} size, @code{int} cols, @code{const dual *}dat2) @end ifclear Copy constructor. Allocates the memory for data array and copy values from other array. At this, if parameter @var{eq} or @var{val} is specified then the data will be modified by corresponding formula similarly to @ref{fill}. @end deftypefn @deftypefn {MGL command} {} copy @sc{redat} @sc{imdat} dat2 ['eq'=''] Allocates the memory for data array and copy real and imaginary values from complex array @var{dat2}. @end deftypefn @deftypefn {MGL command} {} copy 'name' Allocates the memory for data array and copy values from other array specified by its name, which can be "invalid" for MGL names (like one read from HDF5 files). @end deftypefn @deftypefn {MGL command} {} read @sc{dat} 'fname' @ifclear UDAV @deftypefnx {Constructor on @code{mglData}} {} mglData (@code{const char *}fname) @deftypefnx {Constructor on @code{mglDataC}} {} mglDataC (@code{const char *}fname) @deftypefnx {C function} @code{HMDT} mgl_create_data_file (@code{const char *}fname) @deftypefnx {C function} @code{HADT} mgl_create_datac_file (@code{const char *}fname) @end ifclear Reads data from tab-separated text file with auto determining sizes of the data. @end deftypefn @deftypefn {MGL command} {} delete dat @deftypefnx {MGL command} {} delete 'name' @ifclear UDAV @deftypefnx {Destructor on @code{mglData}} {} ~mglData () @deftypefnx {C function} @code{void} mgl_delete_data (@code{HMDT} dat) @deftypefnx {Destructor on @code{mglDataC}} {} ~mglDataC () @deftypefnx {C function} @code{void} mgl_delete_datac (@code{HADT} dat) @end ifclear Deletes the data array from memory. @end deftypefn @c ------------------------------------------------------------------ @external{} @node Data resizing, Data filling, Data constructor, Data processing @section Data resizing @nav{} @cindex Create @cindex Rearrange @cindex Extend @cindex Transpose @cindex Squeeze @cindex Crop @cindex Insert @cindex Delete @cindex Sort @cindex Clean @cindex Join @deftypefn {MGL command} {} new @sc{dat} [@code{nx=1 ny=1 nz=1}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Create (@code{int} mx, @code{int} my=@code{1}, @code{int} mz=@code{1}) @deftypefnx {Method on @code{mglDataC}} @code{void} Create (@code{int} mx, @code{int} my=@code{1}, @code{int} mz=@code{1}) @deftypefnx {C function} @code{void} mgl_data_create (@code{HMDT} dat, @code{int} mx, @code{int} my, @code{int} mz) @deftypefnx {C function} @code{void} mgl_datac_create (@code{HADT} dat, @code{int} mx, @code{int} my, @code{int} mz) @end ifclear Creates or recreates the array with specified size and fills it by zero. This function does nothing if one of parameters @var{mx}, @var{my}, @var{mz} is zero or negative. @end deftypefn @anchor{rearrange} @deftypefn {MGL command} {} rearrange dat @code{mx [my=0 mz=0]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Rearrange (@code{int} mx, @code{int} my=@code{0}, @code{int} mz=@code{0}) @deftypefnx {Method on @code{mglDataC}} @code{void} Rearrange (@code{int} mx, @code{int} my=@code{0}, @code{int} mz=@code{0}) @deftypefnx {C function} @code{void} mgl_data_rearrange (@code{HMDT} dat, @code{int} mx, @code{int} my, @code{int} mz) @deftypefnx {C function} @code{void} mgl_datac_rearrange (@code{HADT} dat, @code{int} mx, @code{int} my, @code{int} mz) @end ifclear Rearrange dimensions without changing data array so that resulting sizes should be @var{mx}*@var{my}*@var{mz} < nx*ny*nz. If some of parameter @var{my} or @var{mz} are zero then it will be selected to optimal fill of data array. For example, if @var{my}=0 then it will be change to @var{my}=nx*ny*nz/@var{mx} and @var{mz}=1. @end deftypefn @anchor{transpose} @deftypefn {MGL command} {} transpose dat ['dim'='yxz'] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Transpose (@code{const char *}dim=@code{"yx"}) @deftypefnx {Method on @code{mglDataC}} @code{void} Transpose (@code{const char *}dim=@code{"yx"}) @deftypefnx {C function} @code{void} mgl_data_transpose (@code{HMDT} dat, @code{const char *}dim) @deftypefnx {C function} @code{void} mgl_datac_transpose (@code{HADT} dat, @code{const char *}dim) @end ifclear Transposes (shift order of) dimensions of the data. New order of dimensions is specified in string @var{dim}. This function can be useful also after reading of one-dimensional data. @end deftypefn @anchor{extend} @deftypefn {MGL command} {} extend dat @code{n1 [n2=0]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Extend (@code{int} n1, @code{int} n2=@code{0}) @deftypefnx {Method on @code{mglDataC}} @code{void} Extend (@code{int} n1, @code{int} n2=@code{0}) @deftypefnx {C function} @code{void} mgl_data_extend (@code{HMDT} dat, @code{int} n1, @code{int} n2) @deftypefnx {C function} @code{void} mgl_datac_extend (@code{HADT} dat, @code{int} n1, @code{int} n2) @end ifclear Increase the dimensions of the data by inserting new (|@var{n1}|+1)-th slices after (for @var{n1}>0) or before (for @var{n1}<0) of existed one. It is possible to insert 2 dimensions simultaneously for 1d data by using parameter @var{n2}. Data to new slices is copy from existed one. For example, for @var{n1}>0 new array will be @iftex @math{a_{ij}^{new} = a_i^{old}} where j=0...@var{n1}. Correspondingly, for @var{n1}<0 new array will be @math{a_{ij}^{new} = a_j^{old}} where i=0...|@var{n1}|. @end iftex @ifnottex a_ij^new = a_i^old where j=0...@var{n1}. Correspondingly, for @var{n1}<0 new array will be a_ij^new = a_j^old where i=0...|@var{n1}|. @end ifnottex @end deftypefn @anchor{squeeze} @deftypefn {MGL command} {} squeeze dat @code{rx [ry=1 rz=1 sm=off]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Squeeze (@code{int} rx, @code{int} ry=@code{1}, @code{int} rz=@code{1}, @code{bool} smooth=@code{false}) @deftypefnx {Method on @code{mglDataC}} @code{void} Squeeze (@code{int} rx, @code{int} ry=@code{1}, @code{int} rz=@code{1}, @code{bool} smooth=@code{false}) @deftypefnx {C function} @code{void} mgl_data_squeeze (@code{HMDT} dat, @code{int} rx, @code{int} ry, @code{int} rz, @code{int} smooth) @deftypefnx {C function} @code{void} mgl_datac_squeeze (@code{HADT} dat, @code{int} rx, @code{int} ry, @code{int} rz, @code{int} smooth) @end ifclear Reduces the data size by excluding data elements which indexes are not divisible by @var{rx}, @var{ry}, @var{rz} correspondingly. Parameter @var{smooth} set to use smoothing @iftex (i.e. @math{a_{out}[i]=\sum_{j=i,i+r}a[j]/r}) or not (i.e. @math{a_{out}[i]=a[j*r]}). @end iftex @ifnottex (i.e. out[i]=\sum_@{j=i,i+r@} a[j]/r) or not (i.e. out[i]=a[j*r]). @end ifnottex @end deftypefn @anchor{crop} @deftypefn {MGL command} {} crop dat @code{n1 n2} 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Crop (@code{int} n1, @code{int} n2, @code{char} dir=@code{'x'}) @deftypefnx {Method on @code{mglDataC}} @code{void} Crop (@code{int} n1, @code{int} n2, @code{char} dir=@code{'x'}) @deftypefnx {C function} @code{void} mgl_data_crop (@code{HMDT} dat, @code{int} n1, @code{int} n2, @code{char} dir) @deftypefnx {C function} @code{void} mgl_datac_crop (@code{HADT} dat, @code{int} n1, @code{int} n2, @code{char} dir) @end ifclear Cuts off edges of the data @var{i}<@var{n1} and @var{i}>@var{n2} if @var{n2}>0 or @var{i}>@code{n[xyz]}-@var{n2} if @var{n2}<=0 along direction @var{dir}. @end deftypefn @deftypefn {MGL command} {} crop dat 'how' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Crop (@code{const char *}how=@code{"235x"}) @deftypefnx {Method on @code{mglDataC}} @code{void} Crop (@code{const char *}how=@code{"235x"}) @deftypefnx {C function} @code{void} mgl_data_crop_opt (@code{HMDT} dat, @code{const char *}how) @deftypefnx {C function} @code{void} mgl_datac_crop_opt (@code{HADT} dat, @code{const char *}how) @end ifclear Cuts off far edge of the data to be more optimal for fast Fourier transform. The resulting size will be the closest value of 2^n*3^m*5^l to the original one. The string @var{how} may contain: @samp{x}, @samp{y}, @samp{z} for directions, and @samp{2}, @samp{3}, @samp{5} for using corresponding bases. @end deftypefn @anchor{insert} @deftypefn {MGL command} {} insert dat 'dir' @code{[pos=off num=0]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Insert (@code{char} dir, @code{int} pos=@code{0}, @code{int} num=@code{1}) @deftypefnx {Method on @code{mglDataC}} @code{void} Insert (@code{char} dir, @code{int} pos=@code{0}, @code{int} num=@code{1}) @deftypefnx {C function} @code{void} mgl_data_insert (@code{HMDT} dat, @code{char} dir, @code{int} pos, @code{char} num) @deftypefnx {C function} @code{void} mgl_datac_insert (@code{HADT} dat, @code{char} dir, @code{int} pos, @code{char} num) @end ifclear Insert @var{num} slices along @var{dir}-direction at position @var{pos} and fill it by zeros. @end deftypefn @anchor{delete} @deftypefn {MGL command} {} delete dat 'dir' @code{[pos=off num=0]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Delete (@code{char} dir, @code{int} pos=@code{0}, @code{int} num=@code{1}) @deftypefnx {Method on @code{mglDataC}} @code{void} Delete (@code{char} dir, @code{int} pos=@code{0}, @code{int} num=@code{1}) @deftypefnx {C function} @code{void} mgl_data_delete (@code{HMDT} dat, @code{char} dir, @code{int} pos, @code{char} num) @deftypefnx {C function} @code{void} mgl_datac_delete (@code{HADT} dat, @code{char} dir, @code{int} pos, @code{char} num) @end ifclear Delete @var{num} slices along @var{dir}-direction at position @var{pos}. @end deftypefn @deftypefn {MGL command} {} delete dat @deftypefnx {MGL command} {} delete 'name' Deletes the whole data array. @end deftypefn @anchor{sort} @deftypefn {MGL command} {} sort dat @code{idx [idy=-1]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Sort (@code{lond} idx, @code{long} idy=@code{-1}) @deftypefnx {C function} @code{void} mgl_data_sort (@code{HMDT} dat, @code{lond} idx, @code{long} idy) @end ifclear Sort data rows (or slices in 3D case) by values of specified column @var{idx} (or cell @{@var{idx},@var{idy}@} for 3D case). Note, this function is not thread safe! @end deftypefn @anchor{clean} @deftypefn {MGL command} {} clean dat @code{idx} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Clean (@code{lond} idx) @deftypefnx {C function} @code{void} mgl_data_clean (@code{HMDT} dat, @code{lond} idx) @end ifclear Delete rows which values are equal to next row for given column @var{idx}. @end deftypefn @anchor{join} @deftypefn {MGL command} {} join dat vdat [v2dat ...] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Join (@code{const mglDataA &}vdat) @deftypefnx {Method on @code{mglDataC}} @code{void} Join (@code{const mglDataA &}vdat) @deftypefnx {C function} @code{void} mgl_data_join (@code{HMDT} dat, @code{HCDT} vdat) @deftypefnx {C function} @code{void} mgl_datac_join (@code{HADT} dat, @code{HCDT} vdat) @end ifclear Join data cells from @var{vdat} to @var{dat}. At this, function increase @var{dat} sizes according following: z-size for data arrays arrays with equal x-,y-sizes; or y-size for data arrays with equal x-sizes; or x-size otherwise. @end deftypefn @c ------------------------------------------------------------------ @external{} @node Data filling, File I/O, Data resizing, Data processing @section Data filling @nav{} @cindex Fill @cindex Modify @cindex Set @cindex List @cindex Var @cindex Refill @anchor{list} @deftypefn {MGL command} {} list @sc{dat} @code{v1 ...} Creates new variable with name @var{dat} and fills it by numeric values of command arguments @code{v1 ...}. Command can create one-dimensional and two-dimensional arrays with arbitrary values. For creating 2d array the user should use delimiter @samp{|} which means that the following values lie in next row. Array sizes are [maximal of row sizes * number of rows]. For example, command @code{list 1 | 2 3} creates the array [1 0; 2 3]. Note, that the maximal number of arguments is 1000. @end deftypefn @deftypefn {MGL command} {} list @sc{dat} d1 ... Creates new variable with name @var{dat} and fills it by data values of arrays of command arguments @var{d1 ...}. Command can create two-dimensional or three-dimensional (if arrays in arguments are 2d arrays) arrays with arbitrary values. Minor dimensions of all arrays in arguments should be equal to dimensions of first array d1. In the opposite case the argument will be ignored. Note, that the maximal number of arguments is 1000. @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglData}} @code{void} Set (@code{const float *}A, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {Method on @code{mglData}} @code{void} Set (@code{const double *}A, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {C function} @code{void} mgl_data_set_float (@code{HMDT} dat, @code{const mreal *}A, @code{int} NX, @code{int} NY, @code{int} NZ) @deftypefnx {C function} @code{void} mgl_data_set_double (@code{HMDT} dat, @code{const double *}A, @code{int} NX, @code{int} NY, @code{int} NZ) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const float *}A, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const double *}A, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const dual *}A, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {C function} @code{void} mgl_datac_set_float (@code{HADT} dat, @code{const mreal *}A, @code{int} NX, @code{int} NY, @code{int} NZ) @deftypefnx {C function} @code{void} mgl_datac_set_double (@code{HADT} dat, @code{const double *}A, @code{int} NX, @code{int} NY, @code{int} NZ) @deftypefnx {C function} @code{void} mgl_datac_set_complex (@code{HADT} dat, @code{const dual *}A, @code{int} NX, @code{int} NY, @code{int} NZ) Allocates memory and copies the data from the @strong{flat} @code{float*} or @code{double*} array. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} Set (@code{const float **}A, @code{int} N1, @code{int} N2) @deftypefnx {Method on @code{mglData}} @code{void} Set (@code{const double **}A, @code{int} N1, @code{int} N2) @deftypefnx {C function} @code{void} mgl_data_set_mreal2 (@code{HMDT} dat, @code{const mreal **}A, @code{int} N1, @code{int} N2) @deftypefnx {C function} @code{void} mgl_data_set_double2 (@code{HMDT} dat, @code{const double **}A, @code{int} N1, @code{int} N2) Allocates memory and copies the data from the @code{float**} or @code{double**} array with dimensions @var{N1}, @var{N2}, i.e. from array defined as @code{mreal a[N1][N2];}. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} Set (@code{const float ***}A, @code{int} N1, @code{int} N2) @deftypefnx {Method on @code{mglData}} @code{void} Set (@code{const double ***}A, @code{int} N1, @code{int} N2) @deftypefnx {C function} @code{void} mgl_data_set_mreal3 (@code{HMDT} dat, @code{const mreal ***}A, @code{int} N1, @code{int} N2) @deftypefnx {C function} @code{void} mgl_data_set_double3 (@code{HMDT} dat, @code{const double ***}A, @code{int} N1, @code{int} N2) Allocates memory and copies the data from the @code{float***} or @code{double***} array with dimensions @var{N1}, @var{N2}, @var{N3}, i.e. from array defined as @code{mreal a[N1][N2][N3];}. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} Set (@code{gsl_vector *}v) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{gsl_vector *}v) @deftypefnx {C function} @code{void} mgl_data_set_vector (@code{HMDT} dat, @code{gsl_vector *}v) @deftypefnx {C function} @code{void} mgl_datac_set_vector (@code{HADT} dat, @code{gsl_vector *}v) Allocates memory and copies the data from the @code{gsl_vector *} structure. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} Set (@code{gsl_matrix *}m) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{gsl_matrix *}m) @deftypefnx {C function} @code{void} mgl_data_set_matrix (@code{HMDT} dat, @code{gsl_matrix *}m) @deftypefnx {C function} @code{void} mgl_datac_set_matrix (@code{HADT} dat, @code{gsl_matrix *}m) Allocates memory and copies the data from the @code{gsl_matrix *} structure. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} Set (@code{const mglDataA &}from) @deftypefnx {Method on @code{mglData}} @code{void} Set (@code{HCDT} from) @deftypefnx {C function} @code{void} mgl_data_set (@code{HMDT} dat, @code{HCDT} from) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const mglDataA &}from) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{HCDT} from) @deftypefnx {C function} @code{void} mgl_datac_set (@code{HADT} dat, @code{HCDT} from) Copies the data from @code{mglData} (or @code{mglDataA}) instance @var{from}. @end deftypefn @deftypefn {Method on @code{mglDataC}} @code{void} Set (@code{const mglDataA &}re, @code{const mglDataA &}im) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{HCDT} re, @code{HCDT} im) @deftypefnx {Method on @code{mglDataC}} @code{void} SetAmpl (@code{HCDT} ampl, @code{const mglDataA &}phase) @deftypefnx {C function} @code{void} mgl_datac_set_ri (@code{HADT} dat, @code{HCDT} re, @code{HCDT} im) @deftypefnx {C function} @code{void} mgl_datac_set_ap (@code{HADT} dat, @code{HCDT} ampl, @code{HCDT} phase) Copies the data from @code{mglData} instances for real and imaginary parts of complex data arrays. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} Set (@code{const std::vector &}d) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const std::vector &}d) @deftypefnx {Method on @code{mglData}} @code{void} Set (@code{const std::vector &}d) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const std::vector &}d) @deftypefnx {Method on @code{mglData}} @code{void} Set (@code{const std::vector &}d) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const std::vector &}d) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const std::vector &}d) Allocates memory and copies the data from the @code{std::vector} array. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} Set (@code{const char *}str, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {C function} @code{void} mgl_data_set_values (@code{const char *}str, @code{int} NX, @code{int} NY, @code{int} NZ) @deftypefnx {Method on @code{mglDataC}} @code{void} Set (@code{const char *}str, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {C function} @code{void} mgl_datac_set_values (@code{const char *}str, @code{int} NX, @code{int} NY, @code{int} NZ) Allocates memory and scanf the data from the string. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} SetList (@code{long} n, ...) Allocate memory and set data from variable argument list of @emph{double} values. Note, you need to specify decimal point @samp{.} for integer values! For example, the code @code{SetList(2,0.,1.);} is correct, but the code @code{SetList(2,0,1);} is incorrect. @end deftypefn @deftypefn {Method on @code{mglData}} @code{void} Link (@code{mglData &}from) @deftypefnx {Method on @code{mglData}} @code{void} Link (@code{mreal *}A, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {C function} @code{void} mgl_data_link (@code{HMDT} dat, @code{mreal *}A, @code{int} NX, @code{int} NY, @code{int} NZ) @deftypefnx {Method on @code{mglDataC}} @code{void} Link (@code{mglDataC &}from) @deftypefnx {Method on @code{mglDataC}} @code{void} Link (@code{dual *}A, @code{int} NX, @code{int} NY=@code{1}, @code{int} NZ=@code{1}) @deftypefnx {C function} @code{void} mgl_datac_link (@code{HADT} dat, @code{dual *}A, @code{int} NX, @code{int} NY, @code{int} NZ) Links external data array, i.e. don't delete this array at exit. @end deftypefn @end ifclear @anchor{var} @deftypefn {MGL command} {} var @sc{dat} @code{num v1 [v2=nan]} Creates new variable with name @var{dat} for one-dimensional array of size @var{num}. Array elements are equidistantly distributed in range [@var{v1}, @var{v2}]. If @var{v2}=@code{nan} then @var{v2=v1} is used. @end deftypefn @anchor{fill} @deftypefn {MGL command} {} fill dat v1 v2 ['dir'='x'] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Fill (@code{mreal} v1, @code{mreal} v2, @code{char} dir=@code{'x'}) @deftypefnx {Method on @code{mglDataC}} @code{void} Fill (@code{dual} v1, @code{dual} v2, @code{char} dir=@code{'x'}) @deftypefnx {C function} @code{void} mgl_data_fill (@code{HMDT} dat, @code{mreal} v1, @code{mreal} v2, @code{char} dir) @deftypefnx {C function} @code{void} mgl_datac_fill (@code{HADT} dat, @code{dual} v1, @code{dual} v2, @code{char} dir) @end ifclear Equidistantly fills the data values to range [@var{v1}, @var{v2}] in direction @var{dir}=@{@samp{x},@samp{y},@samp{z}@}. @end deftypefn @deftypefn {MGL command} {} fill dat 'eq' [vdat wdat] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Fill (@code{HMGL} gr, @code{const char *}eq, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglData}} @code{void} Fill (@code{HMGL} gr, @code{const char *}eq, @code{const mglDataA &}vdat, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglData}} @code{void} Fill (@code{HMGL} gr, @code{const char *}eq, @code{const mglDataA &}vdat, @code{const mglDataA &}wdat, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglDataC}} @code{void} Fill (@code{HMGL} gr, @code{const char *}eq, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglDataC}} @code{void} Fill (@code{HMGL} gr, @code{const char *}eq, @code{const mglDataA &}vdat, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglDataC}} @code{void} Fill (@code{HMGL} gr, @code{const char *}eq, @code{const mglDataA &}vdat, @code{const mglDataA &}wdat, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_data_fill_eq (@code{HMGL} gr, @code{HMDT} dat, @code{const char *}eq, @code{HCDT} vdat, @code{HCDT} wdat, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_datac_fill_eq (@code{HMGL} gr, @code{HADT} dat, @code{const char *}eq, @code{HCDT} vdat, @code{HCDT} wdat, @code{const char *}opt) @end ifclear Fills the value of array according to the formula in string @var{eq}. Formula is an arbitrary expression depending on variables @samp{x}, @samp{y}, @samp{z}, @samp{u}, @samp{v}, @samp{w}. Coordinates @samp{x}, @samp{y}, @samp{z} are supposed to be normalized in axis range of canvas @var{gr} (in difference from @code{Modify} functions). Variable @samp{u} is the original value of the array. Variables @samp{v} and @samp{w} are values of @var{vdat}, @var{wdat} which can be @code{NULL} (i.e. can be omitted). @end deftypefn @anchor{modify} @deftypefn {MGL command} {} modify dat 'eq' [@code{dim=0}] @deftypefnx {MGL command} {} modify dat 'eq' vdat [wdat] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Modify (@code{const char *}eq, @code{int} dim=@code{0}) @deftypefnx {Method on @code{mglData}} @code{void} Modify (@code{const char *}eq, @code{const mglDataA &}v) @deftypefnx {Method on @code{mglData}} @code{void} Modify (@code{const char *}eq, @code{const mglDataA &}v, @code{const mglDataA &}w) @deftypefnx {Method on @code{mglDataC}} @code{void} Modify (@code{const char *}eq, @code{int} dim=@code{0}) @deftypefnx {Method on @code{mglDataC}} @code{void} Modify (@code{const char *}eq, @code{const mglDataA &}v) @deftypefnx {Method on @code{mglDataC}} @code{void} Modify (@code{const char *}eq, @code{const mglDataA &}v, @code{const mglDataA &}w) @deftypefnx {C function} @code{void} mgl_data_modify (@code{HMDT} dat, @code{const char *}eq, @code{int} dim) @deftypefnx {C function} @code{void} mgl_data_modify_vw (@code{HMDT} dat, @code{const char *}eq, @code{HCDT} v, @code{HCDT} w) @deftypefnx {C function} @code{void} mgl_datac_modify (@code{HADT} dat, @code{const char *}eq, @code{int} dim) @deftypefnx {C function} @code{void} mgl_datac_modify_vw (@code{HADT} dat, @code{const char *}eq, @code{HCDT} v, @code{HCDT} w) @end ifclear The same as previous ones but coordinates @samp{x}, @samp{y}, @samp{z} are supposed to be normalized in range [0,1]. If @var{dim}>0 is specified then modification will be fulfilled only for slices >=@var{dim}. @end deftypefn @anchor{fillsample} @deftypefn {MGL command} {} fillsample dat 'how' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} FillSample (@code{const char *}how) @deftypefnx {C function} @code{void} mgl_data_fill_sample (@code{HMDT} a, @code{const char *}how) @end ifclear Fills data by 'x' or 'k' samples for Hankel ('h') or Fourier ('f') transform. @end deftypefn @anchor{datagrid} @deftypefn {MGL command} {} datagrid dat xdat ydat zdat @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Grid (@code{HMGL} gr, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglData}} @code{mglData} Grid (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{mglPoint} p1, @code{mglPoint} p2) @deftypefnx {C function} @code{void} mgl_data_grid (@code{HMGL} gr, @code{HMDT} u, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}opt) @deftypefnx {C function} @code{void} mgl_data_grid_xy (@code{HMDT} u, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2) @end ifclear Fills the value of array according to the linear interpolation of triangulated surface assuming x-,y-coordinates equidistantly distributed in axis range (or in range [x1,x2]*[y1,y2]). Triangulated surface is found for arbitrary placed points @samp{x}, @samp{y}, @samp{z}. NAN value is used for grid points placed outside of triangulated surface. @sref{Making regular data} @end deftypefn @anchor{put} @deftypefn {MGL command} {} put dat @code{val [i=all j=all k=all]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Put (@code{mreal} val, @code{int} i=@code{-1}, @code{int} j=@code{-1}, @code{int} k=@code{-1}) @deftypefnx {Method on @code{mglDataC}} @code{void} Put (@code{dual} val, @code{int} i=@code{-1}, @code{int} j=@code{-1}, @code{int} k=@code{-1}) @deftypefnx {C function} @code{void} mgl_data_put_val (@code{HMDT} a, @code{mreal} val, @code{int} i, @code{int} j, @code{int} k) @deftypefnx {C function} @code{void} mgl_datac_put_val (@code{HADT} a, @code{dual} val, @code{int} i, @code{int} j, @code{int} k) @end ifclear Sets value(s) of array a[@var{i}, @var{j}, @var{k}] = @var{val}. Negative indexes @var{i}, @var{j}, @var{k}=-1 set the value @var{val} to whole range in corresponding direction(s). For example, @code{Put(val,-1,0,-1);} sets a[i,0,j]=@var{val} for i=0...(nx-1), j=0...(nz-1). @end deftypefn @deftypefn {MGL command} {} put dat vdat [@code{i=all j=all k=all}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Put (@code{const mglDataA &}v, @code{int} i=@code{-1}, @code{int} j=@code{-1}, @code{int} k=@code{-1}) @deftypefnx {Method on @code{mglDataC}} @code{void} Put (@code{const mglDataA &}v, @code{int} i=@code{-1}, @code{int} j=@code{-1}, @code{int} k=@code{-1}) @deftypefnx {C function} @code{void} mgl_data_put_dat (@code{HMDT} a, @code{HCDT} v, @code{int} i, @code{int} j, @code{int} k) @deftypefnx {C function} @code{void} mgl_datac_put_dat (@code{HADT} a, @code{HCDT} v, @code{int} i, @code{int} j, @code{int} k) @end ifclear Copies value(s) from array @var{v} to the range of original array. Negative indexes @var{i}, @var{j}, @var{k}=-1 set the range in corresponding direction(s). At this minor dimensions of array @var{v} should be large than corresponding dimensions of this array. For example, @code{Put(v,-1,0,-1);} sets a[i,0,j]=v.ny>nz ? v[i,j] : v[i], where i=0...(nx-1), j=0...(nz-1) and condition v.nx>=nx is true. @end deftypefn @anchor{refill} @deftypefn {MGL command} {} refill dat xdat vdat [sl=-1] @deftypefnx {MGL command} {} refill dat xdat ydat vdat [sl=-1] @deftypefnx {MGL command} {} refill dat xdat ydat zdat vdat @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{const mglDataA &}x, @code{const mglDataA &}v, @code{mreal} x1, @code{mreal} x2, @code{long} sl=@code{-1}) @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{const mglDataA &}x, @code{const mglDataA &}v, @code{mglPoint} p1, @code{mglPoint} p2, @code{long} sl=@code{-1}) @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}v, @code{mglPoint} p1, @code{mglPoint} p2, @code{long} sl=@code{-1}) @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}v, @code{mglPoint} p1, @code{mglPoint} p2) @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{HMGL} gr, @code{const mglDataA &}x, @code{const mglDataA &}v, @code{long} sl=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{HMGL} gr, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}v, @code{long} sl=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Method on @code{mglData}} @code{void} Refill (@code{HMGL} gr, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}v, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{void} mgl_data_refill_x (@code{HMDT} a, @code{HCDT} x, @code{HCDT} v, @code{mreal} x1, @code{mreal} x2, @code{long} sl) @deftypefnx {C function} @code{void} mgl_data_refill_xy (@code{HMDT} a, @code{HCDT} x, @code{HCDT} y, @code{HCDT} v, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2, @code{long} sl) @deftypefnx {C function} @code{void} mgl_data_refill_xyz (@code{HMDT} a, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} v, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2, @code{mreal} z1, @code{mreal} z2) @deftypefnx {C function} @code{void} mgl_data_refill_gr (@code{HMGL} gr, @code{HMDT} a, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} v, @code{long} sl, @code{const char *}opt) @end ifclear Fills by interpolated values of array @var{v} at the point @{@var{x}, @var{y}, @var{z}@}=@{@code{X[i], Y[j], Z[k]}@} (or @{@var{x}, @var{y}, @var{z}@}=@{@code{X[i,j,k], Y[i,j,k], Z[i,j,k]}@} if @var{x}, @var{y}, @var{z} are not 1d arrays), where @code{X,Y,Z} are equidistantly distributed in range [@var{x1},@var{x2}]*[@var{y1},@var{y2}]*[@var{z1},@var{z2}] and have the same sizes as this array. If parameter @var{sl} is 0 or positive then changes will be applied only for slice @var{sl}. @end deftypefn @anchor{gspline} @deftypefn {MGL command} {} gspline dat xdat vdat [sl=-1] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} RefillGS (@code{const mglDataA &}x, @code{const mglDataA &}v, @code{mreal} x1, @code{mreal} x2, @code{long} sl=@code{-1}) @deftypefnx {C function} @code{void} mgl_data_refill_gs (@code{HMDT} a, @code{HCDT} x, @code{HCDT} v, @code{mreal} x1, @code{mreal} x2, @code{long} sl) @end ifclear Fills by global cubic spline values of array @var{v} at the point @var{x}=@code{X[i]}, where @code{X} are equidistantly distributed in range [@var{x1},@var{x2}] and have the same sizes as this array. If parameter @var{sl} is 0 or positive then changes will be applied only for slice @var{sl}. @end deftypefn @anchor{idset} @deftypefn {MGL command} {} idset dat 'ids' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} SetColumnId (@code{const char *}ids) @deftypefnx {Method on @code{mglDataC}} @code{void} SetColumnId (@code{const char *}ids) @deftypefnx {C function} @code{void} mgl_data_set_id (@code{HMDT} a, @code{const char *}ids) @deftypefnx {C function} @code{void} mgl_datac_set_id (@code{HADT} a, @code{const char *}ids) @end ifclear Sets the symbol @var{ids} for data columns. The string should contain one symbol 'a'...'z' per column. These ids are used in @ref{column}. @end deftypefn @c ------------------------------------------------------------------ @external{} @node File I/O, Make another data, Data filling, Data processing @section File I/O @nav{} @cindex Read @cindex ReadMat @cindex ReadRange @cindex ReadAll @cindex Save @cindex ReadHDF @cindex SaveHDF @cindex Import @cindex Export @anchor{read} @deftypefn {MGL command} {} read @sc{dat} 'fname' @deftypefnx {MGL command} {} read @sc{redat} @sc{imdat} 'fname' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{bool} Read (@code{const char *}fname) @deftypefnx {Method on @code{mglDataC}} @code{bool} Read (@code{const char *}fname) @deftypefnx {C function} @code{int} mgl_data_read (@code{HMDT} dat, @code{const char *}fname) @deftypefnx {C function} @code{int} mgl_datac_read (@code{HADT} dat, @code{const char *}fname) @end ifclear Reads data from tab-separated text file with auto determining sizes of the data. Double newline means the beginning of new z-slice. @end deftypefn @deftypefn {MGL command} {} read @sc{dat} 'fname' @code{mx [my=1 mz=1]} @deftypefnx {MGL command} {} read @sc{redat} @sc{imdat} 'fname' @code{mx [my=1 mz=1]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{bool} Read (@code{const char *}fname, @code{int} mx, @code{int} my=@code{1}, @code{int} mz=@code{1}) @deftypefnx {Method on @code{mglDataC}} @code{bool} Read (@code{const char *}fname, @code{int} mx, @code{int} my=@code{1}, @code{int} mz=@code{1}) @deftypefnx {C function} @code{int} mgl_data_read_dim (@code{HMDT} dat, @code{const char *}fname, @code{int} mx, @code{int} my, @code{int} mz) @deftypefnx {C function} @code{int} mgl_datac_read_dim (@code{HADT} dat, @code{const char *}fname, @code{int} mx, @code{int} my, @code{int} mz) @end ifclear Reads data from text file with specified data sizes. This function does nothing if one of parameters @var{mx}, @var{my} or @var{mz} is zero or negative. @end deftypefn @anchor{readmat} @deftypefn {MGL command} {} readmat @sc{dat} 'fname' [@code{dim=2}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{bool} ReadMat (@code{const char *}fname, @code{int} dim=@code{2}) @deftypefnx {Method on @code{mglDataC}} @code{bool} ReadMat (@code{const char *}fname, @code{int} dim=@code{2}) @deftypefnx {C function} @code{int} mgl_data_read_mat (@code{HMDT} dat, @code{const char *}fname, @code{int} dim) @deftypefnx {C function} @code{int} mgl_datac_read_mat (@code{HADT} dat, @code{const char *}fname, @code{int} dim) @end ifclear Read data from text file with size specified at beginning of the file by first @var{dim} numbers. At this, variable @var{dim} set data dimensions. @end deftypefn @anchor{readall} @deftypefn {MGL command} {} readall @sc{dat} 'templ' @code{v1 v2 [dv=1 slice=off]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} ReadRange (@code{const char *}templ, @code{mreal} from, @code{mreal} to, @code{mreal} step=@code{1}, @code{bool} as_slice=@code{false}) @deftypefnx {Method on @code{mglDataC}} @code{void} ReadRange (@code{const char *}templ, @code{mreal} from, @code{mreal} to, @code{mreal} step=@code{1}, @code{bool} as_slice=@code{false}) @deftypefnx {C function} @code{int} mgl_data_read_range (@code{HMDT} dat, @code{const char *}templ, @code{mreal} from, @code{mreal} to, @code{mreal} step, @code{int} as_slice) @deftypefnx {C function} @code{int} mgl_datac_read_range (@code{HADT} dat, @code{const char *}templ, @code{mreal} from, @code{mreal} to, @code{mreal} step, @code{int} as_slice) @end ifclear Join data arrays from several text files. The file names are determined by function call @code{sprintf(fname,templ,val);}, where @var{val} changes from @var{from} to @var{to} with step @var{step}. The data load one-by-one in the same slice if @var{as_slice}=@code{false} or as slice-by-slice if @var{as_slice}=@code{true}. @end deftypefn @deftypefn {MGL command} {} readall @sc{dat} 'templ' @code{[slice=off]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} ReadAll (@code{const char *}templ, @code{bool} as_slice=@code{false}) @deftypefnx {Method on @code{mglDataC}} @code{void} ReadAll (@code{const char *}templ, @code{bool} as_slice=@code{false}) @deftypefnx {C function} @code{int} mgl_data_read_all (@code{HMDT} dat, @code{const char *}templ, @code{int} as_slice) @deftypefnx {C function} @code{int} mgl_datac_read_all (@code{HADT} dat, @code{const char *}templ, @code{int} as_slice) @end ifclear Join data arrays from several text files which filenames satisfied the template @var{templ} (for example, @var{templ}=@code{"t_*.dat"}). The data load one-by-one in the same slice if @var{as_slice}=@code{false} or as slice-by-slice if @var{as_slice}=@code{true}. @end deftypefn @anchor{scanfile} @deftypefn {MGL command} {} scanfile @sc{dat} 'fname' 'templ' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{bool} ScanFile (@code{const char *}fname, @code{const char *}templ) @deftypefnx {C function} @code{int} mgl_data_scan_file (@code{HMDT} dat, @code{const char *}fname, @code{const char *}templ) @end ifclear Read file @var{fname} line-by-line and scan each line for numbers according the template @var{templ}. The numbers denoted as @samp{%g} in the template. @sref{Saving and scanning file} @end deftypefn @anchor{save} @deftypefn {MGL command} {} save dat 'fname' @ifclear UDAV @deftypefnx {Method on @code{mglDataA}} @code{void} Save (@code{const char *}fname, @code{int} ns=@code{-1}) @code{const} @deftypefnx {C function} @code{void} mgl_data_save (@code{HCDT} dat, @code{const char *}fname, @code{int} ns) @deftypefnx {C function} @code{void} mgl_datac_save (@code{HCDT} dat, @code{const char *}fname, @code{int} ns) @end ifclear Saves the whole data array (for @var{ns}=@code{-1}) or only @var{ns}-th slice to the text file @var{fname}. @end deftypefn @deftypefn {MGL command} {} save 'str' 'fname' ['mode'='a'] Saves the string @var{str} to the text file @var{fname}. For parameter @var{mode}=@samp{a} will append string to the file (default); for @var{mode}=@samp{w} will overwrite the file. @sref{Saving and scanning file} @end deftypefn @anchor{readhdf} @deftypefn {MGL command} {} readhdf @sc{dat} 'fname' 'dname' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} ReadHDF (@code{const char *}fname, @code{const char *}dname) @deftypefnx {Method on @code{mglDataC}} @code{void} ReadHDF (@code{const char *}fname, @code{const char *}dname) @deftypefnx {C function} @code{void} mgl_data_read_hdf (@code{HMDT} dat, @code{const char *}fname, @code{const char *}dname) @deftypefnx {C function} @code{void} mgl_datac_read_hdf (@code{HADT} dat, @code{const char *}fname, @code{const char *}dname) @end ifclear Reads data array named @var{dname} from HDF5 or HDF4 file. This function does nothing if HDF5|HDF4 was disabled during library compilation. @end deftypefn @anchor{savehdf} @deftypefn {MGL command} {} savehdf dat 'fname' 'dname' [@code{rewrite}=@code{off}] @ifclear UDAV @deftypefnx {Method on @code{mglDataA}} @code{void} SaveHDF (@code{const char *}fname, @code{const char *}dname, @code{bool} rewrite=@code{false}) @code{const} @deftypefnx {C function} @code{void} mgl_data_save_hdf (@code{HCDT} dat, @code{const char *}fname, @code{const char *}dname, @code{int} rewrite) @deftypefnx {C function} @code{void} mgl_datac_save_hdf (@code{HCDT} dat, @code{const char *}fname, @code{const char *}dname, @code{int} rewrite) @end ifclear Saves data array named @var{dname} to HDF5 file. This function does nothing if HDF5 was disabled during library compilation. @end deftypefn @anchor{datas} @deftypefn {MGL command} {} datas 'fname' @ifclear UDAV @deftypefnx {Method on @code{mglDataA}} @code{int} DatasHDF (@code{const char *}fname, @code{char *}buf, @code{long} size) @code{static} @deftypefnx {C function} @code{int} mgl_datas_hdf (@code{const char *}fname, @code{char *}buf, @code{long} size) @end ifclear Put data names from HDF5 file @var{fname} into @var{buf} as '\t' separated fields. In MGL version the list of data names will be printed as message. This function does nothing if HDF5 was disabled during library compilation. @end deftypefn @anchor{openhdf} @deftypefn {MGL command} {} openhdf 'fname' @ifclear UDAV @deftypefnx {Method on @code{mglParse}} @code{void} OpenHDF (@code{const char *}fname) @deftypefnx {C function} @code{void} mgl_parser_openhdf (@code{HMPR} pr, @code{const char *}fname) @end ifclear Reads all data array from HDF5 file @var{fname} and create MGL variables with names of data names in HDF file. Complex variables will be created if data name starts with @samp{!}. @end deftypefn @ifclear UDAV @deftypefn {C function} @code{const char * const *} mgl_datas_hdf_str (@code{HMPR} pr, @code{const char *}fname) Put HDF data names as list of strings (last one is ""). The result is valid untill next call of the function. @end deftypefn @end ifclear @anchor{import} @deftypefn {MGL command} {} import @sc{dat} 'fname' 'sch' [@code{v1=0 v2=1}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Import (@code{const char *}fname, @code{const char *}scheme, @code{mreal} v1=@code{0}, mreal v2=@code{1}) @deftypefnx {C function} @code{void} mgl_data_import (@code{HMDT} dat, @code{const char *}fname, @code{const char *}scheme, @code{mreal} v1, mreal v2) @end ifclear Reads data from bitmap file (now support only PNG format). The RGB values of bitmap pixels are transformed to mreal values in range [@var{v1}, @var{v2}] using color scheme @var{scheme} (@pxref{Color scheme}). @end deftypefn @anchor{export} @deftypefn {MGL command} {} export dat 'fname' 'sch' [@code{v1=0 v2=0}] @ifclear UDAV @deftypefnx {Method on @code{mglDataA}} @code{void} Export (@code{const char *}fname, @code{const char *}scheme, @code{mreal} v1=@code{0}, mreal v2=@code{0}, @code{int} ns=@code{-1}) const @deftypefnx {C function} @code{void} mgl_data_export (@code{HMDT} dat, @code{const char *}fname, @code{const char *}scheme, @code{mreal} v1, mreal v2, @code{int} ns) const @end ifclear Saves data matrix (or @code{ns}-th slice for 3d data) to bitmap file (now support only PNG format). The data values are transformed from range [@var{v1}, @var{v2}] to RGB pixels of bitmap using color scheme @var{scheme} (@pxref{Color scheme}). If @var{v1}>=@var{v2} then the values of @var{v1}, @var{v2} are automatically determined as minimal and maximal value of the data array. @end deftypefn @c ------------------------------------------------------------------ @external{} @node Make another data, Data changing, File I/O, Data processing @section Make another data @nav{} @cindex SubData @cindex Column @cindex Trace @cindex Hist @cindex Resize @cindex Evaluate @cindex Combine @cindex Momentum @cindex Sum @cindex Min @cindex Max @cindex Roots @cindex Correl @cindex AutoCorrel @anchor{subdata} @deftypefn {MGL command} {} subdata @sc{res} dat @code{xx [yy=all zz=all]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} SubData (@code{mreal} xx, @code{mreal} yy=@code{-1}, @code{mreal} zz=@code{-1}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} SubData (@code{mreal} xx, @code{mreal} yy=@code{-1}, @code{mreal} zz=@code{-1}) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_subdata (@code{HCDT} dat, @code{mreal} xx, @code{mreal} yy, @code{mreal} zz) @end ifclear Extracts sub-array data from the original data array keeping fixed positive index. For example @code{SubData(-1,2)} extracts 3d row (indexes are zero based), @code{SubData(4,-1)} extracts 5th column, @code{SubData(-1,-1,3)} extracts 4th slice and so on. If argument(s) are non-integer then linear interpolation between slices is used. In MGL version this command usually is used as inline one @code{dat(xx,yy,zz)}. Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @deftypefn {MGL command} {} subdata @sc{res} dat xdat [ydat zdat] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} SubData (@code{const mglDataA &}xx, @code{const mglDataA &}yy, @code{const mglDataA &}zz) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} SubData (@code{const mglDataA &}xx, @code{const mglDataA &}yy, @code{const mglDataA &}zz) @code{const} @deftypefnx {Method on @code{mglData}} @code{mglData} SubData (@code{const mglDataA &}xx, @code{const mglDataA &}yy) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} SubData (@code{const mglDataA &}xx, @code{const mglDataA &}yy) @code{const} @deftypefnx {Method on @code{mglData}} @code{mglData} SubData (@code{const mglDataA &}xx) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} SubData (@code{const mglDataA &}xx) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_subdata_ext (@code{HCDT} dat, @code{HCDT} xx, @code{HCDT} yy, @code{HCDT} zz) @deftypefnx {C function} @code{HADT} mgl_datac_subdata_ext (@code{HCDT} dat, @code{HCDT} xx, @code{HCDT} yy, @code{HCDT} zz) @end ifclear Extracts sub-array data from the original data array for indexes specified by arrays @var{xx}, @var{yy}, @var{zz} (indirect access). This function work like previous one for 1D arguments or numbers, and resulting array dimensions are equal dimensions of 1D arrays for corresponding direction. For 2D and 3D arrays in arguments, the resulting array have the same dimensions as input arrays. The dimensions of all argument must be the same (or to be scalar 1*1*1) if they are 2D or 3D arrays. In MGL version this command usually is used as inline one @code{dat(xx,yy,zz)}. Function return NULL or create empty data if data cannot be created for given arguments. In C function some of @var{xx}, @var{yy}, @var{zz} can be NULL. @end deftypefn @anchor{column} @deftypefn {MGL command} {} column @sc{res} dat 'eq' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Column (@code{const char *}eq) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Column (@code{const char *}eq) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_column (@code{HCDT} dat, @code{const char *}eq) @end ifclear Get column (or slice) of the data filled by formula @var{eq} on column ids. For example, @code{Column("n*w^2/exp(t)");}. The column ids must be defined first by @ref{idset} function or read from files. In MGL version this command usually is used as inline one @code{dat('eq')}. Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{resize} @deftypefn {MGL command} {} resize @sc{res} dat @code{mx [my=1 mz=1]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Resize (@code{int} mx, @code{int} my=@code{0}, @code{int} mz=@code{0}, @code{mreal} x1=@code{0}, @code{mreal} x2=@code{1}, @code{mreal} y1=@code{0}, @code{mreal} y2=@code{1}, @code{mreal} z1=@code{0}, @code{mreal} z2=@code{1}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Resize (@code{int} mx, @code{int} my=@code{0}, @code{int} mz=@code{0}, @code{mreal} x1=@code{0}, @code{mreal} x2=@code{1}, @code{mreal} y1=@code{0}, @code{mreal} y2=@code{1}, @code{mreal} z1=@code{0}, @code{mreal} z2=@code{1}) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_resize (@code{HCDT} dat, @code{int} mx, @code{int} my, @code{int} mz) @deftypefnx {C function} @code{HMDT} mgl_data_resize_box (@code{HCDT} dat, @code{int} mx, @code{int} my, @code{int} mz, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2, @code{mreal} z1, @code{mreal} z2) @end ifclear Resizes the data to new size @var{mx}, @var{my}, @var{mz} from box (part) [@var{x1},@var{x2}] x [@var{y1},@var{y2}] x [@var{z1},@var{z2}] of original array. Initially x,y,z coordinates are supposed to be in [0,1]. If one of sizes @var{mx}, @var{my} or @var{mz} is 0 then initial size is used. Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{evaluate} @deftypefn {MGL command} {} evaluate @sc{res} dat idat [@code{norm=on}] @deftypefnx {MGL command} {} evaluate @sc{res} dat idat jdat [@code{norm=on}] @deftypefnx {MGL command} {} evaluate @sc{res} dat idat jdat kdat [@code{norm=on}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Evaluate (@code{const mglDataA &}idat, @code{bool} norm=@code{true}) @code{const} @deftypefnx {Method on @code{mglData}} @code{mglData} Evaluate (@code{const mglDataA &}idat, @code{const mglDataA &}jdat, @code{bool} norm=@code{true}) @code{const} @deftypefnx {Method on @code{mglData}} @code{mglData} Evaluate (@code{const mglDataA &}idat, @code{const mglDataA &}jdat, @code{const mglDataA &}kdat, @code{bool} norm=@code{true}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Evaluate (@code{const mglDataA &}idat, @code{bool} norm=@code{true}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Evaluate (@code{const mglDataA &}idat, @code{const mglDataA &}jdat, @code{bool} norm=@code{true}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Evaluate (@code{const mglDataA &}idat, @code{const mglDataA &}jdat, @code{const mglDataA &}kdat, @code{bool} norm=@code{true}) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_evaluate (@code{HCDT} dat, @code{HCDT} idat, @code{HCDT} jdat, @code{HCDT} kdat, @code{int} norm) @end ifclear Gets array which values is result of interpolation of original array for coordinates from other arrays. All dimensions must be the same for data @var{idat}, @var{jdat}, @var{kdat}. Coordinates from @var{idat}, @var{jdat}, @var{kdat} are supposed to be normalized in range [0,1] (if @var{norm}=@code{true}) or in ranges [0,nx], [0,ny], [0,nz] correspondingly. Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{section} @deftypefn {MGL command} {} section @sc{res} dat ids ['dir'='y' @code{val=nan}] @deftypefnx {MGL command} {} section @sc{res} dat @code{id} ['dir'='y' @code{val=nan}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Section (@code{const mglDataA &}ids, @code{const char *}dir=@code{'y'}, @code{mreal} val=@code{NAN}) @code{const} @deftypefnx {Method on @code{mglData}} @code{mglData} Section (@code{long} id, @code{const char *}dir=@code{'y'}, @code{mreal} val=@code{NAN}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Section (@code{const mglDataA &}ids, @code{const char *}dir=@code{'y'}, @code{mreal} val=@code{NAN}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Section (@code{long} id, @code{const char *}dir=@code{'y'}, @code{mreal} val=@code{NAN}) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_section (@code{HCDT} dat, @code{HCDT} ids, @code{const char *}dir, @code{mreal} val) @deftypefnx {C function} @code{HMDT} mgl_data_section_val (@code{HCDT} dat, @code{long} id, @code{const char *}dir, @code{mreal} val) @deftypefnx {C function} @code{HADT} mgl_datac_section (@code{HCDT} dat, @code{HCDT} ids, @code{const char *}dir, @code{mreal} val) @deftypefnx {C function} @code{HADT} mgl_datac_section_val (@code{HCDT} dat, @code{long} id, @code{const char *}dir, @code{mreal} val) @end ifclear Gets array which is @var{id}-th section (range of slices separated by value @var{val}) of original array @var{dat}. For @var{id}<0 the reverse order is used (i.e. -1 give last section). If several @var{ids} are provided then output array will be result of sequential joining of sections. @end deftypefn @anchor{solve} @deftypefn {MGL command} {} solve @sc{res} dat @code{val} 'dir' [@code{norm=on}] @deftypefnx {MGL command} {} solve @sc{res} dat @code{val} 'dir' idat [@code{norm=on}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Solve (@code{mreal} val, @code{char} dir, @code{bool} norm=@code{true}) @code{const} @deftypefnx {Method on @code{mglData}} @code{mglData} Solve (@code{mreal} val, @code{char} dir, @code{const mglDataA &}idat, @code{bool} norm=@code{true}) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_solve (@code{HCDT} dat, @code{mreal} val, @code{char} dir, @code{HCDT} idat, @code{int} norm) @end ifclear Gets array which values is indexes (roots) along given direction @var{dir}, where interpolated values of data @var{dat} are equal to @var{val}. Output data will have the sizes of @var{dat} in directions transverse to @var{dir}. If data @var{idat} is provided then its values are used as starting points. This allows to find several branches by consequentive calls. Indexes are supposed to be normalized in range [0,1] (if @var{norm}=@code{true}) or in ranges [0,nx], [0,ny], [0,nz] correspondingly. Function return NULL or create empty data if data cannot be created for given arguments. @sref{Solve sample} @end deftypefn @anchor{roots} @deftypefn {MGL command} {} roots @sc{res} 'func' ini ['var'='x'] @deftypefnx {MGL command} {} roots @sc{res} 'func' @code{ini} ['var'='x'] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Roots (@code{const char *}func, @code{char} var) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_roots (@code{const char *}func, @code{HCDT} ini, @code{char} var) @deftypefnx {C function} @code{mreal} mgl_find_root_txt (@code{const char *}func, @code{mreal} ini, @code{char} var) @end ifclear Find roots of equation 'func'=0 for variable @var{var} with initial guess @var{ini}. Secant method is used for root finding. Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{detect} @deftypefn {MGL command} {} detect @sc{res} dat @code{lvl dj [di=0 minlen=0]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Detect (@code{mreal} lvl, @code{mreal} dj, @code{mreal} di=@code{0}, @code{mreal} minlen=@code{0}) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_detect (@code{HCDT} dat, @code{mreal} lvl, @code{mreal} dj, @code{mreal} di, @code{mreal} minlen) @end ifclear Get curves @{x,y@}, separated by NAN values, for local maximal values of array @var{dat} as function of x-coordinate. Noises below @var{lvl} amplitude are ignored. Parameter @var{dj} (in range [0,ny]) set the "attraction" y-distance of points to the curve. Similarly, @var{di} continue curve in x-direction through gaps smaller than @var{di} points. Curves with minimal length smaller than @var{minlen} will be ignored. @end deftypefn @anchor{hist} @deftypefn {MGL command} {} hist @sc{res} dat @code{num v1 v2 [nsub=0]} @deftypefnx {MGL command} {} hist @sc{res} dat wdat @code{num v1 v2 [nsub=0]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Hist (@code{int} n, @code{mreal} v1=@code{0}, @code{mreal} v2=@code{1}, @code{int} nsub=@code{0}) @code{const} @deftypefnx {Method on @code{mglData}} @code{mglData} Hist (@code{const mglDataA &}w, @code{int} n, @code{mreal} v1=@code{0}, @code{mreal} v2=@code{1}, @code{int} nsub=@code{0}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Hist (@code{int} n, @code{mreal} v1=@code{0}, @code{mreal} v2=@code{1}, @code{int} nsub=@code{0}) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Hist (@code{const mglDataA &}w, @code{int} n, @code{mreal} v1=@code{0}, @code{mreal} v2=@code{1}, @code{int} nsub=@code{0}) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_hist (@code{HCDT} dat, @code{int} n, @code{mreal} v1, @code{mreal} v2, @code{int} nsub) @deftypefnx {C function} @code{HMDT} mgl_data_hist_w (@code{HCDT} dat, @code{HCDT} w, @code{int} n, @code{mreal} v1, @code{mreal} v2, @code{int} nsub) @end ifclear Creates @var{n}-th points distribution of the data values in range [@var{v1}, @var{v2}]. Array @var{w} specifies weights of the data elements (by default is 1). Parameter @var{nsub} define the number of additional interpolated points (for smoothness of histogram). Function return NULL or create empty data if data cannot be created for given arguments. See also @ref{Data manipulation} @end deftypefn @anchor{momentum} @deftypefn {MGL command} {} momentum @sc{res} dat 'how' ['dir'='z'] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Momentum (@code{char} dir, @code{const char *}how) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Momentum (@code{char} dir, @code{const char *}how) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_momentum (@code{HCDT} dat, @code{char} dir, @code{const char *}how) @end ifclear Gets momentum (1d-array) of the data along direction @var{dir}. String @var{how} contain kind of momentum. The momentum is defined like as @iftex @math{res_k = \sum_{ij} how(x_i,y_j,z_k) a_{ij}/\sum_{ij} a_{ij}} @end iftex @ifnottex res_k = \sum_ij how(x_i,y_j,z_k) a_ij/ \sum_ij a_ij @end ifnottex if @var{dir}=@samp{z} and so on. Coordinates @samp{x}, @samp{y}, @samp{z} are data indexes normalized in range [0,1]. Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{sum} @deftypefn {MGL command} {} sum @sc{res} dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Sum (@code{const char *}dir) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Sum (@code{const char *}dir) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_sum (@code{HCDT} dat, @code{const char *}dir) @end ifclear Gets array which is the result of summation in given direction or direction(s). Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{max} @deftypefn {MGL command} {} max @sc{res} dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Max (@code{const char *}dir) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Max (@code{const char *}dir) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_max_dir (@code{HCDT} dat, @code{const char *}dir) @end ifclear Gets array which is the maximal data values in given direction or direction(s). Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{min} @deftypefn {MGL command} {} min @sc{res} dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Min (@code{const char *}dir) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Min (@code{const char *}dir) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_min_dir (@code{HCDT} dat, @code{const char *}dir) @end ifclear Gets array which is the maximal data values in given direction or direction(s). Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{combine} @deftypefn {MGL command} {} combine @sc{res} adat bdat @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Combine (@code{const mglDataA &}a) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Combine (@code{const mglDataA &}a) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_combine (@code{HCDT} dat, @code{HCDT} a) @end ifclear Returns direct multiplication of arrays (like, res[i,j] = this[i]*a[j] and so on). Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{trace} @deftypefn {MGL command} {} trace @sc{res} dat @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Trace () @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglData} Trace () @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_trace (@code{HCDT} dat) @end ifclear Gets array of diagonal elements a[i,i] (for 2D case) or a[i,i,i] (for 3D case) where i=0...nx-1. Function return copy of itself for 1D case. Data array must have dimensions ny,nz >= nx or ny,nz = 1. Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @anchor{correl} @deftypefn {MGL command} {} correl @sc{res} adat bdat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Correl (@code{const mglDataA &}b, @code{const char *}dir) @code{const} @deftypefnx {Method on @code{mglData}} @code{mglData} AutoCorrel (@code{const char *}dir) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglDataC} Correl (@code{const mglDataA &}b, @code{const char *}dir) @code{const} @deftypefnx {Method on @code{mglDataC}} @code{mglDataC} AutoCorrel (@code{const char *}dir) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_correl (@code{HCDT} a, @code{HCDT} b, @code{const char *}dir) @deftypefnx {C function} @code{HADT} mgl_datac_correl (@code{HCDT} a, @code{HCDT} b, @code{const char *}dir) @end ifclear Find correlation between data @var{a} (or this in C++) and @var{b} along directions @var{dir}. Fourier transform is used to find the correlation. So, you may want to use functions @ref{swap} or @ref{norm} before plotting it. Function return NULL or create empty data if data cannot be created for given arguments. @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglDataC}} @code{mglData} Real () @code{const} @deftypefnx {C function} @code{HMDT} mgl_datac_real (@code{HCDT} dat) Gets array of real parts of the data. @end deftypefn @deftypefn {Method on @code{mglDataC}} @code{mglData} Imag () @code{const} @deftypefnx {C function} @code{HMDT} mgl_datac_imag (@code{HCDT} dat) Gets array of imaginary parts of the data. @end deftypefn @deftypefn {Method on @code{mglDataC}} @code{mglData} Abs () @code{const} @deftypefnx {C function} @code{HMDT} mgl_datac_abs (@code{HCDT} dat) Gets array of absolute values of the data. @end deftypefn @deftypefn {Method on @code{mglDataC}} @code{mglData} Arg () @code{const} @deftypefnx {C function} @code{HMDT} mgl_datac_arg (@code{HCDT} dat) Gets array of arguments of the data. @end deftypefn @end ifclear @anchor{pulse} @deftypefn {MGL command} {} pulse @sc{res} dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{mglData} Pulse (@code{const char *}dir) @code{const} @deftypefnx {C function} @code{HMDT} mgl_data_pulse (@code{HCDT} dat, @code{const char *}dir) @end ifclear Find pulse properties along direction @var{dir}: pulse maximum (in column 0) and its position (in column 1), pulse width near maximum (in column 3) and by half height (in column 2), energy in first pulse (in column 4). NAN values are used for widths if maximum is located near the edges. Note, that there is uncertainty for complex data. Usually one should use square of absolute value (i.e. |dat[i]|^2) for them. So, MathGL don't provide this function for complex data arrays. However, C function will work even in this case but use absolute value (i.e. |dat[i]|). Function return NULL or create empty data if data cannot be created for given arguments. See also @ref{max}, @ref{min}, @ref{momentum}, @ref{sum}. @sref{Pulse properties} @end deftypefn @c ------------------------------------------------------------------ @external{} @node Data changing, Interpolation, Make another data, Data processing @section Data changing @nav{} @cindex CumSum @cindex Integral @cindex Diff @cindex Diff2 @cindex SinFFT @cindex CosFFT @cindex Hankel @cindex Swap @cindex Roll @cindex Mirror @cindex Sew @cindex Smooth @cindex Envelop @cindex Norm @cindex NormSl These functions change the data in some direction like differentiations, integrations and so on. The direction in which the change will applied is specified by the string parameter, which may contain @samp{x}, @samp{y} or @samp{z} characters for 1-st, 2-nd and 3-d dimension correspondingly. @anchor{cumsum} @deftypefn {MGL command} {} cumsum dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} CumSum (@code{const char *}dir) @deftypefnx {Method on @code{mglDataC}} @code{void} CumSum (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_cumsum (@code{HMDT} dat, @code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_cumsum (@code{HADT} dat, @code{const char *}dir) @end ifclear Cumulative summation of the data in given direction or directions. @end deftypefn @anchor{integrate} @deftypefn {MGL command} {} integrate dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Integral (@code{const char *}dir) @deftypefnx {Method on @code{mglDataC}} @code{void} Integral (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_integral (@code{HMDT} dat, @code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_integral (@code{HADT} dat, @code{const char *}dir) @end ifclear Integrates (like cumulative summation) the data in given direction or directions. @end deftypefn @anchor{diff} @deftypefn {MGL command} {} diff dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Diff (@code{const char *}dir) @deftypefnx {Method on @code{mglDataC}} @code{void} Diff (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_diff (@code{HMDT} dat, @code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_diff (@code{HADT} dat, @code{const char *}dir) @end ifclear Differentiates the data in given direction or directions. @end deftypefn @deftypefn {MGL command} {} diff dat xdat ydat [zdat] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Diff (@code{const mglDataA &}x) @deftypefnx {Method on @code{mglData}} @code{void} Diff (@code{const mglDataA &}x, @code{const mglDataA &}y) @deftypefnx {Method on @code{mglData}} @code{void} Diff (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z) @deftypefnx {Method on @code{mglDataC}} @code{void} Diff (@code{const mglDataA &}x) @deftypefnx {Method on @code{mglDataC}} @code{void} Diff (@code{const mglDataA &}x, @code{const mglDataA &}y) @deftypefnx {Method on @code{mglDataC}} @code{void} Diff (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z) @deftypefnx {C function} @code{void} mgl_data_diff_par (@code{HMDT} dat, @code{HCDT} x, @code{HCDT}y, @code{HCDT}z) @deftypefnx {C function} @code{void} mgl_datac_diff_par (@code{HADT} dat, @code{HCDT} x, @code{HCDT}y, @code{HCDT}z) @end ifclear Differentiates the data specified parametrically in direction @var{x} with @var{y}, @var{z}=constant. Parametrical differentiation uses the formula (for 2D case): @math{da/dx = (a_j*y_i-a_i*y_j)/(x_j*y_i-x_i*y_j)} where @math{a_i=da/di, a_j=da/dj} denotes usual differentiation along 1st and 2nd dimensions. The similar formula is used for 3D case. Note, that you may change the order of arguments -- for example, if you have 2D data a(i,j) which depend on coordinates @{x(i,j), y(i,j)@} then usual derivative along @samp{x} will be @code{Diff(x,y);} and usual derivative along @samp{y} will be @code{Diff(y,x);}. @end deftypefn @anchor{diff2} @deftypefn {MGL command} {} diff2 dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Diff2 (@code{const char *}dir) @deftypefnx {Method on @code{mglDataC}} @code{void} Diff2 (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_diff2 (@code{HMDT} dat, @code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_diff2 (@code{HADT} dat, @code{const char *}dir) @end ifclear Double-differentiates (like Laplace operator) the data in given direction. @end deftypefn @anchor{sinfft} @deftypefn {MGL command} {} sinfft dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} SinFFT (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_sinfft (@code{HMDT} dat, @code{const char *}dir) @end ifclear Do Sine transform of the data in given direction or directions. The Sine transform is @math{\sum a_j \sin(k j)} (see @uref{http://en.wikipedia.org/wiki/Discrete_sine_transform#DST-I}). @end deftypefn @anchor{cosfft} @deftypefn {MGL command} {} cosfft dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} CosFFT (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_cosfft (@code{HMDT} dat, @code{const char *}dir) @end ifclear Do Cosine transform of the data in given direction or directions. The Cosine transform is @math{\sum a_j \cos(k j)} (see @uref{http://en.wikipedia.org/wiki/Discrete_cosine_transform#DCT-I}). @end deftypefn @ifclear UDAV @deftypefn {Method on @code{mglDataC}} @code{void} FFT (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_fft (@code{HADT} dat, @code{const char *}dir) Do Fourier transform of the data in given direction or directions. If @var{dir} contain @samp{i} then inverse Fourier is used. The Fourier transform is @math{\sum a_j \exp(i k j)} (see @uref{http://en.wikipedia.org/wiki/Discrete_Fourier_transform}). @end deftypefn @end ifclear @anchor{hankel} @deftypefn {MGL command} {} hankel dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Hankel (@code{const char *}dir) @deftypefnx {Method on @code{mglDataC}} @code{void} Hankel (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_hankel (@code{HMDT} dat, @code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_hankel (@code{HADT} dat, @code{const char *}dir) @end ifclear Do Hankel transform of the data in given direction or directions. The Hankel transform is @math{\sum a_j J_0(k j)} (see @uref{http://en.wikipedia.org/wiki/Hankel_transform}). @end deftypefn @anchor{wavelet} @deftypefn {MGL command} {} wavelet dat 'dir' @code{k} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Wavelet (@code{const char *}dir, @code{int} k) @deftypefnx {C function} @code{void} mgl_data_wavelet (@code{HMDT} dat, @code{const char *}dir, @code{int} k) @end ifclear Apply wavelet transform of the data in given direction or directions. Parameter @var{dir} set the kind of wavelet transform: @samp{d} for daubechies, @samp{D} for centered daubechies, @samp{h} for haar, @samp{H} for centered haar, @samp{b} for bspline, @samp{B} for centered bspline. If string @var{dir} contain symbol @samp{i} then inverse wavelet transform is applied. Parameter @var{k} set the size of wavelet transform. @end deftypefn @anchor{swap} @deftypefn {MGL command} {} swap dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Swap (@code{const char *}dir) @deftypefnx {Method on @code{mglDataC}} @code{void} Swap (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_swap (@code{HMDT} dat, @code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_swap (@code{HADT} dat, @code{const char *}dir) @end ifclear Swaps the left and right part of the data in given direction (useful for Fourier spectrum). @end deftypefn @anchor{roll} @deftypefn {MGL command} {} roll dat 'dir' num @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Roll (@code{char} dir, @code{num}) @deftypefnx {Method on @code{mglDataC}} @code{void} Roll (@code{char} dir, @code{num}) @deftypefnx {C function} @code{void} mgl_data_roll (@code{HMDT} dat, @code{char} dir, @code{num}) @deftypefnx {C function} @code{void} mgl_datac_roll (@code{HADT} dat, @code{char} dir, @code{num}) @end ifclear Rolls the data along direction @var{dir}. Resulting array will be out[i] = ini[(i+@var{num})%nx] if @code{dir='x'}. @end deftypefn @anchor{mirror} @deftypefn {MGL command} {} mirror dat 'dir' @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Mirror (@code{const char *}dir) @deftypefnx {Method on @code{mglDataC}} @code{void} Mirror (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_mirror (@code{HMDT} dat, @code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_mirror (@code{HADT} dat, @code{const char *}dir) @end ifclear Mirror the left-to-right part of the data in given direction. Looks like change the value index @var{i}->@var{n-i}. Note, that the similar effect in graphics you can reach by using options (@pxref{Command options}), for example, @code{surf dat; xrange 1 -1}. @end deftypefn @anchor{sew} @deftypefn {MGL command} {} sew dat ['dir'='xyz' @code{da=2*pi}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Sew (@code{const char *}dir, @code{mreal} da=@code{2*M_PI}) @deftypefnx {C function} @code{void} mgl_data_sew (@code{HMDT} dat, @code{const char *}dir, @code{mreal} da) @end ifclear Remove value steps (like phase jumps after inverse trigonometric functions) with period @var{da} in given direction. @end deftypefn @anchor{smooth} @deftypefn {MGL command} {} smooth data ['dir'='xyz'] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Smooth (@code{const char *}dir=@code{"xyz"}, @code{mreal} delta=@code{0}) @deftypefnx {Method on @code{mglDataC}} @code{void} Smooth (@code{const char *}dir=@code{"xyz"}, @code{mreal} delta=@code{0}) @deftypefnx {C function} @code{void} mgl_data_smooth (@code{HMDT} dat, @code{const char *}dir, @code{mreal} delta) @deftypefnx {C function} @code{void} mgl_datac_smooth (@code{HADT} dat, @code{const char *}dir, @code{mreal} delta) @end ifclear Smooths the data on specified direction or directions. String @var{dirs} specifies the dimensions which will be smoothed. It may contain characters: @itemize @bullet @item @samp{xyz} for smoothing along x-,y-,z-directions correspondingly, @item @samp{0} does nothing, @item @samp{3} for linear averaging over 3 points, @item @samp{5} for linear averaging over 5 points, @item @samp{d1}...@samp{d9} for linear averaging over (2*N+1)-th points. @end itemize By default quadratic averaging over 5 points is used. @end deftypefn @anchor{envelop} @deftypefn {MGL command} {} envelop dat ['dir'='x'] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Envelop (@code{char} dir=@code{'x'}) @deftypefnx {C function} @code{void} mgl_data_envelop (@code{HMDT} dat, @code{char} dir) @end ifclear Find envelop for data values along direction @var{dir}. @end deftypefn @anchor{diffract} @deftypefn {MGL command} {} diffract dat 'how' @code{q} @ifclear UDAV @deftypefnx {Method on @code{mglDataC}} @code{void} Diffraction (@code{const char *}how, @code{mreal} q) @deftypefnx {C function} @code{void} mgl_datac_diffr (@code{HADT} dat, @code{const char *}how, @code{mreal} q) @end ifclear Calculates one step of diffraction by finite-difference method with parameter @var{q}=@math{\delta t/\delta x^2} using method with 3-d order of accuracy. Parameter @var{how} may contain: @itemize @bullet @item @samp{xyz} for calculations along x-,y-,z-directions correspondingly; @item @samp{r} for using axial symmetric Laplace operator for x-direction; @item @samp{0} for zero boundary conditions; @item @samp{1} for constant boundary conditions; @item @samp{2} for linear boundary conditions; @item @samp{3} for parabolic boundary conditions; @item @samp{4} for exponential boundary conditions; @item @samp{5} for gaussian boundary conditions. @end itemize @end deftypefn @anchor{norm} @deftypefn {MGL command} {} norm dat @code{v1 v2 [sym=off dim=0]} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Norm (@code{mreal} v1=@code{0}, @code{mreal} v2=@code{1}, @code{bool} sym=@code{false}, @code{long} dim=@code{0}) @deftypefnx {C function} @code{void} mgl_data_norm (@code{HMDT} dat, @code{mreal} v1, @code{mreal} v2, @code{int} sym, @code{long} dim) @end ifclear Normalizes the data to range [@var{v1},@var{v2}]. If flag @var{sym}=@code{true} then symmetrical interval [-max(|v1|,|v2|), max(|v1|,|v2|)] is used. Modification will be applied only for slices >=@var{dim}. @end deftypefn @anchor{normsl} @deftypefn {MGL command} {} normsl dat @code{v1 v2} ['dir'='z' @code{keep=on sym=off}] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} NormSl (@code{mreal} v1=@code{0}, @code{mreal} v2=@code{1}, @code{char} dir=@code{'z'}, @code{bool} keep=@code{true}, @code{bool} sym=@code{false}) @deftypefnx {C function} @code{void} mgl_data_norm_slice (@code{HMDT} dat, @code{mreal} v1, @code{mreal} v2, @code{char} dir, @code{int} keep, @code{int} sym) @end ifclear Normalizes data slice-by-slice along direction @var{dir} the data in slices to range [@var{v1},@var{v2}]. If flag @var{sym}=@code{true} then symmetrical interval [-max(|v1|,|v2|), max(|v1|,|v2|)] is used. If @var{keep} is set then maximal value of k-th slice will be limited by @iftex @math{\sqrt{\sum a_{ij}(k)/\sum a_{ij}(0)}}. @end iftex @ifnottex @math{\sqrt@{\sum a_ij(k)/\sum a_ij(0)@}}. @end ifnottex @end deftypefn @anchor{limit} @deftypefn {MGL command} {} limit dat @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} Limit (@code{mreal} val) @deftypefnx {Method on @code{mglDataC}} @code{void} Limit (@code{mreal} val) @deftypefnx {C function} @code{void} mgl_data_limit (@code{HMDT} dat, @code{mreal} val) @deftypefnx {C function} @code{void} mgl_datac_limit (@code{HADT} dat, @code{mreal} val) @end ifclear Limits the data values to be inside the range [-@var{val},@var{val}], keeping the original sign of the value (phase for complex numbers). This is equivalent to operation @code{a[i] *= abs(a[i])a[0]}). @end deftypefn @c ------------------------------------------------------------------ @external{} @node Operators, Global functions, Data information, Data processing @section Operators @nav{} @deftypefn {MGL command} {} copy @sc{dat} dat2 ['eq'=''] @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} operator= (@code{const mglDataA &}d) @end ifclear Copies data from other variable. @end deftypefn @deftypefn {MGL command} {} copy dat @code{val} @ifclear UDAV @deftypefnx {Method on @code{mreal}} @code{void} operator= (@code{mreal} val) @end ifclear Set all data values equal to @var{val}. @end deftypefn @anchor{multo} @deftypefn {MGL command} {} multo dat dat2 @deftypefnx {MGL command} {} multo dat @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} operator*= (@code{const mglDataA &}d) @deftypefnx {Method on @code{mglData}} @code{void} operator*= (@code{mreal} d) @deftypefnx {C function} @code{void} mgl_data_mul_dat (@code{HMDT} dat, @code{HCDT} d) @deftypefnx {C function} @code{void} mgl_data_mul_num (@code{HMDT} dat, @code{mreal} d) @end ifclear Multiplies data element by the other one or by value. @end deftypefn @anchor{divto} @deftypefn {MGL command} {} divto dat dat2 @deftypefnx {MGL command} {} divto dat @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} operator/= (@code{const mglDataA &}d) @deftypefnx {Method on @code{mglData}} @code{void} operator/= (@code{mreal} d) @deftypefnx {C function} @code{void} mgl_data_div_dat (@code{HMDT} dat, @code{HCDT} d) @deftypefnx {C function} @code{void} mgl_data_div_num (@code{HMDT} dat, @code{mreal} d) @end ifclear Divides each data element by the other one or by value. @end deftypefn @anchor{addto} @deftypefn {MGL command} {} addto dat dat2 @deftypefnx {MGL command} {} addto dat @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} operator+= (@code{const mglDataA &}d) @deftypefnx {Method on @code{mglData}} @code{void} operator+= (@code{mreal} d) @deftypefnx {C function} @code{void} mgl_data_add_dat (@code{HMDT} dat, @code{HCDT} d) @deftypefnx {C function} @code{void} mgl_data_add_num (@code{HMDT} dat, @code{mreal} d) @end ifclear Adds to each data element the other one or the value. @end deftypefn @anchor{subto} @deftypefn {MGL command} {} subto dat dat2 @deftypefnx {MGL command} {} subto dat @code{val} @ifclear UDAV @deftypefnx {Method on @code{mglData}} @code{void} operator-= (@code{const mglDataA &}d) @deftypefnx {Method on @code{mglData}} @code{void} operator-= (@code{mreal} d) @deftypefnx {C function} @code{void} mgl_data_sub_dat (@code{HMDT} dat, @code{HCDT} d) @deftypefnx {C function} @code{void} mgl_data_sub_num (@code{HMDT} dat, @code{mreal} d) @end ifclear Subtracts from each data element the other one or the value. @end deftypefn @ifclear UDAV @deftypefn {Library Function} mglData operator+ (@code{const mglDataA &}a, @code{const mglDataA &}b) @deftypefnx {Library Function} mglData operator+ (@code{mreal} a, @code{const mglDataA &}b) @deftypefnx {Library Function} mglData operator+ (@code{const mglDataA &}a, @code{mreal} b) Adds the other data or the number. @end deftypefn @deftypefn {Library Function} mglData operator- (@code{const mglDataA &}a, @code{const mglDataA &}b) @deftypefnx {Library Function} mglData operator- (@code{mreal} a, @code{const mglDataA &}b) @deftypefnx {Library Function} mglData operator- (@code{const mglDataA &}a, @code{mreal} b) Subtracts the other data or the number. @end deftypefn @deftypefn {Library Function} mglData operator* (@code{const mglDataA &}a, @code{const mglDataA &}b) @deftypefnx {Library Function} mglData operator* (@code{mreal} a, @code{const mglDataA &}b) @deftypefnx {Library Function} mglData operator* (@code{const mglDataA &}a, @code{mreal} b) Multiplies by the other data or the number. @end deftypefn @deftypefn {Library Function} mglData operator/ (@code{const mglDataA &}a, @code{const mglDataA &}b) @deftypefnx {Library Function} mglData operator/ (@code{const mglDataA &}a, @code{mreal} b) Divides by the other data or the number. @end deftypefn @end ifclear @c ------------------------------------------------------------------ @external{} @node Global functions, Evaluate expression, Operators, Data processing @section Global functions @nav{} @ifclear UDAV These functions are not methods of @code{mglData} class. However it provide additional functionality to handle data. So I put it in this chapter. @end ifclear @anchor{transform} @deftypefn {MGL command} {} transform @sc{dat} 'type' real imag @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglTransform (@code{const mglDataA &}real, @code{const mglDataA &}imag, @code{const char *}type) @deftypefnx {C function} @code{HMDT} mgl_transform (@code{HCDT} real, @code{HCDT} imag, @code{const char *}type) @end ifclear Does integral transformation of complex data @var{real}, @var{imag} on specified direction. The order of transformations is specified in string @var{type}: first character for x-dimension, second one for y-dimension, third one for z-dimension. The possible character are: @samp{f} is forward Fourier transformation, @samp{i} is inverse Fourier transformation, @samp{s} is Sine transform, @samp{c} is Cosine transform, @samp{h} is Hankel transform, @samp{n} or @samp{ } is no transformation. @end deftypefn @anchor{transforma} @deftypefn {MGL command} {} transforma @sc{dat} 'type' ampl phase @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglTransformA @code{const mglDataA &}ampl, @code{const mglDataA &}phase, @code{const char *}type) @deftypefnx {C function} @code{HMDT} mgl_transform_a @code{HCDT} ampl, @code{HCDT} phase, @code{const char *}type) @end ifclear The same as previous but with specified amplitude @var{ampl} and phase @var{phase} of complex numbers. @end deftypefn @anchor{fourier} @deftypefn {MGL command} {} fourier reDat imDat 'dir' @deftypefnx {MGL command} {} fourier complexDat 'dir' @ifclear UDAV @deftypefnx {Global function} @code{void} mglFourier @code{const mglDataA &}re, @code{const mglDataA &}im, @code{const char *}dir) @deftypefnx {Method on @code{mglDataC}} @code{void} FFT (@code{const char *}dir) @deftypefnx {C function} @code{void} mgl_data_fourier @code{HCDT} re, @code{HCDT} im, @code{const char *}dir) @deftypefnx {C function} @code{void} mgl_datac_fft (@code{HADT} dat, @code{const char *}dir) @end ifclear Does Fourier transform of complex data @var{re}+i*@var{im} in directions @var{dir}. Result is placed back into @var{re} and @var{im} data arrays. If @var{dir} contain @samp{i} then inverse Fourier is used. @end deftypefn @anchor{stfad} @deftypefn {MGL command} {} stfad @sc{res} real imag @code{dn} ['dir'='x'] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglSTFA (@code{const mglDataA &}real, @code{const mglDataA &}imag, @code{int} dn, @code{char} dir=@code{'x'}) @deftypefnx {C function} @code{HMDT} mgl_data_stfa (@code{HCDT} real, @code{HCDT} imag, @code{int} dn, @code{char} dir) @end ifclear Short time Fourier transformation for real and imaginary parts. Output is amplitude of partial Fourier of length @var{dn}. For example if @var{dir}=@samp{x}, result will have size @{int(nx/dn), dn, ny@} and it will contain @math{res[i,j,k]=|\sum_d^dn exp(I*j*d)*(real[i*dn+d,k]+I*imag[i*dn+d,k])|/dn}. @end deftypefn @anchor{tridmat} @deftypefn {MGL command} {} tridmat @sc{res adat bdat cdat ddat} 'how' @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglTridMat (@code{const mglDataA &}A, @code{const mglDataA &}B, @code{const mglDataA &}C, @code{const mglDataA &}D, @code{const char *}how) @deftypefnx {Global function} @code{mglDataC} mglTridMatC (@code{const mglDataA &}A, @code{const mglDataA &}B, @code{const mglDataA &}C, @code{const mglDataA &}D, @code{const char *}how) @deftypefnx {C function} @code{HMDT} mgl_data_tridmat (@code{HCDT} A, @code{HCDT} B, @code{HCDT} C, @code{HCDT} D, @code{const char*}how) @deftypefnx {C function} @code{HADT} mgl_datac_tridmat (@code{HCDT} A, @code{HCDT} B, @code{HCDT} C, @code{HCDT} D, @code{const char*}how) @end ifclear Get array as solution of tridiagonal system of equations @var{A}[i]*x[i-1]+@var{B}[i]*x[i]+@var{C}[i]*x[i+1]=@var{D}[i]. String @var{how} may contain: @itemize @bullet @item @samp{xyz} for solving along x-,y-,z-directions correspondingly; @item @samp{h} for solving along hexagonal direction at x-y plain (require square matrix); @item @samp{c} for using periodical boundary conditions; @item @samp{d} for for diffraction/diffuse calculation (i.e. for using -@var{A}[i]*@var{D}[i-1]+(2-@var{B}[i])*@var{D}[i]-@var{C}[i]*@var{D}[i+1] at right part instead of @var{D}[i]). @end itemize Data dimensions of arrays @var{A}, @var{B}, @var{C} should be equal. Also their dimensions need to be equal to all or to minor dimension(s) of array @var{D}. @sref{PDE solving hints} @end deftypefn @anchor{pde} @deftypefn {MGL command} {} pde @sc{res} 'ham' ini_re ini_im [@code{dz=0.1 k0=100}] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglPDE (@code{HMGL} gr, @code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{mreal} dz=@code{0.1}, @code{mreal} k0=@code{100}, @code{const char *}opt=@code{""}) @deftypefnx {Global function} @code{mglDataC} mglPDEc (@code{HMGL} gr, @code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{mreal} dz=@code{0.1}, @code{mreal} k0=@code{100}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{HMDT} mgl_pde_solve (@code{HMGL} gr, @code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{mreal} dz, @code{mreal} k0, @code{const char *}opt) @deftypefnx {C function} @code{HADT} mgl_pde_solve_c (@code{HMGL} gr, @code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{mreal} dz, @code{mreal} k0, @code{const char *}opt) @end ifclear Solves equation du/dz = i*k0*@var{ham}(p,q,x,y,z,|u|)[u], where p=-i/k0*d/dx, q=-i/k0*d/dy are pseudo-differential operators. Parameters @var{ini_re}, @var{ini_im} specify real and imaginary part of initial field distribution. Parameters @var{Min}, @var{Max} set the bounding box for the solution. Note, that really this ranges are increased by factor 3/2 for purpose of reducing reflection from boundaries. Parameter @var{dz} set the step along evolutionary coordinate z. At this moment, simplified form of function @var{ham} is supported -- all ``mixed'' terms (like @samp{x*p}->x*d/dx) are excluded. For example, in 2D case this function is effectively @math{ham = f(p,z) + g(x,z,u)}. However commutable combinations (like @samp{x*q}->x*d/dy) are allowed. Here variable @samp{u} is used for field amplitude |u|. This allow one solve nonlinear problems -- for example, for nonlinear Shrodinger equation you may set @code{ham="p^2 + q^2 - u^2"}. You may specify imaginary part for wave absorption, like @code{ham = "p^2 + i*x*(x>0)"}. See also @ref{apde}, @ref{qo2d}, @ref{qo3d}. @sref{PDE solving hints} @end deftypefn @anchor{apde} @deftypefn {MGL command} {} apde @sc{res} 'ham' ini_re ini_im [@code{dz=0.1 k0=100}] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglAPDE (@code{HMGL} gr, @code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{mreal} dz=@code{0.1}, @code{mreal} k0=@code{100}, @code{const char *}opt=@code{""}) @deftypefnx {Global function} @code{mglDataC} mglAPDEc (@code{HMGL} gr, @code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{mreal} dz=@code{0.1}, @code{mreal} k0=@code{100}, @code{const char *}opt=@code{""}) @deftypefnx {C function} @code{HMDT} mgl_pde_solve_adv (@code{HMGL} gr, @code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{mreal} dz, @code{mreal} k0, @code{const char *}opt) @deftypefnx {C function} @code{HADT} mgl_pde_solve_adv_c (@code{HMGL} gr, @code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{mreal} dz, @code{mreal} k0, @code{const char *}opt) @end ifclear Solves equation du/dz = i*k0*@var{ham}(p,q,x,y,z,|u|)[u], where p=-i/k0*d/dx, q=-i/k0*d/dy are pseudo-differential operators. Parameters @var{ini_re}, @var{ini_im} specify real and imaginary part of initial field distribution. Parameters @var{Min}, @var{Max} set the bounding box for the solution. Note, that really this ranges are increased by factor 3/2 for purpose of reducing reflection from boundaries. Parameter @var{dz} set the step along evolutionary coordinate z. The advanced and rather slow algorithm is used for taking into account both spatial dispersion and inhomogeneities of media [see A.A. Balakin, E.D. Gospodchikov, A.G. Shalashov, JETP letters v.104, p.690-695 (2016)]. Variable @samp{u} is used for field amplitude |u|. This allow one solve nonlinear problems -- for example, for nonlinear Shrodinger equation you may set @code{ham="p^2 + q^2 - u^2"}. You may specify imaginary part for wave absorption, like @code{ham = "p^2 + i*x*(x>0)"}. See also @ref{pde}. @sref{PDE solving hints} @end deftypefn @anchor{ray} @deftypefn {MGL command} {} ray @sc{res} 'ham' @code{x0 y0 z0 p0 q0 v0 [dt=0.1 tmax=10]} @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglRay (@code{const char *}ham, @code{mglPoint} r0, @code{mglPoint} p0, @code{mreal} dt=@code{0.1}, @code{mreal} tmax=@code{10}) @deftypefnx {C function} @code{HMDT} mgl_ray_trace (@code{const char *}ham, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} px, @code{mreal} py, @code{mreal} pz, @code{mreal} dt, @code{mreal} tmax) @end ifclear Solves GO ray equation like dr/dt = d @var{ham}/dp, dp/dt = -d @var{ham}/dr. This is Hamiltonian equations for particle trajectory in 3D case. Here @var{ham} is Hamiltonian which may depend on coordinates @samp{x}, @samp{y}, @samp{z}, momentums @samp{p}=px, @samp{q}=py, @samp{v}=pz and time @samp{t}: @math{ham = H(x,y,z,p,q,v,t)}. The starting point (at @code{t=0}) is defined by variables @var{r0}, @var{p0}. Parameters @var{dt} and @var{tmax} specify the integration step and maximal time for ray tracing. Result is array of @{x,y,z,p,q,v,t@} with dimensions @{7 * int(@var{tmax}/@var{dt}+1) @}. @end deftypefn @anchor{ode} @deftypefn {MGL command} {} ode @sc{res} 'df' 'var' ini [@code{dt=0.1 tmax=10}] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglODE (@code{const char *}df, @code{const char *}var, @code{const mglDataA &}ini, @code{mreal} dt=@code{0.1}, @code{mreal} tmax=@code{10}) @deftypefnx {Global function} @code{mglDataC} mglODEc (@code{const char *}df, @code{const char *}var, @code{const mglDataA &}ini, @code{mreal} dt=@code{0.1}, @code{mreal} tmax=@code{10}) @deftypefnx {C function} @code{HMDT} mgl_ode_solve_str (@code{const char *}df, @code{const char *}var, @code{HCDT} ini, @code{mreal} dt, @code{mreal} tmax) @deftypefnx {C function} @code{HADT} mgl_ode_solve_str_c (@code{const char *}df, @code{const char *}var, @code{HCDT} ini, @code{mreal} dt, @code{mreal} tmax) @deftypefnx {C function} @code{HMDT} mgl_ode_solve (@code{void (*}df@code{)(const mreal *x, mreal *dx, void *par)}, @code{int} n, @code{const mreal *}ini, @code{mreal} dt, @code{mreal} tmax) @deftypefnx {C function} @code{HMDT} mgl_ode_solve_ex (@code{void (*}df@code{)(const mreal *x, mreal *dx, void *par)}, @code{int} n, @code{const mreal *}ini, @code{mreal} dt, @code{mreal} tmax, @code{void (*}bord@code{)(mreal *x, const mreal *xprev, void *par)}) @end ifclear Solves ODE equations dx/dt = df(x). The functions @var{df} can be specified as string of ';'-separated textual formulas (argument @var{var} set the character ids of variables x[i]) or as callback function, which fill @code{dx} array for give @code{x}'s. Parameters @var{ini}, @var{dt}, @var{tmax} set initial values, time step and maximal time of the calculation. Result is data array with dimensions @{@var{n} * int(@var{tmax}/@var{dt}+1)@}. @end deftypefn @anchor{qo2d} @deftypefn {MGL command} {} qo2d @sc{res} 'ham' ini_re ini_im ray [@code{r=1 k0=100} xx yy] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglQO2d (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{const mglDataA &}ray, @code{mreal} r=@code{1}, @code{mreal} k0=@code{100}) @deftypefnx {Global function} @code{mglData} mglQO2d (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{const mglDataA &}ray, @code{mglData &}xx, @code{mglData &}yy, @code{mreal} r=@code{1}, @code{mreal} k0=@code{100}) @deftypefnx {Global function} @code{mglDataC} mglQO2dc (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{const mglDataA &}ray, @code{mreal} r=@code{1}, @code{mreal} k0=@code{100}) @deftypefnx {Global function} @code{mglDataC} mglQO2dc (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{const mglDataA &}ray, @code{mglData &}xx, @code{mglData &}yy, @code{mreal} r=@code{1}, @code{mreal} k0=@code{100}) @deftypefnx {C function} @code{HMDT} mgl_qo2d_solve (@code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{HCDT} ray, @code{mreal} r, @code{mreal} k0, @code{HMDT} xx, @code{HMDT} yy) @deftypefnx {C function} @code{HADT} mgl_qo2d_solve_c (@code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{HCDT} ray, @code{mreal} r, @code{mreal} k0, @code{HMDT} xx, @code{HMDT} yy) @deftypefnx {C function} @code{HMDT} mgl_qo2d_func (@code{dual (*}ham@code{)(mreal u, mreal x, mreal y, mreal px, mreal py, void *par)}, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{HCDT} ray, @code{mreal} r, @code{mreal} k0, @code{HMDT} xx, @code{HMDT} yy) @deftypefnx {C function} @code{HADT} mgl_qo2d_func_c (@code{dual (*}ham@code{)(mreal u, mreal x, mreal y, mreal px, mreal py, void *par)}, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{HCDT} ray, @code{mreal} r, @code{mreal} k0, @code{HMDT} xx, @code{HMDT} yy) @end ifclear Solves equation du/dt = i*k0*@var{ham}(p,q,x,y,|u|)[u], where p=-i/k0*d/dx, q=-i/k0*d/dy are pseudo-differential operators (see @code{mglPDE()} for details). Parameters @var{ini_re}, @var{ini_im} specify real and imaginary part of initial field distribution. Parameters @var{ray} set the reference ray, i.e. the ray around which the accompanied coordinate system will be maked. You may use, for example, the array created by @ref{ray} function. Note, that the reference ray @strong{must be} smooth enough to make accompanied coodrinates unambiguity. Otherwise errors in the solution may appear. If @var{xx} and @var{yy} are non-zero then Cartesian coordinates for each point will be written into them. See also @ref{pde}, @ref{qo3d}. @sref{PDE solving hints} @end deftypefn @anchor{qo3d} @deftypefn {MGL command} {} qo3d @sc{res} 'ham' ini_re ini_im ray [@code{r=1 k0=100} xx yy zz] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglQO3d (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{const mglDataA &}ray, @code{mreal} r=@code{1}, @code{mreal} k0=@code{100}) @deftypefnx {Global function} @code{mglData} mglQO3d (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{const mglDataA &}ray, @code{mglData &}xx, @code{mglData &}yy, @code{mglData &}zz, @code{mreal} r=@code{1}, @code{mreal} k0=@code{100}) @deftypefnx {Global function} @code{mglDataC} mglQO3dc (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{const mglDataA &}ray, @code{mreal} r=@code{1}, @code{mreal} k0=@code{100}) @deftypefnx {Global function} @code{mglDataC} mglQO3dc (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{const mglDataA &}ray, @code{mglData &}xx, @code{mglData &}yy, @code{mglData &}zz, @code{mreal} r=@code{1}, @code{mreal} k0=@code{100}) @deftypefnx {C function} @code{HMDT} mgl_qo3d_solve (@code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{HCDT} ray, @code{mreal} r, @code{mreal} k0, @code{HMDT} xx, @code{HMDT} yy, @code{HMDT} zz) @deftypefnx {C function} @code{HADT} mgl_qo3d_solve_c (@code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{HCDT} ray, @code{mreal} r, @code{mreal} k0, @code{HMDT} xx, @code{HMDT} yy, @code{HMDT} zz) @deftypefnx {C function} @code{HMDT} mgl_qo3d_func (@code{dual (*}ham@code{)(mreal u, mreal x, mreal y, mreal z, mreal px, mreal py, mreal pz, void *par)}, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{HCDT} ray, @code{mreal} r, @code{mreal} k0, @code{HMDT} xx, @code{HMDT} yy, @code{HMDT} zz) @deftypefnx {C function} @code{HADT} mgl_qo3d_func_c (@code{dual (*}ham@code{)(mreal u, mreal x, mreal y, mreal z, mreal px, mreal py, mreal pz, void *par)}, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{HCDT} ray, @code{mreal} r, @code{mreal} k0, @code{HMDT} xx, @code{HMDT} yy, @code{HMDT} zz) @end ifclear Solves equation du/dt = i*k0*@var{ham}(p,q,v,x,y,z,|u|)[u], where p=-i/k0*d/dx, q=-i/k0*d/dy, v=-i/k0*d/dz are pseudo-differential operators (see @code{mglPDE()} for details). Parameters @var{ini_re}, @var{ini_im} specify real and imaginary part of initial field distribution. Parameters @var{ray} set the reference ray, i.e. the ray around which the accompanied coordinate system will be maked. You may use, for example, the array created by @ref{ray} function. Note, that the reference ray @strong{must be} smooth enough to make accompanied coodrinates unambiguity. Otherwise errors in the solution may appear. If @var{xx} and @var{yy} and @var{zz} are non-zero then Cartesian coordinates for each point will be written into them. See also @ref{pde}, @ref{qo2d}. @sref{PDE solving hints} @end deftypefn @anchor{jacobian} @deftypefn {MGL command} {} jacobian @sc{res} xdat ydat [zdat] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglJacobian (@code{const mglDataA &}x, @code{const mglDataA &}y) @deftypefnx {Global function} @code{mglData} mglJacobian (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z) @deftypefnx {C function} @code{HMDT} mgl_jacobian_2d (@code{HCDT} x, @code{HCDT} y) @deftypefnx {C function} @code{HMDT} mgl_jacobian_3d (@code{HCDT} x, @code{HCDT} y, @code{HCDT} z) @end ifclear Computes the Jacobian for transformation @{i,j,k@} to @{@var{x},@var{y},@var{z}@} where initial coordinates @{i,j,k@} are data indexes normalized in range [0,1]. The Jacobian is determined by formula det||@math{dr_\alpha/d\xi_\beta}|| where @math{r}=@{@var{x},@var{y},@var{z}@} and @math{\xi}=@{i,j,k@}. All dimensions must be the same for all data arrays. Data must be 3D if all 3 arrays @{@var{x},@var{y},@var{z}@} are specified or 2D if only 2 arrays @{@var{x},@var{y}@} are specified. @end deftypefn @anchor{triangulation} @deftypefn {MGL command} {} triangulation @sc{res} xdat ydat @c @deftypefn {MGL command} {} triangulation @sc{res} xdat ydat [zdat] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglTriangulation (@code{const mglDataA &}x, @code{const mglDataA &}y) @c @deftypefnx {Global function} @code{mglData} mglTriangulation (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z) @deftypefnx {C function} @code{HMDT} mgl_triangulation_2d (@code{HCDT} x, @code{HCDT} y) @c @deftypefnx {C function} @code{HMDT} mgl_triangulation_3d (@code{HCDT} x, @code{HCDT} y, @code{HCDT} z) @end ifclear Computes triangulation for arbitrary placed points with coordinates @{@var{x},@var{y}@} (i.e. finds triangles which connect points). MathGL use @uref{http://www.s-hull.org/,s-hull} code for triangulation. The sizes of 1st dimension @strong{must be equal} for all arrays @code{x.nx=y.nx}. Resulting array can be used in @ref{triplot} or @ref{tricont} functions for visualization of reconstructed surface. @sref{Making regular data} @end deftypefn @ifclear UDAV @deftypefn {Global function} @code{mglData} mglGSplineInit (@code{const mglDataA &}x, @code{const mglDataA &}y) @deftypefnx {Global function} @code{mglDataC} mglGSplineCInit (@code{const mglDataA &}x, @code{const mglDataA &}y) @deftypefnx {C function} @code{HMDT} mgl_gspline_init (@code{HCDT} x, @code{HCDT} y) @deftypefnx {C function} @code{HADT} mgl_gsplinec_init (@code{HCDT} x, @code{HCDT} y) Prepare coefficients for global cubic spline interpolation. @end deftypefn @deftypefn {Global function} @code{mreal} mglGSpline (@code{const mglDataA &}coef, @code{mreal} dx, @code{mreal *}d1=@code{0}, @code{mreal *}d2=@code{0}) @deftypefnx {Global function} @code{dual} mglGSplineC (@code{const mglDataA &}coef, @code{mreal} dx, @code{dual *}d1=@code{0}, @code{dual *}d2=@code{0}) @deftypefnx {C function} @code{mreal} mgl_gspline (@code{HCDT} coef, @code{mreal} dx, @code{mreal *}d1, @code{mreal *}d2) @deftypefnx {C function} @code{dual} mgl_gsplinec (@code{HCDT} coef, @code{mreal} dx, @code{dual *}d1, @code{dual *}d2) Evaluate global cubic spline (and its 1st and 2nd derivatives @var{d1}, @var{d2} if they are not @code{NULL}) using prepared coefficients @var{coef} at point @var{dx}+@var{x0} (where @var{x0} is 1st element of data @var{x} provided to @code{mglGSpline*Init()} function). @end deftypefn @end ifclear @anchor{ifs2d} @deftypefn {MGL command} {} ifs2d @sc{res} dat @code{num} [@code{skip=20}] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglIFS2d (@code{const mglDataA &}dat, @code{long} num, @code{long} skip=@code{20}) @deftypefnx {C function} @code{HMDT} mgl_data_ifs_2d (@code{HCDT} dat, @code{long} num, @code{long} skip) @end ifclear Computes @var{num} points @{x[i]=res[0,i], y[i]=res[1,i]@} for fractal using iterated function system. Matrix @var{dat} is used for generation according the formulas @verbatim x[i+1] = dat[0,i]*x[i] + dat[1,i]*y[i] + dat[4,i]; y[i+1] = dat[2,i]*x[i] + dat[3,i]*y[i] + dat[5,i]; @end verbatim Value @code{dat[6,i]} is used as weight factor for i-th row of matrix @var{dat}. At this first @var{skip} iterations will be omitted. Data array @var{dat} must have x-size greater or equal to 7. @sref{Fractal sample} @end deftypefn @anchor{ifs3d} @deftypefn {MGL command} {} ifs3d @sc{res} dat @code{num} [@code{skip=20}] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglIFS3d (@code{const mglDataA &}dat, @code{long} num, @code{long} skip=@code{20}) @deftypefnx {C function} @code{HMDT} mgl_data_ifs_3d (@code{HCDT} dat, @code{long} num, @code{long} skip) @end ifclear Computes @var{num} points @{x[i]=res[0,i], y[i]=res[1,i], z[i]=res[2,i]@} for fractal using iterated function system. Matrix @var{dat} is used for generation according the formulas @verbatim x[i+1] = dat[0,i]*x[i] + dat[1,i]*y[i] + dat[2,i]*z[i] + dat[9,i]; y[i+1] = dat[3,i]*x[i] + dat[4,i]*y[i] + dat[5,i]*z[i] + dat[10,i]; z[i+1] = dat[6,i]*x[i] + dat[7,i]*y[i] + dat[8,i]*z[i] + dat[11,i]; @end verbatim Value @code{dat[12,i]} is used as weight factor for i-th row of matrix @var{dat}. At this first @var{skip} iterations will be omitted. Data array @var{dat} must have x-size greater or equal to 13. @sref{Fractal sample} @end deftypefn @anchor{ifsfile} @deftypefn {MGL command} {} ifsfile @sc{res} 'fname' 'name' @code{num} [@code{skip=20}] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglIFSfile (@code{const char *}fname, @code{const char *}name, @code{long} num, @code{long} skip=@code{20}) @deftypefnx {C function} @code{HMDT} mgl_data_ifs_file (@code{const char *}fname, @code{const char *}name, @code{long} num, @code{long} skip) @end ifclear Reads parameters of IFS fractal named @var{name} from file @var{fname} and computes @var{num} points for this fractal. At this first @var{skip} iterations will be omitted. See also @ref{ifs2d}, @ref{ifs3d}. IFS file may contain several records. Each record contain the name of fractal (@samp{binary} in the example below) and the body of fractal, which is enclosed in curly braces @{@}. Symbol @samp{;} start the comment. If the name of fractal contain @samp{(3D)} or @samp{(3d)} then the 3d IFS fractal is specified. The sample below contain two fractals: @samp{binary} -- usual 2d fractal, and @samp{3dfern (3D)} -- 3d fractal. @verbatim binary { ; comment allowed here ; and here .5 .0 .0 .5 -2.563477 -0.000003 .333333 ; also comment allowed here .5 .0 .0 .5 2.436544 -0.000003 .333333 .0 -.5 .5 .0 4.873085 7.563492 .333333 } 3dfern (3D) { .00 .00 0 .0 .18 .0 0 0.0 0.00 0 0.0 0 .01 .85 .00 0 .0 .85 .1 0 -0.1 0.85 0 1.6 0 .85 .20 -.20 0 .2 .20 .0 0 0.0 0.30 0 0.8 0 .07 -.20 .20 0 .2 .20 .0 0 0.0 0.30 0 0.8 0 .07 } @end verbatim @end deftypefn @anchor{flame2d} @deftypefn {MGL command} {} flame2d @sc{res} dat func @code{num} [@code{skip=20}] @ifclear UDAV @deftypefnx {Global function} @code{mglData} mglFlame2d (@code{const mglDataA &}dat, @code{const mglDataA &}func, @code{long} num, @code{long} skip=@code{20}) @deftypefnx {C function} @code{HMDT} mgl_data_flame_2d (@code{HCDT} dat, @code{HCDT} func, @code{long} num, @code{long} skip) @end ifclear Computes @var{num} points @{x[i]=res[0,i], y[i]=res[1,i]@} for "flame" fractal using iterated function system. Array @var{func} define "flame" function identificator (@var{func}[0,i,j]), its weight (@var{func}[0,i,j]) and arguments (@var{func}[2 ... 5,i,j]). Matrix @var{dat} set linear transformation of coordinates before applying the function. The resulting coordinates are @verbatim xx = dat[0,i]*x[j] + dat[1,j]*y[i] + dat[4,j]; yy = dat[2,i]*x[j] + dat[3,j]*y[i] + dat[5,j]; x[j+1] = sum_i @var{func}[1,i,j]*@var{func}[0,i,j]_x(xx, yy; @var{func}[2,i,j],...,@var{func}[5,i,j]); y[j+1] = sum_i @var{func}[1,i,j]*@var{func}[0,i,j]_y(xx, yy; @var{func}[2,i,j],...,@var{func}[5,i,j]); @end verbatim The possible function ids are: @code{mglFlame2d_linear=0, mglFlame2d_sinusoidal, mglFlame2d_spherical, mglFlame2d_swirl, mglFlame2d_horseshoe, mglFlame2d_polar, mglFlame2d_handkerchief,mglFlame2d_heart, mglFlame2d_disc, mglFlame2d_spiral, mglFlame2d_hyperbolic, mglFlame2d_diamond, mglFlame2d_ex, mglFlame2d_julia, mglFlame2d_bent, mglFlame2d_waves, mglFlame2d_fisheye, mglFlame2d_popcorn, mglFlame2d_exponential, mglFlame2d_power, mglFlame2d_cosine, mglFlame2d_rings, mglFlame2d_fan, mglFlame2d_blob, mglFlame2d_pdj, mglFlame2d_fan2, mglFlame2d_rings2, mglFlame2d_eyefish, mglFlame2d_bubble, mglFlame2d_cylinder, mglFlame2d_perspective, mglFlame2d_noise, mglFlame2d_juliaN, mglFlame2d_juliaScope, mglFlame2d_blur, mglFlame2d_gaussian, mglFlame2d_radialBlur, mglFlame2d_pie, mglFlame2d_ngon, mglFlame2d_curl, mglFlame2d_rectangles, mglFlame2d_arch, mglFlame2d_tangent, mglFlame2d_square, mglFlame2d_blade, mglFlame2d_secant, mglFlame2d_rays, mglFlame2d_twintrian, mglFlame2d_cross, mglFlame2d_disc2, mglFlame2d_supershape, mglFlame2d_flower, mglFlame2d_conic, mglFlame2d_parabola, mglFlame2d_bent2, mglFlame2d_bipolar, mglFlame2d_boarders, mglFlame2d_butterfly, mglFlame2d_cell, mglFlame2d_cpow, mglFlame2d_curve, mglFlame2d_edisc, mglFlame2d_elliptic, mglFlame2d_escher, mglFlame2d_foci, mglFlame2d_lazySusan, mglFlame2d_loonie, mglFlame2d_preBlur, mglFlame2d_modulus, mglFlame2d_oscope, mglFlame2d_polar2, mglFlame2d_popcorn2, mglFlame2d_scry, mglFlame2d_separation, mglFlame2d_split, mglFlame2d_splits, mglFlame2d_stripes, mglFlame2d_wedge, mglFlame2d_wedgeJulia, mglFlame2d_wedgeSph, mglFlame2d_whorl, mglFlame2d_waves2, mglFlame2d_exp, mglFlame2d_log, mglFlame2d_sin, mglFlame2d_cos, mglFlame2d_tan, mglFlame2d_sec, mglFlame2d_csc, mglFlame2d_cot, mglFlame2d_sinh, mglFlame2d_cosh, mglFlame2d_tanh, mglFlame2d_sech, mglFlame2d_csch, mglFlame2d_coth, mglFlame2d_auger, mglFlame2d_flux.} Value @code{dat[6,i]} is used as weight factor for i-th row of matrix @var{dat}. At this first @var{skip} iterations will be omitted. Sizes of data arrays must be: @var{dat}.nx>=7, @var{func}.nx>=2 and @var{func}.nz=@var{dat}.ny. @sref{Fractal sample} @end deftypefn @c ------------------------------------------------------------------ @external{} @node Evaluate expression, Special data classes, Global functions, Data processing @section Evaluate expression @nav{} @ifset UDAV You can use arbitrary formulas of existed data arrays or constants as any argument of data processing or data plotting commands. There are only 2 limitations: formula shouldn't contain spaces (to be recognized as single argument), and formula cannot be used as argument which will be (re)created by MGL command. @end ifset @ifclear UDAV @cindex mglExpr @cindex mglExprC MathGL have a special classes @code{mglExpr} and @code{mglExprC} for evaluating of formula specified by the string for real and complex numbers correspondingly. These classes are defined in @code{#include } and @code{#include } correspondingly. It is the fast variant of formula evaluation. At creation it will be recognized and compiled to tree-like internal code. At evaluation stage only fast calculations are performed. There is no difference between lower or upper case in formulas. If argument value lie outside the range of function definition then function returns NaN. @xref{Textual formulas}. @deftypefn {Constructor on @code{mglExpr}} @code{} mglExpr (@code{const char *}expr) @deftypefnx {Constructor on @code{mglExprC}} @code{} mglExprC (@code{const char *}expr) @deftypefnx {C function} @code{HMEX} mgl_create_expr (@code{const char *}expr) @deftypefnx {C function} @code{HAEX} mgl_create_cexpr (@code{const char *}expr) Parses the formula @var{expr} and creates formula-tree. Constructor recursively parses the formula and creates a tree-like structure containing functions and operators for fast further evaluating by @code{Calc()} or @code{CalcD()} functions. @end deftypefn @deftypefn {Destructor on @code{mglExpr}} @code{} ~mglExpr () @deftypefnx {Destructor on @code{mglExprC}} @code{} ~mglExprC () @deftypefnx {C function} @code{void} mgl_delete_expr (@code{HMEX} ex) @deftypefnx {C function} @code{void} mgl_delete_cexpr (@code{HAEX} ex) Deletes the instance of class mglExpr. @end deftypefn @deftypefn {Method on @code{mglExpr}} @code{mreal} Eval (@code{mreal} x, @code{mreal} y, @code{mreal} z) @deftypefnx {Method on @code{mglExprC}} @code{dual} Eval (@code{dual} x, @code{dual} y, @code{dual} z) @deftypefnx {C function} @code{mreal} mgl_expr_eval (@code{HMEX} ex, @code{mreal} x, @code{mreal} y, @code{mreal} z) @deftypefnx {C function} @code{dual} mgl_cexpr_eval (@code{HAEX} ex, @code{dual} x, @code{dual} y, @code{dual} z) Evaluates the formula for @code{'x','r'}=@var{x}, @code{'y','n'}=@var{y}, @code{'z','t'}=@var{z}, @code{'a','u'}=@var{u}. @end deftypefn @deftypefn {Method on @code{mglExpr}} @code{mreal} Eval (@code{mreal} var[26]) @deftypefnx {Method on @code{mglExprC}} @code{dual} Eval (@code{dual} var[26]) @deftypefnx {C function} @code{mreal} mgl_expr_eval_v (@code{HMEX} ex, @code{mreal *}var) @deftypefnx {C function} @code{dual} mgl_expr_eval_v (@code{HAEX} ex, @code{dual *}var) Evaluates the formula for variables in array @var{var}[0,...,'z'-'a']. @end deftypefn @deftypefn {Method on @code{mglExpr}} @code{mreal} Diff (@code{char} dir, @code{mreal} x, @code{mreal} y, @code{mreal} z) @deftypefnx {C function} @code{mreal} mgl_expr_diff (@code{HMEX} ex, @code{char} dir, @code{mreal} x, @code{mreal} y, @code{mreal} z) Evaluates the formula derivation respect to @var{dir} for @code{'x','r'}=@var{x}, @code{'y','n'}=@var{y}, @code{'z','t'}=@var{z}, @code{'a','u'}=@var{u}. @end deftypefn @deftypefn {Method on @code{mglExpr}} @code{mreal} Diff (@code{char} dir, @code{mreal} var[26]) @deftypefnx {C function} @code{mreal} mgl_expr_diff_v (@code{HMEX} ex, @code{char} dir, @code{mreal *}var) Evaluates the formula derivation respect to @var{dir} for variables in array @var{var}[0,...,'z'-'a']. @end deftypefn @end ifclear @c ------------------------------------------------------------------ @external{} @node Special data classes, , Evaluate expression, Data processing @section Special data classes @nav{} @ifset UDAV MGL use these special classes automatically. @end ifset @ifclear UDAV This section describe special data classes @code{mglDataV}, @code{mglDataF}, @code{mglDataT} and @code{mglDataR} which sometime can noticeable speed up drawing or data handling. These classes are defined in @code{#include }. Note, that all plotting and data handling routines can be done using usual @code{mglData} or @code{mglDataC} classes. Also these special classes are usable in C++ code only. @heading Class @code{mglDataV} represent variable with values equidistantly distributed in given range. @deftypefn {Constructor on @code{mglDataV}} @code{} mglDataV (@code{const mglDataV &} d) Copy constructor. @end deftypefn @deftypefn {Constructor on @code{mglDataV}} @code{} mglDataV (@code{long} nx=@code{1}, @code{long} ny=@code{1}, @code{long} nz=@code{1}, @code{mreal} v1=@code{0}, @code{mreal} v2=@code{NaN}, @code{char} dir=@code{'x'}) Create variable with "sizes" @var{nx}x@var{ny}x@var{nz} which changes from @var{v1} to @var{v2} (or is constant if @var{v2}=@code{NaN}) along @var{dir} direction. @end deftypefn @deftypefn {Method on @code{mglDataV}} @code{void} Create (@code{long} nx=@code{1}, @code{long} ny=@code{1}, @code{long} nz=@code{1}) Set "sizes" @var{nx}x@var{ny}x@var{nz}. @end deftypefn @deftypefn {Method on @code{mglDataV}} @code{void} Fill (@code{mreal} x1, @code{mreal} x2=@code{NaN}, @code{char} dir=@code{'x'}) Set ranges of the variable. @end deftypefn @deftypefn {Method on @code{mglDataV}} @code{void} Freq (@code{mreal} dp, @code{char} dir=@code{'x'}) Set as frequency variable with increment @var{dp}. @end deftypefn @heading Class @code{mglDataF} represent function which values are evaluated (instead of access to data array as in @code{mglData}). @deftypefn {Constructor on @code{mglDataF}} @code{} mglDataF (@code{const mglDataF &} d) Copy constructor. @end deftypefn @deftypefn {Constructor on @code{mglDataF}} @code{} mglDataF (@code{long} nx=@code{1}, @code{long} ny=@code{1}, @code{long} nz=@code{1}) Create variable with "sizes" @var{nx}x@var{ny}x@var{nz} with zero function. @end deftypefn @deftypefn {Method on @code{mglDataF}} @code{void} Create (@code{long} nx=@code{1}, @code{long} ny=@code{1}, @code{long} nz=@code{1}) Set "sizes" @var{nx}x@var{ny}x@var{nz}. @end deftypefn @deftypefn {Method on @code{mglDataF}} @code{void} SetRanges (@code{mglPoint} p1, @code{mglPoint} p2) Set ranges for internal x,y,z variables. @end deftypefn @deftypefn {Method on @code{mglDataF}} @code{void} SetFormula (@code{const char *}func) Set string which will be evaluated at function calls. Note this variant is about 10 times slower than @code{SetFunc}() one. @end deftypefn @deftypefn {Method on @code{mglDataF}} @code{void} SetFunc (@code{mreal (*}f@code{)(mreal x,mreal y,mreal z,void *p)}, @code{void *}p=@code{NULL}) Set pointer to function which will be used for data. @end deftypefn @heading Class @code{mglDataT} represent named reference to column of another data array. @deftypefn {Constructor on @code{mglDataT}} @code{} mglDataT (@code{const mglDataT &} d) Copy constructor. @end deftypefn @deftypefn {Constructor on @code{mglDataT}} @code{} mglDataT (@code{const mglDataA &} d, @code{long} col=@code{0}) Create variable which reference @var{col}-th column of data @var{d}. @end deftypefn @deftypefn {Method on @code{mglDataT}} @code{void} SetInd (@code{long} col, @code{wchar_t} name) @deftypefnx {Method on @code{mglDataT}} @code{void} SetInd (@code{long} col, @code{const wchar_t *} name) Set reference to another column of the same data and its name. @end deftypefn @heading Class @code{mglDataR} represent named reference to row of another data array. @deftypefn {Constructor on @code{mglDataR}} @code{} mglDataR (@code{const mglDataR &} d) Copy constructor. @end deftypefn @deftypefn {Constructor on @code{mglDataR}} @code{} mglDataR (@code{const mglDataA &} d, @code{long} row=@code{0}) Create variable which reference @var{row}-th row of data @var{d}. @end deftypefn @deftypefn {Method on @code{mglDataR}} @code{void} SetInd (@code{long} row, @code{wchar_t} name) @deftypefnx {Method on @code{mglDataR}} @code{void} SetInd (@code{long} row, @code{const wchar_t *} name) Set reference to another row of the same data and its name. @end deftypefn @heading Class @code{mglDataW} represent FFT frequency as data array. @deftypefn {Constructor on @code{mglDataW}} @code{} mglDataW (@code{const mglDataW &} d) Copy constructor. @end deftypefn @deftypefn {Constructor on @code{mglDataW}} @code{} mglDataW (@code{long} xx=@code{1}, @code{long} yy=@code{1}, @code{long} zz=@code{1}, @code{double} dp=@code{0}, @code{char} dir=@code{'x'}) Set frequency sizes, direction @var{dir} and increment @var{dp}. @end deftypefn @deftypefn {Method on @code{mglDataR}} @code{void} Freq (@code{double} dp, @code{char} dir=@code{'x'}) Equidistantly fill the data with step @var{dp} in direction @var{dir}. @end deftypefn @heading Class @code{mglDataS} incapsulate std::vector and present it as data array. @deftypecv {Variable} mglDataS @code{std::vector} dat Data array itself. @end deftypecv @deftypefn {Constructor on @code{mglDataS}} @code{} mglDataS (@code{const mglDataS &} d) Copy constructor. @end deftypefn @deftypefn {Constructor on @code{mglDataS}} @code{} mglDataS (@code{const std::vector &} d) Create copy data from @var{d}. @end deftypefn @deftypefn {Constructor on @code{mglDataS}} @code{} mglDataS (@code{size_t} s) Allocate memory for @var{s} . @end deftypefn @deftypefn {Method on @code{mglDataS}} @code{void} reserve (@code{size_t} num) Reserve space for @var{num} elements. @end deftypefn @deftypefn {Method on @code{mglDataS}} @code{void} push_back (@code{double} v) Appends value @var{v} to the end of data. @end deftypefn @end ifclear @external{} mathgl-2.4.1/texinfo/core_ru.texi0000664000175000017500000134426413134046534016606 0ustar balakinbalakin@c ------------------------------------------------------------------ @chapter Ядро MathGL @nav{} @cindex mglGraph @ifset UDAV Эта глава посвящена описанию множества команд построения графиков для 1D, 2D и 3D массивов данных. Сюда включены также команды настройки графика, вывода текста и примитивов, рисования осей координат и др. Дополнительную информацию о цвете, шрифтах, стилях линий и формулах можно найти в @ref{General concepts}. @end ifset @ifclear UDAV Основным классом MathGL является класс @strong{mglGraph}, определённый в @code{#include }. Он включает в себя множество функций для построения графиков от 1D, 2D и 3D массивов. Он также содержит функции вывода текста и построения осей координат. Есть возможность построения в произвольной системе координат, которая задается строковыми формулами. Все графические функции используют класс mglData (см. @ref{Data processing}) для хранения массивов данных. Это позволяет легко контролировать размеры, работу с памятью и производить обработку данных. Дополнительная информация о цветах, шрифтах, вычисления формул может быть найдена в @ref{General concepts} и @ref{Other classes}. @end ifclear Некоторые возможности MathGL доступны только в новых версиях библиотеки. Для проверки текущей версии MathGL можно использовать следующую функцию. @anchor{version} @deftypefn {Команда MGL} {} version 'ver' @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{bool} CheckVersion (@code{const char *}ver) static @deftypefnx {Функция С} @code{int} mgl_check_version (@code{const char *}ver) @end ifclear Возвращает нулевое значение если версия MathGL подходит для требуемой в @var{ver}, т.е. если номер основной версии совпадает и "подверсия" больше или равна указанной в @var{ver}. @end deftypefn @menu * Constructor:: * Graphics setup:: * Axis settings:: * Subplots and rotation:: * Export picture:: * Background:: * Primitives:: * Text printing:: * Axis and Colorbar:: * Legend:: * 1D plotting:: * 2D plotting:: * 3D plotting:: * Dual plotting:: * Vector fields:: * Other plotting:: * Nonlinear fitting:: * Data manipulation:: @c * IDTF functions:: @end menu @c ################################################################## @external{} @node Constructor, Graphics setup, , MathGL core @section Создание и удаление графического объекта @nav{} @ifclear UDAV @deftypefn {Конструктор класса @code{mglGraph}} {} mglGraph (@code{int} kind=@code{0}, @code{int} width=@code{600}, @code{int} height=@code{400}) @deftypefnx {Конструктор класса @code{mglGraph}} {} mglGraph (@code{const mglGraph &}gr) @deftypefnx {Конструктор класса @code{mglGraph}} {} mglGraph (@code{HMGL} gr) @deftypefnx {Функция С} @code{HMGL} mgl_create_graph (@code{int} width, @code{int} height) @deftypefnx {Функция С} @code{HMGL} mgl_create_graph_gl () Создает (или использует созданный) экземпляр класса, производного от @code{mglGraph} (тип @code{HMGL}) с указанными размерами @var{width} и @var{height}. Параметр @var{kind} может иметь следующие значения: @samp{0} -- использовать рисование по умолчанию, @samp{1} -- использовать рисование в OpenGL. @end deftypefn @deftypefn {Destructor on @code{mglGraph}} {} ~mglGraph () @deftypefnx {Функция С} @code{HMGL} mgl_delete_graph (@code{HMGL} gr) Удаляет экземпляр класса mglGraph. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{HMGL} Self () Возвращает указатель на используемый объект типа @code{HMGL}. @end deftypefn @end ifclear @ifset UDAV MGL не требует создания данного типа объектов. @end ifset @c ################################################################## @external{} @node Graphics setup, Axis settings, Constructor, MathGL core @section Настройка графика @nav{} @cindex Настройка MathGL Функции и переменные в этой группе влияют на вид всего рисунка. Соответственно они должны располагаться @emph{перед} вызовом функций непосредственно рисующих графики. @anchor{reset} @deftypefn {Команда MGL} {} reset @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} DefaultPlotParam () @deftypefnx {Функция С} @code{void} mgl_set_def_param (@code{HMGL} gr) @end ifclear Устанавливает все настройки по умолчанию и очищает рисунок. @end deftypefn @menu * Transparency:: * Lighting:: * Fog:: * Default sizes:: * Cutting:: * Font settings:: * Palette and colors:: * Masks:: * Error handling:: * Stop drawing:: @end menu @c ================================================================== @external{} @node Transparency, Lighting, , Graphics setup @subsection Прозрачность @nav{} @cindex Alpha @ifclear UDAV @cindex SetAlphaDef @cindex SetTranspType @end ifclear @cindex AlphaDef @cindex TranspType Эти функции и переменные настраивают тип и степень прозрачности поверхностей. Главной является функция @ref{alpha}, которая включает/выключает прозрачность для всего графика. Функция @ref{alphadef} устанавливает величину alpha-канала по умолчанию. Наконец, функция @ref{transptype} задает тип прозрачности. @sref{Transparency and lighting} @anchor{alpha} @deftypefn {Команда MGL} {} alpha @code{[val=on]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Alpha (@code{bool} enable) @deftypefnx {Функция С} @code{void} mgl_set_alpha (@code{HMGL} gr, @code{int} enable) @end ifclear Включает/выключает прозрачность и возвращает свое предыдущее состояние. По умолчанию прозрачность выключена. Функция включает прозрачность для @emph{всего} рисунка. @end deftypefn @anchor{alphadef} @deftypefn {Команда MGL} {} alphadef @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetAlphaDef (@code{mreal} val) @deftypefnx {Функция С} @code{void} mgl_set_alpha_default (@code{HMGL} gr, @code{mreal} alpha) @end ifclear Задает значение прозрачности по умолчанию для всех графиков. Значение по умолчанию 0.5. @end deftypefn @anchor{transptype} @deftypefn {Команда MGL} {} transptype @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetTranspType (@code{int} type) @deftypefnx {Функция С} @code{void} mgl_set_transp_type (@code{HMGL} gr, @code{int} type) @end ifclear Задает тип прозрачности. Допустимые значения: @itemize @bullet @item Обычная прозрачность (@samp{0}) -- "закрытые" объекты видны меньше чем закрывающие. Этот режим некорректно отображается в OpenGL (mglGraphGL) для нескольких перекрывающихся поверхностей. @item "Стеклянная" прозрачность (@samp{1}) -- закрытые и закрывающие объекты единообразно ослабляют интенсивность света (по RGB каналам). @item "Ламповая" прозрачность (@samp{2}) -- закрытые и закрывающие объекты являются источниками дополнительного освещения (рекомендую установить @code{SetAlphaDef(0.3)} или меньше в этом случае). @end itemize @sref{Types of transparency} @end deftypefn @c ================================================================== @external{} @node Lighting, Fog, Transparency, Graphics setup @subsection Освещение @nav{} @ifclear UDAV @cindex SetAmbient @cindex AddLight @end ifclear @cindex Light @cindex Ambient Эти функции настраивают освещение графика. Главная функция @ref{light} включает/выключает освещение графиков построенных после ее вызова (в OpenGL работает сразу для всего рисунка). MathGL поддерживает до 10 независимых источников света. Но в режиме OpenGL можно использовать только первые 8 из них. Положение, цвет, яркость каждого источника света можно задавать по отдельности. По умолчанию включен только первый (с порядковым номером @code{0}) источник света белого цвета, расположенный сверху. @sref{Lighting sample} @anchor{light} @deftypefn {Команда MGL} {} light @code{[val=on]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{bool} Light (@code{bool} enable) @deftypefnx {Функция С} @code{void} mgl_set_light (@code{HMGL} gr, @code{int} enable) @end ifclear Включает/выключает освещение графика и возвращает предыдущее состояние. По умолчанию освещение выключено. @end deftypefn @deftypefn {Команда MGL} {} light @code{num} @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Light (@code{int} n, @code{bool} enable) @deftypefnx {Функция С} @code{void} mgl_set_light_n (@code{HMGL} gr, @code{int} n, @code{int} enable) @end ifclear Включает/выключает @var{n}-ый источник света. @end deftypefn @deftypefn {Команда MGL} {} light @code{num xdir ydir zdir} ['col'='w' @code{br=0.5 ap=0}] @deftypefnx {Команда MGL} {} light @code{num xdir ydir zdir xpos ypos zpos} ['col'='w' @code{br=0.5}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} AddLight (@code{int} n, @code{mglPoint} d, @code{char} c=@code{'w'}, @code{mreal} bright=@code{0.5}, @code{mreal} ap=@code{0}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} AddLight (@code{int} n, @code{mglPoint} r, @code{mglPoint} d, @code{char} c=@code{'w'}, @code{mreal} bright=@code{0.5}, @code{mreal} ap=@code{0}) @deftypefnx {Функция С} @code{void} mgl_add_light (@code{HMGL} gr, @code{int} n, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz) @deftypefnx {Функция С} @code{void} mgl_add_light_ext (@code{HMGL} gr, @code{int} n, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{char} c, @code{mreal} bright, @code{mreal} ap) @deftypefnx {Функция С} @code{void} mgl_add_light_loc (@code{HMGL} gr, @code{int} n, @code{mreal} rx, @code{mreal} ry, @code{mreal} rz, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{char} c, @code{mreal} bright, @code{mreal} ap) @end ifclear Добавляет источник света с номером @var{n} в положение @var{p} с цветом @var{c} и яркостью @var{bright}, которая должна быть в диапазоне [0,1]. Если указано положение источника @var{r} и оно не NAN, то источник считается локальным, иначе источник полагается бесконечно удалённым (для более быстрого рисования). @end deftypefn @anchor{diffuse} @deftypefn {Команда MGL} {} diffuse @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetDifLight (@code{mreal} bright) @deftypefnx {Функция С} @code{void} mgl_set_difbr (@code{HMGL} gr, @code{mreal} bright) @end ifclear Задает яркость диффузного освещения (только для локальных источников света). @end deftypefn @anchor{ambient} @deftypefn {Команда MGL} {} ambient @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetAmbient (@code{mreal} bright=@code{0.5}) @deftypefnx {Функция С} @code{void} mgl_set_ambbr (@code{HMGL} gr, @code{mreal} bright) @end ifclear Задает яркость рассеянного освещения. Значение должно быть в диапазоне [0,1]. @end deftypefn @anchor{attachlight} @deftypefn {Команда MGL} {} attachlight @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} AttachLight (@code{bool} val) @deftypefnx {Функция С} @code{void} mgl_set_attach_light (@code{HMGL} gr, @code{int} val) @end ifclear Задает привязку настроек освещения к @ref{inplot}/@ref{subplot}. Отмечу, что OpenGL и некоторые выходные форматы не поддерживают эту возможность. @end deftypefn @c ================================================================== @external{} @node Fog, Default sizes, Lighting, Graphics setup @subsection Туман @nav{} @cindex Fog @anchor{fog} @deftypefn {Команда MGL} {} fog @code{val [dz=0.25]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Fog (@code{mreal} d, @code{mreal} dz=@code{0.25}) @deftypefnx {Функция С} @code{void} mgl_set_fog (@code{HMGL} gr, @code{mreal} d, @code{mreal} dz) @end ifclear Имитирует туман на графике. Туман начинается на относительном расстоянии @var{dz} от точки обзора и его плотность растет экспоненциально вглубь по закону ~ 1-exp(-@emph{d*z}). Здесь @emph{z} -- нормализованная на 1 глубина графика. Если @var{d}=@code{0} то туман отсутствует. @sref{Adding fog} @end deftypefn @c ================================================================== @external{} @node Default sizes, Cutting, Fog, Graphics setup @subsection Базовые размеры @nav{} @ifclear UDAV @cindex SetBarWidth @cindex SetMarkSize @cindex SetArrowSize @cindex SetMeshNum @cindex SetPlotId @end ifclear @cindex BarWidth @cindex MarkSize @cindex ArrowSize @cindex MeshNum Эти функции задают величины большинства параметров графика, включая размеры маркеров, стрелок, толщину линий и т.д. Как и любые другие настройки, они подействуют только на графики созданные после изменения настроек. @anchor{barwidth} @deftypefn {Команда MGL} {} barwidth @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetBarWidth ( @code{mreal} val) @deftypefnx {Функция С} @code{void} mgl_set_bar_width (@code{HMGL} gr, @code{mreal} val) @end ifclear Задает относительный размер прямоугольников в @ref{bars}, @ref{barh}, @ref{boxplot}, @ref{candle}. Значение по умолчанию @code{0.7}. @end deftypefn @anchor{marksize} @deftypefn {Команда MGL} {} marksize @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetMarkSize (@code{mreal} val) @deftypefnx {Функция С} @code{void} mgl_set_mark_size (@code{HMGL} gr, @code{mreal} val) @end ifclear Задает размер маркеров для @ref{1D plotting}. Значение по умолчанию @code{1}. @end deftypefn @anchor{arrowsize} @deftypefn {Команда MGL} {} arrowsize @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetArrowSize (@code{mreal} val) @deftypefnx {Функция С} @code{void} mgl_set_arrow_size (@code{HMGL} gr, @code{mreal} val) @end ifclear Задает размер стрелок для @ref{1D plotting}, линий и кривых (см. @ref{Primitives}). Значение по умолчанию @code{1}. @end deftypefn @anchor{meshnum} @anchor{MeshNum} @deftypefn {Команда MGL} {} meshnum @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetMeshNum (@code{int} val) @deftypefnx {Функция С} @code{void} mgl_set_meshnum (@code{HMGL} gr, @code{int} num) @end ifclear Задает ориентировочное число линий в @ref{mesh}, @ref{fall}, и число стрелок (штрихов) в @ref{vect}, @ref{dew}, и число ячеек в @ref{cloud}, и число маркеров в @ref{plot}, @ref{tens}, @ref{step}, @ref{mark}, @ref{textmark}. По умолчанию (=0) рисуются все линии, стрелки, ячейки и т.д. @end deftypefn @anchor{facenum} @deftypefn {Команда MGL} {} facenum @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetFaceNum (@code{int} val) @deftypefnx {Функция С} @code{void} mgl_set_facenum (@code{HMGL} gr, @code{int} num) @end ifclear Задает ориентировочное число видимых граней. Может быть использована для ускорения рисования за счет более грубого рисунка. По умолчанию (=0) рисуются все грани. @end deftypefn @anchor{plotid} @deftypefn {Команда MGL} {} plotid 'id' @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetPlotId (@code{const char *}id) @deftypefnx {Функция С} @code{void} mgl_set_plotid (@code{HMGL} gr, @code{const char *}id) @end ifclear Задает имя графика для сохранения в файл (например, в окне FLTK). @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{const char *} GetPlotId () @deftypefnx {Функция С} @code{const char *} mgl_get_plotid (@code{HMGL} gr) @deftypefnx {Fortran процедура} @code{} mgl_get_plotid (@code{long} gr, @code{char *}out, @code{int} len) Возвращает имя графика для сохранения в файл (например, в окне FLTK). @end deftypefn @end ifclear @anchor{pendelta} @deftypefn {Команда MGL} {} pendelta @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetPenDelta (@code{double} val) @deftypefnx {Функция С} @code{void} mgl_pen_delta (@code{HMGL} gr, @code{double} val) @end ifclear Изменяет размытие около линий и текста (по умолчанию 1). Для @var{val}>1 текст и линии более резкие. Для @var{val}<1 текст и линии более размытые. @end deftypefn @c ================================================================== @external{} @node Cutting, Font settings, Default sizes, Graphics setup @subsection Обрезание @nav{} @ifclear UDAV @cindex SetCut @cindex SetCutBox @cindex CutOff @end ifclear @cindex Cut Эти функции задают условия когда точка будет исключена (вырезана) из рисования. Замечу, что все точки со значением(-ями) NAN по одной из координат или амплитуде автоматически исключаются из рисования. @sref{Cutting sample} @anchor{cut} @deftypefn {Команда MGL} {} cut @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetCut (@code{bool} val) @deftypefnx {Функция С} @code{void} mgl_set_cut (@code{HMGL} gr, @code{int} val) @end ifclear Задает обрезание точек за пределами осей координат. Если @code{true} то такие точки исключаются из рисования (это по умолчанию) иначе они проецируются на ограничивающий прямоугольник. @end deftypefn @deftypefn {Команда MGL} {} cut @code{x1 y1 z1 x2 y2 z2} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetCutBox (@code{mglPoint} p1, @code{mglPoint} p1) @deftypefnx {Функция С} @code{void} mgl_set_cut_box (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2) @end ifclear Задает границы параллелепипеда внутри которого точки не рисуются. Если границы одинаковы (переменные равны), то параллелепипеда считается пустым. @end deftypefn @deftypefn {Команда MGL} {} cut 'cond' @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} CutOff (@code{const char *}cond) @deftypefnx {Функция С} @code{void} mgl_set_cutoff (@code{HMGL} gr, @code{const char *}cond) @end ifclear Задает условие обрезания по формуле @var{cond}. Это условие исключает точки из рисования если результат вычисления формулы не равен нулю. Установите аргумент @code{""} для выключения условия обрезания. @end deftypefn @c ================================================================== @external{} @node Font settings, Palette and colors, Cutting, Graphics setup @subsection Шрифты @nav{} @ifclear UDAV @cindex SetFontSize @cindex SetFontDef @cindex SetRotatedText @cindex SetFontSizePT @cindex SetFontSizeCM @cindex SetFontSizeIN @cindex LoadFont @cindex CopyFont @cindex RestoreFont @end ifclear @cindex Font @cindex RotateText @anchor{font} @deftypefn {Команда MGL} {} font 'fnt' [@code{val=6}] Задает стиль и размер шрифта. Вначале используется @samp{:rC} -- прямой шрифт с выравниванием по центру. По умолчанию размер подписей оси координат в 1.4 раза больше. См. также см. @ref{Font styles}. @end deftypefn @anchor{rotatetext} @deftypefn {Команда MGL} {} rotatetext @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetRotatedText (@code{bool} val) @deftypefnx {Функция С} @code{void} mgl_set_rotated_text (@code{HMGL} gr, @code{int} val) @end ifclear Включает/выключает вращение меток и подписей осей координат вдоль оси. @end deftypefn @anchor{loadfont} @deftypefn {Команда MGL} {} loadfont ['name'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} LoadFont (@code{const char *}name, @code{const char *}path=@code{""}) @deftypefnx {Функция С} @code{void} mgl_load_font (@code{HMGL} gr, @code{const char *}name, @code{const char *}path) @end ifclear Загружает начертание шрифта из файла @var{path}/@var{name}. Пустая строка загрузит шрифт по умолчанию. @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{void} SetFontDef (@code{const char *}fnt) @deftypefnx {Функция С} @code{void} mgl_set_font_def (@code{HMGL} gr, @code{const char *} val) Задает стиль шрифта (см. @ref{Text printing}). По умолчанию используется @samp{rC} -- прямой шрифт с выравниванием по центру. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} SetFontSize (@code{mreal} val) @deftypefnx {Функция С} @code{void} mgl_set_font_size (@code{HMGL} gr, @code{mreal} val) Задает базовый размер шрифта. По умолчанию размер подписей оси координат в 1.4 раза больше. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} SetFontSizePT (@code{mreal} cm, @code{int} dpi=@code{72}) Задает размер шрифта в пунктах для заданного DPI (по умолчанию 16 pt для dpi=72). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{inline void} SetFontSizeCM (@code{mreal} cm, @code{int} dpi=@code{72}) Задает размер шрифта в сантиметрах для заданного DPI (по умолчанию 0.56 см = 16 pt). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{inline void} SetFontSizeIN (@code{mreal} cm, @code{int} dpi=@code{72}) Задает размер шрифта в дюймах для заданного DPI (по умолчанию 0.22 in = 16 pt). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} CopyFont (@code{mglGraph *} from) @deftypefnx {Функция С} @code{void} mgl_copy_font (@code{HMGL} gr, @code{HMGL} gr_from) Копирует начертание шрифта из другого объекта @code{mglGraph}. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} RestoreFont () @deftypefnx {Функция С} @code{void} mgl_restore_font (@code{HMGL} gr) Восстанавливает начертание шрифта по умолчанию. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} SetDefFont (@code{const char *}name, @code{const char *}path=@code{""}) static @deftypefnx {Функция С} @code{void} mgl_def_font (@code{const char *}name, @code{const char *}path) Загружает начертание шрифта по умолчанию (для всех вновь создаваемых HMGL/mglGraph объектов) из файла @var{path}/@var{name}. @end deftypefn @end ifclear @c ================================================================== @external{} @node Palette and colors, Masks, Font settings, Graphics setup @subsection Палитра и цвета @nav{} @ifclear UDAV @cindex SetPalette @end ifclear @cindex Palette @anchor{palette} @deftypefn {Команда MGL} {} palette 'colors' @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetPalette (@code{const char *}colors) @deftypefnx {Функция С} @code{void} mgl_set_palette (@code{HMGL} gr, @code{const char *}colors) @end ifclear Задает палитру как последовательность цветов. Значение по умолчанию @code{"Hbgrcmyhlnqeup"}, что соответствует цветам: темно серый @samp{H}, синий @samp{b}, зелёный @samp{g}, красный @samp{r}, голубой @samp{c}, малиновый @samp{m}, жёлтый @samp{y}, серый @samp{h}, сине-зелёный @samp{l}, небесно-голубой @samp{n}, оранжевый @samp{q}, желто-зелёный @samp{e}, сине-фиолетовый @samp{u}, фиолетовый @samp{p}. Палитра в основном используется в 1D графиках (см. @ref{1D plotting}) для кривых с неопределённым стилем линии. Внутренний счетчик цвета будет сброшен при любом изменении палитры, включая скрытые (например, функциями @ref{box} или @ref{axis}). @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{void} SetDefScheme (@code{const char *}sch) @deftypefnx {Функция С} @code{void} mgl_set_def_sch (@code{HMGL} gr, @code{const char *}sch) Устанавливает @var{sch} в качестве цветовой схемы по умолчанию. Начальное значение @code{"BbcyrR"}. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} SetColor (@code{char} id, @code{mreal} r, @code{mreal} g, @code{mreal} b) static @deftypefnx {Функция С} @code{void} mgl_set_color (@code{char} id, @code{mreal} r, @code{mreal} g, @code{mreal} b) Задает RGB значения для цвета с заданным @var{id}. Изменения действуют глобально для всех последующих использований данного @var{id}. @end deftypefn @end ifclear @anchor{gray} @deftypefn {Команда MGL} {} gray [@code{val=on}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Gray (@code{bool} enable) @deftypefnx {Функция С} @code{void} mgl_set_gray (@code{HMGL} gr, @code{int} enable) @end ifclear Включает/выключает вывод графика в оттенках серого. @end deftypefn @c ================================================================== @external{} @node Masks, Error handling, Palette and colors, Graphics setup @subsection Маски @nav{} @cindex SetMask @cindex SetMaskAngle @anchor{mask} @deftypefn {Команда MGL} {} mask 'id' 'hex' @deftypefnx {Команда MGL} {} mask 'id' hex @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetMask (@code{char} id, @code{const char *}hex) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetMask (@code{char} id, @code{uint64_t} hex) @deftypefnx {Функция С} @code{void} mgl_set_mask (@code{HMGL} gr, @code{const char *}hex) @deftypefnx {Функция С} @code{void} mgl_set_mask_val (@code{HMGL} gr, @code{uint64_t} hex) @end ifclear Задает новую матрицу @var{hex} размером 8*8 для маски с заданным @var{id}. Изменения действуют глобально для всех последующих использований данного @var{id}. Значения по умолчанию (см. @ref{Color scheme}): @samp{-} -- 000000FF00000000, @samp{+} -- 080808FF08080808, @samp{=} -- 0000FF00FF000000, @samp{;} -- 0000007700000000, @samp{o} -- 0000182424180000, @samp{O} -- 0000183C3C180000, @samp{s} -- 00003C24243C0000, @samp{S} -- 00003C3C3C3C0000, @samp{~} -- 0000060990600000, @samp{<} -- 0060584658600000, @samp{>} -- 00061A621A060000, @samp{j} -- 0000005F00000000, @samp{d} -- 0008142214080000, @samp{D} -- 00081C3E1C080000, @samp{*} -- 8142241818244281, @samp{^} -- 0000001824420000. @end deftypefn @deftypefn {Команда MGL} {} mask angle @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetMaskAngle (@code{int} angle) @deftypefnx {Функция С} @code{void} mgl_set_mask_angle (@code{HMGL} gr, @code{int} angle) @end ifclear Задает угол поворота маски в градусах. Отмечу, что символы @samp{\}, @samp{/}, @samp{I} в цветовой схеме задают угол поворота в 45, -45 и 90 градусов соответственно. @end deftypefn @c ================================================================== @external{} @node Error handling, Stop drawing , Masks, Graphics setup @subsection Обработка ошибок @nav{} @ifset UDAV Все сообщения будут выведены автоматически в специальном окне или в консоли. @end ifset @ifclear UDAV @cindex Message @cindex SetWarn @cindex GetWarn Обычно вы должны сбросить признак ошибки с помощью @code{SetWarn(0);} перед построением и проверить @code{GetWarnCode()} или @code{Message()} на наличие ошибок после построения. Только последнее предупреждение сохраняется. Замечу, что все предупреждения/ошибки в MathGL не являются критичными -- в худшем из вариантов соответствующий график просто не будет построен. По умолчанию, все предупреждения выводятся в @code{stderr}. Этот вывод можно выключить вызовом @code{mgl_suppress_warn(true);}. @deftypefn {Метод класса @code{mglGraph}} @code{void} SetWarn (@code{int} code, @code{const char *}info=@code{""}) @deftypefnx {Функция С} @code{void} mgl_set_warn (@code{HMGL} gr, @code{int} code, @code{const char *}info) Задает код предупреждения. Обычно вызывается только для очистки предупреждений (@code{SetWarn(0);}) или внутри библиотеки. Текст @var{info} будет добавлен к предупреждениям как есть при @var{code}<0. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{const char *}Message () @deftypefnx {Функция С} @code{const char *}mgl_get_mess (@code{HMGL} gr) @deftypefnx {Fortran процедура} @code{} mgl_get_mess (@code{long} gr, @code{char *}out, @code{int} len) Возвращает текст предупреждений о причине отсутствия графика. Если возвращаемая строка пустая, то сообщений нет. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{int} GetWarn () @deftypefnx {Функция С} @code{int} mgl_get_warn (@code{HMGL} gr) Возвращает код сообщения о причине отсутствия графика. Возможные значения: @table @code @item mglWarnNone=0 Предупреждений нет @item mglWarnDim Неправильные или несовместимые размеры данных @item mglWarnLow Размеры данных слишком малы @item mglWarnNeg Минимальное значение отрицательно @item mglWarnFile Файл не найден или указаны неправильные размерности @item mglWarnMem Не достаточно памяти @item mglWarnZero Значение данных равно нулю @item mglWarnLeg Нет записей в легенде @item mglWarnSlc Индекс среза вне данных @item mglWarnCnt Число линий уровня меньше или равно нулю @item mglWarnOpen Не могу открыть файл @item mglWarnLId Light: ID вне допустимых значений @item mglWarnSize Setsize: размер(ы) равны нулю или отрицательны @item mglWarnFmt Формат не поддерживается @item mglWarnTern Диапазоны осей несовместимые @item mglWarnNull Указатель равен NULL @item mglWarnSpc Не хватает места для графика @item mglScrArg Неправильные аргументы команды скрипта MGL @item mglScrCmd Неправильная команда в скрипте MGL @item mglScrLong Слишком длинная строка в скрипте MGL @item mglScrStr Одиночная ' в скрипте MGL @item mglScrTemp Изменяется временная переменная в MGL скрипте @end table @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} SuppressWarn (@code{bool} state) static @deftypefnx {Функция С} @code{void} mgl_suppress_warn (@code{int} state) Выключает вывод предупреждений в @code{stderr} если @var{state} не ноль. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} SetGlobalWarn (@code{const char *}info) static @deftypefnx {Функция С} @code{void} mgl_set_global_warn (@code{const char *}info) Задает предупреждение @var{info}, не привязанное к конкретному объекту рисования. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{const char *} GlobalWarn () static @deftypefnx {Функция С} @code{const char *} mgl_get_global_warn () Возвращает предупреждения, не привязанные к конкретному объекту рисования. @end deftypefn @end ifclear @c ================================================================== @external{} @node Stop drawing, , Error handling, Graphics setup @subsection Остановка рисования @nav{} @ifset UDAV Вы можете использовать команду @ref{stop} или соответствующую кнопку панели инструментов для остановки рисования и выполнения скрипта. @end ifset @ifclear UDAV @cindex Stop @cindex NeedStop @cindex SetEventFunc @deftypefn {Метод класса @code{mglGraph}} @code{void} Stop (@code{bool} stop=@code{true}) @deftypefnx {Функция С only} @code{void} mgl_ask_stop (@code{HMGL} gr, @code{int} stop) Просит остановить рисование если @var{stop} не ноль, иначе сбрасывает флаг остановки. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{bool} NeedStop () @deftypefnx {Функция С only} @code{void} mgl_need_stop (@code{HMGL} gr) Возвращает @code{true} если рисование должно быть остановлено. Также запускает обработку всех отложенных событий в GUI. Пользователь должен вызывать эту функцию время от времени внутри долгих вычислений для плавности отклика GUI. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{bool} SetEventFunc (@code{void (*}func@code{)(void *)}, @code{void *}par=@code{NULL}) @deftypefnx {Функция С only} @code{void} mgl_set_event_func (@code{HMGL} gr, @code{void (*}func@code{)(void *)}, @code{void *}par) Задает функцию, которая будет вызвана для обработки событий в GUI библиотеке. @end deftypefn @end ifclear @c ================================================================== @external{} @node Axis settings, Subplots and rotation, Graphics setup, MathGL core @section Настройки осей координат @nav{} Эти функции управляет видом и масштабом осей координат. Перед построением для каждой точки выполняются 3 преобразования: сначала определяется возможность рисования точки (см. @ref{Cutting}), далее применяются формулы перехода к криволинейным координатам и наконец точка отображается. Отмечу, что MathGL выдает предупреждение если масштабы осей координат лежат вне области определения формул преобразования координат. @menu * Ranges (bounding box):: * Curved coordinates:: * Ticks:: @end menu @c ------------------------------------------------------------------ @external{} @node Ranges (bounding box), Curved coordinates, , Axis settings @subsection Масштаб осей координат @nav{} @cindex CRange @cindex XRange @cindex YRange @cindex ZRange @cindex Ranges @cindex Origin @ifclear UDAV @cindex SetRange @cindex SetRanges @cindex SetOrigin @end ifclear @anchor{xrange} @anchor{yrange} @anchor{zrange} @anchor{crange} @deftypefn {Команда MGL} {} xrange @code{v1 v2} [@code{add=off}] @deftypefnx {Команда MGL} {} yrange @code{v1 v2} [@code{add=off}] @deftypefnx {Команда MGL} {} zrange @code{v1 v2} [@code{add=off}] @deftypefnx {Команда MGL} {} crange @code{v1 v2} [@code{add=off}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetRange (@code{char} dir, @code{mreal} v1, @code{mreal} v2) @deftypefnx {Метод класса @code{mglGraph}} @code{void} AddRange (@code{char} dir, @code{mreal} v1, @code{mreal} v2) @deftypefnx {Функция С} @code{void} mgl_set_range_val (@code{HMGL} gr, @code{char} dir, @code{mreal} v1, @code{mreal} v2) @deftypefnx {Функция С} @code{void} mgl_add_range_val (@code{HMGL} gr, @code{char} dir, @code{mreal} v1, @code{mreal} v2) @end ifclear Задает диапазон изменения @samp{x}-,@samp{y}-,@samp{z}-,@samp{c}-координат. Если одно из значений равно @code{NAN}, то оно игнорируется. Параметр @code{add=on} указывает добавлять новый диапазон к существующему (не заменять его). См. также @ref{ranges}. @end deftypefn @deftypefn {Команда MGL} {} xrange dat [@code{add=off}] @deftypefnx {Команда MGL} {} yrange dat [@code{add=off}] @deftypefnx {Команда MGL} {} zrange dat [@code{add=off}] @deftypefnx {Команда MGL} {} crange dat [@code{add=off}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetRange (@code{char} dir, @code{const mglDataA &}dat, @code{bool} add=@code{false}) @deftypefnx {Функция С} @code{void} mgl_set_range_dat (@code{HMGL} gr, @code{char} dir, @code{const HCDT} a, @code{int} add) @end ifclear Задает диапазон изменения @samp{x}-,@samp{y}-,@samp{z}-,@samp{c}-координат как минимальное и максимальное значение массива @var{dat}. Параметр @code{add=on} указывает добавлять новый диапазон к существующему (не заменять его). @end deftypefn @anchor{ranges} @deftypefn {Команда MGL} {} ranges @code{x1 x2 y1 y2 [z1=0 z2=0]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetRanges (@code{mglPoint} p1, @code{mglPoint} p2) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetRanges (@code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2, @code{mreal} z1=@code{0}, @code{mreal} z2=@code{0}) @deftypefnx {Функция С} @code{void} mgl_set_ranges (@code{HMGL} gr, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2, @code{mreal} z1, @code{mreal} z2) @end ifclear Задает диапазон изменения координат. Если минимальное и максимальное значение координаты равны, то они игнорируются по данному направлению. Также устанавливает размер цветовой шкалы, аналогично команде @code{crange z1 z2}. Начальные диапазоны равны [-1, 1]. @end deftypefn @deftypefn {Команда MGL} {} ranges @code{xx yy [zz cc=zz]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetRanges (@code{const mglDataA &}xx, @code{const mglDataA &}yy) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetRanges (@code{const mglDataA &}xx, @code{const mglDataA &}yy, @code{const mglDataA &}zz) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetRanges (@code{const mglDataA &}xx, @code{const mglDataA &}yy, @code{const mglDataA &}zz, @code{const mglDataA &}cc) @end ifclear Задает диапазон изменения @samp{x}-,@samp{y}-,@samp{z}-,@samp{c}-координат как минимальное и максимальное значение массивов @var{xx}, @var{yy}, @var{zz}, @var{cc} соответственно. @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{void} SetAutoRanges (@code{mglPoint} p1, @code{mglPoint} p2) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetAutoRanges (@code{double} x1, @code{double} x2, @code{double} y1, @code{double} y2, @code{double} z1=@code{0}, @code{double} z2=@code{0}, @code{double} c1=@code{0}, @code{double} c2=@code{0}) @deftypefnx {Функция С} @code{void} mgl_set_auto_ranges (@code{HMGL} gr, @code{double} x1, @code{double} x2, @code{double} y1, @code{double} y2, @code{double} z1, @code{double} z2, @code{double} z1, @code{double} z2) Задает диапазон изменения координат для автоматических переменных. Если минимальное и максимальное значение координаты равны, то они игнорируются по данному направлению. @end deftypefn @end ifclear @anchor{origin} @deftypefn {Команда MGL} {} origin @code{x0 y0 [z0=nan]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetOrigin (@code{mglPoint} p0) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetOrigin (@code{mreal} x0, @code{mreal} y0, @code{mreal} z0=@code{NAN}) @deftypefnx {Функция С} @code{void} mgl_set_origin (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0) @end ifclear Задает центр пересечения осей координат. Если одно из значений равно NAN, то MathGL попытается выбрать оптимальное положение осей координат по этому направлению. @end deftypefn @anchor{zoomaxis} @deftypefn {Команда MGL} {} zoomaxis @code{x1 x2} @deftypefnx {Команда MGL} {} zoomaxis @code{x1 y1 x2 y2} @deftypefnx {Команда MGL} {} zoomaxis @code{x1 y1 z1 x2 y2 z2} @deftypefnx {Команда MGL} {} zoomaxis @code{x1 y1 z1 c1 x2 y2 z2 c2} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ZoomAxis (@code{mglPoint} p1, @code{mglPoint} p2) @deftypefnx {Функция С} @code{void} mgl_zoom_axis (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} c1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} c2) @end ifclear Дополнительно расширяет диапазон осей координат, задаваемый функциями @code{SetRange} или @code{SetRanges}, в соответствии с формулами @math{min += (max-min)*p1} и @math{max += (max-min)*p1} (или @math{min *= (max/min)^p1} и @math{max *= (max/min)^p1} для "логарифмических" диапазонов, когда @math{inf>max/min>100} или @math{00 задает относительную длину подметок, которые в @code{sqrt(1+stt)} раз меньше. @end deftypefn @deftypefn {Команда MGL} {} axisstl 'stl' ['tck'='' 'sub'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetAxisStl (@code{const char *}stl=@code{"k"}, @code{const char *}tck=@code{0}, @code{const char *}sub=@code{0}) @deftypefnx {Функция С} @code{void} mgl_set_axis_stl (@code{HMGL} gr, @code{const char *}stl, @code{const char *}tck, @code{const char *}sub) @end ifclear Задает стиль осей (@var{stl}), меток (@var{tck}) и подметок (@var{sub}) осей координат. Если @var{stl} пустая или ноль, то используется стиль по умолчанию (@samp{k} или @samp{w} в зависимости от типа прозрачности). Если @var{tck}, @var{sub} пустая или ноль, то используется стиль осей (т.е. @var{stl}). @end deftypefn @c ################################################################## @external{} @node Subplots and rotation, Export picture, Axis settings, MathGL core @section Матрица преобразования @nav{} @cindex Aspect @cindex Rotate @cindex RotateN @cindex SubPlot @cindex MultiPlot @cindex StickPlot @cindex ColumnPlot @cindex InPlot @cindex Title @cindex Perspective @cindex View @cindex Push @cindex Pop Эти функции контролируют где и как график будет расположен. Существует определенный порядок вызова этих функций для лучшего вида графика. Вначале должны вызываться функции @ref{subplot}, @ref{multiplot} или @ref{inplot} для указания местоположения вывода. После них -- функции вращения @ref{rotate}, @ref{shear} и @ref{aspect}. И наконец любые другие функции для рисования графика. Вместо вращения графика можно вызвать функцию @ref{columnplot}, @ref{gridplot}, @ref{stickplot}, @ref{shearplot} или относительную @ref{inplot} для расположения графиков в столбец одного над другим без зазора между осями. @sref{Subplots} @anchor{subplot} @deftypefn {Команда MGL} {} subplot @code{nx ny m} ['stl'='<>_^' @code{dx=0 dy=0}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SubPlot (@code{int} nx, @code{int} ny, @code{int} m, @code{const char *}stl=@code{"<>_^"}, @code{mreal} dx=@code{0}, @code{mreal} dy=@code{0}) @deftypefnx {Функция С} @code{void} mgl_subplot (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} m, @code{const char *}stl) @deftypefnx {Функция С} @code{void} mgl_subplot_d (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} m, @code{const char *}stl, @code{mreal} dx, @code{mreal} dy) @end ifclear Помещает последующий вывод в @var{m}-ую ячейку сетки размером @var{nx}*@var{ny} от всего рисунка. Функция сбрасывает матрицу трансформации (повороты и сжатие графика) и должна вызываться первой для создания "подграфика". С эстетической точки зрения не рекомендуется вызывать эту функцию с различными (или не кратными) размерами сетки. Дополнительное место для осей/colorbar резервируется только если строка @var{stl} содержит: @itemize @bullet @item @samp{L} или @samp{<} -- с левого края, @item @samp{R} или @samp{>} -- с правого края, @item @samp{A} или @samp{^} -- с верхнего края, @item @samp{U} или @samp{_} -- с нижнего края, @item @samp{#} -- место резервироваться не будет -- оси координат будут занимать все доступное пространство. @end itemize Ячейка может быть дополнительно сдвинута относительно своего обычного положения на относительный размер @var{dx}, @var{dy}. Отмечу, что colorbar может находиться за пределами рисунка если выбран пустой стиль @samp{}. @end deftypefn @anchor{multiplot} @deftypefn {Команда MGL} {} multiplot @code{nx ny m dx dy} ['style'='<>_^' sx sy] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} MultiPlot (@code{int} nx, @code{int} ny, @code{int} m, @code{int} dx, @code{int} dy, @code{const char *}stl=@code{"<>_^"}) @deftypefnx {Функция С} @code{void} mgl_multiplot (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} m, @code{int} dx, @code{int} dy, @code{const char *}stl) @end ifclear Помещает последующий вывод в прямоугольник из @var{dx}*@var{dy} ячеек, начиная с @var{m}-ой ячейки, сетки размером @var{nx}*@var{ny} от всего рисунка. Функция сбрасывает матрицу трансформации (повороты и сжатие графика) и должна вызываться первой для создания "подграфика". Дополнительное место для осей/colorbar резервируется если строка @var{stl} содержит: @itemize @bullet @item @samp{L} или @samp{<} -- с левого края, @item @samp{R} или @samp{>} -- с правого края, @item @samp{A} или @samp{^} -- с верхнего края, @item @samp{U} или @samp{_} -- с нижнего края, @item @samp{#} -- место резервироваться не будет -- оси координат будут занимать все доступное пространство. @end itemize Область вывода может быть дополнительно сдвинута относительно своего обычного положения на относительный размер @var{sx}, @var{sy}. @end deftypefn @anchor{inplot} @deftypefn {Команда MGL} {} inplot @code{x1 x2 y1 y2 [rel=on]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} InPlot (@code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2, @code{bool} rel=@code{true}) @deftypefnx {Функция С} @code{void} mgl_inplot (@code{HMGL} gr, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2) @deftypefnx {Функция С} @code{void} mgl_relplot (@code{HMGL} gr, @code{mreal} x1, @code{mreal} x2, @code{mreal} y1, @code{mreal} y2) @end ifclear Помещает последующий вывод в прямоугольную область [@var{x1}, @var{x2}]*[@var{y1}, @var{y2}] (исходный размер [0,1]*[0,1]). Эта функция позволяет поместить график в произвольную область рисунка. Если параметр @var{rel}=@code{true}, то используется позиция относительно текущего @ref{subplot} (или @ref{inplot} с @var{rel}=@code{false}). Функция сбрасывает матрицу трансформации (повороты и сжатие графика) и должна вызываться первой для создания "подграфика". @end deftypefn @anchor{columnplot} @deftypefn {Команда MGL} {} columnplot @code{num ind [d=0]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ColumnPlot (@code{int} num, @code{int} ind, @code{mreal} d=@code{0}) @deftypefnx {Функция С} @code{void} mgl_columnplot (@code{HMGL} gr, @code{int} num, @code{int} ind) @deftypefnx {Функция С} @code{void} mgl_columnplot_d (@code{HMGL} gr, @code{int} num, @code{int} ind, @code{mreal} d) @end ifclear Помещает последующий вывод в @var{ind}-ую строку столбца из @var{num} строк. Положение столбца выбирается относительно последнего вызова @ref{subplot} (или @ref{inplot} с @var{rel}=@code{false}). Параметр @var{d} задает дополнительный зазор между строк. @end deftypefn @anchor{gridplot} @deftypefn {Команда MGL} {} gridplot @code{nx ny ind [d=0]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} GridPlot (@code{int} nx, @code{int} ny, @code{int} ind, @code{mreal} d=@code{0}) @deftypefnx {Функция С} @code{void} mgl_gridplot (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} ind) @deftypefnx {Функция С} @code{void} mgl_gridplot_d (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} ind, @code{mreal} d) @end ifclear Помещает последующий вывод в @var{ind}-ую ячейку таблицы @var{nx}*@var{ny}. Положение ячейки выбирается относительно последнего вызова @ref{subplot} (или @ref{inplot} с @var{rel}=@code{false}). Параметр @var{d} задает дополнительный зазор между ячеек. @end deftypefn @anchor{stickplot} @deftypefn {Команда MGL} {} stickplot @code{num ind tet phi} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} StickPlot (@code{int} num, @code{int} ind, @code{mreal} tet, @code{mreal} phi) @deftypefnx {Функция С} @code{void} mgl_stickplot (@code{HMGL} gr, @code{int} num, @code{int} ind, @code{mreal} tet, @code{mreal} phi) @end ifclear Помещает последующий вывод в @var{ind}-ую ячейку "бруска" из @var{num} ячеек. При этом сам брусок повернут на углы @var{tet}, @var{phi}. Положение выбирается относительно последнего вызова @ref{subplot} (или @ref{inplot} с @var{rel}=@code{false}). @end deftypefn @anchor{shearplot} @deftypefn {Команда MGL} {} shearplot @code{num ind sx sy [xd yd]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ShearPlot (@code{int} num, @code{int} ind, @code{mreal} sx, @code{mreal} sy, @code{mreal} xd=@code{1}, @code{mreal} yd=@code{0}) @deftypefnx {Функция С} @code{void} mgl_shearplot (@code{HMGL} gr, @code{int} num, @code{int} ind, @code{mreal} sx, @code{mreal} sy, @code{mreal} xd, @code{mreal} yd) @end ifclear Помещает последующий вывод в @var{ind}-ую ячейку "бруска" из @var{num} ячеек. При этом сама ячейка скошена на @var{sx}, @var{sy}. Направление бруска задается переменными @var{xd} и @var{yd}. Положение выбирается относительно последнего вызова @ref{subplot} (или @ref{inplot} с @var{rel}=@code{false}). @end deftypefn @anchor{title} @deftypefn {Команда MGL} {} title 'title' ['stl'='' @code{size=-2}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Title (@code{const char *}txt, @code{const char *}stl=@code{""}, @code{mreal} size=@code{-2}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Title (@code{const wchar_t *}txt, @code{const char *}stl=@code{""}, @code{mreal} size=@code{-2}) @deftypefnx {Функция С} @code{void} mgl_title (@code{HMGL} gr, @code{const char *}txt, @code{const char *}stl, @code{mreal} size) @deftypefnx {Функция С} @code{void} mgl_titlew (@code{HMGL} gr, @code{const wchar_t *}txt, @code{const char *}stl, @code{mreal} size) @end ifclear Выводит заголовок @var{title} для текущего "подграфика" шрифтом @var{stl} с размером @var{size}. Если строка @var{stl} содержит @samp{#}, то рисуется обрамляющий прямоугольник. Функция сбрасывает матрицу трансформации (повороты и сжатие графика) и должна вызываться сразу после создания "подграфика". @end deftypefn @anchor{rotate} @deftypefn {Команда MGL} {} rotate @code{tetx tetz [tety=0]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Rotate (@code{mreal} TetX, @code{mreal} TetZ, @code{mreal} TetY=@code{0}) @deftypefnx {Функция С} @code{void} mgl_rotate (@code{HMGL} gr, @code{mreal} TetX, @code{mreal} TetZ, @code{mreal} TetY) @end ifclear Вращает систему координат относительно осей @{x, z, y@} последовательно на углы @var{TetX}, @var{TetZ}, @var{TetY}. @end deftypefn @deftypefn {Команда MGL} {} rotate @code{tet x y z} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} RotateN (@code{mreal} Tet, @code{mreal} x, @code{mreal} y, @code{mreal} z) @deftypefnx {Функция С} @code{void} mgl_rotate_vector (@code{HMGL} gr, @code{mreal Tet}, @code{mreal x}, @code{mreal y}, @code{mreal z}) @end ifclear Вращает систему координат относительно вектора @{@var{x}, @var{y}, @var{z}@} на угол @var{Tet}. @end deftypefn @anchor{shear} @deftypefn {Команда MGL} {} shear @code{sx sy} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Shear (@code{mreal} sx, @code{mreal} sy) @deftypefnx {Функция С} @code{void} mgl_shear (@code{HMGL} gr, @code{mreal} sx, @code{mreal} sy) @end ifclear Сдвигает (скашивает) систему координат на значения @var{sx}, @var{sy}. @end deftypefn @anchor{aspect} @deftypefn {Команда MGL} {} aspect @code{ax ay [az=1]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Aspect (@code{mreal} Ax, @code{mreal} Ay, @code{mreal} Az=@code{1}) @deftypefnx {Функция С} @code{void} mgl_aspect (@code{HMGL} gr, @code{mreal} Ax, @code{mreal} Ay, @code{mreal} Az) @end ifclear Устанавливает соотношение размеров осей в отношении @var{Ax:Ay:Az}. Для лучшего вида следует вызывать после функции @ref{rotate}. Если @var{Ax}=@code{NAN}, то функция выберет оптимальное соотношение размеров, чтобы шаг по осям x-y был одинаков. При этом, @var{Ay} задает фактор пропорциональности шага (обычно 1), или указывает на его автоматический выбор при @var{Ay}=@code{NAN}. @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{void} Push () @deftypefnx {Функция С} @code{void} mgl_mat_push (@code{HMGL} gr) Помещает матрицу преобразования в стек. Позднее вы можете восстановить текущее состояние с помощью функции Pop(). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} Pop () @deftypefnx {Функция С} @code{void} mgl_mat_pop (@code{HMGL} gr) Заменяет (восстанавливает) матрицу преобразования на последнюю помещенную в стек матрицу. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} SetPlotFactor (@code{mreal} val) @deftypefnx {Функция С} @code{void} mgl_set_plotfactor (@code{HMGL} gr, @code{mreal} val) Задает масштаб картинки. Не рекомендуется устанавливать значения меньше 1.5. Это аналог функции Zoom(), но применяется только к конкретному подграфику. Используйте ноль для включения автоматического масштабирования. @end deftypefn @end ifclear Также есть 3 функции, которые управляют перспективой @code{Perspective()}, масштабированием @code{Zoom()} и вращением @code{View()} всего рисунка. Т.е. они действуют как ещё одна матрица трансформации. Они были введены для вращения/приближения графика с помощью мыши. Не рекомендуется вызывать их при рисовании графика. @anchor{perspective} @deftypefn {Команда MGL} {} perspective @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Perspective (@code{mreal} a) @deftypefnx {Функция С} @code{void} mgl_perspective (@code{HMGL} gr, @code{mreal} a) @end ifclear Добавляет (включает) перспективу для графика. Параметр @math{a = Depth/(Depth+dz) \in [0,1)}. По умолчанию (@code{a=0}) перспектива отключена. @end deftypefn @anchor{view} @deftypefn {Команда MGL} {} view @code{tetx tetz [tety=0]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} View (@code{mreal} TetX, @code{mreal} TetZ, @code{mreal} TetY=@code{0}) @deftypefnx {Функция С} @code{void} mgl_view (@code{HMGL} gr, @code{mreal} TetX, @code{mreal} TetZ, @code{mreal} TetY) @end ifclear Вращает систему координат относительно осей @{x, z, y@} последовательно на углы @var{TetX}, @var{TetZ}, @var{TetY}. Вращение происходит независимо от @ref{rotate}. Внимание! эти настройки не могут быть переписаны функцией @code{DefaultPlotParam()}. Используйте @code{Zoom(0,0,1,1)} для возвращения к виду по умолчанию. @end deftypefn @anchor{zoom} @deftypefn {Команда MGL} {} zoom @code{x1 y1 x2 y2} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Zoom (@code{mreal} x1, @code{mreal} y1, @code{mreal} x2, @code{mreal} y2) @deftypefnx {Функция С} @code{void} mgl_set_zoom (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} x2, @code{mreal} y2) @end ifclear Масштабирует весь рисунок. После вызова функции текущий график будет очищен и в дальнейшем рисунок будет содержать только область [x1,x2]*[y1,y2] от исходного рисунка. Координаты @var{x1}, @var{x2}, @var{y1}, @var{y2} меняются в диапазоне от 0 до 1. Внимание! эти настройки не могут быть переписаны никакими другими функциями, включая @code{DefaultPlotParam()}. Используйте @code{Zoom(0,0,1,1)} для возвращения к виду по умолчанию. @end deftypefn @c ################################################################## @external{} @node Export picture, Background, Subplots and rotation, MathGL core @section Экспорт рисунка @nav{} @cindex SetSize Функции в этой группе сохраняют или дают доступ к полученному рисунку. Поэтом обычно они должны вызываться в конце рисования. @anchor{setsize} @deftypefn {Команда MGL} {} setsize @code{w h} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetSize (@code{int} width, @code{int} height, @code{bool} clear=@code{true}) @deftypefnx {Функция С} @code{void} mgl_set_size (@code{HMGL} gr, @code{int} width, @code{int} height) @deftypefnx {Функция С} @code{void} mgl_scale_size (@code{HMGL} gr, @code{int} width, @code{int} height) @end ifclear Изменяет размер картинки в пикселях. Функция должна вызываться @strong{перед} любыми функциями построения потому что полностью очищает содержимое рисунка при @var{clear}=@code{true}. Функция только очищает растровый рисунок и масштабирует примитивы при @var{clear}=@code{false}. @end deftypefn @anchor{setsizescl} @deftypefn {Команда MGL} {} setsizescl @code{factor} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetSizeScl (@code{double} factor) @deftypefnx {Функция С} @code{void} mgl_set_size_scl (@code{HMGL} gr, @code{double} factor) @end ifclear Задает множитель для высоты и ширины во всех последующих вызовах @ref{setsize}. @end deftypefn @anchor{quality} @deftypefn {Команда MGL} {} quality [@code{val}=2] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetQuality (@code{int} val=@code{MGL_DRAW_NORM}) @deftypefnx {Функция С} @code{void} mgl_set_quality (@code{HMGL} gr, @code{int} val) @end ifclear Задает качество графика в зависимости от значения @var{val}: @code{MGL_DRAW_WIRE=0} -- нет рисования граней (наиболее быстрый), @code{MGL_DRAW_FAST=1} -- нет интерполяции цвета (быстрый), @code{MGL_DRAW_NORM=2} -- высокое качество (нормальный), @code{MGL_DRAW_HIGH=3} -- высокое качество с рисованием 3d примитивов (стрелок и маркеров). Если установлен бит @code{MGL_DRAW_LMEM=0x4}, то происходит прямое рисование в растровое изображение (меньше затраты памяти). Если установлен бит @code{MGL_DRAW_DOTS=0x8}, то рисуются точки вместо примитивов (очень быстро). @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{int} GetQuality () @deftypefnx {Функция С} @code{void} mgl_get_quality (@code{HMGL} gr) Возвращает качество графика: @code{MGL_DRAW_WIRE=0} -- нет рисования граней (наиболее быстрый), @code{MGL_DRAW_FAST=1} -- нет интерполяции цвета (быстрый), @code{MGL_DRAW_NORM=2} -- высокое качество (нормальный), @code{MGL_DRAW_HIGH=3} -- высокое качество с рисованием 3d примитивов (стрелок и маркеров). Если установлен бит @code{MGL_DRAW_LMEM=0x4}, то происходит прямое рисование в растровое изображение (меньше затраты памяти). Если установлен бит @code{MGL_DRAW_DOTS=0x8}, то рисуются точки вместо примитивов (очень быстро). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} StartGroup (const char *name) @deftypefnx {Функция С} @code{void} mgl_start_group (@code{HMGL} gr, @code{const char *}name) Начинает определение группы. Группа может содержать объекты и другие группы. Они используются для выбора части модели при приближении, изменении прозрачности и т.д. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} EndGroup () @deftypefnx {Функция С} @code{void} mgl_end_group (@code{HMGL} gr) Завершает определение группы. @end deftypefn @end ifclear @menu * Export to file:: * Frames/Animation:: * Bitmap in memory:: * Parallelization:: @end menu @c ================================================================== @external{} @node Export to file, Frames/Animation, , Export picture @subsection Экспорт в файл @nav{} @cindex Write @ifclear UDAV @cindex WriteFrame @cindex WritePNG @cindex WriteGIF @c @cindex WriteIDTF @cindex WriteSVG @cindex WriteBMP @cindex WriteEPS @cindex WriteBPS @cindex WriteTGA @cindex WriteTEX @cindex WritePRC @cindex WriteOBJ @cindex WriteWGL @cindex WriteJPEG @cindex ShowImage @end ifclear Эти функции экспортируют текущую картинку (кадр) в файл. Имя файла @var{fname} должно иметь соответствующее расширение. Параметр @var{descr} дает краткое описание картинки. Пока прозрачность поддерживается только для форматов PNG, SVG, OBJ и PRC. @anchor{write} @deftypefn {Команда MGL} {} write ['fname'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} WriteFrame (@code{const char *}fname=@code{""}, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_frame (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) @end ifclear Экспортирует текущий кадр в файл @var{fname} с типом, определяемым по расширению. Параметр @var{descr} добавляет описание (может быть пустым). Если @var{fname} пустой, то используется имя @samp{frame####.jpg}, где @samp{####} -- текущий номер кадра и имя @samp{frame} определяется переменной @ref{plotid}. @end deftypefn @anchor{bbox} @deftypefn {Команда MGL} {} bbox x1 y1 [x2=@code{-1} y2=@code{-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetBBox (@code{int} x1=@code{0}, @code{int} y1=@code{0}, @code{int} x2=@code{-1}, @code{int} y2=@code{-1}) @deftypefnx {Функция С} @code{void} mgl_set_bbox (@code{HMGL} gr, @code{int} x1, @code{int} y1, @code{int} x2, @code{int} y2) @end ifclear Задает область изображения, которая будет сохранена в файл 2D формата. Если @var{x2}<0 (@var{y2}<0), то исходная ширина (высота) рисунка будет использована. Если @var{x1}<0 или @var{y1}<0 или @var{x1}>=@var{x2}|Width или @var{y1}>=@var{y2}|Height, то обрезания рисунка не будет. @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{void} WritePNG (@code{const char *}fname, @code{const char *}descr=@code{""}, @code{int} compr=@code{""}, @code{bool} alpha=@code{true}) @deftypefnx {Функция С} @code{void} mgl_write_png (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) @deftypefnx {Функция С} @code{void} mgl_write_png_solid (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в PNG файл. Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла, @var{alpha} -- прозрачность фона. Если при компиляции MathGL не был определен флаг HAVE_PNG, то экспорт в файл не производится. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteJPEG (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_jpg (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в JPEG файл. Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. Если при компиляции MathGL не был определен флаг HAVE_JPEG, то экспорт в файл не производится. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteGIF (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_gif (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в GIF файл. Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. Если при компиляции MathGL не был определен флаг HAVE_GIF, то экспорт в файл не производится. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteBMP (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_bmp (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в BMP файл. Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteTGA (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_tga (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в TGA файл. Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteEPS (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_eps (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в EPS файл, используя векторное представление графика. Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. Если имя файла оканчивается на @samp{z} (например, @samp{fname.eps.gz}), то файл автоматически архивируется в формате gzip. Отмечу, что формат EPS не поддерживает интерполяцию цвета, и картинка будет выглядеть как при использовании @ref{quality}=1. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteBPS (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_eps (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в EPS файл, используя растровое представление графика. Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. Если имя файла оканчивается на @samp{z} (например, @samp{fname.eps.gz}), то файл автоматически архивируется в формате gzip. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteSVG (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_svg (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в SVG файл, используя векторное представление графика. Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. Если имя файла оканчивается на @samp{z} (например, @samp{fname.svgz}), то файл автоматически архивируется в формате gzip. Отмечу, что формат SVG не поддерживает интерполяцию цвета, и картинка будет выглядеть как при использовании @ref{quality}=1. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteTEX (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_tex (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в LaTeX файл (пакет Tikz/PGF), используя векторное представление графика. Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. Отмечу, что сейчас отсутствует изменение размера текста (например, в subplot), что может приводить к неправильному положению надписей. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WritePRC (@code{const char *}fname, @code{const char *}descr=@code{""}, @code{bool} make_pdf=@code{true}) @deftypefnx {Функция С} @code{void} mgl_write_prc (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr, @code{int} make_pdf) Экспортирует текущий кадр в PRC файл, используя векторное представление графика (см. @url{http://en.wikipedia.org/wiki/PRC_%28file_format%29}). Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. Если параметр @var{make_pdf}=@code{true} и PDF был выбран при конфигурировании MathGL, то также создается соответствующий PDF файл с 3D изображением. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteOBJ (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_obj (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в OBJ/MTL файл, используя векторное представление графика (см. @url{http://en.wikipedia.org/wiki/Wavefront_.obj_file, OBJ формат}). Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteXYZ (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_xyz (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в XYZ/XYZL/XYZF файлы, используя векторное представление графика (см. @url{http://people.sc.fsu.edu/~jburkardt/data/xyz/xyz.html, XYZ формат}). Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteSTL (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_stl (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует текущий кадр в STL файл, используя векторное представление графика (см. @url{http://en.wikipedia.org/wiki/STL_(file_format), STL формат}). Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteOFF (@code{const char *}fname, @code{const char *}descr=@code{""}, @code{bool} colored=@code{false}) @deftypefnx {Функция С} @code{void} mgl_write_off (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr, @code{bool} colored) Экспортирует текущий кадр в OFF файл, используя векторное представление графика (см. @url{http://people.sc.fsu.edu/~jburkardt/data/off/off.html, OFF формат}). Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @end deftypefn @c @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteX3D (@code{const char *}fname, @code{const char *}descr=@code{""}) @c @deftypefnx {Функция С} @code{void} mgl_write_x3d (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) @c Экспортирует текущий кадр в X3D файл, используя векторное представление графика (см. @url{http://en.wikipedia.org/wiki/X3d, X3D формат}). Вследствие чего не рекомендуется сохранять большие графики (поверхности, а особенно поверхности уровня) из-за большого размера файла. Хотя никаких внутренних ограничений на размер выходного файла нет. Для них лучше использовать растровый формат (например, PNG или JPEG). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @c @end deftypefn @c @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteIDTF (@code{const char *}fname, @code{const char *}descr=@code{""}) @c @deftypefnx {Функция С} @code{void} mgl_write_idtf (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) @c Экспортирует текущий кадр в IDTF файл, используя векторное представление графика (класс mglGraphIDTF). Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @c @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} ShowImage (@code{const char *}viewer, @code{bool} nowait=@code{false}) @deftypefnx {Функция С} @code{void} mgl_show_image (@code{const char *}viewer, @code{int} nowait) Отображает текущий кадр используя внешнюю программу просмотра @var{viewer}. Функция сохраняет картинку во временный файл и вызывает @var{viewer} для его отображения. Если @var{nowait}=@code{true}, то функция возвращает управление немедленно -- не ждет пока окно просмотра будет закрыто. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} WriteJSON (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_write_json (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует точки и примитивы в текстовый файл используя @ref{JSON format}. В дальнейшем этот файл можно загрузить и просмотреть в JavaScript скрипте. Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} ExportMGLD (@code{const char *}fname, @code{const char *}descr=@code{""}) @deftypefnx {Функция С} @code{void} mgl_export_mgld (@code{HMGL} gr, @code{const char *}fname, @code{const char *}descr) Экспортирует точки и примитивы в файл @ref{MGLD format}. В дальнейшем этот файл можно загрузить и просмотреть с помощью @code{mglview}. Параметры функции следующие: @var{fname} -- имя файла, @var{descr} -- описание файла. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} ImportMGLD (@code{const char *}fname, @code{bool} add=@code{false}) @deftypefnx {Функция С} @code{void} mgl_import_mgld (@code{HMGL} gr, @code{const char *}fname, @code{int} add) Импортирует точки и примитивы из файла в @ref{MGLD format}. Параметры функции следующие: @var{fname} -- имя файла, @var{add} -- флаг добавления или замены существующих точек и примитивов. @end deftypefn @end ifclear @c ################################################################## @external{} @node Frames/Animation, Bitmap in memory, Export to file, Export picture @subsection Кадры/Анимация @nav{} @ifset UDAV В MGL нет специальных команд для создания анимации. Однако можно воспользоваться возможностями утилит @code{mglconv} и @code{mglview}. Например, используя комментарии спеиального вида @samp{##a } или @samp{##c }. @end ifset @ifclear UDAV @cindex NewFrame @cindex EndFrame @cindex GetNumFrame @cindex ResetFrames @cindex StartGIF @cindex CloseGIF Эти функции позволяют создавать несколько картинок одновременно. В большинстве случаев это бесполезно, но для органов управления (см. @ref{Widget classes}) это позволяет показывать анимацию. Также можно записать несколько кадров в анимированный GIF файл. @deftypefn {Метод класса @code{mglGraph}} @code{void} NewFrame () @deftypefnx {Функция С} @code{void} mgl_new_frame (@code{HMGL} gr) Создает новый кадр. Функция возвращает номер текущего кадра. В режиме OpenGL функция не должны вызываться в параллельных потоках! -- используйте прямое создание списка. Функция @code{EndFrame()} @strong{должна} быть вызвана после рисования кадра для каждого вызова этой функции. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} EndFrame () @deftypefnx {Функция С} @code{void} mgl_end_frame (@code{HMGL} gr) Завершает рисование кадра. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{int} GetNumFrame () @deftypefnx {Функция С} @code{int} mgl_get_num_frame (@code{HMGL} gr) Возвращает число созданных кадров. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} GetFrame (@code{int} i) @deftypefnx {Функция С} @code{void} mgl_get_frame (@code{HMGL} gr, @code{int} i) Завершает рисование кадра и сохраняет объекты рисования в кадр с номером @var{i}, который должен быть в диапазоне [0, @code{GetNumFrame()}-1]. Функция аналогична @code{EndFrame()}, но не добавляет кадр в GIF изображение. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} GetFrame (@code{int} i) @deftypefnx {Функция С} @code{void} mgl_get_frame (@code{HMGL} gr, @code{int} i) Заменяет объекты рисования на объекты из кадра с номером @var{i}. Функция работает если установлен флаг @code{MGL_VECT_FRAME} (по умолчанию). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} ShowFrame (@code{int} i) @deftypefnx {Функция С} @code{void} mgl_show_frame (@code{HMGL} gr, @code{int} i) Добавляет объекты рисования из кадра с номером @var{i} к уже существующим. Функция работает если установлен флаг @code{MGL_VECT_FRAME} (по умолчанию). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} DelFrame (@code{int} i) @deftypefnx {Функция С} @code{void} mgl_del_frame (@code{HMGL} gr, @code{int} i) Удаляет объекты рисования для кадра с номером @var{i} и сдвигает нумерацию всех последующих кадров. Функция работает если установлен флаг @code{MGL_VECT_FRAME} (по умолчанию). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} ResetFrames () @deftypefnx {Функция С} @code{void} mgl_reset_frames (@code{HMGL} gr) Сбрасывает счетчик кадров в 0. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} ClearFrame (@code{int} i) @deftypefnx {Функция С} @code{void} mgl_clear_frame (@code{HMGL} gr, @code{int} i) Очищает текущий список объектов. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} StartGIF (@code{const char *}fname, @code{int} ms=@code{100}) @deftypefnx {Функция С} @code{void} mgl_start_gif (@code{HMGL} gr, @code{const char *}fname, @code{int} ms) Начинает запись кадров в анимированный GIF файл @var{fname}. Параметр @var{ms} задает задержку между кадрами в миллисекундах. Вы @strong{не должны} менять размер рисунка во время создания кино. Используйте CloseGIF() для завершения записи. Эта функция не работает в режиме OpenGL. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} CloseGIF () @deftypefnx {Функция С} @code{void} mgl_close_gif (@code{HMGL} gr) Завершает запись анимированного GIF файла. @end deftypefn @end ifclear @c ------------------------------------------------------------------ @external{} @node Bitmap in memory, Parallelization, Frames/Animation, Export picture @subsection Рисование в памяти @nav{} @ifclear UDAV Эти функции возвращают созданный растровый рисунок, его ширину и высоту. В дальнейшем его можно использовать в любой графической библиотеке (см. также, @ref{Widget classes}) или сохранить в файл (см. также, @ref{Export to file}). @deftypefn {Метод класса @code{mglGraph}} @code{const unsigned char *} GetRGB () @deftypefnx {Метод класса @code{mglGraph}} @code{void} GetRGB (@code{char *}buf, @code{int} size) @deftypefnx {Метод класса @code{mglGraph}} @code{void} GetBGRN (@code{char *}buf, @code{int} size) @deftypefnx {Функция С} @code{const unsigned char *} mgl_get_rgb (@code{HMGL} gr) Возвращает растровое изображение в формате RGB для текущего кадра. Формат каждого элемента (пикселя): @{red, green, blue@}. Число элементов Width*Height. Положение элемента @{i,j@} есть [3*i + 3*Width*j] (или [4*i + 4*Width*j] для @code{GetBGRN()}). В Python вы должны предоставить буфер @var{buf} достаточного размера @var{size}, т.е. код должен выглядеть следующим образом (для Python) @verbatim from mathgl import * gr = mglGraph(); bits='\t'; bits=bits.expandtabs(4*gr.GetWidth()*gr.GetHeight()); gr.GetBGRN(bits, len(bits)); @end verbatim @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{const unsigned char *} GetRGBA () @deftypefnx {Метод класса @code{mglGraph}} @code{void} GetRGBA (@code{char *}buf, @code{int} size) @deftypefnx {Функция С} @code{const unsigned char *} mgl_get_rgba (@code{HMGL} gr) Возвращает растровое изображение в формате RGBA для текущего кадра. Формат каждого элемента (пикселя): @{red, green, blue, alpha@}. Число элементов Width*Height. Положение элемента @{i,j@} есть [4*i + 4*Width*j]. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{int} GetWidth () @deftypefnx {Метод класса @code{mglGraph}} @code{int} GetHeight () @deftypefnx {Функция С} @code{int} mgl_get_width (@code{HMGL} gr) @deftypefnx {Функция С} @code{int} mgl_get_height (@code{HMGL} gr) Возвращает ширину и высоту изображения. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{mglPoint} CalcXYZ (@code{int} xs, @code{int} ys) @deftypefnx {Функция С} @code{void} mgl_calc_xyz (@code{HMGL} gr, @code{int} xs, @code{int} ys, @code{mreal *}x, @code{mreal *}y, @code{mreal *}z) Вычисляет 3D координаты @{x,y,z@} для экранной точки @{xs,ys@}. В данный момент игнорируется перспектива графика и формулы перехода в криволинейные координаты. Вычисления производятся для последнего использованного InPlot (см. @ref{Subplots and rotation}). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{mglPoint} CalcScr (@code{mglPoint} p) @deftypefnx {Функция С} @code{void} mgl_calc_scr (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{int *}xs, @code{int *}ys) Вычисляет экранные координаты @{xs,ys@} для 3D координат @{x,y,z@}. Вычисления производятся для последнего использованного InPlot (см. @ref{Subplots and rotation}). @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} SetObjId (@code{int} id) @deftypefnx {Функция С} @code{void} mgl_set_obj_id (@code{HMGL} gr, @code{int} id) Задает числовой идентификатор для объектов или subplot/inplot. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{int} GetObjId (@code{int} xs, @code{int} ys) @deftypefnx {Функция С} @code{int} mgl_get_obj_id (@code{HMGL} gr, @code{int} xs, @code{int} ys) Возвращает числовой идентификатор верхнего объекта в точке @{xs, ys@} рисунка. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{int} GetSplId (@code{int} xs, @code{int} ys) @deftypefnx {Функция С} @code{int} mgl_get_spl_id (@code{HMGL} gr, @code{int} xs, @code{int} ys) Возвращает числовой идентификатор верхнего "подграфика" в точке @{xs, ys@} рисунка. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{void} Highlight (@code{int} id) @deftypefnx {Функция С} @code{void} mgl_highlight (@code{HMGL} gr, @code{int} id) Выделяет объект с заданным @var{id}. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{long} IsActive (@code{int} xs, @code{int} ys, @code{int} d=@code{1}) @deftypefnx {Функция С} @code{long} mgl_is_active (@code{HMGL} gr, @code{int} xs, @code{int} ys, @code{int} d) Проверяет близка ли точка @{@var{xs}, @var{ys}@} к активной точке (т.е. mglBase::Act) с точностью @var{d} и возвращает индекс активной точки или @code{-1} если не найдено. Активные точки -- специальные точки, которые характеризуют примитивы (например, вершины). Это функция только для опытных пользователей. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{long} SetDrawReg (@code{int} nx=@code{1}, @code{int} ny=@code{1}, @code{int} m=@code{0}) @deftypefnx {Функция С} @code{long} mgl_set_draw_reg (@code{HMGL} gr, @code{int} nx, @code{int} ny, @code{int} m) Ограничивает рисование прямоугольной областью @var{m}-ой клетки матрицы размером @var{nx}*@var{ny} (аналогично @ref{subplot}). Функция может бытб использована для ускорения вывода путем уменьшения выводимых примитивов. Это функция только для опытных пользователей. @end deftypefn @end ifclear @c ------------------------------------------------------------------ @external{} @node Parallelization, , Bitmap in memory, Export picture @subsection Распараллеливание @nav{} @ifclear UDAV @cindex Combine @cindex MPI_Send @cindex MPI_Recv Многие функции MathGL используют несколько потоков для ускорения работы (если MathGL была собрана с поддержкой pthread). При этом можно настраивать число используемых потоков. @deftypefn {Функция С} @code{int} mgl_set_num_thr (@code{int} n) Задает число потоков, которое будет использовано в MathGL. При @var{n}<1 число потоков задается как максимальное число процессоров (ядер) в системе. При @var{n}=1 не используется распараллеливание. @end deftypefn Другая возможность -- комбинирование изображений из разных объектов @code{mglGraph}. Эти методы наиболее подходят для компьютерных кластеров, когда данные настолько велики, что не могут поместиться в памяти отдельного компьютера. @deftypefn {Метод класса @code{mglGraph}} @code{int} Combine (@code{const mglGraph *}g) @deftypefnx {Функция С} @code{int} mgl_combine_gr (@code{HMGL} gr, @code{HMGL} g) Комбинирует (добавляет) рисунок из @var{g} с @var{gr}, принимая во внимание ``высоту'' пикселей. Ширина и высота обоих рисунков должна быть одинаковы. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{int} MPI_Send (@code{int} id) @deftypefnx {Функция С} @code{int} mgl_mpi_send (@code{HMGL} gr, @code{int} id) Посылает рисунок из компьютера (ноды) @var{id}, используя MPI. Ширина и высота обоих рисунков должна быть одинаковы. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{int} MPI_Recv (@code{int} id) @deftypefnx {Функция С} @code{int} mgl_mpi_send (@code{HMGL} gr, @code{int} id) Принимает рисунок из компьютера (ноды) @var{id}, используя MPI. Ширина и высота обоих рисунков должна быть одинаковы. @end deftypefn @end ifclear @c ################################################################## @external{} @node Background, Primitives, Export picture, MathGL core @section Фоновое изображение @nav{} @cindex LoadBackground @cindex Clf @cindex Rasterize These functions change background image. @anchor{clf} @deftypefn {Команда MGL} {} clf ['col'] @deftypefnx {Команда MGL} {} clf r g b @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Clf () @deftypefnx {Метод класса @code{mglGraph}} @code{void} Clf (@code{const char *} col) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Clf (@code{char} col) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Clf (@code{mreal} r, @code{mreal} g, @code{mreal} b) @deftypefnx {Функция С} @code{void} mgl_clf (@code{HMGL} gr) @deftypefnx {Функция С} @code{void} mgl_clf_str (@code{HMGL} gr, @code{const char *} col) @deftypefnx {Функция С} @code{void} mgl_clf_chr (@code{HMGL} gr, @code{char} col) @deftypefnx {Функция С} @code{void} mgl_clf_rgb (@code{HMGL} gr, @code{mreal} r, @code{mreal} g, @code{mreal} b) @end ifclear Очищает рисунок и заполняет фон заданным цветом. @end deftypefn @anchor{rasterize} @deftypefn {Команда MGL} {} rasterize @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Rasterize () @deftypefnx {Функция С} @code{void} mgl_rasterize (@code{HMGL} gr) @end ifclear Завершает рисование графика и помещает результат в качестве фона. После этого, очищает список примитивов (как @ref{clf}). Функция полезна для сохранения части графика (например, поверхностей или векторных полей) в растровом виде, а другой части (кривых, осей и пр.) в векторном. @end deftypefn @anchor{background} @deftypefn {Команда MGL} {} background 'fname' [@code{alpha=1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} LoadBackground (@code{const char *} fname, @code{double} alpha=@code{1}) @deftypefnx {Функция С} @code{void} mgl_load_background (@code{HMGL} gr, @code{const char *} fname, @code{double} alpha) @end ifclear Загружает PNG или JPEG файл @var{fname} в качестве фона для графика. Параметр @var{alpha} задает прозрачность фона вручную. @end deftypefn @c ################################################################## @external{} @node Primitives, Text printing, Export picture, MathGL core @section Рисование примитивов @nav{} @cindex Ball @cindex Line @cindex Curve @cindex Glyph @cindex Face @cindex FaceX @cindex FaceY @cindex FaceZ @cindex Cone @cindex Drop @cindex Sphere @ifclear UDAV @cindex Mark @cindex Error @end ifclear Эти функции рисуют рисуют простые объекты типа линий, точек, сфер, капель, конусов, и т.д. @anchor{ball} @deftypefn {Команда MGL} {} ball @code{x y} ['col'='r.'] @deftypefnx {Команда MGL} {} ball @code{x y z} ['col'='r.'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Ball (@code{mglPoint} p, @code{char} col=@code{'r'}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Mark (@code{mglPoint} p, @code{const char *}mark) @deftypefnx {Функция С} @code{void} mgl_mark (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{const char *}mark) @end ifclear Рисует маркер (точку по умолчанию) с координатами @var{p}=@{@var{x}, @var{y}, @var{z}@} и цветом @var{col}. @end deftypefn @anchor{errbox} @deftypefn {Команда MGL} {} errbox @code{x y ex ey} ['stl'=''] @deftypefnx {Команда MGL} {} errbox @code{x y z ex ey ez} ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Error (@code{mglPoint} p, @code{mglPoint} e, @code{char} *stl=@code{""}) @deftypefnx {Функция С} @code{void} mgl_error_box (@code{HMGL} gr, @code{mreal} px, @code{mreal} py, @code{mreal} pz, @code{mreal} ex, @code{mreal} ey, @code{mreal} ez, @code{char *}stl) @end ifclear Рисует 3d error box в точке @var{p}=@{@var{x}, @var{y}, @var{z}@} размером @var{e}=@{@var{ex}, @var{ey}, @var{ez}@} и стилем @var{stl}. Используйте NAN в компонентах @var{e} для уменьшения рисуемых элементов. @end deftypefn @anchor{line} @deftypefn {Команда MGL} {} line @code{x1 y1 x2 y2} ['stl'=''] @deftypefnx {Команда MGL} {} line @code{x1 y1 z1 x2 y2 z2} ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Line (@code{mglPoint} p1, @code{mglPoint} p2, @code{char *}stl=@code{"B"}, @code{int}num=@code{2}) @deftypefnx {Функция С} @code{void} mgl_line (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{char *}stl, @code{int}num) @end ifclear Рисует геодезическую линию (декартовых координатах -- прямую) из точки @var{p1} в @var{p2} использую стиль линии @var{stl}. Параметр @var{num} определяет гладкость линии (число точек на линии). Если @var{num}=@code{2}, то рисуется прямая даже в криволинейных координатах (см. @ref{Curved coordinates}). Наоборот, для больших значений (например, =@code{100}) рисуется геодезическая линия (окружность в полярных координатах, парабола в параболических и т.д.). Линия рисуется даже если часть ее лежит вне диапазона осей координат. @end deftypefn @anchor{curve} @deftypefn {Команда MGL} {} curve @code{x1 y1 dx1 dy1 x2 y2 dx2 dy2} ['stl'=''] @deftypefnx {Команда MGL} {} curve @code{x1 y1 z1 dx1 dy1 dz1 x2 y2 z2 dx2 dy2 dz2} ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Curve (@code{mglPoint} p1, @code{mglPoint} d1, @code{mglPoint} p2, @code{mglPoint} d2, @code{const char *}stl=@code{"B"}, @code{int} num=@code{100}) @deftypefnx {Функция С} @code{void} mgl_curve (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} dx1, @code{mreal} dy1, @code{mreal} dz1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} dx2, @code{mreal} dy2, @code{mreal} dz2, @code{const char *}stl, @code{int} num) @end ifclear Рисует кривую Безье из точки @var{p1} в @var{p2} используя стиль линии @var{stl}. Касательные в точках пропорциональны @var{d1}, @var{d2}. Параметр @var{num} определяет гладкость линии (число точек на линии). Если @var{num}=@code{2}, то рисуется прямая даже в криволинейных координатах (см. @ref{Curved coordinates}). Наоборот, для больших значений (например, =@code{100}) рисуется геодезическая линия (окружность в полярных координатах, парабола в параболических и т.д.). Кривая рисуется даже если часть ее лежит вне диапазона осей координат. @end deftypefn @anchor{face} @deftypefn {Команда MGL} {} face @code{x1 y1 x2 y2 x3 y3 x4 y4} ['stl'=''] @deftypefnx {Команда MGL} {} face @code{x1 y1 z1 x2 y2 z2 x3 y3 z3 x4 y4 z4} ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Face (@code{mglPoint} p1, @code{mglPoint} p2, @code{mglPoint} p3, @code{mglPoint} p4, @code{const char *}stl=@code{"w"}) @deftypefnx {Функция С} @code{void} mgl_face (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} x3, @code{mreal} y3, @code{mreal} z3, @code{mreal} x4, @code{mreal} y4, @code{mreal} z4, @code{const char *}stl) @end ifclear Рисует заполненный четырехугольник (грань) с углами в точках @var{p1}, @var{p2}, @var{p3}, @var{p4} и цветом(-ами) @var{stl}. При этом цвет может быть один для всей грани, или различным если указаны все 4 цвета. Грань будет нарисована даже если часть ее лежит вне диапазона осей координат. @end deftypefn @anchor{rect} @deftypefn {Команда MGL} {} rect @code{x1 y1 x2 y2} ['stl'=''] @deftypefnx {Команда MGL} {} rect @code{x1 y1 z1 x2 y2 z2} ['stl'=''] Рисует закрашенный прямоугольник (грань) с вершинами @{@var{x1}, @var{y1}, @var{z1}@} и @{@var{x2}, @var{y2}, @var{z2}@} цветом @var{stl}. При этом цвет может быть один для всей грани, или различным для разных вершин если указаны все 4 цвета. Грань будет нарисована даже если часть ее лежит вне диапазона осей координат. @end deftypefn @anchor{facex} @anchor{facey} @anchor{facez} @deftypefn {Команда MGL} {} facex @code{x0 y0 z0 wy wz} ['stl'='' @code{d1=0 d2=0}] @deftypefnx {Команда MGL} {} facey @code{x0 y0 z0 wx wz} ['stl'='' @code{d1=0 d2=0}] @deftypefnx {Команда MGL} {} facez @code{x0 y0 z0 wx wy} ['stl'='' @code{d1=0 d2=0}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} FaceX (@code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wy, @code{mreal} wz, @code{const char *}stl=@code{"w"}, @code{mreal} d1=@code{0}, @code{mreal} d2=@code{0}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} FaceY (@code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wx, @code{mreal} wz, @code{const char *}stl=@code{"w"}, @code{mreal} d1=@code{0}, @code{mreal} d2=@code{0}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} FaceZ (@code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wx, @code{mreal} wy, @code{const char *}stl=@code{"w"}, @code{mreal} d1=@code{0}, @code{mreal} d2=@code{0}) @deftypefnx {Функция С} @code{void} mgl_facex (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wy, @code{mreal} wz, @code{const char *}stl, @code{mreal} d1, @code{mreal} d2) @deftypefnx {Функция С} @code{void} mgl_facey (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wx, @code{mreal} wz, @code{const char *}stl, @code{mreal} d1, @code{mreal} d2) @deftypefnx {Функция С} @code{void} mgl_facez (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} wx, @code{mreal} wy, @code{const char *}stl, @code{mreal} d1, @code{mreal} d2) @end ifclear Рисует закрашенный прямоугольник (грань) перпендикулярно оси [x,y,z] в точке @{@var{x0}, @var{y0}, @var{z0}@} цветом @var{stl} и шириной @var{wx}, @var{wy}, @var{wz} вдоль соответствующего направления. При этом цвет может быть один для всей грани, или различным для разных вершин если указаны все 4 цвета. Параметры @var{d1}!=0, @var{d2}!=0 задают дополнительный сдвиг последней точки (т.е. рисуют четырехугольник). Грань будет нарисована даже если часть ее лежит вне диапазона осей координат. @end deftypefn @anchor{sphere} @deftypefn {Команда MGL} {} sphere @code{x0 y0 r} ['col'='r'] @deftypefnx {Команда MGL} {} sphere @code{x0 y0 z0 r} ['col'='r'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Sphere (@code{mglPoint} p, @code{mreal} r, @code{const char *}stl=@code{"r"}) @deftypefnx {Функция С} @code{void} mgl_sphere (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} r, @code{const char *}stl) @end ifclear Рисует сферу радиуса @var{r} с центром в точке @var{p}=@{@var{x0}, @var{y0}, @var{z0}@} цветом @var{stl}. @end deftypefn @anchor{drop} @deftypefn {Команда MGL} {} drop @code{x0 y0 dx dy r} ['col'='r' @code{sh=1 asp=1}] @deftypefnx {Команда MGL} {} drop @code{x0 y0 z0 dx dy dz r} ['col'='r' @code{sh=1 asp=1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Drop (@code{mglPoint} p, @code{mglPoint} d, @code{mreal} r, @code{const char *}col=@code{"r"}, @code{mreal} shift=@code{1}, @code{mreal} ap=@code{1}) @deftypefnx {Функция С} @code{void} mgl_drop (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{mreal} r, @code{const char *}col, @code{mreal} shift, @code{mreal} ap) @end ifclear Рисует каплю радиуса @var{r} в точке @var{p} вытянутую вдоль направления @var{d} цветом @var{col}. Параметр @var{shift} определяет степень вытянутости: @samp{0} -- сфера, @samp{1} -- классическая капля. Параметр @var{ap} определяет относительную ширину капли (аналог "эллиптичности" для сферы). @end deftypefn @anchor{cone} @deftypefn {Команда MGL} {} cone @code{x1 y1 z1 x2 y2 z2 r1} [@code{r2=-1} 'stl'='' @code{edge=off}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cone (@code{mglPoint} p1, @code{mglPoint} p2, @code{mreal} r1, @code{mreal} r2=@code{-1}, @code{const char *}stl=@code{"B"}, @code{bool} edge=@code{false}) @deftypefnx {Функция С} @code{void} mgl_cone (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} r1, @code{mreal} r2, @code{const char *}stl, @code{int} draw_edge) @end ifclear Рисует трубу (или усеченный конус если @var{edge}=@code{false}) между точками @var{p1}, @var{p2} с радиусами на концах @var{r1}, @var{r2}. Если @var{r2}<0, то полагается @var{r2}=@var{r1}. Цвет конуса задается строкой @var{stl}. Параметр @var{stl} может содержать: @itemize @bullet @item @samp{@@} для рисования торцов; @item @samp{#} для сетчатой фигуры; @item @samp{t} для рисования цилиндра вместо конуса/призмы; @item @samp{4}, @samp{6}, @samp{8} для рисования квадратной, шестиугольной или восьмиугольной призмы вместо конуса. @end itemize @end deftypefn @anchor{circle} @deftypefn {Команда MGL} {} circle @code{x0 y0 r} ['col'='r'] @deftypefnx {Команда MGL} {} circle @code{x0 y0 z0 r} ['col'='r'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Circle (@code{mglPoint} p, @code{mreal} r, @code{const char *}stl=@code{"r"}) @end ifclear Рисует круг радиуса @var{r} с центром в точке @var{p}=@{@var{x0}, @var{y0}, @var{z0}@} цветом @var{stl}. Если @var{col} содержит: @samp{#} то рисуется только граница, @samp{@@} то рисуется граница (вторым цветом из @var{col} или черными). @end deftypefn @anchor{ellipse} @deftypefn {Команда MGL} {} ellipse @code{x1 y1 x2 y2 r} ['col'='r'] @deftypefnx {Команда MGL} {} ellipse @code{x1 y1 z1 x2 y2 z2 r} ['col'='r'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Ellipse (@code{mglPoint} p1, @code{mglPoint} p2, @code{mreal} r, @code{const char *}col=@code{"r"}) @deftypefnx {Функция С} @code{void} mgl_ellipse (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} r, @code{const char *}col) @end ifclear Рисует эллипс радиуса @var{r} с фокусами в точках @var{p1}, @var{p2} цветом @var{stl}. Если @var{col} содержит: @samp{#} то рисуется только граница, @samp{@@} то рисуется граница (вторым цветом из @var{col} или черными). @end deftypefn @anchor{rhomb} @deftypefn {Команда MGL} {} rhomb @code{x1 y1 x2 y2 r} ['col'='r'] @deftypefnx {Команда MGL} {} rhomb @code{x1 y1 z1 x2 y2 z2 r} ['col'='r'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Rhomb (@code{mglPoint} p1, @code{mglPoint} p2, @code{mreal} r, @code{const char *}col=@code{"r"}) @deftypefnx {Функция С} @code{void} mgl_rhomb (@code{HMGL} gr, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} x2, @code{mreal} y2, @code{mreal} z2, @code{mreal} r, @code{const char *}col) @end ifclear Рисует ромб ширины @var{r} с вершинами в точках @var{p1}, @var{p2} цветом @var{stl}. Если @var{col} содержит: @samp{#} то рисуется только граница, @samp{@@} то рисуется граница (вторым цветом из @var{col} или черными). Если @var{col} содержит 3 цвета, то используется градиентная заливка. @end deftypefn @anchor{arc} @deftypefn {Команда MGL} {} arc @code{x0 y0 x1 y1 a} ['col'='r'] @deftypefnx {Команда MGL} {} arc @code{x0 y0 z0 x1 y1 a} ['col'='r'] @deftypefnx {Команда MGL} {} arc @code{x0 y0 z0 xa ya za x1 y1 z1 a} ['col'='r'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Arc (@code{mglPoint} p0, @code{mglPoint} p1, @code{mreal} a, @code{const char *}col=@code{"r"}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Arc (@code{mglPoint} p0, @code{mglPoint} pa, @code{mglPoint} p1, @code{mreal} a, @code{const char *}col=@code{"r"}) @deftypefnx {Функция С} @code{void} mgl_arc (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} x1, @code{mreal} y1, @code{mreal} a, @code{const char *}col) @deftypefnx {Функция С} @code{void} mgl_arc_ext (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} xa, @code{mreal} ya, @code{mreal} za, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{mreal} a, @code{const char *}col) @end ifclear Рисует дугу вокруг оси @var{pa} (по умолчанию вокруг оси z @var{pa}=@{0,0,1@}) с центром в @var{p0}, начиная с точки @var{p1}. Параметр @var{a} задает угол дуги в градусах. Строка @var{col} задает цвет дуги и тип стрелок на краях. @end deftypefn @anchor{polygon} @deftypefn {Команда MGL} {} polygon @code{x0 y0 x1 y1 num} ['col'='r'] @deftypefnx {Команда MGL} {} polygon @code{x0 y0 z0 x1 y1 z1 num} ['col'='r'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Polygon (@code{mglPoint} p0, @code{mglPoint} p1, @code{int} num, @code{const char *}col=@code{"r"}) @deftypefnx {Функция С} @code{void} mgl_polygon (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{mreal} x1, @code{mreal} y1, @code{mreal} z1, @code{int} num, @code{const char *}col) @end ifclear Рисует правильный @var{num}-угольник с центром в @var{p0} с первой вершиной в @var{p1} цветом @var{col}. Если @var{col} содержит: @samp{#} то рисуется только граница, @samp{@@} то рисуется граница (вторым цветом из @var{col} или черными). @c Если @var{col} содержит 3 цвета, то используется градиентная заливка. @end deftypefn @anchor{logo} @deftypefn {Команда MGL} {} logo 'fname' [smooth=off] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Logo (@code{const char *}fname, @code{bool} smooth=@code{false}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Logo (@code{long} w, @code{long} h, @code{const unsigned char *}rgba, @code{bool} smooth=@code{false}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_logo (@code{HMGL} gr, @code{long} w, @code{long} h, @code{const unsigned char *}rgba, @code{bool} smooth, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_logo_file (@code{HMGL} gr, @code{const char *}fname, @code{bool} smooth, @code{const char *}opt) @end ifclear Draw bitmap (logo) along whole axis range, which can be changed by @ref{Command options}. Bitmap can be loaded from file or specified as RGBA values for pixels. Parameter @var{smooth} set to draw bitmap without or with color interpolation. @end deftypefn @anchor{symbol} @deftypefn {Команда MGL} {} symbol @code{x y} 'id' ['fnt'='' @code{size=-1}] @deftypefnx {Команда MGL} {} symbol @code{x y z} 'id' ['fnt'='' @code{size=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Symbol (@code{mglPoint} p, @code{char} id, @code{const char *}fnt=@code{""}, @code{mreal} size=@code{-1}) @deftypefnx {Функция С} @code{void} mgl_symbol (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{char} id, @code{const char *}fnt, @code{mreal} size) @end ifclear Рисует определенный пользователем символ с именем @var{id} в точке @var{p} стилем @var{fnt}. Размер задается параметром @var{size} (по умолчанию @code{-1}). Строка @var{fnt} может содержать цвет (до разделителя @samp{:}); стили @samp{a} или @samp{A} для вывода в абсолютной позиции (@{@var{x}, @var{y}@} полагаются в диапазоне [0,1]) относительно рисунка (для @samp{A}) или subplot/inplot (для @samp{a}); и стиль @samp{w} для рисования только контура символа. @end deftypefn @deftypefn {Команда MGL} {} symbol @code{x y dx dy} 'id' ['fnt'=':L' @code{size=-1}] @deftypefnx {Команда MGL} {} symbol @code{x y z dx dy dz} 'id' ['fnt'=':L' @code{size=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Symbol (@code{mglPoint} p, @code{mglPoint} d, @code{char} id, @code{const char *}fnt=@code{""}, @code{mreal} size=@code{-1}) @deftypefnx {Функция С} @code{void} mgl_symbol_dir (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{const char *}text, @code{const char *}fnt, @code{mreal} size) @end ifclear Аналогично предыдущему, но символ рисуется в повернутым в направлении @var{d}. @end deftypefn @anchor{addsymbol} @deftypefn {Команда MGL} {} addsymbol 'id' xdat ydat @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} DefineSymbol (@code{char} id, @code{const mglDataA &}xdat, @code{const mglDataA &}ydat) @deftypefnx {Функция С} @code{void} mgl_define_symbol (@code{HMGL} gr, @code{HCDT} xdat, @code{HCDT} ydat) @end ifclear Добавляет определенный пользователем символ с именем @var{id} и границей @{@var{xdat}, @var{ydat}@}. Значения @code{NAN} задают разрыв (скачок) граничной кривой. @end deftypefn @c ################################################################## @external{} @node Text printing, Axis and Colorbar, Primitives, MathGL core @section Вывод текста @nav{} @ifclear UDAV @cindex Puts @cindex Putsw @end ifclear @cindex Text @cindex fgets Функции для вывода текста позволяют вывести строку текста в произвольном месте рисунка, в произвольном направлении и вдоль произвольной кривой. MathGL позволяет использовать произвольное начертание шрифта и многие ТеХ-ие команды (детальнее см. @ref{Font styles}). Все функции вывода текста имеют варианты для 8-bit строк (@code{char *}) и для Unicode строк (@code{wchar_t *}). В первом случае используется конверсия из текущей локали, т.е. иногда вам требуется явно указать локаль с помощью функции @code{setlocale()}. Аргумент @var{size} определяет размер текста: размер шрифта если положителен или относительный размер (=-@var{size}*@code{SetFontSize()}) если отрицателен. Начертание шрифта (STIX, arial, courier, times и др.) можно изменить с помощью функции LoadFont(). @xref{Font settings}. Параметры шрифта задаются строкой, которая может содержать символы цвета @samp{wkrgbcymhRGBCYMHW} (см. @ref{Color styles}). Также после символа @samp{:} можно указать символы стиля (@samp{rbiwou}) и/или выравнивания (@samp{LRCTV}). Стили шрифта: @samp{r} -- прямой, @samp{i} -- курсив, @samp{b} -- жирный, @samp{w} -- контурный, @samp{o} -- надчеркнутый, @samp{u} -- подчеркнутый. По умолчанию используется прямой шрифт. Типы выравнивания: @samp{L} -- по левому краю (по умолчанию), @samp{C} -- по центру, @samp{R} -- по правому краю, @samp{T} -- под текстом, @samp{V} -- по центру вертикально. Например, строка @samp{b:iC} соответствует курсиву синего цвета с выравниванием по центру. Начиная с MathGL версии 2.3, вы можете задать цветовой градиент для выводимой строки (см. @ref{Color scheme}). Если строка содержит символы @samp{aA}, то текст выводится в абсолютных координатах (полагаются в диапазоне [0,1]). При этом используются координаты относительно рисунка (если указано @samp{A}) или относительно последнего subplot/inplot (если указано @samp{a}). Если строка содержит символ @samp{@@}, то вокруг текста рисуется прямоугольник. @sref{Text features} @anchor{text} @deftypefn {Команда MGL} {} text @code{x y} 'text' ['fnt'='' @code{size=-1}] @deftypefnx {Команда MGL} {} text @code{x y z} 'text' ['fnt'='' @code{size=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Puts (@code{mglPoint} p, @code{const char *}text, @code{const char *}fnt=@code{":C"}, @code{mreal} size=@code{-1}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Putsw (@code{mglPoint} p, @code{const wchar_t *}text, @code{const char *}fnt=@code{":C"}, @code{mreal} size=@code{-1}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Puts (@code{mreal} x, @code{mreal} y, @code{const char *}text, @code{const char *}fnt=@code{":AC"}, @code{mreal} size=@code{-1}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Putsw (@code{mreal} x, @code{mreal} y, @code{const wchar_t *}text, @code{const char *}fnt=@code{":AC"}, @code{mreal} size=@code{-1}) @deftypefnx {Функция С} @code{void} mgl_puts (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{const char *}text, @code{const char *}fnt, @code{mreal} size) @deftypefnx {Функция С} @code{void} mgl_putsw (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{const wchar_t *}text, @code{const char *}fnt, @code{mreal} size) @end ifclear Выводит строку @var{text} от точки @var{p} шрифтом определяемым строкой @var{fnt}. Размер шрифта задается параметром @var{size} (по умолчанию @code{-1}). @end deftypefn @deftypefn {Команда MGL} {} text @code{x y dx dy} 'text' ['fnt'=':L' @code{size=-1}] @deftypefnx {Команда MGL} {} text @code{x y z dx dy dz} 'text' ['fnt'=':L' @code{size=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Puts (@code{mglPoint} p, @code{mglPoint} d, @code{const char *}text, @code{const char *}fnt=@code{':L'}, @code{mreal} size=@code{-1}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Putsw (@code{mglPoint} p, @code{mglPoint} d, @code{const wchar_t *}text, @code{const char *}fnt=@code{':L'}, @code{mreal} size=@code{-1}) @deftypefnx {Функция С} @code{void} mgl_puts_dir (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{const char *}text, @code{const char *}fnt, @code{mreal} size) @deftypefnx {Функция С} @code{void} mgl_putsw_dir (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{mreal} dx, @code{mreal} dy, @code{mreal} dz, @code{const wchar_t *}text, @code{const char *}fnt, @code{mreal} size) @end ifclear Выводит строку @var{text} от точки @var{p} вдоль направления @var{d}. Параметр @var{fnt} задает стиль текста и указывает выводить текст под линией (@samp{T}) или над ней (@samp{t}). @end deftypefn @anchor{fgets} @deftypefn {Команда MGL} {} fgets @code{x y} 'fname' [@code{n=0} 'fnt'='' @code{size=-1.4}] @deftypefnx {Команда MGL} {} fgets @code{x y z} 'fname' [@code{n=0} 'fnt'='' @code{size=-1.4}] Выводит @var{n}-ую строку файла @var{fname} от точки @{@var{x},@var{y},@var{z}@} шрифтом @var{fnt} и размером @var{size}. По умолчанию используются параметры заданные командой @ref{font}. @end deftypefn @deftypefn {Команда MGL} {} text ydat 'text' ['fnt'=''] @deftypefnx {Команда MGL} {} text xdat ydat 'text' ['fnt'='' @code{size=-1 zval=nan}] @deftypefnx {Команда MGL} {} text xdat ydat zdat 'text' ['fnt'='' @code{size=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Text (@code{const mglDataA &}y, @code{const char *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Text (@code{const mglDataA &}y, @code{const wchar_t *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Text (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Text (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const wchar_t *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Text (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Text (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const wchar_t *}text, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_text_y (@code{HMGL} gr, @code{HCDT} y, @code{const char *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textw_y (@code{HMGL} gr, @code{HCDT} y, @code{const wchar_t *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_text_xy (@code{HCDT} x, @code{HCDT} y, @code{const char *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textw_xy (@code{HCDT} x, @code{HCDT} y, @code{const wchar_t *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_text_xyz (@code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}text, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textw_xyz (@code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const wchar_t *}text, @code{const char *}fnt, @code{const char *}opt) @end ifclear Выводит строку @var{text} вдоль кривой @{@var{x}[i], @var{y}[i], @var{z}[i]@} шрифтом @var{fnt}. Строка @var{fnt} может содержать символы: @samp{t} для вывода текста под кривой (по умолчанию), или @samp{T} для вывода текста под кривой. Размеры по 1-ой размерности должны быть одинаковы для всех массивов @code{x.nx=y.nx=z.nx}. Если массив @var{x} не указан, то используется "автоматический" массив со значениями в диапазоне осей координат (см. @ref{Ranges (bounding box)}). Если массив @var{z} не указан, то используется минимальное значение оси z. Строка @var{opt} содержит опции команды (см. @ref{Command options}). @end deftypefn @c ################################################################## @external{} @node Axis and Colorbar, Legend, Text printing, MathGL core @section Оси и Colorbar @nav{} @cindex Axis @cindex Box @cindex Grid @cindex Colorbar @cindex Label Эти функции рисуют объекты для "измерения" типа осей координат, цветовой таблицы (colorbar), сетку по осям, обрамляющий параллелепипед и подписи по осям координат. См. также см. @ref{Axis settings}. @anchor{axis} @deftypefn {Команда MGL} {} axis ['dir'='xyz' 'stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Axis (@code{const char *}dir=@code{"xyz"}, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_axis (@code{HMGL} gr, @code{const char *}dir, @code{const char *}stl, @code{const char *}opt) @end ifclear Рисует оси координат и метки на них (см. @ref{Axis settings}) в направлениях @samp{xyz}, указанных строкой @var{dir}. Строка @var{dir} может содержать: @itemize @item @samp{xyz} для рисования соответствующих осей; @item @samp{XYZ} для рисования соответствующих осей с метками с другой стороны; @item @samp{~} или @samp{_} для осей без подписей; @item @samp{U} для невращаемых подписей; @item @samp{^} для инвертирования положения по умолчанию; @item @samp{!} для отключения улучшения вида меток (см. @ref{tuneticks}); @item @samp{AKDTVISO} для вывода стрелки на конце оси; @item @samp{a} для принудительной автоматической расстановки меток; @item @samp{:} для рисования линий через точку (0,0,0); @item @samp{f} для вывода чисел в фиксированном формате; @item @samp{E} для вывода @samp{E} вместо @samp{e}; @item @samp{F} для вывода в формате LaTeX; @item @samp{+} для вывода @samp{+} для положительных чисел; @item @samp{-} для вывода обычного @samp{-}; @item @samp{0123456789} для задания точности при выводе чисел. @end itemize Стиль меток и оси(ей) задается строкой @var{stl}. Опция @code{value} задает угол вращения меток оси. @sref{Axis and ticks} @end deftypefn @anchor{colorbar} @deftypefn {Команда MGL} {} colorbar ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Colorbar (@code{const char *}sch=@code{""}) @deftypefnx {Функция С} @code{void} mgl_colorbar (@code{HMGL} gr, @code{const char *}sch) @end ifclear Рисует полосу соответствия цвета и числовых значений (colorbar) для цветовой схемы @var{sch} (используется текущая для @code{sch=""}) с краю от графика. Строка @var{sch} также может содержать: @itemize @item @samp{<>^_} для расположения слева, справа, сверху или снизу соответственно; @item @samp{I} для расположения около осей (по умолчанию, на краях subplot); @item @samp{A} для использования абсолютных координат (относительно рисунка); @item @samp{~} для colorbar без подписей; @item @samp{!} для отключения улучшения вида меток (см. @ref{tuneticks}); @item @samp{a} для принудительной автоматической расстановки меток; @item @samp{f} для вывода чисел в фиксированном формате; @item @samp{E} для вывода @samp{E} вместо @samp{e}; @item @samp{F} для вывода в формате LaTeX; @item @samp{+} для вывода @samp{+} для положительных чисел; @item @samp{-} для вывода обычного @samp{-}; @item @samp{0123456789} для задания точности при выводе чисел. @end itemize @sref{Colorbars} @end deftypefn @deftypefn {Команда MGL} {} colorbar vdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Colorbar (@code{const mglDataA &}v, @code{const char *}sch=@code{""}) @deftypefnx {Функция С} @code{void} mgl_colorbar_val (@code{HMGL} gr, @code{HCDT} v, @code{const char *}sch) @end ifclear Аналогично предыдущему, но для цветовой схемы без сглаживания с заданными значениями @var{v}. @sref{ContD sample} @end deftypefn @deftypefn {Команда MGL} {} colorbar 'sch' @code{x y [w=1 h=1]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Colorbar (@code{const char *}sch, @code{mreal} x, @code{mreal} y, @code{mreal} w=@code{1}, @code{mreal} h=@code{1}) @deftypefnx {Функция С} @code{void} mgl_colorbar_ext (@code{HMGL} gr, @code{const char *}sch, @code{mreal} x, @code{mreal} y, @code{mreal} w, @code{mreal} h) @end ifclear Аналогично первому, но в произвольном месте графика @{@var{x}, @var{y}@} (полагаются в диапазоне [0,1]). Параметры @var{w}, @var{h} задают относительную ширину и высоту colorbar. @end deftypefn @deftypefn {Команда MGL} {} colorbar vdat 'sch' @code{x y [w=1 h=1]} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Colorbar (@code{const mglDataA &}v, @code{const char *}sch, @code{mreal} x, @code{mreal} y, @code{mreal} w=@code{1}, @code{mreal} h=@code{1}) @deftypefnx {Функция С} @code{void} mgl_colorbar_val_ext (@code{HMGL} gr, @code{HCDT} v, @code{const char *}sch, @code{mreal} x, @code{mreal} y, @code{mreal} w, @code{mreal} h) @end ifclear Аналогично предыдущему, но для цветовой схемы @var{sch} без сглаживания с заданными значениями @var{v}. @sref{ContD sample} @end deftypefn @anchor{grid} @deftypefn {Команда MGL} {} grid ['dir'='xyz' 'pen'='B'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Grid (@code{const char *}dir=@code{"xyz"}, @code{const char *}pen=@code{"B"}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_axis_grid (@code{HMGL} gr, @code{const char *}dir, @code{const char *}pen, @code{const char *}opt) @end ifclear Рисует линии сетки в направлениях перпендикулярным @var{dir}. Если @var{dir} содержит @samp{!}, то линии рисуются также и для координат под-меток. Шаг сетки такой же как у меток осей координат. Стиль линий задается параметром @var{pen} (по умолчанию -- сплошная темно синяя линия @samp{B-}). @end deftypefn @anchor{box} @deftypefn {Команда MGL} {} box ['stl'='k' @code{ticks=on}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Box (@code{const char *}col=@code{""}, @code{bool} ticks=@code{true}) @deftypefnx {Функция С} @code{void} mgl_box (@code{HMGL} gr) @deftypefnx {Функция С} @code{void} mgl_box_str (@code{HMGL} gr, @code{const char *}col, @code{int} ticks) @end ifclear Рисует ограничивающий параллелепипед цветом @var{col}. Если @var{col} содержит @samp{@@}, то рисуются закрашенные задние грани. При этом первый цвет используется для граней (по умолчанию светло жёлтый), а последний для рёбер и меток. @end deftypefn @anchor{xlabel} @anchor{ylabel} @anchor{zlabel} @anchor{tlabel} @deftypefn {Команда MGL} {} xlabel 'text' [@code{pos=1}] @deftypefnx {Команда MGL} {} ylabel 'text' [@code{pos=1}] @deftypefnx {Команда MGL} {} zlabel 'text' [@code{pos=1}] @deftypefnx {Команда MGL} {} tlabel 'text' [@code{pos=1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Label (@code{char} dir, @code{const char *}text, @code{mreal} pos=@code{1}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Label (@code{char} dir, @code{const wchar_t *}text, @code{mreal} pos=@code{1}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_label (@code{HMGL} gr, @code{char} dir, @code{const char *}text, @code{mreal} pos, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_labelw (@code{HMGL} gr, @code{char} dir, @code{const wchar_t *}text, @code{mreal} pos, @code{const char *}opt) @end ifclear Выводит подпись @var{text} для оси @var{dir}=@samp{x},@samp{y},@samp{z},@samp{t} (где @samp{t} -- ``тернарная'' ось @math{t=1-x-y}). Параметр @var{pos} задает положение подписи: при @var{pos}=0 -- по центру оси, при @var{pos}>0 -- около максимальных значений, при @var{pos}<0 -- около минимальных значений. Опция @code{value} задает дополнительный сдвиг текста. @xref{Text printing}. @end deftypefn @c ################################################################## @external{} @node Legend, 1D plotting, Axis and Colorbar, MathGL core @section Легенда @nav{} @cindex Legend @cindex AddLegend @cindex ClearLegend @cindex SetLegendBox @cindex SetLegendMarks Эти функции обеспечивают рисование легенды графика (полезно для @ref{1D plotting}). Запись в легенде состоит из двух строк: одна для стиля линии и маркеров, другая с текстом описания (с включенным разбором TeX-их команд). Можно использовать непосредственно массивы строк, или накопление во внутренние массивы с помощью функции AddLegend() с последующим отображением. Положение легенды можно задать автоматически или вручную. Параметры @var{fnt} и @var{size} задают стиль и размер шрифта (см. @ref{Font settings}). Опция @code{value} задает зазор между примером линии и текстом (по умолчанию 0.1). Опция @code{size} задает размер текста. Если стиль линии пустой, то соответствующий текст печатается без отступа. Строка @var{fnt} может содержать: @itemize @bullet @item стиль текста для записей; @item @samp{A} для расположения относительно всего рисунка, а не текущего subplot; @item @samp{^} для размещения снаружи от указанных координат; @item @samp{#} для вывода прямоугольника вокруг легенды; @item @samp{-} для горизонтального расположения записей; @item цвета для заливки (1-ый), для границы (2-ой) и для текста записей (3-ий). Если указано меньше трех цветов, то цвет границы черный (для 2 и менее цветов), и цвет заливки белый (для 1 и менее цвета). @end itemize @sref{Legend sample} @anchor{legend} @deftypefn {Команда MGL} {} legend [@code{pos=3} 'fnt'='#'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Legend (@code{int} pos=@code{0x3}, @code{const char *}fnt=@code{"#"}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_legend (@code{HMGL} gr, @code{int} pos, @code{const char *}fnt, @code{const char *}opt) @end ifclear Рисует легенду из накопленных записей шрифтом @var{fnt}. Параметр @var{pos} задает положение легенды: @samp{0} -- в нижнем левом углу, @samp{1} -- нижнем правом углу, @samp{2} -- верхнем левом углу, @samp{3} -- верхнем правом углу (по умолчанию). Опция @code{value} задает зазор между примером линии и текстом (по умолчанию 0.1). @end deftypefn @deftypefn {Команда MGL} {} legend @code{x y} ['fnt'='#'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Legend (@code{mreal} x, @code{mreal} y, @code{const char *}fnt=@code{"#"}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_legend_pos (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{const char *}fnt, @code{const char *}opt) @end ifclear Рисует легенду из накопленных записей шрифтом @var{fnt}. Положение легенды задается параметрами @var{x}, @var{y}, которые полагаются нормированными в диапазоне [0,1]. Опция @code{value} задает зазор между примером линии и текстом (по умолчанию 0.1). @end deftypefn @anchor{addlegend} @deftypefn {Команда MGL} {} addlegend 'text' 'stl' @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} AddLegend (@code{const char *}text, @code{const char *}style) @deftypefnx {Метод класса @code{mglGraph}} @code{void} AddLegend (@code{const wchar_t *}text, @code{const char *}style) @deftypefnx {Функция С} @code{void} mgl_add_legend (@code{HMGL} gr, @code{const char *}text, @code{const char *}style) @deftypefnx {Функция С} @code{void} mgl_add_legendw (@code{HMGL} gr, @code{const wchar_t *}text, @code{const char *}style) @end ifclear Добавляет описание @var{text} кривой со стилем @var{style} (см. @ref{Line styles}) во внутренний массив записей легенды. @end deftypefn @anchor{clearlegend} @deftypefn {Команда MGL} {} clearlegend @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ClearLegend () @deftypefnx {Функция С} @code{void} mgl_clear_legend (@code{HMGL} gr) @end ifclear Очищает внутренний массив записей легенды. @end deftypefn @anchor{legendmarks} @deftypefn {Команда MGL} {} legendmarks @code{val} @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SetLegendMarks (@code{int} num) @deftypefnx {Функция С} @code{void} mgl_set_legend_marks (@code{HMGL} gr, @code{int} num) @end ifclear Задает число маркеров в легенде. По умолчанию используется 1 маркер. @end deftypefn @c ################################################################## @external{} @node 1D plotting, 2D plotting, Legend, MathGL core @section 1D графики @nav{} @cindex Plot @cindex Radar @cindex Tens @cindex Area @cindex Region @cindex Stem @cindex Bars @cindex Barh @cindex Chart @cindex Step @cindex Torus @cindex Tube @cindex Mark @cindex TextMark @cindex Error @cindex BoxPlot @cindex Candle @cindex Tape @cindex Label @cindex Cones Эти функции строят графики для одномерных (1D) массивов. Одномерными считаются массивы, зависящие только от одного параметра (индекса) подобно кривой в параметрической форме @{x(i),y(i),z(i)@}, i=1...n. По умолчанию (если отсутствуют) значения @var{x}[i] равно распределены в диапазоне оси х, и @var{z}[i] равно минимальному значению оси z. Графики рисуются для каждой строки массива данных если он двумерный. Размер по 1-ой координате @strong{должен быть одинаков} для всех массивов @code{x.nx=y.nx=z.nx}. Строка @var{pen} задает цвет и стиль линии и маркеров (см. @ref{Line styles}). По умолчанию (@code{pen=""}) рисуется сплошная линия с текущим цветом из палитры (см. @ref{Palette and colors}). Символ @samp{!} в строке задает использование нового цвета из палитры для каждой точки данных (не для всей кривой, как по умолчанию). Строка @var{opt} задает опции графика (см. @ref{Command options}). @sref{1D samples} @anchor{plot} @deftypefn {Команда MGL} {} plot ydat ['stl'=''] @deftypefnx {Команда MGL} {} plot xdat ydat ['stl'=''] @deftypefnx {Команда MGL} {} plot xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Plot (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Plot (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Plot (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_plot (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_plot_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_plot_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют ломанную линию по точкам @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Если @var{pen} содержит @samp{a}, то рисуются и сегменты между точками вне диапазона осей координат. Если @var{pen} содержит @samp{~}, то число сегментов уменьшается для квази-линейных участков. См. также @ref{area}, @ref{step}, @ref{stem}, @ref{tube}, @ref{mark}, @ref{error}, @ref{belt}, @ref{tens}, @ref{tape}, @ref{meshnum}. @sref{Plot sample} @end deftypefn @anchor{radar} @deftypefn {Команда MGL} {} radar adat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Radar (@code{const mglDataA &}a, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_radar (@code{HMGL} gr, @code{HCDT} a, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют radar chart, представляющий собой ломанную с вершинами на радиальных линиях (типа ломанной в полярных координатах). Параметр @code{value} в опциях @var{opt} задает дополнительный сдвиг данных (т.е. использование @var{a}+@code{value} вместо @var{a}). Если @var{pen} содержит @samp{#}, то рисуется "сетка" (радиальные линии). Если @var{pen} содержит @samp{a}, то рисуются и сегменты между точками вне диапазона осей координат. См. также @ref{plot}, @ref{meshnum}. @sref{Radar sample} @end deftypefn @anchor{step} @deftypefn {Команда MGL} {} step ydat ['stl'=''] @deftypefnx {Команда MGL} {} step xdat ydat ['stl'=''] @deftypefnx {Команда MGL} {} step xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Step (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Step (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Step (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_step (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_step_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_step_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют ступеньки для точек массива. Если @var{x}.nx>@var{y}.nx, то массив @var{x} задает границы ступенек, а не их конец. См. также @ref{plot}, @ref{stem}, @ref{tile}, @ref{boxs}, @ref{meshnum}. @sref{Step sample} @end deftypefn @anchor{tens} @deftypefn {Команда MGL} {} tens ydat cdat ['stl'=''] @deftypefnx {Команда MGL} {} tens xdat ydat cdat ['stl'=''] @deftypefnx {Команда MGL} {} tens xdat ydat zdat cdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tens (@code{const mglDataA &}y, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tens (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tens (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_tens (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tens_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tens_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют ломанную линию по точкам с цветом, определяемым массивом @var{c} (типа графика натяжений). Строка @var{pen} задает цветовую схему (см. @ref{Color scheme}) и стиль линий и/или маркеров (см. @ref{Line styles}). Если @var{pen} содержит @samp{a}, то рисуются и сегменты между точками вне диапазона осей координат. Если @var{pen} содержит @samp{~}, то число сегментов уменьшается для квази-линейных участков. См. также @ref{plot}, @ref{mesh}, @ref{fall}, @ref{meshnum}. @sref{Tens sample} @end deftypefn @anchor{tape} @deftypefn {Команда MGL} {} tape ydat ['stl'=''] @deftypefnx {Команда MGL} {} tape xdat ydat ['stl'=''] @deftypefnx {Команда MGL} {} tape xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tape (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tape (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tape (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_tape (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tape_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tape_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют ленты, которые вращаются вокруг кривой @{@var{x}[i], @var{y}[i], @var{z}[i]@} как её нормали. Начальная лента(ы) выбираются в плоскости x-y (для @samp{x} в @var{pen}) и/или y-z (для @samp{x} в @var{pen}). Ширина лент пропорциональна @ref{barwidth}, а также может быть изменена опцией @code{value}. См. также @ref{plot}, @ref{flow}, @ref{barwidth}. @sref{Tape sample} @end deftypefn @anchor{area} @deftypefn {Команда MGL} {} area ydat ['stl'=''] @deftypefnx {Команда MGL} {} area xdat ydat ['stl'=''] @deftypefnx {Команда MGL} {} area xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Area (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Area (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Area (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_area (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_area_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_area_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют ломанную линию между точками и закрашивает её вниз до плоскости осей координат. Градиентная заливка используется если число цветов равно удвоенному число кривых. Если @var{pen} содержит @samp{#}, то рисуется только каркас. Если @var{pen} содержит @samp{a}, то рисуются и сегменты между точками вне диапазона осей координат. См. также @ref{plot}, @ref{bars}, @ref{stem}, @ref{region}. @sref{Area sample} @end deftypefn @anchor{region} @deftypefn {Команда MGL} {} region ydat1 ydat2 ['stl'=''] @deftypefnx {Команда MGL} {} region xdat ydat1 ydat2 ['stl'=''] @deftypefnx {Команда MGL} {} region xdat1 ydat1 xdat2 ydat2 ['stl'=''] @deftypefnx {Команда MGL} {} region xdat1 ydat1 zdat1 xdat2 ydat2 zdat2 ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Region (@code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Region (@code{const mglDataA &}x, @code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Region (@code{const mglDataA &}x1, @code{const mglDataA &}y1, @code{const mglDataA &}x2, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Region (@code{const mglDataA &}x1, @code{const mglDataA &}y1, @code{const mglDataA &}z1, @code{const mglDataA &}x2, @code{const mglDataA &}y2, @code{const mglDataA &}z2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_region (@code{HMGL} gr, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_region_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_region_3d (@code{HMGL} gr, @code{HCDT} x1, @code{HCDT} y1, @code{HCDT} z1, @code{HCDT} x2, @code{HCDT} y2, @code{HCDT} z2, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции закрашивают область между 2 кривыми. Градиентная заливка используется если число цветов равно удвоенному число кривых. Если в 2d версии @var{pen} содержит @samp{i}, то закрашивается только область y1} для выравнивания полосок влево, вправо или центрирования относительно их координат. @end itemize Можно использовать разные цвета для положительных и отрицательных значений если число указанных цветов равно удвоенному числу кривых для построения. Если @var{x}.nx>@var{y}.nx, то массив @var{x} задает границы полос, а не их центр. См. также @ref{barh}, @ref{cones}, @ref{area}, @ref{stem}, @ref{chart}, @ref{barwidth}. @sref{Bars sample} @end deftypefn @anchor{barh} @deftypefn {Команда MGL} {} barh vdat ['stl'=''] @deftypefnx {Команда MGL} {} barh ydat vdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Barh (@code{const mglDataA &}v, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Barh (@code{const mglDataA &}y, @code{const mglDataA &}v, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_barh (@code{HMGL} gr, @code{HCDT} v, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_barh_xy (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} v, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют горизонтальные полосы (прямоугольники) из точек до плоскости осей координат. Строка @var{pen} может содержать: @itemize @bullet @item @samp{a} для вывода линий одной поверх другой (как при суммировании); @item @samp{f} для определения кумулятивного эффекта последовательности положительных и отрицательных значений (график типа waterfall); @item @samp{F} для использования одинаковой (минимальной) ширины полосок; @item @samp{<}, @samp{^} or @samp{>} для выравнивания полосок влево, вправо или центрирования относительно их координат. @end itemize Можно использовать разные цвета для положительных и отрицательных значений если число указанных цветов равно удвоенному числу кривых для построения. Если @var{x}.nx>@var{y}.nx, то массив @var{x} задает границы полос, а не их центр. См. также @ref{bars}, @ref{barwidth}. @sref{Barh sample} @end deftypefn @anchor{cones} @deftypefn {Команда MGL} {} cones ydat ['stl'=''] @deftypefnx {Команда MGL} {} cones xdat ydat ['stl'=''] @deftypefnx {Команда MGL} {} cones xdat ydat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cones (@code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cones (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cones (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_cones (@code{HMGL} gr, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cones_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cones_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют конусы из точек до плоскости осей координат. Если строка @var{pen} содержит символ @samp{a}, то линии рисуются одна поверх другой. Можно использовать разные цвета для положительных и отрицательных значений если число указанных цветов равно удвоенному числу кривых для построения. Параметр @var{pen} может содержать: @itemize @bullet @item @samp{@@} для рисования торцов; @item @samp{#} для сетчатой фигуры; @item @samp{t} для рисования цилиндра вместо конуса/призмы; @item @samp{4}, @samp{6}, @samp{8} для рисования квадратной, шестиугольной или восьмиугольной призмы вместо конуса; @item @samp{<}, @samp{^} или @samp{>} для выравнивания конусов влево, вправо или по центру относительно их координат. @end itemize См. также @ref{bars}, @ref{cone}, @ref{barwidth}. @sref{Cones sample} @end deftypefn @anchor{chart} @deftypefn {Команда MGL} {} chart adat ['col'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Chart (@code{const mglDataA &}a, @code{const char *}col=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_chart (@code{HMGL} gr, @code{HCDT} a, @code{const char *}col, @code{const char *}opt) @end ifclear Рисует цветные полосы (пояса) для массива данных @var{a}. Число полос равно числу строк @var{a} (равно @var{a.ny}). Цвет полос поочерёдно меняется из цветов указанных в @var{col} или в палитре (см. @ref{Palette and colors}). Пробел в цветах соответствует прозрачному "цвету", т.е. если @var{col} содержит пробел(ы), то соответствующая полоса не рисуется. Ширина полосы пропорциональна значению элемента в @var{a}. График строится только для массивов не содержащих отрицательных значений. Если строка @var{col} содержит @samp{#}, то рисуется также чёрная граница полос. График выглядит лучше в (после вращения системы координат) и/или в полярной системе координат (становится Pie chart). @sref{Chart sample} @end deftypefn @anchor{boxplot} @deftypefn {Команда MGL} {} boxplot adat ['stl'=''] @deftypefnx {Команда MGL} {} boxplot xdat adat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} BoxPlot (@code{const mglDataA &}a, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} BoxPlot (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_boxplot (@code{HMGL} gr, @code{HCDT} a, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_boxplot_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} a, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют boxplot (называемый также как box-and-whisker diagram или как "ящик с усами") в точках @var{x}[i] на плоскости @var{z} = @var{zVal} (по умолчанию @var{z} равно минимальному значению оси z). Это график, компактно изображающий распределение вероятностей @var{a}[i,j] (минимум, нижний квартиль (Q1), медиана (Q2), верхний квартиль (Q3) и максимум) вдоль второго (j-го) направления. Если @var{pen} содержит @samp{<}, @samp{^} или @samp{>}, то полоски будут выровнены влево, вправо или центрированы относительно их координат. См. также @ref{plot}, @ref{error}, @ref{bars}, @ref{barwidth}. @sref{BoxPlot sample} @end deftypefn @anchor{candle} @deftypefn {Команда MGL} {} candle vdat1 ['stl'=''] @deftypefnx {Команда MGL} {} candle vdat1 vdat2 ['stl'=''] @deftypefnx {Команда MGL} {} candle vdat1 ydat1 ydat2 ['stl'=''] @deftypefnx {Команда MGL} {} candle vdat1 vdat2 ydat1 ydat2 ['stl'=''] @deftypefnx {Команда MGL} {} candle xdat vdat1 vdat2 ydat1 ydat2 ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}v1, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}v1, @code{const mglDataA &}v2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}v1, @code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}v1, @code{const mglDataA &}v2, @code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Candle (@code{const mglDataA &}x, @code{const mglDataA &}v1, @code{const mglDataA &}v2, @code{const mglDataA &}y1, @code{const mglDataA &}y2, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_candle (@code{HMGL} gr, @code{HCDT} v1, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_candle_yv (@code{HMGL} gr, @code{HCDT} v1, @code{HCDT} v2, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_candle_xyv (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} v1, @code{HCDT} v2, @code{HCDT} y1, @code{HCDT} y2, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют candlestick chart в точках @var{x}[i]. Этот график показывает прямоугольником ("свечой") диапазон изменения величины. Прозрачная (белая) свеча соответствует росту величины @var{v1}[i]<@var{v2}[i], чёрная -- уменьшению. "Тени" показывают минимальное @var{y1} и максимальное @var{y2} значения. Если @var{v2} отсутствует, то он определяется как @var{v2}[i]=@var{v1}[i+1]. Можно использовать разные цвета для растущих и падающих дней если число указанных цветов равно удвоенному числу кривых для построения. Если @var{pen} содержит @samp{#}, то прозрачная свеча будет использована и при 2-цветной схеме. См. также @ref{plot}, @ref{bars}, @ref{ohlc}, @ref{barwidth}. @sref{Candle sample} @end deftypefn @anchor{ohlc} @deftypefn {Команда MGL} {} ohlc odat hdat ldat cdat ['stl'=''] @deftypefnx {Команда MGL} {} ohlc xdat odat hdat ldat cdat ['stl'=''] @ifclear UDAV @deftypefnx {MМетод класса @code{mglGraph}} @code{void} OHLC (@code{const mglDataA &}o, @code{const mglDataA &}h, @code{const mglDataA &}l, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} OHLC (@code{const mglDataA &}x, @code{const mglDataA &}o, @code{const mglDataA &}h, @code{const mglDataA &}l, @code{const mglDataA &}c, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_ohlc (@code{HMGL} gr, @code{HCDT} o, @code{HCDT} h, @code{HCDT} l, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_ohlc_x (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} o, @code{HCDT} h, @code{HCDT} l, @code{HCDT} c, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют Open-High-Low-Close диаграмму. Этот график содержит вертикальные линии между максимальным @var{h} и минимальным @var{l} значениями, и горизонтальные линии перед/после вертикальной линии для начального @var{o} и конечного @var{c} значений процесса (обычно цены). Можно использовать разные цвета для растущих и падающих дней если число указанных цветов равно удвоенному числу кривых для построения. См. также @ref{candle}, @ref{plot}, @ref{barwidth}. @sref{OHLC sample} @end deftypefn @anchor{error} @deftypefn {Команда MGL} {} error ydat yerr ['stl'=''] @deftypefnx {Команда MGL} {} error xdat ydat yerr ['stl'=''] @deftypefnx {Команда MGL} {} error xdat ydat xerr yerr ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Error (@code{const mglDataA &}y, @code{const mglDataA &}ey, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Error (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ey, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Error (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ex, @code{const mglDataA &}ey, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_error (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} ey, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_error_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ey, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_error_exy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ex, @code{HCDT} ey, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют размер ошибки @{@var{ex}[i], @var{ey}[i]@} в точках @{@var{x}[i], @var{y}[i]@} на плоскости @var{z} = @var{zVal} (по умолчанию @var{z} равно минимальному значению оси z). Такой график полезен для отображения ошибки эксперимента, вычислений и пр. Если @var{pen} содержит @samp{@@}, то будут использованы большие полупрозрачные маркеры. См. также @ref{plot}, @ref{mark}. @sref{Error sample} @end deftypefn @anchor{mark} @deftypefn {Команда MGL} {} mark ydat rdat ['stl'=''] @deftypefnx {Команда MGL} {} mark xdat ydat rdat ['stl'=''] @deftypefnx {Команда MGL} {} mark xdat ydat zdat rdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Mark (@code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Mark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Mark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_mark_y (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_mark_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_mark_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют маркеры размером @var{r}[i]*@ref{marksize} (см. @ref{Default sizes}) в точках @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Для рисования маркеров одинакового размера можно использовать функцию @ref{plot} с невидимой линией (со стилем содержащим @samp{ }). Для маркеров с размером как у координат можно использовать @ref{error} со стилем @samp{@@}. См. также @ref{plot}, @ref{textmark}, @ref{error}, @ref{stem}, @ref{meshnum}. @sref{Mark sample} @end deftypefn @anchor{textmark} @deftypefn {Команда MGL} {} textmark ydat 'txt' ['stl'=''] @deftypefnx {Команда MGL} {} textmark ydat rdat 'txt' ['stl'=''] @deftypefnx {Команда MGL} {} textmark xdat ydat rdat 'txt' ['stl'=''] @deftypefnx {Команда MGL} {} textmark xdat ydat zdat rdat 'txt' ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}y, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}y, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}y, @code{const mglDataA &}r, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}r, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TextMark (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_textmark (@code{HMGL} gr, @code{HCDT} y, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textmarkw (@code{HMGL} gr, @code{HCDT} y, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textmark_yr (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} r, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textmarkw_yr (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} r, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textmark_xyr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} r, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textmarkw_xyr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} r, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textmark_xyzr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_textmarkw_xyzr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @end ifclear Функции рисуют текст @var{txt} как маркер с размером пропорциональным @var{r}[i]*@var{marksize} в точках @{@var{x}[i], @var{y}[i], @var{z}[i]@}. См. также @ref{plot}, @ref{mark}, @ref{stem}, @ref{meshnum}. @sref{TextMark sample} @end deftypefn @anchor{label} @deftypefn {Команда MGL} {} label ydat 'txt' ['stl'=''] @deftypefnx {Команда MGL} {} label xdat ydat 'txt' ['stl'=''] @deftypefnx {Команда MGL} {} label xdat ydat zdat 'txt' ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Label (@code{const mglDataA &}y, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Label (@code{const mglDataA &}y, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Label (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Label (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Label (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Label (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_label (@code{HMGL} gr, @code{HCDT} y, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_labelw (@code{HMGL} gr, @code{HCDT} y, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_label_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_labelw_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_label_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_labelw_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @end ifclear Функции выводят текстовую строку @var{txt} в точках @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Если строка @var{txt} содержит @samp{%x}, @samp{%y}, @samp{%z} или @samp{%n}, то они будут заменены на значения соответствующих координат или на номер точки. Строка @var{fnt} может содержать: @itemize @item стиль текста @ref{Font styles}; @item @samp{f} для вывода чисел в фиксированном формате; @item @samp{E} для вывода @samp{E} вместо @samp{e}; @item @samp{F} для вывода в формате LaTeX; @item @samp{+} для вывода @samp{+} для положительных чисел; @item @samp{-} для вывода обычного @samp{-}; @item @samp{0123456789} для задания точности при выводе чисел. @end itemize См. также @ref{plot}, @ref{mark}, @ref{textmark}, @ref{table}. @sref{Label sample} @end deftypefn @anchor{table} @deftypefn {Команда MGL} {} table vdat 'txt' ['stl'='#'] @deftypefnx {Команда MGL} {} table x y vdat 'txt' ['stl'='#'] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Table (@code{const mglDataA &}val, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Table (@code{const mglDataA &}val, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Table (@code{mreal} x, @code{mreal} y, @code{const mglDataA &}val, @code{const char *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Table (@code{mreal} x, @code{mreal} y, @code{const mglDataA &}val, @code{const wchar_t *}txt, @code{const char *}fnt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_table (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{HCDT} val, @code{const char *}txt, @code{const char *}fnt, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tablew (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{HCDT} val, @code{const wchar_t *}txt, @code{const char *}fnt, @code{const char *}opt) @end ifclear Рисует таблицу значений массива @var{val} с заголовками @var{txt} (разделенными символом новой строки @samp{\n}) в точке @{@var{x}, @var{y}@} (по умолчанию @{0,0@}) относительно текущего subplot. Строка @var{fnt} может содержать: @itemize @item стиль текста @ref{Font styles}; @item @samp{#} для рисования границ ячеек; @item @samp{=} для одинаковой ширины всех ячеек; @item @samp{|} для ограничения ширины таблицы шириной subplot (эквивалентно опции @samp{value 1}); @item @samp{f} для вывода чисел в фиксированном формате; @item @samp{E} для вывода @samp{E} вместо @samp{e}; @item @samp{F} для вывода в формате LaTeX; @item @samp{+} для вывода @samp{+} для положительных чисел; @item @samp{-} для вывода обычного @samp{-}; @item @samp{0123456789} для задания точности при выводе чисел. @end itemize Опция @code{value} задает ширину таблицы (по умолчанию 1). См. также @ref{plot}, @ref{label}. @sref{Table sample} @end deftypefn @anchor{iris} @deftypefn {Команда MGL} {} iris dats 'ids' ['stl'=''] @deftypefnx {Команда MGL} {} iris dats rngs 'ids' ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Iris (@code{const mglDataA &}dats, @code{const char *}ids, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Iris (@code{const mglDataA &}dats, @code{const wchar_t *}ids, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Iris (@code{const mglDataA &}dats, @code{const mglDataA &}rngs, @code{const char *}ids, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Iris (@code{const mglDataA &}dats, @code{const mglDataA &}rngs, @code{const wchar_t *}ids, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_iris_1 (@code{HMGL} gr, @code{HCDT} dats, @code{const char *}ids, @code{const char *}stl, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_irisw_1 (@code{HMGL} gr, @code{HCDT} dats, @code{const wchar_t *}ids, @code{const char *}stl, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_iris (@code{HMGL} gr, @code{HCDT} dats, @code{HCDT} rngs, @code{const char *}ids, @code{const char *}stl, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_irisw (@code{HMGL} gr, @code{HCDT} dats, @code{HCDT} rngs, @code{const wchar_t *}ids, @code{const char *}stl, @code{const char *}opt) @end ifclear Рисует Ирисы Фишера для определения зависимостей данных @var{dats} друг от друга (см. @uref{http://en.wikipedia.org/wiki/Iris_flower_data_set}). Массив @var{rngs} размером 2*@var{dats}.nx задает диапазон изменения осей для каждой из колонки. Строка @var{ids} содержит имена колонок данных, разделенных символом @samp{;}. Опция @code{value} задает размер текста для имен данных. На график можно добавить новый набор данных если указать тот же размер @var{rngs} и использовать пустую строку имен @var{ids}. См. также @ref{plot}. @sref{Iris sample} @end deftypefn @anchor{tube} @deftypefn {Команда MGL} {} tube ydat rdat ['stl'=''] @deftypefnx {Команда MGL} {} tube ydat @code{rval} ['stl'=''] @deftypefnx {Команда MGL} {} tube xdat ydat rdat ['stl'=''] @deftypefnx {Команда MGL} {} tube xdat ydat @code{rval} ['stl'=''] @deftypefnx {Команда MGL} {} tube xdat ydat zdat rdat ['stl'=''] @deftypefnx {Команда MGL} {} tube xdat ydat zdat @code{rval} ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}y, @code{mreal} r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{mreal} r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tube (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{mreal} r, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_tube_r (@code{HMGL} gr, @code{HCDT} y, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tube (@code{HMGL} gr, @code{HCDT} y, @code{mreal} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tube_xyr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tube_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{mreal} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tube_xyzr (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const char *}pen, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tube_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{mreal} r, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют трубу радиуса @var{r}[i] вдоль кривой между точками @{@var{x}[i], @var{y}[i], @var{z}[i]@}. См. также @ref{plot}. @sref{Tube sample} @end deftypefn @anchor{torus} @deftypefn {Команда MGL} {} torus rdat zdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Torus (@code{const mglDataA &}r, @code{const mglDataA &}z, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_torus (@code{HMGL} gr, @code{HCDT} r, @code{HCDT} z, @code{const char *}pen, @code{const char *}opt) @end ifclear Функции рисуют поверхность вращения кривой @{@var{r}, @var{z}@} относительно оси. Если строка @var{pen} содержит @samp{x} или @samp{z}, то ось вращения будет выбрана в указанном направлении (по умолчанию вдоль оси y). Если @var{sch} содержит @samp{#}, то рисуется сетчатая поверхность. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. См. также @ref{plot}, @ref{axial}. @sref{Torus sample} @end deftypefn @anchor{lamerey} @deftypefn {Команда MGL} {} lamerey @code{x0} ydat ['stl'=''] @deftypefnx {Команда MGL} {} lamerey @code{x0} 'y(x)' ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Lamerey (@code{double} x0, @code{const mglDataA &}y, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Lamerey (@code{double} x0, @code{const char *}y, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_lamerey_dat (@code{HMGL} gr, @code{double} x0, @code{HCDT} y, @code{const char *}stl, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_lamerey_str (@code{HMGL} gr, @code{double} x0, @code{const char *}y, @code{const char *}stl, @code{const char *}opt) @end ifclear Функции рисуют диаграмму Ламерея для точечного отображения x_new = y(x_old) начиная с точки @var{x0}. Строка @var{stl} может содержать стиль линии, символ @samp{v} для стрелок, символ @samp{~} для исключения первого сегмента. Опция @code{value} задает число сегментов для рисования (по умолчанию 20). См. также @ref{plot}, @ref{fplot}, @ref{bifurcation}, @ref{pmap}. @sref{Lamerey sample} @end deftypefn @anchor{bifurcation} @deftypefn {Команда MGL} {} bifurcation @code{dx} ydat ['stl'=''] @deftypefnx {Команда MGL} {} bifurcation @code{dx} 'y(x)' ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Bifurcation (@code{double} dx, @code{const mglDataA &}y, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Bifurcation (@code{double} dx, @code{const char *}y, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_bifurcation_dat (@code{HMGL} gr, @code{double} dx, @code{HCDT} y, @code{const char *}stl, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_bifurcation_str (@code{HMGL} gr, @code{double} dx, @code{const char *}y, @code{const char *}stl, @code{const char *}opt) @end ifclear Функции рисуют бифуркационную диаграмму (диаграмму удвоения периода) для точечного отображения x_new = y(x_old). Параметр @var{dx} задает точность по оси x. Строка @var{stl} задает цвет. Опция @code{value} задает число учитываемых стационарных точек (по умолчанию 1024). См. также @ref{plot}, @ref{fplot}, @ref{lamerey}. @sref{Bifurcation sample} @end deftypefn @anchor{pmap} @deftypefn {Команда MGL} {} pmap ydat sdat ['stl'=''] @deftypefnx {Команда MGL} {} pmap xdat ydat sdat ['stl'=''] @deftypefnx {Команда MGL} {} pmap xdat ydat zdat sdat ['stl'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Pmap (@code{const mglDataA &}y, @code{const mglDataA &}s, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Pmap (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}s, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Pmap (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}s, @code{const char *}stl=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_pmap (@code{HMGL} gr, @code{HMDT} y, @code{HCDT} s, @code{const char *}stl, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_pmap_xy (@code{HMGL} gr, @code{HCDT} x, @code{HMDT} y, @code{HCDT} s, @code{const char *}stl, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_pmap_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HMDT} y, @code{HCDT} z, @code{HCDT} s, @code{const char *}stl, @code{const char *}opt) @end ifclear Функции рисуют отображение Пуанкаре для кривой @{@var{x}, @var{y}, @var{z}@} при условии @var{s}=0. Проще говоря, рисуются точки пересечения кривой и поверхности. Строка @var{stl} задает стиль маркеров. См. также @ref{plot}, @ref{mark}, @ref{lamerey}. @sref{Pmap sample} @end deftypefn @c ################################################################## @external{} @node 2D plotting, 3D plotting, 1D plotting, MathGL core @section 2D графики @nav{} @cindex Mesh @cindex Fall @cindex Belt @cindex Surf @cindex Boxs @cindex Tile @cindex Dens @cindex Cont @cindex ContF @cindex ContD @cindex Axial @cindex Grad @cindex Grid Эти функции строят графики для двумерных (2D) массивов. Двумерными считаются массивы, зависящие только от двух параметров (индексов) подобно матрице @math{f(x_i,y_j), i=1...n, j=1...m}. По умолчанию (если отсутствуют) значения @var{x}, @var{y} равно распределены в диапазоне осей координат. Младшие размерности массивов @var{x}, @var{y}, @var{z} должны быть одинаковы @code{x.nx=z.nx && y.nx=z.ny} или @code{x.nx=y.nx=z.nx && x.ny=y.ny=z.ny}. Массивы @var{x} и @var{y} могут быть векторами (не матрицами как @var{z}). График строится для каждого z среза данных. Строка @var{sch} задает цветовую схему (см. @ref{Color scheme}). Строка @var{opt} задает опции графика (см. @ref{Command options}). @sref{2D samples} @anchor{surf} @deftypefn {Команда MGL} {} surf zdat ['sch'=''] @deftypefnx {Команда MGL} {} surf xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует параметрически заданную поверхность @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. Если @var{sch} содержит @samp{#}, то рисуется сетка на поверхности. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. См. также @ref{mesh}, @ref{dens}, @ref{belt}, @ref{tile}, @ref{boxs}, @ref{surfc}, @ref{surfa}. @sref{Surf sample} @end deftypefn @anchor{mesh} @deftypefn {Команда MGL} {} mesh zdat ['sch'=''] @deftypefnx {Команда MGL} {} mesh xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Mesh (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Mesh (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_mesh (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_mesh_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует сетчатую поверхность, заданную параметрически @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. См. также @ref{surf}, @ref{fall}, @ref{meshnum}, @ref{cont}, @ref{tens}. @sref{Mesh sample} @end deftypefn @anchor{fall} @deftypefn {Команда MGL} {} fall zdat ['sch'=''] @deftypefnx {Команда MGL} {} fall xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Fall (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Fall (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_fall (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_fall_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует водопад для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. График удобен для построения нескольких кривых, сдвинутых вглубь друг относительно друга. Если @var{sch} содержит @samp{x}, то линии рисуются вдоль оси x, иначе (по умолчанию) вдоль оси y. См. также @ref{belt}, @ref{mesh}, @ref{tens}, @ref{meshnum}. @sref{Fall sample} @end deftypefn @anchor{belt} @deftypefn {Команда MGL} {} belt zdat ['sch'=''] @deftypefnx {Команда MGL} {} belt xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Belt (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Belt (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_belt (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_belt_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует ленточки для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. График может использоваться как 3d обобщение графика @ref{plot}. Если @var{sch} содержит @samp{x}, то ленточки рисуются вдоль оси x, иначе (по умолчанию) вдоль оси y. См. также @ref{fall}, @ref{surf}, @ref{beltc}, @ref{plot}, @ref{meshnum}. @sref{Belt sample} @end deftypefn @anchor{boxs} @deftypefn {Команда MGL} {} boxs zdat ['sch'=''] @deftypefnx {Команда MGL} {} boxs xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Boxs (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Boxs (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_boxs (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_boxs_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует вертикальные ящики для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. См. также @ref{surf}, @ref{dens}, @ref{tile}, @ref{step}. @sref{Boxs sample} @end deftypefn @anchor{tile} @deftypefn {Команда MGL} {} tile zdat ['sch'=''] @deftypefnx {Команда MGL} {} tile xdat ydat zdat ['sch'=''] @deftypefnx {Команда MGL} {} tile xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tile (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tile (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Tile (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_tile (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tile_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tile_xyc (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует плитки для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} с цветом, заданным массивом @var{c}[i,j]. Если строка @var{sch} содержит стиль @samp{x} или @samp{y}, то плитки будут ориентированы перпендикулярно x- или y-оси. График может использоваться как 3d обобщение @ref{step}. См. также @ref{surf}, @ref{boxs}, @ref{step}, @ref{tiles}. @sref{Tile sample} @end deftypefn @anchor{dens} @deftypefn {Команда MGL} {} dens zdat ['sch'=''] @deftypefnx {Команда MGL} {} dens xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dens (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}, @code{mreal} zVal=@code{NAN}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dens (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}, @code{mreal} zVal=@code{NAN}) @deftypefnx {Функция С} @code{void} mgl_dens (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_dens_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует график плотности для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} при @var{z} равном минимальному значению оси z. Если @var{sch} содержит @samp{#}, то рисуется сетка. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. См. также @ref{surf}, @ref{cont}, @ref{contf}, @ref{boxs}, @ref{tile}, @code{dens[xyz]}. @sref{Dens sample} @end deftypefn @anchor{cont} @deftypefn {Команда MGL} {} cont vdat zdat ['sch'=''] @deftypefnx {Команда MGL} {} cont vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cont (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cont (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_cont__val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cont_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует линии уровня для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} при @var{z=v}[k] или при @var{z} равном минимальному значению оси z если @var{sch} содержит @samp{_}. Линии уровня рисуются для @var{z}[i,j]=@var{v}[k]. Если @var{sch} содержит @samp{t} или @samp{T}, то значения @var{v}[k] будут выведены вдоль контуров над (или под) кривой. См. также @ref{dens}, @ref{contf}, @ref{contd}, @ref{axial}, @code{cont[xyz]}. @sref{Cont sample} @end deftypefn @deftypefn {Команда MGL} {} cont zdat ['sch'=''] @deftypefnx {Команда MGL} {} cont xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cont (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cont (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_cont (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cont_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Как предыдущий с вектором @var{v} из @var{num} элементов равно распределенных в диапазоне изменения цвета. Здесь @var{num} равен значению параметра @code{value} в опциях @var{opt} (по умолчанию 7). @end deftypefn @anchor{contf} @deftypefn {Команда MGL} {} contf vdat zdat ['sch'=''] @deftypefnx {Команда MGL} {} contf vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContF (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContF (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contf_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contf_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует закрашенные линии (контуры) уровня для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} при @var{z=v}[k] или при @var{z} равном минимальному значению оси z если @var{sch} содержит @samp{_}. Линии уровня рисуются для @var{z}[i,j]=@var{v}[k]. См. также @ref{dens}, @ref{cont}, @ref{contd}, @code{contf[xyz]}. @sref{ContF sample} @end deftypefn @deftypefn {Команда MGL} {} contf zdat ['sch'=''] @deftypefnx {Команда MGL} {} contf xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContF (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContF (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contf (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contf_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Как предыдущий с вектором @var{v} из @var{num} элементов равно распределенных в диапазоне изменения цвета. Здесь @var{num} равен значению параметра @code{value} в опциях @var{opt} (по умолчанию 7). @end deftypefn @anchor{contd} @deftypefn {Команда MGL} {} contd vdat zdat ['sch'=''] @deftypefnx {Команда MGL} {} contd vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContD (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContD (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contd_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contd_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует закрашенные линии (контуры) уровня для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} при @var{z=v}[k] или при @var{z} равном минимальному значению оси z если @var{sch} содержит @samp{_}. Линии уровня рисуются для @var{z}[i,j]=@var{v}[k]. Строка @var{sch} задает цвета контуров: цвет k-го контура определяется как k-ый цвет строки. См. также @ref{dens}, @ref{cont}, @ref{contf}. @sref{ContD sample} @end deftypefn @deftypefn {Команда MGL} {} contd zdat ['sch'=''] @deftypefnx {Команда MGL} {} contd xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContD (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContD (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contd (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contd_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Как предыдущий с вектором @var{v} из @var{num} элементов равно распределенных в диапазоне изменения цвета. Здесь @var{num} равен значению параметра @code{value} в опциях @var{opt} (по умолчанию 7). @end deftypefn @anchor{contp} @deftypefn {Команда MGL} {} contp vdat xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContP (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contp_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует линии уровня для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. Линии уровня рисуются для @var{a}[i,j]=@var{v}[k]. Если @var{sch} содержит @samp{t} или @samp{T}, то значения @var{v}[k] будут выведены вдоль контуров над (или под) кривой. Если @var{sch} содержит @samp{f}, то контуры будут закрашены. См. также @ref{cont}, @ref{contf}, @ref{surfc}, @code{cont[xyz]}. @c TODO @sref{Cont sample} @end deftypefn @deftypefn {Команда MGL} {} contp xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContP (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contp (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear Как предыдущий с вектором @var{v} из @var{num} элементов равно распределенных в диапазоне изменения цвета. Здесь @var{num} равен значению параметра @code{value} в опциях @var{opt} (по умолчанию 7). @end deftypefn @anchor{contv} @deftypefn {Команда MGL} {} contv vdat zdat ['sch'=''] @deftypefnx {Команда MGL} {} contv vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContV (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContV (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contv_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contv_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует вертикальные цилиндры от линий уровня для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} при @var{z}=@var{v}[k] или при @var{z} равном минимальному значению оси z если @var{sch} содержит @samp{_}. Линии уровня рисуются для @var{z}[i,j]=@var{v}[k]. См. также @ref{cont}, @ref{contf}. @sref{ContV sample} @end deftypefn @deftypefn {Команда MGL} {} contv zdat ['sch'=''] @deftypefnx {Команда MGL} {} contv xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContV (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContV (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contv (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contv_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Как предыдущий с вектором @var{v} из @var{num} элементов равно распределенных в диапазоне изменения цвета. Здесь @var{num} равен значению параметра @code{value} в опциях @var{opt} (по умолчанию 7). @end deftypefn @anchor{axial} @deftypefn {Команда MGL} {} axial vdat zdat ['sch'=''] @deftypefnx {Команда MGL} {} axial vdat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Axial (@code{const mglDataA &}v, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Axial (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_axial_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_axial_xy_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует поверхность вращения линии уровня для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@}. Линии уровня рисуются для @var{z}[i,j]=@var{v}[k]. Если @var{sch} содержит @samp{#}, то рисуется сетчатая поверхность. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. Если строка содержит символы @samp{x} или @samp{z}, то ось вращения устанавливается в указанное направление (по умолчанию вдоль @samp{y}). См. также @ref{cont}, @ref{contf}, @ref{torus}, @ref{surf3}. @sref{Axial sample} @end deftypefn @deftypefn {Команда MGL} {} axial zdat ['sch'=''] @deftypefnx {Команда MGL} {} axial xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Axial (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}, @code{int} num=@code{3}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Axial (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}, @code{int} num=@code{3}) @deftypefnx {Функция С} @code{void} mgl_axial (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_axial_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Как предыдущий с вектором @var{v} из @var{num} элементов равно распределенных в диапазоне изменения цвета. Здесь @var{num} равен значению параметра @code{value} в опциях @var{opt} (по умолчанию 3). @end deftypefn @anchor{grid2} @deftypefn {Команда MGL} {} grid2 zdat ['sch'=''] @deftypefnx {Команда MGL} {} grid2 xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Grid (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Grid (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_grid (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_grid_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует плоскую сету для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} при @var{z} равном минимальному значению оси z. См. также @ref{dens}, @ref{cont}, @ref{contf}, @ref{grid3}, @ref{meshnum}. @end deftypefn @c ################################################################## @external{} @node 3D plotting, Dual plotting, 2D plotting, MathGL core @section 3D графики @nav{} @cindex Surf3 @cindex Dens3 @cindex Cont3 @cindex ContF3 @cindex Grid3 @cindex Cloud @cindex Beam Эти функции строят графики для трехмерных (3D) массивов. Трёхмерными считаются массивы, зависящие от трёх параметров (индексов) подобно матрице @math{f(x_i,y_j,z_k), i=1...n, j=1...m, k=1...l}. По умолчанию (если отсутствуют) значения @var{x}, @var{y}, @var{z} равно распределены в диапазоне осей координат. Младшие размерности массивов @var{x}, @var{y}, @var{z} должны быть одинаковы @code{x.nx=a.nx && y.nx=a.ny && z.nz=a.nz} или @code{x.nx=y.nx=z.nx=a.nx && x.ny=y.ny=z.ny=a.ny && x.nz=y.nz=z.nz=a.nz}. Массивы @var{x}, @var{y} и @var{z} могут быть векторами (не матрицами как @var{a}). Строка @var{sch} задает цветовую схему (см. @ref{Color scheme}). Строка @var{opt} задает опции графика (см. @ref{Command options}). @sref{3D samples} @anchor{surf3} @deftypefn {Команда MGL} {} surf3 adat @code{val} ['sch'=''] @deftypefnx {Команда MGL} {} surf3 xdat ydat zdat adat @code{val} ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3 (@code{mreal} val, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3 (@code{mreal} val, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf3_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf3_xyz_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует поверхность уровня для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) при @var{a}(x,y,z)=@var{val}. Если @var{sch} содержит @samp{#}, то рисуется сетчатая поверхность. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. Замечу, что возможно некорректная отрисовка граней вследствие неопределённости построения сечения если поверхность пересекает ячейку данных 2 и более раз. См. также @ref{cloud}, @ref{dens3}, @ref{surf3c}, @ref{surf3a}, @ref{axial}. @sref{Surf3 sample} @end deftypefn @deftypefn {Команда MGL} {} surf3 adat ['sch'=''] @deftypefnx {Команда MGL} {} surf3 xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear Аналогично предыдущему для @var{num} поверхностей уровня равномерно распределённых в диапазоне изменения цвета. Величина @var{num} равна значению параметра @code{value} в опциях @var{opt} (по умолчанию 3). @end deftypefn @anchor{cloud} @deftypefn {Команда MGL} {} cloud adat ['sch'=''] @deftypefnx {Команда MGL} {} cloud xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cloud (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cloud (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_cloud (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cloud_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует облачный график для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). График состоит из кубиков с цветом и прозрачностью пропорциональной значениям @var{a}. Результат похож на облако -- малые значения прозрачны, а большие нет. Число кубиков зависит от @ref{meshnum}. Если @var{sch} содержит @samp{.}, то будет построен график более низкого качества, но с заметно меньшим использованием памяти. Если @var{sch} содержит @samp{i}, то прозрачность будет инвертирована, т.е. области с более высокими значениями будут более прозрачны, а с более низким -- менее прозрачны. См. также @ref{surf3}, @ref{meshnum}. @sref{Cloud sample} @end deftypefn @anchor{dens3} @deftypefn {Команда MGL} {} dens3 adat ['sch'='' @code{sval=-1}] @deftypefnx {Команда MGL} {} dens3 xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dens3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dens3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_dens3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_dens3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear Рисует график плотности для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). График рисуется на срезе @var{sVal} в направлении @{@samp{x}, @samp{y}, @samp{z}@}, указанном в строке @var{sch} (по умолчанию, в напралении @samp{y}). Если @var{sch} содержит @samp{#}, то на срезе рисуется сетка. См. также @ref{cont3}, @ref{contf3}, @ref{dens}, @ref{grid3}. @sref{Dens3 sample} @end deftypefn @anchor{cont3} @deftypefn {Команда MGL} {} cont3 vdat adat ['sch'='' @code{sval=-1}] @deftypefnx {Команда MGL} {} cont3 vdat xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cont3 (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cont3 (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_cont3_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cont3_xyz_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear Рисует линии уровня для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). Линии рисуются для значений из массива @var{v} на срезе @var{sVal} в направлении @{@samp{x}, @samp{y}, @samp{z}@}, указанном в строке @var{sch} (по умолчанию, в напралении @samp{y}). Если @var{sch} содержит @samp{#}, то на срезе рисуется сетка. Если @var{sch} содержит @samp{t} или @samp{T}, то значения @var{v}[k] будут выведены вдоль контуров над (или под) кривой. См. также @ref{dens3}, @ref{contf3}, @ref{cont}, @ref{grid3}. @sref{Cont3 sample} @end deftypefn @deftypefn {Команда MGL} {} cont3 adat ['sch'='' @code{sval=-1}] @deftypefnx {Команда MGL} {} cont3 xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cont3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Cont3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_cont3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cont3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear Аналогично предыдущему для @var{num} линий уровня равномерно распределённых в диапазоне изменения цвета. Величина @var{num} равна значению параметра @code{value} в опциях @var{opt} (по умолчанию 7). @end deftypefn @anchor{contf3} @deftypefn {Команда MGL} {} contf3 vdat adat ['sch'='' @code{sval=-1}] @deftypefnx {Команда MGL} {} contf3 vdat xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Contf3 (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Contf3 (@code{const mglDataA &}v, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contf3_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contf3_xyz_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear Рисует закрашенные линии (контуры) уровня для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). Линии рисуются для значений из массива @var{v} на срезе @var{sVal} в направлении @{@samp{x}, @samp{y}, @samp{z}@}, указанном в строке @var{sch} (по умолчанию, в напралении @samp{y}). Если @var{sch} содержит @samp{#}, то на срезе рисуется сетка. См. также @ref{dens3}, @ref{cont3}, @ref{contf}, @ref{grid3}. @sref{ContF3 sample} @end deftypefn @deftypefn {Команда MGL} {} contf3 adat ['sch'='' @code{sval=-1}] @deftypefnx {Команда MGL} {} contf3 xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Contf3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Contf3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contf3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contf3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear Аналогично предыдущему для @var{num} закрашенных линий (контуров) уровня равномерно распределённых в диапазоне изменения цвета. Величина @var{num} равна значению параметра @code{value} в опциях @var{opt} (по умолчанию 7). @end deftypefn @anchor{grid3} @deftypefn {Команда MGL} {} grid3 adat ['sch'='' @code{sval=-1}] @deftypefnx {Команда MGL} {} grid3 xdat ydat zdat adat ['sch'='' @code{sval=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Grid3 (@code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Grid3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_grid3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_grid3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear Рисует сетку для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]). График рисуется на срезе @var{sVal} в направлении @{@samp{x}, @samp{y}, @samp{z}@}, указанном в строке @var{sch} (по умолчанию, в напралении @samp{y}). См. также @ref{cont3}, @ref{contf3}, @ref{dens3}, @ref{grid2}, @ref{meshnum}. @end deftypefn @anchor{beam} @deftypefn {Команда MGL} {} beam tr g1 g2 adat @code{rval} ['sch'='' @code{flag=0 num=3}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Beam (@code{const mglDataA &}tr, @code{const mglDataA &}g1, @code{const mglDataA &}g2, @code{const mglDataA &}a, @code{mreal} r, @code{const char *}stl=@code{""}, @code{int} flag=@code{0}, @code{int} num=@code{3}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Beam (@code{mreal} val, @code{const mglDataA &}tr, @code{const mglDataA &}g1, @code{const mglDataA &}g2, @code{const mglDataA &}a, @code{mreal} r, @code{const char *}stl=@code{""}, @code{int} flag=@code{0}) @deftypefnx {Функция С} @code{void} mgl_beam (@code{HMGL} gr, @code{HCDT} tr, @code{HCDT} g1, @code{HCDT} g2, @code{HCDT} a, @code{mreal} r, @code{const char *}stl, @code{int} flag, @code{int} num) @deftypefnx {Функция С} @code{void} mgl_beam_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} tr, @code{HCDT} g1, @code{HCDT} g2, @code{HCDT} a, @code{mreal} r, @code{const char *}stl, @code{int} flag) @end ifclear Рисует поверхность уровня для 3d массива @var{a} при постоянном значении @var{a}=@var{val}. Это специальный тип графика для @var{a} заданного в сопровождающей системе координат вдоль кривой @var{tr} с ортами @var{g1}, @var{g2} и с поперечным размером @var{r}. Переменная @var{flag} -- битовый флаг: @samp{0x1} - рисовать в сопровождающих (не лабораторных) координатах; @samp{0x2} - рисовать проекцию на плоскость @math{\rho-z}; @samp{0x4} - рисовать нормированное в каждом сечении поле. Размеры массивов по 1-му индексу @var{tr}, @var{g1}, @var{g2} должны быть nx>2. Размеры массивов по 2-му индексу @var{tr}, @var{g1}, @var{g2} и размер по 3-му индексу массива @var{a} должны быть одинаковы. См. также @ref{surf3}. @end deftypefn @c ################################################################## @external{} @node Dual plotting, Vector fields, 3D plotting, MathGL core @section Парные графики @nav{} @cindex SurfC @cindex SurfA @cindex Surf3C @cindex Surf3A @cindex TileS @cindex Map @cindex STFA Эти функции строят графики для двух связанных массивов. Есть несколько основных типов 3D графиков: поверхность и поверхность уровня с окраской по второму массиву (SurfC, Surf3C), поверхность и поверхность уровня с прозрачностью по второму массиву (SurfA, Surf3A), плитки переменного размера (TileS), диаграмма точечного отображения (Map), STFA диаграмма (STFA). По умолчанию (если отсутствуют) значения @var{x}, @var{y} (и @var{z} для @code{Surf3C, Surf3A}) равно распределены в диапазоне осей координат. Младшие размерности массивов @var{x}, @var{y}, @var{z}, @var{c} должны быть одинаковы @code{x.nx=a.nx && y.nx=a.ny && z.nz=a.nz} или @code{x.nx=y.nx=z.nx=a.nx && x.ny=y.ny=z.ny=a.ny && x.nz=y.nz=z.nz=a.nz}. Массивы @var{x}, @var{y} (и @var{z} для @code{Surf3C, Surf3A}) могут быть векторами (не матрицами как @var{c}). Строка @var{sch} задает цветовую схему (см. @ref{Color scheme}). Строка @var{opt} задает опции графика (см. @ref{Command options}). @anchor{surfc} @deftypefn {Команда MGL} {} surfc zdat cdat ['sch'=''] @deftypefnx {Команда MGL} {} surfc xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SurfC (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SurfC (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surfc (@code{HMGL} gr, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surfc_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует параметрически заданную поверхность @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} с цветом, заданным массивом @var{c}[i,j]. Если @var{sch} содержит @samp{#}, то на поверхности рисуется сетка. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. Размерность массивов @var{z} и @var{c} должна быть одинакова. График строится для каждого z среза данных. См. также @ref{surf}, @ref{surfa}, @ref{beltc}, @ref{surf3c}. @sref{SurfC sample} @end deftypefn @anchor{beltc} @deftypefn {Команда MGL} {} beltc zdat cdat ['sch'=''] @deftypefnx {Команда MGL} {} beltc xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} BeltC (@code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} BeltC (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_beltc (@code{HMGL} gr, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_beltc_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует ленточки для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} с цветом, заданным массивом @var{c}[i,j]. График может использоваться как 3d обобщение графика @ref{plot}. Если @var{sch} содержит @samp{x}, то ленточки рисуются вдоль оси x, иначе (по умолчанию) вдоль оси y. См. также @ref{belt}, @ref{surfc}, @ref{meshnum}. @c TODO @sref{Belt sample} @end deftypefn @anchor{surf3c} @deftypefn {Команда MGL} {} surf3c adat cdat @code{val} ['sch'=''] @deftypefnx {Команда MGL} {} surf3c xdat ydat zdat adat cdat @code{val} ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3C (@code{mreal} val, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3C (@code{mreal} val, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf3c_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf3c_xyz_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует поверхность уровня для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) при @var{a}(x,y,z)=@var{val}. Аналогично @ref{surf3}, но цвет задается массивом @var{c}. Если @var{sch} содержит @samp{#}, то рисуется сетчатая поверхность. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. См. также @ref{surf3}, @ref{surfc}, @ref{surf3a}. @sref{Surf3C sample} @end deftypefn @deftypefn {Команда MGL} {} surf3c adat cdat ['sch'=''] @deftypefnx {Команда MGL} {} surf3c xdat ydat zdat adat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3C (@code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3C (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf3c (@code{HMGL} gr, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf3c_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Аналогично предыдущему для @var{num} поверхностей уровня равномерно распределённых в диапазоне изменения цвета. Величина @var{num} равна значению параметра @code{value} в опциях @var{opt} (по умолчанию 3). @end deftypefn @anchor{surfa} @deftypefn {Команда MGL} {} surfa zdat cdat ['sch'=''] @deftypefnx {Команда MGL} {} surfa xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SurfA (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SurfA (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surfa (@code{HMGL} gr, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surfa_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует параметрически заданную поверхность @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} с прозрачностью, заданной массивом @var{c}[i,j]. Если @var{sch} содержит @samp{#}, то на поверхности рисуется сетка. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. Размерность массивов @var{z} и @var{c} должна быть одинакова. График строится для каждого z среза данных. См. также @ref{surf}, @ref{surfc}, @ref{surf3a}. @sref{SurfA sample} @end deftypefn @anchor{surf3a} @deftypefn {Команда MGL} {} surf3a adat cdat @code{val} ['sch'=''] @deftypefnx {Команда MGL} {} surf3a xdat ydat zdat adat cdat @code{val} ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3A (@code{mreal} val, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3A (@code{mreal} val, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf3a_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf3a_xyz_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует поверхность уровня для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) при @var{a}(x,y,z)=@var{val}. Аналогично @ref{surf3}, но прозрачность задается массивом @var{c}. Если @var{sch} содержит @samp{#}, то рисуется сетчатая поверхность. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. См. также @ref{surf3}, @ref{surfc}, @ref{surf3a}. @sref{Surf3A sample} @end deftypefn @deftypefn {Команда MGL} {} surf3a adat cdat ['sch'=''] @deftypefnx {Команда MGL} {} surf3a xdat ydat zdat adat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3A (@code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3A (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf3a (@code{HMGL} gr, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf3a_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Аналогично предыдущему для @var{num} поверхностей уровня равномерно распределённых в диапазоне изменения цвета. При этом массив @var{c} может быть вектором со значениями прозрачности и @var{num}=@var{c}.nx. В противном случае величина @var{num} равна значению параметра @code{value} в опциях @var{opt} (по умолчанию 3). @end deftypefn @anchor{surfca} @deftypefn {Команда MGL} {} surfca zdat cdat adat ['sch'=''] @deftypefnx {Команда MGL} {} surfca xdat ydat zdat cdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} SurfCA (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} SurfCA (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surfca (@code{HMGL} gr, @code{HCDT} z, @code{HCDT} c, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surfca_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует параметрически заданную поверхность @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} с цветом и прозрачностью, заданными массивами @var{c}[i,j] и @var{a}[i,j] соответственно. Если @var{sch} содержит @samp{#}, то на поверхности рисуется сетка. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. Размерность массивов @var{z} и @var{c} должна быть одинакова. График строится для каждого z среза данных. См. также @ref{surf}, @ref{surfc}, @ref{surfa}, @ref{surf3ca}. @sref{SurfCA sample} @end deftypefn @anchor{surf3ca} @deftypefn {Команда MGL} {} surf3ca adat cdat bdat @code{val} ['sch'=''] @deftypefnx {Команда MGL} {} surf3ca xdat ydat zdat adat cdat bdat @code{val} ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3CA (@code{mreal} val, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const mglDataA &}b, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3CA (@code{mreal} val, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const mglDataA &}b, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf3ca_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} a, @code{HCDT} c, @code{HCDT} b, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf3ca_xyz_val (@code{HMGL} gr, @code{mreal} val, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{HCDT} b, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует поверхность уровня для 3d массива, заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) при @var{a}(x,y,z)=@var{val}. Аналогично @ref{surf3}, но цвет и прозрачность задается массивами @var{c} и @var{b} соответственно. Если @var{sch} содержит @samp{#}, то рисуется сетчатая поверхность. Если @var{sch} содержит @samp{.}, то рисуется поверхность из точек. См. также @ref{surf3}, @ref{surfc}, @ref{surf3a}. @sref{Surf3A sample} @end deftypefn @deftypefn {Команда MGL} {} surf3ca adat cdat ['sch'=''] @deftypefnx {Команда MGL} {} surf3ca xdat ydat zdat adat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3CA (@code{const mglDataA &}a, @code{const mglDataA &}c, @code{const mglDataA &}b, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Surf3CA (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}c, @code{const mglDataA &}b, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_surf3ca (@code{HMGL} gr, @code{HCDT} a, @code{HCDT} c, @code{HCDT} b, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_surf3ca_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} c, @code{HCDT} b, @code{const char *}sch, @code{const char *}opt) @end ifclear Аналогично предыдущему для @var{num} поверхностей уровня равномерно распределённых в диапазоне изменения цвета. Здесь величина @var{num} равна значению параметра @code{value} в опциях @var{opt} (по умолчанию 3). @end deftypefn @anchor{tiles} @deftypefn {Команда MGL} {} tiles zdat rdat ['sch'=''] @deftypefnx {Команда MGL} {} tiles xdat ydat zdat rdat ['sch'=''] @deftypefnx {Команда MGL} {} tiles xdat ydat zdat rdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} TileS (@code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TileS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TileS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}r, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_tiles (@code{HMGL} gr, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tiles_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tiles_xyc (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} r, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует плитки для параметрически заданной поверхности @{@var{x}[i,j], @var{y}[i,j], @var{z}[i,j]@} с цветом, заданным массивом @var{c}[i,j]. Аналогично Tile(), но размер плиток задается массивов @var{r}. Если строка @var{sch} содержит стиль @samp{x} или @samp{y}, то плитки будут ориентированы перпендикулярно x- или y-оси. Это создает эффект "прозрачности" при экспорте в файлы EPS. График строится для каждого z среза данных. См. также @ref{surfa}, @ref{tile}. @sref{TileS sample} @end deftypefn @anchor{map} @deftypefn {Команда MGL} {} map udat vdat ['sch'=''] @deftypefnx {Команда MGL} {} map xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Map (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Map (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_map (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_map_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует точечное отображение для матриц @{@var{ax}, @var{ay} @} параметрически зависящих от координат @var{x}, @var{y}. Исходное положение ячейки задает ее цвет. Высота пропорциональна якобиану J(ax,ay). График является аналогом диаграммы Арнольда ??? Если @var{sch} содержит @samp{.}, то цветные точки рисуются в узлах матриц (полезно для "запутанного" отображения), иначе рисуются грани. @sref{Mapping visualization} @end deftypefn @anchor{stfa} @deftypefn {Команда MGL} {} stfa re im @code{dn} ['sch'=''] @deftypefnx {Команда MGL} {} stfa xdat ydat re im @code{dn} ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} STFA (@code{const mglDataA &}re, @code{const mglDataA &}im, @code{int} dn, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} STFA (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}re, @code{const mglDataA &}im, @code{int} dn, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_stfa (@code{HMGL} gr, @code{HCDT} re, @code{HCDT} im, @code{int} dn, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_stfa_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} re, @code{HCDT} im, @code{int} dn, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует спектрограмму комплексного массива @var{re}+i*@var{im} для Фурье размером @var{dn} точек в плоскости @var{z} равно минимальному значению оси z. Параметр @var{dn} -- любое чётное число. Например в 1D случае, результатом будет график плотности от массива @math{res[i,j]=|\sum_d^dn exp(I*j*d)*(re[i*dn+d]+I*im[i*dn+d])|/dn} размером @{int(nx/dn), dn, ny@}. Массивы @var{re}, @var{im} параметрически зависят от координат @var{x}, @var{y}. Все размеры массивов @var{re} и @var{im} должны быть одинаковы. Младшие размерности массивов @var{x}, @var{y}, @var{re} должны быть одинаковы. Массивы @var{x} и @var{y} могут быть векторами (не матрицами как @var{re}). @sref{STFA sample} @end deftypefn @c ################################################################## @external{} @node Vector fields, Other plotting, Dual plotting, MathGL core @section Векторные поля @nav{} @cindex Traj @cindex Vect @cindex Dew @cindex Flow @cindex FlowP @cindex Pipe Эти функции рисуют графики для 2D и 3D векторных полей. Есть несколько типов графиков: просто векторное поле (Vect), вектора вдоль траектории (Traj), векторное поле каплями (Dew), нити тока (Flow, FlowP), трубки тока (Pipe). По умолчанию (если отсутствуют) значения @var{x}, @var{y} и @var{z} равно распределены в диапазоне осей координат. Младшие размерности массивов @var{x}, @var{y}, @var{z} и @var{ax} должны быть одинаковы. Размеры массивов @var{ax}, @var{ay} и @var{az} должны быть одинаковы. Массивы @var{x}, @var{y} и @var{z} могут быть векторами (не матрицами как @var{ax}). Строка @var{sch} задает цветовую схему (см. @ref{Color scheme}). Строка @var{opt} задает опции графика (см. @ref{Command options}). @anchor{traj} @deftypefn {Команда MGL} {} traj xdat ydat udat vdat ['sch'=''] @deftypefnx {Команда MGL} {} traj xdat ydat zdat udat vdat wdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Traj (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Traj (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_traj_xyz (@code{HMGL} gr, @code{HCDT}x, @code{HCDT}y, @code{HCDT}z, @code{HCDT}ax, @code{HCDT}ay, @code{HCDT}az, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_traj_xy (@code{HMGL} gr, @code{HCDT}x, @code{HCDT}y, @code{HCDT}ax, @code{HCDT}ay, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует вектора @{@var{ax}, @var{ay}, @var{az}@} вдоль кривой @{@var{x}, @var{y}, @var{z}@}. Длина векторов пропорциональна @math{\sqrt@{ax^2+ay^2+az^2@}}. Строка @var{pen} задает цвет (см. @ref{Line styles}). По умолчанию (@code{pen=""}) используется текущий цвет из палитры (см. @ref{Palette and colors}). Опция @code{value} задает фактор длины векторов (если не нуль) или выбирать длину пропорционально расстоянию между точками кривой (если @code{value=0}). Размер по 1-му индексу должен быть 2 или больше. График рисуется для каждой строки если один из массивов матрица. См. также @ref{vect}. @sref{Traj sample} @end deftypefn @anchor{vect} @deftypefn {Команда MGL} {} vect udat vdat ['sch'=''] @deftypefnx {Команда MGL} {} vect xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Vect (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Vect (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_vect_2d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_vect_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует векторное поле @{@var{ax}, @var{ay}@} параметрически зависящее от координат @var{x}, @var{y} на плоскости при @var{z} равном минимальному значению оси z. Длина и цвет векторов пропорциональна @math{\sqrt@{ax^2+ay^2@}}. Число рисуемых векторов зависит от @ref{meshnum}. Вид стрелок/штрихов может быть изменён символами: @itemize @bullet @item @samp{f} для стрелок одинаковой длины, @item @samp{>}, @samp{<} для стрелок начинающихся или заканчивающихся в ячейке сетки (по умолчанию центрированы), @item @samp{.} для рисования штрихов с точкой в начале вместо стрелок, @item @samp{=} для использования градиента цвета вдоль стрелок. @end itemize См. также @ref{flow}, @ref{dew}. @sref{Vect sample} @end deftypefn @deftypefn {Команда MGL} {} vect udat vdat wdat ['sch'=''] @deftypefnx {Команда MGL} {} vect xdat ydat zdat udat vdat wdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Vect (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Vect (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_vect_3d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_vect_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @end ifclear Это 3d версия графика. Здесь массивы @var{ax}, @var{ay}, @var{az} должны трёхмерными тензорами и длина вектора пропорциональна @math{\sqrt@{ax^2+ay^2+az^2@}}. @end deftypefn @anchor{vect3} @deftypefn {Команда MGL} {} vect3 udat vdat wdat ['sch'='' sval] @deftypefnx {Команда MGL} {} vect3 xdat ydat zdat udat vdat wdat ['sch'='' sval] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Vect3 (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Vect3 (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{mreal} sVal=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_vect3 (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_vect3_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{mreal} sVal, @code{const char *}opt) @end ifclear Рисует 3D векторное поле @{@var{ax}, @var{ay}, @var{az}@} параметрически зависящее от координат @var{x}, @var{y}, @var{z}. График рисуется на срезе @var{sVal} в направлении @{@samp{x}, @samp{y}, @samp{z}@}, указанном в строке @var{sch} (по умолчанию, в напралении @samp{y}). Длина и цвет векторов пропорциональна @math{\sqrt@{ax^2+ay^2+az^2@}}. Число рисуемых векторов зависит от @ref{meshnum}. Вид стрелок/штрихов может быть изменён символами: @itemize @bullet @item @samp{f} для стрелок одинаковой длины, @item @samp{>}, @samp{<} для стрелок начинающихся или заканчивающихся в ячейке сетки (по умолчанию центрированы), @item @samp{.} для рисования штрихов с точкой в начале вместо стрелок, @item @samp{=} для использования градиента цвета вдоль стрелок. @end itemize См. также @ref{vect}, @ref{flow}, @ref{dew}. @sref{Vect sample} @end deftypefn @anchor{dew} @deftypefn {Команда MGL} {} dew udat vdat ['sch'=''] @deftypefnx {Команда MGL} {} dew xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dew (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dew (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_dew (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_dew_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует капли для векторного поля @{@var{ax}, @var{ay}@}, параметрически зависящего от координат @var{x}, @var{y} при @var{z} равном минимальному значению оси z. Замечу, что график требует много памяти и процессорного времени для своего создания! Цвет капель пропорционален @math{\sqrt@{ax^2+ay^2@}}. Число капель определяется @ref{meshnum}. См. также @ref{vect}. @sref{Dew sample} @end deftypefn @anchor{flow} @deftypefn {Команда MGL} {} flow udat vdat ['sch'=''] @deftypefnx {Команда MGL} {} flow xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Flow (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Flow (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_flow_2d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_flow_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует нити тока для векторного поля @{@var{ax}, @var{ay}@}, параметрически зависящего от координат @var{x}, @var{y} на плоскости при @var{z} равном минимальному значению оси z. Число нитей пропорционально значению опции @code{value} (по умолчанию 5). Цвет нитей пропорционален @math{\sqrt@{ax^2+ay^2@}}. Строка @var{sch} может содержать @itemize @bullet @item цветовую схему -- тёплые цвета соответствуют нормальному току (типа стока), холодные цвета соответствуют обратному току (типа источника); @item @samp{#} для использования нитей, начинающихся только на границе; @item @samp{*} для использования нитей, начинающихся с двумерной сетки внутри данных; @item @samp{v} для рисования стрелок на нитях; @item @samp{x}, @samp{z} для рисования лент нормалей, начинающихся в плоскостях x-y и y-z соответственно. @end itemize См. также @ref{pipe}, @ref{vect}, @ref{tape}, @ref{barwidth}. @sref{Flow sample} @end deftypefn @deftypefn {Команда MGL} {} flow udat vdat wdat ['sch'=''] @deftypefnx {Команда MGL} {} flow xdat ydat zdat udat vdat wdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Flow (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Flow (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_flow_3d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_flow_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @end ifclear Это 3d версия графика. Здесь массивы должны трёхмерными тензорами и цвет пропорционален @math{\sqrt@{ax^2+ay^2+az^2@}}. @end deftypefn @deftypefn {Команда MGL} {} flow @code{x0 y0} udat vdat ['sch'=''] @deftypefnx {Команда MGL} {} flow @code{x0 y0} xdat ydat udat vdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} FlowP (@code{mglPoint} p0, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} FlowP (@code{mglPoint} p0, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_flowp_2d (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_flowp_xy (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{const char *}opt) @end ifclear Аналогично @ref{flow}, но рисует одну нить из точки @var{p0}=@{@var{x0},@var{y0},@var{z0}@}. @end deftypefn @deftypefn {Команда MGL} {} flow @code{x0 y0 z0} udat vdat wdat ['sch'=''] @deftypefnx {Команда MGL} {} flow @code{x0 y0 z0} xdat ydat zdat udat vdat wdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} FlowP (@code{mglPoint} p0, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} FlowP (@code{mglPoint} p0, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_flowp_3d (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_flowp_xyz (@code{HMGL} gr, @code{mreal} x0, @code{mreal} y0, @code{mreal} z0, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{const char *}opt) @end ifclear Это 3d версия графика. @end deftypefn @anchor{grad} @deftypefn {Команда MGL} {} grad pdat ['sch'=''] @deftypefnx {Команда MGL} {} grad xdat ydat pdat ['sch'=''] @deftypefnx {Команда MGL} {} grad xdat ydat zdat pdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Grad (@code{const mglDataA &}phi, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Grad (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}phi, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Grad (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}phi, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_grad (@code{HMGL} gr, @code{HCDT} phi, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_grad_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} phi, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_grad_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} phi, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует линии градиента скалярного поля @var{phi}[i,j] (или @var{phi}[i,j,k] в 3d случае) заданного параметрически @{@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]@}. Число линий пропорционально значению опции @code{value} (по умолчанию 5). См. также @ref{dens}, @ref{cont}, @ref{flow}. @end deftypefn @anchor{pipe} @deftypefn {Команда MGL} {} pipe udat vdat ['sch'='' @code{r0=0.05}] @deftypefnx {Команда MGL} {} pipe xdat ydat udat vdat ['sch'='' @code{r0=0.05}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Pipe (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{mreal} r0=@code{0.05}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Pipe (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const char *}sch=@code{""}, @code{mreal} r0=@code{0.05}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_pipe_2d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{mreal} r0, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_pipe_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} ax, @code{HCDT} ay, @code{const char *}sch, @code{mreal} r0, @code{const char *}opt) @end ifclear Рисует трубки тока для векторного поля @{@var{ax}, @var{ay}@}, параметрически зависящего от координат @var{x}, @var{y} на плоскости при @var{z} равном минимальному значению оси z. Число трубок пропорционально значению опции @code{value}. Цвет и радиус трубок пропорционален @math{\sqrt@{ax^2+ay^2@}}. Тёплые цвета соответствуют нормальному току (типа стока). Холодные цвета соответствуют обратному току (типа источника). Параметр @var{r0} задает радиус трубок. При @var{r0}<0 радиус трубок обратно пропорционален их амплитуде. См. также @ref{flow}, @ref{vect}. @sref{Pipe sample} @end deftypefn @deftypefn {Команда MGL} {} pipe udat vdat wdat ['sch'='' @code{r0=0.05}] @deftypefnx {Команда MGL} {} pipe xdat ydat zdat udat vdat wdat ['sch'='' @code{r0=0.05}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Pipe (@code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{mreal} r0=@code{0.05}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Pipe (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}ax, @code{const mglDataA &}ay, @code{const mglDataA &}az, @code{const char *}sch=@code{""}, @code{mreal} r0=@code{0.05}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_pipe_3d (@code{HMGL} gr, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{mreal} r0, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_pipe_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} ax, @code{HCDT} ay, @code{HCDT} az, @code{const char *}sch, @code{mreal} r0, @code{const char *}opt) @end ifclear Это 3d версия графика. Здесь массивы @var{ax}, @var{ay}, @var{az} должны трёхмерными тензорами и цвет пропорционален @math{\sqrt@{ax^2+ay^2+az^2@}}. @end deftypefn @c ################################################################## @external{} @node Other plotting, Nonlinear fitting, Vector fields, MathGL core @section Прочие графики @nav{} @cindex DensXYZ @cindex ContXYZ @cindex ContFXYZ @cindex Dots @cindex Crust @cindex TriPlot @cindex TriCont @cindex QuadPlot @cindex FPlot @cindex FSurf Это функции, не относящиеся к какой-то специальной категории. Сюда входят функции построения графиков по текстовым формулам (FPlot и FSurf), рисования поверхностей из треугольников и четырёхугольников (TriPlot, TriCont, QuadPlot), произвольных точек в пространстве (Dots) и реконструкции по ним поверхности (Crust), графики плотности и линии уровня на плоскостях, перпендикулярных осям x, y или z (Dens[XYZ], Cont[XYZ], ContF[XYZ]). Каждый тип графика имеет похожий интерфейс. Есть версия для рисования одного массива с автоматическими координатами и версия для параметрически заданного массива. Параметры цветовой схемы задаются строкой. @xref{Color scheme}. @anchor{densz} @anchor{densy} @anchor{densx} @anchor{DensXYZ} @deftypefn {Команда MGL} {} densx dat ['sch'='' @code{sval=nan}] @deftypefnx {Команда MGL} {} densy dat ['sch'='' @code{sval=nan}] @deftypefnx {Команда MGL} {} densz dat ['sch'='' @code{sval=nan}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} DensX (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} DensY (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} DensZ (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_dens_x (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_dens_y (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_dens_z (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @end ifclear Эти функции рисуют график плотности на x, y или z плоскостях. Если @var{a} -- 3d массив, то выполняется интерполяция к заданному срезу @var{sVal}. Функции полезны для создания проекций 3D массивов на оси координат. См. также @ref{ContXYZ}, @ref{ContFXYZ}, @ref{dens}, @ref{Data manipulation}. @sref{Dens projection sample} @end deftypefn @anchor{contz} @anchor{conty} @anchor{contx} @anchor{ContXYZ} @deftypefn {Команда MGL} {} contx dat ['sch'='' @code{sval=nan}] @deftypefnx {Команда MGL} {} conty dat ['sch'='' @code{sval=nan}] @deftypefnx {Команда MGL} {} contz dat ['sch'='' @code{sval=nan}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContX (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContY (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContZ (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_cont_x (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cont_y (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cont_z (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @end ifclear Эти функции рисуют линии уровня на x, y или z плоскостях. Если @var{a} -- 3d массив, то выполняется интерполяция к заданному срезу @var{sVal}. Опция @code{value} задает число контуров. Функции полезны для создания проекций 3D массивов на оси координат. См. также @ref{ContFXYZ}, @ref{DensXYZ}, @ref{cont}, @ref{Data manipulation}. @sref{Cont projection sample} @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{void} ContX (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContY (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContZ (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_cont_x_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cont_y_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_cont_z_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) Аналогично предыдущему с ручным заданием значений для линий уровня. @end deftypefn @end ifclear @anchor{contfz} @anchor{contfy} @anchor{contfx} @anchor{ContFXYZ} @deftypefn {Команда MGL} {} contfx dat ['sch'='' @code{sval=nan}] @deftypefnx {Команда MGL} {} contfy dat ['sch'='' @code{sval=nan}] @deftypefnx {Команда MGL} {} contfz dat ['sch'='' @code{sval=nan}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContFX (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContFY (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContFZ (@code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contf_x (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contf_y (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contf_z (@code{HMGL} gr, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @end ifclear Эти функции рисуют закрашенные контуры уровня на x, y или z плоскостях. Если @var{a} -- 3d массив, то выполняется интерполяция к заданному срезу @var{sVal}. Опция @code{value} задает число контуров. Функции полезны для создания проекций 3D массивов на оси координат. См. также @ref{ContFXYZ}, @ref{DensXYZ}, @ref{cont}, @ref{Data manipulation}. @sref{ContF projection sample} @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{void} ContFX (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContFY (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} ContFZ (@code{const mglDataA &}v, @code{const mglDataA &}a, @code{const char *}stl=@code{""}, @code{mreal} sVal=@code{NAN}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_contf_x_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contf_y_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_contf_z_val (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} a, @code{const char *}stl, @code{mreal} sVal, @code{const char *}opt) Аналогично предыдущему с ручным заданием значений для линий уровня. @end deftypefn @end ifclear @anchor{fplot} @deftypefn {Команда MGL} {} fplot 'y(x)' ['pen'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} FPlot (@code{const char *}eqY, @code{const char *}pen=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_fplot (@code{HMGL} gr, @code{const char *}eqY, @code{const char *}pen, @code{const char *}opt) @end ifclear Рисует функцию @samp{eqY(x)} в плоскости @var{z} равно минимальному значению оси z с координатой @samp{x} в диапазоне осей координат. Опция @code{value} задает начальное число точек. См. также @ref{plot}. @end deftypefn @deftypefn {Команда MGL} {} fplot 'x(t)' 'y(t)' 'z(t)' ['pen'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} FPlot (@code{const char *}eqX, @code{const char *}eqY, @code{const char *}eqZ, @code{const char *}pen, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_fplot_xyz (@code{HMGL} gr, @code{const char *}eqX, @code{const char *}eqY, @code{const char *}eqZ, @code{const char *}pen, @code{const char *}opt) @end ifclear Рисует параметрическую кривую @{@samp{eqX(t)}, @samp{eqY(t)}, @samp{eqZ(t)}@}, где координата @samp{t} меняется в диапазоне [0, 1]. Опция @code{value} задает начальное число точек. См. также @ref{plot}. @end deftypefn @anchor{fsurf} @deftypefn {Команда MGL} {} fsurf 'z(x,y)' ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} FSurf (@code{const char *}eqZ, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}); @deftypefnx {Функция С} @code{void} mgl_fsurf (@code{HMGL} gr, @code{const char *}eqZ, @code{const char *}sch, @code{const char *}opt); @end ifclear Рисует поверхность @samp{eqY(x,y)} с координатами @samp{x}, @samp{y} в диапазоне @code{xrange, yrange}. Опция @code{value} задает число точек. См. также @ref{surf}. @end deftypefn @deftypefn {Команда MGL} {} fsurf 'x(u,v)' 'y(u,v)' 'z(u,v)' ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} FSurf (@code{const char *}eqX, @code{const char *}eqY, @code{const char *}eqZ, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_fsurf_xyz (@code{HMGL} gr, @code{const char *}eqX, @code{const char *}eqY, @code{const char *}eqZ, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует параметрическую поверхность @{@samp{eqX(u,v)}, @samp{eqY(u,v)}, @samp{eqZ(u,v)}@}, где координаты @samp{u}, @samp{v} меняются в диапазоне [0, 1]. Опция @code{value} задает число точек. См. также @ref{surf}. @end deftypefn @anchor{triplot} @deftypefn {Команда MGL} {} triplot idat xdat ydat ['sch'=''] @deftypefnx {Команда MGL} {} triplot idat xdat ydat zdat ['sch'=''] @deftypefnx {Команда MGL} {} triplot idat xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} TriPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TriPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TriPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_triplot_xy (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_triplot_xyz (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_triplot_xyzc (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует поверхность из треугольников. Вершины треугольников задаются индексами @var{id} в массиве точек @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Строка @var{sch} задает цветовую схему. Если строка содержит @samp{#}, то рисуется сетчатая поверхность. Размер по 1-му индексу массива @var{id} должен быть 3 или больше. Массивы @var{x}, @var{y}, @var{z} должны иметь одинаковые размеры. Массив @var{c} задает цвет треугольников (если @var{id}.ny=@var{c}.nx) или цвет вершин (если @var{x}.nx=@var{c}.nx). См. также @ref{dots}, @ref{crust}, @ref{quadplot}, @ref{triangulation}. @sref{TriPlot and QuadPlot} @end deftypefn @anchor{tricont} @deftypefn {Команда MGL} {} tricont vdat idat xdat ydat zdat cdat ['sch'=''] @deftypefnx {Команда MGL} {} tricont vdat idat xdat ydat zdat ['sch'=''] @deftypefnx {Команда MGL} {} tricont idat xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} TriCont (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TriCont (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TriContV (@code{const mglDataA &}v, @code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} TriContV (@code{const mglDataA &}v, @code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_tricont_xyzc (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tricont_xyz (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tricont_xyzcv (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_tricont_xyzv (@code{HMGL} gr, @code{HCDT} v, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует линии уровня поверхности из треугольников при @var{z}=@var{v}[k] (или при @var{z} равном минимальному значению оси z если @var{sch} содержит @samp{_}). Вершины треугольников задаются индексами @var{id} в массиве точек @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Если аргуент @var{v} не задан, то используется массив из @var{num} элементов равно распределенных в диапазоне изменения цвета. Здесь @var{num} равен значению параметра @code{value} в опциях @var{opt} (по умолчанию 7). Строка @var{sch} задает цветовую схему. Размер по 1-му индексу массива @var{id} должен быть 3 или больше. Массивы @var{x}, @var{y}, @var{z} должны иметь одинаковые размеры. Массив @var{c} задает цвет треугольников (если @var{id}.ny=@var{c}.nx) или цвет вершин (если @var{x}.nx=@var{c}.nx). См. также @ref{triplot}, @ref{cont}, @ref{triangulation}. @end deftypefn @anchor{quadplot} @deftypefn {Команда MGL} {} quadplot idat xdat ydat ['sch'=''] @deftypefnx {Команда MGL} {} quadplot idat xdat ydat zdat ['sch'=''] @deftypefnx {Команда MGL} {} quadplot idat xdat ydat zdat cdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} QuadPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} QuadPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} QuadPlot (@code{const mglDataA &}id, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_quadplot_xy (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_quadplot_xyz (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_quadplot_xyzc (@code{HMGL} gr, @code{HCDT} id, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует поверхность из четырёхугольников. Вершины четырёхугольников задаются индексами @var{id} в массиве точек @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Строка @var{sch} задает цветовую схему. Если строка содержит @samp{#}, то рисуется сетчатая поверхность. Размер по 1-му индексу массива @var{id} должен быть 4 или больше. Массивы @var{x}, @var{y}, @var{z} должны иметь одинаковые размеры. Массив @var{c} задает цвет четырёхугольников (если @var{id}.ny=@var{c}.nx) или цвет вершин (если @var{x}.nx=@var{c}.nx). См. также @ref{triplot}. @sref{TriPlot and QuadPlot} @end deftypefn @anchor{dots} @deftypefn {Команда MGL} {} dots xdat ydat zdat ['sch'=''] @deftypefnx {Команда MGL} {} dots xdat ydat zdat adat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dots (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dots (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Dots (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}c, @code{const mglDataA &}a, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_dots (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_dots_a (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @deftypefnx {Функция С} @code{void} mgl_dots_ca (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} c, @code{HCDT} a, @code{const char *}sch, @code{const char *}opt) @end ifclear Рисует произвольно расположенные точки @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Строка @var{sch} задает цветовую схему и тип маркеров. Если определёны массивы @var{c}, @var{a} то они задают цвет и прозрачность точек соответственно. Непрозрачные точки с заданным цветом можно нарисовать с помощью @ref{tens}, используя стиль @samp{ .}. Массивы @var{x}, @var{y}, @var{z}, @var{a} должны иметь одинаковые размеры. См. также @ref{crust}, @ref{tens}, @ref{mark}, @ref{plot}. @sref{Dots sample} @end deftypefn @anchor{crust} @deftypefn {Команда MGL} {} crust xdat ydat zdat ['sch'=''] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Crust (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}sch=@code{""}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_crust (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}sch, @code{const char *}opt) @end ifclear Реконструирует и рисует поверхность по произвольно расположенным точкам @{@var{x}[i], @var{y}[i], @var{z}[i]@}. Опция @var{value} задает радиус ошибки (увеличите для удаления дыр). Строка @var{sch} задает цветовую схему. Если строка содержит @samp{#}, то рисуется сетчатая поверхность. Массивы @var{x}, @var{y}, @var{z} должны иметь одинаковые размеры. См. также @ref{dots}, @ref{triplot}. @c @sref{Crust sample} @end deftypefn @c ################################################################## @external{} @node Nonlinear fitting, Data manipulation, Other plotting, MathGL core @section Nonlinear fitting @nav{} @cindex Fit @cindex FitS @cindex PutsFit @cindex mglFitPnts @cindex Fit2 @cindex Fit3 Эти функции подбирают параметры функции для наилучшей аппроксимации данных, т.е. минимизируют сумму @math{\sum_i (f(x_i, y_i, z_i) - a_i)^2/s_i^2}. При этом аппроксимирующая функция @samp{f} может зависеть от одного аргумента @samp{x} (1D случай), от двух аргументов @samp{x,y} (2D случай) или от трех аргументов @samp{x,y,z} (3D случай). Функция @samp{f} также может зависеть от параметров. Список параметров задается строкой @var{var} (например, @samp{abcd}). Обычно пользователь должен предоставить начальные значения параметров в переменной @var{ini}. Однако, при его отсутствии используются нулевые значения. Параметр @var{print}=@code{true} включает вывод найденной формулы в @var{Message} (см. @ref{Error handling}). Функции Fit() и FitS() не рисуют полученные массивы. Они заполняют массив @var{fit} по формуле @samp{f} с найденными коэффициентами и возвращают @math{\chi^2} ошибку аппроксимации. При этом, координаты @samp{x,y,z} равно распределены в диапазоне осей координат. Число точек в @var{fit} определяется опцией @code{value} (по умолчанию @var{mglFitPnts}=100). Функции используют библиотеку GSL. @sref{Nonlinear fitting hints} @anchor{fits} @deftypefn {Команда MGL} {} fits res adat sdat 'func' 'var' [ini=0] @deftypefnx {Команда MGL} {} fits res xdat adat sdat 'func' 'var' [ini=0] @deftypefnx {Команда MGL} {} fits res xdat ydat adat sdat 'func' 'var' [ini=0] @deftypefnx {Команда MGL} {} fits res xdat ydat zdat adat sdat 'func' 'var' [ini=0] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} FitS (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const mglDataA &}s, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{HMDT} mgl_fit_ys (@code{HMGL} gr, @code{HCDT} a, @code{HCDT} s, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_fit_xys (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} a, @code{HCDT} s, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_fit_xyzs (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} a, @code{HCDT} s, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_fit_xyzas (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{HCDT} s, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @end ifclear "Подгоняют" формулу вдоль x-, y- и z-направлений для 3d массива заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) с весовым множителем @var{s}[i,j,k]. @end deftypefn @anchor{fit} @deftypefn {Команда MGL} {} fit res adat 'func' 'var' [ini=0] @deftypefnx {Команда MGL} {} fit res xdat adat 'func' 'var' [ini=0] @deftypefnx {Команда MGL} {} fit res xdat ydat adat 'func' 'var' [ini=0] @deftypefnx {Команда MGL} {} fit res xdat ydat zdat adat 'func' 'var' [ini=0] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{HMDT} mgl_fit_y (@code{HMGL} gr, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_fit_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_fit_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_fit_xyza (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @end ifclear "Подгоняют" формулу вдоль x-, y- и z-направлений для 3d массива заданного параметрически @var{a}[i,j,k](@var{x}[i,j,k], @var{y}[i,j,k], @var{z}[i,j,k]) с весовым множителем 1. @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{mglData} Fit2 (@code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit2 (@code{mglData &}fit, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit3 (@code{mglData &}fit, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Fit3 (@code{mglData &}fit, @code{const mglDataA &}a, @code{const char *}func, @code{const char *}var, @code{mglData &}ini, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{HMDT} mgl_fit_2 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_fit_3 (@code{HMGL} gr, @code{HCDT} a, @code{const char *}func, @code{const char *}var, @code{HMDT} ini, @code{const char *}opt) "Подгоняют" формулу вдоль всех направлений для 2d или 3d массива @var{a} с @var{s}=1 и @var{x}, @var{y}, @var{z} равно распределёнными в диапазоне осей координат. @end deftypefn @end ifclear @anchor{putsfit} @deftypefn {Команда MGL} {} putsfit @code{x y} ['pre'='' 'fnt'='' @code{size=-1}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} PutsFit (@code{mglPoint} p, @code{const char *}prefix=@code{""}, @code{const char *}font=@code{""}, @code{mreal} size=@code{-1}) @deftypefnx {Функция С} @code{void} mgl_puts_fit (@code{HMGL} gr, @code{mreal} x, @code{mreal} y, @code{mreal} z, @code{const char *}prefix, @code{const char *}font, @code{mreal} size) @end ifclear Печатает последнюю подобранную формулу с найденными коэффициентами в точке @var{p0}. Строка @var{prefix} будет напечатана перед формулой. Все другие параметры такие же как в @ref{Text printing}. @end deftypefn @ifclear UDAV @deftypefn {Метод класса @code{mglGraph}} @code{const char *}GetFit () @deftypefnx {Функция С} @code{const char *} mgl_get_fit (@code{HMGL} gr) @deftypefnx {Fortran процедура} @code{} mgl_get_fit (@code{long} gr, @code{char *}out, @code{int} len) Возвращает последнюю подобранную формулу с найденными коэффициентами. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{mreal} GetFitChi () @deftypefnx {Функция С} @code{mreal} mgl_get_fit_chi () Возвращает величину \chi для последней подобранной формулы. @end deftypefn @deftypefn {Метод класса @code{mglGraph}} @code{mreal} GetFitCovar () @deftypefnx {Функция С} @code{mreal} mgl_get_fit_covar () Возвращает ковариационную матрицу для последней подобранной формулы. @end deftypefn @end ifclear @c ################################################################## @external{} @node Data manipulation, , Nonlinear fitting, MathGL core @section Распределение данных @nav{} @cindex Hist @cindex Fill @cindex DataGrid @deftypefn {Команда MGL} {} hist @sc{res} xdat adat @deftypefnx {Команда MGL} {} hist @sc{res} xdat ydat adat @deftypefnx {Команда MGL} {} hist @sc{res} xdat ydat zdat adat @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Hist (@code{const mglDataA &}x, @code{const mglDataA &}a, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Hist (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}a, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} Hist (@code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}a, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{HMDT} mgl_hist_x (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} a, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_hist_xy (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} a, @code{const char *}opt) @deftypefnx {Функция С} @code{HMDT} mgl_hist_xyz (@code{HMGL} gr, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} a, @code{const char *}opt) @end ifclear Создают распределения данных. Они не рисуют данные. Функции могут быть полезны в случае когда данные пользователя определены на случайно расположенных точка (например, после PIC расчетов) и он хочет построить график, требующий регулярных данных (данных на сетках). Диапазон сеток равен диапазону осей координат. Массивы @var{x}, @var{y}, @var{z} определяют положение (координаты) точек. Массив @var{a} задает значения данных. Число точек в результате @var{res} определяется опцией @code{value} (по умолчанию @var{mglFitPnts}=100). @end deftypefn @deftypefn {Команда MGL} {} fill dat 'eq' @deftypefnx {Команда MGL} {} fill dat 'eq' vdat @deftypefnx {Команда MGL} {} fill dat 'eq' vdat wdat @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} Fill (@code{mglData &}u, @code{const char *}eq, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Fill (@code{mglData &}u, @code{const char *}eq, @code{const mglDataA &}v, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglGraph}} @code{void} Fill (@code{mglData &}u, @code{const char *}eq, @code{const mglDataA &}v, @code{const mglDataA &}w, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_data_fill_eq (@code{HMGL} gr, @code{HMDT} u, @code{const char *}eq, @code{HCDT}v, @code{HCDT}w, @code{const char *}opt) @end ifclear Заполняют значения массива @samp{u} в соответствии с формулой в строке @var{eq}. Формула -- произвольное выражение, зависящее от переменных @samp{x}, @samp{y}, @samp{z}, @samp{u}, @samp{v}, @samp{w}. Координаты @samp{x}, @samp{y}, @samp{z} полагаются в диапазоне изменения осей координат. Переменная @samp{u} -- значение исходного массива. Переменные @samp{v} и @samp{w} -- значения массивов @var{v}, @var{w}, которые могут быть @code{NULL} (т.е. могут быть опущены). @end deftypefn @deftypefn {Команда MGL} {} datagrid dat xdat ydat zdat @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{void} DataGrid (@code{mglData &}u, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_data_grid (@code{HMGL} gr, @code{HMDT} u, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{const char *}opt) @end ifclear Заполняет значения массива @samp{u} результатом линейной интерполяции по триангулированной поверхности, найденной по произвольно расположенным точкам @samp{x}, @samp{y}, @samp{z}. NAN значение используется для точек сетки вне триангулированной поверхности. @sref{Making regular data} @end deftypefn @deftypefn {Команда MGL} {} refill dat xdat vdat [sl=-1] @deftypefnx {Команда MGL} {} refill dat xdat ydat vdat [sl=-1] @deftypefnx {Команда MGL} {} refill dat xdat ydat zdat vdat @ifclear UDAV @deftypefnx {Метод класса @code{mglData}} @code{void} Refill (@code{mglDataA &}dat, @code{const mglDataA &}x, @code{const mglDataA &}v, @code{long} sl=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglData}} @code{void} Refill (@code{mglDataA &}dat, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}v, @code{long} sl=@code{-1}, @code{const char *}opt=@code{""}) @deftypefnx {Метод класса @code{mglData}} @code{void} Refill (@code{mglDataA &}dat, @code{const mglDataA &}x, @code{const mglDataA &}y, @code{const mglDataA &}z, @code{const mglDataA &}v, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{void} mgl_data_refill_gr (@code{HMGL} gr, @code{HMDT} a, @code{HCDT} x, @code{HCDT} y, @code{HCDT} z, @code{HCDT} v, @code{long} sl, @code{const char *}opt) @end ifclear Заполняет значениями интерполяции массива @var{v} в точках @{@var{x}, @var{y}, @var{z}@}=@{@code{X[i], Y[j], Z[k]}@} (или @{@var{x}, @var{y}, @var{z}@}=@{@code{X[i,j,k], Y[i,j,k], Z[i,j,k]}@} если @var{x}, @var{y}, @var{z} не 1d массивы), где @code{X,Y,Z} равномерно распределены в диапазоне осей координат и имеют такой же размер как и массив @var{dat}. Если параметр @var{sl} равен 0 или положительный, то изменятся будет только @var{sl}-ый срез. @end deftypefn @deftypefn {Команда MGL} {} pde @sc{res} 'ham' ini_re ini_im [@code{dz=0.1 k0=100}] @ifclear UDAV @deftypefnx {Метод класса @code{mglGraph}} @code{mglData} PDE (@code{const char *}ham, @code{const mglDataA &}ini_re, @code{const mglDataA &}ini_im, @code{mreal} dz=@code{0.1}, @code{mreal} k0=@code{100}, @code{const char *}opt=@code{""}) @deftypefnx {Функция С} @code{HMDT} mgl_pde_solve (@code{HMGL} gr, @code{const char *}ham, @code{HCDT} ini_re, @code{HCDT} ini_im, @code{mreal} dz, @code{mreal} k0, @code{const char *}opt) @end ifclear Решает уравнение в частных производных du/dz = i*k0*@var{ham}(p,q,x,y,z,|u|)[u], где p=-i/k0*d/dx, q=-i/k0*d/dy -- псевдо-дифференциальные оперторы. Параметры @var{ini_re}, @var{ini_im} задают действительную и мнимую часть начального распределения поля. Координаты @samp{x}, @samp{y}, @samp{z} полагаются в диапазоне изменения осей координат. Отмечу, ято в действительности этот диапазон увеличен на 3/2 для уменьшения отражения от границ сетки. Параметр @var{dz} задает шаг по эволюционной координате z. Сейчас используется упрощенный вид функции @var{ham} -- исключены все ``смешанные'' члены (типа @samp{x*p}->x*d/dx). Например, в 2D случае это функция вида @math{ham = f(p,z) + g(x,z,u)}. Однако, коммутирующие члены (типа @samp{x*q}->x*d/dy) разрешены. Переменная @samp{u} используется для амплитуды поля |u|, что позволяет решать нелинейные задачи -- например уравнение Шредингера @code{ham="p^2 + q^2 - u^2"}. Вы можете задавать мнимую часть для поглощения волн, например @code{ham = "p^2 + i*x*(x>0)"}, но только для линейной зависимости от переменной @samp{i} (т.е. @math{ham = hre+i*him}). @sref{PDE solving hints} @end deftypefn @c ################################################################## @c @external{} @c @node IDTF functions, , Data distributions, MathGL core @c @section IDTF функции @c @nav{} @c Эти функции обеспечивают поддержку особых возможностей при создании IDTF. Во всех прочих случаях они не делают ничего. @c @deftypefn {Метод класса @code{mglGraph}} @code{void} VertexColor (@code{bool} enable) @c Разрешает плавное изменение цвета. @c @end deftypefn @c @deftypefn {Метод класса @code{mglGraph}} @code{void} Compression (@code{bool} enable) @c Дает меньший объем файла, но с худшим качеством. @c @end deftypefn @c inline void DoubleSided(bool){} // NOTE: Add later -- IDTF @c inline void TextureColor(bool){} // NOTE: Add later -- IDTF @c @end ifclear @external{} mathgl-2.4.1/texinfo/widget_en.texi0000664000175000017500000010436013134046534017103 0ustar balakinbalakin @c ------------------------------------------------------------------ @chapter Widget classes @nav{} @cindex mglWnd @cindex mglGLUT @cindex Fl_MathGL @cindex QMathGL @cindex window @cindex widgets There are set of ``window'' classes for making a window with MathGL graphics: @code{mglWindow}, @code{mglFLTK}, @code{mglQT} and @code{mglGLUT} for whole window, @code{Fl_MathGL} and @code{QMathGL} as widgets. All these classes allow user to show, rotate, export, and change view of the plot using keyboard. Most of them (except @code{mglGLUT}) also have toolbar and menu for simplifying plot manipulation. All window classes have mostly the same set of functions derived from @ref{mglWnd class}. For drawing you can use: @code{NULL} pointer if you'll update plot manually, global callback function of type @code{int draw(@code{HMGL} gr, @code{void *}p)} or @code{int draw(@code{mglGraph *}gr)}, or instance of class derived from @ref{mglDraw class}. Basically, this class have 2 main virtual methods: @verbatim class mglDraw { public: virtual int Draw(mglGraph *) { return 0; }; virtual void Reload() {}; }; @end verbatim You should inherit yours class from @code{mglDraw} and re-implement one or both functions for drawing. The window can be constructed using one of following classes (see @ref{Using MathGL window} for examples). @deftypefn {Constructor on @code{mglFLTK}} {} mglFLTK (@code{const char *}title=@code{"MathGL"}) @deftypefnx {Constructor on @code{mglFLTK}} {} mglFLTK (@code{int} (*draw)(@code{HMGL} gr, @code{void *}p), @code{const char *}title=@code{"MathGL"}, @code{void *}par=@code{NULL}, @code{void} (*reload)(@code{HMGL} gr, @code{void *}p)=0) @deftypefnx {Constructor on @code{mglFLTK}} {} mglFLTK (@code{int} (*draw)(@code{mglGraph *}gr), @code{const char *}title=@code{"MathGL"}) @deftypefnx {Constructor on @code{mglFLTK}} {} mglFLTK (@code{mglDraw *}draw, @code{const char *}title=@code{"MathGL"}) @deftypefnx {C function} @code{HMGL} mgl_create_graph_fltk (@code{int} (*draw)(@code{HMGL} gr, @code{void *}p), @code{const char *}title, @code{void *}par, @code{void} (*reload)(@code{HMGL} gr, @code{void *}p)) Creates a FLTK-based window for plotting. Parameter @var{draw} sets a pointer to drawing function (this is the name of function) or instance of @ref{mglDraw class}. There is support of a list of plots (frames). So as one can prepare a set of frames at first and redraw it fast later (but it requires more memory). Function should return positive number of frames for the list or zero if it will plot directly. Note, that @var{draw} can be @code{NULL} for displaying static bitmaps only (no animation or slides). Parameter @var{title} sets the title of the window. Parameter @var{par} contains pointer to data for the plotting function @var{draw}. FLTK-based windows is a bit faster than Qt ones, and provide better support of multi-threading. @end deftypefn @deftypefn {Method on @code{mglFLTK}} @code{int} RunThr () @deftypefnx {C function} @code{int} mgl_fltk_thr () Run main loop for event handling in separate thread. Note, right now it work for FLTK windows only. @end deftypefn @deftypefn {Constructor on @code{mglQT}} {} mglQT (@code{const char *}title=@code{"MathGL"}) @deftypefnx {Constructor on @code{mglQT}} {} mglQT (@code{int} (*draw)(@code{HMGL} gr, @code{void *}p), @code{const char *}title=@code{"MathGL"}, @code{void *}par=@code{NULL}, @code{void} (*reload)(@code{HMGL} gr, @code{void *}p)=0) @deftypefnx {Constructor on @code{mglQT}} {} mglQT (@code{int} (*draw)(@code{mglGraph *}gr), @code{const char *}title=@code{"MathGL"}) @deftypefnx {Constructor on @code{mglQT}} {} mglQT (@code{mglDraw *}draw, @code{const char *}title=@code{"MathGL"}) @deftypefnx {C function} @code{HMGL} mgl_create_graph_qt (@code{int} (*draw)(@code{HMGL} gr, @code{void *}p), @code{const char *}title, @code{void *}par, @code{void} (*reload)(@code{HMGL} gr, @code{void *}p)) Creates a FLTK-based window for plotting. Parameter @var{draw} sets a pointer to drawing function (this is the name of function) or instance of @ref{mglDraw class}. There is support of a list of plots (frames). So as one can prepare a set of frames at first and redraw it fast later (but it requires more memory). Function should return positive number of frames for the list or zero if it will plot directly. Note, that @var{draw} can be @code{NULL} for displaying static bitmaps only (no animation or slides). Parameter @var{title} sets the title of the window. Parameter @var{par} contains pointer to data for the plotting function @var{draw}. @end deftypefn @deftypefn {Constructor on @code{mglGLUT}} {} mglGLUT (@code{const char *}title=@code{"MathGL"}) @deftypefnx {Constructor on @code{mglGLUT}} {} mglGLUT (@code{int} (*draw)(@code{HMGL} gr, @code{void *}p), @code{const char *}title=@code{"MathGL"}, @code{void *}par=@code{NULL}, @code{void} (*reload)(@code{HMGL} gr, @code{void *}p)=0) @deftypefnx {Constructor on @code{mglGLUT}} {} mglGLUT (@code{int} (*draw)(@code{mglGraph *}gr), @code{const char *}title=@code{"MathGL"}) @deftypefnx {Constructor on @code{mglGLUT}} {} mglGLUT (@code{mglDraw *}draw, @code{const char *}title=@code{"MathGL"}) @deftypefnx {C function} @code{HMGL} mgl_create_graph_glut (@code{int} (*draw)(@code{HMGL} gr, @code{void *}p), @code{const char *}title, @code{void *}par, @code{void} (*reload)(@code{HMGL} gr, @code{void *}p)) Creates a GLUT-based window for plotting. Parameter @var{draw} sets a pointer to drawing function (this is the name of function) or instance of @code{mglDraw} class. There is support of a list of plots (frames). So as one can prepare a set of frames at first and redraw it fast later (but it requires more memory). Function should return positive number of frames for the list or zero if it will plot directly. Note, that @var{draw} can be @code{NULL} for displaying static bitmaps only (no animation or slides). Parameter @var{title} sets the title of the window. Parameter @var{par} contains pointer to data for the plotting function @var{draw}. GLUT-based windows are fastest one but there is no toolbar, and plot have some issues due to OpenGL limitations. There are some keys handles for manipulating by the plot: 'a', 'd', 'w', 's' for the rotating; ',', '.' for viewing of the previous or next frames in the list; 'r' for the switching of transparency; 'f' for the switching of lightning; 'x' for hiding (closing) the window. @end deftypefn @menu * mglWnd class:: * mglDraw class:: * Fl_MathGL class:: * QMathGL class:: * wxMathGL class:: @end menu @c ------------------------------------------------------------------ @external{} @node mglWnd class, mglDraw class, , Widget classes @section mglWnd class @nav{} @cindex mglWnd @cindex window @c @cindex mglDraw This class is abstract class derived from mglGraph class (see @ref{MathGL core}). It is defined in @code{#include } and provide base methods for handling window with MathGL graphics. Inherited classes are exist for QT and FLTK widget libraries: @code{mglQT} in @code{#include }, @code{mglFLTK} in @code{#include }. @deftypefn {Method on @code{mglWnd}} @code{int} Run () @deftypefnx {C function} @code{int} mgl_qt_run () @deftypefnx {C function} @code{int} mgl_fltk_run () Run main loop for event handling. Usually it should be called in a separate thread or as last function call in @code{main()}. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} SetDrawFunc (@code{int} (*draw)(@code{HMGL} gr, @code{void *}p), @code{void *}par=@code{NULL}, @code{void} (*reload)(@code{void *}p)=@code{NULL}) @deftypefnx {Method on @code{mglWnd}} @code{void} SetDrawFunc (@code{int} (*draw)(@code{mglGraph *}gr)) @deftypefnx {Method on @code{mglWnd}} @code{void} SetDrawFunc (@code{mglDraw *}obj) @deftypefnx {C function} @code{void} mgl_wnd_set_func (@code{HMGL} gr, @code{int} (*draw)(@code{HMGL} gr, @code{void *}p), @code{void *}par, @code{void} (*reload)(@code{void *}p)) Set callback functions for drawing (@var{draw}) and data reloading (@var{reload}), or instance @var{obj} of a class derived from @code{mglDraw}. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} SetClickFunc (@code{void} (*func)(@code{HMGL} gr, @code{void *}p)) @deftypefnx {C function} @code{void} mgl_set_click_func (@code{void} (*func)(@code{HMGL} gr, @code{void *}p)) Set callback function @var{func} which will be called on mouse click. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} SetMutex(@code{pthread_mutex_t *}mutex) @deftypefnx {C function} @code{void} mgl_wnd_set_mutex(@code{HMGL} gr, @code{pthread_mutex_t *}mutex) Set external mutex for lock/unlock external calculations by widget. This functions is called automatically at using @ref{mglDraw class}. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} ToggleAlpha () @deftypefnx {C function} @code{void} mgl_wnd_toggle_alpha (@code{HMGL} gr) Switch on/off transparency but do not overwrite switches in user drawing function. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} ToggleLight () @deftypefnx {C function} @code{void} mgl_wnd_toggle_light (@code{HMGL} gr) Switch on/off lighting but do not overwrite switches in user drawing function. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} ToggleRotate () @deftypefnx {C function} @code{void} mgl_wnd_toggle_rotate (@code{HMGL} gr) Switch on/off rotation by mouse. Usually, left button is used for rotation, middle button for shift, right button for zoom/perspective. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} ToggleZoom () @deftypefnx {C function} @code{void} mgl_wnd_toggle_zoom (@code{HMGL} gr) Switch on/off zooming by mouse. Just select rectangular region by mouse and it will be zoomed in. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} ToggleNo () @deftypefnx {C function} @code{void} mgl_wnd_toggle_no (@code{HMGL} gr) Switch off all zooming and rotation and restore initial state. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} Update () @deftypefnx {C function} @code{void} mgl_wnd_update (@code{HMGL} gr) Update window contents. This is very useful function for manual updating the plot while long calculation was running in parallel thread. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} ReLoad () @deftypefnx {C function} @code{void} mgl_wnd_reload (@code{HMGL} gr) Reload user data and update picture. This function also update number of frames which drawing function can create. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} Adjust () @deftypefnx {C function} @code{void} mgl_wnd_adjust (@code{HMGL} gr) Adjust size of bitmap to window size. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} NextFrame () @deftypefnx {C function} @code{void} mgl_wnd_next_frame (@code{HMGL} gr) Show next frame if one. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} PrevFrame () @deftypefnx {C function} @code{void} mgl_wnd_prev_frame (@code{HMGL} gr) Show previous frame if one. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} Animation () @deftypefnx {C function} @code{void} mgl_wnd_animation (@code{HMGL} gr) Run/stop slideshow (animation) of frames. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} SetDelay (@code{double} dt) @deftypefnx {C function} @code{void} mgl_wnd_set_delay (@code{HMGL} gr, @code{double} dt) Sets delay for animation in seconds. Default value is 1 sec. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{double} GetDelay () @deftypefnx {C function} @code{double} mgl_wnd_get_delay (@code{HMGL} gr) Gets delay for animation in seconds. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void} Setup (@code{bool} clfupd=@code{true}, @code{bool} showpos=@code{false}) @deftypefnx {C function} @code{void} mgl_setup_window (@code{HMGL} gr, @code{bool} clfupd, @code{bool} showpos) Enable/disable flags for: @itemize @bullet @item clearing plot before Update(); @item showing the last mouse click position in the widget. @end itemize @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{mglPoint} LastMousePos () @deftypefnx {C function} @code{void} mgl_get_last_mouse_pos (@code{HMGL} gr, @code{mreal *}x, @code{mreal *}y, @code{mreal *}z) Gets last position of mouse click. @end deftypefn @deftypefn {Method on @code{mglWnd}} @code{void *} Widget () @deftypefnx {C function} @code{void *} mgl_fltk_widget (@code{HMGL} gr) @deftypefnx {C function} @code{void *} mgl_qt_widget (@code{HMGL} gr) Return pointer to widget (@ref{Fl_MathGL class} or @ref{QMathGL class}) used for plotting. @end deftypefn @c ------------------------------------------------------------------ @external{} @node mglDraw class, Fl_MathGL class, mglWnd class, Widget classes @section mglDraw class @nav{} @cindex mglDraw This class provide base functionality for callback drawing and running calculation in separate thread. It is defined in @code{#include }. You should make inherited class and implement virtual functions if you need it. @deftypefn {Virtual method on @code{mglDraw}} @code{int} Draw (@code{mglGraph *}gr) This is callback drawing function, which will be called when any redrawing is required for the window. There is support of a list of plots (frames). So as one can prepare a set of frames at first and redraw it fast later (but it requires more memory). Function should return positive number of frames for the list or zero if it will plot directly. @end deftypefn @deftypefn {Virtual method on @code{mglDraw}} @code{void} Reload () This is callback function, which will be called if user press menu or toolbutton to reload data. @end deftypefn @deftypefn {Virtual method on @code{mglDraw}} @code{void} Click () This is callback function, which will be called if user click mouse. @end deftypefn @deftypefn {Virtual method on @code{mglDraw}} @code{void} Calc () This is callback function, which will be called if user start calculations in separate thread by calling @code{mglDraw::Run()} function. It should periodically call @code{mglDraw::Check()} function to check if calculations should be paused. @end deftypefn @deftypefn {Method on @code{mglDraw}} @code{void} Run () Runs @code{mglDraw::Calc()} function in separate thread. It also initialize @code{mglDraw::thr} variable and unlock @code{mglDraw::mutex}. Function is present only if FLTK support for widgets was enabled. @end deftypefn @deftypefn {Method on @code{mglDraw}} @code{void} Cancel () Cancels thread with calculations. Function is present only if FLTK support for widgets was enabled. @end deftypefn @deftypefn {Method on @code{mglDraw}} @code{void} Pause () Pauses thread with calculations by locking @code{mglDraw::mutex}. You should call @code{mglDraw::Continue()} to continue calculations. Function is present only if FLTK support for widgets was enabled. @end deftypefn @deftypefn {Method on @code{mglDraw}} @code{void} Continue () Continues calculations by unlocking @code{mglDraw::mutex}. Function is present only if FLTK support for widgets was enabled. @end deftypefn @deftypefn {Method on @code{mglDraw}} @code{void} Continue () Checks if calculations should be paused and pause it. Function is present only if FLTK support for widgets was enabled. @end deftypefn @c ------------------------------------------------------------------ @external{} @node Fl_MathGL class, QMathGL class, mglDraw class, Widget classes @section Fl_MathGL class @nav{} @cindex Fl_MathGL @cindex widgets Class is FLTK widget which display MathGL graphics. It is defined in @code{#include }. @fig{fltk, Example of FLTK window with MathGL plot.} @deftypemethod Fl_MathGL @code{void} set_draw (@code{int} (*draw)(@code{HMGL} gr, @code{void *}p)) @deftypemethodx Fl_MathGL @code{void} set_draw (@code{int} (*draw)(@code{mglGraph *}gr)) @deftypemethodx Fl_MathGL @code{void} set_draw (@code{mglDraw *}draw) Sets drawing function as global function or as one from a class @code{mglDraw}. There is support of a list of plots (frames). So as one can prepare a set of frames at first and redraw it fast later (but it requires more memory). Function should return positive number of frames for the list or zero if it will plot directly. Parameter @var{par} contains pointer to data for the plotting function @var{draw}. @end deftypemethod @deftypemethod Fl_MathGL @code{mglDraw *}get_class () Get pointer to @code{mglDraw} class or @code{NULL} if absent. @end deftypemethod @deftypemethod Fl_MathGL @code{void} update () Update (redraw) plot. @end deftypemethod @deftypemethod Fl_MathGL @code{void} set_angle (@code{mreal} t, @code{mreal} p) Set angles for additional plot rotation @end deftypemethod @deftypemethod Fl_MathGL @code{void} set_flag (@code{int} f) Set bitwise flags for general state (1-Alpha, 2-Light) @end deftypemethod @deftypemethod Fl_MathGL @code{void} set_state (@code{bool} r, @code{bool} z) Set flags for handling mouse: @var{z}=@code{true} allow zooming, @var{r}=@code{true} allow rotation/shifting/perspective and so on. @end deftypemethod @deftypemethod Fl_MathGL @code{void} set_zoom (@code{mreal} X1, @code{mreal} Y1, @code{mreal} X2, @code{mreal} Y2) Set zoom in/out region @end deftypemethod @deftypemethod Fl_MathGL @code{void} get_zoom (@code{mreal *}X1, @code{mreal *}Y1, @code{mreal *}X2, @code{mreal *}Y2) Get zoom in/out region @end deftypemethod @deftypemethod Fl_MathGL @code{void} set_popup (@code{const Fl_Menu_Item *}pmenu, @code{Fl_Widget *}w, @code{void *}v) Set popup menu pointer @end deftypemethod @deftypemethod Fl_MathGL @code{void} set_graph (@code{HMGL} gr) @deftypemethodx Fl_MathGL @code{void} set_graph (@code{mglGraph *}gr) Set new grapher instead of built-in one. Note that Fl_MathGL will automatically delete this object at destruction or at new @code{set_graph()} call. @end deftypemethod @deftypemethod Fl_MathGL @code{HMGL} get_graph () Get pointer to grapher. @end deftypemethod @deftypemethod Fl_MathGL @code{void} set_show_warn (@code{bool} val) Show window with warnings after script parsing. @end deftypemethod @deftypemethod Fl_MathGL @code{void} stop (@code{bool} stop=@code{true}) Ask to stop of script parsing. @end deftypemethod @deftypemethod Fl_MathGL @code{void} set_handle_key (@code{bool} val) Enable/disable key handling as in mglview (default is false). @end deftypemethod @deftypemethod Fl_MathGL @code{int} get_last_id () Get id of last clicked object. @end deftypemethod @deftypemethod Fl_MathGL @code{bool} running () Check if script is parsing now or not. @end deftypemethod @deftypecv {Fl_MathGL option} Fl_MathGL @code{Fl_Valuator *} tet_val Pointer to external tet-angle validator. @end deftypecv @deftypecv {Fl_MathGL option} Fl_MathGL @code{Fl_Valuator *} phi_val Pointer to external phi-angle validator. @end deftypecv @c ------------------------------------------------------------------ @external{} @node QMathGL class, wxMathGL class, Fl_MathGL class, Widget classes @section QMathGL class @nav{} @cindex QMathGL @cindex widgets Class is Qt widget which display MathGL graphics. It is defined in @code{#include }. @fig{qt, Example of Qt window with MathGL plot.} @deftypemethod QMathGL @code{void} setDraw (@code{mglDraw *}dr) Sets drawing functions from a class inherited from @code{mglDraw}. @end deftypemethod @deftypemethod QMathGL @code{void} setDraw (@code{int (*}draw@code{)(mglBase *}gr, @code{void *}p@code{)}, @code{void *}par=@code{NULL}) @deftypemethodx QMathGL @code{void} setDraw (@code{int (*}draw@code{)(mglGraph *}gr@code{)}) Sets the drawing function @var{draw}. There is support of a list of plots (frames). So as one can prepare a set of frames at first and redraw it fast later (but it requires more memory). Function should return positive number of frames for the list or zero if it will plot directly. Parameter @var{par} contains pointer to data for the plotting function @var{draw}. @end deftypemethod @deftypemethod QMathGL @code{void} setGraph (@code{HMGL} gr) @deftypemethodx QMathGL @code{void} setGraph (@code{mglGraph *}gr) Set pointer to external grapher (instead of built-in one). Note that QMathGL will automatically delete this object at destruction or at new @code{setGraph()} call. @end deftypemethod @deftypemethod QMathGL @code{HMGL} getGraph () Get pointer to grapher. @end deftypemethod @deftypemethod QMathGL @code{void} setPopup (@code{QMenu *}p) Set popup menu pointer. @end deftypemethod @deftypemethod QMathGL @code{void} setSize (@code{int} w, @code{int} h) Set widget/picture sizes @end deftypemethod @deftypemethod QMathGL @code{double} getRatio () Return aspect ratio of the picture. @end deftypemethod @deftypemethod QMathGL @code{int} getPer () Get perspective value in percents. @end deftypemethod @deftypemethod QMathGL @code{int} getPhi () Get Phi-angle value in degrees. @end deftypemethod @deftypemethod QMathGL @code{int} getTet () Get Theta-angle value in degrees. @end deftypemethod @deftypemethod QMathGL @code{bool} getAlpha () Get transparency state. @end deftypemethod @deftypemethod QMathGL @code{bool} getLight () Get lightning state. @end deftypemethod @deftypemethod QMathGL @code{bool} getZoom () Get mouse zooming state. @end deftypemethod @deftypemethod QMathGL @code{bool} getRotate () Get mouse rotation state. @end deftypemethod @deftypefn {Slot on @code{QMathGL}} @code{void} refresh () Redraw saved bitmap without executing drawing function. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} update () Update picture by executing drawing function. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} copy () Copy graphics to clipboard. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} copyClickCoor () Copy coordinates of click (as text). @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} print () Print current picture. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} stop () Send signal to stop drawing. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} adjust () Adjust image size to fit whole widget. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} nextSlide () Show next slide. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} prevSlide () Show previous slide. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} animation (@code{bool} st=@code{true}) Start/stop animation. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setPer (@code{int} val) Set perspective value. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setPhi (@code{int} val) Set Phi-angle value. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setTet (@code{int} val) Set Theta-angle value. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setAlpha (@code{bool} val) Switch on/off transparency. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setLight (@code{bool} val) Switch on/off lightning. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setGrid (@code{bool} val) Switch on/off drawing of grid for absolute coordinates. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setZoom (@code{bool} val) Switch on/off mouse zooming. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setRotate (@code{bool} val) Switch on/off mouse rotation. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} zoomIn () Zoom in graphics. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} zoomOut () Zoom out graphics. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} shiftLeft () Shift graphics to left direction. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} shiftRight () Shift graphics to right direction. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} shiftUp () Shift graphics to up direction. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} shiftDown () Shift graphics to down direction. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} restore () Restore zoom and rotation to default values. @end deftypefn @c @deftypefn {Slot on @code{QMathGL}} @code{void} reload () @c Reload data and redraw graphics. @c @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportPNG (@code{QString} fname=@code{""}) Export current picture to PNG file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportPNGs (@code{QString} fname=@code{""}) Export current picture to PNG file (no transparency). @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportJPG (@code{QString} fname=@code{""}) Export current picture to JPEG file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportBPS (@code{QString} fname=@code{""}) Export current picture to bitmap EPS file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportEPS (@code{QString} fname=@code{""}) Export current picture to vector EPS file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportSVG (@code{QString} fname=@code{""}) Export current picture to SVG file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportGIF (@code{QString} fname=@code{""}) Export current picture to GIF file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportTEX (@code{QString} fname=@code{""}) Export current picture to LaTeX/Tikz file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportTGA (@code{QString} fname=@code{""}) Export current picture to TGA file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportXYZ (@code{QString} fname=@code{""}) Export current picture to XYZ/XYZL/XYZF file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportOBJ (@code{QString} fname=@code{""}) Export current picture to OBJ/MTL file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportSTL (@code{QString} fname=@code{""}) Export current picture to STL file. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} exportOFF (@code{QString} fname=@code{""}) Export current picture to OFF file. @end deftypefn @c @deftypefn {Slot on @code{QMathGL}} @code{void} exportX3D (@code{QString} fname=@code{""}) @c Export current picture to X3D file. @c @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void}setUsePrimitives (@code{bool} use) Enable using list of primitives for frames. This allows frames transformation/zoom but requires much more memory. Default value is @code{true}. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} setMGLFont (@code{QString} path) Restore (@var{path}=@code{""}) or load font for graphics. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} about () Show about information. @end deftypefn @deftypefn {Slot on @code{QMathGL}} @code{void} aboutQt () Show information about Qt version. @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} phiChanged (@code{int} val) Phi angle changed (by mouse or by toolbar). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} tetChanged (@code{int} val) Tet angle changed (by mouse or by toolbar). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} perChanged (@code{int} val) Perspective changed (by mouse or by toolbar). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} alphaChanged (@code{bool} val) Transparency changed (by toolbar). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} lightChanged (@code{bool} val) Lighting changed (by toolbar). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} gridChanged (@code{bool} val) Grid drawing changed (by toolbar). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} zoomChanged (@code{bool} val) Zooming changed (by toolbar). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} rotateChanged (@code{bool} val) Rotation changed (by toolbar). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} mouseClick (@code{mreal} x, @code{mreal} y, @code{mreal} z) Mouse click take place at position @{x,y,z@}. @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} frameChanged (@code{int} val) Need another frame to show. @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} showWarn (@code{QString} warn) Need to show warning. @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} posChanged (@code{QString} pos) Position of mouse click is changed. @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} objChanged (@code{int} id) Object id is changed (due to mouse click). @end deftypefn @deftypefn {Signal on @code{QMathGL}} @code{void} refreshData () Data can be changed (drawing is finished). @end deftypefn @deftypecv {QMathGL option} QMathGL @code{QString} appName Application name for message boxes. @end deftypecv @deftypecv {QMathGL option} QMathGL @code{bool} autoResize Allow auto resizing (default is false). @end deftypecv @c ------------------------------------------------------------------ @external{} @node wxMathGL class, , QMathGL class, Widget classes @section wxMathGL class @nav{} @cindex wxMathGL @cindex widgets Class is WX widget which display MathGL graphics. It is defined in @code{#include }. @deftypemethod wxMathGL @code{void} SetDraw (@code{mglDraw *}dr) Sets drawing functions from a class inherited from @code{mglDraw}. @end deftypemethod @deftypemethod wxMathGL @code{void} SetDraw (@code{int (*}draw@code{)(mglBase *}gr, @code{void *}p@code{)}, @code{void *}par=@code{NULL}) @deftypemethodx wxMathGL @code{void} SetDraw (@code{int (*}draw@code{)(mglGraph *}gr@code{)}) Sets the drawing function @var{draw}. There is support of a list of plots (frames). So as one can prepare a set of frames at first and redraw it fast later (but it requires more memory). Function should return positive number of frames for the list or zero if it will plot directly. Parameter @var{par} contains pointer to data for the plotting function @var{draw}. @end deftypemethod @deftypemethod wxMathGL @code{void} SetGraph (@code{HMGL} gr) @deftypemethodx wxMathGL @code{void} SetGraph (@code{mglGraph *}gr) Set pointer to external grapher (instead of built-in one). Note that wxMathGL will automatically delete this object at destruction or at new @code{setGraph()} call. @end deftypemethod @deftypemethod wxMathGL @code{HMGL} GetGraph () Get pointer to grapher. @end deftypemethod @deftypemethod wxMathGL @code{void} SetPopup (@code{wxMenu *}p) Set popup menu pointer. @end deftypemethod @deftypemethod wxMathGL @code{void} SetSize (@code{int} w, @code{int} h) Set widget/picture sizes @end deftypemethod @deftypemethod wxMathGL @code{double} GetRatio () Return aspect ratio of the picture. @end deftypemethod @deftypemethod wxMathGL @code{int} GetPer () Get perspective value in percents. @end deftypemethod @deftypemethod wxMathGL @code{int} GetPhi () Get Phi-angle value in degrees. @end deftypemethod @deftypemethod wxMathGL @code{int} GetTet () Get Theta-angle value in degrees. @end deftypemethod @deftypemethod wxMathGL @code{bool} GetAlpha () Get transparency state. @end deftypemethod @deftypemethod wxMathGL @code{bool} GetLight () Get lightning state. @end deftypemethod @deftypemethod wxMathGL @code{bool} GetZoom () Get mouse zooming state. @end deftypemethod @deftypemethod wxMathGL @code{bool} GetRotate () Get mouse rotation state. @end deftypemethod @deftypemethod wxMathGL @code{void} Repaint () Redraw saved bitmap without executing drawing function. @end deftypemethod @deftypemethod wxMathGL @code{void} Update () Update picture by executing drawing function. @end deftypemethod @deftypemethod wxMathGL @code{void} Copy () Copy graphics to clipboard. @end deftypemethod @deftypemethod wxMathGL @code{void} Print () Print current picture. @end deftypemethod @comment @deftypemethod wxMathGL @code{void} Stop () @comment Send signal to stop drawing. @comment @end deftypemethod @deftypemethod wxMathGL @code{void} Adjust () Adjust image size to fit whole widget. @end deftypemethod @deftypemethod wxMathGL @code{void} NextSlide () Show next slide. @end deftypemethod @deftypemethod wxMathGL @code{void} PrevSlide () Show previous slide. @end deftypemethod @deftypemethod wxMathGL @code{void} Animation (@code{bool} st=@code{true}) Start/stop animation. @end deftypemethod @deftypemethod wxMathGL @code{void} SetPer (@code{int} val) Set perspective value. @end deftypemethod @deftypemethod wxMathGL @code{void} SetPhi (@code{int} val) Set Phi-angle value. @end deftypemethod @deftypemethod wxMathGL @code{void} SetTet (@code{int} val) Set Theta-angle value. @end deftypemethod @deftypemethod wxMathGL @code{void} SetAlpha (@code{bool} val) Switch on/off transparency. @end deftypemethod @deftypemethod wxMathGL @code{void} SetLight (@code{bool} val) Switch on/off lightning. @end deftypemethod @comment @deftypemethod wxMathGL @code{void} SetGrid (@code{bool} val) @comment Switch on/off drawing of grid for absolute coordinates. @comment @end deftypemethod @deftypemethod wxMathGL @code{void} SetZoom (@code{bool} val) Switch on/off mouse zooming. @end deftypemethod @deftypemethod wxMathGL @code{void} SetRotate (@code{bool} val) Switch on/off mouse rotation. @end deftypemethod @deftypemethod wxMathGL @code{void} ZoomIn () Zoom in graphics. @end deftypemethod @deftypemethod wxMathGL @code{void} ZoomOut () Zoom out graphics. @end deftypemethod @deftypemethod wxMathGL @code{void} ShiftLeft () Shift graphics to left direction. @end deftypemethod @deftypemethod wxMathGL @code{void} ShiftRight () Shift graphics to right direction. @end deftypemethod @deftypemethod wxMathGL @code{void} ShiftUp () Shift graphics to up direction. @end deftypemethod @deftypemethod wxMathGL @code{void} ShiftDown () Shift graphics to down direction. @end deftypemethod @deftypemethod wxMathGL @code{void} Restore () Restore zoom and rotation to default values. @end deftypemethod @c @deftypemethod wxMathGL @code{void} reload () @c Reload data and redraw graphics. @c @end deftypemethod @deftypemethod wxMathGL @code{void} About () Show about information. @end deftypemethod @deftypemethod wxMathGL @code{void} ExportPNG (@code{QString} fname=@code{""}) Export current picture to PNG file. @end deftypemethod @deftypemethod wxMathGL @code{void} ExportPNGs (@code{QString} fname=@code{""}) Export current picture to PNG file (no transparency). @end deftypemethod @deftypemethod wxMathGL @code{void} ExportJPG (@code{QString} fname=@code{""}) Export current picture to JPEG file. @end deftypemethod @deftypemethod wxMathGL @code{void} ExportBPS (@code{QString} fname=@code{""}) Export current picture to bitmap EPS file. @end deftypemethod @deftypemethod wxMathGL @code{void} ExportEPS (@code{QString} fname=@code{""}) Export current picture to vector EPS file. @end deftypemethod @deftypemethod wxMathGL @code{void} ExportSVG (@code{QString} fname=@code{""}) Export current picture to SVG file. @end deftypemethod @external{} mathgl-2.4.1/texinfo/classes.png0000664000175000017500000041637613134046534016423 0ustar balakinbalakinPNG  IHDRC/bKGD IDATxw|Sw7=E  *S_A@ 8PTDDEΟ" n Ee*2E@E@2l3?I۴Ioz>ȹ{A!l[ld([:[vءt"<<\uԱ4cǎѣhլYc9m߾c&22Rjղ4ÇĉxS\\,jjveooupS 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T*VTTbfP`0UAA@j@lTt'OL{@hx’+>>W 0b{#&QG,~3FLΖNVsXΜJFTBTMkI~~>Fw8::nޘN˖-5A֭Yf.oܸqaaa.WiӦh .\P?3.];88̵e2YNOO:um矂\.5r^z 燈SwƑaI[p밫BSy Ajv8Q|y}x>\l?^Tl~932'=kc٭c=$q=6 VFQ_cυ "r=s4&{]wj+&ODDD weP^T>S6pk֬*xӂ 0m4Քi&4mfPPP 1}tjH$HHHtχBQΪ(vv؁r1L0III˝%"= +u(=?Vy/Z~Ijl!W ^wZB=,Af;̎аy  +VWdh޽/fMyw裏bHNNFVVT*ڴi#Gg09T*ŧ~{ _}mۆl׶3ԕᣏ>믿~)))8z(_j4mwuzGy-Z&L@~tRܹuZzB^p%\)))8vuՐĠgϞxѸL"D>ȇ}_fa%-ov'J' `n~P+W!\zdTZ|A"J|UXnzi[&MsfɹUsXbbb|--+UQDDDDT/lذCqF7FDDT-['|NNF :| b2.'G;SĪk׀%K?qv-0|}e 6=sQLݸ!j'VV:]++,/ΩhիU]{w`^`*q%zG,sQ𵨎&:gaYՉjfp< ֭is=nn 5KڷoIO") _ڐ!׹s&T*.d~q-E:v>8ZJb fjKy,@+{=Ҫ9$LQe˖+]%JDDUgFn۶?~0i8L|.'U O ͮ*Pŋm,._.~|U1i8}35U`=}5JúcNN-{sϕ_!`2C=K.{Ε+WCcYwމ^ǶzҾjt["q`lkqzL؞4I one of marks (see @ref{Line styles}); one of mask for face filling (see @ref{Color scheme}); style of @ref{subplot} and @ref{inplot}; set position of @ref{colorbar}; style of @ref{vect}, @ref{vect3}; align right in @ref{bars}, @ref{barh}, @ref{boxplot}, @ref{cones}, @ref{candle}, @ref{ohlc}; operation in @ref{Textual formulas}. @item = line dashing style (see @ref{Line styles}); one of mask for face filling (see @ref{Color scheme}); set to use equidistant columns for @ref{table}; set to use color gradient for @ref{vect}, @ref{vect3}; operation in @ref{Textual formulas}. @item @@ set to draw box around text for @ref{text} and similar functions; set to draw boundary and fill it for @ref{circle}, @ref{ellipse}, @ref{rhomb}; set to fill faces for @ref{box}; set to draw large semitransparent mark instead of error box for @ref{error}; set to draw edges for @ref{cone}; set to draw filled boxes for @ref{boxs}; reduce text size inside a string (see @ref{Font styles}); operation in @ref{Textual formulas}. @item ^ one of marks (see @ref{Line styles}); one of mask for face filling (see @ref{Color scheme}); style of @ref{subplot} and @ref{inplot}; set position of @ref{colorbar}; set outer position for @ref{legend}; inverse default position for @ref{axis}; switch to upper index inside a string (see @ref{Font styles}); align center in @ref{bars}, @ref{barh}, @ref{boxplot}, @ref{cones}, @ref{candle}, @ref{ohlc}; operation in @ref{Textual formulas}. @item _ empty arrow style (see @ref{Line styles}); disable drawing of tick labels for @ref{axis}; style of @ref{subplot} and @ref{inplot}; set position of @ref{colorbar}; set to draw contours at bottom for @ref{cont}, @ref{contf}, @ref{contd}, @ref{contv}, @ref{tricont}; switch to lower index inside a string (see @ref{Font styles}). @item [] contain symbols excluded from color scheme parsing (see @ref{Color scheme}); operation of getting n-th character from MGL string. @item @{@} contain extended specification of color (see @ref{Color styles}), dashing (see @ref{Line styles}) or mask (see @ref{Color scheme}); denote special operation in @ref{MGL scripts}; denote 'meta-symbol' for LaTeX like string parsing (see @ref{Font styles}). @item | line dashing style (see @ref{Line styles}); set to use sharp color scheme (see @ref{Color scheme}); set to limit width by subplot width for @ref{table}; delimiter in @ref{list} command; operation in @ref{Textual formulas}. @item \ string continuation symbol on next line for @ref{MGL scripts}. @item ~ disable drawing of tick labels for @ref{axis} and @ref{colorbar}; disable first segment in @ref{lamerey}; reduce number of segments in @ref{plot} and @ref{tens}; one of mask for face filling (see @ref{Color scheme}). @item 0,1,2,3,4,5,6,7,8,9 line width (see @ref{Line styles}); brightness of a color (see @ref{Color styles}); precision of numbers in @ref{axis}, @ref{label}, @ref{table}; kind of smoothing (for digits 1,3,5) in @ref{smooth}; digits for a value. @item 4,6,8 set to draw square, hex- or octo-pyramids instead of cones in @ref{cone}, @ref{cones}. @item A,B,C,D,E,F,a,b,c,d,e,f can be hex-digit for color specification if placed inside @{@} (see @ref{Color styles}). @item A arrow style (see @ref{Line styles}); set to use absolute position in whole picture for @ref{text}, @ref{colorbar}, @ref{legend}. @item a set to use absolute position in subplot for @ref{text}; style of @ref{plot}, @ref{radar}, @ref{tens}, @ref{area}, @ref{region} to draw segments between points outside of axis range; style of @ref{bars}, @ref{barh}, @ref{cones}. @item B dark blue color (see @ref{Color styles}). @item b blue color (see @ref{Color styles}); bold font face if placed after @samp{:} (see @ref{Font styles}). @item C dark cyan color (see @ref{Color styles}); align text to center if placed after @samp{:} (see @ref{Font styles}). @item c cyan color (see @ref{Color styles}); name of color axis; cosine transform for @ref{transform}. @item D arrow style (see @ref{Line styles}); one of mask for face filling (see @ref{Color scheme}). @item d one of marks (see @ref{Line styles}) or kind of @ref{error} boxes; one of mask for face filling (see @ref{Color scheme}); start hex-dash description if placed inside @{@} (see @ref{Line styles}). @item E dark green-yellow color (see @ref{Color styles}). @item e green-yellow color (see @ref{Color styles}). @item F set fixed bar widths in @ref{bars}, @ref{barh}; set LaTeX-like format for numbers in @ref{axis}, @ref{label}, @ref{table}. @item f style of @ref{bars}, @ref{barh}; style of @ref{vect}, @ref{vect3}; set fixed format for numbers in @ref{axis}, @ref{label}, @ref{table}; Fourier transform for @ref{transform}. @item G dark green color (see @ref{Color styles}). @item g green color (see @ref{Color styles}). @item H dark gray color (see @ref{Color styles}). @item h gray color (see @ref{Color styles}); Hankel transform for @ref{transform}. @item I arrow style (see @ref{Line styles}); set @ref{colorbar} position near boundary. @item i line dashing style (see @ref{Line styles}); italic font face if placed after @samp{:} (see @ref{Font styles}). set to use inverse values for @ref{cloud}, @ref{pipe}, @ref{dew}; set to fill only area with y1